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Generated from configure.ac by autoheader. */ /* Define to 1 if you have the `alarm' function. */ #undef HAVE_ALARM /* Define to 1 if you have the header file. */ #undef HAVE_ARPA_INET_H /* Define to 1 if you have the header file. */ #undef HAVE_CTYPE_H /* Define to 1 if you have the header file. */ #undef HAVE_ERRNO_H /* Define to 1 if you have the header file. */ #undef HAVE_FCNTL_H /* Define to 1 if you have the header file. */ #undef HAVE_FLOAT_H /* Define to 1 if you have the `ftime' function. */ #undef HAVE_FTIME /* Define to 1 if you have the `gethostbyname_r' function. */ #undef HAVE_GETHOSTBYNAME_R /* Define to 1 if you have the `gettimeofday' function. */ #undef HAVE_GETTIMEOFDAY /* Define to 1 if you have the `gmtime' function. */ #undef HAVE_GMTIME /* Define to 1 if you have the `gmtime_r' function. */ #undef HAVE_GMTIME_R /* Define to 1 if you have the header file. */ #undef HAVE_GNUTLS_GNUTLS_H /* Define to 1 if you have the header file. */ #undef HAVE_INTTYPES_H /* isinf */ #undef HAVE_ISINF /* isnan */ #undef HAVE_ISNAN /* Define to 1 if you have the header file. */ #undef HAVE_LIMITS_H /* Define to 1 if you have the `localtime_r' function. */ #undef HAVE_LOCALTIME_R /* Define to 1 if your system has a GNU libc compatible `malloc' function, and to 0 otherwise. */ #undef HAVE_MALLOC /* Define to 1 if you have the header file. */ #undef HAVE_MATH_H /* Define to 1 if you have the `mbtowc' function. */ #undef HAVE_MBTOWC /* Define to 1 if you have the header file. */ #undef HAVE_MEMORY_H /* Define to 1 if you have the `memset' function. */ #undef HAVE_MEMSET /* Define to 1 if you have the header file. */ #undef HAVE_NETDB_H /* Define to 1 if you have the header file. */ #undef HAVE_NETINET_IN_H /* Define to 1 if you have the header file. */ #undef HAVE_OPENSSL_SSL_H /* Define to 1 if you have the `poll' function. */ #undef HAVE_POLL /* Define to 1 if you have the header file. */ #undef HAVE_POLL_H /* Define to 1 if you have the `random' function. */ #undef HAVE_RANDOM /* Define to 1 if you have the `select' function. */ #undef HAVE_SELECT /* Define to 1 if you have the `snprintf' function. */ #undef HAVE_SNPRINTF /* Define to 1 if you have the `socket' function. */ #undef HAVE_SOCKET /* Define to 1 if you have the `sprintf_l' function. */ #undef HAVE_SPRINTF_L /* Define to 1 if you have the `sscanf' function. */ #undef HAVE_SSCANF /* Define to 1 if you have the `sscanf_l' function. */ #undef HAVE_SSCANF_L /* Define to 1 if you have the header file. */ #undef HAVE_STDINT_H /* Define to 1 if you have the header file. */ #undef HAVE_STDLIB_H /* Define to 1 if you have the `strchr' function. */ #undef HAVE_STRCHR /* Define to 1 if you have the `strerror' function. */ #undef HAVE_STRERROR /* Define to 1 if you have the `strerror_r' function. */ #undef HAVE_STRERROR_R /* Define to 1 if you have the `strftime' function. */ #undef HAVE_STRFTIME /* Define to 1 if you have the header file. */ #undef HAVE_STRINGS_H /* Define to 1 if you have the header file. */ #undef HAVE_STRING_H /* Define to 1 if you have the `strlcpy' function. */ #undef HAVE_STRLCPY /* Define to 1 if you have the `strrchr' function. */ #undef HAVE_STRRCHR /* Define to 1 if you have the `strstr' function. */ #undef HAVE_STRSTR /* Define to 1 if you have the `strtod' function. */ #undef HAVE_STRTOD /* Define to 1 if you have the `strtod_l' function. */ #undef HAVE_STRTOD_L /* Define to 1 if you have the `strtof' function. */ #undef HAVE_STRTOF /* Define to 1 if you have the `strtof_l' function. */ #undef HAVE_STRTOF_L /* Define to 1 if you have the `strtol' function. */ #undef HAVE_STRTOL /* Define to 1 if you have the `strtold' function. */ #undef HAVE_STRTOLD /* Define to 1 if you have the `strtold_l' function. */ #undef HAVE_STRTOLD_L /* Define to 1 if you have the `strtoll' function. */ #undef HAVE_STRTOLL /* Define to 1 if you have the `strtoul' function. */ #undef HAVE_STRTOUL /* Define to 1 if you have the `strtoull' function. */ #undef HAVE_STRTOULL /* Define to 1 if `tm_gmtoff' is a member of `struct tm'. */ #undef HAVE_STRUCT_TM_TM_GMTOFF /* Define to 1 if `__tm_gmtoff' is a member of `struct tm'. */ #undef HAVE_STRUCT_TM___TM_GMTOFF /* Define to 1 if you have the header file. */ #undef HAVE_SYS_INTTYPES_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_SOCKET_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_STAT_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_TIMEB_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_TIME_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_TYPES_H /* Define to 1 if you have the `timegm' function. */ #undef HAVE_TIMEGM /* Define to 1 if you have the header file. */ #undef HAVE_TIME_H /* Define to 1 if you have the header file. */ #undef HAVE_UNISTD_H /* Define to 1 if you have the `wctomb' function. */ #undef HAVE_WCTOMB /* Define to 1 if you have the header file. */ #undef HAVE_XLOCALE_H /* Define to 1 if you have the header file. */ #undef HAVE_ZLIB_H /* Name of package */ #undef PACKAGE /* Define to the address where bug reports for this package should be sent. */ #undef PACKAGE_BUGREPORT /* Define to the full name of this package. */ #undef PACKAGE_NAME /* Define to the full name and version of this package. */ #undef PACKAGE_STRING /* Define to the one symbol short name of this package. */ #undef PACKAGE_TARNAME /* Define to the home page for this package. */ #undef PACKAGE_URL /* Define to the version of this package. */ #undef PACKAGE_VERSION /* Define as the return type of signal handlers (`int' or `void'). */ #undef RETSIGTYPE /* Define to 1 if you have the ANSI C header files. */ #undef STDC_HEADERS /* Define to 1 if you can safely include both and . */ #undef TIME_WITH_SYS_TIME /* Define to 1 if your declares `struct tm'. */ #undef TM_IN_SYS_TIME /* Version number of package */ #undef VERSION /* Define to 1 if `lex' declares `yytext' as a `char *' by default, not a `char[]'. */ #undef YYTEXT_POINTER /* Define to empty if `const' does not conform to ANSI C. */ #undef const /* Define to rpl_malloc if the replacement function should be used. */ #undef malloc /* Define to `unsigned int' if does not define. */ #undef size_t gsoap-2.8.28/depcomp0000755000175000017500000002752512653650144013662 0ustar ellertellert#! /bin/sh # depcomp - compile a program generating dependencies as side-effects # Copyright 1999, 2000 Free Software Foundation, Inc. # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2, or (at your option) # any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA # 02111-1307, USA. # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Alexandre Oliva . if test -z "$depmode" || test -z "$source" || test -z "$object"; then echo "depcomp: Variables source, object and depmode must be set" 1>&2 exit 1 fi # `libtool' can also be set to `yes' or `no'. depfile=${depfile-`echo "$object" | sed 's,\([^/]*\)$,.deps/\1,;s/\.\([^.]*\)$/.P\1/'`} tmpdepfile=${tmpdepfile-`echo "$depfile" | sed 's/\.\([^.]*\)$/.T\1/'`} rm -f "$tmpdepfile" # Some modes work just like other modes, but use different flags. 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Having to rename by hand is ugly. ## (We might end up doing this anyway to support other compilers.) ## - The DEPENDENCIES_OUTPUT environment variable makes gcc act like ## -MM, not -M (despite what the docs say). ## - Using -M directly means running the compiler twice (even worse ## than renaming). if test -z "$gccflag"; then gccflag=-MD, fi "$@" -Wp,"$gccflag$tmpdepfile" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" echo "$object : \\" > "$depfile" alpha=ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz ## The second -e expression handles DOS-style file names with drive letters. sed -e 's/^[^:]*: / /' \ -e 's/^['$alpha']:\/[^:]*: / /' < "$tmpdepfile" >> "$depfile" ## This next piece of magic avoids the `deleted header file' problem. ## The problem is that when a header file which appears in a .P file ## is deleted, the dependency causes make to die (because there is ## typically no way to rebuild the header). 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This part explains how gSOAP is built on your platform. Using Autoconf/Automake ----------------------- Requirements to configure and build the package with autoconf/automake: 1. Automake tools (make and GNU m4) to configure and build 2. Bison http://www.gnu.org/software/bison or the alternative Yacc 3. Flex http://flex.sourceforge.net 4a. either OpenSSL (for optional HTTPS) http://www.openssl.org 4b. or GNUTLS (for optional HTTPS) http://www.gnu.org/software/gnutls/ 4c. or disable SSL support (./configure --disable-ssl) 5. Zlib (optional, to support compression) http://www.zlib.net 6. Pthreads or win32 threads (optional) See Installation Instructions below. I do not have/want Automake! What should I do? ---------------------------------------------- No problem. If autoconf/automake are not available or if 'configure' and 'make' fail for some reason, you can still build the 'soapcpp2' and 'wsdl2h' tools with the provided generic makefiles. To do so, use the command line to run 'make' with generic makefiles: $ cd gsoap/src $ make -f MakefileManual $ cd gsoap/wsdl $ make -f MakefileManual This builds 'soapcpp' with 'gcc' and 'wsdl2h' with 'g++' and installs the binaries in gsoap/bin. Move them to a bin directory or include them in your executable path. To build 'wsdl2h' with HTTPS enabled (assuming OpenSSL is installed), use: $ cd gsoap/wsdl $ make -f MakefileManual secure To compile with a different compiler instead of GCC, for example 'clang', use: $ cd gsoap/src $ make CC=clang -f MakefileManual $ cd gsoap/wsdl $ make CC=clang CPP=clang++ -f MakefileManual secure Some systems may require additional libraries to build 'wsdl2h', for example Sun OS: $ cd gsoap/wsdl $ make CC=CC CPP=CC SOCKLIB='-lsocket -lnsl -lxnet' -f MakefileManual secure The above commands to build 'soapcpp2' assume you have Bison and Flex installed. To use Yacc instead, please use: $ cd gsoap/src $ make YACC='yacc -d -v -s soapcpp2_yacc' CMFLAGS='-DWITH_YACC -DWITH_FLEX' -f MakefileManual If you do not have the Bison tool, please download and install it from here: http://www.gnu.org/software/bison/ If you do not have the Flex tool, please download and install it from here: http://flex.sourceforge.net For your project builds, use the stdsoap2.c and stdsoap2.cpp sources rather than the libgsoap libs, as the libs are not built. To enable SSL, GZIP, HTTP cookies, IPv6 support, and/or force C locale usage, use the compiler flags: -DWITH_OPENSSL to enable SSL, link with OpenSSL -DWITH_GNUTLS to enable SSL, link with GNUTLS -DWITH_GZIP to enable compression, link with Zlib -DWITH_COOKIES to enable HTTP cookies -DWITH_IPV6 to enable IPv6 -DWITH_C_LOCALE to force C locale Note: these flags when set must be used to compile ALL your sources to ensure consistency. What if I cannot install Bison and Flex? ---------------------------------------- Included in gsoap/src are the flex-generated file 'lex.yy.c' and bison-generated files 'soapcpp2_yacc.tab.h' and 'soapcpp2_yacc.tab.c'. These files may suffice (no guarantee however) to build 'soapcpp2' as follows: $ cd gsoap/src $ make -f MakefileManual soapcpp2 In case the files 'lex.yy.c', 'soapcpp2_yacc.tab.h', and 'soapcpp2_yacc.tab.c' were deleted in a prior build run, please unarchive the gSOAP package again to retrieve these original files. Windows Users ------------- Win32 binaries and project code is included in this package. Win32 users can start right away without autoconf/automake. The 'soapcpp2.exe' binary compiler and 'wsdl2h.exe' WSDL parser are included in 'gsoap/bin/win32', see also the 'gsoap/VisualStudio2005' folder for the tool project files. The 'soapcpp2.exe' and 'wsdl2h.exe' tools are command-line based and should be invoked from within the IDE to process WSDL, XSD, and gSOAP service specification header files: .wsdl .xsd --> wsdl2h.exe --> .h (special .h formatted with gSOAP annotations) .h --> soapcpp2.exe --> .h .c .cpp .xml ... Win32 build needs "ws2_32.lib". To do this in Visual Studio C++ 6.0, go to "Project", "settings", select the "Link" tab (the project file needs to be selected in the file view) and add "ws2_32.lib" to the "Object/library modules" entry Visual Studio 2005: you must install the Platform SDK (R2) Dependences (stdsoap2.h and stdsoap2.c/.cpp include specific comments on this): winsock2.h ws2tcpip.h ws2spi.h Ws2_32.lib Please note that the package includes mvc makefiles to build 'soapcpp2.exe' and 'wsdl2h.exe': gsoap/src/Make_mvc.mak gsoap/wsdl/Make_mvc.mak Symbian ------- Symbian instructions and example code is located in 'gsoap/Symbian'. Palm ---- Palm OS support is no longer available for this release. The latest stable release with Palm OS support is gSOAP 2.7.8c. Tandem NonStop -------------- See gsoap/TandemNonStop for instructions. Installation Instructions ------------------------- To build gSOAP on your platform using autoconf/automake, please enter the following commands: $ ./configure $ make $ make install This will install the executables and libraries on your system (and you need root access to do so). To build without the default OpenSSL SSL/TLS support, use: $ ./configure --disable-ssl $ make $ make install To build with GNUTLS SSL/TLS support, use: $ ./configure --enable-gnutls $ make $ make install IMPORTANT: the WS-Security WSSE plugin requires OpenSSL and will not build with GNUTLS. This limitation is being addressed, so please check future 2.8.x releases. To configure and build the examples, use the --enable-samples option: $ ./configure --enable-samples To configure and build the libraries in DEBUG mode, which produces 'SENT.log', 'RECV.log' and 'TEST.log' files for message logs and gSOAP engine event logs, use: $ ./configure --enable-debug To enable IPV6 support, use: $ ./configure --enable-ipv6 If you do not want the libraries to depend on a global namespace table (.nsmap file content), use: $ ./configure --disable-namespaces However, you MUST set a namespace table at runtime with soap_set_namespaces() right after initialization with soap_init() or soap_new() to ensure that a namespace mapping table is used by the engine context. If you want to install the executables in your local folder, enter: $ ./configure $ make $ make install exec_prefix=$HOME Summary ------- To build your projects, you need the following executables: wsdl2h the gSOAP WSDL/schema parser and code generator soapcpp2 the gSOAP stub/skeleton/serialization generator Pre-built executables of these for select platforms can be found in gsoap/bin. You also need the following libraries (built from stdsoap2.c[pp]): libgsoap++.a C++ runtime libgsoapck++.a C++ runtime with HTTP cookie support libgsoapssl++.a C++ runtime with cookies, zlib, and SSL libgsoap.a C runtime libgsoapck.a C runtime with HTTP cookie support libgsoapssl.a C runtime with cookies, zlib, and SSL Or you can use the stdsoap2.c and stdsoap2.cpp source directly, but you need to use the propoer -DWITH_X flags to enable support for 'X' (see above). 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See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA # 02110-1301, USA. # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Per Bothner . # Please send patches to . Submit a context # diff and a properly formatted ChangeLog entry. # # This script attempts to guess a canonical system name similar to # config.sub. If it succeeds, it prints the system name on stdout, and # exits with 0. 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But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint${UNAME_RELEASE} exit ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint${UNAME_RELEASE} exit ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint${UNAME_RELEASE} exit ;; m68k:machten:*:*) echo m68k-apple-machten${UNAME_RELEASE} exit ;; powerpc:machten:*:*) echo powerpc-apple-machten${UNAME_RELEASE} exit ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix${UNAME_RELEASE} exit ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix${UNAME_RELEASE} exit ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix${UNAME_RELEASE} exit ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && dummyarg=`echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` && SYSTEM_NAME=`$dummy $dummyarg` && { echo "$SYSTEM_NAME"; exit; } echo mips-mips-riscos${UNAME_RELEASE} exit ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit ;; Motorola:*:4.3:PL8-*) echo powerpc-harris-powermax exit ;; Night_Hawk:*:*:PowerMAX_OS | Synergy:PowerMAX_OS:*:*) echo powerpc-harris-powermax exit ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ] then if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \ [ ${TARGET_BINARY_INTERFACE}x = x ] then echo m88k-dg-dgux${UNAME_RELEASE} else echo m88k-dg-dguxbcs${UNAME_RELEASE} fi else echo i586-dg-dgux${UNAME_RELEASE} fi exit ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit ;; *:IRIX*:*:*) echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'` exit ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${UNAME_MACHINE}-ibm-aix${IBM_REV} exit ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF if $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` then echo "$SYSTEM_NAME" else echo rs6000-ibm-aix3.2.5 fi elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit ;; *:AIX:*:[4567]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'` if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${IBM_ARCH}-ibm-aix${IBM_REV} exit ;; *:AIX:*:*) echo rs6000-ibm-aix exit ;; ibmrt:4.4BSD:*|romp-ibm:BSD:*) echo romp-ibm-bsd4.4 exit ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd${UNAME_RELEASE} # 4.3 with uname added to exit ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` case "${UNAME_MACHINE}" in 9000/31? ) HP_ARCH=m68000 ;; 9000/[34]?? ) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "${sc_cpu_version}" in 523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0 528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "${sc_kernel_bits}" in 32) HP_ARCH="hppa2.0n" ;; 64) HP_ARCH="hppa2.0w" ;; '') HP_ARCH="hppa2.0" ;; # HP-UX 10.20 esac ;; esac fi if [ "${HP_ARCH}" = "" ]; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS= $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null) && HP_ARCH=`$dummy` test -z "$HP_ARCH" && HP_ARCH=hppa fi ;; esac if [ ${HP_ARCH} = "hppa2.0w" ] then eval $set_cc_for_build # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating # 32-bit code. hppa64-hp-hpux* has the same kernel and a compiler # generating 64-bit code. GNU and HP use different nomenclature: # # $ CC_FOR_BUILD=cc ./config.guess # => hppa2.0w-hp-hpux11.23 # $ CC_FOR_BUILD="cc +DA2.0w" ./config.guess # => hppa64-hp-hpux11.23 if echo __LP64__ | (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | grep __LP64__ >/dev/null then HP_ARCH="hppa2.0w" else HP_ARCH="hppa64" fi fi echo ${HP_ARCH}-hp-hpux${HPUX_REV} exit ;; ia64:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux${HPUX_REV} exit ;; 3050*:HI-UX:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } echo unknown-hitachi-hiuxwe2 exit ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* ) echo hppa1.1-hp-bsd exit ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* ) echo hppa1.1-hp-osf exit ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo ${UNAME_MACHINE}-unknown-osf1mk else echo ${UNAME_MACHINE}-unknown-osf1 fi exit ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*[A-Z]90:*:*:*) echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit ;; CRAY*TS:*:*:*) echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; *:UNICOS/mp:*:*) echo craynv-cray-unicosmp${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; 5000:UNIX_System_V:4.*:*) FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/ /_/'` echo "sparc-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE} exit ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi${UNAME_RELEASE} exit ;; *:BSD/OS:*:*) echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE} exit ;; *:FreeBSD:*:*) case ${UNAME_MACHINE} in pc98) echo i386-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; amd64) echo x86_64-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; *) echo ${UNAME_MACHINE}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; esac exit ;; i*:CYGWIN*:*) echo ${UNAME_MACHINE}-pc-cygwin exit ;; *:MINGW*:*) echo ${UNAME_MACHINE}-pc-mingw32 exit ;; i*:windows32*:*) # uname -m includes "-pc" on this system. echo ${UNAME_MACHINE}-mingw32 exit ;; i*:PW*:*) echo ${UNAME_MACHINE}-pc-pw32 exit ;; *:Interix*:[3456]*) case ${UNAME_MACHINE} in x86) echo i586-pc-interix${UNAME_RELEASE} exit ;; EM64T | authenticamd) echo x86_64-unknown-interix${UNAME_RELEASE} exit ;; esac ;; [345]86:Windows_95:* | [345]86:Windows_98:* | [345]86:Windows_NT:*) echo i${UNAME_MACHINE}-pc-mks exit ;; i*:Windows_NT*:* | Pentium*:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # It also conflicts with pre-2.0 versions of AT&T UWIN. Should we # UNAME_MACHINE based on the output of uname instead of i386? echo i586-pc-interix exit ;; i*:UWIN*:*) echo ${UNAME_MACHINE}-pc-uwin exit ;; amd64:CYGWIN*:*:* | x86_64:CYGWIN*:*:*) echo x86_64-unknown-cygwin exit ;; p*:CYGWIN*:*) echo powerpcle-unknown-cygwin exit ;; prep*:SunOS:5.*:*) echo powerpcle-unknown-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; *:GNU:*:*) # the GNU system echo `echo ${UNAME_MACHINE}|sed -e 's,[-/].*$,,'`-unknown-gnu`echo ${UNAME_RELEASE}|sed -e 's,/.*$,,'` exit ;; *:GNU/*:*:*) # other systems with GNU libc and userland echo ${UNAME_MACHINE}-unknown-`echo ${UNAME_SYSTEM} | sed 's,^[^/]*/,,' | tr '[A-Z]' '[a-z]'``echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'`-gnu exit ;; i*86:Minix:*:*) echo ${UNAME_MACHINE}-pc-minix exit ;; arm*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; avr32*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; cris:Linux:*:*) echo cris-axis-linux-gnu exit ;; crisv32:Linux:*:*) echo crisv32-axis-linux-gnu exit ;; frv:Linux:*:*) echo frv-unknown-linux-gnu exit ;; ia64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m32r*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m68*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; mips:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef mips #undef mipsel #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=mipsel #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=mips #else CPU= #endif #endif EOF eval "`$CC_FOR_BUILD -E $dummy.c 2>/dev/null | sed -n ' /^CPU/{ s: ::g p }'`" test x"${CPU}" != x && { echo "${CPU}-unknown-linux-gnu"; exit; } ;; mips64:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef mips64 #undef mips64el #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=mips64el #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=mips64 #else CPU= #endif #endif EOF eval "`$CC_FOR_BUILD -E $dummy.c 2>/dev/null | sed -n ' /^CPU/{ s: ::g p }'`" test x"${CPU}" != x && { echo "${CPU}-unknown-linux-gnu"; exit; } ;; or32:Linux:*:*) echo or32-unknown-linux-gnu exit ;; ppc:Linux:*:*) echo powerpc-unknown-linux-gnu exit ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-gnu exit ;; alpha:Linux:*:*) case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in EV5) UNAME_MACHINE=alphaev5 ;; EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep ld.so.1 >/dev/null if test "$?" = 0 ; then LIBC="libc1" ; else LIBC="" ; fi echo ${UNAME_MACHINE}-unknown-linux-gnu${LIBC} exit ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-gnu ;; PA8*) echo hppa2.0-unknown-linux-gnu ;; *) echo hppa-unknown-linux-gnu ;; esac exit ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-gnu exit ;; s390:Linux:*:* | s390x:Linux:*:*) echo ${UNAME_MACHINE}-ibm-linux exit ;; sh64*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sh*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; vax:Linux:*:*) echo ${UNAME_MACHINE}-dec-linux-gnu exit ;; x86_64:Linux:*:*) echo x86_64-unknown-linux-gnu exit ;; xtensa:Linux:*:*) echo xtensa-unknown-linux-gnu exit ;; i*86:Linux:*:*) # The BFD linker knows what the default object file format is, so # first see if it will tell us. cd to the root directory to prevent # problems with other programs or directories called `ld' in the path. # Set LC_ALL=C to ensure ld outputs messages in English. ld_supported_targets=`cd /; LC_ALL=C ld --help 2>&1 \ | sed -ne '/supported targets:/!d s/[ ][ ]*/ /g s/.*supported targets: *// s/ .*// p'` case "$ld_supported_targets" in elf32-i386) TENTATIVE="${UNAME_MACHINE}-pc-linux-gnu" ;; a.out-i386-linux) echo "${UNAME_MACHINE}-pc-linux-gnuaout" exit ;; coff-i386) echo "${UNAME_MACHINE}-pc-linux-gnucoff" exit ;; 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(lt = localtime (&now)) || mktime (lt) == now; } static int mktime_test (time_t now) { return (mktime_test1 (now) && mktime_test1 ((time_t) (time_t_max - now)) && mktime_test1 ((time_t) (time_t_min + now))); } static int irix_6_4_bug () { /* Based on code from Ariel Faigon. */ struct tm tm; tm.tm_year = 96; tm.tm_mon = 3; tm.tm_mday = 0; tm.tm_hour = 0; tm.tm_min = 0; tm.tm_sec = 0; tm.tm_isdst = -1; mktime (&tm); return tm.tm_mon == 2 && tm.tm_mday == 31; } static int bigtime_test (int j) { struct tm tm; time_t now; tm.tm_year = tm.tm_mon = tm.tm_mday = tm.tm_hour = tm.tm_min = tm.tm_sec = j; now = mktime (&tm); if (now != (time_t) -1) { struct tm *lt = localtime (&now); if (! (lt && lt->tm_year == tm.tm_year && lt->tm_mon == tm.tm_mon && lt->tm_mday == tm.tm_mday && lt->tm_hour == tm.tm_hour && lt->tm_min == tm.tm_min && lt->tm_sec == tm.tm_sec && lt->tm_yday == tm.tm_yday && lt->tm_wday == tm.tm_wday && ((lt->tm_isdst < 0 ? -1 : 0 < lt->tm_isdst) == (tm.tm_isdst < 0 ? -1 : 0 < tm.tm_isdst)))) return 0; } return 1; } static int year_2050_test () { /* The correct answer for 2050-02-01 00:00:00 in Pacific time, ignoring leap seconds. */ unsigned long int answer = 2527315200UL; struct tm tm; time_t t; tm.tm_year = 2050 - 1900; tm.tm_mon = 2 - 1; tm.tm_mday = 1; tm.tm_hour = tm.tm_min = tm.tm_sec = 0; tm.tm_isdst = -1; /* Use the portable POSIX.1 specification "TZ=PST8PDT,M4.1.0,M10.5.0" instead of "TZ=America/Vancouver" in order to detect the bug even on systems that don't support the Olson extension, or don't have the full zoneinfo tables installed. */ putenv ((char*) "TZ=PST8PDT,M4.1.0,M10.5.0"); t = mktime (&tm); /* Check that the result is either a failure, or close enough to the correct answer that we can assume the discrepancy is due to leap seconds. */ return (t == (time_t) -1 || (0 < t && answer - 120 <= t && t <= answer + 120)); } int main () { time_t t, delta; int i, j; /* This test makes some buggy mktime implementations loop. 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m4trace:configure.in:17: -1- AC_SUBST([YACC]) m4trace:configure.in:17: -1- AC_SUBST_TRACE([YACC]) m4trace:configure.in:17: -1- m4_pattern_allow([^YACC$]) m4trace:configure.in:17: -1- AC_SUBST([YFLAGS]) m4trace:configure.in:17: -1- AC_SUBST_TRACE([YFLAGS]) m4trace:configure.in:17: -1- m4_pattern_allow([^YFLAGS$]) m4trace:configure.in:18: -1- AC_SUBST([CPP]) m4trace:configure.in:18: -1- AC_SUBST_TRACE([CPP]) m4trace:configure.in:18: -1- m4_pattern_allow([^CPP$]) m4trace:configure.in:18: -1- AC_SUBST([CPPFLAGS]) m4trace:configure.in:18: -1- AC_SUBST_TRACE([CPPFLAGS]) m4trace:configure.in:18: -1- m4_pattern_allow([^CPPFLAGS$]) m4trace:configure.in:18: -1- AC_SUBST([CPP]) m4trace:configure.in:18: -1- AC_SUBST_TRACE([CPP]) m4trace:configure.in:18: -1- m4_pattern_allow([^CPP$]) m4trace:configure.in:19: -1- AC_SUBST([RANLIB]) m4trace:configure.in:19: -1- AC_SUBST_TRACE([RANLIB]) m4trace:configure.in:19: -1- m4_pattern_allow([^RANLIB$]) m4trace:configure.in:21: -1- AC_SUBST([LN_S], [$as_ln_s]) m4trace:configure.in:21: -1- AC_SUBST_TRACE([LN_S]) m4trace:configure.in:21: -1- m4_pattern_allow([^LN_S$]) m4trace:configure.in:22: -1- AC_SUBST([AWK]) m4trace:configure.in:22: -1- AC_SUBST_TRACE([AWK]) m4trace:configure.in:22: -1- m4_pattern_allow([^AWK$]) m4trace:configure.in:90: -1- AC_SUBST([SAMPLE_EXTRA_LIBS]) m4trace:configure.in:90: -1- AC_SUBST_TRACE([SAMPLE_EXTRA_LIBS]) m4trace:configure.in:90: -1- m4_pattern_allow([^SAMPLE_EXTRA_LIBS$]) m4trace:configure.in:91: -1- AC_SUBST([platform]) m4trace:configure.in:91: -1- AC_SUBST_TRACE([platform]) m4trace:configure.in:91: -1- m4_pattern_allow([^platform$]) m4trace:configure.in:94: -1- AC_SUBST([GREP]) m4trace:configure.in:94: -1- AC_SUBST_TRACE([GREP]) m4trace:configure.in:94: -1- m4_pattern_allow([^GREP$]) m4trace:configure.in:94: -1- AC_SUBST([EGREP]) m4trace:configure.in:94: -1- AC_SUBST_TRACE([EGREP]) m4trace:configure.in:94: -1- m4_pattern_allow([^EGREP$]) m4trace:configure.in:94: -1- AC_DEFINE_TRACE_LITERAL([STDC_HEADERS]) 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m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_NETINET_IN_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_NETINET_IN_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STDLIB_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STDLIB_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STRING_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STRING_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STRINGS_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STRINGS_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STDINT_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STDINT_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_INTTYPES_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_INTTYPES_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_TIME_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_TIME_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_INTTYPES_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_INTTYPES_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_SOCKET_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_SOCKET_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_TYPES_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_TYPES_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_TIME_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_TIME_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_TIMEB_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_TIMEB_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_UNISTD_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_UNISTD_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_POLL_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_POLL_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_OPENSSL_SSL_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_OPENSSL_SSL_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_GNUTLS_GNUTLS_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_GNUTLS_GNUTLS_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_ZLIB_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_ZLIB_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_TYPES_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_TYPES_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_SYS_STAT_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_STAT_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STDLIB_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STDLIB_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STRING_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STRING_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_MEMORY_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_MEMORY_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STRINGS_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STRINGS_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_INTTYPES_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_INTTYPES_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_STDINT_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STDINT_H]) m4trace:configure.in:95: -1- AH_OUTPUT([HAVE_UNISTD_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_UNISTD_H]) m4trace:configure.in:98: -1- AC_DEFINE_TRACE_LITERAL([const]) m4trace:configure.in:98: -1- m4_pattern_allow([^const$]) m4trace:configure.in:98: -1- AH_OUTPUT([const], [/* Define to empty if `const\' does not conform to ANSI C. */ @%:@undef const]) m4trace:configure.in:99: -1- AC_DEFINE_TRACE_LITERAL([size_t]) m4trace:configure.in:99: -1- m4_pattern_allow([^size_t$]) m4trace:configure.in:99: -1- AH_OUTPUT([size_t], [/* Define to `unsigned int\' if does not define. */ @%:@undef size_t]) m4trace:configure.in:100: -1- AC_DEFINE_TRACE_LITERAL([TIME_WITH_SYS_TIME]) m4trace:configure.in:100: -1- m4_pattern_allow([^TIME_WITH_SYS_TIME$]) m4trace:configure.in:100: -1- AH_OUTPUT([TIME_WITH_SYS_TIME], [/* Define to 1 if you can safely include both and . */ @%:@undef TIME_WITH_SYS_TIME]) m4trace:configure.in:101: -1- AC_DEFINE_TRACE_LITERAL([TM_IN_SYS_TIME]) m4trace:configure.in:101: -1- m4_pattern_allow([^TM_IN_SYS_TIME$]) m4trace:configure.in:101: -1- AH_OUTPUT([TM_IN_SYS_TIME], [/* Define to 1 if your declares `struct tm\'. */ @%:@undef TM_IN_SYS_TIME]) m4trace:configure.in:106: -1- AC_DEFINE_TRACE_LITERAL([HAVE_STRUCT_TM_TM_GMTOFF]) m4trace:configure.in:106: -1- m4_pattern_allow([^HAVE_STRUCT_TM_TM_GMTOFF$]) m4trace:configure.in:106: -1- AH_OUTPUT([HAVE_STRUCT_TM_TM_GMTOFF], [/* Define to 1 if `tm_gmtoff\' is a member of `struct tm\'. */ @%:@undef HAVE_STRUCT_TM_TM_GMTOFF]) m4trace:configure.in:106: -1- AC_DEFINE_TRACE_LITERAL([HAVE_STRUCT_TM___TM_GMTOFF]) m4trace:configure.in:106: -1- m4_pattern_allow([^HAVE_STRUCT_TM___TM_GMTOFF$]) m4trace:configure.in:106: -1- AH_OUTPUT([HAVE_STRUCT_TM___TM_GMTOFF], [/* Define to 1 if `__tm_gmtoff\' is a member of `struct tm\'. */ @%:@undef HAVE_STRUCT_TM___TM_GMTOFF]) m4trace:configure.in:109: -1- AH_OUTPUT([HAVE_SYS_TIME_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_SYS_TIME_H]) m4trace:configure.in:109: -1- AH_OUTPUT([HAVE_UNISTD_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_UNISTD_H]) m4trace:configure.in:109: -1- AH_OUTPUT([HAVE_ALARM], [/* Define to 1 if you have the `alarm\' function. */ @%:@undef HAVE_ALARM]) m4trace:configure.in:109: -1- AC_SUBST([LIB@&t@OBJS], ["$LIB@&t@OBJS mktime.$ac_objext"]) m4trace:configure.in:109: -1- AC_SUBST_TRACE([LIB@&t@OBJS]) m4trace:configure.in:109: -1- m4_pattern_allow([^LIB@&t@OBJS$]) m4trace:configure.in:109: -1- AC_LIBSOURCE([mktime.c]) m4trace:configure.in:110: -1- _m4_warn([obsolete], [The macro `AC_TYPE_SIGNAL' is obsolete. You should run autoupdate.], [../../lib/autoconf/types.m4:759: AC_TYPE_SIGNAL is expanded from... configure.in:110: the top level]) m4trace:configure.in:110: -1- AC_DEFINE_TRACE_LITERAL([RETSIGTYPE]) m4trace:configure.in:110: -1- m4_pattern_allow([^RETSIGTYPE$]) m4trace:configure.in:110: -1- AH_OUTPUT([RETSIGTYPE], [/* Define as the return type of signal handlers (`int\' or `void\'). */ @%:@undef RETSIGTYPE]) m4trace:configure.in:111: -1- AH_OUTPUT([HAVE_STRFTIME], [/* Define to 1 if you have the `strftime\' function. */ @%:@undef HAVE_STRFTIME]) m4trace:configure.in:111: -1- AC_DEFINE_TRACE_LITERAL([HAVE_STRFTIME]) m4trace:configure.in:111: -1- m4_pattern_allow([^HAVE_STRFTIME$]) m4trace:configure.in:111: -1- AC_DEFINE_TRACE_LITERAL([HAVE_STRFTIME]) m4trace:configure.in:111: -1- m4_pattern_allow([^HAVE_STRFTIME$]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_RANDOM], [/* Define to 1 if you have the `random\' function. */ @%:@undef HAVE_RANDOM]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_GETTIMEOFDAY], [/* Define to 1 if you have the `gettimeofday\' function. */ @%:@undef HAVE_GETTIMEOFDAY]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_FTIME], [/* Define to 1 if you have the `ftime\' function. */ @%:@undef HAVE_FTIME]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_LOCALTIME_R], [/* Define to 1 if you have the `localtime_r\' function. */ @%:@undef HAVE_LOCALTIME_R]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_TIMEGM], [/* Define to 1 if you have the `timegm\' function. */ @%:@undef HAVE_TIMEGM]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_GMTIME], [/* Define to 1 if you have the `gmtime\' function. */ @%:@undef HAVE_GMTIME]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_GMTIME_R], [/* Define to 1 if you have the `gmtime_r\' function. */ @%:@undef HAVE_GMTIME_R]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_MEMSET], [/* Define to 1 if you have the `memset\' function. */ @%:@undef HAVE_MEMSET]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SELECT], [/* Define to 1 if you have the `select\' function. */ @%:@undef HAVE_SELECT]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SOCKET], [/* Define to 1 if you have the `socket\' function. */ @%:@undef HAVE_SOCKET]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SNPRINTF], [/* Define to 1 if you have the `snprintf\' function. */ @%:@undef HAVE_SNPRINTF]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRCHR], [/* Define to 1 if you have the `strchr\' function. */ @%:@undef HAVE_STRCHR]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRERROR], [/* Define to 1 if you have the `strerror\' function. */ @%:@undef HAVE_STRERROR]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRERROR_R], [/* Define to 1 if you have the `strerror_r\' function. */ @%:@undef HAVE_STRERROR_R]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRRCHR], [/* Define to 1 if you have the `strrchr\' function. */ @%:@undef HAVE_STRRCHR]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRSTR], [/* Define to 1 if you have the 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m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRTOLD_L], [/* Define to 1 if you have the `strtold_l\' function. */ @%:@undef HAVE_STRTOLD_L]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRTOD_L], [/* Define to 1 if you have the `strtod_l\' function. */ @%:@undef HAVE_STRTOD_L]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_STRTOF_L], [/* Define to 1 if you have the `strtof_l\' function. */ @%:@undef HAVE_STRTOF_L]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SSCANF], [/* Define to 1 if you have the `sscanf\' function. */ @%:@undef HAVE_SSCANF]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SSCANF_L], [/* Define to 1 if you have the `sscanf_l\' function. */ @%:@undef HAVE_SSCANF_L]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_SPRINTF_L], [/* Define to 1 if you have the `sprintf_l\' function. */ @%:@undef HAVE_SPRINTF_L]) m4trace:configure.in:112: -1- AH_OUTPUT([HAVE_WCTOMB], [/* Define to 1 if you have the `wctomb\' function. */ @%:@undef HAVE_WCTOMB]) m4trace:configure.in:112: 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m4_pattern_allow([^HAVE_ISINF$]) m4trace:configure.in:136: -1- AH_OUTPUT([HAVE_ISINF], [/* isinf */ @%:@undef HAVE_ISINF]) m4trace:configure.in:145: -1- AH_OUTPUT([HAVE_GETHOSTBYNAME_R], [/* Define to 1 if you have the `gethostbyname_r\' function. */ @%:@undef HAVE_GETHOSTBYNAME_R]) m4trace:configure.in:145: -1- AC_DEFINE_TRACE_LITERAL([HAVE_GETHOSTBYNAME_R]) m4trace:configure.in:145: -1- m4_pattern_allow([^HAVE_GETHOSTBYNAME_R$]) m4trace:configure.in:146: -1- AH_OUTPUT([HAVE_STDLIB_H], [/* Define to 1 if you have the header file. */ @%:@undef HAVE_STDLIB_H]) m4trace:configure.in:146: -1- AC_DEFINE_TRACE_LITERAL([HAVE_STDLIB_H]) m4trace:configure.in:146: -1- m4_pattern_allow([^HAVE_STDLIB_H$]) m4trace:configure.in:146: -1- AC_DEFINE_TRACE_LITERAL([HAVE_MALLOC]) m4trace:configure.in:146: -1- m4_pattern_allow([^HAVE_MALLOC$]) m4trace:configure.in:146: -1- AH_OUTPUT([HAVE_MALLOC], [/* Define to 1 if your system has a GNU libc compatible `malloc\' function, and to 0 otherwise. */ @%:@undef 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(lt = localtime (&now)) || mktime (lt) == now; } static int mktime_test (time_t now) { return (mktime_test1 (now) && mktime_test1 ((time_t) (time_t_max - now)) && mktime_test1 ((time_t) (time_t_min + now))); } static int irix_6_4_bug () { /* Based on code from Ariel Faigon. */ struct tm tm; tm.tm_year = 96; tm.tm_mon = 3; tm.tm_mday = 0; tm.tm_hour = 0; tm.tm_min = 0; tm.tm_sec = 0; tm.tm_isdst = -1; mktime (&tm); return tm.tm_mon == 2 && tm.tm_mday == 31; } static int bigtime_test (int j) { struct tm tm; time_t now; tm.tm_year = tm.tm_mon = tm.tm_mday = tm.tm_hour = tm.tm_min = tm.tm_sec = j; now = mktime (&tm); if (now != (time_t) -1) { struct tm *lt = localtime (&now); if (! (lt && lt->tm_year == tm.tm_year && lt->tm_mon == tm.tm_mon && lt->tm_mday == tm.tm_mday && lt->tm_hour == tm.tm_hour && lt->tm_min == tm.tm_min && lt->tm_sec == tm.tm_sec && lt->tm_yday == tm.tm_yday && lt->tm_wday == tm.tm_wday && ((lt->tm_isdst < 0 ? -1 : 0 < lt->tm_isdst) == (tm.tm_isdst < 0 ? -1 : 0 < tm.tm_isdst)))) return 0; } return 1; } static int year_2050_test () { /* The correct answer for 2050-02-01 00:00:00 in Pacific time, ignoring leap seconds. */ unsigned long int answer = 2527315200UL; struct tm tm; time_t t; tm.tm_year = 2050 - 1900; tm.tm_mon = 2 - 1; tm.tm_mday = 1; tm.tm_hour = tm.tm_min = tm.tm_sec = 0; tm.tm_isdst = -1; /* Use the portable POSIX.1 specification "TZ=PST8PDT,M4.1.0,M10.5.0" instead of "TZ=America/Vancouver" in order to detect the bug even on systems that don't support the Olson extension, or don't have the full zoneinfo tables installed. */ putenv ((char*) "TZ=PST8PDT,M4.1.0,M10.5.0"); t = mktime (&tm); /* Check that the result is either a failure, or close enough to the correct answer that we can assume the discrepancy is due to leap seconds. */ return (t == (time_t) -1 || (0 < t && answer - 120 <= t && t <= answer + 120)); } int main () { time_t t, delta; int i, j; /* This test makes some buggy mktime implementations loop. 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(irix_6_4_bug () && spring_forward_gap () && year_2050_test ()); } _ACEOF if ac_fn_c_try_run "$LINENO"; then : ac_cv_func_working_mktime=yes else ac_cv_func_working_mktime=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext \ conftest.$ac_objext conftest.beam conftest.$ac_ext fi fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_func_working_mktime" >&5 $as_echo "$ac_cv_func_working_mktime" >&6; } if test $ac_cv_func_working_mktime = no; then case " $LIB@&t@OBJS " in *" mktime.$ac_objext "* ) ;; *) LIB@&t@OBJS="$LIB@&t@OBJS mktime.$ac_objext" ;; esac fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking return type of signal handlers" >&5 $as_echo_n "checking return type of signal handlers... 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I hope that # covers most systems running today. This code pipes the CPU # types through head -n 1, so we only detect the type of CPU 0. ALPHA_CPU_TYPE=`/usr/sbin/psrinfo -v | sed -n -e 's/^ The alpha \(.*\) processor.*$/\1/p' | head -n 1` case "$ALPHA_CPU_TYPE" in "EV4 (21064)") UNAME_MACHINE="alpha" ;; "EV4.5 (21064)") UNAME_MACHINE="alpha" ;; "LCA4 (21066/21068)") UNAME_MACHINE="alpha" ;; "EV5 (21164)") UNAME_MACHINE="alphaev5" ;; "EV5.6 (21164A)") UNAME_MACHINE="alphaev56" ;; "EV5.6 (21164PC)") UNAME_MACHINE="alphapca56" ;; "EV5.7 (21164PC)") UNAME_MACHINE="alphapca57" ;; "EV6 (21264)") UNAME_MACHINE="alphaev6" ;; "EV6.7 (21264A)") UNAME_MACHINE="alphaev67" ;; "EV6.8CB (21264C)") UNAME_MACHINE="alphaev68" ;; "EV6.8AL (21264B)") UNAME_MACHINE="alphaev68" ;; "EV6.8CX (21264D)") UNAME_MACHINE="alphaev68" ;; "EV6.9A (21264/EV69A)") UNAME_MACHINE="alphaev69" ;; "EV7 (21364)") UNAME_MACHINE="alphaev7" ;; "EV7.9 (21364A)") UNAME_MACHINE="alphaev79" ;; esac # A Pn.n version is a patched version. # A Vn.n version is a released version. # A Tn.n version is a released field test version. # A Xn.n version is an unreleased experimental baselevel. # 1.2 uses "1.2" for uname -r. echo ${UNAME_MACHINE}-dec-osf`echo ${UNAME_RELEASE} | sed -e 's/^[PVTX]//' | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` # Reset EXIT trap before exiting to avoid spurious non-zero exit code. exitcode=$? trap '' 0 exit $exitcode ;; Alpha\ *:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # Should we change UNAME_MACHINE based on the output of uname instead # of the specific Alpha model? echo alpha-pc-interix exit ;; 21064:Windows_NT:50:3) echo alpha-dec-winnt3.5 exit ;; Amiga*:UNIX_System_V:4.0:*) echo m68k-unknown-sysv4 exit ;; *:[Aa]miga[Oo][Ss]:*:*) echo ${UNAME_MACHINE}-unknown-amigaos exit ;; *:[Mm]orph[Oo][Ss]:*:*) echo ${UNAME_MACHINE}-unknown-morphos exit ;; *:OS/390:*:*) echo i370-ibm-openedition exit ;; *:z/VM:*:*) echo s390-ibm-zvmoe exit ;; *:OS400:*:*) echo powerpc-ibm-os400 exit ;; arm:RISC*:1.[012]*:*|arm:riscix:1.[012]*:*) echo arm-acorn-riscix${UNAME_RELEASE} exit ;; arm*:riscos:*:*|arm*:RISCOS:*:*) echo arm-unknown-riscos exit ;; SR2?01:HI-UX/MPP:*:* | SR8000:HI-UX/MPP:*:*) echo hppa1.1-hitachi-hiuxmpp exit ;; Pyramid*:OSx*:*:* | MIS*:OSx*:*:* | MIS*:SMP_DC-OSx*:*:*) # akee@wpdis03.wpafb.af.mil (Earle F. Ake) contributed MIS and NILE. if test "`(/bin/universe) 2>/dev/null`" = att ; then echo pyramid-pyramid-sysv3 else echo pyramid-pyramid-bsd fi exit ;; NILE*:*:*:dcosx) echo pyramid-pyramid-svr4 exit ;; DRS?6000:unix:4.0:6*) echo sparc-icl-nx6 exit ;; DRS?6000:UNIX_SV:4.2*:7* | DRS?6000:isis:4.2*:7*) case `/usr/bin/uname -p` in sparc) echo sparc-icl-nx7; exit ;; esac ;; s390x:SunOS:*:*) echo ${UNAME_MACHINE}-ibm-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4H:SunOS:5.*:*) echo sparc-hal-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:5.*:* | tadpole*:SunOS:5.*:*) echo sparc-sun-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; i86pc:AuroraUX:5.*:* | i86xen:AuroraUX:5.*:*) echo i386-pc-auroraux${UNAME_RELEASE} exit ;; i86pc:SunOS:5.*:* | i86xen:SunOS:5.*:*) eval $set_cc_for_build SUN_ARCH="i386" # If there is a compiler, see if it is configured for 64-bit objects. # Note that the Sun cc does not turn __LP64__ into 1 like gcc does. # This test works for both compilers. if [ "$CC_FOR_BUILD" != 'no_compiler_found' ]; then if (echo '#ifdef __amd64'; echo IS_64BIT_ARCH; echo '#endif') | \ (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_64BIT_ARCH >/dev/null then SUN_ARCH="x86_64" fi fi echo ${SUN_ARCH}-pc-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:6*:*) # According to config.sub, this is the proper way to canonicalize # SunOS6. Hard to guess exactly what SunOS6 will be like, but # it's likely to be more like Solaris than SunOS4. echo sparc-sun-solaris3`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:*:*) case "`/usr/bin/arch -k`" in Series*|S4*) UNAME_RELEASE=`uname -v` ;; esac # Japanese Language versions have a version number like `4.1.3-JL'. echo sparc-sun-sunos`echo ${UNAME_RELEASE}|sed -e 's/-/_/'` exit ;; sun3*:SunOS:*:*) echo m68k-sun-sunos${UNAME_RELEASE} exit ;; sun*:*:4.2BSD:*) UNAME_RELEASE=`(sed 1q /etc/motd | awk '{print substr($5,1,3)}') 2>/dev/null` test "x${UNAME_RELEASE}" = "x" && UNAME_RELEASE=3 case "`/bin/arch`" in sun3) echo m68k-sun-sunos${UNAME_RELEASE} ;; sun4) echo sparc-sun-sunos${UNAME_RELEASE} ;; esac exit ;; aushp:SunOS:*:*) echo sparc-auspex-sunos${UNAME_RELEASE} exit ;; # The situation for MiNT is a little confusing. The machine name # can be virtually everything (everything which is not # "atarist" or "atariste" at least should have a processor # > m68000). The system name ranges from "MiNT" over "FreeMiNT" # to the lowercase version "mint" (or "freemint"). Finally # the system name "TOS" denotes a system which is actually not # MiNT. But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint${UNAME_RELEASE} exit ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint${UNAME_RELEASE} exit ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint${UNAME_RELEASE} exit ;; m68k:machten:*:*) echo m68k-apple-machten${UNAME_RELEASE} exit ;; powerpc:machten:*:*) echo powerpc-apple-machten${UNAME_RELEASE} exit ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix${UNAME_RELEASE} exit ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix${UNAME_RELEASE} exit ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix${UNAME_RELEASE} exit ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && dummyarg=`echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` && SYSTEM_NAME=`$dummy $dummyarg` && { echo "$SYSTEM_NAME"; exit; } echo mips-mips-riscos${UNAME_RELEASE} exit ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit ;; Motorola:*:4.3:PL8-*) echo powerpc-harris-powermax exit ;; Night_Hawk:*:*:PowerMAX_OS | Synergy:PowerMAX_OS:*:*) echo powerpc-harris-powermax exit ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ] then if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \ [ ${TARGET_BINARY_INTERFACE}x = x ] then echo m88k-dg-dgux${UNAME_RELEASE} else echo m88k-dg-dguxbcs${UNAME_RELEASE} fi else echo i586-dg-dgux${UNAME_RELEASE} fi exit ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit ;; *:IRIX*:*:*) echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'` exit ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${UNAME_MACHINE}-ibm-aix${IBM_REV} exit ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF if $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` then echo "$SYSTEM_NAME" else echo rs6000-ibm-aix3.2.5 fi elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit ;; *:AIX:*:[4567]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'` if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${IBM_ARCH}-ibm-aix${IBM_REV} exit ;; *:AIX:*:*) echo rs6000-ibm-aix exit ;; ibmrt:4.4BSD:*|romp-ibm:BSD:*) echo romp-ibm-bsd4.4 exit ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd${UNAME_RELEASE} # 4.3 with uname added to exit ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` case "${UNAME_MACHINE}" in 9000/31? ) HP_ARCH=m68000 ;; 9000/[34]?? ) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "${sc_cpu_version}" in 523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0 528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "${sc_kernel_bits}" in 32) HP_ARCH="hppa2.0n" ;; 64) HP_ARCH="hppa2.0w" ;; '') HP_ARCH="hppa2.0" ;; # HP-UX 10.20 esac ;; esac fi if [ "${HP_ARCH}" = "" ]; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS= $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null) && HP_ARCH=`$dummy` test -z "$HP_ARCH" && HP_ARCH=hppa fi ;; esac if [ ${HP_ARCH} = "hppa2.0w" ] then eval $set_cc_for_build # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating # 32-bit code. hppa64-hp-hpux* has the same kernel and a compiler # generating 64-bit code. GNU and HP use different nomenclature: # # $ CC_FOR_BUILD=cc ./config.guess # => hppa2.0w-hp-hpux11.23 # $ CC_FOR_BUILD="cc +DA2.0w" ./config.guess # => hppa64-hp-hpux11.23 if echo __LP64__ | (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | grep -q __LP64__ then HP_ARCH="hppa2.0w" else HP_ARCH="hppa64" fi fi echo ${HP_ARCH}-hp-hpux${HPUX_REV} exit ;; ia64:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux${HPUX_REV} exit ;; 3050*:HI-UX:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } echo unknown-hitachi-hiuxwe2 exit ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* ) echo hppa1.1-hp-bsd exit ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* ) echo hppa1.1-hp-osf exit ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo ${UNAME_MACHINE}-unknown-osf1mk else echo ${UNAME_MACHINE}-unknown-osf1 fi exit ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*[A-Z]90:*:*:*) echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit ;; CRAY*TS:*:*:*) echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; *:UNICOS/mp:*:*) echo craynv-cray-unicosmp${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; 5000:UNIX_System_V:4.*:*) FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/ /_/'` echo "sparc-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE} exit ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi${UNAME_RELEASE} exit ;; *:BSD/OS:*:*) echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE} exit ;; *:FreeBSD:*:*) UNAME_PROCESSOR=`/usr/bin/uname -p` case ${UNAME_PROCESSOR} in amd64) echo x86_64-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; *) echo ${UNAME_PROCESSOR}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; esac exit ;; i*:CYGWIN*:*) echo ${UNAME_MACHINE}-pc-cygwin exit ;; *:MINGW64*:*) echo ${UNAME_MACHINE}-pc-mingw64 exit ;; *:MINGW*:*) echo ${UNAME_MACHINE}-pc-mingw32 exit ;; i*:MSYS*:*) echo ${UNAME_MACHINE}-pc-msys exit ;; i*:windows32*:*) # uname -m includes "-pc" on this system. echo ${UNAME_MACHINE}-mingw32 exit ;; i*:PW*:*) echo ${UNAME_MACHINE}-pc-pw32 exit ;; *:Interix*:*) case ${UNAME_MACHINE} in x86) echo i586-pc-interix${UNAME_RELEASE} exit ;; authenticamd | genuineintel | EM64T) echo x86_64-unknown-interix${UNAME_RELEASE} exit ;; IA64) echo ia64-unknown-interix${UNAME_RELEASE} exit ;; esac ;; [345]86:Windows_95:* | [345]86:Windows_98:* | [345]86:Windows_NT:*) echo i${UNAME_MACHINE}-pc-mks exit ;; 8664:Windows_NT:*) echo x86_64-pc-mks exit ;; i*:Windows_NT*:* | Pentium*:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # It also conflicts with pre-2.0 versions of AT&T UWIN. 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EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep -q ld.so.1 if test "$?" = 0 ; then LIBC="gnulibc1" ; fi echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; arc:Linux:*:* | arceb:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; arm*:Linux:*:*) eval $set_cc_for_build if echo __ARM_EABI__ | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_EABI__ then echo ${UNAME_MACHINE}-unknown-linux-${LIBC} else if echo __ARM_PCS_VFP | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_PCS_VFP then echo ${UNAME_MACHINE}-unknown-linux-${LIBC}eabi else echo ${UNAME_MACHINE}-unknown-linux-${LIBC}eabihf fi fi exit ;; avr32*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; cris:Linux:*:*) echo ${UNAME_MACHINE}-axis-linux-${LIBC} exit ;; crisv32:Linux:*:*) echo ${UNAME_MACHINE}-axis-linux-${LIBC} exit ;; frv:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; hexagon:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; i*86:Linux:*:*) echo ${UNAME_MACHINE}-pc-linux-${LIBC} exit ;; ia64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; m32r*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; m68*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; mips:Linux:*:* | mips64:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef ${UNAME_MACHINE} #undef ${UNAME_MACHINE}el #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=${UNAME_MACHINE}el #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=${UNAME_MACHINE} #else CPU= #endif #endif EOF eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep '^CPU'` test x"${CPU}" != x && { echo "${CPU}-unknown-linux-${LIBC}"; exit; } ;; or1k:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; or32:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; padre:Linux:*:*) echo sparc-unknown-linux-${LIBC} exit ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-${LIBC} exit ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-${LIBC} ;; PA8*) echo hppa2.0-unknown-linux-${LIBC} ;; *) echo hppa-unknown-linux-${LIBC} ;; esac exit ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-${LIBC} exit ;; ppc:Linux:*:*) echo powerpc-unknown-linux-${LIBC} exit ;; ppc64le:Linux:*:*) echo powerpc64le-unknown-linux-${LIBC} exit ;; ppcle:Linux:*:*) echo powerpcle-unknown-linux-${LIBC} exit ;; s390:Linux:*:* | s390x:Linux:*:*) echo ${UNAME_MACHINE}-ibm-linux-${LIBC} exit ;; sh64*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; sh*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; tile*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; vax:Linux:*:*) echo ${UNAME_MACHINE}-dec-linux-${LIBC} exit ;; x86_64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; xtensa*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-${LIBC} exit ;; i*86:DYNIX/ptx:4*:*) # ptx 4.0 does uname -s correctly, with DYNIX/ptx in there. # earlier versions are messed up and put the nodename in both # sysname and nodename. echo i386-sequent-sysv4 exit ;; i*86:UNIX_SV:4.2MP:2.*) # Unixware is an offshoot of SVR4, but it has its own version # number series starting with 2... # I am not positive that other SVR4 systems won't match this, # I just have to hope. -- rms. # Use sysv4.2uw... so that sysv4* matches it. echo ${UNAME_MACHINE}-pc-sysv4.2uw${UNAME_VERSION} exit ;; i*86:OS/2:*:*) # If we were able to find `uname', then EMX Unix compatibility # is probably installed. echo ${UNAME_MACHINE}-pc-os2-emx exit ;; i*86:XTS-300:*:STOP) echo ${UNAME_MACHINE}-unknown-stop exit ;; i*86:atheos:*:*) echo ${UNAME_MACHINE}-unknown-atheos exit ;; i*86:syllable:*:*) echo ${UNAME_MACHINE}-pc-syllable exit ;; i*86:LynxOS:2.*:* | i*86:LynxOS:3.[01]*:* | i*86:LynxOS:4.[02]*:*) echo i386-unknown-lynxos${UNAME_RELEASE} exit ;; i*86:*DOS:*:*) echo ${UNAME_MACHINE}-pc-msdosdjgpp exit ;; i*86:*:4.*:* | i*86:SYSTEM_V:4.*:*) UNAME_REL=`echo ${UNAME_RELEASE} | sed 's/\/MP$//'` if grep Novell /usr/include/link.h >/dev/null 2>/dev/null; then echo ${UNAME_MACHINE}-univel-sysv${UNAME_REL} else echo ${UNAME_MACHINE}-pc-sysv${UNAME_REL} fi exit ;; i*86:*:5:[678]*) # UnixWare 7.x, OpenUNIX and OpenServer 6. case `/bin/uname -X | grep "^Machine"` in *486*) UNAME_MACHINE=i486 ;; *Pentium) UNAME_MACHINE=i586 ;; *Pent*|*Celeron) UNAME_MACHINE=i686 ;; esac echo ${UNAME_MACHINE}-unknown-sysv${UNAME_RELEASE}${UNAME_SYSTEM}${UNAME_VERSION} exit ;; i*86:*:3.2:*) if test -f /usr/options/cb.name; then UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then UNAME_REL=`(/bin/uname -X|grep Release|sed -e 's/.*= //')` (/bin/uname -X|grep i80486 >/dev/null) && UNAME_MACHINE=i486 (/bin/uname -X|grep '^Machine.*Pentium' >/dev/null) \ && UNAME_MACHINE=i586 (/bin/uname -X|grep '^Machine.*Pent *II' >/dev/null) \ && UNAME_MACHINE=i686 (/bin/uname -X|grep '^Machine.*Pentium Pro' >/dev/null) \ && UNAME_MACHINE=i686 echo ${UNAME_MACHINE}-pc-sco$UNAME_REL else echo ${UNAME_MACHINE}-pc-sysv32 fi exit ;; pc:*:*:*) # Left here for compatibility: # uname -m prints for DJGPP always 'pc', but it prints nothing about # the processor, so we play safe by assuming i586. # Note: whatever this is, it MUST be the same as what config.sub # prints for the "djgpp" host, or else GDB configury will decide that # this is a cross-build. echo i586-pc-msdosdjgpp exit ;; Intel:Mach:3*:*) echo i386-pc-mach3 exit ;; paragon:*:*:*) echo i860-intel-osf1 exit ;; i860:*:4.*:*) # i860-SVR4 if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then echo i860-stardent-sysv${UNAME_RELEASE} # Stardent Vistra i860-SVR4 else # Add other i860-SVR4 vendors below as they are discovered. echo i860-unknown-sysv${UNAME_RELEASE} # Unknown i860-SVR4 fi exit ;; mini*:CTIX:SYS*5:*) # "miniframe" echo m68010-convergent-sysv exit ;; mc68k:UNIX:SYSTEM5:3.51m) echo m68k-convergent-sysv exit ;; M680?0:D-NIX:5.3:*) echo m68k-diab-dnix exit ;; M68*:*:R3V[5678]*:*) test -r /sysV68 && { echo 'm68k-motorola-sysv'; exit; } ;; 3[345]??:*:4.0:3.0 | 3[34]??A:*:4.0:3.0 | 3[34]??,*:*:4.0:3.0 | 3[34]??/*:*:4.0:3.0 | 4400:*:4.0:3.0 | 4850:*:4.0:3.0 | SKA40:*:4.0:3.0 | SDS2:*:4.0:3.0 | SHG2:*:4.0:3.0 | S7501*:*:4.0:3.0) OS_REL='' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } ;; 3[34]??:*:4.0:* | 3[34]??,*:*:4.0:*) /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4; exit; } ;; NCR*:*:4.2:* | MPRAS*:*:4.2:*) OS_REL='.3' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep pteron >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } ;; m68*:LynxOS:2.*:* | m68*:LynxOS:3.0*:*) echo m68k-unknown-lynxos${UNAME_RELEASE} exit ;; mc68030:UNIX_System_V:4.*:*) echo m68k-atari-sysv4 exit ;; TSUNAMI:LynxOS:2.*:*) echo sparc-unknown-lynxos${UNAME_RELEASE} exit ;; rs6000:LynxOS:2.*:*) echo rs6000-unknown-lynxos${UNAME_RELEASE} exit ;; PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.[02]*:*) echo powerpc-unknown-lynxos${UNAME_RELEASE} exit ;; SM[BE]S:UNIX_SV:*:*) echo mips-dde-sysv${UNAME_RELEASE} exit ;; RM*:ReliantUNIX-*:*:*) echo mips-sni-sysv4 exit ;; RM*:SINIX-*:*:*) echo mips-sni-sysv4 exit ;; *:SINIX-*:*:*) if uname -p 2>/dev/null >/dev/null ; then UNAME_MACHINE=`(uname -p) 2>/dev/null` echo ${UNAME_MACHINE}-sni-sysv4 else echo ns32k-sni-sysv fi exit ;; PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort # says echo i586-unisys-sysv4 exit ;; *:UNIX_System_V:4*:FTX*) # From Gerald Hewes . # How about differentiating between stratus architectures? -djm echo hppa1.1-stratus-sysv4 exit ;; *:*:*:FTX*) # From seanf@swdc.stratus.com. echo i860-stratus-sysv4 exit ;; i*86:VOS:*:*) # From Paul.Green@stratus.com. echo ${UNAME_MACHINE}-stratus-vos exit ;; *:VOS:*:*) # From Paul.Green@stratus.com. echo hppa1.1-stratus-vos exit ;; mc68*:A/UX:*:*) echo m68k-apple-aux${UNAME_RELEASE} exit ;; news*:NEWS-OS:6*:*) echo mips-sony-newsos6 exit ;; R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*) if [ -d /usr/nec ]; then echo mips-nec-sysv${UNAME_RELEASE} else echo mips-unknown-sysv${UNAME_RELEASE} fi exit ;; BeBox:BeOS:*:*) # BeOS running on hardware made by Be, PPC only. echo powerpc-be-beos exit ;; BeMac:BeOS:*:*) # BeOS running on Mac or Mac clone, PPC only. echo powerpc-apple-beos exit ;; BePC:BeOS:*:*) # BeOS running on Intel PC compatible. echo i586-pc-beos exit ;; BePC:Haiku:*:*) # Haiku running on Intel PC compatible. echo i586-pc-haiku exit ;; x86_64:Haiku:*:*) echo x86_64-unknown-haiku exit ;; SX-4:SUPER-UX:*:*) echo sx4-nec-superux${UNAME_RELEASE} exit ;; SX-5:SUPER-UX:*:*) echo sx5-nec-superux${UNAME_RELEASE} exit ;; SX-6:SUPER-UX:*:*) echo sx6-nec-superux${UNAME_RELEASE} exit ;; SX-7:SUPER-UX:*:*) echo sx7-nec-superux${UNAME_RELEASE} exit ;; SX-8:SUPER-UX:*:*) echo sx8-nec-superux${UNAME_RELEASE} exit ;; SX-8R:SUPER-UX:*:*) echo sx8r-nec-superux${UNAME_RELEASE} exit ;; Power*:Rhapsody:*:*) echo powerpc-apple-rhapsody${UNAME_RELEASE} exit ;; *:Rhapsody:*:*) echo ${UNAME_MACHINE}-apple-rhapsody${UNAME_RELEASE} exit ;; *:Darwin:*:*) UNAME_PROCESSOR=`uname -p` || UNAME_PROCESSOR=unknown eval $set_cc_for_build if test "$UNAME_PROCESSOR" = unknown ; then UNAME_PROCESSOR=powerpc fi if test `echo "$UNAME_RELEASE" | sed -e 's/\..*//'` -le 10 ; then if [ "$CC_FOR_BUILD" != 'no_compiler_found' ]; then if (echo '#ifdef __LP64__'; echo IS_64BIT_ARCH; echo '#endif') | \ (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_64BIT_ARCH >/dev/null then case $UNAME_PROCESSOR in i386) UNAME_PROCESSOR=x86_64 ;; powerpc) UNAME_PROCESSOR=powerpc64 ;; esac fi fi elif test "$UNAME_PROCESSOR" = i386 ; then # Avoid executing cc on OS X 10.9, as it ships with a stub # that puts up a graphical alert prompting to install # developer tools. Any system running Mac OS X 10.7 or # later (Darwin 11 and later) is required to have a 64-bit # processor. This is not true of the ARM version of Darwin # that Apple uses in portable devices. UNAME_PROCESSOR=x86_64 fi echo ${UNAME_PROCESSOR}-apple-darwin${UNAME_RELEASE} exit ;; *:procnto*:*:* | *:QNX:[0123456789]*:*) UNAME_PROCESSOR=`uname -p` if test "$UNAME_PROCESSOR" = "x86"; then UNAME_PROCESSOR=i386 UNAME_MACHINE=pc fi echo ${UNAME_PROCESSOR}-${UNAME_MACHINE}-nto-qnx${UNAME_RELEASE} exit ;; *:QNX:*:4*) echo i386-pc-qnx exit ;; NEO-?:NONSTOP_KERNEL:*:*) echo neo-tandem-nsk${UNAME_RELEASE} exit ;; NSE-*:NONSTOP_KERNEL:*:*) echo nse-tandem-nsk${UNAME_RELEASE} exit ;; NSR-?:NONSTOP_KERNEL:*:*) echo nsr-tandem-nsk${UNAME_RELEASE} exit ;; *:NonStop-UX:*:*) echo mips-compaq-nonstopux exit ;; BS2000:POSIX*:*:*) echo bs2000-siemens-sysv exit ;; DS/*:UNIX_System_V:*:*) echo ${UNAME_MACHINE}-${UNAME_SYSTEM}-${UNAME_RELEASE} exit ;; *:Plan9:*:*) # "uname -m" is not consistent, so use $cputype instead. 386 # is converted to i386 for consistency with other x86 # operating systems. if test "$cputype" = "386"; then UNAME_MACHINE=i386 else UNAME_MACHINE="$cputype" fi echo ${UNAME_MACHINE}-unknown-plan9 exit ;; *:TOPS-10:*:*) echo pdp10-unknown-tops10 exit ;; *:TENEX:*:*) echo pdp10-unknown-tenex exit ;; KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*) echo pdp10-dec-tops20 exit ;; XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*) echo pdp10-xkl-tops20 exit ;; *:TOPS-20:*:*) echo pdp10-unknown-tops20 exit ;; *:ITS:*:*) echo pdp10-unknown-its exit ;; SEI:*:*:SEIUX) echo mips-sei-seiux${UNAME_RELEASE} exit ;; *:DragonFly:*:*) echo ${UNAME_MACHINE}-unknown-dragonfly`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` exit ;; *:*VMS:*:*) UNAME_MACHINE=`(uname -p) 2>/dev/null` case "${UNAME_MACHINE}" in A*) echo alpha-dec-vms ; exit ;; I*) echo ia64-dec-vms ; exit ;; V*) echo vax-dec-vms ; exit ;; esac ;; *:XENIX:*:SysV) echo i386-pc-xenix exit ;; i*86:skyos:*:*) echo ${UNAME_MACHINE}-pc-skyos`echo ${UNAME_RELEASE}` | sed -e 's/ .*$//' exit ;; i*86:rdos:*:*) echo ${UNAME_MACHINE}-pc-rdos exit ;; i*86:AROS:*:*) echo ${UNAME_MACHINE}-pc-aros exit ;; x86_64:VMkernel:*:*) echo ${UNAME_MACHINE}-unknown-esx exit ;; esac eval $set_cc_for_build cat >$dummy.c < # include #endif main () { #if defined (sony) #if defined (MIPSEB) /* BFD wants "bsd" instead of "newsos". Perhaps BFD should be changed, I don't know.... */ printf ("mips-sony-bsd\n"); exit (0); #else #include printf ("m68k-sony-newsos%s\n", #ifdef NEWSOS4 "4" #else "" #endif ); exit (0); #endif #endif #if defined (__arm) && defined (__acorn) && defined (__unix) printf ("arm-acorn-riscix\n"); exit (0); #endif #if defined (hp300) && !defined (hpux) printf ("m68k-hp-bsd\n"); exit (0); #endif #if defined (NeXT) #if !defined (__ARCHITECTURE__) #define __ARCHITECTURE__ "m68k" #endif int version; version=`(hostinfo | sed -n 's/.*NeXT Mach \([0-9]*\).*/\1/p') 2>/dev/null`; if (version < 4) printf ("%s-next-nextstep%d\n", __ARCHITECTURE__, version); else printf ("%s-next-openstep%d\n", __ARCHITECTURE__, version); exit (0); #endif #if defined (MULTIMAX) || defined (n16) #if defined (UMAXV) printf ("ns32k-encore-sysv\n"); exit (0); #else #if defined (CMU) printf ("ns32k-encore-mach\n"); exit (0); #else printf ("ns32k-encore-bsd\n"); exit (0); #endif #endif #endif #if defined (__386BSD__) printf ("i386-pc-bsd\n"); exit (0); #endif #if defined (sequent) #if defined (i386) printf ("i386-sequent-dynix\n"); exit (0); #endif #if defined (ns32000) printf ("ns32k-sequent-dynix\n"); exit (0); #endif #endif #if defined (_SEQUENT_) struct utsname un; uname(&un); if (strncmp(un.version, "V2", 2) == 0) { printf ("i386-sequent-ptx2\n"); exit (0); } if (strncmp(un.version, "V1", 2) == 0) { /* XXX is V1 correct? */ printf ("i386-sequent-ptx1\n"); exit (0); } printf ("i386-sequent-ptx\n"); exit (0); #endif #if defined (vax) # if !defined (ultrix) # include # if defined (BSD) # if BSD == 43 printf ("vax-dec-bsd4.3\n"); exit (0); # else # if BSD == 199006 printf ("vax-dec-bsd4.3reno\n"); exit (0); # else printf ("vax-dec-bsd\n"); exit (0); # endif # endif # else printf ("vax-dec-bsd\n"); exit (0); # endif # else printf ("vax-dec-ultrix\n"); exit (0); # endif #endif #if defined (alliant) && defined (i860) printf ("i860-alliant-bsd\n"); exit (0); #endif exit (1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } # Apollos put the system type in the environment. test -d /usr/apollo && { echo ${ISP}-apollo-${SYSTYPE}; exit; } # Convex versions that predate uname can use getsysinfo(1) if [ -x /usr/convex/getsysinfo ] then case `getsysinfo -f cpu_type` in c1*) echo c1-convex-bsd exit ;; c2*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; c34*) echo c34-convex-bsd exit ;; c38*) echo c38-convex-bsd exit ;; c4*) echo c4-convex-bsd exit ;; esac fi cat >&2 < in order to provide the needed information to handle your system. config.guess timestamp = $timestamp uname -m = `(uname -m) 2>/dev/null || echo unknown` uname -r = `(uname -r) 2>/dev/null || echo unknown` uname -s = `(uname -s) 2>/dev/null || echo unknown` uname -v = `(uname -v) 2>/dev/null || echo unknown` /usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null` /bin/uname -X = `(/bin/uname -X) 2>/dev/null` hostinfo = `(hostinfo) 2>/dev/null` /bin/universe = `(/bin/universe) 2>/dev/null` /usr/bin/arch -k = `(/usr/bin/arch -k) 2>/dev/null` /bin/arch = `(/bin/arch) 2>/dev/null` /usr/bin/oslevel = `(/usr/bin/oslevel) 2>/dev/null` /usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null` UNAME_MACHINE = ${UNAME_MACHINE} UNAME_RELEASE = ${UNAME_RELEASE} UNAME_SYSTEM = ${UNAME_SYSTEM} UNAME_VERSION = ${UNAME_VERSION} EOF exit 1 # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "timestamp='" # time-stamp-format: "%:y-%02m-%02d" # time-stamp-end: "'" # End: gsoap-2.8.28/changelog.md0000644000175000017500000016752512653650144014563 0ustar ellertellert [![Go down](images/go-down.png) Go down](#latest) to view the latest changes Version 1.1 (1/1/2000) --- - Added typedef conventions. - Added enumerations. - Added hexBinary encoding. - Added base64 encoding. - Enable pass by reference operator (&) for output parameter. - Enable specification of methods in classes. Version 1.2 (9/9/2001) --- - Added WSDL generator. Version 1.2w (9/14/2001) --- - Win32 port. - Fixed a socket communication problem in win32 version. - Added namespace name pattern matching to ease validation. Version 1.2.1 (10/24/2001) --- - Added chunked HTTP 1.1 transfer support. - Improved buffering. - Fixed a problem with nested vector allocation. Version 1.2.2 (11/2/2001) --- - Support for special XML element names with dots, underscores, and center dots (see documentation section 5.3). - Fixed a decoding problem with dynamic array of pointers to polymorphic objects. - Fixed an encoding problem with enumerations. - Added a "safe-mode" flag to disable serialization of multi-referenced objects with `soap_disable_href = 1;` - You can set this global flag anywere in the code, but at least before serialization is performed. It will disable the use of href attributes when sending multi-reference data. Instead, the data is copied in the payload. When set, this flag will hang the serializer when sending cyclic data structures. Version 1.2.3 (12/5/2001) --- - Added bool type encoding/decoding. - Added dynamic multi-dimensional arrays. - Added support for primitive polymorphic types. - Added full support for CDATA content decoding. - More convenient customization of SOAP Headers and Faults. No separate soapheader.h and soapfault.h files required (and therefore no .cpp files have to be created for these). Instead, the compiler generates customized SOAP Header and SOAP Fault marshalling routines when struct/class `SOAP_ENV__Fault` and/or `SOAP_ENV__Header` are specified in the header file input to the compiler. - On demand generation of the marshalling routines for the primitive types, which reduces the size of the executables. - Fixed a WSDL incompatibility problem in the WSDL generator. - Improved decoding of multi-reference elements (no xsi:type required anymore in receiving message so gSOAP does not break). - Improved support for encoding/decoding indirect data (e.g. pointers to pointers to data). - Improved encoding of data with the same pointers to shared data but with the shared data declared with different XML schema types (formerly encoded as multi-reference data which could cause type incmpatibilities at the receiving side). For example, in the declarations `typedef char *xsd__NCName; xsd__NCName *s="SOAP"; char *t = s;` the pointers s and t point to the same data, but will not be encoded as multi-reference data since the types are different. - Added flag `soap_enable_null = 1;` - When set, all NULL pointers will be explicitly encoded. By default, NULL pointers are omitted from the SOAP payload. For example, with this flag set all NULL strings and other NULL pointer data will appear as nil values in the SOAP payload. - Added flag: `soap_enable_embedding = 1;` - When set, multi-reference data will be encoded inline which will guarantee the exact preservation of the structure of the data transmitted. However, some SOAP implementations do not support embedding inline multi-reference data although this encoding style is likely to be included in future verions of the SOAP protocol. The flag is useful when creating C++ applications that need to communicate data to eachother and the data structures need to be preserved. Setting this flag may cause a duplication of multi-reference data by the receiver created with the SOAP stub compiler when the data is part of a struct/class or array. The data is not copied by the receiver when the struct/class or arrays use pointers to the data type. - Added the ability to declare virtual destructors. - Fixed a compilation error with fixed-size array of pointers. - Fixed a problem with padding in Base64 (en/de)coding. - Fixed XML entity decoding (hexadecimal). - Added encoding of sparse arrays. A sparse array MUST be declared as a (fixed-size of dynamic) array of pointers. NULL pointer values are omitted from the output and SOAP-ENC:position attributes are used for non-NULL elements. - Changed `soap_put` and `soap_get` functions to include explicit schema type parameters. This fixed a problem with Web services that need to return typedef-ed XML schema types The new stdsoap.cpp and stdsoap.h files are incompatible with the previous version(s). - Added the ability to ignore the names of accessors when decoding fields through the use of a leading underscore (`_`) in a field name. For example: `ns__mymethod(xsd__string in, xsd__string &_return);` - When used to invoke a remote method, the actual element name of the remote return parameter used by the service is insignificant. - Improved memory management. Added new function: `soap_destroy()` to remove all class instances. - Improved documentation. - Added `time_t` type support, but still need to add encoding/decoding routines to the runtime (next version). - Added `wchar_t` type support, but still need to add encoding/decoding routines to the runtime (next version). Version 1.2.4 (12/17/2001) --- - Added support for wide character strings (`wchar_t*`). - Added support for `time_t` type. - Added support for SOAP literal encoding. - Fixed an obscure bug in the deserialization of data from the SOAP4R toolkit that caused the deserializer to hang. - Fixed a problem with the `soap_disable_href` flag. - Fixed a problem with the position attributes in sparse multi-dimensional arrays. - Fixed a problem with the generation of .nsmap files. - Fixed a problem with mixed content decoding in strings. Version 1.2.5 (12/27/2001) --- - Fixed a memory leak in the block allocation scheme used for strings, hexBinary, and base64 types. - Fixed a bug in the WSDL generator for fixed-size arrays. - Fixed a problem with the use of trailing underscores in field names in struct/class declarations. Version 1.2.6 (1/25/2002) --- - Improved portability. - Improved id/href hash table efficiency and storage. - Improved namespace URI matching with wildcards. - Improved stand-alone deployment. - Added `soap_disable_response_count` flag. - Fixed operator declaration parsing (cast operators). - Fixed a WSDL generator bug for output parameters and enumeration types. - Renamed function `soap_return_fault()` into `soap_send_fault()`. Version 2.0 (2/2/2002) --- - Rewrote the compiler (soapcpp2) and the run-time engine libraries to create a thread safe implementation. Versions 1.2.7 and 2.0.1 (2/11/2002) --- - Added new soapcpp2 compiler options (-h -c -d -p). - Added optional specification of service name, location, and namespace URI in header file. - Improved interoperability. Versions 1.2.8 and 2.0.2 (2/24/2002) --- - Added function callbacks to support customized I/O and HTTP operations. This allows for plug-in HTTP code, NSAPI interface code, reading/writing from/to files or string buffers, etc. - Added HTTP 1.0/1.1 keep-alive support. - Added HTTP 1.1 chunked transfer support. - Added `soap_disable_request_count` flag. - Added `soap_enable_array_overflow` flag. - Added type naming conventions to serialize elements without generating `xsi:type` attributes. - Fixed a fixed-size array decoding problem (type mismatch). - Fixed `` print bug in the WSDL generators. Versions 1.3 and 2.1 (3/10/2002) --- - Added client-side SSL (HTTPS) support (thanks to Massimo Cafaro for his suggestions). - Added a naming convention for dynamic array `__ptr` fields which enables the naming of the XML tags of array elements. - Added WSDL Header and Fault schema generation. - Improved doc/literal encoding style. - Improved WSDL service/schema namespace generation. - Fixed `SOAP-ENV:Header` to be self contained. - Fixed WSDL generation of xsd schema types declared as string. - Fixed a method overriding type clash for derived classes. - Fixed spurious occurrence of `id="-1"` with `soap_enable_null` flag enabled. - Fixed a front-end gSOAP compiler problem with forward and cyclic struct declarations. Versions 1.3.1 and 2.1.1 (3/25/2002) --- - Added header file source constructs to support transient data types and transient struct/class fields to control gSOAP's code generatiion window for (de)serialization routines. - Added callback for handling XML elements that are ignored on the receiving side (e.g. because of schema type problems). This feature is intended to enhance the reliability of services/clients. - Added server-side SSL support and included an example multi-threaded stand-alone SSL secure SOAP server example. - Added proxy server support. - Improved message logging in gSOAP 2.1.1 (thanks to Jessie Ragsdale for his suggestions). - Fixed WSDL generation for dynamic arrays. - Fixed deserialization of empty multi-ref derived class instances. Versions 1.3.2 and 2.1.2 (4/15/2002) --- - Added socket timeout management. - Added optional client and server cookie support. - Added support for `maxOccurs="unbounded"` for arbitrary elements in complexTypes (not just limited to SOAP arrays). - Improved generation of schema `` definitions to allow XML validation in the presence of class overriding. - Fixed ULONG64 type handling. - Fixed light validation problem (now rejects invalid XML schema URIs). - Fixed a deserialization type mismatch with typedef-ed pointer primitives. - Fixed WSDL and schema interoperability problems. Versions 1.3.3 and 2.1.3 (4/27/2002) --- - Added `mustUnderstand` declaration qualifier for SOAP Header processing. - Added `soap.actor` attribute for SOAP Header processing. - Added method-header-part directive to identify methods with header message associations (WSDL requirement). - Added bitmask (de)serialization. - Added FastCGI support. - Improved DLL build support (gSOAP 2.1.3 only). - Improved WinCE support (gSOAP 2.1.3 only, thanks to Sean Ryan for his suggestions). - Improved Mac OS X support. - WSDL generator improvements and fixes. - Workaround a bug in .NET SOAP Headers (non-unique id name values in .NET). - Fixed `disable_href=1` bug. - Fixed XML in string parsing code generation problem. Versions 1.3.4 and 2.1.4 (6/9/2002) --- - Added non-blocking `soap_accept()` with timeout management. - Added support for SOAP Header and Fault declared as classes. - Added syntax for `extern` declarations for transient types and fields. - Added support for SOAP Headers in SOAP Fault messages. - Added one-way SOAP messages (2.1.4 only). - Added support for user-defined (de)serializers (2.1.4 only). - Improved object memory management. - Improved support for AIX and HP platforms. - Fixed proxy server connect bug. - Fixed an OpenSSL bug. - Fixed `soap_instantiate_ClassX()` derived class allocation problem. - Fixed generation of spurious .xsd files when lots of trailing underscores are used by identifiers in the header file. - Fixed syntax error that occured with header files containing cyclic class declarations. - Fixed 'class in struct' and 'vector of classes' VMT initialization bugs. Version 2.1.5 (6/22/2002) --- - Added non-blocking remote method calls (not supported in win32 version). - Added specification of default values for struct/class fields. - Added specification of minOccurs and maxOccurs for struct/class fields. - Added support for the resolution operator `::` in identifiers. - Added abstract method declaration support. - Fixed WSDL generation of SOAP doc/lit. - Fixed `WITH_FASTCGI` option. Version 2.1.6 (7/10/2002) --- - Added DIME attachment support. - Added win32 non-blocking sockets. - Changed `"%lld"` and `"%llu"` format strings into `"%I64d"` and `"%I64u"` format string for win32. - Improved I/O. - Fixed multi-dimensional dynamic array (de)serialization. - Fixed WSDL enum and header namespace generation. Version 2.1.7 (8/6/2002) --- - Added generation of example SOAP/XML request and response messages by the compiler. - Added RSA to SSL stack. - Added two callbacks to the HTTP stack for efficient handling of HTTP headers in Apache-mod and IIS. - Added compiler option -m (malloc() memory control) and updated doc on memory allocation policies. - Added compiler option -i to support #include and #define directives. - Improved HTTP cookie support to handle new and old cookie protocols. - Improved external class (de)serialization support (std::string example is included). - Fixed a SSL+proxy connect problem. - Fixed uninitialized '//gsoap..executable:' string which caused sporadic exits. - Fixed XML literal string encoding problem introduced with DIME. - Fixed and removed WSDL duplicate response elements. - Fixed LONG64 and ULONG64 types for WinCE. Version 2.1.8 (8/28/2002) --- - Added client-side proxy class source code generation. - Added `soap.enable_strict` flag to enable very strict validation of messages (unknown namespace URIs and XML elements are not allowed). - Added `soap.socket_flags` to control socket send and recv flags, e.g. to disable broken pipe signals (`soap.socket_flags=MSG_NOSIGNAL`). - Added `//gsoap ns service method-action` header file directive. - Added server-side `soap_receiver_fault()` and `soap_sender_fault()` functions to return SOAP 1.1 and SOAP 1.2 faults. - Added seeding of the PRNG for SSL. - Added soapcpp2 compiler option '-2' to automate SOAP 1.2 support (SOAP 1.2 features are Beta-release). - Changed keep-alive support (see docs). - Improved WSDL output. - Workaround Bison 1.6 for win32 bug in gSOAP win32 version. - Fixed a wild-card matching bug in `soap_tag_cmp()`. - Fixed a string deserialization problem. - Fixed a deserialization bug that can occur in a client-server combination with gSOAP and Apache Axis. Version 2.1.9 (9/08/2002) --- - Added HTTP proxy authentication. - Added plug-in registry (Beta). - Changed compiler exit status for compilation errors. - Fixed stdin/stdout binary mode for DIME transfer with gSOAP for win32. - Fixed win32 soapcpp2.exe bug in .res.xml file generation. Version 2.1.10 (10/14/2002) --- - Added `//gsoap ns service method-documentation:` directive. - Added provision for additional documentation text with `//gsoap ns service name:` directive. - Added #import pragma to (recursively) import gSOAP header files. - Added plugin features and included a plugin example in 'extras' directory. - Added automake/autoconf to generic gSOAP package (thanks to Christian Aberger). - Added `-DWITH_LOCALTIME` compilation option to control `time_t` (de)serialization. - Changed `time_t` (de)serialization (now uses timegm() and gmtime() to handle UTC). Found that mktime() library call is buggy on some systems. - Improved and reorganized package directory structure. - Fixed DDL linkage problem with instantiate/delete routines dealing with class instance memory management. - Fixed compilation problem with Sun Workshop CC compiler and other compilers that adopt a specfic class VMT structure that could break object (de)serializers. - Fixed bug in WSDL generator with multiple service namespaces. Version 2.1.11 (11/10/2002) --- - Added a multi-functional SOAP router application (message forwarding and message relay server). - Added keep-alive support for asynchronous one-way messages. - Improved parsing and handling of function prototypes and class methods. - Improved modular design to enable the compilation and linkage of multiple client and service modules. - Improved user-defined SOAP Fault detail handling. - Fixed `SSL_accept` bug. - Fixed serialization of pointers to dynamic arrays with multi-references. Version 2.2 (12/12/2002) --- - Added XML attribute (de)serialization support. - Added XSD QName parsing and conversion support (`typedef char *xsd__QName`). - Added compression support (`-DWITH_ZLIB` requires Zlib). - Changed and improved transport and encoding settings by splitting up sending and receiving side flags into separate sets. Deprecated `soap.enable_X` and `soap.disable_X` flags. - Improved keep-alive support (automatic client and server sides). - Fixed a bug in mustUnderstand handling. - Fixed a sporadic crash of the gSOAP compiler under win32. - Fixed user-defined SOAP Fault output in WSDL generator. Version 2.2.1 (12/18/2002) --- - Added callbacks to enable custom streaming of DIME attachments. - Fixed broken serialization of pointers to dynamic arrays with NULL `__ptr`. - Fixed some WSDL issues. Version 2.2.2 (1/25/2003) --- - Added gzip support (`-DWITH_GZIP` requires Zlib). - Added `faccept()` callback. - Improved HTTP chunking. - Fixed OpenSSL and `accept_timeout` (OpenSSL requires blocking sockets). - Fixed HTTP header buffering. - Fixed UTF8 decoding of a subset of characters (2-octet UTF). - Fixed `operator==` parsing. - Fixed a couple of WSDL issues. Version 2.2.3 (3/2/2003) --- - Added server-side HTTP basic authentication. - Improved speed. - Improved Tru64 portability. - Changed `fpost()` function callback signature: added `int port` argument and added port number to the Host: HTTP header. - Fixed memory leak in SSL connect when using OpenSSL DH. - Fixed custom (de)serializer definitions parsing. - Fixed a gzip/deflate bug with large transfers. - Fixed use of `ftime()` for `time_t` (de)serialization with timezones. - Fixed a problem with concurrent access to global namespace table by multiple threads. - Fixed crash with //gsoap name directive. - Fixed deserialization bug with multi-ref object encoding by Apache Axis. Version 2.3.1-8 (9/24/2003) --- - Updated SOAP 1.2 support (implements the SOAP 1.2 recommendation). - Added STL container support and built-in `std::string` encoding. - Added stand-alone Web server example to serve static and dynamic pages with a new HTTP GET plugin. - Added `void*` (de)serialization, e.g. useful to support polymorphism with C applications and as an alternative to union types. - Added XML DOM parser to support SOAP document encoding and for mixing of application data (de)serialization within an XML DOM. - Added `WITH_LEAN` and `WITH_LEANER` compilation flags to improve support for small-memory devices such as WinCE and Palm. - Added `SOAP_XML_CANONICAL` flag for canonical XML output (XML-C14N support and SOAP 1.2 normalization support). - Added `//gsoap ns method-encoding:` directive. - Added `//gsoap ns schema import:` directive. - Added optional class getter and setter methods for object (de)serialization. - Added `volatile` qualifier to indicate that certain type declarations should be treated 'as-is' when types are declared externally (e.g. part of a library). - Added a new string notation for declarations to specify simpleType restriction patterns. - Added soapcpp2 -I option to indicate #import path. - Added support for (de)serialization of application data to C++ iostreams. - Added `fsslauth()` callback. - Added HTTP code error values. - Added `SOAP_MALLOC` and `SOAP_FREE` macros to replace `malloc()` and `free()`. - Added `soap_strdup(soap, string)` to copy strings in gSOAP's memory space. - Added chunked streaming DIME output (thanks to J. Li for his suggestions). - Added `SOAP_SOCKET` for win32 support (thanks to B. Gille for his suggestions). - Added `SO_LINGER` support with `soap.connect_flags`. - Added support for iso-8859-1 encoded XML parsing (default is utf8). - Added #module directive to build shared libraries. - Added C++ namespaces support to enable the compilation and linkage of multiple client and service codes. - Added `WITH_CASEINSENSITIVETAGS` compilation flag to enable case insensitive XML parsing. - Improved WSDL types schema output. - Improved custom (de)serialization (note: extras/stringtest example has been changed). - Improved SOAP literal encoding. - Improved speed. - Improved HTTP1.0/1.1 support. - Removed `soap.defaultNamespace` in favor of automatic SOAP literal output based on `soap.encodingStyle` value. - Fixed GMT to DST localtime conversion, but still issues with Sun Solaris. - Fixed dynamic array `__offset` handling. - Fixed class definition order. - Fixed sporadic memory leak in HTTP cookie reader. - Fixed multi-threaded server-side OpenSSL initialization. - Fixed enumeration-based XML attribute deserialiation. - Fixed SOAP-ENC:position attribute placement when arrays of pointers are mixed with nillable data. - Fixed crash when parsing incorrect SOAP/XML attribute content. Version 2.4 (12/20/2003) --- - New WSDL parser and importer with improved support for SOAP document style and literal encoding. - Added optional full schema validation (partial by default). Use `SOAP_XML_STRICT` flag. - Added SSL session caching. - Added `soap_set_namespaces()` to switch namespace tables. - Fixed plugin memory leak. REQUIRED CHANGE to plugin allocation and copying. - Fixed server-side blocking SSL accept. Version 2.4.1 (01/07/2004) --- - Changed `_USCORE_` and `_DOT_` naming conventions into `_USCORE` and `_DOT` to improve name mapping. - Updated DOM parser (integrated into core gSOAP library). - Improved WSDL parser and included several new features. - Fixed WSDL schema import and WSDL literal output. Version 2.5 (01/28/2004) --- - Changed default encoding to SOAP RPC literal, as mandated by WS-I Basic Profile 1.0a and best practices. - Added soapcpp2 compiler option -e for backward compatibility to gSOAP 2.4.1 and earlier that use SOAP RPC encoding defaults (helpful when migrating gSOAP projects to 2.5). - Added automatic compiler-side WS-I Basic Profile 1.0a compliance warnings (warns before deployment). - Added `fget()` callback for HTTP GET responses. - Added IPv6 support contributed by Wind River Systems. - Added VxWorks support contributed by Wind River Systems. - Improved SOAP Fault handling. - Improved interop with Axis RPC encoded response messages. - Fixed `std::string` xsi:type attribute value. - Fixed gSOAP 2.4 problems with serialization of enumeration values outside enumeration range. - Fixed gSOAP 2.4 Pocket PC build problem. - Fixed wsdl2h SOAP Fault and Header output. Version 2.5.1 (02/12/2004) --- - Improved WSDL output and WS-I BP1.0a compliance. - Improved WSDL parser stability. - Fixed problem parsing empty xsd:base64Binary elements. - Fixed VxWorks and TRU64 portability issues. - Fixed HTTP 400 error problem. - Fixed soapcpp2 2.5 stability problem with one-way messages. Version 2.5.2 (02/23/2004) --- - Fixed WSDL generation warnings. - Fixed LONG64 problem for PalmOS. - Fixed module build link problem and 'components' example. Version 2.6.0 (03/28/2004) --- - Changed default style to doc/lit. - Improved doc/lit WSDL handling. - Improved soapcpp2 sample SOAP/XML message output. - Added proxy support for wsdl2h. - Fixed CONNECT method for proxy+SSL+gzip. Version 2.6.1 (06/07/2004) --- - Added optional multibyte character support. - Improved WSDL output. - Fixed STL container multi-ref deserialization problem with missing data. - Fixed doc/lit server code generation from doc/lit WSDL definitions. Version 2.6.2 (06/12/2004) --- - Added Matlab(tm) code output (documentation is not availabel yet). - Improved wsdl2h output for schema facets. - Updated dom.cpp. - Changed wsdl2h `std::string*` to `std::string` generation (to avoid double pointers `std::string**`). To obtain old behavior, add entry `xsd:string = | std::string* | std::string*` to typemap.dat. - Fixed wsdl2h handling of ``. - Fixed wsdl2h handling of empty namespaces and absent targetNamespace schema attributes. - Fixed MB char handling. Version 2.7.0a/b/c/d/e/f (09/10/2004, 2/1/2005) --- - Added multipart/related support for SOAP with MIME attachments (SwA). - Added API functions for DIME open and closed layout support. - Added `//gsoap schema elementForm:` and `//gsoap schema attributeForm` directives. - Added `fclosesocket`, `fshutdownsocket`, `fpoll`, `fserveloop` callbacks. - Added `soap.authrealm` string attribute to set basic authentication realm. - Added `soap.prolog` string attribute to output optional XML prolog with processing instructions and directives. - Added soapcpp2 option -t. - Added wsdl2h options -e and -i. - Added Palm OS and Symbian instructions and examples. - Added xml-rpc support and examples. - New `mod_gsoap` directory with modules for Apache 1.x/2.x, IIS, and WinInet - Improved XML validation with `SOAP_XML_STRICT` flag. - Improved memory footprint (reduced code size and reduced serialization overhead). - Improved runtime id-ref serialization and deserialization. - Improved wsdl2h translation. - Updated dom.cpp. - Updated webserver.c. - Fixed issues with namespace qualification in doc/lit messages. - Fixed `SOAP_HREF` error. - Fixed proxy+SSL+zlib+chunking. - Fixed SSL `select()` polling in `frecv()`. - Fixed wsdl2h multidimensional SOAP arrays generate problem. Version 2.7.1 (03/31/2005) --- - Added new style of C++ proxy/object generation (objects derived from soap struct), enabled with soapcpp2 option -i. - Added new features to wsdl2h generation to enable user-defined class/struct extensions such as member data and functions which are declared in typemap.dat. - Added MIME multipart/form-data parsing to support HTTP POST HTML form handling (example included in samples/webserver). - Added built-in memory leak detection enabled with `-DDEBUG`. - Added UDDI v2 API and examples. - Added 'WS' directory with WS protocols, such as WS-Addressing. This part will mature as more WS protocols will be added over time. - Added `fseterror()` callback. - Improved wsdl2h code output. - Enhanced Web server sample code, and httpget and logging plugins. - Fixed base64/hexBinary XML attribute serialization. - Fixed a missing min/maxOccurs check for validation. Version 2.7.2 (05/11/2005) --- - Added SOAP-over-UDP IPv4/IPv6 support with examples. - Added UDDI v2 API publish example. - Improved wsdl2h parser accepting multiple WSDL/XSD files from the command line. - Fixed wsdl2h schema import from included schema bug. - Fixed SOAP 1.2 Fault Subcode handling. Version 2.7.3 (06/27/2005) --- - Added MTOM attachment support. - Added 'plugin' directory with example plug-ins. - Added 'import' directory for commonly #import-ed files such as stlvector.h. - Added HTTP digest authentication plug-in 'plugins/httpda.h'. - Added new import feature to wsdl2h using `ns=URI` convention for typemap.dat files, which enables wsdl2h to parse a WSDL that imports known WSDLs/schemas such as XOP, XML MIME, and WS-Addressing without actually reading the imported WSDL/schemas. - Added soapcpp2 options -C and -S to generate client- or server-only codes. - Added multi-path support for soappcpp2 option -I. - Added C and C++ examples to combine multiple clients and services into one executable, see the samples/components directory in the package. - Improved soapcpp2 option -e to generate SOAP RPC encoding style client/server codes by default (instead of document/literal by default). - Fixed wsdl2h circular import of schemas. - Fixed attributeGroup handling in wsdl2h. - Fixed soapcpp2 handling of 'invisible' tags, e.g. `__any`, that should only be populated after all else failed to match the delivered XML content. - Fixed validation of numeric enum constants with `SOAP_XML_STRICT` validation. - Fixed engine's spurious log file generation issue. Version 2.7.4 (07/24/2005) --- - Added union serialization. - Added `//gsoap ... type-documentation:` directive. - Added `//gsoap ... method-mime-type:` directive. - Added wsdl2h option -g for generating global element/attribute declarations for building modular .h files. - Added wsdl2 option -y for generating typedef synonyms for structs and enums, with improved handling of typedefs by soapcpp2. - Added wsdl2 option -u to disable union generation for xs:choice. - Improved wsdl2h documentation generation. - Improved wsdl2h and soapcpp2 MIME bindings. - Improved dynamic memory allocation in engine with look-aside buffering. - Fixed wsdl2h xs:complexContent/extension/attributeGroup translation. - Fixed wsdl2h xs:choice with min/maxOccurs != 1 translation. - Fixed wsdl2h soap:body parts attribute. Version 2.7.5 (08/01/2005) --- - Added xs:redefine support to wsdl2h. - Added HTML POST application/x-www-form-urlencoded plugin httpform.c (demo samples/webserver). - Improved wsdl2h output. - Fixed wsdl2h handling of duplicate values in single enum list. Version 2.7.6 revision a/b/c/d/e (08/19/2005-02/18/06) --- - Added WS-Security authentication, tokens, and signatures with new 'wsse' plugin, see documentation in 'doc' directory and 'samples/wsse'. - Added 'doc' directory for documentation and moved soapdoc2.html and soapdoc2.pdf. - Added `SOAP_XML_INDENT` flag. - Added `soap_sender_fault_subcode()` and `soap_receiver_fault_subcode()` for SOAP 1.2 subcodes. - Added `WITH_DOM` compile flag to enable flushing serialized and deserialized data to DOM (as well as a stream). - Added soapcpp2 option -L. - Added soapcpp2 option -a. - Added wsdl2h option -a (for backward compatibility). - Added wsdl2h option -d. - Added `WITH_TCPFIN` comile flag to enable optional shutdown with how=1 (TCPFIN) after final sends to force EOF on other side (used to be the default behavior). - Added schema substitutionGroup support. - Added `soap_ssl_init()`. - Improved DOM implementation and documentation. - Improved AS400 portability. - Improved schema choice support. - Fixed wsdl2h multiple schema include issue. - Fixed `soaps2dateTime` and `soap_timegm` functions when `timegm` is not available. - Fixed exc-c14n formatting. - Fixed SOAP 1.2 fault handling. - Fixed missing `soap_flag___item2` issue. - Fixed partial MIME boundary parsing issue. - Fixed base64 parsing with `WITH_FAST`. - Fixed MIME encoding of `\r\r` sequence. - Fixed QName normalization issue. - Fixed relative path schema import. - Fixed MTOM cid matching with URL encoded IDs. - Fixed wide-character (`wchar_t*`) XML attribute handling. - Fixed `std::vector` element id-ref ordering in deserializer. Version 2.7.7 (04/07/2006) --- - Added streaming MTOM support (see also example in samples/mtom-stream). - Added `long double` serialization support with custom serializer (`custom/long_double.h`). - Added automatic detection of application's `soap_malloc()` data overruns in `-DDEBUG` mode. - Improved `time_t` and `struct tm` (`custom/struct_tm.h`) serialization. - Fixed issue with a wrongly generated namespace map entry. - Fixed PalmOS socket connection issues. - Fixed XML attributes with bitmask enumeration (`enum*`) values. Version 2.7.8 revisions a/b/c (06/05/2006-06/24/2006)) --- - Added X509 extension checks. - Added advanced MTOM streaming features. - Added WS-Addressing plugin and demo. - Moved soapcpp2 and wsdl2h to bin directory. - Improved SOAP1.2 MTOM interop. - Changed `soap_send_empty_response` function signature (additional status argument) for HTTP optional response binding. - Changed `fmimewriteopen()` callback signature. - Fixed wsdl2h top-level element and complexType name clash issue. - Fixed HTTP chunking with empty response message body. - Fixed WSSE digest authentication. - Fixed WSDL response element output. - Fixed SOAP 1.2 `` handling with `SOAP_XML_STRICT` flag. - Fixed WSSE signed response messages. - Fixed Win32 max open connection exceeded checking. - Fixed xsi:type matching for `__name` fields, which required a signature change of `soap_element_begin_in()` with an additional 'type' parameter (affecting custom deserializers, see custom dir). Version 2.7.9 revisions a/b/c/d/e/f/g/h/i/j/k/l (10/24/2006-09/26/2007) --- - Added wsdl2h option -j to omit the generation of SOAP Header and Faults for customization of these. - Added wsdl2h option -q to generate C++ namespace qualified header files. - Added `SOAP_SSLv3`, `SOAP_TLSv1`, `SOAP_SSL_SKIP_HOST_CHECK` flags. - Added file input and output specifications (with `<` and `>`) to wsdl2h's typemap.dat to specify input and output for wsdl2h. - Added WS-Addressing 2005/03 support. - Added function `soap_free(soap)` that executes `soap_done(soap); free(soap)` and renamed previous `soap_free()` to `soap_temp_free()`. - Added wsdl2h option `-_` to translate `_USCORE`. - Added xsd:anyAttribute (using DOM parser) with wsdl2h option -d. - Added multi-WSDL types section schema component merging. - Added TCP keep-alive settings. - Added QName list normalization. - Changed soapcpp2 default rule for generating attribute form qualified to unqualified. - Improved wsdl2h SOAP Fault coding. - Improved performance and stability. - Improved portability. - Improved wsdl2h empty namespace handling ("" namespace). - Improved wsdl2h and schema conversion to C and C++. - Improved SSL timeouts and error handling. - Improved soapcpp2 option -i (generate proxy and service classes). - Improved class instance initialization. - Improved use of IPv6. - Improved proxy and server code output for soapcpp2 option -i. - Improved soapcpp2 code output with additional exception checks. - Fixed MIME/MTOM start id handling (SOAP message no longer required to be first attachment). - Fixed WS-Security wsse plugin canonicalization format issue. - Fixed ZIP content remainder parsing (CRC check). - Fixed WSA API handling of messages with MIME/DIME attachments. - Fixed wsdl2h `` relative path includes. - Fixed `_XML` literal string parsing of root attributes. Version 2.7.10 (01/27/2008) --- - Combined pre-built win32, Linux i386, and Mac universal binaries into a single software distribution package to streamline the distribution. - Added new Web service examples and removed XMethods dependence. - Added soapcpp2 option -qname for automatic C++ namespace qualification. - Added HTTP PUT, DELETE, HEAD callback support. - Added ability to derive classes from soap struct (in gSOAP header files). - Updated certificates and fixed cacerts.c. - Improved soapcpp2 option -i proxy/server object generation. - Improved socket timeout handling. - Improved HTTP chunking handling and efficiency. - Improved web server implementation. - Improved soapcpp2 and wsdl2h warning and error reporting. - Fixed dom parser handling of default xml namespace bindings. - Fixed wsdl2h default ("") namespace handling. Version 2.7.11 (07/26/2008) --- - Added new wsseapi signature verification API functions. - Added mutability property of `SOAP_ENV__Header` and `SOAP_ENV__Fault` struct to allow consistent redefinitions and on-the-fly member additions. - Added wsdl2h -r option parameter for web proxy access. - Added MINGW portability. - Added configure option --disable-openssl to build wsdl2h and libraries without OpenSSL. - Added `WITH_C_LOCALE` compilation flag to enable the use of `c_locale` and local-specific numeric conversion routines. - Added WS-Addressing metadata (wsam) support. - Fixed xml:lang in SOAP 1.2 SOAP-ENV:Text. - Fixed XML literal strings with maxOccurs="unbounded" - Fixed SSL connection engine issue. - Fixed RPC literal part name handling issue. - Fixed in update: SSL alloc/free issue and s2dateTime. Version 2.7.12 (10/01/2008) --- - Added multi-endpoint connect capability. Endpoint string can be a space-separated list of endpoint URLs, where each URL is tried in turn. - Added `SOAP_SSL_NO_DEFAULT_CA_PATH` option. - Fixed SSL connect issue when the SSL handshake or network connection fails. - Fixed xsi:nil handling for strings (NULL vs. "") in case of empty elements. - Fixed DOM xmlns="" namespace issue in XML output. - Fixed `IP_MULTICAST_TTL` failure to compile. - Fixed non-critical WSSE API `soap_wsse_verify_nested` code. Version 2.7.13 (03/21/2009) --- - Improved wsdl2h code output. - Updated gsoapWinInet. - Updated DOM xmlns namespace binding handling. - Fixed OpenSSL memory leak. Version 2.7.14 (09/07/2009) --- - Added support for `poll()` to replace `select()` to prevent `FD_EXCEEDED`. - Fixed enum local simpleType restriction attribute initialization. - Fixed utf8 string parsing issue when first char in CDATA could cause problems. - Fixed UDP IPv6 multicast-unicast exchange. - Fixed gzip end-of-stream check. - Fixed wsdl2h portType operation-input/output matching to ensure operations can be safely overloaded. Version 2.7.15 (11/07/2009) --- - Added `soap_read_X()` and `soap_write_X()` macros to simplify object reading and writing. - Fixed `soap_new_X()` functions compilation problem. - Fixed SSL session in context copy. - Fixed win32 `select()` in `tcp_select()`. - Fixed wstrings in unions. - Fixed preservation of CDATA sections in literal XML strings. Version 2.7.16 (04/05/2010) --- - Added soapcpp2 option -T to generate auto-test echo server code with an example in samples/autotest based on 294 patterns for data binding W3C workgroup. - Added soapcpp2 option -b to serialize byte arrays char[] as fixed-size strings (array of xsd:byte otherwise). - Added xsd:duration serializer: import custom/duration.h. - Added gsoap header syntax '$' type qualifier to indicate special struct/class members (array length, union discriminators). - Added "colon notation" to attach XML prefixes to C/C++ names without changing the names, an alternative to the `ns__` prefix notation by writing `ns:name` instead of `ns__name` where the former stands for just `name` to the C/C++ compiler. - Added wsdl2h options -z# for backward compatibility flags (-z1, -z2). - Added `SOAP_XML_IGNORENS` to optionally ignore XML namespaces. - Added WS-ReliableMessaging plugin. - Added custom xsd:duration serializer. - Added WSSE plugin `soap_wsse_set_wsu_id()` to simplify signing of elements (sets the wsu:Id of a given element tag name). - Improved handling of struct/class member name clashes resulting from XML schemas definitions. - Improved SOAP RPC ecoding response element tag acceptance. - Improved VxWorks compatibility. - Fixed FastCGI SOAP/XML processing with MIME attachments. - Fixed `typedef std::string XML`, for literal XML serialization problem. - Fixed a rare incorrect well-formedness error when xmlns default namespaces are absent. - Fixed a zlib compression error when obsolete crc check is used. - Fixed WS-Addressing HTTPS message relay (OpenSSL crash). Version 2.7.17 (05/10/2010) --- - Added WS-Policy 1.2 and 1.5, WS-SecurityPolicy 1.2 support for wsdl2h. - Improved WS-ReliableMessaging interop and verified MT-safety. - Improved WS-Security WSSE plugin documentation. - Fixed soapcpp2 line number error reporting. - Fixed WSSE plugin `soap_wsse_set_wsu_id()`. - Fixed wsdl2h cycle problem with recursive xs:include and xs:import. - Fixed enum translation of enum symbols with colons. - Fixed `std::wstring` used as XML attribute value UTF8 encoding (internal stdsoap2 API changed). Version 2.8.0 (09/20/2010) --- - Added wsdl2h option -W: suppress warnings. - Added wsdl2h option -i: for advanced uses only to skip schema imports. - Added automatic xsi:nil output for NULL pointer members when minOccurs>0 (member has '1' occurence annotation). - Improved wstring and `wchar_t*` handling when `wchar_t` is less than 4 bytes. - Improved use of custom serializers in builds. - Fixed wsdl2h type mapping of nested xs:sequence and xs:choice. - Fixed soapcpp2 handling of extension base qualified elements and derived type unqualified elements. - Fixed WSRM message resend buffer leak. - Licensing change for reasons of consistency and transparency: the soapcpp2 tool (2.8.0 and up) is licensed under the same conditions as the wsdl2h tool, which means that soapcpp2 is no longer covered by the gSOAP public license. Version 2.8.1 (01/14/2011) --- - Added WS-Security WSSE plugin-integrated streaming XML encryption. - Added WS-Security WSSE plugin `soap_wsse_sign_only()`. - Added soapcpp2 -f flag to split large output source code files into parts. - Fixed C++ mapping of xs:sequence maxOccurs>1. Version 2.8.2 (04/17/2011) --- - Added soapcpp2 -j option to generate C++ proxies and services in alternative format to the -i option. - Fixed wsdl2h issue with optional elements with default value. - Fixed cyclic WSDL import dependences in wsdl2h. - Fixed WSRM server-side fault state handing. - Fixed leading unicode character parsing and conversion issue in literal XML strings. Version 2.8.3 (06/24/2011) --- - Added soapcpp2 -y option to generate C/C++ type access information to the generated sample XML messages, allowing for the verification of C/C++ data access to the actual XML content. - Added JSON serialization support in place of XML-RPC serialization, see the XML-RPC content in the samples folder. - Improved DOM processing (an optional feature). - Fixed bugs, compilation and porting issues. Version 2.8.4 (10/24/2011) --- - Added NTLM support (enabled with `-DWITH_NTLM`, requires libntlm). - Added WS-Discovery 1.1 support (see doc/wsdd and plugin/wsddapi.h and wsddapi.c). - Added `//gsoap` typed directive to control xsi:type attribuation per namespace. - Added `SOAP_XML_NOTYPE` flag to disable xsi:type attributes. - Improved WS-Security encryption (AES, `soap_wsse_add_EncryptedKey_encrypt_only`). - Improved HTTP proxy authentication support (digest and NTLM). - Fixed bugs and portability issues. Version 2.8.5 (11/19/2011) --- - Fixed build issues with WS-Discovery. - Fixed HTTP basic auth crash. - Fixed `WITH_COMPAT` and `WITH_C_LOCALE`. - Fixed wsdl2h output for XSD abstract element extraneous ';'. Version 2.8.6 (12/14/2011) --- - Improved WS-Security compatibility. - Fixed multi and cyclic WSDL import. - Fixed tags of qualified referenced elements. - Fixed C builds for improved portability. Version 2.8.7 (02/07/2012) --- - Added new REST examples. - Added versioning checks to ensure project builds are consistent. - Improved interoperability of wsdl2h output wrt. to element qualification. - Renamed `-DTANDEM` to `-DTANDEM_NONSTOP` to prevent naming conflicts. - Fixed WS-Discovery URL. - Fixed soapcpp2 option -i and -j server chaining. Version 2.8.8 (02/20/2012) --- - Added REST plugin (httppost.c) enhancements and examples. - Added static version checks to prevent linkage to old incompatible libraries that could lead to runtime failures. Version 2.8.9 (06/10/2012) --- - Added examples to interoperate with WCF basicHttp, basicTransportSecurity, basicMessageSecurity, and wsDualHttp. - Added soapcpp2 option -A for service dispatching based on Action values only. - Added wsdl2h option -z3. - Added wsse support for WS-SecureConversation. - Added wsrm5 WS-ReliableMessaging 1.0 2005. - Added iOS plugin with examples. - Improved WS-Policy analysis and reporting. - Fixed and improved wsse plugin for WS-Security interoperability with WCF and other implementations (required a small API change). - Fixed HTTP headers for NTLM. - Fixed httpda plugin OpenSSL init crash in md5evp.c. Version 2.8.10 (08/16/2012) --- - Added soapcpp2 -Q option (C++ namespaces). - Added wsdl2h -b option (bi-directional operations for duplex services). - Updated WS-Addressing and WS-ReliableMessaging plugins, documentation, and examples. Version 2.8.11 (10/14/2012) --- - Added soapcpp2 -0 option to remove SOAP bindings when applicable. - Changed wsdl2h output for the few cases that multiple service bindings are defined, use wsdl2h -Nns for backward compatibility. - Improved DOM processing. - Improved C++0x/C++11 compatibility. - Fixed httpda plugin crash. - Fixed wsdl2h processing of xs:group maxOccurs=unbounded. - Fixed `mod_gsoap` plugin compilation issues. - Fixed literal XML UTF8 (UTF8 is now retained with `SOAP_C_UTFSTRING`). Version 2.8.12 (12/8/2012) --- - Added WSDL 2.0 support to wsdl2h. - Added //gsoap method-protocol directive. - Improved XML REST support, soapcpp2 -0 option for "no-SOAP" services. - Improved class instantiation with `soap_new_X`, `soap_new_set_X`, `soap_new_req_X`. - Improved soapcpp2 -b option. - Improved WCF WS-Addressing interop (duplex) channel. - Changed code to normalize in/out MEP for solicit-response messaging. - Fixed client-side OpenSSL host check that is known to crash in OpenSSL. Version 2.8.13 (1/21/2013) --- - Improved XML-RPC/JSON API and documentation, with one change: now must use `SOAP_C_UTFSTRING` to hold UTF8 in 8-bit strings. - Improved VxWorks compatibility. - Updated `soap_read_X` and `soap_write_X` to serialize object graphs with SOAP encoding enabled: use `soap_set_version(soap, V)` with V=0 (no SOAP), V=1 (SOAP1.1), V=2 (SOAP1.2). - Fixed broken WSDL `` nested schema XSD import. - Fixed operation action overriding by input/output SOAP action. - Deprecated old-style C++ service proxies and objects (use soapcpp2 -z1 flag to generate). Version 2.8.14 (2/4/2013) --- - Added explanation of wsdl2h option -Nname which is used to generate a service (and its prefix name) for each service binding (bindings are collected in one service by default). - Fixed PRId64 formatting. - Fixed broken MIME with doc/lit (when SOAP encodingStyle is not used). Version 2.8.15 (5/12/2013) --- - Added wsdl2h option -R for auto-generation of REST-based service operations (also added examples/rest example). - Change `soap_read_X()` and `soap_write_X()` to prevent removal of HTTP headers after calling `soap_connect()`. - Fixed automatic detection of DIME/MIME transfers. - Fixed HTTP 1.0 chunking issue. - Fixed HTTP digest authentication with DIME/MIME transfers. - Fixed OpenSSL subject alt name check. - Fixed HTTP 100 message handling issue. Version 2.8.16 (8/12/2013) --- - Improved support for Android platform. - Improved WCF interop duplex messaging requiring ChannelInstances. - Fixed complexType restriction of schema types with redefined attributes in wsdl2h output. - Fixed wcf/WS/DualHttp example (wrong use of `send_X()` replaced by `X()` for client-side operations X, to allow HTTP keep-alive to be used). - Fixed use of sprintf's that trigger Valgrind and Fortify warnings. - Fixed parsing character strings from CDATA sections ending in ']'. - Fixed DOM output for `SOAP_XML_CANONICAL` c14n normalization of xmlns namespace bindings. Version 2.8.17r (12/1/2013) --- - Added WS-RM message queueing option for WS-RM NoDiscard. - Added wsdl2h option -r for authorized web access and proxy access. - Improved C++11 compatibility. - Improved ISO compatibility (compile -pedantic). - Improved I/O timeouts timing accuracy in the presence of EINTR interrupts (set `SOAP_MAXEINTR`). - Fixed in 2.8.17r: fixed socket timeout issue. Version 2.8.18 (8/24/2014) --- - Added xs:precision and xs:scale support. - Added support for BPEL PartnerLink and VariableProperties to wsdl2h in support of BPEL projects. - Added soapcpp -z2 flag for backward compatibility with to 2.7.x: omit XML output of elements for pointers that are NULL even when minOccurs=1 (required). - Changed wsdl2h C++ output to always generate pass-by-reference response parameters (disable with -z6). - Improved WS-RM interoperability. - Fixed message part elements and types in default (xmlns="") namespace. - Fixed `&#;`-entity code conversion bug in XML attribute deserialization. - Fixed wsdl2h nested simpleType restriction with itemTypes. - Fixed wsdl2h substitutionGroup element in other namespace. - Fixed `` strict validation. - Fixed timeout/EINTR issue. Version 2.8.19 (11/8/2014) --- - Added string validation callbacks fsvalidate and fwvalidate for regex pattern-based validation of strings and wide strings against XML schema regex patterns. - Fixed `` strict validation with `minOccurs="0"` element(s). - Fixed `TCP_FASTOPEN` with UDP. - Fixed MTOM Content-Disposition ID overriding problem. - AIX portability fixes. Version 2.8.20 (11/30/2014) --- - Added XML 1.1 control char encoding support. - Fixed C/C++ compiler warnings. Version 2.8.21 (12/05/2014) --- - Added `-DWITH_REPLACE_ILLEGAL_UTF8` compilation option to replace UTF8 content that is outside the allowed range of XML 1.0. - Improved WS-RM (memory usage). - Fixed additional C/C++ compiler warnings. - Fixed `strftime` `%F` and `%T` use (removed). Version 2.8.22 (4/12/2015) --- - Added XSD 1.1 support (xs:override, xs:defaultAttributes, xs:targetNamespace on element and attribute declarations, and other additions). - Added import/wsdd5.h to support WS-Discovery 1.0 with WS-Addressing 2005/08 (typemap.dat now sets wsdd5.h instead of wsdd10.h by default). - Improved portability, including Solaris and AIX porting. - Improved option -R is now required to enable REST WSDL bindings and non-HTTP transport (in addition to enabling REST WSDL operations). - Fixed wsdl2h handling of xs:redefine. - Fixed deep class inherited `xsd__anyType` deserializer issue causing serialization and validation errors. - Fixed `std::vector*` deserialization bug that occurs under very specific circumstances. - Fixed wsdd plugin `SOAP_WSDD_APP_MAX_DELAY`. - Fixed wsse/smdevp memory leak. Version 2.8.23 (8/17/2015) --- - Added TLS SNI. - Added Unicode C++11 identifier support to soapcpp2, supported directly by UTF8 encoding and the UCN `\uNNNN` extension of identifier naming in the C99/C98++ standards. - Added wsdl2h option -U to allow UTF8-encoded Unicode C/C++ identifiers upon mapping universal XML tag names to C/C++ identifier names (this is a C++ standard-dependent and compiler-dependent feature). - Replaced C lib functions `memcpy`, `memmove`, `strcpy`, `strcat`, `strncpy`, `strncat`, `sscanf`, `sprintf` by more secure alternatives when available on target platform. - Updated OpenSSL and GNUTLS integration. - Fixed soapcpp2 SOAP RPC literal WSDL output (supported are SOAP RPC encoded, RPC literal, document literal, and REST). - Fixed C++ struct soap context constructor memory leak when `WITH_GZIP` is enabled and changed struct soap context allocation in C++. - Fixed redundant call to `OpenSSL_add_all_digests()`, since `OpenSSL_add_all_algorithms()` already adds digests. This caused issues on certain platforms with OpenSSL 1.0.1 and higher. - Fixed missing client-side `soap_recv_fault` with empty doc/lit responses. - Fixed missing `` tag in soapcpp2 WSDL/XSD output. Version 2.8.24r (11/01/2015) --- - Added soapcpp2 option `-c++11`, enabling support for C++11 syntax and features, including: - scoped enumerations (`enum class`) with underlying types (`enum class : type` is 8, 16, 32, or 64 signed int); - serialization of smart pointers `std::shared_ptr` and `std::unique_ptr` (and deprecated `std::auto_ptr` if needed); - virtual method `final` and `override` syntax; - `nullptr` constant member initializer. - More efficient C++11 STL vector, list, and deque deserialization code based on `emplace_back()`. - Added `xsd__date` custom serializer `custom/struct_tm_date.h` to bind `struct tm` to `xsd:date`. - Added `xsd__time` custom serializer `custom/long_time.h` to bind `ULONG64` to `xsd:time` with microsecond precision. - Added `xsd__duration` custom serializer `custom/chrono_duration.h` to bind C++11 `std::chrono::nanoseconds` to `xsd:duration`. - Added `xsd__dateTime` custom serializer `custom/chrono_time_point.h` to bind C++11 `std::chrono::time_point` to `xsd:dateTime`. - Added TLS/SSL flags `SOAP_TLSv1_0`, `SOAP_TLSv1_1`, and `SOAP_TLSv1_2` to limit TLS protocol selections. - Added SHA224/SHA384 digest options, ECDSA (requires OpenSSL 0.9.8 or later), and HMACOutputLength truncation (within limits) to WSSE. - Added Galois counter mode (GCM) authenticated encryption to WSSE with AES128/AES192/AES256, requires OpenSSL 1.0.2 or later. - Added the concept of "mutable" structs and classes, which allow for incremental compile-time addition of new members to the struct/class, which gives them a tuple-like behavior with the tuple being populated in distinct parts of the soapcpp2 input source. This is similar to the way the `SOAP_ENV__Header` struct was already handled. This is not a standard C/C++ feature. - Added `$CONTAINER = name` and `$POINTER = name` definitions to `typemap.dat` for specifying the C++ container to use (`std::vector` by default) and C++11 smart pointer to use (no smart pointer by default), see [databindings](www.genivia.com/doc/databinding/html). - Improved soapcpp2 input source code analysis and C/C++ syntax coverage. - Improved soapcpp2 output WSDL and XSD with added root-level elements and attributes on demand, see [databindings](www.genivia.com/doc/databinding/html). - Improved efficiency and case coverage of SOAP encoded messages with id-ref anchors using redesigned pre- and post node graph construction analysis algorithms (`soap_id_enter`, `soap_id_forward`, `soap_id_lookup`, and `soap_update_pointers` have changed). - Improved cyclic data structure detection and XML rendering with non-SOAP-encoded literal style (and/or the `SOAP_XML_TREE` flag) to prune cycles from trees. `SOAP_XML_TREE` produces XML document "trees" rather than id-ref XML graphs. Graphs are produced with SOAP encoding or with the `SOAP_XML_GRAPH` flag. - Improved primitive `union` members access in C++ by removing unnecessary pointers. - Improved checking of signatures in WSSE plugin. - Updated soapcpp2 `size_t` mapping to transient (non-serializable) type. The wsdl2h tool does not generate `size_t`. If `size_t` is used in your header files for soapcpp2, then use `unsigned long` to replace `size_t`, which replicates the old `size_t` mapping to `unsigned long` (beware, this is not portable). - Updated `xsi:nil` serialization rules for pointer-type struct/class members, by forcing `xsi:nil="true"` element output for required **nillable** elements (no longer requiring the `SOAP_XML_NIL` flag). - Updated wsdl2h Nillable optional element annotations (i.e.g for `nillable=true` and `minOccurs>0`), now requiring inbound elements with `xsi:nil` or validation error. NULL pointer-based outbound nillable elements with `minOccurs>0` are now serialized with `xsi:nil="true"`, see above. - Updated dateTime content validation with `SOAP_XML_STRICT`, otherwise accepts ISO8601 variants. - Fixed `SOAP_UNION_name_type_member` macro constants for C++ namespace `name` (wsdl2h option `-qname` to ensure that the generated macro names are unique. - Fixed attribute serialization when attribute of type `std::string` has a default value while actual value is set to "" (empty). - Fixed class inheritance from base class `soap_dom_element` (declared in `dom.h`) which should include the content of the DOM node(s) together with the (de)serialized content of the derived class instance. - Fixed default/fixed values of element/attribute references to global elements/attributes with global default/fixed values. - Fixed `xs:group` and `ex:substitutionGroup` element namespace prefix qualifications of struct and classe members. - Fixed deserialization of nested `xs:sequence` class pointers to NULL (structs are OK) when `xs:sequence` is optional and sequence data is not present on the inbound stream. - Fixed missing `custom/struct_timeval.c` inbound microsecond fraction of `xsd:dateTime` values. - Fixed `typedef` of a custom serializer type. - Fixed `typedef` pointer type use in `@type` attribute declarations. - Fixed linking against newer EVP functions in older OpenSSL versions to compile WSSE plugin. - Fixed WSSE decryption with HTTP-chunked and fragmented messages in transport. Version 2.8.25 (11/11/2015) --- - Added `xsd__decimal` custom serializer `custom/float128.h` to bind `` quad precision float `__float128` to `xsd:decimal`. - Added group circular reference detection to wsdl2h. Generates code for circular group references that is safe to use, but with loss of occurrence validation constraints, if any are present. - Updated and improved XML-RPC and JSON implementation with wider `_int`, now 64 bit, while keeping XML-RPC type `_i4` to just 32 bit. Existing project C code that uses the XML-RPC and JSON plugin SHOULD be updated to use `_i4` (`int`) instead of `_int` when `_int` is still used as a 32 bit `int` in their project. - Fixed strict validation of empty elements unless the element is href/ref-attributed with SOAP encoding (this validation check was temporarily lost in the 2.8.24r release). - Fixed missing `#include ` for smart pointers. - Fixed float type minInclusive and maxInclusive fractional bounds validation. - Fixed compilation issues when C++ namespaces (soapcpp2 option `-q`) are used with custom serializers. - Fixed wsdl2h option `-p`, which may cause type name clashes with generated C++ `xsd__anyType` wrapper classes for simple types. Version 2.8.26 (11/30/2015) --- - Added new C/C++ XML-RPC and JSON APIs `xml-rpc.c` and `json.c[pp]` to simplify JSON and XML-RPC in C and C++. The old `json_c.h` and `json_c.c` are deprecated and removed in favor of the improved APIs `json.h` and `json.c[pp]`. - Added a `jsoncpp` code generator that takes a JSON sample document and renders it in JSON API code for C or C++. The `jsoncpp` tool is also located in `gsoap/samples/xml-rpc-json` with the XML-RPC and JSON APIs and samples. - Added `xsd__integer` customer serializer `custom/int128.h` to bind big int `__int128_t` to `xsd:integer`. - Added floating point exclusive range bounds notation to gSOAP header file syntax, with `<` on the side of `:` for an exclusive bound (`min <: max` makes `min` exclusive, `min <:< max` makes both exclusive, and `min :< max` makes `max` exclusive), while keeping `min : max` for inclusive bounds. - Added C++11 syntax for struct/class member initialization with `{ initval }`, which has an identical effect as declaring members with `= initval` initializers. This works in C and C++. - Added HTTP2 support to WinInet plugin. - Expanded [XML-RPC and JSON documentation](http://www.genivia.com/doc/xml-rpc-json/html). - Expanded [Data Bindings documentation](http://www.genivia.com/doc/databinding/html). - Improved wsdl2h schema import processing when WSDL and XSD have the same namespace and xs:import is used instead of xs:include to populate the schema. - Improved wsdl2h output for integer enumeration constants, omits trailing underscores for pseudo-numeric enum constants, updated soapcpp2 to accept duplicate enum constants in different enum lists when their values are the same. - Fixed `soap_del_string` crash in `char*` string deletion. - Fixed soapcpp2 option `-s` by enforcing `SOAP_XML_STRICT` on the body of inbound messages for client and server. - Fixed a rare issue where elements end up missing in a substitutionGroup when several WSDLs with the same namespace are imported into one WSDL. - Fixed strict validation rejection of empty element body when empty when permitted. Version 2.8.27 (12/7/2015) --- - Added JSONPath code generation to `jsoncpp` in `gsoap/samples/xml-rpc-json` with new option `-p`. Supports C++ (and C in the next release). - Improved JSON API functionality and robustness. - Improved substitutionGroup union member: removed prefix `__` from member name and removed rogue `;`. - Fixed `WITH_NOIDREF` broken `iht` initialization introduced in 2.8.25/26, which may lead to a crash. Version 2.8.28 (02/01/2016) {#latest} --- - Added many new API functions to a fully redisigned XML DOM API v5 for C and C++ with new DOM API documentation. The redesigned DOM API v5 is mostly backward compatible to DOM API v4, but with DOM string `data` members changed to `text` members. Many API functions are added to define a clean interface without having to use the DOM structure data members. The `soap_dom_next_element()` function now takes a second parameter that is an element pointer to stop deep traversal at (use NULL for old behavior). See updated [XML DOM and XPath documentation](http://www.genivia.com/doc/dom/html) for details. - Added C serialization to/from strings with new C `soap` struct members `const char *soap::is` input string to parse from and `const char **soap:os` pointer to string that is set by the engine to point to the output. Note that C++ code is unchanged and the `soap::is` and `soap::os` are still members pointers to `istream` and `ostream` streams (use `std::stringstream` for input/output from/to strings). - Added JSON API C function `set_size` to set/change array sizes and JSON API C function `set_struct` to create an empty JSON object. - Improved `jsoncpp` command line tool to generate JSONPath C code and improved overall to generate more compact code. - Improved `SOAP_DEFAULTNS` flag to emit XML default namespace declarations. - Improved strictness of XML verification under default settings (i.e. without requiring `SOAP_XML_STRICT`). - Changed string deserialization when XML content with tags is encountered: XML tags are no longer parsed as part of strings. You must use `XML` string type to parse literal XML content or use DOM. - Fixed C++ JSON/XML-RPC API `time_t` type usage to `ULONG64` to ensure portability. This affects the `value(time_t)` constructor, the `value::operator=(time_t)` assignment operator, and `value::operator time_t()` cast, which have been replaced by versions using `ULONG64`. To use these in C++ for `time_t` ISO 8601 date time serialization, simply cast `time_t` values to `ULONG64` values. - Fixed gsoapWinInet.cpp:243, `pDst` should be `a_pDst`. - Fixed `SSL_set_tlsext_host_name` call for OpenSSL 0.9.8f. - Fixed `soap_instantiate` of smart pointer when instantiating derived class by xsi:type. - Fixed friend `__declspec(dllexport)` declarations in generated classes. [![Go up](images/go-up.png) To top](changelog.html) gsoap-2.8.28/config.sub0000755000175000017500000010530112653650144014255 0ustar ellertellert#! /bin/sh # Configuration validation subroutine script. # Copyright 1992-2013 Free Software Foundation, Inc. timestamp='2013-04-24' # This file is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that # program. This Exception is an additional permission under section 7 # of the GNU General Public License, version 3 ("GPLv3"). # Please send patches with a ChangeLog entry to config-patches@gnu.org. # # Configuration subroutine to validate and canonicalize a configuration type. # Supply the specified configuration type as an argument. # If it is invalid, we print an error message on stderr and exit with code 1. # Otherwise, we print the canonical config type on stdout and succeed. # You can get the latest version of this script from: # http://git.savannah.gnu.org/gitweb/?p=config.git;a=blob_plain;f=config.sub;hb=HEAD # This file is supposed to be the same for all GNU packages # and recognize all the CPU types, system types and aliases # that are meaningful with *any* GNU software. # Each package is responsible for reporting which valid configurations # it does not support. The user should be able to distinguish # a failure to support a valid configuration from a meaningless # configuration. # The goal of this file is to map all the various variations of a given # machine specification into a single specification in the form: # CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM # or in some cases, the newer four-part form: # CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM # It is wrong to echo any other type of specification. me=`echo "$0" | sed -e 's,.*/,,'` usage="\ Usage: $0 [OPTION] CPU-MFR-OPSYS $0 [OPTION] ALIAS Canonicalize a configuration name. Operation modes: -h, --help print this help, then exit -t, --time-stamp print date of last modification, then exit -v, --version print version number, then exit Report bugs and patches to ." version="\ GNU config.sub ($timestamp) Copyright 1992-2013 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE." help=" Try \`$me --help' for more information." # Parse command line while test $# -gt 0 ; do case $1 in --time-stamp | --time* | -t ) echo "$timestamp" ; exit ;; --version | -v ) echo "$version" ; exit ;; --help | --h* | -h ) echo "$usage"; exit ;; -- ) # Stop option processing shift; break ;; - ) # Use stdin as input. break ;; -* ) echo "$me: invalid option $1$help" exit 1 ;; *local*) # First pass through any local machine types. echo $1 exit ;; * ) break ;; esac done case $# in 0) echo "$me: missing argument$help" >&2 exit 1;; 1) ;; *) echo "$me: too many arguments$help" >&2 exit 1;; esac # Separate what the user gave into CPU-COMPANY and OS or KERNEL-OS (if any). # Here we must recognize all the valid KERNEL-OS combinations. maybe_os=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\2/'` case $maybe_os in nto-qnx* | linux-gnu* | linux-android* | linux-dietlibc | linux-newlib* | \ linux-musl* | linux-uclibc* | uclinux-uclibc* | uclinux-gnu* | kfreebsd*-gnu* | \ knetbsd*-gnu* | netbsd*-gnu* | \ kopensolaris*-gnu* | \ storm-chaos* | os2-emx* | rtmk-nova*) os=-$maybe_os basic_machine=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'` ;; android-linux) os=-linux-android basic_machine=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'`-unknown ;; *) basic_machine=`echo $1 | sed 's/-[^-]*$//'` if [ $basic_machine != $1 ] then os=`echo $1 | sed 's/.*-/-/'` else os=; fi ;; esac ### Let's recognize common machines as not being operating systems so ### that things like config.sub decstation-3100 work. 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-sco5) os=-sco3.2v5 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco4) os=-sco3.2v4 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2.[4-9]*) os=`echo $os | sed -e 's/sco3.2./sco3.2v/'` basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2v[4-9]*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco5v6*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco*) os=-sco3.2v2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -udk*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -isc) os=-isc2.2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -clix*) basic_machine=clipper-intergraph ;; -isc*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -lynx*178) os=-lynxos178 ;; -lynx*5) os=-lynxos5 ;; -lynx*) os=-lynxos ;; -ptx*) basic_machine=`echo $1 | sed -e 's/86-.*/86-sequent/'` ;; -windowsnt*) os=`echo $os | sed -e 's/windowsnt/winnt/'` ;; -psos*) os=-psos ;; -mint | -mint[0-9]*) basic_machine=m68k-atari os=-mint ;; esac # Decode aliases for certain CPU-COMPANY combinations. case $basic_machine in # Recognize the basic CPU types without company name. # Some are omitted here because they have special meanings below. 1750a | 580 \ | a29k \ | aarch64 | aarch64_be \ | alpha | alphaev[4-8] | alphaev56 | alphaev6[78] | alphapca5[67] \ | alpha64 | alpha64ev[4-8] | alpha64ev56 | alpha64ev6[78] | alpha64pca5[67] \ | am33_2.0 \ | arc | arceb \ | arm | arm[bl]e | arme[lb] | armv[2-8] | armv[3-8][lb] | armv7[arm] \ | avr | avr32 \ | be32 | be64 \ | bfin \ | c4x | clipper \ | d10v | d30v | dlx | dsp16xx \ | epiphany \ | fido | fr30 | frv \ | h8300 | h8500 | hppa | hppa1.[01] | hppa2.0 | hppa2.0[nw] | hppa64 \ | hexagon \ | i370 | i860 | i960 | ia64 \ | ip2k | iq2000 \ | le32 | le64 \ | lm32 \ | m32c | m32r | m32rle | m68000 | m68k | m88k \ | maxq | mb | microblaze | microblazeel | mcore | mep | metag \ | mips | mipsbe | mipseb | mipsel | mipsle \ | mips16 \ | mips64 | mips64el \ | mips64octeon | mips64octeonel \ | mips64orion | mips64orionel \ | mips64r5900 | mips64r5900el \ | mips64vr | mips64vrel \ | mips64vr4100 | mips64vr4100el \ | mips64vr4300 | mips64vr4300el \ | mips64vr5000 | mips64vr5000el \ | mips64vr5900 | mips64vr5900el \ | mipsisa32 | mipsisa32el \ | mipsisa32r2 | mipsisa32r2el \ | mipsisa64 | mipsisa64el \ | mipsisa64r2 | mipsisa64r2el \ | mipsisa64sb1 | mipsisa64sb1el \ | mipsisa64sr71k | mipsisa64sr71kel \ | mipsr5900 | mipsr5900el \ | mipstx39 | mipstx39el \ | mn10200 | mn10300 \ | moxie \ | mt \ | msp430 \ | nds32 | nds32le | nds32be \ | nios | nios2 | nios2eb | nios2el \ | ns16k | ns32k \ | open8 \ | or1k | or32 \ | pdp10 | pdp11 | pj | pjl \ | powerpc | powerpc64 | powerpc64le | powerpcle \ | pyramid \ | rl78 | rx \ | score \ | sh | sh[1234] | sh[24]a | sh[24]aeb | sh[23]e | sh[34]eb | sheb | shbe | shle | sh[1234]le | sh3ele \ | sh64 | sh64le \ | sparc | sparc64 | sparc64b | sparc64v | sparc86x | sparclet | sparclite \ | sparcv8 | sparcv9 | sparcv9b | sparcv9v \ | spu \ | tahoe | tic4x | tic54x | tic55x | tic6x | tic80 | tron \ | ubicom32 \ | v850 | v850e | v850e1 | v850e2 | v850es | v850e2v3 \ | we32k \ | x86 | xc16x | xstormy16 | xtensa \ | z8k | z80) basic_machine=$basic_machine-unknown ;; c54x) basic_machine=tic54x-unknown ;; c55x) basic_machine=tic55x-unknown ;; c6x) basic_machine=tic6x-unknown ;; m6811 | m68hc11 | m6812 | m68hc12 | m68hcs12x | picochip) basic_machine=$basic_machine-unknown os=-none ;; m88110 | m680[12346]0 | m683?2 | m68360 | m5200 | v70 | w65 | z8k) ;; ms1) basic_machine=mt-unknown ;; strongarm | thumb | xscale) basic_machine=arm-unknown ;; xgate) basic_machine=$basic_machine-unknown os=-none ;; xscaleeb) basic_machine=armeb-unknown ;; xscaleel) basic_machine=armel-unknown ;; # We use `pc' rather than `unknown' # because (1) that's what they normally are, and # (2) the word "unknown" tends to confuse beginning users. i*86 | x86_64) basic_machine=$basic_machine-pc ;; # Object if more than one company name word. *-*-*) echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2 exit 1 ;; # Recognize the basic CPU types with company name. 580-* \ | a29k-* \ | aarch64-* | aarch64_be-* \ | alpha-* | alphaev[4-8]-* | alphaev56-* | alphaev6[78]-* \ | alpha64-* | alpha64ev[4-8]-* | alpha64ev56-* | alpha64ev6[78]-* \ | alphapca5[67]-* | alpha64pca5[67]-* | arc-* | arceb-* \ | arm-* | armbe-* | armle-* | armeb-* | armv*-* \ | avr-* | avr32-* \ | be32-* | be64-* \ | bfin-* | bs2000-* \ | c[123]* | c30-* | [cjt]90-* | c4x-* \ | clipper-* | craynv-* | cydra-* \ | d10v-* | d30v-* | dlx-* \ | elxsi-* \ | f30[01]-* | f700-* | fido-* | fr30-* | frv-* | fx80-* \ | h8300-* | h8500-* \ | hppa-* | hppa1.[01]-* | hppa2.0-* | hppa2.0[nw]-* | hppa64-* \ | hexagon-* \ | i*86-* | i860-* | i960-* | ia64-* \ | ip2k-* | iq2000-* \ | le32-* | le64-* \ | lm32-* \ | m32c-* | m32r-* | m32rle-* \ | m68000-* | m680[012346]0-* | m68360-* | m683?2-* | m68k-* \ | m88110-* | m88k-* | maxq-* | mcore-* | metag-* \ | microblaze-* | microblazeel-* \ | mips-* | mipsbe-* | mipseb-* | mipsel-* | mipsle-* \ | mips16-* \ | mips64-* | mips64el-* \ | mips64octeon-* | mips64octeonel-* \ | mips64orion-* | mips64orionel-* \ | mips64r5900-* | mips64r5900el-* \ | mips64vr-* | mips64vrel-* \ | mips64vr4100-* | mips64vr4100el-* \ | mips64vr4300-* | mips64vr4300el-* \ | mips64vr5000-* | mips64vr5000el-* \ | mips64vr5900-* | mips64vr5900el-* \ | mipsisa32-* | mipsisa32el-* \ | mipsisa32r2-* | mipsisa32r2el-* \ | mipsisa64-* | mipsisa64el-* \ | mipsisa64r2-* | mipsisa64r2el-* \ | mipsisa64sb1-* | mipsisa64sb1el-* \ | mipsisa64sr71k-* | mipsisa64sr71kel-* \ | mipsr5900-* | mipsr5900el-* \ | mipstx39-* | mipstx39el-* \ | mmix-* \ | mt-* \ | msp430-* \ | nds32-* | nds32le-* | nds32be-* \ | nios-* | nios2-* | nios2eb-* | nios2el-* \ | none-* | np1-* | ns16k-* | ns32k-* \ | open8-* \ | orion-* \ | pdp10-* | pdp11-* | pj-* | pjl-* | pn-* | power-* \ | powerpc-* | powerpc64-* | powerpc64le-* | powerpcle-* \ | pyramid-* \ | rl78-* | romp-* | rs6000-* | rx-* \ | sh-* | sh[1234]-* | sh[24]a-* | sh[24]aeb-* | sh[23]e-* | sh[34]eb-* | sheb-* | shbe-* \ | shle-* | sh[1234]le-* | sh3ele-* | sh64-* | sh64le-* \ | sparc-* | sparc64-* | sparc64b-* | sparc64v-* | sparc86x-* | sparclet-* \ | sparclite-* \ | sparcv8-* | sparcv9-* | sparcv9b-* | sparcv9v-* | sv1-* | sx?-* \ | tahoe-* \ | tic30-* | tic4x-* | tic54x-* | tic55x-* | tic6x-* | tic80-* \ | tile*-* \ | tron-* \ | ubicom32-* \ | v850-* | v850e-* | v850e1-* | v850es-* | v850e2-* | v850e2v3-* \ | vax-* \ | we32k-* \ | x86-* | x86_64-* | xc16x-* | xps100-* \ | xstormy16-* | xtensa*-* \ | ymp-* \ | z8k-* | z80-*) ;; # Recognize the basic CPU types without company name, with glob match. xtensa*) basic_machine=$basic_machine-unknown ;; # Recognize the various machine names and aliases which stand # for a CPU type and a company and sometimes even an OS. 386bsd) basic_machine=i386-unknown os=-bsd ;; 3b1 | 7300 | 7300-att | att-7300 | pc7300 | safari | unixpc) basic_machine=m68000-att ;; 3b*) basic_machine=we32k-att ;; a29khif) basic_machine=a29k-amd os=-udi ;; abacus) basic_machine=abacus-unknown ;; adobe68k) basic_machine=m68010-adobe os=-scout ;; alliant | fx80) basic_machine=fx80-alliant ;; altos | altos3068) basic_machine=m68k-altos ;; am29k) basic_machine=a29k-none os=-bsd ;; amd64) basic_machine=x86_64-pc ;; amd64-*) basic_machine=x86_64-`echo $basic_machine | sed 's/^[^-]*-//'` ;; amdahl) basic_machine=580-amdahl os=-sysv ;; amiga | amiga-*) basic_machine=m68k-unknown ;; amigaos | amigados) basic_machine=m68k-unknown os=-amigaos ;; amigaunix | amix) basic_machine=m68k-unknown os=-sysv4 ;; apollo68) basic_machine=m68k-apollo os=-sysv ;; apollo68bsd) basic_machine=m68k-apollo os=-bsd ;; aros) basic_machine=i386-pc os=-aros ;; aux) basic_machine=m68k-apple os=-aux ;; balance) basic_machine=ns32k-sequent os=-dynix ;; blackfin) basic_machine=bfin-unknown os=-linux ;; blackfin-*) basic_machine=bfin-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; bluegene*) basic_machine=powerpc-ibm os=-cnk ;; c54x-*) basic_machine=tic54x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c55x-*) basic_machine=tic55x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c6x-*) basic_machine=tic6x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c90) basic_machine=c90-cray os=-unicos ;; cegcc) basic_machine=arm-unknown os=-cegcc ;; convex-c1) basic_machine=c1-convex os=-bsd ;; convex-c2) basic_machine=c2-convex os=-bsd ;; convex-c32) basic_machine=c32-convex os=-bsd ;; convex-c34) basic_machine=c34-convex os=-bsd ;; convex-c38) basic_machine=c38-convex os=-bsd ;; cray | j90) basic_machine=j90-cray os=-unicos ;; craynv) basic_machine=craynv-cray os=-unicosmp ;; cr16 | cr16-*) basic_machine=cr16-unknown os=-elf ;; crds | unos) basic_machine=m68k-crds ;; crisv32 | crisv32-* | etraxfs*) basic_machine=crisv32-axis ;; cris | cris-* | etrax*) basic_machine=cris-axis ;; crx) basic_machine=crx-unknown os=-elf ;; da30 | da30-*) basic_machine=m68k-da30 ;; decstation | decstation-3100 | pmax | pmax-* | pmin | dec3100 | decstatn) basic_machine=mips-dec ;; decsystem10* | dec10*) basic_machine=pdp10-dec os=-tops10 ;; decsystem20* | dec20*) basic_machine=pdp10-dec os=-tops20 ;; delta | 3300 | motorola-3300 | motorola-delta \ | 3300-motorola | delta-motorola) basic_machine=m68k-motorola ;; delta88) basic_machine=m88k-motorola os=-sysv3 ;; dicos) basic_machine=i686-pc os=-dicos ;; djgpp) basic_machine=i586-pc os=-msdosdjgpp ;; dpx20 | dpx20-*) basic_machine=rs6000-bull os=-bosx ;; dpx2* | dpx2*-bull) basic_machine=m68k-bull os=-sysv3 ;; ebmon29k) basic_machine=a29k-amd os=-ebmon ;; elxsi) basic_machine=elxsi-elxsi os=-bsd ;; encore | umax | mmax) basic_machine=ns32k-encore ;; es1800 | OSE68k | ose68k | ose | OSE) basic_machine=m68k-ericsson os=-ose ;; fx2800) basic_machine=i860-alliant ;; genix) basic_machine=ns32k-ns ;; gmicro) basic_machine=tron-gmicro os=-sysv ;; go32) basic_machine=i386-pc os=-go32 ;; h3050r* | hiux*) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; h8300hms) basic_machine=h8300-hitachi os=-hms ;; h8300xray) basic_machine=h8300-hitachi os=-xray ;; h8500hms) basic_machine=h8500-hitachi os=-hms ;; harris) basic_machine=m88k-harris os=-sysv3 ;; hp300-*) basic_machine=m68k-hp ;; hp300bsd) basic_machine=m68k-hp os=-bsd ;; hp300hpux) basic_machine=m68k-hp os=-hpux ;; hp3k9[0-9][0-9] | hp9[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k2[0-9][0-9] | hp9k31[0-9]) basic_machine=m68000-hp ;; hp9k3[2-9][0-9]) basic_machine=m68k-hp ;; hp9k6[0-9][0-9] | hp6[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k7[0-79][0-9] | hp7[0-79][0-9]) basic_machine=hppa1.1-hp ;; hp9k78[0-9] | hp78[0-9]) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[67]1 | hp8[67]1 | hp9k80[24] | hp80[24] | hp9k8[78]9 | hp8[78]9 | hp9k893 | hp893) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[0-9][13679] | hp8[0-9][13679]) basic_machine=hppa1.1-hp ;; hp9k8[0-9][0-9] | hp8[0-9][0-9]) basic_machine=hppa1.0-hp ;; hppa-next) os=-nextstep3 ;; hppaosf) basic_machine=hppa1.1-hp os=-osf ;; hppro) basic_machine=hppa1.1-hp os=-proelf ;; i370-ibm* | ibm*) basic_machine=i370-ibm ;; i*86v32) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv32 ;; i*86v4*) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv4 ;; i*86v) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv ;; i*86sol2) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-solaris2 ;; i386mach) basic_machine=i386-mach os=-mach ;; i386-vsta | vsta) basic_machine=i386-unknown os=-vsta ;; iris | iris4d) basic_machine=mips-sgi case $os in -irix*) ;; *) os=-irix4 ;; esac ;; isi68 | isi) basic_machine=m68k-isi os=-sysv ;; m68knommu) basic_machine=m68k-unknown os=-linux ;; m68knommu-*) basic_machine=m68k-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; m88k-omron*) basic_machine=m88k-omron ;; magnum | m3230) basic_machine=mips-mips os=-sysv ;; merlin) basic_machine=ns32k-utek os=-sysv ;; microblaze*) basic_machine=microblaze-xilinx ;; mingw64) basic_machine=x86_64-pc os=-mingw64 ;; mingw32) basic_machine=i386-pc os=-mingw32 ;; mingw32ce) basic_machine=arm-unknown os=-mingw32ce ;; miniframe) basic_machine=m68000-convergent ;; *mint | -mint[0-9]* | *MiNT | *MiNT[0-9]*) basic_machine=m68k-atari os=-mint ;; mips3*-*) basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'` ;; mips3*) basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'`-unknown ;; monitor) basic_machine=m68k-rom68k os=-coff ;; morphos) basic_machine=powerpc-unknown os=-morphos ;; msdos) basic_machine=i386-pc os=-msdos ;; ms1-*) basic_machine=`echo $basic_machine | sed -e 's/ms1-/mt-/'` ;; msys) basic_machine=i386-pc os=-msys ;; mvs) basic_machine=i370-ibm os=-mvs ;; nacl) basic_machine=le32-unknown os=-nacl ;; ncr3000) basic_machine=i486-ncr os=-sysv4 ;; netbsd386) basic_machine=i386-unknown os=-netbsd ;; netwinder) basic_machine=armv4l-rebel os=-linux ;; news | news700 | news800 | news900) basic_machine=m68k-sony os=-newsos ;; news1000) basic_machine=m68030-sony os=-newsos ;; news-3600 | risc-news) basic_machine=mips-sony os=-newsos ;; necv70) basic_machine=v70-nec os=-sysv ;; next | m*-next ) basic_machine=m68k-next case $os in -nextstep* ) ;; -ns2*) os=-nextstep2 ;; *) os=-nextstep3 ;; esac ;; nh3000) basic_machine=m68k-harris os=-cxux ;; nh[45]000) basic_machine=m88k-harris os=-cxux ;; nindy960) basic_machine=i960-intel os=-nindy ;; mon960) basic_machine=i960-intel os=-mon960 ;; nonstopux) basic_machine=mips-compaq os=-nonstopux ;; np1) basic_machine=np1-gould ;; neo-tandem) basic_machine=neo-tandem ;; nse-tandem) basic_machine=nse-tandem ;; nsr-tandem) basic_machine=nsr-tandem ;; op50n-* | op60c-*) basic_machine=hppa1.1-oki os=-proelf ;; openrisc | openrisc-*) basic_machine=or32-unknown ;; os400) basic_machine=powerpc-ibm os=-os400 ;; OSE68000 | ose68000) basic_machine=m68000-ericsson os=-ose ;; os68k) basic_machine=m68k-none os=-os68k ;; pa-hitachi) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; paragon) basic_machine=i860-intel os=-osf ;; parisc) basic_machine=hppa-unknown os=-linux ;; parisc-*) basic_machine=hppa-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; pbd) basic_machine=sparc-tti ;; pbb) basic_machine=m68k-tti ;; pc532 | pc532-*) basic_machine=ns32k-pc532 ;; pc98) basic_machine=i386-pc ;; pc98-*) basic_machine=i386-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentium | p5 | k5 | k6 | nexgen | viac3) basic_machine=i586-pc ;; pentiumpro | p6 | 6x86 | athlon | athlon_*) basic_machine=i686-pc ;; pentiumii | pentium2 | pentiumiii | pentium3) basic_machine=i686-pc ;; pentium4) basic_machine=i786-pc ;; pentium-* | p5-* | k5-* | k6-* | nexgen-* | viac3-*) basic_machine=i586-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentiumpro-* | p6-* | 6x86-* | athlon-*) basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentiumii-* | pentium2-* | pentiumiii-* | pentium3-*) basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentium4-*) basic_machine=i786-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pn) basic_machine=pn-gould ;; power) basic_machine=power-ibm ;; ppc | ppcbe) basic_machine=powerpc-unknown ;; ppc-* | ppcbe-*) basic_machine=powerpc-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppcle | powerpclittle | ppc-le | powerpc-little) basic_machine=powerpcle-unknown ;; ppcle-* | powerpclittle-*) basic_machine=powerpcle-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppc64) basic_machine=powerpc64-unknown ;; ppc64-*) basic_machine=powerpc64-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppc64le | powerpc64little | ppc64-le | powerpc64-little) basic_machine=powerpc64le-unknown ;; ppc64le-* | powerpc64little-*) basic_machine=powerpc64le-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ps2) basic_machine=i386-ibm ;; pw32) basic_machine=i586-unknown os=-pw32 ;; rdos | rdos64) basic_machine=x86_64-pc os=-rdos ;; rdos32) basic_machine=i386-pc os=-rdos ;; rom68k) basic_machine=m68k-rom68k os=-coff ;; rm[46]00) basic_machine=mips-siemens ;; rtpc | rtpc-*) basic_machine=romp-ibm ;; s390 | s390-*) basic_machine=s390-ibm ;; s390x | s390x-*) basic_machine=s390x-ibm ;; sa29200) basic_machine=a29k-amd os=-udi ;; sb1) basic_machine=mipsisa64sb1-unknown ;; sb1el) basic_machine=mipsisa64sb1el-unknown ;; sde) basic_machine=mipsisa32-sde os=-elf ;; sei) basic_machine=mips-sei os=-seiux ;; sequent) basic_machine=i386-sequent ;; sh) basic_machine=sh-hitachi os=-hms ;; sh5el) basic_machine=sh5le-unknown ;; sh64) basic_machine=sh64-unknown ;; sparclite-wrs | simso-wrs) basic_machine=sparclite-wrs os=-vxworks ;; sps7) basic_machine=m68k-bull os=-sysv2 ;; spur) basic_machine=spur-unknown ;; st2000) basic_machine=m68k-tandem ;; stratus) basic_machine=i860-stratus os=-sysv4 ;; strongarm-* | thumb-*) basic_machine=arm-`echo $basic_machine | sed 's/^[^-]*-//'` ;; sun2) basic_machine=m68000-sun ;; sun2os3) basic_machine=m68000-sun os=-sunos3 ;; sun2os4) basic_machine=m68000-sun os=-sunos4 ;; sun3os3) basic_machine=m68k-sun os=-sunos3 ;; sun3os4) basic_machine=m68k-sun os=-sunos4 ;; sun4os3) basic_machine=sparc-sun os=-sunos3 ;; sun4os4) basic_machine=sparc-sun os=-sunos4 ;; sun4sol2) basic_machine=sparc-sun os=-solaris2 ;; sun3 | sun3-*) basic_machine=m68k-sun ;; sun4) basic_machine=sparc-sun ;; sun386 | sun386i | roadrunner) basic_machine=i386-sun ;; sv1) basic_machine=sv1-cray os=-unicos ;; symmetry) basic_machine=i386-sequent os=-dynix ;; t3e) basic_machine=alphaev5-cray os=-unicos ;; t90) basic_machine=t90-cray os=-unicos ;; tile*) basic_machine=$basic_machine-unknown os=-linux-gnu ;; tx39) basic_machine=mipstx39-unknown ;; tx39el) basic_machine=mipstx39el-unknown ;; toad1) basic_machine=pdp10-xkl os=-tops20 ;; tower | tower-32) basic_machine=m68k-ncr ;; tpf) basic_machine=s390x-ibm os=-tpf ;; udi29k) basic_machine=a29k-amd os=-udi ;; ultra3) basic_machine=a29k-nyu os=-sym1 ;; v810 | necv810) basic_machine=v810-nec os=-none ;; vaxv) basic_machine=vax-dec os=-sysv ;; vms) basic_machine=vax-dec os=-vms ;; vpp*|vx|vx-*) basic_machine=f301-fujitsu ;; vxworks960) basic_machine=i960-wrs os=-vxworks ;; vxworks68) basic_machine=m68k-wrs os=-vxworks ;; vxworks29k) basic_machine=a29k-wrs os=-vxworks ;; w65*) basic_machine=w65-wdc os=-none ;; w89k-*) basic_machine=hppa1.1-winbond os=-proelf ;; xbox) basic_machine=i686-pc os=-mingw32 ;; xps | xps100) basic_machine=xps100-honeywell ;; xscale-* | xscalee[bl]-*) basic_machine=`echo $basic_machine | sed 's/^xscale/arm/'` ;; ymp) basic_machine=ymp-cray os=-unicos ;; z8k-*-coff) basic_machine=z8k-unknown os=-sim ;; z80-*-coff) basic_machine=z80-unknown os=-sim ;; none) basic_machine=none-none os=-none ;; # Here we handle the default manufacturer of certain CPU types. It is in # some cases the only manufacturer, in others, it is the most popular. w89k) basic_machine=hppa1.1-winbond ;; op50n) basic_machine=hppa1.1-oki ;; op60c) basic_machine=hppa1.1-oki ;; romp) basic_machine=romp-ibm ;; mmix) basic_machine=mmix-knuth ;; rs6000) basic_machine=rs6000-ibm ;; vax) basic_machine=vax-dec ;; pdp10) # there are many clones, so DEC is not a safe bet basic_machine=pdp10-unknown ;; pdp11) basic_machine=pdp11-dec ;; we32k) basic_machine=we32k-att ;; sh[1234] | sh[24]a | sh[24]aeb | sh[34]eb | sh[1234]le | sh[23]ele) basic_machine=sh-unknown ;; sparc | sparcv8 | sparcv9 | sparcv9b | sparcv9v) basic_machine=sparc-sun ;; cydra) basic_machine=cydra-cydrome ;; orion) basic_machine=orion-highlevel ;; orion105) basic_machine=clipper-highlevel ;; mac | mpw | mac-mpw) basic_machine=m68k-apple ;; pmac | pmac-mpw) basic_machine=powerpc-apple ;; *-unknown) # Make sure to match an already-canonicalized machine name. ;; *) echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2 exit 1 ;; esac # Here we canonicalize certain aliases for manufacturers. case $basic_machine in *-digital*) basic_machine=`echo $basic_machine | sed 's/digital.*/dec/'` ;; *-commodore*) basic_machine=`echo $basic_machine | sed 's/commodore.*/cbm/'` ;; *) ;; esac # Decode manufacturer-specific aliases for certain operating systems. if [ x"$os" != x"" ] then case $os in # First match some system type aliases # that might get confused with valid system types. # -solaris* is a basic system type, with this one exception. -auroraux) os=-auroraux ;; -solaris1 | -solaris1.*) os=`echo $os | sed -e 's|solaris1|sunos4|'` ;; -solaris) os=-solaris2 ;; -svr4*) os=-sysv4 ;; -unixware*) os=-sysv4.2uw ;; -gnu/linux*) os=`echo $os | sed -e 's|gnu/linux|linux-gnu|'` ;; # First accept the basic system types. # The portable systems comes first. # Each alternative MUST END IN A *, to match a version number. # -sysv* is not here because it comes later, after sysvr4. -gnu* | -bsd* | -mach* | -minix* | -genix* | -ultrix* | -irix* \ | -*vms* | -sco* | -esix* | -isc* | -aix* | -cnk* | -sunos | -sunos[34]*\ | -hpux* | -unos* | -osf* | -luna* | -dgux* | -auroraux* | -solaris* \ | -sym* | -kopensolaris* | -plan9* \ | -amigaos* | -amigados* | -msdos* | -newsos* | -unicos* | -aof* \ | -aos* | -aros* \ | -nindy* | -vxsim* | -vxworks* | -ebmon* | -hms* | -mvs* \ | -clix* | -riscos* | -uniplus* | -iris* | -rtu* | -xenix* \ | -hiux* | -386bsd* | -knetbsd* | -mirbsd* | -netbsd* \ | -bitrig* | -openbsd* | -solidbsd* \ | -ekkobsd* | -kfreebsd* | -freebsd* | -riscix* | -lynxos* \ | -bosx* | -nextstep* | -cxux* | -aout* | -elf* | -oabi* \ | -ptx* | -coff* | -ecoff* | -winnt* | -domain* | -vsta* \ | -udi* | -eabi* | -lites* | -ieee* | -go32* | -aux* \ | -chorusos* | -chorusrdb* | -cegcc* \ | -cygwin* | -msys* | -pe* | -psos* | -moss* | -proelf* | -rtems* \ | -mingw32* | -mingw64* | -linux-gnu* | -linux-android* \ | -linux-newlib* | -linux-musl* | -linux-uclibc* \ | -uxpv* | -beos* | -mpeix* | -udk* \ | -interix* | -uwin* | -mks* | -rhapsody* | -darwin* | -opened* \ | -openstep* | -oskit* | -conix* | -pw32* | -nonstopux* \ | -storm-chaos* | -tops10* | -tenex* | -tops20* | -its* \ | -os2* | -vos* | -palmos* | -uclinux* | -nucleus* \ | -morphos* | -superux* | -rtmk* | -rtmk-nova* | -windiss* \ | -powermax* | -dnix* | -nx6 | -nx7 | -sei* | -dragonfly* \ | -skyos* | -haiku* | -rdos* | -toppers* | -drops* | -es*) # Remember, each alternative MUST END IN *, to match a version number. ;; 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We pick the logical manufacturer. vendor=unknown case $basic_machine in *-unknown) case $os in -riscix*) vendor=acorn ;; -sunos*) vendor=sun ;; -cnk*|-aix*) vendor=ibm ;; -beos*) vendor=be ;; -hpux*) vendor=hp ;; -mpeix*) vendor=hp ;; -hiux*) vendor=hitachi ;; -unos*) vendor=crds ;; -dgux*) vendor=dg ;; -luna*) vendor=omron ;; -genix*) vendor=ns ;; -mvs* | -opened*) vendor=ibm ;; -os400*) vendor=ibm ;; -ptx*) vendor=sequent ;; -tpf*) vendor=ibm ;; -vxsim* | -vxworks* | -windiss*) vendor=wrs ;; -aux*) vendor=apple ;; -hms*) vendor=hitachi ;; -mpw* | -macos*) vendor=apple ;; -*mint | -mint[0-9]* | -*MiNT | -MiNT[0-9]*) vendor=atari ;; -vos*) vendor=stratus ;; esac basic_machine=`echo $basic_machine | sed "s/unknown/$vendor/"` ;; esac echo $basic_machine$os exit # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "timestamp='" # time-stamp-format: "%:y-%02m-%02d" # time-stamp-end: "'" # End: gsoap-2.8.28/NOTES.txt0000644000175000017500000000470612653650160013730 0ustar ellertellert DISTRIBUTION NOTES To install gSOAP, unpack the archive. You will get the following files: README.txt read this first LICENSE.txt licensing information, please read INSTALL.txt installation instructions NOTES.txt this file license.pdf gSOAP public license APPLICABLE TO SOME PARTS, see LICENSE.txt factsheet.pdf Quick overview of facts and features The 'gsoap' folder contains essential source code for the run-time libraries: stdsoap2.h header file for stdsoap2.c[pp] stdsoap2.c C library with the gSOAP engine, this is the source for libgsoap stdsoap2.cpp C++ library (functionality identical to stdsoap2.c) dom.c C DOM parser dom.cpp C++ DOM parser (functionality identical to dom.c) and the following folders: bin pre-built binaries of wsdl2h and soapcpp2 for Mac OS and Windows doc documentation, including the user guide samples examples import #import-ed header files for soapcpp2 compiler plugin plug-ins for advanced features custom custom serializers for various data types mod_gsoap Apache mod_gsoap, IIS, and WinInet support extras contributed extras src soapcpp2 tool source files wsdl wsdl2h tool source files for WSDL and XSD translation WS WS-typemap.dat and WS-* protocol schemas for plug-in development uddi2 UDDI v2 Palm Palm OS support (deprecated) Symbian Symbian OS support TandemNonStop Tandem NonStop OS support VisualStudio2005 To build soapcpp2 and wsdl2h for MS VS platforms 2005 and up The SOAP/XML client/server examples, XML-RPC, JSON, RSS, DOM parsing, WS-Security, SOAP/XML auto-testing services, XML databindings, and other examples of advanced features are available in the 'samples' subdirectory. The 'gsoap_mod' directory includes Apache 1.x and 2.0 mods for gSOAP, IIS, and WinInet support. WinInet allows gsoap to use the WinInet API instead of calls to the socket API. The primary benefit of this arrangement is that "if IE works, your program will work". There is no need to read proxy settings from the registry, deal with proxy configuration scripts, etc. Changes in the "Internet Options" dialog box will immediately take effect in your program. Additionally, this will allow gsoap to handle forms of authentication not yet supported natively, such as NTLM (Integrated Windows Authentication), etc. Contributions are included in the 'extras' directory. 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The gSOAP toolkit provides a cross-platform software development toolkit for C and C++ server and client Web service applications, and simplifies the overall use of XML in any type of application. The toolkit supports SOAP 1.1/1.2 RPC encoding and document/literal styles, WSDL 1.1, MTOM/MIME/DIME attachments (streaming), SOAP-over-UDP, request-response and one-way messaging. The toolkit also supports WS-Addressing and WS-Security, with several other WS-* available or under development. See the official open-source gSOAP website http://gsoap2.sourceforge.net for project status and latest news. * The gSOAP 'soapcpp2' compiler and code generator and 'stdsoap2' runtime engine are stable since version release 2.1.3. * The gSOAP 'wsdl2h' WSDL/schema parser and code generator is stable since wsdl2h version release 1.1.0. The 'wsdl2h' tool fully supports WSDL 1.1, XML schemas, WS-Policy, and other WS-* protocols (details in the fact sheet). The software is provided "as is", without any warranty. However, gSOAP has been extensively field-tested in production-quality software development. We continue to improve gSOAP and add new features. See NOTES.txt for distributed notes and an overview of the package contents. See INSTALL.txt for installation instructions. See LICENSE.txt for software licensing. ================================================================================ WHAT'S COOL? ================================================================================ The gSOAP 'wsdl2h' tool is a gSOAP application itself, which demonstrates the capabilities of the generic XML handling by the toolkit to parse WSDL, XML schemas, and SOAP/XML. The gSOAP toolkit supports streaming technologies to expedite SOAP/XML and MTOM/MIME attachment transfers of potentially unlimited data lengths. The gSOAP toolkit is the only toolkit that supports the serialization of native C and C++ data types directly in XML. You can use it to export and import your application data in XML without having to write wrapper routines. The gSOAP toolkit ensures as small memory footprint. XML is a processed as a transient format and not buffered. Many optimizations have been applied to reduce resource requirements and to expedite XML parsing. The gSOAP toolkit provides stand-alone HTTP(S) web server functionality as well as Apache mod and IIS hooks (located in gsoap/mod_gsoap). Also CGI and FastCGI are supported. A web server example demonstrating the stand-alone functionality is included in the package. ================================================================================ FEATURES ================================================================================ XML data binding tools for C/C++ XML schema <=> C/C++ type binding means XML and C/C++ data is type safe XML streaming auto-serialization of C/C++ data (with optional use of DOM) XML-RPC from/to JSON from/to C/C++ serialization (also in streaming mode) No need to alter C/C++ types for serialization (declare type as 'volatile') WSDL 1.1/2.0, XSD 1.0/1.1, SOAP 1.1/1.2 compliant REST HTTP(S) 1.0/1.1 operations (GET,PUT,POST etc) for XML, JSON, etc Send and recieve XML over sockets, file FD, and C++ streams WS-I Basic Profile 1.0a, 1.1, and 1.2 compliant W3C schema patterns for data binding full test pattern coverage RSS 0.91, 0.92, 2.0 XML support MIME and MTOM attachment support (also in streaming mode) WS-Security XML authentication, signatures, encryption (also in streaming mode) WS-Policy 1.2, 1.5 and WS-SecurityPolicy 1.2 compliant WS-Addressing 2003/03, 2004/03, 2005/03 compliant WS-ReliableMessaging 1.0 and 1.1 compliant WS-Discovery 1.0/1.1 UDDI v2 API NTLM authentication HTTP basic and digest authentication SSL/TLS communications with SSL session caching (OpenSSL or GNUTLS) Proxy and proxy authentication support Compression (HTTP compression and zlib) IPv4 and IPv6, including direct TCP and UDP data transfer SOAP-over-UDP Apache 1.x and 2.0 modules IIS (ISAPI) and WinInet modules CGI and FastCGI support Stand-alone Web server included (multithreaded, SSL, compression) Integrated memory management with deallocation and leak detection Plug-ins for additional capabilities Internationalization/localization support (UTF8, UCS4, MB encodings, etc) WSDL/XSD conversion to C or C++ and vice versa Portable to small devices (WinCE, Palm, Symbian, VxWorks, Andriod, iPhone) Auto-test server code generation for (dummy) server testing Automatic XML document and message generation from WSDL and XSD C/C++ (cyclic) object graph auto-serialization (with SOAP id-href encoding) STL container auto-serialization and custom C++ container auto-serialization Over 40 example client and server applications included ================================================================================ PACKAGE ================================================================================ This distribution package contains platform-independent source code. Pre-built 'soapcpp2' and 'wsdl2h' binaries are included for the following platforms: * Win32 i386 compatible * MAC OS X The binaries are located in 'gsoap/bin'. Important: these 'wsdl2h' binaries use the default configuration without SSL support (no HTTPS site access). To configure and build the toolkit binaries and libraries, please see the installation instructions in the 'INSTALLATION' section below. ================================================================================ GETTING STARTED ================================================================================ Follow the installation instructions in INSTALL.txt first. The gSOAP 'wsdl2h' tool converts WSDLs into a gSOAP header file for processing with the gSOAP code gnerator 'soapcpp2' to generate XML serialization, stubs, and skeletons code to build Web services applications. Use 'wsdl2h' followed by 'soapcpp2' to translate an entire set of WSDL and XML schemas into representative C or C++ data structures and associated XML parsers. You can also use the gSOAP 'soapcpp2' tool directly on existing C/C++ data structure declarations to create XML serialization routines for these types to simplify the storage of data in XML. Example translation of WSDL to code in two steps: $ wsdl2h -s -o calc.h http://www.cs.fsu.edu/~engelen/calc.wsdl $ soapcpp2 -CL -I/path/to/gsoap/import calc.h The 'calc.h' header file contains the services and XML schema types represented in C/C++, together with other useful information copied from the WSDL related to the service. Run Doxygen on it to generate a nice set of pages. Do not include the wsdl2h-generated 'calc.h' header file directly into your code (the declarations are replicated in the generated code). The header file is processed by the gSOAP stub compiler 'soapcpp2' to generate the following files for your project: soapClient.cpp client-side stub routines for service invocation soapServer.cpp server-side skeleton routines for server development soapC.cpp C/C++ parameter marshalling code calc.nsmap An XML-to-C/C++ namespare mapping table To compile a client, all you need to do is to compile and link 'soapC.cpp', 'soapClient.cpp', and 'stdsoap2.cpp' (or the installed libgsoap++, see INSTALLATION) with your code. To access the service in your code: #include "soapH.h" #include "calc.nsmap" main() { struct soap *soap = soap_new(); // alloc 'soap' engine context double result; if (soap_call_ns2__add(soap, NULL, NULL, 1.0, 2.0, result) == SOAP_OK) std::cout << "The sum of 1.0 and 2.0 is " << result << std::endl; else soap_stream_fault(soap, std::cerr); soap_destroy(soap); // dealloc serialization data soap_end(soap); // dealloc temp data soap_free(soap); // dealloc 'soap' engine context } First, this imports all soapcpp-generated definitions and the namespace mapping table. Then the soap_call_ns2__add() invokes the service. This function is generated from the calc.h file by soapcpp2. The calc.h file includes instructions on what functions to call. To develop a C++ client application based on C++ proxy objects rather than C-like functions, use 'soapcpp2' option -j: $ wsdl2h -s -o calc.h http://www.cs.fsu.edu/~engelen/calc.wsdl $ soapcpp2 -j -CL -I/path/to/gsoap/import calc.h This generates 'soapcalcProxy.h' and 'soapcalcProxy.cpp' with a calcProxy class with service methods that you can use to invoke services. For example: #include "soapcalcProxy.h" #include "calc.nsmap" main() { calcProxy service; double result; if (service.add(1.0, 2.0, result) == SOAP_OK) std::cout << "The sum of 1.0 and 2.0 is " << result << std::endl; else service.soap_stream_fault(std::cerr); service.destroy(); // dealloc serialization and temp data } Compile the above program and link with 'soapC.cpp', 'soapcalcProxy.cpp', and 'stdsoap2.cpp' (or -lgsoap++). To develop a C client, use 'wsdl2h' option -c to generate pure C code. There are many options that you can use depending on the need to develop C applications, C++ with or without STL, or C++ proxy and server objects. In addition, the XML schema type mapping is defined by 'typemap.dat', located in the project root and 'WS' folders. The 'typemap.dat' file is used to customize the 'wsdl2h' output. It is important to use this file for larger projects that depend in WS-* protocols, such as WS-Addressing and WS-Security. More information about the 'wsdl2h' and 'soapcpp2' tools and their options can be found in the gSOAP documentation and the Quick How-To page on the gSOAP Web site, see: http://gsoap2.sourceforge.net See also the 'gsoap/wsdl/README.txt' for more details on the WSDL parser and installation. The 'gsoap/bin' folder includes pre-built 'soapcpp2' and 'wsdlh2' executables for various platforms. ================================================================================ BUILD NOTES ================================================================================ QNX On QNX the bison.simple file is located in $QNX_HOST/usr/share/bison.simple Update your .profile to include: export BISON_SIMPLE=$QNX_HOST/usr/share/bison/bison.simple export BISON_HAIRY=$QNX_HOST/usr/share/bison/bison.hairy WIN32 Bison 1.6 can crash on Win32 systems if YYINITDEPTH is too small Compile with /DYYINITDEPTH=5000 ================================================================================ CHANGELOG ================================================================================ Visit http://www.cs.fsu.edu/~engelen/changelog.html to view the latest changes. ================================================================================ LICENSE ================================================================================ See LICENSE.txt ================================================================================ COPYRIGHT ================================================================================ Copyright (C) 2000-2015 Robert van Engelen, Genivia, Inc. All Rights Reserved. ================================================================================ USE RESTRICTIONS ================================================================================ You may not: (i) transfer rights to gSOAP or claim authorship; or (ii) remove any product identification, copyright, proprietary notices or labels from gSOAP. ================================================================================ WARRANTY ================================================================================ GENIVIA INC. EXPRESSLY DISCLAIMS ALL WARRANTIES, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY, OF FITNESS FOR A PARTICULAR PURPOSE, NONINFRINGEMENT OF THIRD PARTY INTELLECTUAL PROPERTY RIGHTS, AND ANY WARRANTY THAT MAY ARISE BY REASON OF TRADE USAGE, CUSTOM, OR COURSE OF DEALING. WITHOUT LIMITING THE FOREGOING, YOU ACKNOWLEDGE THAT THE SOFTWARE IS PROVIDED "AS IS" AND THAT GENIVIA INC. DO NOT WARRANT THE SOFTWARE WILL RUN UNINTERRUPTED OR ERROR FREE. LIMITED LIABILITY: THE ENTIRE RISK AS TO RESULTS AND PERFORMANCE OF THE SOFTWARE IS ASSUMED BY YOU. UNDER NO CIRCUMSTANCES WILL GENIVIA INC. BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL, EXEMPLARY OR CONSEQUENTIAL DAMAGES OF ANY KIND OR NATURE WHATSOEVER, WHETHER BASED ON CONTRACT, WARRANTY, TORT (INCLUDING NEGLIGENCE), STRICT LIABILITY OR OTHERWISE, ARISING OUT OF OR IN ANY WAY RELATED TO THE SOFTWARE, EVEN IF GENIVIA INC. HAS BEEN ADVISED ON THE POSSIBILITY OF SUCH DAMAGE OR IF SUCH DAMAGE COULD HAVE BEEN REASONABLY FORESEEN, AND NOTWITHSTANDING ANY FAILURE OF ESSENTIAL PURPOSE OF ANY EXCLUSIVE REMEDY PROVIDED. SUCH LIMITATION ON DAMAGES INCLUDES, BUT IS NOT LIMITED TO, DAMAGES FOR LOSS OF GOODWILL, LOST PROFITS, LOSS OF DATA OR SOFTWARE, WORK STOPPAGE, COMPUTER FAILURE OR MALFUNCTION OR IMPAIRMENT OF OTHER GOODS. IN NO EVENT WILL GENIVIA INC. BE LIABLE FOR THE COSTS OF PROCUREMENT OF SUBSTITUTE SOFTWARE OR SERVICES. YOU ACKNOWLEDGE THAT THIS SOFTWARE IS NOT DESIGNED FOR USE IN ON-LINE EQUIPMENT IN HAZARDOUS ENVIRONMENTS SUCH AS OPERATION OF NUCLEAR FACILITIES, AIRCRAFT NAVIGATION OR CONTROL, OR LIFE-CRITICAL APPLICATIONS. GENIVIA INC. EXPRESSLY DISCLAIM ANY LIABILITY RESULTING FROM USE OF THE SOFTWARE IN ANY SUCH ON-LINE EQUIPMENT IN HAZARDOUS ENVIRONMENTS AND ACCEPTS NO LIABILITY IN RESPECT OF ANY ACTIONS OR CLAIMS BASED ON THE USE OF THE SOFTWARE IN ANY SUCH ON-LINE EQUIPMENT IN HAZARDOUS ENVIRONMENTS BY YOU. FOR PURPOSES OF THIS PARAGRAPH, THE TERM "LIFE-CRITICAL APPLICATION" MEANS AN APPLICATION IN WHICH THE FUNCTIONING OR MALFUNCTIONING OF THE SOFTWARE MAY RESULT DIRECTLY OR INDIRECTLY IN PHYSICAL INJURY OR LOSS OF HUMAN LIFE. ================================================================================ EXTERNAL THIRD-PARTY LIBRARIES ================================================================================ The gSOAP toolkit is self-contained and does not require any third-party software to run in its standard configuration. When compression and SSL encryption are required the Zlib and OpenSSL libraries must be installed. To build the gSOAP 'soapcpp2' compiler, you must have Bison and Flex installed or the older Yacc and Lex equivalents. Note that licensing differs for Flex versus Lex, and Bison versus Yacc. Win32 builds of clients and services requires winsock.dll. To do this in Visual C++ 6.0, go to "Project", "settings", select the "Link" tab (the project file needs to be selected in the file view) and add "wsock32.lib" to the "Object/library modules" entry. The distribution contains a Visual Studio 2005 project example in the 'samples/calc_vs2005' folder with the necessary project settings to link libraries and automatically invoke to soapcpp2 compiler as a custom build. ================================================================================ DISCLAIMER ================================================================================ WE PROVIDE YOU WITH "REAL-WORLD" EXAMPLES BUT WE CANNOT GUARANTEE THAT ALL CLIENT EXAMPLES CAN CONNECT TO THIRD PARTY WEB SERVICES WHEN THESE SERVICES ARE DOWN OR HAVE BEEN REMOVED. ================================================================================ gsoap-2.8.28/gsoap++.pc.in0000644000175000017500000000042012653650160014454 0ustar ellertellertprefix=@prefix@ exec_prefix=@exec_prefix@ libdir=@libdir@ includedir=@includedir@ Name: GSoap Description: SOAP C++ Web Services Version: @VERSION@ Requires: Libs: -L${libdir} -lgsoap++ Libs.private: @SAMPLE_EXTRA_LIBS@ Cflags: @SOAPCPP2_IPV6@ -DWITH_DOM -I${includedir} gsoap-2.8.28/gsoap/0000755000175000017500000000000012654077575013417 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/0000755000175000017500000000000012653650146015555 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/ios_plugin/0000744000175000017500000000000012653650150017716 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/ios_plugin/docs/0000744000175000017500000000000012654077575020665 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/ios_plugin/docs/geoip-result.eps0000644000175000017500000532625412653650146024026 0ustar ellertellert%!PS-Adobe-3.0 EPSF-3.0 %%Creator: (ImageMagick) %%Title: (geoip-result.eps) %%CreationDate: (2012-06-08T01:00:35-04:00) %%BoundingBox: 0 0 400 582 %%HiResBoundingBox: 0 0 399.95 582 %%DocumentData: Clean7Bit %%LanguageLevel: 1 %%Pages: 1 %%EndComments %%BeginDefaults %%EndDefaults %%BeginProlog % % Display a color image. 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0 get /number_pixels exch 1 add def } ifelse 0 1 number_pixels 1 sub { pixels exch gray_packet put } for pixels 0 number_pixels getinterval } bind def /PseudoClassPacket { % % Get a PseudoClass packet. % % Parameters: % index: index into the colormap. % length: number of pixels minus one of this color (optional). % currentfile byte readhexstring pop 0 get /offset exch 3 mul def /color_packet colormap offset 3 getinterval def compression 0 eq { /number_pixels 3 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add 3 mul def } ifelse 0 3 number_pixels 1 sub { pixels exch color_packet putinterval } for pixels 0 number_pixels getinterval } bind def /PseudoClassImage { % % Display a PseudoClass image. % % Parameters: % class: 0-PseudoClass or 1-Grayscale. % currentfile buffer readline pop token pop /class exch def pop class 0 gt { currentfile buffer readline pop token pop /depth exch def pop /grays columns 8 add depth sub depth mul 8 idiv string def columns rows depth [ 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FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF end %%PageTrailer %%Trailer %%EOF gsoap-2.8.28/gsoap/ios_plugin/ios_plugin/docs/calc-result.eps0000644000175000017500000732265312653650146023626 0ustar ellertellert%!PS-Adobe-3.0 EPSF-3.0 %%Creator: (ImageMagick) %%Title: (calc-result.eps) %%CreationDate: (2012-06-08T01:00:12-04:00) %%BoundingBox: 0 0 414 770 %%HiResBoundingBox: 0 0 413.948 770 %%DocumentData: Clean7Bit %%LanguageLevel: 1 %%Pages: 1 %%EndComments %%BeginDefaults %%EndDefaults %%BeginProlog % % Display a color image. The image is displayed in color on % Postscript viewers or printers that support color, otherwise % it is displayed as grayscale. % /DirectClassPacket { % % Get a DirectClass packet. % % Parameters: % red. % green. % blue. % length: number of pixels minus one of this color (optional). % currentfile color_packet readhexstring pop pop compression 0 eq { /number_pixels 3 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add 3 mul def } ifelse 0 3 number_pixels 1 sub { pixels exch color_packet putinterval } for pixels 0 number_pixels getinterval } bind def /DirectClassImage { % % Display a DirectClass image. % systemdict /colorimage known { columns rows 8 [ columns 0 0 rows neg 0 rows ] { DirectClassPacket } false 3 colorimage } { % % No colorimage operator; convert to grayscale. % columns rows 8 [ columns 0 0 rows neg 0 rows ] { GrayDirectClassPacket } image } ifelse } bind def /GrayDirectClassPacket { % % Get a DirectClass packet; convert to grayscale. % % Parameters: % red % green % blue % length: number of pixels minus one of this color (optional). % currentfile color_packet readhexstring pop pop color_packet 0 get 0.299 mul color_packet 1 get 0.587 mul add color_packet 2 get 0.114 mul add cvi /gray_packet exch def compression 0 eq { /number_pixels 1 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add def } ifelse 0 1 number_pixels 1 sub { pixels exch gray_packet put } for pixels 0 number_pixels getinterval } bind def /GrayPseudoClassPacket { % % Get a PseudoClass packet; convert to grayscale. % % Parameters: % index: index into the colormap. % length: number of pixels minus one of this color (optional). % currentfile byte readhexstring pop 0 get /offset exch 3 mul def /color_packet colormap offset 3 getinterval def color_packet 0 get 0.299 mul color_packet 1 get 0.587 mul add color_packet 2 get 0.114 mul add cvi /gray_packet exch def compression 0 eq { /number_pixels 1 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add def } ifelse 0 1 number_pixels 1 sub { pixels exch gray_packet put } for pixels 0 number_pixels getinterval } bind def /PseudoClassPacket { % % Get a PseudoClass packet. % % Parameters: % index: index into the colormap. % length: number of pixels minus one of this color (optional). % currentfile byte readhexstring pop 0 get /offset exch 3 mul def /color_packet colormap offset 3 getinterval def compression 0 eq { /number_pixels 3 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add 3 mul def } ifelse 0 3 number_pixels 1 sub { pixels exch color_packet putinterval } for pixels 0 number_pixels getinterval } bind def /PseudoClassImage { % % Display a PseudoClass image. % % Parameters: % class: 0-PseudoClass or 1-Grayscale. % currentfile buffer readline pop token pop /class exch def pop class 0 gt { currentfile buffer readline pop token pop /depth exch def pop /grays columns 8 add depth sub depth mul 8 idiv string def columns rows depth [ 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The image is displayed in color on % Postscript viewers or printers that support color, otherwise % it is displayed as grayscale. % /DirectClassPacket { % % Get a DirectClass packet. % % Parameters: % red. % green. % blue. % length: number of pixels minus one of this color (optional). % currentfile color_packet readhexstring pop pop compression 0 eq { /number_pixels 3 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add 3 mul def } ifelse 0 3 number_pixels 1 sub { pixels exch color_packet putinterval } for pixels 0 number_pixels getinterval } bind def /DirectClassImage { % % Display a DirectClass image. % systemdict /colorimage known { columns rows 8 [ columns 0 0 rows neg 0 rows ] { DirectClassPacket } false 3 colorimage } { % % No colorimage operator; convert to grayscale. % columns rows 8 [ columns 0 0 rows neg 0 rows ] { GrayDirectClassPacket } image } ifelse } bind def /GrayDirectClassPacket { % % Get a DirectClass packet; convert to grayscale. % % Parameters: % red % green % blue % length: number of pixels minus one of this color (optional). % currentfile color_packet readhexstring pop pop color_packet 0 get 0.299 mul color_packet 1 get 0.587 mul add color_packet 2 get 0.114 mul add cvi /gray_packet exch def compression 0 eq { /number_pixels 1 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add def } ifelse 0 1 number_pixels 1 sub { pixels exch gray_packet put } for pixels 0 number_pixels getinterval } bind def /GrayPseudoClassPacket { % % Get a PseudoClass packet; convert to grayscale. % % Parameters: % index: index into the colormap. % length: number of pixels minus one of this color (optional). % currentfile byte readhexstring pop 0 get /offset exch 3 mul def /color_packet colormap offset 3 getinterval def color_packet 0 get 0.299 mul color_packet 1 get 0.587 mul add color_packet 2 get 0.114 mul add cvi /gray_packet exch def compression 0 eq { /number_pixels 1 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add def } ifelse 0 1 number_pixels 1 sub { pixels exch gray_packet put } for pixels 0 number_pixels getinterval } bind def /PseudoClassPacket { % % Get a PseudoClass packet. % % Parameters: % index: index into the colormap. % length: number of pixels minus one of this color (optional). % currentfile byte readhexstring pop 0 get /offset exch 3 mul def /color_packet colormap offset 3 getinterval def compression 0 eq { /number_pixels 3 def } { currentfile byte readhexstring pop 0 get /number_pixels exch 1 add 3 mul def } ifelse 0 3 number_pixels 1 sub { pixels exch color_packet putinterval } for pixels 0 number_pixels getinterval } bind def /PseudoClassImage { % % Display a PseudoClass image. % % Parameters: % class: 0-PseudoClass or 1-Grayscale. % currentfile buffer readline pop token pop /class exch def pop class 0 gt { currentfile buffer readline pop token pop /depth exch def pop /grays columns 8 add depth sub depth mul 8 idiv string def columns rows depth [ 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IENDB`gsoap-2.8.28/gsoap/ios_plugin/ios_plugin/gsoapios.h0000644000175000017500000001621112653650150021716 0ustar ellertellert/* gsoapios.h iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ #ifndef GSOAPIOS_H #define GSOAPIOS_H #import "stdsoap2.h" /* Class GSoapiOSURLData @brief stores states for connection establishment, buffering soap request and response */ @interface GSoapiOSURLData : NSObject { @private NSString *endpoint; NSString *host; NSString *soap_action; NSString *http_method; NSString *content_type; NSMutableData *http_req_msg; NSData *soap_req_msg; NSData *soap_res_msg; int port; int req_content_length; int received_length; // received length of response for deserialization bool request_sent; // flag indicates a soap request has been made // The timeout interval for the new request, in seconds double timeout_interval; unsigned int cache_policy; // The cache policy for the new request NSString *user_name; NSString *password; } @property(nonatomic, retain) NSString *endpoint; // Web service endpoint @property(nonatomic, retain) NSString *host; // host name @property(nonatomic, retain) NSString *soap_action; // soap action @property(nonatomic, retain) NSString *http_method; // http method @property(nonatomic, retain) NSString *content_type; // http content type // http request messgae @property(nonatomic, retain) NSMutableData *http_req_msg; // soap request message @property(nonatomic, retain) NSData *soap_req_msg; // soap response xml message @property(nonatomic, retain) NSData *soap_res_msg; @property(nonatomic) int port; // port @property(nonatomic) int req_content_length; // request content length // received length of response for deserialization @property(nonatomic) int received_length; // flag indicates a soap request has been made @property(nonatomic) bool request_sent; // the timout interval for request @property(nonatomic) double timeout_interval; @property(nonatomic) unsigned int cache_policy; // user and password: must appear in pair @property(nonatomic, retain) NSString *user_name; // user name @property(nonatomic, retain) NSString *password; // pasword - (id) init; @end /** plugin identification for plugin registry */ #define SOAP_IOS_ID "SOAP_IOS-1.0" // plugin identification for plugin registry #ifdef __cplusplus extern "C" { #endif /** @struct soap_ios_data @brief soap_ios plugin data to override callbacks and store states to manipulate SOAP connection using iOS libraries */ struct soap_ios_data { // Stores states such as endpoint, serialized request and response GSoapiOSURLData *url_data; // A callback function to replace the default tcp_connect function // Rather than establishment of a tcp connection using socket, this callback // extracts and saves states (endpoint, http-method, content-type etc.) and // buffers serialized request SOAP_SOCKET (*fopen)( struct soap*, const char*, const char*, int); // A callback function to replace the default tcp_disconnect function // Since no connection is established in fopen, this function does noop int (*fclose)( struct soap*); // A callback function to replace the default send function // This function buffers serialized request including HTTP header and body // (soap message) int (*fsend)( struct soap*, const char *, size_t); // A callback function to replace the default send function // This function sends a synchrous request to the endpoint and receives // response using iOS SDK class NSURLConnection. The response is then snet // to soap for deserialization. size_t (*frecv)( struct soap*, char *, size_t); }; /* @fn int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg) @brief soap plugin function for registration @param[in] soap soap context @param[in] plugin plugin data @param[in] arg arguments for the plugin data Usgae: @code struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg); /* @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); /* @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds); #ifdef __cplusplus } #endif // --- closing #ifdef __cplusplus #endif // --- closing #ifndef GSOAPIOS_H gsoap-2.8.28/gsoap/ios_plugin/ios_plugin/gsoapios.m0000644000175000017500000011153312653650150021726 0ustar ellertellert/* gsoapios.m iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ /** @mainpage - @ref ios_0 documents the iOS plugin to facilitate the development of client applications on iOS plarforms (iPhone and iPad) using the gSOAP toolkit. To use the plugin for development of client applications on iOS platforms, registration of this plugin is required: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ /** @page ios_0 The iOS plugin for developing client applications on iOS (iPhone and iPad) platforms @section ios_intro Introduction Consuming Web services on iOS (iPhone and iPad) platforms is inreseasingly in demand today. However, Xcode does not have any built-in tools that make consuming Web services easy. It typically requires knowledge of XML processing techniques to send soap requests to the Web services and then parse the returning XML results. The gSOAP toolkit that provides an automated SOAP and XML data binding for C and C++ can be used directly to develop client applications to consuming Web services on iOS platforms such as iPhone and iPad. However, it's default network connection does not leverage the advantages of network connection offered by iOS SDK, instead it uses lower level TCP sockets for network connection. This soap plugin facilitates developers to develop Web services client applications on iOS platforms without maniulating the XML processing. Moreover, it takes andvantages of network connection offered by iOS SDK and supports 3G/4G, wifi etc. Two Xcode examples, @ref ios_example_calc and @ref ios_example_geoip can be found in samples/ios. @section ios_1 Getting Started To start building Web services client applications for iPhone and/or iPad with gSOAP , you need: \li The gSOAP package from http://www.genivia.com/Products/downloads.html (select gSOAP toolkit standard edition from the list of software packages), and \li Xcode IDE with the iOS SDK installed. Development of Web services applications on iOS is no different from the development SOAP Web services applications on Linux, Unix and Mac OS except with a soap plugin registration. Specifically, there are four steps to develop SOAP Web services client applications on iOS: \li Generating application stubs using the gSOAP toolkit and add the source files \li Creating an iOS application project to the Xcode project \li Registering the iOS plugin \li Calling service methods @subsection iso_register_pulg Registering iOS Plugin (Required) To register the iOS plugin, simply call soap_register_plugin method: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin ... soap_end(soap); // Clean up temporaries soap_destroy(soap); // Free soap context @endcode The plugin is destroyed automatically by the soap context when the soap_end method is executed. @subsection ios_cache_policy Specifying Cache policy (Optional) The interaction beween the client and the Web servcie server can be controled by specifying the cache policy. To specify the cache policy, call the method soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) . The method cannot be called before the pluging is registered. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the cache policy for the request // Caveat: this method cannot be called before the plugin is registered // If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. soap_ios_setchacepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // (2) // Or use the integer directly instead of enum // soap_ios_setchacepolicy(soap, 2); // (NSURLRequestReturnCacheDataElseLoad) ... soap_end(soap); // clean up allocated temporaries soap_destroy(soap); // Free soap context @endcode The available cache policies that can be specified are: @code enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 } @endcode If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. @subsection ios_timeout_interval Specifying Timeout Interval (Optional) The timeout interval for network connection can be specified using the method soap_ios_settimeoutinterval(struct soap *soap, double seconds). The method cannot be called before the pluging is registered. If this method is not called, the timeout interval is 60 seconds by default. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the timout interval in terms of seconds // If this method is not called, the timeout interval is set to 60 seconds by default // Caveat: this method cannot be called before the plugin is registered soap_ios_settimeoutinterval(soap, 30.0); ... soap_end(soap); soap_destroy(soap); @endcode @subsection ios_http_auth Handling HTTP Authentication A server may request user authentication and deny access (HTTP 401 error) when the client tries to connect without HTTP authentication (or with the wrong authentication information). HTTP authentication (basic) is enabled at the client-side by setting the soap.userid and soap.passwd strings to a username and password, respectively. Be aware of that both of userid and password must be set in pair, that is, if one of them is set, the other must be set too. If the server requires basic HTTP authentication, for example, the userid and password can be specified: @code struct soap *soap = soap_new(); soap->userid = "someone"; soap->passwd = "somepass"; ... soap_end(soap); // Clean up temporaries soap_destroy(soap); @endcode @section ios_example Examples This section intoduces two examples to demonstrate the development of client applications consuming SOAP Web services on iOS platforms (iPhone and iPad) using gSOAP tools and the iOS plugin. Because gSOAP supports development for both pure C and C++, the first example, @ref ios_example_calc, is developed using pure C. The second one, @ref ios_example_geoip, is developmed using C++. We assume you already have had the expereince in development of applications for iPhone and iPad using Xcode with iOS SDK installed. @subsection ios_example_calc A Simple Calculator Example (Pure C) This example shows you how to develop a client application in C using gSOAP and the ios plugin, which consumes a simple caculator service on iOS using gSOAP. The simple calculator service was developed and deployed as a demo using the gSOAP tools (refer to http://www.genivia.com/Products/gsoap/demos/index.html for details). The gSOAP Calculator Service provides several operations such as add, sub, mul, div etc. In this example, we use operation add as a demo. Other operations are alled in a similar way. The wsdl file for this service can be obtained at the following link: http://www.genivia.com/calc.wsdl The Xcode project for this example can be found in samples/ios/calc. @subsubsection ios_calc_step_1 Step 1: Generating stubs for C API To generate codes for the calculator Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the calc.wsdl and use the local file instead of the URL): @code > wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl @endcode This generates the calc.h service definition header file with service operation definitions and types for the operation's data. The option -c flags the wsdl2h tool to generate the service definition file in pure C. By default, gSOAP assumes you will use C++ with STL. We have not yet generated the stubs for the CAPI. To do so, run the soapcpp2 compiler: @code > soapcpp2 -i -C calc.h @endcode Option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). This generates a number of soource files for client application development. @subsubsection ios_calc_step_2 Step 2: Creating Xcode project for iPhone Launch the Xcode, create a View-based Application project and name it Calc. Open the CalcViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 1: \li Two Labels ("+" and "A Simple Calculator") \li Two Text Fields (operand1 and operand2) \li One Round Rect Button ("+" button) @image html calc-view.png "Figure 1. View of the Calculator Web Service Client" In Xcode, edit the file CalcViewController.h to make it look like the following: @code // File: CalcViewController.h #import @interface CalcViewController : UIViewController { UITextField *op1; // operand1 UITextField *op2; // operand2 } @property (nonatomic, retain) IBOutlet UITextField *op1; @property (nonatomic, retain) IBOutlet UITextField *op2; - (IBAction) buttonPressed; @end @endcode Link the op1 and op2 to the two Text Fields and delegate the button action to method buttonPressed. @subsubsection ios_calc_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.c, soapClient.c, soapH.h, and soapStub.h generated in @ref ios_calc_step_1 to the project. Also add files stdsoap2.h and stdsoap2.c to the project from gsoap package as well as the iOS pluhin files gsoapios.h and sgsoapios.m. @subsubsection ios_calc_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.m to import the file ./Classes/calc.nsmap. Link errors may arise without importing this namespace mapping. @code // File: main.m #import #import "./Classes/calc.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file CalcViewController.m as the following: @code #import "CalcViewController.h" #import "soapStub.h" #import "gsoapios.h" @implementation CalcViewController @synthesize op1; // Set or get opreand1 @synthesize op2; // Set or get opreand1 - (IBAction) buttonPressed { double x = [op1.text doubleValue]; double y = [op2.text doubleValue]; struct soap *soap = soap_new(); if (soap_register_plugin(soap, soap_ios) == SOAP_OK) { // Specify the cache policy (optional) to NSURLRequestReturnCacheDataElseLoad // instead of NSURLRequestUseProtocolCachePolicy by deault soap_ios_setcachepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // Specify the timeout interval (optional) to 45 seconds instead of // the default 60 seconds soap_ios_settimeoutinterval(soap, 45.0); double result; // Call Web service operation add int status = soap_call_ns2__add(soap, NULL, NULL, x, y, &result); soap_free_temp(soap); // Cleanup temporary resources // Check soap response status if (status == SOAP_OK) { NSString *resultString; NSString *tittleString; if (status == SOAP_OK) { resultString = [NSString stringWithFormat:@"%f",result]; tittleString = [NSString stringWithFormat:@"%f / %f =",x, y]; }else { resultString = [NSString stringWithFormat:@"%@",@"Soap fault!"]; tittleString = [NSString stringWithFormat:@"%@",@"Warning"]; } // Show the result in an alert UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleString message:resultString delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; // Show the alert [alert release]; // Release the alert } else { // Caveat: Better to extract the error message and show it using an alert soap_print_fault(soap,stderr); // Print soap error in console } } soap_end(soap); // clean up allocated temporaries soap_free(soap); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 2. @image html calc-result.png "Figure 2: Snapshot of the CalcViewService result" @subsection ios_example_geoip A GeoIPService (C++) GeoIPService is a live SOAP Web service that enables you to look up contries by IP address or by Context. This example shows you how to develop a client application in C++ using gSOAP and the ios plugin, which consumes the GeoIPSerive on iOS using gSOAP. The WSDL file for this servive can be downloaded at the following link: http://www.webservicex.net/geoipservice.asmx?WSDL Devoplopment of he client appliation for this GeoIPService on iOS is similar to development for the cleant appliaction for @ref ios_example_calc. The major dfferences are highlighted in following: \li Rename the .m files to .mm files. The iOS plugin implementation file gsoapios.m must be renamed to gsoapios.mm. The main.m must be renamed to main.mm. Other files such as your ViewController may also be renamed with .mm. \li Generate C++ proxy using proper options with wsdl2h and soapcpp2 \li Use the stdsoap2.cpp instead of stdsoap2.c from the gSOAP package in your iOS project. The Xcode project for this example can be found in samples/ios/GeoIPService. @subsubsection ios_geoip_step_1 Step 1: Generating stubs for C++ Proxy To generate codes for the GeoIPSerbice Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the GeoIPService.wsdl file and use the local file instead of the URL): @code >wsdl2h -o GeoIPService.h http://www.webservicex.net/geoipservice.asmx?WSDL @endcode This generates the GeoIPService.h service definition header file with service operation definitions and types for the operation's data. By default, gSOAP assumes you will use C++ with STL. To generate the stubs for the C++ proxy classes, run the soapcpp2 compiler: @code >soapcpp2 -i -C -I$GSOAP_HOME/import GeoIPService.h @endcode Option -i tells the compiler to generate C++ proxy and option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). Option -I is needed to import the stlvector.h file from the import directory in the gSOAP package to support serialization of STL vectors. @subsubsection ios_geoip_step_2 Step 2: Creating Xcode project for iPhone Create a View-based Application project and name it GeoIPService and rename the .m source files to .mm. Open the GeoIPserviceViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 3: \li A Label ("IP Address") \li A Text Field \li One Round Rect Button ("Find Country" button) @image html geoip-view.png "Figure 3. View of the GeoIPService Client" In Xcode, edit the file GeoIPServiceViewController.h to make it look like the following: @code // File: GeoIPServiceViewController.h #import @interface GeoIPServiceViewController : UIViewController { UITextField *ipAddress; } @property (nonatomic, retain) IBOutlet UITextField *ipAddress; - (IBAction) buttonFindCountry:(id)sender; @end @endcode Set the ipAddress outlet and the buttonFindCountry:(id)sender method to delegate action of the button. @subsubsection ios_geoip_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.cpp, GeoIPServiceSoap12Proxy.cpp, GeoIPServiceSoap12Proxy.h, soapH.h, andsoapStub.h generated in @ref ios_geoip_step_1 to the project. Also add filesstdsoap2.h and stdsoap2.cpp to the project from gsoap package and the iOS pluhin files gsoapios.h and sgsoapios.m. Do not forget to rename the sgsoapios.m to sgsoapios.mm The GeoIPServiceSoap12Proxy.h and GeoIPServiceSoap12Proxy.cpp are C++ proxy header and implementation files for SOAP 1.2 (You may use GeoIPServiceSoapProxy.cpp and GeoIPServiceSoapProxy.h for SOAP1.1). @subsubsection ios_geoip_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.mm to import the file ./Classes/GeoIPService.nsmap. Link errors would arise without importing this namespace mapping. @code // File: main.mm #import #import "./Classes/GeoIPServiceSoap12.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file GeoIPServiceViewController.m as the following: @code #import "GeoIPServiceViewController.h" #include "soapGeoIPServiceSoap12Proxy.h" #import "gsoapios.h" using namespace std; typedef struct _ns1__GetGeoIP RequestStruct; typedef struct _ns1__GetGeoIPResponse ResponseStruct; @implementation GeoIPServiceViewController @synthesize ipAddress; - (IBAction)buttonFindCountry:(id)sender { RequestStruct ip; ResponseStruct response; GeoIPServiceSoap12Proxy service; std::string ipAdd = std::string((char *)[ipAddress.text UTF8String]); ip.IPAddress = &ipAdd; // ----- register plugin for callbacks ------ soap_register_plugin(&service, soap_ios); // Optional: timeout internal, the default is 60.0 seconds soap_ios_settimeoutinterval(&service, 30.0); // Optional: the default policy is NSURLRequestUseProtocolCachePolicy (0) soap_ios_setcachepolicy(&service, NSURLRequestReturnCacheDataElseLoad); // (2) int status = service.GetGeoIP(&ip, &response); string* result; string err_msg = "Invalid IP address"; if ( status == SOAP_OK) { if(response.GetGeoIPResult && response.GetGeoIPResult->CountryName) { result = response.GetGeoIPResult->CountryName; } else { result = &err_msg; } } else { service.soap_stream_fault(std::cerr); } NSString *soapResult; NSString *tittleMsg; if (status == SOAP_OK) { soapResult = [NSString stringWithUTF8String:result->c_str()]; tittleMsg = [NSString stringWithFormat: @"%@", @"Country Found"]; } else { soapResult = [NSString stringWithFormat: @"%@", @"Soap Error!"]; tittleMsg = [NSString stringWithFormat: @"%@", @"Warning"]; } UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleMsg message:soapResult delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; [alert release]; service.destroy(); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 4. @image html geoip-result.png "Figure : Snapshot of the GeoIPServiceViewService result" */ #import "gsoapios.h" #import // ----------------------------------------------------------------------------- // Start of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- /** Class GSoapiOSURLData @brief The class stores the states for connection establishment, buffering soap request and response */ @implementation GSoapiOSURLData @synthesize endpoint; ///< Set or get endpoint @synthesize host; ///< Set or get host name @synthesize soap_action; ///< Set or get soap action @synthesize http_method; ///< Set or get HTTP method @synthesize content_type; ///< Set or get content type @synthesize http_req_msg; ///< Set or get HTTP request message @synthesize soap_req_msg; ///< Set or get SOAP request @synthesize soap_res_msg; ///< Set or get SOAP response @synthesize port; ///< Set or get port @synthesize received_length; ///< Set or get received message length @synthesize request_sent; ///< Set or get the flag for the first time sending @synthesize req_content_length; ///< Set or get request message length @synthesize timeout_interval; ///< Set or get timeout interval @synthesize cache_policy; ///< Set or get cache policy @synthesize user_name; ///< Set or get user ID for authentication @synthesize password; ///< Set or get password for authentication /** @fn init @brief Constructor */ - (id) init { [super init]; http_req_msg = [NSMutableData alloc]; timeout_interval = 60.0; // 60 seconds by default cache_policy = NSURLRequestUseProtocolCachePolicy; // The default cache policy return self; } /** @fn dealloc @brief Destructor */ - (void) dealloc { [endpoint release]; [host release]; [soap_action release]; [http_method release]; [content_type release]; [http_req_msg release]; [soap_req_msg release]; [user_name release]; [password release]; [super dealloc]; } @end // ----------------------------------------------------------------------------- // End of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- // ----------------------------------------------------------------------------- // Start of C plugin implementation // ----------------------------------------------------------------------------- /** plugin identification for plugin registry */ const char soap_ios_id[13] = SOAP_IOS_ID; // Unique plugin ID static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_ios_delete(struct soap *soap, struct soap_plugin *p); static int soap_ios_init(struct soap *soap, struct soap_ios_data *data); static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port); static int soap_ios_close( struct soap *soap); static int soap_ios_send( struct soap *soap, const char *buf, size_t len); static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len); //void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); //void soap_ios_settimeoutinterval(struct soap *soap, double seconds); /** @fn int soap_ios @brief Save the old callbacks and set new callbacks to handle soap client applications on iOS platforms (iPhone and iPad) @param soap The soap context @param[in] p The soap plugin data @param[in] arg The arguments for soap plugin @return SOAP_OK if registration is successfull; SOAP_EOM otherwise */ int soap_ios (struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_ios_id; // set a unique plugin id p->data = (void*)malloc(sizeof(struct soap_ios_data)); // Allocate memory p->fcopy = soap_ios_copy; // set fcopy callback for soap_copy(truct soap*) p->fdelete = soap_ios_delete; // set fdeete callback if (p->data) { if (soap_ios_init(soap, (struct soap_ios_data*)p->data) != SOAP_OK) { free(p->data); // free resource upon failure to initialize plugin return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Duplicates the plugin context for the soap context @param soap The soap context @param[out] dst The destination plugin data to store to @param[in] src The sources plugin data to be copied from @param[in] arg The arguments for plugin (optional) @return SOAP_OK if registration is successfull; SOAP_ERR otherwise */ static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; int status = SOAP_ERR; if (dst->data = (void*)malloc(sizeof(struct soap_ios_data))) status = soap_ios_init(soap, (struct soap_ios_data*)dst->data); return status; } /** @fn void soap_ios_delete(struct soap *soap, struct soap_plugin *p) @brief Destroys the plugin context @param soap context @param[in] p plugin data */ static void soap_ios_delete(struct soap *soap, struct soap_plugin *p) { if (p != NULL) { struct soap_ios_data *data = (struct soap_ios_data*)p->data; if (data && data->url_data) [data->url_data release]; // Free url_data free(p->data); // Free the pointer to url_data } } /** @fn int soap_ios_init(struct soap *soap, struct soap_ios_data *data) @brief Initializes the plugin data @param soap The soap context @param[out] data The plugin data to be initialized @return SOAP_OK if initialization is sucessful; SOAP_ERR otherwise */ static int soap_ios_init(struct soap *soap, struct soap_ios_data *data) { data->url_data = [[GSoapiOSURLData alloc] init]; if (data->url_data == nil) return SOAP_ERR; // failure to init // save and set callbacks data->fopen = soap->fopen; // save old fopen callback data->fclose = soap->fclose; // save old fclose callback data->fsend = soap->fsend; // save old fsend callback data->frecv = soap->frecv; // save old frecv callback soap->fopen = soap_ios_open; // replace open callback soap->fclose = soap_ios_close; // replace close callback soap->fsend = soap_ios_send; // replace send callback soap->frecv = soap_ios_recv; // replace recv callback return SOAP_OK; } /** @fn SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) @brief Extracts states from soap context and saves states for soap connection @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 1 A valid socket Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) { // Pull out the pluin data struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); if (data == NULL || data->url_data == nil) return SOAP_INVALID_SOCKET; GSoapiOSURLData * url_data = data->url_data; [url_data setEndpoint:[NSString stringWithUTF8String:endpoint]]; [url_data setHost:[NSString stringWithUTF8String:host]]; [url_data setPort:port]; [url_data setRequest_sent:false]; [url_data setReceived_length:0]; [url_data setSoap_action:[NSString stringWithUTF8String:soap->action]]; [url_data setReq_content_length:soap->count]; // Extract a pair of userid and password if present if (soap->userid && soap->passwd) { [url_data setUser_name:[NSString stringWithUTF8String:soap->userid]]; [url_data setPassword:[NSString stringWithUTF8String:soap->passwd]]; } else { [url_data setUser_name:nil]; [url_data setPassword:nil]; } // Extracts and saves http-method switch (soap->status){ case SOAP_POST: [url_data setHttp_method:@"POST"]; break; case SOAP_GET: [url_data setHttp_method:@"GET"]; break; case SOAP_DEL: [url_data setHttp_method:@"DELETE"]; break; case SOAP_CONNECT: [url_data setHttp_method:@"CONNECT"]; break; default: [url_data setHttp_method:@"POST"]; break; } // Extracts and saves http content-type if((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)){ [url_data setContent_type:@"application/dime"]; } else if (soap->version == 2){ if (soap->mode & SOAP_ENC_MTOM){ [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"application/soap+xml\""]; }else{ [url_data setContent_type:@"application/soap+xml; charset=utf-8"]; } }else if (soap->mode & SOAP_ENC_MTOM) { [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"text/xml\""]; } else { [url_data setContent_type:@"tex/xml; charset=utf-8"]; } return 1; } /** @fn int soap_ios_close( struct soap *soap) @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 0 Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static int soap_ios_close( struct soap *soap) { return 0; } /** @fn int soap_ios_send( struct soap *soap, const char *buf, size_t len) @brief Buffers the http/soap request in plugin data @param soap The soap context @param[in] buf The buffer holding the serialized http/soap request @param[in] len The buffer size @return The number of bytes buffered Note: This send function does not send any data to its peer. Rather it buffers the serialied soap request including http header to the plugin data. The sending happens actually in frecv function. */ static int soap_ios_send( struct soap *soap, const char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; [url_data.http_req_msg appendBytes:buf length: len]; return len > 0 ? SOAP_OK : SOAP_EOF; } /** @fn size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) @brief Sends soap request, buffers soap response and serialize the response @param soap The soap context @param[out] buf The buffer for the received data @param[in] len The number of bytes received @return The number of bytes received Note: This recv function sends a synchronous soap request through NSURLRequest, receives soap response, serializes response. */ static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; // Handle HTTP basic authentication if present if (url_data.user_name && url_data.password) { NSURLCredential *credential = [NSURLCredential credentialWithUser:url_data.user_name password:url_data.password persistence:NSURLCredentialPersistenceForSession]; NSURLProtectionSpace * protectionSpace = [[NSURLProtectionSpace alloc] initWithHost:url_data.host port:url_data.port protocol:@"http" realm:nil authenticationMethod:nil]; [[NSURLCredentialStorage sharedCredentialStorage] setDefaultCredential:credential forProtectionSpace:protectionSpace]; [protectionSpace release]; } // -------- End of auhentication handling --------- // Execute once: sending the request and receiving response // Send request through NSURLRequest sendSynchronousRequest // and receive response if(url_data.request_sent == false) { [url_data setRequest_sent:true]; //int msg_len = [url_data.http_req_msg length]; NSRange range = NSMakeRange([url_data.http_req_msg length] - url_data.req_content_length, url_data.req_content_length); url_data.soap_req_msg = [url_data.http_req_msg subdataWithRange:range]; NSURL *url = [NSURL URLWithString:url_data.endpoint]; NSMutableURLRequest *request = [NSMutableURLRequest requestWithURL:url cachePolicy:(NSURLRequestCachePolicy)url_data.cache_policy timeoutInterval:url_data.timeout_interval]; [request addValue:url_data.host forHTTPHeaderField:@"HOST"]; [request addValue:url_data.soap_action forHTTPHeaderField:@"SOAPACTION"]; [request addValue:url_data.content_type forHTTPHeaderField:@"Content-Type"]; [request setHTTPMethod:url_data.http_method]; NSString *conten_length = [NSString stringWithFormat:@"%d", [url_data.soap_req_msg length]]; [request addValue:conten_length forHTTPHeaderField:@"Content-Length"]; [request setHTTPBody:url_data.soap_req_msg]; NSHTTPURLResponse *response = nil; NSError *error = nil; url_data.soap_res_msg = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error]; // Error handling if (error) { DLog(@"ERROR:<%@>\n", [error localizedDescription]); //const char *fault_string = [[error localizedDescription] UTF8String]; soap_receiver_fault(soap, [[error localizedDescription] UTF8String], ""); } } // may execute multiple times depending on the buffer size and response length if(url_data.request_sent) { size_t res_len = [url_data.soap_res_msg length]; // response length if (len + url_data.received_length > res_len) { // Adjustment len len = res_len - url_data.received_length; //cout << "len = " << len << endl; } const char *res_msg = (const char *)[url_data.soap_res_msg bytes]; memcpy(buf, res_msg + url_data.received_length, len); url_data.received_length += len; } return url_data.request_sent ? len : 0; } /** @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.cache_policy = policy; } /** @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.timeout_interval = seconds; } // ----------------------------------------------------------------------------- // END of C plugin implementation // ----------------------------------------------------------------------------- gsoap-2.8.28/gsoap/ios_plugin/ios_plugin/gsoapios.mm0000644000175000017500000011153312653650150022103 0ustar ellertellert/* gsoapios.m iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ /** @mainpage - @ref ios_0 documents the iOS plugin to facilitate the development of client applications on iOS plarforms (iPhone and iPad) using the gSOAP toolkit. To use the plugin for development of client applications on iOS platforms, registration of this plugin is required: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ /** @page ios_0 The iOS plugin for developing client applications on iOS (iPhone and iPad) platforms @section ios_intro Introduction Consuming Web services on iOS (iPhone and iPad) platforms is inreseasingly in demand today. However, Xcode does not have any built-in tools that make consuming Web services easy. It typically requires knowledge of XML processing techniques to send soap requests to the Web services and then parse the returning XML results. The gSOAP toolkit that provides an automated SOAP and XML data binding for C and C++ can be used directly to develop client applications to consuming Web services on iOS platforms such as iPhone and iPad. However, it's default network connection does not leverage the advantages of network connection offered by iOS SDK, instead it uses lower level TCP sockets for network connection. This soap plugin facilitates developers to develop Web services client applications on iOS platforms without maniulating the XML processing. Moreover, it takes andvantages of network connection offered by iOS SDK and supports 3G/4G, wifi etc. Two Xcode examples, @ref ios_example_calc and @ref ios_example_geoip can be found in samples/ios. @section ios_1 Getting Started To start building Web services client applications for iPhone and/or iPad with gSOAP , you need: \li The gSOAP package from http://www.genivia.com/Products/downloads.html (select gSOAP toolkit standard edition from the list of software packages), and \li Xcode IDE with the iOS SDK installed. Development of Web services applications on iOS is no different from the development SOAP Web services applications on Linux, Unix and Mac OS except with a soap plugin registration. Specifically, there are four steps to develop SOAP Web services client applications on iOS: \li Generating application stubs using the gSOAP toolkit and add the source files \li Creating an iOS application project to the Xcode project \li Registering the iOS plugin \li Calling service methods @subsection iso_register_pulg Registering iOS Plugin (Required) To register the iOS plugin, simply call soap_register_plugin method: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin ... soap_end(soap); // Clean up temporaries soap_destroy(soap); // Free soap context @endcode The plugin is destroyed automatically by the soap context when the soap_end method is executed. @subsection ios_cache_policy Specifying Cache policy (Optional) The interaction beween the client and the Web servcie server can be controled by specifying the cache policy. To specify the cache policy, call the method soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) . The method cannot be called before the pluging is registered. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the cache policy for the request // Caveat: this method cannot be called before the plugin is registered // If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. soap_ios_setchacepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // (2) // Or use the integer directly instead of enum // soap_ios_setchacepolicy(soap, 2); // (NSURLRequestReturnCacheDataElseLoad) ... soap_end(soap); // clean up allocated temporaries soap_destroy(soap); // Free soap context @endcode The available cache policies that can be specified are: @code enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 } @endcode If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. @subsection ios_timeout_interval Specifying Timeout Interval (Optional) The timeout interval for network connection can be specified using the method soap_ios_settimeoutinterval(struct soap *soap, double seconds). The method cannot be called before the pluging is registered. If this method is not called, the timeout interval is 60 seconds by default. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the timout interval in terms of seconds // If this method is not called, the timeout interval is set to 60 seconds by default // Caveat: this method cannot be called before the plugin is registered soap_ios_settimeoutinterval(soap, 30.0); ... soap_end(soap); soap_destroy(soap); @endcode @subsection ios_http_auth Handling HTTP Authentication A server may request user authentication and deny access (HTTP 401 error) when the client tries to connect without HTTP authentication (or with the wrong authentication information). HTTP authentication (basic) is enabled at the client-side by setting the soap.userid and soap.passwd strings to a username and password, respectively. Be aware of that both of userid and password must be set in pair, that is, if one of them is set, the other must be set too. If the server requires basic HTTP authentication, for example, the userid and password can be specified: @code struct soap *soap = soap_new(); soap->userid = "someone"; soap->passwd = "somepass"; ... soap_end(soap); // Clean up temporaries soap_destroy(soap); @endcode @section ios_example Examples This section intoduces two examples to demonstrate the development of client applications consuming SOAP Web services on iOS platforms (iPhone and iPad) using gSOAP tools and the iOS plugin. Because gSOAP supports development for both pure C and C++, the first example, @ref ios_example_calc, is developed using pure C. The second one, @ref ios_example_geoip, is developmed using C++. We assume you already have had the expereince in development of applications for iPhone and iPad using Xcode with iOS SDK installed. @subsection ios_example_calc A Simple Calculator Example (Pure C) This example shows you how to develop a client application in C using gSOAP and the ios plugin, which consumes a simple caculator service on iOS using gSOAP. The simple calculator service was developed and deployed as a demo using the gSOAP tools (refer to http://www.genivia.com/Products/gsoap/demos/index.html for details). The gSOAP Calculator Service provides several operations such as add, sub, mul, div etc. In this example, we use operation add as a demo. Other operations are alled in a similar way. The wsdl file for this service can be obtained at the following link: http://www.genivia.com/calc.wsdl The Xcode project for this example can be found in samples/ios/calc. @subsubsection ios_calc_step_1 Step 1: Generating stubs for C API To generate codes for the calculator Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the calc.wsdl and use the local file instead of the URL): @code > wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl @endcode This generates the calc.h service definition header file with service operation definitions and types for the operation's data. The option -c flags the wsdl2h tool to generate the service definition file in pure C. By default, gSOAP assumes you will use C++ with STL. We have not yet generated the stubs for the CAPI. To do so, run the soapcpp2 compiler: @code > soapcpp2 -i -C calc.h @endcode Option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). This generates a number of soource files for client application development. @subsubsection ios_calc_step_2 Step 2: Creating Xcode project for iPhone Launch the Xcode, create a View-based Application project and name it Calc. Open the CalcViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 1: \li Two Labels ("+" and "A Simple Calculator") \li Two Text Fields (operand1 and operand2) \li One Round Rect Button ("+" button) @image html calc-view.png "Figure 1. View of the Calculator Web Service Client" In Xcode, edit the file CalcViewController.h to make it look like the following: @code // File: CalcViewController.h #import @interface CalcViewController : UIViewController { UITextField *op1; // operand1 UITextField *op2; // operand2 } @property (nonatomic, retain) IBOutlet UITextField *op1; @property (nonatomic, retain) IBOutlet UITextField *op2; - (IBAction) buttonPressed; @end @endcode Link the op1 and op2 to the two Text Fields and delegate the button action to method buttonPressed. @subsubsection ios_calc_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.c, soapClient.c, soapH.h, and soapStub.h generated in @ref ios_calc_step_1 to the project. Also add files stdsoap2.h and stdsoap2.c to the project from gsoap package as well as the iOS pluhin files gsoapios.h and sgsoapios.m. @subsubsection ios_calc_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.m to import the file ./Classes/calc.nsmap. Link errors may arise without importing this namespace mapping. @code // File: main.m #import #import "./Classes/calc.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file CalcViewController.m as the following: @code #import "CalcViewController.h" #import "soapStub.h" #import "gsoapios.h" @implementation CalcViewController @synthesize op1; // Set or get opreand1 @synthesize op2; // Set or get opreand1 - (IBAction) buttonPressed { double x = [op1.text doubleValue]; double y = [op2.text doubleValue]; struct soap *soap = soap_new(); if (soap_register_plugin(soap, soap_ios) == SOAP_OK) { // Specify the cache policy (optional) to NSURLRequestReturnCacheDataElseLoad // instead of NSURLRequestUseProtocolCachePolicy by deault soap_ios_setcachepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // Specify the timeout interval (optional) to 45 seconds instead of // the default 60 seconds soap_ios_settimeoutinterval(soap, 45.0); double result; // Call Web service operation add int status = soap_call_ns2__add(soap, NULL, NULL, x, y, &result); soap_free_temp(soap); // Cleanup temporary resources // Check soap response status if (status == SOAP_OK) { NSString *resultString; NSString *tittleString; if (status == SOAP_OK) { resultString = [NSString stringWithFormat:@"%f",result]; tittleString = [NSString stringWithFormat:@"%f / %f =",x, y]; }else { resultString = [NSString stringWithFormat:@"%@",@"Soap fault!"]; tittleString = [NSString stringWithFormat:@"%@",@"Warning"]; } // Show the result in an alert UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleString message:resultString delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; // Show the alert [alert release]; // Release the alert } else { // Caveat: Better to extract the error message and show it using an alert soap_print_fault(soap,stderr); // Print soap error in console } } soap_end(soap); // clean up allocated temporaries soap_free(soap); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 2. @image html calc-result.png "Figure 2: Snapshot of the CalcViewService result" @subsection ios_example_geoip A GeoIPService (C++) GeoIPService is a live SOAP Web service that enables you to look up contries by IP address or by Context. This example shows you how to develop a client application in C++ using gSOAP and the ios plugin, which consumes the GeoIPSerive on iOS using gSOAP. The WSDL file for this servive can be downloaded at the following link: http://www.webservicex.net/geoipservice.asmx?WSDL Devoplopment of he client appliation for this GeoIPService on iOS is similar to development for the cleant appliaction for @ref ios_example_calc. The major dfferences are highlighted in following: \li Rename the .m files to .mm files. The iOS plugin implementation file gsoapios.m must be renamed to gsoapios.mm. The main.m must be renamed to main.mm. Other files such as your ViewController may also be renamed with .mm. \li Generate C++ proxy using proper options with wsdl2h and soapcpp2 \li Use the stdsoap2.cpp instead of stdsoap2.c from the gSOAP package in your iOS project. The Xcode project for this example can be found in samples/ios/GeoIPService. @subsubsection ios_geoip_step_1 Step 1: Generating stubs for C++ Proxy To generate codes for the GeoIPSerbice Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the GeoIPService.wsdl file and use the local file instead of the URL): @code >wsdl2h -o GeoIPService.h http://www.webservicex.net/geoipservice.asmx?WSDL @endcode This generates the GeoIPService.h service definition header file with service operation definitions and types for the operation's data. By default, gSOAP assumes you will use C++ with STL. To generate the stubs for the C++ proxy classes, run the soapcpp2 compiler: @code >soapcpp2 -i -C -I$GSOAP_HOME/import GeoIPService.h @endcode Option -i tells the compiler to generate C++ proxy and option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). Option -I is needed to import the stlvector.h file from the import directory in the gSOAP package to support serialization of STL vectors. @subsubsection ios_geoip_step_2 Step 2: Creating Xcode project for iPhone Create a View-based Application project and name it GeoIPService and rename the .m source files to .mm. Open the GeoIPserviceViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 3: \li A Label ("IP Address") \li A Text Field \li One Round Rect Button ("Find Country" button) @image html geoip-view.png "Figure 3. View of the GeoIPService Client" In Xcode, edit the file GeoIPServiceViewController.h to make it look like the following: @code // File: GeoIPServiceViewController.h #import @interface GeoIPServiceViewController : UIViewController { UITextField *ipAddress; } @property (nonatomic, retain) IBOutlet UITextField *ipAddress; - (IBAction) buttonFindCountry:(id)sender; @end @endcode Set the ipAddress outlet and the buttonFindCountry:(id)sender method to delegate action of the button. @subsubsection ios_geoip_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.cpp, GeoIPServiceSoap12Proxy.cpp, GeoIPServiceSoap12Proxy.h, soapH.h, andsoapStub.h generated in @ref ios_geoip_step_1 to the project. Also add filesstdsoap2.h and stdsoap2.cpp to the project from gsoap package and the iOS pluhin files gsoapios.h and sgsoapios.m. Do not forget to rename the sgsoapios.m to sgsoapios.mm The GeoIPServiceSoap12Proxy.h and GeoIPServiceSoap12Proxy.cpp are C++ proxy header and implementation files for SOAP 1.2 (You may use GeoIPServiceSoapProxy.cpp and GeoIPServiceSoapProxy.h for SOAP1.1). @subsubsection ios_geoip_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.mm to import the file ./Classes/GeoIPService.nsmap. Link errors would arise without importing this namespace mapping. @code // File: main.mm #import #import "./Classes/GeoIPServiceSoap12.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file GeoIPServiceViewController.m as the following: @code #import "GeoIPServiceViewController.h" #include "soapGeoIPServiceSoap12Proxy.h" #import "gsoapios.h" using namespace std; typedef struct _ns1__GetGeoIP RequestStruct; typedef struct _ns1__GetGeoIPResponse ResponseStruct; @implementation GeoIPServiceViewController @synthesize ipAddress; - (IBAction)buttonFindCountry:(id)sender { RequestStruct ip; ResponseStruct response; GeoIPServiceSoap12Proxy service; std::string ipAdd = std::string((char *)[ipAddress.text UTF8String]); ip.IPAddress = &ipAdd; // ----- register plugin for callbacks ------ soap_register_plugin(&service, soap_ios); // Optional: timeout internal, the default is 60.0 seconds soap_ios_settimeoutinterval(&service, 30.0); // Optional: the default policy is NSURLRequestUseProtocolCachePolicy (0) soap_ios_setcachepolicy(&service, NSURLRequestReturnCacheDataElseLoad); // (2) int status = service.GetGeoIP(&ip, &response); string* result; string err_msg = "Invalid IP address"; if ( status == SOAP_OK) { if(response.GetGeoIPResult && response.GetGeoIPResult->CountryName) { result = response.GetGeoIPResult->CountryName; } else { result = &err_msg; } } else { service.soap_stream_fault(std::cerr); } NSString *soapResult; NSString *tittleMsg; if (status == SOAP_OK) { soapResult = [NSString stringWithUTF8String:result->c_str()]; tittleMsg = [NSString stringWithFormat: @"%@", @"Country Found"]; } else { soapResult = [NSString stringWithFormat: @"%@", @"Soap Error!"]; tittleMsg = [NSString stringWithFormat: @"%@", @"Warning"]; } UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleMsg message:soapResult delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; [alert release]; service.destroy(); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 4. @image html geoip-result.png "Figure : Snapshot of the GeoIPServiceViewService result" */ #import "gsoapios.h" #import // ----------------------------------------------------------------------------- // Start of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- /** Class GSoapiOSURLData @brief The class stores the states for connection establishment, buffering soap request and response */ @implementation GSoapiOSURLData @synthesize endpoint; ///< Set or get endpoint @synthesize host; ///< Set or get host name @synthesize soap_action; ///< Set or get soap action @synthesize http_method; ///< Set or get HTTP method @synthesize content_type; ///< Set or get content type @synthesize http_req_msg; ///< Set or get HTTP request message @synthesize soap_req_msg; ///< Set or get SOAP request @synthesize soap_res_msg; ///< Set or get SOAP response @synthesize port; ///< Set or get port @synthesize received_length; ///< Set or get received message length @synthesize request_sent; ///< Set or get the flag for the first time sending @synthesize req_content_length; ///< Set or get request message length @synthesize timeout_interval; ///< Set or get timeout interval @synthesize cache_policy; ///< Set or get cache policy @synthesize user_name; ///< Set or get user ID for authentication @synthesize password; ///< Set or get password for authentication /** @fn init @brief Constructor */ - (id) init { [super init]; http_req_msg = [NSMutableData alloc]; timeout_interval = 60.0; // 60 seconds by default cache_policy = NSURLRequestUseProtocolCachePolicy; // The default cache policy return self; } /** @fn dealloc @brief Destructor */ - (void) dealloc { [endpoint release]; [host release]; [soap_action release]; [http_method release]; [content_type release]; [http_req_msg release]; [soap_req_msg release]; [user_name release]; [password release]; [super dealloc]; } @end // ----------------------------------------------------------------------------- // End of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- // ----------------------------------------------------------------------------- // Start of C plugin implementation // ----------------------------------------------------------------------------- /** plugin identification for plugin registry */ const char soap_ios_id[13] = SOAP_IOS_ID; // Unique plugin ID static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_ios_delete(struct soap *soap, struct soap_plugin *p); static int soap_ios_init(struct soap *soap, struct soap_ios_data *data); static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port); static int soap_ios_close( struct soap *soap); static int soap_ios_send( struct soap *soap, const char *buf, size_t len); static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len); //void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); //void soap_ios_settimeoutinterval(struct soap *soap, double seconds); /** @fn int soap_ios @brief Save the old callbacks and set new callbacks to handle soap client applications on iOS platforms (iPhone and iPad) @param soap The soap context @param[in] p The soap plugin data @param[in] arg The arguments for soap plugin @return SOAP_OK if registration is successfull; SOAP_EOM otherwise */ int soap_ios (struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_ios_id; // set a unique plugin id p->data = (void*)malloc(sizeof(struct soap_ios_data)); // Allocate memory p->fcopy = soap_ios_copy; // set fcopy callback for soap_copy(truct soap*) p->fdelete = soap_ios_delete; // set fdeete callback if (p->data) { if (soap_ios_init(soap, (struct soap_ios_data*)p->data) != SOAP_OK) { free(p->data); // free resource upon failure to initialize plugin return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Duplicates the plugin context for the soap context @param soap The soap context @param[out] dst The destination plugin data to store to @param[in] src The sources plugin data to be copied from @param[in] arg The arguments for plugin (optional) @return SOAP_OK if registration is successfull; SOAP_ERR otherwise */ static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; int status = SOAP_ERR; if (dst->data = (void*)malloc(sizeof(struct soap_ios_data))) status = soap_ios_init(soap, (struct soap_ios_data*)dst->data); return status; } /** @fn void soap_ios_delete(struct soap *soap, struct soap_plugin *p) @brief Destroys the plugin context @param soap context @param[in] p plugin data */ static void soap_ios_delete(struct soap *soap, struct soap_plugin *p) { if (p != NULL) { struct soap_ios_data *data = (struct soap_ios_data*)p->data; if (data && data->url_data) [data->url_data release]; // Free url_data free(p->data); // Free the pointer to url_data } } /** @fn int soap_ios_init(struct soap *soap, struct soap_ios_data *data) @brief Initializes the plugin data @param soap The soap context @param[out] data The plugin data to be initialized @return SOAP_OK if initialization is sucessful; SOAP_ERR otherwise */ static int soap_ios_init(struct soap *soap, struct soap_ios_data *data) { data->url_data = [[GSoapiOSURLData alloc] init]; if (data->url_data == nil) return SOAP_ERR; // failure to init // save and set callbacks data->fopen = soap->fopen; // save old fopen callback data->fclose = soap->fclose; // save old fclose callback data->fsend = soap->fsend; // save old fsend callback data->frecv = soap->frecv; // save old frecv callback soap->fopen = soap_ios_open; // replace open callback soap->fclose = soap_ios_close; // replace close callback soap->fsend = soap_ios_send; // replace send callback soap->frecv = soap_ios_recv; // replace recv callback return SOAP_OK; } /** @fn SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) @brief Extracts states from soap context and saves states for soap connection @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 1 A valid socket Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) { // Pull out the pluin data struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); if (data == NULL || data->url_data == nil) return SOAP_INVALID_SOCKET; GSoapiOSURLData * url_data = data->url_data; [url_data setEndpoint:[NSString stringWithUTF8String:endpoint]]; [url_data setHost:[NSString stringWithUTF8String:host]]; [url_data setPort:port]; [url_data setRequest_sent:false]; [url_data setReceived_length:0]; [url_data setSoap_action:[NSString stringWithUTF8String:soap->action]]; [url_data setReq_content_length:soap->count]; // Extract a pair of userid and password if present if (soap->userid && soap->passwd) { [url_data setUser_name:[NSString stringWithUTF8String:soap->userid]]; [url_data setPassword:[NSString stringWithUTF8String:soap->passwd]]; } else { [url_data setUser_name:nil]; [url_data setPassword:nil]; } // Extracts and saves http-method switch (soap->status){ case SOAP_POST: [url_data setHttp_method:@"POST"]; break; case SOAP_GET: [url_data setHttp_method:@"GET"]; break; case SOAP_DEL: [url_data setHttp_method:@"DELETE"]; break; case SOAP_CONNECT: [url_data setHttp_method:@"CONNECT"]; break; default: [url_data setHttp_method:@"POST"]; break; } // Extracts and saves http content-type if((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)){ [url_data setContent_type:@"application/dime"]; } else if (soap->version == 2){ if (soap->mode & SOAP_ENC_MTOM){ [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"application/soap+xml\""]; }else{ [url_data setContent_type:@"application/soap+xml; charset=utf-8"]; } }else if (soap->mode & SOAP_ENC_MTOM) { [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"text/xml\""]; } else { [url_data setContent_type:@"tex/xml; charset=utf-8"]; } return 1; } /** @fn int soap_ios_close( struct soap *soap) @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 0 Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static int soap_ios_close( struct soap *soap) { return 0; } /** @fn int soap_ios_send( struct soap *soap, const char *buf, size_t len) @brief Buffers the http/soap request in plugin data @param soap The soap context @param[in] buf The buffer holding the serialized http/soap request @param[in] len The buffer size @return The number of bytes buffered Note: This send function does not send any data to its peer. Rather it buffers the serialied soap request including http header to the plugin data. The sending happens actually in frecv function. */ static int soap_ios_send( struct soap *soap, const char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; [url_data.http_req_msg appendBytes:buf length: len]; return len > 0 ? SOAP_OK : SOAP_EOF; } /** @fn size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) @brief Sends soap request, buffers soap response and serialize the response @param soap The soap context @param[out] buf The buffer for the received data @param[in] len The number of bytes received @return The number of bytes received Note: This recv function sends a synchronous soap request through NSURLRequest, receives soap response, serializes response. */ static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; // Handle HTTP basic authentication if present if (url_data.user_name && url_data.password) { NSURLCredential *credential = [NSURLCredential credentialWithUser:url_data.user_name password:url_data.password persistence:NSURLCredentialPersistenceForSession]; NSURLProtectionSpace * protectionSpace = [[NSURLProtectionSpace alloc] initWithHost:url_data.host port:url_data.port protocol:@"http" realm:nil authenticationMethod:nil]; [[NSURLCredentialStorage sharedCredentialStorage] setDefaultCredential:credential forProtectionSpace:protectionSpace]; [protectionSpace release]; } // -------- End of auhentication handling --------- // Execute once: sending the request and receiving response // Send request through NSURLRequest sendSynchronousRequest // and receive response if(url_data.request_sent == false) { [url_data setRequest_sent:true]; //int msg_len = [url_data.http_req_msg length]; NSRange range = NSMakeRange([url_data.http_req_msg length] - url_data.req_content_length, url_data.req_content_length); url_data.soap_req_msg = [url_data.http_req_msg subdataWithRange:range]; NSURL *url = [NSURL URLWithString:url_data.endpoint]; NSMutableURLRequest *request = [NSMutableURLRequest requestWithURL:url cachePolicy:(NSURLRequestCachePolicy)url_data.cache_policy timeoutInterval:url_data.timeout_interval]; [request addValue:url_data.host forHTTPHeaderField:@"HOST"]; [request addValue:url_data.soap_action forHTTPHeaderField:@"SOAPACTION"]; [request addValue:url_data.content_type forHTTPHeaderField:@"Content-Type"]; [request setHTTPMethod:url_data.http_method]; NSString *conten_length = [NSString stringWithFormat:@"%d", [url_data.soap_req_msg length]]; [request addValue:conten_length forHTTPHeaderField:@"Content-Length"]; [request setHTTPBody:url_data.soap_req_msg]; NSHTTPURLResponse *response = nil; NSError *error = nil; url_data.soap_res_msg = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error]; // Error handling if (error) { DLog(@"ERROR:<%@>\n", [error localizedDescription]); //const char *fault_string = [[error localizedDescription] UTF8String]; soap_receiver_fault(soap, [[error localizedDescription] UTF8String], ""); } } // may execute multiple times depending on the buffer size and response length if(url_data.request_sent) { size_t res_len = [url_data.soap_res_msg length]; // response length if (len + url_data.received_length > res_len) { // Adjustment len len = res_len - url_data.received_length; //cout << "len = " << len << endl; } const char *res_msg = (const char *)[url_data.soap_res_msg bytes]; memcpy(buf, res_msg + url_data.received_length, len); url_data.received_length += len; } return url_data.request_sent ? len : 0; } /** @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.cache_policy = policy; } /** @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.timeout_interval = seconds; } // ----------------------------------------------------------------------------- // END of C plugin implementation // ----------------------------------------------------------------------------- gsoap-2.8.28/gsoap/ios_plugin/examples/0000755000175000017500000000000012653650146017373 5ustar 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All rights reserved. // #import "CalcAppDelegate.h" #import "CalcViewController.h" @implementation CalcAppDelegate @synthesize window; @synthesize viewController; - (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { // Override point for customization after app launch [window addSubview:viewController.view]; [window makeKeyAndVisible]; return YES; } - (void)dealloc { [viewController release]; [window release]; [super dealloc]; } @end gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/soapStub.h0000644000175000017500000002340312653650146023605 0ustar ellertellert/* soapStub.h Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef soapStub_H #define soapStub_H #define SOAP_NAMESPACE_OF_ns2 "urn:calc" #include "stdsoap2.h" #if GSOAP_VERSION != 20808 # error "GSOAP VERSION MISMATCH IN GENERATED CODE: PLEASE REINSTALL PACKAGE" #endif #ifdef __cplusplus extern "C" { #endif /******************************************************************************\ * * * Enumerations * * * \******************************************************************************/ /******************************************************************************\ * * * Types with Custom Serializers * * * \******************************************************************************/ /******************************************************************************\ * * * Classes and Structs * * * \******************************************************************************/ #if 0 /* volatile type: do not declare here, declared elsewhere */ #endif #ifndef SOAP_TYPE_ns2__addResponse #define SOAP_TYPE_ns2__addResponse (10) /* ns2:addResponse */ struct ns2__addResponse { double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__add #define SOAP_TYPE_ns2__add (11) /* ns2:add */ struct ns2__add { double a; /* required element of type xsd:double */ double b; /* required element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__subResponse #define SOAP_TYPE_ns2__subResponse (13) /* ns2:subResponse */ struct ns2__subResponse { double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__sub #define SOAP_TYPE_ns2__sub (14) /* ns2:sub */ struct ns2__sub { double a; /* required element of type xsd:double */ double b; /* required element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__mulResponse #define SOAP_TYPE_ns2__mulResponse (16) /* ns2:mulResponse */ struct ns2__mulResponse { double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__mul #define SOAP_TYPE_ns2__mul (17) /* ns2:mul */ struct ns2__mul { double a; /* required element of type xsd:double */ double b; /* required element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__divResponse #define SOAP_TYPE_ns2__divResponse (19) /* ns2:divResponse */ struct ns2__divResponse { double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__div #define SOAP_TYPE_ns2__div (20) /* ns2:div */ struct ns2__div { double a; /* required element of type xsd:double */ double b; /* required element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__powResponse #define SOAP_TYPE_ns2__powResponse (22) /* ns2:powResponse */ struct ns2__powResponse { double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type xsd:double */ }; #endif #ifndef SOAP_TYPE_ns2__pow #define SOAP_TYPE_ns2__pow (23) /* ns2:pow */ struct ns2__pow { double a; /* required element of type xsd:double */ double b; /* required element of type xsd:double */ }; #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) /* SOAP Header: */ struct SOAP_ENV__Header { #ifdef WITH_NOEMPTYSTRUCT char dummy; /* dummy member to enable compilation */ #endif }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) /* SOAP Fault Code: */ struct SOAP_ENV__Code { char *SOAP_ENV__Value; /* optional element of type xsd:QName */ struct SOAP_ENV__Code *SOAP_ENV__Subcode; /* optional element of type SOAP-ENV:Code */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) /* SOAP-ENV:Detail */ struct SOAP_ENV__Detail { char *__any; int __type; /* any type of element (defined below) */ void *fault; /* transient */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) /* SOAP-ENV:Reason */ struct SOAP_ENV__Reason { char *SOAP_ENV__Text; /* optional element of type xsd:string */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) /* SOAP Fault: */ struct SOAP_ENV__Fault { char *faultcode; /* optional element of type xsd:QName */ char *faultstring; /* optional element of type xsd:string */ char *faultactor; /* optional element of type xsd:string */ struct SOAP_ENV__Detail *detail; /* optional element of type SOAP-ENV:Detail */ struct SOAP_ENV__Code *SOAP_ENV__Code; /* optional element of type SOAP-ENV:Code */ struct SOAP_ENV__Reason *SOAP_ENV__Reason; /* optional element of type SOAP-ENV:Reason */ char *SOAP_ENV__Node; /* optional element of type xsd:string */ char *SOAP_ENV__Role; /* optional element of type xsd:string */ struct SOAP_ENV__Detail *SOAP_ENV__Detail; /* optional element of type SOAP-ENV:Detail */ }; #endif #endif /******************************************************************************\ * * * Typedefs * * * \******************************************************************************/ #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) typedef char *_QName; #endif #ifndef SOAP_TYPE__XML #define SOAP_TYPE__XML (6) typedef char *_XML; #endif /******************************************************************************\ * * * Externals * * * \******************************************************************************/ /******************************************************************************\ * * * Server-Side Operations * * * \******************************************************************************/ SOAP_FMAC5 int SOAP_FMAC6 ns2__add(struct soap*, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 ns2__sub(struct soap*, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 ns2__mul(struct soap*, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 ns2__div(struct soap*, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 ns2__pow(struct soap*, double a, double b, double *result); /******************************************************************************\ * * * Server-Side Skeletons to Invoke Service Operations * * * \******************************************************************************/ SOAP_FMAC5 int SOAP_FMAC6 soap_serve(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_request(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns2__add(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns2__sub(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns2__mul(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns2__div(struct soap*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns2__pow(struct soap*); /******************************************************************************\ * * * Client-Side Call Stubs * * * \******************************************************************************/ SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__add(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__sub(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__mul(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__div(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result); SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__pow(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result); #ifdef __cplusplus } #endif #endif /* End of soapStub.h */ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/soapClient.c0000644000175000017500000002454312653650146024107 0ustar ellertellert/* soapClient.c Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "soapH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) soapClient.c ver 2.8.8 2012-05-10 20:59:53 GMT") SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__add(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result) { struct ns2__add soap_tmp_ns2__add; struct ns2__addResponse *soap_tmp_ns2__addResponse; if (!soap_endpoint) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; if (!soap_action) soap_action = ""; soap->encodingStyle = "http://schemas.xmlsoap.org/soap/encoding/"; soap_tmp_ns2__add.a = a; soap_tmp_ns2__add.b = b; soap_begin(soap); soap_serializeheader(soap); soap_serialize_ns2__add(soap, &soap_tmp_ns2__add); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__add(soap, &soap_tmp_ns2__add, "ns2:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__add(soap, &soap_tmp_ns2__add, "ns2:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns2__addResponse = soap_get_ns2__addResponse(soap, NULL, "", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns2__addResponse->result) *result = *soap_tmp_ns2__addResponse->result; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__sub(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result) { struct ns2__sub soap_tmp_ns2__sub; struct ns2__subResponse *soap_tmp_ns2__subResponse; if (!soap_endpoint) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; if (!soap_action) soap_action = ""; soap->encodingStyle = "http://schemas.xmlsoap.org/soap/encoding/"; soap_tmp_ns2__sub.a = a; soap_tmp_ns2__sub.b = b; soap_begin(soap); soap_serializeheader(soap); soap_serialize_ns2__sub(soap, &soap_tmp_ns2__sub); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__sub(soap, &soap_tmp_ns2__sub, "ns2:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__sub(soap, &soap_tmp_ns2__sub, "ns2:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns2__subResponse = soap_get_ns2__subResponse(soap, NULL, "", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns2__subResponse->result) *result = *soap_tmp_ns2__subResponse->result; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__mul(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result) { struct ns2__mul soap_tmp_ns2__mul; struct ns2__mulResponse *soap_tmp_ns2__mulResponse; if (!soap_endpoint) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; if (!soap_action) soap_action = ""; soap->encodingStyle = "http://schemas.xmlsoap.org/soap/encoding/"; soap_tmp_ns2__mul.a = a; soap_tmp_ns2__mul.b = b; soap_begin(soap); soap_serializeheader(soap); soap_serialize_ns2__mul(soap, &soap_tmp_ns2__mul); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__mul(soap, &soap_tmp_ns2__mul, "ns2:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__mul(soap, &soap_tmp_ns2__mul, "ns2:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns2__mulResponse = soap_get_ns2__mulResponse(soap, NULL, "", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns2__mulResponse->result) *result = *soap_tmp_ns2__mulResponse->result; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__div(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result) { struct ns2__div soap_tmp_ns2__div; struct ns2__divResponse *soap_tmp_ns2__divResponse; if (!soap_endpoint) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; if (!soap_action) soap_action = ""; soap->encodingStyle = "http://schemas.xmlsoap.org/soap/encoding/"; soap_tmp_ns2__div.a = a; soap_tmp_ns2__div.b = b; soap_begin(soap); soap_serializeheader(soap); soap_serialize_ns2__div(soap, &soap_tmp_ns2__div); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__div(soap, &soap_tmp_ns2__div, "ns2:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__div(soap, &soap_tmp_ns2__div, "ns2:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns2__divResponse = soap_get_ns2__divResponse(soap, NULL, "", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns2__divResponse->result) *result = *soap_tmp_ns2__divResponse->result; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_call_ns2__pow(struct soap *soap, const char *soap_endpoint, const char *soap_action, double a, double b, double *result) { struct ns2__pow soap_tmp_ns2__pow; struct ns2__powResponse *soap_tmp_ns2__powResponse; if (!soap_endpoint) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; if (!soap_action) soap_action = ""; soap->encodingStyle = "http://schemas.xmlsoap.org/soap/encoding/"; soap_tmp_ns2__pow.a = a; soap_tmp_ns2__pow.b = b; soap_begin(soap); soap_serializeheader(soap); soap_serialize_ns2__pow(soap, &soap_tmp_ns2__pow); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__pow(soap, &soap_tmp_ns2__pow, "ns2:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns2__pow(soap, &soap_tmp_ns2__pow, "ns2:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns2__powResponse = soap_get_ns2__powResponse(soap, NULL, "", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns2__powResponse->result) *result = *soap_tmp_ns2__powResponse->result; return soap_closesock(soap); } #ifdef __cplusplus } #endif #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of soapClient.c */ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/gsoapios.h0000644000175000017500000001626312653650146023637 0ustar ellertellert/* gsoapios.h iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ #ifndef GSOAPIOS_H #define GSOAPIOS_H #import "stdsoap2.h" /* Class GSoapiOSURLData @brief stores states for connection establishment, buffering soap request and response */ @interface GSoapiOSURLData : NSObject { @private NSString *endpoint; NSString *host; NSString *soap_action; NSString *http_method; NSString *content_type; NSMutableData *http_req_msg; NSData *soap_req_msg; NSData *soap_res_msg; int port; int req_content_length; int received_length; // received length of response for deserialization bool request_sent; // flag indicates a soap request has been made // The timeout interval for the new request, in seconds double timeout_interval; unsigned int cache_policy; // The cache policy for the new request NSString *user_name; NSString *password; } @property(nonatomic, retain) NSString *endpoint; // Web service endpoint @property(nonatomic, retain) NSString *host; // host name @property(nonatomic, retain) NSString *soap_action; // soap action @property(nonatomic, retain) NSString *http_method; // http method @property(nonatomic, retain) NSString *content_type; // http content type // http request messgae @property(nonatomic, retain) NSMutableData *http_req_msg; // soap request message @property(nonatomic, retain) NSData *soap_req_msg; // soap response xml message @property(nonatomic, retain) NSData *soap_res_msg; @property(nonatomic) int port; // port @property(nonatomic) int req_content_length; // request content length // received length of response for deserialization @property(nonatomic) int received_length; // flag indicates a soap request has been made @property(nonatomic) bool request_sent; // the timout interval for request @property(nonatomic) double timeout_interval; @property(nonatomic) unsigned int cache_policy; // user and password: must appear in pair @property(nonatomic, retain) NSString *user_name; // user name @property(nonatomic, retain) NSString *password; // pasword - (id) init; @end /** plugin identification for plugin registry */ #define SOAP_IOS_ID "SOAP_IOS-1.0" // plugin identification for plugin registry #ifdef __cplusplus extern "C" { #endif /** @struct soap_ios_data @brief soap_ios plugin data to override callbacks and store states to manipulate SOAP connection using iOS libraries */ struct soap_ios_data { // Stores states such as endpoint, serialized request and response GSoapiOSURLData *url_data; // A callback function to replace the default tcp_connect function // Rather than establishment of a tcp connection using socket, this callback // extracts and saves states (endpoint, http-method, content-type etc.) and // buffers serialized request SOAP_SOCKET (*fopen)( struct soap*, const char*, const char*, int); // A callback function to replace the default tcp_disconnect function // Since no connection is established in fopen, this function does noop int (*fclose)( struct soap*); // A callback function to replace the default send function // This function buffers serialized request including HTTP header and body // (soap message) int (*fsend)( struct soap*, const char *, size_t); // A callback function to replace the default send function // This function sends a synchrous request to the endpoint and receives // response using iOS SDK class NSURLConnection. The response is then snet // to soap for deserialization. size_t (*frecv)( struct soap*, char *, size_t); }; /* @fn int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg) @brief soap plugin function for registration @param[in] soap soap context @param[in] plugin plugin data @param[in] arg arguments for the plugin data Usgae: @code struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg); /* @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); /* @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds); #ifdef __cplusplus } #endif // --- closing #ifdef __cplusplus #endif // --- closing #ifndef GSOAPIOS_H gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/CalcAppDelegate.h0000644000175000017500000000071212653650146024741 0ustar ellertellert// // CalcAppDelegate.h // Calc // // Created by Wei Zhang on 5/19/12. // Copyright __MyCompanyName__ 2012. All rights reserved. // #import @class CalcViewController; @interface CalcAppDelegate : NSObject { UIWindow *window; CalcViewController *viewController; } @property (nonatomic, retain) IBOutlet UIWindow *window; @property (nonatomic, retain) IBOutlet CalcViewController *viewController; @end gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/gsoapios.m0000644000175000017500000011155412653650146023643 0ustar ellertellert/* gsoapios.m iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ /** @mainpage - @ref ios_0 documents the iOS plugin to facilitate the development of client applications on iOS plarforms (iPhone and iPad) using the gSOAP toolkit. To use the plugin for development of client applications on iOS platforms, registration of this plugin is required: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ /** @page ios_0 The iOS plugin for developing client applications on iOS (iPhone and iPad) platforms @section ios_intro Introduction Consuming Web services on iOS (iPhone and iPad) platforms is inreseasingly in demand today. However, Xcode does not have any built-in tools that make consuming Web services easy. It typically requires knowledge of XML processing techniques to send soap requests to the Web services and then parse the returning XML results. The gSOAP toolkit that provides an automated SOAP and XML data binding for C and C++ can be used directly to develop client applications to consuming Web services on iOS platforms such as iPhone and iPad. However, it's default network connection does not leverage the advantages of network connection offered by iOS SDK, instead it uses lower level TCP sockets for network connection. This soap plugin facilitates developers to develop Web services client applications on iOS platforms without maniulating the XML processing. Moreover, it takes andvantages of network connection offered by iOS SDK and supports 3G/4G, wifi etc. Two Xcode examples, @ref ios_example_calc and @ref ios_example_geoip can be found in samples/ios. @section ios_1 Getting Started To start building Web services client applications for iPhone and/or iPad with gSOAP , you need: \li The gSOAP package from http://www.genivia.com/Products/downloads.html (select gSOAP toolkit standard edition from the list of software packages), and \li Xcode IDE with the iOS SDK installed. Development of Web services applications on iOS is no different from the development SOAP Web services applications on Linux, Unix and Mac OS except with a soap plugin registration. Specifically, there are four steps to develop SOAP Web services client applications on iOS: \li Generating application stubs using the gSOAP toolkit and add the source files \li Creating an iOS application project to the Xcode project \li Registering the iOS plugin \li Calling service methods @subsection iso_register_pulg Registering iOS Plugin (Required) To register the iOS plugin, simply call soap_register_plugin method: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin ... soap_end(soap); // Clean up temporaries soap_destroy(soap); // Free soap context @endcode The plugin is destroyed automatically by the soap context when the soap_end method is executed. @subsection ios_cache_policy Specifying Cache policy (Optional) The interaction beween the client and the Web servcie server can be controled by specifying the cache policy. To specify the cache policy, call the method soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) . The method cannot be called before the pluging is registered. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the cache policy for the request // Caveat: this method cannot be called before the plugin is registered // If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. soap_ios_setchacepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // (2) // Or use the integer directly instead of enum // soap_ios_setchacepolicy(soap, 2); // (NSURLRequestReturnCacheDataElseLoad) ... soap_end(soap); // clean up allocated temporaries soap_destroy(soap); // Free soap context @endcode The available cache policies that can be specified are: @code enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 } @endcode If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. @subsection ios_timeout_interval Specifying Timeout Interval (Optional) The timeout interval for network connection can be specified using the method soap_ios_settimeoutinterval(struct soap *soap, double seconds). The method cannot be called before the pluging is registered. If this method is not called, the timeout interval is 60 seconds by default. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the timout interval in terms of seconds // If this method is not called, the timeout interval is set to 60 seconds by default // Caveat: this method cannot be called before the plugin is registered soap_ios_settimeoutinterval(soap, 30.0); ... soap_end(soap); soap_destroy(soap); @endcode @subsection ios_http_auth Handling HTTP Authentication A server may request user authentication and deny access (HTTP 401 error) when the client tries to connect without HTTP authentication (or with the wrong authentication information). HTTP authentication (basic) is enabled at the client-side by setting the soap.userid and soap.passwd strings to a username and password, respectively. Be aware of that both of userid and password must be set in pair, that is, if one of them is set, the other must be set too. If the server requires basic HTTP authentication, for example, the userid and password can be specified: @code struct soap *soap = soap_new(); soap->userid = "someone"; soap->passwd = "somepass"; ... soap_end(soap); // Clean up temporaries soap_destroy(soap); @endcode @section ios_example Examples This section intoduces two examples to demonstrate the development of client applications consuming SOAP Web services on iOS platforms (iPhone and iPad) using gSOAP tools and the iOS plugin. Because gSOAP supports development for both pure C and C++, the first example, @ref ios_example_calc, is developed using pure C. The second one, @ref ios_example_geoip, is developmed using C++. We assume you already have had the expereince in development of applications for iPhone and iPad using Xcode with iOS SDK installed. @subsection ios_example_calc A Simple Calculator Example (Pure C) This example shows you how to develop a client application in C using gSOAP and the ios plugin, which consumes a simple caculator service on iOS using gSOAP. The simple calculator service was developed and deployed as a demo using the gSOAP tools (refer to http://www.genivia.com/Products/gsoap/demos/index.html for details). The gSOAP Calculator Service provides several operations such as add, sub, mul, div etc. In this example, we use operation add as a demo. Other operations are alled in a similar way. The wsdl file for this service can be obtained at the following link: http://www.genivia.com/calc.wsdl The Xcode project for this example can be found in samples/ios/calc. @subsubsection ios_calc_step_1 Step 1: Generating stubs for C API To generate codes for the calculator Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the calc.wsdl and use the local file instead of the URL): @code > wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl @endcode This generates the calc.h service definition header file with service operation definitions and types for the operation's data. The option -c flags the wsdl2h tool to generate the service definition file in pure C. By default, gSOAP assumes you will use C++ with STL. We have not yet generated the stubs for the CAPI. To do so, run the soapcpp2 compiler: @code > soapcpp2 -i -C calc.h @endcode Option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). This generates a number of soource files for client application development. @subsubsection ios_calc_step_2 Step 2: Creating Xcode project for iPhone Launch the Xcode, create a View-based Application project and name it Calc. Open the CalcViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 1: \li Two Labels ("+" and "A Simple Calculator") \li Two Text Fields (operand1 and operand2) \li One Round Rect Button ("+" button) @image html calc-view.png "Figure 1. View of the Calculator Web Service Client" In Xcode, edit the file CalcViewController.h to make it look like the following: @code // File: CalcViewController.h #import @interface CalcViewController : UIViewController { UITextField *op1; // operand1 UITextField *op2; // operand2 } @property (nonatomic, retain) IBOutlet UITextField *op1; @property (nonatomic, retain) IBOutlet UITextField *op2; - (IBAction) buttonPressed; @end @endcode Link the op1 and op2 to the two Text Fields and delegate the button action to method buttonPressed. @subsubsection ios_calc_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.c, soapClient.c, soapH.h, and soapStub.h generated in @ref ios_calc_step_1 to the project. Also add files stdsoap2.h and stdsoap2.c to the project from gsoap package as well as the iOS pluhin files gsoapios.h and sgsoapios.m. @subsubsection ios_calc_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.m to import the file ./Classes/calc.nsmap. Link errors may arise without importing this namespace mapping. @code // File: main.m #import #import "./Classes/calc.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file CalcViewController.m as the following: @code #import "CalcViewController.h" #import "soapStub.h" #import "gsoapios.h" @implementation CalcViewController @synthesize op1; // Set or get opreand1 @synthesize op2; // Set or get opreand1 - (IBAction) buttonPressed { double x = [op1.text doubleValue]; double y = [op2.text doubleValue]; struct soap *soap = soap_new(); if (soap_register_plugin(soap, soap_ios) == SOAP_OK) { // Specify the cache policy (optional) to NSURLRequestReturnCacheDataElseLoad // instead of NSURLRequestUseProtocolCachePolicy by deault soap_ios_setcachepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // Specify the timeout interval (optional) to 45 seconds instead of // the default 60 seconds soap_ios_settimeoutinterval(soap, 45.0); double result; // Call Web service operation add int status = soap_call_ns2__add(soap, NULL, NULL, x, y, &result); soap_free_temp(soap); // Cleanup temporary resources // Check soap response status if (status == SOAP_OK) { NSString *resultString; NSString *tittleString; if (status == SOAP_OK) { resultString = [NSString stringWithFormat:@"%f",result]; tittleString = [NSString stringWithFormat:@"%f / %f =",x, y]; }else { resultString = [NSString stringWithFormat:@"%@",@"Soap fault!"]; tittleString = [NSString stringWithFormat:@"%@",@"Warning"]; } // Show the result in an alert UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleString message:resultString delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; // Show the alert [alert release]; // Release the alert } else { // Caveat: Better to extract the error message and show it using an alert soap_print_fault(soap,stderr); // Print soap error in console } } soap_end(soap); // clean up allocated temporaries soap_free(soap); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 2. @image html calc-result.png "Figure 2: Snapshot of the CalcViewService result" @subsection ios_example_geoip A GeoIPService (C++) GeoIPService is a live SOAP Web service that enables you to look up contries by IP address or by Context. This example shows you how to develop a client application in C++ using gSOAP and the ios plugin, which consumes the GeoIPSerive on iOS using gSOAP. The WSDL file for this servive can be downloaded at the following link: http://www.webservicex.net/geoipservice.asmx?WSDL Devoplopment of he client appliation for this GeoIPService on iOS is similar to development for the cleant appliaction for @ref ios_example_calc. The major dfferences are highlighted in following: \li Rename the .m files to .mm files. The iOS plugin implementation file gsoapios.m must be renamed to gsoapios.mm. The main.m must be renamed to main.mm. Other files such as your ViewController may also be renamed with .mm. \li Generate C++ proxy using proper options with wsdl2h and soapcpp2 \li Use the stdsoap2.cpp instead of stdsoap2.c from the gSOAP package in your iOS project. The Xcode project for this example can be found in samples/ios/GeoIPService. @subsubsection ios_geoip_step_1 Step 1: Generating stubs for C++ Proxy To generate codes for the GeoIPSerbice Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the GeoIPService.wsdl file and use the local file instead of the URL): @code >wsdl2h -o GeoIPService.h http://www.webservicex.net/geoipservice.asmx?WSDL @endcode This generates the GeoIPService.h service definition header file with service operation definitions and types for the operation's data. By default, gSOAP assumes you will use C++ with STL. To generate the stubs for the C++ proxy classes, run the soapcpp2 compiler: @code >soapcpp2 -i -C -I$GSOAP_HOME/import GeoIPService.h @endcode Option -i tells the compiler to generate C++ proxy and option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). Option -I is needed to import the stlvector.h file from the import directory in the gSOAP package to support serialization of STL vectors. @subsubsection ios_geoip_step_2 Step 2: Creating Xcode project for iPhone Create a View-based Application project and name it GeoIPService and rename the .m source files to .mm. Open the GeoIPserviceViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 3: \li A Label ("IP Address") \li A Text Field \li One Round Rect Button ("Find Country" button) @image html geoip-view.png "Figure 3. View of the GeoIPService Client" In Xcode, edit the file GeoIPServiceViewController.h to make it look like the following: @code // File: GeoIPServiceViewController.h #import @interface GeoIPServiceViewController : UIViewController { UITextField *ipAddress; } @property (nonatomic, retain) IBOutlet UITextField *ipAddress; - (IBAction) buttonFindCountry:(id)sender; @end @endcode Set the ipAddress outlet and the buttonFindCountry:(id)sender method to delegate action of the button. @subsubsection ios_geoip_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.cpp, GeoIPServiceSoap12Proxy.cpp, GeoIPServiceSoap12Proxy.h, soapH.h, andsoapStub.h generated in @ref ios_geoip_step_1 to the project. Also add filesstdsoap2.h and stdsoap2.cpp to the project from gsoap package and the iOS pluhin files gsoapios.h and sgsoapios.m. Do not forget to rename the sgsoapios.m to sgsoapios.mm The GeoIPServiceSoap12Proxy.h and GeoIPServiceSoap12Proxy.cpp are C++ proxy header and implementation files for SOAP 1.2 (You may use GeoIPServiceSoapProxy.cpp and GeoIPServiceSoapProxy.h for SOAP1.1). @subsubsection ios_geoip_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.mm to import the file ./Classes/GeoIPService.nsmap. Link errors would arise without importing this namespace mapping. @code // File: main.mm #import #import "./Classes/GeoIPServiceSoap12.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file GeoIPServiceViewController.m as the following: @code #import "GeoIPServiceViewController.h" #include "soapGeoIPServiceSoap12Proxy.h" #import "gsoapios.h" using namespace std; typedef struct _ns1__GetGeoIP RequestStruct; typedef struct _ns1__GetGeoIPResponse ResponseStruct; @implementation GeoIPServiceViewController @synthesize ipAddress; - (IBAction)buttonFindCountry:(id)sender { RequestStruct ip; ResponseStruct response; GeoIPServiceSoap12Proxy service; std::string ipAdd = std::string((char *)[ipAddress.text UTF8String]); ip.IPAddress = &ipAdd; // ----- register plugin for callbacks ------ soap_register_plugin(&service, soap_ios); // Optional: timeout internal, the default is 60.0 seconds soap_ios_settimeoutinterval(&service, 30.0); // Optional: the default policy is NSURLRequestUseProtocolCachePolicy (0) soap_ios_setcachepolicy(&service, NSURLRequestReturnCacheDataElseLoad); // (2) int status = service.GetGeoIP(&ip, &response); string* result; string err_msg = "Invalid IP address"; if ( status == SOAP_OK) { if(response.GetGeoIPResult && response.GetGeoIPResult->CountryName) { result = response.GetGeoIPResult->CountryName; } else { result = &err_msg; } } else { service.soap_stream_fault(std::cerr); } NSString *soapResult; NSString *tittleMsg; if (status == SOAP_OK) { soapResult = [NSString stringWithUTF8String:result->c_str()]; tittleMsg = [NSString stringWithFormat: @"%@", @"Country Found"]; } else { soapResult = [NSString stringWithFormat: @"%@", @"Soap Error!"]; tittleMsg = [NSString stringWithFormat: @"%@", @"Warning"]; } UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleMsg message:soapResult delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; [alert release]; service.destroy(); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 4. @image html geoip-result.png "Figure : Snapshot of the GeoIPServiceViewService result" */ #import "gsoapios.h" #import // ----------------------------------------------------------------------------- // Start of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- /** Class GSoapiOSURLData @brief The class stores the states for connection establishment, buffering soap request and response */ @implementation GSoapiOSURLData @synthesize endpoint; ///< Set or get endpoint @synthesize host; ///< Set or get host name @synthesize soap_action; ///< Set or get soap action @synthesize http_method; ///< Set or get HTTP method @synthesize content_type; ///< Set or get content type @synthesize http_req_msg; ///< Set or get HTTP request message @synthesize soap_req_msg; ///< Set or get SOAP request @synthesize soap_res_msg; ///< Set or get SOAP response @synthesize port; ///< Set or get port @synthesize received_length; ///< Set or get received message length @synthesize request_sent; ///< Set or get the flag for the first time sending @synthesize req_content_length; ///< Set or get request message length @synthesize timeout_interval; ///< Set or get timeout interval @synthesize cache_policy; ///< Set or get cache policy @synthesize user_name; ///< Set or get user ID for authentication @synthesize password; ///< Set or get password for authentication /** @fn init @brief Constructor */ - (id) init { [super init]; http_req_msg = [NSMutableData alloc]; timeout_interval = 60.0; // 60 seconds by default cache_policy = NSURLRequestUseProtocolCachePolicy; // The default cache policy return self; } /** @fn dealloc @brief Destructor */ - (void) dealloc { [endpoint release]; [host release]; [soap_action release]; [http_method release]; [content_type release]; [http_req_msg release]; [soap_req_msg release]; [user_name release]; [password release]; [super dealloc]; } @end // ----------------------------------------------------------------------------- // End of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- // ----------------------------------------------------------------------------- // Start of C plugin implementation // ----------------------------------------------------------------------------- /** plugin identification for plugin registry */ const char soap_ios_id[13] = SOAP_IOS_ID; // Unique plugin ID static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_ios_delete(struct soap *soap, struct soap_plugin *p); static int soap_ios_init(struct soap *soap, struct soap_ios_data *data); static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port); static int soap_ios_close( struct soap *soap); static int soap_ios_send( struct soap *soap, const char *buf, size_t len); static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len); //void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); //void soap_ios_settimeoutinterval(struct soap *soap, double seconds); /** @fn int soap_ios @brief Save the old callbacks and set new callbacks to handle soap client applications on iOS platforms (iPhone and iPad) @param soap The soap context @param[in] p The soap plugin data @param[in] arg The arguments for soap plugin @return SOAP_OK if registration is successfull; SOAP_EOM otherwise */ int soap_ios (struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_ios_id; // set a unique plugin id p->data = (void*)malloc(sizeof(struct soap_ios_data)); // Allocate memory p->fcopy = soap_ios_copy; // set fcopy callback for soap_copy(truct soap*) p->fdelete = soap_ios_delete; // set fdeete callback if (p->data) { if (soap_ios_init(soap, (struct soap_ios_data*)p->data) != SOAP_OK) { free(p->data); // free resource upon failure to initialize plugin return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Duplicates the plugin context for the soap context @param soap The soap context @param[out] dst The destination plugin data to store to @param[in] src The sources plugin data to be copied from @param[in] arg The arguments for plugin (optional) @return SOAP_OK if registration is successfull; SOAP_ERR otherwise */ static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; int status = SOAP_ERR; if (dst->data = (void*)malloc(sizeof(struct soap_ios_data))) status = soap_ios_init(soap, (struct soap_ios_data*)dst->data); return status; } /** @fn void soap_ios_delete(struct soap *soap, struct soap_plugin *p) @brief Destroys the plugin context @param soap context @param[in] p plugin data */ static void soap_ios_delete(struct soap *soap, struct soap_plugin *p) { if (p != NULL) { struct soap_ios_data *data = (struct soap_ios_data*)p->data; if (data && data->url_data) [data->url_data release]; // Free url_data free(p->data); // Free the pointer to url_data } } /** @fn int soap_ios_init(struct soap *soap, struct soap_ios_data *data) @brief Initializes the plugin data @param soap The soap context @param[out] data The plugin data to be initialized @return SOAP_OK if initialization is sucessful; SOAP_ERR otherwise */ static int soap_ios_init(struct soap *soap, struct soap_ios_data *data) { data->url_data = [[GSoapiOSURLData alloc] init]; if (data->url_data == nil) return SOAP_ERR; // failure to init // save and set callbacks data->fopen = soap->fopen; // save old fopen callback data->fclose = soap->fclose; // save old fclose callback data->fsend = soap->fsend; // save old fsend callback data->frecv = soap->frecv; // save old frecv callback soap->fopen = soap_ios_open; // replace open callback soap->fclose = soap_ios_close; // replace close callback soap->fsend = soap_ios_send; // replace send callback soap->frecv = soap_ios_recv; // replace recv callback return SOAP_OK; } /** @fn SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) @brief Extracts states from soap context and saves states for soap connection @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 1 A valid socket Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) { // Pull out the pluin data struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); if (data == NULL || data->url_data == nil) return SOAP_INVALID_SOCKET; GSoapiOSURLData * url_data = data->url_data; [url_data setEndpoint:[NSString stringWithUTF8String:endpoint]]; [url_data setHost:[NSString stringWithUTF8String:host]]; [url_data setPort:port]; [url_data setRequest_sent:false]; [url_data setReceived_length:0]; [url_data setSoap_action:[NSString stringWithUTF8String:soap->action]]; [url_data setReq_content_length:soap->count]; // Extract a pair of userid and password if present if (soap->userid && soap->passwd) { [url_data setUser_name:[NSString stringWithUTF8String:soap->userid]]; [url_data setPassword:[NSString stringWithUTF8String:soap->passwd]]; } else { [url_data setUser_name:nil]; [url_data setPassword:nil]; } // Extracts and saves http-method switch (soap->status){ case SOAP_POST: [url_data setHttp_method:@"POST"]; break; case SOAP_GET: [url_data setHttp_method:@"GET"]; break; case SOAP_DEL: [url_data setHttp_method:@"DELETE"]; break; case SOAP_CONNECT: [url_data setHttp_method:@"CONNECT"]; break; default: [url_data setHttp_method:@"POST"]; break; } // Extracts and saves http content-type if((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)){ [url_data setContent_type:@"application/dime"]; } else if (soap->version == 2){ if (soap->mode & SOAP_ENC_MTOM){ [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"application/soap+xml\""]; }else{ [url_data setContent_type:@"application/soap+xml; charset=utf-8"]; } }else if (soap->mode & SOAP_ENC_MTOM) { [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"text/xml\""]; } else { [url_data setContent_type:@"tex/xml; charset=utf-8"]; } return 1; } /** @fn int soap_ios_close( struct soap *soap) @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 0 Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static int soap_ios_close( struct soap *soap) { return 0; } /** @fn int soap_ios_send( struct soap *soap, const char *buf, size_t len) @brief Buffers the http/soap request in plugin data @param soap The soap context @param[in] buf The buffer holding the serialized http/soap request @param[in] len The buffer size @return The number of bytes buffered Note: This send function does not send any data to its peer. Rather it buffers the serialied soap request including http header to the plugin data. The sending happens actually in frecv function. */ static int soap_ios_send( struct soap *soap, const char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; [url_data.http_req_msg appendBytes:buf length: len]; return len > 0 ? SOAP_OK : SOAP_EOF; } /** @fn size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) @brief Sends soap request, buffers soap response and serialize the response @param soap The soap context @param[out] buf The buffer for the received data @param[in] len The number of bytes received @return The number of bytes received Note: This recv function sends a synchronous soap request through NSURLRequest, receives soap response, serializes response. */ static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; // Handle HTTP basic authentication if present if (url_data.user_name && url_data.password) { NSURLCredential *credential = [NSURLCredential credentialWithUser:url_data.user_name password:url_data.password persistence:NSURLCredentialPersistenceForSession]; NSURLProtectionSpace * protectionSpace = [[NSURLProtectionSpace alloc] initWithHost:url_data.host port:url_data.port protocol:@"http" realm:nil authenticationMethod:nil]; [[NSURLCredentialStorage sharedCredentialStorage] setDefaultCredential:credential forProtectionSpace:protectionSpace]; [protectionSpace release]; } // -------- End of auhentication handling --------- // Execute once: sending the request and receiving response // Send request through NSURLRequest sendSynchronousRequest // and receive response if(url_data.request_sent == false) { [url_data setRequest_sent:true]; //int msg_len = [url_data.http_req_msg length]; NSRange range = NSMakeRange([url_data.http_req_msg length] - url_data.req_content_length, url_data.req_content_length); url_data.soap_req_msg = [url_data.http_req_msg subdataWithRange:range]; NSURL *url = [NSURL URLWithString:url_data.endpoint]; NSMutableURLRequest *request = [NSMutableURLRequest requestWithURL:url cachePolicy:url_data.cache_policy timeoutInterval:url_data.timeout_interval]; [request addValue:url_data.host forHTTPHeaderField:@"HOST"]; [request addValue:url_data.soap_action forHTTPHeaderField:@"SOAPACTION"]; [request addValue:url_data.content_type forHTTPHeaderField:@"Content-Type"]; [request setHTTPMethod:url_data.http_method]; NSString *conten_length = [NSString stringWithFormat:@"%d", [url_data.soap_req_msg length]]; [request addValue:conten_length forHTTPHeaderField:@"Content-Length"]; [request setHTTPBody:url_data.soap_req_msg]; NSHTTPURLResponse *response = nil; NSError *error = nil; url_data.soap_res_msg = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error]; // Error handling if (error) { DLog(@"ERROR:<%@>\n", [error localizedDescription]); //const char *fault_string = [[error localizedDescription] UTF8String]; soap_receiver_fault(soap, [[error localizedDescription] UTF8String], ""); } } // may execute multiple times depending on the buffer size and response length if(url_data.request_sent) { size_t res_len = [url_data.soap_res_msg length]; // response length if (len + url_data.received_length > res_len) { // Adjustment len len = res_len - url_data.received_length; //cout << "len = " << len << endl; } const char *res_msg = (const char *)[url_data.soap_res_msg bytes]; memcpy(buf, res_msg + url_data.received_length, len); url_data.received_length += len; } return url_data.request_sent ? len : 0; } /** @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.cache_policy = policy; } /** @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.timeout_interval = seconds; } // ----------------------------------------------------------------------------- // END of C plugin implementation // ----------------------------------------------------------------------------- gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/CalcViewController.m0000644000175000017500000000676412653650146025566 0ustar ellertellert// // CalcViewController.m // Calc // // Created by Wei Zhang on 5/19/12. // Copyright Genivia Inc. 2012. All rights reserved. // #import "CalcViewController.h" #import "soapStub.h" #import "gsoapios.h" @implementation CalcViewController @synthesize op1; // Set or get opreand1 @synthesize op2; // Set or get opreand1 - (IBAction) buttonPressed { double x = [op1.text doubleValue]; double y = [op2.text doubleValue]; struct soap *soap = soap_new(); if (soap_register_plugin(soap, soap_ios) == SOAP_OK) { // Specify the cache policy (optional) to NSURLRequestReturnCacheDataElseLoad // instead of NSURLRequestUseProtocolCachePolicy by deault soap_ios_setcachepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // Specify the timeout interval (optional) to 45 seconds instead of // the default 60 seconds soap_ios_settimeoutinterval(soap, 45.0); double result; // Call Web service operation add int status = soap_call_ns2__add(soap, NULL, NULL, x, y, &result); soap_free_temp(soap); // Cleanup temporary resources if (status == SOAP_OK) { NSString *resultString; NSString *tittleString; if (status == SOAP_OK) { resultString = [NSString stringWithFormat:@"%f",result]; tittleString = [NSString stringWithFormat:@"%f / %f =",x, y]; } else { resultString = [NSString stringWithFormat:@"%@",@"Soap fault!"]; tittleString = [NSString stringWithFormat:@"%@",@"Warning"]; } // Show the result in an alert UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleString message:resultString delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; // Show the alert [alert release]; // Release the alert } else { // Caveat: Better to extract the error message and show it using an alert soap_print_fault(soap,stderr); // Print soap error in console } } soap_end(soap); // clean up allocated temporaries soap_free(soap); // Free soap context } /* // The designated initializer. Override to perform setup that is required before the view is loaded. - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { if ((self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil])) { // Custom initialization } return self; } */ /* // Implement loadView to create a view hierarchy programmatically, without using a nib. - (void)loadView { } */ /* // Implement viewDidLoad to do additional setup after loading the view, typically from a nib. - (void)viewDidLoad { [super viewDidLoad]; } */ // Override to allow orientations other than the default portrait orientation. - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // Return YES for supported orientations return interfaceOrientation == UIInterfaceOrientationPortrait || interfaceOrientation == UIInterfaceOrientationPortraitUpsideDown || interfaceOrientation == UIInterfaceOrientationLandscapeLeft || interfaceOrientation == UIInterfaceOrientationLandscapeRight; } - (void)didReceiveMemoryWarning { // Releases the view if it doesn't have a superview. [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } - (void)viewDidUnload { // Release any retained subviews of the main view. // e.g. self.myOutlet = nil; } - (void)dealloc { [op1 release]; [op2 release]; [super dealloc]; } @end gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/soapC.c0000644000175000017500000022105112653650146023044 0ustar ellertellert/* soapC.c Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "soapH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) soapC.c ver 2.8.8 2012-05-10 20:59:53 GMT") #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap) { if (soap->header) soap_serialize_SOAP_ENV__Header(soap, soap->header); } SOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap) { if (soap->header) { soap->part = SOAP_IN_HEADER; if (soap_out_SOAP_ENV__Header(soap, "SOAP-ENV:Header", 0, soap->header, NULL)) return soap->error; soap->part = SOAP_END_HEADER; } return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap) { soap->part = SOAP_IN_HEADER; soap->header = soap_in_SOAP_ENV__Header(soap, "SOAP-ENV:Header", NULL, NULL); soap->part = SOAP_END_HEADER; return soap->header == NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap) { if (!soap->header) { if ((soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header)))) soap_default_SOAP_ENV__Header(soap, soap->header); } } SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap) { if (!soap->fault) { soap->fault = (struct SOAP_ENV__Fault*)soap_malloc(soap, sizeof(struct SOAP_ENV__Fault)); if (!soap->fault) return; soap_default_SOAP_ENV__Fault(soap, soap->fault); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Code) { soap->fault->SOAP_ENV__Code = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Reason) { soap->fault->SOAP_ENV__Reason = (struct SOAP_ENV__Reason*)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason)); soap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason); } } SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap) { if (soap->fault) soap_serialize_SOAP_ENV__Fault(soap, soap->fault); } SOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap) { if (soap->fault) return soap_put_SOAP_ENV__Fault(soap, soap->fault, "SOAP-ENV:Fault", NULL); return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap) { return (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, "SOAP-ENV:Fault", NULL)) == NULL; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Code) return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value; return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (!soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) { soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode); } return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; } return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) return soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; return NULL; } return soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap) { soap_fault(soap); if (soap->version == 2) return (const char**)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text; return (const char**)&soap->fault->faultstring; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 1) { if (!soap->fault->detail) { soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->detail); } return (const char**)&soap->fault->detail->__any; } if (!soap->fault->SOAP_ENV__Detail) { soap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail); } return (const char**)&soap->fault->SOAP_ENV__Detail->__any; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Detail) return soap->fault->SOAP_ENV__Detail->__any; if (soap->fault->detail) return soap->fault->detail->__any; return NULL; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap) { int t; if (soap->version == 1) { for (;;) { if (!soap_getelement(soap, &t)) if (soap->error || soap_ignore_element(soap)) break; } } if (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF) soap->error = SOAP_OK; return soap->error; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type) { (void)type; if (soap_peek_element(soap)) return NULL; if (!*soap->id || !(*type = soap_lookup_type(soap, soap->id))) *type = soap_lookup_type(soap, soap->href); switch (*type) { case SOAP_TYPE_byte: return soap_in_byte(soap, NULL, NULL, "xsd:byte"); case SOAP_TYPE_int: return soap_in_int(soap, NULL, NULL, "xsd:int"); case SOAP_TYPE_double: return soap_in_double(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE_ns2__pow: return soap_in_ns2__pow(soap, NULL, NULL, "ns2:pow"); case SOAP_TYPE_ns2__powResponse: return soap_in_ns2__powResponse(soap, NULL, NULL, "ns2:powResponse"); case SOAP_TYPE_ns2__div: return soap_in_ns2__div(soap, NULL, NULL, "ns2:div"); case SOAP_TYPE_ns2__divResponse: return soap_in_ns2__divResponse(soap, NULL, NULL, "ns2:divResponse"); case SOAP_TYPE_ns2__mul: return soap_in_ns2__mul(soap, NULL, NULL, "ns2:mul"); case SOAP_TYPE_ns2__mulResponse: return soap_in_ns2__mulResponse(soap, NULL, NULL, "ns2:mulResponse"); case SOAP_TYPE_ns2__sub: return soap_in_ns2__sub(soap, NULL, NULL, "ns2:sub"); case SOAP_TYPE_ns2__subResponse: return soap_in_ns2__subResponse(soap, NULL, NULL, "ns2:subResponse"); case SOAP_TYPE_ns2__add: return soap_in_ns2__add(soap, NULL, NULL, "ns2:add"); case SOAP_TYPE_ns2__addResponse: return soap_in_ns2__addResponse(soap, NULL, NULL, "ns2:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_in_PointerTodouble(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE__QName: { char **s; s = soap_in__QName(soap, NULL, NULL, "xsd:QName"); return s ? *s : NULL; } case SOAP_TYPE_string: { char **s; s = soap_in_string(soap, NULL, NULL, "xsd:string"); return s ? *s : NULL; } default: { const char *t = soap->type; if (!*t) t = soap->tag; if (!soap_match_tag(soap, t, "xsd:byte")) { *type = SOAP_TYPE_byte; return soap_in_byte(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:int")) { *type = SOAP_TYPE_int; return soap_in_int(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:double")) { *type = SOAP_TYPE_double; return soap_in_double(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:pow")) { *type = SOAP_TYPE_ns2__pow; return soap_in_ns2__pow(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:powResponse")) { *type = SOAP_TYPE_ns2__powResponse; return soap_in_ns2__powResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:div")) { *type = SOAP_TYPE_ns2__div; return soap_in_ns2__div(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:divResponse")) { *type = SOAP_TYPE_ns2__divResponse; return soap_in_ns2__divResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:mul")) { *type = SOAP_TYPE_ns2__mul; return soap_in_ns2__mul(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:mulResponse")) { *type = SOAP_TYPE_ns2__mulResponse; return soap_in_ns2__mulResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:sub")) { *type = SOAP_TYPE_ns2__sub; return soap_in_ns2__sub(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:subResponse")) { *type = SOAP_TYPE_ns2__subResponse; return soap_in_ns2__subResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:add")) { *type = SOAP_TYPE_ns2__add; return soap_in_ns2__add(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns2:addResponse")) { *type = SOAP_TYPE_ns2__addResponse; return soap_in_ns2__addResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:QName")) { char **s; *type = SOAP_TYPE__QName; s = soap_in__QName(soap, NULL, NULL, NULL); return s ? *s : NULL; } if (!soap_match_tag(soap, t, "xsd:string")) { char **s; *type = SOAP_TYPE_string; s = soap_in_string(soap, NULL, NULL, NULL); return s ? *s : NULL; } t = soap->tag; } } soap->error = SOAP_TAG_MISMATCH; return NULL; } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap) { if (!soap_peek_element(soap)) { int t; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unexpected element '%s' in input (level=%u, %d)\n", soap->tag, soap->level, soap->body)); if (soap->mustUnderstand && !soap->other) return soap->error = SOAP_MUSTUNDERSTAND; if (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, "SOAP-ENV:")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "REJECTING element '%s'\n", soap->tag)); return soap->error = SOAP_TAG_MISMATCH; } if (!*soap->id || !soap_getelement(soap, &t)) { soap->peeked = 0; if (soap->fignore) soap->error = soap->fignore(soap, soap->tag); else soap->error = SOAP_OK; DBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, "IGNORING element '%s'\n", soap->tag)); if (!soap->error && soap->body) { soap->level++; while (!soap_ignore_element(soap)) ; if (soap->error == SOAP_NO_TAG) soap->error = soap_element_end_in(soap, NULL); } } } return soap->error; } #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap) { int i; struct soap_plist *pp; if (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH))) for (i = 0; i < SOAP_PTRHASH; i++) for (pp = soap->pht[i]; pp; pp = pp->next) if (pp->mark1 == 2 || pp->mark2 == 2) if (soap_putelement(soap, pp->ptr, "id", pp->id, pp->type)) return soap->error; return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type) { (void)tag; switch (type) { case SOAP_TYPE_byte: return soap_out_byte(soap, tag, id, (const char *)ptr, "xsd:byte"); case SOAP_TYPE_int: return soap_out_int(soap, tag, id, (const int *)ptr, "xsd:int"); case SOAP_TYPE_double: return soap_out_double(soap, tag, id, (const double *)ptr, "xsd:double"); case SOAP_TYPE_ns2__pow: return soap_out_ns2__pow(soap, tag, id, (const struct ns2__pow *)ptr, "ns2:pow"); case SOAP_TYPE_ns2__powResponse: return soap_out_ns2__powResponse(soap, tag, id, (const struct ns2__powResponse *)ptr, "ns2:powResponse"); case SOAP_TYPE_ns2__div: return soap_out_ns2__div(soap, tag, id, (const struct ns2__div *)ptr, "ns2:div"); case SOAP_TYPE_ns2__divResponse: return soap_out_ns2__divResponse(soap, tag, id, (const struct ns2__divResponse *)ptr, "ns2:divResponse"); case SOAP_TYPE_ns2__mul: return soap_out_ns2__mul(soap, tag, id, (const struct ns2__mul *)ptr, "ns2:mul"); case SOAP_TYPE_ns2__mulResponse: return soap_out_ns2__mulResponse(soap, tag, id, (const struct ns2__mulResponse *)ptr, "ns2:mulResponse"); case SOAP_TYPE_ns2__sub: return soap_out_ns2__sub(soap, tag, id, (const struct ns2__sub *)ptr, "ns2:sub"); case SOAP_TYPE_ns2__subResponse: return soap_out_ns2__subResponse(soap, tag, id, (const struct ns2__subResponse *)ptr, "ns2:subResponse"); case SOAP_TYPE_ns2__add: return soap_out_ns2__add(soap, tag, id, (const struct ns2__add *)ptr, "ns2:add"); case SOAP_TYPE_ns2__addResponse: return soap_out_ns2__addResponse(soap, tag, id, (const struct ns2__addResponse *)ptr, "ns2:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_out_PointerTodouble(soap, tag, id, (double *const*)ptr, "xsd:double"); case SOAP_TYPE__QName: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:QName"); case SOAP_TYPE_string: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:string"); } return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type) { (void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */ switch (type) { case SOAP_TYPE_ns2__pow: soap_serialize_ns2__pow(soap, (const struct ns2__pow *)ptr); break; case SOAP_TYPE_ns2__powResponse: soap_serialize_ns2__powResponse(soap, (const struct ns2__powResponse *)ptr); break; case SOAP_TYPE_ns2__div: soap_serialize_ns2__div(soap, (const struct ns2__div *)ptr); break; case SOAP_TYPE_ns2__divResponse: soap_serialize_ns2__divResponse(soap, (const struct ns2__divResponse *)ptr); break; case SOAP_TYPE_ns2__mul: soap_serialize_ns2__mul(soap, (const struct ns2__mul *)ptr); break; case SOAP_TYPE_ns2__mulResponse: soap_serialize_ns2__mulResponse(soap, (const struct ns2__mulResponse *)ptr); break; case SOAP_TYPE_ns2__sub: soap_serialize_ns2__sub(soap, (const struct ns2__sub *)ptr); break; case SOAP_TYPE_ns2__subResponse: soap_serialize_ns2__subResponse(soap, (const struct ns2__subResponse *)ptr); break; case SOAP_TYPE_ns2__add: soap_serialize_ns2__add(soap, (const struct ns2__add *)ptr); break; case SOAP_TYPE_ns2__addResponse: soap_serialize_ns2__addResponse(soap, (const struct ns2__addResponse *)ptr); break; case SOAP_TYPE_PointerTodouble: soap_serialize_PointerTodouble(soap, (double *const*)ptr); break; case SOAP_TYPE__QName: soap_serialize_string(soap, (char*const*)&ptr); break; case SOAP_TYPE_string: soap_serialize_string(soap, (char*const*)&ptr); break; } } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap *soap, char *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_byte *a = SOAP_DEFAULT_byte; #else *a = (char)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap *soap, const char *tag, int id, const char *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outbyte(soap, tag, id, a, type, SOAP_TYPE_byte); } SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap *soap, const char *tag, char *a, const char *type) { char *p; p = soap_inbyte(soap, tag, a, type, SOAP_TYPE_byte); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap *soap, const char *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_byte); if (soap_out_byte(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap *soap, char *p, const char *tag, const char *type) { if ((p = soap_in_byte(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap *soap, int *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_int *a = SOAP_DEFAULT_int; #else *a = (int)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap *soap, const char *tag, int id, const int *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outint(soap, tag, id, a, type, SOAP_TYPE_int); } SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap *soap, const char *tag, int *a, const char *type) { int *p; p = soap_inint(soap, tag, a, type, SOAP_TYPE_int); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap *soap, const int *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_int); if (soap_out_int(soap, tag?tag:"int", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap *soap, int *p, const char *tag, const char *type) { if ((p = soap_in_int(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap *soap, double *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_double *a = SOAP_DEFAULT_double; #else *a = (double)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap *soap, const char *tag, int id, const double *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outdouble(soap, tag, id, a, type, SOAP_TYPE_double); } SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap *soap, const char *tag, double *a, const char *type) { double *p; p = soap_indouble(soap, tag, a, type, SOAP_TYPE_double); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap *soap, const double *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_double); if (soap_out_double(soap, tag?tag:"double", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap *soap, double *p, const char *tag, const char *type) { if ((p = soap_in_double(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->faultcode); soap_default_string(soap, &a->faultstring); soap_default_string(soap, &a->faultactor); a->detail = NULL; a->SOAP_ENV__Code = NULL; a->SOAP_ENV__Reason = NULL; soap_default_string(soap, &a->SOAP_ENV__Node); soap_default_string(soap, &a->SOAP_ENV__Role); a->SOAP_ENV__Detail = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->faultcode); soap_serialize_string(soap, &a->faultstring); soap_serialize_string(soap, &a->faultactor); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->detail); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Code); soap_serialize_PointerToSOAP_ENV__Reason(soap, &a->SOAP_ENV__Reason); soap_serialize_string(soap, &a->SOAP_ENV__Node); soap_serialize_string(soap, &a->SOAP_ENV__Role); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->SOAP_ENV__Detail); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Fault *a, const char *type) { const char *soap_tmp_faultcode = soap_QName2s(soap, a->faultcode); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Fault), type)) return soap->error; if (soap_out__QName(soap, "faultcode", -1, (char*const*)&soap_tmp_faultcode, "")) return soap->error; if (soap_out_string(soap, "faultstring", -1, &a->faultstring, "")) return soap->error; if (soap_out_string(soap, "faultactor", -1, &a->faultactor, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "detail", -1, &a->detail, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", -1, &a->SOAP_ENV__Code, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", -1, &a->SOAP_ENV__Reason, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Node", -1, &a->SOAP_ENV__Node, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Role", -1, &a->SOAP_ENV__Role, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", -1, &a->SOAP_ENV__Detail, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap *soap, const char *tag, struct SOAP_ENV__Fault *a, const char *type) { size_t soap_flag_faultcode = 1; size_t soap_flag_faultstring = 1; size_t soap_flag_faultactor = 1; size_t soap_flag_detail = 1; size_t soap_flag_SOAP_ENV__Code = 1; size_t soap_flag_SOAP_ENV__Reason = 1; size_t soap_flag_SOAP_ENV__Node = 1; size_t soap_flag_SOAP_ENV__Role = 1; size_t soap_flag_SOAP_ENV__Detail = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Fault *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Fault(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_faultcode && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "faultcode", &a->faultcode, "")) { soap_flag_faultcode--; continue; } if (soap_flag_faultstring && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultstring", &a->faultstring, "xsd:string")) { soap_flag_faultstring--; continue; } if (soap_flag_faultactor && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultactor", &a->faultactor, "xsd:string")) { soap_flag_faultactor--; continue; } if (soap_flag_detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "detail", &a->detail, "")) { soap_flag_detail--; continue; } if (soap_flag_SOAP_ENV__Code && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", &a->SOAP_ENV__Code, "")) { soap_flag_SOAP_ENV__Code--; continue; } if (soap_flag_SOAP_ENV__Reason && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", &a->SOAP_ENV__Reason, "")) { soap_flag_SOAP_ENV__Reason--; continue; } if (soap_flag_SOAP_ENV__Node && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Node", &a->SOAP_ENV__Node, "xsd:string")) { soap_flag_SOAP_ENV__Node--; continue; } if (soap_flag_SOAP_ENV__Role && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Role", &a->SOAP_ENV__Role, "xsd:string")) { soap_flag_SOAP_ENV__Role--; continue; } if (soap_flag_SOAP_ENV__Detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", &a->SOAP_ENV__Detail, "")) { soap_flag_SOAP_ENV__Detail--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Fault *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Fault, 0, sizeof(struct SOAP_ENV__Fault), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Fault); if (soap_out_SOAP_ENV__Fault(soap, tag?tag:"SOAP-ENV:Fault", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Fault(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Reason *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Reason), type)) return soap->error; if (soap->lang) soap_set_attr(soap, "xml:lang", soap->lang, 1); if (soap_out_string(soap, "SOAP-ENV:Text", -1, &a->SOAP_ENV__Text, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason *a, const char *type) { size_t soap_flag_SOAP_ENV__Text = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Reason *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Reason(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Text && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Text", &a->SOAP_ENV__Text, "xsd:string")) { soap_flag_SOAP_ENV__Text--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Reason *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Reason, 0, sizeof(struct SOAP_ENV__Reason), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Reason); if (soap_out_SOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->__any = NULL; a->__type = 0; a->fault = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_markelement(soap, a->fault, a->__type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Detail *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Detail), type)) return soap->error; soap_outliteral(soap, "-any", &a->__any, NULL); if (soap_putelement(soap, a->fault, "fault", -1, a->__type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail *a, const char *type) { size_t soap_flag___any = 1; size_t soap_flag_fault = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Detail *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Detail(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_fault && soap->error == SOAP_TAG_MISMATCH) if ((a->fault = soap_getelement(soap, &a->__type))) { soap_flag_fault = 0; continue; } if (soap_flag___any && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_inliteral(soap, "-any", &a->__any)) { soap_flag___any--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Detail *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Detail, 0, sizeof(struct SOAP_ENV__Detail), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Detail); if (soap_out_SOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->SOAP_ENV__Value); a->SOAP_ENV__Subcode = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->SOAP_ENV__Value); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Subcode); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Code *a, const char *type) { const char *soap_tmp_SOAP_ENV__Value = soap_QName2s(soap, a->SOAP_ENV__Value); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Code), type)) return soap->error; if (soap_out__QName(soap, "SOAP-ENV:Value", -1, (char*const*)&soap_tmp_SOAP_ENV__Value, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", -1, &a->SOAP_ENV__Subcode, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code *a, const char *type) { size_t soap_flag_SOAP_ENV__Value = 1; size_t soap_flag_SOAP_ENV__Subcode = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Code *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Code(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Value && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "SOAP-ENV:Value", &a->SOAP_ENV__Value, "")) { soap_flag_SOAP_ENV__Value--; continue; } if (soap_flag_SOAP_ENV__Subcode && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", &a->SOAP_ENV__Subcode, "")) { soap_flag_SOAP_ENV__Subcode--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Code *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Code, 0, sizeof(struct SOAP_ENV__Code), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Code); if (soap_out_SOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Header *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Header), type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap *soap, const char *tag, struct SOAP_ENV__Header *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Header *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Header(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Header *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Header, 0, sizeof(struct SOAP_ENV__Header), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Header); if (soap_out_SOAP_ENV__Header(soap, tag?tag:"SOAP-ENV:Header", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Header(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__pow(struct soap *soap, struct ns2__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__pow(struct soap *soap, const struct ns2__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__pow(struct soap *soap, const char *tag, int id, const struct ns2__pow *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__pow), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__pow * SOAP_FMAC4 soap_in_ns2__pow(struct soap *soap, const char *tag, struct ns2__pow *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__pow *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__pow, sizeof(struct ns2__pow), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__pow(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__pow *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__pow, 0, sizeof(struct ns2__pow), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__pow(struct soap *soap, const struct ns2__pow *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__pow); if (soap_out_ns2__pow(soap, tag?tag:"ns2:pow", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__pow * SOAP_FMAC4 soap_get_ns2__pow(struct soap *soap, struct ns2__pow *p, const char *tag, const char *type) { if ((p = soap_in_ns2__pow(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__powResponse(struct soap *soap, struct ns2__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__powResponse(struct soap *soap, const struct ns2__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__powResponse(struct soap *soap, const char *tag, int id, const struct ns2__powResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__powResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__powResponse * SOAP_FMAC4 soap_in_ns2__powResponse(struct soap *soap, const char *tag, struct ns2__powResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__powResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__powResponse, sizeof(struct ns2__powResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__powResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__powResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__powResponse, 0, sizeof(struct ns2__powResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__powResponse(struct soap *soap, const struct ns2__powResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__powResponse); if (soap_out_ns2__powResponse(soap, tag?tag:"ns2:powResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__powResponse * SOAP_FMAC4 soap_get_ns2__powResponse(struct soap *soap, struct ns2__powResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns2__powResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__div(struct soap *soap, struct ns2__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__div(struct soap *soap, const struct ns2__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__div(struct soap *soap, const char *tag, int id, const struct ns2__div *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__div), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__div * SOAP_FMAC4 soap_in_ns2__div(struct soap *soap, const char *tag, struct ns2__div *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__div *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__div, sizeof(struct ns2__div), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__div(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__div *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__div, 0, sizeof(struct ns2__div), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__div(struct soap *soap, const struct ns2__div *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__div); if (soap_out_ns2__div(soap, tag?tag:"ns2:div", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__div * SOAP_FMAC4 soap_get_ns2__div(struct soap *soap, struct ns2__div *p, const char *tag, const char *type) { if ((p = soap_in_ns2__div(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__divResponse(struct soap *soap, struct ns2__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__divResponse(struct soap *soap, const struct ns2__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__divResponse(struct soap *soap, const char *tag, int id, const struct ns2__divResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__divResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__divResponse * SOAP_FMAC4 soap_in_ns2__divResponse(struct soap *soap, const char *tag, struct ns2__divResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__divResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__divResponse, sizeof(struct ns2__divResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__divResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__divResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__divResponse, 0, sizeof(struct ns2__divResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__divResponse(struct soap *soap, const struct ns2__divResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__divResponse); if (soap_out_ns2__divResponse(soap, tag?tag:"ns2:divResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__divResponse * SOAP_FMAC4 soap_get_ns2__divResponse(struct soap *soap, struct ns2__divResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns2__divResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__mul(struct soap *soap, struct ns2__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__mul(struct soap *soap, const struct ns2__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__mul(struct soap *soap, const char *tag, int id, const struct ns2__mul *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__mul), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__mul * SOAP_FMAC4 soap_in_ns2__mul(struct soap *soap, const char *tag, struct ns2__mul *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__mul *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__mul, sizeof(struct ns2__mul), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__mul(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__mul *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__mul, 0, sizeof(struct ns2__mul), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__mul(struct soap *soap, const struct ns2__mul *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__mul); if (soap_out_ns2__mul(soap, tag?tag:"ns2:mul", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__mul * SOAP_FMAC4 soap_get_ns2__mul(struct soap *soap, struct ns2__mul *p, const char *tag, const char *type) { if ((p = soap_in_ns2__mul(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__mulResponse(struct soap *soap, struct ns2__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__mulResponse(struct soap *soap, const struct ns2__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__mulResponse(struct soap *soap, const char *tag, int id, const struct ns2__mulResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__mulResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__mulResponse * SOAP_FMAC4 soap_in_ns2__mulResponse(struct soap *soap, const char *tag, struct ns2__mulResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__mulResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__mulResponse, sizeof(struct ns2__mulResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__mulResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__mulResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__mulResponse, 0, sizeof(struct ns2__mulResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__mulResponse(struct soap *soap, const struct ns2__mulResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__mulResponse); if (soap_out_ns2__mulResponse(soap, tag?tag:"ns2:mulResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__mulResponse * SOAP_FMAC4 soap_get_ns2__mulResponse(struct soap *soap, struct ns2__mulResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns2__mulResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__sub(struct soap *soap, struct ns2__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__sub(struct soap *soap, const struct ns2__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__sub(struct soap *soap, const char *tag, int id, const struct ns2__sub *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__sub), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__sub * SOAP_FMAC4 soap_in_ns2__sub(struct soap *soap, const char *tag, struct ns2__sub *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__sub *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__sub, sizeof(struct ns2__sub), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__sub(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__sub *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__sub, 0, sizeof(struct ns2__sub), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__sub(struct soap *soap, const struct ns2__sub *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__sub); if (soap_out_ns2__sub(soap, tag?tag:"ns2:sub", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__sub * SOAP_FMAC4 soap_get_ns2__sub(struct soap *soap, struct ns2__sub *p, const char *tag, const char *type) { if ((p = soap_in_ns2__sub(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__subResponse(struct soap *soap, struct ns2__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__subResponse(struct soap *soap, const struct ns2__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__subResponse(struct soap *soap, const char *tag, int id, const struct ns2__subResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__subResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__subResponse * SOAP_FMAC4 soap_in_ns2__subResponse(struct soap *soap, const char *tag, struct ns2__subResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__subResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__subResponse, sizeof(struct ns2__subResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__subResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__subResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__subResponse, 0, sizeof(struct ns2__subResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__subResponse(struct soap *soap, const struct ns2__subResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__subResponse); if (soap_out_ns2__subResponse(soap, tag?tag:"ns2:subResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__subResponse * SOAP_FMAC4 soap_get_ns2__subResponse(struct soap *soap, struct ns2__subResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns2__subResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__add(struct soap *soap, struct ns2__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__add(struct soap *soap, const struct ns2__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__add(struct soap *soap, const char *tag, int id, const struct ns2__add *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__add), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__add * SOAP_FMAC4 soap_in_ns2__add(struct soap *soap, const char *tag, struct ns2__add *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__add *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__add, sizeof(struct ns2__add), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__add(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__add *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__add, 0, sizeof(struct ns2__add), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__add(struct soap *soap, const struct ns2__add *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__add); if (soap_out_ns2__add(soap, tag?tag:"ns2:add", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__add * SOAP_FMAC4 soap_get_ns2__add(struct soap *soap, struct ns2__add *p, const char *tag, const char *type) { if ((p = soap_in_ns2__add(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__addResponse(struct soap *soap, struct ns2__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__addResponse(struct soap *soap, const struct ns2__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__addResponse(struct soap *soap, const char *tag, int id, const struct ns2__addResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns2__addResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns2__addResponse * SOAP_FMAC4 soap_in_ns2__addResponse(struct soap *soap, const char *tag, struct ns2__addResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns2__addResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns2__addResponse, sizeof(struct ns2__addResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns2__addResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns2__addResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns2__addResponse, 0, sizeof(struct ns2__addResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__addResponse(struct soap *soap, const struct ns2__addResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns2__addResponse); if (soap_out_ns2__addResponse(soap, tag?tag:"ns2:addResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns2__addResponse * SOAP_FMAC4 soap_get_ns2__addResponse(struct soap *soap, struct ns2__addResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns2__addResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Reason)) soap_serialize_SOAP_ENV__Reason(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Reason *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Reason); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Reason(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Reason **)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Reason(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Reason **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Reason); if (soap_out_PointerToSOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Detail)) soap_serialize_SOAP_ENV__Detail(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Detail *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Detail); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Detail(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Detail **)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Detail(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Detail **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Detail); if (soap_out_PointerToSOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Code)) soap_serialize_SOAP_ENV__Code(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Code *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Code); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Code(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Code **)soap_malloc(soap, sizeof(struct SOAP_ENV__Code *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Code(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Code **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Code); if (soap_out_PointerToSOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap *soap, double *const*a) { soap_reference(soap, *a, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap *soap, const char *tag, int id, double *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_double); if (id < 0) return soap->error; return soap_out_double(soap, tag, id, *a, type); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap *soap, const char *tag, double **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (double **)soap_malloc(soap, sizeof(double *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_double(soap, tag, *a, type))) return NULL; } else { a = (double **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_double, sizeof(double), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap *soap, double *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTodouble); if (soap_out_PointerTodouble(soap, tag?tag:"double", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap *soap, double **p, const char *tag, const char *type) { if ((p = soap_in_PointerTodouble(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE__QName); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE__QName, 2, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE__QName); if (soap_out__QName(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in__QName(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap *soap, char **a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_string *a = SOAP_DEFAULT_string; #else *a = (char *)0; #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap *soap, char *const*a) { soap_reference(soap, *a, SOAP_TYPE_string); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE_string); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE_string, 1, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_string); if (soap_out_string(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in_string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifdef __cplusplus } #endif #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of soapC.c */ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/CalcViewController.h0000644000175000017500000000065712653650146025554 0ustar ellertellert// // CalcViewController.h // Calc // // Created by Wei Zhang on 5/19/12. // Copyright __MyCompanyName__ 2012. All rights reserved. // #import @interface CalcViewController : UIViewController { UITextField *op1; // operand1 UITextField *op2; // operand2 } @property (nonatomic, retain) IBOutlet UITextField *op1; @property (nonatomic, retain) IBOutlet UITextField *op2; - (IBAction) buttonPressed; @end gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/calc.nsmap0000644000175000017500000000106012653650146023571 0ustar ellertellert#ifndef calc_h #define calc_h #include "soapH.h" SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns2", "urn:calc", NULL, NULL}, {NULL, NULL, NULL, NULL} }; #endif gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/stdsoap2.c0000644000175000017500000164356212653650146023556 0ustar ellertellert/* stdsoap2.c[pp] 2.8.8 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20808 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.8 2012-02-20 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.8 2012-02-20 00:00:00 GMT") #endif /* 8bit character representing unknown/nonrepresentable character data (e.g. not supported by current locale with multibyte support enabled) */ #ifndef SOAP_UNKNOWN_CHAR #define SOAP_UNKNOWN_CHAR (127) #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[11] = "\n\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[21] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { register int nwritten, err; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif while (n) { if (soap_valid_socket(soap->socket)) { if (soap->send_timeout) { for (;;) { register int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(soap->socket, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(soap->socket, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(soap->socket, s, (int)n, soap->socket_flags); #else nwritten = send(soap->socket, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { register int r = 0; err = soap_socket_errno(soap->socket); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0 && soap->errnum != SOAP_EINTR) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if (soap->mode & SOAP_IO_LENGTH) soap->count += n; else if (soap->mode & SOAP_IO) { register size_t i = SOAP_BUFLEN - soap->bufidx; while (n >= i) { memcpy(soap->buf + soap->bufidx, s, i); soap->bufidx = SOAP_BUFLEN; if (soap_flush(soap)) return soap->error; s += i; n -= i; i = SOAP_BUFLEN; } memcpy(soap->buf + soap->bufidx, s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { register size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { register int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, SOAP_BUFLEN)) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { register char *t; if (!(t = (char*)soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; memcpy(t, s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[16]; sprintf(t, "\r\n%lX\r\n" + (soap->chunksize ? 0 : 2), (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { register int r; register int retries = 100; /* max 100 retries with non-blocking sockets */ soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) if (soap->is) { if (soap->is->good()) return soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #endif if (soap_valid_socket(soap->socket)) { for (;;) { #ifdef WITH_OPENSSL register int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* SSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.sin_addr.s_addr); #endif } else #endif r = recv(soap->socket, s, (int)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(soap->socket); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(soap->socket); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, (unsigned int)n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { register size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) register int r; #endif #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = SOAP_BUFLEN - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { memcpy(soap->buf, soap->z_buf, SOAP_BUFLEN); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { register soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > SOAP_BUFLEN ? SOAP_BUFLEN : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket %d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = SOAP_BUFLEN - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif soap->count += ret; return !ret; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err = soap->filterstop; if (err) soap->bufidx = soap->buflen = 0; else err = soap_recv_raw(soap); /* do not call again after EOF */ if ((soap->error = soap->ffilterrecv(soap, soap->buf, &soap->buflen, sizeof(soap->buf)))) return soap->error; if (soap->buflen) { soap->filterstop = err; return SOAP_OK; } if (err) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed error %d\n", err)); return err; } } #endif return soap_recv_raw(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { register soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 long SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, long other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 long SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { register long bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { register size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { register char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { register const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; register int i; register soap_wchar c; register char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { register soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { register int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; register char *s = buf; register int i = sizeof(buf); register soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, long n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %ld bytes forward\n", (long)n)); for (; n > 0; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, register unsigned long c) { char tmp[16]; if (c < 0x80 && c > 0) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifndef WITH_LEAN if (c >= 0x80) { register char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } #else sprintf(tmp, "&#%lu;", c); #endif return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { register soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; register int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->data = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { register int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_string_in(soap, 0, -1, -1); return (unsigned char*)soap_hex2s(soap, soap->dom->data, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { register char *s; register size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { register char d1, d2; register soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)(soap->lablen + i - k); p = (unsigned char*)soap_malloc(soap, soap->lablen + i - k); if (p) memcpy(p, soap->labbuf, soap->lablen + i - k); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { register int i; register char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { register char d1, d2; register soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { register int i; register unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->data = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_string_in(soap, 0, -1, -1); return (unsigned char*)soap_base642s(soap, soap->dom->data, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { register size_t i, k; register char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (!s) return NULL; if (k > 2) { for (i = 0; i < k - 2; i += 3) { register unsigned long m = 0; register int j = 0; do { register soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)(soap->lablen + i - k); p = (unsigned char*)soap_malloc(soap, soap->lablen + i - k); if (p) memcpy(p, soap->labbuf, soap->lablen + i - k); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) ; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { register int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { register int i; register char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { register unsigned long m = 0; register int j = 0; do { register soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) ; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_dime_forward(soap, ptr, size, id, type, options)) return soap->error; } if (soap->body && soap_element_end_in(soap, NULL)) return soap->error; } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_dime_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s && (t = (char*)soap_malloc(soap, strlen(s) + 1))) strcpy(t, s); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; if ((t = (wchar_t*)soap_malloc(soap, sizeof(wchar_t)*(n+1)))) memcpy(t, s, sizeof(wchar_t)*(n+1)); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->ptr = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { char *p; if (!b) b = soap->blist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block of %u bytes (%u bytes total)\n", (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); if (!(p = (char*)SOAP_MALLOC(soap, n + sizeof(char*) + sizeof(size_t)))) { soap->error = SOAP_EOM; return NULL; } *(char**)p = b->ptr; *(size_t*)(p + sizeof(char*)) = n; b->ptr = p; b->size += n; return p + sizeof(char*) + sizeof(size_t); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { char *p; if (!b) b = soap->blist; if (!b->ptr) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->ptr; b->size -= *(size_t*)(p + sizeof(char*)); b->ptr = *(char**)p; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, char *start, char *end, char *p1, char *p2) { #ifndef WITH_NOIDREF int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; #ifndef WITH_LEANER register struct soap_xlist *xp = NULL; #endif register void *p, **q; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr && (char*)ip->ptr >= start && (char*)ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update id='%s' %p -> %p\n", ip->id, ip->ptr, (char*)ip->ptr + (p1-p2))); ip->ptr = (char*)ip->ptr + (p1-p2); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && (char*)p >= start && (char*)p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p\n", ip->id, p)); *q = (char*)p + (p1-p2); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && (char*)p >= start && (char*)p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p\n", ip->id, p)); *q = (char*)p + (p1-p2); } } for (fp = ip->flist; fp; fp = fp->next) { if ((char*)fp->ptr >= start && (char*)fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' %p\n", ip->id, fp)); fp->ptr = (char*)fp->ptr + (p1-p2); } } } } #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (char*)xp->ptr >= start && (char*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (p1-p2))); xp->ptr = (unsigned char**)((char*)xp->ptr + (p1-p2)); xp->size = (int*)((char*)xp->size + (p1-p2)); xp->type = (char**)((char*)xp->type + (p1-p2)); xp->options = (char**)((char*)xp->options + (p1-p2)); } } #endif #else (void)soap; (void)start; (void)end; (void)p1; (void)p2; #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, register const char *start, register const char *end) { register int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; register const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if ((const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { register int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; short flag; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { register void *p, **q, *r; q = (void**)ip->link; ip->link = NULL; r = ip->ptr; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s'\n", ip->id)); while (q) { p = *q; *q = r; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, r)); q = (void**)p; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing data for id='%s'\n", ip->id)); strcpy(soap->id, ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { if (ip->copy) { register void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; memcpy(q, ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } for (fp = ip->flist; fp; fp = ip->flist) { register unsigned int k = fp->level; register void *p = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d location=%p level=%u,%u id='%s'\n", ip->type, p, ip->level, fp->level, ip->id)); while (ip->level < k) { register void **q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return soap->error; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level, new location=%p holds=%p...\n", q, *q)); p = (void*)q; k--; } if (fp->fcopy) fp->fcopy(soap, ip->type, fp->type, fp->ptr, fp->len, p, ip->size); else soap_fcopy(soap, ip->type, fp->type, fp->ptr, fp->len, p, ip->size); ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } } } } while (flag); #ifdef SOAP_DEBUG for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the developers\n", ip->id)); } } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->ptr) { b->size -= *(size_t*)(b->ptr + sizeof(char*)) - n; *(size_t*)(b->ptr + sizeof(char*)) = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { char *p, *q, *r; if (!b) b = soap->blist; p = b->ptr; if (!p) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block\n")); r = NULL; do { q = *(char**)p; *(char**)p = r; r = p; p = q; } while (p); b->ptr = r; return r + sizeof(char*) + sizeof(size_t); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { char *p; if (!b) b = soap->blist; p = b->ptr; if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block\n")); b->ptr = *(char**)p; SOAP_FREE(soap, p); if (b->ptr) return b->ptr + sizeof(char*) + sizeof(size_t); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return *(size_t*)(b->ptr + sizeof(char*)); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { char *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->ptr; p; p = q) { q = *(char**)p; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restore previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { register size_t n; register char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->ptr, p)); if (p) { for (s = p, q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); #ifndef WITH_NOIDREF if (flag) soap_update_pointers(soap, q, q + n, s, q); #endif memcpy(s, q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsize(struct soap *soap, const char *type, int size) { return soap_putsizes(soap, type, &size, 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizes(struct soap *soap, const char *type, const int *size, int dim) { return soap_putsizesoffsets(soap, type, size, NULL, dim); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; if (!type) return NULL; if (soap->version == 2) { sprintf(soap->type, "%s[%d", type, size[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), " %d", size[i]); } else { if (offset) { sprintf(soap->type, "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), ",%d", size[i] + offset[i]); } else { sprintf(soap->type, "%s[%d", type, size[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), ",%d", size[i]); } strcat(soap->type, "]"); } return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffset(struct soap *soap, int offset) { return soap_putoffsets(soap, &offset, 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { register int i; sprintf(soap->arrayOffset, "[%d", offset[0]); for (i = 1; i < dim; i++) sprintf(soap->arrayOffset + strlen(soap->arrayOffset), ",%d", offset[i]); strcat(soap->arrayOffset, "]"); return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_size(const int *size, int dim) { register int i, n = size[0]; for (i = 1; i < dim; i++) n *= size[i]; return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { register int i, j = 0; if (offset) for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } else for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getsize(const char *attr1, const char *attr2, int *j) { register int n, k; char *s; *j = 0; if (!*attr1) return -1; if (*attr1 == '[') attr1++; n = 1; for (;;) { k = (int)soap_strtol(attr1, &s, 10); n *= k; if (k < 0 || n > SOAP_MAXARRAYSIZE || s == attr1) return -1; attr1 = strchr(s, ','); if (!attr1) attr1 = strchr(s, ' '); if (attr2 && *attr2) { attr2++; *j *= k; k = (int)soap_strtol(attr2, &s, 10); *j += k; if (k < 0) return -1; attr2 = s; } if (!attr1) break; attr1++; } return n - *j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { register int i, k, n; if (!*attr) return -1; i = (int)strlen(attr); n = 1; do { for (i = i-1; i >= 0; i--) if (attr[i] == '[' || attr[i] == ',' || attr[i] == ' ') break; k = (int)soap_strtol(attr + i + 1, NULL, 10); n *= size[--dim] = k; if (k < 0 || n > SOAP_MAXARRAYSIZE) return -1; } while (i >= 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { register int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { register struct soap_nlist *np; register struct Namespace *p; register short i = -1; register size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) { if (p->out) { SOAP_FREE(soap, p->out); p->out = NULL; } break; } if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) strcpy(p->out, ns); break; } } } if (!p || !p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; strcpy((char*)np->id, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s' '%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = strcpy((char*)np->id + n + 1, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { register struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s'\n", soap->level, np->id)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { register struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS)) if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; return SOAP_OK; } if (n1 == 0) return (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { register struct soap_nlist *np; register const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { register int c1 = *s; register int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { register const char *s, *t; register int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (SOAP_STRCMP(s + 1, tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2)) return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) { int err; soap->keyfile = keyfile; soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->crlfile = NULL; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) { soap->keyfile = keyfile; soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* 2.8.1 change (wsseapi.c) */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) strcpy(soap->msgbuf, msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; strcat(soap->msgbuf, "\n"); while ((r = ERR_get_error())) ERR_error_string_n(r, soap->msgbuf + strlen(soap->msgbuf), sizeof(soap->msgbuf) - strlen(soap->msgbuf)); } else { switch (ret) { case 0: strcpy(soap->msgbuf, "EOF was observed that violates the protocol. The client probably provided invalid authentication information."); break; case -1: sprintf(soap->msgbuf, "Error observed by underlying BIO: %s", strerror(errno)); break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { if (!(soap->ctx = SSL_CTX_new(SSLv23_method()))) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } /* This code assumes a typical scenario, see alternative code below */ if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read certificate key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } /* Suggested alternative approach to check the key file for certs (cafile=NULL):*/ #if 0 if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile || !SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read certificate or key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 */ if ((soap->ssl_flags & SOAP_SSLv3)) flags |= SSL_OP_NO_TLSv1; if ((soap->ssl_flags & SOAP_TLSv1)) flags |= SSL_OP_NO_SSLv3; #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (gnutls_certificate_set_x509_crl_file(soap->xcred, soap->crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* TODO: GNUTLS need to concat cert and key in single key file */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_TLSv1)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLS v1.0 protocol", SOAP_SSL_ERROR); } } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { if (num < (int)strlen((char*)userdata) + 1) return 0; return (int)strlen(strcpy(buf, (char*)userdata)); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "SSL verify error or warning with certificate at depth %d: %s\n", X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(X509_STORE_CTX_get_error(store))); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, "certificate issuer %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, "certificate subject %s\n", buf); } #endif /* Note: return 1 to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (ok == 0 && X509_STORE_CTX_get_error(store) == X509_V_ERR_CERT_HAS_EXPIRED) { #ifdef SOAP_DEBUG fprintf(stderr, "ignoring certificate expiration\n"); #endif X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET fd = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(fd)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)fd, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(fd)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)fd); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { register const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { sprintf(soap->msgbuf, "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr(addr); #endif #endif if (iadd != -1) { memcpy(inaddr, &iadd, sizeof(iadd)); return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) if (gethostbyname_r(addr, &hostent, soap->buf, SOAP_BUFLEN, &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, SOAP_BUFLEN, &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname(addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else memcpy(inaddr, host->h_addr, host->h_length); #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET fd; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_sender_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); hints.ai_family = PF_UNSPEC; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err) { soap_set_sender_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: fd = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) fd = socket(AF_INET, SOCK_DGRAM, 0); else #endif fd = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(fd)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)fd, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(fd, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->connect_flags == SO_LINGER) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(fd, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else if (soap->connect_flags && setsockopt(fd, SOL_SOCKET, soap->connect_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(fd, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(fd, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(fd, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(fd, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Opening socket %d to host='%s' port=%d\n", fd, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->peer.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.sin_addr)) { soap_set_sender_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->peer.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.sin_addr)) { soap_set_sender_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->peer.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return fd; #endif #else if ((soap->omode & SOAP_IO_UDP)) { memcpy(&soap->peer, res->ai_addr, res->ai_addrlen); soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return fd; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(fd, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(fd, (struct sockaddr*)&soap->peer, sizeof(soap->peer))) #endif { err = soap_socket_errno(fd); #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, fd); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { register int r; r = tcp_select(soap, fd, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_sender_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum; if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(fd, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, fd); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = fd; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (!soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifdef WITH_OPENSSL BIO *bio; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server\n", soap->proxy_http_version)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->status = status; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (endpoint) strncpy(soap->endpoint, endpoint, sizeof(soap->endpoint)-1); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, fd); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; bio = BIO_new_socket((int)fd, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(fd) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { register int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_sender_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } else { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(fd) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; int ext_count; int ok = 0; X509 *peer; peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); void *ext_data; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *data; #else unsigned char *data; #endif STACK_OF(CONF_VALUE) *val; int j; if (!meth) break; data = ext->value->data; #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { /* OpenSSL not perfectly portable at this point (?): Some compilers appear to prefer meth->d2i(NULL, (const unsigned char**)&data, ... and others prefer meth->d2i(NULL, &data, ext->value->length); */ ext_data = meth->d2i(NULL, &data, ext->value->length); } #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif if (ext_data) { val = meth->i2v(meth, ext_data, NULL); if (val) { for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else meth->ext_free(ext_data); #endif } } if (ok) break; } } if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)fd); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(fd) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, fd); soap->error = soap_set_sender_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #else soap->fclosesocket(soap, fd); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) return fd; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET s, int flags, int timeout) { register int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)s >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; int retries = 0; pollfd.fd = (int)s; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout < 0) timeout /= -1000; /* -usec -> ms */ else if (timeout <= 1000000) /* avoid overflow */ timeout *= 1000; /* sec -> ms */ else { retries = timeout / 1000000; timeout = 1000000000; } do r = poll(&pollfd, 1, timeout); while (r == 0 && retries--); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r < 0) soap->errnum = soap_socket_errno(s); return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(s, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(s, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(s, efd); } if (timeout >= 0) { tv.tv_sec = timeout; tv.tv_usec = 0; } else { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } r = select((int)s + 1, rfd, sfd, efd, &tv); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(s, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(s, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(s, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r < 0) soap->errnum = soap_socket_errno(s); return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET fd; (void)soap; fd = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)fd, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(fd, F_SETFD, FD_CLOEXEC); #endif #endif return fd; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { strcpy(soap->session_host, soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0 && soap->errnum != SOAP_EINTR) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket %d\n", (int)fd)); return soap_closesocket(fd); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket %d how=%d\n", (int)fd, how)); return shutdown(fd, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); hints.ai_family = PF_UNSPEC; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; memcpy(&soap->peer, addrinfo->ai_addr, addrinfo->ai_addrlen); soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = (struct sockaddr*)&soap->peer; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->peer.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, (struct sockaddr*)&soap->peer, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN register int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, soap->tmpbuf, 1, MSG_PEEK) > 0)) return SOAP_OK; } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); register int err; #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { register int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_sender_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) soap->socket = soap->faccept(soap, soap->master, (struct sockaddr*)&soap->peer, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 unsigned int ip1, ip2, ip3, ip4; char port[16]; getnameinfo((struct sockaddr*)&soap->peer, n, soap->host, sizeof(soap->host), port, 16, NI_NUMERICHOST | NI_NUMERICSERV); sscanf(soap->host, "%u.%u.%u.%u", &ip1, &ip2, &ip3, &ip4); soap->ip = (unsigned long)ip1 << 24 | (unsigned long)ip2 << 16 | (unsigned long)ip3 << 8 | (unsigned long)ip4; soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.sin_addr.s_addr); sprintf(soap->host, "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Accept socket %d at port %d from IP %s\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if (soap->accept_flags == SO_LINGER) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } else if (soap->accept_flags && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { register int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context\n")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { register struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_C_LOCALE # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, (void*)soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, (void*)soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, (void*)soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; soap->length = 0; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; soap->http_content = NULL; soap->action = NULL; soap->status = 0; do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ { soap->imode |= SOAP_IO_CHUNK; soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; } } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m = strlen(soap->endpoint); size_t n = m + (s - soap->msgbuf) - l - 1; if (m > n) m = n; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; strncpy(soap->path, soap->msgbuf + l, n - m); soap->path[n - m] = '\0'; if (*soap->path && *soap->path != '/') *soap->endpoint = '\0'; strcat(soap->endpoint, soap->path); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Target endpoint='%s'\n", soap->endpoint)); if (httpcmd > 1) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; } /* Status OK (HTTP 200) */ if (soap->status == 0 || soap->status == 200) return SOAP_OK; /* Status 201 (Created), 202 (Accepted), ... and HTTP 400 and 500 errors may not have a body. When content length, content type, or chunking is used assume there is a message to parse, either XML or HTTP. */ if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) { if ((soap->status > 200 && soap->status <= 299) || soap->status == 400 || soap->status == 500) return SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP error %d\n", soap->status)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) strcpy(soap->endpoint, "https://"); else #endif strcpy(soap->endpoint, "http://"); strncat(soap->endpoint, val, sizeof(soap->endpoint) - 8); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #ifndef WITH_LEAN else if (!soap_tag_cmp(key, "Authorization")) { if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { strncpy(soap->endpoint, val, sizeof(soap->endpoint)); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { register const char *s = line; if (s) { while (*s) { register short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (*s == '"') { s++; while (*s && *s != '"' && --len) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --len) { if (*s == '%') { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { register const char *msg = SOAP_STR_EOS; (void)soap; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { return 405; (void)soap; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { register const char *s; register int err; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "httpg:", 6)) && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "httpg:", 6))) #endif return SOAP_OK; if (strlen(endpoint) + strlen(soap->http_version) > sizeof(soap->tmpbuf) - 80) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) sprintf(soap->tmpbuf, "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) sprintf(soap->tmpbuf, "%s %s HTTP/%s", s, endpoint, soap->http_version); else sprintf(soap->tmpbuf, "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) sprintf(soap->tmpbuf, "[%s]:%d", host, port); /* RFC 2732 */ else #endif sprintf(soap->tmpbuf, "%s:%d", host, port); } else strcpy(soap->tmpbuf, host); if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #ifndef WITH_LEAN if (soap->userid && soap->passwd && strlen(soap->userid) + strlen(soap->passwd) < 761) { #ifdef WITH_NTLM if (soap->ntlm_challenge && strlen(soap->ntlm_challenge) + 6 < sizeof(soap->tmpbuf)) sprintf(soap->tmpbuf, "NTLM %s", soap->ntlm_challenge); else #endif { strcpy(soap->tmpbuf, "Basic "); sprintf(soap->tmpbuf + 262, "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); } if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd && strlen(soap->proxy_userid) + strlen(soap->proxy_passwd) < 761) { #ifdef WITH_NTLM if (soap->ntlm_challenge && strlen(soap->ntlm_challenge) + 6 < sizeof(soap->tmpbuf)) sprintf(soap->tmpbuf, "NTLM %s", soap->ntlm_challenge); else #endif { strcpy(soap->tmpbuf, "Basic "); sprintf(soap->tmpbuf + 262, "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); } if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { sprintf(soap->tmpbuf, "\"%s\"", action && strlen(action) < sizeof(soap->tmpbuf) - 3 ? action : SOAP_STR_EOS); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { register const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { register int err; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif if (strlen(soap->http_version) > 4) return soap->error = SOAP_EOM; if (!status || status == SOAP_HTML || status == SOAP_FILE) { const char *s; if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) s = "200 OK"; else s = "202 Accepted"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Status = %s\n", s)); #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif { sprintf(soap->tmpbuf, "HTTP/%s %s", soap->http_version, s); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; } else if ((err = soap->fposthdr(soap, "Status", s))) /* CGI header */ return err; } else if (status >= 200 && status < 600) { sprintf(soap->tmpbuf, "HTTP/%s %d %s", soap->http_version, status, http_error(soap, status)); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { sprintf(soap->tmpbuf, "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) < sizeof(soap->tmpbuf) - 14) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif } else { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) s = "405 Method Not Allowed"; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) s = "400 Bad Request"; else s = "500 Internal Server Error"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error %s (status=%d)\n", s, status)); #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application */ #endif { sprintf(soap->tmpbuf, "HTTP/%s %s", soap->http_version, s); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; } else if ((err = soap->fposthdr(soap, "Status", s))) /* CGI */ return err; } if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { register size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { register int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES /******************************************************************************/ SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_cookie(const char *s, char *t, size_t len) { register int c; register size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie %s domain=%s path=%s\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s=%s domain=%s path=%s env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && p->domain && p->path && !strcmp(p->domain, domain) && (!*p->path || !strncmp(p->path, path, strlen(p->path)))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s=%s domain=%s path=%s\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { if ((q->name = (char*)SOAP_MALLOC(soap, strlen(name)+1))) strcpy(q->name, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value && (q->value = (char*)SOAP_MALLOC(soap, strlen(value)+1))) strcpy(q->value, value); if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain && (q->domain = (char*)SOAP_MALLOC(soap, strlen(domain)+1))) strcpy(q->domain, domain); if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path && (q->path = (char*)SOAP_MALLOC(soap, strlen(path)+1))) strcpy(q->path, path); q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie %s: cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie %s: cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && !strcmp(q->domain, domain) && !strncmp(q->path, path, strlen(q->path))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age %ld: %s domain=%s path=%s\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_cookie(p->name, s, tmp-s+4064); if (p->value && *p->value) { *s++ = '='; s += soap_encode_cookie(p->value, s, tmp-s+4064); } if (p->domain && (int)strlen(p->domain) < tmp-s+4064) { strcpy(s, ";Domain="); strcat(s, p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < tmp-s+4064) { strcpy(s, ";Domain="); strcat(s, soap->cookie_domain); } strcat(s, ";Path=/"); s += strlen(s); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < tmp-s+4064) { if (strchr(t, '%')) /* already URL encoded? */ { strcpy(s, t); s += strlen(s); } else s += soap_encode_cookie(t, s, tmp-s+4064); } } if (p->version > 0 && s-tmp < 4060) { sprintf(s, ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4060) { sprintf(s, ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) strcpy(s, ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain=%s path=%s\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = strchr(hostent->h_name, '.'); if (!r) r = hostent->h_name; flag = !strncmp(t, r, n); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { strcat(s, " "); s++; } if (q->version != version) { sprintf(s, "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_cookie(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_cookie(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path) { sprintf(s, ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain) { sprintf(s, ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((t = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(t, tmp); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((t = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(t, tmp); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((p->path = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(p->path, tmp); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((p->domain = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(p->domain, tmp); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie %s=%s domain=%s path=%s expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { p->name = (char*)SOAP_MALLOC(soap, strlen(tmp)+1); strcpy(p->name, tmp); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { p->value = (char*)SOAP_MALLOC(soap, strlen(tmp)+1); strcpy(p->value, tmp); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { p->domain = (char*)SOAP_MALLOC(soap, strlen(soap->host)+1); strcpy(p->domain, soap->host); } else p->domain = NULL; if (path) p->path = path; else if (soap->path && *soap->path) { p->path = (char*)SOAP_MALLOC(soap, strlen(soap->path)+1); strcpy(p->path, soap->path); } else { p->path = (char*)SOAP_MALLOC(soap, 2); strcpy(p->path, "/"); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie %s=%s domain=%s path=%s expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { if (((*q)->name = (char*)SOAP_MALLOC(copy, strlen(p->name)+1))) strcpy((*q)->name, p->name); } if (p->value) { if (((*q)->value = (char*)SOAP_MALLOC(copy, strlen(p->value)+1))) strcpy((*q)->value, p->value); } if (p->domain) { if (((*q)->domain = (char*)SOAP_MALLOC(copy, strlen(p->domain)+1))) strcpy((*q)->domain, p->domain); } if (p->path) { if (((*q)->path = (char*)SOAP_MALLOC(copy, strlen(p->path)+1))) strcpy((*q)->path, p->path); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(register const char *s) { register size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { register int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap = (struct soap*)malloc(sizeof(struct soap)); if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { register struct soap_pblk *pb, *next; register int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const struct soap_array *a, int n, const char *tag, int type) { register int i; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (a) i = soap_array_pointer_lookup(soap, p, a, n, type, &pp); else i = soap_pointer_lookup(soap, p, type, &pp); if (i) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return i; (void)soap; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { register struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const struct soap_array *a, int n, int type, struct soap_plist **ppp) { register size_t h; register struct soap_plist *pp; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { register struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a->__ptr); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%d dim=%d type=%d id=%d\n", p, a ? a->__ptr : NULL, a ? a->__size : 0, n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->array = a; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; (void)n; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const struct soap_array *a, int n, int type, struct soap_plist **ppp) { register struct soap_plist *pp; *ppp = NULL; if (!p || !a->__ptr) return 0; for (pp = soap->pht[soap_hash_ptr(a->__ptr)]; pp; pp = pp->next) { if (pp->type == type && pp->array && pp->array->__ptr == a->__ptr) { register int i; for (i = 0; i < n; i++) if (((const int*)&pp->array->__size)[i] != ((const int*)&a->__size)[i]) break; if (i == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a->__ptr, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a->__ptr, type)); return 0; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) soap->mode |= SOAP_ENC_XML; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if (!soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH)) soap->mode |= SOAP_XML_TREE; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output\n")); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; if (soap->count > SOAP_BUFLEN) return soap->error = SOAP_UDP_ERROR; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH && soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; if (!soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH)) soap->mode |= SOAP_XML_TREE; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket)) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { memcpy(soap->z_buf, "\37\213\10\0\0\0\0\0\0\377", 10); soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = SOAP_BUFLEN - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (soap->mode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (soap_pointer_enter(soap, p, NULL, 0, t, &pp)) { pp->mark1 = 0; pp->mark2 = 0; } else return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const struct soap_array *a, int n, int t) { register int i; struct soap_plist *pp; if (!p || !a->__ptr) return 1; i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (i) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; else { pp->mark1 = 0; pp->mark2 = 0; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p dim=%d type=%d (%d %d)\n", p, a->__ptr, n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (soap->mode & SOAP_XML_TREE) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } return id; } if (id < 0) id = soap_pointer_lookup(soap, p, t, &pp); else if (id && !soap_pointer_lookup(soap, p, t, &pp)) return 0; if (id && pp) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const struct soap_array *a, const char *aid, const char *atype, const char *aoptions, int n, const char *type, int t) { #ifndef WITH_NOIDREF struct soap_plist *pp; int i; if (!p || !a->__ptr || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { sprintf(soap->tmpbuf, soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a->__ptr, a->__size); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a->__ptr, a->__size); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { char *s = (char*)soap_malloc(soap, strlen(aid) - 1); if (s) { *s = '<'; strcpy(s + 1, aid + 4); strcat(s, ">"); content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; #endif return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { register int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { register int i; register struct soap_ilist *ip = NULL, *p = NULL; register struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { register struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id) { register size_t h; register struct soap_ilist *ip; ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + strlen(id)); if (ip) { h = soap_hash(id); strcpy((char*)ip->id, id); ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { register char *p; if (!n) return (void*)SOAP_NON_NULL; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if (!(p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t)))) { soap->error = SOAP_EOM; return NULL; } /* set the canary to detect corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } soap->alloced = 1; return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { register int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { register int i; register struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { register void *p = malloc(size); if (soap) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { free(p); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { register char **q; for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { register char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* we must assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { register struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { register struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { register struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* this was possibly deallocated */ soap->header = NULL; /* this was possibly deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { register struct soap_clist *cp; register char **q; #ifdef SOAP_MEM_DEBUG register void *p; register struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { register struct soap_clist *cp; if ((cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) { cp->next = soap->clist; cp->type = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { register char **q; register struct soap_clist **cp; if (soap && p) { for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { register struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k) { struct soap_ilist *ip; void **q; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d %p (%u bytes)\n", id, t, p, (unsigned int)n)); ip->type = t; ip->size = n; ip->link = p; ip->copy = NULL; ip->flist = NULL; ip->ptr = NULL; ip->level = k; *p = NULL; } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes)\n", id, t, ip->ptr, (unsigned int)n)); if (ip->type != t) { strcpy(soap->id, id); soap->error = SOAP_HREF; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility: href='%s' id-type=%d href-type=%d\n", id, ip->type, t)); return NULL; } while (ip->level < k) { q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return NULL; *p = (void*)q; p = q; k--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } *p = ip->ptr; } else if (ip->level > k) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving level %u pointers to href='%s'\n", ip->level, id)); while (ip->level > k) { void *s, **r = &ip->link; q = (void**)ip->link; while (q) { *r = (void*)soap_malloc(soap, sizeof(void*)); if (!*r) return NULL; s = *q; *q = *r; r = (void**)*r; q = (void**)s; } *r = NULL; ip->size = n; ip->copy = NULL; ip->level = ip->level - 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } q = (void**)ip->link; ip->link = p; *p = (void*)q; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes)\n", id, t, p, (unsigned int)n)); while (ip->level < k) { q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return NULL; *p = q; p = q; k--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } q = (void**)ip->link; ip->link = p; *p = (void*)q; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t len, int st, int tt, size_t n, unsigned int k, void (*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href))) /* new hash table entry for string id */ return NULL; ip->type = st; ip->size = n; ip->link = NULL; ip->copy = NULL; ip->ptr = NULL; ip->level = 0; ip->flist = NULL; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, st, (unsigned long)n, k, p)); } else if (ip->type != st || (ip->level == k && ip->size != n)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, st, (unsigned long)n)); strcpy(soap->id, href); soap->error = SOAP_HREF; return NULL; } if (fcopy || n < sizeof(void*) || *href != '#') { register struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->len = len; if (fcopy) fp->fcopy = fcopy; else fp->fcopy = soap_fcopy; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u len=%lu href='%s'\n", st, tt, (unsigned long)n, p, k, (unsigned long)len, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, st, href)); *(void**)p = ip->copy; ip->copy = p; } return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, unsigned int k, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d loc=%p size=%lu level=%u\n", id, t, p, (unsigned long)n, k)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); else p = soap_malloc(soap, n); if (p) soap->alloced = 1; } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Lookup entry id='%s for location=%p'\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id))) /* new hash table entry for string id */ return NULL; ip->type = t; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->size = n; ip->ptr = p; ip->level = k; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu level=%u location=%p\n", id, t, (unsigned long)n, k, p)); } else if ((ip->type != t || (ip->level == k && ip->size != n)) && (ip->copy || ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); strcpy(soap->id, id); soap->error = SOAP_HREF; return NULL; } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); strcpy(soap->id, id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else { ip->size = n; ip->ptr = p; ip->level = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update entry id='%s' type=%d location=%p size=%lu level=%u\n", id, t, p, (unsigned long)n, k)); } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_fcopy(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Copying data type=%d (target type=%d) %p -> %p (%lu bytes)\n", st, tt, q, p, (unsigned long)n)); memcpy(p, q, n); (void)soap; (void)st; (void)tt; (void)len; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != SOAP_BUFLEN) { if (soap_flush_raw(soap, soap->z_buf, SOAP_BUFLEN - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #ifdef WITH_OPENSSL if (!soap->ssl && soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #else if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; memcpy(soap->buf, soap->z_buf, SOAP_BUFLEN); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) ; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { register struct soap_attribute *tp, *tq; register struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { if (soap->encodingStyle == ns->out) soap->encodingStyle = SOAP_STR_EOS; SOAP_FREE(soap, ns->out); ns->out = NULL; } if (soap->encodingStyle == ns->ns) soap->encodingStyle = SOAP_STR_EOS; } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_pht(soap); soap_free_iht(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { register struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, (void*)s); if (logfile) if ((t = (char*)SOAP_MALLOC(soap, strlen(logfile) + 1))) strcpy(t, logfile); soap->logfile[i] = t; } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { return soap_copy_context((struct soap*)malloc(sizeof(struct soap)), soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { register struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); #ifdef __cplusplus *copy = *soap; #else memcpy(copy, soap, sizeof(struct soap)); #endif copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = NULL; copy->local_namespaces = NULL; if (soap->local_namespaces) soap_set_namespaces(copy, soap->local_namespaces); else soap_set_namespaces(copy, soap->namespaces); #ifdef WITH_C_LOCALE # ifdef WIN32 copy->c_locale = _create_locale(LC_ALL, "C"); # else copy->c_locale = duplocale(soap->c_locale); # endif #else copy->c_locale = NULL; #endif #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); copy->d_stream->zalloc = Z_NULL; copy->d_stream->zfree = Z_NULL; copy->d_stream->opaque = Z_NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); soap_init_pht(copy); #endif copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { register struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && p->fcopy(copy, q, p)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s'\n", p->id)); SOAP_FREE(copy, q); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->socket = soap->socket; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; #if defined(__cplusplus) && !defined(WITH_LEAN) copy->os = soap->os; copy->is = soap->is; #endif copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; memcpy(copy->host, soap->host, sizeof(soap->host)); memcpy(copy->endpoint, soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = NULL; if (soap->state == SOAP_COPY) copy->ctx = soap->ctx; else copy->ctx = NULL; if (soap->ssl) copy->ssl = SSL_dup(soap->ssl); else copy->ssl = NULL; #endif #ifdef WITH_GNUTLS copy->session = soap->session; /* TODO: Oops, GNUTLS provides a dup? */ #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) memcpy(copy->d_stream, soap->d_stream, sizeof(z_stream)); copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, SOAP_BUFLEN); if (copy->z_buf) memcpy(copy->z_buf, soap->z_buf, SOAP_BUFLEN); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif memcpy(copy->buf, soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); if (soap->nlist && soap->local_namespaces) { register struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { register struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; memcpy(np, nq, n); np->next = nr; } while (np) { register const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } strcpy(copy->id, soap->id); strcpy(copy->href, soap->href); strcpy(copy->type, soap->type); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; memcpy(copy->tag, soap->tag, sizeof(copy->tag)); /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); memcpy(tp, tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) strcpy(tp->value, tq->value); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; if (soap->ssl) SSL_free(soap->ssl); soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; /* TODO: GNUTLS free here when dupped */ soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; soap->ipv4_multicast_if = NULL; soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->dime_id_format = "cid:id%d"; /* default DIME id format */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = NULL; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); soap_init_pht(soap); #endif #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = ssl_verify_callback; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_C_LOCALE # ifdef WIN32 soap->c_locale = _create_locale(LC_ALL, "C"); # else soap->c_locale = newlocale(LC_ALL_MASK, "C", NULL); # endif #else soap->c_locale = NULL; #endif soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { register struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { register struct Namespace *ns = soap->local_namespaces; register struct soap_nlist *np, *nq, *nr; register unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { register const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { register int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { register const struct Namespace *ns1; register struct Namespace *ns2; register size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { memcpy(ns2, soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (little) { register size_t n = strlen(little); register const char *s = big; while (s) { register const char *t = s; register size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { register struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) { if (!strncmp(np->id, tag, n) && !np->id[n]) return np; } return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { register struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; strcpy((char*)np->id, id); if (ns) np->ns = strcpy((char*)np->id + n + 1, ns); else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { register struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index == 0) soap_push_ns(soap, np->id, np->ns, 1); } else if (strncmp(tag, "xml", 3)) { strncpy(soap->tmpbuf, tag, n); soap->tmpbuf[n] = '\0'; soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN register const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap->wsuid && soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { register struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { if (np->index == 2) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { register struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->name = soap_strdup(soap, tag); elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->data = NULL; elt->wide = NULL; elt->node = NULL; elt->type = 0; elt->head = NULL; elt->tail = NULL; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog ? soap->prolog : "\n")) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) { struct Namespace *ns = soap->local_namespaces; size_t n = s - tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s + 1)) return soap->error; if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && (ns->out || ns->ns) && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns; int k = -1; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) k = 4; /* only produce the first four required entries */ #endif for (ns = soap->local_namespaces; ns && ns->id && k; ns++, k--) { if (*ns->id && (ns->out || ns->ns)) { sprintf(soap->tmpbuf, "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, ns->out ? ns->out : ns->ns)) return soap->error; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_utilize_ns(soap, tag); #endif if (id > 0) { sprintf(soap->tmpbuf, "_%d", id); if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_utilize_ns(soap, type); #endif } if (soap->null && soap->position > 0) { register int i; sprintf(soap->tmpbuf, "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) sprintf(soap->tmpbuf + strlen(soap->tmpbuf), ",%d", soap->positions[i]); strcat(soap->tmpbuf, "]"); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { register char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { register long n = 0; register int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) break; n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; register int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, "SOAP-ENC:Array")) return soap->error; if (soap->version == 2) { const char *s; s = soap_strrchr(type, '['); if ((size_t)(s - type) < sizeof(soap->tmpbuf)) { strncpy(soap->tmpbuf, type, s - type); soap->tmpbuf[s - type] = '\0'; if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; if (s && (soap_attribute(soap, "SOAP-ENC:arraySize", s + 1))) return soap->error; } } else { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { register struct soap_attribute *tp; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->index == 1 && np->ns) { sprintf(soap->tmpbuf, *(np->id) ? "xmlns:%s" : "xmlns", np->id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s'\n", np->level, soap->tmpbuf, np->ns)); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { register struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->data = soap_strdup(soap, tp->value); (*att)->wide = NULL; (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send(soap, " ") || soap_send(soap, s)) return soap->error; } else #endif if (soap_send(soap, " ") || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif soap->level--; /* decrement level just before /> */ return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) { soap_pop_namespace(soap); tag = s + 1; } #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { register int n = 0; const char *s = "href"; if (soap->version == 2) { s = "SOAP-ENC:ref"; n = 1; } sprintf(soap->href, "#_%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || soap_attribute(soap, "xsi:nil", "true")) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const struct soap_array *a, int n, const char *type, int t) { if (!p) { soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF if (soap->mode & SOAP_XML_TREE) return 0; if (id < 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return 0; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } (void)tag; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { register struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->data = soap_strdup(soap, value); a->wide = NULL; a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send(soap, " ") || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin element found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { register soap_wchar c; register char *s; register int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, 3, -1, -1)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End element tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End element found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { register struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && !soap_match_tag(soap, tp->name, name)) break; } if (tp) { if (flag == 2 && (soap->mode & SOAP_XML_STRICT)) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 1 && (soap->mode & SOAP_XML_STRICT)) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { register struct soap_attribute *tp; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); for (tp = soap->attributes; tp; tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + strlen(name)))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)) if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif { tp->next = soap->attributes; soap->attributes = tp; } strcpy((char*)tp->name, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } strcpy(tp->value, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; strncpy(soap->id, value, sizeof(soap->id)); soap->id[sizeof(soap->id)-1] = '\0'; } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { register struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t n, soap_wchar d) { register size_t i; for (i = 0; i < n; i++) { register soap_wchar c = soap_get(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; return SOAP_OK; } default: if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { register char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, old size=%lu", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, ", new size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { memcpy(soap->labbuf, t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { memcpy(soap->labbuf + soap->labidx, s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM register struct soap_dom_attribute **att = NULL; register char *lead = NULL; #endif register struct soap_attribute *tp, *tq = NULL; register const char *t; register char *s; register soap_wchar c; register int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading to tag is not insignificant for DOM */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c > 0 ? c | 0x80000000 : c); #ifdef WITH_DOM /* whitespace leading to end tag is significant for DOM */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = (char*)SOAP_STR_EOS; } #endif return soap->error = SOAP_NO_TAG; } s = soap->tag; do c = soap_get1(soap); while (soap_blank(c)); i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } while (soap_blank(c)) c = soap_get1(soap); *s = '\0'; #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { register struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->data = NULL; elt->wide = NULL; elt->type = 0; elt->node = NULL; elt->head = soap_strdup(soap, lead); elt->tail = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->data = NULL; (*att)->wide = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + strlen(soap->tmpbuf)); if (!tp) return soap->error = SOAP_EOM; strcpy((char*)tp->name, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* if attribute name is qualified, append it to the end of the list */ if (tq && strchr(soap->tmpbuf, ':')) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } if (soap_getattrval(soap, tp->value, tp->size, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, tp->size)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); for (;;) { if (soap_getattrval(soap, soap->labbuf + soap->labidx, soap->lablen - soap->labidx, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; strcpy(tp->value, soap->labbuf); #else size_t n; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; if (soap_getattrval(soap, s, SOAP_BLKLEN, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; } else break; } n = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, n))) return soap->error = SOAP_EOM; if (tp->value) { memcpy(s, tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = n; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->data = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->mode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; strncpy(soap->id + 1, tp->value, sizeof(soap->id) - 2); soap->id[sizeof(soap->id)-1] = '\0'; } } else if (!strcmp(tp->name, "href")) { if (soap->version == 1 || (soap->mode & SOAP_XML_GRAPH) || (soap->mode & SOAP_ENC_MTOM) || (soap->mode & SOAP_ENC_DIME)) { strncpy(soap->href, tp->value, sizeof(soap->href) - 1); soap->href[sizeof(soap->href)-1] = '\0'; } } else #endif if (!soap_match_tag(soap, tp->name, "xsi:type")) { strncpy(soap->type, tp->value, sizeof(soap->type) - 1); soap->type[sizeof(soap->type)-1] = '\0'; } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { strncpy(soap->arrayType, tp->value, s - tp->value); soap->arrayType[s - tp->value] = '\0'; strncpy(soap->arraySize, s, sizeof(soap->arraySize) - 1); } else strncpy(soap->arrayType, tp->value, sizeof(soap->arrayType) - 1); soap->arraySize[sizeof(soap->arrayType)-1] = '\0'; soap->arrayType[sizeof(soap->arrayType)-1] = '\0'; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) strncpy(soap->arrayOffset, tp->value, sizeof(soap->arrayOffset)); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "ref") || !soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; strncpy(soap->href + 1, tp->value, sizeof(soap->href) - 2); soap->href[sizeof(soap->href)-1] = '\0'; } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) strncpy(soap->arrayType, tp->value, sizeof(soap->arrayType) - 1); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) strncpy(soap->arraySize, tp->value, sizeof(soap->arraySize) - 1); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { register const char *t; register soap_wchar c; register soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || soap->mode & SOAP_C_UTFSTRING) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0D: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; register int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen) { register char *s; char *t = NULL; register size_t i; register long l = 0; register int n = 0, f = 0, m = 0; register soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; t[sizeof(soap->tmpbuf)-1] = '\0'; strncpy(t + 1, soap->tag, sizeof(soap->tmpbuf) - 2); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; *t++ = ' '; strcpy(t, tp->name); t += strlen(t); if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; /* too many or large attribute values */ if (tp->value) { *t++ = '='; *t++ = '"'; strcpy(t, tp->value); t += strlen(t); *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (!flag) { register int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if (c >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if (soap->mode & SOAP_C_UTFSTRING) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } if (soap->mode & SOAP_C_UTFSTRING) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i+1); t = soap_save_block(soap, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag == 3) soap->dom->tail = t; else soap->dom->data = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; register soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { wchar_t *r = (wchar_t*)s; int n = 1; while (*r++) n++; soap->dom->wide = r = (wchar_t*)soap_malloc(soap, n * sizeof(wchar_t)); while (n--) *r++ = *s++; return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else /* check UTF16 encoding when wchar_t is too small to hold UCS */ { if (sizeof(wchar_t) < 4 && (c & 0xD800) == 0xD800) { /* http://unicode.org/faq/utf_bom.html#utf16-2 */ if ((*s & 0xD800) == 0xD800) c = (c << 10) + *s++ + 0x10000 - (0xD800 << 10) - 0xDC00; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen) { wchar_t *s; register int i, n = 0, f = 0; register long l = 0; register soap_wchar c; char *t = NULL; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (soap->peeked) { if (*soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; t[sizeof(soap->tmpbuf)-1] = '\0'; strncpy(t + 1, soap->tag, sizeof(soap->tmpbuf) - 2); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; *t++ = ' '; strcpy(t, tp->name); t += strlen(t); if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; if (tp->value) { *t++ = '='; *t++ = '"'; strcpy(t, tp->value); t += strlen(t); *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; /* http://unicode.org/faq/utf_bom.html#utf16-2 */ c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->wide = s; #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), 0, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(int), 0, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { sprintf(soap->tmpbuf, "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), 0, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(long), 0, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { sprintf(soap->tmpbuf, SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { #ifdef HAVE_STRTOLL char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = strtoll(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) #else # ifdef HAVE_SSCANF if (sscanf(s, SOAP_LONG_FORMAT, p) != 1) # endif #endif soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), 0, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(LONG64), 0, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), 0, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(char), 0, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), 0, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(short), 0, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { char *s; if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; s = soap->tmpbuf; #if defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(s, _countof(soap->tmpbuf), soap->float_format, soap->c_locale, n); # else sprintf_l(s, soap->c_locale, soap->float_format, n); # endif #else sprintf(s, soap->float_format, n); s = strchr(s, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, soap->c_locale); # else *p = (float)strtod_l(s, &r, soap->c_locale); # endif if (*r) #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) #elif defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, soap->c_locale); if (*r) #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) #endif { #if defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, soap->c_locale, "%g", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%g", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), 0, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(float), 0, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { char *s; if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; s = soap->tmpbuf; #if defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(s, _countof(soap->tmpbuf), soap->double_format, soap->c_locale, n); # else sprintf_l(s, soap->c_locale, soap->double_format, n); # endif #else sprintf(s, soap->double_format, n); s = strchr(s, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, soap->c_locale); # else *p = strtod_l(s, &r, soap->c_locale); # endif if (*r) #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) #endif { #if defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, soap->c_locale, "%lg", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lg", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), 0, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(double), 0, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned char), 0, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned short), 0, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned int), 0, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { sprintf(soap->tmpbuf, "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned long), 0, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { sprintf(soap->tmpbuf, SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { #ifdef HAVE_STRTOULL char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = strtoull(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) #else #ifdef HAVE_SSCANF if (sscanf(s, SOAP_ULONG_FORMAT, p) != 1) #endif #endif soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), 0, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(ULONG64), 0, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { long l = (long)strlen(s); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; if (!(*t = soap_strdup(soap, s))) return soap->error = SOAP_EOM; if (!(soap->mode & (SOAP_ENC_LATIN | SOAP_C_UTFSTRING))) { char *r = *t; /* remove non-ASCII chars */ for (s = *t; *s; s++) if (!(*s & 0x80)) *r++ = *s; *r = '\0'; } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { long l = (long)strlen(s); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; soap->labidx = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; register const char *p; /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "xml" then copy string */ if (!np || !strncmp(s, "xml:", 4)) { soap_append_lab(soap, s, n); } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') soap_append_lab(soap, q, k); else { soap_append_lab(soap, "\"", 1); soap_append_lab(soap, soap->local_namespaces[np->index].ns, strlen(soap->local_namespaces[np->index].ns)); soap_append_lab(soap, "\"", 1); } } else if (np->ns) { soap_append_lab(soap, "\"", 1); soap_append_lab(soap, np->ns, strlen(np->ns)); soap_append_lab(soap, "\"", 1); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI=%s)\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); return soap->error = SOAP_NAMESPACE; } } else if (s[n]) /* no namespace, part of string */ { soap_append_lab(soap, s, n); } else /* no namespace: assume "" namespace */ { soap_append_lab(soap, "\"\"", 2); } soap_append_lab(soap, ":", 1); soap_append_lab(soap, p, n - (p-s)); } /* advance to next and add spacing */ s += n; if (*s) soap_append_lab(soap, " ", 1); } soap_append_lab(soap, SOAP_STR_EOS, 1); *t = soap_strdup(soap, soap->labbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, " into '%s'\n", *t)); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { soap->labidx = 0; for (;;) { size_t n; /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { soap_append_lab(soap, s, n); #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); #endif } else /* URL-based string prefix */ { const char *q; s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } /* URL is in the namespace table? */ if (p && p->id) { soap_append_lab(soap, p->id, strlen(p->id)); } else /* not in namespace table: create xmlns binding */ { char *r = soap_strdup(soap, s); r[q-s] = '\0'; sprintf(soap->tmpbuf, "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, r, 1); soap_append_lab(soap, soap->tmpbuf + 6, strlen(soap->tmpbuf + 6)); } soap_append_lab(soap, q + 1, n - (q-s) - 1); } } /* advance to next and add spacing */ s += n; if (*s) soap_append_lab(soap, " ", 1); } soap_append_lab(soap, SOAP_STR_EOS, 1); t = soap_strdup(soap, soap->labbuf); } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { long l; wchar_t *r; *t = r = (wchar_t*)soap_malloc(soap, sizeof(wchar_t) * (strlen(s) + 1)); if (!r) return soap->error = SOAP_EOM; if (soap->mode & SOAP_ENC_LATIN) { while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { register soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) *r++ = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) *r++ = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) *r++ = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) *r++ = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) *r++ = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else *r++ = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } } } *r = L'\0'; l = (long)(r - *t); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { register soap_wchar c; register char *r, *t; const wchar_t *q = s; size_t n = 0; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), 0, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href && minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } else *p = soap_strdup(soap, SOAP_STR_EOS); if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), 0, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R gmtime_r(&t, &tm); #else tm = *gmtime(&t); #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) if (gmtime_r(&n, pT)) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GETTIMEOFDAY) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) { struct timeval tv; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) { #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else strcpy(soap->tmpbuf, "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { if (s) { char zone[32]; struct tm T; const char *t; *zone = '\0'; memset((void*)&T, 0, sizeof(T)); if (strchr(s, '-')) t = "%d-%d-%dT%d:%d:%d%31s"; else if (strchr(s, ':')) t = "%4d%2d%2dT%d:%d:%d%31s"; else /* parse non-XSD-standard alternative ISO 8601 format */ t = "%4d%2d%2dT%2d%2d%2d%31s"; if (sscanf(s, t, &T.tm_year, &T.tm_mon, &T.tm_mday, &T.tm_hour, &T.tm_min, &T.tm_sec, zone) < 6) return soap->error = SOAP_TYPE; if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*zone == '.') { for (s = zone + 1; *s; s++) if (*s < '0' || *s > '9') break; } else s = zone; if (*s) { #ifndef WITH_NOZONE if (*s == '+' || *s == '-') { int h = 0, m = 0; if (s[3] == ':') { /* +hh:mm */ sscanf(s, "%d:%d", &h, &m); if (h < 0) m = -m; } else /* +hhmm */ { m = (int)soap_strtol(s, NULL, 10); h = m / 100; m = m % 100; } T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), 0, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(time_t), 0, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { strncpy(soap->tmpbuf, tag, t-tag); soap->tmpbuf[t-tag] = '\0'; for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { *p = soap_string_in(soap, 0, -1, -1); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { strncpy(soap->tmpbuf, tag, t-tag); soap->tmpbuf[t-tag] = '\0'; for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } if (soap_send(soap, soap->tmpbuf)) return soap->error; } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { *p = soap_wstring_in(soap, 0, -1, -1); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { register size_t i; register soap_wchar c = 0; register char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else if (soap->mode & SOAP_XML_STRICT) { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->data = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *s, int len) { int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { *s = '\0'; if (i+1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i < 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER register struct soap_multipart *content; register size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { register size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { register const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count is %lu bytes\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); strcpy(s + 4, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { register soap_wchar c; register size_t i; register char *s; register char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; if ((soap->error = soap_move(soap, -(long)n&3))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { register soap_wchar c; register char *s; register int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, (long)(soap->dime.size - soap_tell(soap)))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = (tmp[8] << 24) | (tmp[9] << 16) | (tmp[10] << 8) | tmp[11]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id=%s, type=%s, options=%s\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, (long)soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (long)(((soap->dime.size+3)&(~3))-soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { register struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, -(long)soap->dime.size&3)) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { register soap_wchar c; register size_t i; register char *s; s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, -(long)soap->dime.size&3)) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more for '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* force 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { register char *key = soap->msgbuf; register char *val; if (!*key) break; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (long)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) ; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { register soap_wchar c = 0; register size_t i, m = 0; register char *s, *t = NULL; register struct soap_multipart *content; register short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id=%s type=%s\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_get1(soap); if ((int)c == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { t = soap->msgbuf; memset(t, 0, sizeof(soap->msgbuf)); strcpy(t, "\n--"); if (soap->mime.boundary) strncat(t, soap->mime.boundary, sizeof(soap->msgbuf)-4); do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* force 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1)-1; content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { register size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { register struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id=%s\n", content->id)); while (*xp) { register struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment %s for content id=%s\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type=%s\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { register char *s = soap->mime.boundary; register size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } strcpy(s, "=="); s += 2; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } strcpy(s, "=="); } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { register struct soap_multipart *content; register size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { register const char *p = (const char*)content->ptr; register size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { register soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input\n")); soap->error = SOAP_OK; soap->filterstop = SOAP_OK; soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket)) #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream->next_in = Z_NULL; soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML or MIME/DIME/ZLIB, assume HTTP header */ if (c != '<' && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ if (soap_get0(soap) == (int)EOF) { if (soap->status == 200) return soap->error = SOAP_NO_DATA; /* HTTP OK: always expect data */ return soap->error = soap->status; } #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start && strlen(soap->mime.boundary) + strlen(soap->mime.start) < sizeof(soap->tmpbuf) - 80 ) { const char *s; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; sprintf(soap->tmpbuf, "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ sprintf(soap->id, soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap) { #ifndef WITH_LEAN register size_t l = 0, n = 0; register char *s; /* get HTML body of HTTP error content */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { register soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_getchar(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; #ifdef WITH_FAST s = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, 0); #endif return s; #else return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { register struct Namespace *p; soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH && !soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status) soap->error = soap->status; return soap->error; } p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) strcpy(p[1].out, soap_enc1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) strcpy(p[1].out, soap_enc2); } } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { soap->part = SOAP_IN_BODY; if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { register const char *s; register size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif strncpy(soap->endpoint, endpoint, sizeof(soap->endpoint) - 1); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) { strncpy(soap->path, s + i, sizeof(soap->path)); soap->path[sizeof(soap->path) - 1] = '\0'; } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { char *endpoint; const char *s; if (endpoints && (s = strchr(endpoints, ' '))) { endpoint = (char*)SOAP_MALLOC(soap, strlen(endpoints) + 1); for (;;) { strncpy(endpoint, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; strcpy(host, soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif soap->action = soap_strdup(soap, action); if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Connect/reconnect to host='%s' path='%s' port=%d\n", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, host, port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)&req, NULL, SmbLength(&req)); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, NULL, NULL, 0) || soap_end_send(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)&res, NULL, SmbLength(&res)); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->keep_alive = k; soap->length = l; soap->mode = m; soap->omode = o; soap->status = s; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { register int i; register unsigned long m; register char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { register size_t i, j; register soap_wchar c; register unsigned long m; register const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (;;) { for (i = 0; i < SOAP_BLKLEN; i++) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { i *= 3; switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n += (int)i; if (l >= j) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n += (int)i; *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); l -= 3; } if (n) *n += 3 * SOAP_BLKLEN; } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { register char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { register int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { register const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { register int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { register const char *s = "text/xml; charset=utf-8"; register int err = SOAP_OK; #ifndef WITH_LEANER register const char *r = NULL; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && strlen(soap->mime.boundary) + strlen(soap->mime.start ? soap->mime.start : SOAP_STR_EOS) < sizeof(soap->tmpbuf) - 80) { register const char *t = strchr(s, ';'); sprintf(soap->tmpbuf, "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); if (t) { strncat(soap->tmpbuf, s, t - s); soap->tmpbuf[sizeof(soap->tmpbuf)-1] = '\0'; } else strcat(soap->tmpbuf, s); if (soap->mime.start) { strcat(soap->tmpbuf, "\"; start=\""); strcat(soap->tmpbuf, soap->mime.start); } strcat(soap->tmpbuf, "\""); if (r) { strcat(soap->tmpbuf, "; start-info=\""); strcat(soap->tmpbuf, r); strcat(soap->tmpbuf, "\""); } s = soap->tmpbuf; } else s = strcpy(soap->tmpbuf, s); if (status == SOAP_OK && soap->version == 2 && soap->action && strlen(soap->action) + strlen(s) < sizeof(soap->tmpbuf) - 80) sprintf(soap->tmpbuf + strlen(s), "; action=\"%s\"", soap->action); #endif if ((err = soap->fposthdr(soap, "Content-Type", s))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif if (s) { sprintf(soap->tmpbuf, "%lu", (unsigned long)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (*soap->tag) sprintf(soap->msgbuf, "Validation constraint violation: %s%s in element '%s'", s, t ? t : SOAP_STR_EOS, soap->tag); else sprintf(soap->msgbuf, "Validation constraint violation: %s%s", s, t ? t : SOAP_STR_EOS); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else *c = "SOAP-ENV:Client"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: *s = soap_set_validation_fault(soap, "data type mismatch ", soap->type); break; case SOAP_SYNTAX_ERROR: *s = "Well-formedness violation"; break; case SOAP_NO_TAG: *s = "No XML root element"; break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; sprintf(soap->msgbuf, "The data in element '%s' must be understood but cannot be handled", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data error"; break; case SOAP_FATAL_ERROR: *s = "Fatal error"; break; case SOAP_NO_METHOD: sprintf(soap->msgbuf, "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple definitions (use the SOAP_XML_TREE flag) of the same id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type ref/id pair ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB sprintf(soap->msgbuf, "Zlib/gzip error: '%s'", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "content range or length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response to be sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO strcpy(soap->msgbuf, soap_strerror(soap)); #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { memmove(soap->msgbuf + 25, soap->msgbuf, strlen(soap->msgbuf) + 1); memcpy(soap->msgbuf, "End of file or no input: ", 25); } #endif *s = soap->msgbuf; break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error > 200 && soap->error < 600) { sprintf(soap->msgbuf, "HTTP Error: %d %s", soap->error, http_error(soap, soap->error)); *s = soap->msgbuf; } else #endif #endif { sprintf(soap->msgbuf, "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { register int status = soap->error; if (status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, soap->tmpbuf, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap_serializeheader(soap); soap_serializefault(soap); soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { soap_envelope_begin_out(soap); soap_putheader(soap); soap_body_begin_out(soap); soap_putfault(soap); soap_body_end_out(soap); soap_envelope_end_out(soap); } soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); soap_end_send(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { register int status = soap->error; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Check if receiving SOAP Fault\n")); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); soap->error = status; soap_set_fault(soap); } else { register const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { register soap_mode m = soap->omode; soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; if (!soap_response(soap, httpstatuscode) && !soap_end_send(soap)) soap->error = SOAP_STOP; /* stops the server's processing of request */ soap->omode = m; return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!soap_begin_recv(soap)) soap_end_recv(soap); else if (soap->error == SOAP_NO_DATA || soap->error == 202) soap->error = SOAP_OK; return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { register int err = soap->errnum; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { char *s = soap->msgbuf; #ifndef WITH_LEAN int rt = soap->recv_timeout, st = soap->send_timeout; int ru = ' ', su = ' '; #endif strcpy(s, "Operation interrupted or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) sprintf(s + strlen(s), " (%d%cs receive delay)", rt, ru); if (st) sprintf(s + strlen(s), " (%d%cs send delay)", st, su); #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { register const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : "SOAP-ENV:Server", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : "SOAP-ENV:Server", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault: " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) strncpy(buf, "Error: soap struct not initialized", len); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = *soap_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); #ifdef HAVE_SNPRINTF # ifdef WIN32 _snprintf # else snprintf # endif (buf, len, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); #else if (len > 40 + (v ? strlen(v) : 0) + (s ? strlen(s) : 0) + (d ? strlen(d) : 0)) sprintf(buf, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); else if (len > 40) sprintf(buf, "%s%d fault: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c); else buf[0] = '\0'; #endif } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= SOAP_BUFLEN) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { register struct soap_plugin *p; register int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { register struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_destroy(this); soap_end(this); soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/soapH.h0000644000175000017500000007024512653650146023065 0ustar ellertellert/* soapH.h Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef soapH_H #define soapH_H #include "soapStub.h" #ifdef __cplusplus extern "C" { #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int); SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*); SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*); SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*); #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*); #ifndef SOAP_TYPE_byte #define SOAP_TYPE_byte (3) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap*, char *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap*, const char*, int, const char *, const char*); SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap*, const char*, char *, const char*); #ifndef soap_write_byte #define soap_write_byte(soap, data) ( soap_begin_send(soap) || soap_put_byte(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap*, const char *, const char*, const char*); #ifndef soap_read_byte #define soap_read_byte(soap, data) ( soap_begin_recv(soap) || !soap_get_byte(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap*, char *, const char*, const char*); #ifndef SOAP_TYPE_int #define SOAP_TYPE_int (1) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap*, int *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap*, const char*, int, const int *, const char*); SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap*, const char*, int *, const char*); #ifndef soap_write_int #define soap_write_int(soap, data) ( soap_begin_send(soap) || soap_put_int(soap, data, "int", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap*, const int *, const char*, const char*); #ifndef soap_read_int #define soap_read_int(soap, data) ( soap_begin_recv(soap) || !soap_get_int(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap*, int *, const char*, const char*); #ifndef SOAP_TYPE_double #define SOAP_TYPE_double (7) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap*, double *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap*, const char*, int, const double *, const char*); SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap*, const char*, double *, const char*); #ifndef soap_write_double #define soap_write_double(soap, data) ( soap_begin_send(soap) || soap_put_double(soap, data, "double", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap*, const double *, const char*, const char*); #ifndef soap_read_double #define soap_read_double(soap, data) ( soap_begin_recv(soap) || !soap_get_double(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap*, double *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap*, const char*, int, const struct SOAP_ENV__Fault *, const char*); SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap*, const char*, struct SOAP_ENV__Fault *, const char*); #ifndef soap_write_SOAP_ENV__Fault #define soap_write_SOAP_ENV__Fault(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Fault(soap, data), 0) || soap_put_SOAP_ENV__Fault(soap, data, "SOAP-ENV:Fault", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Fault #define soap_read_SOAP_ENV__Fault(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Fault(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap*, const char*, int, const struct SOAP_ENV__Reason *, const char*); SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason *, const char*); #ifndef soap_write_SOAP_ENV__Reason #define soap_write_SOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Reason(soap, data), 0) || soap_put_SOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Reason #define soap_read_SOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap*, const char*, int, const struct SOAP_ENV__Detail *, const char*); SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail *, const char*); #ifndef soap_write_SOAP_ENV__Detail #define soap_write_SOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Detail(soap, data), 0) || soap_put_SOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Detail #define soap_read_SOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap*, const char*, int, const struct SOAP_ENV__Code *, const char*); SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code *, const char*); #ifndef soap_write_SOAP_ENV__Code #define soap_write_SOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Code(soap, data), 0) || soap_put_SOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Code #define soap_read_SOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap*, const char*, int, const struct SOAP_ENV__Header *, const char*); SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap*, const char*, struct SOAP_ENV__Header *, const char*); #ifndef soap_write_SOAP_ENV__Header #define soap_write_SOAP_ENV__Header(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Header(soap, data), 0) || soap_put_SOAP_ENV__Header(soap, data, "SOAP-ENV:Header", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Header #define soap_read_SOAP_ENV__Header(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Header(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *, const char*, const char*); #endif #ifndef SOAP_TYPE_ns2__pow #define SOAP_TYPE_ns2__pow (23) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__pow(struct soap*, struct ns2__pow *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__pow(struct soap*, const struct ns2__pow *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__pow(struct soap*, const char*, int, const struct ns2__pow *, const char*); SOAP_FMAC3 struct ns2__pow * SOAP_FMAC4 soap_in_ns2__pow(struct soap*, const char*, struct ns2__pow *, const char*); #ifndef soap_write_ns2__pow #define soap_write_ns2__pow(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__pow(soap, data), 0) || soap_put_ns2__pow(soap, data, "ns2:pow", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__pow(struct soap*, const struct ns2__pow *, const char*, const char*); #ifndef soap_read_ns2__pow #define soap_read_ns2__pow(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__pow(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__pow * SOAP_FMAC4 soap_get_ns2__pow(struct soap*, struct ns2__pow *, const char*, const char*); #ifndef SOAP_TYPE_ns2__powResponse #define SOAP_TYPE_ns2__powResponse (22) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__powResponse(struct soap*, struct ns2__powResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__powResponse(struct soap*, const struct ns2__powResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__powResponse(struct soap*, const char*, int, const struct ns2__powResponse *, const char*); SOAP_FMAC3 struct ns2__powResponse * SOAP_FMAC4 soap_in_ns2__powResponse(struct soap*, const char*, struct ns2__powResponse *, const char*); #ifndef soap_write_ns2__powResponse #define soap_write_ns2__powResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__powResponse(soap, data), 0) || soap_put_ns2__powResponse(soap, data, "ns2:powResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__powResponse(struct soap*, const struct ns2__powResponse *, const char*, const char*); #ifndef soap_read_ns2__powResponse #define soap_read_ns2__powResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__powResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__powResponse * SOAP_FMAC4 soap_get_ns2__powResponse(struct soap*, struct ns2__powResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns2__div #define SOAP_TYPE_ns2__div (20) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__div(struct soap*, struct ns2__div *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__div(struct soap*, const struct ns2__div *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__div(struct soap*, const char*, int, const struct ns2__div *, const char*); SOAP_FMAC3 struct ns2__div * SOAP_FMAC4 soap_in_ns2__div(struct soap*, const char*, struct ns2__div *, const char*); #ifndef soap_write_ns2__div #define soap_write_ns2__div(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__div(soap, data), 0) || soap_put_ns2__div(soap, data, "ns2:div", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__div(struct soap*, const struct ns2__div *, const char*, const char*); #ifndef soap_read_ns2__div #define soap_read_ns2__div(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__div(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__div * SOAP_FMAC4 soap_get_ns2__div(struct soap*, struct ns2__div *, const char*, const char*); #ifndef SOAP_TYPE_ns2__divResponse #define SOAP_TYPE_ns2__divResponse (19) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__divResponse(struct soap*, struct ns2__divResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__divResponse(struct soap*, const struct ns2__divResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__divResponse(struct soap*, const char*, int, const struct ns2__divResponse *, const char*); SOAP_FMAC3 struct ns2__divResponse * SOAP_FMAC4 soap_in_ns2__divResponse(struct soap*, const char*, struct ns2__divResponse *, const char*); #ifndef soap_write_ns2__divResponse #define soap_write_ns2__divResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__divResponse(soap, data), 0) || soap_put_ns2__divResponse(soap, data, "ns2:divResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__divResponse(struct soap*, const struct ns2__divResponse *, const char*, const char*); #ifndef soap_read_ns2__divResponse #define soap_read_ns2__divResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__divResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__divResponse * SOAP_FMAC4 soap_get_ns2__divResponse(struct soap*, struct ns2__divResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns2__mul #define SOAP_TYPE_ns2__mul (17) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__mul(struct soap*, struct ns2__mul *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__mul(struct soap*, const struct ns2__mul *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__mul(struct soap*, const char*, int, const struct ns2__mul *, const char*); SOAP_FMAC3 struct ns2__mul * SOAP_FMAC4 soap_in_ns2__mul(struct soap*, const char*, struct ns2__mul *, const char*); #ifndef soap_write_ns2__mul #define soap_write_ns2__mul(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__mul(soap, data), 0) || soap_put_ns2__mul(soap, data, "ns2:mul", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__mul(struct soap*, const struct ns2__mul *, const char*, const char*); #ifndef soap_read_ns2__mul #define soap_read_ns2__mul(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__mul(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__mul * SOAP_FMAC4 soap_get_ns2__mul(struct soap*, struct ns2__mul *, const char*, const char*); #ifndef SOAP_TYPE_ns2__mulResponse #define SOAP_TYPE_ns2__mulResponse (16) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__mulResponse(struct soap*, struct ns2__mulResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__mulResponse(struct soap*, const struct ns2__mulResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__mulResponse(struct soap*, const char*, int, const struct ns2__mulResponse *, const char*); SOAP_FMAC3 struct ns2__mulResponse * SOAP_FMAC4 soap_in_ns2__mulResponse(struct soap*, const char*, struct ns2__mulResponse *, const char*); #ifndef soap_write_ns2__mulResponse #define soap_write_ns2__mulResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__mulResponse(soap, data), 0) || soap_put_ns2__mulResponse(soap, data, "ns2:mulResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__mulResponse(struct soap*, const struct ns2__mulResponse *, const char*, const char*); #ifndef soap_read_ns2__mulResponse #define soap_read_ns2__mulResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__mulResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__mulResponse * SOAP_FMAC4 soap_get_ns2__mulResponse(struct soap*, struct ns2__mulResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns2__sub #define SOAP_TYPE_ns2__sub (14) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__sub(struct soap*, struct ns2__sub *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__sub(struct soap*, const struct ns2__sub *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__sub(struct soap*, const char*, int, const struct ns2__sub *, const char*); SOAP_FMAC3 struct ns2__sub * SOAP_FMAC4 soap_in_ns2__sub(struct soap*, const char*, struct ns2__sub *, const char*); #ifndef soap_write_ns2__sub #define soap_write_ns2__sub(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__sub(soap, data), 0) || soap_put_ns2__sub(soap, data, "ns2:sub", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__sub(struct soap*, const struct ns2__sub *, const char*, const char*); #ifndef soap_read_ns2__sub #define soap_read_ns2__sub(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__sub(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__sub * SOAP_FMAC4 soap_get_ns2__sub(struct soap*, struct ns2__sub *, const char*, const char*); #ifndef SOAP_TYPE_ns2__subResponse #define SOAP_TYPE_ns2__subResponse (13) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__subResponse(struct soap*, struct ns2__subResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__subResponse(struct soap*, const struct ns2__subResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__subResponse(struct soap*, const char*, int, const struct ns2__subResponse *, const char*); SOAP_FMAC3 struct ns2__subResponse * SOAP_FMAC4 soap_in_ns2__subResponse(struct soap*, const char*, struct ns2__subResponse *, const char*); #ifndef soap_write_ns2__subResponse #define soap_write_ns2__subResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__subResponse(soap, data), 0) || soap_put_ns2__subResponse(soap, data, "ns2:subResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__subResponse(struct soap*, const struct ns2__subResponse *, const char*, const char*); #ifndef soap_read_ns2__subResponse #define soap_read_ns2__subResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__subResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__subResponse * SOAP_FMAC4 soap_get_ns2__subResponse(struct soap*, struct ns2__subResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns2__add #define SOAP_TYPE_ns2__add (11) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__add(struct soap*, struct ns2__add *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__add(struct soap*, const struct ns2__add *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__add(struct soap*, const char*, int, const struct ns2__add *, const char*); SOAP_FMAC3 struct ns2__add * SOAP_FMAC4 soap_in_ns2__add(struct soap*, const char*, struct ns2__add *, const char*); #ifndef soap_write_ns2__add #define soap_write_ns2__add(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__add(soap, data), 0) || soap_put_ns2__add(soap, data, "ns2:add", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__add(struct soap*, const struct ns2__add *, const char*, const char*); #ifndef soap_read_ns2__add #define soap_read_ns2__add(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__add(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__add * SOAP_FMAC4 soap_get_ns2__add(struct soap*, struct ns2__add *, const char*, const char*); #ifndef SOAP_TYPE_ns2__addResponse #define SOAP_TYPE_ns2__addResponse (10) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns2__addResponse(struct soap*, struct ns2__addResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns2__addResponse(struct soap*, const struct ns2__addResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns2__addResponse(struct soap*, const char*, int, const struct ns2__addResponse *, const char*); SOAP_FMAC3 struct ns2__addResponse * SOAP_FMAC4 soap_in_ns2__addResponse(struct soap*, const char*, struct ns2__addResponse *, const char*); #ifndef soap_write_ns2__addResponse #define soap_write_ns2__addResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns2__addResponse(soap, data), 0) || soap_put_ns2__addResponse(soap, data, "ns2:addResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns2__addResponse(struct soap*, const struct ns2__addResponse *, const char*, const char*); #ifndef soap_read_ns2__addResponse #define soap_read_ns2__addResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns2__addResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns2__addResponse * SOAP_FMAC4 soap_get_ns2__addResponse(struct soap*, struct ns2__addResponse *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Reason #define SOAP_TYPE_PointerToSOAP_ENV__Reason (33) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap*, const char *, int, struct SOAP_ENV__Reason *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Reason #define soap_write_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Reason(soap, data), 0) || soap_put_PointerToSOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Reason #define soap_read_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Detail #define SOAP_TYPE_PointerToSOAP_ENV__Detail (32) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap*, const char *, int, struct SOAP_ENV__Detail *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Detail #define soap_write_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Detail(soap, data), 0) || soap_put_PointerToSOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Detail #define soap_read_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Code #define SOAP_TYPE_PointerToSOAP_ENV__Code (26) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap*, const char *, int, struct SOAP_ENV__Code *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Code #define soap_write_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Code(soap, data), 0) || soap_put_PointerToSOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Code #define soap_read_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code **, const char*, const char*); #endif #ifndef SOAP_TYPE_PointerTodouble #define SOAP_TYPE_PointerTodouble (8) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap*, double *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap*, const char *, int, double *const*, const char *); SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap*, const char*, double **, const char*); #ifndef soap_write_PointerTodouble #define soap_write_PointerTodouble(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTodouble(soap, data), 0) || soap_put_PointerTodouble(soap, data, "double", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap*, double *const*, const char*, const char*); #ifndef soap_read_PointerTodouble #define soap_read_PointerTodouble(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTodouble(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap*, double **, const char*, const char*); #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) #endif #define soap_default__QName(soap, a) soap_default_string(soap, a) #define soap_serialize__QName(soap, a) soap_serialize_string(soap, a) SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap*, const char*, char **, const char*); #ifndef soap_write__QName #define soap_write__QName(soap, data) ( soap_begin_send(soap) || (soap_serialize__QName(soap, data), 0) || soap_put__QName(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap*, char *const*, const char*, const char*); #ifndef soap_read__QName #define soap_read__QName(soap, data) ( soap_begin_recv(soap) || !soap_get__QName(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap*, char **, const char*, const char*); #ifndef SOAP_TYPE_string #define SOAP_TYPE_string (4) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap*, char **); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap*, const char*, char **, const char*); #ifndef soap_write_string #define soap_write_string(soap, data) ( soap_begin_send(soap) || (soap_serialize_string(soap, data), 0) || soap_put_string(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap*, char *const*, const char*, const char*); #ifndef soap_read_string #define soap_read_string(soap, data) ( soap_begin_recv(soap) || !soap_get_string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap*, char **, const char*, const char*); #ifdef __cplusplus } #endif #endif /* End of soapH.h */ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/Classes/stdsoap2.h0000644000175000017500000026174512653650146023561 0ustar ellertellert/* stdsoap2.h 2.8.8 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems, Inc., for the following additions - vxWorks compatible -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_VERSION 20808 #ifdef WITH_SOAPDEFS_H # include "soapdefs.h" /* include user-defined stuff */ #endif #ifndef _THREAD_SAFE # define _THREAD_SAFE #endif #ifndef OPENSERVER # ifndef _REENTRANT # define _REENTRANT # endif #endif #ifndef SOAP_FMAC1 /* stdsoap2.h declaration macro */ # define SOAP_FMAC1 #endif #ifndef SOAP_FMAC2 /* stdsoap2.h declaration macro */ # define SOAP_FMAC2 #endif #ifndef SOAP_FMAC3 /* (de)serializer declaration macro */ # define SOAP_FMAC3 #endif #ifndef SOAP_FMAC3S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC3S SOAP_FMAC3 #endif #ifndef SOAP_FMAC4 /* (de)serializer declaration macro */ # define SOAP_FMAC4 #endif #ifndef SOAP_FMAC4S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC4S SOAP_FMAC4 #endif #ifndef SOAP_FMAC5 /* stub/skeleton declaration macro */ # define SOAP_FMAC5 #endif #ifndef SOAP_FMAC6 /* stub/skeleton declaration macro */ # define SOAP_FMAC6 #endif #ifndef SOAP_CMAC /* class declaration macro */ # define SOAP_CMAC #endif #ifndef SOAP_NMAC /* namespace table declaration macro */ # define SOAP_NMAC #endif #ifndef SOAP_SOURCE_STAMP # define SOAP_SOURCE_STAMP(str) #endif /* gSOAP 2.7.4 and higher: fast look-aside buffering is stable */ #ifndef WITH_FAST # define WITH_FAST #endif #ifndef STDSOAP_H #define STDSOAP_H #if defined(__vxworks) || defined(__VXWORKS__) # ifndef VXWORKS # define VXWORKS # endif #endif #ifdef _WIN32 # ifndef WIN32 # define WIN32 # endif #endif #ifdef _WIN32_WCE # ifndef UNDER_CE # define UNDER_CE _WIN32_WCE # endif #endif #ifdef UNDER_CE # ifndef WIN32 # define WIN32 # endif #endif #ifdef __BORLANDC__ # ifdef __WIN32__ # ifndef WIN32 # define WIN32 # endif # endif #endif #ifdef __CYGWIN__ # ifndef CYGWIN # define CYGWIN # endif #endif #ifdef __SYMBIAN32__ # define SYMBIAN # undef WIN32 #endif #if defined(__palmos__) || defined(PALM_GCC) || defined(__PALMOS_TRAPS__) # ifndef PALM # define PALM # endif #endif #if defined(__hpux) # ifndef HP_UX # define HP_UX # endif #endif #if defined(__digital__) && defined(__unix__) # ifndef TRU64 # define TRU64 # endif #endif #ifdef __MVS__ # ifndef OS390 # define OS390 # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" # if defined(WITH_OPENSSL) # ifndef HAVE_OPENSSL_SSL_H # undef WITH_OPENSSL # endif # endif # if defined(WITH_GNUTLS) # ifndef HAVE_GNUTLS_GNUTLS_H # undef WITH_GNUTLS # endif # endif # if defined(WITH_ZLIB) || defined(WITH_GZIP) # ifndef HAVE_ZLIB_H # undef WITH_ZLIB # undef WITH_GZIP # endif # endif #else # if defined(UNDER_CE) # define WITH_LEAN # define HAVE_SSCANF # elif defined(WIN32) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_GMTIME # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # elif defined(CYGWIN) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__APPLE__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX43) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX41) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(HP_UX) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_GETTIMEOFDAY # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%qd" # define SOAP_ULONG_FORMAT "%qu" # define HAVE_ISNAN # define HAVE_ISINF # elif defined(__VMS) # include # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__GLIBC__) || defined(__GNU__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(TRU64) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GETTIMEOFDAY # define HAVE_SYS_TIMEB_H # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define __USE_STD_IOSTREAM # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(MAC_CARBON) # define WITH_NOIO # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(PALM) # define WITH_LEAN # define HAVE_STRTOD /* strtod() is defined in palmFunctions.h */ # include /* Needs to be included before unix headers */ # include # define IGNORE_STDIO_STUBS # include # define O_NONBLOCK FNONBIO # include # include "palmFunctions.h" # elif defined(SYMBIAN) # define WITH_LEAN # define WITH_NONAMESPACES # define HAVE_STRTOD /* use STRTOD since sscanf doesn't seem to work */ # include # include # elif defined(VXWORKS) # ifdef _WRS_KERNEL # define _POSIX_THREADS 1 # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GMTIME # define HAVE_LOCALTIME # define HAVE_MKTIME # elif defined(OS390) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(AS400) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__QNX__) || defined(QNX) /* QNX does not have a working version of strtof */ # undef HAVE_STRTOF # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define LONG64 long # define ULONG64 unsigned LONG64 # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(SUN_OS) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # else /* Default assumptions for supported functions */ # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # ifdef MB_LEN_MAX # define HAVE_WCTOMB # define HAVE_MBTOWC # endif # endif #endif /* gSOAP 2.7.15 and higher: always retain CDATA in literal XML, unless WITH_LEAN or WITH_NOCDATA */ #ifndef WITH_LEAN # ifndef WITH_NOCDATA # ifndef WITH_CDATA # define WITH_CDATA # endif # endif #endif #ifdef WITH_LEANER # ifndef WITH_LEAN # define WITH_LEAN # endif #endif #ifdef WITH_LEAN # ifdef WITH_COOKIES # error "Cannot build WITH_LEAN code WITH_COOKIES enabled" # endif #endif /* native Win, HP-UX, and AIX compilers don't like empty structs */ #if defined(WIN32) || defined(HP_UX) || defined(_AIX41) || defined(_AIX43) || defined(VXWORKS) # define WITH_NOEMPTYSTRUCT #endif #ifdef WITH_PURE_VIRTUAL # define SOAP_PURE_VIRTUAL = 0 #else # define SOAP_PURE_VIRTUAL #endif #ifdef HP_UX # undef HAVE_STRTOLL # undef HAVE_STRTOULL #endif /* older OpenVMS TCP/IP stacks cannot handle 65536 bytes */ #ifdef __VMS # ifndef SOAP_BUFLEN # define SOAP_BUFLEN (65535) # endif #endif /* if we have xlocale.h we use it to avoid decimal point conversion issues */ #ifdef WITH_C_LOCALE # ifdef WIN32 # include # else # include # endif #else # undef HAVE_STRTOF_L # undef HAVE_STRTOD_L # undef HAVE_SSCANF_L # undef HAVE_SPRINTF_L #endif #ifdef TANDEM_NONSTOP # define SOAP_BUFLEN (32767) /*# define WITH_NOSTDLIB */ /* uncommment to remove stdlib dependences */ # define WITH_NOIO /* no IO dependences, e.g. remove TCP/IP */ # define int32_t int # define int64_t long long # define LONG64 long long # define ULONG64 long long # define DBL_PINFTY (1.1579208923716189e77) # define WITH_NOEMPTYSTRUCT # undef HAVE_WCTOMB # undef HAVE_MBTOWC # undef HAVE_GMTIME_R # undef HAVE_LOCALTIME_R # undef HAVE_SNPRINTF # define SOAP_BUFLEN (32767) # define SOAP_SOCKET short #pragma nolist # include # include # include # include # include # include # include # include # include # include # include # define INET_ERROR 4294967295 #pragma list #endif #ifndef WITH_NOSTDLIB # include # ifndef PALM # include # include # endif # include # include #endif #ifdef WITH_NTLM # include #endif #ifdef HAVE_POLL # include #endif #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) # include # include #endif #ifdef WITH_NOHTTP # ifndef WITH_NOIO # define WITH_NOIO # undef WITH_COOKIES # endif #endif /* Suggestion when SOAP_FD_EXCEEDED error occurs: Some systems allow increasing FD_SETSIZE before including sys/types.h: #define FD_SETSIZE (2048) */ #ifndef UNDER_CE # ifndef PALM # ifndef WITH_NOIO # include # include # endif # ifndef WITH_LEAN # ifdef HAVE_SYS_TIMEB_H # include /* for ftime() */ # endif # include # endif # endif #endif #ifdef OPENSERVER # include # include # include extern int h_errno; #endif #ifndef WITH_NOIO # ifndef WIN32 # ifndef PALM # include # ifdef VXWORKS # include # include # ifndef _WRS_KERNEL # include # endif # else # ifndef SYMBIAN # include # endif # endif # ifdef SUN_OS # include /* SUN */ # include /* SUN < 2.8 (?) */ # endif # ifdef VXWORKS # ifdef _WRS_KERNEL # include # endif # else # include # endif # include # ifdef OS390 # include # else # include /* TCP_NODELAY */ # endif # include # endif # endif #endif #ifdef WIN32 # define SOAP_WINSOCKINT int #else # define SOAP_WINSOCKINT size_t #endif #if defined(WITH_IPV6_V6ONLY) || defined(WITH_NO_IPV6_V6ONLY) # ifndef WITH_IPV6 # define WITH_IPV6 # endif #endif #ifdef WIN32 # ifndef UNDER_CE # include # include # endif // When you get macro redefinition errors when compiling the code below: // try arrange your include list that is included after "stdsoap2.h" // or define _WINSOCKAPI_ first: // #define _WINSOCKAPI_ // stops windows.h including winsock.h // #include // #include "stdsoap2.h" # include /* Visual Studio 2005 users: install Platform SDK (R2) */ # include // # define _WSPIAPI_COUNTOF /* DEV NOTE: enble to fix problems with VC6 */ // # include # include /* DEV NOTE: replaces older wspiapi.h above */ # ifdef WITH_IPV6 # define SOAP_GAI_STRERROR gai_strerrorA # endif #else # ifdef VXWORKS # include # include # include # endif # ifndef WITH_NOIO # ifndef PALM # include # include # include # include # ifdef _AIX41 # include # endif # endif # endif #endif #ifdef WITH_FASTCGI # include #endif #ifdef WITH_OPENSSL # ifdef __VMS # pragma names save # pragma names uppercase # endif # undef WITH_GNUTLS # define OPENSSL_NO_KRB5 # include # include # include # include # include # ifndef ALLOW_OLD_VERSIONS # if (OPENSSL_VERSION_NUMBER < 0x00905100L) # error "Must use OpenSSL 0.9.6 or later" # endif # endif # ifdef __VMS # pragma names restore # endif #endif #ifdef WITH_GNUTLS # include # include # include # ifndef HAVE_PTHREAD_H # ifdef _POSIX_THREADS # define HAVE_PTHREAD_H /* make GNUTLS thread safe */ # endif # endif #endif #ifdef WITH_GZIP # ifndef WITH_ZLIB # define WITH_ZLIB # endif #endif #ifdef WITH_CASEINSENSITIVETAGS # define SOAP_STRCMP soap_tag_cmp /* case insensitve XML element/attribute names */ #else # define SOAP_STRCMP strcmp /* case sensitive XML element/attribute names */ #endif #ifdef WITH_ZLIB # include #endif #ifndef WITH_NOSTDLIB # ifndef PALM # include /* for isnan() */ # endif #endif /* #define DEBUG */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and messages (in file TEST.log) */ #ifdef __cplusplus extern "C" { #endif /* Portability: define SOAP_SOCKLEN_T */ #if defined(_AIX) # if defined(_AIX43) # define SOAP_SOCKLEN_T socklen_t # else # define SOAP_SOCKLEN_T int # endif #elif defined(SOCKLEN_T) # define SOAP_SOCKLEN_T SOCKLEN_T #elif defined(__socklen_t_defined) || defined(_SOCKLEN_T) || defined(CYGWIN) || defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) || defined(__QNX__) || defined(QNX) || defined(OS390) || defined(HP_UX) # define SOAP_SOCKLEN_T socklen_t #elif defined(IRIX) || defined(WIN32) || defined(__APPLE__) || defined(SUN_OS) || defined(OPENSERVER) || defined(TRU64) || defined(VXWORKS) # define SOAP_SOCKLEN_T int #else # define SOAP_SOCKLEN_T size_t #endif #ifndef SOAP_SOCKET # ifdef WIN32 # define SOAP_SOCKET SOCKET # define soap_closesocket(n) closesocket(n) # else # define SOAP_SOCKET int # define soap_closesocket(n) close(n) # endif #endif #define SOAP_INVALID_SOCKET ((SOAP_SOCKET)-1) #define soap_valid_socket(n) ((n) != SOAP_INVALID_SOCKET) #define SOAP_SHUT_WR 1 #define SOAP_SHUT_RDWR 2 #ifndef SOAP_GAI_STRERROR # define SOAP_GAI_STRERROR gai_strerror #endif #ifndef FD_SETSIZE # define FD_SETSIZE (1024) #endif #ifdef WITH_LEAN # define SOAP_CHK_EOF SOAP_EOF #else # define SOAP_CHK_EOF (soap->error ? soap->error : SOAP_EOF) #endif #if defined(SYMBIAN) # define LONG64 long # define ULONG64 unsigned LONG64 #elif !defined(WIN32) || defined(CYGWIN) || defined(__GLIBC__) || defined(__GNU__) # ifndef LONG64 # if defined(HAVE_STDINT_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(__GLIBC__) # include # if (__WORDSIZE == 64) # define LONG64 int64_t # define ULONG64 uint64_t # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # endif #elif defined(UNDER_CE) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #elif defined(__BORLANDC__) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #if defined(WIN32) && !defined(CYGWIN) # define soap_int32 __int32 #elif defined(SYMBIAN) # define soap_int32 long #elif defined(PALM) # define soap_int32 Int32 #elif defined(_AIX) # if defined(_AIX43) # define soap_int32 int32_t # else # define soap_int32 signed int # endif #else # define soap_int32 int32_t #endif #ifdef WIN32 # define SOAP_ERANGE ERANGE # define SOAP_EINTR WSAEINTR # define SOAP_EAGAIN WSAEWOULDBLOCK # define SOAP_EWOULDBLOCK WSAEWOULDBLOCK # define SOAP_EINPROGRESS WSAEINPROGRESS # define SOAP_EADDRINUSE WSAEADDRINUSE #else # define SOAP_ERANGE ERANGE # define SOAP_EINTR EINTR # define SOAP_EAGAIN EAGAIN # define SOAP_EADDRINUSE EADDRINUSE # ifdef SYMBIAN # define SOAP_EWOULDBLOCK 9898 # define SOAP_EINPROGRESS 9899 # else # define SOAP_EWOULDBLOCK EWOULDBLOCK # define SOAP_EINPROGRESS EINPROGRESS # endif #endif #ifdef WIN32 # ifdef UNDER_CE # define soap_errno GetLastError() # define soap_socket_errno(s) GetLastError() # define soap_reset_errno SetLastError(0) # else # define soap_errno GetLastError() # define soap_socket_errno(s) WSAGetLastError() # define soap_reset_errno SetLastError(0) # endif #else # ifndef WITH_NOIO # define soap_errno errno # define soap_socket_errno(s) errno # define soap_reset_errno (errno = 0) # else # define soap_errno 0 # define soap_socket_errno(s) 0 # define soap_reset_errno # endif #endif #ifndef SOAP_BUFLEN # if !defined(WITH_LEAN) # define SOAP_BUFLEN (65536) /* buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # else # define SOAP_BUFLEN (2048) /* lean size */ # endif #endif #ifndef SOAP_LABLEN # define SOAP_LABLEN (256) /* initial look-aside buffer length */ #endif #ifndef SOAP_PTRBLK # define SOAP_PTRBLK (32) /* block allocation for pointer hash table chains */ #endif #ifndef SOAP_PTRHASH # ifndef WITH_LEAN # define SOAP_PTRHASH (4096) /* size of pointer analysis hash table (must be power of 2) */ # else # define SOAP_PTRHASH (32) # endif #endif #ifndef SOAP_IDHASH # ifndef WITH_LEAN # define SOAP_IDHASH (1999) /* prime size of hash table for parsed id/ref */ # else # define SOAP_IDHASH (19) /* 19, 199 */ # endif #endif #ifndef SOAP_BLKLEN # ifndef WITH_LEAN # define SOAP_BLKLEN (256) /* to collect long strings and XML attributes */ # else # define SOAP_BLKLEN (32) # endif #endif #ifndef SOAP_TAGLEN # ifndef WITH_LEAN # define SOAP_TAGLEN (1024) /* maximum length of XML element tag/attribute name or host/path name + 1 */ # else # define SOAP_TAGLEN (128) # endif #endif #ifndef SOAP_HDRLEN # ifndef WITH_LEAN # define SOAP_HDRLEN (8192) /* maximum length of HTTP header line (must be >4096 to read cookies) */ # else # define SOAP_HDRLEN (1024) # endif #endif #ifndef SOAP_MAXDIMS # ifndef WITH_LEAN # define SOAP_MAXDIMS (16) /* maximum array dimensions (array nestings) must be less than 64 to protect soap->tmpbuf */ # else # define SOAP_MAXDIMS (4) # endif #endif #ifndef SOAP_MAXLOGS # define SOAP_MAXLOGS (3) /* max number of debug logs per struct soap environment */ # define SOAP_INDEX_RECV (0) # define SOAP_INDEX_SENT (1) # define SOAP_INDEX_TEST (2) #endif /* Max iterations in soap_serve() to keep server connection alive */ #ifndef SOAP_MAXKEEPALIVE # define SOAP_MAXKEEPALIVE (100) #endif /* Trusted max size of inbound SOAP array for compound array allocation. Increase if necessary to allow larger arrays. */ #ifndef SOAP_MAXARRAYSIZE # define SOAP_MAXARRAYSIZE (1000000) #endif #ifdef VXWORKS # ifdef WMW_RPM_IO # include "httpLib.h" # endif # ifdef __INCmathh # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef soap_isnan # define soap_isnan(num) isNan(num) # endif # endif # ifdef WM_SECURE_KEY_STORAGE # include # endif #endif #ifdef WIN32 # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # define soap_isnan(n) _isnan(n) # ifndef HAVE_ISINF # define HAVE_ISINF # endif # define soap_isinf(n) (!_finite(n)) #endif #ifdef SUN_OS # define HAVE_ISNAN #endif #ifdef __APPLE__ # ifdef __cplusplus # ifndef isnan extern "C" int isnan(double); extern "C" int isinf(double); # endif # endif # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef HAVE_ISINF # define HAVE_ISINF # endif #endif #if !defined(HAVE_ISNAN) && (defined(_MATH_H) || defined(_MATH_INCLUDED)) # define HAVE_ISNAN #endif union soap_double_nan {struct {unsigned int n1, n2;} iv; double dv; float fv;}; extern const union soap_double_nan soap_double_nan; extern const char soap_base64o[], soap_base64i[]; #ifdef VXWORKS # ifndef FLT_MAX # define FLT_MAX _ARCH_FLT_MAX # endif # ifndef DBL_MAX # define DBL_MAX _ARCH_DBL_MAX # endif #endif #ifndef FLT_NAN # define FLT_NAN (soap_double_nan.fv) #endif #ifndef FLT_PINFTY # if defined(FLT_MAX) # define FLT_PINFTY FLT_MAX # elif defined(HUGE_VALF) # define FLT_PINFTY (float)HUGE_VALF # elif defined(HUGE_VAL) # define FLT_PINFTY (float)HUGE_VAL # elif defined(FLOAT_MAX) # define FLT_PINFTY FLOAT_MAX # else # define FLT_PINFTY (3.40282347e+38F) # endif #endif #ifndef FLT_NINFTY # define FLT_NINFTY (-FLT_PINFTY) #endif #ifndef DBL_NAN # define DBL_NAN (soap_double_nan.dv) #endif #ifndef DBL_PINFTY # if defined(DBL_MAX) # define DBL_PINFTY DBL_MAX # elif defined(HUGE_VALF) # define DBL_PINFTY (double)HUGE_VALF # elif defined(HUGE_VAL) # define DBL_PINFTY (double)HUGE_VAL # elif defined(DOUBLE_MAX) # define DBL_PINFTY DOUBLE_MAX # else # define DBL_PINFTY (1.7976931348623157e+308) # endif #endif #ifndef DBL_NINFTY # define DBL_NINFTY (-DBL_PINFTY) #endif #ifndef soap_isnan # ifdef HAVE_ISNAN # define soap_isnan(n) isnan(n) # else # define soap_isnan(n) ((n) != (n)) # endif #endif #ifndef soap_isinf # ifdef HAVE_ISINF # define soap_isinf(n) isinf(n) # else # define soap_isinf(n) (!soap_isnan(n) && soap_isnan((n) - (n))) # endif #endif #define soap_ispinfd(n) ((n) > 0 && soap_isinf(n)) #define soap_ispinff(n) ((n) > 0 && soap_isinf(n)) #define soap_isninfd(n) ((n) < 0 && soap_isinf(n)) #define soap_isninff(n) ((n) < 0 && soap_isinf(n)) /* gSOAP error codes */ #define SOAP_EOF EOF #define SOAP_ERR EOF #define SOAP_OK 0 #define SOAP_CLI_FAULT 1 #define SOAP_SVR_FAULT 2 #define SOAP_TAG_MISMATCH 3 #define SOAP_TYPE 4 #define SOAP_SYNTAX_ERROR 5 #define SOAP_NO_TAG 6 #define SOAP_IOB 7 #define SOAP_MUSTUNDERSTAND 8 #define SOAP_NAMESPACE 9 #define SOAP_USER_ERROR 10 #define SOAP_FATAL_ERROR 11 #define SOAP_FAULT 12 #define SOAP_NO_METHOD 13 #define SOAP_NO_DATA 14 #define SOAP_GET_METHOD 15 #define SOAP_PUT_METHOD 16 #define SOAP_DEL_METHOD 17 /* deprecated */ #define SOAP_HEAD_METHOD 18 /* deprecated */ #define SOAP_HTTP_METHOD 19 #define SOAP_EOM 20 #define SOAP_MOE 21 #define SOAP_HDR 22 #define SOAP_NULL 23 #define SOAP_DUPLICATE_ID 24 #define SOAP_MISSING_ID 25 #define SOAP_HREF 26 #define SOAP_UDP_ERROR 27 #define SOAP_TCP_ERROR 28 #define SOAP_HTTP_ERROR 29 #define SOAP_SSL_ERROR 30 #define SOAP_ZLIB_ERROR 31 #define SOAP_DIME_ERROR 32 #define SOAP_DIME_HREF 33 #define SOAP_DIME_MISMATCH 34 #define SOAP_DIME_END 35 #define SOAP_MIME_ERROR 36 #define SOAP_MIME_HREF 37 #define SOAP_MIME_END 38 #define SOAP_VERSIONMISMATCH 39 #define SOAP_PLUGIN_ERROR 40 #define SOAP_DATAENCODINGUNKNOWN 41 #define SOAP_REQUIRED 42 #define SOAP_PROHIBITED 43 #define SOAP_OCCURS 44 #define SOAP_LENGTH 45 #define SOAP_FD_EXCEEDED 46 #define SOAP_UTF_ERROR 47 #define SOAP_NTLM_ERROR 48 #define soap_xml_error_check(e) ((e) == SOAP_TAG_MISMATCH || (e) == SOAP_NO_TAG || (e) == SOAP_SYNTAX_ERROR || (e) == SOAP_NAMESPACE || (e) == SOAP_DUPLICATE_ID || (e) == SOAP_MISSING_ID || (e) == SOAP_REQUIRED || (e) == SOAP_PROHIBITED || (e) == SOAP_OCCURS || (e) == SOAP_LENGTH || (e) == SOAP_NULL || (e) == SOAP_HREF) #define soap_soap_error_check(e) ((e) == SOAP_CLI_FAULT || (e) == SOAP_SVR_FAULT || (e) == SOAP_VERSIONMISMATCH || (e) == SOAP_MUSTUNDERSTAND || (e) == SOAP_FAULT || (e) == SOAP_NO_METHOD) #define soap_tcp_error_check(e) ((e) == SOAP_EOF || (e) == SOAP_TCP_ERROR) #define soap_ssl_error_check(e) ((e) == SOAP_SSL_ERROR) #define soap_zlib_error_check(e) ((e) == SOAP_ZLIB_ERROR) #define soap_http_error_check(e) ((e) == SOAP_HTTP_ERROR || (e) == SOAP_NO_DATA || ((e) >= SOAP_GET_METHOD && (e) <= SOAP_HTTP_METHOD) || ((e) >= 100 && (e) < 600)) /* gSOAP HTTP response status codes 100 to 599 are reserved */ /* Codes 600 to 999 are user definable */ /* Exceptional gSOAP HTTP server response status codes >= 1000 */ #define SOAP_STOP 1000 /* No HTTP response */ #define SOAP_FORM 1001 /* Request (form) data is present, no HTTP response */ #define SOAP_HTML 1002 /* Custom HTML response */ #define SOAP_FILE 1003 /* Custom file-based response */ /* gSOAP HTTP method codes (client) */ #define SOAP_POST 2000 /* POST request */ #define SOAP_POST_FILE 2001 /* Custom file-based POST request */ #define SOAP_GET 2002 /* GET request */ #define SOAP_PUT 2003 /* PUT request */ #define SOAP_DEL 2004 /* DELETE request */ #define SOAP_CONNECT 2005 /* CONNECT request */ /* gSOAP DIME */ #define SOAP_DIME_CF 0x01 #define SOAP_DIME_ME 0x02 #define SOAP_DIME_MB 0x04 #define SOAP_DIME_VERSION 0x08 /* DIME version 1 */ #define SOAP_DIME_MEDIA 0x10 #define SOAP_DIME_ABSURI 0x20 /* gSOAP ZLIB */ #define SOAP_ZLIB_NONE 0x00 #define SOAP_ZLIB_DEFLATE 0x01 #define SOAP_ZLIB_INFLATE 0x02 #define SOAP_ZLIB_GZIP 0x02 /* gSOAP transport, connection, and content encoding modes */ typedef soap_int32 soap_mode; #define SOAP_IO 0x00000003 /* IO mask */ #define SOAP_IO_FLUSH 0x00000000 /* flush output immediately, no buffering */ #define SOAP_IO_BUFFER 0x00000001 /* buffer output in packets of size SOAP_BUFLEN */ #define SOAP_IO_STORE 0x00000002 /* store entire output to determine length for transport */ #define SOAP_IO_CHUNK 0x00000003 /* use HTTP chunked transfer AND buffer packets */ #define SOAP_IO_UDP 0x00000004 /* TCP or UDP */ #define SOAP_IO_LENGTH 0x00000008 /* calc message length (internal) */ #define SOAP_IO_KEEPALIVE 0x00000010 /* keep connection alive */ #define SOAP_ENC 0x00000FFF /* IO and ENC mask */ #define SOAP_ENC_LATIN 0x00000020 /* in: accept iso-8859-1 */ #define SOAP_ENC_XML 0x00000040 /* out: plain XML encoding, no HTTP header */ #define SOAP_ENC_DIME 0x00000080 #define SOAP_ENC_MIME 0x00000100 #define SOAP_ENC_MTOM 0x00000200 #define SOAP_ENC_ZLIB 0x00000400 #define SOAP_ENC_SSL 0x00000800 #define SOAP_XML_STRICT 0x00001000 /* in: strict validation */ #define SOAP_XML_INDENT 0x00002000 /* out: emit indented XML */ #define SOAP_XML_IGNORENS 0x00004000 /* in: ignore namespaces */ #define SOAP_XML_DEFAULTNS 0x00008000 /* out: emit xmlns="..." */ #define SOAP_XML_CANONICAL 0x00010000 /* out: excC14N canonical XML */ #define SOAP_XML_TREE 0x00020000 /* out: XML tree (no id/ref) */ #define SOAP_XML_NIL 0x00040000 /* out: NULLs as xsi:nil */ #define SOAP_XML_NOTYPE 0x00080000 /* out: NULLs as xsi:nil */ #define SOAP_DOM_TREE 0x00100000 /* see DOM manual */ #define SOAP_DOM_NODE 0x00200000 #define SOAP_DOM_ASIS 0x00400000 #define SOAP_C_NOIOB 0x01000000 /* don't fault on array index out of bounds (just ignore) */ #define SOAP_C_UTFSTRING 0x02000000 /* (de)serialize strings with UTF8 content */ #define SOAP_C_MBSTRING 0x04000000 /* (de)serialize strings with multi-byte content */ #define SOAP_C_NILSTRING 0x08000000 /* serialize empty strings as nil (omitted) */ #define SOAP_XML_DOM 0x10000000 /* enable internal DOM */ #define SOAP_XML_GRAPH 0x20000000 /* id-ref graph in DOM */ #define SOAP_MIME_POSTCHECK 0x40000000 /* MIME flag (internal) */ #define SOAP_SEC_WSUID 0x80000000 /* Add Body wsu:Id */ /* WITH_XMLNS backward compatibility: always use XML default namespaces */ #ifdef WITH_XMLNS # define SOAP_IO_DEFAULT (SOAP_IO_FLUSH | SOAP_XML_DEFAULTNS) #else # define SOAP_IO_DEFAULT SOAP_IO_FLUSH #endif /* SSL client/server authentication settings */ #define SOAP_SSL_NO_AUTHENTICATION 0x00 /* for testing purposes */ #define SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION 0x01 /* client requires server to authenticate */ #define SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION 0x02 /* server requires client to authenticate */ #define SOAP_SSL_SKIP_HOST_CHECK 0x04 /* client does not check the common name of the host in certificate */ #define SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE 0x08 /* client does not check the expiration date of the host certificate */ #define SOAP_SSL_NO_DEFAULT_CA_PATH 0x10 /* don't use default_verify_paths */ #define SOAP_SSL_RSA 0x20 /* use RSA */ #define SOAP_SSLv3 0x40 /* SSL v3 only */ #define SOAP_TLSv1 0x80 /* TLS v1 only */ #define SOAP_SSLv3_TLSv1 0x00 /* SSL v3 and TLS v1 support by default (no SSL v1/v2) */ #define SOAP_SSL_CLIENT 0x100 /* client context */ #define SOAP_SSL_DEFAULT (SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION | SOAP_SSLv3_TLSv1) /* state */ #define SOAP_NONE 0 #define SOAP_INIT 1 #define SOAP_COPY 2 #define soap_check_state(soap) (!(soap) || ((soap)->state != SOAP_INIT && (soap)->state != SOAP_COPY)) /* parts */ #define SOAP_BEGIN 0 #define SOAP_IN_ENVELOPE 2 #define SOAP_IN_HEADER 3 #define SOAP_END_HEADER 4 #define SOAP_NO_BODY 5 #define SOAP_IN_BODY 6 #define SOAP_END_BODY 7 #define SOAP_END_ENVELOPE 8 #define SOAP_END 9 /* events */ #define SOAP_SEC_BEGIN 1 #define SOAP_SEC_SIGN 2 /* DEBUG macros */ #ifndef WITH_LEAN # ifdef DEBUG # ifndef SOAP_DEBUG # define SOAP_DEBUG # endif # ifndef SOAP_MEM_DEBUG # define SOAP_MEM_DEBUG # endif # endif #endif #ifdef SOAP_MEM_DEBUG # ifndef SOAP_MALLOC # define SOAP_MALLOC(soap, size) soap_track_malloc(soap, __FILE__, __LINE__, size) # endif # ifndef SOAP_FREE # define SOAP_FREE(soap, ptr) soap_track_free(soap, __FILE__, __LINE__, ptr) # endif #endif #ifndef SOAP_MALLOC /* use libc malloc */ # define SOAP_MALLOC(soap, size) malloc(size) #endif #ifndef SOAP_FREE /* use libc free */ # define SOAP_FREE(soap, ptr) free(ptr) #endif #ifndef SOAP_NEW /* use C++ new operator */ # if (defined(__GNUC__) && (__GNUC__ <= 2) && !defined(__BORLANDC__)) || defined(__clang__) || defined(_AIX) # define SOAP_NEW(type) new type /* old form w/o parenthesis */ # else # define SOAP_NEW(type) new (type) /* prefer with parenthesis */ # endif #endif #ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) type #endif #ifndef SOAP_NEW_COPY /* use C++ new operator for ::copy() */ # define SOAP_NEW_COPY(clas) new clas /* prefer w/o parenthesis */ #endif #ifndef SOAP_DELETE /* use C++ delete operator */ # define SOAP_DELETE(obj) delete obj #endif #ifndef SOAP_DELETE_ARRAY /* use C++ delete[] operator */ # define SOAP_DELETE_ARRAY(obj) delete[] obj #endif #ifdef SOAP_DEBUG # ifndef SOAP_MESSAGE # define SOAP_MESSAGE fprintf # endif # ifndef DBGLOG # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # ifndef DBGMSG # define DBGMSG(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { fwrite((MSG), 1, (LEN), soap->fdebug[SOAP_INDEX_##DBGFILE]);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif # ifndef DBGFUN # define DBGFUN(FNAME) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s()\n", __FILE__, __LINE__, FNAME)) # define DBGFUN1(FNAME, FMT, ARG) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT")\n", __FILE__, __LINE__, FNAME, (ARG))) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT1", "FMT2")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2))) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT1", "FMT2", "FMT3")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2), (ARG3))) # endif # ifndef DBGHEX # define DBGHEX(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile(soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { int i; char *s;\ for (s = (char*)(MSG), i = (LEN); i; i--)\ fprintf(soap->fdebug[SOAP_INDEX_##DBGFILE], "%2.2X ", (int)*s++&0xFF);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif #else # define DBGLOG(DBGFILE, CMD) # define DBGMSG(DBGFILE, MSG, LEN) # define DBGFUN(FNAME) # define DBGFUN1(FNAME, FMT, ARG) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) # define DBGHEX(DBGFILE, MSG, LEN) #endif /* UCS-4 requires 32 bits (0-7FFFFFFF, the sign bit is used by gSOAP to distinguish XML entities) */ typedef soap_int32 soap_wchar; /* namespace table row */ struct Namespace { const char *id; const char *ns; const char *in; char *out; }; /* namespace stack */ struct soap_nlist { struct soap_nlist *next; unsigned int level; /* nesting depth level */ short index; /* corresponding entry in ns mapping table */ const char *ns; /* only set when parsed ns URI is not in the ns mapping table */ char id[1]; /* the actual string value flows into the allocated region below this struct */ }; /* block stack for nested block allocations */ struct soap_blist { struct soap_blist *next; char *ptr; size_t size; }; /* array layout */ struct soap_array { void *__ptr; int __size; }; /* pointer serialization management */ struct soap_plist { struct soap_plist *next; const void *ptr; const struct soap_array *array; int type; int id; char mark1; char mark2; }; /* block allocation for pointer serialization management */ struct soap_pblk { struct soap_pblk *next; struct soap_plist plist[SOAP_PTRBLK]; }; #ifdef SOAP_MEM_DEBUG /* malloc/free tracking for debugging */ struct soap_mlist { struct soap_mlist *next; const void *ptr; const char *file; int line; short live; }; #endif /* class allocation list */ struct soap_clist { struct soap_clist *next; void *ptr; int type; int size; int (*fdelete)(struct soap_clist*); }; /* attributes */ struct soap_attribute { struct soap_attribute *next; short flag; /* soap_set_attr: 1 = normal, 2 = utf content */ char *value; size_t size; const char *ns; short visible; char name[1]; /* the actual name string flows into the allocated region below this struct */ }; #ifndef WITH_LEAN struct soap_cookie { struct soap_cookie *next; char *name; char *value; char *domain; char *path; time_t expire; /* client-side: local time to expire */ long maxage; /* server-side: seconds to expire */ unsigned int version; short secure; short session; /* server-side */ short env; /* server-side: got cookie from client and should not be (re)send */ short modified; /* server-side: client cookie was modified and should be send */ }; #endif SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart*); #ifdef __cplusplus class soap_multipart_iterator { public: struct soap_multipart *content; bool operator==(const soap_multipart_iterator& iter) const { return (bool)(content == iter.content); } bool operator!=(const soap_multipart_iterator& iter) const { return (bool)(content != iter.content); } struct soap_multipart &operator*() const { return *content; } soap_multipart_iterator &operator++() { content = soap_next_multipart(content); return *this; } soap_multipart_iterator() : content(NULL) { } soap_multipart_iterator(struct soap_multipart *p) : content(p) { } }; #endif #ifndef WITH_LEANER struct soap_dime { size_t count; size_t size; size_t chunksize; size_t buflen; char flags; char *ptr; const char *id; const char *type; const char *options; struct soap_multipart *list; /* list of DIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER struct soap_mime { char *boundary; /* MIME boundary */ const char *start; /* MIME start ID */ struct soap_multipart *list; /* list of MIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER /* RFC2045 MIME content transfer encodings */ enum soap_mime_encoding { SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN }; #endif #ifndef WITH_LEANER /* DIME/MIME multipart list */ struct soap_multipart { struct soap_multipart *next; char *ptr; /* points to raw data content */ size_t size; /* size of data content */ const char *id; /* DIME/MIME content ID or form data name */ const char *type; /* DIME/MIME type (MIME type format) */ const char *options; /* DIME options */ enum soap_mime_encoding encoding; /* MIME Content-Transfer-Encoding */ const char *location; /* MIME Content-Location (optional) */ const char *description; /* MIME Content-Description (optional) */ #ifdef __cplusplus typedef soap_multipart_iterator iterator; #endif }; #endif #ifndef WITH_LEANER /* attachment DIME and MTOM XOP forwarding */ struct soap_xlist { struct soap_xlist *next; unsigned char **ptr; int *size; char *id; char **type; char **options; }; #endif /******************************************************************************/ #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_attribute_iterator { public: struct soap_dom_attribute *att; const char *nstr; const char *name; bool operator==(const soap_dom_attribute_iterator&) const; bool operator!=(const soap_dom_attribute_iterator&) const; struct soap_dom_attribute &operator*() const; soap_dom_attribute_iterator &operator++(); soap_dom_attribute_iterator(); soap_dom_attribute_iterator(struct soap_dom_attribute*); ~soap_dom_attribute_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_attribute { struct soap_dom_attribute *next; const char *nstr; char *name; char *data; wchar_t *wide; struct soap *soap; #ifdef __cplusplus typedef soap_dom_attribute_iterator iterator; struct soap_dom_attribute &set(const char *nstr, const char *name); /* set namespace and name */ struct soap_dom_attribute &set(const char *data); /* set data */ soap_dom_attribute_iterator begin(); soap_dom_attribute_iterator end(); soap_dom_attribute_iterator find(const char *nstr, const char *name); void unlink(); soap_dom_attribute(); soap_dom_attribute(struct soap *soap); soap_dom_attribute(struct soap *soap, const char *nstr, const char *name, const char *data); ~soap_dom_attribute(); #endif }; #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_element_iterator { public: struct soap_dom_element *elt; const char *nstr; const char *name; int type; bool operator==(const soap_dom_element_iterator&) const; bool operator!=(const soap_dom_element_iterator&) const; struct soap_dom_element &operator*() const; soap_dom_element_iterator &operator++(); soap_dom_element_iterator(); soap_dom_element_iterator(struct soap_dom_element*); ~soap_dom_element_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_element { struct soap_dom_element *next; /* next sibling */ struct soap_dom_element *prnt; /* parent */ struct soap_dom_element *elts; /* list of child elements */ struct soap_dom_attribute *atts; /* list of attributes */ const char *nstr; /* namespace string */ char *name; /* element tag name */ char *data; /* element content data (with SOAP_C_UTFSTRING flag set) */ wchar_t *wide; /* element content data */ int type; /* optional: serialized C/C++ data type */ void *node; /* optional: pointer to serialized C/C++ data */ char *head; /* leading content before start tag */ char *tail; /* leading content before end tag */ struct soap *soap; /* soap context that manages this node */ #ifdef __cplusplus typedef soap_dom_element_iterator iterator; struct soap_dom_element &set(const char *nstr, const char *name); struct soap_dom_element &set(const char *data); struct soap_dom_element &set(void *node, int type); struct soap_dom_element &add(struct soap_dom_element*); struct soap_dom_element &add(struct soap_dom_element&); struct soap_dom_element &add(struct soap_dom_attribute*); struct soap_dom_element &add(struct soap_dom_attribute&); soap_dom_element_iterator begin(); soap_dom_element_iterator end(); soap_dom_element_iterator find(const char *nstr, const char *name); soap_dom_element_iterator find(int type); void unlink(); soap_dom_element(); soap_dom_element(struct soap *soap); soap_dom_element(struct soap *soap, const char *nstr, const char *name); soap_dom_element(struct soap *soap, const char *nstr, const char *name, const char *data); soap_dom_element(struct soap *soap, const char *nstr, const char *name, void *node, int type); ~soap_dom_element(); #endif }; SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(struct soap_dom_attribute *att); #endif #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) } extern std::ostream &operator<<(std::ostream&, const struct soap_dom_element&); extern std::istream &operator>>(std::istream&, struct soap_dom_element&); extern "C" { #endif /******************************************************************************/ #ifdef WIN32 # ifdef SOAP_STD_EXPORTS # define SOAP_STD_API __declspec(dllexport) # else # define SOAP_STD_API # endif #else # define SOAP_STD_API #endif struct SOAP_STD_API soap { short state; /* 0 = uninitialized, 1 = initialized, 2 = copy of another soap struct */ short version; /* 1 = SOAP1.1 and 2 = SOAP1.2 (set automatically from namespace URI in nsmap table) */ soap_mode mode; soap_mode imode; soap_mode omode; const char *float_format; /* user-definable format string for floats (<1024 chars) */ const char *double_format; /* user-definable format string for doubles (<1024 chars) */ const char *dime_id_format; /* user-definable format string for integer DIME id ( 0, gives socket recv timeout in seconds, < 0 in usec */ int send_timeout; /* when > 0, gives socket send timeout in seconds, < 0 in usec */ int connect_timeout; /* when > 0, gives socket connect() timeout in seconds, < 0 in usec */ int accept_timeout; /* when > 0, gives socket accept() timeout in seconds, < 0 in usec */ int socket_flags; /* socket recv() and send() flags, e.g. set to MSG_NOSIGNAL to disable sigpipe */ int connect_flags; /* connect() SOL_SOCKET sockopt flags, e.g. set to SO_DEBUG to debug socket */ int bind_flags; /* bind() SOL_SOCKET sockopt flags, e.g. set to SO_REUSEADDR to enable reuse */ int accept_flags; /* accept() SOL_SOCKET sockopt flags */ unsigned short linger_time; /* linger time for SO_LINGER option */ const struct Namespace *namespaces; /* Pointer to global namespace mapping table */ struct Namespace *local_namespaces; /* Local namespace mapping table */ struct soap_nlist *nlist; /* namespace stack */ struct soap_blist *blist; /* block allocation stack */ struct soap_clist *clist; /* class instance allocation list */ void *alist; /* memory allocation (malloc) list */ struct soap_ilist *iht[SOAP_IDHASH]; struct soap_plist *pht[SOAP_PTRHASH]; struct soap_pblk *pblk; /* plist block allocation */ short pidx; /* plist block allocation */ struct SOAP_ENV__Header *header; struct SOAP_ENV__Fault *fault; int idnum; void *user; /* for user to pass user-defined data */ void *data[4]; /* extension data = {smdevp, mecevp, ...} */ struct soap_plugin *plugins; /* linked list of plug-in data */ const char *userid; /* HTTP Basic authorization userid */ const char *passwd; /* HTTP Basic authorization passwd */ const char *authrealm; /* HTTP authentication realm (NTLM domain) */ #if !defined(WITH_LEAN) || defined(WITH_NTLM) const char *ntlm_challenge; /* HTTP NTLM challenge key string */ short ntlm_auth; /* HTTP NTLM authentication type */ short ntlm_stage; /* HTTP NTLM stage 0..3 */ #endif int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); int (*fget)(struct soap*); /* HTTP GET hook (not set by default) */ int (*fput)(struct soap*); /* HTTP PUT hook (handled as POST by default) */ int (*fdel)(struct soap*); /* HTTP DELETE hook (not set by default) */ int (*fopt)(struct soap*); /* HTTP OPTIONS hook (not set by default) */ int (*fhead)(struct soap*); /* HTTP HEAD hook (not set by default) */ int (*fform)(struct soap*); /* HTTP/HTML form handler for plugins */ int (*fposthdr)(struct soap*, const char*, const char*); int (*fresponse)(struct soap*, int, size_t); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fheader)(struct soap*); int (*fresolve)(struct soap*, const char*, struct in_addr* inaddr); int (*fconnect)(struct soap*, const char*, const char*, int); int (*fdisconnect)(struct soap*); int (*fclosesocket)(struct soap*, SOAP_SOCKET); int (*fshutdownsocket)(struct soap*, SOAP_SOCKET, int); SOAP_SOCKET (*fopen)(struct soap*, const char*, const char*, int); SOAP_SOCKET (*faccept)(struct soap*, SOAP_SOCKET, struct sockaddr*, int *n); int (*fclose)(struct soap*); int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); int (*fpoll)(struct soap*); void (*fseterror)(struct soap*, const char **c, const char **s); int (*fignore)(struct soap*, const char*); int (*fserveloop)(struct soap*); void *(*fplugin)(struct soap*, const char*); void *(*fmalloc)(struct soap*, size_t); #ifndef WITH_LEANER int (*feltbegin)(struct soap*, const char*); int (*feltendin)(struct soap*, const char*, const char*); int (*feltbegout)(struct soap*, const char*); int (*feltendout)(struct soap*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int filterstop; int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); void *(*fdimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fdimewriteopen)(struct soap*, const char*, const char*, const char*); void (*fdimereadclose)(struct soap*, void*); void (*fdimewriteclose)(struct soap*, void*); size_t (*fdimeread)(struct soap*, void*, char*, size_t); int (*fdimewrite)(struct soap*, void*, const char*, size_t); void *(*fmimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fmimewriteopen)(struct soap*, void*, const char*, const char*, const char*, enum soap_mime_encoding); void (*fmimereadclose)(struct soap*, void*); void (*fmimewriteclose)(struct soap*, void*); size_t (*fmimeread)(struct soap*, void*, char*, size_t); int (*fmimewrite)(struct soap*, void*, const char*, size_t); #endif SOAP_SOCKET master; SOAP_SOCKET socket; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) std::ostream *os; std::istream *is; #else void *os; /* preserve struct size */ void *is; /* preserve struct size */ #endif #ifndef UNDER_CE int sendfd; /* WinCE FD to send */ int recvfd; /* WinCE FD to receive */ #else FILE *sendfd; FILE *recvfd; #endif size_t bufidx; /* index in soap.buf[] */ size_t buflen; /* length of soap.buf[] content */ soap_wchar ahead; /* parser lookahead */ short cdata; /* CDATA parser state */ short body; /* parsed XML element has a body or not */ unsigned int level; /* XML nesting level */ size_t count; /* message length counter */ size_t length; /* message length as set by HTTP header */ char *labbuf; /* look-aside buffer */ size_t lablen; /* look-aside buffer allocated length */ size_t labidx; /* look-aside buffer index to available part */ char buf[SOAP_BUFLEN];/* send and receive buffer */ char msgbuf[1024]; /* in/out buffer for HTTP/MIME headers >=1024 bytes */ char tmpbuf[1024]; /* in/out buffer for HTTP/MIME headers, simpleType values, element and attribute tag names, and DIME must be >=1024 bytes */ char tag[SOAP_TAGLEN]; char id[SOAP_TAGLEN]; char href[SOAP_TAGLEN]; char type[SOAP_TAGLEN]; char arrayType[SOAP_TAGLEN]; char arraySize[SOAP_TAGLEN]; char arrayOffset[SOAP_TAGLEN]; short other; short root; int position; int positions[SOAP_MAXDIMS]; struct soap_attribute *attributes; /* attribute list */ short encoding; /* when set, output encodingStyle */ short mustUnderstand; /* a mustUnderstand element was parsed or is output */ short null; /* parsed XML is xsi:nil */ short ns; /* when not set, output full xmlns bindings */ short part; /* SOAP part state (header or body) */ short event; /* engine events and states for use by plugins */ unsigned int evlev; /* event level */ short alloced; short peeked; size_t chunksize; size_t chunkbuflen; char endpoint[SOAP_TAGLEN]; char path[SOAP_TAGLEN]; char host[SOAP_TAGLEN]; char *action; char *prolog; /* XML declaration prolog */ unsigned long ip; /* IP number */ int port; /* port number */ short keep_alive; /* connection should be kept open */ short tcp_keep_alive; /* enable SO_KEEPALIVE */ unsigned int tcp_keep_idle; /* set TCP_KEEPIDLE */ unsigned int tcp_keep_intvl; /* set TCP_KEEPINTVL */ unsigned int tcp_keep_cnt; /* set TCP_KEEPCNT */ unsigned int max_keep_alive; /* maximum keep-alive session (default=100) */ const char *proxy_http_version;/* HTTP version of proxy "1.0" or "1.1" */ const char *proxy_host; /* Proxy Server host name */ int proxy_port; /* Proxy Server port (default = 8080) */ const char *proxy_userid; /* Proxy Authorization user name */ const char *proxy_passwd; /* Proxy Authorization password */ const char *proxy_from; /* X-Forwarding-For header returned by proxy */ int status; /* -1 when request, else error code to be returned by server */ int error; int errmode; int errnum; #ifndef WITH_LEANER struct soap_dom_element *dom; struct soap_dime dime; struct soap_mime mime; struct soap_xlist *xlist; #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) const char *logfile[SOAP_MAXLOGS]; FILE *fdebug[SOAP_MAXLOGS]; struct soap_mlist *mht[SOAP_PTRHASH]; #endif #ifndef WITH_LEAN const char *wsuid; /* space-separated string of element tags */ const char *c14nexclude; /* space-separated string of prefixes */ struct soap_cookie *cookies; const char *cookie_domain; const char *cookie_path; int cookie_max; #endif #ifndef WITH_NOIO int ipv6_multicast_if; /* in6addr->sin6_scope_id IPv6 value */ char* ipv4_multicast_if; /* IP_MULTICAST_IF IPv4 setsockopt interface_addr */ unsigned char ipv4_multicast_ttl; /* IP_MULTICAST_TTL value 0..255 */ #ifdef WITH_IPV6 struct sockaddr_storage peer; /* IPv6: set by soap_accept and by UDP recv */ #else struct sockaddr_in peer; /* IPv4: set by soap_connect/soap_accept and by UDP recv */ #endif #endif size_t peerlen; #if defined(WITH_OPENSSL) /* OpenSSL */ int (*fsslauth)(struct soap*); int (*fsslverify)(int, X509_STORE_CTX*); BIO *bio; SSL *ssl; SSL_CTX *ctx; SSL_SESSION *session; const char *dhfile; const char *randfile; #elif defined(WITH_GNUTLS) /* GNUTLS */ int (*fsslauth)(struct soap*); void *fsslverify; gnutls_certificate_credentials_t xcred; /* cert pointer */ gnutls_anon_client_credentials_t acred; /* anon pointer */ gnutls_priority_t cache; /* priority cache pointer */ gnutls_session_t session; /* session pointer */ gnutls_dh_params_t dh_params; gnutls_rsa_params_t rsa_params; #else /* No SSL/TLS */ void *fsslauth; /* dummy members, to preserve struct size */ void *fsslverify; void *bio; void *ssl; void *ctx; void *session; void *dh_params; void *rsa_params; #endif unsigned short ssl_flags; const char *keyfile; const char *password; const char *cafile; const char *capath; const char *crlfile; char session_host[SOAP_TAGLEN]; int session_port; #ifdef WITH_C_LOCALE # ifdef WIN32 _locale_t c_locale; /* set to C locale by default */ # else locale_t c_locale; /* set to C locale by default */ # endif #else void *c_locale; #endif #ifdef WITH_ZLIB z_stream *d_stream; /* decompression stream */ uLong z_crc; /* internal gzip crc */ #else void *d_stream; /* dummy members, to preserve struct size */ soap_int32 z_crc; #endif const char *z_dict; /* support for zlib static dictionaries */ unsigned int z_dict_len; short zlib_state; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_INFLATE */ short zlib_in; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ short zlib_out; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ char *z_buf; /* buffer */ size_t z_buflen; unsigned short z_level; /* compression level to be used (0=none, 1=fast to 9=best) */ float z_ratio_in; /* detected compression ratio compressed_length/length of inbound message */ float z_ratio_out; /* detected compression ratio compressed_length/length of outbound message */ #ifdef WMW_RPM_IO /* VxWorks */ void *rpmreqid; #endif #ifdef __cplusplus soap(); soap(soap_mode); soap(soap_mode, soap_mode); soap(const struct soap&); virtual ~soap(); #else void (*dummy)(void); #endif }; struct soap_code_map { long code; const char *string; }; /* forwarding list */ struct soap_flist { struct soap_flist *next; int type; void *ptr; unsigned int level; size_t len; void (*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t); }; /* id-ref forwarding list */ struct soap_ilist { struct soap_ilist *next; int type; size_t size; void *link; void *copy; struct soap_flist *flist; void *ptr; unsigned int level; char id[1]; /* the actual id string value flows into the allocated region below this struct */ }; struct soap_plugin { struct soap_plugin *next; const char *id; void *data; int (*fcopy)(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); void (*fdelete)(struct soap *soap, struct soap_plugin *p); /* should delete fields of plugin only and not free(p) */ }; #ifndef WITH_NONAMESPACES extern SOAP_NMAC struct Namespace namespaces[]; #endif #ifndef WITH_LEAN # define soap_get0(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx]) # define soap_get1(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx++]) #else soap_wchar soap_get0(struct soap*); soap_wchar soap_get1(struct soap*); #endif #define soap_versioning_paste(name, ext) name##_LIBRARY_VERSION_REQUIRED_##ext #define soap_versioning_ext(name, ext) soap_versioning_paste(name, ext) #define soap_versioning(name) soap_versioning_ext(name, GSOAP_VERSION) #define soap_init(soap) soap_init1(soap, SOAP_IO_DEFAULT) #define soap_init1(soap, mode) soap_init2(soap, mode, mode) #define soap_init2(soap, imode, omode) soap_versioning(soap_init)(soap, imode, omode) #define soap_new() soap_new1(SOAP_IO_DEFAULT) #define soap_new1(mode) soap_new2(mode, mode) #define soap_new2(imode, omode) soap_versioning(soap_new)(imode, omode) #define soap_revget1(soap) ((soap)->bufidx--) #define soap_unget(soap, c) ((soap)->ahead = c) #define soap_register_plugin(soap, plugin) soap_register_plugin_arg(soap, plugin, NULL) #define soap_mode(soap, n) ((soap)->mode = (soap)->imode = (soap)->omode = (n)) #define soap_imode(soap, n) ((soap)->imode = (n)) #define soap_omode(soap, n) ((soap)->omode = (n)) #define soap_set_imode(soap, n) ((soap)->imode |= (n)) #define soap_clr_imode(soap, n) ((soap)->imode &= ~(n)) #define soap_set_omode(soap, n) ((soap)->omode |= (n)) #define soap_clr_omode(soap, n) ((soap)->omode &= ~(n)) #define soap_set_mode(soap, n) ((soap)->imode |= (n), (soap)->omode |= (n)) #define soap_clr_mode(soap, n) ((soap)->imode &= ~(n), (soap)->omode &= ~(n)) #define soap_destroy(soap) soap_delete((soap), NULL) #ifdef HAVE_STRRCHR # define soap_strrchr(s, t) strrchr(s, t) #else SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t); #endif #ifdef HAVE_STRTOL # define soap_strtol(s, t, b) strtol(s, t, b) #else SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b); #endif #ifdef HAVE_STRTOUL # define soap_strtoul(s, t, b) strtoul(s, t, b) #else SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b); #endif #if defined(WITH_OPENSSL) # define soap_random soap_rand() SOAP_FMAC1 int SOAP_FMAC2 soap_rand(void); #elif defined(HAVE_RANDOM) # define soap_random (int)random() #else # define soap_random rand() #endif #ifdef WITH_NOIDREF # define soap_embedded(s, p, t) (0) # define soap_id_lookup(s, i, p, t, n, k) (p) # define soap_id_forward(s, h, p, len, st, tt, n, k, fc) (p) # define soap_reference(s, a, t) (1) # define soap_array_reference(s, p, a, n, t) (1) # define soap_embed(s, p, a, n, t, pp) (0) # define soap_embedded_id(s, i, p, t) (i) # define soap_is_embedded(s, p) (0) # define soap_is_single(s, p) (1) # define soap_lookup_type(s, i) (0) # define soap_getindependent(s) (0) # define soap_putindependent(s) (0) # define soap_getelement(s, n) (n) # define soap_putelement(s, p, t, i, n) (0) # define soap_markelement(s, p, n) (0) #endif /* soap_traverse() traversal/walker routines take walker function arguments */ typedef void soap_walker(struct soap*, void*, int, const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_header(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_fault(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultcode(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultsubcode(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultstring(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultdetail(struct soap*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_check_faultsubcode(struct soap*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_check_faultdetail(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializeheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getheader(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializefault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putfault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getfault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init(void); SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap*, int, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap*, const char*, const char*); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap*, const char*, int, int); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap*, unsigned short, const char*, const char*, const char*, const char*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap*, unsigned short, const char*, const char*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap*, int status, size_t count); SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char*, size_t, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char*, size_t, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap*, unsigned long); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap*, int*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap*, int*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap*, unsigned char**, int*, char**, char**, char**); SOAP_FMAC1 int SOAP_FMAC2 soap_dime_forward(struct soap*, unsigned char**, int*, char**, char**, char**); #endif #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup_id(struct soap*, void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap*, const void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap*, const void *p, const struct soap_array *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap*, const void *p, const struct soap_array *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const struct soap_array *a, int n, const char *tag, int type); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_lookup(struct soap*, const char*); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_enter(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap*, const void *p, const struct soap_array *a, int n, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap*, int id, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap*, struct soap_plist*); SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap*, struct soap_plist*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap*, struct soap_plist*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap*); SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map*, const char*); SOAP_FMAC1 long SOAP_FMAC2 soap_code_int(const struct soap_code_map*, const char*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map*, long); SOAP_FMAC1 long SOAP_FMAC2 soap_code_bits(const struct soap_code_map*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap*, const struct soap_code_map*, long); SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap*, char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap*, void*); SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap*, void*, int, int, int (*fdelete)(struct soap_clist*)); SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap*, const void*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap*, const char*, int, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap*, const char*, int, void*); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap*, const char *id); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap*, const char *id, void **p, int t, size_t n, unsigned int k); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap*, const char *id, void *p, size_t len, int st, int tt, size_t n, unsigned int k, void(*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t)); #endif SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap*, const char *id, void *p, int t, size_t n, unsigned int k, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*)); SOAP_FMAC1 void SOAP_FMAC2 soap_fcopy(struct soap *soap, int st, int tt, void *p, size_t, const void *q, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_size(const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *, const int *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getsize(const char *, const char *, int *); SOAP_FMAC1 int SOAP_FMAC2 soap_getsizes(const char *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *, int *); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsize(struct soap*, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizesoffsets(struct soap*, const char *, const int *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizes(struct soap*, const char *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffset(struct soap*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffsets(struct soap*, const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_versioning(soap_new)(soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy(const struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy_context(struct soap*, const struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap*, struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap*, soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap*, void*); SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap*, struct soap*); /* API functions available with DEBUG or SOAP_DEBUG defined: */ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap*, int); /* */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_value(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap*, const char*, const char *); SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap*, const char*, int, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap*, const char *tag, int id, const char *type, const char *offset); SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap*, const char *tag, int id, int href); SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap*, const char *tag, int id, const char *ref, const char *val); SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap*, const char *tag, int id, const void *p, const struct soap_array *a, int d, const char *type, int n); SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap*, const char *tag); SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap*, const char *tag, int nillable, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_strdup(struct soap*, const char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrdup(struct soap*, const wchar_t*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little); SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap*, const char *s, int flag); SOAP_FMAC1 char* SOAP_FMAC2 soap_string_in(struct soap*, int, long, long); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap*, const wchar_t *s, int flag); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstring_in(struct soap*, int, long, long); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap*, const char *, const char*, size_t n1, size_t n2); SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap*, const struct Namespace*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap*); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_push_namespace(struct soap*, const char *,const char *); SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap*, const char*, size_t); SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap*, struct soap_blist*, char*, int); SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap*, struct soap_blist*); SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, char *start, char *end, char *p1, char *p2); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap*); SOAP_FMAC1 int soap_envelope_end_out(struct soap*); SOAP_FMAC1 char * SOAP_FMAC2 soap_get_http_body(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap*, int status); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap*, int check); #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap*, FILE*); SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap*, FILE*); # ifndef WITH_LEAN # ifndef WITH_COMPAT # ifdef __cplusplus SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap*, std::ostream&); # endif # endif SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap*, char*, size_t); # endif #endif SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap*, const char*, char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap*, const char*, short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap*, const char*, int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap*, const char*, long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap*, const char*, LONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap*, const char*, float*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap*, const char*, double*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap*, const char*, unsigned char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap*, const char*, unsigned short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap*, const char*, unsigned int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap*, const char*, unsigned long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap*, const char*, ULONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap*, const char*, char**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap*, const char*, char**, long minlen, long maxlen); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap*, const char*, wchar_t**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap*, const char*, time_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap*, const unsigned char*, char*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap*, const unsigned char*, char*, int); #endif SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap*, char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap*, short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap*, int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap*, float); SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap*, double); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap*, unsigned char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap*, unsigned short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap*, unsigned int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap*, unsigned long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap*, ULONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap*, const char*); #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap*, time_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap*, const char*, char*, size_t, int*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap*, const char*, char*, size_t, int*); #endif SOAP_FMAC1 int* SOAP_FMAC2 soap_inint(struct soap*, const char *tag, int *p, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_inbyte(struct soap*, const char *tag, char *p, const char *, int); SOAP_FMAC1 long* SOAP_FMAC2 soap_inlong(struct soap*, const char *tag, long *p, const char *, int); SOAP_FMAC1 LONG64* SOAP_FMAC2 soap_inLONG64(struct soap*, const char *tag, LONG64 *p, const char *, int); SOAP_FMAC1 short* SOAP_FMAC2 soap_inshort(struct soap*, const char *tag, short *p, const char *, int); SOAP_FMAC1 float* SOAP_FMAC2 soap_infloat(struct soap*, const char *tag, float *p, const char *, int); SOAP_FMAC1 double* SOAP_FMAC2 soap_indouble(struct soap*, const char *tag, double *p, const char *, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_inunsignedByte(struct soap*, const char *tag, unsigned char *p, const char *, int); SOAP_FMAC1 unsigned short* SOAP_FMAC2 soap_inunsignedShort(struct soap*, const char *tag, unsigned short *p, const char *, int); SOAP_FMAC1 unsigned int* SOAP_FMAC2 soap_inunsignedInt(struct soap*, const char *tag, unsigned int *p, const char *, int); SOAP_FMAC1 unsigned long* SOAP_FMAC2 soap_inunsignedLong(struct soap*, const char *tag, unsigned long *p, const char *, int); SOAP_FMAC1 ULONG64* SOAP_FMAC2 soap_inULONG64(struct soap*, const char *tag, ULONG64 *p, const char *, int); SOAP_FMAC1 char** SOAP_FMAC2 soap_instring(struct soap*, const char *tag, char **p, const char *, int, int, long, long); SOAP_FMAC1 char** SOAP_FMAC2 soap_inliteral(struct soap*, const char *tag, char **p); #ifndef WITH_LEAN SOAP_FMAC1 time_t* SOAP_FMAC2 soap_indateTime(struct soap*, const char *tag, time_t *p, const char *, int); SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm*); #endif #ifndef WITH_LEANER SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwstring(struct soap*, const char *tag, wchar_t **p, const char *, int, long, long); SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwliteral(struct soap*, const char *tag, wchar_t **p); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap*, const char *tag, int id, const char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap*, const char *tag, int id, const short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap*, const char *tag, int id, const int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap*, const char *tag, int id, const long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap*, const char *tag, int id, const LONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap*, const char *tag, int id, const float *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap*, const char *tag, int id, const double *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap*, const char *tag, int id, const unsigned char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap*, const char *tag, int id, const unsigned short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap*, const char *tag, int id, const unsigned int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap*, const char *tag, int id, const unsigned long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap*, const char *tag, int id, const ULONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap*, const char *tag, int id, char *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap*, const char *tag, char *const*p, const char *type); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap*, const char *tag, int id, const time_t *p, const char *, int); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap*, const char *tag, int id, wchar_t *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap*, const char *tag, wchar_t *const*p, const char *type); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *, const char*, int, const void*, const struct soap_array*, const char*, const char*, const char*, int, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap*, long); SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_dime_option(struct soap*, unsigned short, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap*, struct soap_multipart*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap*, const char *boundary, const char *start); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap*, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option); SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap*, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description); SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap); SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle); SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap*, const char*, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap*, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void*); SOAP_FMAC1 void* SOAP_FMAC2 soap_lookup_plugin(struct soap*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag); SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap); #ifdef WITH_COOKIES SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val); SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_cookie(const char*, char*, size_t); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap*, const char*, const char*, const char*, const char*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_env_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern time_t SOAP_FMAC2 soap_cookie_expire(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_expire(struct soap*, const char*, long, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_clr_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_clr_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_getenv_cookies(struct soap*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap*, const struct soap*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_free_cookies(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure); #endif #ifdef __cplusplus } /* extern "C" */ #endif #endif /* STDSOAP_H */ gsoap-2.8.28/gsoap/ios_plugin/examples/Calc/main.m0000644000175000017500000000060212653650146021335 0ustar ellertellert// // main.m // Calc // // Created by Wei Zhang on 5/19/12. // Copyright __MyCompanyName__ 2012. All rights reserved. // #import #import "./Classes/calc.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/0000744000175000017500000000000012654077574021666 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/GeoIPService_Prefix.pch0000644000175000017500000000052712653650146026160 0ustar ellertellert// // Prefix header for all source files of the 'GeoIPService' target in the 'GeoIPService' project // #define DEBUG #ifdef DEBUG # define DLog(...) NSLog(__VA_ARGS__) #else # define DLog(...) /* */ #endif #define ALog(...) DLog(__VA_ARGS__) #ifdef __OBJC__ #import #import #endif gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/MainWindow.xib0000644000175000017500000002320312653650146024437 0ustar ellertellert 800 10D540 760 1038.29 460.00 com.apple.InterfaceBuilder.IBCocoaTouchPlugin 81 YES YES com.apple.InterfaceBuilder.IBCocoaTouchPlugin YES YES YES YES IBFilesOwner IBCocoaTouchFramework IBFirstResponder IBCocoaTouchFramework IBCocoaTouchFramework GeoIPServiceViewController IBCocoaTouchFramework 292 {320, 480} 1 MSAxIDEAA NO NO IBCocoaTouchFramework YES YES delegate 4 viewController 11 window 14 YES 0 -1 File's Owner 3 GeoIPService App Delegate -2 10 12 YES YES -1.CustomClassName -2.CustomClassName 10.CustomClassName 10.IBEditorWindowLastContentRect 10.IBPluginDependency 12.IBEditorWindowLastContentRect 12.IBPluginDependency 3.CustomClassName 3.IBPluginDependency YES UIApplication UIResponder GeoIPServiceViewController {{234, 376}, {320, 480}} com.apple.InterfaceBuilder.IBCocoaTouchPlugin {{525, 346}, {320, 480}} com.apple.InterfaceBuilder.IBCocoaTouchPlugin GeoIPServiceAppDelegate com.apple.InterfaceBuilder.IBCocoaTouchPlugin YES YES YES YES 14 YES GeoIPServiceAppDelegate NSObject YES YES viewController window YES GeoIPServiceViewController UIWindow IBProjectSource Classes/GeoIPServiceAppDelegate.h GeoIPServiceAppDelegate NSObject IBUserSource GeoIPServiceViewController UIViewController IBProjectSource Classes/GeoIPServiceViewController.h 0 IBCocoaTouchFramework com.apple.InterfaceBuilder.CocoaTouchPlugin.InterfaceBuilder3 YES GeoIPService.xcodeproj 3 81 gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/main.mm0000644000175000017500000000062312653650146023137 0ustar ellertellert// // main.m // GeoIPService // // Created by Wei Zhang on 5/27/12. // Copyright Genivia Inc. 2012. All rights reserved. // #import #import "./Classes/GeoIPServiceSoap12.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/gsoapios.h0000644000175000017500000001557612653650146023672 0ustar ellertellert/* gsoapios.h iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ #ifndef GSOAPIOS_H #define GSOAPIOS_H #import "stdsoap2.h" /* Class GSoapiOSURLData @brief stores states for connection establishment, buffering soap request and response */ @interface GSoapiOSURLData : NSObject { @private NSString *endpoint; NSString *host; NSString *soap_action; NSString *http_method; NSString *content_type; NSMutableData *http_req_msg; NSData *soap_req_msg; NSData *soap_res_msg; int port; int req_content_length; int received_length; // received length of response for deserialization bool request_sent; // flag indicates a soap request has been made // The timeout interval for the new request, in seconds double timeout_interval; unsigned int cache_policy; // The cache policy for the new request NSString *user_name; NSString *password; } @property(nonatomic, retain) NSString *endpoint; // Web service endpoint @property(nonatomic, retain) NSString *host; // host name @property(nonatomic, retain) NSString *soap_action; // soap action @property(nonatomic, retain) NSString *http_method; // http method @property(nonatomic, retain) NSString *content_type; // http content type // http request messgae @property(nonatomic, retain) NSMutableData *http_req_msg; // soap request message @property(nonatomic, retain) NSData *soap_req_msg; // soap response xml message @property(nonatomic, retain) NSData *soap_res_msg; @property(nonatomic) int port; // port @property(nonatomic) int req_content_length; // request content length // received length of response for deserialization @property(nonatomic) int received_length; // flag indicates a soap request has been made @property(nonatomic) bool request_sent; // the timout interval for request @property(nonatomic) double timeout_interval; @property(nonatomic) unsigned int cache_policy; // user and password: must appear in pair @property(nonatomic, retain) NSString *user_name; // user name @property(nonatomic, retain) NSString *password; // pasword - (id) init; @end /** plugin identification for plugin registry */ #define SOAP_IOS_ID "SOAP_IOS-1.0" // plugin identification for plugin registry #ifdef __cplusplus extern "C" { #endif /** @struct soap_ios_data @brief soap_ios plugin data to override callbacks and store states to manipulate SOAP connection using iOS libraries */ struct soap_ios_data { // Stores states such as endpoint, serialized request and response GSoapiOSURLData *url_data; // A callback function to replace the default tcp_connect function // Rather than establishment of a tcp connection using socket, this callback // extracts and saves states (endpoint, http-method, content-type etc.) and // buffers serialized request SOAP_SOCKET (*fopen)( struct soap*, const char*, const char*, int); // A callback function to replace the default tcp_disconnect function // Since no connection is established in fopen, this function does noop int (*fclose)( struct soap*); // A callback function to replace the default send function // This function buffers serialized request including HTTP header and body // (soap message) int (*fsend)( struct soap*, const char *, size_t); // A callback function to replace the default send function // This function sends a synchrous request to the endpoint and receives // response using iOS SDK class NSURLConnection. The response is then snet // to soap for deserialization. size_t (*frecv)( struct soap*, char *, size_t); }; /* @fn int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg) @brief soap plugin function for registration @param[in] soap soap context @param[in] plugin plugin data @param[in] arg arguments for the plugin data Usgae: @code struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg); /* @fn soap_ios_setcachepolicy @brief set cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadRevalidatingCacheData = 5 }; */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); /* @fn soap_ios_settimeoutinterval @brief set timeout interval in seconds */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds); #ifdef __cplusplus } #endif // --- closing #ifdef __cplusplus #endif // --- closing #ifndef GSOAPIOS_H gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/GeoIPServiceViewController.xib0000644000175000017500000005467712653650146027571 0ustar ellertellert 800 10K549 762 1038.36 461.00 com.apple.InterfaceBuilder.IBCocoaTouchPlugin 87 YES YES com.apple.InterfaceBuilder.IBCocoaTouchPlugin YES YES YES YES IBFilesOwner IBCocoaTouchFramework IBFirstResponder IBCocoaTouchFramework 274 YES 319 {{20, 85}, {111, 22}} NO YES 7 NO IBCocoaTouchFramework IP Address Helvetica 18 16 1 MCAwIDAAA 1 10 303 {{139, 82}, {166, 31}} NO YES IBCocoaTouchFramework 0 3 3 MAA 2 YES 17 IBCocoaTouchFramework 319 {{25, 146}, {280, 37}} NO IBCocoaTouchFramework 0 0 Helvetica-Bold 15 16 1 Find Country 3 MQA 1 MC4xOTYwNzg0MzQ2IDAuMzA5ODAzOTMyOSAwLjUyMTU2ODY1NgA 3 MC41AA {320, 460} 3 MC43NQA NO IBCocoaTouchFramework YES view 7 ipAddress 13 buttonFindCountry: 7 14 YES 0 -1 File's Owner -2 6 YES 8 9 10 YES YES -1.CustomClassName -2.CustomClassName 10.IBPluginDependency 6.IBEditorWindowLastContentRect 6.IBPluginDependency 8.IBPluginDependency 9.IBPluginDependency YES GeoIPServiceViewController UIResponder com.apple.InterfaceBuilder.IBCocoaTouchPlugin {{239, 376}, {320, 480}} com.apple.InterfaceBuilder.IBCocoaTouchPlugin com.apple.InterfaceBuilder.IBCocoaTouchPlugin com.apple.InterfaceBuilder.IBCocoaTouchPlugin YES YES YES YES 14 YES GeoIPServiceViewController UIViewController buttonFindCountry: id YES YES activityIndicator ipAddress YES UIActivityIndicatorView UITextField IBProjectSource Classes/GeoIPServiceViewController.h YES NSObject IBFrameworkSource Foundation.framework/Headers/NSError.h NSObject IBFrameworkSource Foundation.framework/Headers/NSFileManager.h NSObject IBFrameworkSource Foundation.framework/Headers/NSKeyValueCoding.h NSObject IBFrameworkSource Foundation.framework/Headers/NSKeyValueObserving.h NSObject IBFrameworkSource Foundation.framework/Headers/NSKeyedArchiver.h NSObject IBFrameworkSource Foundation.framework/Headers/NSNetServices.h NSObject IBFrameworkSource Foundation.framework/Headers/NSObject.h NSObject IBFrameworkSource Foundation.framework/Headers/NSPort.h NSObject IBFrameworkSource Foundation.framework/Headers/NSRunLoop.h NSObject IBFrameworkSource Foundation.framework/Headers/NSStream.h NSObject IBFrameworkSource Foundation.framework/Headers/NSThread.h NSObject IBFrameworkSource Foundation.framework/Headers/NSURL.h NSObject IBFrameworkSource Foundation.framework/Headers/NSURLConnection.h NSObject IBFrameworkSource Foundation.framework/Headers/NSXMLParser.h NSObject IBFrameworkSource UIKit.framework/Headers/UIAccessibility.h NSObject IBFrameworkSource UIKit.framework/Headers/UINibLoading.h NSObject IBFrameworkSource UIKit.framework/Headers/UIResponder.h UIActivityIndicatorView UIView IBFrameworkSource UIKit.framework/Headers/UIActivityIndicatorView.h UIButton UIControl IBFrameworkSource UIKit.framework/Headers/UIButton.h UIControl UIView IBFrameworkSource UIKit.framework/Headers/UIControl.h UILabel UIView IBFrameworkSource UIKit.framework/Headers/UILabel.h UIResponder NSObject UISearchBar UIView IBFrameworkSource UIKit.framework/Headers/UISearchBar.h UISearchDisplayController NSObject IBFrameworkSource UIKit.framework/Headers/UISearchDisplayController.h UITextField UIControl IBFrameworkSource UIKit.framework/Headers/UITextField.h UIView UIView UIResponder IBFrameworkSource UIKit.framework/Headers/UIView.h UIViewController IBFrameworkSource UIKit.framework/Headers/UINavigationController.h UIViewController IBFrameworkSource UIKit.framework/Headers/UITabBarController.h UIViewController UIResponder IBFrameworkSource UIKit.framework/Headers/UIViewController.h 0 IBCocoaTouchFramework com.apple.InterfaceBuilder.CocoaTouchPlugin.InterfaceBuilder3 YES GeoIPService.xcodeproj 3 87 gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/gsoapios.mm0000644000175000017500000004225512653650146024046 0ustar ellertellert/* gsoapios.m iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ /** @mainpage - @ref ios_0 documents the ios plugin for the development of client applications on iOS (iPhone and iPad) plarforms. */ /** @page ios_0 The iOS plugin for client applications on iOS (iPhone and iPad) platforms. @section ios_1 iOS plugin Setup */ #import "gsoapios.h" #import // ----------------------------------------------------------------------------- // Start of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- /** Class GSoapiOSURLData @brief The class stores the states for connection establishment, buffering soap request and response */ @implementation GSoapiOSURLData @synthesize endpoint; ///< Set or get endpoint @synthesize host; ///< Set or get host name @synthesize soap_action; ///< Set or get soap action @synthesize http_method; ///< Set or get HTTP method @synthesize content_type; ///< Set or get content type @synthesize http_req_msg; ///< Set or get HTTP request message @synthesize soap_req_msg; ///< Set or get SOAP request @synthesize soap_res_msg; ///< Set or get SOAP response @synthesize port; ///< Set or get port @synthesize received_length; ///< Set or get received message length @synthesize request_sent; ///< Set or get the flag for the first time sending @synthesize req_content_length; ///< Set or get request message length @synthesize timeout_interval; ///< Set or get timeout interval @synthesize cache_policy; ///< Set or get cache policy @synthesize user_name; ///< Set or get user ID for authentication @synthesize password; ///< Set or get password for authentication /** @fn init @brief Constructor */ - (id) init { [super init]; http_req_msg = [NSMutableData alloc]; timeout_interval = 60.0; // 60 seconds by default cache_policy = NSURLRequestUseProtocolCachePolicy; // The default cache policy return self; } /** @fn dealloc @brief Destructor */ - (void) dealloc { [endpoint release]; [host release]; [soap_action release]; [http_method release]; [content_type release]; [http_req_msg release]; [soap_req_msg release]; [user_name release]; [password release]; [super dealloc]; } @end // ----------------------------------------------------------------------------- // End of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- // ----------------------------------------------------------------------------- // Start of C plugin implementation // ----------------------------------------------------------------------------- /** plugin identification for plugin registry */ const char soap_ios_id[13] = SOAP_IOS_ID; // Unique plugin ID static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_ios_delete(struct soap *soap, struct soap_plugin *p); static int soap_ios_init(struct soap *soap, struct soap_ios_data *data); static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port); static int soap_ios_close( struct soap *soap); static int soap_ios_send( struct soap *soap, const char *buf, size_t len); static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len); //void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); //void soap_ios_settimeoutinterval(struct soap *soap, double seconds); /** @fn int soap_ios @brief Handles soap client on iOS platform (iPhone and iPad) @param soap context @param[in] p soap plugin data @param[in] arg arguments for plugin @return SOAP_OK if registration on success; SOAP_EOM otherwise */ int soap_ios (struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_ios_id; // set a unique plugin id p->data = (void*)malloc(sizeof(struct soap_ios_data)); // Allocate memory p->fcopy = soap_ios_copy; // set fcopy callback for soap_copy(truct soap*) p->fdelete = soap_ios_delete; // set fdeete callback if (p->data) { if (soap_ios_init(soap, (struct soap_ios_data*)p->data) != SOAP_OK) { free(p->data); // free resource upon failure to initialize plugin return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief duplicates the plugin context for soap context @param soap context @param[out] dst destination plugin data @param[in] src sources plugin data to be copied from @param[in] arg arguments for plugin @return SOAP_OK if registration in success; SOAP_ERROR otherwise */ static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; int status = SOAP_ERR; if (dst->data = (void*)malloc(sizeof(struct soap_ios_data))) status = soap_ios_init(soap, (struct soap_ios_data*)dst->data); return status; } /** @fn void soap_ios_delete(struct soap *soap, struct soap_plugin *p) @brief delete the plugin @param soap context @param[in] p plugin data */ static void soap_ios_delete(struct soap *soap, struct soap_plugin *p) { if (p != NULL) { struct soap_ios_data *data = (struct soap_ios_data*)p->data; if (data && data->url_data) [data->url_data release]; // Free url_data free(p->data); // Free the pointer to url_data } } /** @fn int soap_ios_init(struct soap *soap, struct soap_ios_data *data) @brief initializes the plugin data @param soap context @param[out] data plugin data to be initialized @return SOAP_OK if initialization is sucessful; SOAP_ERR otherwise */ static int soap_ios_init(struct soap *soap, struct soap_ios_data *data) { data->url_data = [[GSoapiOSURLData alloc] init]; if (data->url_data == nil) return SOAP_ERR; // failure to init // save and set callbacks data->fopen = soap->fopen; // save old fopen callback data->fclose = soap->fclose; // save old fclose callback data->fsend = soap->fsend; // save old fsend callback data->frecv = soap->frecv; // save old frecv callback soap->fopen = soap_ios_open; // replace open callback soap->fclose = soap_ios_close; // replace close callback soap->fsend = soap_ios_send; // replace send callback soap->frecv = soap_ios_recv; // replace recv callback return SOAP_OK; } /** @fn SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) @brief extracts state from soap context and saves states for soap connection @param soap context @param[in] endpoint Web service's endpoint @param[in] host host name @param[in] port numer @return any valid socket (1) Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) { // Pull out the pluin data struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); if (data == NULL || data->url_data == nil) return SOAP_INVALID_SOCKET; GSoapiOSURLData * url_data = data->url_data; [url_data setEndpoint:[NSString stringWithUTF8String:endpoint]]; [url_data setHost:[NSString stringWithUTF8String:host]]; [url_data setPort:port]; [url_data setRequest_sent:false]; [url_data setReceived_length:0]; [url_data setSoap_action:[NSString stringWithUTF8String:soap->action]]; [url_data setReq_content_length:soap->count]; // Extract a pair of userid and password if present if (soap->userid && soap->passwd) { [url_data setUser_name:[NSString stringWithUTF8String:soap->userid]]; [url_data setPassword:[NSString stringWithUTF8String:soap->passwd]]; } else { [url_data setUser_name:nil]; [url_data setPassword:nil]; } // Extracts and saves http-method switch (soap->status){ case SOAP_POST: [url_data setHttp_method:@"POST"]; break; case SOAP_GET: [url_data setHttp_method:@"GET"]; break; case SOAP_DEL: [url_data setHttp_method:@"DELETE"]; break; case SOAP_CONNECT: [url_data setHttp_method:@"CONNECT"]; break; default: [url_data setHttp_method:@"POST"]; break; } // Extracts and saves http content-type if((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)){ [url_data setContent_type:@"application/dime"]; } else if (soap->version == 2){ if (soap->mode & SOAP_ENC_MTOM){ [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"application/soap+xml\""]; }else{ [url_data setContent_type:@"application/soap+xml; charset=utf-8"]; } }else if (soap->mode & SOAP_ENC_MTOM) { [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"text/xml\""]; } else { [url_data setContent_type:@"tex/xml; charset=utf-8"]; } return 1; } /** @fn int soap_ios_close( struct soap *soap) @param soap context @param[in] endpoint Web service's endpoint @param[in] host host name @param[in] port numer @return 0 Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static int soap_ios_close( struct soap *soap) { return 0; } /** @fn int soap_ios_send( struct soap *soap, const char *buf, size_t len) @brief buffers the http/soap request in plugin data @param soap context @param[in] buf chunck of serialized http/soap request @param[in] len bufer size @return number of bytes buffered Note: This send function does not send any data to its peer. Rather it buffers the serialied soap request including http header to the plugin data. The sending happens actually in frecv function. */ static int soap_ios_send( struct soap *soap, const char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; [url_data.http_req_msg appendBytes:buf length: len]; return len > 0 ? SOAP_OK : SOAP_EOF; } /** @fn size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) @brief Sends soap request, buffers soap response and serialize the response @param soap context @param[out] buf buffer for received data @param[in] len number of bytes received @return the number of bytes received Note: This recv function sends a synchronous soap request through NSURLRequest, receives soap response, serializes response. */ static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; // Handle HTTP basic authentication if present if (url_data.user_name && url_data.password) { NSURLCredential *credential = [NSURLCredential credentialWithUser:url_data.user_name password:url_data.password persistence:NSURLCredentialPersistenceForSession]; NSURLProtectionSpace * protectionSpace = [[NSURLProtectionSpace alloc] initWithHost:url_data.host port:url_data.port protocol:@"http" realm:nil authenticationMethod:nil]; [[NSURLCredentialStorage sharedCredentialStorage] setDefaultCredential:credential forProtectionSpace:protectionSpace]; [protectionSpace release]; } // -------- End of auhentication handling --------- // Execute once: sending the request and receiving response // Send request through NSURLRequest sendSynchronousRequest // and receive response if(url_data.request_sent == false) { [url_data setRequest_sent:true]; //int msg_len = [url_data.http_req_msg length]; NSRange range = NSMakeRange([url_data.http_req_msg length] - url_data.req_content_length, url_data.req_content_length); url_data.soap_req_msg = [url_data.http_req_msg subdataWithRange:range]; NSURL *url = [NSURL URLWithString:url_data.endpoint]; NSMutableURLRequest *request = [NSMutableURLRequest requestWithURL:url cachePolicy:url_data.cache_policy timeoutInterval:url_data.timeout_interval]; [request addValue:url_data.host forHTTPHeaderField:@"HOST"]; [request addValue:url_data.soap_action forHTTPHeaderField:@"SOAPACTION"]; [request addValue:url_data.content_type forHTTPHeaderField:@"Content-Type"]; [request setHTTPMethod:url_data.http_method]; NSString *conten_length = [NSString stringWithFormat:@"%d", [url_data.soap_req_msg length]]; [request addValue:conten_length forHTTPHeaderField:@"Content-Length"]; [request setHTTPBody:url_data.soap_req_msg]; NSHTTPURLResponse *response = nil; NSError *error = nil; url_data.soap_res_msg = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error]; // Error handling if (error) { DLog(@"ERROR:<%@>\n", [error localizedDescription]); //const char *fault_string = [[error localizedDescription] UTF8String]; soap_receiver_fault(soap, [[error localizedDescription] UTF8String], ""); } } // may execute multiple times depending on the buffer size and response length if(url_data.request_sent) { size_t res_len = [url_data.soap_res_msg length]; // response length if (len + url_data.received_length > res_len) { // Adjustment len len = res_len - url_data.received_length; //cout << "len = " << len << endl; } const char *res_msg = (const char *)[url_data.soap_res_msg bytes]; memcpy(buf, res_msg + url_data.received_length, len); url_data.received_length += len; } return url_data.request_sent ? len : 0; } /** @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Set cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap context @param[in] policy The policy to be set */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.cache_policy = policy; } /** @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Set timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be set in seconds */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.timeout_interval = seconds; } // ----------------------------------------------------------------------------- // END of C plugin implementation // ----------------------------------------------------------------------------- gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/GeoIPService.xcodeproj/0000744000175000017500000000000012653650146026135 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/GeoIPService.xcodeproj/wzhang.pbxuser0000644000175000017500000001675212653650146031062 0ustar ellertellert// !$*UTF8*$! { 1D6058900D05DD3D006BFB54 /* GeoIPService */ = { activeExec = 0; executables = ( F52811211571F24600796852 /* GeoIPService */, ); }; 28D7ACF60DDB3853001CB0EB /* GeoIPServiceViewController.h */ = { uiCtxt = { sepNavIntBoundsRect = "{{0, 0}, {766, 912}}"; sepNavSelRange = "{261, 0}"; sepNavVisRange = "{0, 383}"; }; }; 28D7ACF70DDB3853001CB0EB /* GeoIPServiceViewController.mm */ = { uiCtxt = { sepNavIntBoundsRect = "{{0, 0}, {624, 1781}}"; sepNavSelRange = "{1379, 0}"; sepNavVisRange = "{1285, 743}"; }; }; 29B97313FDCFA39411CA2CEA /* Project object */ = { activeBuildConfigurationName = Debug; activeExecutable = F52811211571F24600796852 /* GeoIPService */; activeTarget = 1D6058900D05DD3D006BFB54 /* GeoIPService */; addToTargets = ( 1D6058900D05DD3D006BFB54 /* GeoIPService */, ); codeSenseManager = 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xcode.toolbar.config.classbrowser WindowString 385 179 630 352 0 0 1440 878 WindowToolGUID 1C0AD2AF069F1E9B00FABCE6 WindowToolIsVisible 0 Identifier windowTool.refactoring IncludeInToolsMenu 0 Layout Dock BecomeActive 1 GeometryConfiguration Frame {0, 0}, {500, 335} RubberWindowFrame {0, 0}, {500, 335} Module XCRefactoringModule Proportion 100% Proportion 100% Name Refactoring ServiceClasses XCRefactoringModule WindowString 200 200 500 356 0 0 1920 1200 gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/0000744000175000017500000000000012653650146023252 5ustar ellertellertgsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/GeoIPServiceAppDelegate.m0000644000175000017500000000127112653650146030013 0ustar ellertellert// // GeoIPServiceAppDelegate.m // GeoIPService // // Created by Wei Zhang on 5/27/12. // Copyright __MyCompanyName__ 2012. All rights reserved. // #import "GeoIPServiceAppDelegate.h" #import "GeoIPServiceViewController.h" @implementation GeoIPServiceAppDelegate @synthesize window; @synthesize viewController; - (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { // Override point for customization after app launch [window addSubview:viewController.view]; [window makeKeyAndVisible]; return YES; } - (void)dealloc { [viewController release]; [window release]; [super dealloc]; } @end gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/GeoIPServiceViewController.mm0000644000175000017500000000673012653650146031000 0ustar ellertellert// // GeoIPServiceViewController.mm // GeoIPService // // Created by Wei Zhang on 5/27/12. // Copyright Genivia Inc. 2012. All rights reserved. // #import "GeoIPServiceViewController.h" #include "soapGeoIPServiceSoap12Proxy.h" #import "gsoapios.h" using namespace std; typedef struct _ns1__GetGeoIP RequestStruct; typedef struct _ns1__GetGeoIPResponse ResponseStruct; @implementation GeoIPServiceViewController @synthesize ipAddress; - (IBAction)buttonFindCountry:(id)sender { RequestStruct ip; ResponseStruct response; GeoIPServiceSoap12Proxy service; std::string ipAdd = std::string((char *)[ipAddress.text UTF8String]); ip.IPAddress = &ipAdd; // ----- register plugin for callbacks ------ soap_register_plugin(&service, soap_ios); // Optional: timeout internal, the default is 60.0 seconds soap_ios_settimeoutinterval(&service, 30.0); // Optional: the default policy is NSURLRequestUseProtocolCachePolicy (0) soap_ios_setcachepolicy(&service, NSURLRequestReturnCacheDataElseLoad); // (2) int status = service.GetGeoIP(&ip, &response); string* result; string err_msg = "Invalid IP address"; if ( status == SOAP_OK) { if(response.GetGeoIPResult && response.GetGeoIPResult->CountryName) { result = response.GetGeoIPResult->CountryName; } else { result = &err_msg; } } else { service.soap_stream_fault(std::cerr); } NSString *soapResult; NSString *tittleMsg; if (status == SOAP_OK) { soapResult = [NSString stringWithUTF8String:result->c_str()]; tittleMsg = [NSString stringWithFormat: @"%@", @"Country Found"]; } else { soapResult = [NSString stringWithFormat: @"%@", @"Soap Error!"]; tittleMsg = [NSString stringWithFormat: @"%@", @"Warning"]; } UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleMsg message:soapResult delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; [alert release]; service.destroy(); // Free soap context } /* // The designated initializer. Override to perform setup that is required before the view is loaded. - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { if ((self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil])) { // Custom initialization } return self; } */ /* // Implement loadView to create a view hierarchy programmatically, without using a nib. - (void)loadView { } */ /* // Implement viewDidLoad to do additional setup after loading the view, typically from a nib. - (void)viewDidLoad { [super viewDidLoad]; } */ // Override to allow orientations other than the default portrait orientation. - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // Return YES for supported orientations return (interfaceOrientation == UIInterfaceOrientationPortrait || interfaceOrientation == UIInterfaceOrientationPortraitUpsideDown || interfaceOrientation == UIInterfaceOrientationLandscapeLeft || interfaceOrientation == UIInterfaceOrientationLandscapeRight); } - (void)didReceiveMemoryWarning { // Releases the view if it doesn't have a superview. [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } - (void)viewDidUnload { // Release any retained subviews of the main view. // e.g. self.myOutlet = nil; } - (void)dealloc { [ipAddress release]; [super dealloc]; } @end gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/soapC.cpp0000644000175000017500000033373412653650146025042 0ustar ellertellert/* soapC.cpp Generated by gSOAP 2.8.8 from GeoIPService.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "soapH.h" SOAP_SOURCE_STAMP("@(#) soapC.cpp ver 2.8.8 2012-05-24 21:00:32 GMT") #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap) { if (soap->header) soap_serialize_SOAP_ENV__Header(soap, soap->header); } SOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap) { if (soap->header) { soap->part = SOAP_IN_HEADER; if (soap_out_SOAP_ENV__Header(soap, "SOAP-ENV:Header", 0, soap->header, NULL)) return soap->error; soap->part = SOAP_END_HEADER; } return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap) { soap->part = SOAP_IN_HEADER; soap->header = soap_in_SOAP_ENV__Header(soap, "SOAP-ENV:Header", NULL, NULL); soap->part = SOAP_END_HEADER; return soap->header == NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap) { if (!soap->header) { if ((soap->header = soap_new_SOAP_ENV__Header(soap, -1))) soap_default_SOAP_ENV__Header(soap, soap->header); } } SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap) { if (!soap->fault) { soap->fault = soap_new_SOAP_ENV__Fault(soap, -1); if (!soap->fault) return; soap_default_SOAP_ENV__Fault(soap, soap->fault); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Code) { soap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap, -1); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Reason) { soap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap, -1); soap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason); } } SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap) { soap_fault(soap); if (soap->fault) soap_serialize_SOAP_ENV__Fault(soap, soap->fault); } SOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap) { if (soap->fault) return soap_put_SOAP_ENV__Fault(soap, soap->fault, "SOAP-ENV:Fault", NULL); return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap) { return (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, "SOAP-ENV:Fault", NULL)) == NULL; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Code) return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value; return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (!soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) { soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = soap_new_SOAP_ENV__Code(soap, -1); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode); } return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; } return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) return soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; return NULL; } return soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap) { soap_fault(soap); if (soap->version == 2) return (const char**)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text; return (const char**)&soap->fault->faultstring; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 1) { if (!soap->fault->detail) { soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->detail); } return (const char**)&soap->fault->detail->__any; } if (!soap->fault->SOAP_ENV__Detail) { soap->fault->SOAP_ENV__Detail = soap_new_SOAP_ENV__Detail(soap, -1); soap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail); } return (const char**)&soap->fault->SOAP_ENV__Detail->__any; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Detail) return soap->fault->SOAP_ENV__Detail->__any; if (soap->fault->detail) return soap->fault->detail->__any; return NULL; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap) { int t; if (soap->version == 1) { for (;;) { if (!soap_getelement(soap, &t)) if (soap->error || soap_ignore_element(soap)) break; } } if (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF) soap->error = SOAP_OK; return soap->error; } #endif #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type) { (void)type; if (soap_peek_element(soap)) return NULL; if (!*soap->id || !(*type = soap_lookup_type(soap, soap->id))) *type = soap_lookup_type(soap, soap->href); switch (*type) { case SOAP_TYPE_byte: return soap_in_byte(soap, NULL, NULL, "xsd:byte"); case SOAP_TYPE_int: return soap_in_int(soap, NULL, NULL, "xsd:int"); case SOAP_TYPE_std__string: return soap_in_std__string(soap, NULL, NULL, "xsd:string"); case SOAP_TYPE_ns1__GeoIP: return soap_in_ns1__GeoIP(soap, NULL, NULL, "ns1:GeoIP"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse: return soap_in_PointerTo_ns1__GetGeoIPContextResponse(soap, NULL, NULL, "ns1:GetGeoIPContextResponse"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPContext: return soap_in_PointerTo_ns1__GetGeoIPContext(soap, NULL, NULL, "ns1:GetGeoIPContext"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse: return soap_in_PointerTo_ns1__GetGeoIPResponse(soap, NULL, NULL, "ns1:GetGeoIPResponse"); case SOAP_TYPE_PointerTo_ns1__GetGeoIP: return soap_in_PointerTo_ns1__GetGeoIP(soap, NULL, NULL, "ns1:GetGeoIP"); case SOAP_TYPE_PointerTons1__GeoIP: return soap_in_PointerTons1__GeoIP(soap, NULL, NULL, "ns1:GeoIP"); case SOAP_TYPE_PointerTostd__string: return soap_in_PointerTostd__string(soap, NULL, NULL, "xsd:string"); case SOAP_TYPE__QName: { char **s; s = soap_in__QName(soap, NULL, NULL, "xsd:QName"); return s ? *s : NULL; } case SOAP_TYPE_string: { char **s; s = soap_in_string(soap, NULL, NULL, "xsd:string"); return s ? *s : NULL; } default: { const char *t = soap->type; if (!*t) t = soap->tag; if (!soap_match_tag(soap, t, "xsd:string")) { *type = SOAP_TYPE_std__string; return soap_in_std__string(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns1:GeoIP")) { *type = SOAP_TYPE_ns1__GeoIP; return soap_in_ns1__GeoIP(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:byte")) { *type = SOAP_TYPE_byte; return soap_in_byte(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:int")) { *type = SOAP_TYPE_int; return soap_in_int(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:QName")) { char **s; *type = SOAP_TYPE__QName; s = soap_in__QName(soap, NULL, NULL, NULL); return s ? *s : NULL; } if (!soap_match_tag(soap, t, "xsd:string")) { char **s; *type = SOAP_TYPE_string; s = soap_in_string(soap, NULL, NULL, NULL); return s ? *s : NULL; } t = soap->tag; if (!soap_match_tag(soap, t, "ns1:GetGeoIPContextResponse")) { *type = SOAP_TYPE__ns1__GetGeoIPContextResponse; return soap_in__ns1__GetGeoIPContextResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns1:GetGeoIPContext")) { *type = SOAP_TYPE__ns1__GetGeoIPContext; return soap_in__ns1__GetGeoIPContext(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns1:GetGeoIPResponse")) { *type = SOAP_TYPE__ns1__GetGeoIPResponse; return soap_in__ns1__GetGeoIPResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns1:GetGeoIP")) { *type = SOAP_TYPE__ns1__GetGeoIP; return soap_in__ns1__GetGeoIP(soap, NULL, NULL, NULL); } } } soap->error = SOAP_TAG_MISMATCH; return NULL; } #ifdef __cplusplus } #endif #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap) { if (!soap_peek_element(soap)) { int t; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unexpected element '%s' in input (level=%u, %d)\n", soap->tag, soap->level, soap->body)); if (soap->mustUnderstand && !soap->other) return soap->error = SOAP_MUSTUNDERSTAND; if (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, "SOAP-ENV:")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "REJECTING element '%s'\n", soap->tag)); return soap->error = SOAP_TAG_MISMATCH; } if (!*soap->id || !soap_getelement(soap, &t)) { soap->peeked = 0; if (soap->fignore) soap->error = soap->fignore(soap, soap->tag); else soap->error = SOAP_OK; DBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, "IGNORING element '%s'\n", soap->tag)); if (!soap->error && soap->body) { soap->level++; while (!soap_ignore_element(soap)) ; if (soap->error == SOAP_NO_TAG) soap->error = soap_element_end_in(soap, NULL); } } } return soap->error; } #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap) { int i; struct soap_plist *pp; if (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH))) for (i = 0; i < SOAP_PTRHASH; i++) for (pp = soap->pht[i]; pp; pp = pp->next) if (pp->mark1 == 2 || pp->mark2 == 2) if (soap_putelement(soap, pp->ptr, "id", pp->id, pp->type)) return soap->error; return SOAP_OK; } #endif #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type) { (void)tag; switch (type) { case SOAP_TYPE_byte: return soap_out_byte(soap, tag, id, (const char *)ptr, "xsd:byte"); case SOAP_TYPE_int: return soap_out_int(soap, tag, id, (const int *)ptr, "xsd:int"); case SOAP_TYPE_std__string: return soap_out_std__string(soap, tag, id, (const std::string *)ptr, "xsd:string"); case SOAP_TYPE__ns1__GetGeoIPContextResponse: return ((_ns1__GetGeoIPContextResponse *)ptr)->soap_out(soap, "ns1:GetGeoIPContextResponse", id, NULL); case SOAP_TYPE__ns1__GetGeoIPContext: return ((_ns1__GetGeoIPContext *)ptr)->soap_out(soap, "ns1:GetGeoIPContext", id, NULL); case SOAP_TYPE__ns1__GetGeoIPResponse: return ((_ns1__GetGeoIPResponse *)ptr)->soap_out(soap, "ns1:GetGeoIPResponse", id, NULL); case SOAP_TYPE__ns1__GetGeoIP: return ((_ns1__GetGeoIP *)ptr)->soap_out(soap, "ns1:GetGeoIP", id, NULL); case SOAP_TYPE_ns1__GeoIP: return ((ns1__GeoIP *)ptr)->soap_out(soap, tag, id, "ns1:GeoIP"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse: return soap_out_PointerTo_ns1__GetGeoIPContextResponse(soap, tag, id, (_ns1__GetGeoIPContextResponse *const*)ptr, "ns1:GetGeoIPContextResponse"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPContext: return soap_out_PointerTo_ns1__GetGeoIPContext(soap, tag, id, (_ns1__GetGeoIPContext *const*)ptr, "ns1:GetGeoIPContext"); case SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse: return soap_out_PointerTo_ns1__GetGeoIPResponse(soap, tag, id, (_ns1__GetGeoIPResponse *const*)ptr, "ns1:GetGeoIPResponse"); case SOAP_TYPE_PointerTo_ns1__GetGeoIP: return soap_out_PointerTo_ns1__GetGeoIP(soap, tag, id, (_ns1__GetGeoIP *const*)ptr, "ns1:GetGeoIP"); case SOAP_TYPE_PointerTons1__GeoIP: return soap_out_PointerTons1__GeoIP(soap, tag, id, (ns1__GeoIP *const*)ptr, "ns1:GeoIP"); case SOAP_TYPE_PointerTostd__string: return soap_out_PointerTostd__string(soap, tag, id, (std::string *const*)ptr, "xsd:string"); case SOAP_TYPE__QName: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:QName"); case SOAP_TYPE_string: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:string"); } return SOAP_OK; } #ifdef __cplusplus } #endif #endif #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type) { (void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */ switch (type) { case SOAP_TYPE_std__string: soap_serialize_std__string(soap, (const std::string *)ptr); break; case SOAP_TYPE__ns1__GetGeoIPContextResponse: ((_ns1__GetGeoIPContextResponse *)ptr)->soap_serialize(soap); break; case SOAP_TYPE__ns1__GetGeoIPContext: ((_ns1__GetGeoIPContext *)ptr)->soap_serialize(soap); break; case SOAP_TYPE__ns1__GetGeoIPResponse: ((_ns1__GetGeoIPResponse *)ptr)->soap_serialize(soap); break; case SOAP_TYPE__ns1__GetGeoIP: ((_ns1__GetGeoIP *)ptr)->soap_serialize(soap); break; case SOAP_TYPE_ns1__GeoIP: ((ns1__GeoIP *)ptr)->soap_serialize(soap); break; case SOAP_TYPE___ns3__GetGeoIPContext: soap_serialize___ns3__GetGeoIPContext(soap, (const struct __ns3__GetGeoIPContext *)ptr); break; case SOAP_TYPE___ns3__GetGeoIP: soap_serialize___ns3__GetGeoIP(soap, (const struct __ns3__GetGeoIP *)ptr); break; case SOAP_TYPE___ns2__GetGeoIPContext: soap_serialize___ns2__GetGeoIPContext(soap, (const struct __ns2__GetGeoIPContext *)ptr); break; case SOAP_TYPE___ns2__GetGeoIP: soap_serialize___ns2__GetGeoIP(soap, (const struct __ns2__GetGeoIP *)ptr); break; case SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse: soap_serialize_PointerTo_ns1__GetGeoIPContextResponse(soap, (_ns1__GetGeoIPContextResponse *const*)ptr); break; case SOAP_TYPE_PointerTo_ns1__GetGeoIPContext: soap_serialize_PointerTo_ns1__GetGeoIPContext(soap, (_ns1__GetGeoIPContext *const*)ptr); break; case SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse: soap_serialize_PointerTo_ns1__GetGeoIPResponse(soap, (_ns1__GetGeoIPResponse *const*)ptr); break; case SOAP_TYPE_PointerTo_ns1__GetGeoIP: soap_serialize_PointerTo_ns1__GetGeoIP(soap, (_ns1__GetGeoIP *const*)ptr); break; case SOAP_TYPE_PointerTons1__GeoIP: soap_serialize_PointerTons1__GeoIP(soap, (ns1__GeoIP *const*)ptr); break; case SOAP_TYPE_PointerTostd__string: soap_serialize_PointerTostd__string(soap, (std::string *const*)ptr); break; case SOAP_TYPE__QName: soap_serialize_string(soap, (char*const*)&ptr); break; case SOAP_TYPE_string: soap_serialize_string(soap, (char*const*)&ptr); break; } } #ifdef __cplusplus } #endif #endif SOAP_FMAC3 void * SOAP_FMAC4 soap_instantiate(struct soap *soap, int t, const char *type, const char *arrayType, size_t *n) { (void)type; switch (t) { case SOAP_TYPE_std__string: return (void*)soap_instantiate_std__string(soap, -1, type, arrayType, n); case SOAP_TYPE_ns1__GeoIP: return (void*)soap_instantiate_ns1__GeoIP(soap, -1, type, arrayType, n); case SOAP_TYPE__ns1__GetGeoIP: return (void*)soap_instantiate__ns1__GetGeoIP(soap, -1, type, arrayType, n); case SOAP_TYPE__ns1__GetGeoIPResponse: return (void*)soap_instantiate__ns1__GetGeoIPResponse(soap, -1, type, arrayType, n); case SOAP_TYPE__ns1__GetGeoIPContext: return (void*)soap_instantiate__ns1__GetGeoIPContext(soap, -1, type, arrayType, n); case SOAP_TYPE__ns1__GetGeoIPContextResponse: return (void*)soap_instantiate__ns1__GetGeoIPContextResponse(soap, -1, type, arrayType, n); case SOAP_TYPE___ns2__GetGeoIP: return (void*)soap_instantiate___ns2__GetGeoIP(soap, -1, type, arrayType, n); case SOAP_TYPE___ns2__GetGeoIPContext: return (void*)soap_instantiate___ns2__GetGeoIPContext(soap, -1, type, arrayType, n); case SOAP_TYPE___ns3__GetGeoIP: return (void*)soap_instantiate___ns3__GetGeoIP(soap, -1, type, arrayType, n); case SOAP_TYPE___ns3__GetGeoIPContext: return (void*)soap_instantiate___ns3__GetGeoIPContext(soap, -1, type, arrayType, n); #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Header: return (void*)soap_instantiate_SOAP_ENV__Header(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Code: return (void*)soap_instantiate_SOAP_ENV__Code(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Detail: return (void*)soap_instantiate_SOAP_ENV__Detail(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Reason: return (void*)soap_instantiate_SOAP_ENV__Reason(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Fault: return (void*)soap_instantiate_SOAP_ENV__Fault(soap, -1, type, arrayType, n); #endif } return NULL; } SOAP_FMAC3 int SOAP_FMAC4 soap_fdelete(struct soap_clist *p) { switch (p->type) { case SOAP_TYPE_std__string: if (p->size < 0) SOAP_DELETE((std::string*)p->ptr); else SOAP_DELETE_ARRAY((std::string*)p->ptr); break; case SOAP_TYPE_ns1__GeoIP: if (p->size < 0) SOAP_DELETE((ns1__GeoIP*)p->ptr); else SOAP_DELETE_ARRAY((ns1__GeoIP*)p->ptr); break; case SOAP_TYPE__ns1__GetGeoIP: if (p->size < 0) SOAP_DELETE((_ns1__GetGeoIP*)p->ptr); else SOAP_DELETE_ARRAY((_ns1__GetGeoIP*)p->ptr); break; case SOAP_TYPE__ns1__GetGeoIPResponse: if (p->size < 0) SOAP_DELETE((_ns1__GetGeoIPResponse*)p->ptr); else SOAP_DELETE_ARRAY((_ns1__GetGeoIPResponse*)p->ptr); break; case SOAP_TYPE__ns1__GetGeoIPContext: if (p->size < 0) SOAP_DELETE((_ns1__GetGeoIPContext*)p->ptr); else SOAP_DELETE_ARRAY((_ns1__GetGeoIPContext*)p->ptr); break; case SOAP_TYPE__ns1__GetGeoIPContextResponse: if (p->size < 0) SOAP_DELETE((_ns1__GetGeoIPContextResponse*)p->ptr); else SOAP_DELETE_ARRAY((_ns1__GetGeoIPContextResponse*)p->ptr); break; case SOAP_TYPE___ns2__GetGeoIP: if (p->size < 0) SOAP_DELETE((struct __ns2__GetGeoIP*)p->ptr); else SOAP_DELETE_ARRAY((struct __ns2__GetGeoIP*)p->ptr); break; case SOAP_TYPE___ns2__GetGeoIPContext: if (p->size < 0) SOAP_DELETE((struct __ns2__GetGeoIPContext*)p->ptr); else SOAP_DELETE_ARRAY((struct __ns2__GetGeoIPContext*)p->ptr); break; case SOAP_TYPE___ns3__GetGeoIP: if (p->size < 0) SOAP_DELETE((struct __ns3__GetGeoIP*)p->ptr); else SOAP_DELETE_ARRAY((struct __ns3__GetGeoIP*)p->ptr); break; case SOAP_TYPE___ns3__GetGeoIPContext: if (p->size < 0) SOAP_DELETE((struct __ns3__GetGeoIPContext*)p->ptr); else SOAP_DELETE_ARRAY((struct __ns3__GetGeoIPContext*)p->ptr); break; #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Header: if (p->size < 0) SOAP_DELETE((struct SOAP_ENV__Header*)p->ptr); else SOAP_DELETE_ARRAY((struct SOAP_ENV__Header*)p->ptr); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Code: if (p->size < 0) SOAP_DELETE((struct SOAP_ENV__Code*)p->ptr); else SOAP_DELETE_ARRAY((struct SOAP_ENV__Code*)p->ptr); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Detail: if (p->size < 0) SOAP_DELETE((struct SOAP_ENV__Detail*)p->ptr); else SOAP_DELETE_ARRAY((struct SOAP_ENV__Detail*)p->ptr); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Reason: if (p->size < 0) SOAP_DELETE((struct SOAP_ENV__Reason*)p->ptr); else SOAP_DELETE_ARRAY((struct SOAP_ENV__Reason*)p->ptr); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Fault: if (p->size < 0) SOAP_DELETE((struct SOAP_ENV__Fault*)p->ptr); else SOAP_DELETE_ARRAY((struct SOAP_ENV__Fault*)p->ptr); break; #endif default: return SOAP_ERR; } return SOAP_OK; } SOAP_FMAC3 void* SOAP_FMAC4 soap_class_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType) { return soap_id_enter(soap, id, p, t, n, 0, type, arrayType, soap_instantiate); } SOAP_FMAC3 void* SOAP_FMAC4 soap_container_id_forward(struct soap *soap, const char *href, void *p, size_t len, int st, int tt, size_t n, unsigned int k) { return soap_id_forward(soap, href, p, len, st, tt, n, k, soap_container_insert); } SOAP_FMAC3 void SOAP_FMAC4 soap_container_insert(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) #ifdef WIN32 #pragma warning(push) #pragma warning(disable:4065) #endif { (void)soap; (void)st; (void)p; (void)len; (void)q; (void)n; /* appease -Wall -Werror */ switch (tt) { default: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not insert type=%d in %d\n", st, tt)); } #ifdef WIN32 #pragma warning(pop) #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap *soap, char *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_byte *a = SOAP_DEFAULT_byte; #else *a = (char)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap *soap, const char *tag, int id, const char *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outbyte(soap, tag, id, a, type, SOAP_TYPE_byte); } SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap *soap, const char *tag, char *a, const char *type) { char *p; p = soap_inbyte(soap, tag, a, type, SOAP_TYPE_byte); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap *soap, const char *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_byte); if (soap_out_byte(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap *soap, char *p, const char *tag, const char *type) { if ((p = soap_in_byte(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap *soap, int *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_int *a = SOAP_DEFAULT_int; #else *a = (int)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap *soap, const char *tag, int id, const int *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outint(soap, tag, id, a, type, SOAP_TYPE_int); } SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap *soap, const char *tag, int *a, const char *type) { int *p; p = soap_inint(soap, tag, a, type, SOAP_TYPE_int); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap *soap, const int *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_int); if (soap_out_int(soap, tag?tag:"int", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap *soap, int *p, const char *tag, const char *type) { if ((p = soap_in_int(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_std__string(struct soap *soap, std::string *p) { (void)soap; /* appease -Wall -Werror */ p->erase(); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_std__string(struct soap *soap, const std::string *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 int SOAP_FMAC4 soap_out_std__string(struct soap *soap, const char *tag, int id, const std::string *s, const char *type) { if ((soap->mode & SOAP_C_NILSTRING) && s->empty()) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, s, SOAP_TYPE_std__string), type) || soap_string_out(soap, s->c_str(), 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } SOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_std__string(struct soap *soap, const char *tag, std::string *s, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!s) s = soap_new_std__string(soap, -1); if (soap->null) if (s) s->erase(); if (soap->body && !*soap->href) { char *t; s = (std::string*)soap_class_id_enter(soap, soap->id, s, SOAP_TYPE_std__string, sizeof(std::string), soap->type, soap->arrayType); if (s) { if (!(t = soap_string_in(soap, 1, 0, -1))) return NULL; s->assign(t); } } else s = (std::string*)soap_id_forward(soap, soap->href, soap_class_id_enter(soap, soap->id, s, SOAP_TYPE_std__string, sizeof(std::string), soap->type, soap->arrayType), 0, SOAP_TYPE_std__string, 0, sizeof(std::string), 0, soap_copy_std__string); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return s; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_std__string(struct soap *soap, const std::string *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_std__string); if (soap_out_std__string(soap, tag?tag:"string", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 std::string * SOAP_FMAC4 soap_get_std__string(struct soap *soap, std::string *p, const char *tag, const char *type) { if ((p = soap_in_std__string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 std::string * SOAP_FMAC2 soap_instantiate_std__string(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_std__string(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_std__string, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(std::string); if (size) *size = sizeof(std::string); } else { cp->ptr = (void*)SOAP_NEW(std::string[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(std::string); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (std::string*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_std__string(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying std::string %p -> %p\n", q, p)); *(std::string*)p = *(std::string*)q; } void _ns1__GetGeoIPContextResponse::soap_default(struct soap *soap) { this->soap = soap; this->_ns1__GetGeoIPContextResponse::GetGeoIPContextResult = NULL; /* transient soap skipped */ } void _ns1__GetGeoIPContextResponse::soap_serialize(struct soap *soap) const { (void)soap; /* appease -Wall -Werror */ soap_serialize_PointerTons1__GeoIP(soap, &this->_ns1__GetGeoIPContextResponse::GetGeoIPContextResult); /* transient soap skipped */ } int _ns1__GetGeoIPContextResponse::soap_out(struct soap *soap, const char *tag, int id, const char *type) const { return soap_out__ns1__GetGeoIPContextResponse(soap, tag, id, this, type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPContextResponse(struct soap *soap, const char *tag, int id, const _ns1__GetGeoIPContextResponse *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE__ns1__GetGeoIPContextResponse), type)) return soap->error; if (a->GetGeoIPContextResult) soap_element_result(soap, "ns1:GetGeoIPContextResult"); if (soap_out_PointerTons1__GeoIP(soap, "ns1:GetGeoIPContextResult", -1, &(a->_ns1__GetGeoIPContextResponse::GetGeoIPContextResult), "")) return soap->error; /* transient soap skipped */ return soap_element_end_out(soap, tag); } void *_ns1__GetGeoIPContextResponse::soap_in(struct soap *soap, const char *tag, const char *type) { return soap_in__ns1__GetGeoIPContextResponse(soap, tag, this, type); } SOAP_FMAC3 _ns1__GetGeoIPContextResponse * SOAP_FMAC4 soap_in__ns1__GetGeoIPContextResponse(struct soap *soap, const char *tag, _ns1__GetGeoIPContextResponse *a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; a = (_ns1__GetGeoIPContextResponse *)soap_class_id_enter(soap, soap->id, a, SOAP_TYPE__ns1__GetGeoIPContextResponse, sizeof(_ns1__GetGeoIPContextResponse), soap->type, soap->arrayType); if (!a) return NULL; if (soap->alloced) { a->soap_default(soap); if (soap->clist->type != SOAP_TYPE__ns1__GetGeoIPContextResponse) { soap_revert(soap); *soap->id = '\0'; return (_ns1__GetGeoIPContextResponse *)a->soap_in(soap, tag, type); } } size_t soap_flag_GetGeoIPContextResult1 = 1; if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_GetGeoIPContextResult1 && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTons1__GeoIP(soap, "ns1:GetGeoIPContextResult", &(a->_ns1__GetGeoIPContextResponse::GetGeoIPContextResult), "ns1:GeoIP")) { soap_flag_GetGeoIPContextResult1--; continue; } /* transient soap skipped */ soap_check_result(soap, "ns1:GetGeoIPContextResult"); if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (_ns1__GetGeoIPContextResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE__ns1__GetGeoIPContextResponse, 0, sizeof(_ns1__GetGeoIPContextResponse), 0, soap_copy__ns1__GetGeoIPContextResponse); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } int _ns1__GetGeoIPContextResponse::soap_put(struct soap *soap, const char *tag, const char *type) const { register int id = soap_embed(soap, (void*)this, NULL, 0, tag, SOAP_TYPE__ns1__GetGeoIPContextResponse); if (this->soap_out(soap, tag?tag:"ns1:GetGeoIPContextResponse", id, type)) return soap->error; return soap_putindependent(soap); } void *_ns1__GetGeoIPContextResponse::soap_get(struct soap *soap, const char *tag, const char *type) { return soap_get__ns1__GetGeoIPContextResponse(soap, this, tag, type); } SOAP_FMAC3 _ns1__GetGeoIPContextResponse * SOAP_FMAC4 soap_get__ns1__GetGeoIPContextResponse(struct soap *soap, _ns1__GetGeoIPContextResponse *p, const char *tag, const char *type) { if ((p = soap_in__ns1__GetGeoIPContextResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 _ns1__GetGeoIPContextResponse * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPContextResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate__ns1__GetGeoIPContextResponse(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE__ns1__GetGeoIPContextResponse, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPContextResponse); if (size) *size = sizeof(_ns1__GetGeoIPContextResponse); ((_ns1__GetGeoIPContextResponse*)cp->ptr)->soap = soap; } else { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPContextResponse[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(_ns1__GetGeoIPContextResponse); for (int i = 0; i < n; i++) ((_ns1__GetGeoIPContextResponse*)cp->ptr)[i].soap = soap; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (_ns1__GetGeoIPContextResponse*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPContextResponse(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying _ns1__GetGeoIPContextResponse %p -> %p\n", q, p)); *(_ns1__GetGeoIPContextResponse*)p = *(_ns1__GetGeoIPContextResponse*)q; } void _ns1__GetGeoIPContext::soap_default(struct soap *soap) { this->soap = soap; /* transient soap skipped */ } void _ns1__GetGeoIPContext::soap_serialize(struct soap *soap) const { (void)soap; /* appease -Wall -Werror */ /* transient soap skipped */ } int _ns1__GetGeoIPContext::soap_out(struct soap *soap, const char *tag, int id, const char *type) const { return soap_out__ns1__GetGeoIPContext(soap, tag, id, this, type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPContext(struct soap *soap, const char *tag, int id, const _ns1__GetGeoIPContext *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE__ns1__GetGeoIPContext), type)) return soap->error; /* transient soap skipped */ return soap_element_end_out(soap, tag); } void *_ns1__GetGeoIPContext::soap_in(struct soap *soap, const char *tag, const char *type) { return soap_in__ns1__GetGeoIPContext(soap, tag, this, type); } SOAP_FMAC3 _ns1__GetGeoIPContext * SOAP_FMAC4 soap_in__ns1__GetGeoIPContext(struct soap *soap, const char *tag, _ns1__GetGeoIPContext *a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; a = (_ns1__GetGeoIPContext *)soap_class_id_enter(soap, soap->id, a, SOAP_TYPE__ns1__GetGeoIPContext, sizeof(_ns1__GetGeoIPContext), soap->type, soap->arrayType); if (!a) return NULL; if (soap->alloced) { a->soap_default(soap); if (soap->clist->type != SOAP_TYPE__ns1__GetGeoIPContext) { soap_revert(soap); *soap->id = '\0'; return (_ns1__GetGeoIPContext *)a->soap_in(soap, tag, type); } } if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; /* transient soap skipped */ if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (_ns1__GetGeoIPContext *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE__ns1__GetGeoIPContext, 0, sizeof(_ns1__GetGeoIPContext), 0, soap_copy__ns1__GetGeoIPContext); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } int _ns1__GetGeoIPContext::soap_put(struct soap *soap, const char *tag, const char *type) const { register int id = soap_embed(soap, (void*)this, NULL, 0, tag, SOAP_TYPE__ns1__GetGeoIPContext); if (this->soap_out(soap, tag?tag:"ns1:GetGeoIPContext", id, type)) return soap->error; return soap_putindependent(soap); } void *_ns1__GetGeoIPContext::soap_get(struct soap *soap, const char *tag, const char *type) { return soap_get__ns1__GetGeoIPContext(soap, this, tag, type); } SOAP_FMAC3 _ns1__GetGeoIPContext * SOAP_FMAC4 soap_get__ns1__GetGeoIPContext(struct soap *soap, _ns1__GetGeoIPContext *p, const char *tag, const char *type) { if ((p = soap_in__ns1__GetGeoIPContext(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 _ns1__GetGeoIPContext * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPContext(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate__ns1__GetGeoIPContext(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE__ns1__GetGeoIPContext, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPContext); if (size) *size = sizeof(_ns1__GetGeoIPContext); ((_ns1__GetGeoIPContext*)cp->ptr)->soap = soap; } else { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPContext[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(_ns1__GetGeoIPContext); for (int i = 0; i < n; i++) ((_ns1__GetGeoIPContext*)cp->ptr)[i].soap = soap; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (_ns1__GetGeoIPContext*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPContext(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying _ns1__GetGeoIPContext %p -> %p\n", q, p)); *(_ns1__GetGeoIPContext*)p = *(_ns1__GetGeoIPContext*)q; } void _ns1__GetGeoIPResponse::soap_default(struct soap *soap) { this->soap = soap; this->_ns1__GetGeoIPResponse::GetGeoIPResult = NULL; /* transient soap skipped */ } void _ns1__GetGeoIPResponse::soap_serialize(struct soap *soap) const { (void)soap; /* appease -Wall -Werror */ soap_serialize_PointerTons1__GeoIP(soap, &this->_ns1__GetGeoIPResponse::GetGeoIPResult); /* transient soap skipped */ } int _ns1__GetGeoIPResponse::soap_out(struct soap *soap, const char *tag, int id, const char *type) const { return soap_out__ns1__GetGeoIPResponse(soap, tag, id, this, type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPResponse(struct soap *soap, const char *tag, int id, const _ns1__GetGeoIPResponse *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE__ns1__GetGeoIPResponse), type)) return soap->error; if (a->GetGeoIPResult) soap_element_result(soap, "ns1:GetGeoIPResult"); if (soap_out_PointerTons1__GeoIP(soap, "ns1:GetGeoIPResult", -1, &(a->_ns1__GetGeoIPResponse::GetGeoIPResult), "")) return soap->error; /* transient soap skipped */ return soap_element_end_out(soap, tag); } void *_ns1__GetGeoIPResponse::soap_in(struct soap *soap, const char *tag, const char *type) { return soap_in__ns1__GetGeoIPResponse(soap, tag, this, type); } SOAP_FMAC3 _ns1__GetGeoIPResponse * SOAP_FMAC4 soap_in__ns1__GetGeoIPResponse(struct soap *soap, const char *tag, _ns1__GetGeoIPResponse *a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; a = (_ns1__GetGeoIPResponse *)soap_class_id_enter(soap, soap->id, a, SOAP_TYPE__ns1__GetGeoIPResponse, sizeof(_ns1__GetGeoIPResponse), soap->type, soap->arrayType); if (!a) return NULL; if (soap->alloced) { a->soap_default(soap); if (soap->clist->type != SOAP_TYPE__ns1__GetGeoIPResponse) { soap_revert(soap); *soap->id = '\0'; return (_ns1__GetGeoIPResponse *)a->soap_in(soap, tag, type); } } size_t soap_flag_GetGeoIPResult1 = 1; if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_GetGeoIPResult1 && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTons1__GeoIP(soap, "ns1:GetGeoIPResult", &(a->_ns1__GetGeoIPResponse::GetGeoIPResult), "ns1:GeoIP")) { soap_flag_GetGeoIPResult1--; continue; } /* transient soap skipped */ soap_check_result(soap, "ns1:GetGeoIPResult"); if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (_ns1__GetGeoIPResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE__ns1__GetGeoIPResponse, 0, sizeof(_ns1__GetGeoIPResponse), 0, soap_copy__ns1__GetGeoIPResponse); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } int _ns1__GetGeoIPResponse::soap_put(struct soap *soap, const char *tag, const char *type) const { register int id = soap_embed(soap, (void*)this, NULL, 0, tag, SOAP_TYPE__ns1__GetGeoIPResponse); if (this->soap_out(soap, tag?tag:"ns1:GetGeoIPResponse", id, type)) return soap->error; return soap_putindependent(soap); } void *_ns1__GetGeoIPResponse::soap_get(struct soap *soap, const char *tag, const char *type) { return soap_get__ns1__GetGeoIPResponse(soap, this, tag, type); } SOAP_FMAC3 _ns1__GetGeoIPResponse * SOAP_FMAC4 soap_get__ns1__GetGeoIPResponse(struct soap *soap, _ns1__GetGeoIPResponse *p, const char *tag, const char *type) { if ((p = soap_in__ns1__GetGeoIPResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 _ns1__GetGeoIPResponse * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate__ns1__GetGeoIPResponse(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE__ns1__GetGeoIPResponse, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPResponse); if (size) *size = sizeof(_ns1__GetGeoIPResponse); ((_ns1__GetGeoIPResponse*)cp->ptr)->soap = soap; } else { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIPResponse[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(_ns1__GetGeoIPResponse); for (int i = 0; i < n; i++) ((_ns1__GetGeoIPResponse*)cp->ptr)[i].soap = soap; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (_ns1__GetGeoIPResponse*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPResponse(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying _ns1__GetGeoIPResponse %p -> %p\n", q, p)); *(_ns1__GetGeoIPResponse*)p = *(_ns1__GetGeoIPResponse*)q; } void _ns1__GetGeoIP::soap_default(struct soap *soap) { this->soap = soap; this->_ns1__GetGeoIP::IPAddress = NULL; /* transient soap skipped */ } void _ns1__GetGeoIP::soap_serialize(struct soap *soap) const { (void)soap; /* appease -Wall -Werror */ soap_serialize_PointerTostd__string(soap, &this->_ns1__GetGeoIP::IPAddress); /* transient soap skipped */ } int _ns1__GetGeoIP::soap_out(struct soap *soap, const char *tag, int id, const char *type) const { return soap_out__ns1__GetGeoIP(soap, tag, id, this, type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIP(struct soap *soap, const char *tag, int id, const _ns1__GetGeoIP *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE__ns1__GetGeoIP), type)) return soap->error; if (soap_out_PointerTostd__string(soap, "ns1:IPAddress", -1, &(a->_ns1__GetGeoIP::IPAddress), "")) return soap->error; /* transient soap skipped */ return soap_element_end_out(soap, tag); } void *_ns1__GetGeoIP::soap_in(struct soap *soap, const char *tag, const char *type) { return soap_in__ns1__GetGeoIP(soap, tag, this, type); } SOAP_FMAC3 _ns1__GetGeoIP * SOAP_FMAC4 soap_in__ns1__GetGeoIP(struct soap *soap, const char *tag, _ns1__GetGeoIP *a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; a = (_ns1__GetGeoIP *)soap_class_id_enter(soap, soap->id, a, SOAP_TYPE__ns1__GetGeoIP, sizeof(_ns1__GetGeoIP), soap->type, soap->arrayType); if (!a) return NULL; if (soap->alloced) { a->soap_default(soap); if (soap->clist->type != SOAP_TYPE__ns1__GetGeoIP) { soap_revert(soap); *soap->id = '\0'; return (_ns1__GetGeoIP *)a->soap_in(soap, tag, type); } } size_t soap_flag_IPAddress1 = 1; if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_IPAddress1 && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_PointerTostd__string(soap, "ns1:IPAddress", &(a->_ns1__GetGeoIP::IPAddress), "xsd:string")) { soap_flag_IPAddress1--; continue; } /* transient soap skipped */ if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (_ns1__GetGeoIP *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE__ns1__GetGeoIP, 0, sizeof(_ns1__GetGeoIP), 0, soap_copy__ns1__GetGeoIP); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } int _ns1__GetGeoIP::soap_put(struct soap *soap, const char *tag, const char *type) const { register int id = soap_embed(soap, (void*)this, NULL, 0, tag, SOAP_TYPE__ns1__GetGeoIP); if (this->soap_out(soap, tag?tag:"ns1:GetGeoIP", id, type)) return soap->error; return soap_putindependent(soap); } void *_ns1__GetGeoIP::soap_get(struct soap *soap, const char *tag, const char *type) { return soap_get__ns1__GetGeoIP(soap, this, tag, type); } SOAP_FMAC3 _ns1__GetGeoIP * SOAP_FMAC4 soap_get__ns1__GetGeoIP(struct soap *soap, _ns1__GetGeoIP *p, const char *tag, const char *type) { if ((p = soap_in__ns1__GetGeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 _ns1__GetGeoIP * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIP(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate__ns1__GetGeoIP(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE__ns1__GetGeoIP, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIP); if (size) *size = sizeof(_ns1__GetGeoIP); ((_ns1__GetGeoIP*)cp->ptr)->soap = soap; } else { cp->ptr = (void*)SOAP_NEW(_ns1__GetGeoIP[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(_ns1__GetGeoIP); for (int i = 0; i < n; i++) ((_ns1__GetGeoIP*)cp->ptr)[i].soap = soap; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (_ns1__GetGeoIP*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIP(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying _ns1__GetGeoIP %p -> %p\n", q, p)); *(_ns1__GetGeoIP*)p = *(_ns1__GetGeoIP*)q; } void ns1__GeoIP::soap_default(struct soap *soap) { this->soap = soap; soap_default_int(soap, &this->ns1__GeoIP::ReturnCode); this->ns1__GeoIP::IP = NULL; this->ns1__GeoIP::ReturnCodeDetails = NULL; this->ns1__GeoIP::CountryName = NULL; this->ns1__GeoIP::CountryCode = NULL; /* transient soap skipped */ } void ns1__GeoIP::soap_serialize(struct soap *soap) const { (void)soap; /* appease -Wall -Werror */ soap_serialize_PointerTostd__string(soap, &this->ns1__GeoIP::IP); soap_serialize_PointerTostd__string(soap, &this->ns1__GeoIP::ReturnCodeDetails); soap_serialize_PointerTostd__string(soap, &this->ns1__GeoIP::CountryName); soap_serialize_PointerTostd__string(soap, &this->ns1__GeoIP::CountryCode); /* transient soap skipped */ } int ns1__GeoIP::soap_out(struct soap *soap, const char *tag, int id, const char *type) const { return soap_out_ns1__GeoIP(soap, tag, id, this, type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns1__GeoIP(struct soap *soap, const char *tag, int id, const ns1__GeoIP *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns1__GeoIP), type)) return soap->error; if (soap_out_int(soap, "ns1:ReturnCode", -1, &(a->ns1__GeoIP::ReturnCode), "")) return soap->error; if (soap_out_PointerTostd__string(soap, "ns1:IP", -1, &(a->ns1__GeoIP::IP), "")) return soap->error; if (soap_out_PointerTostd__string(soap, "ns1:ReturnCodeDetails", -1, &(a->ns1__GeoIP::ReturnCodeDetails), "")) return soap->error; if (soap_out_PointerTostd__string(soap, "ns1:CountryName", -1, &(a->ns1__GeoIP::CountryName), "")) return soap->error; if (soap_out_PointerTostd__string(soap, "ns1:CountryCode", -1, &(a->ns1__GeoIP::CountryCode), "")) return soap->error; /* transient soap skipped */ return soap_element_end_out(soap, tag); } void *ns1__GeoIP::soap_in(struct soap *soap, const char *tag, const char *type) { return soap_in_ns1__GeoIP(soap, tag, this, type); } SOAP_FMAC3 ns1__GeoIP * SOAP_FMAC4 soap_in_ns1__GeoIP(struct soap *soap, const char *tag, ns1__GeoIP *a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; a = (ns1__GeoIP *)soap_class_id_enter(soap, soap->id, a, SOAP_TYPE_ns1__GeoIP, sizeof(ns1__GeoIP), soap->type, soap->arrayType); if (!a) return NULL; if (soap->alloced) { a->soap_default(soap); if (soap->clist->type != SOAP_TYPE_ns1__GeoIP) { soap_revert(soap); *soap->id = '\0'; return (ns1__GeoIP *)a->soap_in(soap, tag, type); } } size_t soap_flag_ReturnCode1 = 1; size_t soap_flag_IP1 = 1; size_t soap_flag_ReturnCodeDetails1 = 1; size_t soap_flag_CountryName1 = 1; size_t soap_flag_CountryCode1 = 1; if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_ReturnCode1 && soap->error == SOAP_TAG_MISMATCH) if (soap_in_int(soap, "ns1:ReturnCode", &(a->ns1__GeoIP::ReturnCode), "xsd:int")) { soap_flag_ReturnCode1--; continue; } if (soap_flag_IP1 && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_PointerTostd__string(soap, "ns1:IP", &(a->ns1__GeoIP::IP), "xsd:string")) { soap_flag_IP1--; continue; } if (soap_flag_ReturnCodeDetails1 && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_PointerTostd__string(soap, "ns1:ReturnCodeDetails", &(a->ns1__GeoIP::ReturnCodeDetails), "xsd:string")) { soap_flag_ReturnCodeDetails1--; continue; } if (soap_flag_CountryName1 && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_PointerTostd__string(soap, "ns1:CountryName", &(a->ns1__GeoIP::CountryName), "xsd:string")) { soap_flag_CountryName1--; continue; } if (soap_flag_CountryCode1 && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_PointerTostd__string(soap, "ns1:CountryCode", &(a->ns1__GeoIP::CountryCode), "xsd:string")) { soap_flag_CountryCode1--; continue; } /* transient soap skipped */ if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (ns1__GeoIP *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns1__GeoIP, 0, sizeof(ns1__GeoIP), 0, soap_copy_ns1__GeoIP); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_ReturnCode1 > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } int ns1__GeoIP::soap_put(struct soap *soap, const char *tag, const char *type) const { register int id = soap_embed(soap, (void*)this, NULL, 0, tag, SOAP_TYPE_ns1__GeoIP); if (this->soap_out(soap, tag?tag:"ns1:GeoIP", id, type)) return soap->error; return soap_putindependent(soap); } void *ns1__GeoIP::soap_get(struct soap *soap, const char *tag, const char *type) { return soap_get_ns1__GeoIP(soap, this, tag, type); } SOAP_FMAC3 ns1__GeoIP * SOAP_FMAC4 soap_get_ns1__GeoIP(struct soap *soap, ns1__GeoIP *p, const char *tag, const char *type) { if ((p = soap_in_ns1__GeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 ns1__GeoIP * SOAP_FMAC2 soap_instantiate_ns1__GeoIP(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns1__GeoIP(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_ns1__GeoIP, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(ns1__GeoIP); if (size) *size = sizeof(ns1__GeoIP); ((ns1__GeoIP*)cp->ptr)->soap = soap; } else { cp->ptr = (void*)SOAP_NEW(ns1__GeoIP[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(ns1__GeoIP); for (int i = 0; i < n; i++) ((ns1__GeoIP*)cp->ptr)[i].soap = soap; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (ns1__GeoIP*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_ns1__GeoIP(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying ns1__GeoIP %p -> %p\n", q, p)); *(ns1__GeoIP*)p = *(ns1__GeoIP*)q; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->faultcode); soap_default_string(soap, &a->faultstring); soap_default_string(soap, &a->faultactor); a->detail = NULL; a->SOAP_ENV__Code = NULL; a->SOAP_ENV__Reason = NULL; soap_default_string(soap, &a->SOAP_ENV__Node); soap_default_string(soap, &a->SOAP_ENV__Role); a->SOAP_ENV__Detail = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->faultcode); soap_serialize_string(soap, &a->faultstring); soap_serialize_string(soap, &a->faultactor); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->detail); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Code); soap_serialize_PointerToSOAP_ENV__Reason(soap, &a->SOAP_ENV__Reason); soap_serialize_string(soap, &a->SOAP_ENV__Node); soap_serialize_string(soap, &a->SOAP_ENV__Role); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->SOAP_ENV__Detail); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Fault *a, const char *type) { const char *soap_tmp_faultcode = soap_QName2s(soap, a->faultcode); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Fault), type)) return soap->error; if (soap_out__QName(soap, "faultcode", -1, (char*const*)&soap_tmp_faultcode, "")) return soap->error; if (soap_out_string(soap, "faultstring", -1, &a->faultstring, "")) return soap->error; if (soap_out_string(soap, "faultactor", -1, &a->faultactor, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "detail", -1, &a->detail, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", -1, &a->SOAP_ENV__Code, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", -1, &a->SOAP_ENV__Reason, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Node", -1, &a->SOAP_ENV__Node, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Role", -1, &a->SOAP_ENV__Role, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", -1, &a->SOAP_ENV__Detail, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap *soap, const char *tag, struct SOAP_ENV__Fault *a, const char *type) { size_t soap_flag_faultcode = 1; size_t soap_flag_faultstring = 1; size_t soap_flag_faultactor = 1; size_t soap_flag_detail = 1; size_t soap_flag_SOAP_ENV__Code = 1; size_t soap_flag_SOAP_ENV__Reason = 1; size_t soap_flag_SOAP_ENV__Node = 1; size_t soap_flag_SOAP_ENV__Role = 1; size_t soap_flag_SOAP_ENV__Detail = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Fault *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Fault(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_faultcode && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "faultcode", &a->faultcode, "")) { soap_flag_faultcode--; continue; } if (soap_flag_faultstring && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultstring", &a->faultstring, "xsd:string")) { soap_flag_faultstring--; continue; } if (soap_flag_faultactor && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultactor", &a->faultactor, "xsd:string")) { soap_flag_faultactor--; continue; } if (soap_flag_detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "detail", &a->detail, "")) { soap_flag_detail--; continue; } if (soap_flag_SOAP_ENV__Code && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", &a->SOAP_ENV__Code, "")) { soap_flag_SOAP_ENV__Code--; continue; } if (soap_flag_SOAP_ENV__Reason && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", &a->SOAP_ENV__Reason, "")) { soap_flag_SOAP_ENV__Reason--; continue; } if (soap_flag_SOAP_ENV__Node && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Node", &a->SOAP_ENV__Node, "xsd:string")) { soap_flag_SOAP_ENV__Node--; continue; } if (soap_flag_SOAP_ENV__Role && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Role", &a->SOAP_ENV__Role, "xsd:string")) { soap_flag_SOAP_ENV__Role--; continue; } if (soap_flag_SOAP_ENV__Detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", &a->SOAP_ENV__Detail, "")) { soap_flag_SOAP_ENV__Detail--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Fault *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Fault, 0, sizeof(struct SOAP_ENV__Fault), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Fault); if (soap_out_SOAP_ENV__Fault(soap, tag?tag:"SOAP-ENV:Fault", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Fault(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Fault(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_SOAP_ENV__Fault, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Fault); if (size) *size = sizeof(struct SOAP_ENV__Fault); } else { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Fault[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct SOAP_ENV__Fault); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct SOAP_ENV__Fault*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Fault(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct SOAP_ENV__Fault %p -> %p\n", q, p)); *(struct SOAP_ENV__Fault*)p = *(struct SOAP_ENV__Fault*)q; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Reason *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Reason), type)) return soap->error; if (soap->lang) soap_set_attr(soap, "xml:lang", soap->lang, 1); if (soap_out_string(soap, "SOAP-ENV:Text", -1, &a->SOAP_ENV__Text, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason *a, const char *type) { size_t soap_flag_SOAP_ENV__Text = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Reason *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Reason(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Text && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Text", &a->SOAP_ENV__Text, "xsd:string")) { soap_flag_SOAP_ENV__Text--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Reason *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Reason, 0, sizeof(struct SOAP_ENV__Reason), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Reason); if (soap_out_SOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Reason(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_SOAP_ENV__Reason, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Reason); if (size) *size = sizeof(struct SOAP_ENV__Reason); } else { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Reason[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct SOAP_ENV__Reason); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct SOAP_ENV__Reason*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Reason(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct SOAP_ENV__Reason %p -> %p\n", q, p)); *(struct SOAP_ENV__Reason*)p = *(struct SOAP_ENV__Reason*)q; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->__any = NULL; a->__type = 0; a->fault = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_markelement(soap, a->fault, a->__type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Detail *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Detail), type)) return soap->error; soap_outliteral(soap, "-any", &a->__any, NULL); if (soap_putelement(soap, a->fault, "fault", -1, a->__type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail *a, const char *type) { size_t soap_flag___any = 1; size_t soap_flag_fault = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Detail *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Detail(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_fault && soap->error == SOAP_TAG_MISMATCH) if ((a->fault = soap_getelement(soap, &a->__type))) { soap_flag_fault = 0; continue; } if (soap_flag___any && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_inliteral(soap, "-any", &a->__any)) { soap_flag___any--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Detail *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Detail, 0, sizeof(struct SOAP_ENV__Detail), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Detail); if (soap_out_SOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Detail(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_SOAP_ENV__Detail, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Detail); if (size) *size = sizeof(struct SOAP_ENV__Detail); } else { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Detail[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct SOAP_ENV__Detail); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct SOAP_ENV__Detail*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Detail(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct SOAP_ENV__Detail %p -> %p\n", q, p)); *(struct SOAP_ENV__Detail*)p = *(struct SOAP_ENV__Detail*)q; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->SOAP_ENV__Value); a->SOAP_ENV__Subcode = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->SOAP_ENV__Value); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Subcode); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Code *a, const char *type) { const char *soap_tmp_SOAP_ENV__Value = soap_QName2s(soap, a->SOAP_ENV__Value); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Code), type)) return soap->error; if (soap_out__QName(soap, "SOAP-ENV:Value", -1, (char*const*)&soap_tmp_SOAP_ENV__Value, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", -1, &a->SOAP_ENV__Subcode, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code *a, const char *type) { size_t soap_flag_SOAP_ENV__Value = 1; size_t soap_flag_SOAP_ENV__Subcode = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Code *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Code(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Value && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "SOAP-ENV:Value", &a->SOAP_ENV__Value, "")) { soap_flag_SOAP_ENV__Value--; continue; } if (soap_flag_SOAP_ENV__Subcode && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", &a->SOAP_ENV__Subcode, "")) { soap_flag_SOAP_ENV__Subcode--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Code *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Code, 0, sizeof(struct SOAP_ENV__Code), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Code); if (soap_out_SOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Code(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_SOAP_ENV__Code, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Code); if (size) *size = sizeof(struct SOAP_ENV__Code); } else { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Code[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct SOAP_ENV__Code); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct SOAP_ENV__Code*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Code(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct SOAP_ENV__Code %p -> %p\n", q, p)); *(struct SOAP_ENV__Code*)p = *(struct SOAP_ENV__Code*)q; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Header *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Header), type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap *soap, const char *tag, struct SOAP_ENV__Header *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Header *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Header(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Header *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Header, 0, sizeof(struct SOAP_ENV__Header), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Header); if (soap_out_SOAP_ENV__Header(soap, tag?tag:"SOAP-ENV:Header", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Header(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Header(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_SOAP_ENV__Header, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Header); if (size) *size = sizeof(struct SOAP_ENV__Header); } else { cp->ptr = (void*)SOAP_NEW(struct SOAP_ENV__Header[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct SOAP_ENV__Header); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct SOAP_ENV__Header*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Header(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct SOAP_ENV__Header %p -> %p\n", q, p)); *(struct SOAP_ENV__Header*)p = *(struct SOAP_ENV__Header*)q; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns3__GetGeoIPContext(struct soap *soap, struct __ns3__GetGeoIPContext *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->ns1__GetGeoIPContext = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns3__GetGeoIPContext(struct soap *soap, const struct __ns3__GetGeoIPContext *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTo_ns1__GetGeoIPContext(soap, &a->ns1__GetGeoIPContext); } SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns3__GetGeoIPContext(struct soap *soap, const char *tag, int id, const struct __ns3__GetGeoIPContext *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_out_PointerTo_ns1__GetGeoIPContext(soap, "ns1:GetGeoIPContext", -1, &a->ns1__GetGeoIPContext, "")) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns3__GetGeoIPContext * SOAP_FMAC4 soap_in___ns3__GetGeoIPContext(struct soap *soap, const char *tag, struct __ns3__GetGeoIPContext *a, const char *type) { size_t soap_flag_ns1__GetGeoIPContext = 1; short soap_flag; a = (struct __ns3__GetGeoIPContext *)soap_id_enter(soap, "", a, SOAP_TYPE___ns3__GetGeoIPContext, sizeof(struct __ns3__GetGeoIPContext), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default___ns3__GetGeoIPContext(soap, a); for (soap_flag = 0;; soap_flag = 1) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_ns1__GetGeoIPContext && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTo_ns1__GetGeoIPContext(soap, "ns1:GetGeoIPContext", &a->ns1__GetGeoIPContext, "")) { soap_flag_ns1__GetGeoIPContext--; continue; } if (soap->error == SOAP_TAG_MISMATCH) if (soap_flag) { soap->error = SOAP_OK; break; } if (soap_flag && soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns3__GetGeoIPContext(struct soap *soap, const struct __ns3__GetGeoIPContext *a, const char *tag, const char *type) { register int id = 0; if (soap_out___ns3__GetGeoIPContext(soap, tag?tag:"-ns3:GetGeoIPContext", id, a, type)) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns3__GetGeoIPContext * SOAP_FMAC4 soap_get___ns3__GetGeoIPContext(struct soap *soap, struct __ns3__GetGeoIPContext *p, const char *tag, const char *type) { if ((p = soap_in___ns3__GetGeoIPContext(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct __ns3__GetGeoIPContext * SOAP_FMAC2 soap_instantiate___ns3__GetGeoIPContext(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate___ns3__GetGeoIPContext(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE___ns3__GetGeoIPContext, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct __ns3__GetGeoIPContext); if (size) *size = sizeof(struct __ns3__GetGeoIPContext); } else { cp->ptr = (void*)SOAP_NEW(struct __ns3__GetGeoIPContext[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct __ns3__GetGeoIPContext); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct __ns3__GetGeoIPContext*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns3__GetGeoIPContext(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct __ns3__GetGeoIPContext %p -> %p\n", q, p)); *(struct __ns3__GetGeoIPContext*)p = *(struct __ns3__GetGeoIPContext*)q; } SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns3__GetGeoIP(struct soap *soap, struct __ns3__GetGeoIP *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->ns1__GetGeoIP = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns3__GetGeoIP(struct soap *soap, const struct __ns3__GetGeoIP *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTo_ns1__GetGeoIP(soap, &a->ns1__GetGeoIP); } SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns3__GetGeoIP(struct soap *soap, const char *tag, int id, const struct __ns3__GetGeoIP *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_out_PointerTo_ns1__GetGeoIP(soap, "ns1:GetGeoIP", -1, &a->ns1__GetGeoIP, "")) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns3__GetGeoIP * SOAP_FMAC4 soap_in___ns3__GetGeoIP(struct soap *soap, const char *tag, struct __ns3__GetGeoIP *a, const char *type) { size_t soap_flag_ns1__GetGeoIP = 1; short soap_flag; a = (struct __ns3__GetGeoIP *)soap_id_enter(soap, "", a, SOAP_TYPE___ns3__GetGeoIP, sizeof(struct __ns3__GetGeoIP), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default___ns3__GetGeoIP(soap, a); for (soap_flag = 0;; soap_flag = 1) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_ns1__GetGeoIP && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTo_ns1__GetGeoIP(soap, "ns1:GetGeoIP", &a->ns1__GetGeoIP, "")) { soap_flag_ns1__GetGeoIP--; continue; } if (soap->error == SOAP_TAG_MISMATCH) if (soap_flag) { soap->error = SOAP_OK; break; } if (soap_flag && soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns3__GetGeoIP(struct soap *soap, const struct __ns3__GetGeoIP *a, const char *tag, const char *type) { register int id = 0; if (soap_out___ns3__GetGeoIP(soap, tag?tag:"-ns3:GetGeoIP", id, a, type)) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns3__GetGeoIP * SOAP_FMAC4 soap_get___ns3__GetGeoIP(struct soap *soap, struct __ns3__GetGeoIP *p, const char *tag, const char *type) { if ((p = soap_in___ns3__GetGeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct __ns3__GetGeoIP * SOAP_FMAC2 soap_instantiate___ns3__GetGeoIP(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate___ns3__GetGeoIP(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE___ns3__GetGeoIP, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct __ns3__GetGeoIP); if (size) *size = sizeof(struct __ns3__GetGeoIP); } else { cp->ptr = (void*)SOAP_NEW(struct __ns3__GetGeoIP[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct __ns3__GetGeoIP); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct __ns3__GetGeoIP*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns3__GetGeoIP(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct __ns3__GetGeoIP %p -> %p\n", q, p)); *(struct __ns3__GetGeoIP*)p = *(struct __ns3__GetGeoIP*)q; } SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns2__GetGeoIPContext(struct soap *soap, struct __ns2__GetGeoIPContext *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->ns1__GetGeoIPContext = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns2__GetGeoIPContext(struct soap *soap, const struct __ns2__GetGeoIPContext *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTo_ns1__GetGeoIPContext(soap, &a->ns1__GetGeoIPContext); } SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns2__GetGeoIPContext(struct soap *soap, const char *tag, int id, const struct __ns2__GetGeoIPContext *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_out_PointerTo_ns1__GetGeoIPContext(soap, "ns1:GetGeoIPContext", -1, &a->ns1__GetGeoIPContext, "")) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns2__GetGeoIPContext * SOAP_FMAC4 soap_in___ns2__GetGeoIPContext(struct soap *soap, const char *tag, struct __ns2__GetGeoIPContext *a, const char *type) { size_t soap_flag_ns1__GetGeoIPContext = 1; short soap_flag; a = (struct __ns2__GetGeoIPContext *)soap_id_enter(soap, "", a, SOAP_TYPE___ns2__GetGeoIPContext, sizeof(struct __ns2__GetGeoIPContext), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default___ns2__GetGeoIPContext(soap, a); for (soap_flag = 0;; soap_flag = 1) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_ns1__GetGeoIPContext && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTo_ns1__GetGeoIPContext(soap, "ns1:GetGeoIPContext", &a->ns1__GetGeoIPContext, "")) { soap_flag_ns1__GetGeoIPContext--; continue; } if (soap->error == SOAP_TAG_MISMATCH) if (soap_flag) { soap->error = SOAP_OK; break; } if (soap_flag && soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns2__GetGeoIPContext(struct soap *soap, const struct __ns2__GetGeoIPContext *a, const char *tag, const char *type) { register int id = 0; if (soap_out___ns2__GetGeoIPContext(soap, tag?tag:"-ns2:GetGeoIPContext", id, a, type)) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns2__GetGeoIPContext * SOAP_FMAC4 soap_get___ns2__GetGeoIPContext(struct soap *soap, struct __ns2__GetGeoIPContext *p, const char *tag, const char *type) { if ((p = soap_in___ns2__GetGeoIPContext(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct __ns2__GetGeoIPContext * SOAP_FMAC2 soap_instantiate___ns2__GetGeoIPContext(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate___ns2__GetGeoIPContext(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE___ns2__GetGeoIPContext, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct __ns2__GetGeoIPContext); if (size) *size = sizeof(struct __ns2__GetGeoIPContext); } else { cp->ptr = (void*)SOAP_NEW(struct __ns2__GetGeoIPContext[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct __ns2__GetGeoIPContext); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct __ns2__GetGeoIPContext*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns2__GetGeoIPContext(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct __ns2__GetGeoIPContext %p -> %p\n", q, p)); *(struct __ns2__GetGeoIPContext*)p = *(struct __ns2__GetGeoIPContext*)q; } SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns2__GetGeoIP(struct soap *soap, struct __ns2__GetGeoIP *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->ns1__GetGeoIP = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns2__GetGeoIP(struct soap *soap, const struct __ns2__GetGeoIP *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTo_ns1__GetGeoIP(soap, &a->ns1__GetGeoIP); } SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns2__GetGeoIP(struct soap *soap, const char *tag, int id, const struct __ns2__GetGeoIP *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_out_PointerTo_ns1__GetGeoIP(soap, "ns1:GetGeoIP", -1, &a->ns1__GetGeoIP, "")) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns2__GetGeoIP * SOAP_FMAC4 soap_in___ns2__GetGeoIP(struct soap *soap, const char *tag, struct __ns2__GetGeoIP *a, const char *type) { size_t soap_flag_ns1__GetGeoIP = 1; short soap_flag; a = (struct __ns2__GetGeoIP *)soap_id_enter(soap, "", a, SOAP_TYPE___ns2__GetGeoIP, sizeof(struct __ns2__GetGeoIP), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default___ns2__GetGeoIP(soap, a); for (soap_flag = 0;; soap_flag = 1) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_ns1__GetGeoIP && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTo_ns1__GetGeoIP(soap, "ns1:GetGeoIP", &a->ns1__GetGeoIP, "")) { soap_flag_ns1__GetGeoIP--; continue; } if (soap->error == SOAP_TAG_MISMATCH) if (soap_flag) { soap->error = SOAP_OK; break; } if (soap_flag && soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns2__GetGeoIP(struct soap *soap, const struct __ns2__GetGeoIP *a, const char *tag, const char *type) { register int id = 0; if (soap_out___ns2__GetGeoIP(soap, tag?tag:"-ns2:GetGeoIP", id, a, type)) return soap->error; return SOAP_OK; } SOAP_FMAC3 struct __ns2__GetGeoIP * SOAP_FMAC4 soap_get___ns2__GetGeoIP(struct soap *soap, struct __ns2__GetGeoIP *p, const char *tag, const char *type) { if ((p = soap_in___ns2__GetGeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC1 struct __ns2__GetGeoIP * SOAP_FMAC2 soap_instantiate___ns2__GetGeoIP(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { (void)type; (void)arrayType; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate___ns2__GetGeoIP(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE___ns2__GetGeoIP, n, soap_fdelete); if (!cp) return NULL; if (n < 0) { cp->ptr = (void*)SOAP_NEW(struct __ns2__GetGeoIP); if (size) *size = sizeof(struct __ns2__GetGeoIP); } else { cp->ptr = (void*)SOAP_NEW(struct __ns2__GetGeoIP[n]); if (!cp->ptr) { soap->error = SOAP_EOM; return NULL; } if (size) *size = n * sizeof(struct __ns2__GetGeoIP); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); return (struct __ns2__GetGeoIP*)cp->ptr; } SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns2__GetGeoIP(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { (void)soap; (void)tt; (void)st; (void)len; (void)n; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying struct __ns2__GetGeoIP %p -> %p\n", q, p)); *(struct __ns2__GetGeoIP*)p = *(struct __ns2__GetGeoIP*)q; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Reason)) soap_serialize_SOAP_ENV__Reason(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Reason *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Reason); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Reason(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Reason **)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Reason(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Reason **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Reason); if (soap_out_PointerToSOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Detail)) soap_serialize_SOAP_ENV__Detail(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Detail *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Detail); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Detail(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Detail **)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Detail(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Detail **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Detail); if (soap_out_PointerToSOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Code)) soap_serialize_SOAP_ENV__Code(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Code *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Code); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Code(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Code **)soap_malloc(soap, sizeof(struct SOAP_ENV__Code *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Code(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Code **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Code); if (soap_out_PointerToSOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPContextResponse(struct soap *soap, _ns1__GetGeoIPContextResponse *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE__ns1__GetGeoIPContextResponse)) (*a)->soap_serialize(soap); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPContextResponse(struct soap *soap, const char *tag, int id, _ns1__GetGeoIPContextResponse *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE__ns1__GetGeoIPContextResponse); if (id < 0) return soap->error; return (*a)->soap_out(soap, tag, id, type); } SOAP_FMAC3 _ns1__GetGeoIPContextResponse ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPContextResponse(struct soap *soap, const char *tag, _ns1__GetGeoIPContextResponse **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (_ns1__GetGeoIPContextResponse **)soap_malloc(soap, sizeof(_ns1__GetGeoIPContextResponse *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = (_ns1__GetGeoIPContextResponse *)soap_instantiate__ns1__GetGeoIPContextResponse(soap, -1, soap->type, soap->arrayType, NULL))) return NULL; (*a)->soap_default(soap); if (!(*a)->soap_in(soap, tag, NULL)) return NULL; } else { _ns1__GetGeoIPContextResponse ** p = (_ns1__GetGeoIPContextResponse **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE__ns1__GetGeoIPContextResponse, sizeof(_ns1__GetGeoIPContextResponse), 0); a = p; if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPContextResponse(struct soap *soap, _ns1__GetGeoIPContextResponse *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse); if (soap_out_PointerTo_ns1__GetGeoIPContextResponse(soap, tag?tag:"ns1:GetGeoIPContextResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 _ns1__GetGeoIPContextResponse ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPContextResponse(struct soap *soap, _ns1__GetGeoIPContextResponse **p, const char *tag, const char *type) { if ((p = soap_in_PointerTo_ns1__GetGeoIPContextResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPContext(struct soap *soap, _ns1__GetGeoIPContext *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE__ns1__GetGeoIPContext)) (*a)->soap_serialize(soap); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPContext(struct soap *soap, const char *tag, int id, _ns1__GetGeoIPContext *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE__ns1__GetGeoIPContext); if (id < 0) return soap->error; return (*a)->soap_out(soap, tag, id, type); } SOAP_FMAC3 _ns1__GetGeoIPContext ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPContext(struct soap *soap, const char *tag, _ns1__GetGeoIPContext **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (_ns1__GetGeoIPContext **)soap_malloc(soap, sizeof(_ns1__GetGeoIPContext *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = (_ns1__GetGeoIPContext *)soap_instantiate__ns1__GetGeoIPContext(soap, -1, soap->type, soap->arrayType, NULL))) return NULL; (*a)->soap_default(soap); if (!(*a)->soap_in(soap, tag, NULL)) return NULL; } else { _ns1__GetGeoIPContext ** p = (_ns1__GetGeoIPContext **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE__ns1__GetGeoIPContext, sizeof(_ns1__GetGeoIPContext), 0); a = p; if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPContext(struct soap *soap, _ns1__GetGeoIPContext *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTo_ns1__GetGeoIPContext); if (soap_out_PointerTo_ns1__GetGeoIPContext(soap, tag?tag:"ns1:GetGeoIPContext", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 _ns1__GetGeoIPContext ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPContext(struct soap *soap, _ns1__GetGeoIPContext **p, const char *tag, const char *type) { if ((p = soap_in_PointerTo_ns1__GetGeoIPContext(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPResponse(struct soap *soap, _ns1__GetGeoIPResponse *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE__ns1__GetGeoIPResponse)) (*a)->soap_serialize(soap); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPResponse(struct soap *soap, const char *tag, int id, _ns1__GetGeoIPResponse *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE__ns1__GetGeoIPResponse); if (id < 0) return soap->error; return (*a)->soap_out(soap, tag, id, type); } SOAP_FMAC3 _ns1__GetGeoIPResponse ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPResponse(struct soap *soap, const char *tag, _ns1__GetGeoIPResponse **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (_ns1__GetGeoIPResponse **)soap_malloc(soap, sizeof(_ns1__GetGeoIPResponse *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = (_ns1__GetGeoIPResponse *)soap_instantiate__ns1__GetGeoIPResponse(soap, -1, soap->type, soap->arrayType, NULL))) return NULL; (*a)->soap_default(soap); if (!(*a)->soap_in(soap, tag, NULL)) return NULL; } else { _ns1__GetGeoIPResponse ** p = (_ns1__GetGeoIPResponse **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE__ns1__GetGeoIPResponse, sizeof(_ns1__GetGeoIPResponse), 0); a = p; if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPResponse(struct soap *soap, _ns1__GetGeoIPResponse *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse); if (soap_out_PointerTo_ns1__GetGeoIPResponse(soap, tag?tag:"ns1:GetGeoIPResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 _ns1__GetGeoIPResponse ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPResponse(struct soap *soap, _ns1__GetGeoIPResponse **p, const char *tag, const char *type) { if ((p = soap_in_PointerTo_ns1__GetGeoIPResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIP(struct soap *soap, _ns1__GetGeoIP *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE__ns1__GetGeoIP)) (*a)->soap_serialize(soap); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIP(struct soap *soap, const char *tag, int id, _ns1__GetGeoIP *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE__ns1__GetGeoIP); if (id < 0) return soap->error; return (*a)->soap_out(soap, tag, id, type); } SOAP_FMAC3 _ns1__GetGeoIP ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIP(struct soap *soap, const char *tag, _ns1__GetGeoIP **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (_ns1__GetGeoIP **)soap_malloc(soap, sizeof(_ns1__GetGeoIP *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = (_ns1__GetGeoIP *)soap_instantiate__ns1__GetGeoIP(soap, -1, soap->type, soap->arrayType, NULL))) return NULL; (*a)->soap_default(soap); if (!(*a)->soap_in(soap, tag, NULL)) return NULL; } else { _ns1__GetGeoIP ** p = (_ns1__GetGeoIP **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE__ns1__GetGeoIP, sizeof(_ns1__GetGeoIP), 0); a = p; if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIP(struct soap *soap, _ns1__GetGeoIP *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTo_ns1__GetGeoIP); if (soap_out_PointerTo_ns1__GetGeoIP(soap, tag?tag:"ns1:GetGeoIP", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 _ns1__GetGeoIP ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIP(struct soap *soap, _ns1__GetGeoIP **p, const char *tag, const char *type) { if ((p = soap_in_PointerTo_ns1__GetGeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTons1__GeoIP(struct soap *soap, ns1__GeoIP *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_ns1__GeoIP)) (*a)->soap_serialize(soap); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTons1__GeoIP(struct soap *soap, const char *tag, int id, ns1__GeoIP *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_ns1__GeoIP); if (id < 0) return soap->error; return (*a)->soap_out(soap, tag, id, type); } SOAP_FMAC3 ns1__GeoIP ** SOAP_FMAC4 soap_in_PointerTons1__GeoIP(struct soap *soap, const char *tag, ns1__GeoIP **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (ns1__GeoIP **)soap_malloc(soap, sizeof(ns1__GeoIP *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = (ns1__GeoIP *)soap_instantiate_ns1__GeoIP(soap, -1, soap->type, soap->arrayType, NULL))) return NULL; (*a)->soap_default(soap); if (!(*a)->soap_in(soap, tag, NULL)) return NULL; } else { ns1__GeoIP ** p = (ns1__GeoIP **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_ns1__GeoIP, sizeof(ns1__GeoIP), 0); a = p; if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTons1__GeoIP(struct soap *soap, ns1__GeoIP *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTons1__GeoIP); if (soap_out_PointerTons1__GeoIP(soap, tag?tag:"ns1:GeoIP", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 ns1__GeoIP ** SOAP_FMAC4 soap_get_PointerTons1__GeoIP(struct soap *soap, ns1__GeoIP **p, const char *tag, const char *type) { if ((p = soap_in_PointerTons1__GeoIP(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTostd__string(struct soap *soap, std::string *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_std__string)) soap_serialize_std__string(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTostd__string(struct soap *soap, const char *tag, int id, std::string *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_std__string); if (id < 0) return soap->error; return soap_out_std__string(soap, tag, id, *a, type); } SOAP_FMAC3 std::string ** SOAP_FMAC4 soap_in_PointerTostd__string(struct soap *soap, const char *tag, std::string **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (std::string **)soap_malloc(soap, sizeof(std::string *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_std__string(soap, tag, *a, type))) return NULL; } else { a = (std::string **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_std__string, sizeof(std::string), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTostd__string(struct soap *soap, std::string *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTostd__string); if (soap_out_PointerTostd__string(soap, tag?tag:"string", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 std::string ** SOAP_FMAC4 soap_get_PointerTostd__string(struct soap *soap, std::string **p, const char *tag, const char *type) { if ((p = soap_in_PointerTostd__string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE__QName); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE__QName, 2, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE__QName); if (soap_out__QName(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in__QName(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap *soap, char **a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_string *a = SOAP_DEFAULT_string; #else *a = (char *)0; #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap *soap, char *const*a) { soap_reference(soap, *a, SOAP_TYPE_string); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE_string); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE_string, 1, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_string); if (soap_out_string(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in_string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of soapC.cpp */ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/soapStub.h0000644000175000017500000002431212653650146025227 0ustar ellertellert/* soapStub.h Generated by gSOAP 2.8.8 from GeoIPService.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef soapStub_H #define soapStub_H #include #define SOAP_NAMESPACE_OF_ns1 "http://www.webservicex.net/" #include "stdsoap2.h" #if GSOAP_VERSION != 20808 # error "GSOAP VERSION MISMATCH IN GENERATED CODE: PLEASE REINSTALL PACKAGE" #endif /******************************************************************************\ * * * Enumerations * * * \******************************************************************************/ /******************************************************************************\ * * * Types with Custom Serializers * * * \******************************************************************************/ /******************************************************************************\ * * * Classes and Structs * * * \******************************************************************************/ #if 0 /* volatile type: do not declare here, declared elsewhere */ #endif #if 0 /* volatile type: do not declare here, declared elsewhere */ #endif #ifndef SOAP_TYPE_ns1__GeoIP #define SOAP_TYPE_ns1__GeoIP (8) /* ns1:GeoIP */ class SOAP_CMAC ns1__GeoIP { public: int ReturnCode; /* required element of type xsd:int */ std::string *IP; /* optional element of type xsd:string */ std::string *ReturnCodeDetails; /* optional element of type xsd:string */ std::string *CountryName; /* optional element of type xsd:string */ std::string *CountryCode; /* optional element of type xsd:string */ struct soap *soap; /* transient */ public: virtual int soap_type() const { return 8; } /* = unique id SOAP_TYPE_ns1__GeoIP */ virtual void soap_default(struct soap*); virtual void soap_serialize(struct soap*) const; virtual int soap_put(struct soap*, const char*, const char*) const; virtual int soap_out(struct soap*, const char*, int, const char*) const; virtual void *soap_get(struct soap*, const char*, const char*); virtual void *soap_in(struct soap*, const char*, const char*); ns1__GeoIP() { ns1__GeoIP::soap_default(NULL); } virtual ~ns1__GeoIP() { } }; #endif #ifndef SOAP_TYPE__ns1__GetGeoIP #define SOAP_TYPE__ns1__GetGeoIP (9) /* ns1:GetGeoIP */ class SOAP_CMAC _ns1__GetGeoIP { public: std::string *IPAddress; /* optional element of type xsd:string */ struct soap *soap; /* transient */ public: virtual int soap_type() const { return 9; } /* = unique id SOAP_TYPE__ns1__GetGeoIP */ virtual void soap_default(struct soap*); virtual void soap_serialize(struct soap*) const; virtual int soap_put(struct soap*, const char*, const char*) const; virtual int soap_out(struct soap*, const char*, int, const char*) const; virtual void *soap_get(struct soap*, const char*, const char*); virtual void *soap_in(struct soap*, const char*, const char*); _ns1__GetGeoIP() { _ns1__GetGeoIP::soap_default(NULL); } virtual ~_ns1__GetGeoIP() { } }; #endif #ifndef SOAP_TYPE__ns1__GetGeoIPResponse #define SOAP_TYPE__ns1__GetGeoIPResponse (10) /* ns1:GetGeoIPResponse */ class SOAP_CMAC _ns1__GetGeoIPResponse { public: ns1__GeoIP *GetGeoIPResult; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type ns1:GeoIP */ struct soap *soap; /* transient */ public: virtual int soap_type() const { return 10; } /* = unique id SOAP_TYPE__ns1__GetGeoIPResponse */ virtual void soap_default(struct soap*); virtual void soap_serialize(struct soap*) const; virtual int soap_put(struct soap*, const char*, const char*) const; virtual int soap_out(struct soap*, const char*, int, const char*) const; virtual void *soap_get(struct soap*, const char*, const char*); virtual void *soap_in(struct soap*, const char*, const char*); _ns1__GetGeoIPResponse() { _ns1__GetGeoIPResponse::soap_default(NULL); } virtual ~_ns1__GetGeoIPResponse() { } }; #endif #ifndef SOAP_TYPE__ns1__GetGeoIPContext #define SOAP_TYPE__ns1__GetGeoIPContext (11) /* ns1:GetGeoIPContext */ class SOAP_CMAC _ns1__GetGeoIPContext { public: struct soap *soap; /* transient */ public: virtual int soap_type() const { return 11; } /* = unique id SOAP_TYPE__ns1__GetGeoIPContext */ virtual void soap_default(struct soap*); virtual void soap_serialize(struct soap*) const; virtual int soap_put(struct soap*, const char*, const char*) const; virtual int soap_out(struct soap*, const char*, int, const char*) const; virtual void *soap_get(struct soap*, const char*, const char*); virtual void *soap_in(struct soap*, const char*, const char*); _ns1__GetGeoIPContext() { _ns1__GetGeoIPContext::soap_default(NULL); } virtual ~_ns1__GetGeoIPContext() { } }; #endif #ifndef SOAP_TYPE__ns1__GetGeoIPContextResponse #define SOAP_TYPE__ns1__GetGeoIPContextResponse (12) /* ns1:GetGeoIPContextResponse */ class SOAP_CMAC _ns1__GetGeoIPContextResponse { public: ns1__GeoIP *GetGeoIPContextResult; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of type ns1:GeoIP */ struct soap *soap; /* transient */ public: virtual int soap_type() const { return 12; } /* = unique id SOAP_TYPE__ns1__GetGeoIPContextResponse */ virtual void soap_default(struct soap*); virtual void soap_serialize(struct soap*) const; virtual int soap_put(struct soap*, const char*, const char*) const; virtual int soap_out(struct soap*, const char*, int, const char*) const; virtual void *soap_get(struct soap*, const char*, const char*); virtual void *soap_in(struct soap*, const char*, const char*); _ns1__GetGeoIPContextResponse() { _ns1__GetGeoIPContextResponse::soap_default(NULL); } virtual ~_ns1__GetGeoIPContextResponse() { } }; #endif #ifndef SOAP_TYPE___ns2__GetGeoIP #define SOAP_TYPE___ns2__GetGeoIP (20) /* Operation wrapper: */ struct __ns2__GetGeoIP { public: _ns1__GetGeoIP *ns1__GetGeoIP; /* optional element of type ns1:GetGeoIP */ }; #endif #ifndef SOAP_TYPE___ns2__GetGeoIPContext #define SOAP_TYPE___ns2__GetGeoIPContext (24) /* Operation wrapper: */ struct __ns2__GetGeoIPContext { public: _ns1__GetGeoIPContext *ns1__GetGeoIPContext; /* optional element of type ns1:GetGeoIPContext */ }; #endif #ifndef SOAP_TYPE___ns3__GetGeoIP #define SOAP_TYPE___ns3__GetGeoIP (26) /* Operation wrapper: */ struct __ns3__GetGeoIP { public: _ns1__GetGeoIP *ns1__GetGeoIP; /* optional element of type ns1:GetGeoIP */ }; #endif #ifndef SOAP_TYPE___ns3__GetGeoIPContext #define SOAP_TYPE___ns3__GetGeoIPContext (28) /* Operation wrapper: */ struct __ns3__GetGeoIPContext { public: _ns1__GetGeoIPContext *ns1__GetGeoIPContext; /* optional element of type ns1:GetGeoIPContext */ }; #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (29) /* SOAP Header: */ struct SOAP_ENV__Header { #ifdef WITH_NOEMPTYSTRUCT private: char dummy; /* dummy member to enable compilation */ #endif }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (30) /* SOAP Fault Code: */ struct SOAP_ENV__Code { public: char *SOAP_ENV__Value; /* optional element of type xsd:QName */ struct SOAP_ENV__Code *SOAP_ENV__Subcode; /* optional element of type SOAP-ENV:Code */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (32) /* SOAP-ENV:Detail */ struct SOAP_ENV__Detail { public: char *__any; int __type; /* any type of element (defined below) */ void *fault; /* transient */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (35) /* SOAP-ENV:Reason */ struct SOAP_ENV__Reason { public: char *SOAP_ENV__Text; /* optional element of type xsd:string */ }; #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (36) /* SOAP Fault: */ struct SOAP_ENV__Fault { public: char *faultcode; /* optional element of type xsd:QName */ char *faultstring; /* optional element of type xsd:string */ char *faultactor; /* optional element of type xsd:string */ struct SOAP_ENV__Detail *detail; /* optional element of type SOAP-ENV:Detail */ struct SOAP_ENV__Code *SOAP_ENV__Code; /* optional element of type SOAP-ENV:Code */ struct SOAP_ENV__Reason *SOAP_ENV__Reason; /* optional element of type SOAP-ENV:Reason */ char *SOAP_ENV__Node; /* optional element of type xsd:string */ char *SOAP_ENV__Role; /* optional element of type xsd:string */ struct SOAP_ENV__Detail *SOAP_ENV__Detail; /* optional element of type SOAP-ENV:Detail */ }; #endif #endif /******************************************************************************\ * * * Typedefs * * * \******************************************************************************/ #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) typedef char *_QName; #endif #ifndef SOAP_TYPE__XML #define SOAP_TYPE__XML (6) typedef char *_XML; #endif /******************************************************************************\ * * * Externals * * * \******************************************************************************/ #endif /* End of soapStub.h */ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/gsoapios.h0000644000175000017500000001626312653650146025261 0ustar ellertellert/* gsoapios.h iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ #ifndef GSOAPIOS_H #define GSOAPIOS_H #import "stdsoap2.h" /* Class GSoapiOSURLData @brief stores states for connection establishment, buffering soap request and response */ @interface GSoapiOSURLData : NSObject { @private NSString *endpoint; NSString *host; NSString *soap_action; NSString *http_method; NSString *content_type; NSMutableData *http_req_msg; NSData *soap_req_msg; NSData *soap_res_msg; int port; int req_content_length; int received_length; // received length of response for deserialization bool request_sent; // flag indicates a soap request has been made // The timeout interval for the new request, in seconds double timeout_interval; unsigned int cache_policy; // The cache policy for the new request NSString *user_name; NSString *password; } @property(nonatomic, retain) NSString *endpoint; // Web service endpoint @property(nonatomic, retain) NSString *host; // host name @property(nonatomic, retain) NSString *soap_action; // soap action @property(nonatomic, retain) NSString *http_method; // http method @property(nonatomic, retain) NSString *content_type; // http content type // http request messgae @property(nonatomic, retain) NSMutableData *http_req_msg; // soap request message @property(nonatomic, retain) NSData *soap_req_msg; // soap response xml message @property(nonatomic, retain) NSData *soap_res_msg; @property(nonatomic) int port; // port @property(nonatomic) int req_content_length; // request content length // received length of response for deserialization @property(nonatomic) int received_length; // flag indicates a soap request has been made @property(nonatomic) bool request_sent; // the timout interval for request @property(nonatomic) double timeout_interval; @property(nonatomic) unsigned int cache_policy; // user and password: must appear in pair @property(nonatomic, retain) NSString *user_name; // user name @property(nonatomic, retain) NSString *password; // pasword - (id) init; @end /** plugin identification for plugin registry */ #define SOAP_IOS_ID "SOAP_IOS-1.0" // plugin identification for plugin registry #ifdef __cplusplus extern "C" { #endif /** @struct soap_ios_data @brief soap_ios plugin data to override callbacks and store states to manipulate SOAP connection using iOS libraries */ struct soap_ios_data { // Stores states such as endpoint, serialized request and response GSoapiOSURLData *url_data; // A callback function to replace the default tcp_connect function // Rather than establishment of a tcp connection using socket, this callback // extracts and saves states (endpoint, http-method, content-type etc.) and // buffers serialized request SOAP_SOCKET (*fopen)( struct soap*, const char*, const char*, int); // A callback function to replace the default tcp_disconnect function // Since no connection is established in fopen, this function does noop int (*fclose)( struct soap*); // A callback function to replace the default send function // This function buffers serialized request including HTTP header and body // (soap message) int (*fsend)( struct soap*, const char *, size_t); // A callback function to replace the default send function // This function sends a synchrous request to the endpoint and receives // response using iOS SDK class NSURLConnection. The response is then snet // to soap for deserialization. size_t (*frecv)( struct soap*, char *, size_t); }; /* @fn int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg) @brief soap plugin function for registration @param[in] soap soap context @param[in] plugin plugin data @param[in] arg arguments for the plugin data Usgae: @code struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ int soap_ios (struct soap *soap, struct soap_plugin *plugin, void *arg); /* @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); /* @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds); #ifdef __cplusplus } #endif // --- closing #ifdef __cplusplus #endif // --- closing #ifndef GSOAPIOS_H gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/gsoapios.mm0000644000175000017500000011155412653650146025442 0ustar ellertellert/* gsoapios.m iOS plugin (iPhone and iPad) gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. ------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. ------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. ------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com ------------------------------------------------------------------------------- */ /** @mainpage - @ref ios_0 documents the iOS plugin to facilitate the development of client applications on iOS plarforms (iPhone and iPad) using the gSOAP toolkit. To use the plugin for development of client applications on iOS platforms, registration of this plugin is required: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register_plugin(soap, soap_ios); @endcode */ /** @page ios_0 The iOS plugin for developing client applications on iOS (iPhone and iPad) platforms @section ios_intro Introduction Consuming Web services on iOS (iPhone and iPad) platforms is inreseasingly in demand today. However, Xcode does not have any built-in tools that make consuming Web services easy. It typically requires knowledge of XML processing techniques to send soap requests to the Web services and then parse the returning XML results. The gSOAP toolkit that provides an automated SOAP and XML data binding for C and C++ can be used directly to develop client applications to consuming Web services on iOS platforms such as iPhone and iPad. However, it's default network connection does not leverage the advantages of network connection offered by iOS SDK, instead it uses lower level TCP sockets for network connection. This soap plugin facilitates developers to develop Web services client applications on iOS platforms without maniulating the XML processing. Moreover, it takes andvantages of network connection offered by iOS SDK and supports 3G/4G, wifi etc. Two Xcode examples, @ref ios_example_calc and @ref ios_example_geoip can be found in samples/ios. @section ios_1 Getting Started To start building Web services client applications for iPhone and/or iPad with gSOAP , you need: \li The gSOAP package from http://www.genivia.com/Products/downloads.html (select gSOAP toolkit standard edition from the list of software packages), and \li Xcode IDE with the iOS SDK installed. Development of Web services applications on iOS is no different from the development SOAP Web services applications on Linux, Unix and Mac OS except with a soap plugin registration. Specifically, there are four steps to develop SOAP Web services client applications on iOS: \li Generating application stubs using the gSOAP toolkit and add the source files \li Creating an iOS application project to the Xcode project \li Registering the iOS plugin \li Calling service methods @subsection iso_register_pulg Registering iOS Plugin (Required) To register the iOS plugin, simply call soap_register_plugin method: @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin ... soap_end(soap); // Clean up temporaries soap_destroy(soap); // Free soap context @endcode The plugin is destroyed automatically by the soap context when the soap_end method is executed. @subsection ios_cache_policy Specifying Cache policy (Optional) The interaction beween the client and the Web servcie server can be controled by specifying the cache policy. To specify the cache policy, call the method soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) . The method cannot be called before the pluging is registered. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the cache policy for the request // Caveat: this method cannot be called before the plugin is registered // If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. soap_ios_setchacepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // (2) // Or use the integer directly instead of enum // soap_ios_setchacepolicy(soap, 2); // (NSURLRequestReturnCacheDataElseLoad) ... soap_end(soap); // clean up allocated temporaries soap_destroy(soap); // Free soap context @endcode The available cache policies that can be specified are: @code enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 } @endcode If this method is not called, the cache policy is set to NSURLRequestUseProtocolCachePolicy (0) by default. @subsection ios_timeout_interval Specifying Timeout Interval (Optional) The timeout interval for network connection can be specified using the method soap_ios_settimeoutinterval(struct soap *soap, double seconds). The method cannot be called before the pluging is registered. If this method is not called, the timeout interval is 60 seconds by default. @code #import "gsoapios.h" struct soap *soap = soap_new(); soap_register(soap, soap_ios); // Register the iOS plugin // Specify the timout interval in terms of seconds // If this method is not called, the timeout interval is set to 60 seconds by default // Caveat: this method cannot be called before the plugin is registered soap_ios_settimeoutinterval(soap, 30.0); ... soap_end(soap); soap_destroy(soap); @endcode @subsection ios_http_auth Handling HTTP Authentication A server may request user authentication and deny access (HTTP 401 error) when the client tries to connect without HTTP authentication (or with the wrong authentication information). HTTP authentication (basic) is enabled at the client-side by setting the soap.userid and soap.passwd strings to a username and password, respectively. Be aware of that both of userid and password must be set in pair, that is, if one of them is set, the other must be set too. If the server requires basic HTTP authentication, for example, the userid and password can be specified: @code struct soap *soap = soap_new(); soap->userid = "someone"; soap->passwd = "somepass"; ... soap_end(soap); // Clean up temporaries soap_destroy(soap); @endcode @section ios_example Examples This section intoduces two examples to demonstrate the development of client applications consuming SOAP Web services on iOS platforms (iPhone and iPad) using gSOAP tools and the iOS plugin. Because gSOAP supports development for both pure C and C++, the first example, @ref ios_example_calc, is developed using pure C. The second one, @ref ios_example_geoip, is developmed using C++. We assume you already have had the expereince in development of applications for iPhone and iPad using Xcode with iOS SDK installed. @subsection ios_example_calc A Simple Calculator Example (Pure C) This example shows you how to develop a client application in C using gSOAP and the ios plugin, which consumes a simple caculator service on iOS using gSOAP. The simple calculator service was developed and deployed as a demo using the gSOAP tools (refer to http://www.genivia.com/Products/gsoap/demos/index.html for details). The gSOAP Calculator Service provides several operations such as add, sub, mul, div etc. In this example, we use operation add as a demo. Other operations are alled in a similar way. The wsdl file for this service can be obtained at the following link: http://www.genivia.com/calc.wsdl The Xcode project for this example can be found in samples/ios/calc. @subsubsection ios_calc_step_1 Step 1: Generating stubs for C API To generate codes for the calculator Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the calc.wsdl and use the local file instead of the URL): @code > wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl @endcode This generates the calc.h service definition header file with service operation definitions and types for the operation's data. The option -c flags the wsdl2h tool to generate the service definition file in pure C. By default, gSOAP assumes you will use C++ with STL. We have not yet generated the stubs for the CAPI. To do so, run the soapcpp2 compiler: @code > soapcpp2 -i -C calc.h @endcode Option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). This generates a number of soource files for client application development. @subsubsection ios_calc_step_2 Step 2: Creating Xcode project for iPhone Launch the Xcode, create a View-based Application project and name it Calc. Open the CalcViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 1: \li Two Labels ("+" and "A Simple Calculator") \li Two Text Fields (operand1 and operand2) \li One Round Rect Button ("+" button) @image html calc-view.png "Figure 1. View of the Calculator Web Service Client" In Xcode, edit the file CalcViewController.h to make it look like the following: @code // File: CalcViewController.h #import @interface CalcViewController : UIViewController { UITextField *op1; // operand1 UITextField *op2; // operand2 } @property (nonatomic, retain) IBOutlet UITextField *op1; @property (nonatomic, retain) IBOutlet UITextField *op2; - (IBAction) buttonPressed; @end @endcode Link the op1 and op2 to the two Text Fields and delegate the button action to method buttonPressed. @subsubsection ios_calc_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.c, soapClient.c, soapH.h, and soapStub.h generated in @ref ios_calc_step_1 to the project. Also add files stdsoap2.h and stdsoap2.c to the project from gsoap package as well as the iOS pluhin files gsoapios.h and sgsoapios.m. @subsubsection ios_calc_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.m to import the file ./Classes/calc.nsmap. Link errors may arise without importing this namespace mapping. @code // File: main.m #import #import "./Classes/calc.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file CalcViewController.m as the following: @code #import "CalcViewController.h" #import "soapStub.h" #import "gsoapios.h" @implementation CalcViewController @synthesize op1; // Set or get opreand1 @synthesize op2; // Set or get opreand1 - (IBAction) buttonPressed { double x = [op1.text doubleValue]; double y = [op2.text doubleValue]; struct soap *soap = soap_new(); if (soap_register_plugin(soap, soap_ios) == SOAP_OK) { // Specify the cache policy (optional) to NSURLRequestReturnCacheDataElseLoad // instead of NSURLRequestUseProtocolCachePolicy by deault soap_ios_setcachepolicy(soap, NSURLRequestReturnCacheDataElseLoad); // Specify the timeout interval (optional) to 45 seconds instead of // the default 60 seconds soap_ios_settimeoutinterval(soap, 45.0); double result; // Call Web service operation add int status = soap_call_ns2__add(soap, NULL, NULL, x, y, &result); soap_free_temp(soap); // Cleanup temporary resources // Check soap response status if (status == SOAP_OK) { NSString *resultString; NSString *tittleString; if (status == SOAP_OK) { resultString = [NSString stringWithFormat:@"%f",result]; tittleString = [NSString stringWithFormat:@"%f / %f =",x, y]; }else { resultString = [NSString stringWithFormat:@"%@",@"Soap fault!"]; tittleString = [NSString stringWithFormat:@"%@",@"Warning"]; } // Show the result in an alert UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleString message:resultString delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; // Show the alert [alert release]; // Release the alert } else { // Caveat: Better to extract the error message and show it using an alert soap_print_fault(soap,stderr); // Print soap error in console } } soap_end(soap); // clean up allocated temporaries soap_free(soap); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 2. @image html calc-result.png "Figure 2: Snapshot of the CalcViewService result" @subsection ios_example_geoip A GeoIPService (C++) GeoIPService is a live SOAP Web service that enables you to look up contries by IP address or by Context. This example shows you how to develop a client application in C++ using gSOAP and the ios plugin, which consumes the GeoIPSerive on iOS using gSOAP. The WSDL file for this servive can be downloaded at the following link: http://www.webservicex.net/geoipservice.asmx?WSDL Devoplopment of he client appliation for this GeoIPService on iOS is similar to development for the cleant appliaction for @ref ios_example_calc. The major dfferences are highlighted in following: \li Rename the .m files to .mm files. The iOS plugin implementation file gsoapios.m must be renamed to gsoapios.mm. The main.m must be renamed to main.mm. Other files such as your ViewController may also be renamed with .mm. \li Generate C++ proxy using proper options with wsdl2h and soapcpp2 \li Use the stdsoap2.cpp instead of stdsoap2.c from the gSOAP package in your iOS project. The Xcode project for this example can be found in samples/ios/GeoIPService. @subsubsection ios_geoip_step_1 Step 1: Generating stubs for C++ Proxy To generate codes for the GeoIPSerbice Web service, we first run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file (Alternatively, you can download the GeoIPService.wsdl file and use the local file instead of the URL): @code >wsdl2h -o GeoIPService.h http://www.webservicex.net/geoipservice.asmx?WSDL @endcode This generates the GeoIPService.h service definition header file with service operation definitions and types for the operation's data. By default, gSOAP assumes you will use C++ with STL. To generate the stubs for the C++ proxy classes, run the soapcpp2 compiler: @code >soapcpp2 -i -C -I$GSOAP_HOME/import GeoIPService.h @endcode Option -i tells the compiler to generate C++ proxy and option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). Option -I is needed to import the stlvector.h file from the import directory in the gSOAP package to support serialization of STL vectors. @subsubsection ios_geoip_step_2 Step 2: Creating Xcode project for iPhone Create a View-based Application project and name it GeoIPService and rename the .m source files to .mm. Open the GeoIPserviceViewController.xib file in the Interface Builder. Double-click on the View item and populate it with the views listed below and shown in Figure 3: \li A Label ("IP Address") \li A Text Field \li One Round Rect Button ("Find Country" button) @image html geoip-view.png "Figure 3. View of the GeoIPService Client" In Xcode, edit the file GeoIPServiceViewController.h to make it look like the following: @code // File: GeoIPServiceViewController.h #import @interface GeoIPServiceViewController : UIViewController { UITextField *ipAddress; } @property (nonatomic, retain) IBOutlet UITextField *ipAddress; - (IBAction) buttonFindCountry:(id)sender; @end @endcode Set the ipAddress outlet and the buttonFindCountry:(id)sender method to delegate action of the button. @subsubsection ios_geoip_step_3 Step 3: Adding generated source stubs to the Xcode project Add the source files soapC.cpp, GeoIPServiceSoap12Proxy.cpp, GeoIPServiceSoap12Proxy.h, soapH.h, andsoapStub.h generated in @ref ios_geoip_step_1 to the project. Also add filesstdsoap2.h and stdsoap2.cpp to the project from gsoap package and the iOS pluhin files gsoapios.h and sgsoapios.m. Do not forget to rename the sgsoapios.m to sgsoapios.mm The GeoIPServiceSoap12Proxy.h and GeoIPServiceSoap12Proxy.cpp are C++ proxy header and implementation files for SOAP 1.2 (You may use GeoIPServiceSoapProxy.cpp and GeoIPServiceSoapProxy.h for SOAP1.1). @subsubsection ios_geoip_step_4 Step 4: Implementing the Logic by calling the soap service Firstly, edit file main.mm to import the file ./Classes/GeoIPService.nsmap. Link errors would arise without importing this namespace mapping. @code // File: main.mm #import #import "./Classes/GeoIPServiceSoap12.nsmap" int main(int argc, char *argv[]) { NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init]; int retVal = UIApplicationMain(argc, argv, nil, nil); [pool release]; return retVal; } @endcode Then, implememt the source file GeoIPServiceViewController.m as the following: @code #import "GeoIPServiceViewController.h" #include "soapGeoIPServiceSoap12Proxy.h" #import "gsoapios.h" using namespace std; typedef struct _ns1__GetGeoIP RequestStruct; typedef struct _ns1__GetGeoIPResponse ResponseStruct; @implementation GeoIPServiceViewController @synthesize ipAddress; - (IBAction)buttonFindCountry:(id)sender { RequestStruct ip; ResponseStruct response; GeoIPServiceSoap12Proxy service; std::string ipAdd = std::string((char *)[ipAddress.text UTF8String]); ip.IPAddress = &ipAdd; // ----- register plugin for callbacks ------ soap_register_plugin(&service, soap_ios); // Optional: timeout internal, the default is 60.0 seconds soap_ios_settimeoutinterval(&service, 30.0); // Optional: the default policy is NSURLRequestUseProtocolCachePolicy (0) soap_ios_setcachepolicy(&service, NSURLRequestReturnCacheDataElseLoad); // (2) int status = service.GetGeoIP(&ip, &response); string* result; string err_msg = "Invalid IP address"; if ( status == SOAP_OK) { if(response.GetGeoIPResult && response.GetGeoIPResult->CountryName) { result = response.GetGeoIPResult->CountryName; } else { result = &err_msg; } } else { service.soap_stream_fault(std::cerr); } NSString *soapResult; NSString *tittleMsg; if (status == SOAP_OK) { soapResult = [NSString stringWithUTF8String:result->c_str()]; tittleMsg = [NSString stringWithFormat: @"%@", @"Country Found"]; } else { soapResult = [NSString stringWithFormat: @"%@", @"Soap Error!"]; tittleMsg = [NSString stringWithFormat: @"%@", @"Warning"]; } UIAlertView *alert = [[UIAlertView alloc] initWithTitle:tittleMsg message:soapResult delegate:self cancelButtonTitle:@"OK" otherButtonTitles:nil]; [alert show]; [alert release]; service.destroy(); // Free soap context } ... @endcode A screen snapshot of the client is shown in Figure 4. @image html geoip-result.png "Figure : Snapshot of the GeoIPServiceViewService result" */ #import "gsoapios.h" #import // ----------------------------------------------------------------------------- // Start of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- /** Class GSoapiOSURLData @brief The class stores the states for connection establishment, buffering soap request and response */ @implementation GSoapiOSURLData @synthesize endpoint; ///< Set or get endpoint @synthesize host; ///< Set or get host name @synthesize soap_action; ///< Set or get soap action @synthesize http_method; ///< Set or get HTTP method @synthesize content_type; ///< Set or get content type @synthesize http_req_msg; ///< Set or get HTTP request message @synthesize soap_req_msg; ///< Set or get SOAP request @synthesize soap_res_msg; ///< Set or get SOAP response @synthesize port; ///< Set or get port @synthesize received_length; ///< Set or get received message length @synthesize request_sent; ///< Set or get the flag for the first time sending @synthesize req_content_length; ///< Set or get request message length @synthesize timeout_interval; ///< Set or get timeout interval @synthesize cache_policy; ///< Set or get cache policy @synthesize user_name; ///< Set or get user ID for authentication @synthesize password; ///< Set or get password for authentication /** @fn init @brief Constructor */ - (id) init { [super init]; http_req_msg = [NSMutableData alloc]; timeout_interval = 60.0; // 60 seconds by default cache_policy = NSURLRequestUseProtocolCachePolicy; // The default cache policy return self; } /** @fn dealloc @brief Destructor */ - (void) dealloc { [endpoint release]; [host release]; [soap_action release]; [http_method release]; [content_type release]; [http_req_msg release]; [soap_req_msg release]; [user_name release]; [password release]; [super dealloc]; } @end // ----------------------------------------------------------------------------- // End of objective-c Class GSoapiOSURLData implementation // ----------------------------------------------------------------------------- // ----------------------------------------------------------------------------- // Start of C plugin implementation // ----------------------------------------------------------------------------- /** plugin identification for plugin registry */ const char soap_ios_id[13] = SOAP_IOS_ID; // Unique plugin ID static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_ios_delete(struct soap *soap, struct soap_plugin *p); static int soap_ios_init(struct soap *soap, struct soap_ios_data *data); static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port); static int soap_ios_close( struct soap *soap); static int soap_ios_send( struct soap *soap, const char *buf, size_t len); static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len); //void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy); //void soap_ios_settimeoutinterval(struct soap *soap, double seconds); /** @fn int soap_ios @brief Save the old callbacks and set new callbacks to handle soap client applications on iOS platforms (iPhone and iPad) @param soap The soap context @param[in] p The soap plugin data @param[in] arg The arguments for soap plugin @return SOAP_OK if registration is successfull; SOAP_EOM otherwise */ int soap_ios (struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_ios_id; // set a unique plugin id p->data = (void*)malloc(sizeof(struct soap_ios_data)); // Allocate memory p->fcopy = soap_ios_copy; // set fcopy callback for soap_copy(truct soap*) p->fdelete = soap_ios_delete; // set fdeete callback if (p->data) { if (soap_ios_init(soap, (struct soap_ios_data*)p->data) != SOAP_OK) { free(p->data); // free resource upon failure to initialize plugin return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Duplicates the plugin context for the soap context @param soap The soap context @param[out] dst The destination plugin data to store to @param[in] src The sources plugin data to be copied from @param[in] arg The arguments for plugin (optional) @return SOAP_OK if registration is successfull; SOAP_ERR otherwise */ static int soap_ios_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; int status = SOAP_ERR; if (dst->data = (void*)malloc(sizeof(struct soap_ios_data))) status = soap_ios_init(soap, (struct soap_ios_data*)dst->data); return status; } /** @fn void soap_ios_delete(struct soap *soap, struct soap_plugin *p) @brief Destroys the plugin context @param soap context @param[in] p plugin data */ static void soap_ios_delete(struct soap *soap, struct soap_plugin *p) { if (p != NULL) { struct soap_ios_data *data = (struct soap_ios_data*)p->data; if (data && data->url_data) [data->url_data release]; // Free url_data free(p->data); // Free the pointer to url_data } } /** @fn int soap_ios_init(struct soap *soap, struct soap_ios_data *data) @brief Initializes the plugin data @param soap The soap context @param[out] data The plugin data to be initialized @return SOAP_OK if initialization is sucessful; SOAP_ERR otherwise */ static int soap_ios_init(struct soap *soap, struct soap_ios_data *data) { data->url_data = [[GSoapiOSURLData alloc] init]; if (data->url_data == nil) return SOAP_ERR; // failure to init // save and set callbacks data->fopen = soap->fopen; // save old fopen callback data->fclose = soap->fclose; // save old fclose callback data->fsend = soap->fsend; // save old fsend callback data->frecv = soap->frecv; // save old frecv callback soap->fopen = soap_ios_open; // replace open callback soap->fclose = soap_ios_close; // replace close callback soap->fsend = soap_ios_send; // replace send callback soap->frecv = soap_ios_recv; // replace recv callback return SOAP_OK; } /** @fn SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) @brief Extracts states from soap context and saves states for soap connection @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 1 A valid socket Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static SOAP_SOCKET soap_ios_open( struct soap *soap, const char *endpoint, const char *host, int port) { // Pull out the pluin data struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); if (data == NULL || data->url_data == nil) return SOAP_INVALID_SOCKET; GSoapiOSURLData * url_data = data->url_data; [url_data setEndpoint:[NSString stringWithUTF8String:endpoint]]; [url_data setHost:[NSString stringWithUTF8String:host]]; [url_data setPort:port]; [url_data setRequest_sent:false]; [url_data setReceived_length:0]; [url_data setSoap_action:[NSString stringWithUTF8String:soap->action]]; [url_data setReq_content_length:soap->count]; // Extract a pair of userid and password if present if (soap->userid && soap->passwd) { [url_data setUser_name:[NSString stringWithUTF8String:soap->userid]]; [url_data setPassword:[NSString stringWithUTF8String:soap->passwd]]; } else { [url_data setUser_name:nil]; [url_data setPassword:nil]; } // Extracts and saves http-method switch (soap->status){ case SOAP_POST: [url_data setHttp_method:@"POST"]; break; case SOAP_GET: [url_data setHttp_method:@"GET"]; break; case SOAP_DEL: [url_data setHttp_method:@"DELETE"]; break; case SOAP_CONNECT: [url_data setHttp_method:@"CONNECT"]; break; default: [url_data setHttp_method:@"POST"]; break; } // Extracts and saves http content-type if((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)){ [url_data setContent_type:@"application/dime"]; } else if (soap->version == 2){ if (soap->mode & SOAP_ENC_MTOM){ [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"application/soap+xml\""]; }else{ [url_data setContent_type:@"application/soap+xml; charset=utf-8"]; } }else if (soap->mode & SOAP_ENC_MTOM) { [url_data setContent_type:@"application/xop+xml; charset=utf-8; \ type=\"text/xml\""]; } else { [url_data setContent_type:@"tex/xml; charset=utf-8"]; } return 1; } /** @fn int soap_ios_close( struct soap *soap) @param soap The soap context @param[in] endpoint The Web service's endpoint @param[in] host The host name @param[in] port The port numer @return 0 Note: This open function does not create a real socket for communication. The actual connection establishment happens in the frecv callback */ static int soap_ios_close( struct soap *soap) { return 0; } /** @fn int soap_ios_send( struct soap *soap, const char *buf, size_t len) @brief Buffers the http/soap request in plugin data @param soap The soap context @param[in] buf The buffer holding the serialized http/soap request @param[in] len The buffer size @return The number of bytes buffered Note: This send function does not send any data to its peer. Rather it buffers the serialied soap request including http header to the plugin data. The sending happens actually in frecv function. */ static int soap_ios_send( struct soap *soap, const char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; [url_data.http_req_msg appendBytes:buf length: len]; return len > 0 ? SOAP_OK : SOAP_EOF; } /** @fn size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) @brief Sends soap request, buffers soap response and serialize the response @param soap The soap context @param[out] buf The buffer for the received data @param[in] len The number of bytes received @return The number of bytes received Note: This recv function sends a synchronous soap request through NSURLRequest, receives soap response, serializes response. */ static size_t soap_ios_recv( struct soap *soap, char *buf, size_t len) { struct soap_ios_data *data = (struct soap_ios_data*)soap_lookup_plugin(soap,soap_ios_id); GSoapiOSURLData *url_data = data->url_data; // Handle HTTP basic authentication if present if (url_data.user_name && url_data.password) { NSURLCredential *credential = [NSURLCredential credentialWithUser:url_data.user_name password:url_data.password persistence:NSURLCredentialPersistenceForSession]; NSURLProtectionSpace * protectionSpace = [[NSURLProtectionSpace alloc] initWithHost:url_data.host port:url_data.port protocol:@"http" realm:nil authenticationMethod:nil]; [[NSURLCredentialStorage sharedCredentialStorage] setDefaultCredential:credential forProtectionSpace:protectionSpace]; [protectionSpace release]; } // -------- End of auhentication handling --------- // Execute once: sending the request and receiving response // Send request through NSURLRequest sendSynchronousRequest // and receive response if(url_data.request_sent == false) { [url_data setRequest_sent:true]; //int msg_len = [url_data.http_req_msg length]; NSRange range = NSMakeRange([url_data.http_req_msg length] - url_data.req_content_length, url_data.req_content_length); url_data.soap_req_msg = [url_data.http_req_msg subdataWithRange:range]; NSURL *url = [NSURL URLWithString:url_data.endpoint]; NSMutableURLRequest *request = [NSMutableURLRequest requestWithURL:url cachePolicy:url_data.cache_policy timeoutInterval:url_data.timeout_interval]; [request addValue:url_data.host forHTTPHeaderField:@"HOST"]; [request addValue:url_data.soap_action forHTTPHeaderField:@"SOAPACTION"]; [request addValue:url_data.content_type forHTTPHeaderField:@"Content-Type"]; [request setHTTPMethod:url_data.http_method]; NSString *conten_length = [NSString stringWithFormat:@"%d", [url_data.soap_req_msg length]]; [request addValue:conten_length forHTTPHeaderField:@"Content-Length"]; [request setHTTPBody:url_data.soap_req_msg]; NSHTTPURLResponse *response = nil; NSError *error = nil; url_data.soap_res_msg = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error]; // Error handling if (error) { DLog(@"ERROR:<%@>\n", [error localizedDescription]); //const char *fault_string = [[error localizedDescription] UTF8String]; soap_receiver_fault(soap, [[error localizedDescription] UTF8String], ""); } } // may execute multiple times depending on the buffer size and response length if(url_data.request_sent) { size_t res_len = [url_data.soap_res_msg length]; // response length if (len + url_data.received_length > res_len) { // Adjustment len len = res_len - url_data.received_length; //cout << "len = " << len << endl; } const char *res_msg = (const char *)[url_data.soap_res_msg bytes]; memcpy(buf, res_msg + url_data.received_length, len); url_data.received_length += len; } return url_data.request_sent ? len : 0; } /** @fn void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) @brief Sets cache policy The constants used to specify interaction with the cached responses are: enum { NSURLRequestUseProtocolCachePolicy = 0, NSURLRequestReloadIgnoringLocalCacheData = 1, NSURLRequestReloadIgnoringCacheData = NSURLRequestReloadIgnoringLocalCacheData, NSURLRequestReturnCacheDataElseLoad = 2, NSURLRequestReturnCacheDataDontLoad = 3, NSURLRequestReloadIgnoringLocalAndRemoteCacheData =4, NSURLRequestReloadRevalidatingCacheData = 5 }; @param soap The soap context @param[in] policy The policy to be specified for he request */ void soap_ios_setcachepolicy(struct soap *soap, unsigned int policy) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.cache_policy = policy; } /** @fn soap_ios_settimeoutinterval(struct soap *soap, double seconds) @brief Sets timeout interval @param soap The soap context @param[in] seconds The value for the timeout interval to be specifed (in seconds) */ void soap_ios_settimeoutinterval(struct soap *soap, double seconds) { struct soap_ios_data *data = (struct soap_ios_data *)soap_lookup_plugin(soap, soap_ios_id); data->url_data.timeout_interval = seconds; } // ----------------------------------------------------------------------------- // END of C plugin implementation // ----------------------------------------------------------------------------- gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/GeoIPServiceViewController.h0000644000175000017500000000057712653650146030621 0ustar ellertellert// // GeoIPServiceViewController.h // GeoIPService // // Created by Wei Zhang on 5/27/12. // Copyright Genivia Inc. 2012. All rights reserved. // #import @interface GeoIPServiceViewController : UIViewController { UITextField *ipAddress; } @property (nonatomic, retain) IBOutlet UITextField *ipAddress; - (IBAction) buttonFindCountry:(id)sender; @end gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/soapGeoIPServiceSoap12Proxy.cpp0000644000175000017500000001641712653650146031170 0ustar ellertellert/* soapGeoIPServiceSoap12Proxy.cpp Generated by gSOAP 2.8.8 from GeoIPService.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #include "soapGeoIPServiceSoap12Proxy.h" GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy() { GeoIPServiceSoap12Proxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy(const struct soap &_soap) : soap(_soap) { } GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy(const char *url) { GeoIPServiceSoap12Proxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); soap_endpoint = url; } GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy(soap_mode iomode) { GeoIPServiceSoap12Proxy_init(iomode, iomode); } GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy(const char *url, soap_mode iomode) { GeoIPServiceSoap12Proxy_init(iomode, iomode); soap_endpoint = url; } GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy(soap_mode imode, soap_mode omode) { GeoIPServiceSoap12Proxy_init(imode, omode); } GeoIPServiceSoap12Proxy::~GeoIPServiceSoap12Proxy() { } void GeoIPServiceSoap12Proxy::GeoIPServiceSoap12Proxy_init(soap_mode imode, soap_mode omode) { soap_imode(this, imode); soap_omode(this, omode); soap_endpoint = NULL; static const struct Namespace namespaces[] = { {"SOAP-ENV", "http://www.w3.org/2003/05/soap-envelope", "http://www.w3.org/2003/05/soap-envelope", NULL}, {"SOAP-ENC", "http://www.w3.org/2003/05/soap-encoding", "http://www.w3.org/2003/05/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns2", "http://www.webservicex.net/GeoIPServiceSoap", NULL, NULL}, {"ns1", "http://www.webservicex.net/", NULL, NULL}, {"ns3", "http://www.webservicex.net/GeoIPServiceSoap12", NULL, NULL}, {NULL, NULL, NULL, NULL} }; soap_set_namespaces(this, namespaces); } void GeoIPServiceSoap12Proxy::destroy() { soap_destroy(this); soap_end(this); } void GeoIPServiceSoap12Proxy::reset() { destroy(); soap_done(this); soap_init(this); GeoIPServiceSoap12Proxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } void GeoIPServiceSoap12Proxy::soap_noheader() { this->header = NULL; } const SOAP_ENV__Header *GeoIPServiceSoap12Proxy::soap_header() { return this->header; } const SOAP_ENV__Fault *GeoIPServiceSoap12Proxy::soap_fault() { return this->fault; } const char *GeoIPServiceSoap12Proxy::soap_fault_string() { return *soap_faultstring(this); } const char *GeoIPServiceSoap12Proxy::soap_fault_detail() { return *soap_faultdetail(this); } int GeoIPServiceSoap12Proxy::soap_close_socket() { return soap_closesock(this); } int GeoIPServiceSoap12Proxy::soap_force_close_socket() { return soap_force_closesock(this); } void GeoIPServiceSoap12Proxy::soap_print_fault(FILE *fd) { ::soap_print_fault(this, fd); } #ifndef WITH_LEAN #ifndef WITH_COMPAT void GeoIPServiceSoap12Proxy::soap_stream_fault(std::ostream& os) { ::soap_stream_fault(this, os); } #endif char *GeoIPServiceSoap12Proxy::soap_sprint_fault(char *buf, size_t len) { return ::soap_sprint_fault(this, buf, len); } #endif int GeoIPServiceSoap12Proxy::GetGeoIP(const char *endpoint, const char *soap_action, _ns1__GetGeoIP *ns1__GetGeoIP, _ns1__GetGeoIPResponse *ns1__GetGeoIPResponse) { struct soap *soap = this; struct __ns3__GetGeoIP soap_tmp___ns3__GetGeoIP; if (endpoint) soap_endpoint = endpoint; if (!soap_endpoint) soap_endpoint = "http://www.webservicex.net/geoipservice.asmx"; if (!soap_action) soap_action = "http://www.webservicex.net/GetGeoIP"; soap->encodingStyle = NULL; soap_tmp___ns3__GetGeoIP.ns1__GetGeoIP = ns1__GetGeoIP; soap_begin(soap); soap_serializeheader(soap); soap_serialize___ns3__GetGeoIP(soap, &soap_tmp___ns3__GetGeoIP); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put___ns3__GetGeoIP(soap, &soap_tmp___ns3__GetGeoIP, "-ns3:GetGeoIP", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put___ns3__GetGeoIP(soap, &soap_tmp___ns3__GetGeoIP, "-ns3:GetGeoIP", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!ns1__GetGeoIPResponse) return soap_closesock(soap); ns1__GetGeoIPResponse->soap_default(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); ns1__GetGeoIPResponse->soap_get(soap, "ns1:GetGeoIPResponse", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); return soap_closesock(soap); } int GeoIPServiceSoap12Proxy::GetGeoIPContext(const char *endpoint, const char *soap_action, _ns1__GetGeoIPContext *ns1__GetGeoIPContext, _ns1__GetGeoIPContextResponse *ns1__GetGeoIPContextResponse) { struct soap *soap = this; struct __ns3__GetGeoIPContext soap_tmp___ns3__GetGeoIPContext; if (endpoint) soap_endpoint = endpoint; if (!soap_endpoint) soap_endpoint = "http://www.webservicex.net/geoipservice.asmx"; if (!soap_action) soap_action = "http://www.webservicex.net/GetGeoIPContext"; soap->encodingStyle = NULL; soap_tmp___ns3__GetGeoIPContext.ns1__GetGeoIPContext = ns1__GetGeoIPContext; soap_begin(soap); soap_serializeheader(soap); soap_serialize___ns3__GetGeoIPContext(soap, &soap_tmp___ns3__GetGeoIPContext); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put___ns3__GetGeoIPContext(soap, &soap_tmp___ns3__GetGeoIPContext, "-ns3:GetGeoIPContext", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_endpoint, soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put___ns3__GetGeoIPContext(soap, &soap_tmp___ns3__GetGeoIPContext, "-ns3:GetGeoIPContext", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!ns1__GetGeoIPContextResponse) return soap_closesock(soap); ns1__GetGeoIPContextResponse->soap_default(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); ns1__GetGeoIPContextResponse->soap_get(soap, "ns1:GetGeoIPContextResponse", ""); if (soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); return soap_closesock(soap); } /* End of client proxy code */ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/GeoIPServiceAppDelegate.h0000644000175000017500000000077212653650146030013 0ustar ellertellert// // GeoIPServiceAppDelegate.h // GeoIPService // // Created by Wei Zhang on 5/27/12. // Copyright __MyCompanyName__ 2012. All rights reserved. // #import @class GeoIPServiceViewController; @interface GeoIPServiceAppDelegate : NSObject { UIWindow *window; GeoIPServiceViewController *viewController; } @property (nonatomic, retain) IBOutlet UIWindow *window; @property (nonatomic, retain) IBOutlet GeoIPServiceViewController *viewController; @end gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/stdsoap2.cpp0000644000175000017500000164356212653650146025540 0ustar ellertellert/* stdsoap2.c[pp] 2.8.8 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20808 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.8 2012-02-20 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.8 2012-02-20 00:00:00 GMT") #endif /* 8bit character representing unknown/nonrepresentable character data (e.g. not supported by current locale with multibyte support enabled) */ #ifndef SOAP_UNKNOWN_CHAR #define SOAP_UNKNOWN_CHAR (127) #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[11] = "\n\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[21] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { register int nwritten, err; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif while (n) { if (soap_valid_socket(soap->socket)) { if (soap->send_timeout) { for (;;) { register int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(soap->socket, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(soap->socket, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(soap->socket, s, (int)n, soap->socket_flags); #else nwritten = send(soap->socket, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { register int r = 0; err = soap_socket_errno(soap->socket); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0 && soap->errnum != SOAP_EINTR) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if (soap->mode & SOAP_IO_LENGTH) soap->count += n; else if (soap->mode & SOAP_IO) { register size_t i = SOAP_BUFLEN - soap->bufidx; while (n >= i) { memcpy(soap->buf + soap->bufidx, s, i); soap->bufidx = SOAP_BUFLEN; if (soap_flush(soap)) return soap->error; s += i; n -= i; i = SOAP_BUFLEN; } memcpy(soap->buf + soap->bufidx, s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { register size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { register int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, SOAP_BUFLEN)) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { register char *t; if (!(t = (char*)soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; memcpy(t, s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[16]; sprintf(t, "\r\n%lX\r\n" + (soap->chunksize ? 0 : 2), (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { register int r; register int retries = 100; /* max 100 retries with non-blocking sockets */ soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) if (soap->is) { if (soap->is->good()) return soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #endif if (soap_valid_socket(soap->socket)) { for (;;) { #ifdef WITH_OPENSSL register int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* SSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(soap->socket, s, (SOAP_WINSOCKINT)n, soap->socket_flags, (struct sockaddr*)&soap->peer, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.sin_addr.s_addr); #endif } else #endif r = recv(soap->socket, s, (int)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(soap->socket); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(soap->socket); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, (unsigned int)n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { register size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) register int r; #endif #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = SOAP_BUFLEN - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { memcpy(soap->buf, soap->z_buf, SOAP_BUFLEN); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { register soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > SOAP_BUFLEN ? SOAP_BUFLEN : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket %d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, SOAP_BUFLEN); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = SOAP_BUFLEN - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif soap->count += ret; return !ret; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err = soap->filterstop; if (err) soap->bufidx = soap->buflen = 0; else err = soap_recv_raw(soap); /* do not call again after EOF */ if ((soap->error = soap->ffilterrecv(soap, soap->buf, &soap->buflen, sizeof(soap->buf)))) return soap->error; if (soap->buflen) { soap->filterstop = err; return SOAP_OK; } if (err) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed error %d\n", err)); return err; } } #endif return soap_recv_raw(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { register soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 long SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, long other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 long SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { register long bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { register size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { register char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { register const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; register int i; register soap_wchar c; register char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { register soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { register int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; register char *s = buf; register int i = sizeof(buf); register soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, long n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %ld bytes forward\n", (long)n)); for (; n > 0; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, register unsigned long c) { char tmp[16]; if (c < 0x80 && c > 0) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifndef WITH_LEAN if (c >= 0x80) { register char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } #else sprintf(tmp, "&#%lu;", c); #endif return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { register soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; register int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->data = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { register int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_string_in(soap, 0, -1, -1); return (unsigned char*)soap_hex2s(soap, soap->dom->data, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { register char *s; register size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { register char d1, d2; register soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)(soap->lablen + i - k); p = (unsigned char*)soap_malloc(soap, soap->lablen + i - k); if (p) memcpy(p, soap->labbuf, soap->lablen + i - k); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { register int i; register char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { register char d1, d2; register soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { register int i; register unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->data = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_string_in(soap, 0, -1, -1); return (unsigned char*)soap_base642s(soap, soap->dom->data, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { register size_t i, k; register char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (!s) return NULL; if (k > 2) { for (i = 0; i < k - 2; i += 3) { register unsigned long m = 0; register int j = 0; do { register soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)(soap->lablen + i - k); p = (unsigned char*)soap_malloc(soap, soap->lablen + i - k); if (p) memcpy(p, soap->labbuf, soap->lablen + i - k); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) ; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { register int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { register int i; register char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { register unsigned long m = 0; register int j = 0; do { register soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) ; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_dime_forward(soap, ptr, size, id, type, options)) return soap->error; } if (soap->body && soap_element_end_in(soap, NULL)) return soap->error; } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_dime_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s && (t = (char*)soap_malloc(soap, strlen(s) + 1))) strcpy(t, s); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; if ((t = (wchar_t*)soap_malloc(soap, sizeof(wchar_t)*(n+1)))) memcpy(t, s, sizeof(wchar_t)*(n+1)); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->ptr = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { char *p; if (!b) b = soap->blist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block of %u bytes (%u bytes total)\n", (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); if (!(p = (char*)SOAP_MALLOC(soap, n + sizeof(char*) + sizeof(size_t)))) { soap->error = SOAP_EOM; return NULL; } *(char**)p = b->ptr; *(size_t*)(p + sizeof(char*)) = n; b->ptr = p; b->size += n; return p + sizeof(char*) + sizeof(size_t); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { char *p; if (!b) b = soap->blist; if (!b->ptr) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->ptr; b->size -= *(size_t*)(p + sizeof(char*)); b->ptr = *(char**)p; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, char *start, char *end, char *p1, char *p2) { #ifndef WITH_NOIDREF int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; #ifndef WITH_LEANER register struct soap_xlist *xp = NULL; #endif register void *p, **q; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr && (char*)ip->ptr >= start && (char*)ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update id='%s' %p -> %p\n", ip->id, ip->ptr, (char*)ip->ptr + (p1-p2))); ip->ptr = (char*)ip->ptr + (p1-p2); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && (char*)p >= start && (char*)p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p\n", ip->id, p)); *q = (char*)p + (p1-p2); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && (char*)p >= start && (char*)p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p\n", ip->id, p)); *q = (char*)p + (p1-p2); } } for (fp = ip->flist; fp; fp = fp->next) { if ((char*)fp->ptr >= start && (char*)fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' %p\n", ip->id, fp)); fp->ptr = (char*)fp->ptr + (p1-p2); } } } } #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (char*)xp->ptr >= start && (char*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (p1-p2))); xp->ptr = (unsigned char**)((char*)xp->ptr + (p1-p2)); xp->size = (int*)((char*)xp->size + (p1-p2)); xp->type = (char**)((char*)xp->type + (p1-p2)); xp->options = (char**)((char*)xp->options + (p1-p2)); } } #endif #else (void)soap; (void)start; (void)end; (void)p1; (void)p2; #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, register const char *start, register const char *end) { register int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; register const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if ((const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { register int i; register struct soap_ilist *ip = NULL; register struct soap_flist *fp = NULL; short flag; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { register void *p, **q, *r; q = (void**)ip->link; ip->link = NULL; r = ip->ptr; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s'\n", ip->id)); while (q) { p = *q; *q = r; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, r)); q = (void**)p; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing data for id='%s'\n", ip->id)); strcpy(soap->id, ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { if (ip->copy) { register void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; memcpy(q, ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } for (fp = ip->flist; fp; fp = ip->flist) { register unsigned int k = fp->level; register void *p = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d location=%p level=%u,%u id='%s'\n", ip->type, p, ip->level, fp->level, ip->id)); while (ip->level < k) { register void **q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return soap->error; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level, new location=%p holds=%p...\n", q, *q)); p = (void*)q; k--; } if (fp->fcopy) fp->fcopy(soap, ip->type, fp->type, fp->ptr, fp->len, p, ip->size); else soap_fcopy(soap, ip->type, fp->type, fp->ptr, fp->len, p, ip->size); ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } } } } while (flag); #ifdef SOAP_DEBUG for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the developers\n", ip->id)); } } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->ptr) { b->size -= *(size_t*)(b->ptr + sizeof(char*)) - n; *(size_t*)(b->ptr + sizeof(char*)) = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { char *p, *q, *r; if (!b) b = soap->blist; p = b->ptr; if (!p) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block\n")); r = NULL; do { q = *(char**)p; *(char**)p = r; r = p; p = q; } while (p); b->ptr = r; return r + sizeof(char*) + sizeof(size_t); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { char *p; if (!b) b = soap->blist; p = b->ptr; if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block\n")); b->ptr = *(char**)p; SOAP_FREE(soap, p); if (b->ptr) return b->ptr + sizeof(char*) + sizeof(size_t); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return *(size_t*)(b->ptr + sizeof(char*)); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { char *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->ptr; p; p = q) { q = *(char**)p; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restore previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { register size_t n; register char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->ptr, p)); if (p) { for (s = p, q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); #ifndef WITH_NOIDREF if (flag) soap_update_pointers(soap, q, q + n, s, q); #endif memcpy(s, q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsize(struct soap *soap, const char *type, int size) { return soap_putsizes(soap, type, &size, 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizes(struct soap *soap, const char *type, const int *size, int dim) { return soap_putsizesoffsets(soap, type, size, NULL, dim); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; if (!type) return NULL; if (soap->version == 2) { sprintf(soap->type, "%s[%d", type, size[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), " %d", size[i]); } else { if (offset) { sprintf(soap->type, "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), ",%d", size[i] + offset[i]); } else { sprintf(soap->type, "%s[%d", type, size[0]); for (i = 1; i < dim; i++) sprintf(soap->type + strlen(soap->type), ",%d", size[i]); } strcat(soap->type, "]"); } return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffset(struct soap *soap, int offset) { return soap_putoffsets(soap, &offset, 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { register int i; sprintf(soap->arrayOffset, "[%d", offset[0]); for (i = 1; i < dim; i++) sprintf(soap->arrayOffset + strlen(soap->arrayOffset), ",%d", offset[i]); strcat(soap->arrayOffset, "]"); return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_size(const int *size, int dim) { register int i, n = size[0]; for (i = 1; i < dim; i++) n *= size[i]; return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { register int i, j = 0; if (offset) for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } else for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getsize(const char *attr1, const char *attr2, int *j) { register int n, k; char *s; *j = 0; if (!*attr1) return -1; if (*attr1 == '[') attr1++; n = 1; for (;;) { k = (int)soap_strtol(attr1, &s, 10); n *= k; if (k < 0 || n > SOAP_MAXARRAYSIZE || s == attr1) return -1; attr1 = strchr(s, ','); if (!attr1) attr1 = strchr(s, ' '); if (attr2 && *attr2) { attr2++; *j *= k; k = (int)soap_strtol(attr2, &s, 10); *j += k; if (k < 0) return -1; attr2 = s; } if (!attr1) break; attr1++; } return n - *j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { register int i, k, n; if (!*attr) return -1; i = (int)strlen(attr); n = 1; do { for (i = i-1; i >= 0; i--) if (attr[i] == '[' || attr[i] == ',' || attr[i] == ' ') break; k = (int)soap_strtol(attr + i + 1, NULL, 10); n *= size[--dim] = k; if (k < 0 || n > SOAP_MAXARRAYSIZE) return -1; } while (i >= 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { register int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { register struct soap_nlist *np; register struct Namespace *p; register short i = -1; register size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) { if (p->out) { SOAP_FREE(soap, p->out); p->out = NULL; } break; } if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) strcpy(p->out, ns); break; } } } if (!p || !p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; strcpy((char*)np->id, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s' '%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = strcpy((char*)np->id + n + 1, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { register struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s'\n", soap->level, np->id)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { register struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS)) if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; return SOAP_OK; } if (n1 == 0) return (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { register struct soap_nlist *np; register const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { register int c1 = *s; register int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { register const char *s, *t; register int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (SOAP_STRCMP(s + 1, tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2)) return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) { int err; soap->keyfile = keyfile; soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->crlfile = NULL; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) { soap->keyfile = keyfile; soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* 2.8.1 change (wsseapi.c) */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) strcpy(soap->msgbuf, msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; strcat(soap->msgbuf, "\n"); while ((r = ERR_get_error())) ERR_error_string_n(r, soap->msgbuf + strlen(soap->msgbuf), sizeof(soap->msgbuf) - strlen(soap->msgbuf)); } else { switch (ret) { case 0: strcpy(soap->msgbuf, "EOF was observed that violates the protocol. The client probably provided invalid authentication information."); break; case -1: sprintf(soap->msgbuf, "Error observed by underlying BIO: %s", strerror(errno)); break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { if (!(soap->ctx = SSL_CTX_new(SSLv23_method()))) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } /* This code assumes a typical scenario, see alternative code below */ if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read certificate key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } /* Suggested alternative approach to check the key file for certs (cafile=NULL):*/ #if 0 if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile || !SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read certificate or key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 */ if ((soap->ssl_flags & SOAP_SSLv3)) flags |= SSL_OP_NO_TLSv1; if ((soap->ssl_flags & SOAP_TLSv1)) flags |= SSL_OP_NO_SSLv3; #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (gnutls_certificate_set_x509_crl_file(soap->xcred, soap->crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* TODO: GNUTLS need to concat cert and key in single key file */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_TLSv1)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLS v1.0 protocol", SOAP_SSL_ERROR); } } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { if (num < (int)strlen((char*)userdata) + 1) return 0; return (int)strlen(strcpy(buf, (char*)userdata)); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "SSL verify error or warning with certificate at depth %d: %s\n", X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(X509_STORE_CTX_get_error(store))); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, "certificate issuer %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, "certificate subject %s\n", buf); } #endif /* Note: return 1 to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (ok == 0 && X509_STORE_CTX_get_error(store) == X509_V_ERR_CERT_HAS_EXPIRED) { #ifdef SOAP_DEBUG fprintf(stderr, "ignoring certificate expiration\n"); #endif X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET fd = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(fd)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)fd, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(fd)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)fd); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { register const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { sprintf(soap->msgbuf, "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr(addr); #endif #endif if (iadd != -1) { memcpy(inaddr, &iadd, sizeof(iadd)); return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) if (gethostbyname_r(addr, &hostent, soap->buf, SOAP_BUFLEN, &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, SOAP_BUFLEN, &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname(addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else memcpy(inaddr, host->h_addr, host->h_length); #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET fd; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_sender_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); hints.ai_family = PF_UNSPEC; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err) { soap_set_sender_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: fd = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) fd = socket(AF_INET, SOCK_DGRAM, 0); else #endif fd = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(fd)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)fd, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(fd, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->connect_flags == SO_LINGER) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(fd, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else if (soap->connect_flags && setsockopt(fd, SOL_SOCKET, soap->connect_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(fd, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(fd, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(fd, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)fd, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(fd, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(fd, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Opening socket %d to host='%s' port=%d\n", fd, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->peer.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.sin_addr)) { soap_set_sender_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->peer.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.sin_addr)) { soap_set_sender_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->peer.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return fd; #endif #else if ((soap->omode & SOAP_IO_UDP)) { memcpy(&soap->peer, res->ai_addr, res->ai_addrlen); soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return fd; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(fd, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(fd, (struct sockaddr*)&soap->peer, sizeof(soap->peer))) #endif { err = soap_socket_errno(fd); #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, fd); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { register int r; r = tcp_select(soap, fd, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_sender_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum; if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(fd, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(fd); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, fd); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_sender_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = fd; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (!soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifdef WITH_OPENSSL BIO *bio; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server\n", soap->proxy_http_version)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->status = status; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (endpoint) strncpy(soap->endpoint, endpoint, sizeof(soap->endpoint)-1); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, fd); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; bio = BIO_new_socket((int)fd, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(fd) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { register int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_sender_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } else { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(fd) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; int ext_count; int ok = 0; X509 *peer; peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); void *ext_data; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *data; #else unsigned char *data; #endif STACK_OF(CONF_VALUE) *val; int j; if (!meth) break; data = ext->value->data; #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { /* OpenSSL not perfectly portable at this point (?): Some compilers appear to prefer meth->d2i(NULL, (const unsigned char**)&data, ... and others prefer meth->d2i(NULL, &data, ext->value->length); */ ext_data = meth->d2i(NULL, &data, ext->value->length); } #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif if (ext_data) { val = meth->i2v(meth, ext_data, NULL); if (val) { for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else meth->ext_free(ext_data); #endif } } if (ok) break; } } if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)fd); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(fd) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(fd) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, fd, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, fd, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0 && soap->errnum != SOAP_EINTR) break; } else { soap->errnum = soap_socket_errno(fd); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, fd); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, fd); soap->error = soap_set_sender_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #else soap->fclosesocket(soap, fd); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(fd) else SOAP_SOCKBLOCK(fd) return fd; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET s, int flags, int timeout) { register int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)s >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; int retries = 0; pollfd.fd = (int)s; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout < 0) timeout /= -1000; /* -usec -> ms */ else if (timeout <= 1000000) /* avoid overflow */ timeout *= 1000; /* sec -> ms */ else { retries = timeout / 1000000; timeout = 1000000000; } do r = poll(&pollfd, 1, timeout); while (r == 0 && retries--); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r < 0) soap->errnum = soap_socket_errno(s); return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(s, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(s, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(s, efd); } if (timeout >= 0) { tv.tv_sec = timeout; tv.tv_usec = 0; } else { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } r = select((int)s + 1, rfd, sfd, efd, &tv); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(s, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(s, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(s, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r < 0) soap->errnum = soap_socket_errno(s); return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET fd; (void)soap; fd = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)fd, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(fd, F_SETFD, FD_CLOEXEC); #endif #endif return fd; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { strcpy(soap->session_host, soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0 && soap->errnum != SOAP_EINTR) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket %d\n", (int)fd)); return soap_closesocket(fd); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket %d how=%d\n", (int)fd, how)); return shutdown(fd, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); hints.ai_family = PF_UNSPEC; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; memcpy(&soap->peer, addrinfo->ai_addr, addrinfo->ai_addrlen); soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = (struct sockaddr*)&soap->peer; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXEC #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->peer.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, (struct sockaddr*)&soap->peer, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN register int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, soap->tmpbuf, 1, MSG_PEEK) > 0)) return SOAP_OK; } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); register int err; #ifndef WITH_LEAN #ifndef WIN32 int len = SOAP_BUFLEN; #else int len = SOAP_BUFLEN + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { register int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_sender_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) soap->socket = soap->faccept(soap, soap->master, (struct sockaddr*)&soap->peer, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 unsigned int ip1, ip2, ip3, ip4; char port[16]; getnameinfo((struct sockaddr*)&soap->peer, n, soap->host, sizeof(soap->host), port, 16, NI_NUMERICHOST | NI_NUMERICSERV); sscanf(soap->host, "%u.%u.%u.%u", &ip1, &ip2, &ip3, &ip4); soap->ip = (unsigned long)ip1 << 24 | (unsigned long)ip2 << 16 | (unsigned long)ip3 << 8 | (unsigned long)ip4; soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.sin_addr.s_addr); sprintf(soap->host, "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Accept socket %d at port %d from IP %s\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if (soap->accept_flags == SO_LINGER) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } else if (soap->accept_flags && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { register int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context\n")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { register struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_C_LOCALE # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, (void*)soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, (void*)soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, (void*)soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; soap->length = 0; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; soap->http_content = NULL; soap->action = NULL; soap->status = 0; do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ { soap->imode |= SOAP_IO_CHUNK; soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; } } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m = strlen(soap->endpoint); size_t n = m + (s - soap->msgbuf) - l - 1; if (m > n) m = n; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; strncpy(soap->path, soap->msgbuf + l, n - m); soap->path[n - m] = '\0'; if (*soap->path && *soap->path != '/') *soap->endpoint = '\0'; strcat(soap->endpoint, soap->path); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Target endpoint='%s'\n", soap->endpoint)); if (httpcmd > 1) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; } /* Status OK (HTTP 200) */ if (soap->status == 0 || soap->status == 200) return SOAP_OK; /* Status 201 (Created), 202 (Accepted), ... and HTTP 400 and 500 errors may not have a body. When content length, content type, or chunking is used assume there is a message to parse, either XML or HTTP. */ if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) { if ((soap->status > 200 && soap->status <= 299) || soap->status == 400 || soap->status == 500) return SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } DBGLOG(TEST,SOAP_MESSAGE(fdebug, "HTTP error %d\n", soap->status)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) strcpy(soap->endpoint, "https://"); else #endif strcpy(soap->endpoint, "http://"); strncat(soap->endpoint, val, sizeof(soap->endpoint) - 8); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #ifndef WITH_LEAN else if (!soap_tag_cmp(key, "Authorization")) { if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { strncpy(soap->endpoint, val, sizeof(soap->endpoint)); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { register const char *s = line; if (s) { while (*s) { register short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (*s == '"') { s++; while (*s && *s != '"' && --len) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --len) { if (*s == '%') { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { register const char *msg = SOAP_STR_EOS; (void)soap; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { return 405; (void)soap; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { register const char *s; register int err; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "httpg:", 6)) && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "httpg:", 6))) #endif return SOAP_OK; if (strlen(endpoint) + strlen(soap->http_version) > sizeof(soap->tmpbuf) - 80) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) sprintf(soap->tmpbuf, "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) sprintf(soap->tmpbuf, "%s %s HTTP/%s", s, endpoint, soap->http_version); else sprintf(soap->tmpbuf, "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) sprintf(soap->tmpbuf, "[%s]:%d", host, port); /* RFC 2732 */ else #endif sprintf(soap->tmpbuf, "%s:%d", host, port); } else strcpy(soap->tmpbuf, host); if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #ifndef WITH_LEAN if (soap->userid && soap->passwd && strlen(soap->userid) + strlen(soap->passwd) < 761) { #ifdef WITH_NTLM if (soap->ntlm_challenge && strlen(soap->ntlm_challenge) + 6 < sizeof(soap->tmpbuf)) sprintf(soap->tmpbuf, "NTLM %s", soap->ntlm_challenge); else #endif { strcpy(soap->tmpbuf, "Basic "); sprintf(soap->tmpbuf + 262, "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); } if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd && strlen(soap->proxy_userid) + strlen(soap->proxy_passwd) < 761) { #ifdef WITH_NTLM if (soap->ntlm_challenge && strlen(soap->ntlm_challenge) + 6 < sizeof(soap->tmpbuf)) sprintf(soap->tmpbuf, "NTLM %s", soap->ntlm_challenge); else #endif { strcpy(soap->tmpbuf, "Basic "); sprintf(soap->tmpbuf + 262, "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); } if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { sprintf(soap->tmpbuf, "\"%s\"", action && strlen(action) < sizeof(soap->tmpbuf) - 3 ? action : SOAP_STR_EOS); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { register const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { register int err; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif if (strlen(soap->http_version) > 4) return soap->error = SOAP_EOM; if (!status || status == SOAP_HTML || status == SOAP_FILE) { const char *s; if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) s = "200 OK"; else s = "202 Accepted"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Status = %s\n", s)); #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif { sprintf(soap->tmpbuf, "HTTP/%s %s", soap->http_version, s); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; } else if ((err = soap->fposthdr(soap, "Status", s))) /* CGI header */ return err; } else if (status >= 200 && status < 600) { sprintf(soap->tmpbuf, "HTTP/%s %d %s", soap->http_version, status, http_error(soap, status)); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { sprintf(soap->tmpbuf, "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) < sizeof(soap->tmpbuf) - 14) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif } else { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) s = "405 Method Not Allowed"; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) s = "400 Bad Request"; else s = "500 Internal Server Error"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error %s (status=%d)\n", s, status)); #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application */ #endif { sprintf(soap->tmpbuf, "HTTP/%s %s", soap->http_version, s); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; } else if ((err = soap->fposthdr(soap, "Status", s))) /* CGI */ return err; } if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { register size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { register int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES /******************************************************************************/ SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_cookie(const char *s, char *t, size_t len) { register int c; register size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie %s domain=%s path=%s\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s=%s domain=%s path=%s env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && p->domain && p->path && !strcmp(p->domain, domain) && (!*p->path || !strncmp(p->path, path, strlen(p->path)))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s=%s domain=%s path=%s\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { if ((q->name = (char*)SOAP_MALLOC(soap, strlen(name)+1))) strcpy(q->name, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value && (q->value = (char*)SOAP_MALLOC(soap, strlen(value)+1))) strcpy(q->value, value); if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain && (q->domain = (char*)SOAP_MALLOC(soap, strlen(domain)+1))) strcpy(q->domain, domain); if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path && (q->path = (char*)SOAP_MALLOC(soap, strlen(path)+1))) strcpy(q->path, path); q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie %s: cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie %s: cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && !strcmp(q->domain, domain) && !strncmp(q->path, path, strlen(q->path))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age %ld: %s domain=%s path=%s\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_cookie(p->name, s, tmp-s+4064); if (p->value && *p->value) { *s++ = '='; s += soap_encode_cookie(p->value, s, tmp-s+4064); } if (p->domain && (int)strlen(p->domain) < tmp-s+4064) { strcpy(s, ";Domain="); strcat(s, p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < tmp-s+4064) { strcpy(s, ";Domain="); strcat(s, soap->cookie_domain); } strcat(s, ";Path=/"); s += strlen(s); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < tmp-s+4064) { if (strchr(t, '%')) /* already URL encoded? */ { strcpy(s, t); s += strlen(s); } else s += soap_encode_cookie(t, s, tmp-s+4064); } } if (p->version > 0 && s-tmp < 4060) { sprintf(s, ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4060) { sprintf(s, ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) strcpy(s, ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain=%s path=%s\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = strchr(hostent->h_name, '.'); if (!r) r = hostent->h_name; flag = !strncmp(t, r, n); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { strcat(s, " "); s++; } if (q->version != version) { sprintf(s, "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_cookie(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_cookie(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path) { sprintf(s, ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain) { sprintf(s, ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((t = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(t, tmp); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((t = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(t, tmp); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((p->path = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(p->path, tmp); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { if ((p->domain = (char*)SOAP_MALLOC(soap, strlen(tmp)+1))) strcpy(p->domain, tmp); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie %s=%s domain=%s path=%s expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { p->name = (char*)SOAP_MALLOC(soap, strlen(tmp)+1); strcpy(p->name, tmp); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { p->value = (char*)SOAP_MALLOC(soap, strlen(tmp)+1); strcpy(p->value, tmp); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { p->domain = (char*)SOAP_MALLOC(soap, strlen(soap->host)+1); strcpy(p->domain, soap->host); } else p->domain = NULL; if (path) p->path = path; else if (soap->path && *soap->path) { p->path = (char*)SOAP_MALLOC(soap, strlen(soap->path)+1); strcpy(p->path, soap->path); } else { p->path = (char*)SOAP_MALLOC(soap, 2); strcpy(p->path, "/"); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie %s=%s domain=%s path=%s expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { if (((*q)->name = (char*)SOAP_MALLOC(copy, strlen(p->name)+1))) strcpy((*q)->name, p->name); } if (p->value) { if (((*q)->value = (char*)SOAP_MALLOC(copy, strlen(p->value)+1))) strcpy((*q)->value, p->value); } if (p->domain) { if (((*q)->domain = (char*)SOAP_MALLOC(copy, strlen(p->domain)+1))) strcpy((*q)->domain, p->domain); } if (p->path) { if (((*q)->path = (char*)SOAP_MALLOC(copy, strlen(p->path)+1))) strcpy((*q)->path, p->path); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(register const char *s) { register size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { register int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap = (struct soap*)malloc(sizeof(struct soap)); if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { register struct soap_pblk *pb, *next; register int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const struct soap_array *a, int n, const char *tag, int type) { register int i; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (a) i = soap_array_pointer_lookup(soap, p, a, n, type, &pp); else i = soap_pointer_lookup(soap, p, type, &pp); if (i) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return i; (void)soap; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { register struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const struct soap_array *a, int n, int type, struct soap_plist **ppp) { register size_t h; register struct soap_plist *pp; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { register struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a->__ptr); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%d dim=%d type=%d id=%d\n", p, a ? a->__ptr : NULL, a ? a->__size : 0, n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->array = a; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; (void)n; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const struct soap_array *a, int n, int type, struct soap_plist **ppp) { register struct soap_plist *pp; *ppp = NULL; if (!p || !a->__ptr) return 0; for (pp = soap->pht[soap_hash_ptr(a->__ptr)]; pp; pp = pp->next) { if (pp->type == type && pp->array && pp->array->__ptr == a->__ptr) { register int i; for (i = 0; i < n; i++) if (((const int*)&pp->array->__size)[i] != ((const int*)&a->__size)[i]) break; if (i == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a->__ptr, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a->__ptr, type)); return 0; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) soap->mode |= SOAP_ENC_XML; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if (!soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH)) soap->mode |= SOAP_XML_TREE; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output\n")); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; if (soap->count > SOAP_BUFLEN) return soap->error = SOAP_UDP_ERROR; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH && soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; if (!soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH)) soap->mode |= SOAP_XML_TREE; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket)) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { memcpy(soap->z_buf, "\37\213\10\0\0\0\0\0\0\377", 10); soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = SOAP_BUFLEN - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (soap->mode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (soap_pointer_enter(soap, p, NULL, 0, t, &pp)) { pp->mark1 = 0; pp->mark2 = 0; } else return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const struct soap_array *a, int n, int t) { register int i; struct soap_plist *pp; if (!p || !a->__ptr) return 1; i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (i) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; else { pp->mark1 = 0; pp->mark2 = 0; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p dim=%d type=%d (%d %d)\n", p, a->__ptr, n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (soap->mode & SOAP_XML_TREE) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } return id; } if (id < 0) id = soap_pointer_lookup(soap, p, t, &pp); else if (id && !soap_pointer_lookup(soap, p, t, &pp)) return 0; if (id && pp) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const struct soap_array *a, const char *aid, const char *atype, const char *aoptions, int n, const char *type, int t) { #ifndef WITH_NOIDREF struct soap_plist *pp; int i; if (!p || !a->__ptr || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { sprintf(soap->tmpbuf, soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a->__ptr, a->__size); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a->__ptr, a->__size); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { char *s = (char*)soap_malloc(soap, strlen(aid) - 1); if (s) { *s = '<'; strcpy(s + 1, aid + 4); strcat(s, ">"); content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; #endif return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { register int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { register int i; register struct soap_ilist *ip = NULL, *p = NULL; register struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { register struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id) { register size_t h; register struct soap_ilist *ip; ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + strlen(id)); if (ip) { h = soap_hash(id); strcpy((char*)ip->id, id); ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { register char *p; if (!n) return (void*)SOAP_NON_NULL; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if (!(p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t)))) { soap->error = SOAP_EOM; return NULL; } /* set the canary to detect corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } soap->alloced = 1; return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { register int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { register int i; register struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { register void *p = malloc(size); if (soap) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { free(p); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { register size_t h = soap_hash_ptr(p); register struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { register char **q; for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { register char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* we must assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { register struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { register struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { register struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* this was possibly deallocated */ soap->header = NULL; /* this was possibly deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { register struct soap_clist *cp; register char **q; #ifdef SOAP_MEM_DEBUG register void *p; register struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { register struct soap_clist *cp; if ((cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) { cp->next = soap->clist; cp->type = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { register char **q; register struct soap_clist **cp; if (soap && p) { for (q = (char**)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { register struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k) { struct soap_ilist *ip; void **q; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d %p (%u bytes)\n", id, t, p, (unsigned int)n)); ip->type = t; ip->size = n; ip->link = p; ip->copy = NULL; ip->flist = NULL; ip->ptr = NULL; ip->level = k; *p = NULL; } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes)\n", id, t, ip->ptr, (unsigned int)n)); if (ip->type != t) { strcpy(soap->id, id); soap->error = SOAP_HREF; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility: href='%s' id-type=%d href-type=%d\n", id, ip->type, t)); return NULL; } while (ip->level < k) { q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return NULL; *p = (void*)q; p = q; k--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } *p = ip->ptr; } else if (ip->level > k) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving level %u pointers to href='%s'\n", ip->level, id)); while (ip->level > k) { void *s, **r = &ip->link; q = (void**)ip->link; while (q) { *r = (void*)soap_malloc(soap, sizeof(void*)); if (!*r) return NULL; s = *q; *q = *r; r = (void**)*r; q = (void**)s; } *r = NULL; ip->size = n; ip->copy = NULL; ip->level = ip->level - 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } q = (void**)ip->link; ip->link = p; *p = (void*)q; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes)\n", id, t, p, (unsigned int)n)); while (ip->level < k) { q = (void**)soap_malloc(soap, sizeof(void*)); if (!q) return NULL; *p = q; p = q; k--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Descending one level...\n")); } q = (void**)ip->link; ip->link = p; *p = (void*)q; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t len, int st, int tt, size_t n, unsigned int k, void (*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href))) /* new hash table entry for string id */ return NULL; ip->type = st; ip->size = n; ip->link = NULL; ip->copy = NULL; ip->ptr = NULL; ip->level = 0; ip->flist = NULL; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, st, (unsigned long)n, k, p)); } else if (ip->type != st || (ip->level == k && ip->size != n)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, st, (unsigned long)n)); strcpy(soap->id, href); soap->error = SOAP_HREF; return NULL; } if (fcopy || n < sizeof(void*) || *href != '#') { register struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->len = len; if (fcopy) fp->fcopy = fcopy; else fp->fcopy = soap_fcopy; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u len=%lu href='%s'\n", st, tt, (unsigned long)n, p, k, (unsigned long)len, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, st, href)); *(void**)p = ip->copy; ip->copy = p; } return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, unsigned int k, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d loc=%p size=%lu level=%u\n", id, t, p, (unsigned long)n, k)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); else p = soap_malloc(soap, n); if (p) soap->alloced = 1; } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Lookup entry id='%s for location=%p'\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id))) /* new hash table entry for string id */ return NULL; ip->type = t; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->size = n; ip->ptr = p; ip->level = k; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu level=%u location=%p\n", id, t, (unsigned long)n, k, p)); } else if ((ip->type != t || (ip->level == k && ip->size != n)) && (ip->copy || ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); strcpy(soap->id, id); soap->error = SOAP_HREF; return NULL; } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); strcpy(soap->id, id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else { ip->size = n; ip->ptr = p; ip->level = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update entry id='%s' type=%d location=%p size=%lu level=%u\n", id, t, p, (unsigned long)n, k)); } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_fcopy(struct soap *soap, int st, int tt, void *p, size_t len, const void *q, size_t n) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Copying data type=%d (target type=%d) %p -> %p (%lu bytes)\n", st, tt, q, p, (unsigned long)n)); memcpy(p, q, n); (void)soap; (void)st; (void)tt; (void)len; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != SOAP_BUFLEN) { if (soap_flush_raw(soap, soap->z_buf, SOAP_BUFLEN - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = SOAP_BUFLEN; } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #ifdef WITH_OPENSSL if (!soap->ssl && soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #else if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; memcpy(soap->buf, soap->z_buf, SOAP_BUFLEN); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) ; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { register struct soap_attribute *tp, *tq; register struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { if (soap->encodingStyle == ns->out) soap->encodingStyle = SOAP_STR_EOS; SOAP_FREE(soap, ns->out); ns->out = NULL; } if (soap->encodingStyle == ns->ns) soap->encodingStyle = SOAP_STR_EOS; } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_pht(soap); soap_free_iht(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { register struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, (void*)s); if (logfile) if ((t = (char*)SOAP_MALLOC(soap, strlen(logfile) + 1))) strcpy(t, logfile); soap->logfile[i] = t; } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { return soap_copy_context((struct soap*)malloc(sizeof(struct soap)), soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { register struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); #ifdef __cplusplus *copy = *soap; #else memcpy(copy, soap, sizeof(struct soap)); #endif copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = NULL; copy->local_namespaces = NULL; if (soap->local_namespaces) soap_set_namespaces(copy, soap->local_namespaces); else soap_set_namespaces(copy, soap->namespaces); #ifdef WITH_C_LOCALE # ifdef WIN32 copy->c_locale = _create_locale(LC_ALL, "C"); # else copy->c_locale = duplocale(soap->c_locale); # endif #else copy->c_locale = NULL; #endif #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); copy->d_stream->zalloc = Z_NULL; copy->d_stream->zfree = Z_NULL; copy->d_stream->opaque = Z_NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); soap_init_pht(copy); #endif copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { register struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && p->fcopy(copy, q, p)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s'\n", p->id)); SOAP_FREE(copy, q); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->socket = soap->socket; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; #if defined(__cplusplus) && !defined(WITH_LEAN) copy->os = soap->os; copy->is = soap->is; #endif copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; memcpy(copy->host, soap->host, sizeof(soap->host)); memcpy(copy->endpoint, soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = NULL; if (soap->state == SOAP_COPY) copy->ctx = soap->ctx; else copy->ctx = NULL; if (soap->ssl) copy->ssl = SSL_dup(soap->ssl); else copy->ssl = NULL; #endif #ifdef WITH_GNUTLS copy->session = soap->session; /* TODO: Oops, GNUTLS provides a dup? */ #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) memcpy(copy->d_stream, soap->d_stream, sizeof(z_stream)); copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, SOAP_BUFLEN); if (copy->z_buf) memcpy(copy->z_buf, soap->z_buf, SOAP_BUFLEN); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif memcpy(copy->buf, soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); if (soap->nlist && soap->local_namespaces) { register struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { register struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; memcpy(np, nq, n); np->next = nr; } while (np) { register const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } strcpy(copy->id, soap->id); strcpy(copy->href, soap->href); strcpy(copy->type, soap->type); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; memcpy(copy->tag, soap->tag, sizeof(copy->tag)); /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); memcpy(tp, tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) strcpy(tp->value, tq->value); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; if (soap->ssl) SSL_free(soap->ssl); soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; /* TODO: GNUTLS free here when dupped */ soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; soap->ipv4_multicast_if = NULL; soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->dime_id_format = "cid:id%d"; /* default DIME id format */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = NULL; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); soap_init_pht(soap); #endif #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = ssl_verify_callback; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_C_LOCALE # ifdef WIN32 soap->c_locale = _create_locale(LC_ALL, "C"); # else soap->c_locale = newlocale(LC_ALL_MASK, "C", NULL); # endif #else soap->c_locale = NULL; #endif soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { register struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { register struct Namespace *ns = soap->local_namespaces; register struct soap_nlist *np, *nq, *nr; register unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { register const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { register int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { register const struct Namespace *ns1; register struct Namespace *ns2; register size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { memcpy(ns2, soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (little) { register size_t n = strlen(little); register const char *s = big; while (s) { register const char *t = s; register size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { register struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) { if (!strncmp(np->id, tag, n) && !np->id[n]) return np; } return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { register struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; strcpy((char*)np->id, id); if (ns) np->ns = strcpy((char*)np->id + n + 1, ns); else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { register struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index == 0) soap_push_ns(soap, np->id, np->ns, 1); } else if (strncmp(tag, "xml", 3)) { strncpy(soap->tmpbuf, tag, n); soap->tmpbuf[n] = '\0'; soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN register const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap->wsuid && soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { register struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { if (np->index == 2) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { register struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->name = soap_strdup(soap, tag); elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->data = NULL; elt->wide = NULL; elt->node = NULL; elt->type = 0; elt->head = NULL; elt->tail = NULL; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog ? soap->prolog : "\n")) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) { struct Namespace *ns = soap->local_namespaces; size_t n = s - tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s + 1)) return soap->error; if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && (ns->out || ns->ns) && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns; int k = -1; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) k = 4; /* only produce the first four required entries */ #endif for (ns = soap->local_namespaces; ns && ns->id && k; ns++, k--) { if (*ns->id && (ns->out || ns->ns)) { sprintf(soap->tmpbuf, "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, ns->out ? ns->out : ns->ns)) return soap->error; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_utilize_ns(soap, tag); #endif if (id > 0) { sprintf(soap->tmpbuf, "_%d", id); if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_utilize_ns(soap, type); #endif } if (soap->null && soap->position > 0) { register int i; sprintf(soap->tmpbuf, "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) sprintf(soap->tmpbuf + strlen(soap->tmpbuf), ",%d", soap->positions[i]); strcat(soap->tmpbuf, "]"); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { register char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { register long n = 0; register int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) break; n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; register int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, "SOAP-ENC:Array")) return soap->error; if (soap->version == 2) { const char *s; s = soap_strrchr(type, '['); if ((size_t)(s - type) < sizeof(soap->tmpbuf)) { strncpy(soap->tmpbuf, type, s - type); soap->tmpbuf[s - type] = '\0'; if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; if (s && (soap_attribute(soap, "SOAP-ENC:arraySize", s + 1))) return soap->error; } } else { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { register struct soap_attribute *tp; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->index == 1 && np->ns) { sprintf(soap->tmpbuf, *(np->id) ? "xmlns:%s" : "xmlns", np->id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s'\n", np->level, soap->tmpbuf, np->ns)); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { register struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->data = soap_strdup(soap, tp->value); (*att)->wide = NULL; (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send(soap, " ") || soap_send(soap, s)) return soap->error; } else #endif if (soap_send(soap, " ") || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif soap->level--; /* decrement level just before /> */ return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) { soap_pop_namespace(soap); tag = s + 1; } #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { register int n = 0; const char *s = "href"; if (soap->version == 2) { s = "SOAP-ENC:ref"; n = 1; } sprintf(soap->href, "#_%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || soap_attribute(soap, "xsi:nil", "true")) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const struct soap_array *a, int n, const char *type, int t) { if (!p) { soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF if (soap->mode & SOAP_XML_TREE) return 0; if (id < 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return 0; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } (void)tag; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { register struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->data = soap_strdup(soap, value); a->wide = NULL; a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->mode & SOAP_XML_CANONICAL) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send(soap, " ") || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin element found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { register soap_wchar c; register char *s; register int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, 3, -1, -1)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End element tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End element found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { register struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && !soap_match_tag(soap, tp->name, name)) break; } if (tp) { if (flag == 2 && (soap->mode & SOAP_XML_STRICT)) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 1 && (soap->mode & SOAP_XML_STRICT)) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { register struct soap_attribute *tp; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); for (tp = soap->attributes; tp; tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + strlen(name)))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)) if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif { tp->next = soap->attributes; soap->attributes = tp; } strcpy((char*)tp->name, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } strcpy(tp->value, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; strncpy(soap->id, value, sizeof(soap->id)); soap->id[sizeof(soap->id)-1] = '\0'; } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { register struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t n, soap_wchar d) { register size_t i; for (i = 0; i < n; i++) { register soap_wchar c = soap_get(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; return SOAP_OK; } default: if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { register char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, old size=%lu", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, ", new size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { memcpy(soap->labbuf, t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { memcpy(soap->labbuf + soap->labidx, s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM register struct soap_dom_attribute **att = NULL; register char *lead = NULL; #endif register struct soap_attribute *tp, *tq = NULL; register const char *t; register char *s; register soap_wchar c; register int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading to tag is not insignificant for DOM */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c > 0 ? c | 0x80000000 : c); #ifdef WITH_DOM /* whitespace leading to end tag is significant for DOM */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = (char*)SOAP_STR_EOS; } #endif return soap->error = SOAP_NO_TAG; } s = soap->tag; do c = soap_get1(soap); while (soap_blank(c)); i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } while (soap_blank(c)) c = soap_get1(soap); *s = '\0'; #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { register struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->data = NULL; elt->wide = NULL; elt->type = 0; elt->node = NULL; elt->head = soap_strdup(soap, lead); elt->tail = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->data = NULL; (*att)->wide = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + strlen(soap->tmpbuf)); if (!tp) return soap->error = SOAP_EOM; strcpy((char*)tp->name, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* if attribute name is qualified, append it to the end of the list */ if (tq && strchr(soap->tmpbuf, ':')) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } if (soap_getattrval(soap, tp->value, tp->size, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, tp->size)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); for (;;) { if (soap_getattrval(soap, soap->labbuf + soap->labidx, soap->lablen - soap->labidx, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; strcpy(tp->value, soap->labbuf); #else size_t n; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; if (soap_getattrval(soap, s, SOAP_BLKLEN, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; } else break; } n = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, n))) return soap->error = SOAP_EOM; if (tp->value) { memcpy(s, tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = n; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->data = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->mode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; strncpy(soap->id + 1, tp->value, sizeof(soap->id) - 2); soap->id[sizeof(soap->id)-1] = '\0'; } } else if (!strcmp(tp->name, "href")) { if (soap->version == 1 || (soap->mode & SOAP_XML_GRAPH) || (soap->mode & SOAP_ENC_MTOM) || (soap->mode & SOAP_ENC_DIME)) { strncpy(soap->href, tp->value, sizeof(soap->href) - 1); soap->href[sizeof(soap->href)-1] = '\0'; } } else #endif if (!soap_match_tag(soap, tp->name, "xsi:type")) { strncpy(soap->type, tp->value, sizeof(soap->type) - 1); soap->type[sizeof(soap->type)-1] = '\0'; } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { strncpy(soap->arrayType, tp->value, s - tp->value); soap->arrayType[s - tp->value] = '\0'; strncpy(soap->arraySize, s, sizeof(soap->arraySize) - 1); } else strncpy(soap->arrayType, tp->value, sizeof(soap->arrayType) - 1); soap->arraySize[sizeof(soap->arrayType)-1] = '\0'; soap->arrayType[sizeof(soap->arrayType)-1] = '\0'; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) strncpy(soap->arrayOffset, tp->value, sizeof(soap->arrayOffset)); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "ref") || !soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; strncpy(soap->href + 1, tp->value, sizeof(soap->href) - 2); soap->href[sizeof(soap->href)-1] = '\0'; } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) strncpy(soap->arrayType, tp->value, sizeof(soap->arrayType) - 1); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) strncpy(soap->arraySize, tp->value, sizeof(soap->arraySize) - 1); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { register const char *t; register soap_wchar c; register soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->data = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || soap->mode & SOAP_C_UTFSTRING) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0D: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; register int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen) { register char *s; char *t = NULL; register size_t i; register long l = 0; register int n = 0, f = 0, m = 0; register soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; t[sizeof(soap->tmpbuf)-1] = '\0'; strncpy(t + 1, soap->tag, sizeof(soap->tmpbuf) - 2); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; *t++ = ' '; strcpy(t, tp->name); t += strlen(t); if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; /* too many or large attribute values */ if (tp->value) { *t++ = '='; *t++ = '"'; strcpy(t, tp->value); t += strlen(t); *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (!flag) { register int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if (c >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if (soap->mode & SOAP_C_UTFSTRING) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } if (soap->mode & SOAP_C_UTFSTRING) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i+1); t = soap_save_block(soap, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag == 3) soap->dom->tail = t; else soap->dom->data = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; register soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { wchar_t *r = (wchar_t*)s; int n = 1; while (*r++) n++; soap->dom->wide = r = (wchar_t*)soap_malloc(soap, n * sizeof(wchar_t)); while (n--) *r++ = *s++; return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else /* check UTF16 encoding when wchar_t is too small to hold UCS */ { if (sizeof(wchar_t) < 4 && (c & 0xD800) == 0xD800) { /* http://unicode.org/faq/utf_bom.html#utf16-2 */ if ((*s & 0xD800) == 0xD800) c = (c << 10) + *s++ + 0x10000 - (0xD800 << 10) - 0xDC00; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen) { wchar_t *s; register int i, n = 0, f = 0; register long l = 0; register soap_wchar c; char *t = NULL; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (soap->peeked) { if (*soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; t[sizeof(soap->tmpbuf)-1] = '\0'; strncpy(t + 1, soap->tag, sizeof(soap->tmpbuf) - 2); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; *t++ = ' '; strcpy(t, tp->name); t += strlen(t); if (t >= soap->tmpbuf + sizeof(soap->tmpbuf) - 2) break; if (tp->value) { *t++ = '='; *t++ = '"'; strcpy(t, tp->value); t += strlen(t); *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if (f && n == 0) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; /* http://unicode.org/faq/utf_bom.html#utf16-2 */ c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->wide = s; #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), 0, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(int), 0, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { sprintf(soap->tmpbuf, "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), 0, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(long), 0, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { sprintf(soap->tmpbuf, SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { #ifdef HAVE_STRTOLL char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = strtoll(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) #else # ifdef HAVE_SSCANF if (sscanf(s, SOAP_LONG_FORMAT, p) != 1) # endif #endif soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), 0, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(LONG64), 0, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), 0, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(char), 0, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), 0, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(short), 0, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { char *s; if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; s = soap->tmpbuf; #if defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(s, _countof(soap->tmpbuf), soap->float_format, soap->c_locale, n); # else sprintf_l(s, soap->c_locale, soap->float_format, n); # endif #else sprintf(s, soap->float_format, n); s = strchr(s, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, soap->c_locale); # else *p = (float)strtod_l(s, &r, soap->c_locale); # endif if (*r) #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) #elif defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, soap->c_locale); if (*r) #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) #endif { #if defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, soap->c_locale, "%g", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%g", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), 0, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(float), 0, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { char *s; if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; s = soap->tmpbuf; #if defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(s, _countof(soap->tmpbuf), soap->double_format, soap->c_locale, n); # else sprintf_l(s, soap->c_locale, soap->double_format, n); # endif #else sprintf(s, soap->double_format, n); s = strchr(s, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, soap->c_locale); # else *p = strtod_l(s, &r, soap->c_locale); # endif if (*r) #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) #endif { #if defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, soap->c_locale, "%lg", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lg", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), 0, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(double), 0, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned char), 0, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned short), 0, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned int), 0, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { sprintf(soap->tmpbuf, "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), 0, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(unsigned long), 0, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { sprintf(soap->tmpbuf, SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { #ifdef HAVE_STRTOULL char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = strtoull(s, &r, 10); if ((s == r && (soap->mode & SOAP_XML_STRICT)) || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) #else #ifdef HAVE_SSCANF if (sscanf(s, SOAP_ULONG_FORMAT, p) != 1) #endif #endif soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), 0, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(ULONG64), 0, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { long l = (long)strlen(s); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; if (!(*t = soap_strdup(soap, s))) return soap->error = SOAP_EOM; if (!(soap->mode & (SOAP_ENC_LATIN | SOAP_C_UTFSTRING))) { char *r = *t; /* remove non-ASCII chars */ for (s = *t; *s; s++) if (!(*s & 0x80)) *r++ = *s; *r = '\0'; } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { long l = (long)strlen(s); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; soap->labidx = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; register const char *p; /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "xml" then copy string */ if (!np || !strncmp(s, "xml:", 4)) { soap_append_lab(soap, s, n); } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') soap_append_lab(soap, q, k); else { soap_append_lab(soap, "\"", 1); soap_append_lab(soap, soap->local_namespaces[np->index].ns, strlen(soap->local_namespaces[np->index].ns)); soap_append_lab(soap, "\"", 1); } } else if (np->ns) { soap_append_lab(soap, "\"", 1); soap_append_lab(soap, np->ns, strlen(np->ns)); soap_append_lab(soap, "\"", 1); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI=%s)\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); return soap->error = SOAP_NAMESPACE; } } else if (s[n]) /* no namespace, part of string */ { soap_append_lab(soap, s, n); } else /* no namespace: assume "" namespace */ { soap_append_lab(soap, "\"\"", 2); } soap_append_lab(soap, ":", 1); soap_append_lab(soap, p, n - (p-s)); } /* advance to next and add spacing */ s += n; if (*s) soap_append_lab(soap, " ", 1); } soap_append_lab(soap, SOAP_STR_EOS, 1); *t = soap_strdup(soap, soap->labbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, " into '%s'\n", *t)); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { soap->labidx = 0; for (;;) { size_t n; /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { soap_append_lab(soap, s, n); #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); #endif } else /* URL-based string prefix */ { const char *q; s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } /* URL is in the namespace table? */ if (p && p->id) { soap_append_lab(soap, p->id, strlen(p->id)); } else /* not in namespace table: create xmlns binding */ { char *r = soap_strdup(soap, s); r[q-s] = '\0'; sprintf(soap->tmpbuf, "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, r, 1); soap_append_lab(soap, soap->tmpbuf + 6, strlen(soap->tmpbuf + 6)); } soap_append_lab(soap, q + 1, n - (q-s) - 1); } } /* advance to next and add spacing */ s += n; if (*s) soap_append_lab(soap, " ", 1); } soap_append_lab(soap, SOAP_STR_EOS, 1); t = soap_strdup(soap, soap->labbuf); } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { long l; wchar_t *r; *t = r = (wchar_t*)soap_malloc(soap, sizeof(wchar_t) * (strlen(s) + 1)); if (!r) return soap->error = SOAP_EOM; if (soap->mode & SOAP_ENC_LATIN) { while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { register soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) *r++ = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) *r++ = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) *r++ = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) *r++ = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) *r++ = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else *r++ = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } } } *r = L'\0'; l = (long)(r - *t); if ((maxlen >= 0 && l > maxlen) || l < minlen) return soap->error = SOAP_LENGTH; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { register soap_wchar c; register char *r, *t; const wchar_t *q = s; size_t n = 0; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), 0, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href && minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } else *p = soap_strdup(soap, SOAP_STR_EOS); if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), 0, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R gmtime_r(&t, &tm); #else tm = *gmtime(&t); #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) if (gmtime_r(&n, pT)) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GETTIMEOFDAY) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) { struct timeval tv; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) { #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); sprintf(soap->tmpbuf + strlen(soap->tmpbuf), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT)) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else strcpy(soap->tmpbuf, "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { if (s) { char zone[32]; struct tm T; const char *t; *zone = '\0'; memset((void*)&T, 0, sizeof(T)); if (strchr(s, '-')) t = "%d-%d-%dT%d:%d:%d%31s"; else if (strchr(s, ':')) t = "%4d%2d%2dT%d:%d:%d%31s"; else /* parse non-XSD-standard alternative ISO 8601 format */ t = "%4d%2d%2dT%2d%2d%2d%31s"; if (sscanf(s, t, &T.tm_year, &T.tm_mon, &T.tm_mday, &T.tm_hour, &T.tm_min, &T.tm_sec, zone) < 6) return soap->error = SOAP_TYPE; if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*zone == '.') { for (s = zone + 1; *s; s++) if (*s < '0' || *s > '9') break; } else s = zone; if (*s) { #ifndef WITH_NOZONE if (*s == '+' || *s == '-') { int h = 0, m = 0; if (s[3] == ':') { /* +hh:mm */ sscanf(s, "%d:%d", &h, &m); if (h < 0) m = -m; } else /* +hhmm */ { m = (int)soap_strtol(s, NULL, 10); h = m / 100; m = m % 100; } T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), 0, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(time_t), 0, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { strncpy(soap->tmpbuf, tag, t-tag); soap->tmpbuf[t-tag] = '\0'; for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { *p = soap_string_in(soap, 0, -1, -1); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { strncpy(soap->tmpbuf, tag, t-tag); soap->tmpbuf[t-tag] = '\0'; for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } if (soap_send(soap, soap->tmpbuf)) return soap->error; } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { *p = soap_wstring_in(soap, 0, -1, -1); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { register size_t i; register soap_wchar c = 0; register char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else if (soap->mode & SOAP_XML_STRICT) { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->data = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *s, int len) { int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { *s = '\0'; if (i+1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i < 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER register struct soap_multipart *content; register size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { register size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { register const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count is %lu bytes\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); strcpy(s + 4, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { register soap_wchar c; register size_t i; register char *s; register char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; if ((soap->error = soap_move(soap, -(long)n&3))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { register soap_wchar c; register char *s; register int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, (long)(soap->dime.size - soap_tell(soap)))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = (tmp[8] << 24) | (tmp[9] << 16) | (tmp[10] << 8) | tmp[11]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id=%s, type=%s, options=%s\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, (long)soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (long)(((soap->dime.size+3)&(~3))-soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { register struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, -(long)soap->dime.size&3)) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { register soap_wchar c; register size_t i; register char *s; s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, -(long)soap->dime.size&3)) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more for '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* force 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { register char *key = soap->msgbuf; register char *val; if (!*key) break; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (long)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) ; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { register soap_wchar c = 0; register size_t i, m = 0; register char *s, *t = NULL; register struct soap_multipart *content; register short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id=%s type=%s\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_get1(soap); if ((int)c == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { t = soap->msgbuf; memset(t, 0, sizeof(soap->msgbuf)); strcpy(t, "\n--"); if (soap->mime.boundary) strncat(t, soap->mime.boundary, sizeof(soap->msgbuf)-4); do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* force 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1)-1; content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { register size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { register struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id=%s\n", content->id)); while (*xp) { register struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment %s for content id=%s\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type=%s\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { register char *s = soap->mime.boundary; register size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } strcpy(s, "=="); s += 2; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } strcpy(s, "=="); } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { register struct soap_multipart *content; register size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { register const char *p = (const char*)content->ptr; register size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { register soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input\n")); soap->error = SOAP_OK; soap->filterstop = SOAP_OK; soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket)) #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream->next_in = Z_NULL; soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = SOAP_BUFLEN; soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML or MIME/DIME/ZLIB, assume HTTP header */ if (c != '<' && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ if (soap_get0(soap) == (int)EOF) { if (soap->status == 200) return soap->error = SOAP_NO_DATA; /* HTTP OK: always expect data */ return soap->error = soap->status; } #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, SOAP_BUFLEN); memcpy(soap->z_buf, soap->buf, SOAP_BUFLEN); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start && strlen(soap->mime.boundary) + strlen(soap->mime.start) < sizeof(soap->tmpbuf) - 80 ) { const char *s; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; sprintf(soap->tmpbuf, "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ sprintf(soap->id, soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap) { #ifndef WITH_LEAN register size_t l = 0, n = 0; register char *s; /* get HTML body of HTTP error content */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST register size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else register size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { register soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_getchar(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; #ifdef WITH_FAST s = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, 0); #endif return s; #else return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { register struct Namespace *p; soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH && !soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status) soap->error = soap->status; return soap->error; } p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) strcpy(p[1].out, soap_enc1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) strcpy(p[1].out, soap_enc2); } } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { soap->part = SOAP_IN_BODY; if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { register const char *s; register size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif strncpy(soap->endpoint, endpoint, sizeof(soap->endpoint) - 1); soap->endpoint[sizeof(soap->endpoint) - 1] = '\0'; s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) { strncpy(soap->path, s + i, sizeof(soap->path)); soap->path[sizeof(soap->path) - 1] = '\0'; } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { char *endpoint; const char *s; if (endpoints && (s = strchr(endpoints, ' '))) { endpoint = (char*)SOAP_MALLOC(soap, strlen(endpoints) + 1); for (;;) { strncpy(endpoint, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; strcpy(host, soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif soap->action = soap_strdup(soap, action); if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Connect/reconnect to host='%s' path='%s' port=%d\n", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, host, port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)&req, NULL, SmbLength(&req)); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, NULL, NULL, 0) || soap_end_send(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)&res, NULL, SmbLength(&res)); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->keep_alive = k; soap->length = l; soap->mode = m; soap->omode = o; soap->status = s; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { register int i; register unsigned long m; register char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { register size_t i, j; register soap_wchar c; register unsigned long m; register const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (;;) { for (i = 0; i < SOAP_BLKLEN; i++) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { i *= 3; switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n += (int)i; if (l >= j) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n += (int)i; *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); l -= 3; } if (n) *n += 3 * SOAP_BLKLEN; } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { register char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { register int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { register const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { register int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { register const char *s = "text/xml; charset=utf-8"; register int err = SOAP_OK; #ifndef WITH_LEANER register const char *r = NULL; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && strlen(soap->mime.boundary) + strlen(soap->mime.start ? soap->mime.start : SOAP_STR_EOS) < sizeof(soap->tmpbuf) - 80) { register const char *t = strchr(s, ';'); sprintf(soap->tmpbuf, "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); if (t) { strncat(soap->tmpbuf, s, t - s); soap->tmpbuf[sizeof(soap->tmpbuf)-1] = '\0'; } else strcat(soap->tmpbuf, s); if (soap->mime.start) { strcat(soap->tmpbuf, "\"; start=\""); strcat(soap->tmpbuf, soap->mime.start); } strcat(soap->tmpbuf, "\""); if (r) { strcat(soap->tmpbuf, "; start-info=\""); strcat(soap->tmpbuf, r); strcat(soap->tmpbuf, "\""); } s = soap->tmpbuf; } else s = strcpy(soap->tmpbuf, s); if (status == SOAP_OK && soap->version == 2 && soap->action && strlen(soap->action) + strlen(s) < sizeof(soap->tmpbuf) - 80) sprintf(soap->tmpbuf + strlen(s), "; action=\"%s\"", soap->action); #endif if ((err = soap->fposthdr(soap, "Content-Type", s))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif if (s) { sprintf(soap->tmpbuf, "%lu", (unsigned long)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (*soap->tag) sprintf(soap->msgbuf, "Validation constraint violation: %s%s in element '%s'", s, t ? t : SOAP_STR_EOS, soap->tag); else sprintf(soap->msgbuf, "Validation constraint violation: %s%s", s, t ? t : SOAP_STR_EOS); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else *c = "SOAP-ENV:Client"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: *s = soap_set_validation_fault(soap, "data type mismatch ", soap->type); break; case SOAP_SYNTAX_ERROR: *s = "Well-formedness violation"; break; case SOAP_NO_TAG: *s = "No XML root element"; break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; sprintf(soap->msgbuf, "The data in element '%s' must be understood but cannot be handled", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data error"; break; case SOAP_FATAL_ERROR: *s = "Fatal error"; break; case SOAP_NO_METHOD: sprintf(soap->msgbuf, "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple definitions (use the SOAP_XML_TREE flag) of the same id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type ref/id pair ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB sprintf(soap->msgbuf, "Zlib/gzip error: '%s'", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "content range or length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response to be sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO strcpy(soap->msgbuf, soap_strerror(soap)); #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { memmove(soap->msgbuf + 25, soap->msgbuf, strlen(soap->msgbuf) + 1); memcpy(soap->msgbuf, "End of file or no input: ", 25); } #endif *s = soap->msgbuf; break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error > 200 && soap->error < 600) { sprintf(soap->msgbuf, "HTTP Error: %d %s", soap->error, http_error(soap, soap->error)); *s = soap->msgbuf; } else #endif #endif { sprintf(soap->msgbuf, "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { register int status = soap->error; if (status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, soap->tmpbuf, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap_serializeheader(soap); soap_serializefault(soap); soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { soap_envelope_begin_out(soap); soap_putheader(soap); soap_body_begin_out(soap); soap_putfault(soap); soap_body_end_out(soap); soap_envelope_end_out(soap); } soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); soap_end_send(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { register int status = soap->error; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Check if receiving SOAP Fault\n")); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); soap->error = status; soap_set_fault(soap); } else { register const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { register soap_mode m = soap->omode; soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; if (!soap_response(soap, httpstatuscode) && !soap_end_send(soap)) soap->error = SOAP_STOP; /* stops the server's processing of request */ soap->omode = m; return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!soap_begin_recv(soap)) soap_end_recv(soap); else if (soap->error == SOAP_NO_DATA || soap->error == 202) soap->error = SOAP_OK; return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { register int err = soap->errnum; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { char *s = soap->msgbuf; #ifndef WITH_LEAN int rt = soap->recv_timeout, st = soap->send_timeout; int ru = ' ', su = ' '; #endif strcpy(s, "Operation interrupted or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) sprintf(s + strlen(s), " (%d%cs receive delay)", rt, ru); if (st) sprintf(s + strlen(s), " (%d%cs send delay)", st, su); #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { register const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : "SOAP-ENV:Server", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : "SOAP-ENV:Server", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault: " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) strncpy(buf, "Error: soap struct not initialized", len); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = *soap_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); #ifdef HAVE_SNPRINTF # ifdef WIN32 _snprintf # else snprintf # endif (buf, len, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); #else if (len > 40 + (v ? strlen(v) : 0) + (s ? strlen(s) : 0) + (d ? strlen(d) : 0)) sprintf(buf, "%s%d fault: %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); else if (len > 40) sprintf(buf, "%s%d fault: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c); else buf[0] = '\0'; #endif } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= SOAP_BUFLEN) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { register struct soap_plugin *p; register int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { register struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_destroy(this); soap_end(this); soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/soapGeoIPServiceSoap12Proxy.h0000644000175000017500000000650712653650146030634 0ustar ellertellert/* soapGeoIPServiceSoap12Proxy.h Generated by gSOAP 2.8.8 from GeoIPService.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef soapGeoIPServiceSoap12Proxy_H #define soapGeoIPServiceSoap12Proxy_H #include "soapH.h" class SOAP_CMAC GeoIPServiceSoap12Proxy : public soap { public: /// Endpoint URL of service 'GeoIPServiceSoap12Proxy' (change as needed) const char *soap_endpoint; /// Constructor GeoIPServiceSoap12Proxy(); /// Construct from another engine state GeoIPServiceSoap12Proxy(const struct soap&); /// Constructor with endpoint URL GeoIPServiceSoap12Proxy(const char *url); /// Constructor with engine input+output mode control GeoIPServiceSoap12Proxy(soap_mode iomode); /// Constructor with URL and input+output mode control GeoIPServiceSoap12Proxy(const char *url, soap_mode iomode); /// Constructor with engine input and output mode control GeoIPServiceSoap12Proxy(soap_mode imode, soap_mode omode); /// Destructor frees deserialized data virtual ~GeoIPServiceSoap12Proxy(); /// Initializer used by constructors virtual void GeoIPServiceSoap12Proxy_init(soap_mode imode, soap_mode omode); /// Delete all deserialized data (uses soap_destroy and soap_end) virtual void destroy(); /// Delete all deserialized data and reset to default virtual void reset(); /// Disables and removes SOAP Header from message virtual void soap_noheader(); /// Get SOAP Header structure (NULL when absent) virtual const SOAP_ENV__Header *soap_header(); /// Get SOAP Fault structure (NULL when absent) virtual const SOAP_ENV__Fault *soap_fault(); /// Get SOAP Fault string (NULL when absent) virtual const char *soap_fault_string(); /// Get SOAP Fault detail as string (NULL when absent) virtual const char *soap_fault_detail(); /// Close connection (normally automatic, except for send_X ops) virtual int soap_close_socket(); /// Force close connection (can kill a thread blocked on IO) virtual int soap_force_close_socket(); /// Print fault virtual void soap_print_fault(FILE*); #ifndef WITH_LEAN /// Print fault to stream #ifndef WITH_COMPAT virtual void soap_stream_fault(std::ostream&); #endif /// Put fault into buffer virtual char *soap_sprint_fault(char *buf, size_t len); #endif /// Web service operation 'GetGeoIP' (returns error code or SOAP_OK) virtual int GetGeoIP(_ns1__GetGeoIP *ns1__GetGeoIP, _ns1__GetGeoIPResponse *ns1__GetGeoIPResponse) { return GetGeoIP(NULL, NULL, ns1__GetGeoIP, ns1__GetGeoIPResponse); } virtual int GetGeoIP(const char *endpoint, const char *soap_action, _ns1__GetGeoIP *ns1__GetGeoIP, _ns1__GetGeoIPResponse *ns1__GetGeoIPResponse); /// Web service operation 'GetGeoIPContext' (returns error code or SOAP_OK) virtual int GetGeoIPContext(_ns1__GetGeoIPContext *ns1__GetGeoIPContext, _ns1__GetGeoIPContextResponse *ns1__GetGeoIPContextResponse) { return GetGeoIPContext(NULL, NULL, ns1__GetGeoIPContext, ns1__GetGeoIPContextResponse); } virtual int GetGeoIPContext(const char *endpoint, const char *soap_action, _ns1__GetGeoIPContext *ns1__GetGeoIPContext, _ns1__GetGeoIPContextResponse *ns1__GetGeoIPContextResponse); }; #endif gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/soapH.h0000644000175000017500000012010012653650146024471 0ustar ellertellert/* soapH.h Generated by gSOAP 2.8.8 from GeoIPService.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef soapH_H #define soapH_H #include "soapStub.h" #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int); SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*); #ifdef __cplusplus } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*); SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*); #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*); SOAP_FMAC3 void * SOAP_FMAC4 soap_instantiate(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 int SOAP_FMAC4 soap_fdelete(struct soap_clist*); SOAP_FMAC3 void* SOAP_FMAC4 soap_class_id_enter(struct soap*, const char*, void*, int, size_t, const char*, const char*); SOAP_FMAC3 void* SOAP_FMAC4 soap_container_id_forward(struct soap*, const char*, void*, size_t, int, int, size_t, unsigned int); SOAP_FMAC3 void SOAP_FMAC4 soap_container_insert(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE_byte #define SOAP_TYPE_byte (3) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap*, char *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap*, const char*, int, const char *, const char*); SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap*, const char*, char *, const char*); #ifndef soap_write_byte #define soap_write_byte(soap, data) ( soap_begin_send(soap) || soap_put_byte(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap*, const char *, const char*, const char*); #ifndef soap_read_byte #define soap_read_byte(soap, data) ( soap_begin_recv(soap) || !soap_get_byte(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap*, char *, const char*, const char*); #ifndef SOAP_TYPE_int #define SOAP_TYPE_int (1) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap*, int *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap*, const char*, int, const int *, const char*); SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap*, const char*, int *, const char*); #ifndef soap_write_int #define soap_write_int(soap, data) ( soap_begin_send(soap) || soap_put_int(soap, data, "int", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap*, const int *, const char*, const char*); #ifndef soap_read_int #define soap_read_int(soap, data) ( soap_begin_recv(soap) || !soap_get_int(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap*, int *, const char*, const char*); #ifndef SOAP_TYPE_std__string #define SOAP_TYPE_std__string (13) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_std__string(struct soap*, std::string *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_std__string(struct soap*, const std::string *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_std__string(struct soap*, const char*, int, const std::string*, const char*); SOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_std__string(struct soap*, const char*, std::string*, const char*); #ifndef soap_write_std__string #define soap_write_std__string(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "string", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_std__string(struct soap*, const std::string *, const char*, const char*); #ifndef soap_read_std__string #define soap_read_std__string(soap, data) ( soap_begin_recv(soap) || !soap_get_std__string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 std::string * SOAP_FMAC4 soap_get_std__string(struct soap*, std::string *, const char*, const char*); #define soap_new_std__string(soap, n) soap_instantiate_std__string(soap, n, NULL, NULL, NULL) #define soap_delete_std__string(soap, p) soap_delete(soap, p) SOAP_FMAC1 std::string * SOAP_FMAC2 soap_instantiate_std__string(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_std__string(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE__ns1__GetGeoIPContextResponse #define SOAP_TYPE__ns1__GetGeoIPContextResponse (12) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPContextResponse(struct soap*, const char*, int, const _ns1__GetGeoIPContextResponse *, const char*); SOAP_FMAC3 _ns1__GetGeoIPContextResponse * SOAP_FMAC4 soap_in__ns1__GetGeoIPContextResponse(struct soap*, const char*, _ns1__GetGeoIPContextResponse *, const char*); #ifndef soap_write__ns1__GetGeoIPContextResponse #define soap_write__ns1__GetGeoIPContextResponse(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "ns1:GetGeoIPContextResponse", NULL) || soap_end_send(soap) ) #endif #ifndef soap_read__ns1__GetGeoIPContextResponse #define soap_read__ns1__GetGeoIPContextResponse(soap, data) ( soap_begin_recv(soap) || !soap_get__ns1__GetGeoIPContextResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPContextResponse * SOAP_FMAC4 soap_get__ns1__GetGeoIPContextResponse(struct soap*, _ns1__GetGeoIPContextResponse *, const char*, const char*); #define soap_new__ns1__GetGeoIPContextResponse(soap, n) soap_instantiate__ns1__GetGeoIPContextResponse(soap, n, NULL, NULL, NULL) #define soap_delete__ns1__GetGeoIPContextResponse(soap, p) soap_delete(soap, p) SOAP_FMAC1 _ns1__GetGeoIPContextResponse * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPContextResponse(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPContextResponse(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE__ns1__GetGeoIPContext #define SOAP_TYPE__ns1__GetGeoIPContext (11) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPContext(struct soap*, const char*, int, const _ns1__GetGeoIPContext *, const char*); SOAP_FMAC3 _ns1__GetGeoIPContext * SOAP_FMAC4 soap_in__ns1__GetGeoIPContext(struct soap*, const char*, _ns1__GetGeoIPContext *, const char*); #ifndef soap_write__ns1__GetGeoIPContext #define soap_write__ns1__GetGeoIPContext(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "ns1:GetGeoIPContext", NULL) || soap_end_send(soap) ) #endif #ifndef soap_read__ns1__GetGeoIPContext #define soap_read__ns1__GetGeoIPContext(soap, data) ( soap_begin_recv(soap) || !soap_get__ns1__GetGeoIPContext(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPContext * SOAP_FMAC4 soap_get__ns1__GetGeoIPContext(struct soap*, _ns1__GetGeoIPContext *, const char*, const char*); #define soap_new__ns1__GetGeoIPContext(soap, n) soap_instantiate__ns1__GetGeoIPContext(soap, n, NULL, NULL, NULL) #define soap_delete__ns1__GetGeoIPContext(soap, p) soap_delete(soap, p) SOAP_FMAC1 _ns1__GetGeoIPContext * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPContext(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPContext(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE__ns1__GetGeoIPResponse #define SOAP_TYPE__ns1__GetGeoIPResponse (10) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIPResponse(struct soap*, const char*, int, const _ns1__GetGeoIPResponse *, const char*); SOAP_FMAC3 _ns1__GetGeoIPResponse * SOAP_FMAC4 soap_in__ns1__GetGeoIPResponse(struct soap*, const char*, _ns1__GetGeoIPResponse *, const char*); #ifndef soap_write__ns1__GetGeoIPResponse #define soap_write__ns1__GetGeoIPResponse(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "ns1:GetGeoIPResponse", NULL) || soap_end_send(soap) ) #endif #ifndef soap_read__ns1__GetGeoIPResponse #define soap_read__ns1__GetGeoIPResponse(soap, data) ( soap_begin_recv(soap) || !soap_get__ns1__GetGeoIPResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPResponse * SOAP_FMAC4 soap_get__ns1__GetGeoIPResponse(struct soap*, _ns1__GetGeoIPResponse *, const char*, const char*); #define soap_new__ns1__GetGeoIPResponse(soap, n) soap_instantiate__ns1__GetGeoIPResponse(soap, n, NULL, NULL, NULL) #define soap_delete__ns1__GetGeoIPResponse(soap, p) soap_delete(soap, p) SOAP_FMAC1 _ns1__GetGeoIPResponse * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIPResponse(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIPResponse(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE__ns1__GetGeoIP #define SOAP_TYPE__ns1__GetGeoIP (9) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_out__ns1__GetGeoIP(struct soap*, const char*, int, const _ns1__GetGeoIP *, const char*); SOAP_FMAC3 _ns1__GetGeoIP * SOAP_FMAC4 soap_in__ns1__GetGeoIP(struct soap*, const char*, _ns1__GetGeoIP *, const char*); #ifndef soap_write__ns1__GetGeoIP #define soap_write__ns1__GetGeoIP(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "ns1:GetGeoIP", NULL) || soap_end_send(soap) ) #endif #ifndef soap_read__ns1__GetGeoIP #define soap_read__ns1__GetGeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get__ns1__GetGeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIP * SOAP_FMAC4 soap_get__ns1__GetGeoIP(struct soap*, _ns1__GetGeoIP *, const char*, const char*); #define soap_new__ns1__GetGeoIP(soap, n) soap_instantiate__ns1__GetGeoIP(soap, n, NULL, NULL, NULL) #define soap_delete__ns1__GetGeoIP(soap, p) soap_delete(soap, p) SOAP_FMAC1 _ns1__GetGeoIP * SOAP_FMAC2 soap_instantiate__ns1__GetGeoIP(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy__ns1__GetGeoIP(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE_ns1__GeoIP #define SOAP_TYPE_ns1__GeoIP (8) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns1__GeoIP(struct soap*, const char*, int, const ns1__GeoIP *, const char*); SOAP_FMAC3 ns1__GeoIP * SOAP_FMAC4 soap_in_ns1__GeoIP(struct soap*, const char*, ns1__GeoIP *, const char*); #ifndef soap_write_ns1__GeoIP #define soap_write_ns1__GeoIP(soap, data) ( soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, "ns1:GeoIP", NULL) || soap_end_send(soap) ) #endif #ifndef soap_read_ns1__GeoIP #define soap_read_ns1__GeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get_ns1__GeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 ns1__GeoIP * SOAP_FMAC4 soap_get_ns1__GeoIP(struct soap*, ns1__GeoIP *, const char*, const char*); #define soap_new_ns1__GeoIP(soap, n) soap_instantiate_ns1__GeoIP(soap, n, NULL, NULL, NULL) #define soap_delete_ns1__GeoIP(soap, p) soap_delete(soap, p) SOAP_FMAC1 ns1__GeoIP * SOAP_FMAC2 soap_instantiate_ns1__GeoIP(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_ns1__GeoIP(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (36) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap*, const char*, int, const struct SOAP_ENV__Fault *, const char*); SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap*, const char*, struct SOAP_ENV__Fault *, const char*); #ifndef soap_write_SOAP_ENV__Fault #define soap_write_SOAP_ENV__Fault(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Fault(soap, data), 0) || soap_put_SOAP_ENV__Fault(soap, data, "SOAP-ENV:Fault", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Fault #define soap_read_SOAP_ENV__Fault(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Fault(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *, const char*, const char*); #define soap_new_SOAP_ENV__Fault(soap, n) soap_instantiate_SOAP_ENV__Fault(soap, n, NULL, NULL, NULL) #define soap_delete_SOAP_ENV__Fault(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Fault(struct soap*, int, int, void*, size_t, const void*, size_t); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (35) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap*, const char*, int, const struct SOAP_ENV__Reason *, const char*); SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason *, const char*); #ifndef soap_write_SOAP_ENV__Reason #define soap_write_SOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Reason(soap, data), 0) || soap_put_SOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Reason #define soap_read_SOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *, const char*, const char*); #define soap_new_SOAP_ENV__Reason(soap, n) soap_instantiate_SOAP_ENV__Reason(soap, n, NULL, NULL, NULL) #define soap_delete_SOAP_ENV__Reason(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Reason(struct soap*, int, int, void*, size_t, const void*, size_t); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (32) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap*, const char*, int, const struct SOAP_ENV__Detail *, const char*); SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail *, const char*); #ifndef soap_write_SOAP_ENV__Detail #define soap_write_SOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Detail(soap, data), 0) || soap_put_SOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Detail #define soap_read_SOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *, const char*, const char*); #define soap_new_SOAP_ENV__Detail(soap, n) soap_instantiate_SOAP_ENV__Detail(soap, n, NULL, NULL, NULL) #define soap_delete_SOAP_ENV__Detail(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Detail(struct soap*, int, int, void*, size_t, const void*, size_t); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (30) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap*, const char*, int, const struct SOAP_ENV__Code *, const char*); SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code *, const char*); #ifndef soap_write_SOAP_ENV__Code #define soap_write_SOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Code(soap, data), 0) || soap_put_SOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Code #define soap_read_SOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *, const char*, const char*); #define soap_new_SOAP_ENV__Code(soap, n) soap_instantiate_SOAP_ENV__Code(soap, n, NULL, NULL, NULL) #define soap_delete_SOAP_ENV__Code(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Code(struct soap*, int, int, void*, size_t, const void*, size_t); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (29) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap*, const char*, int, const struct SOAP_ENV__Header *, const char*); SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap*, const char*, struct SOAP_ENV__Header *, const char*); #ifndef soap_write_SOAP_ENV__Header #define soap_write_SOAP_ENV__Header(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Header(soap, data), 0) || soap_put_SOAP_ENV__Header(soap, data, "SOAP-ENV:Header", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Header #define soap_read_SOAP_ENV__Header(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Header(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *, const char*, const char*); #define soap_new_SOAP_ENV__Header(soap, n) soap_instantiate_SOAP_ENV__Header(soap, n, NULL, NULL, NULL) #define soap_delete_SOAP_ENV__Header(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy_SOAP_ENV__Header(struct soap*, int, int, void*, size_t, const void*, size_t); #endif #ifndef SOAP_TYPE___ns3__GetGeoIPContext #define SOAP_TYPE___ns3__GetGeoIPContext (28) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns3__GetGeoIPContext(struct soap*, struct __ns3__GetGeoIPContext *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns3__GetGeoIPContext(struct soap*, const struct __ns3__GetGeoIPContext *); SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns3__GetGeoIPContext(struct soap*, const char*, int, const struct __ns3__GetGeoIPContext *, const char*); SOAP_FMAC3 struct __ns3__GetGeoIPContext * SOAP_FMAC4 soap_in___ns3__GetGeoIPContext(struct soap*, const char*, struct __ns3__GetGeoIPContext *, const char*); #ifndef soap_write___ns3__GetGeoIPContext #define soap_write___ns3__GetGeoIPContext(soap, data) ( soap_begin_send(soap) || (soap_serialize___ns3__GetGeoIPContext(soap, data), 0) || soap_put___ns3__GetGeoIPContext(soap, data, "-ns3:GetGeoIPContext", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns3__GetGeoIPContext(struct soap*, const struct __ns3__GetGeoIPContext *, const char*, const char*); #ifndef soap_read___ns3__GetGeoIPContext #define soap_read___ns3__GetGeoIPContext(soap, data) ( soap_begin_recv(soap) || !soap_get___ns3__GetGeoIPContext(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct __ns3__GetGeoIPContext * SOAP_FMAC4 soap_get___ns3__GetGeoIPContext(struct soap*, struct __ns3__GetGeoIPContext *, const char*, const char*); #define soap_new___ns3__GetGeoIPContext(soap, n) soap_instantiate___ns3__GetGeoIPContext(soap, n, NULL, NULL, NULL) #define soap_delete___ns3__GetGeoIPContext(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct __ns3__GetGeoIPContext * SOAP_FMAC2 soap_instantiate___ns3__GetGeoIPContext(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns3__GetGeoIPContext(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE___ns3__GetGeoIP #define SOAP_TYPE___ns3__GetGeoIP (26) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns3__GetGeoIP(struct soap*, struct __ns3__GetGeoIP *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns3__GetGeoIP(struct soap*, const struct __ns3__GetGeoIP *); SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns3__GetGeoIP(struct soap*, const char*, int, const struct __ns3__GetGeoIP *, const char*); SOAP_FMAC3 struct __ns3__GetGeoIP * SOAP_FMAC4 soap_in___ns3__GetGeoIP(struct soap*, const char*, struct __ns3__GetGeoIP *, const char*); #ifndef soap_write___ns3__GetGeoIP #define soap_write___ns3__GetGeoIP(soap, data) ( soap_begin_send(soap) || (soap_serialize___ns3__GetGeoIP(soap, data), 0) || soap_put___ns3__GetGeoIP(soap, data, "-ns3:GetGeoIP", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns3__GetGeoIP(struct soap*, const struct __ns3__GetGeoIP *, const char*, const char*); #ifndef soap_read___ns3__GetGeoIP #define soap_read___ns3__GetGeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get___ns3__GetGeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct __ns3__GetGeoIP * SOAP_FMAC4 soap_get___ns3__GetGeoIP(struct soap*, struct __ns3__GetGeoIP *, const char*, const char*); #define soap_new___ns3__GetGeoIP(soap, n) soap_instantiate___ns3__GetGeoIP(soap, n, NULL, NULL, NULL) #define soap_delete___ns3__GetGeoIP(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct __ns3__GetGeoIP * SOAP_FMAC2 soap_instantiate___ns3__GetGeoIP(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns3__GetGeoIP(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE___ns2__GetGeoIPContext #define SOAP_TYPE___ns2__GetGeoIPContext (24) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns2__GetGeoIPContext(struct soap*, struct __ns2__GetGeoIPContext *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns2__GetGeoIPContext(struct soap*, const struct __ns2__GetGeoIPContext *); SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns2__GetGeoIPContext(struct soap*, const char*, int, const struct __ns2__GetGeoIPContext *, const char*); SOAP_FMAC3 struct __ns2__GetGeoIPContext * SOAP_FMAC4 soap_in___ns2__GetGeoIPContext(struct soap*, const char*, struct __ns2__GetGeoIPContext *, const char*); #ifndef soap_write___ns2__GetGeoIPContext #define soap_write___ns2__GetGeoIPContext(soap, data) ( soap_begin_send(soap) || (soap_serialize___ns2__GetGeoIPContext(soap, data), 0) || soap_put___ns2__GetGeoIPContext(soap, data, "-ns2:GetGeoIPContext", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns2__GetGeoIPContext(struct soap*, const struct __ns2__GetGeoIPContext *, const char*, const char*); #ifndef soap_read___ns2__GetGeoIPContext #define soap_read___ns2__GetGeoIPContext(soap, data) ( soap_begin_recv(soap) || !soap_get___ns2__GetGeoIPContext(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct __ns2__GetGeoIPContext * SOAP_FMAC4 soap_get___ns2__GetGeoIPContext(struct soap*, struct __ns2__GetGeoIPContext *, const char*, const char*); #define soap_new___ns2__GetGeoIPContext(soap, n) soap_instantiate___ns2__GetGeoIPContext(soap, n, NULL, NULL, NULL) #define soap_delete___ns2__GetGeoIPContext(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct __ns2__GetGeoIPContext * SOAP_FMAC2 soap_instantiate___ns2__GetGeoIPContext(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns2__GetGeoIPContext(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef SOAP_TYPE___ns2__GetGeoIP #define SOAP_TYPE___ns2__GetGeoIP (20) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default___ns2__GetGeoIP(struct soap*, struct __ns2__GetGeoIP *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize___ns2__GetGeoIP(struct soap*, const struct __ns2__GetGeoIP *); SOAP_FMAC3 int SOAP_FMAC4 soap_out___ns2__GetGeoIP(struct soap*, const char*, int, const struct __ns2__GetGeoIP *, const char*); SOAP_FMAC3 struct __ns2__GetGeoIP * SOAP_FMAC4 soap_in___ns2__GetGeoIP(struct soap*, const char*, struct __ns2__GetGeoIP *, const char*); #ifndef soap_write___ns2__GetGeoIP #define soap_write___ns2__GetGeoIP(soap, data) ( soap_begin_send(soap) || (soap_serialize___ns2__GetGeoIP(soap, data), 0) || soap_put___ns2__GetGeoIP(soap, data, "-ns2:GetGeoIP", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put___ns2__GetGeoIP(struct soap*, const struct __ns2__GetGeoIP *, const char*, const char*); #ifndef soap_read___ns2__GetGeoIP #define soap_read___ns2__GetGeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get___ns2__GetGeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct __ns2__GetGeoIP * SOAP_FMAC4 soap_get___ns2__GetGeoIP(struct soap*, struct __ns2__GetGeoIP *, const char*, const char*); #define soap_new___ns2__GetGeoIP(soap, n) soap_instantiate___ns2__GetGeoIP(soap, n, NULL, NULL, NULL) #define soap_delete___ns2__GetGeoIP(soap, p) soap_delete(soap, p) SOAP_FMAC1 struct __ns2__GetGeoIP * SOAP_FMAC2 soap_instantiate___ns2__GetGeoIP(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 void SOAP_FMAC4 soap_copy___ns2__GetGeoIP(struct soap*, int, int, void*, size_t, const void*, size_t); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Reason #define SOAP_TYPE_PointerToSOAP_ENV__Reason (38) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap*, const char *, int, struct SOAP_ENV__Reason *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Reason #define soap_write_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Reason(soap, data), 0) || soap_put_PointerToSOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Reason #define soap_read_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Detail #define SOAP_TYPE_PointerToSOAP_ENV__Detail (37) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap*, const char *, int, struct SOAP_ENV__Detail *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Detail #define soap_write_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Detail(soap, data), 0) || soap_put_PointerToSOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Detail #define soap_read_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Code #define SOAP_TYPE_PointerToSOAP_ENV__Code (31) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap*, const char *, int, struct SOAP_ENV__Code *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Code #define soap_write_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Code(soap, data), 0) || soap_put_PointerToSOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Code #define soap_read_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code **, const char*, const char*); #endif #ifndef SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse #define SOAP_TYPE_PointerTo_ns1__GetGeoIPContextResponse (22) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPContextResponse(struct soap*, _ns1__GetGeoIPContextResponse *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPContextResponse(struct soap*, const char *, int, _ns1__GetGeoIPContextResponse *const*, const char *); SOAP_FMAC3 _ns1__GetGeoIPContextResponse ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPContextResponse(struct soap*, const char*, _ns1__GetGeoIPContextResponse **, const char*); #ifndef soap_write_PointerTo_ns1__GetGeoIPContextResponse #define soap_write_PointerTo_ns1__GetGeoIPContextResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTo_ns1__GetGeoIPContextResponse(soap, data), 0) || soap_put_PointerTo_ns1__GetGeoIPContextResponse(soap, data, "ns1:GetGeoIPContextResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPContextResponse(struct soap*, _ns1__GetGeoIPContextResponse *const*, const char*, const char*); #ifndef soap_read_PointerTo_ns1__GetGeoIPContextResponse #define soap_read_PointerTo_ns1__GetGeoIPContextResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTo_ns1__GetGeoIPContextResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPContextResponse ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPContextResponse(struct soap*, _ns1__GetGeoIPContextResponse **, const char*, const char*); #ifndef SOAP_TYPE_PointerTo_ns1__GetGeoIPContext #define SOAP_TYPE_PointerTo_ns1__GetGeoIPContext (21) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPContext(struct soap*, _ns1__GetGeoIPContext *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPContext(struct soap*, const char *, int, _ns1__GetGeoIPContext *const*, const char *); SOAP_FMAC3 _ns1__GetGeoIPContext ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPContext(struct soap*, const char*, _ns1__GetGeoIPContext **, const char*); #ifndef soap_write_PointerTo_ns1__GetGeoIPContext #define soap_write_PointerTo_ns1__GetGeoIPContext(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTo_ns1__GetGeoIPContext(soap, data), 0) || soap_put_PointerTo_ns1__GetGeoIPContext(soap, data, "ns1:GetGeoIPContext", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPContext(struct soap*, _ns1__GetGeoIPContext *const*, const char*, const char*); #ifndef soap_read_PointerTo_ns1__GetGeoIPContext #define soap_read_PointerTo_ns1__GetGeoIPContext(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTo_ns1__GetGeoIPContext(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPContext ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPContext(struct soap*, _ns1__GetGeoIPContext **, const char*, const char*); #ifndef SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse #define SOAP_TYPE_PointerTo_ns1__GetGeoIPResponse (18) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIPResponse(struct soap*, _ns1__GetGeoIPResponse *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIPResponse(struct soap*, const char *, int, _ns1__GetGeoIPResponse *const*, const char *); SOAP_FMAC3 _ns1__GetGeoIPResponse ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIPResponse(struct soap*, const char*, _ns1__GetGeoIPResponse **, const char*); #ifndef soap_write_PointerTo_ns1__GetGeoIPResponse #define soap_write_PointerTo_ns1__GetGeoIPResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTo_ns1__GetGeoIPResponse(soap, data), 0) || soap_put_PointerTo_ns1__GetGeoIPResponse(soap, data, "ns1:GetGeoIPResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIPResponse(struct soap*, _ns1__GetGeoIPResponse *const*, const char*, const char*); #ifndef soap_read_PointerTo_ns1__GetGeoIPResponse #define soap_read_PointerTo_ns1__GetGeoIPResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTo_ns1__GetGeoIPResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIPResponse ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIPResponse(struct soap*, _ns1__GetGeoIPResponse **, const char*, const char*); #ifndef SOAP_TYPE_PointerTo_ns1__GetGeoIP #define SOAP_TYPE_PointerTo_ns1__GetGeoIP (17) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTo_ns1__GetGeoIP(struct soap*, _ns1__GetGeoIP *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTo_ns1__GetGeoIP(struct soap*, const char *, int, _ns1__GetGeoIP *const*, const char *); SOAP_FMAC3 _ns1__GetGeoIP ** SOAP_FMAC4 soap_in_PointerTo_ns1__GetGeoIP(struct soap*, const char*, _ns1__GetGeoIP **, const char*); #ifndef soap_write_PointerTo_ns1__GetGeoIP #define soap_write_PointerTo_ns1__GetGeoIP(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTo_ns1__GetGeoIP(soap, data), 0) || soap_put_PointerTo_ns1__GetGeoIP(soap, data, "ns1:GetGeoIP", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTo_ns1__GetGeoIP(struct soap*, _ns1__GetGeoIP *const*, const char*, const char*); #ifndef soap_read_PointerTo_ns1__GetGeoIP #define soap_read_PointerTo_ns1__GetGeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTo_ns1__GetGeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 _ns1__GetGeoIP ** SOAP_FMAC4 soap_get_PointerTo_ns1__GetGeoIP(struct soap*, _ns1__GetGeoIP **, const char*, const char*); #ifndef SOAP_TYPE_PointerTons1__GeoIP #define SOAP_TYPE_PointerTons1__GeoIP (16) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTons1__GeoIP(struct soap*, ns1__GeoIP *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTons1__GeoIP(struct soap*, const char *, int, ns1__GeoIP *const*, const char *); SOAP_FMAC3 ns1__GeoIP ** SOAP_FMAC4 soap_in_PointerTons1__GeoIP(struct soap*, const char*, ns1__GeoIP **, const char*); #ifndef soap_write_PointerTons1__GeoIP #define soap_write_PointerTons1__GeoIP(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTons1__GeoIP(soap, data), 0) || soap_put_PointerTons1__GeoIP(soap, data, "ns1:GeoIP", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTons1__GeoIP(struct soap*, ns1__GeoIP *const*, const char*, const char*); #ifndef soap_read_PointerTons1__GeoIP #define soap_read_PointerTons1__GeoIP(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTons1__GeoIP(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 ns1__GeoIP ** SOAP_FMAC4 soap_get_PointerTons1__GeoIP(struct soap*, ns1__GeoIP **, const char*, const char*); #ifndef SOAP_TYPE_PointerTostd__string #define SOAP_TYPE_PointerTostd__string (14) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTostd__string(struct soap*, std::string *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTostd__string(struct soap*, const char *, int, std::string *const*, const char *); SOAP_FMAC3 std::string ** SOAP_FMAC4 soap_in_PointerTostd__string(struct soap*, const char*, std::string **, const char*); #ifndef soap_write_PointerTostd__string #define soap_write_PointerTostd__string(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTostd__string(soap, data), 0) || soap_put_PointerTostd__string(soap, data, "string", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTostd__string(struct soap*, std::string *const*, const char*, const char*); #ifndef soap_read_PointerTostd__string #define soap_read_PointerTostd__string(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTostd__string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 std::string ** SOAP_FMAC4 soap_get_PointerTostd__string(struct soap*, std::string **, const char*, const char*); #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) #endif #define soap_default__QName(soap, a) soap_default_string(soap, a) #define soap_serialize__QName(soap, a) soap_serialize_string(soap, a) SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap*, const char*, char **, const char*); #ifndef soap_write__QName #define soap_write__QName(soap, data) ( soap_begin_send(soap) || (soap_serialize__QName(soap, data), 0) || soap_put__QName(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap*, char *const*, const char*, const char*); #ifndef soap_read__QName #define soap_read__QName(soap, data) ( soap_begin_recv(soap) || !soap_get__QName(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap*, char **, const char*, const char*); #ifndef SOAP_TYPE_string #define SOAP_TYPE_string (4) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap*, char **); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap*, const char*, char **, const char*); #ifndef soap_write_string #define soap_write_string(soap, data) ( soap_begin_send(soap) || (soap_serialize_string(soap, data), 0) || soap_put_string(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap*, char *const*, const char*, const char*); #ifndef soap_read_string #define soap_read_string(soap, data) ( soap_begin_recv(soap) || !soap_get_string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap*, char **, const char*, const char*); #endif /* End of soapH.h */ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/GeoIPServiceSoap12.nsmap0000644000175000017500000000126012653650146027565 0ustar ellertellert #include "soapH.h" SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://www.w3.org/2003/05/soap-envelope", "http://www.w3.org/2003/05/soap-envelope", NULL}, {"SOAP-ENC", "http://www.w3.org/2003/05/soap-encoding", "http://www.w3.org/2003/05/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns2", "http://www.webservicex.net/GeoIPServiceSoap", NULL, NULL}, {"ns1", "http://www.webservicex.net/", NULL, NULL}, {"ns3", "http://www.webservicex.net/GeoIPServiceSoap12", NULL, NULL}, {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/Classes/stdsoap2.h0000644000175000017500000026240412653650146025174 0ustar ellertellert/* stdsoap2.h 2.8.8 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems, Inc., for the following additions - vxWorks compatible -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_VERSION 20808 #ifdef WITH_SOAPDEFS_H # include "soapdefs.h" /* include user-defined stuff */ #endif #ifndef _THREAD_SAFE # define _THREAD_SAFE #endif #ifndef OPENSERVER # ifndef _REENTRANT # define _REENTRANT # endif #endif #ifndef SOAP_FMAC1 /* stdsoap2.h declaration macro */ # define SOAP_FMAC1 #endif #ifndef SOAP_FMAC2 /* stdsoap2.h declaration macro */ # define SOAP_FMAC2 #endif #ifndef SOAP_FMAC3 /* (de)serializer declaration macro */ # define SOAP_FMAC3 #endif #ifndef SOAP_FMAC3S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC3S SOAP_FMAC3 #endif #ifndef SOAP_FMAC4 /* (de)serializer declaration macro */ # define SOAP_FMAC4 #endif #ifndef SOAP_FMAC4S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC4S SOAP_FMAC4 #endif #ifndef SOAP_FMAC5 /* stub/skeleton declaration macro */ # define SOAP_FMAC5 #endif #ifndef SOAP_FMAC6 /* stub/skeleton declaration macro */ # define SOAP_FMAC6 #endif #ifndef SOAP_CMAC /* class declaration macro */ # define SOAP_CMAC #endif #ifndef SOAP_NMAC /* namespace table declaration macro */ # define SOAP_NMAC #endif #ifndef SOAP_SOURCE_STAMP # define SOAP_SOURCE_STAMP(str) #endif /* gSOAP 2.7.4 and higher: fast look-aside buffering is stable */ #ifndef WITH_FAST # define WITH_FAST #endif #ifndef STDSOAP_H #define STDSOAP_H #if defined(__vxworks) || defined(__VXWORKS__) # ifndef VXWORKS # define VXWORKS # endif #endif #ifdef _WIN32 # ifndef WIN32 # define WIN32 # endif #endif #ifdef _WIN32_WCE # ifndef UNDER_CE # define UNDER_CE _WIN32_WCE # endif #endif #ifdef UNDER_CE # ifndef WIN32 # define WIN32 # endif #endif #ifdef __BORLANDC__ # ifdef __WIN32__ # ifndef WIN32 # define WIN32 # endif # endif #endif #ifdef __CYGWIN__ # ifndef CYGWIN # define CYGWIN # endif #endif #ifdef __SYMBIAN32__ # define SYMBIAN # undef WIN32 #endif #if defined(__palmos__) || defined(PALM_GCC) || defined(__PALMOS_TRAPS__) # ifndef PALM # define PALM # endif #endif #if defined(__hpux) # ifndef HP_UX # define HP_UX # endif #endif #if defined(__digital__) && defined(__unix__) # ifndef TRU64 # define TRU64 # endif #endif #ifdef __MVS__ # ifndef OS390 # define OS390 # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" # if defined(WITH_OPENSSL) # ifndef HAVE_OPENSSL_SSL_H # undef WITH_OPENSSL # endif # endif # if defined(WITH_GNUTLS) # ifndef HAVE_GNUTLS_GNUTLS_H # undef WITH_GNUTLS # endif # endif # if defined(WITH_ZLIB) || defined(WITH_GZIP) # ifndef HAVE_ZLIB_H # undef WITH_ZLIB # undef WITH_GZIP # endif # endif #else # if defined(UNDER_CE) # define WITH_LEAN # define HAVE_SSCANF # elif defined(WIN32) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_GMTIME # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # elif defined(CYGWIN) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__APPLE__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX43) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX41) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(HP_UX) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_GETTIMEOFDAY # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%qd" # define SOAP_ULONG_FORMAT "%qu" # define HAVE_ISNAN # define HAVE_ISINF # elif defined(__VMS) # include # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__GLIBC__) || defined(__GNU__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(TRU64) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GETTIMEOFDAY # define HAVE_SYS_TIMEB_H # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define __USE_STD_IOSTREAM # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(MAC_CARBON) # define WITH_NOIO # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(PALM) # define WITH_LEAN # define HAVE_STRTOD /* strtod() is defined in palmFunctions.h */ # include /* Needs to be included before unix headers */ # include # define IGNORE_STDIO_STUBS # include # define O_NONBLOCK FNONBIO # include # include "palmFunctions.h" # elif defined(SYMBIAN) # define WITH_LEAN # define WITH_NONAMESPACES # define HAVE_STRTOD /* use STRTOD since sscanf doesn't seem to work */ # include # include # elif defined(VXWORKS) # ifdef _WRS_KERNEL # define _POSIX_THREADS 1 # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GMTIME # define HAVE_LOCALTIME # define HAVE_MKTIME # elif defined(OS390) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(AS400) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__QNX__) || defined(QNX) /* QNX does not have a working version of strtof */ # undef HAVE_STRTOF # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define LONG64 long # define ULONG64 unsigned LONG64 # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(SUN_OS) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # else /* Default assumptions for supported functions */ # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # ifdef MB_LEN_MAX # define HAVE_WCTOMB # define HAVE_MBTOWC # endif # endif #endif /* gSOAP 2.7.15 and higher: always retain CDATA in literal XML, unless WITH_LEAN or WITH_NOCDATA */ #ifndef WITH_LEAN # ifndef WITH_NOCDATA # ifndef WITH_CDATA # define WITH_CDATA # endif # endif #endif #ifdef WITH_LEANER # ifndef WITH_LEAN # define WITH_LEAN # endif #endif #ifdef WITH_LEAN # ifdef WITH_COOKIES # error "Cannot build WITH_LEAN code WITH_COOKIES enabled" # endif #endif /* native Win, HP-UX, and AIX compilers don't like empty structs */ #if defined(WIN32) || defined(HP_UX) || defined(_AIX41) || defined(_AIX43) || defined(VXWORKS) # define WITH_NOEMPTYSTRUCT #endif #ifdef WITH_PURE_VIRTUAL # define SOAP_PURE_VIRTUAL = 0 #else # define SOAP_PURE_VIRTUAL #endif #ifdef HP_UX # undef HAVE_STRTOLL # undef HAVE_STRTOULL #endif /* older OpenVMS TCP/IP stacks cannot handle 65536 bytes */ #ifdef __VMS # ifndef SOAP_BUFLEN /* # define SOAP_BUFLEN (65535) */ # define SOAP_BUFLEN (8) # endif #endif /* if we have xlocale.h we use it to avoid decimal point conversion issues */ #ifdef WITH_C_LOCALE # ifdef WIN32 # include # else # include # endif #else # undef HAVE_STRTOF_L # undef HAVE_STRTOD_L # undef HAVE_SSCANF_L # undef HAVE_SPRINTF_L #endif #ifdef TANDEM_NONSTOP /* # define SOAP_BUFLEN (32767) */ # define SOAP_BUFLEN (8) /*# define WITH_NOSTDLIB */ /* uncommment to remove stdlib dependences */ # define WITH_NOIO /* no IO dependences, e.g. remove TCP/IP */ # define int32_t int # define int64_t long long # define LONG64 long long # define ULONG64 long long # define DBL_PINFTY (1.1579208923716189e77) # define WITH_NOEMPTYSTRUCT # undef HAVE_WCTOMB # undef HAVE_MBTOWC # undef HAVE_GMTIME_R # undef HAVE_LOCALTIME_R # undef HAVE_SNPRINTF /* # define SOAP_BUFLEN (32767) */ # define SOAP_BUFLEN (8) # define SOAP_SOCKET short #pragma nolist # include # include # include # include # include # include # include # include # include # include # include # define INET_ERROR 4294967295 #pragma list #endif #ifndef WITH_NOSTDLIB # include # ifndef PALM # include # include # endif # include # include #endif #ifdef WITH_NTLM # include #endif #ifdef HAVE_POLL # include #endif #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) # include # include #endif #ifdef WITH_NOHTTP # ifndef WITH_NOIO # define WITH_NOIO # undef WITH_COOKIES # endif #endif /* Suggestion when SOAP_FD_EXCEEDED error occurs: Some systems allow increasing FD_SETSIZE before including sys/types.h: #define FD_SETSIZE (2048) */ #ifndef UNDER_CE # ifndef PALM # ifndef WITH_NOIO # include # include # endif # ifndef WITH_LEAN # ifdef HAVE_SYS_TIMEB_H # include /* for ftime() */ # endif # include # endif # endif #endif #ifdef OPENSERVER # include # include # include extern int h_errno; #endif #ifndef WITH_NOIO # ifndef WIN32 # ifndef PALM # include # ifdef VXWORKS # include # include # ifndef _WRS_KERNEL # include # endif # else # ifndef SYMBIAN # include # endif # endif # ifdef SUN_OS # include /* SUN */ # include /* SUN < 2.8 (?) */ # endif # ifdef VXWORKS # ifdef _WRS_KERNEL # include # endif # else # include # endif # include # ifdef OS390 # include # else # include /* TCP_NODELAY */ # endif # include # endif # endif #endif #ifdef WIN32 # define SOAP_WINSOCKINT int #else # define SOAP_WINSOCKINT size_t #endif #if defined(WITH_IPV6_V6ONLY) || defined(WITH_NO_IPV6_V6ONLY) # ifndef WITH_IPV6 # define WITH_IPV6 # endif #endif #ifdef WIN32 # ifndef UNDER_CE # include # include # endif // When you get macro redefinition errors when compiling the code below: // try arrange your include list that is included after "stdsoap2.h" // or define _WINSOCKAPI_ first: // #define _WINSOCKAPI_ // stops windows.h including winsock.h // #include // #include "stdsoap2.h" # include /* Visual Studio 2005 users: install Platform SDK (R2) */ # include // # define _WSPIAPI_COUNTOF /* DEV NOTE: enble to fix problems with VC6 */ // # include # include /* DEV NOTE: replaces older wspiapi.h above */ # ifdef WITH_IPV6 # define SOAP_GAI_STRERROR gai_strerrorA # endif #else # ifdef VXWORKS # include # include # include # endif # ifndef WITH_NOIO # ifndef PALM # include # include # include # include # ifdef _AIX41 # include # endif # endif # endif #endif #ifdef WITH_FASTCGI # include #endif #ifdef WITH_OPENSSL # ifdef __VMS # pragma names save # pragma names uppercase # endif # undef WITH_GNUTLS # define OPENSSL_NO_KRB5 # include # include # include # include # include # ifndef ALLOW_OLD_VERSIONS # if (OPENSSL_VERSION_NUMBER < 0x00905100L) # error "Must use OpenSSL 0.9.6 or later" # endif # endif # ifdef __VMS # pragma names restore # endif #endif #ifdef WITH_GNUTLS # include # include # include # ifndef HAVE_PTHREAD_H # ifdef _POSIX_THREADS # define HAVE_PTHREAD_H /* make GNUTLS thread safe */ # endif # endif #endif #ifdef WITH_GZIP # ifndef WITH_ZLIB # define WITH_ZLIB # endif #endif #ifdef WITH_CASEINSENSITIVETAGS # define SOAP_STRCMP soap_tag_cmp /* case insensitve XML element/attribute names */ #else # define SOAP_STRCMP strcmp /* case sensitive XML element/attribute names */ #endif #ifdef WITH_ZLIB # include #endif #ifndef WITH_NOSTDLIB # ifndef PALM # include /* for isnan() */ # endif #endif /* #define DEBUG */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and messages (in file TEST.log) */ #ifdef __cplusplus extern "C" { #endif /* Portability: define SOAP_SOCKLEN_T */ #if defined(_AIX) # if defined(_AIX43) # define SOAP_SOCKLEN_T socklen_t # else # define SOAP_SOCKLEN_T int # endif #elif defined(SOCKLEN_T) # define SOAP_SOCKLEN_T SOCKLEN_T #elif defined(__socklen_t_defined) || defined(_SOCKLEN_T) || defined(CYGWIN) || defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) || defined(__QNX__) || defined(QNX) || defined(OS390) || defined(HP_UX) # define SOAP_SOCKLEN_T socklen_t #elif defined(IRIX) || defined(WIN32) || defined(__APPLE__) || defined(SUN_OS) || defined(OPENSERVER) || defined(TRU64) || defined(VXWORKS) # define SOAP_SOCKLEN_T int #else # define SOAP_SOCKLEN_T size_t #endif #ifndef SOAP_SOCKET # ifdef WIN32 # define SOAP_SOCKET SOCKET # define soap_closesocket(n) closesocket(n) # else # define SOAP_SOCKET int # define soap_closesocket(n) close(n) # endif #endif #define SOAP_INVALID_SOCKET ((SOAP_SOCKET)-1) #define soap_valid_socket(n) ((n) != SOAP_INVALID_SOCKET) #define SOAP_SHUT_WR 1 #define SOAP_SHUT_RDWR 2 #ifndef SOAP_GAI_STRERROR # define SOAP_GAI_STRERROR gai_strerror #endif #ifndef FD_SETSIZE # define FD_SETSIZE (1024) #endif #ifdef WITH_LEAN # define SOAP_CHK_EOF SOAP_EOF #else # define SOAP_CHK_EOF (soap->error ? soap->error : SOAP_EOF) #endif #if defined(SYMBIAN) # define LONG64 long # define ULONG64 unsigned LONG64 #elif !defined(WIN32) || defined(CYGWIN) || defined(__GLIBC__) || defined(__GNU__) # ifndef LONG64 # if defined(HAVE_STDINT_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(__GLIBC__) # include # if (__WORDSIZE == 64) # define LONG64 int64_t # define ULONG64 uint64_t # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # endif #elif defined(UNDER_CE) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #elif defined(__BORLANDC__) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #if defined(WIN32) && !defined(CYGWIN) # define soap_int32 __int32 #elif defined(SYMBIAN) # define soap_int32 long #elif defined(PALM) # define soap_int32 Int32 #elif defined(_AIX) # if defined(_AIX43) # define soap_int32 int32_t # else # define soap_int32 signed int # endif #else # define soap_int32 int32_t #endif #ifdef WIN32 # define SOAP_ERANGE ERANGE # define SOAP_EINTR WSAEINTR # define SOAP_EAGAIN WSAEWOULDBLOCK # define SOAP_EWOULDBLOCK WSAEWOULDBLOCK # define SOAP_EINPROGRESS WSAEINPROGRESS # define SOAP_EADDRINUSE WSAEADDRINUSE #else # define SOAP_ERANGE ERANGE # define SOAP_EINTR EINTR # define SOAP_EAGAIN EAGAIN # define SOAP_EADDRINUSE EADDRINUSE # ifdef SYMBIAN # define SOAP_EWOULDBLOCK 9898 # define SOAP_EINPROGRESS 9899 # else # define SOAP_EWOULDBLOCK EWOULDBLOCK # define SOAP_EINPROGRESS EINPROGRESS # endif #endif #ifdef WIN32 # ifdef UNDER_CE # define soap_errno GetLastError() # define soap_socket_errno(s) GetLastError() # define soap_reset_errno SetLastError(0) # else # define soap_errno GetLastError() # define soap_socket_errno(s) WSAGetLastError() # define soap_reset_errno SetLastError(0) # endif #else # ifndef WITH_NOIO # define soap_errno errno # define soap_socket_errno(s) errno # define soap_reset_errno (errno = 0) # else # define soap_errno 0 # define soap_socket_errno(s) 0 # define soap_reset_errno # endif #endif #ifndef SOAP_BUFLEN # if !defined(WITH_LEAN) /* /# define SOAP_BUFLEN (65536) // buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # define SOAP_BUFLEN (8) /* buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # else /*# define SOAP_BUFLEN (2048) // lean size */ # define SOAP_BUFLEN (8) /* lean size */ # endif #endif #ifndef SOAP_LABLEN # define SOAP_LABLEN (256) /* initial look-aside buffer length */ #endif #ifndef SOAP_PTRBLK # define SOAP_PTRBLK (32) /* block allocation for pointer hash table chains */ #endif #ifndef SOAP_PTRHASH # ifndef WITH_LEAN # define SOAP_PTRHASH (4096) /* size of pointer analysis hash table (must be power of 2) */ # else # define SOAP_PTRHASH (32) # endif #endif #ifndef SOAP_IDHASH # ifndef WITH_LEAN # define SOAP_IDHASH (1999) /* prime size of hash table for parsed id/ref */ # else # define SOAP_IDHASH (19) /* 19, 199 */ # endif #endif #ifndef SOAP_BLKLEN # ifndef WITH_LEAN # define SOAP_BLKLEN (256) /* to collect long strings and XML attributes */ # else # define SOAP_BLKLEN (32) # endif #endif #ifndef SOAP_TAGLEN # ifndef WITH_LEAN # define SOAP_TAGLEN (1024) /* maximum length of XML element tag/attribute name or host/path name + 1 */ # else # define SOAP_TAGLEN (128) # endif #endif #ifndef SOAP_HDRLEN # ifndef WITH_LEAN # define SOAP_HDRLEN (8192) /* maximum length of HTTP header line (must be >4096 to read cookies) */ # else # define SOAP_HDRLEN (1024) # endif #endif #ifndef SOAP_MAXDIMS # ifndef WITH_LEAN # define SOAP_MAXDIMS (16) /* maximum array dimensions (array nestings) must be less than 64 to protect soap->tmpbuf */ # else # define SOAP_MAXDIMS (4) # endif #endif #ifndef SOAP_MAXLOGS # define SOAP_MAXLOGS (3) /* max number of debug logs per struct soap environment */ # define SOAP_INDEX_RECV (0) # define SOAP_INDEX_SENT (1) # define SOAP_INDEX_TEST (2) #endif /* Max iterations in soap_serve() to keep server connection alive */ #ifndef SOAP_MAXKEEPALIVE # define SOAP_MAXKEEPALIVE (100) #endif /* Trusted max size of inbound SOAP array for compound array allocation. Increase if necessary to allow larger arrays. */ #ifndef SOAP_MAXARRAYSIZE # define SOAP_MAXARRAYSIZE (1000000) #endif #ifdef VXWORKS # ifdef WMW_RPM_IO # include "httpLib.h" # endif # ifdef __INCmathh # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef soap_isnan # define soap_isnan(num) isNan(num) # endif # endif # ifdef WM_SECURE_KEY_STORAGE # include # endif #endif #ifdef WIN32 # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # define soap_isnan(n) _isnan(n) # ifndef HAVE_ISINF # define HAVE_ISINF # endif # define soap_isinf(n) (!_finite(n)) #endif #ifdef SUN_OS # define HAVE_ISNAN #endif #ifdef __APPLE__ # ifdef __cplusplus # ifndef isnan extern "C" int isnan(double); extern "C" int isinf(double); # endif # endif # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef HAVE_ISINF # define HAVE_ISINF # endif #endif #if !defined(HAVE_ISNAN) && (defined(_MATH_H) || defined(_MATH_INCLUDED)) # define HAVE_ISNAN #endif union soap_double_nan {struct {unsigned int n1, n2;} iv; double dv; float fv;}; extern const union soap_double_nan soap_double_nan; extern const char soap_base64o[], soap_base64i[]; #ifdef VXWORKS # ifndef FLT_MAX # define FLT_MAX _ARCH_FLT_MAX # endif # ifndef DBL_MAX # define DBL_MAX _ARCH_DBL_MAX # endif #endif #ifndef FLT_NAN # define FLT_NAN (soap_double_nan.fv) #endif #ifndef FLT_PINFTY # if defined(FLT_MAX) # define FLT_PINFTY FLT_MAX # elif defined(HUGE_VALF) # define FLT_PINFTY (float)HUGE_VALF # elif defined(HUGE_VAL) # define FLT_PINFTY (float)HUGE_VAL # elif defined(FLOAT_MAX) # define FLT_PINFTY FLOAT_MAX # else # define FLT_PINFTY (3.40282347e+38F) # endif #endif #ifndef FLT_NINFTY # define FLT_NINFTY (-FLT_PINFTY) #endif #ifndef DBL_NAN # define DBL_NAN (soap_double_nan.dv) #endif #ifndef DBL_PINFTY # if defined(DBL_MAX) # define DBL_PINFTY DBL_MAX # elif defined(HUGE_VALF) # define DBL_PINFTY (double)HUGE_VALF # elif defined(HUGE_VAL) # define DBL_PINFTY (double)HUGE_VAL # elif defined(DOUBLE_MAX) # define DBL_PINFTY DOUBLE_MAX # else # define DBL_PINFTY (1.7976931348623157e+308) # endif #endif #ifndef DBL_NINFTY # define DBL_NINFTY (-DBL_PINFTY) #endif #ifndef soap_isnan # ifdef HAVE_ISNAN # define soap_isnan(n) isnan(n) # else # define soap_isnan(n) ((n) != (n)) # endif #endif #ifndef soap_isinf # ifdef HAVE_ISINF # define soap_isinf(n) isinf(n) # else # define soap_isinf(n) (!soap_isnan(n) && soap_isnan((n) - (n))) # endif #endif #define soap_ispinfd(n) ((n) > 0 && soap_isinf(n)) #define soap_ispinff(n) ((n) > 0 && soap_isinf(n)) #define soap_isninfd(n) ((n) < 0 && soap_isinf(n)) #define soap_isninff(n) ((n) < 0 && soap_isinf(n)) /* gSOAP error codes */ #define SOAP_EOF EOF #define SOAP_ERR EOF #define SOAP_OK 0 #define SOAP_CLI_FAULT 1 #define SOAP_SVR_FAULT 2 #define SOAP_TAG_MISMATCH 3 #define SOAP_TYPE 4 #define SOAP_SYNTAX_ERROR 5 #define SOAP_NO_TAG 6 #define SOAP_IOB 7 #define SOAP_MUSTUNDERSTAND 8 #define SOAP_NAMESPACE 9 #define SOAP_USER_ERROR 10 #define SOAP_FATAL_ERROR 11 #define SOAP_FAULT 12 #define SOAP_NO_METHOD 13 #define SOAP_NO_DATA 14 #define SOAP_GET_METHOD 15 #define SOAP_PUT_METHOD 16 #define SOAP_DEL_METHOD 17 /* deprecated */ #define SOAP_HEAD_METHOD 18 /* deprecated */ #define SOAP_HTTP_METHOD 19 #define SOAP_EOM 20 #define SOAP_MOE 21 #define SOAP_HDR 22 #define SOAP_NULL 23 #define SOAP_DUPLICATE_ID 24 #define SOAP_MISSING_ID 25 #define SOAP_HREF 26 #define SOAP_UDP_ERROR 27 #define SOAP_TCP_ERROR 28 #define SOAP_HTTP_ERROR 29 #define SOAP_SSL_ERROR 30 #define SOAP_ZLIB_ERROR 31 #define SOAP_DIME_ERROR 32 #define SOAP_DIME_HREF 33 #define SOAP_DIME_MISMATCH 34 #define SOAP_DIME_END 35 #define SOAP_MIME_ERROR 36 #define SOAP_MIME_HREF 37 #define SOAP_MIME_END 38 #define SOAP_VERSIONMISMATCH 39 #define SOAP_PLUGIN_ERROR 40 #define SOAP_DATAENCODINGUNKNOWN 41 #define SOAP_REQUIRED 42 #define SOAP_PROHIBITED 43 #define SOAP_OCCURS 44 #define SOAP_LENGTH 45 #define SOAP_FD_EXCEEDED 46 #define SOAP_UTF_ERROR 47 #define SOAP_NTLM_ERROR 48 #define soap_xml_error_check(e) ((e) == SOAP_TAG_MISMATCH || (e) == SOAP_NO_TAG || (e) == SOAP_SYNTAX_ERROR || (e) == SOAP_NAMESPACE || (e) == SOAP_DUPLICATE_ID || (e) == SOAP_MISSING_ID || (e) == SOAP_REQUIRED || (e) == SOAP_PROHIBITED || (e) == SOAP_OCCURS || (e) == SOAP_LENGTH || (e) == SOAP_NULL || (e) == SOAP_HREF) #define soap_soap_error_check(e) ((e) == SOAP_CLI_FAULT || (e) == SOAP_SVR_FAULT || (e) == SOAP_VERSIONMISMATCH || (e) == SOAP_MUSTUNDERSTAND || (e) == SOAP_FAULT || (e) == SOAP_NO_METHOD) #define soap_tcp_error_check(e) ((e) == SOAP_EOF || (e) == SOAP_TCP_ERROR) #define soap_ssl_error_check(e) ((e) == SOAP_SSL_ERROR) #define soap_zlib_error_check(e) ((e) == SOAP_ZLIB_ERROR) #define soap_http_error_check(e) ((e) == SOAP_HTTP_ERROR || (e) == SOAP_NO_DATA || ((e) >= SOAP_GET_METHOD && (e) <= SOAP_HTTP_METHOD) || ((e) >= 100 && (e) < 600)) /* gSOAP HTTP response status codes 100 to 599 are reserved */ /* Codes 600 to 999 are user definable */ /* Exceptional gSOAP HTTP server response status codes >= 1000 */ #define SOAP_STOP 1000 /* No HTTP response */ #define SOAP_FORM 1001 /* Request (form) data is present, no HTTP response */ #define SOAP_HTML 1002 /* Custom HTML response */ #define SOAP_FILE 1003 /* Custom file-based response */ /* gSOAP HTTP method codes (client) */ #define SOAP_POST 2000 /* POST request */ #define SOAP_POST_FILE 2001 /* Custom file-based POST request */ #define SOAP_GET 2002 /* GET request */ #define SOAP_PUT 2003 /* PUT request */ #define SOAP_DEL 2004 /* DELETE request */ #define SOAP_CONNECT 2005 /* CONNECT request */ /* gSOAP DIME */ #define SOAP_DIME_CF 0x01 #define SOAP_DIME_ME 0x02 #define SOAP_DIME_MB 0x04 #define SOAP_DIME_VERSION 0x08 /* DIME version 1 */ #define SOAP_DIME_MEDIA 0x10 #define SOAP_DIME_ABSURI 0x20 /* gSOAP ZLIB */ #define SOAP_ZLIB_NONE 0x00 #define SOAP_ZLIB_DEFLATE 0x01 #define SOAP_ZLIB_INFLATE 0x02 #define SOAP_ZLIB_GZIP 0x02 /* gSOAP transport, connection, and content encoding modes */ typedef soap_int32 soap_mode; #define SOAP_IO 0x00000003 /* IO mask */ #define SOAP_IO_FLUSH 0x00000000 /* flush output immediately, no buffering */ #define SOAP_IO_BUFFER 0x00000001 /* buffer output in packets of size SOAP_BUFLEN */ #define SOAP_IO_STORE 0x00000002 /* store entire output to determine length for transport */ #define SOAP_IO_CHUNK 0x00000003 /* use HTTP chunked transfer AND buffer packets */ #define SOAP_IO_UDP 0x00000004 /* TCP or UDP */ #define SOAP_IO_LENGTH 0x00000008 /* calc message length (internal) */ #define SOAP_IO_KEEPALIVE 0x00000010 /* keep connection alive */ #define SOAP_ENC 0x00000FFF /* IO and ENC mask */ #define SOAP_ENC_LATIN 0x00000020 /* in: accept iso-8859-1 */ #define SOAP_ENC_XML 0x00000040 /* out: plain XML encoding, no HTTP header */ #define SOAP_ENC_DIME 0x00000080 #define SOAP_ENC_MIME 0x00000100 #define SOAP_ENC_MTOM 0x00000200 #define SOAP_ENC_ZLIB 0x00000400 #define SOAP_ENC_SSL 0x00000800 #define SOAP_XML_STRICT 0x00001000 /* in: strict validation */ #define SOAP_XML_INDENT 0x00002000 /* out: emit indented XML */ #define SOAP_XML_IGNORENS 0x00004000 /* in: ignore namespaces */ #define SOAP_XML_DEFAULTNS 0x00008000 /* out: emit xmlns="..." */ #define SOAP_XML_CANONICAL 0x00010000 /* out: excC14N canonical XML */ #define SOAP_XML_TREE 0x00020000 /* out: XML tree (no id/ref) */ #define SOAP_XML_NIL 0x00040000 /* out: NULLs as xsi:nil */ #define SOAP_XML_NOTYPE 0x00080000 /* out: NULLs as xsi:nil */ #define SOAP_DOM_TREE 0x00100000 /* see DOM manual */ #define SOAP_DOM_NODE 0x00200000 #define SOAP_DOM_ASIS 0x00400000 #define SOAP_C_NOIOB 0x01000000 /* don't fault on array index out of bounds (just ignore) */ #define SOAP_C_UTFSTRING 0x02000000 /* (de)serialize strings with UTF8 content */ #define SOAP_C_MBSTRING 0x04000000 /* (de)serialize strings with multi-byte content */ #define SOAP_C_NILSTRING 0x08000000 /* serialize empty strings as nil (omitted) */ #define SOAP_XML_DOM 0x10000000 /* enable internal DOM */ #define SOAP_XML_GRAPH 0x20000000 /* id-ref graph in DOM */ #define SOAP_MIME_POSTCHECK 0x40000000 /* MIME flag (internal) */ #define SOAP_SEC_WSUID 0x80000000 /* Add Body wsu:Id */ /* WITH_XMLNS backward compatibility: always use XML default namespaces */ #ifdef WITH_XMLNS # define SOAP_IO_DEFAULT (SOAP_IO_FLUSH | SOAP_XML_DEFAULTNS) #else # define SOAP_IO_DEFAULT SOAP_IO_FLUSH #endif /* SSL client/server authentication settings */ #define SOAP_SSL_NO_AUTHENTICATION 0x00 /* for testing purposes */ #define SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION 0x01 /* client requires server to authenticate */ #define SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION 0x02 /* server requires client to authenticate */ #define SOAP_SSL_SKIP_HOST_CHECK 0x04 /* client does not check the common name of the host in certificate */ #define SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE 0x08 /* client does not check the expiration date of the host certificate */ #define SOAP_SSL_NO_DEFAULT_CA_PATH 0x10 /* don't use default_verify_paths */ #define SOAP_SSL_RSA 0x20 /* use RSA */ #define SOAP_SSLv3 0x40 /* SSL v3 only */ #define SOAP_TLSv1 0x80 /* TLS v1 only */ #define SOAP_SSLv3_TLSv1 0x00 /* SSL v3 and TLS v1 support by default (no SSL v1/v2) */ #define SOAP_SSL_CLIENT 0x100 /* client context */ #define SOAP_SSL_DEFAULT (SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION | SOAP_SSLv3_TLSv1) /* state */ #define SOAP_NONE 0 #define SOAP_INIT 1 #define SOAP_COPY 2 #define soap_check_state(soap) (!(soap) || ((soap)->state != SOAP_INIT && (soap)->state != SOAP_COPY)) /* parts */ #define SOAP_BEGIN 0 #define SOAP_IN_ENVELOPE 2 #define SOAP_IN_HEADER 3 #define SOAP_END_HEADER 4 #define SOAP_NO_BODY 5 #define SOAP_IN_BODY 6 #define SOAP_END_BODY 7 #define SOAP_END_ENVELOPE 8 #define SOAP_END 9 /* events */ #define SOAP_SEC_BEGIN 1 #define SOAP_SEC_SIGN 2 /* DEBUG macros */ #ifndef WITH_LEAN # ifdef DEBUG # ifndef SOAP_DEBUG # define SOAP_DEBUG # endif # ifndef SOAP_MEM_DEBUG # define SOAP_MEM_DEBUG # endif # endif #endif #ifdef SOAP_MEM_DEBUG # ifndef SOAP_MALLOC # define SOAP_MALLOC(soap, size) soap_track_malloc(soap, __FILE__, __LINE__, size) # endif # ifndef SOAP_FREE # define SOAP_FREE(soap, ptr) soap_track_free(soap, __FILE__, __LINE__, ptr) # endif #endif #ifndef SOAP_MALLOC /* use libc malloc */ # define SOAP_MALLOC(soap, size) malloc(size) #endif #ifndef SOAP_FREE /* use libc free */ # define SOAP_FREE(soap, ptr) free(ptr) #endif #ifndef SOAP_NEW /* use C++ new operator */ # if (defined(__GNUC__) && (__GNUC__ <= 2) && !defined(__BORLANDC__)) || defined(__clang__) || defined(_AIX) # define SOAP_NEW(type) new type /* old form w/o parenthesis */ # else # define SOAP_NEW(type) new (type) /* prefer with parenthesis */ # endif #endif #ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) type #endif #ifndef SOAP_NEW_COPY /* use C++ new operator for ::copy() */ # define SOAP_NEW_COPY(clas) new clas /* prefer w/o parenthesis */ #endif #ifndef SOAP_DELETE /* use C++ delete operator */ # define SOAP_DELETE(obj) delete obj #endif #ifndef SOAP_DELETE_ARRAY /* use C++ delete[] operator */ # define SOAP_DELETE_ARRAY(obj) delete[] obj #endif #ifdef SOAP_DEBUG # ifndef SOAP_MESSAGE # define SOAP_MESSAGE fprintf # endif # ifndef DBGLOG # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # ifndef DBGMSG # define DBGMSG(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { fwrite((MSG), 1, (LEN), soap->fdebug[SOAP_INDEX_##DBGFILE]);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif # ifndef DBGFUN # define DBGFUN(FNAME) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s()\n", __FILE__, __LINE__, FNAME)) # define DBGFUN1(FNAME, FMT, ARG) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT")\n", __FILE__, __LINE__, FNAME, (ARG))) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT1", "FMT2")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2))) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s("FMT1", "FMT2", "FMT3")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2), (ARG3))) # endif # ifndef DBGHEX # define DBGHEX(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile(soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { int i; char *s;\ for (s = (char*)(MSG), i = (LEN); i; i--)\ fprintf(soap->fdebug[SOAP_INDEX_##DBGFILE], "%2.2X ", (int)*s++&0xFF);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif #else # define DBGLOG(DBGFILE, CMD) # define DBGMSG(DBGFILE, MSG, LEN) # define DBGFUN(FNAME) # define DBGFUN1(FNAME, FMT, ARG) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) # define DBGHEX(DBGFILE, MSG, LEN) #endif /* UCS-4 requires 32 bits (0-7FFFFFFF, the sign bit is used by gSOAP to distinguish XML entities) */ typedef soap_int32 soap_wchar; /* namespace table row */ struct Namespace { const char *id; const char *ns; const char *in; char *out; }; /* namespace stack */ struct soap_nlist { struct soap_nlist *next; unsigned int level; /* nesting depth level */ short index; /* corresponding entry in ns mapping table */ const char *ns; /* only set when parsed ns URI is not in the ns mapping table */ char id[1]; /* the actual string value flows into the allocated region below this struct */ }; /* block stack for nested block allocations */ struct soap_blist { struct soap_blist *next; char *ptr; size_t size; }; /* array layout */ struct soap_array { void *__ptr; int __size; }; /* pointer serialization management */ struct soap_plist { struct soap_plist *next; const void *ptr; const struct soap_array *array; int type; int id; char mark1; char mark2; }; /* block allocation for pointer serialization management */ struct soap_pblk { struct soap_pblk *next; struct soap_plist plist[SOAP_PTRBLK]; }; #ifdef SOAP_MEM_DEBUG /* malloc/free tracking for debugging */ struct soap_mlist { struct soap_mlist *next; const void *ptr; const char *file; int line; short live; }; #endif /* class allocation list */ struct soap_clist { struct soap_clist *next; void *ptr; int type; int size; int (*fdelete)(struct soap_clist*); }; /* attributes */ struct soap_attribute { struct soap_attribute *next; short flag; /* soap_set_attr: 1 = normal, 2 = utf content */ char *value; size_t size; const char *ns; short visible; char name[1]; /* the actual name string flows into the allocated region below this struct */ }; #ifndef WITH_LEAN struct soap_cookie { struct soap_cookie *next; char *name; char *value; char *domain; char *path; time_t expire; /* client-side: local time to expire */ long maxage; /* server-side: seconds to expire */ unsigned int version; short secure; short session; /* server-side */ short env; /* server-side: got cookie from client and should not be (re)send */ short modified; /* server-side: client cookie was modified and should be send */ }; #endif SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart*); #ifdef __cplusplus class soap_multipart_iterator { public: struct soap_multipart *content; bool operator==(const soap_multipart_iterator& iter) const { return (bool)(content == iter.content); } bool operator!=(const soap_multipart_iterator& iter) const { return (bool)(content != iter.content); } struct soap_multipart &operator*() const { return *content; } soap_multipart_iterator &operator++() { content = soap_next_multipart(content); return *this; } soap_multipart_iterator() : content(NULL) { } soap_multipart_iterator(struct soap_multipart *p) : content(p) { } }; #endif #ifndef WITH_LEANER struct soap_dime { size_t count; size_t size; size_t chunksize; size_t buflen; char flags; char *ptr; const char *id; const char *type; const char *options; struct soap_multipart *list; /* list of DIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER struct soap_mime { char *boundary; /* MIME boundary */ const char *start; /* MIME start ID */ struct soap_multipart *list; /* list of MIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER /* RFC2045 MIME content transfer encodings */ enum soap_mime_encoding { SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN }; #endif #ifndef WITH_LEANER /* DIME/MIME multipart list */ struct soap_multipart { struct soap_multipart *next; char *ptr; /* points to raw data content */ size_t size; /* size of data content */ const char *id; /* DIME/MIME content ID or form data name */ const char *type; /* DIME/MIME type (MIME type format) */ const char *options; /* DIME options */ enum soap_mime_encoding encoding; /* MIME Content-Transfer-Encoding */ const char *location; /* MIME Content-Location (optional) */ const char *description; /* MIME Content-Description (optional) */ #ifdef __cplusplus typedef soap_multipart_iterator iterator; #endif }; #endif #ifndef WITH_LEANER /* attachment DIME and MTOM XOP forwarding */ struct soap_xlist { struct soap_xlist *next; unsigned char **ptr; int *size; char *id; char **type; char **options; }; #endif /******************************************************************************/ #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_attribute_iterator { public: struct soap_dom_attribute *att; const char *nstr; const char *name; bool operator==(const soap_dom_attribute_iterator&) const; bool operator!=(const soap_dom_attribute_iterator&) const; struct soap_dom_attribute &operator*() const; soap_dom_attribute_iterator &operator++(); soap_dom_attribute_iterator(); soap_dom_attribute_iterator(struct soap_dom_attribute*); ~soap_dom_attribute_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_attribute { struct soap_dom_attribute *next; const char *nstr; char *name; char *data; wchar_t *wide; struct soap *soap; #ifdef __cplusplus typedef soap_dom_attribute_iterator iterator; struct soap_dom_attribute &set(const char *nstr, const char *name); /* set namespace and name */ struct soap_dom_attribute &set(const char *data); /* set data */ soap_dom_attribute_iterator begin(); soap_dom_attribute_iterator end(); soap_dom_attribute_iterator find(const char *nstr, const char *name); void unlink(); soap_dom_attribute(); soap_dom_attribute(struct soap *soap); soap_dom_attribute(struct soap *soap, const char *nstr, const char *name, const char *data); ~soap_dom_attribute(); #endif }; #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_element_iterator { public: struct soap_dom_element *elt; const char *nstr; const char *name; int type; bool operator==(const soap_dom_element_iterator&) const; bool operator!=(const soap_dom_element_iterator&) const; struct soap_dom_element &operator*() const; soap_dom_element_iterator &operator++(); soap_dom_element_iterator(); soap_dom_element_iterator(struct soap_dom_element*); ~soap_dom_element_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_element { struct soap_dom_element *next; /* next sibling */ struct soap_dom_element *prnt; /* parent */ struct soap_dom_element *elts; /* list of child elements */ struct soap_dom_attribute *atts; /* list of attributes */ const char *nstr; /* namespace string */ char *name; /* element tag name */ char *data; /* element content data (with SOAP_C_UTFSTRING flag set) */ wchar_t *wide; /* element content data */ int type; /* optional: serialized C/C++ data type */ void *node; /* optional: pointer to serialized C/C++ data */ char *head; /* leading content before start tag */ char *tail; /* leading content before end tag */ struct soap *soap; /* soap context that manages this node */ #ifdef __cplusplus typedef soap_dom_element_iterator iterator; struct soap_dom_element &set(const char *nstr, const char *name); struct soap_dom_element &set(const char *data); struct soap_dom_element &set(void *node, int type); struct soap_dom_element &add(struct soap_dom_element*); struct soap_dom_element &add(struct soap_dom_element&); struct soap_dom_element &add(struct soap_dom_attribute*); struct soap_dom_element &add(struct soap_dom_attribute&); soap_dom_element_iterator begin(); soap_dom_element_iterator end(); soap_dom_element_iterator find(const char *nstr, const char *name); soap_dom_element_iterator find(int type); void unlink(); soap_dom_element(); soap_dom_element(struct soap *soap); soap_dom_element(struct soap *soap, const char *nstr, const char *name); soap_dom_element(struct soap *soap, const char *nstr, const char *name, const char *data); soap_dom_element(struct soap *soap, const char *nstr, const char *name, void *node, int type); ~soap_dom_element(); #endif }; SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(struct soap_dom_attribute *att); #endif #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) } extern std::ostream &operator<<(std::ostream&, const struct soap_dom_element&); extern std::istream &operator>>(std::istream&, struct soap_dom_element&); extern "C" { #endif /******************************************************************************/ #ifdef WIN32 # ifdef SOAP_STD_EXPORTS # define SOAP_STD_API __declspec(dllexport) # else # define SOAP_STD_API # endif #else # define SOAP_STD_API #endif struct SOAP_STD_API soap { short state; /* 0 = uninitialized, 1 = initialized, 2 = copy of another soap struct */ short version; /* 1 = SOAP1.1 and 2 = SOAP1.2 (set automatically from namespace URI in nsmap table) */ soap_mode mode; soap_mode imode; soap_mode omode; const char *float_format; /* user-definable format string for floats (<1024 chars) */ const char *double_format; /* user-definable format string for doubles (<1024 chars) */ const char *dime_id_format; /* user-definable format string for integer DIME id ( 0, gives socket recv timeout in seconds, < 0 in usec */ int send_timeout; /* when > 0, gives socket send timeout in seconds, < 0 in usec */ int connect_timeout; /* when > 0, gives socket connect() timeout in seconds, < 0 in usec */ int accept_timeout; /* when > 0, gives socket accept() timeout in seconds, < 0 in usec */ int socket_flags; /* socket recv() and send() flags, e.g. set to MSG_NOSIGNAL to disable sigpipe */ int connect_flags; /* connect() SOL_SOCKET sockopt flags, e.g. set to SO_DEBUG to debug socket */ int bind_flags; /* bind() SOL_SOCKET sockopt flags, e.g. set to SO_REUSEADDR to enable reuse */ int accept_flags; /* accept() SOL_SOCKET sockopt flags */ unsigned short linger_time; /* linger time for SO_LINGER option */ const struct Namespace *namespaces; /* Pointer to global namespace mapping table */ struct Namespace *local_namespaces; /* Local namespace mapping table */ struct soap_nlist *nlist; /* namespace stack */ struct soap_blist *blist; /* block allocation stack */ struct soap_clist *clist; /* class instance allocation list */ void *alist; /* memory allocation (malloc) list */ struct soap_ilist *iht[SOAP_IDHASH]; struct soap_plist *pht[SOAP_PTRHASH]; struct soap_pblk *pblk; /* plist block allocation */ short pidx; /* plist block allocation */ struct SOAP_ENV__Header *header; struct SOAP_ENV__Fault *fault; int idnum; void *user; /* for user to pass user-defined data */ void *data[4]; /* extension data = {smdevp, mecevp, ...} */ struct soap_plugin *plugins; /* linked list of plug-in data */ const char *userid; /* HTTP Basic authorization userid */ const char *passwd; /* HTTP Basic authorization passwd */ const char *authrealm; /* HTTP authentication realm (NTLM domain) */ #if !defined(WITH_LEAN) || defined(WITH_NTLM) const char *ntlm_challenge; /* HTTP NTLM challenge key string */ short ntlm_auth; /* HTTP NTLM authentication type */ short ntlm_stage; /* HTTP NTLM stage 0..3 */ #endif int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); int (*fget)(struct soap*); /* HTTP GET hook (not set by default) */ int (*fput)(struct soap*); /* HTTP PUT hook (handled as POST by default) */ int (*fdel)(struct soap*); /* HTTP DELETE hook (not set by default) */ int (*fopt)(struct soap*); /* HTTP OPTIONS hook (not set by default) */ int (*fhead)(struct soap*); /* HTTP HEAD hook (not set by default) */ int (*fform)(struct soap*); /* HTTP/HTML form handler for plugins */ int (*fposthdr)(struct soap*, const char*, const char*); int (*fresponse)(struct soap*, int, size_t); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fheader)(struct soap*); int (*fresolve)(struct soap*, const char*, struct in_addr* inaddr); int (*fconnect)(struct soap*, const char*, const char*, int); int (*fdisconnect)(struct soap*); int (*fclosesocket)(struct soap*, SOAP_SOCKET); int (*fshutdownsocket)(struct soap*, SOAP_SOCKET, int); SOAP_SOCKET (*fopen)(struct soap*, const char*, const char*, int); SOAP_SOCKET (*faccept)(struct soap*, SOAP_SOCKET, struct sockaddr*, int *n); int (*fclose)(struct soap*); int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); int (*fpoll)(struct soap*); void (*fseterror)(struct soap*, const char **c, const char **s); int (*fignore)(struct soap*, const char*); int (*fserveloop)(struct soap*); void *(*fplugin)(struct soap*, const char*); void *(*fmalloc)(struct soap*, size_t); #ifndef WITH_LEANER int (*feltbegin)(struct soap*, const char*); int (*feltendin)(struct soap*, const char*, const char*); int (*feltbegout)(struct soap*, const char*); int (*feltendout)(struct soap*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int filterstop; int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); void *(*fdimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fdimewriteopen)(struct soap*, const char*, const char*, const char*); void (*fdimereadclose)(struct soap*, void*); void (*fdimewriteclose)(struct soap*, void*); size_t (*fdimeread)(struct soap*, void*, char*, size_t); int (*fdimewrite)(struct soap*, void*, const char*, size_t); void *(*fmimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fmimewriteopen)(struct soap*, void*, const char*, const char*, const char*, enum soap_mime_encoding); void (*fmimereadclose)(struct soap*, void*); void (*fmimewriteclose)(struct soap*, void*); size_t (*fmimeread)(struct soap*, void*, char*, size_t); int (*fmimewrite)(struct soap*, void*, const char*, size_t); #endif SOAP_SOCKET master; SOAP_SOCKET socket; #if defined(__cplusplus) && !defined(WITH_LEAN) && !defined(WITH_COMPAT) std::ostream *os; std::istream *is; #else void *os; /* preserve struct size */ void *is; /* preserve struct size */ #endif #ifndef UNDER_CE int sendfd; /* WinCE FD to send */ int recvfd; /* WinCE FD to receive */ #else FILE *sendfd; FILE *recvfd; #endif size_t bufidx; /* index in soap.buf[] */ size_t buflen; /* length of soap.buf[] content */ soap_wchar ahead; /* parser lookahead */ short cdata; /* CDATA parser state */ short body; /* parsed XML element has a body or not */ unsigned int level; /* XML nesting level */ size_t count; /* message length counter */ size_t length; /* message length as set by HTTP header */ char *labbuf; /* look-aside buffer */ size_t lablen; /* look-aside buffer allocated length */ size_t labidx; /* look-aside buffer index to available part */ char buf[SOAP_BUFLEN];/* send and receive buffer */ char msgbuf[1024]; /* in/out buffer for HTTP/MIME headers >=1024 bytes */ char tmpbuf[1024]; /* in/out buffer for HTTP/MIME headers, simpleType values, element and attribute tag names, and DIME must be >=1024 bytes */ char tag[SOAP_TAGLEN]; char id[SOAP_TAGLEN]; char href[SOAP_TAGLEN]; char type[SOAP_TAGLEN]; char arrayType[SOAP_TAGLEN]; char arraySize[SOAP_TAGLEN]; char arrayOffset[SOAP_TAGLEN]; short other; short root; int position; int positions[SOAP_MAXDIMS]; struct soap_attribute *attributes; /* attribute list */ short encoding; /* when set, output encodingStyle */ short mustUnderstand; /* a mustUnderstand element was parsed or is output */ short null; /* parsed XML is xsi:nil */ short ns; /* when not set, output full xmlns bindings */ short part; /* SOAP part state (header or body) */ short event; /* engine events and states for use by plugins */ unsigned int evlev; /* event level */ short alloced; short peeked; size_t chunksize; size_t chunkbuflen; char endpoint[SOAP_TAGLEN]; char path[SOAP_TAGLEN]; char host[SOAP_TAGLEN]; char *action; char *prolog; /* XML declaration prolog */ unsigned long ip; /* IP number */ int port; /* port number */ short keep_alive; /* connection should be kept open */ short tcp_keep_alive; /* enable SO_KEEPALIVE */ unsigned int tcp_keep_idle; /* set TCP_KEEPIDLE */ unsigned int tcp_keep_intvl; /* set TCP_KEEPINTVL */ unsigned int tcp_keep_cnt; /* set TCP_KEEPCNT */ unsigned int max_keep_alive; /* maximum keep-alive session (default=100) */ const char *proxy_http_version;/* HTTP version of proxy "1.0" or "1.1" */ const char *proxy_host; /* Proxy Server host name */ int proxy_port; /* Proxy Server port (default = 8080) */ const char *proxy_userid; /* Proxy Authorization user name */ const char *proxy_passwd; /* Proxy Authorization password */ const char *proxy_from; /* X-Forwarding-For header returned by proxy */ int status; /* -1 when request, else error code to be returned by server */ int error; int errmode; int errnum; #ifndef WITH_LEANER struct soap_dom_element *dom; struct soap_dime dime; struct soap_mime mime; struct soap_xlist *xlist; #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) const char *logfile[SOAP_MAXLOGS]; FILE *fdebug[SOAP_MAXLOGS]; struct soap_mlist *mht[SOAP_PTRHASH]; #endif #ifndef WITH_LEAN const char *wsuid; /* space-separated string of element tags */ const char *c14nexclude; /* space-separated string of prefixes */ struct soap_cookie *cookies; const char *cookie_domain; const char *cookie_path; int cookie_max; #endif #ifndef WITH_NOIO int ipv6_multicast_if; /* in6addr->sin6_scope_id IPv6 value */ char* ipv4_multicast_if; /* IP_MULTICAST_IF IPv4 setsockopt interface_addr */ unsigned char ipv4_multicast_ttl; /* IP_MULTICAST_TTL value 0..255 */ #ifdef WITH_IPV6 struct sockaddr_storage peer; /* IPv6: set by soap_accept and by UDP recv */ #else struct sockaddr_in peer; /* IPv4: set by soap_connect/soap_accept and by UDP recv */ #endif #endif size_t peerlen; #if defined(WITH_OPENSSL) /* OpenSSL */ int (*fsslauth)(struct soap*); int (*fsslverify)(int, X509_STORE_CTX*); BIO *bio; SSL *ssl; SSL_CTX *ctx; SSL_SESSION *session; const char *dhfile; const char *randfile; #elif defined(WITH_GNUTLS) /* GNUTLS */ int (*fsslauth)(struct soap*); void *fsslverify; gnutls_certificate_credentials_t xcred; /* cert pointer */ gnutls_anon_client_credentials_t acred; /* anon pointer */ gnutls_priority_t cache; /* priority cache pointer */ gnutls_session_t session; /* session pointer */ gnutls_dh_params_t dh_params; gnutls_rsa_params_t rsa_params; #else /* No SSL/TLS */ void *fsslauth; /* dummy members, to preserve struct size */ void *fsslverify; void *bio; void *ssl; void *ctx; void *session; void *dh_params; void *rsa_params; #endif unsigned short ssl_flags; const char *keyfile; const char *password; const char *cafile; const char *capath; const char *crlfile; char session_host[SOAP_TAGLEN]; int session_port; #ifdef WITH_C_LOCALE # ifdef WIN32 _locale_t c_locale; /* set to C locale by default */ # else locale_t c_locale; /* set to C locale by default */ # endif #else void *c_locale; #endif #ifdef WITH_ZLIB z_stream *d_stream; /* decompression stream */ uLong z_crc; /* internal gzip crc */ #else void *d_stream; /* dummy members, to preserve struct size */ soap_int32 z_crc; #endif const char *z_dict; /* support for zlib static dictionaries */ unsigned int z_dict_len; short zlib_state; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_INFLATE */ short zlib_in; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ short zlib_out; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ char *z_buf; /* buffer */ size_t z_buflen; unsigned short z_level; /* compression level to be used (0=none, 1=fast to 9=best) */ float z_ratio_in; /* detected compression ratio compressed_length/length of inbound message */ float z_ratio_out; /* detected compression ratio compressed_length/length of outbound message */ #ifdef WMW_RPM_IO /* VxWorks */ void *rpmreqid; #endif #ifdef __cplusplus soap(); soap(soap_mode); soap(soap_mode, soap_mode); soap(const struct soap&); virtual ~soap(); #else void (*dummy)(void); #endif }; struct soap_code_map { long code; const char *string; }; /* forwarding list */ struct soap_flist { struct soap_flist *next; int type; void *ptr; unsigned int level; size_t len; void (*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t); }; /* id-ref forwarding list */ struct soap_ilist { struct soap_ilist *next; int type; size_t size; void *link; void *copy; struct soap_flist *flist; void *ptr; unsigned int level; char id[1]; /* the actual id string value flows into the allocated region below this struct */ }; struct soap_plugin { struct soap_plugin *next; const char *id; void *data; int (*fcopy)(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); void (*fdelete)(struct soap *soap, struct soap_plugin *p); /* should delete fields of plugin only and not free(p) */ }; #ifndef WITH_NONAMESPACES extern SOAP_NMAC struct Namespace namespaces[]; #endif #ifndef WITH_LEAN # define soap_get0(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx]) # define soap_get1(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx++]) #else soap_wchar soap_get0(struct soap*); soap_wchar soap_get1(struct soap*); #endif #define soap_versioning_paste(name, ext) name##_LIBRARY_VERSION_REQUIRED_##ext #define soap_versioning_ext(name, ext) soap_versioning_paste(name, ext) #define soap_versioning(name) soap_versioning_ext(name, GSOAP_VERSION) #define soap_init(soap) soap_init1(soap, SOAP_IO_DEFAULT) #define soap_init1(soap, mode) soap_init2(soap, mode, mode) #define soap_init2(soap, imode, omode) soap_versioning(soap_init)(soap, imode, omode) #define soap_new() soap_new1(SOAP_IO_DEFAULT) #define soap_new1(mode) soap_new2(mode, mode) #define soap_new2(imode, omode) soap_versioning(soap_new)(imode, omode) #define soap_revget1(soap) ((soap)->bufidx--) #define soap_unget(soap, c) ((soap)->ahead = c) #define soap_register_plugin(soap, plugin) soap_register_plugin_arg(soap, plugin, NULL) #define soap_mode(soap, n) ((soap)->mode = (soap)->imode = (soap)->omode = (n)) #define soap_imode(soap, n) ((soap)->imode = (n)) #define soap_omode(soap, n) ((soap)->omode = (n)) #define soap_set_imode(soap, n) ((soap)->imode |= (n)) #define soap_clr_imode(soap, n) ((soap)->imode &= ~(n)) #define soap_set_omode(soap, n) ((soap)->omode |= (n)) #define soap_clr_omode(soap, n) ((soap)->omode &= ~(n)) #define soap_set_mode(soap, n) ((soap)->imode |= (n), (soap)->omode |= (n)) #define soap_clr_mode(soap, n) ((soap)->imode &= ~(n), (soap)->omode &= ~(n)) #define soap_destroy(soap) soap_delete((soap), NULL) #ifdef HAVE_STRRCHR # define soap_strrchr(s, t) strrchr(s, t) #else SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t); #endif #ifdef HAVE_STRTOL # define soap_strtol(s, t, b) strtol(s, t, b) #else SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b); #endif #ifdef HAVE_STRTOUL # define soap_strtoul(s, t, b) strtoul(s, t, b) #else SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b); #endif #if defined(WITH_OPENSSL) # define soap_random soap_rand() SOAP_FMAC1 int SOAP_FMAC2 soap_rand(void); #elif defined(HAVE_RANDOM) # define soap_random (int)random() #else # define soap_random rand() #endif #ifdef WITH_NOIDREF # define soap_embedded(s, p, t) (0) # define soap_id_lookup(s, i, p, t, n, k) (p) # define soap_id_forward(s, h, p, len, st, tt, n, k, fc) (p) # define soap_reference(s, a, t) (1) # define soap_array_reference(s, p, a, n, t) (1) # define soap_embed(s, p, a, n, t, pp) (0) # define soap_embedded_id(s, i, p, t) (i) # define soap_is_embedded(s, p) (0) # define soap_is_single(s, p) (1) # define soap_lookup_type(s, i) (0) # define soap_getindependent(s) (0) # define soap_putindependent(s) (0) # define soap_getelement(s, n) (n) # define soap_putelement(s, p, t, i, n) (0) # define soap_markelement(s, p, n) (0) #endif /* soap_traverse() traversal/walker routines take walker function arguments */ typedef void soap_walker(struct soap*, void*, int, const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_header(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_fault(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultcode(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultsubcode(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultstring(struct soap*); SOAP_FMAC1 const char** SOAP_FMAC2 soap_faultdetail(struct soap*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_check_faultsubcode(struct soap*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_check_faultdetail(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializeheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getheader(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializefault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putfault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getfault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init(void); SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap*, int, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap*, const char*, const char*); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap*, const char*, int, int); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap*, unsigned short, const char*, const char*, const char*, const char*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap*, unsigned short, const char*, const char*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap*, int status, size_t count); SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char*, size_t, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char*, size_t, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap*, unsigned long); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap*, int*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap*, int*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap*, unsigned char**, int*, char**, char**, char**); SOAP_FMAC1 int SOAP_FMAC2 soap_dime_forward(struct soap*, unsigned char**, int*, char**, char**, char**); #endif #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup_id(struct soap*, void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap*, const void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap*, const void *p, const struct soap_array *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap*, const void *p, const struct soap_array *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const struct soap_array *a, int n, const char *tag, int type); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_lookup(struct soap*, const char*); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_enter(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap*, const void *p, const struct soap_array *a, int n, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap*, int id, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap*, struct soap_plist*); SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap*, struct soap_plist*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap*, struct soap_plist*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap*); SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map*, const char*); SOAP_FMAC1 long SOAP_FMAC2 soap_code_int(const struct soap_code_map*, const char*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map*, long); SOAP_FMAC1 long SOAP_FMAC2 soap_code_bits(const struct soap_code_map*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap*, const struct soap_code_map*, long); SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap*, char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap*, void*); SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap*, void*, int, int, int (*fdelete)(struct soap_clist*)); SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap*, const void*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap*, const char*, int, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap*, const char*, int, void*); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap*, const char *id); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap*, const char *id, void **p, int t, size_t n, unsigned int k); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap*, const char *id, void *p, size_t len, int st, int tt, size_t n, unsigned int k, void(*fcopy)(struct soap*, int, int, void*, size_t, const void*, size_t)); #endif SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap*, const char *id, void *p, int t, size_t n, unsigned int k, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*)); SOAP_FMAC1 void SOAP_FMAC2 soap_fcopy(struct soap *soap, int st, int tt, void *p, size_t, const void *q, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_size(const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *, const int *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getsize(const char *, const char *, int *); SOAP_FMAC1 int SOAP_FMAC2 soap_getsizes(const char *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *, int *); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsize(struct soap*, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizesoffsets(struct soap*, const char *, const int *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizes(struct soap*, const char *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffset(struct soap*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffsets(struct soap*, const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_versioning(soap_new)(soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy(const struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy_context(struct soap*, const struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap*, struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap*, soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap*, void*); SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap*, struct soap*); /* API functions available with DEBUG or SOAP_DEBUG defined: */ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap*, int); /* */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_value(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap*, const char*, const char *); SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap*, const char*, int, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap*, const char *tag, int id, const char *type, const char *offset); SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap*, const char *tag, int id, int href); SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap*, const char *tag, int id, const char *ref, const char *val); SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap*, const char *tag, int id, const void *p, const struct soap_array *a, int d, const char *type, int n); SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap*, const char *tag); SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap*, const char *tag, int nillable, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_strdup(struct soap*, const char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrdup(struct soap*, const wchar_t*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little); SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap*, const char *s, int flag); SOAP_FMAC1 char* SOAP_FMAC2 soap_string_in(struct soap*, int, long, long); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap*, const wchar_t *s, int flag); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstring_in(struct soap*, int, long, long); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap*, const char *, const char*, size_t n1, size_t n2); SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap*, const struct Namespace*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap*); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_push_namespace(struct soap*, const char *,const char *); SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap*, const char*, size_t); SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap*, struct soap_blist*, char*, int); SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap*, struct soap_blist*); SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, char *start, char *end, char *p1, char *p2); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap*); SOAP_FMAC1 int soap_envelope_end_out(struct soap*); SOAP_FMAC1 char * SOAP_FMAC2 soap_get_http_body(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap*, int status); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap*, int check); #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap*, FILE*); SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap*, FILE*); # ifndef WITH_LEAN # ifndef WITH_COMPAT # ifdef __cplusplus SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap*, std::ostream&); # endif # endif SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap*, char*, size_t); # endif #endif SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap*, const char*, char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap*, const char*, short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap*, const char*, int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap*, const char*, long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap*, const char*, LONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap*, const char*, float*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap*, const char*, double*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap*, const char*, unsigned char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap*, const char*, unsigned short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap*, const char*, unsigned int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap*, const char*, unsigned long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap*, const char*, ULONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap*, const char*, char**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap*, const char*, char**, long minlen, long maxlen); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap*, const char*, wchar_t**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap*, const char*, time_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap*, const unsigned char*, char*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap*, const unsigned char*, char*, int); #endif SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap*, char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap*, short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap*, int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap*, float); SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap*, double); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap*, unsigned char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap*, unsigned short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap*, unsigned int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap*, unsigned long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap*, ULONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap*, const char*); #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap*, time_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap*, const char*, char*, size_t, int*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap*, const char*, char*, size_t, int*); #endif SOAP_FMAC1 int* SOAP_FMAC2 soap_inint(struct soap*, const char *tag, int *p, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_inbyte(struct soap*, const char *tag, char *p, const char *, int); SOAP_FMAC1 long* SOAP_FMAC2 soap_inlong(struct soap*, const char *tag, long *p, const char *, int); SOAP_FMAC1 LONG64* SOAP_FMAC2 soap_inLONG64(struct soap*, const char *tag, LONG64 *p, const char *, int); SOAP_FMAC1 short* SOAP_FMAC2 soap_inshort(struct soap*, const char *tag, short *p, const char *, int); SOAP_FMAC1 float* SOAP_FMAC2 soap_infloat(struct soap*, const char *tag, float *p, const char *, int); SOAP_FMAC1 double* SOAP_FMAC2 soap_indouble(struct soap*, const char *tag, double *p, const char *, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_inunsignedByte(struct soap*, const char *tag, unsigned char *p, const char *, int); SOAP_FMAC1 unsigned short* SOAP_FMAC2 soap_inunsignedShort(struct soap*, const char *tag, unsigned short *p, const char *, int); SOAP_FMAC1 unsigned int* SOAP_FMAC2 soap_inunsignedInt(struct soap*, const char *tag, unsigned int *p, const char *, int); SOAP_FMAC1 unsigned long* SOAP_FMAC2 soap_inunsignedLong(struct soap*, const char *tag, unsigned long *p, const char *, int); SOAP_FMAC1 ULONG64* SOAP_FMAC2 soap_inULONG64(struct soap*, const char *tag, ULONG64 *p, const char *, int); SOAP_FMAC1 char** SOAP_FMAC2 soap_instring(struct soap*, const char *tag, char **p, const char *, int, int, long, long); SOAP_FMAC1 char** SOAP_FMAC2 soap_inliteral(struct soap*, const char *tag, char **p); #ifndef WITH_LEAN SOAP_FMAC1 time_t* SOAP_FMAC2 soap_indateTime(struct soap*, const char *tag, time_t *p, const char *, int); SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm*); #endif #ifndef WITH_LEANER SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwstring(struct soap*, const char *tag, wchar_t **p, const char *, int, long, long); SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwliteral(struct soap*, const char *tag, wchar_t **p); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap*, const char *tag, int id, const char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap*, const char *tag, int id, const short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap*, const char *tag, int id, const int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap*, const char *tag, int id, const long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap*, const char *tag, int id, const LONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap*, const char *tag, int id, const float *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap*, const char *tag, int id, const double *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap*, const char *tag, int id, const unsigned char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap*, const char *tag, int id, const unsigned short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap*, const char *tag, int id, const unsigned int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap*, const char *tag, int id, const unsigned long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap*, const char *tag, int id, const ULONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap*, const char *tag, int id, char *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap*, const char *tag, char *const*p, const char *type); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap*, const char *tag, int id, const time_t *p, const char *, int); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap*, const char *tag, int id, wchar_t *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap*, const char *tag, wchar_t *const*p, const char *type); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *, const char*, int, const void*, const struct soap_array*, const char*, const char*, const char*, int, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap*, long); SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_dime_option(struct soap*, unsigned short, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap*, struct soap_multipart*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap*, const char *boundary, const char *start); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap*, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option); SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap*, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description); SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap); SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle); SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap*, const char*, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap*, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void*); SOAP_FMAC1 void* SOAP_FMAC2 soap_lookup_plugin(struct soap*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag); SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap); #ifdef WITH_COOKIES SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val); SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_cookie(const char*, char*, size_t); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap*, const char*, const char*, const char*, const char*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_env_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern time_t SOAP_FMAC2 soap_cookie_expire(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_expire(struct soap*, const char*, long, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_clr_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_clr_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_getenv_cookies(struct soap*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap*, const struct soap*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_free_cookies(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure); #endif #ifdef __cplusplus } /* extern "C" */ #endif #endif /* STDSOAP_H */ gsoap-2.8.28/gsoap/ios_plugin/examples/GeoIPService/GeoIPService-Info.plist0000644000175000017500000000161512653650146026114 0ustar ellertellert CFBundleDevelopmentRegion English CFBundleDisplayName ${PRODUCT_NAME} CFBundleExecutable ${EXECUTABLE_NAME} CFBundleIconFile CFBundleIdentifier com.yourcompany.${PRODUCT_NAME:rfc1034identifier} CFBundleInfoDictionaryVersion 6.0 CFBundleName ${PRODUCT_NAME} CFBundlePackageType APPL CFBundleSignature ???? CFBundleVersion 1.0 LSRequiresIPhoneOS NSMainNibFile MainWindow gsoap-2.8.28/gsoap/src/0000755000175000017500000000000012653650174014175 5ustar ellertellertgsoap-2.8.28/gsoap/src/lex.yy.c0000644000175000017500000025236012653650160015574 0ustar ellertellert #line 3 "lex.yy.c" #define YY_INT_ALIGNED short int /* A lexical scanner generated by flex */ #define FLEX_SCANNER #define YY_FLEX_MAJOR_VERSION 2 #define YY_FLEX_MINOR_VERSION 5 #define YY_FLEX_SUBMINOR_VERSION 35 #if YY_FLEX_SUBMINOR_VERSION > 0 #define FLEX_BETA #endif /* First, we deal with platform-specific or compiler-specific issues. */ /* begin standard C headers. */ #include #include #include #include /* end standard C headers. */ /* flex integer type definitions */ #ifndef FLEXINT_H #define FLEXINT_H /* C99 systems have . Non-C99 systems may or may not. */ #if defined (__STDC_VERSION__) && __STDC_VERSION__ >= 199901L /* C99 says to define __STDC_LIMIT_MACROS before including stdint.h, * if you want the limit (max/min) macros for int types. */ #ifndef __STDC_LIMIT_MACROS #define __STDC_LIMIT_MACROS 1 #endif #include typedef int8_t flex_int8_t; typedef uint8_t flex_uint8_t; typedef int16_t flex_int16_t; typedef uint16_t flex_uint16_t; typedef int32_t flex_int32_t; typedef uint32_t flex_uint32_t; typedef uint64_t flex_uint64_t; #else typedef signed char flex_int8_t; typedef short int flex_int16_t; typedef int flex_int32_t; typedef unsigned char flex_uint8_t; typedef unsigned short int flex_uint16_t; typedef unsigned int flex_uint32_t; #endif /* ! C99 */ /* Limits of integral types. */ #ifndef INT8_MIN #define INT8_MIN (-128) #endif #ifndef INT16_MIN #define INT16_MIN (-32767-1) #endif #ifndef INT32_MIN #define INT32_MIN (-2147483647-1) #endif #ifndef INT8_MAX #define INT8_MAX (127) #endif #ifndef INT16_MAX #define INT16_MAX (32767) #endif #ifndef INT32_MAX #define INT32_MAX (2147483647) #endif #ifndef UINT8_MAX #define UINT8_MAX (255U) #endif #ifndef UINT16_MAX #define UINT16_MAX (65535U) #endif #ifndef UINT32_MAX #define UINT32_MAX (4294967295U) #endif #endif /* ! FLEXINT_H */ #ifdef __cplusplus /* The "const" storage-class-modifier is valid. */ #define YY_USE_CONST #else /* ! __cplusplus */ /* C99 requires __STDC__ to be defined as 1. */ #if defined (__STDC__) #define YY_USE_CONST #endif /* defined (__STDC__) */ #endif /* ! __cplusplus */ #ifdef YY_USE_CONST #define yyconst const #else #define yyconst #endif /* Returned upon end-of-file. */ #define YY_NULL 0 /* Promotes a possibly negative, possibly signed char to an unsigned * integer for use as an array index. If the signed char is negative, * we want to instead treat it as an 8-bit unsigned char, hence the * double cast. */ #define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) /* Enter a start condition. This macro really ought to take a parameter, * but we do it the disgusting crufty way forced on us by the ()-less * definition of BEGIN. */ #define BEGIN (yy_start) = 1 + 2 * /* Translate the current start state into a value that can be later handed * to BEGIN to return to the state. The YYSTATE alias is for lex * compatibility. */ #define YY_START (((yy_start) - 1) / 2) #define YYSTATE YY_START /* Action number for EOF rule of a given start state. */ #define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) /* Special action meaning "start processing a new file". */ #define YY_NEW_FILE yyrestart(yyin ) #define YY_END_OF_BUFFER_CHAR 0 /* Size of default input buffer. */ #ifndef YY_BUF_SIZE #define YY_BUF_SIZE 16384 #endif /* The state buf must be large enough to hold one state per character in the main buffer. */ #define YY_STATE_BUF_SIZE ((YY_BUF_SIZE + 2) * sizeof(yy_state_type)) #ifndef YY_TYPEDEF_YY_BUFFER_STATE #define YY_TYPEDEF_YY_BUFFER_STATE typedef struct yy_buffer_state *YY_BUFFER_STATE; #endif #ifndef YY_TYPEDEF_YY_SIZE_T #define YY_TYPEDEF_YY_SIZE_T typedef size_t yy_size_t; #endif extern yy_size_t yyleng; extern FILE *yyin, *yyout; #define EOB_ACT_CONTINUE_SCAN 0 #define EOB_ACT_END_OF_FILE 1 #define EOB_ACT_LAST_MATCH 2 /* Note: We specifically omit the test for yy_rule_can_match_eol because it requires * access to the local variable yy_act. Since yyless() is a macro, it would break * existing scanners that call yyless() from OUTSIDE yylex. * One obvious solution it to make yy_act a global. I tried that, and saw * a 5% performance hit in a non-yylineno scanner, because yy_act is * normally declared as a register variable-- so it is not worth it. */ #define YY_LESS_LINENO(n) \ do { \ yy_size_t yyl;\ for ( yyl = n; yyl < yyleng; ++yyl )\ if ( yytext[yyl] == '\n' )\ --yylineno;\ }while(0) /* Return all but the first "n" matched characters back to the input stream. */ #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ *yy_cp = (yy_hold_char); \ YY_RESTORE_YY_MORE_OFFSET \ (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ YY_DO_BEFORE_ACTION; /* set up yytext again */ \ } \ while ( 0 ) #define unput(c) yyunput( c, (yytext_ptr) ) #ifndef YY_STRUCT_YY_BUFFER_STATE #define YY_STRUCT_YY_BUFFER_STATE struct yy_buffer_state { FILE *yy_input_file; char *yy_ch_buf; /* input buffer */ char *yy_buf_pos; /* current position in input buffer */ /* Size of input buffer in bytes, not including room for EOB * characters. */ yy_size_t yy_buf_size; /* Number of characters read into yy_ch_buf, not including EOB * characters. */ yy_size_t yy_n_chars; /* Whether we "own" the buffer - i.e., we know we created it, * and can realloc() it to grow it, and should free() it to * delete it. */ int yy_is_our_buffer; /* Whether this is an "interactive" input source; if so, and * if we're using stdio for input, then we want to use getc() * instead of fread(), to make sure we stop fetching input after * each newline. */ int yy_is_interactive; /* Whether we're considered to be at the beginning of a line. * If so, '^' rules will be active on the next match, otherwise * not. */ int yy_at_bol; int yy_bs_lineno; /**< The line count. */ int yy_bs_column; /**< The column count. */ /* Whether to try to fill the input buffer when we reach the * end of it. */ int yy_fill_buffer; int yy_buffer_status; #define YY_BUFFER_NEW 0 #define YY_BUFFER_NORMAL 1 /* When an EOF's been seen but there's still some text to process * then we mark the buffer as YY_EOF_PENDING, to indicate that we * shouldn't try reading from the input source any more. We might * still have a bunch of tokens to match, though, because of * possible backing-up. * * When we actually see the EOF, we change the status to "new" * (via yyrestart()), so that the user can continue scanning by * just pointing yyin at a new input file. */ #define YY_BUFFER_EOF_PENDING 2 }; #endif /* !YY_STRUCT_YY_BUFFER_STATE */ /* Stack of input buffers. */ static size_t yy_buffer_stack_top = 0; /**< index of top of stack. */ static size_t yy_buffer_stack_max = 0; /**< capacity of stack. */ static YY_BUFFER_STATE * yy_buffer_stack = 0; /**< Stack as an array. */ /* We provide macros for accessing buffer states in case in the * future we want to put the buffer states in a more general * "scanner state". * * Returns the top of the stack, or NULL. */ #define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ : NULL) /* Same as previous macro, but useful when we know that the buffer stack is not * NULL or when we need an lvalue. For internal use only. */ #define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] /* yy_hold_char holds the character lost when yytext is formed. */ static char yy_hold_char; static yy_size_t yy_n_chars; /* number of characters read into yy_ch_buf */ yy_size_t yyleng; /* Points to current character in buffer. */ static char *yy_c_buf_p = (char *) 0; static int yy_init = 0; /* whether we need to initialize */ static int yy_start = 0; /* start state number */ /* Flag which is used to allow yywrap()'s to do buffer switches * instead of setting up a fresh yyin. A bit of a hack ... */ static int yy_did_buffer_switch_on_eof; void yyrestart (FILE *input_file ); void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ); YY_BUFFER_STATE yy_create_buffer (FILE *file,int size ); void yy_delete_buffer (YY_BUFFER_STATE b ); void yy_flush_buffer (YY_BUFFER_STATE b ); void yypush_buffer_state (YY_BUFFER_STATE new_buffer ); void yypop_buffer_state (void ); static void yyensure_buffer_stack (void ); static void yy_load_buffer_state (void ); static void yy_init_buffer (YY_BUFFER_STATE b,FILE *file ); #define YY_FLUSH_BUFFER yy_flush_buffer(YY_CURRENT_BUFFER ) YY_BUFFER_STATE yy_scan_buffer (char *base,yy_size_t size ); YY_BUFFER_STATE yy_scan_string (yyconst char *yy_str ); YY_BUFFER_STATE yy_scan_bytes (yyconst char *bytes,yy_size_t len ); void *yyalloc (yy_size_t ); void *yyrealloc (void *,yy_size_t ); void yyfree (void * ); #define yy_new_buffer yy_create_buffer #define yy_set_interactive(is_interactive) \ { \ if ( ! YY_CURRENT_BUFFER ){ \ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ } #define yy_set_bol(at_bol) \ { \ if ( ! YY_CURRENT_BUFFER ){\ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ } #define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) /* Begin user sect3 */ #define yywrap(n) 1 #define YY_SKIP_YYWRAP typedef unsigned char YY_CHAR; FILE *yyin = (FILE *) 0, *yyout = (FILE *) 0; typedef int yy_state_type; #define YY_FLEX_LEX_COMPAT extern int yylineno; int yylineno = 1; extern char yytext[]; static yy_state_type yy_get_previous_state (void ); static yy_state_type yy_try_NUL_trans (yy_state_type current_state ); static int yy_get_next_buffer (void ); static void yy_fatal_error (yyconst char msg[] ); /* Done after the current pattern has been matched and before the * corresponding action - sets up yytext. */ #define YY_DO_BEFORE_ACTION \ (yytext_ptr) = yy_bp; \ yyleng = (yy_size_t) (yy_cp - yy_bp); \ (yy_hold_char) = *yy_cp; \ *yy_cp = '\0'; \ if ( yyleng + (yy_more_offset) >= YYLMAX ) \ YY_FATAL_ERROR( "token too large, exceeds YYLMAX" ); \ yy_flex_strncpy( &yytext[(yy_more_offset)], (yytext_ptr), yyleng + 1 ); \ yyleng += (yy_more_offset); \ (yy_prev_more_offset) = (yy_more_offset); \ (yy_more_offset) = 0; \ (yy_c_buf_p) = yy_cp; #define YY_NUM_RULES 45 #define YY_END_OF_BUFFER 46 /* This struct is not used in this scanner, but its presence is necessary. */ struct yy_trans_info { flex_int32_t yy_verify; flex_int32_t yy_nxt; }; static yyconst flex_int16_t yy_acclist[159] = { 0, 46, 44, 45, 2, 44, 45, 2, 45, 31, 44, 45, 44, 45,16427, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 44, 45,16426, 31, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 34, 44, 45, 34, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 32, 44, 45, 32, 44, 45, 44, 45, 31, 44, 45, 44, 45, 31, 44, 45, 32, 44, 45, 32, 44, 45, 4, 45, 4, 45, 23,16427, 8235, 38,16427, 41, 14, 21, 15,16426, 8234, 37,16426, 12, 28, 10, 29, 11, 30, 3, 13, 34, 32, 32, 26, 24, 22, 25, 27, 32, 32, 16, 17, 20, 32, 32, 32, 5, 8235, 38, 37, 9, 36, 36, 35, 18, 19, 32, 32, 33, 1, 32, 36, 41, 41, 7, 9, 8, 9, 40, 41, 40, 39, 41, 39, 40, 41, 40, 39, 41, 39, 6, 7, 9 } ; static yyconst flex_int16_t yy_accept[169] = { 0, 1, 1, 1, 1, 1, 2, 4, 7, 9, 12, 15, 17, 20, 23, 26, 29, 32, 35, 38, 41, 44, 47, 50, 53, 56, 59, 62, 65, 67, 70, 72, 75, 78, 81, 83, 85, 86, 87, 88, 89, 90, 90, 91, 91, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 105, 106, 106, 107, 107, 107, 108, 108, 109, 110, 111, 112, 113, 114, 115, 115, 115, 116, 116, 116, 117, 117, 118, 119, 120, 121, 122, 123, 123, 123, 124, 125, 125, 125, 126, 126, 127, 127, 127, 127, 128, 128, 129, 130, 131, 132, 132, 133, 134, 134, 135, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 139, 139, 140, 140, 142, 142, 142, 144, 144, 144, 146, 146, 146, 147, 147, 147, 149, 149, 149, 150, 150, 152, 153, 155, 156, 156, 156, 159, 159 } ; static yyconst flex_int32_t yy_ec[256] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 1, 1, 1, 1, 1, 4, 5, 6, 7, 8, 9, 10, 11, 8, 8, 12, 13, 8, 14, 15, 16, 17, 18, 18, 18, 18, 18, 18, 18, 18, 18, 19, 8, 20, 21, 22, 8, 8, 23, 23, 23, 23, 24, 23, 25, 25, 25, 25, 25, 26, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 27, 25, 25, 8, 28, 8, 29, 25, 30, 31, 23, 23, 32, 33, 23, 34, 35, 36, 25, 25, 37, 38, 25, 39, 40, 25, 41, 42, 43, 44, 25, 25, 45, 25, 25, 8, 46, 8, 8, 1, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 48, 47, 47, 47, 47, 47, 47, 47, 49, 47, 49, 47, 47, 49, 47, 49, 47, 47, 49, 47, 47, 49, 47, 49, 49, 49, 49, 50, 49, 49, 49, 51, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 53, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52 } ; static yyconst flex_int32_t yy_meta[54] = { 0, 1, 2, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 4, 4, 1, 1, 2, 5, 5, 5, 5, 5, 5, 1, 2, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 1, 1, 1, 5, 1, 1, 5, 5 } ; static yyconst flex_int16_t yy_base[185] = { 0, 0, 346, 385, 384, 395, 500, 500, 500, 373, 51, 52, 500, 372, 46, 55, 370, 47, 48, 59, 67, 78, 45, 43, 367, 55, 53, 80, 343, 364, 0, 57, 115, 334, 500, 366, 500, 86, 59, 500, 98, 378, 500, 71, 107, 500, 500, 500, 110, 500, 500, 112, 500, 500, 500, 500, 500, 500, 500, 113, 500, 100, 124, 136, 152, 103, 335, 0, 347, 500, 500, 500, 346, 108, 154, 312, 130, 124, 169, 500, 325, 500, 500, 0, 0, 298, 500, 131, 185, 145, 168, 104, 186, 117, 323, 500, 187, 191, 194, 181, 102, 107, 192, 500, 500, 212, 190, 199, 234, 500, 0, 189, 216, 209, 200, 231, 217, 223, 255, 253, 257, 219, 224, 260, 259, 261, 265, 275, 286, 284, 261, 292, 293, 298, 309, 321, 294, 317, 332, 335, 338, 341, 302, 500, 311, 298, 500, 297, 344, 350, 228, 356, 359, 205, 362, 368, 201, 371, 374, 347, 500, 500, 500, 500, 132, 58, 500, 500, 422, 427, 432, 437, 54, 439, 444, 449, 454, 459, 464, 469, 474, 479, 484, 489, 494 } ; static yyconst flex_int16_t yy_def[185] = { 0, 167, 1, 168, 168, 167, 167, 167, 167, 167, 169, 170, 167, 167, 167, 171, 167, 167, 167, 167, 167, 167, 172, 167, 167, 167, 173, 173, 167, 167, 174, 167, 173, 32, 167, 167, 167, 169, 175, 167, 169, 170, 167, 170, 170, 167, 167, 167, 171, 167, 167, 171, 167, 167, 167, 167, 167, 167, 167, 176, 167, 167, 167, 167, 167, 173, 167, 32, 167, 167, 167, 167, 167, 173, 173, 167, 32, 175, 167, 167, 174, 167, 167, 32, 32, 32, 167, 175, 175, 175, 175, 170, 170, 177, 176, 167, 176, 176, 176, 167, 167, 167, 167, 167, 167, 167, 32, 32, 167, 167, 32, 175, 170, 170, 177, 177, 176, 176, 167, 167, 167, 170, 170, 176, 176, 167, 167, 167, 167, 170, 170, 176, 176, 167, 170, 170, 178, 179, 180, 181, 182, 183, 178, 167, 178, 179, 167, 180, 180, 181, 181, 181, 181, 182, 182, 183, 183, 183, 183, 178, 167, 167, 167, 167, 184, 184, 167, 0, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; static yyconst flex_int16_t yy_nxt[554] = { 0, 6, 7, 8, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 12, 19, 20, 21, 22, 23, 24, 25, 26, 26, 26, 27, 26, 28, 29, 30, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 31, 6, 7, 26, 6, 6, 32, 32, 38, 42, 46, 39, 49, 65, 53, 166, 55, 68, 69, 39, 50, 47, 54, 56, 57, 58, 74, 66, 42, 59, 71, 72, 81, 40, 60, 75, 61, 51, 62, 62, 77, 88, 43, 38, 44, 63, 39, 61, 64, 62, 62, 67, 67, 74, 63, 89, 63, 82, 90, 76, 76, 42, 75, 91, 42, 63, 64, 49, 40, 49, 95, 99, 99, 101, 101, 50, 74, 93, 101, 101, 40, 74, 50, 96, 39, 75, 76, 76, 74, 166, 75, 39, 51, 61, 51, 62, 62, 75, 112, 115, 92, 97, 63, 100, 100, 39, 88, 101, 101, 76, 76, 63, 98, 88, 76, 76, 83, 83, 84, 83, 83, 76, 76, 102, 102, 167, 167, 88, 39, 102, 102, 106, 106, 107, 106, 106, 75, 102, 102, 102, 108, 108, 111, 42, 95, 90, 108, 108, 95, 39, 88, 95, 99, 99, 108, 108, 108, 96, 163, 118, 76, 76, 162, 102, 102, 50, 42, 88, 118, 102, 102, 88, 113, 42, 95, 97, 42, 102, 102, 102, 95, 42, 115, 119, 119, 161, 98, 116, 117, 119, 119, 106, 106, 107, 106, 106, 93, 119, 119, 119, 106, 106, 107, 106, 106, 120, 120, 122, 124, 121, 123, 120, 120, 115, 129, 130, 95, 95, 42, 120, 120, 120, 125, 125, 127, 127, 126, 126, 128, 128, 127, 127, 126, 126, 128, 128, 126, 126, 127, 127, 127, 42, 128, 128, 128, 131, 133, 133, 135, 95, 95, 143, 133, 133, 160, 146, 132, 65, 65, 143, 133, 133, 133, 65, 65, 138, 139, 138, 143, 73, 73, 65, 65, 65, 146, 73, 73, 140, 141, 140, 95, 134, 137, 73, 73, 73, 136, 144, 148, 149, 148, 151, 152, 151, 154, 155, 154, 157, 158, 157, 148, 149, 148, 110, 143, 159, 151, 152, 151, 109, 105, 138, 151, 152, 151, 151, 152, 151, 154, 155, 154, 104, 103, 140, 157, 158, 157, 157, 158, 157, 157, 158, 157, 78, 148, 42, 86, 151, 85, 79, 154, 78, 70, 157, 164, 52, 148, 45, 36, 167, 35, 35, 151, 33, 167, 167, 167, 167, 151, 167, 167, 151, 167, 167, 154, 167, 167, 167, 167, 167, 157, 167, 167, 157, 167, 167, 157, 34, 34, 34, 34, 34, 37, 37, 37, 37, 37, 41, 41, 41, 41, 41, 48, 48, 48, 48, 48, 73, 73, 80, 167, 167, 80, 80, 87, 87, 87, 87, 87, 94, 94, 94, 94, 94, 114, 114, 167, 114, 114, 142, 142, 142, 142, 142, 145, 145, 145, 145, 145, 147, 147, 147, 147, 147, 150, 150, 150, 150, 150, 153, 153, 153, 153, 153, 156, 156, 156, 156, 156, 165, 165, 165, 165, 165, 5, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; static yyconst flex_int16_t yy_chk[554] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 10, 11, 14, 10, 15, 172, 17, 165, 18, 23, 23, 38, 15, 14, 17, 18, 18, 19, 26, 22, 43, 19, 25, 25, 31, 10, 19, 26, 20, 15, 20, 20, 27, 38, 11, 37, 11, 20, 37, 21, 20, 21, 21, 22, 22, 27, 20, 40, 21, 31, 40, 26, 26, 91, 27, 43, 44, 21, 20, 48, 37, 51, 59, 61, 61, 100, 100, 48, 65, 51, 101, 101, 40, 73, 93, 59, 77, 65, 27, 27, 32, 164, 73, 87, 48, 62, 51, 62, 62, 32, 91, 93, 44, 59, 62, 63, 63, 89, 77, 63, 63, 65, 65, 62, 59, 87, 73, 73, 32, 32, 32, 32, 32, 32, 32, 64, 64, 74, 74, 89, 90, 64, 64, 76, 76, 76, 76, 76, 74, 64, 64, 64, 78, 78, 88, 92, 96, 88, 78, 78, 97, 111, 90, 98, 99, 99, 78, 78, 78, 96, 156, 99, 74, 74, 153, 102, 102, 114, 113, 88, 99, 102, 102, 111, 92, 112, 116, 96, 121, 102, 102, 102, 117, 122, 114, 105, 105, 150, 96, 97, 98, 105, 105, 106, 106, 106, 106, 106, 115, 105, 105, 105, 107, 107, 107, 107, 107, 108, 108, 113, 117, 112, 116, 108, 108, 115, 121, 122, 124, 123, 130, 108, 108, 108, 118, 118, 119, 119, 118, 118, 120, 120, 119, 119, 125, 125, 120, 120, 126, 126, 119, 119, 119, 129, 120, 120, 120, 123, 127, 127, 130, 131, 132, 136, 127, 127, 147, 145, 124, 128, 128, 142, 127, 127, 127, 128, 128, 134, 134, 134, 144, 133, 133, 128, 128, 128, 137, 133, 133, 135, 135, 135, 94, 129, 132, 133, 133, 133, 131, 136, 138, 138, 138, 139, 139, 139, 140, 140, 140, 141, 141, 141, 148, 148, 148, 85, 159, 144, 149, 149, 149, 80, 75, 134, 151, 151, 151, 152, 152, 152, 154, 154, 154, 72, 68, 135, 155, 155, 155, 157, 157, 157, 158, 158, 158, 66, 138, 41, 35, 139, 33, 29, 140, 28, 24, 141, 159, 16, 148, 13, 9, 5, 4, 3, 149, 2, 0, 0, 0, 0, 151, 0, 0, 152, 0, 0, 154, 0, 0, 0, 0, 0, 155, 0, 0, 157, 0, 0, 158, 168, 168, 168, 168, 168, 169, 169, 169, 169, 169, 170, 170, 170, 170, 170, 171, 171, 171, 171, 171, 173, 173, 174, 0, 0, 174, 174, 175, 175, 175, 175, 175, 176, 176, 176, 176, 176, 177, 177, 0, 177, 177, 178, 178, 178, 178, 178, 179, 179, 179, 179, 179, 180, 180, 180, 180, 180, 181, 181, 181, 181, 181, 182, 182, 182, 182, 182, 183, 183, 183, 183, 183, 184, 184, 184, 184, 184, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; /* Table of booleans, true if rule could match eol. */ static yyconst flex_int32_t yy_rule_can_match_eol[46] = { 0, 0, 1, 0, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, }; extern int yy_flex_debug; int yy_flex_debug = 0; static yy_state_type *yy_state_buf=0, *yy_state_ptr=0; static char *yy_full_match; static int yy_lp; static int yy_looking_for_trail_begin = 0; static int yy_full_lp; static int *yy_full_state; #define YY_TRAILING_MASK 0x2000 #define YY_TRAILING_HEAD_MASK 0x4000 #define REJECT \ { \ *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */ \ yy_cp = (yy_full_match); /* restore poss. backed-over text */ \ (yy_lp) = (yy_full_lp); /* restore orig. accepting pos. */ \ (yy_state_ptr) = (yy_full_state); /* restore orig. state */ \ yy_current_state = *(yy_state_ptr); /* restore curr. state */ \ ++(yy_lp); \ goto find_rule; \ } static int yy_more_offset = 0; static int yy_prev_more_offset = 0; #define yymore() ((yy_more_offset) = yy_flex_strlen( yytext )) #define YY_NEED_STRLEN #define YY_MORE_ADJ 0 #define YY_RESTORE_YY_MORE_OFFSET \ { \ (yy_more_offset) = (yy_prev_more_offset); \ yyleng -= (yy_more_offset); \ } #ifndef YYLMAX #define YYLMAX 8192 #endif char yytext[YYLMAX]; char *yytext_ptr; #line 1 "soapcpp2_lex.l" /* soapcpp2_lex.l Flex/Lex tokenizer for C/C++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #line 38 "soapcpp2_lex.l" #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #ifdef WITH_BISON YYSTYPE yylval; #undef YY_NEED_STRLEN #define YY_INPUT(buf, result, max_size) \ { \ int c = getc(yyin); \ result = (c == EOF) ? YY_NULL : (buf[0] = c, 1); \ } #endif #ifndef WITH_LEX #define MAX_IMPORT_DEPTH 16 static struct importlist { struct importlist *next; char name[1]; } *importlist = NULL; static const char *fnstk[MAX_IMPORT_DEPTH]; static int lnstk[MAX_IMPORT_DEPTH]; static const char *imstk[MAX_IMPORT_DEPTH]; static YY_BUFFER_STATE instk[MAX_IMPORT_DEPTH]; #endif int imports = 0; const char *imported = NULL; static void check_id(const char*); static Token install_id(void); static Token install_tag(void); static Token install_int(void); static Token install_hex(void); static Token install_num(void); static Token install_chr(void); static Token install_str(void); static Token install_pragma(void); static void directive(void), option(void), xpath(void); static Token error_chr(void); static Token error_str(void); static int convchar(int*); static int hexchar(int*); static int octchar(int*); static void module(const char *name, const char *fullname); static void import(const char *file); static int magic(const char *name); #define YY_NO_INPUT 1 #line 790 "lex.yy.c" #define INITIAL 0 #define MLCOMMENT 1 #ifndef YY_NO_UNISTD_H /* Special case for "unistd.h", since it is non-ANSI. We include it way * down here because we want the user's section 1 to have been scanned first. * The user has a chance to override it with an option. */ #include #endif #ifndef YY_EXTRA_TYPE #define YY_EXTRA_TYPE void * #endif static int yy_init_globals (void ); /* Accessor methods to globals. These are made visible to non-reentrant scanners for convenience. */ int yylex_destroy (void ); int yyget_debug (void ); void yyset_debug (int debug_flag ); YY_EXTRA_TYPE yyget_extra (void ); void yyset_extra (YY_EXTRA_TYPE user_defined ); FILE *yyget_in (void ); void yyset_in (FILE * in_str ); FILE *yyget_out (void ); void yyset_out (FILE * out_str ); yy_size_t yyget_leng (void ); char *yyget_text (void ); int yyget_lineno (void ); void yyset_lineno (int line_number ); /* Macros after this point can all be overridden by user definitions in * section 1. */ #ifndef YY_SKIP_YYWRAP #ifdef __cplusplus extern "C" int yywrap (void ); #else extern int yywrap (void ); #endif #endif #ifndef yytext_ptr static void yy_flex_strncpy (char *,yyconst char *,int ); #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * ); #endif #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void ); #else static int input (void ); #endif #endif /* Amount of stuff to slurp up with each read. */ #ifndef YY_READ_BUF_SIZE #define YY_READ_BUF_SIZE 8192 #endif /* Copy whatever the last rule matched to the standard output. */ #ifndef ECHO /* This used to be an fputs(), but since the string might contain NUL's, * we now use fwrite(). */ #define ECHO fwrite( yytext, yyleng, 1, yyout ) #endif /* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, * is returned in "result". */ #ifndef YY_INPUT #define YY_INPUT(buf,result,max_size) \ if ( YY_CURRENT_BUFFER_LVALUE->yy_is_interactive ) \ { \ int c = '*'; \ yy_size_t n; \ for ( n = 0; n < max_size && \ (c = getc( yyin )) != EOF && c != '\n'; ++n ) \ buf[n] = (char) c; \ if ( c == '\n' ) \ buf[n++] = (char) c; \ if ( c == EOF && ferror( yyin ) ) \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ result = n; \ } \ else \ { \ errno=0; \ while ( (result = fread(buf, 1, max_size, yyin))==0 && ferror(yyin)) \ { \ if( errno != EINTR) \ { \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ break; \ } \ errno=0; \ clearerr(yyin); \ } \ }\ \ #endif /* No semi-colon after return; correct usage is to write "yyterminate();" - * we don't want an extra ';' after the "return" because that will cause * some compilers to complain about unreachable statements. */ #ifndef yyterminate #define yyterminate() return YY_NULL #endif /* Number of entries by which start-condition stack grows. */ #ifndef YY_START_STACK_INCR #define YY_START_STACK_INCR 25 #endif /* Report a fatal error. */ #ifndef YY_FATAL_ERROR #define YY_FATAL_ERROR(msg) yy_fatal_error( msg ) #endif /* end tables serialization structures and prototypes */ /* Default declaration of generated scanner - a define so the user can * easily add parameters. */ #ifndef YY_DECL #define YY_DECL_IS_OURS 1 extern int yylex (void); #define YY_DECL int yylex (void) #endif /* !YY_DECL */ /* Code executed at the beginning of each rule, after yytext and yyleng * have been set up. */ #ifndef YY_USER_ACTION #define YY_USER_ACTION #endif /* Code executed at the end of each rule. */ #ifndef YY_BREAK #define YY_BREAK break; #endif #define YY_RULE_SETUP \ if ( yyleng > 0 ) \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = \ (yytext[yyleng - 1] == '\n'); \ YY_USER_ACTION /** The main scanner function which does all the work. */ YY_DECL { register yy_state_type yy_current_state; register char *yy_cp, *yy_bp; register int yy_act; #line 104 "soapcpp2_lex.l" #line 976 "lex.yy.c" if ( !(yy_init) ) { (yy_init) = 1; #ifdef YY_USER_INIT YY_USER_INIT; #endif /* Create the reject buffer large enough to save one state per allowed character. */ if ( ! (yy_state_buf) ) (yy_state_buf) = (yy_state_type *)yyalloc(YY_STATE_BUF_SIZE ); if ( ! (yy_state_buf) ) YY_FATAL_ERROR( "out of dynamic memory in yylex()" ); if ( ! (yy_start) ) (yy_start) = 1; /* first start state */ if ( ! yyin ) yyin = stdin; if ( ! yyout ) yyout = stdout; if ( ! YY_CURRENT_BUFFER ) { yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_load_buffer_state( ); } while ( 1 ) /* loops until end-of-file is reached */ { yy_cp = (yy_c_buf_p); /* Support of yytext. */ *yy_cp = (yy_hold_char); /* yy_bp points to the position in yy_ch_buf of the start of * the current run. */ yy_bp = yy_cp; yy_current_state = (yy_start); yy_current_state += YY_AT_BOL(); (yy_state_ptr) = (yy_state_buf); *(yy_state_ptr)++ = yy_current_state; yy_match: do { register YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)]; while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; *(yy_state_ptr)++ = yy_current_state; ++yy_cp; } while ( yy_base[yy_current_state] != 500 ); yy_find_action: yy_current_state = *--(yy_state_ptr); (yy_lp) = yy_accept[yy_current_state]; goto find_rule; /* Shut up GCC warning -Wall */ find_rule: /* we branch to this label when backing up */ for ( ; ; ) /* until we find what rule we matched */ { if ( (yy_lp) && (yy_lp) < yy_accept[yy_current_state + 1] ) { yy_act = yy_acclist[(yy_lp)]; if ( yy_act & YY_TRAILING_HEAD_MASK || (yy_looking_for_trail_begin) ) { if ( yy_act == (yy_looking_for_trail_begin) ) { (yy_looking_for_trail_begin) = 0; yy_act &= ~YY_TRAILING_HEAD_MASK; break; } } else if ( yy_act & YY_TRAILING_MASK ) { (yy_looking_for_trail_begin) = yy_act & ~YY_TRAILING_MASK; (yy_looking_for_trail_begin) |= YY_TRAILING_HEAD_MASK; (yy_full_match) = yy_cp; (yy_full_state) = (yy_state_ptr); (yy_full_lp) = (yy_lp); } else { (yy_full_match) = yy_cp; (yy_full_state) = (yy_state_ptr); (yy_full_lp) = (yy_lp); break; } ++(yy_lp); goto find_rule; } --yy_cp; yy_current_state = *--(yy_state_ptr); (yy_lp) = yy_accept[yy_current_state]; } YY_DO_BEFORE_ACTION; if ( yy_act != YY_END_OF_BUFFER && yy_rule_can_match_eol[yy_act] ) { yy_size_t yyl; for ( yyl = (yy_prev_more_offset); yyl < yyleng; ++yyl ) if ( yytext[yyl] == '\n' ) yylineno++; ; } do_action: /* This label is used only to access EOF actions. */ switch ( yy_act ) { /* beginning of action switch */ case 1: YY_RULE_SETUP #line 105 "soapcpp2_lex.l" { /* skip UTF8 BOM */ } YY_BREAK case 2: /* rule 2 can match eol */ YY_RULE_SETUP #line 106 "soapcpp2_lex.l" { /* skip white space */ } YY_BREAK case 3: YY_RULE_SETUP #line 107 "soapcpp2_lex.l" { BEGIN(MLCOMMENT); } YY_BREAK case 4: /* rule 4 can match eol */ YY_RULE_SETUP #line 108 "soapcpp2_lex.l" { } YY_BREAK case 5: YY_RULE_SETUP #line 109 "soapcpp2_lex.l" { BEGIN(INITIAL); } YY_BREAK case YY_STATE_EOF(MLCOMMENT): #line 110 "soapcpp2_lex.l" { execerror("Unclosed multiline comment at the end of file"); } YY_BREAK case 6: /* rule 6 can match eol */ YY_RULE_SETUP #line 111 "soapcpp2_lex.l" { option(); } YY_BREAK case 7: /* rule 7 can match eol */ YY_RULE_SETUP #line 112 "soapcpp2_lex.l" { directive(); } YY_BREAK case 8: /* rule 8 can match eol */ YY_RULE_SETUP #line 113 "soapcpp2_lex.l" { xpath(); } YY_BREAK case 9: /* rule 9 can match eol */ YY_RULE_SETUP #line 114 "soapcpp2_lex.l" { /* skip single line comment */ } YY_BREAK case 10: YY_RULE_SETUP #line 115 "soapcpp2_lex.l" { return PA; } YY_BREAK case 11: YY_RULE_SETUP #line 116 "soapcpp2_lex.l" { return NA; } YY_BREAK case 12: YY_RULE_SETUP #line 117 "soapcpp2_lex.l" { return TA; } YY_BREAK case 13: YY_RULE_SETUP #line 118 "soapcpp2_lex.l" { return DA; } YY_BREAK case 14: YY_RULE_SETUP #line 119 "soapcpp2_lex.l" { return MA; } YY_BREAK case 15: YY_RULE_SETUP #line 120 "soapcpp2_lex.l" { return AA; } YY_BREAK case 16: YY_RULE_SETUP #line 121 "soapcpp2_lex.l" { return XA; } YY_BREAK case 17: YY_RULE_SETUP #line 122 "soapcpp2_lex.l" { return OA; } YY_BREAK case 18: YY_RULE_SETUP #line 123 "soapcpp2_lex.l" { return LA; } YY_BREAK case 19: YY_RULE_SETUP #line 124 "soapcpp2_lex.l" { return RA; } YY_BREAK case 20: YY_RULE_SETUP #line 125 "soapcpp2_lex.l" { return OR; } YY_BREAK case 21: YY_RULE_SETUP #line 126 "soapcpp2_lex.l" { return AN; } YY_BREAK case 22: YY_RULE_SETUP #line 127 "soapcpp2_lex.l" { return EQ; } YY_BREAK case 23: YY_RULE_SETUP #line 128 "soapcpp2_lex.l" { return NE; } YY_BREAK case 24: YY_RULE_SETUP #line 129 "soapcpp2_lex.l" { return LE; } YY_BREAK case 25: YY_RULE_SETUP #line 130 "soapcpp2_lex.l" { return GE; } YY_BREAK case 26: YY_RULE_SETUP #line 131 "soapcpp2_lex.l" { return LS; } YY_BREAK case 27: YY_RULE_SETUP #line 132 "soapcpp2_lex.l" { return RS; } YY_BREAK case 28: YY_RULE_SETUP #line 133 "soapcpp2_lex.l" { return PP; } YY_BREAK case 29: YY_RULE_SETUP #line 134 "soapcpp2_lex.l" { return NN; } YY_BREAK case 30: YY_RULE_SETUP #line 135 "soapcpp2_lex.l" { return AR; } YY_BREAK case 31: YY_RULE_SETUP #line 136 "soapcpp2_lex.l" { return yytext[0]; } YY_BREAK case 32: YY_RULE_SETUP #line 137 "soapcpp2_lex.l" { return install_id(); } YY_BREAK case 33: YY_RULE_SETUP #line 138 "soapcpp2_lex.l" { return install_tag(); } YY_BREAK case 34: YY_RULE_SETUP #line 139 "soapcpp2_lex.l" { return install_int(); } YY_BREAK case 35: YY_RULE_SETUP #line 140 "soapcpp2_lex.l" { return install_hex(); } YY_BREAK case 36: YY_RULE_SETUP #line 141 "soapcpp2_lex.l" { return install_num(); } YY_BREAK case 37: YY_RULE_SETUP #line 142 "soapcpp2_lex.l" { return install_chr(); } YY_BREAK case 38: /* rule 38 can match eol */ YY_RULE_SETUP #line 143 "soapcpp2_lex.l" { return install_str(); } YY_BREAK case 39: /* rule 39 can match eol */ YY_RULE_SETUP #line 144 "soapcpp2_lex.l" { char *s, *t, buf[1024]; s = strchr(yytext, '"'); if (!s) t = yytext+7; else { strcpy(buf, s+1); s = strchr(buf, '"'); *s = '\0'; t = strchr(s+1, '"'); if (t) { t++; s = strchr(t+1, '"'); if (s) *s = '\0'; } } module(buf, t); } YY_BREAK case 40: /* rule 40 can match eol */ YY_RULE_SETUP #line 162 "soapcpp2_lex.l" { char *s, buf[1024]; s = strchr(yytext, '"'); if (s) { strncpy(buf, s + 1, sizeof(buf)); buf[sizeof(buf) - 1] = '\0'; s = strchr(buf, '"'); if (!s) lexerror("Invalid import directive: missing ending \" or path too long"); else { *s = '\0'; import(buf); } } else lexerror("Invalid import directive: \" expected"); } YY_BREAK case 41: /* rule 41 can match eol */ YY_RULE_SETUP #line 178 "soapcpp2_lex.l" { return install_pragma(); } YY_BREAK case 42: /* rule 42 can match eol */ YY_RULE_SETUP #line 179 "soapcpp2_lex.l" { return error_chr(); } YY_BREAK case 43: /* rule 43 can match eol */ YY_RULE_SETUP #line 180 "soapcpp2_lex.l" { return error_str(); } YY_BREAK case 44: YY_RULE_SETUP #line 181 "soapcpp2_lex.l" { lexerror("Skipping unknown symbol"); } YY_BREAK case YY_STATE_EOF(INITIAL): #line 182 "soapcpp2_lex.l" { /* when Lex complains: remove this line and below */ #ifndef WITH_LEX if (--imports < 0) { yyterminate(); } else { if (vflag) fprintf(stderr, "End of %s\n\n", filename); yy_delete_buffer(YY_CURRENT_BUFFER); yy_switch_to_buffer(instk[imports]); filename = fnstk[imports]; yylineno = lnstk[imports]; imported = imstk[imports]; } #endif } YY_BREAK case 45: YY_RULE_SETUP #line 199 "soapcpp2_lex.l" ECHO; YY_BREAK #line 1396 "lex.yy.c" case YY_END_OF_BUFFER: { /* Amount of text matched not including the EOB char. */ int yy_amount_of_matched_text = (int) (yy_cp - (yytext_ptr)) - 1; /* Undo the effects of YY_DO_BEFORE_ACTION. */ *yy_cp = (yy_hold_char); YY_RESTORE_YY_MORE_OFFSET if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_NEW ) { /* We're scanning a new file or input source. It's * possible that this happened because the user * just pointed yyin at a new source and called * yylex(). If so, then we have to assure * consistency between YY_CURRENT_BUFFER and our * globals. Here is the right place to do so, because * this is the first action (other than possibly a * back-up) that will match for the new input source. */ (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; YY_CURRENT_BUFFER_LVALUE->yy_input_file = yyin; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; } /* Note that here we test for yy_c_buf_p "<=" to the position * of the first EOB in the buffer, since yy_c_buf_p will * already have been incremented past the NUL character * (since all states make transitions on EOB to the * end-of-buffer state). Contrast this with the test * in input(). */ if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) { /* This was really a NUL. */ yy_state_type yy_next_state; (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); /* Okay, we're now positioned to make the NUL * transition. We couldn't have * yy_get_previous_state() go ahead and do it * for us because it doesn't know how to deal * with the possibility of jamming (and we don't * want to build jamming into it because then it * will run more slowly). */ yy_next_state = yy_try_NUL_trans( yy_current_state ); yy_bp = (yytext_ptr) + YY_MORE_ADJ; if ( yy_next_state ) { /* Consume the NUL. */ yy_cp = ++(yy_c_buf_p); yy_current_state = yy_next_state; goto yy_match; } else { yy_cp = (yy_c_buf_p); goto yy_find_action; } } else switch ( yy_get_next_buffer( ) ) { case EOB_ACT_END_OF_FILE: { (yy_did_buffer_switch_on_eof) = 0; if ( yywrap( ) ) { /* Note: because we've taken care in * yy_get_next_buffer() to have set up * yytext, we can now set up * yy_c_buf_p so that if some total * hoser (like flex itself) wants to * call the scanner after we return the * YY_NULL, it'll still work - another * YY_NULL will get returned. */ (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; yy_act = YY_STATE_EOF(YY_START); goto do_action; } else { if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; } break; } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_match; case EOB_ACT_LAST_MATCH: (yy_c_buf_p) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_find_action; } break; } default: YY_FATAL_ERROR( "fatal flex scanner internal error--no action found" ); } /* end of action switch */ } /* end of scanning one token */ } /* end of yylex */ /* yy_get_next_buffer - try to read in a new buffer * * Returns a code representing an action: * EOB_ACT_LAST_MATCH - * EOB_ACT_CONTINUE_SCAN - continue scanning from current position * EOB_ACT_END_OF_FILE - end of file */ static int yy_get_next_buffer (void) { register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; register char *source = (yytext_ptr); register int number_to_move, i; int ret_val; if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) YY_FATAL_ERROR( "fatal flex scanner internal error--end of buffer missed" ); if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) { /* Don't try to fill the buffer, so this is an EOF. */ if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) { /* We matched a single character, the EOB, so * treat this as a final EOF. */ return EOB_ACT_END_OF_FILE; } else { /* We matched some text prior to the EOB, first * process it. */ return EOB_ACT_LAST_MATCH; } } /* Try to read more data. */ /* First move last chars to start of buffer. */ number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; for ( i = 0; i < number_to_move; ++i ) *(dest++) = *(source++); if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) /* don't do the read, it's not guaranteed to return an EOF, * just force an EOF */ YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; else { yy_size_t num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; while ( num_to_read <= 0 ) { /* Not enough room in the buffer - grow it. */ YY_FATAL_ERROR( "input buffer overflow, can't enlarge buffer because scanner uses REJECT" ); } if ( num_to_read > YY_READ_BUF_SIZE ) num_to_read = YY_READ_BUF_SIZE; /* Read in more data. */ YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), (yy_n_chars), num_to_read ); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } if ( (yy_n_chars) == 0 ) { if ( number_to_move == YY_MORE_ADJ ) { ret_val = EOB_ACT_END_OF_FILE; yyrestart(yyin ); } else { ret_val = EOB_ACT_LAST_MATCH; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_EOF_PENDING; } } else ret_val = EOB_ACT_CONTINUE_SCAN; if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) { /* Extend the array by 50%, plus the number we really need. */ yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1); YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) yyrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size ); if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" ); } (yy_n_chars) += number_to_move; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; return ret_val; } /* yy_get_previous_state - get the state just before the EOB char was reached */ static yy_state_type yy_get_previous_state (void) { register yy_state_type yy_current_state; register char *yy_cp; yy_current_state = (yy_start); yy_current_state += YY_AT_BOL(); (yy_state_ptr) = (yy_state_buf); *(yy_state_ptr)++ = yy_current_state; for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) { register YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1); while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; *(yy_state_ptr)++ = yy_current_state; } return yy_current_state; } /* yy_try_NUL_trans - try to make a transition on the NUL character * * synopsis * next_state = yy_try_NUL_trans( current_state ); */ static yy_state_type yy_try_NUL_trans (yy_state_type yy_current_state ) { register int yy_is_jam; register YY_CHAR yy_c = 1; while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; yy_is_jam = (yy_current_state == 167); if ( ! yy_is_jam ) *(yy_state_ptr)++ = yy_current_state; return yy_is_jam ? 0 : yy_current_state; } #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void) #else static int input (void) #endif { int c; *(yy_c_buf_p) = (yy_hold_char); if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) { /* yy_c_buf_p now points to the character we want to return. * If this occurs *before* the EOB characters, then it's a * valid NUL; if not, then we've hit the end of the buffer. */ if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) /* This was really a NUL. */ *(yy_c_buf_p) = '\0'; else { /* need more input */ yy_size_t offset = (yy_c_buf_p) - (yytext_ptr); ++(yy_c_buf_p); switch ( yy_get_next_buffer( ) ) { case EOB_ACT_LAST_MATCH: /* This happens because yy_g_n_b() * sees that we've accumulated a * token and flags that we need to * try matching the token before * proceeding. But for input(), * there's no matching to consider. * So convert the EOB_ACT_LAST_MATCH * to EOB_ACT_END_OF_FILE. */ /* Reset buffer status. */ yyrestart(yyin ); /*FALLTHROUGH*/ case EOB_ACT_END_OF_FILE: { if ( yywrap( ) ) return 0; if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; #ifdef __cplusplus return yyinput(); #else return input(); #endif } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + offset; break; } } } c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ *(yy_c_buf_p) = '\0'; /* preserve yytext */ (yy_hold_char) = *++(yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_at_bol = (c == '\n'); if ( YY_CURRENT_BUFFER_LVALUE->yy_at_bol ) yylineno++; ; return c; } #endif /* ifndef YY_NO_INPUT */ /** Immediately switch to a different input stream. * @param input_file A readable stream. * * @note This function does not reset the start condition to @c INITIAL . */ void yyrestart (FILE * input_file ) { if ( ! YY_CURRENT_BUFFER ){ yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_init_buffer(YY_CURRENT_BUFFER,input_file ); yy_load_buffer_state( ); } /** Switch to a different input buffer. * @param new_buffer The new input buffer. * */ void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ) { /* TODO. We should be able to replace this entire function body * with * yypop_buffer_state(); * yypush_buffer_state(new_buffer); */ yyensure_buffer_stack (); if ( YY_CURRENT_BUFFER == new_buffer ) return; if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } YY_CURRENT_BUFFER_LVALUE = new_buffer; yy_load_buffer_state( ); /* We don't actually know whether we did this switch during * EOF (yywrap()) processing, but the only time this flag * is looked at is after yywrap() is called, so it's safe * to go ahead and always set it. */ (yy_did_buffer_switch_on_eof) = 1; } static void yy_load_buffer_state (void) { (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; yyin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; (yy_hold_char) = *(yy_c_buf_p); } /** Allocate and initialize an input buffer state. * @param file A readable stream. * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. * * @return the allocated buffer state. */ YY_BUFFER_STATE yy_create_buffer (FILE * file, int size ) { YY_BUFFER_STATE b; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_buf_size = size; /* yy_ch_buf has to be 2 characters longer than the size given because * we need to put in 2 end-of-buffer characters. */ b->yy_ch_buf = (char *) yyalloc(b->yy_buf_size + 2 ); if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_is_our_buffer = 1; yy_init_buffer(b,file ); return b; } /** Destroy the buffer. * @param b a buffer created with yy_create_buffer() * */ void yy_delete_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; if ( b->yy_is_our_buffer ) yyfree((void *) b->yy_ch_buf ); yyfree((void *) b ); } #ifndef __cplusplus extern int isatty (int ); #endif /* __cplusplus */ /* Initializes or reinitializes a buffer. * This function is sometimes called more than once on the same buffer, * such as during a yyrestart() or at EOF. */ static void yy_init_buffer (YY_BUFFER_STATE b, FILE * file ) { int oerrno = errno; yy_flush_buffer(b ); b->yy_input_file = file; b->yy_fill_buffer = 1; /* If b is the current buffer, then yy_init_buffer was _probably_ * called from yyrestart() or through yy_get_next_buffer. * In that case, we don't want to reset the lineno or column. */ if (b != YY_CURRENT_BUFFER){ b->yy_bs_lineno = 1; b->yy_bs_column = 0; } b->yy_is_interactive = file ? (isatty( fileno(file) ) > 0) : 0; errno = oerrno; } /** Discard all buffered characters. On the next scan, YY_INPUT will be called. * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. * */ void yy_flush_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; b->yy_n_chars = 0; /* We always need two end-of-buffer characters. The first causes * a transition to the end-of-buffer state. The second causes * a jam in that state. */ b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; b->yy_buf_pos = &b->yy_ch_buf[0]; b->yy_at_bol = 1; b->yy_buffer_status = YY_BUFFER_NEW; if ( b == YY_CURRENT_BUFFER ) yy_load_buffer_state( ); } /** Pushes the new state onto the stack. The new state becomes * the current state. This function will allocate the stack * if necessary. * @param new_buffer The new state. * */ void yypush_buffer_state (YY_BUFFER_STATE new_buffer ) { if (new_buffer == NULL) return; yyensure_buffer_stack(); /* This block is copied from yy_switch_to_buffer. */ if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } /* Only push if top exists. Otherwise, replace top. */ if (YY_CURRENT_BUFFER) (yy_buffer_stack_top)++; YY_CURRENT_BUFFER_LVALUE = new_buffer; /* copied from yy_switch_to_buffer. */ yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } /** Removes and deletes the top of the stack, if present. * The next element becomes the new top. * */ void yypop_buffer_state (void) { if (!YY_CURRENT_BUFFER) return; yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; if ((yy_buffer_stack_top) > 0) --(yy_buffer_stack_top); if (YY_CURRENT_BUFFER) { yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } } /* Allocates the stack if it does not exist. * Guarantees space for at least one push. */ static void yyensure_buffer_stack (void) { yy_size_t num_to_alloc; if (!(yy_buffer_stack)) { /* First allocation is just for 2 elements, since we don't know if this * scanner will even need a stack. We use 2 instead of 1 to avoid an * immediate realloc on the next call. */ num_to_alloc = 1; (yy_buffer_stack) = (struct yy_buffer_state**)yyalloc (num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; (yy_buffer_stack_top) = 0; return; } if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ /* Increase the buffer to prepare for a possible push. */ int grow_size = 8 /* arbitrary grow size */; num_to_alloc = (yy_buffer_stack_max) + grow_size; (yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc ((yy_buffer_stack), num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); /* zero only the new slots.*/ memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; } } /** Setup the input buffer state to scan directly from a user-specified character buffer. * @param base the character buffer * @param size the size in bytes of the character buffer * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_buffer (char * base, yy_size_t size ) { YY_BUFFER_STATE b; if ( size < 2 || base[size-2] != YY_END_OF_BUFFER_CHAR || base[size-1] != YY_END_OF_BUFFER_CHAR ) /* They forgot to leave room for the EOB's. */ return 0; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_buffer()" ); b->yy_buf_size = size - 2; /* "- 2" to take care of EOB's */ b->yy_buf_pos = b->yy_ch_buf = base; b->yy_is_our_buffer = 0; b->yy_input_file = 0; b->yy_n_chars = b->yy_buf_size; b->yy_is_interactive = 0; b->yy_at_bol = 1; b->yy_fill_buffer = 0; b->yy_buffer_status = YY_BUFFER_NEW; yy_switch_to_buffer(b ); return b; } /** Setup the input buffer state to scan a string. The next call to yylex() will * scan from a @e copy of @a str. * @param yystr a NUL-terminated string to scan * * @return the newly allocated buffer state object. * @note If you want to scan bytes that may contain NUL values, then use * yy_scan_bytes() instead. */ YY_BUFFER_STATE yy_scan_string (yyconst char * yystr ) { return yy_scan_bytes(yystr,strlen(yystr) ); } /** Setup the input buffer state to scan the given bytes. The next call to yylex() will * scan from a @e copy of @a bytes. * @param bytes the byte buffer to scan * @param len the number of bytes in the buffer pointed to by @a bytes. * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_bytes (yyconst char * yybytes, yy_size_t _yybytes_len ) { YY_BUFFER_STATE b; char *buf; yy_size_t n, i; /* Get memory for full buffer, including space for trailing EOB's. */ n = _yybytes_len + 2; buf = (char *) yyalloc(n ); if ( ! buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_bytes()" ); for ( i = 0; i < _yybytes_len; ++i ) buf[i] = yybytes[i]; buf[_yybytes_len] = buf[_yybytes_len+1] = YY_END_OF_BUFFER_CHAR; b = yy_scan_buffer(buf,n ); if ( ! b ) YY_FATAL_ERROR( "bad buffer in yy_scan_bytes()" ); /* It's okay to grow etc. this buffer, and we should throw it * away when we're done. */ b->yy_is_our_buffer = 1; return b; } #ifndef YY_EXIT_FAILURE #define YY_EXIT_FAILURE 2 #endif static void yy_fatal_error (yyconst char* msg ) { (void) fprintf( stderr, "%s\n", msg ); exit( YY_EXIT_FAILURE ); } /* Redefine yyless() so it works in section 3 code. */ #undef yyless #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ yytext[yyleng] = (yy_hold_char); \ (yy_c_buf_p) = yytext + yyless_macro_arg; \ (yy_hold_char) = *(yy_c_buf_p); \ *(yy_c_buf_p) = '\0'; \ yyleng = yyless_macro_arg; \ } \ while ( 0 ) /* Accessor methods (get/set functions) to struct members. */ /** Get the current line number. * */ int yyget_lineno (void) { return yylineno; } /** Get the input stream. * */ FILE *yyget_in (void) { return yyin; } /** Get the output stream. * */ FILE *yyget_out (void) { return yyout; } /** Get the length of the current token. * */ yy_size_t yyget_leng (void) { return yyleng; } /** Get the current token. * */ char *yyget_text (void) { return yytext; } /** Set the current line number. * @param line_number * */ void yyset_lineno (int line_number ) { yylineno = line_number; } /** Set the input stream. This does not discard the current * input buffer. * @param in_str A readable stream. * * @see yy_switch_to_buffer */ void yyset_in (FILE * in_str ) { yyin = in_str ; } void yyset_out (FILE * out_str ) { yyout = out_str ; } int yyget_debug (void) { return yy_flex_debug; } void yyset_debug (int bdebug ) { yy_flex_debug = bdebug ; } static int yy_init_globals (void) { /* Initialization is the same as for the non-reentrant scanner. * This function is called from yylex_destroy(), so don't allocate here. */ /* We do not touch yylineno unless the option is enabled. */ yylineno = 1; (yy_buffer_stack) = 0; (yy_buffer_stack_top) = 0; (yy_buffer_stack_max) = 0; (yy_c_buf_p) = (char *) 0; (yy_init) = 0; (yy_start) = 0; (yy_state_buf) = 0; (yy_state_ptr) = 0; (yy_full_match) = 0; (yy_lp) = 0; /* Defined in main.c */ #ifdef YY_STDINIT yyin = stdin; yyout = stdout; #else yyin = (FILE *) 0; yyout = (FILE *) 0; #endif /* For future reference: Set errno on error, since we are called by * yylex_init() */ return 0; } /* yylex_destroy is for both reentrant and non-reentrant scanners. */ int yylex_destroy (void) { /* Pop the buffer stack, destroying each element. */ while(YY_CURRENT_BUFFER){ yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; yypop_buffer_state(); } /* Destroy the stack itself. */ yyfree((yy_buffer_stack) ); (yy_buffer_stack) = NULL; yyfree ( (yy_state_buf) ); (yy_state_buf) = NULL; /* Reset the globals. This is important in a non-reentrant scanner so the next time * yylex() is called, initialization will occur. */ yy_init_globals( ); return 0; } /* * Internal utility routines. */ #ifndef yytext_ptr static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) { register int i; for ( i = 0; i < n; ++i ) s1[i] = s2[i]; } #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * s ) { register int n; for ( n = 0; s[n]; ++n ) ; return n; } #endif void *yyalloc (yy_size_t size ) { return (void *) malloc( size ); } void *yyrealloc (void * ptr, yy_size_t size ) { /* The cast to (char *) in the following accommodates both * implementations that use char* generic pointers, and those * that use void* generic pointers. It works with the latter * because both ANSI C and C++ allow castless assignment from * any pointer type to void*, and deal with argument conversions * as though doing an assignment. */ return (void *) realloc( (char *) ptr, size ); } void yyfree (void * ptr ) { free( (char *) ptr ); /* see yyrealloc() for (char *) cast */ } #define YYTABLES_NAME "yytables" #line 199 "soapcpp2_lex.l" /* install_id - lookup identifier in symbol table. If found, return token and symbol table entry. If not found, create entry in symbol table and return ID token. */ static Token install_id() { Symbol *p = lookup(yytext); if (!p) { int i, flag = 0; p = install(yytext, ID); /* [_](x|X)(m|M)(l|L)__ is OK */ /* [_](x|X)(m|M)(l|L).* is not OK */ /* .*__(x|X)(m|M)(l|L) is not OK */ /* .*::(x|X)(m|M)(l|L) is not OK */ for (i = 0; i < (int)yyleng; i++) { if ((yytext[i] == '_' && yytext[i+1] == '_') || (yytext[i] == ':' && yytext[i+1] == ':')) { flag = 1; check_id(yytext + i + 2); } } if (!flag && strcmp(yytext, "XML")) check_id(yytext); } yylval.sym = p; return p->token; } /* install_tag - return TAG token. */ static Token install_tag() { yylval.s = (char*)emalloc(yyleng-1); /* yyleng = length(yytext) */ strcpy(yylval.s, yytext+1); yylval.s[yyleng-2] = '\0'; return TAG; } /* check_id - check for (x|X)(m|M)(l|L) */ static void check_id(const char *s) { while (*s == '_') s++; if ((s[0] == 'x' || s[0] == 'X') && (s[1] == 'm' || s[1] == 'M') && (s[2] == 'l' || s[2] == 'L')) { sprintf(errbuf, "identifier '%s' starts with or embeds '%3.3s' character sequence, which is exclusively reserved for and by the W3C XML standards (for enum constants: please ignore this warning)", yytext, s); semwarn(errbuf); } } /* install_int - convert digits to integer and return LNG token. */ static Token install_int(void) { sscanf(yytext, SOAP_ULONG_FORMAT, &yylval.i); return LNG; } /* install_hex - convert hexadecimal digits to integer and return LNG */ static Token install_hex(void) { sscanf(yytext, SOAP_XLONG_FORMAT, &yylval.i); return LNG; } /* install_num - convert digits to floating point number and return DBL */ static Token install_num(void) { sscanf(yytext, "%lf", &yylval.r); return DBL; } /* install_chr - convert character constant and return CHR. */ static Token install_chr(void) { int i = 2; if (yytext[1] == '\\') yylval.c = convchar(&i); else yylval.c = yytext[i-1]; if (yytext[i] != '\'') lexerror("Illegal character constant"); return CHR; } /* install_str - convert and store string in memory. Return STR. */ static Token install_str(void) { int i, j = 0; yylval.s = (char*)emalloc(yyleng - 1); /* yyleng = length(yytext) */ for (i = 1 + (yytext[0] == 'L'); i < (int)yyleng - 1; i++) if (yytext[i] == '\\') { if (yytext[++i] != '\n') { yylval.s[j++] = convchar(&i); i--; } } else yylval.s[j++] = yytext[i]; yylval.s[j] = '\0'; return STR; } /* install_pragma - store pragma in string. Return PRAGMA. */ static Token install_pragma(void) { yylval.s = (char*)emalloc(yyleng); /* yyleng = length(yytext) */ strncpy(yylval.s, yytext, strlen(yytext)-1); yylval.s[strlen(yytext)-1] = '\0'; return PRAGMA; } static void directive(void) { int i, j, k; char *s; Service *sp; Method *m; Data *d; int service; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; s = (char*)emalloc(j-i+1); for (k = 0; k < j-i; k++) { s[k] = yytext[k+i]; if (s[k] == '_') s[k] = '-'; } s[k] = '\0'; for (sp = services; sp; sp = sp->next) if (!strcmp(sp->ns, s)) break; if (!sp) { sp = (Service*)emalloc(sizeof(Service)); sp->next = services; sp->ns = s; sp->name = NULL; sp->porttype = NULL; sp->portname = NULL; sp->binding = NULL; sp->definitions = NULL; sp->transport = NULL; sp->URL = NULL; sp->URI = NULL; sp->URI2 = NULL; sp->WSDL = NULL; sp->style = NULL; sp->encoding = NULL; sp->protocol = NULL; sp->xsi_type = 0; sp->elementForm = NULL; sp->attributeForm = NULL; sp->executable = NULL; sp->import = NULL; sp->documentation = NULL; sp->list = NULL; sp->data = NULL; services = sp; } for (i = j; yytext[i]; i++) if (yytext[i] > 32) break; if (!strncmp(yytext+i, "service", 7) || !strncmp(yytext+i, "schema", 6)) { service = strncmp(yytext+i, "schema", 6); for (i += 7; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; for (; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; /* if (j == k) return; */ s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (!strncmp(yytext+i, "name:", 5)) { sp->name = s; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "type:", 5) || !strncmp(yytext+i, "portType:", 9) || !strncmp(yytext+i, "interface:", 10)) sp->porttype = s; else if (!strncmp(yytext+i, "portName:", 9)) sp->portname = s; else if (!strncmp(yytext+i, "binding:", 8)) sp->binding = s; else if (!strncmp(yytext+i, "definitions:", 12)) sp->definitions = s; else if (!strncmp(yytext+i, "documentation:", 14)) { for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "transport:", 10)) sp->transport = s; else if (!strncmp(yytext+i, "location:", 9) || !strncmp(yytext+i, "endpoint:", 9) || !strncmp(yytext+i, "port:", 5)) { if (sp->URL) { char *t = (char*)emalloc(strlen(sp->URL) + strlen(s) + 2); strcpy(t, sp->URL); strcat(t, " "); strcat(t, s); sp->URL = t; } else sp->URL = s; if (!service && !sp->import) sp->import = s; } else if (!strncmp(yytext+i, "executable:", 11)) sp->executable = s; else if (!strncmp(yytext+i, "namespace:", 10)) { if (service) { if (!sp->URI) sp->URI = s; sp->WSDL = s; } else if (!strcmp(sp->ns, "SOAP-ENV")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENV namespace"); else envURI = s; sp->URI = (char*)envURI; } else if (!strcmp(sp->ns, "SOAP-ENC")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENC namespace"); else encURI = s; sp->URI = (char*)encURI; } else sp->URI = s; } else if (!strncmp(yytext+i, "namespace2:", 11)) { sp->URI2 = s; } else if (!strncmp(yytext+i, "typed:", 6)) { sp->xsi_type = (*s == 'y'); } else if (!strncmp(yytext+i, "form:", 5)) { sp->elementForm = s; sp->attributeForm = s; } else if (!strncmp(yytext+i, "elementForm:", 12)) sp->elementForm = s; else if (!strncmp(yytext+i, "attributeForm:", 14)) sp->attributeForm = s; else if (!strncmp(yytext+i, "import:", 7)) { if (!sp->URI) sp->URI = s; sp->import = s; } else if (!strncmp(yytext+i, "encoding:", 9)) { if (!strcmp(s, "encoded")) sp->encoding = ""; else sp->encoding = s; } else if (!strncmp(yytext+i, "style:", 6)) sp->style = s; else if (!strncmp(yytext+i, "protocol:", 9)) sp->protocol = s; else if (!strncmp(yytext+i, "method-protocol:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = PROTOCOL; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-style:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = STYLE; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-encoding:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-response-encoding:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-documentation:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = COMMENT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-action:", 14)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = REQUEST_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-action:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-mime-type:", 17)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN | MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-mime-type:", 23)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-mime-type:", 24)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-header-part:", 19)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN | HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-header-part:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-header-part:", 26)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "type-documentation:", 19)) { d = (Data*)emalloc(sizeof(Data)); d->name = s; d->text = NULL; d->next = sp->data; sp->data = d; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; d->text = s; } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext+i); semwarn(errbuf); } } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext); semwarn(errbuf); } } static void option(void) { int i; if (imports) { sprintf(errbuf, "options directive: %s ignored in imported file(s)", yytext); semwarn(errbuf); return; } for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (; yytext[i]; i++) switch (yytext[i]) { case 'a': aflag = 1; break; case 'c': if (yytext[i+1] == '+' && yytext[i+2] == '+') { i += 2; if (yytext[i+1] == '1' && yytext[i+2] == '1') { i += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'e': eflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 't': tflag = 1; break; case 'w': wflag = 1; break; default: if (yytext[i] < 32 || yytext[i] == '/') return; } } static void xpath(void) { int i, j, k; char *s; XPath *xp; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; for (k = j; yytext[k]; k++) if (yytext[k] > 32) break; s = (char*)emalloc(yyleng - i); strncpy(s, yytext + i, j - i); s[j - i] = '\0'; for (xp = xpaths; xp; xp = xp->next) if (!strcmp(xp->name, s)) break; if (!xp) { xp = (XPath*)emalloc(sizeof(XPath)); xp->next = xpaths; xp->name = s; } s += j - i + 1; strcpy(s, yytext + k); xp->path = s; while (*s > 32) s++; *s = '\0'; } /* error_chr - lexical error in character constant. Return character 0 to allow parsing to continue */ static Token error_chr(void) { lexerror("Ending-' missing in character constant"); yylval.c = '\0'; return CHR; } /* error_str - lexical error in string. Return empty string to allow parsing to continue */ static Token error_str(void) { lexerror("Ending-\" missing in string"); yylval.s = ""; return STR; } /* Character conversion functions */ static int convchar(int *p) { switch (yytext[(*p)++]) { case 'a': return '\a'; case 'b': return '\b'; case 'f': return '\f'; case 'n': return '\n'; case 'r': return '\r'; case 't': return '\t'; case 'v': return '\v'; case 'x': return hexchar(p); case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': (*p)--; return octchar(p); default: return yytext[*p-1]; } } static int hexchar(int *p) { int i, d, c = 0; for (i = 0; isxdigit(d = yytext[*p]) && i < 2; i++) { c = (c << 4) + (d <= '9' ? d - '0' : toupper(d) - '7'); (*p)++; } return c; } static int octchar(int *p) { int i, d, c = 0; for (i = 0; (d = yytext[*p]) >= '0' && d <= '7' && i < 3; i++) { c = (c << 3) + d - '0'; (*p)++; } return c; } static void module(const char *name, const char *fullname) { char *s; if (!fullname) fullname = name; if (imports) { Pragma **pp; s = (char*)emalloc(strlen(fullname)+15); sprintf(s, "#include \"%sH.h\"", fullname); for (pp = &pragmas; *pp; pp = &(*pp)->next) if (!strcmp((*pp)->pragma, s)) break; if (!*pp) { *pp = (Pragma*)emalloc(sizeof(Pragma)); (*pp)->pragma = s; (*pp)->next = NULL; } s = (char*)emalloc(strlen(fullname)+1); imported = strcpy(s, fullname); fprintf(stderr, "Importing module '%s'\n\n", fullname); } else { lflag = 1; typeNO = magic(name); s = (char*)emalloc(strlen(fullname)+1); prefix = strcpy(s, fullname); fprintf(stderr, "Compiling module '%s' (magic number = %d)\n\n", fullname, typeNO); } } static int magic(const char *name) { size_t i; int n; if (strlen(name) > 4) semerror("#module name length must not exceed four characters"); n = 0; for (i = 0; i < strlen(name); i++) if (name[i] >= 'a' && name[i] <= 'z') n = 26*n + name[i] - 'a'; else if (name[i] >= 'A' && name[i] <= 'Z') n = 26*n + name[i] - 'A'; else semerror("#module name must be alphabetic and the length must not exceed four characters.\nUse '#module name longname' for longer names."); return 4699*n + 153424; } #ifdef WITH_LEX static void import(const char *file) { execerror("Cannot #import: soapcpp2 not compiled with flex (replace lex with flex)"); } #else static void import(const char *file) { char buf[1024]; struct importlist *p; if (vflag) fprintf(stderr, "Importing '%s': ", file); for (p = importlist; p; p = p->next) { if (!strcmp(p->name, file)) { if (vflag) fprintf(stderr, "file already read or currently being read\n\n"); return; } } if (imports >= MAX_IMPORT_DEPTH) execerror("Imports nested too deep"); instk[imports] = YY_CURRENT_BUFFER; fnstk[imports] = filename; lnstk[imports] = yylineno; imstk[imports] = imported; yylineno = 1; /* imported = NULL; this is useful to change the semantics of #import to NOT consider non-module imports to be part of the current module */ imports++; buf[0] = '\0'; if (!(yyin = fopen(file, "r"))) { if (importpath) { const char *s, *t; s = importpath; do { size_t n; t = strstr(s, SOAP_PATHSEP); if (t) { if ((size_t)(t - s) >= sizeof(buf)) t = s + sizeof(buf) - 1; 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This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { PRAGMA = 258, AUTO = 259, DOUBLE = 260, INT = 261, STRUCT = 262, BREAK = 263, ELSE = 264, LONG = 265, SWITCH = 266, CASE = 267, ENUM = 268, REGISTER = 269, TYPEDEF = 270, CHAR = 271, EXTERN = 272, RETURN = 273, UNION = 274, CONST = 275, FLOAT = 276, SHORT = 277, UNSIGNED = 278, CONTINUE = 279, FOR = 280, SIGNED = 281, VOID = 282, DEFAULT = 283, GOTO = 284, SIZEOF = 285, VOLATILE = 286, DO = 287, IF = 288, STATIC = 289, WHILE = 290, CLASS = 291, PRIVATE = 292, PROTECTED = 293, PUBLIC = 294, VIRTUAL = 295, INLINE = 296, OPERATOR = 297, LLONG = 298, BOOL = 299, CFALSE = 300, CTRUE = 301, WCHAR = 302, TIME = 303, USING = 304, NAMESPACE = 305, ULLONG = 306, MUSTUNDERSTAND = 307, SIZE = 308, FRIEND = 309, TEMPLATE = 310, EXPLICIT = 311, TYPENAME = 312, MUTABLE = 313, FINAL = 314, null = 315, RESTRICT = 316, OVERRIDE = 317, UCHAR = 318, USHORT = 319, UINT = 320, ULONG = 321, NONE = 322, ID = 323, LAB = 324, TYPE = 325, LNG = 326, DBL = 327, CHR = 328, TAG = 329, STR = 330, RA = 331, LA = 332, OA = 333, XA = 334, AA = 335, MA = 336, DA = 337, TA = 338, NA = 339, PA = 340, OR = 341, AN = 342, NE = 343, EQ = 344, GE = 345, LE = 346, RS = 347, LS = 348, AR = 349, PP = 350, NN = 351 }; #endif /* Tokens. */ #define PRAGMA 258 #define AUTO 259 #define DOUBLE 260 #define INT 261 #define STRUCT 262 #define BREAK 263 #define ELSE 264 #define LONG 265 #define SWITCH 266 #define CASE 267 #define ENUM 268 #define REGISTER 269 #define TYPEDEF 270 #define CHAR 271 #define EXTERN 272 #define RETURN 273 #define UNION 274 #define CONST 275 #define FLOAT 276 #define SHORT 277 #define UNSIGNED 278 #define CONTINUE 279 #define FOR 280 #define SIGNED 281 #define VOID 282 #define DEFAULT 283 #define GOTO 284 #define SIZEOF 285 #define VOLATILE 286 #define DO 287 #define IF 288 #define STATIC 289 #define WHILE 290 #define CLASS 291 #define PRIVATE 292 #define PROTECTED 293 #define PUBLIC 294 #define VIRTUAL 295 #define INLINE 296 #define OPERATOR 297 #define LLONG 298 #define BOOL 299 #define CFALSE 300 #define CTRUE 301 #define WCHAR 302 #define TIME 303 #define USING 304 #define NAMESPACE 305 #define ULLONG 306 #define MUSTUNDERSTAND 307 #define SIZE 308 #define FRIEND 309 #define TEMPLATE 310 #define EXPLICIT 311 #define TYPENAME 312 #define MUTABLE 313 #define FINAL 314 #define null 315 #define RESTRICT 316 #define OVERRIDE 317 #define UCHAR 318 #define USHORT 319 #define UINT 320 #define ULONG 321 #define NONE 322 #define ID 323 #define LAB 324 #define TYPE 325 #define LNG 326 #define DBL 327 #define CHR 328 #define TAG 329 #define STR 330 #define RA 331 #define LA 332 #define OA 333 #define XA 334 #define AA 335 #define MA 336 #define DA 337 #define TA 338 #define NA 339 #define PA 340 #define OR 341 #define AN 342 #define NE 343 #define EQ 344 #define GE 345 #define LE 346 #define RS 347 #define LS 348 #define AR 349 #define PP 350 #define NN 351 #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE #line 153 "soapcpp2_yacc.y" { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* Line 1529 of yacc.c. */ #line 253 "soapcpp2_yacc.tab.h" YYSTYPE; # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 # define YYSTYPE_IS_TRIVIAL 1 #endif extern YYSTYPE yylval; gsoap-2.8.28/gsoap/src/soapcpp2.c0000644000175000017500000003041212653650160016063 0ustar ellertellert/* soapcpp2.c Main compiler and code generator batch program. gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifndef SOAPCPP2_IMPORT_PATH # define SOAPCPP2_IMPORT_PATH (NULL) #endif extern void init(void); extern int yyparse(void); extern FILE *yyin; extern const char *ns_cname(const char*, const char*); FILE *fmsg; /* fd to flush compiler messages */ int soap_version = 0; /* SOAP version, -1=no SOAP, 0=not set, 1=1.1, 2=1.2 */ int vflag = 0; /* verbose output */ int wflag = 0; /* when set, don't generate WSDL and schema files */ int cflag = 0; /* when set, generate files with .c extension */ int c11flag = 0; /* when set, generate C++11 files with .cpp extension */ int Cflag = 0; /* when set, generate only files for clients */ int aflag = 0; /* when set, use value of SOAP Action to dispatch method at server side */ int Aflag = 0; /* when set, require SOAP Action to dispatch method at server side */ int bflag = 0; /* when set, serialize byte arrays char[N] as string */ int eflag = 0; /* when set, use SOAP RPC encoding by default */ int Ecflag = 0; /* when set, generate extra routines for data copying (soap_dup_X) */ int Edflag = 0; /* when set, generate extra routines for data deletion (soap_del_X) */ int Etflag = 0; /* when set, generate data traversal/walker routines */ unsigned long fflag = 0;/* multi-file split for each bundle of -fN defs */ int iflag = 0; /* when set, generate new style proxy/object classes inherited from soap struct */ int jflag = 0; /* when set, generate new style proxy/object classes */ int mflag = 0; /* when set, generate code that requires array/binary classes to explicitly remove malloced array */ int nflag = 0; /* when set, names the namespaces global struct '%NAME%_namespaces */ int lflag = 0; /* when set, create library */ int Lflag = 0; /* when set, don't generate soapClientLib/soapServerLib */ int Qflag = 0; /* when set, use C++ namespaces for custom serializers */ int sflag = 0; /* when set, generate strict validation checks */ int Sflag = 0; /* when set, generate only files for servers */ int Tflag = 0; /* when set, generates server auto-test code */ int tflag = 0; /* when set, generates typed messsages (with xsi:type attributes) */ int uflag = 0; /* when set, uncomment WSDL and schema output */ int xflag = 0; /* when set, don't generate sample XML message files */ int yflag = 0; /* when set, add C/C++ info in sample XML messages */ int zflag = 0; /* when set, use backward compatibility option */ char dirpath[1024]; /* directory path for generated source files */ const char *prefix = "soap"; /* file name prefix for generated source files */ const char *filename; /* current file name */ const char *importpath = NULL; /* default file import path */ const char *defimportpath = SOAPCPP2_IMPORT_PATH; /* default file import path */ /* IMPORTANT: The terms and conditions of use of this software do not allow for the removal of the copyright notice from the main program for visual display. For integrations with other software, a similar copyright notice must be produced that is visible to users of the software. */ int main(int argc, char **argv) { int i, g; char *a, *s; fmsg = stderr; filename = ""; fprintf(fmsg, "\n** The gSOAP code generator for C and C++, soapcpp2 release " VERSION "\n** Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc.\n** All Rights Reserved. This product is provided \"as is\", without any warranty.\n** The soapcpp2 tool and its generated software are released under the GPL.\n** ----------------------------------------------------------------------------\n** A commercial use license is available from Genivia Inc., contact@genivia.com\n** ----------------------------------------------------------------------------\n\n"); for (i = 1; i < argc; i++) { a = argv[i]; if (*a == '-' #ifdef WIN32 || *a == '/' #endif ) { g = 1; while (g && *++a) switch (*a) { case 'C': Cflag = 1; if (Sflag) fprintf(stderr, "soapcpp2: using both options -C and -S omits client/server code\n"); break; case 'c': if (a[1] == '+' && a[2] == '+') { a += 2; if (a[1] == '1' && a[2] == '1') { a += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'd': a++; g = 0; if (*a) strcpy(dirpath, a); else if (i < argc && argv[++i]) strcpy(dirpath, argv[i]); else execerror("Option -d requires a directory path"); if (*dirpath && dirpath[strlen(dirpath)-1] != '/' && dirpath[strlen(dirpath)-1] != '\\') strcat(dirpath, SOAP_PATHCAT); break; case 'e': eflag = 1; break; case 'E': a++; g = 0; while (*a) { switch (*a) { case 'c': Ecflag = 1; break; case 'd': Edflag = 1; break; case 't': Etflag = 1; break; default: execerror("Option -E requires 'c' and/or 'd'"); } a++; } break; case 'f': a++; g = 0; if (*a) fflag = strtoul(a, NULL, 10); else if (i < argc && argv[++i]) fflag = strtoul(argv[i], NULL, 10); if (!fflag) execerror("Option -f requires a value"); if (fflag < 10) fflag = 10; break; case 'a': aflag = 1; break; case 'A': aflag = 1; Aflag = 1; break; case 'b': bflag = 1; break; case '?': case 'h': fprintf(stderr, "Usage: soapcpp2 [-0|-1|-2] [-C|-S] [-T] [-Ecdt] [-L] [-a] [-A] [-b] [-c|-c++|-c++11] [-d path] [-e] [-f N] [-h] [-i] [-I path" SOAP_PATHSEP "path" SOAP_PATHSEP "...] [-l] [-m] [-n] [-p name] [-s] [-t] [-u] [-v] [-w] [-x] [-y] [-z#] [infile]\n\n"); fprintf(stderr, "\ -1 generate SOAP 1.1 bindings\n\ -2 generate SOAP 1.2 bindings\n\ -0 no SOAP bindings, use REST\n\ -C generate client-side code only\n\ -S generate server-side code only\n\ -T generate server auto-test code\n\ -Ec generate extra routines for deep copying\n\ -Ed generate extra routines for deep deletion\n\ -Et generate extra routines for data traversals with walker functions\n\ -L don't generate soapClientLib/soapServerLib\n\ -a use SOAPAction with WS-Addressing to invoke server-side operations\n\ -A require SOAPAction to invoke server-side operations\n\ -b serialize byte arrays char[N] as string\n\ -c generate C source code\n\ -c++ generate C++ source code (default)\n\ -c++11 generate C++ source code optimized for C++11 (compile with -std=c++11)\n\ -dpath use path to save files\n\ -e generate SOAP RPC encoding style bindings (also use -1 or -2)\n\ -fN multiple soapC files, with N serializer definitions per file (N>=10)\n\ -h display help info\n\ -Ipath use path(s) for #import (paths separated with '" SOAP_PATHSEP "')\n\ -i generate C++ service proxies and objects inherited from soap struct\n\ -j generate C++ service proxies and objects that share a soap struct\n\ -l generate linkable modules (experimental)\n\ -m generate Matlab(tm) code for MEX compiler (deprecated)\n\ -n use service name to rename service functions and namespace table\n\ -pname save files with new prefix name instead of 'soap'\n\ -Qname use name as the C++ namespace for decls, including custom serializers\n\ -qname use name as the C++ namespace for decls, excluding custom serializers\n\ -s generate deserialization code with strict XML validation checks\n\ -t generate code for fully xsi:type typed SOAP/XML messaging\n\ -u uncomment comments in WSDL/schema output by suppressing XML comments\n\ -v verbose output\n\ -w don't generate WSDL and schema files\n\ -x don't generate sample XML message files\n\ -y include C/C++ type access information in sample XML messages\n\ -z1 compatibility: generate old-style C++ service proxies and objects\n\ -z2 compatibility with 2.7.x: omit XML output for NULL pointers\n\ infile header file to parse (or stdin)\n\ \n"); exit(0); case 'I': a++; g = 0; s = NULL; if (*a) s = a; else if (i < argc && argv[++i]) s = argv[i]; else execerror("Option -I requires an import path"); if (importpath && s) { char *t = (char*)emalloc(strlen(importpath) + strlen(s) + 2); strcpy(t, importpath); strcat(t, SOAP_PATHSEP); strcat(t, s); importpath = t; } else importpath = s; break; case 'i': iflag = 1; break; case 'j': jflag = 1; break; case 'm': mflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 'L': Lflag = 1; break; case 's': sflag = 1; break; case 'S': Sflag = 1; if (Cflag) fprintf(stderr, "soapcpp2: using both options -C and -S omits client/server code\n"); break; case 'T': Tflag = 1; break; case 't': tflag = 1; break; case 'u': uflag = 1; break; case 'w': wflag = 1; break; case 'x': xflag = 1; break; case 'y': yflag = 1; break; case 'p': a++; g = 0; if (*a) prefix = ns_cname(a, NULL); else if (i < argc && argv[++i]) prefix = ns_cname(argv[i], NULL); else execerror("Option -p requires an output file name prefix"); break; case 'Q': Qflag = 1; /* fall through */ case 'q': a++; g = 0; if (*a) namespaceid = ns_cname(a, NULL); else if (i < argc && argv[++i]) namespaceid = ns_cname(argv[i], NULL); else execerror("Option -q requires a namespace name"); break; case '0': soap_version = -1; break; case '1': soap_version = 1; envURI = "http://schemas.xmlsoap.org/soap/envelope/"; encURI = "http://schemas.xmlsoap.org/soap/encoding/"; break; case '2': soap_version = 2; envURI = "http://www.w3.org/2003/05/soap-envelope"; encURI = "http://www.w3.org/2003/05/soap-encoding"; rpcURI = "http://www.w3.org/2003/05/soap-rpc"; break; case 'v': vflag = 1; break; case 'z': a++; g = 0; if (*a) zflag = *a - '0'; else if (i < argc && argv[++i]) zflag = *argv[i] - '0'; else execerror("Option -z requires a digit"); break; default: fprintf(stderr, "soapcpp2: Unknown option %s\n", a); exit(1); } } else if (!(yyin = fopen(argv[i], "r"))) { sprintf(errbuf, "Cannot open file \"%s\" for reading", argv[i]); execerror(errbuf); } else filename = argv[i]; } if (importpath && defimportpath) { char *t = (char*)emalloc(strlen(importpath) + strlen(defimportpath) + 2); strcpy(t, importpath); strcat(t, SOAP_PATHSEP); strcat(t, defimportpath); importpath = t; } else if (!importpath) importpath = defimportpath; init(); if (yyparse()) synerror("skipping the remaining part of the input"); return errstat(); } gsoap-2.8.28/gsoap/src/MakefileManual0000644000175000017500000000267212653650160016775 0ustar ellertellert# gSOAP soapcpp2 Makefile by Robert van Engelen, Genivia Inc. # Use this to build the soapcpp2 tool when autoconf/automake are not # available. # # Dependences: # Flex (or Lex) # Bison # # Mac OS X universal binary: # CC=gcc -arch i386 -arch ppc CC=gcc # use LEX=flex -l or LEX=lex LEX=flex -l # use YACC=bison or YACC=yacc -d -v -s soapcpp2_yacc YACC=bison # For static linkage with Flex use: # LIBS=/usr/lib/libfl.a # For static linkage with Lex use: # LIBS=/usr/lib/libl.a COFLAGS=-O1 # For static linking use: # COFLAGS=-O1 -static # For debugging use: # COFLAGS=-g CWFLAGS=-Wall # CIFLAGS= # use -DWITH_BISON or -DWITH_YACC # use -DWITH_FLEX or -DWITH_LEX CMFLAGS=-DWITH_BISON -DWITH_FLEX # CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) # all: allclean soapcpp2 soapcpp2: soapcpp2.h soapcpp2_yacc.tab.o symbol2.o error2.o lex.yy.o init2.o soapcpp2.o $(CC) symbol2.o error2.o soapcpp2_yacc.tab.o lex.yy.o init2.o soapcpp2.o $(LIBS) -o $@ -cp -f soapcpp2 ../bin soapcpp2_yacc.tab.c: soapcpp2_yacc.y soapcpp2.h error2.h $(YACC) -d -v soapcpp2_yacc.y lex.yy.c: soapcpp2_yacc.tab.h soapcpp2_yacc.tab.c soapcpp2_lex.l $(LEX) soapcpp2_lex.l .c.o: soapcpp2.h soapcpp2_yacc.tab.h error2.h $(CC) $(CFLAGS) -c $< .PHONY: clean distclean allclean clean: -rm -f *.o distclean: -rm -f soapcpp2 *.o *.output allclean: -rm -f soapcpp2 *.o *.output -rm -f lex.yy.c soapcpp2_yacc.tab.h soapcpp2_yacc.tab.c gsoap-2.8.28/gsoap/src/soapcpp2_lex.l0000644000175000017500000006612412653650160016755 0ustar ellertellert/* soapcpp2_lex.l Flex/Lex tokenizer for C/C++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ %{ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #ifdef WITH_BISON YYSTYPE yylval; #undef YY_NEED_STRLEN #define YY_INPUT(buf, result, max_size) \ { \ int c = getc(yyin); \ result = (c == EOF) ? YY_NULL : (buf[0] = c, 1); \ } #endif #ifndef WITH_LEX #define MAX_IMPORT_DEPTH 16 static struct importlist { struct importlist *next; char name[1]; } *importlist = NULL; static const char *fnstk[MAX_IMPORT_DEPTH]; static int lnstk[MAX_IMPORT_DEPTH]; static const char *imstk[MAX_IMPORT_DEPTH]; static YY_BUFFER_STATE instk[MAX_IMPORT_DEPTH]; #endif int imports = 0; const char *imported = NULL; static void check_id(const char*); static Token install_id(void); static Token install_tag(void); static Token install_int(void); static Token install_hex(void); static Token install_num(void); static Token install_chr(void); static Token install_str(void); static Token install_pragma(void); static void directive(void), option(void), xpath(void); static Token error_chr(void); static Token error_str(void); static int convchar(int*); static int hexchar(int*); static int octchar(int*); static void module(const char *name, const char *fullname); static void import(const char *file); static int magic(const char *name); %} BOM \xEF\xBB\xBF ws [ \t\v\r\f\n\x1A\xA0] digit [0-9] alpha ([a-zA-Z_\xA8\xAA\xAD\xAF\xB2\xB5\xB7\xB8\xB9\xBA\xBC\xBD\xBE]|[\xC0-\xFF][\x80-\xBF]*|\\u([0-9a-fA-F]{4})) id (:?{alpha})(:?{alpha}|{digit}|::)* tag `[^`\t\v\r\f\n>]+` int {digit}+ hex 0[xX][0-9a-fA-F]+ num {int}(\.{int}([Ee][+-]?{int})?|(\.{int})?[Ee][+-]?{int}) chr '(\\'|[^'\n])*' str L?\"(\\\"|\\\n|[^"])*\" module #module{ws}+.*\n import #import{ws}+.*\n %option noyywrap %option noinput %option nounput %x MLCOMMENT %% ^{BOM} { /* skip UTF8 BOM */ } {ws} { /* skip white space */ } "/*" { BEGIN(MLCOMMENT); } .|\n { } "*/" { BEGIN(INITIAL); } <> { execerror("Unclosed multiline comment at the end of file"); } "//"\/*"gsoapopt".*\n { option(); } "//"\/*"gsoap".*\n { directive(); } "//"\/*"xpath".*\n { xpath(); } "//".*\n { /* skip single line comment */ } "+=" { return PA; } "-=" { return NA; } "*=" { return TA; } "/=" { return DA; } "%=" { return MA; } "&=" { return AA; } "^=" { return XA; } "|=" { return OA; } "<<=" { return LA; } ">>=" { return RA; } "||" { return OR; } "&&" { return AN; } "==" { return EQ; } "!=" { return NE; } "<=" { return LE; } ">=" { return GE; } "<<" { return LS; } ">>" { return RS; } "++" { return PP; } "--" { return NN; } "->" { return AR; } [;,:=|^&<>+\-*/%!?~(){}\[\].@$] { return yytext[0]; } {id} { return install_id(); } {tag} { return install_tag(); } {int} { return install_int(); } {hex} { return install_hex(); } {num} { return install_num(); } {chr} { return install_chr(); } {str} { return install_str(); } {module} { char *s, *t, buf[1024]; s = strchr(yytext, '"'); if (!s) t = yytext+7; else { strcpy(buf, s+1); s = strchr(buf, '"'); *s = '\0'; t = strchr(s+1, '"'); if (t) { t++; s = strchr(t+1, '"'); if (s) *s = '\0'; } } module(buf, t); } {import} { char *s, buf[1024]; s = strchr(yytext, '"'); if (s) { strncpy(buf, s + 1, sizeof(buf)); buf[sizeof(buf) - 1] = '\0'; s = strchr(buf, '"'); if (!s) lexerror("Invalid import directive: missing ending \" or path too long"); else { *s = '\0'; import(buf); } } else lexerror("Invalid import directive: \" expected"); } #.*\n { return install_pragma(); } '[^'\n]*/\n { return error_chr(); } \"[^"\n]*/\n { return error_str(); } . { lexerror("Skipping unknown symbol"); } <> { /* when Lex complains: remove this line and below */ #ifndef WITH_LEX if (--imports < 0) { yyterminate(); } else { if (vflag) fprintf(stderr, "End of %s\n\n", filename); yy_delete_buffer(YY_CURRENT_BUFFER); yy_switch_to_buffer(instk[imports]); filename = fnstk[imports]; yylineno = lnstk[imports]; imported = imstk[imports]; } #endif } %% /* install_id - lookup identifier in symbol table. If found, return token and symbol table entry. If not found, create entry in symbol table and return ID token. */ static Token install_id() { Symbol *p = lookup(yytext); if (!p) { int i, flag = 0; p = install(yytext, ID); /* [_](x|X)(m|M)(l|L)__ is OK */ /* [_](x|X)(m|M)(l|L).* is not OK */ /* .*__(x|X)(m|M)(l|L) is not OK */ /* .*::(x|X)(m|M)(l|L) is not OK */ for (i = 0; i < (int)yyleng; i++) { if ((yytext[i] == '_' && yytext[i+1] == '_') || (yytext[i] == ':' && yytext[i+1] == ':')) { flag = 1; check_id(yytext + i + 2); } } if (!flag && strcmp(yytext, "XML")) check_id(yytext); } yylval.sym = p; return p->token; } /* install_tag - return TAG token. */ static Token install_tag() { yylval.s = (char*)emalloc(yyleng-1); /* yyleng = length(yytext) */ strcpy(yylval.s, yytext+1); yylval.s[yyleng-2] = '\0'; return TAG; } /* check_id - check for (x|X)(m|M)(l|L) */ static void check_id(const char *s) { while (*s == '_') s++; if ((s[0] == 'x' || s[0] == 'X') && (s[1] == 'm' || s[1] == 'M') && (s[2] == 'l' || s[2] == 'L')) { sprintf(errbuf, "identifier '%s' starts with or embeds '%3.3s' character sequence, which is exclusively reserved for and by the W3C XML standards (for enum constants: please ignore this warning)", yytext, s); semwarn(errbuf); } } /* install_int - convert digits to integer and return LNG token. */ static Token install_int(void) { sscanf(yytext, SOAP_ULONG_FORMAT, &yylval.i); return LNG; } /* install_hex - convert hexadecimal digits to integer and return LNG */ static Token install_hex(void) { sscanf(yytext, SOAP_XLONG_FORMAT, &yylval.i); return LNG; } /* install_num - convert digits to floating point number and return DBL */ static Token install_num(void) { sscanf(yytext, "%lf", &yylval.r); return DBL; } /* install_chr - convert character constant and return CHR. */ static Token install_chr(void) { int i = 2; if (yytext[1] == '\\') yylval.c = convchar(&i); else yylval.c = yytext[i-1]; if (yytext[i] != '\'') lexerror("Illegal character constant"); return CHR; } /* install_str - convert and store string in memory. Return STR. */ static Token install_str(void) { int i, j = 0; yylval.s = (char*)emalloc(yyleng - 1); /* yyleng = length(yytext) */ for (i = 1 + (yytext[0] == 'L'); i < (int)yyleng - 1; i++) if (yytext[i] == '\\') { if (yytext[++i] != '\n') { yylval.s[j++] = convchar(&i); i--; } } else yylval.s[j++] = yytext[i]; yylval.s[j] = '\0'; return STR; } /* install_pragma - store pragma in string. Return PRAGMA. */ static Token install_pragma(void) { yylval.s = (char*)emalloc(yyleng); /* yyleng = length(yytext) */ strncpy(yylval.s, yytext, strlen(yytext)-1); yylval.s[strlen(yytext)-1] = '\0'; return PRAGMA; } static void directive(void) { int i, j, k; char *s; Service *sp; Method *m; Data *d; int service; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; s = (char*)emalloc(j-i+1); for (k = 0; k < j-i; k++) { s[k] = yytext[k+i]; if (s[k] == '_') s[k] = '-'; } s[k] = '\0'; for (sp = services; sp; sp = sp->next) if (!strcmp(sp->ns, s)) break; if (!sp) { sp = (Service*)emalloc(sizeof(Service)); sp->next = services; sp->ns = s; sp->name = NULL; sp->porttype = NULL; sp->portname = NULL; sp->binding = NULL; sp->definitions = NULL; sp->transport = NULL; sp->URL = NULL; sp->URI = NULL; sp->URI2 = NULL; sp->WSDL = NULL; sp->style = NULL; sp->encoding = NULL; sp->protocol = NULL; sp->xsi_type = 0; sp->elementForm = NULL; sp->attributeForm = NULL; sp->executable = NULL; sp->import = NULL; sp->documentation = NULL; sp->list = NULL; sp->data = NULL; services = sp; } for (i = j; yytext[i]; i++) if (yytext[i] > 32) break; if (!strncmp(yytext+i, "service", 7) || !strncmp(yytext+i, "schema", 6)) { service = strncmp(yytext+i, "schema", 6); for (i += 7; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; for (; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; /* if (j == k) return; */ s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (!strncmp(yytext+i, "name:", 5)) { sp->name = s; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "type:", 5) || !strncmp(yytext+i, "portType:", 9) || !strncmp(yytext+i, "interface:", 10)) sp->porttype = s; else if (!strncmp(yytext+i, "portName:", 9)) sp->portname = s; else if (!strncmp(yytext+i, "binding:", 8)) sp->binding = s; else if (!strncmp(yytext+i, "definitions:", 12)) sp->definitions = s; else if (!strncmp(yytext+i, "documentation:", 14)) { for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "transport:", 10)) sp->transport = s; else if (!strncmp(yytext+i, "location:", 9) || !strncmp(yytext+i, "endpoint:", 9) || !strncmp(yytext+i, "port:", 5)) { if (sp->URL) { char *t = (char*)emalloc(strlen(sp->URL) + strlen(s) + 2); strcpy(t, sp->URL); strcat(t, " "); strcat(t, s); sp->URL = t; } else sp->URL = s; if (!service && !sp->import) sp->import = s; } else if (!strncmp(yytext+i, "executable:", 11)) sp->executable = s; else if (!strncmp(yytext+i, "namespace:", 10)) { if (service) { if (!sp->URI) sp->URI = s; sp->WSDL = s; } else if (!strcmp(sp->ns, "SOAP-ENV")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENV namespace"); else envURI = s; sp->URI = (char*)envURI; } else if (!strcmp(sp->ns, "SOAP-ENC")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENC namespace"); else encURI = s; sp->URI = (char*)encURI; } else sp->URI = s; } else if (!strncmp(yytext+i, "namespace2:", 11)) { sp->URI2 = s; } else if (!strncmp(yytext+i, "typed:", 6)) { sp->xsi_type = (*s == 'y'); } else if (!strncmp(yytext+i, "form:", 5)) { sp->elementForm = s; sp->attributeForm = s; } else if (!strncmp(yytext+i, "elementForm:", 12)) sp->elementForm = s; else if (!strncmp(yytext+i, "attributeForm:", 14)) sp->attributeForm = s; else if (!strncmp(yytext+i, "import:", 7)) { if (!sp->URI) sp->URI = s; sp->import = s; } else if (!strncmp(yytext+i, "encoding:", 9)) { if (!strcmp(s, "encoded")) sp->encoding = ""; else sp->encoding = s; } else if (!strncmp(yytext+i, "style:", 6)) sp->style = s; else if (!strncmp(yytext+i, "protocol:", 9)) sp->protocol = s; else if (!strncmp(yytext+i, "method-protocol:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = PROTOCOL; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-style:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = STYLE; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-encoding:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-response-encoding:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-documentation:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = COMMENT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-action:", 14)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = REQUEST_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-action:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-mime-type:", 17)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN | MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-mime-type:", 23)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-mime-type:", 24)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-header-part:", 19)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN | HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-header-part:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-header-part:", 26)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "type-documentation:", 19)) { d = (Data*)emalloc(sizeof(Data)); d->name = s; d->text = NULL; d->next = sp->data; sp->data = d; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; d->text = s; } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext+i); semwarn(errbuf); } } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext); semwarn(errbuf); } } static void option(void) { int i; if (imports) { sprintf(errbuf, "options directive: %s ignored in imported file(s)", yytext); semwarn(errbuf); return; } for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (; yytext[i]; i++) switch (yytext[i]) { case 'a': aflag = 1; break; case 'c': if (yytext[i+1] == '+' && yytext[i+2] == '+') { i += 2; if (yytext[i+1] == '1' && yytext[i+2] == '1') { i += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'e': eflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 't': tflag = 1; break; case 'w': wflag = 1; break; default: if (yytext[i] < 32 || yytext[i] == '/') return; } } static void xpath(void) { int i, j, k; char *s; XPath *xp; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; for (k = j; yytext[k]; k++) if (yytext[k] > 32) break; s = (char*)emalloc(yyleng - i); strncpy(s, yytext + i, j - i); s[j - i] = '\0'; for (xp = xpaths; xp; xp = xp->next) if (!strcmp(xp->name, s)) break; if (!xp) { xp = (XPath*)emalloc(sizeof(XPath)); xp->next = xpaths; xp->name = s; } s += j - i + 1; strcpy(s, yytext + k); xp->path = s; while (*s > 32) s++; *s = '\0'; } /* error_chr - lexical error in character constant. Return character 0 to allow parsing to continue */ static Token error_chr(void) { lexerror("Ending-' missing in character constant"); yylval.c = '\0'; return CHR; } /* error_str - lexical error in string. Return empty string to allow parsing to continue */ static Token error_str(void) { lexerror("Ending-\" missing in string"); yylval.s = ""; return STR; } /* Character conversion functions */ static int convchar(int *p) { switch (yytext[(*p)++]) { case 'a': return '\a'; case 'b': return '\b'; case 'f': return '\f'; case 'n': return '\n'; case 'r': return '\r'; case 't': return '\t'; case 'v': return '\v'; case 'x': return hexchar(p); case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': (*p)--; return octchar(p); default: return yytext[*p-1]; } } static int hexchar(int *p) { int i, d, c = 0; for (i = 0; isxdigit(d = yytext[*p]) && i < 2; i++) { c = (c << 4) + (d <= '9' ? d - '0' : toupper(d) - '7'); (*p)++; } return c; } static int octchar(int *p) { int i, d, c = 0; for (i = 0; (d = yytext[*p]) >= '0' && d <= '7' && i < 3; i++) { c = (c << 3) + d - '0'; (*p)++; } return c; } static void module(const char *name, const char *fullname) { char *s; if (!fullname) fullname = name; if (imports) { Pragma **pp; s = (char*)emalloc(strlen(fullname)+15); sprintf(s, "#include \"%sH.h\"", fullname); for (pp = &pragmas; *pp; pp = &(*pp)->next) if (!strcmp((*pp)->pragma, s)) break; if (!*pp) { *pp = (Pragma*)emalloc(sizeof(Pragma)); (*pp)->pragma = s; (*pp)->next = NULL; } s = (char*)emalloc(strlen(fullname)+1); imported = strcpy(s, fullname); fprintf(stderr, "Importing module '%s'\n\n", fullname); } else { lflag = 1; typeNO = magic(name); s = (char*)emalloc(strlen(fullname)+1); prefix = strcpy(s, fullname); fprintf(stderr, "Compiling module '%s' (magic number = %d)\n\n", fullname, typeNO); } } static int magic(const char *name) { size_t i; int n; if (strlen(name) > 4) semerror("#module name length must not exceed four characters"); n = 0; for (i = 0; i < strlen(name); i++) if (name[i] >= 'a' && name[i] <= 'z') n = 26*n + name[i] - 'a'; else if (name[i] >= 'A' && name[i] <= 'Z') n = 26*n + name[i] - 'A'; else semerror("#module name must be alphabetic and the length must not exceed four characters.\nUse '#module name longname' for longer names."); return 4699*n + 153424; } #ifdef WITH_LEX static void import(const char *file) { execerror("Cannot #import: soapcpp2 not compiled with flex (replace lex with flex)"); } #else static void import(const char *file) { char buf[1024]; struct importlist *p; if (vflag) fprintf(stderr, "Importing '%s': ", file); for (p = importlist; p; p = p->next) { if (!strcmp(p->name, file)) { if (vflag) fprintf(stderr, "file already read or currently being read\n\n"); return; } } if (imports >= MAX_IMPORT_DEPTH) execerror("Imports nested too deep"); instk[imports] = YY_CURRENT_BUFFER; fnstk[imports] = filename; lnstk[imports] = yylineno; imstk[imports] = imported; yylineno = 1; /* imported = NULL; this is useful to change the semantics of #import to NOT consider non-module imports to be part of the current module */ imports++; buf[0] = '\0'; if (!(yyin = fopen(file, "r"))) { if (importpath) { const char *s, *t; s = importpath; do { size_t n; t = strstr(s, SOAP_PATHSEP); if (t) { if ((size_t)(t - s) >= sizeof(buf)) t = s + sizeof(buf) - 1; strncpy(buf, s, t - s); buf[t - s] = '\0'; s = t + sizeof(SOAP_PATHSEP) - 1; } else { strcpy(buf, s); s = NULL; } n = strlen(buf) - 1; #ifdef __VMS if (buf[n] != ']' && buf[n] != ':') strcat(buf, ":"); #else if (buf[n] != SOAP_PATHCAT[0]) strcat(buf, SOAP_PATHCAT); #endif strcat(buf, file); yyin = fopen(buf, "r"); } while (s && !yyin); } if (!yyin) { sprintf(errbuf, "#import: Cannot open file \"%s\" for reading.\nHint: use option -I (for example -Igsoap/import"SOAP_PATHSEP"gsoap/custom:.)", file); execerror(errbuf); } } if (vflag) { if (buf[0]) fprintf(stderr, "OK, found at %s\n\n", buf); else fprintf(stderr, "OK\n\n"); } p = (struct importlist*)emalloc(sizeof(struct importlist) + strlen(file)); /* has already + 1 byte size */ strcpy(p->name, file); filename = p->name; p->next = importlist; importlist = p; yy_switch_to_buffer(yy_create_buffer(yyin, YY_BUF_SIZE)); } #endif gsoap-2.8.28/gsoap/src/soapcpp2_yacc.y0000644000175000017500000033430612653650160017121 0ustar ellertellert/* soapcpp2_yacc.y Yacc/Bison grammar. Build notes: 1. Bison 1.6 is known to crash on Win32 systems if YYINITDEPTH is too small Compile with -DYYINITDEPTH=5000 2. This grammar has one shift/reduce conflict related to the use of a class declaration with a base class (e.g. class Y : public X) and the use of a maxOccurs (class Y :10). Internally the conflict is resolved in favor of a shift by Bison/Yacc, which leads to the correct parsing behavior. Therefore, the warning can be ignored. If this leads to an error, then please enable the following directive (around line 121): %expect 1 // Bison: ignore one shift/reduce conflict -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ %{ #include "soapcpp2.h" #ifdef WIN32 #ifndef __STDC__ #define __STDC__ #endif #define YYINCLUDED_STDLIB_H #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern int soapcpp2lex(void); #else extern int yylex(void); #endif #else extern int yylex(void); #endif #define MAXNEST 16 /* max. nesting depth of scopes */ typedef struct Scope { Table *table; Entry *entry; Node node; LONG64 val; int offset; Bool grow; /* true if offset grows with declarations */ Bool mask; /* true if enum is mask */ } Scope; Scope stack[MAXNEST], /* stack of tables and offsets */ *sp; /* current scope stack pointer */ Table *classtable = NULL, *enumtable = NULL, *typetable = NULL, *booltable = NULL, *templatetable = NULL; const char *namespaceid = NULL; int transient = 0; int permission = 0; int custom_header = 1; int custom_fault = 1; Pragma *pragmas = NULL; Tnode *qname = NULL; Tnode *xml = NULL; /* function prototypes for support routine section */ static Entry *undefined(Symbol*); static Tnode *mgtype(Tnode*, Tnode*); static Node op(const char*, Node, Node), iop(const char*, Node, Node), relop(const char*, Node, Node); static void mkscope(Table*, int), enterscope(Table*, int), exitscope(void); static int integer(Tnode*), real(Tnode*), numeric(Tnode*); static void add_soap(void), add_XML(void), add_qname(void), add_header(void), add_fault(void), add_response(Entry*, Entry*), add_result(Tnode*), add_request(Symbol*, Scope*); /* imported from symbol2.c */ extern int is_string(Tnode*), is_wstring(Tnode*), is_XML(Tnode*), is_smart(Tnode*); extern char *c_storage(Storage); extern const char *c_type(Tnode*); extern int is_primitive_or_string(Tnode*), is_stdstr(Tnode*), is_binary(Tnode*), is_external(Tnode*), is_mutable(Entry*); extern Entry *unlinklast(Table*); /* Temporaries used in semantic rules */ int i; char *s, *s1; const char *s2; Symbol *sym; Entry *p, *q; Tnode *t; Node tmp, c; Pragma **pp; %} /* We expect one shift-reduce conflict, see build notes in the header above */ /* %expect 1 */ /* directive is not compatible with Yacc */ /* If Yacc complains then remove the line above to allow Yacc to proceed */ %union { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* pragmas */ %token PRAGMA /* keywords */ %token AUTO DOUBLE INT STRUCT %token BREAK ELSE LONG SWITCH %token CASE ENUM REGISTER TYPEDEF %token CHAR EXTERN RETURN UNION %token CONST FLOAT SHORT UNSIGNED %token CONTINUE FOR SIGNED VOID %token DEFAULT GOTO SIZEOF VOLATILE %token DO IF STATIC WHILE %token CLASS PRIVATE PROTECTED PUBLIC %token VIRTUAL INLINE OPERATOR LLONG %token BOOL CFALSE CTRUE WCHAR %token TIME USING NAMESPACE ULLONG %token MUSTUNDERSTAND SIZE FRIEND %token TEMPLATE EXPLICIT TYPENAME MUTABLE %token FINAL null RESTRICT OVERRIDE %token UCHAR USHORT UINT ULONG /* */ %token NONE /* identifiers (TYPE = typedef identifier) */ %token ID LAB TYPE /* constants */ %token LNG %token DBL %token CHR %token TAG STR /* types and related */ %type type %type store virtual const abstract %type fname struct class base enum enumsc mask masksc %type id sc arg name %type tag patt %type utype %type cdbl /* expressions and statements */ %type expr cexp oexp obex aexp abex rexp lexp pexp brinit init spec tspec ptrs array arrayck texpf texp qexp occurs bounds min minmax max /* terminals */ %left ',' %right '=' PA NA TA DA MA AA XA OA LA RA /* += -= *= /= %= &= ^= |= <<= >>= */ %right '?' %right ':' %left OR /* || */ %left AN /* && */ %left '|' %left '^' %left '&' %left EQ NE /* == != */ %left '<' LE '>' GE /* <= >= */ %left LS RS /* << >> */ %left '+' '-' %left '*' '/' '%' %left AR /* -> */ %token PP NN /* ++ -- */ %% /**************************************\ Program syntax \**************************************/ prog : s1 exts { if (lflag) { custom_header = 0; custom_fault = 0; } else { add_header(); add_fault(); } compile(sp->table); freetable(classtable); freetable(enumtable); freetable(typetable); freetable(booltable); freetable(templatetable); yylineno = 0; } ; s1 : /* empty */ { classtable = mktable(NULL); enumtable = mktable(NULL); typetable = mktable(NULL); booltable = mktable(NULL); templatetable = mktable(NULL); p = enter(booltable, lookup("false")); p->info.typ = mkint(); p->info.val.i = 0; p = enter(booltable, lookup("true")); p->info.typ = mkint(); p->info.val.i = 1; mkscope(mktable(mktable(NULL)), 0); } ; exts : NAMESPACE ID '{' exts1 '}' { namespaceid = $2->name; } | exts1 { } ; exts1 : /* empty */ { add_soap(); add_qname(); add_XML(); } | exts1 ext { } ; ext : dclrs ';' { } | pragma { } | t1 { } | t2 { } | error ';' { synerror("input before ; skipped"); while (sp > stack) { freetable(sp->table); exitscope(); } yyerrok; } ; pragma : PRAGMA { if ($1[1] >= 'a' && $1[1] <= 'z') { char *s; for (pp = &pragmas; *pp; pp = &(*pp)->next) ; *pp = (Pragma*)emalloc(sizeof(Pragma)); s = (char*)emalloc(strlen($1)+1); strcpy(s, $1); (*pp)->pragma = s; (*pp)->next = NULL; } else if ((i = atoi($1+2)) > 0) { yylineno = i; } else { sprintf(errbuf, "directive '%s' ignored (use #import to import files)", $1); semwarn(errbuf); } } ; /**************************************\ Declarations \**************************************/ decls : /* empty */ { transient &= ~6; permission = 0; } | dclrs ';' decls { } | PRIVATE ':' t3 decls { } | PROTECTED ':' t4 decls { } | PUBLIC ':' t5 decls { } | t1 decls t2 decls { } | error ';' { synerror("declaration expected"); yyerrok; } ; t1 : '[' { transient |= 1; } ; t2 : ']' { transient &= ~1; } ; t3 : { permission = Sprivate; } ; t4 : { permission = Sprotected; } ; t5 : { permission = 0; } ; dclrs : spec { } | spec dclr { } | spec fdclr func { } | ctor func { } | dtor func { } | dclrs ',' dclr{ } | dclrs ',' fdclr func { } | error ID { sprintf(errbuf, "undefined type in declaration of '%s'", $2->name); synerror(errbuf); yyerrok; } | error ')' { synerror("function declaration?"); yyerrok; } ; dclr : ptrs ID arrayck tag bounds brinit { if (($3.sto & Stypedef) && sp->table->level == GLOBAL) { if (($3.typ->type != Tstruct && $3.typ->type != Tunion && $3.typ->type != Tenum && $3.typ->type != Tenumsc) || strcmp($2->name, $3.typ->id->name)) { p = enter(typetable, $2); p->info.typ = mksymtype($3.typ, $2); if ($3.sto & Sextern) { p->info.typ->transient = -1; p->info.typ->extsym = $2; } else if (is_external($3.typ)) p->info.typ->transient = -3; /* extern and volatile */ else p->info.typ->transient = $3.typ->transient; if (p->info.typ->width == 0) p->info.typ->width = 8; p->info.sto = $3.sto; p->info.typ->synonym = $3.typ->sym; if ($5.hasmin) { p->info.typ->hasmin = $5.hasmin; p->info.typ->incmin = $5.incmin; p->info.typ->min = $5.min; p->info.typ->synonym = NULL; } else { p->info.typ->hasmin = $3.typ->hasmin; p->info.typ->incmin = $3.typ->incmin; p->info.typ->min = $3.typ->min; } if ($5.hasmax) { p->info.typ->hasmax = $5.hasmax; p->info.typ->incmax = $5.incmax; p->info.typ->max = $5.max; p->info.typ->synonym = NULL; } else { p->info.typ->hasmax = $3.typ->hasmax; p->info.typ->incmax = $3.typ->incmax; p->info.typ->max = $3.typ->max; } if ($5.pattern) { p->info.typ->pattern = $5.pattern; p->info.typ->synonym = NULL; } else { p->info.typ->pattern = $3.typ->pattern; } } $2->token = TYPE; } else { p = enter(sp->table, $2); p->tag = $4; p->info.typ = $3.typ; p->info.sto = (Storage)((int)$3.sto | permission); if ($6.hasval) { p->info.hasval = True; switch ($3.typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: case Tenum: case Tenumsc: case Ttime: if ($6.typ->type == Tint || $6.typ->type == Tchar || $6.typ->type == Tenum || $6.typ->type == Tenumsc) { sp->val = p->info.val.i = $6.val.i; if (($3.typ->hasmin && $3.typ->min > (double)$6.val.i) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == (double)$6.val.i) || ($3.typ->hasmax && $3.typ->max < (double)$6.val.i) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ($6.typ->type == Tfloat || $6.typ->type == Tdouble || $6.typ->type == Tldouble) { p->info.val.r = $6.val.r; if (($3.typ->hasmin && $3.typ->min > $6.val.r) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == $6.val.r) || ($3.typ->hasmax && $3.typ->max < $6.val.r) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == $6.val.r)) semerror("initialization constant outside value range"); } else if ($6.typ->type == Tint) { p->info.val.r = (double)$6.val.i; if (($3.typ->hasmin && $3.typ->min > (double)$6.val.i) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == (double)$6.val.i) || ($3.typ->hasmax && $3.typ->max < (double)$6.val.i) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ($3.typ->type == Tpointer && (((Tnode*)$3.typ->ref)->type == Tchar || ((Tnode*)$3.typ->ref)->type == Twchar) && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) p->info.val.s = $6.val.s; else if (bflag && $3.typ->type == Tarray && ((Tnode*)$3.typ->ref)->type == Tchar && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) { if ($3.typ->width / ((Tnode*)$3.typ->ref)->width - 1 < (int)strlen($6.val.s)) { semerror("char[] initialization constant too long"); p->info.val.s = ""; } else { p->info.val.s = $6.val.s; } } else if (($3.typ->type == Tpointer || is_smart($3.typ)) && (((Tnode*)$3.typ->ref)->id == lookup("std::string") || ((Tnode*)$3.typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = $6.val.s; } else if ($3.typ->id == lookup("std::string") || $3.typ->id == lookup("std::wstring")) { p->info.val.s = $6.val.s; } else if ($3.typ->type == Tpointer && $6.typ->type == Tint && $6.val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } else { p->info.val.i = sp->val; } if ($5.minOccurs < 0) { if ($6.hasval || ($3.sto & Sattribute) || $3.typ->type == Tpointer || $3.typ->type == Ttemplate || !strncmp($2->name, "__size", 6)) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = $5.minOccurs; } p->info.maxOccurs = $5.maxOccurs; if (sp->mask) sp->val <<= 1; else sp->val++; p->info.offset = sp->offset; if ($3.sto & Sextern) p->level = GLOBAL; else if ($3.sto & Stypedef) ; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; } sp->entry = p; } ; fdclr : ptrs name { if ($1.sto & Stypedef) { sprintf(errbuf, "invalid typedef qualifier for '%s'", $2->name); semwarn(errbuf); } p = enter(sp->table, $2); p->info.typ = $1.typ; p->info.sto = $1.sto; p->info.hasval = False; p->info.offset = sp->offset; if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; } ; id : ID { $$ = $1; } | TYPE { $$ = $1; } ; name : ID { $$ = $1; } | OPERATOR '!' { $$ = lookup("operator!"); } | OPERATOR '~' { $$ = lookup("operator~"); } | OPERATOR '=' { $$ = lookup("operator="); } | OPERATOR PA { $$ = lookup("operator+="); } | OPERATOR NA { $$ = lookup("operator-="); } | OPERATOR TA { $$ = lookup("operator*="); } | OPERATOR DA { $$ = lookup("operator/="); } | OPERATOR MA { $$ = lookup("operator%="); } | OPERATOR AA { $$ = lookup("operator&="); } | OPERATOR XA { $$ = lookup("operator^="); } | OPERATOR OA { $$ = lookup("operator|="); } | OPERATOR LA { $$ = lookup("operator<<="); } | OPERATOR RA { $$ = lookup("operator>>="); } | OPERATOR OR { $$ = lookup("operator||"); } | OPERATOR AN { $$ = lookup("operator&&"); } | OPERATOR '|' { $$ = lookup("operator|"); } | OPERATOR '^' { $$ = lookup("operator^"); } | OPERATOR '&' { $$ = lookup("operator&"); } | OPERATOR EQ { $$ = lookup("operator=="); } | OPERATOR NE { $$ = lookup("operator!="); } | OPERATOR '<' { $$ = lookup("operator<"); } | OPERATOR LE { $$ = lookup("operator<="); } | OPERATOR '>' { $$ = lookup("operator>"); } | OPERATOR GE { $$ = lookup("operator>="); } | OPERATOR LS { $$ = lookup("operator<<"); } | OPERATOR RS { $$ = lookup("operator>>"); } | OPERATOR '+' { $$ = lookup("operator+"); } | OPERATOR '-' { $$ = lookup("operator-"); } | OPERATOR '*' { $$ = lookup("operator*"); } | OPERATOR '/' { $$ = lookup("operator/"); } | OPERATOR '%' { $$ = lookup("operator%"); } | OPERATOR PP { $$ = lookup("operator++"); } | OPERATOR NN { $$ = lookup("operator--"); } | OPERATOR AR { $$ = lookup("operator->"); } | OPERATOR'['']'{ $$ = lookup("operator[]"); } | OPERATOR'('')'{ $$ = lookup("operator()"); } | OPERATOR texp { s1 = c_storage($2.sto); s2 = c_type($2.typ); s = (char*)emalloc(strlen(s1) + strlen(s2) + 10); strcpy(s, "operator "); strcat(s, s1); strcat(s, s2); $$ = lookup(s); if (!$$) $$ = install(s, ID); } ; ctor : TYPE { if (!(p = entry(classtable, $1))) semerror("invalid constructor"); sp->entry = enter(sp->table, $1); sp->entry->info.typ = mknone(); sp->entry->info.sto = Snone; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; } ; dtor : virtual '~' TYPE { if (!(p = entry(classtable, $3))) semerror("invalid destructor"); s = (char*)emalloc(strlen($3->name) + 2); s2 = strrchr($3->name, ':'); if (s2 && *(s2+1) && (s2 == $3->name || *(s2-1) != ':')) { strncpy(s, $3->name, s2 - $3->name + 1); strcat(s, "~"); strcat(s, s2 + 1); } else { strcpy(s, "~"); strcat(s, $3->name); } sym = lookup(s); if (!sym) sym = install(s, ID); sp->entry = enter(sp->table, sym); sp->entry->info.typ = mknone(); sp->entry->info.sto = $1; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; } ; func : fname '(' s6 fargso ')' const abstract { if ($1->level == GLOBAL) { if (!($1->info.sto & Sextern) && sp->entry && sp->entry->info.typ->type == Tpointer && ((Tnode*)sp->entry->info.typ->ref)->type == Tchar) { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a pointer to a char which will only return one byte: use char** instead to return a string", $1->sym->name); semwarn(errbuf); } if ($1->info.sto & Sextern) { $1->info.typ = mkmethod($1->info.typ, sp->table); } else if (sp->entry && (sp->entry->info.typ->type == Tpointer || sp->entry->info.typ->type == Treference || sp->entry->info.typ->type == Tarray || is_transient(sp->entry->info.typ))) { if ($1->info.typ->type == Tint) { sp->entry->info.sto = (Storage)((int)sp->entry->info.sto | (int)Sreturn); $1->info.typ = mkfun(sp->entry); $1->info.typ->id = $1->sym; if (!is_transient(sp->entry->info.typ)) { if (!is_response(sp->entry->info.typ)) { if (!is_XML(sp->entry->info.typ)) add_response($1, sp->entry); } else { add_result(sp->entry->info.typ); } } add_request($1->sym, sp); } else { sprintf(errbuf, "return type of service operation function prototype '%s' must be integer", $1->sym->name); semerror(errbuf); } } else { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a return parameter and must be a pointer or reference, or use %s(..., void) for one-way sends", $1->sym->name, $1->sym->name); semerror(errbuf); } } else if ($1->level == INTERNAL) { $1->info.typ = mkmethod($1->info.typ, sp->table); $1->info.sto = (Storage)((int)$1->info.sto | (int)$6 | (int)$7); transient &= ~1; } exitscope(); } ; fname : { $$ = sp->entry; } ; fargso : /* empty */ { } | fargs { } ; fargs : farg { } | farg ',' fargs{ } | error ID { sprintf(errbuf, "undefined '%s'", $2->name); synerror(errbuf); } | error ',' { synerror("formal argument expected"); yyerrok; } ; farg : tspec ptrs arg arrayck occurs init { if ($4.sto & Stypedef) semwarn("typedef in function argument"); p = enter(sp->table, $3); p->info.typ = $4.typ; p->info.sto = $4.sto; if ($5.minOccurs < 0) { if ($6.hasval || ($4.sto & Sattribute) || $4.typ->type == Tpointer) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = $5.minOccurs; } p->info.maxOccurs = $5.maxOccurs; if ($6.hasval) { p->info.hasval = True; switch ($4.typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tenum: case Tenumsc: case Ttime: if ($6.typ->type == Tint || $6.typ->type == Tchar || $6.typ->type == Tenum || $6.typ->type == Tenumsc) { sp->val = p->info.val.i = $6.val.i; if (($4.typ->hasmin && $4.typ->min > (double)$6.val.i) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == (double)$6.val.i) || ($4.typ->hasmax && $4.typ->max < (double)$6.val.i) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ($6.typ->type == Tfloat || $6.typ->type == Tdouble || $6.typ->type == Tldouble) { p->info.val.r = $6.val.r; if (($4.typ->hasmin && $4.typ->min > $6.val.r) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == $6.val.r) || ($4.typ->hasmax && $4.typ->max < $6.val.r) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == $6.val.r)) semerror("initialization constant outside value range"); } else if ($6.typ->type == Tint) { p->info.val.r = (double)$6.val.i; if (($4.typ->hasmin && $4.typ->min > (double)$6.val.i) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == (double)$6.val.i) || ($4.typ->hasmax && $4.typ->max < (double)$6.val.i) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ($4.typ->type == Tpointer && (((Tnode*)$4.typ->ref)->type == Tchar || ((Tnode*)$4.typ->ref)->type == Twchar) && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) { p->info.val.s = $6.val.s; } else if (($4.typ->type == Tpointer || is_smart($4.typ)) && (((Tnode*)$4.typ->ref)->id == lookup("std::string") || ((Tnode*)$4.typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = $6.val.s; } else if ($4.typ->id == lookup("std::string") || $4.typ->id == lookup("std::wstring")) { p->info.val.s = $6.val.s; } else if ($4.typ->type == Tpointer && $6.typ->type == Tint && $6.val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } p->info.offset = sp->offset; if ($4.sto & Sextern) p->level = GLOBAL; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; } ; arg : /* empty */ { if (sp->table->level != PARAM) $$ = gensymidx("param", (int)++sp->val); else if (eflag) $$ = gensymidx("_param", (int)++sp->val); else $$ = gensym("_param"); } | ID { if (soap_version == 2 && *$1->name == '_' && sp->table->level == GLOBAL) { sprintf(errbuf, "SOAP 1.2 does not support anonymous parameters '%s'", $1->name); semwarn(errbuf); } $$ = $1; } ; /**************************************\ Type specification \**************************************/ /* texpf : type expression (subset of C/C++) */ texpf : texp { $$ = $1; } | tspec ptrs '(' s6 fargso ')' { $$.typ = mkmethod(tmp.typ, sp->table); transient &= ~1; exitscope(); } ; texp : tspec ptrs array { $$ = $3; } | tspec ptrs ID array { $$ = $4; } ; spec : /*empty */ { $$.typ = mkint(); $$.sto = Snone; sp->node = $$; } | store spec { $$.typ = $2.typ; $$.sto = (Storage)((int)$1 | (int)$2.sto); if (($$.sto & Sattribute)) { if (is_smart($2.typ)) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute smart pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ($2.typ->type == Tpointer) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ( !is_primitive_or_string($2.typ) && !is_stdstr($2.typ) && !is_binary($2.typ) && !is_external($2.typ)) { semwarn("invalid attribute @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } sp->node = $$; if ($1 & Sextern) transient = 0; } | type spec { if ($1->type == Tint) switch ($2.typ->type) { case Tchar: $$.typ = $2.typ; break; case Tshort: $$.typ = $2.typ; break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = $2.typ; break; case Tllong: $$.typ = $2.typ; break; default: semwarn("invalid int type specified"); $$.typ = $2.typ; } else if ($1->type == Tuint) switch ($2.typ->type) { case Tchar: $$.typ = mkuchar(); break; case Tshort: $$.typ = mkushort(); break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkulong(); break; case Tllong: $$.typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); $$.typ = $2.typ; } else if ($1->type == Tlong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkllong(); break; case Tuint: $$.typ = mkulong(); break; case Tulong: $$.typ = mkullong(); break; case Tdouble: $$.typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($1->type == Tulong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkullong(); break; case Tuint: $$.typ = $1; break; case Tulong: $$.typ = mkullong(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($2.typ->type == Tint) $$.typ = $1; else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); $$.sto = $2.sto; sp->node = $$; } ; tspec : store { $$.typ = mkint(); $$.sto = $1; sp->node = $$; if ($1 & Sextern) transient = 0; } | type { $$.typ = $1; $$.sto = Snone; sp->node = $$; } | store tspec { $$.typ = $2.typ; $$.sto = (Storage)((int)$1 | (int)$2.sto); if (($$.sto & Sattribute)) { if (is_smart($2.typ)) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute smart pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ($2.typ->type == Tpointer) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ( !is_primitive_or_string($2.typ) && !is_stdstr($2.typ) && !is_binary($2.typ) && !is_external($2.typ)) { semwarn("invalid attribute @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } sp->node = $$; if ($1 & Sextern) transient = 0; } | type tspec { if ($1->type == Tint) switch ($2.typ->type) { case Tchar: $$.typ = $2.typ; break; case Tshort: $$.typ = $2.typ; break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = $2.typ; break; case Tllong: $$.typ = $2.typ; break; default: semwarn("invalid int type specified"); $$.typ = $2.typ; } else if ($1->type == Tuint) switch ($2.typ->type) { case Tchar: $$.typ = mkuchar(); break; case Tshort: $$.typ = mkushort(); break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkulong(); break; case Tllong: $$.typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); $$.typ = $2.typ; } else if ($1->type == Tlong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkllong(); break; case Tuint: $$.typ = mkulong(); break; case Tulong: $$.typ = mkullong(); break; case Tdouble: $$.typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($1->type == Tulong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkullong(); break; case Tuint: $$.typ = $1; break; case Tulong: $$.typ = mkullong(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($2.typ->type == Tint) $$.typ = $1; else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); $$.sto = $2.sto; sp->node = $$; } ; type : VOID { $$ = mkvoid(); } | BOOL { $$ = mkbool(); } | CHAR { $$ = mkchar(); } | WCHAR { $$ = mkwchart(); } | SHORT { $$ = mkshort(); } | INT { $$ = mkint(); } | LONG { $$ = mklong(); } | LLONG { $$ = mkllong(); } | ULLONG { $$ = mkullong(); } | SIZE { $$ = mksize(); } | FLOAT { $$ = mkfloat(); } | DOUBLE { $$ = mkdouble(); } | SIGNED { $$ = mkint(); } | UNSIGNED { $$ = mkuint(); } | UCHAR { $$ = mkuchar(); } | USHORT { $$ = mkushort(); } | UINT { $$ = mkuint(); } | ULONG { $$ = mkulong(); } | TIME { $$ = mktimet(); } | TEMPLATE '<' tname id '>' CLASS id { if (!(p = entry(templatetable, $7))) { p = enter(templatetable, $7); p->info.typ = mktemplate(NULL, $7); $7->token = TYPE; } $$ = p->info.typ; } | CLASS '{' s2 decls '}' { sym = gensym("_Struct"); sprintf(errbuf, "anonymous class will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tclass) { sprintf(errbuf, "class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(classtable, sym); p->info.typ = mkclass(NULL, 0); } sym->token = TYPE; sp->table->sym = sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | class '{' s2 decls '}' { if ((p = entry(classtable, $1->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in class '%s' declared at line %d", $1->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, $1->sym); sp->table->sym = p->sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; if (p->info.typ->base) sp->table->prev = (Table*)entry(classtable, p->info.typ->base)->info.typ->ref; } $$ = p->info.typ; exitscope(); } | class ':' base '{' s2 decls '}' { p = reenter(classtable, $1->sym); sp->table->sym = p->sym; if (!$3) { semerror("invalid base class"); } else { sp->table->prev = (Table*)$3->info.typ->ref; if (!sp->table->prev && !$3->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", $3->sym->name, $3->sym->name); semerror(errbuf); } p->info.typ->base = $3->info.typ->id; } p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; $$ = p->info.typ; exitscope(); } | class { $1->info.typ->id = $1->sym; $$ = $1->info.typ; } | class ':' base { if (!$3) { semerror("invalid base class"); } else { if (!$3->info.typ->ref && !$3->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", $3->sym->name, $3->sym->name); semerror(errbuf); } $1->info.typ->base = $3->info.typ->id; } $1->info.typ->id = $1->sym; $$ = $1->info.typ; } | STRUCT '{' s2 decls '}' { sym = gensym("_Struct"); sprintf(errbuf, "anonymous struct will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tstruct) { sprintf(errbuf, "struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | struct '{' s2 decls '}' { if ((p = entry(classtable, $1->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in struct '%s' declared at line %d", $1->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, $1->sym); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; } $$ = p->info.typ; exitscope(); } | STRUCT id { if ((p = entry(classtable, $2))) { if (p->info.typ->type == Tstruct) { $$ = p->info.typ; } else { sprintf(errbuf, "'struct %s' redeclaration (line %d)", $2->name, p->lineno); semerror(errbuf); $$ = mkint(); } } else { p = enter(classtable, $2); $$ = p->info.typ = mkstruct(NULL, 0); p->info.typ->id = $2; } } | UNION '{' s3 decls '}' { sym = gensym("_Union"); sprintf(errbuf, "anonymous union will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "union or struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | UNION id '{' s3 decls '}' { if ((p = entry(classtable, $2))) { if (p->info.typ->ref || p->info.typ->type != Tunion) { sprintf(errbuf, "union '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } else { p = reenter(classtable, $2); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, $2); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = $2; $$ = p->info.typ; exitscope(); } | UNION id { if ((p = entry(classtable, $2))) { if (p->info.typ->type == Tunion) { $$ = p->info.typ; } else { sprintf(errbuf, "'union %s' redeclaration (line %d)", $2->name, p->lineno); semerror(errbuf); $$ = mkint(); } } else { p = enter(classtable, $2); $$ = p->info.typ = mkunion(NULL, 0); p->info.typ->id = $2; } } | ENUM '{' s2 dclrs s5 '}' { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 4; /* 4 = enum */ } } else { p = enter(enumtable, sym); p->info.typ = mkenum(sp->table); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | ENUM '*' '{' s2 dclrs s5 '}' { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } else { p = enter(enumtable, sym); p->info.typ = mkmask(sp->table); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | enum '{' s2 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | enumsc '{' s2 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | mask '{' s4 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | masksc '{' s4 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | ENUM id { if ((p = entry(enumtable, $2))) { if (p->info.typ->type != Tenum) { sprintf(errbuf, "'enum %s' used where enum class is expected", $2->name); semwarn(errbuf); } $$ = p->info.typ; } else { p = enter(enumtable, $2); $$ = p->info.typ = mkenum(NULL); p->info.typ->id = $2; } } | ENUM sc { if ((p = entry(enumtable, $2))) { if (p->info.typ->type != Tenumsc) { sprintf(errbuf, "'enum class %s' used where enum is expected", $2->name); semwarn(errbuf); } $$ = p->info.typ; } else { p = enter(enumtable, $2); $$ = p->info.typ = mkenumsc(NULL); p->info.typ->id = $2; $2->token = TYPE; } } | TYPE { if ((p = entry(typetable, $1))) { $$ = p->info.typ; } else if ((p = entry(classtable, $1))) { $$ = p->info.typ; } else if ((p = entry(enumtable, $1))) { $$ = p->info.typ; } else if ($1 == lookup("std::string") || $1 == lookup("std::wstring")) { p = enter(classtable, $1); $$ = p->info.typ = mkclass(NULL, 8); p->info.typ->id = $1; if (cflag) p->info.typ->transient = 1; /* make std::string transient in C */ else p->info.typ->transient = -2; /* otherwise volatile in C++ */ } else { sprintf(errbuf, "unknown type '%s'", $1->name); semerror(errbuf); $$ = mkint(); } } | TYPE '<' texpf '>' { if ((p = entry(templatetable, $1))) { $$ = mktemplate($3.typ, $1); if (p->info.typ->transient) $$->transient = p->info.typ->transient; } else if ($1 == lookup("std::deque")) { semwarn("To use std::deque, please also add #import \"import/stldeque.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::list")) { semwarn("To use std::list, please also add #import \"import/stllist.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::vector")) { semwarn("To use std::vector, please also add #import \"import/stlvector.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::set")) { semwarn("To use std::set, please also add #import \"import/stlset.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::queue")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else if ($1 == lookup("std::stack")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else if ($1 == lookup("std::shared_ptr") || $1 == lookup("std::unique_ptr") || $1 == lookup("std::auto_ptr")) { $$ = mktemplate($3.typ, $1); $$->transient = -2; /* volatile indicates smart pointer template */ } else if ($1 == lookup("std::weak_ptr") || $1 == lookup("std::function")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else { semerror("undefined template"); $$ = mkint(); } } | error ID error { sprintf(errbuf, "undeclared '%s'", $2->name); synerror(errbuf); $$ = mkint(); } | error ID '>' { sprintf(errbuf, "perhaps trying to use a template with an undefined type parameter '%s'?", $2->name); synerror(errbuf); $$ = mkint(); } | error '>' { synerror("perhaps trying to use an undefined template or template with a non-type template parameter? Declare 'template class name'"); $$ = mkint(); } | CLASS error '}' { synerror("malformed class definition (use spacing around ':' to separate derived : base)"); yyerrok; $$ = mkint(); } | STRUCT error '}' { synerror("malformed struct definition"); yyerrok; $$ = mkint(); } | UNION error '}' { synerror("malformed union definition"); yyerrok; $$ = mkint(); } | ENUM error '}' { synerror("malformed enum definition"); yyerrok; $$ = mkint(); } ; struct : STRUCT id { if ((p = entry(classtable, $2))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "struct '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, $2); } p->info.typ->transient = transient; } else { p = enter(classtable, $2); p->info.typ = mkstruct(NULL, 0); } $$ = p; } ; class : CLASS id { if ((p = entry(classtable, $2))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "class '%s' already declared at %s:%d (redundant 'class' specifier here?)", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, $2); } p->info.typ->transient = transient; } else { p = enter(classtable, $2); p->info.typ = mkclass(NULL, 0); p->info.typ->id = p->sym; } $2->token = TYPE; $$ = p; } ; enum : ENUM id utype { if ((p = entry(enumtable, $2))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, $2); p->info.typ = mkenum(0); } p->info.typ->width = (int)$3; $$ = p; } ; enumsc : ENUM sc utype { if ((p = entry(enumtable, $2))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, $2); p->info.typ = mkenumsc(0); } p->info.typ->width = (int)$3; $2->token = TYPE; $$ = p; } ; mask : ENUM '*' id utype { if ((p = entry(enumtable, $3))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $3->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmask(0); } } else { p = enter(enumtable, $3); p->info.typ = mkmask(0); } $$ = p; } ; masksc : ENUM '*' sc utype { if ((p = entry(enumtable, $3))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $3->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmasksc(0); } } else { p = enter(enumtable, $3); p->info.typ = mkmasksc(0); } $3->token = TYPE; $$ = p; } ; sc : STRUCT id { $$ = $2; if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); } | CLASS id { $$ = $2; if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); } ; utype : ':' CHAR { $$ = 1; } | ':' WCHAR { $$ = 4; } | ':' SHORT { $$ = 2; } | ':' INT { $$ = 4; } | ':' LONG { $$ = 4; } | ':' LLONG { $$ = 8; } | ':' TYPE { $$ = 4; p = entry(typetable, $2); if (!p) p = entry(enumtable, $2); if (!p) semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); else $$ = p->info.typ->width; } | ':' { semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); $$ = 4; } | /* empty */ { $$ = 4; /* 4 = enum */ } ; tname : CLASS { } | TYPENAME { } ; base : PROTECTED base{ $$ = $2; } | PRIVATE base { $$ = $2; } | PUBLIC base { $$ = $2; } | TYPE { $$ = entry(classtable, $1); if (!$$) { p = entry(typetable, $1); if (p && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct)) $$ = p; } } | STRUCT ID { $$ = entry(classtable, $2); } ; s2 : /* empty */ { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; } ; s3 : /* empty */ { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->grow = False; } ; s4 : /* empty */ { enterscope(mktable(NULL), 0); sp->entry = NULL; sp->mask = True; sp->val = 1; } ; s5 : /* empty */ { } | ',' { } ; s6 : /* empty */ { if (sp->table->level == INTERNAL) transient |= 1; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->table->level = PARAM; } ; store : AUTO { $$ = Sauto; } | REGISTER { $$ = Sregister; } | STATIC { $$ = Sstatic; } | EXPLICIT { $$ = Sexplicit; } | EXTERN { $$ = Sextern; transient = 1; } | TYPEDEF { $$ = Stypedef; } | VIRTUAL { $$ = Svirtual; } | CONST { $$ = Sconst; } | FINAL { $$ = Sfinal; } | OVERRIDE { $$ = Soverride; } | FRIEND { $$ = Sfriend; } | INLINE { $$ = Sinline; } | MUSTUNDERSTAND{ $$ = SmustUnderstand; } | RETURN { $$ = Sreturn; } | '@' { $$ = Sattribute; if (eflag) semwarn("SOAP RPC encoding does not support XML attributes"); } | '$' { $$ = Sspecial; } | VOLATILE { $$ = Sextern; transient = -2; } | MUTABLE { $$ = Smutable; transient = -4; } ; const : /* empty */ { $$ = Snone; } | const CONST { $$ |= Sconstobj; } | const FINAL { $$ |= Sfinal; } | const OVERRIDE{ $$ |= Soverride; } ; abstract: /* empty */ { $$ = Snone; } | '=' LNG { $$ = Sabstract; } ; virtual : /* empty */ { $$ = Snone; } | VIRTUAL { $$ = Svirtual; } ; ptrs : /* empty */ { $$ = tmp = sp->node; } | ptrs '*' { /* handle const pointers, such as const char* */ if ((tmp.sto & Sconst)) tmp.sto = (Storage)(((int)tmp.sto & ~Sconst) | Sconstptr); tmp.typ = mkpointer(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } | ptrs '&' { tmp.typ = mkreference(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } | ptrs AN { tmp.typ = mkrvalueref(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } ; array : /* empty */ { $$ = tmp; } /* tmp is inherited */ | '[' cexp ']' array { if (!bflag && $4.typ->type == Tchar) { sprintf(errbuf, "char[" SOAP_LONG_FORMAT "] will be serialized as an array of " SOAP_LONG_FORMAT " bytes: use soapcpp2 option -b to enable char[] string serialization or use char* for strings", $2.val.i, $2.val.i); semwarn(errbuf); } if ($2.hasval && $2.typ->type == Tint && $2.val.i > 0 && $4.typ->width > 0) { $$.typ = mkarray($4.typ, (int) $2.val.i * $4.typ->width); } else { $$.typ = mkarray($4.typ, 0); semerror("undetermined array size"); } $$.sto = $4.sto; } | '[' ']' array { $$.typ = mkpointer($3.typ); /* zero size array = pointer */ $$.sto = $3.sto; } ; arrayck : array { if ($1.typ->type == Tstruct || $1.typ->type == Tclass) { if (!$1.typ->ref && !$1.typ->transient && !($1.sto & Stypedef)) { if ($1.typ->type == Tstruct) sprintf(errbuf, "struct '%s' has incomplete type (if this struct is not serializable then declare 'extern struct %s)", $1.typ->id->name, $1.typ->id->name); else sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)", $1.typ->id->name, $1.typ->id->name); semerror(errbuf); } } $$ = $1; } ; brinit : init { $$ = $1; } | '{' cexp '}' { if ($2.hasval) { $$.typ = $2.typ; $$.hasval = True; $$.val = $2.val; } else { $$.hasval = False; semerror("initialization expression not constant"); } } ; init : /* empty */ { $$.hasval = False; } | '=' cexp { if ($2.hasval) { $$.typ = $2.typ; $$.hasval = True; $$.val = $2.val; } else { $$.hasval = False; semerror("initialization expression not constant"); } } ; tag : /* empty */ { $$ = NULL; } | TAG { $$ = $1; } ; occurs : /* empty */ { $$.minOccurs = -1; $$.maxOccurs = 1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG { $$.minOccurs = $1; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG ':' { $$.minOccurs = $1; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG ':' LNG { $$.minOccurs = $1; $$.maxOccurs = $3; if ($$.minOccurs < 0 || $$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } else if ($$.minOccurs > $$.maxOccurs) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | ':' LNG { $$.minOccurs = -1; $$.maxOccurs = $2; if ($$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } ; bounds : patt { $$.hasmin = False; $$.hasmax = False; $$.minOccurs = -1; $$.maxOccurs = 1; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = $1; } | patt cdbl min { $$.hasmin = True; $$.hasmax = False; $$.incmin = $3.incmin; $$.incmax = $3.incmax; $$.minOccurs = (LONG64)$2; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.min = $2; $$.max = 0.0; $$.pattern = $1; } | patt cdbl minmax cdbl { $$.hasmin = True; $$.hasmax = True; $$.incmin = $3.incmin; $$.incmax = $3.incmax; $$.minOccurs = (LONG64)$2; $$.maxOccurs = (LONG64)$4; if ($$.minOccurs < 0 || $$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } else if ($$.minOccurs > $$.maxOccurs) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.min = $2; $$.max = $4; $$.pattern = $1; } | patt max cdbl { $$.hasmin = False; $$.hasmax = True; $$.incmin = $2.incmin; $$.incmax = $2.incmax; $$.minOccurs = -1; $$.maxOccurs = (LONG64)$3; if ($$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.min = 0.0; $$.max = $3; $$.pattern = $1; } ; patt : /* empty */ { $$ = NULL; } | STR { $$ = $1; } ; cdbl : DBL { $$ = $1; } | LNG { $$ = (double)$1; } | CHR { $$ = (double)$1; } | '+' cdbl { $$ = +$2; } | '-' cdbl { $$ = -$2; } ; min : /* empty */ { $$.incmin = $$.incmax = True; } | ':' { $$.incmin = $$.incmax = True; } | '<' ':' { $$.incmin = False; $$.incmax = True; } | '<' { $$.incmin = False; $$.incmax = True; } ; minmax : ':' { $$.incmin = $$.incmax = True; } | '<' ':' { $$.incmin = False; $$.incmax = True; } | ':' '<' { $$.incmin = True; $$.incmax = False; } | '<' ':' '<' { $$.incmin = False; $$.incmax = False; } | '<' { $$.incmin = False; $$.incmax = False; } ; max : ':' { $$.incmin = $$.incmax = True; } | ':' '<' { $$.incmin = True; $$.incmax = False; } | '<' { $$.incmin = True; $$.incmax = False; } ; /**************************************\ Expressions \**************************************/ expr : expr ',' expr { $$ = $3; } | cexp { $$ = $1; } ; /* cexp : conditional expression */ cexp : obex '?' qexp ':' cexp { $$.typ = $3.typ; $$.sto = Snone; $$.hasval = False; } | oexp ; /* qexp : true-branch of ? : conditional expression */ qexp : expr { $$ = $1; } ; /* oexp : or-expression */ oexp : obex OR aexp { $$.hasval = False; $$.typ = mkint(); } | aexp { $$ = $1; } ; obex : oexp { $$ = $1; } ; /* aexp : and-expression */ aexp : abex AN rexp { $$.hasval = False; $$.typ = mkint(); } | rexp { $$ = $1; } ; abex : aexp { $$ = $1; } ; /* rexp : relational expression */ rexp : rexp '|' rexp { $$ = iop("|", $1, $3); } | rexp '^' rexp { $$ = iop("^", $1, $3); } | rexp '&' rexp { $$ = iop("&", $1, $3); } | rexp EQ rexp { $$ = relop("==", $1, $3); } | rexp NE rexp { $$ = relop("!=", $1, $3); } | rexp '<' rexp { $$ = relop("<", $1, $3); } | rexp LE rexp { $$ = relop("<=", $1, $3); } | rexp '>' rexp { $$ = relop(">", $1, $3); } | rexp GE rexp { $$ = relop(">=", $1, $3); } | rexp LS rexp { $$ = iop("<<", $1, $3); } | rexp RS rexp { $$ = iop(">>", $1, $3); } | rexp '+' rexp { $$ = op("+", $1, $3); } | rexp '-' rexp { $$ = op("-", $1, $3); } | rexp '*' rexp { $$ = op("*", $1, $3); } | rexp '/' rexp { $$ = op("/", $1, $3); } | rexp '%' rexp { $$ = iop("%", $1, $3); } | lexp { $$ = $1; } ; /* lexp : lvalue kind of expression with optional prefix contructs */ lexp : '!' lexp { if ($2.hasval) $$.val.i = !$2.val.i; $$.typ = $2.typ; $$.hasval = $2.hasval; } | '~' lexp { if ($2.hasval) $$.val.i = ~$2.val.i; $$.typ = $2.typ; $$.hasval = $2.hasval; } | '-' lexp { if ($2.hasval) { if (integer($2.typ)) $$.val.i = -$2.val.i; else if (real($2.typ)) $$.val.r = -$2.val.r; else typerror("string?"); } $$.typ = $2.typ; $$.hasval = $2.hasval; } | '+' lexp { $$ = $2; } | '*' lexp { if ($2.typ->type == Tpointer) $$.typ = (Tnode*)$2.typ->ref; else typerror("dereference of non-pointer type"); $$.sto = Snone; $$.hasval = False; } | '&' lexp { $$.typ = mkpointer($2.typ); $$.sto = Snone; $$.hasval = False; } | SIZEOF '(' texp ')' { $$.hasval = True; $$.typ = mkint(); $$.val.i = $3.typ->width; } | pexp { $$ = $1; } ; /* pexp : primitive expression with optional postfix constructs */ pexp : '(' expr ')' { $$ = $2; } | ID { if (!(p = enumentry($1))) p = undefined($1); else $$.hasval = True; $$.typ = p->info.typ; $$.val = p->info.val; } | LNG { $$.typ = mkint(); $$.hasval = True; $$.val.i = $1; } | null { $$.typ = mkint(); $$.hasval = True; $$.val.i = 0; } | DBL { $$.typ = mkfloat(); $$.hasval = True; $$.val.r = $1; } | CHR { $$.typ = mkchar(); $$.hasval = True; $$.val.i = $1; } | STR { $$.typ = mkstring(); $$.hasval = True; $$.val.s = $1; } | CFALSE { $$.typ = mkbool(); $$.hasval = True; $$.val.i = 0; } | CTRUE { $$.typ = mkbool(); $$.hasval = True; $$.val.i = 1; } ; %% /* * ??? */ int yywrap(void) { return 1; } /**************************************\ Support routines \**************************************/ static Node op(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = p.typ; r.sto = Snone; if (p.hasval && q.hasval) { if (integer(p.typ) && integer(q.typ)) switch (op[0]) { case '|': r.val.i = p.val.i | q.val.i; break; case '^': r.val.i = p.val.i ^ q.val.i; break; case '&': r.val.i = p.val.i & q.val.i; break; case '<': r.val.i = p.val.i << q.val.i; break; case '>': r.val.i = p.val.i >> q.val.i; break; case '+': r.val.i = p.val.i + q.val.i; break; case '-': r.val.i = p.val.i - q.val.i; break; case '*': r.val.i = p.val.i * q.val.i; break; case '/': r.val.i = p.val.i / q.val.i; break; case '%': r.val.i = p.val.i % q.val.i; break; default: typerror(op); } else if (real(p.typ) && real(q.typ)) switch (op[0]) { case '+': r.val.r = p.val.r + q.val.r; break; case '-': r.val.r = p.val.r - q.val.r; break; case '*': r.val.r = p.val.r * q.val.r; break; case '/': r.val.r = p.val.r / q.val.r; break; default: typerror(op); } else semerror("invalid constant operation"); r.hasval = True; } else { typ = mgtype(p.typ, q.typ); r.hasval = False; } return r; } static Node iop(const char *iop, Node p, Node q) { if (integer(p.typ) && integer(q.typ)) return op(iop, p, q); typerror("integer operands only"); return p; } static Node relop(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = mkint(); r.sto = Snone; r.hasval = True; r.val.i = 1; sprintf(errbuf, "comparison '%s' not evaluated and considered true", op); semwarn(errbuf); if (p.typ->type != Tpointer || p.typ != q.typ) typ = mgtype(p.typ, q.typ); return r; } /**************************************\ Scope management \**************************************/ /* mkscope - initialize scope stack with a new table and offset */ static void mkscope(Table *table, int offset) { sp = stack-1; enterscope(table, offset); } /* enterscope - enter a new scope by pushing a new table and offset on the stack */ static void enterscope(Table *table, int offset) { if (++sp == stack+MAXNEST) execerror("maximum scope depth exceeded"); sp->table = table; sp->val = 0; sp->offset = offset; sp->grow = True; /* by default, offset grows */ sp->mask = False; } /* exitscope - exit a scope by popping the table and offset from the stack */ static void exitscope(void) { check(sp-- != stack, "exitscope() has no matching enterscope()"); } /**************************************\ Undefined symbol \**************************************/ static Entry* undefined(Symbol *sym) { Entry *p; sprintf(errbuf, "undefined identifier '%s'", sym->name); semwarn(errbuf); p = enter(sp->table, sym); p->level = GLOBAL; p->info.typ = mkint(); p->info.sto = Sextern; p->info.hasval = False; return p; } /* mgtype - return most general type among two numerical types */ Tnode* mgtype(Tnode *typ1, Tnode *typ2) { if (numeric(typ1) && numeric(typ2)) { if (typ1->type < typ2->type) return typ2; } else { typerror("non-numeric type"); } return typ1; } /**************************************\ Type checks \**************************************/ static int integer(Tnode *typ) { switch (typ->type) { case Tchar: case Tshort: case Tint: case Tlong: return True; default: break; } return False; } static int real(Tnode *typ) { switch (typ->type) { case Tfloat: case Tdouble: case Tldouble: return True; default: break; } return False; } static int numeric(Tnode *typ) { return integer(typ) || real(typ); } static void add_fault(void) { Table *t; Entry *p1, *p2, *p3, *p4; Symbol *s1, *s2, *s3, *s4; imported = NULL; s1 = lookup("SOAP_ENV__Code"); p1 = entry(classtable, s1); if (!p1 || !p1->info.typ->ref) { t = mktable(NULL); if (!p1) { p1 = enter(classtable, s1); p1->info.typ = mkstruct(t, 3*4); p1->info.typ->id = s1; } else { p1->info.typ->ref = t; } p2 = enter(t, lookup("SOAP_ENV__Value")); p2->info.typ = qname; p2->info.minOccurs = 0; p2 = enter(t, lookup("SOAP_ENV__Subcode")); p2->info.typ = mkpointer(p1->info.typ); p2->info.minOccurs = 0; } s2 = lookup("SOAP_ENV__Detail"); p2 = entry(classtable, s2); if (!p2 || !p2->info.typ->ref) { t = mktable(NULL); if (!p2) { p2 = enter(classtable, s2); p2->info.typ = mkstruct(t, 3*4); p2->info.typ->id = s2; } else { p2->info.typ->ref = t; } p3 = enter(t, lookup("__any")); p3->info.typ = xml; p3->info.minOccurs = 0; p3 = enter(t, lookup("__type")); p3->info.typ = mkint(); p3->info.minOccurs = 0; p3 = enter(t, lookup("fault")); p3->info.typ = mkpointer(mkvoid()); p3->info.minOccurs = 0; custom_fault = 0; } s4 = lookup("SOAP_ENV__Reason"); p4 = entry(classtable, s4); if (!p4 || !p4->info.typ->ref) { t = mktable(NULL); if (!p4) { p4 = enter(classtable, s4); p4->info.typ = mkstruct(t, 4); p4->info.typ->id = s4; } else { p4->info.typ->ref = t; } p3 = enter(t, lookup("SOAP_ENV__Text")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; } s3 = lookup("SOAP_ENV__Fault"); p3 = entry(classtable, s3); if (!p3 || !p3->info.typ->ref) { t = mktable(NULL); if (!p3) { p3 = enter(classtable, s3); p3->info.typ = mkstruct(t, 9*4); p3->info.typ->id = s3; } else { p3->info.typ->ref = t; } p3 = enter(t, lookup("faultcode")); p3->info.typ = qname; p3->info.minOccurs = 0; p3 = enter(t, lookup("faultstring")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("faultactor")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s1); p3->info.typ = mkpointer(p1->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s4); p3->info.typ = mkpointer(p4->info.typ); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Node")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Role")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; } } static void add_soap(void) { Symbol *s = lookup("soap"); p = enter(classtable, s); p->info.typ = mkstruct(NULL, 0); p->info.typ->transient = -2; p->info.typ->id = s; } static void add_XML(void) { Symbol *s = lookup("_XML"); s->token = TYPE; p = enter(typetable, s); xml = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_qname(void) { Symbol *s = lookup("_QName"); s->token = TYPE; p = enter(typetable, s); qname = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_header(void) { Table *t; Entry *p; Symbol *s = lookup("SOAP_ENV__Header"); imported = NULL; p = entry(classtable, s); if (!p || !p->info.typ->ref) { t = mktable(NULL); if (!p) p = enter(classtable, s); p->info.typ = mkstruct(t, 0); p->info.typ->id = s; custom_header = 0; } } static void add_response(Entry *fun, Entry *ret) { Table *t; Entry *p, *q; Symbol *s; size_t i = 0, j, n = strlen(fun->sym->name); char *r = (char*)emalloc(n+100); strcpy(r, fun->sym->name); strcat(r, "Response"); do { for (j = 0; j < i; j++) r[n+j+8] = '_'; r[n+i+8] = '\0'; if (!(s = lookup(r))) s = install(r, ID); i++; } while (entry(classtable, s)); free(r); t = mktable(NULL); q = enter(t, ret->sym); q->info = ret->info; if (q->info.typ->type == Treference) q->info.typ = (Tnode*)q->info.typ->ref; p = enter(classtable, s); p->info.typ = mkstruct(t, 4); p->info.typ->id = s; fun->info.typ->response = p; } static void add_result(Tnode *typ) { Entry *p; if (!typ->ref || !((Tnode*)typ->ref)->ref) { semwarn("response struct/class must be declared before used in function prototype"); return; } for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) if (p->info.sto & Sreturn) return; for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) { if (p->info.typ->type != Tfun && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !(p->info.sto & (Sprivate|Sprotected))) p->info.sto = (Storage)((int)p->info.sto | (int)Sreturn); return; } } static void add_request(Symbol *sym, Scope *sp) { Entry *p; unlinklast(sp->table); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "service operation name clash: struct/class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); p->info.typ->id = sym; } if (p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.typ->type == Treference || q->info.typ->type == Trvalueref) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be passed by reference: use a pointer instead", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } else if ((q->info.sto & (Sconst | Sconstptr))) { if (!is_string(q->info.typ) && !is_wstring(q->info.typ)) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be declared const", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } else if ((q->info.sto & ~(Sattribute | Sextern | Sspecial))) { sprintf(errbuf, "invalid parameter '%s' of service operation function '%s()' in %s:%d", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } } } gsoap-2.8.28/gsoap/src/README.txt0000644000175000017500000001363512653650160015676 0ustar ellertellertThe gSOAP 'soapcpp2' source-to-source compiler INSTRUCTIONS The gSOAP soapcpp2 tool translates annotated C/C++ header files with interface defitions for services and clients to service and client implementation code. It also maps the C/C++ types to XML types, with the ability to generate XML schema and WSDL documents. When starting from WSDL and/or XML schemas, first use the gSOAP 'wsdl2h' tool to translate these into C/C++ header file with interface definitions. Then use 'soapcpp2' to translate these into implementation code. See also the README.txt in the 'wsdl' directory and documentation on the use of 'wsdl2h' with 'soapcpp2'. CONTENTS This part of the distribution contains the following files: README.txt This file MakefileManual Extra makefile when autoconf/automake fail to produce one soapcpp2.h Main header file soapcpp2.c Main application symbol2.c Symbol table handling and code generation module error2.h Header file for error2.c error2.c Error handling routines init2.c Compiler symbol table initialization soapcpp2_lex.l Flex/Lex tokens soapcpp2_yacc.y Yacc/Bison grammar INSTALLATION Use './configure' and 'make' in the root directory, as explained in the installation instructions. To build 'soapcpp2' when autoconf/automake fail, use: make -f MakefileManual The above commands to build 'soapcpp2' assume you have Bison and Flex installed. To use Yacc instead, please use: $ cd gsoap/src $ make YACC='yacc -d -v -s soapcpp2_yacc' CMFLAGS='-DWITH_YACC -DWITH_FLEX' -f MakefileManual If you do not have the Bison tool, please download and install it from here: http://www.gnu.org/software/bison/ If you do not have the Flex tool, please download and install it from here: http://flex.sourceforge.net What if you do not have Bison and Flex? Included in gsoap/src are the flex-generated file 'lex.yy.c' and bison-generated files 'soapcpp2_yacc.tab.h' and 'soapcpp2_yacc.tab.c'. These files may suffice (no guarantee however) to build 'soapcpp2' as follows: $ cd gsoap/src $ make -f MakefileManual soapcpp2 In case the files 'lex.yy.c', 'soapcpp2_yacc.tab.h', and 'soapcpp2_yacc.tab.c' were deleted in a prior build run, please unarchive the gSOAP package again to retrieve these original files. For your project builds, use the stdsoap2.c and stdsoap2.cpp sources rather than the libgsoap libs, as the libs are not built. To enable SSL, GZIP, HTTP cookies, IPv6 support, and/or force C locale usage, use the compiler flags: -DWITH_OPENSSL to enable SSL, link with OpenSSL -DWITH_GNUTLS to enable SSL, link with GNUTLS -DWITH_GZIP to enable compression, link with Zlib -DWITH_COOKIES to enable HTTP cookies -DWITH_IPV6 to enable IPv6 -DWITH_C_LOCALE to force C locale Note: these flags when set must be used to compile ALL your sources to ensure consistency. QNX INSTALLATION On QNX the bison.simple file is located in $QNX_HOST/usr/share/bison.simple Update your .profile to include: export BISON_SIMPLE=$QNX_HOST/usr/share/bison/bison.simple export BISON_HAIRY=$QNX_HOST/usr/share/bison/bison.hairy WIN32 INSTALLATION You need to install Flex and Bison to build soapcpp2. An MSN article explains how to do this with MS VS2005: http://msdn.microsoft.com/en-us/library/aa730877(VS.80).aspx#vccustombr_topic3 The older Bison v1.6 can crash on Win32 systems if YYINITDEPTH is too small: Compile with /DYYINITDEPTH=5000 COMMAND LINE OPTIONS -1 generate SOAP 1.1 bindings -2 generate SOAP 1.2 bindings -0 no SOAP bindings, use REST -C generate client-side code only -S generate server-side code only -T generate server auto-test code -Ec generate extra routines for deep copying -Ed generate extra routines for deep deletion -Et generate extra routines for data traversals with walker functions -L don't generate soapClientLib/soapServerLib -a use SOAPAction with WS-Addressing to invoke server-side operations -A require SOAPAction to invoke server-side operations -b serialize byte arrays char[N] as string -c generate C source code -c++ generate C++ source code (default) -c++11 generate C++ source code optimized for C++11 (compile with -std=c++11) -dpath use path to save files -e generate SOAP RPC encoding style bindings (also use -1 or -2) -fN multiple soapC files, with N serializer definitions per file (N>=10) -h display help info -Ipath use path(s) for #import (paths separated with ':', or ';' for windows) -i generate C++ service proxies and objects inherited from soap struct -j generate C++ service proxies and objects that share a soap struct -l generate linkable modules (experimental) -m generate Matlab(tm) code for MEX compiler -n use service name to rename service functions and namespace table -pname save files with new prefix name instead of 'soap' -Qname use name as the C++ namespace for decls, including custom serializers -qname use name as the C++ namespace of all declarations -s generate deserialization code with strict XML validation checks -t generate code for fully xsi:type typed SOAP/XML messaging -u uncomment comments in WSDL/schema output by suppressing XML comments -v verbose output -w don't generate WSDL and schema files -x don't generate sample XML message files -y include C/C++ type access information in sample XML messages -z1 generate deprecated old-style C++ service proxies and objects -z2 compatibility with 2.7.x: omit XML output for NULL pointers infile header file to parse (or stdin) DOCUMENTATION See soapdoc2.pdf for documentation. LICENSE The gSOAP 'soapcpp2' tool and (generated) source code are released under GPL or a commercial license. The commercial license is available from Genivia. Please visit http://genivia.com/Products/gsoap/contract.html COPYRIGHT NOTICE gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. gsoap-2.8.28/gsoap/src/init2.c0000644000175000017500000001312012653650160015356 0ustar ellertellert/* init2.c Symbol table initialization. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif typedef struct Keyword { const char *s; /* name */ Token t; /* token */ } Keyword; static Keyword keywords[] = { { "asm", NONE }, { "auto", AUTO }, { "bool", BOOL }, { "break", BREAK }, { "case", CASE }, { "catch", NONE }, { "char", CHAR }, { "class", CLASS }, { "const", CONST }, { "const_cast", NONE }, { "continue", CONTINUE }, { "default", DEFAULT }, { "delete", NONE }, { "do", DO }, { "double", DOUBLE }, { "dynamic_cast", NONE }, { "else", ELSE }, { "enum", ENUM }, { "errno", NONE }, { "explicit", EXPLICIT }, { "export", NONE }, { "extern", EXTERN }, { "false", CFALSE }, { "final", FINAL }, { "float", FLOAT }, { "for", FOR }, { "friend", FRIEND }, { "goto", GOTO }, { "if", IF }, { "inline", INLINE }, { "int", INT }, { "int8_t", CHAR }, { "int16_t", SHORT }, { "int32_t", INT }, { "int64_t", LLONG }, { "long", LONG }, { "LONG64", LLONG }, { "mutable", MUTABLE }, { "namespace", NAMESPACE }, { "new", NONE }, { "nullptr", null }, { "NULL", null }, { "operator", OPERATOR }, { "override", OVERRIDE }, { "private", PRIVATE }, { "protected", PROTECTED }, { "public", PUBLIC }, { "register", REGISTER }, { "reinterpret_cast", NONE }, { "restrict", NONE }, { "return", RETURN }, { "short", SHORT }, { "signed", SIGNED }, { "size_t", SIZE }, { "sizeof", SIZEOF }, { "static", STATIC }, { "static_cast", NONE }, { "struct", STRUCT }, { "switch", SWITCH }, { "template", TEMPLATE }, { "this", NONE }, { "throw", NONE }, { "time_t", TIME }, { "true", CTRUE }, { "typedef", TYPEDEF }, { "typeid", NONE }, { "typename", TYPENAME }, { "uint8_t", UCHAR }, { "uint16_t", USHORT }, { "uint32_t", UINT }, { "uint64_t", ULLONG }, { "ULONG64", ULLONG }, { "union", UNION }, { "unsigned", UNSIGNED }, { "using", USING }, { "virtual", VIRTUAL }, { "void", VOID }, { "volatile", VOLATILE }, { "wchar_t", WCHAR }, { "while", WHILE }, { "operator!", NONE }, { "operator~", NONE }, { "operator=", NONE }, { "operator+=", NONE }, { "operator-=", NONE }, { "operator*=", NONE }, { "operator/=", NONE }, { "operator%=", NONE }, { "operator&=", NONE }, { "operator^=", NONE }, { "operator|=", NONE }, { "operator<<=", NONE }, { "operator>>=", NONE }, { "operator||", NONE }, { "operator&&", NONE }, { "operator|", NONE }, { "operator^", NONE }, { "operator&", NONE }, { "operator==", NONE }, { "operator!=", NONE }, { "operator<", NONE }, { "operator<=", NONE }, { "operator>", NONE }, { "operator>=", NONE }, { "operator<<", NONE }, { "operator>>", NONE }, { "operator+", NONE }, { "operator-", NONE }, { "operator*", NONE }, { "operator/", NONE }, { "operator%", NONE }, { "operator++", NONE }, { "operator--", NONE }, { "operator->", NONE }, { "operator[]", NONE }, { "operator()", NONE }, { "mustUnderstand", MUSTUNDERSTAND }, { "soap", ID }, { "SOAP_ENV__Header", ID }, { "dummy", ID }, { "soap_header", ID }, { "SOAP_ENV__Fault", ID }, { "SOAP_ENV__Code", ID }, { "SOAP_ENV__Subcode",ID }, { "SOAP_ENV__Reason", ID }, { "SOAP_ENV__Text", ID }, { "SOAP_ENV__Detail", ID }, { "SOAP_ENV__Value", ID }, { "SOAP_ENV__Node", ID }, { "SOAP_ENV__Role", ID }, { "faultcode", ID }, { "faultstring", ID }, { "faultactor", ID }, { "detail", ID }, { "__type", ID }, { "fault", ID }, { "__any", ID }, { "_QName", ID }, { "_XML", ID }, { "std::string", TYPE }, { "std::wstring", TYPE }, { "std::deque", TYPE }, { "std::queue", TYPE }, { "std::list", TYPE }, { "std::vector", TYPE }, { "std::set", TYPE }, { "std::shared_ptr", TYPE }, { "std::unique_ptr", TYPE }, { "std::auto_ptr", TYPE }, { "std::weak_ptr", TYPE }, { "std::function", TYPE }, { "/*?*/", NONE }, { 0, 0 } }; /* init - initialize symbol table with predefined keywords */ void init(void) { struct Keyword *k; for (k = keywords; k->s; k++) install(k->s, k->t); } gsoap-2.8.28/gsoap/src/error2.c0000644000175000017500000001063612653650160015555 0ustar ellertellert/* error2.c Error handling. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #define MAXERR 10 extern char yytext[]; /* lexeme found by the lexical analyzer */ static int lexerrno = 0; static int synerrno = 0; static int semerrno = 0; static int semwarno = 0; char errbuf[1024]; /* to hold error messages */ /* yyerror - auto-called by parser from an error production with nonterminal `error' */ void yyerror(const char *s) { (void)s; } /* lexerror - called by lexical analyzer upon failure to recognize a token */ void lexerror(const char *s) { fprintf(stderr, "%s(%d): %s: %s\n", filename, yylineno, s, yytext); if (lexerrno++ >= MAXERR) execerror("too many syntactic errors, bailing out"); } /* synerror - called by a semantic action for an error production in the yacc grammar */ void synerror(const char *s) { fprintf(stderr, "%s(%d): Syntax error: %s\n", filename, yylineno, s); if (synerrno++ >= MAXERR) execerror("too many syntactic errors, bailing out"); } /* semerror - report semantic error from static checking */ void semerror(const char *s) { fprintf(stderr, "\n%s(%d): **ERROR**: %s\n\n", filename, yylineno, s); if (semerrno++ >= MAXERR) execerror("too many semantic errors, bailing out"); } /* semwarn - report semantic warning from static checking */ void semwarn(const char *s) { if (yylineno) fprintf(stderr, "\n%s(%d): *WARNING*: %s\n\n", filename, yylineno, s); else fprintf(stderr, "\n%s: *WARNING*: %s\n\n", filename, s); semwarno++; } /* compliancewarn - report compliance warning */ void compliancewarn(const char *s) { fprintf(stderr, "Compliance warning: %s\n", s); } /* typerror - report type error (a semantic error) */ void typerror(const char *s) { fprintf(stderr, "%s(%d): Type error: %s\n", filename, yylineno, s); if (semerrno++ >= MAXERR) execerror("too many semantic errors, bailing out"); } /* execerror - print error message and terminate execution */ void execerror(const char *s) { fprintf(stderr, "Critical error: %s\n", s); exit(1); } /* progerror - called when check(expr) failed, i.e. upon programming error */ void progerror(const char *s, const char *f, int l) { fprintf(stderr, "Program failure: %s in file %s line %d\n", s, f, l); exit(1); } /* errstat - show error statistics */ int errstat(void) { if (!lexerrno && !synerrno && !semerrno) { fprintf(stderr, "\nCompilation successful "); if (semwarno) fprintf(stderr, "(%d warning%s)\n\n", semwarno, semwarno>1?"s":""); else fprintf(stderr, "\n\n"); return 0; } fprintf(stderr, "\nThere were errors:\n"); if (lexerrno) fprintf(stderr, "%d lexical error%s\n", lexerrno, lexerrno>1?"s":""); if (synerrno) fprintf(stderr, "%d syntax error%s\n", synerrno, synerrno>1?"s":""); if (semerrno) fprintf(stderr, "%d semantic error%s\n", semerrno, semerrno>1?"s":""); if (semwarno) fprintf(stderr, "%d warning%s\n", semwarno, semwarno>1?"s":""); fprintf(stderr, "\n"); return -1; } gsoap-2.8.28/gsoap/src/soapcpp2_yacc.tab.c0000644000175000017500000070041612653650160017637 0ustar ellertellert/* A Bison parser, made by GNU Bison 2.3. */ /* Skeleton implementation for Bison's Yacc-like parsers in C Copyright (C) 1984, 1989, 1990, 2000, 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* C LALR(1) parser skeleton written by Richard Stallman, by simplifying the original so-called "semantic" parser. */ /* All symbols defined below should begin with yy or YY, to avoid infringing on user name space. This should be done even for local variables, as they might otherwise be expanded by user macros. There are some unavoidable exceptions within include files to define necessary library symbols; they are noted "INFRINGES ON USER NAME SPACE" below. */ /* Identify Bison output. */ #define YYBISON 1 /* Bison version. */ #define YYBISON_VERSION "2.3" /* Skeleton name. */ #define YYSKELETON_NAME "yacc.c" /* Pure parsers. */ #define YYPURE 0 /* Using locations. */ #define YYLSP_NEEDED 0 /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { PRAGMA = 258, AUTO = 259, DOUBLE = 260, INT = 261, STRUCT = 262, BREAK = 263, ELSE = 264, LONG = 265, SWITCH = 266, CASE = 267, ENUM = 268, REGISTER = 269, TYPEDEF = 270, CHAR = 271, EXTERN = 272, RETURN = 273, UNION = 274, CONST = 275, FLOAT = 276, SHORT = 277, UNSIGNED = 278, CONTINUE = 279, FOR = 280, SIGNED = 281, VOID = 282, DEFAULT = 283, GOTO = 284, SIZEOF = 285, VOLATILE = 286, DO = 287, IF = 288, STATIC = 289, WHILE = 290, CLASS = 291, PRIVATE = 292, PROTECTED = 293, PUBLIC = 294, VIRTUAL = 295, INLINE = 296, OPERATOR = 297, LLONG = 298, BOOL = 299, CFALSE = 300, CTRUE = 301, WCHAR = 302, TIME = 303, USING = 304, NAMESPACE = 305, ULLONG = 306, MUSTUNDERSTAND = 307, SIZE = 308, FRIEND = 309, TEMPLATE = 310, EXPLICIT = 311, TYPENAME = 312, MUTABLE = 313, FINAL = 314, null = 315, RESTRICT = 316, OVERRIDE = 317, UCHAR = 318, USHORT = 319, UINT = 320, ULONG = 321, NONE = 322, ID = 323, LAB = 324, TYPE = 325, LNG = 326, DBL = 327, CHR = 328, TAG = 329, STR = 330, RA = 331, LA = 332, OA = 333, XA = 334, AA = 335, MA = 336, DA = 337, TA = 338, NA = 339, PA = 340, OR = 341, AN = 342, NE = 343, EQ = 344, GE = 345, LE = 346, RS = 347, LS = 348, AR = 349, PP = 350, NN = 351 }; #endif /* Tokens. */ #define PRAGMA 258 #define AUTO 259 #define DOUBLE 260 #define INT 261 #define STRUCT 262 #define BREAK 263 #define ELSE 264 #define LONG 265 #define SWITCH 266 #define CASE 267 #define ENUM 268 #define REGISTER 269 #define TYPEDEF 270 #define CHAR 271 #define EXTERN 272 #define RETURN 273 #define UNION 274 #define CONST 275 #define FLOAT 276 #define SHORT 277 #define UNSIGNED 278 #define CONTINUE 279 #define FOR 280 #define SIGNED 281 #define VOID 282 #define DEFAULT 283 #define GOTO 284 #define SIZEOF 285 #define VOLATILE 286 #define DO 287 #define IF 288 #define STATIC 289 #define WHILE 290 #define CLASS 291 #define PRIVATE 292 #define PROTECTED 293 #define PUBLIC 294 #define VIRTUAL 295 #define INLINE 296 #define OPERATOR 297 #define LLONG 298 #define BOOL 299 #define CFALSE 300 #define CTRUE 301 #define WCHAR 302 #define TIME 303 #define USING 304 #define NAMESPACE 305 #define ULLONG 306 #define MUSTUNDERSTAND 307 #define SIZE 308 #define FRIEND 309 #define TEMPLATE 310 #define EXPLICIT 311 #define TYPENAME 312 #define MUTABLE 313 #define FINAL 314 #define null 315 #define RESTRICT 316 #define OVERRIDE 317 #define UCHAR 318 #define USHORT 319 #define UINT 320 #define ULONG 321 #define NONE 322 #define ID 323 #define LAB 324 #define TYPE 325 #define LNG 326 #define DBL 327 #define CHR 328 #define TAG 329 #define STR 330 #define RA 331 #define LA 332 #define OA 333 #define XA 334 #define AA 335 #define MA 336 #define DA 337 #define TA 338 #define NA 339 #define PA 340 #define OR 341 #define AN 342 #define NE 343 #define EQ 344 #define GE 345 #define LE 346 #define RS 347 #define LS 348 #define AR 349 #define PP 350 #define NN 351 /* Copy the first part of user declarations. */ #line 51 "soapcpp2_yacc.y" #include "soapcpp2.h" #ifdef WIN32 #ifndef __STDC__ #define __STDC__ #endif #define YYINCLUDED_STDLIB_H #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern int soapcpp2lex(void); #else extern int yylex(void); #endif #else extern int yylex(void); #endif #define MAXNEST 16 /* max. nesting depth of scopes */ typedef struct Scope { Table *table; Entry *entry; Node node; LONG64 val; int offset; Bool grow; /* true if offset grows with declarations */ Bool mask; /* true if enum is mask */ } Scope; Scope stack[MAXNEST], /* stack of tables and offsets */ *sp; /* current scope stack pointer */ Table *classtable = NULL, *enumtable = NULL, *typetable = NULL, *booltable = NULL, *templatetable = NULL; const char *namespaceid = NULL; int transient = 0; int permission = 0; int custom_header = 1; int custom_fault = 1; Pragma *pragmas = NULL; Tnode *qname = NULL; Tnode *xml = NULL; /* function prototypes for support routine section */ static Entry *undefined(Symbol*); static Tnode *mgtype(Tnode*, Tnode*); static Node op(const char*, Node, Node), iop(const char*, Node, Node), relop(const char*, Node, Node); static void mkscope(Table*, int), enterscope(Table*, int), exitscope(void); static int integer(Tnode*), real(Tnode*), numeric(Tnode*); static void add_soap(void), add_XML(void), add_qname(void), add_header(void), add_fault(void), add_response(Entry*, Entry*), add_result(Tnode*), add_request(Symbol*, Scope*); /* imported from symbol2.c */ extern int is_string(Tnode*), is_wstring(Tnode*), is_XML(Tnode*), is_smart(Tnode*); extern char *c_storage(Storage); extern const char *c_type(Tnode*); extern int is_primitive_or_string(Tnode*), is_stdstr(Tnode*), is_binary(Tnode*), is_external(Tnode*), is_mutable(Entry*); extern Entry *unlinklast(Table*); /* Temporaries used in semantic rules */ int i; char *s, *s1; const char *s2; Symbol *sym; Entry *p, *q; Tnode *t; Node tmp, c; Pragma **pp; /* Enabling traces. */ #ifndef YYDEBUG # define YYDEBUG 0 #endif /* Enabling verbose error messages. */ #ifdef YYERROR_VERBOSE # undef YYERROR_VERBOSE # define YYERROR_VERBOSE 1 #else # define YYERROR_VERBOSE 0 #endif /* Enabling the token table. */ #ifndef YYTOKEN_TABLE # define YYTOKEN_TABLE 0 #endif #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE #line 153 "soapcpp2_yacc.y" { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* Line 193 of yacc.c. */ #line 397 "soapcpp2_yacc.tab.c" YYSTYPE; # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 # define YYSTYPE_IS_TRIVIAL 1 #endif /* Copy the second part of user declarations. */ /* Line 216 of yacc.c. */ #line 410 "soapcpp2_yacc.tab.c" #ifdef short # undef short #endif #ifdef YYTYPE_UINT8 typedef YYTYPE_UINT8 yytype_uint8; #else typedef unsigned char yytype_uint8; #endif #ifdef YYTYPE_INT8 typedef YYTYPE_INT8 yytype_int8; #elif (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) typedef signed char yytype_int8; #else typedef short int yytype_int8; #endif #ifdef YYTYPE_UINT16 typedef YYTYPE_UINT16 yytype_uint16; #else typedef unsigned short int yytype_uint16; #endif #ifdef YYTYPE_INT16 typedef YYTYPE_INT16 yytype_int16; #else typedef short int yytype_int16; #endif #ifndef YYSIZE_T # ifdef __SIZE_TYPE__ # define YYSIZE_T __SIZE_TYPE__ # elif defined size_t # define YYSIZE_T size_t # elif ! defined YYSIZE_T && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # define YYSIZE_T size_t # else # define YYSIZE_T unsigned int # endif #endif #define YYSIZE_MAXIMUM ((YYSIZE_T) -1) #ifndef YY_ # if defined YYENABLE_NLS && YYENABLE_NLS # if ENABLE_NLS # include /* INFRINGES ON USER NAME SPACE */ # define YY_(msgid) dgettext ("bison-runtime", msgid) # endif # endif # ifndef YY_ # define YY_(msgid) msgid # endif #endif /* Suppress unused-variable warnings by "using" E. */ #if ! defined lint || defined __GNUC__ # define YYUSE(e) ((void) (e)) #else # define YYUSE(e) /* empty */ #endif /* Identity function, used to suppress warnings about constant conditions. */ #ifndef lint # define YYID(n) (n) #else #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static int YYID (int i) #else static int YYID (i) int i; #endif { return i; } #endif #if ! defined yyoverflow || YYERROR_VERBOSE /* The parser invokes alloca or malloc; define the necessary symbols. */ # ifdef YYSTACK_USE_ALLOCA # if YYSTACK_USE_ALLOCA # ifdef __GNUC__ # define YYSTACK_ALLOC __builtin_alloca # elif defined __BUILTIN_VA_ARG_INCR # include /* INFRINGES ON USER NAME SPACE */ # elif defined _AIX # define YYSTACK_ALLOC __alloca # elif defined _MSC_VER # include /* INFRINGES ON USER NAME SPACE */ # define alloca _alloca # else # define YYSTACK_ALLOC alloca # if ! defined _ALLOCA_H && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # ifndef _STDLIB_H # define _STDLIB_H 1 # endif # endif # endif # endif # endif # ifdef YYSTACK_ALLOC /* Pacify GCC's `empty if-body' warning. */ # define YYSTACK_FREE(Ptr) do { /* empty */; } while (YYID (0)) # ifndef YYSTACK_ALLOC_MAXIMUM /* The OS might guarantee only one guard page at the bottom of the stack, and a page size can be as small as 4096 bytes. So we cannot safely invoke alloca (N) if N exceeds 4096. Use a slightly smaller number to allow for a few compiler-allocated temporary stack slots. */ # define YYSTACK_ALLOC_MAXIMUM 4032 /* reasonable circa 2006 */ # endif # else # define YYSTACK_ALLOC YYMALLOC # define YYSTACK_FREE YYFREE # ifndef YYSTACK_ALLOC_MAXIMUM # define YYSTACK_ALLOC_MAXIMUM YYSIZE_MAXIMUM # endif # if (defined __cplusplus && ! defined _STDLIB_H \ && ! ((defined YYMALLOC || defined malloc) \ && (defined YYFREE || defined free))) # include /* INFRINGES ON USER NAME SPACE */ # ifndef _STDLIB_H # define _STDLIB_H 1 # endif # endif # ifndef YYMALLOC # define YYMALLOC malloc # if ! defined malloc && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void *malloc (YYSIZE_T); /* INFRINGES ON USER NAME SPACE */ # endif # endif # ifndef YYFREE # define YYFREE free # if ! defined free && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void free (void *); /* INFRINGES ON USER NAME SPACE */ # endif # endif # endif #endif /* ! defined yyoverflow || YYERROR_VERBOSE */ #if (! defined yyoverflow \ && (! defined __cplusplus \ || (defined YYSTYPE_IS_TRIVIAL && YYSTYPE_IS_TRIVIAL))) /* A type that is properly aligned for any stack member. */ union yyalloc { yytype_int16 yyss; YYSTYPE yyvs; }; /* The size of the maximum gap between one aligned stack and the next. */ # define YYSTACK_GAP_MAXIMUM (sizeof (union yyalloc) - 1) /* The size of an array large to enough to hold all stacks, each with N elements. */ # define YYSTACK_BYTES(N) \ ((N) * (sizeof (yytype_int16) + sizeof (YYSTYPE)) \ + YYSTACK_GAP_MAXIMUM) /* Copy COUNT objects from FROM to TO. The source and destination do not overlap. */ # ifndef YYCOPY # if defined __GNUC__ && 1 < __GNUC__ # define YYCOPY(To, From, Count) \ __builtin_memcpy (To, From, (Count) * sizeof (*(From))) # else # define YYCOPY(To, From, Count) \ do \ { \ YYSIZE_T yyi; \ for (yyi = 0; yyi < (Count); yyi++) \ (To)[yyi] = (From)[yyi]; \ } \ while (YYID (0)) # endif # endif /* Relocate STACK from its old location to the new one. The local variables YYSIZE and YYSTACKSIZE give the old and new number of elements in the stack, and YYPTR gives the new location of the stack. Advance YYPTR to a properly aligned location for the next stack. */ # define YYSTACK_RELOCATE(Stack) \ do \ { \ YYSIZE_T yynewbytes; \ YYCOPY (&yyptr->Stack, Stack, yysize); \ Stack = &yyptr->Stack; \ yynewbytes = yystacksize * sizeof (*Stack) + YYSTACK_GAP_MAXIMUM; \ yyptr += yynewbytes / sizeof (*yyptr); \ } \ while (YYID (0)) #endif /* YYFINAL -- State number of the termination state. */ #define YYFINAL 3 /* YYLAST -- Last index in YYTABLE. */ #define YYLAST 1798 /* YYNTOKENS -- Number of terminals. */ #define YYNTOKENS 122 /* YYNNTS -- Number of nonterminals. */ #define YYNNTS 73 /* YYNRULES -- Number of rules. */ #define YYNRULES 291 /* YYNRULES -- Number of states. */ #define YYNSTATES 448 /* YYTRANSLATE(YYLEX) -- Bison symbol number corresponding to YYLEX. */ #define YYUNDEFTOK 2 #define YYMAXUTOK 351 #define YYTRANSLATE(YYX) \ ((unsigned int) (YYX) <= YYMAXUTOK ? yytranslate[YYX] : YYUNDEFTOK) /* YYTRANSLATE[YYLEX] -- Bison symbol number corresponding to YYLEX. */ static const yytype_uint8 yytranslate[] = { 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 117, 2, 2, 121, 107, 94, 2, 119, 116, 105, 103, 76, 104, 2, 106, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 89, 113, 97, 77, 98, 88, 120, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 114, 2, 115, 93, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 111, 92, 112, 118, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 90, 91, 95, 96, 99, 100, 101, 102, 108, 109, 110 }; #if YYDEBUG /* YYPRHS[YYN] -- Index of the first RHS symbol of rule number YYN in YYRHS. */ static const yytype_uint16 yyprhs[] = { 0, 0, 3, 6, 7, 13, 15, 16, 19, 22, 24, 26, 28, 31, 33, 34, 38, 43, 48, 53, 58, 61, 63, 65, 66, 67, 68, 70, 73, 77, 80, 83, 87, 92, 95, 98, 105, 108, 110, 112, 114, 117, 120, 123, 126, 129, 132, 135, 138, 141, 144, 147, 150, 153, 156, 159, 162, 165, 168, 171, 174, 177, 180, 183, 186, 189, 192, 195, 198, 201, 204, 207, 210, 213, 216, 220, 224, 227, 229, 233, 241, 242, 243, 245, 247, 251, 254, 257, 264, 265, 267, 269, 276, 280, 285, 286, 289, 292, 294, 296, 299, 302, 304, 306, 308, 310, 312, 314, 316, 318, 320, 322, 324, 326, 328, 330, 332, 334, 336, 338, 340, 348, 354, 360, 368, 370, 374, 380, 386, 389, 395, 402, 405, 412, 420, 427, 434, 441, 448, 451, 454, 456, 461, 465, 469, 472, 476, 480, 484, 488, 491, 494, 498, 502, 507, 512, 515, 518, 521, 524, 527, 530, 533, 536, 539, 541, 542, 544, 546, 549, 552, 555, 557, 560, 561, 562, 563, 564, 566, 567, 569, 571, 573, 575, 577, 579, 581, 583, 585, 587, 589, 591, 593, 595, 597, 599, 601, 603, 604, 607, 610, 613, 614, 617, 618, 620, 621, 624, 627, 630, 631, 636, 640, 642, 644, 648, 649, 652, 653, 655, 656, 658, 661, 665, 668, 670, 674, 679, 683, 684, 686, 688, 690, 692, 695, 698, 699, 701, 704, 706, 708, 711, 714, 718, 720, 722, 725, 727, 731, 733, 739, 741, 743, 747, 749, 751, 755, 757, 759, 763, 767, 771, 775, 779, 783, 787, 791, 795, 799, 803, 807, 811, 815, 819, 823, 825, 828, 831, 834, 837, 840, 843, 848, 850, 854, 856, 858, 860, 862, 864, 866, 868 }; /* YYRHS -- A `-1'-separated list of the rules' RHS. */ static const yytype_int16 yyrhs[] = { 123, 0, -1, 124, 125, -1, -1, 50, 68, 111, 126, 112, -1, 126, -1, -1, 126, 127, -1, 135, 113, -1, 128, -1, 130, -1, 131, -1, 1, 113, -1, 3, -1, -1, 135, 113, 129, -1, 37, 89, 132, 129, -1, 38, 89, 133, 129, -1, 39, 89, 134, 129, -1, 130, 129, 131, 129, -1, 1, 113, -1, 114, -1, 115, -1, -1, -1, -1, 150, -1, 150, 136, -1, 150, 137, 142, -1, 140, 142, -1, 141, 142, -1, 135, 76, 136, -1, 135, 76, 137, 142, -1, 1, 68, -1, 1, 116, -1, 172, 68, 174, 177, 179, 175, -1, 172, 139, -1, 68, -1, 70, -1, 68, -1, 42, 117, -1, 42, 118, -1, 42, 77, -1, 42, 87, -1, 42, 86, -1, 42, 85, -1, 42, 84, -1, 42, 83, -1, 42, 82, -1, 42, 81, -1, 42, 80, -1, 42, 79, -1, 42, 78, -1, 42, 90, -1, 42, 91, -1, 42, 92, -1, 42, 93, -1, 42, 94, -1, 42, 96, -1, 42, 95, -1, 42, 97, -1, 42, 100, -1, 42, 98, -1, 42, 99, -1, 42, 102, -1, 42, 101, -1, 42, 103, -1, 42, 104, -1, 42, 105, -1, 42, 106, -1, 42, 107, -1, 42, 109, -1, 42, 110, -1, 42, 108, -1, 42, 114, 115, -1, 42, 119, 116, -1, 42, 149, -1, 70, -1, 171, 118, 70, -1, 143, 119, 167, 144, 116, 169, 170, -1, -1, -1, 145, -1, 146, -1, 146, 76, 145, -1, 1, 68, -1, 1, 76, -1, 151, 172, 147, 174, 178, 176, -1, -1, 68, -1, 149, -1, 151, 172, 119, 167, 144, 116, -1, 151, 172, 173, -1, 151, 172, 68, 173, -1, -1, 168, 150, -1, 152, 150, -1, 168, -1, 152, -1, 168, 151, -1, 152, 151, -1, 27, -1, 44, -1, 16, -1, 47, -1, 22, -1, 6, -1, 10, -1, 43, -1, 51, -1, 53, -1, 21, -1, 5, -1, 26, -1, 23, -1, 63, -1, 64, -1, 65, -1, 66, -1, 48, -1, 55, 97, 161, 138, 98, 36, 138, -1, 36, 111, 163, 129, 112, -1, 154, 111, 163, 129, 112, -1, 154, 89, 162, 111, 163, 129, 112, -1, 154, -1, 154, 89, 162, -1, 7, 111, 163, 129, 112, -1, 153, 111, 163, 129, 112, -1, 7, 138, -1, 19, 111, 164, 129, 112, -1, 19, 138, 111, 164, 129, 112, -1, 19, 138, -1, 13, 111, 163, 135, 166, 112, -1, 13, 105, 111, 163, 135, 166, 112, -1, 155, 111, 163, 135, 166, 112, -1, 156, 111, 163, 135, 166, 112, -1, 157, 111, 165, 135, 166, 112, -1, 158, 111, 165, 135, 166, 112, -1, 13, 138, -1, 13, 159, -1, 70, -1, 70, 97, 148, 98, -1, 1, 68, 1, -1, 1, 68, 98, -1, 1, 98, -1, 36, 1, 112, -1, 7, 1, 112, -1, 19, 1, 112, -1, 13, 1, 112, -1, 7, 138, -1, 36, 138, -1, 13, 138, 160, -1, 13, 159, 160, -1, 13, 105, 138, 160, -1, 13, 105, 159, 160, -1, 7, 138, -1, 36, 138, -1, 89, 16, -1, 89, 47, -1, 89, 22, -1, 89, 6, -1, 89, 10, -1, 89, 43, -1, 89, 70, -1, 89, -1, -1, 36, -1, 57, -1, 38, 162, -1, 37, 162, -1, 39, 162, -1, 70, -1, 7, 68, -1, -1, -1, -1, -1, 76, -1, -1, 4, -1, 14, -1, 34, -1, 56, -1, 17, -1, 15, -1, 40, -1, 20, -1, 59, -1, 62, -1, 54, -1, 41, -1, 52, -1, 18, -1, 120, -1, 121, -1, 31, -1, 58, -1, -1, 169, 20, -1, 169, 59, -1, 169, 62, -1, -1, 77, 71, -1, -1, 40, -1, -1, 172, 105, -1, 172, 94, -1, 172, 91, -1, -1, 114, 186, 115, 173, -1, 114, 115, 173, -1, 173, -1, 176, -1, 111, 186, 112, -1, -1, 77, 186, -1, -1, 74, -1, -1, 71, -1, 71, 89, -1, 71, 89, 71, -1, 89, 71, -1, 180, -1, 180, 181, 182, -1, 180, 181, 183, 181, -1, 180, 184, 181, -1, -1, 75, -1, 72, -1, 71, -1, 73, -1, 103, 181, -1, 104, 181, -1, -1, 89, -1, 97, 89, -1, 97, -1, 89, -1, 97, 89, -1, 89, 97, -1, 97, 89, 97, -1, 97, -1, 89, -1, 89, 97, -1, 97, -1, 185, 76, 185, -1, 186, -1, 189, 88, 187, 89, 186, -1, 188, -1, 185, -1, 189, 90, 190, -1, 190, -1, 188, -1, 191, 91, 192, -1, 192, -1, 190, -1, 192, 92, 192, -1, 192, 93, 192, -1, 192, 94, 192, -1, 192, 96, 192, -1, 192, 95, 192, -1, 192, 97, 192, -1, 192, 100, 192, -1, 192, 98, 192, -1, 192, 99, 192, -1, 192, 102, 192, -1, 192, 101, 192, -1, 192, 103, 192, -1, 192, 104, 192, -1, 192, 105, 192, -1, 192, 106, 192, -1, 192, 107, 192, -1, 193, -1, 117, 193, -1, 118, 193, -1, 104, 193, -1, 103, 193, -1, 105, 193, -1, 94, 193, -1, 30, 119, 149, 116, -1, 194, -1, 119, 185, 116, -1, 68, -1, 71, -1, 60, -1, 72, -1, 73, -1, 75, -1, 45, -1, 46, -1 }; /* YYRLINE[YYN] -- source line where rule number YYN was defined. */ static const yytype_uint16 yyrline[] = { 0, 229, 229, 249, 264, 266, 268, 273, 275, 276, 277, 278, 279, 289, 319, 323, 325, 327, 329, 331, 333, 338, 340, 342, 344, 346, 348, 349, 350, 352, 353, 354, 355, 357, 362, 367, 587, 605, 606, 608, 609, 610, 611, 612, 613, 614, 615, 616, 617, 618, 619, 620, 621, 622, 623, 624, 625, 626, 627, 628, 629, 630, 631, 632, 633, 634, 635, 636, 637, 638, 639, 640, 641, 642, 643, 644, 645, 657, 668, 696, 757, 759, 760, 762, 763, 764, 768, 773, 901, 909, 927, 928, 935, 937, 940, 945, 986, 1038, 1045, 1050, 1091, 1143, 1144, 1145, 1146, 1147, 1148, 1149, 1150, 1151, 1152, 1153, 1154, 1155, 1156, 1157, 1158, 1159, 1160, 1161, 1162, 1172, 1198, 1225, 1249, 1253, 1271, 1298, 1322, 1343, 1370, 1395, 1416, 1443, 1470, 1479, 1488, 1502, 1516, 1533, 1551, 1581, 1638, 1644, 1649, 1653, 1659, 1665, 1671, 1678, 1703, 1730, 1748, 1767, 1789, 1812, 1817, 1823, 1824, 1825, 1826, 1827, 1828, 1829, 1839, 1843, 1845, 1846, 1848, 1849, 1850, 1851, 1860, 1862, 1870, 1879, 1886, 1887, 1889, 1898, 1899, 1900, 1901, 1902, 1903, 1904, 1905, 1906, 1907, 1908, 1909, 1910, 1911, 1912, 1917, 1918, 1919, 1921, 1922, 1923, 1924, 1926, 1927, 1929, 1930, 1932, 1933, 1941, 1946, 1952, 1953, 1971, 1976, 1991, 1992, 2006, 2007, 2021, 2022, 2024, 2035, 2048, 2061, 2082, 2099, 2110, 2124, 2146, 2163, 2164, 2166, 2167, 2168, 2169, 2170, 2172, 2173, 2174, 2175, 2177, 2178, 2179, 2180, 2181, 2183, 2184, 2185, 2194, 2195, 2198, 2204, 2207, 2210, 2214, 2216, 2219, 2222, 2224, 2227, 2228, 2229, 2230, 2231, 2232, 2233, 2234, 2235, 2236, 2237, 2238, 2239, 2240, 2241, 2242, 2243, 2246, 2252, 2258, 2271, 2272, 2280, 2285, 2291, 2294, 2295, 2303, 2308, 2313, 2318, 2323, 2328, 2333 }; #endif #if YYDEBUG || YYERROR_VERBOSE || YYTOKEN_TABLE /* YYTNAME[SYMBOL-NUM] -- String name of the symbol SYMBOL-NUM. First, the terminals, then, starting at YYNTOKENS, nonterminals. */ static const char *const yytname[] = { "$end", "error", "$undefined", "PRAGMA", "AUTO", "DOUBLE", "INT", "STRUCT", "BREAK", "ELSE", "LONG", "SWITCH", "CASE", "ENUM", "REGISTER", "TYPEDEF", "CHAR", "EXTERN", "RETURN", "UNION", "CONST", "FLOAT", "SHORT", "UNSIGNED", "CONTINUE", "FOR", "SIGNED", "VOID", "DEFAULT", "GOTO", "SIZEOF", "VOLATILE", "DO", "IF", "STATIC", "WHILE", "CLASS", "PRIVATE", "PROTECTED", "PUBLIC", "VIRTUAL", "INLINE", "OPERATOR", "LLONG", "BOOL", "CFALSE", "CTRUE", "WCHAR", "TIME", "USING", "NAMESPACE", "ULLONG", "MUSTUNDERSTAND", "SIZE", "FRIEND", "TEMPLATE", "EXPLICIT", "TYPENAME", "MUTABLE", "FINAL", "null", "RESTRICT", "OVERRIDE", "UCHAR", "USHORT", "UINT", "ULONG", "NONE", "ID", "LAB", "TYPE", "LNG", "DBL", "CHR", "TAG", "STR", "','", "'='", "RA", "LA", "OA", "XA", "AA", "MA", "DA", "TA", "NA", "PA", "'?'", "':'", "OR", "AN", "'|'", "'^'", "'&'", "NE", "EQ", "'<'", "'>'", "GE", "LE", "RS", "LS", "'+'", "'-'", "'*'", "'/'", "'%'", "AR", "PP", "NN", "'{'", "'}'", "';'", "'['", "']'", "')'", "'!'", "'~'", "'('", "'@'", "'$'", "$accept", "prog", "s1", "exts", "exts1", "ext", "pragma", "decls", "t1", "t2", "t3", "t4", "t5", "dclrs", "dclr", "fdclr", "id", "name", "ctor", "dtor", "func", "fname", "fargso", "fargs", "farg", "arg", "texpf", "texp", "spec", "tspec", "type", "struct", "class", "enum", "enumsc", "mask", "masksc", "sc", "utype", "tname", "base", "s2", "s3", "s4", "s5", "s6", "store", "const", "abstract", "virtual", "ptrs", "array", "arrayck", "brinit", "init", "tag", "occurs", "bounds", "patt", "cdbl", "min", "minmax", "max", "expr", "cexp", "qexp", "oexp", "obex", "aexp", "abex", "rexp", "lexp", "pexp", 0 }; #endif # ifdef YYPRINT /* YYTOKNUM[YYLEX-NUM] -- Internal token number corresponding to token YYLEX-NUM. */ static const yytype_uint16 yytoknum[] = { 0, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 44, 61, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 63, 58, 341, 342, 124, 94, 38, 343, 344, 60, 62, 345, 346, 347, 348, 43, 45, 42, 47, 37, 349, 350, 351, 123, 125, 59, 91, 93, 41, 33, 126, 40, 64, 36 }; # endif /* YYR1[YYN] -- Symbol number of symbol that rule YYN derives. */ static const yytype_uint8 yyr1[] = { 0, 122, 123, 124, 125, 125, 126, 126, 127, 127, 127, 127, 127, 128, 129, 129, 129, 129, 129, 129, 129, 130, 131, 132, 133, 134, 135, 135, 135, 135, 135, 135, 135, 135, 135, 136, 137, 138, 138, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 140, 141, 142, 143, 144, 144, 145, 145, 145, 145, 146, 147, 147, 148, 148, 149, 149, 150, 150, 150, 151, 151, 151, 151, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 153, 154, 155, 156, 157, 158, 159, 159, 160, 160, 160, 160, 160, 160, 160, 160, 160, 161, 161, 162, 162, 162, 162, 162, 163, 164, 165, 166, 166, 167, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 169, 169, 169, 169, 170, 170, 171, 171, 172, 172, 172, 172, 173, 173, 173, 174, 175, 175, 176, 176, 177, 177, 178, 178, 178, 178, 178, 179, 179, 179, 179, 180, 180, 181, 181, 181, 181, 181, 182, 182, 182, 182, 183, 183, 183, 183, 183, 184, 184, 184, 185, 185, 186, 186, 187, 188, 188, 189, 190, 190, 191, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 193, 193, 193, 193, 193, 193, 193, 193, 194, 194, 194, 194, 194, 194, 194, 194, 194 }; /* YYR2[YYN] -- Number of symbols composing right hand side of rule YYN. */ static const yytype_uint8 yyr2[] = { 0, 2, 2, 0, 5, 1, 0, 2, 2, 1, 1, 1, 2, 1, 0, 3, 4, 4, 4, 4, 2, 1, 1, 0, 0, 0, 1, 2, 3, 2, 2, 3, 4, 2, 2, 6, 2, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 2, 1, 3, 7, 0, 0, 1, 1, 3, 2, 2, 6, 0, 1, 1, 6, 3, 4, 0, 2, 2, 1, 1, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 7, 5, 5, 7, 1, 3, 5, 5, 2, 5, 6, 2, 6, 7, 6, 6, 6, 6, 2, 2, 1, 4, 3, 3, 2, 3, 3, 3, 3, 2, 2, 3, 3, 4, 4, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 0, 1, 1, 2, 2, 2, 1, 2, 0, 0, 0, 0, 1, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 2, 2, 2, 0, 2, 0, 1, 0, 2, 2, 2, 0, 4, 3, 1, 1, 3, 0, 2, 0, 1, 0, 1, 2, 3, 2, 1, 3, 4, 3, 0, 1, 1, 1, 1, 2, 2, 0, 1, 2, 1, 1, 2, 2, 3, 1, 1, 2, 1, 3, 1, 5, 1, 1, 3, 1, 1, 3, 1, 1, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 1, 2, 2, 2, 2, 2, 2, 4, 1, 3, 1, 1, 1, 1, 1, 1, 1, 1 }; /* YYDEFACT[STATE-NAME] -- Default rule to reduce with in state STATE-NUM when YYTABLE doesn't specify something else to do. Zero means the default is an error. */ static const yytype_uint16 yydefact[] = { 3, 0, 6, 1, 0, 2, 0, 0, 0, 13, 179, 112, 106, 0, 107, 0, 180, 184, 103, 183, 192, 0, 186, 111, 105, 114, 113, 101, 195, 181, 0, 185, 190, 108, 102, 104, 119, 109, 191, 110, 189, 0, 182, 196, 187, 188, 115, 116, 117, 118, 140, 21, 22, 193, 194, 7, 9, 10, 11, 0, 80, 80, 205, 0, 0, 124, 0, 0, 0, 0, 0, 0, 6, 0, 144, 12, 34, 0, 37, 38, 173, 128, 0, 0, 0, 0, 173, 138, 139, 0, 174, 131, 0, 173, 150, 0, 0, 205, 8, 29, 0, 30, 27, 80, 0, 0, 185, 140, 96, 173, 0, 173, 173, 173, 175, 175, 95, 0, 0, 142, 143, 146, 0, 148, 155, 156, 173, 165, 165, 0, 164, 151, 152, 147, 0, 174, 145, 0, 166, 167, 0, 0, 90, 205, 0, 0, 31, 80, 178, 28, 0, 209, 208, 207, 206, 36, 0, 0, 0, 0, 0, 0, 171, 125, 0, 0, 0, 0, 0, 78, 4, 0, 0, 0, 0, 0, 0, 0, 0, 153, 154, 0, 176, 160, 161, 157, 159, 162, 158, 163, 0, 0, 0, 0, 141, 209, 100, 99, 32, 0, 42, 52, 51, 50, 49, 48, 47, 46, 45, 44, 43, 53, 54, 55, 56, 57, 59, 58, 60, 62, 63, 61, 65, 64, 66, 67, 68, 69, 70, 73, 71, 72, 0, 40, 41, 0, 76, 205, 0, 212, 217, 0, 172, 169, 168, 170, 173, 0, 176, 176, 176, 176, 20, 23, 24, 25, 126, 0, 0, 176, 205, 0, 129, 0, 121, 0, 209, 178, 92, 0, 0, 82, 83, 205, 74, 75, 209, 0, 290, 291, 286, 284, 285, 287, 288, 289, 0, 0, 0, 0, 209, 0, 0, 0, 0, 250, 0, 253, 0, 256, 274, 282, 218, 228, 127, 0, 122, 0, 0, 0, 0, 0, 0, 0, 0, 15, 0, 132, 130, 0, 93, 0, 0, 86, 197, 0, 88, 0, 280, 278, 277, 279, 211, 275, 276, 0, 248, 209, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 229, 215, 224, 0, 134, 135, 136, 137, 16, 17, 18, 19, 133, 120, 0, 201, 84, 89, 209, 0, 0, 283, 210, 251, 0, 252, 255, 258, 259, 260, 262, 261, 263, 265, 266, 264, 268, 267, 269, 270, 271, 272, 273, 0, 0, 35, 213, 231, 230, 232, 244, 246, 0, 0, 235, 0, 123, 91, 198, 199, 200, 0, 79, 219, 281, 247, 0, 216, 0, 245, 233, 234, 236, 238, 225, 0, 227, 202, 220, 0, 215, 249, 214, 241, 237, 226, 221, 223, 87, 242, 222 }; /* YYDEFGOTO[NTERM-NUM]. */ static const yytype_int16 yydefgoto[] = { -1, 1, 2, 5, 6, 55, 56, 175, 176, 58, 311, 312, 313, 177, 146, 147, 81, 155, 60, 61, 99, 100, 270, 271, 272, 375, 141, 142, 62, 273, 63, 64, 65, 66, 67, 68, 69, 88, 131, 140, 163, 122, 134, 167, 261, 199, 70, 372, 419, 71, 104, 239, 240, 402, 403, 303, 437, 358, 359, 411, 431, 432, 412, 335, 336, 381, 295, 296, 297, 298, 299, 300, 301 }; /* YYPACT[STATE-NUM] -- Index in YYTABLE of the portion describing STATE-NUM. */ #define YYPACT_NINF -311 static const yytype_int16 yypact[] = { -311, 33, -9, -311, 21, -311, 237, -14, -38, -311, -311, -311, -311, 13, -311, 12, -311, -311, -311, -311, -311, 23, -311, -311, -311, -311, -311, -311, -311, -311, 24, -13, -311, -311, -311, -311, -311, -311, -311, -311, -311, 19, -311, -311, -311, -311, -311, -311, -311, -311, 2, -311, -311, -311, -311, -311, -311, -311, -311, 35, -311, -311, 25, 1193, 18, 42, 43, 50, 59, 80, 1193, 31, -311, 20, -311, -311, -311, 91, -311, -311, -311, 93, 95, -24, -24, 9, -311, 61, 61, 109, -311, 116, 119, -311, -311, 49, 1491, -311, -311, -311, 79, -311, -311, -311, -7, -25, -311, 65, -311, -311, 105, -311, -311, -311, -311, -311, -311, 150, 833, -311, -311, -311, 594, -311, -311, -311, -311, 139, 139, 1311, 130, -311, -311, -311, 594, -311, -311, 594, -311, -311, -24, 138, -311, -311, 951, 1072, -311, -311, -311, -311, 355, -87, -311, -311, -311, -311, 28, 594, 177, 105, 105, 105, -311, 135, 594, 1311, 1311, 1311, 1311, -311, -311, 47, 172, 173, 180, 158, 712, 38, 1311, -311, -311, -26, 196, -311, -311, -311, -311, -311, -311, -311, 162, 594, 163, 178, -311, 87, -311, -311, -311, 1420, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, 167, -311, -311, 170, -311, -311, 1592, -311, 209, 175, -311, -311, -311, -311, -311, 182, 196, 196, 196, 196, -311, -311, -311, -311, -311, 191, 476, 196, 208, 214, -311, 215, -311, 281, 216, -311, -311, 117, 213, -311, 258, -311, -311, -311, 108, 217, -311, -311, -311, -311, -311, -311, -311, -311, 1631, 1631, 1631, 1631, 216, 1631, 1631, 1631, 220, 96, 124, 246, 247, 1676, -311, -311, -311, 264, -311, 594, -311, 231, 232, 233, 236, 476, 476, 476, 476, -311, 241, -311, -311, -24, -311, 1420, 11, -311, -311, 1562, 114, 1491, -311, -311, -311, -311, -311, -311, -311, -53, -311, 216, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, -311, -23, 243, 242, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, 248, 51, -311, -311, 216, 250, 1631, -311, -311, 273, 274, 246, 1676, 1691, 577, 694, 459, 459, 470, 470, 470, 470, 205, 205, 104, 104, -311, -311, -311, 1631, 1631, -311, -311, -311, -311, -311, 270, -311, 194, 194, -58, 194, -311, -311, -311, -311, -311, 308, -311, 85, -311, -311, 1631, -311, 268, -311, -311, -311, 86, 145, -311, 194, -311, -311, 294, 313, 310, -311, -311, -311, 482, -311, 314, -311, -311, -311, -311 }; /* YYPGOTO[NTERM-NUM]. */ static const yytype_int16 yypgoto[] = { -311, -311, -311, -311, 316, -311, -311, -117, 4, 133, -311, -311, -311, 1, 330, 331, -15, -311, -311, -311, -39, -311, 73, 72, -311, -311, -311, -147, 32, -88, -95, -311, -311, -311, -311, -311, -311, 315, -62, -311, 64, -75, 266, 289, 74, 148, -92, -311, -311, -311, -134, -190, 30, -311, -21, -311, -311, -311, -311, -91, -311, -311, -311, -310, -236, -311, -311, -311, 83, -311, 1411, 403, -311 }; /* YYTABLE[YYPACT[STATE-NUM]]. What to do in state STATE-NUM. If positive, shift that token. If negative, reduce the rule which number is the opposite. If zero, do what YYDEFACT says. If YYTABLE_NINF, syntax error. */ #define YYTABLE_NINF -258 static const yytype_int16 yytable[] = { 87, 144, 294, 236, 145, 268, 91, 59, 143, 195, 57, 129, 119, 82, 77, 94, 83, 190, 137, 83, 192, 119, 101, 377, 89, 92, 132, 238, 380, 119, 73, 429, -39, 3, 157, 150, 164, 165, 166, 430, 241, 4, 73, 156, 78, 84, 79, 247, 84, 144, 144, 178, 145, 145, 400, 144, 196, 197, 145, 257, 74, 151, 237, 378, 149, 179, 180, 422, 124, 125, 127, 415, 74, 74, 263, 75, 320, 78, 76, 79, 78, 78, 79, 79, 152, 138, 268, 153, 401, 7, 76, 78, 78, 79, 79, 108, -33, 72, 154, 96, 332, -26, 116, 276, 144, -204, 139, 145, 198, 120, 416, 97, 158, 417, 97, 73, 95, 85, 120, 59, 126, -77, 57, 86, 80, 193, 120, -85, 418, 109, 182, 110, -33, -33, 90, 93, 183, -26, -26, 326, 184, 315, 159, 160, 161, 74, 185, 379, 98, 117, 130, 258, 186, 111, 112, 266, 435, -239, -239, -239, 252, 113, 96, 76, 424, 425, 248, 249, 250, 251, 114, 305, -165, 187, 436, 162, 266, 188, 152, 259, 376, 153, 374, 440, -254, 322, -254, 438, 360, -239, -239, 115, 154, 323, 365, 366, 367, 368, 148, 152, 189, 238, 153, 121, -149, 152, 267, 123, 153, 354, 355, 356, 338, 154, 339, 74, -243, -243, -243, 154, 169, 133, 238, 243, 244, 245, 144, 135, 130, 145, 144, 136, 144, 145, 441, 145, 194, -5, 8, 237, 9, 10, 11, 12, 13, 242, 246, 14, -243, -243, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 253, 254, 26, 27, 404, 405, 406, 28, 255, 256, 29, 260, 30, 262, 264, 265, 31, 32, -94, 33, 34, 274, 302, 35, 36, 275, 304, 37, 38, 39, 40, 41, 42, 306, 43, 44, 409, 410, 45, 46, 47, 48, 49, 370, -94, 52, 50, 352, 353, 354, 355, 356, -94, 404, 405, 406, 319, 427, 428, -177, 433, 307, 308, 309, 310, 317, 318, -94, 324, 238, -94, 407, 316, 325, 337, 327, -257, 340, 357, 408, 442, -94, 361, 362, 363, 409, 410, 364, 377, -94, 51, 52, 369, 413, -203, 105, 53, 54, 10, 11, 12, 13, 423, 414, 14, 421, 426, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 434, 439, 26, 27, 443, 444, 447, 28, 400, 118, 29, 314, 30, 102, 103, 371, 106, 32, 373, 33, 34, 128, 191, 35, 36, 168, 420, 37, 38, 39, 40, 41, 42, 0, 43, 44, 321, 445, 45, 46, 47, 48, 49, 382, 0, 0, 107, 0, 0, 0, 0, 0, 0, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 0, 0, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 0, 0, 0, 232, 0, 0, 233, 234, 235, 53, 54, 171, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, -240, -240, -240, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, -94, 0, 0, -94, 350, 351, 352, 353, 354, 355, 356, 0, 446, 0, -94, 0, 0, 0, -240, -240, 0, -14, -94, 51, -14, 0, 0, -203, 171, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, -94, 0, 0, -94, 328, 329, 330, 331, 0, 333, 334, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, -14, -94, 51, 0, 0, 0, -203, 171, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, -94, 51, -14, 0, 0, -203, 0, 53, 54, 8, 0, 9, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 170, -94, 51, 52, 0, 0, -203, 105, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -98, 0, 107, -98, 0, 0, 0, 0, -98, -98, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -98, 0, -98, 0, 0, -98, 0, 0, 0, -98, 0, 0, 0, 0, 0, 0, -98, 0, 0, 0, 0, 0, 0, 0, 0, -98, 0, -98, 0, 0, -98, 53, 54, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -97, 0, 107, -97, 0, 0, 0, 0, -97, -97, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -97, 0, -97, 0, 0, -97, 0, 0, 0, -97, 0, 0, 0, 0, 0, 0, -97, 0, 0, 0, 0, 0, 0, 0, 0, -97, 0, -97, 0, 0, -97, 53, 54, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 107, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, -94, -94, 0, 0, 0, 0, 0, 181, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 269, 0, -94, 10, 11, 12, 13, 0, -203, 14, 53, 54, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, -81, 0, 35, 36, 53, 54, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 269, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 53, 54, 37, 38, 39, 40, 41, 42, 0, 43, 44, 277, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 0, 0, 0, 278, 279, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 280, 0, 0, 0, 0, 0, 0, 0, 281, 277, 0, 282, 283, 284, 0, 285, 0, 0, 0, 0, 0, 0, 0, 0, 278, 279, 0, 0, 0, 0, 53, 54, 0, 0, 286, 0, 0, 0, 0, 280, 0, 0, 0, 287, 288, 289, 0, 281, 0, 0, 282, 283, 284, 0, 285, 290, 0, 291, 292, 293, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 286, 0, 0, 0, 0, 0, 0, 0, 0, 287, 288, 289, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 291, 292, 293, 383, 384, 385, 386, 387, 388, 389, 390, 391, 392, 393, 394, 395, 396, 397, 398, 399, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356 }; static const yytype_int16 yycheck[] = { 15, 96, 238, 150, 96, 195, 21, 6, 96, 143, 6, 86, 1, 1, 1, 30, 7, 134, 93, 7, 137, 1, 61, 76, 1, 1, 88, 114, 338, 1, 68, 89, 119, 0, 109, 42, 111, 112, 113, 97, 157, 50, 68, 68, 68, 36, 70, 164, 36, 144, 145, 126, 144, 145, 77, 150, 144, 145, 150, 176, 98, 68, 150, 116, 103, 127, 128, 377, 83, 84, 85, 20, 98, 98, 191, 113, 266, 68, 116, 70, 68, 68, 70, 70, 91, 36, 276, 94, 111, 68, 116, 68, 68, 70, 70, 63, 76, 111, 105, 97, 290, 76, 70, 237, 199, 118, 57, 199, 147, 98, 59, 76, 7, 62, 76, 68, 97, 105, 98, 118, 111, 119, 118, 111, 111, 140, 98, 116, 77, 111, 129, 89, 112, 113, 111, 111, 6, 112, 113, 273, 10, 258, 37, 38, 39, 98, 16, 337, 113, 118, 89, 113, 22, 111, 111, 68, 71, 71, 72, 73, 113, 111, 97, 116, 400, 401, 165, 166, 167, 168, 111, 246, 111, 43, 89, 70, 68, 47, 91, 178, 327, 94, 68, 97, 88, 68, 90, 423, 305, 103, 104, 111, 105, 76, 311, 312, 313, 314, 119, 91, 70, 114, 94, 112, 111, 91, 119, 112, 94, 105, 106, 107, 88, 105, 90, 98, 71, 72, 73, 105, 70, 112, 114, 159, 160, 161, 321, 111, 89, 321, 325, 112, 327, 325, 89, 327, 98, 0, 1, 327, 3, 4, 5, 6, 7, 68, 111, 10, 103, 104, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 89, 89, 26, 27, 71, 72, 73, 31, 89, 112, 34, 76, 36, 112, 112, 98, 40, 41, 42, 43, 44, 115, 74, 47, 48, 116, 112, 51, 52, 53, 54, 55, 56, 112, 58, 59, 103, 104, 62, 63, 64, 65, 66, 319, 68, 115, 70, 103, 104, 105, 106, 107, 76, 71, 72, 73, 36, 409, 410, 112, 412, 248, 249, 250, 251, 112, 112, 91, 116, 114, 94, 89, 259, 76, 115, 119, 91, 91, 75, 97, 432, 105, 112, 112, 112, 103, 104, 112, 76, 113, 114, 115, 112, 112, 118, 1, 120, 121, 4, 5, 6, 7, 89, 116, 10, 116, 97, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 71, 112, 26, 27, 89, 71, 71, 31, 77, 72, 34, 257, 36, 62, 62, 321, 40, 41, 325, 43, 44, 85, 135, 47, 48, 115, 375, 51, 52, 53, 54, 55, 56, -1, 58, 59, 267, 437, 62, 63, 64, 65, 66, 339, -1, -1, 70, -1, -1, -1, -1, -1, -1, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, -1, -1, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, -1, -1, -1, 114, -1, -1, 117, 118, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 71, 72, 73, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 91, -1, -1, 94, 101, 102, 103, 104, 105, 106, 107, -1, 97, -1, 105, -1, -1, -1, 103, 104, -1, 112, 113, 114, 115, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 91, -1, -1, 94, 286, 287, 288, 289, -1, 291, 292, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, 114, -1, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, 113, 114, 115, -1, -1, 118, -1, 120, 121, 1, -1, 3, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, 114, 115, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, 71, -1, -1, -1, -1, 76, 77, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 89, -1, 91, -1, -1, 94, -1, -1, -1, 98, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, -1, 114, -1, 116, -1, -1, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, 71, -1, -1, -1, -1, 76, 77, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 89, -1, 91, -1, -1, 94, -1, -1, -1, 98, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, -1, 114, -1, 116, -1, -1, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, -1, -1, -1, -1, -1, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, 1, -1, 112, 4, 5, 6, 7, -1, 118, 10, 120, 121, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, 116, -1, 47, 48, 120, 121, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, 120, 121, 51, 52, 53, 54, 55, 56, -1, 58, 59, 30, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, -1, -1, -1, 45, 46, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 60, -1, -1, -1, -1, -1, -1, -1, 68, 30, -1, 71, 72, 73, -1, 75, -1, -1, -1, -1, -1, -1, -1, -1, 45, 46, -1, -1, -1, -1, 120, 121, -1, -1, 94, -1, -1, -1, -1, 60, -1, -1, -1, 103, 104, 105, -1, 68, -1, -1, 71, 72, 73, -1, 75, 115, -1, 117, 118, 119, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, 103, 104, 105, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 117, 118, 119, 340, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107 }; /* YYSTOS[STATE-NUM] -- The (internal number of the) accessing symbol of state STATE-NUM. */ static const yytype_uint8 yystos[] = { 0, 123, 124, 0, 50, 125, 126, 68, 1, 3, 4, 5, 6, 7, 10, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 26, 27, 31, 34, 36, 40, 41, 43, 44, 47, 48, 51, 52, 53, 54, 55, 56, 58, 59, 62, 63, 64, 65, 66, 70, 114, 115, 120, 121, 127, 128, 130, 131, 135, 140, 141, 150, 152, 153, 154, 155, 156, 157, 158, 168, 171, 111, 68, 98, 113, 116, 1, 68, 70, 111, 138, 1, 7, 36, 105, 111, 138, 159, 1, 111, 138, 1, 111, 138, 97, 97, 76, 113, 142, 143, 142, 136, 137, 172, 1, 40, 70, 150, 111, 89, 111, 111, 111, 111, 111, 150, 118, 126, 1, 98, 112, 163, 112, 138, 138, 111, 138, 159, 163, 89, 160, 160, 112, 164, 111, 112, 163, 36, 57, 161, 148, 149, 151, 152, 168, 136, 137, 119, 142, 42, 68, 91, 94, 105, 139, 68, 163, 7, 37, 38, 39, 70, 162, 163, 163, 163, 165, 165, 70, 112, 1, 37, 38, 39, 129, 130, 135, 163, 160, 160, 1, 135, 6, 10, 16, 22, 43, 47, 70, 129, 164, 129, 138, 98, 172, 151, 151, 142, 167, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 114, 117, 118, 119, 149, 151, 114, 173, 174, 129, 68, 162, 162, 162, 111, 129, 135, 135, 135, 135, 113, 89, 89, 89, 112, 129, 113, 135, 76, 166, 112, 129, 112, 98, 68, 119, 173, 1, 144, 145, 146, 151, 115, 116, 172, 30, 45, 46, 60, 68, 71, 72, 73, 75, 94, 103, 104, 105, 115, 117, 118, 119, 186, 188, 189, 190, 191, 192, 193, 194, 74, 177, 112, 163, 112, 166, 166, 166, 166, 132, 133, 134, 131, 129, 166, 112, 112, 36, 173, 167, 68, 76, 116, 76, 172, 119, 193, 193, 193, 193, 173, 193, 193, 185, 186, 115, 88, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 75, 179, 180, 129, 112, 112, 112, 112, 129, 129, 129, 129, 112, 138, 144, 169, 145, 68, 147, 149, 76, 116, 173, 185, 187, 190, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 77, 111, 175, 176, 71, 72, 73, 89, 97, 103, 104, 181, 184, 112, 116, 20, 59, 62, 77, 170, 174, 116, 185, 89, 186, 186, 97, 181, 181, 89, 97, 182, 183, 181, 71, 71, 89, 178, 186, 112, 97, 89, 181, 89, 71, 176, 97, 71 }; #define yyerrok (yyerrstatus = 0) #define yyclearin (yychar = YYEMPTY) #define YYEMPTY (-2) #define YYEOF 0 #define YYACCEPT goto yyacceptlab #define YYABORT goto yyabortlab #define YYERROR goto yyerrorlab /* Like YYERROR except do call yyerror. This remains here temporarily to ease the transition to the new meaning of YYERROR, for GCC. Once GCC version 2 has supplanted version 1, this can go. */ #define YYFAIL goto yyerrlab #define YYRECOVERING() (!!yyerrstatus) #define YYBACKUP(Token, Value) \ do \ if (yychar == YYEMPTY && yylen == 1) \ { \ yychar = (Token); \ yylval = (Value); \ yytoken = YYTRANSLATE (yychar); \ YYPOPSTACK (1); \ goto yybackup; \ } \ else \ { \ yyerror (YY_("syntax error: cannot back up")); \ YYERROR; \ } \ while (YYID (0)) #define YYTERROR 1 #define YYERRCODE 256 /* YYLLOC_DEFAULT -- Set CURRENT to span from RHS[1] to RHS[N]. If N is 0, then set CURRENT to the empty location which ends the previous symbol: RHS[0] (always defined). */ #define YYRHSLOC(Rhs, K) ((Rhs)[K]) #ifndef YYLLOC_DEFAULT # define YYLLOC_DEFAULT(Current, Rhs, N) \ do \ if (YYID (N)) \ { \ (Current).first_line = YYRHSLOC (Rhs, 1).first_line; \ (Current).first_column = YYRHSLOC (Rhs, 1).first_column; \ (Current).last_line = YYRHSLOC (Rhs, N).last_line; \ (Current).last_column = YYRHSLOC (Rhs, N).last_column; \ } \ else \ { \ (Current).first_line = (Current).last_line = \ YYRHSLOC (Rhs, 0).last_line; \ (Current).first_column = (Current).last_column = \ YYRHSLOC (Rhs, 0).last_column; \ } \ while (YYID (0)) #endif /* YY_LOCATION_PRINT -- Print the location on the stream. This macro was not mandated originally: define only if we know we won't break user code: when these are the locations we know. */ #ifndef YY_LOCATION_PRINT # if defined YYLTYPE_IS_TRIVIAL && YYLTYPE_IS_TRIVIAL # define YY_LOCATION_PRINT(File, Loc) \ fprintf (File, "%d.%d-%d.%d", \ (Loc).first_line, (Loc).first_column, \ (Loc).last_line, (Loc).last_column) # else # define YY_LOCATION_PRINT(File, Loc) ((void) 0) # endif #endif /* YYLEX -- calling `yylex' with the right arguments. */ #ifdef YYLEX_PARAM # define YYLEX yylex (YYLEX_PARAM) #else # define YYLEX yylex () #endif /* Enable debugging if requested. */ #if YYDEBUG # ifndef YYFPRINTF # include /* INFRINGES ON USER NAME SPACE */ # define YYFPRINTF fprintf # endif # define YYDPRINTF(Args) \ do { \ if (yydebug) \ YYFPRINTF Args; \ } while (YYID (0)) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) \ do { \ if (yydebug) \ { \ YYFPRINTF (stderr, "%s ", Title); \ yy_symbol_print (stderr, \ Type, Value); \ YYFPRINTF (stderr, "\n"); \ } \ } while (YYID (0)) /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_value_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_value_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (!yyvaluep) return; # ifdef YYPRINT if (yytype < YYNTOKENS) YYPRINT (yyoutput, yytoknum[yytype], *yyvaluep); # else YYUSE (yyoutput); # endif switch (yytype) { default: break; } } /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (yytype < YYNTOKENS) YYFPRINTF (yyoutput, "token %s (", yytname[yytype]); else YYFPRINTF (yyoutput, "nterm %s (", yytname[yytype]); yy_symbol_value_print (yyoutput, yytype, yyvaluep); YYFPRINTF (yyoutput, ")"); } /*------------------------------------------------------------------. | yy_stack_print -- Print the state stack from its BOTTOM up to its | | TOP (included). | `------------------------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_stack_print (yytype_int16 *bottom, yytype_int16 *top) #else static void yy_stack_print (bottom, top) yytype_int16 *bottom; yytype_int16 *top; #endif { YYFPRINTF (stderr, "Stack now"); for (; bottom <= top; ++bottom) YYFPRINTF (stderr, " %d", *bottom); YYFPRINTF (stderr, "\n"); } # define YY_STACK_PRINT(Bottom, Top) \ do { \ if (yydebug) \ yy_stack_print ((Bottom), (Top)); \ } while (YYID (0)) /*------------------------------------------------. | Report that the YYRULE is going to be reduced. | `------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_reduce_print (YYSTYPE *yyvsp, int yyrule) #else static void yy_reduce_print (yyvsp, yyrule) YYSTYPE *yyvsp; int yyrule; #endif { int yynrhs = yyr2[yyrule]; int yyi; unsigned long int yylno = yyrline[yyrule]; YYFPRINTF (stderr, "Reducing stack by rule %d (line %lu):\n", yyrule - 1, yylno); /* The symbols being reduced. */ for (yyi = 0; yyi < yynrhs; yyi++) { fprintf (stderr, " $%d = ", yyi + 1); yy_symbol_print (stderr, yyrhs[yyprhs[yyrule] + yyi], &(yyvsp[(yyi + 1) - (yynrhs)]) ); fprintf (stderr, "\n"); } } # define YY_REDUCE_PRINT(Rule) \ do { \ if (yydebug) \ yy_reduce_print (yyvsp, Rule); \ } while (YYID (0)) /* Nonzero means print parse trace. It is left uninitialized so that multiple parsers can coexist. */ int yydebug; #else /* !YYDEBUG */ # define YYDPRINTF(Args) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) # define YY_STACK_PRINT(Bottom, Top) # define YY_REDUCE_PRINT(Rule) #endif /* !YYDEBUG */ /* YYINITDEPTH -- initial size of the parser's stacks. */ #ifndef YYINITDEPTH # define YYINITDEPTH 200 #endif /* YYMAXDEPTH -- maximum size the stacks can grow to (effective only if the built-in stack extension method is used). Do not make this value too large; the results are undefined if YYSTACK_ALLOC_MAXIMUM < YYSTACK_BYTES (YYMAXDEPTH) evaluated with infinite-precision integer arithmetic. */ #ifndef YYMAXDEPTH # define YYMAXDEPTH 10000 #endif #if YYERROR_VERBOSE # ifndef yystrlen # if defined __GLIBC__ && defined _STRING_H # define yystrlen strlen # else /* Return the length of YYSTR. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static YYSIZE_T yystrlen (const char *yystr) #else static YYSIZE_T yystrlen (yystr) const char *yystr; #endif { YYSIZE_T yylen; for (yylen = 0; yystr[yylen]; yylen++) continue; return yylen; } # endif # endif # ifndef yystpcpy # if defined __GLIBC__ && defined _STRING_H && defined _GNU_SOURCE # define yystpcpy stpcpy # else /* Copy YYSRC to YYDEST, returning the address of the terminating '\0' in YYDEST. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static char * yystpcpy (char *yydest, const char *yysrc) #else static char * yystpcpy (yydest, yysrc) char *yydest; const char *yysrc; #endif { char *yyd = yydest; const char *yys = yysrc; while ((*yyd++ = *yys++) != '\0') continue; return yyd - 1; } # endif # endif # ifndef yytnamerr /* Copy to YYRES the contents of YYSTR after stripping away unnecessary quotes and backslashes, so that it's suitable for yyerror. The heuristic is that double-quoting is unnecessary unless the string contains an apostrophe, a comma, or backslash (other than backslash-backslash). YYSTR is taken from yytname. If YYRES is null, do not copy; instead, return the length of what the result would have been. */ static YYSIZE_T yytnamerr (char *yyres, const char *yystr) { if (*yystr == '"') { YYSIZE_T yyn = 0; char const *yyp = yystr; for (;;) switch (*++yyp) { case '\'': case ',': goto do_not_strip_quotes; case '\\': if (*++yyp != '\\') goto do_not_strip_quotes; /* Fall through. */ default: if (yyres) yyres[yyn] = *yyp; yyn++; break; case '"': if (yyres) yyres[yyn] = '\0'; return yyn; } do_not_strip_quotes: ; } if (! yyres) return yystrlen (yystr); return yystpcpy (yyres, yystr) - yyres; } # endif /* Copy into YYRESULT an error message about the unexpected token YYCHAR while in state YYSTATE. Return the number of bytes copied, including the terminating null byte. If YYRESULT is null, do not copy anything; just return the number of bytes that would be copied. As a special case, return 0 if an ordinary "syntax error" message will do. Return YYSIZE_MAXIMUM if overflow occurs during size calculation. */ static YYSIZE_T yysyntax_error (char *yyresult, int yystate, int yychar) { int yyn = yypact[yystate]; if (! (YYPACT_NINF < yyn && yyn <= YYLAST)) return 0; else { int yytype = YYTRANSLATE (yychar); YYSIZE_T yysize0 = yytnamerr (0, yytname[yytype]); YYSIZE_T yysize = yysize0; YYSIZE_T yysize1; int yysize_overflow = 0; enum { YYERROR_VERBOSE_ARGS_MAXIMUM = 5 }; char const *yyarg[YYERROR_VERBOSE_ARGS_MAXIMUM]; int yyx; # if 0 /* This is so xgettext sees the translatable formats that are constructed on the fly. */ YY_("syntax error, unexpected %s"); YY_("syntax error, unexpected %s, expecting %s"); YY_("syntax error, unexpected %s, expecting %s or %s"); YY_("syntax error, unexpected %s, expecting %s or %s or %s"); YY_("syntax error, unexpected %s, expecting %s or %s or %s or %s"); # endif char *yyfmt; char const *yyf; static char const yyunexpected[] = "syntax error, unexpected %s"; static char const yyexpecting[] = ", expecting %s"; static char const yyor[] = " or %s"; char yyformat[sizeof yyunexpected + sizeof yyexpecting - 1 + ((YYERROR_VERBOSE_ARGS_MAXIMUM - 2) * (sizeof yyor - 1))]; char const *yyprefix = yyexpecting; /* Start YYX at -YYN if negative to avoid negative indexes in YYCHECK. */ int yyxbegin = yyn < 0 ? -yyn : 0; /* Stay within bounds of both yycheck and yytname. */ int yychecklim = YYLAST - yyn + 1; int yyxend = yychecklim < YYNTOKENS ? yychecklim : YYNTOKENS; int yycount = 1; yyarg[0] = yytname[yytype]; yyfmt = yystpcpy (yyformat, yyunexpected); for (yyx = yyxbegin; yyx < yyxend; ++yyx) if (yycheck[yyx + yyn] == yyx && yyx != YYTERROR) { if (yycount == YYERROR_VERBOSE_ARGS_MAXIMUM) { yycount = 1; yysize = yysize0; yyformat[sizeof yyunexpected - 1] = '\0'; break; } yyarg[yycount++] = yytname[yyx]; yysize1 = yysize + yytnamerr (0, yytname[yyx]); yysize_overflow |= (yysize1 < yysize); yysize = yysize1; yyfmt = yystpcpy (yyfmt, yyprefix); yyprefix = yyor; } yyf = YY_(yyformat); yysize1 = yysize + yystrlen (yyf); yysize_overflow |= (yysize1 < yysize); yysize = yysize1; if (yysize_overflow) return YYSIZE_MAXIMUM; if (yyresult) { /* Avoid sprintf, as that infringes on the user's name space. Don't have undefined behavior even if the translation produced a string with the wrong number of "%s"s. */ char *yyp = yyresult; int yyi = 0; while ((*yyp = *yyf) != '\0') { if (*yyp == '%' && yyf[1] == 's' && yyi < yycount) { yyp += yytnamerr (yyp, yyarg[yyi++]); yyf += 2; } else { yyp++; yyf++; } } } return yysize; } } #endif /* YYERROR_VERBOSE */ /*-----------------------------------------------. | Release the memory associated to this symbol. | `-----------------------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yydestruct (const char *yymsg, int yytype, YYSTYPE *yyvaluep) #else static void yydestruct (yymsg, yytype, yyvaluep) const char *yymsg; int yytype; YYSTYPE *yyvaluep; #endif { YYUSE (yyvaluep); if (!yymsg) yymsg = "Deleting"; YY_SYMBOL_PRINT (yymsg, yytype, yyvaluep, yylocationp); switch (yytype) { default: break; } } /* Prevent warnings from -Wmissing-prototypes. */ #ifdef YYPARSE_PARAM #if defined __STDC__ || defined __cplusplus int yyparse (void *YYPARSE_PARAM); #else int yyparse (); #endif #else /* ! YYPARSE_PARAM */ #if defined __STDC__ || defined __cplusplus int yyparse (void); #else int yyparse (); #endif #endif /* ! YYPARSE_PARAM */ /* The look-ahead symbol. */ int yychar; /* The semantic value of the look-ahead symbol. */ YYSTYPE yylval; /* Number of syntax errors so far. */ int yynerrs; /*----------. | yyparse. | `----------*/ #ifdef YYPARSE_PARAM #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void *YYPARSE_PARAM) #else int yyparse (YYPARSE_PARAM) void *YYPARSE_PARAM; #endif #else /* ! YYPARSE_PARAM */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void) #else int yyparse () #endif #endif { int yystate; int yyn; int yyresult; /* Number of tokens to shift before error messages enabled. */ int yyerrstatus; /* Look-ahead token as an internal (translated) token number. */ int yytoken = 0; #if YYERROR_VERBOSE /* Buffer for error messages, and its allocated size. */ char yymsgbuf[128]; char *yymsg = yymsgbuf; YYSIZE_T yymsg_alloc = sizeof yymsgbuf; #endif /* Three stacks and their tools: `yyss': related to states, `yyvs': related to semantic values, `yyls': related to locations. Refer to the stacks thru separate pointers, to allow yyoverflow to reallocate them elsewhere. */ /* The state stack. */ yytype_int16 yyssa[YYINITDEPTH]; yytype_int16 *yyss = yyssa; yytype_int16 *yyssp; /* The semantic value stack. */ YYSTYPE yyvsa[YYINITDEPTH]; YYSTYPE *yyvs = yyvsa; YYSTYPE *yyvsp; #define YYPOPSTACK(N) (yyvsp -= (N), yyssp -= (N)) YYSIZE_T yystacksize = YYINITDEPTH; /* The variables used to return semantic value and location from the action routines. */ YYSTYPE yyval; /* The number of symbols on the RHS of the reduced rule. Keep to zero when no symbol should be popped. */ int yylen = 0; YYDPRINTF ((stderr, "Starting parse\n")); yystate = 0; yyerrstatus = 0; yynerrs = 0; yychar = YYEMPTY; /* Cause a token to be read. */ /* Initialize stack pointers. Waste one element of value and location stack so that they stay on the same level as the state stack. The wasted elements are never initialized. */ yyssp = yyss; yyvsp = yyvs; goto yysetstate; /*------------------------------------------------------------. | yynewstate -- Push a new state, which is found in yystate. | `------------------------------------------------------------*/ yynewstate: /* In all cases, when you get here, the value and location stacks have just been pushed. So pushing a state here evens the stacks. */ yyssp++; yysetstate: *yyssp = yystate; if (yyss + yystacksize - 1 <= yyssp) { /* Get the current used size of the three stacks, in elements. */ YYSIZE_T yysize = yyssp - yyss + 1; #ifdef yyoverflow { /* Give user a chance to reallocate the stack. Use copies of these so that the &'s don't force the real ones into memory. */ YYSTYPE *yyvs1 = yyvs; yytype_int16 *yyss1 = yyss; /* Each stack pointer address is followed by the size of the data in use in that stack, in bytes. This used to be a conditional around just the two extra args, but that might be undefined if yyoverflow is a macro. */ yyoverflow (YY_("memory exhausted"), &yyss1, yysize * sizeof (*yyssp), &yyvs1, yysize * sizeof (*yyvsp), &yystacksize); yyss = yyss1; yyvs = yyvs1; } #else /* no yyoverflow */ # ifndef YYSTACK_RELOCATE goto yyexhaustedlab; # else /* Extend the stack our own way. */ if (YYMAXDEPTH <= yystacksize) goto yyexhaustedlab; yystacksize *= 2; if (YYMAXDEPTH < yystacksize) yystacksize = YYMAXDEPTH; { yytype_int16 *yyss1 = yyss; union yyalloc *yyptr = (union yyalloc *) YYSTACK_ALLOC (YYSTACK_BYTES (yystacksize)); if (! yyptr) goto yyexhaustedlab; YYSTACK_RELOCATE (yyss); YYSTACK_RELOCATE (yyvs); # undef YYSTACK_RELOCATE if (yyss1 != yyssa) YYSTACK_FREE (yyss1); } # endif #endif /* no yyoverflow */ yyssp = yyss + yysize - 1; yyvsp = yyvs + yysize - 1; YYDPRINTF ((stderr, "Stack size increased to %lu\n", (unsigned long int) yystacksize)); if (yyss + yystacksize - 1 <= yyssp) YYABORT; } YYDPRINTF ((stderr, "Entering state %d\n", yystate)); goto yybackup; /*-----------. | yybackup. | `-----------*/ yybackup: /* Do appropriate processing given the current state. Read a look-ahead token if we need one and don't already have one. */ /* First try to decide what to do without reference to look-ahead token. */ yyn = yypact[yystate]; if (yyn == YYPACT_NINF) goto yydefault; /* Not known => get a look-ahead token if don't already have one. */ /* YYCHAR is either YYEMPTY or YYEOF or a valid look-ahead symbol. */ if (yychar == YYEMPTY) { YYDPRINTF ((stderr, "Reading a token: ")); yychar = YYLEX; } if (yychar <= YYEOF) { yychar = yytoken = YYEOF; YYDPRINTF ((stderr, "Now at end of input.\n")); } else { yytoken = YYTRANSLATE (yychar); YY_SYMBOL_PRINT ("Next token is", yytoken, &yylval, &yylloc); } /* If the proper action on seeing token YYTOKEN is to reduce or to detect an error, take that action. */ yyn += yytoken; if (yyn < 0 || YYLAST < yyn || yycheck[yyn] != yytoken) goto yydefault; yyn = yytable[yyn]; if (yyn <= 0) { if (yyn == 0 || yyn == YYTABLE_NINF) goto yyerrlab; yyn = -yyn; goto yyreduce; } if (yyn == YYFINAL) YYACCEPT; /* Count tokens shifted since error; after three, turn off error status. */ if (yyerrstatus) yyerrstatus--; /* Shift the look-ahead token. */ YY_SYMBOL_PRINT ("Shifting", yytoken, &yylval, &yylloc); /* Discard the shifted token unless it is eof. */ if (yychar != YYEOF) yychar = YYEMPTY; yystate = yyn; *++yyvsp = yylval; goto yynewstate; /*-----------------------------------------------------------. | yydefault -- do the default action for the current state. | `-----------------------------------------------------------*/ yydefault: yyn = yydefact[yystate]; if (yyn == 0) goto yyerrlab; goto yyreduce; /*-----------------------------. | yyreduce -- Do a reduction. | `-----------------------------*/ yyreduce: /* yyn is the number of a rule to reduce with. */ yylen = yyr2[yyn]; /* If YYLEN is nonzero, implement the default value of the action: `$$ = $1'. Otherwise, the following line sets YYVAL to garbage. This behavior is undocumented and Bison users should not rely upon it. Assigning to YYVAL unconditionally makes the parser a bit smaller, and it avoids a GCC warning that YYVAL may be used uninitialized. */ yyval = yyvsp[1-yylen]; YY_REDUCE_PRINT (yyn); switch (yyn) { case 2: #line 229 "soapcpp2_yacc.y" { if (lflag) { custom_header = 0; custom_fault = 0; } else { add_header(); add_fault(); } compile(sp->table); freetable(classtable); freetable(enumtable); freetable(typetable); freetable(booltable); freetable(templatetable); yylineno = 0; ;} break; case 3: #line 249 "soapcpp2_yacc.y" { classtable = mktable(NULL); enumtable = mktable(NULL); typetable = mktable(NULL); booltable = mktable(NULL); templatetable = mktable(NULL); p = enter(booltable, lookup("false")); p->info.typ = mkint(); p->info.val.i = 0; p = enter(booltable, lookup("true")); p->info.typ = mkint(); p->info.val.i = 1; mkscope(mktable(mktable(NULL)), 0); ;} break; case 4: #line 265 "soapcpp2_yacc.y" { namespaceid = (yyvsp[(2) - (5)].sym)->name; ;} break; case 5: #line 266 "soapcpp2_yacc.y" { ;} break; case 6: #line 268 "soapcpp2_yacc.y" { add_soap(); add_qname(); add_XML(); ;} break; case 7: #line 273 "soapcpp2_yacc.y" { ;} break; case 8: #line 275 "soapcpp2_yacc.y" { ;} break; case 9: #line 276 "soapcpp2_yacc.y" { ;} break; case 10: #line 277 "soapcpp2_yacc.y" { ;} break; case 11: #line 278 "soapcpp2_yacc.y" { ;} break; case 12: #line 279 "soapcpp2_yacc.y" { synerror("input before ; skipped"); while (sp > stack) { freetable(sp->table); exitscope(); } yyerrok; ;} break; case 13: #line 289 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (1)].s)[1] >= 'a' && (yyvsp[(1) - (1)].s)[1] <= 'z') { char *s; for (pp = &pragmas; *pp; pp = &(*pp)->next) ; *pp = (Pragma*)emalloc(sizeof(Pragma)); s = (char*)emalloc(strlen((yyvsp[(1) - (1)].s))+1); strcpy(s, (yyvsp[(1) - (1)].s)); (*pp)->pragma = s; (*pp)->next = NULL; } else if ((i = atoi((yyvsp[(1) - (1)].s)+2)) > 0) { yylineno = i; } else { sprintf(errbuf, "directive '%s' ignored (use #import to import files)", (yyvsp[(1) - (1)].s)); semwarn(errbuf); } ;} break; case 14: #line 319 "soapcpp2_yacc.y" { transient &= ~6; permission = 0; ;} break; case 15: #line 324 "soapcpp2_yacc.y" { ;} break; case 16: #line 326 "soapcpp2_yacc.y" { ;} break; case 17: #line 328 "soapcpp2_yacc.y" { ;} break; case 18: #line 330 "soapcpp2_yacc.y" { ;} break; case 19: #line 332 "soapcpp2_yacc.y" { ;} break; case 20: #line 333 "soapcpp2_yacc.y" { synerror("declaration expected"); yyerrok; ;} break; case 21: #line 338 "soapcpp2_yacc.y" { transient |= 1; ;} break; case 22: #line 340 "soapcpp2_yacc.y" { transient &= ~1; ;} break; case 23: #line 342 "soapcpp2_yacc.y" { permission = Sprivate; ;} break; case 24: #line 344 "soapcpp2_yacc.y" { permission = Sprotected; ;} break; case 25: #line 346 "soapcpp2_yacc.y" { permission = 0; ;} break; case 26: #line 348 "soapcpp2_yacc.y" { ;} break; case 27: #line 349 "soapcpp2_yacc.y" { ;} break; case 28: #line 351 "soapcpp2_yacc.y" { ;} break; case 29: #line 352 "soapcpp2_yacc.y" { ;} break; case 30: #line 353 "soapcpp2_yacc.y" { ;} break; case 31: #line 354 "soapcpp2_yacc.y" { ;} break; case 32: #line 356 "soapcpp2_yacc.y" { ;} break; case 33: #line 357 "soapcpp2_yacc.y" { sprintf(errbuf, "undefined type in declaration of '%s'", (yyvsp[(2) - (2)].sym)->name); synerror(errbuf); yyerrok; ;} break; case 34: #line 362 "soapcpp2_yacc.y" { synerror("function declaration?"); yyerrok; ;} break; case 35: #line 368 "soapcpp2_yacc.y" { if (((yyvsp[(3) - (6)].rec).sto & Stypedef) && sp->table->level == GLOBAL) { if (((yyvsp[(3) - (6)].rec).typ->type != Tstruct && (yyvsp[(3) - (6)].rec).typ->type != Tunion && (yyvsp[(3) - (6)].rec).typ->type != Tenum && (yyvsp[(3) - (6)].rec).typ->type != Tenumsc) || strcmp((yyvsp[(2) - (6)].sym)->name, (yyvsp[(3) - (6)].rec).typ->id->name)) { p = enter(typetable, (yyvsp[(2) - (6)].sym)); p->info.typ = mksymtype((yyvsp[(3) - (6)].rec).typ, (yyvsp[(2) - (6)].sym)); if ((yyvsp[(3) - (6)].rec).sto & Sextern) { p->info.typ->transient = -1; p->info.typ->extsym = (yyvsp[(2) - (6)].sym); } else if (is_external((yyvsp[(3) - (6)].rec).typ)) p->info.typ->transient = -3; /* extern and volatile */ else p->info.typ->transient = (yyvsp[(3) - (6)].rec).typ->transient; if (p->info.typ->width == 0) p->info.typ->width = 8; p->info.sto = (yyvsp[(3) - (6)].rec).sto; p->info.typ->synonym = (yyvsp[(3) - (6)].rec).typ->sym; if ((yyvsp[(5) - (6)].rec).hasmin) { p->info.typ->hasmin = (yyvsp[(5) - (6)].rec).hasmin; p->info.typ->incmin = (yyvsp[(5) - (6)].rec).incmin; p->info.typ->min = (yyvsp[(5) - (6)].rec).min; p->info.typ->synonym = NULL; } else { p->info.typ->hasmin = (yyvsp[(3) - (6)].rec).typ->hasmin; p->info.typ->incmin = (yyvsp[(3) - (6)].rec).typ->incmin; p->info.typ->min = (yyvsp[(3) - (6)].rec).typ->min; } if ((yyvsp[(5) - (6)].rec).hasmax) { p->info.typ->hasmax = (yyvsp[(5) - (6)].rec).hasmax; p->info.typ->incmax = (yyvsp[(5) - (6)].rec).incmax; p->info.typ->max = (yyvsp[(5) - (6)].rec).max; p->info.typ->synonym = NULL; } else { p->info.typ->hasmax = (yyvsp[(3) - (6)].rec).typ->hasmax; p->info.typ->incmax = (yyvsp[(3) - (6)].rec).typ->incmax; p->info.typ->max = (yyvsp[(3) - (6)].rec).typ->max; } if ((yyvsp[(5) - (6)].rec).pattern) { p->info.typ->pattern = (yyvsp[(5) - (6)].rec).pattern; p->info.typ->synonym = NULL; } else { p->info.typ->pattern = (yyvsp[(3) - (6)].rec).typ->pattern; } } (yyvsp[(2) - (6)].sym)->token = TYPE; } else { p = enter(sp->table, (yyvsp[(2) - (6)].sym)); p->tag = (yyvsp[(4) - (6)].s); p->info.typ = (yyvsp[(3) - (6)].rec).typ; p->info.sto = (Storage)((int)(yyvsp[(3) - (6)].rec).sto | permission); if ((yyvsp[(6) - (6)].rec).hasval) { p->info.hasval = True; switch ((yyvsp[(3) - (6)].rec).typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: case Tenum: case Tenumsc: case Ttime: if ((yyvsp[(6) - (6)].rec).typ->type == Tint || (yyvsp[(6) - (6)].rec).typ->type == Tchar || (yyvsp[(6) - (6)].rec).typ->type == Tenum || (yyvsp[(6) - (6)].rec).typ->type == Tenumsc) { sp->val = p->info.val.i = (yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ((yyvsp[(6) - (6)].rec).typ->type == Tfloat || (yyvsp[(6) - (6)].rec).typ->type == Tdouble || (yyvsp[(6) - (6)].rec).typ->type == Tldouble) { p->info.val.r = (yyvsp[(6) - (6)].rec).val.r; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (yyvsp[(6) - (6)].rec).val.r)) semerror("initialization constant outside value range"); } else if ((yyvsp[(6) - (6)].rec).typ->type == Tint) { p->info.val.r = (double)(yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ((yyvsp[(3) - (6)].rec).typ->type == Tpointer && (((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Tchar || ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Twchar) && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; else if (bflag && (yyvsp[(3) - (6)].rec).typ->type == Tarray && ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Tchar && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) { if ((yyvsp[(3) - (6)].rec).typ->width / ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->width - 1 < (int)strlen((yyvsp[(6) - (6)].rec).val.s)) { semerror("char[] initialization constant too long"); p->info.val.s = ""; } else { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } } else if (((yyvsp[(3) - (6)].rec).typ->type == Tpointer || is_smart((yyvsp[(3) - (6)].rec).typ)) && (((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->id == lookup("std::string") || ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(3) - (6)].rec).typ->id == lookup("std::string") || (yyvsp[(3) - (6)].rec).typ->id == lookup("std::wstring")) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(3) - (6)].rec).typ->type == Tpointer && (yyvsp[(6) - (6)].rec).typ->type == Tint && (yyvsp[(6) - (6)].rec).val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } else { p->info.val.i = sp->val; } if ((yyvsp[(5) - (6)].rec).minOccurs < 0) { if ((yyvsp[(6) - (6)].rec).hasval || ((yyvsp[(3) - (6)].rec).sto & Sattribute) || (yyvsp[(3) - (6)].rec).typ->type == Tpointer || (yyvsp[(3) - (6)].rec).typ->type == Ttemplate || !strncmp((yyvsp[(2) - (6)].sym)->name, "__size", 6)) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = (yyvsp[(5) - (6)].rec).minOccurs; } p->info.maxOccurs = (yyvsp[(5) - (6)].rec).maxOccurs; if (sp->mask) sp->val <<= 1; else sp->val++; p->info.offset = sp->offset; if ((yyvsp[(3) - (6)].rec).sto & Sextern) p->level = GLOBAL; else if ((yyvsp[(3) - (6)].rec).sto & Stypedef) ; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; } sp->entry = p; ;} break; case 36: #line 587 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].rec).sto & Stypedef) { sprintf(errbuf, "invalid typedef qualifier for '%s'", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } p = enter(sp->table, (yyvsp[(2) - (2)].sym)); p->info.typ = (yyvsp[(1) - (2)].rec).typ; p->info.sto = (yyvsp[(1) - (2)].rec).sto; p->info.hasval = False; p->info.offset = sp->offset; if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; ;} break; case 37: #line 605 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 38: #line 606 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 39: #line 608 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 40: #line 609 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator!"); ;} break; case 41: #line 610 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator~"); ;} break; case 42: #line 611 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator="); ;} break; case 43: #line 612 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator+="); ;} break; case 44: #line 613 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator-="); ;} break; case 45: #line 614 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator*="); ;} break; case 46: #line 615 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator/="); ;} break; case 47: #line 616 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator%="); ;} break; case 48: #line 617 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&="); ;} break; case 49: #line 618 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator^="); ;} break; case 50: #line 619 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator|="); ;} break; case 51: #line 620 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<<="); ;} break; case 52: #line 621 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>>="); ;} break; case 53: #line 622 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator||"); ;} break; case 54: #line 623 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&&"); ;} break; case 55: #line 624 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator|"); ;} break; case 56: #line 625 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator^"); ;} break; case 57: #line 626 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&"); ;} break; case 58: #line 627 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator=="); ;} break; case 59: #line 628 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator!="); ;} break; case 60: #line 629 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<"); ;} break; case 61: #line 630 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<="); ;} break; case 62: #line 631 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>"); ;} break; case 63: #line 632 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>="); ;} break; case 64: #line 633 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<<"); ;} break; case 65: #line 634 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>>"); ;} break; case 66: #line 635 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator+"); ;} break; case 67: #line 636 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator-"); ;} break; case 68: #line 637 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator*"); ;} break; case 69: #line 638 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator/"); ;} break; case 70: #line 639 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator%"); ;} break; case 71: #line 640 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator++"); ;} break; case 72: #line 641 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator--"); ;} break; case 73: #line 642 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator->"); ;} break; case 74: #line 643 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator[]"); ;} break; case 75: #line 644 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator()"); ;} break; case 76: #line 645 "soapcpp2_yacc.y" { s1 = c_storage((yyvsp[(2) - (2)].rec).sto); s2 = c_type((yyvsp[(2) - (2)].rec).typ); s = (char*)emalloc(strlen(s1) + strlen(s2) + 10); strcpy(s, "operator "); strcat(s, s1); strcat(s, s2); (yyval.sym) = lookup(s); if (!(yyval.sym)) (yyval.sym) = install(s, ID); ;} break; case 77: #line 657 "soapcpp2_yacc.y" { if (!(p = entry(classtable, (yyvsp[(1) - (1)].sym)))) semerror("invalid constructor"); sp->entry = enter(sp->table, (yyvsp[(1) - (1)].sym)); sp->entry->info.typ = mknone(); sp->entry->info.sto = Snone; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; ;} break; case 78: #line 669 "soapcpp2_yacc.y" { if (!(p = entry(classtable, (yyvsp[(3) - (3)].sym)))) semerror("invalid destructor"); s = (char*)emalloc(strlen((yyvsp[(3) - (3)].sym)->name) + 2); s2 = strrchr((yyvsp[(3) - (3)].sym)->name, ':'); if (s2 && *(s2+1) && (s2 == (yyvsp[(3) - (3)].sym)->name || *(s2-1) != ':')) { strncpy(s, (yyvsp[(3) - (3)].sym)->name, s2 - (yyvsp[(3) - (3)].sym)->name + 1); strcat(s, "~"); strcat(s, s2 + 1); } else { strcpy(s, "~"); strcat(s, (yyvsp[(3) - (3)].sym)->name); } sym = lookup(s); if (!sym) sym = install(s, ID); sp->entry = enter(sp->table, sym); sp->entry->info.typ = mknone(); sp->entry->info.sto = (yyvsp[(1) - (3)].sto); sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; ;} break; case 79: #line 697 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (7)].e)->level == GLOBAL) { if (!((yyvsp[(1) - (7)].e)->info.sto & Sextern) && sp->entry && sp->entry->info.typ->type == Tpointer && ((Tnode*)sp->entry->info.typ->ref)->type == Tchar) { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a pointer to a char which will only return one byte: use char** instead to return a string", (yyvsp[(1) - (7)].e)->sym->name); semwarn(errbuf); } if ((yyvsp[(1) - (7)].e)->info.sto & Sextern) { (yyvsp[(1) - (7)].e)->info.typ = mkmethod((yyvsp[(1) - (7)].e)->info.typ, sp->table); } else if (sp->entry && (sp->entry->info.typ->type == Tpointer || sp->entry->info.typ->type == Treference || sp->entry->info.typ->type == Tarray || is_transient(sp->entry->info.typ))) { if ((yyvsp[(1) - (7)].e)->info.typ->type == Tint) { sp->entry->info.sto = (Storage)((int)sp->entry->info.sto | (int)Sreturn); (yyvsp[(1) - (7)].e)->info.typ = mkfun(sp->entry); (yyvsp[(1) - (7)].e)->info.typ->id = (yyvsp[(1) - (7)].e)->sym; if (!is_transient(sp->entry->info.typ)) { if (!is_response(sp->entry->info.typ)) { if (!is_XML(sp->entry->info.typ)) add_response((yyvsp[(1) - (7)].e), sp->entry); } else { add_result(sp->entry->info.typ); } } add_request((yyvsp[(1) - (7)].e)->sym, sp); } else { sprintf(errbuf, "return type of service operation function prototype '%s' must be integer", (yyvsp[(1) - (7)].e)->sym->name); semerror(errbuf); } } else { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a return parameter and must be a pointer or reference, or use %s(..., void) for one-way sends", (yyvsp[(1) - (7)].e)->sym->name, (yyvsp[(1) - (7)].e)->sym->name); semerror(errbuf); } } else if ((yyvsp[(1) - (7)].e)->level == INTERNAL) { (yyvsp[(1) - (7)].e)->info.typ = mkmethod((yyvsp[(1) - (7)].e)->info.typ, sp->table); (yyvsp[(1) - (7)].e)->info.sto = (Storage)((int)(yyvsp[(1) - (7)].e)->info.sto | (int)(yyvsp[(6) - (7)].sto) | (int)(yyvsp[(7) - (7)].sto)); transient &= ~1; } exitscope(); ;} break; case 80: #line 757 "soapcpp2_yacc.y" { (yyval.e) = sp->entry; ;} break; case 81: #line 759 "soapcpp2_yacc.y" { ;} break; case 82: #line 760 "soapcpp2_yacc.y" { ;} break; case 83: #line 762 "soapcpp2_yacc.y" { ;} break; case 84: #line 763 "soapcpp2_yacc.y" { ;} break; case 85: #line 764 "soapcpp2_yacc.y" { sprintf(errbuf, "undefined '%s'", (yyvsp[(2) - (2)].sym)->name); synerror(errbuf); ;} break; case 86: #line 768 "soapcpp2_yacc.y" { synerror("formal argument expected"); yyerrok; ;} break; case 87: #line 774 "soapcpp2_yacc.y" { if ((yyvsp[(4) - (6)].rec).sto & Stypedef) semwarn("typedef in function argument"); p = enter(sp->table, (yyvsp[(3) - (6)].sym)); p->info.typ = (yyvsp[(4) - (6)].rec).typ; p->info.sto = (yyvsp[(4) - (6)].rec).sto; if ((yyvsp[(5) - (6)].rec).minOccurs < 0) { if ((yyvsp[(6) - (6)].rec).hasval || ((yyvsp[(4) - (6)].rec).sto & Sattribute) || (yyvsp[(4) - (6)].rec).typ->type == Tpointer) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = (yyvsp[(5) - (6)].rec).minOccurs; } p->info.maxOccurs = (yyvsp[(5) - (6)].rec).maxOccurs; if ((yyvsp[(6) - (6)].rec).hasval) { p->info.hasval = True; switch ((yyvsp[(4) - (6)].rec).typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tenum: case Tenumsc: case Ttime: if ((yyvsp[(6) - (6)].rec).typ->type == Tint || (yyvsp[(6) - (6)].rec).typ->type == Tchar || (yyvsp[(6) - (6)].rec).typ->type == Tenum || (yyvsp[(6) - (6)].rec).typ->type == Tenumsc) { sp->val = p->info.val.i = (yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ((yyvsp[(6) - (6)].rec).typ->type == Tfloat || (yyvsp[(6) - (6)].rec).typ->type == Tdouble || (yyvsp[(6) - (6)].rec).typ->type == Tldouble) { p->info.val.r = (yyvsp[(6) - (6)].rec).val.r; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (yyvsp[(6) - (6)].rec).val.r)) semerror("initialization constant outside value range"); } else if ((yyvsp[(6) - (6)].rec).typ->type == Tint) { p->info.val.r = (double)(yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ((yyvsp[(4) - (6)].rec).typ->type == Tpointer && (((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->type == Tchar || ((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->type == Twchar) && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if (((yyvsp[(4) - (6)].rec).typ->type == Tpointer || is_smart((yyvsp[(4) - (6)].rec).typ)) && (((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->id == lookup("std::string") || ((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(4) - (6)].rec).typ->id == lookup("std::string") || (yyvsp[(4) - (6)].rec).typ->id == lookup("std::wstring")) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(4) - (6)].rec).typ->type == Tpointer && (yyvsp[(6) - (6)].rec).typ->type == Tint && (yyvsp[(6) - (6)].rec).val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } p->info.offset = sp->offset; if ((yyvsp[(4) - (6)].rec).sto & Sextern) p->level = GLOBAL; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; ;} break; case 88: #line 901 "soapcpp2_yacc.y" { if (sp->table->level != PARAM) (yyval.sym) = gensymidx("param", (int)++sp->val); else if (eflag) (yyval.sym) = gensymidx("_param", (int)++sp->val); else (yyval.sym) = gensym("_param"); ;} break; case 89: #line 909 "soapcpp2_yacc.y" { if (soap_version == 2 && *(yyvsp[(1) - (1)].sym)->name == '_' && sp->table->level == GLOBAL) { sprintf(errbuf, "SOAP 1.2 does not support anonymous parameters '%s'", (yyvsp[(1) - (1)].sym)->name); semwarn(errbuf); } (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 90: #line 927 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 91: #line 929 "soapcpp2_yacc.y" { (yyval.rec).typ = mkmethod(tmp.typ, sp->table); transient &= ~1; exitscope(); ;} break; case 92: #line 936 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(3) - (3)].rec); ;} break; case 93: #line 938 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(4) - (4)].rec); ;} break; case 94: #line 940 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).sto = Snone; sp->node = (yyval.rec); ;} break; case 95: #line 945 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).sto = (Storage)((int)(yyvsp[(1) - (2)].sto) | (int)(yyvsp[(2) - (2)].rec).sto); if (((yyval.rec).sto & Sattribute)) { if (is_smart((yyvsp[(2) - (2)].rec).typ)) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute smart pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ( !is_primitive_or_string((yyvsp[(2) - (2)].rec).typ) && !is_stdstr((yyvsp[(2) - (2)].rec).typ) && !is_binary((yyvsp[(2) - (2)].rec).typ) && !is_external((yyvsp[(2) - (2)].rec).typ)) { semwarn("invalid attribute @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } sp->node = (yyval.rec); if ((yyvsp[(1) - (2)].sto) & Sextern) transient = 0; ;} break; case 96: #line 986 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].typ)->type == Tint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tshort: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tllong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; default: semwarn("invalid int type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tuint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = mkuchar(); break; case Tshort: (yyval.rec).typ = mkushort(); break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkulong(); break; case Tllong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tlong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkllong(); break; case Tuint: (yyval.rec).typ = mkulong(); break; case Tulong: (yyval.rec).typ = mkullong(); break; case Tdouble: (yyval.rec).typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tulong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkullong(); break; case Tuint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tulong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(2) - (2)].rec).typ->type == Tint) (yyval.rec).typ = (yyvsp[(1) - (2)].typ); else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); (yyval.rec).sto = (yyvsp[(2) - (2)].rec).sto; sp->node = (yyval.rec); ;} break; case 97: #line 1038 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).sto = (yyvsp[(1) - (1)].sto); sp->node = (yyval.rec); if ((yyvsp[(1) - (1)].sto) & Sextern) transient = 0; ;} break; case 98: #line 1045 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(1) - (1)].typ); (yyval.rec).sto = Snone; sp->node = (yyval.rec); ;} break; case 99: #line 1050 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).sto = (Storage)((int)(yyvsp[(1) - (2)].sto) | (int)(yyvsp[(2) - (2)].rec).sto); if (((yyval.rec).sto & Sattribute)) { if (is_smart((yyvsp[(2) - (2)].rec).typ)) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute smart pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ( !is_primitive_or_string((yyvsp[(2) - (2)].rec).typ) && !is_stdstr((yyvsp[(2) - (2)].rec).typ) && !is_binary((yyvsp[(2) - (2)].rec).typ) && !is_external((yyvsp[(2) - (2)].rec).typ)) { semwarn("invalid attribute @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } sp->node = (yyval.rec); if ((yyvsp[(1) - (2)].sto) & Sextern) transient = 0; ;} break; case 100: #line 1091 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].typ)->type == Tint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tshort: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tllong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; default: semwarn("invalid int type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tuint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = mkuchar(); break; case Tshort: (yyval.rec).typ = mkushort(); break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkulong(); break; case Tllong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tlong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkllong(); break; case Tuint: (yyval.rec).typ = mkulong(); break; case Tulong: (yyval.rec).typ = mkullong(); break; case Tdouble: (yyval.rec).typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tulong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkullong(); break; case Tuint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tulong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(2) - (2)].rec).typ->type == Tint) (yyval.rec).typ = (yyvsp[(1) - (2)].typ); else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); (yyval.rec).sto = (yyvsp[(2) - (2)].rec).sto; sp->node = (yyval.rec); ;} break; case 101: #line 1143 "soapcpp2_yacc.y" { (yyval.typ) = mkvoid(); ;} break; case 102: #line 1144 "soapcpp2_yacc.y" { (yyval.typ) = mkbool(); ;} break; case 103: #line 1145 "soapcpp2_yacc.y" { (yyval.typ) = mkchar(); ;} break; case 104: #line 1146 "soapcpp2_yacc.y" { (yyval.typ) = mkwchart(); ;} break; case 105: #line 1147 "soapcpp2_yacc.y" { (yyval.typ) = mkshort(); ;} break; case 106: #line 1148 "soapcpp2_yacc.y" { (yyval.typ) = mkint(); ;} break; case 107: #line 1149 "soapcpp2_yacc.y" { (yyval.typ) = mklong(); ;} break; case 108: #line 1150 "soapcpp2_yacc.y" { (yyval.typ) = mkllong(); ;} break; case 109: #line 1151 "soapcpp2_yacc.y" { (yyval.typ) = mkullong(); ;} break; case 110: #line 1152 "soapcpp2_yacc.y" { (yyval.typ) = mksize(); ;} break; case 111: #line 1153 "soapcpp2_yacc.y" { (yyval.typ) = mkfloat(); ;} break; case 112: #line 1154 "soapcpp2_yacc.y" { (yyval.typ) = mkdouble(); ;} break; case 113: #line 1155 "soapcpp2_yacc.y" { (yyval.typ) = mkint(); ;} break; case 114: #line 1156 "soapcpp2_yacc.y" { (yyval.typ) = mkuint(); ;} break; case 115: #line 1157 "soapcpp2_yacc.y" { (yyval.typ) = mkuchar(); ;} break; case 116: #line 1158 "soapcpp2_yacc.y" { (yyval.typ) = mkushort(); ;} break; case 117: #line 1159 "soapcpp2_yacc.y" { (yyval.typ) = mkuint(); ;} break; case 118: #line 1160 "soapcpp2_yacc.y" { (yyval.typ) = mkulong(); ;} break; case 119: #line 1161 "soapcpp2_yacc.y" { (yyval.typ) = mktimet(); ;} break; case 120: #line 1163 "soapcpp2_yacc.y" { if (!(p = entry(templatetable, (yyvsp[(7) - (7)].sym)))) { p = enter(templatetable, (yyvsp[(7) - (7)].sym)); p->info.typ = mktemplate(NULL, (yyvsp[(7) - (7)].sym)); (yyvsp[(7) - (7)].sym)->token = TYPE; } (yyval.typ) = p->info.typ; ;} break; case 121: #line 1173 "soapcpp2_yacc.y" { sym = gensym("_Struct"); sprintf(errbuf, "anonymous class will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tclass) { sprintf(errbuf, "class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(classtable, sym); p->info.typ = mkclass(NULL, 0); } sym->token = TYPE; sp->table->sym = sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 122: #line 1199 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(1) - (5)].e)->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in class '%s' declared at line %d", (yyvsp[(1) - (5)].e)->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, (yyvsp[(1) - (5)].e)->sym); sp->table->sym = p->sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; if (p->info.typ->base) sp->table->prev = (Table*)entry(classtable, p->info.typ->base)->info.typ->ref; } (yyval.typ) = p->info.typ; exitscope(); ;} break; case 123: #line 1226 "soapcpp2_yacc.y" { p = reenter(classtable, (yyvsp[(1) - (7)].e)->sym); sp->table->sym = p->sym; if (!(yyvsp[(3) - (7)].e)) { semerror("invalid base class"); } else { sp->table->prev = (Table*)(yyvsp[(3) - (7)].e)->info.typ->ref; if (!sp->table->prev && !(yyvsp[(3) - (7)].e)->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", (yyvsp[(3) - (7)].e)->sym->name, (yyvsp[(3) - (7)].e)->sym->name); semerror(errbuf); } p->info.typ->base = (yyvsp[(3) - (7)].e)->info.typ->id; } p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 124: #line 1249 "soapcpp2_yacc.y" { (yyvsp[(1) - (1)].e)->info.typ->id = (yyvsp[(1) - (1)].e)->sym; (yyval.typ) = (yyvsp[(1) - (1)].e)->info.typ; ;} break; case 125: #line 1254 "soapcpp2_yacc.y" { if (!(yyvsp[(3) - (3)].e)) { semerror("invalid base class"); } else { if (!(yyvsp[(3) - (3)].e)->info.typ->ref && !(yyvsp[(3) - (3)].e)->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", (yyvsp[(3) - (3)].e)->sym->name, (yyvsp[(3) - (3)].e)->sym->name); semerror(errbuf); } (yyvsp[(1) - (3)].e)->info.typ->base = (yyvsp[(3) - (3)].e)->info.typ->id; } (yyvsp[(1) - (3)].e)->info.typ->id = (yyvsp[(1) - (3)].e)->sym; (yyval.typ) = (yyvsp[(1) - (3)].e)->info.typ; ;} break; case 126: #line 1272 "soapcpp2_yacc.y" { sym = gensym("_Struct"); sprintf(errbuf, "anonymous struct will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tstruct) { sprintf(errbuf, "struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 127: #line 1299 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(1) - (5)].e)->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in struct '%s' declared at line %d", (yyvsp[(1) - (5)].e)->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, (yyvsp[(1) - (5)].e)->sym); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; } (yyval.typ) = p->info.typ; exitscope(); ;} break; case 128: #line 1322 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type == Tstruct) { (yyval.typ) = p->info.typ; } else { sprintf(errbuf, "'struct %s' redeclaration (line %d)", (yyvsp[(2) - (2)].sym)->name, p->lineno); semerror(errbuf); (yyval.typ) = mkint(); } } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkstruct(NULL, 0); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 129: #line 1344 "soapcpp2_yacc.y" { sym = gensym("_Union"); sprintf(errbuf, "anonymous union will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "union or struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 130: #line 1371 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (6)].sym)))) { if (p->info.typ->ref || p->info.typ->type != Tunion) { sprintf(errbuf, "union '%s' already declared at %s:%d", (yyvsp[(2) - (6)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p = reenter(classtable, (yyvsp[(2) - (6)].sym)); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, (yyvsp[(2) - (6)].sym)); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = (yyvsp[(2) - (6)].sym); (yyval.typ) = p->info.typ; exitscope(); ;} break; case 131: #line 1395 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type == Tunion) { (yyval.typ) = p->info.typ; } else { sprintf(errbuf, "'union %s' redeclaration (line %d)", (yyvsp[(2) - (2)].sym)->name, p->lineno); semerror(errbuf); (yyval.typ) = mkint(); } } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkunion(NULL, 0); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 132: #line 1417 "soapcpp2_yacc.y" { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 4; /* 4 = enum */ } } else { p = enter(enumtable, sym); p->info.typ = mkenum(sp->table); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 133: #line 1444 "soapcpp2_yacc.y" { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } else { p = enter(enumtable, sym); p->info.typ = mkmask(sp->table); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 134: #line 1471 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 135: #line 1480 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 136: #line 1489 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 137: #line 1503 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 138: #line 1516 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type != Tenum) { sprintf(errbuf, "'enum %s' used where enum class is expected", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } (yyval.typ) = p->info.typ; } else { p = enter(enumtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkenum(NULL); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 139: #line 1533 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type != Tenumsc) { sprintf(errbuf, "'enum class %s' used where enum is expected", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } (yyval.typ) = p->info.typ; } else { p = enter(enumtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkenumsc(NULL); p->info.typ->id = (yyvsp[(2) - (2)].sym); (yyvsp[(2) - (2)].sym)->token = TYPE; } ;} break; case 140: #line 1551 "soapcpp2_yacc.y" { if ((p = entry(typetable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((p = entry(classtable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((p = entry(enumtable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((yyvsp[(1) - (1)].sym) == lookup("std::string") || (yyvsp[(1) - (1)].sym) == lookup("std::wstring")) { p = enter(classtable, (yyvsp[(1) - (1)].sym)); (yyval.typ) = p->info.typ = mkclass(NULL, 8); p->info.typ->id = (yyvsp[(1) - (1)].sym); if (cflag) p->info.typ->transient = 1; /* make std::string transient in C */ else p->info.typ->transient = -2; /* otherwise volatile in C++ */ } else { sprintf(errbuf, "unknown type '%s'", (yyvsp[(1) - (1)].sym)->name); semerror(errbuf); (yyval.typ) = mkint(); } ;} break; case 141: #line 1582 "soapcpp2_yacc.y" { if ((p = entry(templatetable, (yyvsp[(1) - (4)].sym)))) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); if (p->info.typ->transient) (yyval.typ)->transient = p->info.typ->transient; } else if ((yyvsp[(1) - (4)].sym) == lookup("std::deque")) { semwarn("To use std::deque, please also add #import \"import/stldeque.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::list")) { semwarn("To use std::list, please also add #import \"import/stllist.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::vector")) { semwarn("To use std::vector, please also add #import \"import/stlvector.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::set")) { semwarn("To use std::set, please also add #import \"import/stlset.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::queue")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::stack")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::shared_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::unique_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::auto_ptr")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = -2; /* volatile indicates smart pointer template */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::weak_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::function")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else { semerror("undefined template"); (yyval.typ) = mkint(); } ;} break; case 142: #line 1639 "soapcpp2_yacc.y" { sprintf(errbuf, "undeclared '%s'", (yyvsp[(2) - (3)].sym)->name); synerror(errbuf); (yyval.typ) = mkint(); ;} break; case 143: #line 1644 "soapcpp2_yacc.y" { sprintf(errbuf, "perhaps trying to use a template with an undefined type parameter '%s'?", (yyvsp[(2) - (3)].sym)->name); synerror(errbuf); (yyval.typ) = mkint(); ;} break; case 144: #line 1649 "soapcpp2_yacc.y" { synerror("perhaps trying to use an undefined template or template with a non-type template parameter? Declare 'template class name'"); (yyval.typ) = mkint(); ;} break; case 145: #line 1654 "soapcpp2_yacc.y" { synerror("malformed class definition (use spacing around ':' to separate derived : base)"); yyerrok; (yyval.typ) = mkint(); ;} break; case 146: #line 1660 "soapcpp2_yacc.y" { synerror("malformed struct definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 147: #line 1666 "soapcpp2_yacc.y" { synerror("malformed union definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 148: #line 1672 "soapcpp2_yacc.y" { synerror("malformed enum definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 149: #line 1678 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "struct '%s' already declared at %s:%d", (yyvsp[(2) - (2)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, (yyvsp[(2) - (2)].sym)); } p->info.typ->transient = transient; } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); p->info.typ = mkstruct(NULL, 0); } (yyval.e) = p; ;} break; case 150: #line 1703 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "class '%s' already declared at %s:%d (redundant 'class' specifier here?)", (yyvsp[(2) - (2)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, (yyvsp[(2) - (2)].sym)); } p->info.typ->transient = transient; } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); p->info.typ = mkclass(NULL, 0); p->info.typ->id = p->sym; } (yyvsp[(2) - (2)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 151: #line 1730 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (3)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(2) - (3)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, (yyvsp[(2) - (3)].sym)); p->info.typ = mkenum(0); } p->info.typ->width = (int)(yyvsp[(3) - (3)].i); (yyval.e) = p; ;} break; case 152: #line 1748 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (3)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(2) - (3)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, (yyvsp[(2) - (3)].sym)); p->info.typ = mkenumsc(0); } p->info.typ->width = (int)(yyvsp[(3) - (3)].i); (yyvsp[(2) - (3)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 153: #line 1768 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(3) - (4)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(3) - (4)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmask(0); } } else { p = enter(enumtable, (yyvsp[(3) - (4)].sym)); p->info.typ = mkmask(0); } (yyval.e) = p; ;} break; case 154: #line 1790 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(3) - (4)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(3) - (4)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmasksc(0); } } else { p = enter(enumtable, (yyvsp[(3) - (4)].sym)); p->info.typ = mkmasksc(0); } (yyvsp[(3) - (4)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 155: #line 1812 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(2) - (2)].sym); if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); ;} break; case 156: #line 1817 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(2) - (2)].sym); if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); ;} break; case 157: #line 1823 "soapcpp2_yacc.y" { (yyval.i) = 1; ;} break; case 158: #line 1824 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 159: #line 1825 "soapcpp2_yacc.y" { (yyval.i) = 2; ;} break; case 160: #line 1826 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 161: #line 1827 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 162: #line 1828 "soapcpp2_yacc.y" { (yyval.i) = 8; ;} break; case 163: #line 1829 "soapcpp2_yacc.y" { (yyval.i) = 4; p = entry(typetable, (yyvsp[(2) - (2)].sym)); if (!p) p = entry(enumtable, (yyvsp[(2) - (2)].sym)); if (!p) semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); else (yyval.i) = p->info.typ->width; ;} break; case 164: #line 1839 "soapcpp2_yacc.y" { semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); (yyval.i) = 4; ;} break; case 165: #line 1843 "soapcpp2_yacc.y" { (yyval.i) = 4; /* 4 = enum */ ;} break; case 166: #line 1845 "soapcpp2_yacc.y" { ;} break; case 167: #line 1846 "soapcpp2_yacc.y" { ;} break; case 168: #line 1848 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 169: #line 1849 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 170: #line 1850 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 171: #line 1851 "soapcpp2_yacc.y" { (yyval.e) = entry(classtable, (yyvsp[(1) - (1)].sym)); if (!(yyval.e)) { p = entry(typetable, (yyvsp[(1) - (1)].sym)); if (p && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct)) (yyval.e) = p; } ;} break; case 172: #line 1860 "soapcpp2_yacc.y" { (yyval.e) = entry(classtable, (yyvsp[(2) - (2)].sym)); ;} break; case 173: #line 1862 "soapcpp2_yacc.y" { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; ;} break; case 174: #line 1870 "soapcpp2_yacc.y" { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->grow = False; ;} break; case 175: #line 1879 "soapcpp2_yacc.y" { enterscope(mktable(NULL), 0); sp->entry = NULL; sp->mask = True; sp->val = 1; ;} break; case 176: #line 1886 "soapcpp2_yacc.y" { ;} break; case 177: #line 1887 "soapcpp2_yacc.y" { ;} break; case 178: #line 1889 "soapcpp2_yacc.y" { if (sp->table->level == INTERNAL) transient |= 1; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->table->level = PARAM; ;} break; case 179: #line 1898 "soapcpp2_yacc.y" { (yyval.sto) = Sauto; ;} break; case 180: #line 1899 "soapcpp2_yacc.y" { (yyval.sto) = Sregister; ;} break; case 181: #line 1900 "soapcpp2_yacc.y" { (yyval.sto) = Sstatic; ;} break; case 182: #line 1901 "soapcpp2_yacc.y" { (yyval.sto) = Sexplicit; ;} break; case 183: #line 1902 "soapcpp2_yacc.y" { (yyval.sto) = Sextern; transient = 1; ;} break; case 184: #line 1903 "soapcpp2_yacc.y" { (yyval.sto) = Stypedef; ;} break; case 185: #line 1904 "soapcpp2_yacc.y" { (yyval.sto) = Svirtual; ;} break; case 186: #line 1905 "soapcpp2_yacc.y" { (yyval.sto) = Sconst; ;} break; case 187: #line 1906 "soapcpp2_yacc.y" { (yyval.sto) = Sfinal; ;} break; case 188: #line 1907 "soapcpp2_yacc.y" { (yyval.sto) = Soverride; ;} break; case 189: #line 1908 "soapcpp2_yacc.y" { (yyval.sto) = Sfriend; ;} break; case 190: #line 1909 "soapcpp2_yacc.y" { (yyval.sto) = Sinline; ;} break; case 191: #line 1910 "soapcpp2_yacc.y" { (yyval.sto) = SmustUnderstand; ;} break; case 192: #line 1911 "soapcpp2_yacc.y" { (yyval.sto) = Sreturn; ;} break; case 193: #line 1912 "soapcpp2_yacc.y" { (yyval.sto) = Sattribute; if (eflag) semwarn("SOAP RPC encoding does not support XML attributes"); ;} break; case 194: #line 1917 "soapcpp2_yacc.y" { (yyval.sto) = Sspecial; ;} break; case 195: #line 1918 "soapcpp2_yacc.y" { (yyval.sto) = Sextern; transient = -2; ;} break; case 196: #line 1919 "soapcpp2_yacc.y" { (yyval.sto) = Smutable; transient = -4; ;} break; case 197: #line 1921 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 198: #line 1922 "soapcpp2_yacc.y" { (yyval.sto) |= Sconstobj; ;} break; case 199: #line 1923 "soapcpp2_yacc.y" { (yyval.sto) |= Sfinal; ;} break; case 200: #line 1924 "soapcpp2_yacc.y" { (yyval.sto) |= Soverride; ;} break; case 201: #line 1926 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 202: #line 1927 "soapcpp2_yacc.y" { (yyval.sto) = Sabstract; ;} break; case 203: #line 1929 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 204: #line 1930 "soapcpp2_yacc.y" { (yyval.sto) = Svirtual; ;} break; case 205: #line 1932 "soapcpp2_yacc.y" { (yyval.rec) = tmp = sp->node; ;} break; case 206: #line 1933 "soapcpp2_yacc.y" { /* handle const pointers, such as const char* */ if ((tmp.sto & Sconst)) tmp.sto = (Storage)(((int)tmp.sto & ~Sconst) | Sconstptr); tmp.typ = mkpointer(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 207: #line 1941 "soapcpp2_yacc.y" { tmp.typ = mkreference(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 208: #line 1946 "soapcpp2_yacc.y" { tmp.typ = mkrvalueref(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 209: #line 1952 "soapcpp2_yacc.y" { (yyval.rec) = tmp; ;} break; case 210: #line 1954 "soapcpp2_yacc.y" { if (!bflag && (yyvsp[(4) - (4)].rec).typ->type == Tchar) { sprintf(errbuf, "char[" SOAP_LONG_FORMAT "] will be serialized as an array of " SOAP_LONG_FORMAT " bytes: use soapcpp2 option -b to enable char[] string serialization or use char* for strings", (yyvsp[(2) - (4)].rec).val.i, (yyvsp[(2) - (4)].rec).val.i); semwarn(errbuf); } if ((yyvsp[(2) - (4)].rec).hasval && (yyvsp[(2) - (4)].rec).typ->type == Tint && (yyvsp[(2) - (4)].rec).val.i > 0 && (yyvsp[(4) - (4)].rec).typ->width > 0) { (yyval.rec).typ = mkarray((yyvsp[(4) - (4)].rec).typ, (int) (yyvsp[(2) - (4)].rec).val.i * (yyvsp[(4) - (4)].rec).typ->width); } else { (yyval.rec).typ = mkarray((yyvsp[(4) - (4)].rec).typ, 0); semerror("undetermined array size"); } (yyval.rec).sto = (yyvsp[(4) - (4)].rec).sto; ;} break; case 211: #line 1971 "soapcpp2_yacc.y" { (yyval.rec).typ = mkpointer((yyvsp[(3) - (3)].rec).typ); /* zero size array = pointer */ (yyval.rec).sto = (yyvsp[(3) - (3)].rec).sto; ;} break; case 212: #line 1976 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (1)].rec).typ->type == Tstruct || (yyvsp[(1) - (1)].rec).typ->type == Tclass) { if (!(yyvsp[(1) - (1)].rec).typ->ref && !(yyvsp[(1) - (1)].rec).typ->transient && !((yyvsp[(1) - (1)].rec).sto & Stypedef)) { if ((yyvsp[(1) - (1)].rec).typ->type == Tstruct) sprintf(errbuf, "struct '%s' has incomplete type (if this struct is not serializable then declare 'extern struct %s)", (yyvsp[(1) - (1)].rec).typ->id->name, (yyvsp[(1) - (1)].rec).typ->id->name); else sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)", (yyvsp[(1) - (1)].rec).typ->id->name, (yyvsp[(1) - (1)].rec).typ->id->name); semerror(errbuf); } } (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 213: #line 1991 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 214: #line 1992 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (3)].rec).hasval) { (yyval.rec).typ = (yyvsp[(2) - (3)].rec).typ; (yyval.rec).hasval = True; (yyval.rec).val = (yyvsp[(2) - (3)].rec).val; } else { (yyval.rec).hasval = False; semerror("initialization expression not constant"); } ;} break; case 215: #line 2006 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; ;} break; case 216: #line 2007 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = True; (yyval.rec).val = (yyvsp[(2) - (2)].rec).val; } else { (yyval.rec).hasval = False; semerror("initialization expression not constant"); } ;} break; case 217: #line 2021 "soapcpp2_yacc.y" { (yyval.s) = NULL; ;} break; case 218: #line 2022 "soapcpp2_yacc.y" { (yyval.s) = (yyvsp[(1) - (1)].s); ;} break; case 219: #line 2024 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 220: #line 2035 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (1)].i); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 221: #line 2048 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (2)].i); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 222: #line 2061 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (3)].i); (yyval.rec).maxOccurs = (yyvsp[(3) - (3)].i); if ((yyval.rec).minOccurs < 0 || (yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } else if ((yyval.rec).minOccurs > (yyval.rec).maxOccurs) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 223: #line 2082 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = (yyvsp[(2) - (2)].i); if ((yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 224: #line 2099 "soapcpp2_yacc.y" { (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = (yyvsp[(1) - (1)].s); ;} break; case 225: #line 2111 "soapcpp2_yacc.y" { (yyval.rec).hasmin = True; (yyval.rec).hasmax = False; (yyval.rec).incmin = (yyvsp[(3) - (3)].rec).incmin; (yyval.rec).incmax = (yyvsp[(3) - (3)].rec).incmax; (yyval.rec).minOccurs = (LONG64)(yyvsp[(2) - (3)].r); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).min = (yyvsp[(2) - (3)].r); (yyval.rec).max = 0.0; (yyval.rec).pattern = (yyvsp[(1) - (3)].s); ;} break; case 226: #line 2125 "soapcpp2_yacc.y" { (yyval.rec).hasmin = True; (yyval.rec).hasmax = True; (yyval.rec).incmin = (yyvsp[(3) - (4)].rec).incmin; (yyval.rec).incmax = (yyvsp[(3) - (4)].rec).incmax; (yyval.rec).minOccurs = (LONG64)(yyvsp[(2) - (4)].r); (yyval.rec).maxOccurs = (LONG64)(yyvsp[(4) - (4)].r); if ((yyval.rec).minOccurs < 0 || (yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } else if ((yyval.rec).minOccurs > (yyval.rec).maxOccurs) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).min = (yyvsp[(2) - (4)].r); (yyval.rec).max = (yyvsp[(4) - (4)].r); (yyval.rec).pattern = (yyvsp[(1) - (4)].s); ;} break; case 227: #line 2146 "soapcpp2_yacc.y" { (yyval.rec).hasmin = False; (yyval.rec).hasmax = True; (yyval.rec).incmin = (yyvsp[(2) - (3)].rec).incmin; (yyval.rec).incmax = (yyvsp[(2) - (3)].rec).incmax; (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = (LONG64)(yyvsp[(3) - (3)].r); if ((yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).min = 0.0; (yyval.rec).max = (yyvsp[(3) - (3)].r); (yyval.rec).pattern = (yyvsp[(1) - (3)].s); ;} break; case 228: #line 2163 "soapcpp2_yacc.y" { (yyval.s) = NULL; ;} break; case 229: #line 2164 "soapcpp2_yacc.y" { (yyval.s) = (yyvsp[(1) - (1)].s); ;} break; case 230: #line 2166 "soapcpp2_yacc.y" { (yyval.r) = (yyvsp[(1) - (1)].r); ;} break; case 231: #line 2167 "soapcpp2_yacc.y" { (yyval.r) = (double)(yyvsp[(1) - (1)].i); ;} break; case 232: #line 2168 "soapcpp2_yacc.y" { (yyval.r) = (double)(yyvsp[(1) - (1)].c); ;} break; case 233: #line 2169 "soapcpp2_yacc.y" { (yyval.r) = +(yyvsp[(2) - (2)].r); ;} break; case 234: #line 2170 "soapcpp2_yacc.y" { (yyval.r) = -(yyvsp[(2) - (2)].r); ;} break; case 235: #line 2172 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 236: #line 2173 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 237: #line 2174 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 238: #line 2175 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 239: #line 2177 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 240: #line 2178 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 241: #line 2179 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 242: #line 2180 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = False; ;} break; case 243: #line 2181 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = False; ;} break; case 244: #line 2183 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 245: #line 2184 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 246: #line 2185 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 247: #line 2194 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(3) - (3)].rec); ;} break; case 248: #line 2195 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 249: #line 2199 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(3) - (5)].rec).typ; (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 251: #line 2207 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 252: #line 2210 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; (yyval.rec).typ = mkint(); ;} break; case 253: #line 2214 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 254: #line 2216 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 255: #line 2219 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; (yyval.rec).typ = mkint(); ;} break; case 256: #line 2222 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 257: #line 2224 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 258: #line 2227 "soapcpp2_yacc.y" { (yyval.rec) = iop("|", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 259: #line 2228 "soapcpp2_yacc.y" { (yyval.rec) = iop("^", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 260: #line 2229 "soapcpp2_yacc.y" { (yyval.rec) = iop("&", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 261: #line 2230 "soapcpp2_yacc.y" { (yyval.rec) = relop("==", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 262: #line 2231 "soapcpp2_yacc.y" { (yyval.rec) = relop("!=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 263: #line 2232 "soapcpp2_yacc.y" { (yyval.rec) = relop("<", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 264: #line 2233 "soapcpp2_yacc.y" { (yyval.rec) = relop("<=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 265: #line 2234 "soapcpp2_yacc.y" { (yyval.rec) = relop(">", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 266: #line 2235 "soapcpp2_yacc.y" { (yyval.rec) = relop(">=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 267: #line 2236 "soapcpp2_yacc.y" { (yyval.rec) = iop("<<", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 268: #line 2237 "soapcpp2_yacc.y" { (yyval.rec) = iop(">>", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 269: #line 2238 "soapcpp2_yacc.y" { (yyval.rec) = op("+", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 270: #line 2239 "soapcpp2_yacc.y" { (yyval.rec) = op("-", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 271: #line 2240 "soapcpp2_yacc.y" { (yyval.rec) = op("*", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 272: #line 2241 "soapcpp2_yacc.y" { (yyval.rec) = op("/", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 273: #line 2242 "soapcpp2_yacc.y" { (yyval.rec) = iop("%", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 274: #line 2243 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 275: #line 2246 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) (yyval.rec).val.i = !(yyvsp[(2) - (2)].rec).val.i; (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 276: #line 2252 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) (yyval.rec).val.i = ~(yyvsp[(2) - (2)].rec).val.i; (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 277: #line 2258 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) { if (integer((yyvsp[(2) - (2)].rec).typ)) (yyval.rec).val.i = -(yyvsp[(2) - (2)].rec).val.i; else if (real((yyvsp[(2) - (2)].rec).typ)) (yyval.rec).val.r = -(yyvsp[(2) - (2)].rec).val.r; else typerror("string?"); } (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 278: #line 2271 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(2) - (2)].rec); ;} break; case 279: #line 2272 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) (yyval.rec).typ = (Tnode*)(yyvsp[(2) - (2)].rec).typ->ref; else typerror("dereference of non-pointer type"); (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 280: #line 2280 "soapcpp2_yacc.y" { (yyval.rec).typ = mkpointer((yyvsp[(2) - (2)].rec).typ); (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 281: #line 2286 "soapcpp2_yacc.y" { (yyval.rec).hasval = True; (yyval.rec).typ = mkint(); (yyval.rec).val.i = (yyvsp[(3) - (4)].rec).typ->width; ;} break; case 282: #line 2291 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 283: #line 2294 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(2) - (3)].rec); ;} break; case 284: #line 2295 "soapcpp2_yacc.y" { if (!(p = enumentry((yyvsp[(1) - (1)].sym)))) p = undefined((yyvsp[(1) - (1)].sym)); else (yyval.rec).hasval = True; (yyval.rec).typ = p->info.typ; (yyval.rec).val = p->info.val; ;} break; case 285: #line 2303 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).hasval = True; (yyval.rec).val.i = (yyvsp[(1) - (1)].i); ;} break; case 286: #line 2308 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).hasval = True; (yyval.rec).val.i = 0; ;} break; case 287: #line 2313 "soapcpp2_yacc.y" { (yyval.rec).typ = mkfloat(); (yyval.rec).hasval = True; (yyval.rec).val.r = (yyvsp[(1) - (1)].r); ;} break; case 288: #line 2318 "soapcpp2_yacc.y" { (yyval.rec).typ = mkchar(); (yyval.rec).hasval = True; (yyval.rec).val.i = (yyvsp[(1) - (1)].c); ;} break; case 289: #line 2323 "soapcpp2_yacc.y" { (yyval.rec).typ = mkstring(); (yyval.rec).hasval = True; (yyval.rec).val.s = (yyvsp[(1) - (1)].s); ;} break; case 290: #line 2328 "soapcpp2_yacc.y" { (yyval.rec).typ = mkbool(); (yyval.rec).hasval = True; (yyval.rec).val.i = 0; ;} break; case 291: #line 2333 "soapcpp2_yacc.y" { (yyval.rec).typ = mkbool(); (yyval.rec).hasval = True; (yyval.rec).val.i = 1; ;} break; /* Line 1267 of yacc.c. */ #line 5460 "soapcpp2_yacc.tab.c" default: break; } YY_SYMBOL_PRINT ("-> $$ =", yyr1[yyn], &yyval, &yyloc); YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); *++yyvsp = yyval; /* Now `shift' the result of the reduction. Determine what state that goes to, based on the state we popped back to and the rule number reduced by. */ yyn = yyr1[yyn]; yystate = yypgoto[yyn - YYNTOKENS] + *yyssp; if (0 <= yystate && yystate <= YYLAST && yycheck[yystate] == *yyssp) yystate = yytable[yystate]; else yystate = yydefgoto[yyn - YYNTOKENS]; goto yynewstate; /*------------------------------------. | yyerrlab -- here on detecting error | `------------------------------------*/ yyerrlab: /* If not already recovering from an error, report this error. */ if (!yyerrstatus) { ++yynerrs; #if ! YYERROR_VERBOSE yyerror (YY_("syntax error")); #else { YYSIZE_T yysize = yysyntax_error (0, yystate, yychar); if (yymsg_alloc < yysize && yymsg_alloc < YYSTACK_ALLOC_MAXIMUM) { YYSIZE_T yyalloc = 2 * yysize; if (! (yysize <= yyalloc && yyalloc <= YYSTACK_ALLOC_MAXIMUM)) yyalloc = YYSTACK_ALLOC_MAXIMUM; if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); yymsg = (char *) YYSTACK_ALLOC (yyalloc); if (yymsg) yymsg_alloc = yyalloc; else { yymsg = yymsgbuf; yymsg_alloc = sizeof yymsgbuf; } } if (0 < yysize && yysize <= yymsg_alloc) { (void) yysyntax_error (yymsg, yystate, yychar); yyerror (yymsg); } else { yyerror (YY_("syntax error")); if (yysize != 0) goto yyexhaustedlab; } } #endif } if (yyerrstatus == 3) { /* If just tried and failed to reuse look-ahead token after an error, discard it. */ if (yychar <= YYEOF) { /* Return failure if at end of input. */ if (yychar == YYEOF) YYABORT; } else { yydestruct ("Error: discarding", yytoken, &yylval); yychar = YYEMPTY; } } /* Else will try to reuse look-ahead token after shifting the error token. */ goto yyerrlab1; /*---------------------------------------------------. | yyerrorlab -- error raised explicitly by YYERROR. | `---------------------------------------------------*/ yyerrorlab: /* Pacify compilers like GCC when the user code never invokes YYERROR and the label yyerrorlab therefore never appears in user code. */ if (/*CONSTCOND*/ 0) goto yyerrorlab; /* Do not reclaim the symbols of the rule which action triggered this YYERROR. */ YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); yystate = *yyssp; goto yyerrlab1; /*-------------------------------------------------------------. | yyerrlab1 -- common code for both syntax error and YYERROR. | `-------------------------------------------------------------*/ yyerrlab1: yyerrstatus = 3; /* Each real token shifted decrements this. */ for (;;) { yyn = yypact[yystate]; if (yyn != YYPACT_NINF) { yyn += YYTERROR; if (0 <= yyn && yyn <= YYLAST && yycheck[yyn] == YYTERROR) { yyn = yytable[yyn]; if (0 < yyn) break; } } /* Pop the current state because it cannot handle the error token. */ if (yyssp == yyss) YYABORT; yydestruct ("Error: popping", yystos[yystate], yyvsp); YYPOPSTACK (1); yystate = *yyssp; YY_STACK_PRINT (yyss, yyssp); } if (yyn == YYFINAL) YYACCEPT; *++yyvsp = yylval; /* Shift the error token. */ YY_SYMBOL_PRINT ("Shifting", yystos[yyn], yyvsp, yylsp); yystate = yyn; goto yynewstate; /*-------------------------------------. | yyacceptlab -- YYACCEPT comes here. | `-------------------------------------*/ yyacceptlab: yyresult = 0; goto yyreturn; /*-----------------------------------. | yyabortlab -- YYABORT comes here. | `-----------------------------------*/ yyabortlab: yyresult = 1; goto yyreturn; #ifndef yyoverflow /*-------------------------------------------------. | yyexhaustedlab -- memory exhaustion comes here. | `-------------------------------------------------*/ yyexhaustedlab: yyerror (YY_("memory exhausted")); yyresult = 2; /* Fall through. */ #endif yyreturn: if (yychar != YYEOF && yychar != YYEMPTY) yydestruct ("Cleanup: discarding lookahead", yytoken, &yylval); /* Do not reclaim the symbols of the rule which action triggered this YYABORT or YYACCEPT. */ YYPOPSTACK (yylen); YY_STACK_PRINT (yyss, yyssp); while (yyssp != yyss) { yydestruct ("Cleanup: popping", yystos[*yyssp], yyvsp); YYPOPSTACK (1); } #ifndef yyoverflow if (yyss != yyssa) YYSTACK_FREE (yyss); #endif #if YYERROR_VERBOSE if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); #endif /* Make sure YYID is used. */ return YYID (yyresult); } #line 2340 "soapcpp2_yacc.y" /* * ??? */ int yywrap(void) { return 1; } /**************************************\ Support routines \**************************************/ static Node op(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = p.typ; r.sto = Snone; if (p.hasval && q.hasval) { if (integer(p.typ) && integer(q.typ)) switch (op[0]) { case '|': r.val.i = p.val.i | q.val.i; break; case '^': r.val.i = p.val.i ^ q.val.i; break; case '&': r.val.i = p.val.i & q.val.i; break; case '<': r.val.i = p.val.i << q.val.i; break; case '>': r.val.i = p.val.i >> q.val.i; break; case '+': r.val.i = p.val.i + q.val.i; break; case '-': r.val.i = p.val.i - q.val.i; break; case '*': r.val.i = p.val.i * q.val.i; break; case '/': r.val.i = p.val.i / q.val.i; break; case '%': r.val.i = p.val.i % q.val.i; break; default: typerror(op); } else if (real(p.typ) && real(q.typ)) switch (op[0]) { case '+': r.val.r = p.val.r + q.val.r; break; case '-': r.val.r = p.val.r - q.val.r; break; case '*': r.val.r = p.val.r * q.val.r; break; case '/': r.val.r = p.val.r / q.val.r; break; default: typerror(op); } else semerror("invalid constant operation"); r.hasval = True; } else { typ = mgtype(p.typ, q.typ); r.hasval = False; } return r; } static Node iop(const char *iop, Node p, Node q) { if (integer(p.typ) && integer(q.typ)) return op(iop, p, q); typerror("integer operands only"); return p; } static Node relop(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = mkint(); r.sto = Snone; r.hasval = True; r.val.i = 1; sprintf(errbuf, "comparison '%s' not evaluated and considered true", op); semwarn(errbuf); if (p.typ->type != Tpointer || p.typ != q.typ) typ = mgtype(p.typ, q.typ); return r; } /**************************************\ Scope management \**************************************/ /* mkscope - initialize scope stack with a new table and offset */ static void mkscope(Table *table, int offset) { sp = stack-1; enterscope(table, offset); } /* enterscope - enter a new scope by pushing a new table and offset on the stack */ static void enterscope(Table *table, int offset) { if (++sp == stack+MAXNEST) execerror("maximum scope depth exceeded"); sp->table = table; sp->val = 0; sp->offset = offset; sp->grow = True; /* by default, offset grows */ sp->mask = False; } /* exitscope - exit a scope by popping the table and offset from the stack */ static void exitscope(void) { check(sp-- != stack, "exitscope() has no matching enterscope()"); } /**************************************\ Undefined symbol \**************************************/ static Entry* undefined(Symbol *sym) { Entry *p; sprintf(errbuf, "undefined identifier '%s'", sym->name); semwarn(errbuf); p = enter(sp->table, sym); p->level = GLOBAL; p->info.typ = mkint(); p->info.sto = Sextern; p->info.hasval = False; return p; } /* mgtype - return most general type among two numerical types */ Tnode* mgtype(Tnode *typ1, Tnode *typ2) { if (numeric(typ1) && numeric(typ2)) { if (typ1->type < typ2->type) return typ2; } else { typerror("non-numeric type"); } return typ1; } /**************************************\ Type checks \**************************************/ static int integer(Tnode *typ) { switch (typ->type) { case Tchar: case Tshort: case Tint: case Tlong: return True; default: break; } return False; } static int real(Tnode *typ) { switch (typ->type) { case Tfloat: case Tdouble: case Tldouble: return True; default: break; } return False; } static int numeric(Tnode *typ) { return integer(typ) || real(typ); } static void add_fault(void) { Table *t; Entry *p1, *p2, *p3, *p4; Symbol *s1, *s2, *s3, *s4; imported = NULL; s1 = lookup("SOAP_ENV__Code"); p1 = entry(classtable, s1); if (!p1 || !p1->info.typ->ref) { t = mktable(NULL); if (!p1) { p1 = enter(classtable, s1); p1->info.typ = mkstruct(t, 3*4); p1->info.typ->id = s1; } else { p1->info.typ->ref = t; } p2 = enter(t, lookup("SOAP_ENV__Value")); p2->info.typ = qname; p2->info.minOccurs = 0; p2 = enter(t, lookup("SOAP_ENV__Subcode")); p2->info.typ = mkpointer(p1->info.typ); p2->info.minOccurs = 0; } s2 = lookup("SOAP_ENV__Detail"); p2 = entry(classtable, s2); if (!p2 || !p2->info.typ->ref) { t = mktable(NULL); if (!p2) { p2 = enter(classtable, s2); p2->info.typ = mkstruct(t, 3*4); p2->info.typ->id = s2; } else { p2->info.typ->ref = t; } p3 = enter(t, lookup("__any")); p3->info.typ = xml; p3->info.minOccurs = 0; p3 = enter(t, lookup("__type")); p3->info.typ = mkint(); p3->info.minOccurs = 0; p3 = enter(t, lookup("fault")); p3->info.typ = mkpointer(mkvoid()); p3->info.minOccurs = 0; custom_fault = 0; } s4 = lookup("SOAP_ENV__Reason"); p4 = entry(classtable, s4); if (!p4 || !p4->info.typ->ref) { t = mktable(NULL); if (!p4) { p4 = enter(classtable, s4); p4->info.typ = mkstruct(t, 4); p4->info.typ->id = s4; } else { p4->info.typ->ref = t; } p3 = enter(t, lookup("SOAP_ENV__Text")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; } s3 = lookup("SOAP_ENV__Fault"); p3 = entry(classtable, s3); if (!p3 || !p3->info.typ->ref) { t = mktable(NULL); if (!p3) { p3 = enter(classtable, s3); p3->info.typ = mkstruct(t, 9*4); p3->info.typ->id = s3; } else { p3->info.typ->ref = t; } p3 = enter(t, lookup("faultcode")); p3->info.typ = qname; p3->info.minOccurs = 0; p3 = enter(t, lookup("faultstring")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("faultactor")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s1); p3->info.typ = mkpointer(p1->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s4); p3->info.typ = mkpointer(p4->info.typ); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Node")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Role")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; } } static void add_soap(void) { Symbol *s = lookup("soap"); p = enter(classtable, s); p->info.typ = mkstruct(NULL, 0); p->info.typ->transient = -2; p->info.typ->id = s; } static void add_XML(void) { Symbol *s = lookup("_XML"); s->token = TYPE; p = enter(typetable, s); xml = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_qname(void) { Symbol *s = lookup("_QName"); s->token = TYPE; p = enter(typetable, s); qname = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_header(void) { Table *t; Entry *p; Symbol *s = lookup("SOAP_ENV__Header"); imported = NULL; p = entry(classtable, s); if (!p || !p->info.typ->ref) { t = mktable(NULL); if (!p) p = enter(classtable, s); p->info.typ = mkstruct(t, 0); p->info.typ->id = s; custom_header = 0; } } static void add_response(Entry *fun, Entry *ret) { Table *t; Entry *p, *q; Symbol *s; size_t i = 0, j, n = strlen(fun->sym->name); char *r = (char*)emalloc(n+100); strcpy(r, fun->sym->name); strcat(r, "Response"); do { for (j = 0; j < i; j++) r[n+j+8] = '_'; r[n+i+8] = '\0'; if (!(s = lookup(r))) s = install(r, ID); i++; } while (entry(classtable, s)); free(r); t = mktable(NULL); q = enter(t, ret->sym); q->info = ret->info; if (q->info.typ->type == Treference) q->info.typ = (Tnode*)q->info.typ->ref; p = enter(classtable, s); p->info.typ = mkstruct(t, 4); p->info.typ->id = s; fun->info.typ->response = p; } static void add_result(Tnode *typ) { Entry *p; if (!typ->ref || !((Tnode*)typ->ref)->ref) { semwarn("response struct/class must be declared before used in function prototype"); return; } for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) if (p->info.sto & Sreturn) return; for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) { if (p->info.typ->type != Tfun && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !(p->info.sto & (Sprivate|Sprotected))) p->info.sto = (Storage)((int)p->info.sto | (int)Sreturn); return; } } static void add_request(Symbol *sym, Scope *sp) { Entry *p; unlinklast(sp->table); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "service operation name clash: struct/class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); p->info.typ->id = sym; } if (p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.typ->type == Treference || q->info.typ->type == Trvalueref) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be passed by reference: use a pointer instead", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } else if ((q->info.sto & (Sconst | Sconstptr))) { if (!is_string(q->info.typ) && !is_wstring(q->info.typ)) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be declared const", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } else if ((q->info.sto & ~(Sattribute | Sextern | Sspecial))) { sprintf(errbuf, "invalid parameter '%s' of service operation function '%s()' in %s:%d", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } } } gsoap-2.8.28/gsoap/src/error2.h0000644000175000017500000000363312653650160015561 0ustar ellertellert/* error2.h Error handling. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern char errbuf[]; #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern void soapcpp2error(const char*); #else extern void yyerror(const char*); #endif extern void lexerror(const char*); extern void synerror(const char *); extern void semerror(const char *); extern void semwarn(const char *); extern void compliancewarn(const char *); extern void typerror(const char*); extern void execerror(const char*); extern void progerror(const char*, const char*, int); extern int errstat(void); gsoap-2.8.28/gsoap/src/Makefile.am0000644000175000017500000000114212653650160016222 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = foreign 1.4 #LIBS= AM_YFLAGS=-d -v AM_LFLAGS=$(LEX_FLAGS) bin_PROGRAMS=soapcpp2 soapcpp2_CFLAGS=$(BISON_DEFINE) $(LEX_DEFINE) $(C_DEBUG_FLAGS) $(SOAPCPP2_IMPORTPATH) -D$(platform) soapcpp2_LDADD=$(YACC_LIB) $(LEXLIB) soapcpp2_SOURCES= soapcpp2_yacc.y soapcpp2_lex.l symbol2.c error2.c init2.c soapcpp2.c CLEANFILES= *~ soapcpp2_lex.c soapcpp2_yacc.c soapcpp2_yacc.h soapcpp2_yacc.output gsoap-2.8.28/gsoap/src/soapcpp2.h0000644000175000017500000002615312653650160016077 0ustar ellertellert/* soapcpp2.h Common declarations. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include #include #include #include #include #include #include "error2.h" #ifndef VERSION # define VERSION "2.8.28" /* Current version */ # define GSOAP_VERSION 20828 #endif #ifdef WIN32 # pragma warning(disable : 4996) # ifndef WITH_BISON # define WITH_BISON # endif #endif /* #define DEBUG */ /* uncomment to debug */ #ifdef DEBUG # define check(expr, msg) (void)((expr) ? 0 : (progerror(msg, __FILE__, __LINE__), 0)) # define DBGLOG(DBGCMD) { DBGCMD; } #else # define check(expr, msg) (void)(expr) # define DBGLOG(DBGCMD) #endif #ifdef WIN32 # ifdef WITH_BISON # ifdef WIN32_WITHOUT_SOLARIS_FLEX # define yyparse soapcpp2parse # define yylex soapcpp2lex # define yyerror soapcpp2error # define yylval soapcpp2lval # define yychar soapcpp2char # define yydebug soapcpp2debug # define yynerrs soapcpp2nerrs # define yylineno soapcpp2lineno # define yytext soapcpp2text # define yyin soapcpp2in # define yywrap soapcpp2wrap # endif # endif #endif #ifdef WIN32 # define SOAP_PATHCAT "\\" # define SOAP_PATHSEP ";" # define LONG64 __int64 #else # define SOAP_PATHCAT "/" # define SOAP_PATHSEP ":" # define LONG64 long long #endif #ifndef ULONG64 # define ULONG64 unsigned LONG64 #endif #if defined(WIN32) # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # define SOAP_XLONG_FORMAT "%I64x" #elif defined(TRU64) # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # define SOAP_XLONG_FORMAT "%lx" #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #ifndef SOAP_XLONG_FORMAT # define SOAP_XLONG_FORMAT "%llx" /* printf format for unsigned 64 bit hex ints */ #endif extern int yylineno; typedef enum Bool {False, True} Bool; typedef int Token; typedef enum Type { Tnone, Tvoid, Tchar, /* primitive types from here*/ Twchar, Tshort, Tint, Tlong, Tllong, Tfloat, Tdouble, Tldouble, Tuchar, Tushort, Tuint, Tulong, Tullong, Tsize, Ttime, Tenum, Tenumsc, Tclass, /* compound types from here */ Tstruct, Tunion, Tpointer, /* pointer T* */ Treference, /* reference T& */ Trvalueref, /* C+11 rvalue reference T&& */ Tarray, /* fixed size array T[N] */ Ttemplate, /* template class */ Tfun } Type; #define TYPES (Tfun+1) /* number of type (operators) enumerated above */ typedef enum Storage { Snone = 0, Sauto = 0x000001, Sregister = 0x000002, Sstatic = 0x000004, Sextern = 0x000008, Stypedef = 0x000010, Svirtual = 0x000020, Sconst = 0x000040, Sconstobj = 0x000080, Sfinal = 0x000100, Soverride = 0x000200, Sconstptr = 0x000400, Sfriend = 0x000800, Sinline = 0x001000, Sabstract = 0x002000, SmustUnderstand = 0x004000, Sreturn = 0x008000, Sattribute = 0x010000, Sspecial = 0x020000, Sexplicit = 0x040000, Sprivate = 0x080000, Sprotected = 0x100000, Smutable = 0x200000 } Storage; typedef enum Level { INTERNAL, GLOBAL, PARAM, LOCAL } Level; #define mknone() mktype(Tnone, NULL, 0) #define mkvoid() mktype(Tvoid, NULL, 0) #define mkbool() mktype(Tenum, booltable, 4) #define mkchar() mktype(Tchar, NULL, 1) /* int8_t */ #define mkwchart() mktype(Twchar, NULL, 4) /* wchar_t */ #define mkshort() mktype(Tshort, NULL, 2) /* int32_t */ #define mkint() mktype(Tint, NULL, 4) /* int32_t */ #define mklong() mktype(Tlong, NULL, 8) /* int32_t */ #define mkllong() mktype(Tllong, NULL, 8) /* int64_t */ #define mkfloat() mktype(Tfloat, NULL, 4) #define mkdouble() mktype(Tdouble, NULL, 8) #define mkldouble() mktype(Tldouble, NULL, 16) /* long double */ #define mkuchar() mktype(Tuchar, NULL, 1) /* uint8_t unsigned char */ #define mkushort() mktype(Tushort, NULL, 2) /* utin16_t unsigned short */ #define mkuint() mktype(Tuint, NULL, 4) /* uint32_t unsigned int */ #define mkulong() mktype(Tulong, NULL, 8) /* uint64_t unsigned long */ #define mkullong() mktype(Tullong, NULL, 8) /* uint64_t unsigned long long */ #define mksize() mktype(Tsize, NULL, 8) /* transient size_t */ #define mktimet() mktype(Ttime, NULL, 4) #define mkenum(t) mktype(Tenum, t, 4) #define mkenumsc(t) mktype(Tenumsc, t, 4) #define mkmask(t) mktype(Tenum, t, 9) #define mkmasksc(t) mktype(Tenumsc, t, 9) #define mkpointer(t) mktype(Tpointer, t, 4) #define mkreference(t) mktype(Treference,t, 4) #define mkrvalueref(t) mktype(Trvalueref,t, 4) #define mkclass(t, w) mktype(Tclass, t, w) #define mkstruct(t, w) mktype(Tstruct, t, w) #define mkunion(t, w) mktype(Tunion, t, w) #define mkarray(t, w) mktype(Tarray, t, w) #define mkfun(t) mktype(Tfun, t, 0) #define mkstring() mkpointer(mkchar()) typedef struct Symbol { char *name; Token token; struct Symbol *next; } Symbol; Symbol *install(const char*, Token), *lookup(const char*), *gensym(const char*), *gensymidx(const char*, int); typedef struct Tnode { Type type; void *ref; Symbol *id; /* struct/class/union/enum name */ Symbol *base; /* base class name */ Symbol *sym; /* typedef name */ Symbol *synonym; /* synonymous typedef base name for 'typedef base id */ Symbol *extsym; /* typedef sym of external type w/ custom serializer */ struct Entry *response; /* funcs only: points to response struct */ int width; int transient; const char *imported; struct Tnode *next; Bool visited; Bool recursive; /* recursive data type */ Bool generated; Bool wsdl; int num; Bool hasmin; Bool hasmax; Bool incmin; Bool incmax; double min; double max; const char *pattern; } Tnode; typedef union Value { LONG64 i; double r; const char *s; } Value; typedef struct IDinfo { Tnode *typ; Storage sto; Bool hasval; /* if true, identifier is constant */ Value val; /* ... with this value */ int offset; LONG64 minOccurs; LONG64 maxOccurs; } IDinfo; typedef struct Entry { Symbol *sym; const char *tag; IDinfo info; Level level; const char *filename; int lineno; struct Entry *next; } Entry; typedef struct Table { Symbol *sym; Level level; Entry *list; struct Table *prev; } Table; typedef struct FNinfo { Tnode *ret; Table *args; } FNinfo; typedef struct Node { Tnode *typ; Storage sto; Bool hasval; /* if true, this node has a constant value */ Value val; /* ... this is the value */ Bool hasmin; Bool hasmax; Bool incmin; Bool incmax; LONG64 minOccurs; LONG64 maxOccurs; double min; double max; const char *pattern; } Node; #define ACTION 0x0000 #define REQUEST_ACTION 0x0001 #define RESPONSE_ACTION 0x0002 #define FAULT_ACTION 0x0004 #define HDRIN 0x0010 #define HDROUT 0x0020 #define MIMEIN 0x0040 #define MIMEOUT 0x0080 #define COMMENT 0x0100 #define ENCODING 0x0200 #define RESPONSE_ENCODING 0x0400 #define STYLE 0x0800 #define FAULT 0x1000 #define PROTOCOL 0x2000 typedef struct Data { struct Data *next; const char *name; const char *text; } Data; typedef struct Method { struct Method *next; const char *name; short mess; /* see #defines above */ const char *part; } Method; typedef struct Service { struct Service *next; const char *ns; const char *name; const char *porttype; const char *portname; const char *binding; const char *definitions; const char *transport; const char *URL; const char *executable; const char *import; const char *URI; const char *URI2; const char *WSDL; const char *style; const char *encoding; const char *protocol; int xsi_type; const char *elementForm; const char *attributeForm; const char *documentation; struct Method *list; struct Data *data; } Service; typedef struct XPath { struct XPath *next; const char *name; const char *path; } XPath; typedef struct Pragma { struct Pragma *next; const char *pragma; } Pragma; extern Entry *enter(Table*, Symbol*), *entry(Table*, Symbol*), *reenter(Table*, Symbol*), *enumentry(Symbol*); extern int merge(Table*, Table*); extern Table *mktable(Table*); extern Tnode *mkmethod(Tnode*, Table*); extern char *emalloc(size_t); extern Tnode *mktype(Type, void*, int); extern Tnode *mksymtype(Tnode*, Symbol*); extern Tnode *mktemplate(Tnode*, Symbol*); extern int is_transient(Tnode*); extern int is_response(Tnode*); extern Table *typetable, *enumtable, *classtable, *booltable, *templatetable; extern void compile(Table*); extern void freetable(Table*); extern Entry *unlinklast(Table*); extern FILE *fmsg; extern int soap_version; extern int aflag; extern int Aflag; extern int bflag; extern int cflag; extern int c11flag; extern int Cflag; extern int eflag; extern int Ecflag; extern int Edflag; extern int Etflag; extern unsigned long fflag; extern int iflag; extern int jflag; extern int mflag; extern int nflag; extern int nflag; extern int lflag; extern int Lflag; extern int Qflag; extern int sflag; extern int Sflag; extern int Tflag; extern int tflag; extern int uflag; extern int vflag; extern int wflag; extern int xflag; extern int yflag; extern int zflag; extern char dirpath[1024]; extern const char *filename; extern const char *prefix; extern const char *importpath; extern int custom_header; extern int custom_fault; extern Pragma *pragmas; extern Service *services; extern XPath *xpaths; extern const char *namespaceid; extern int transient; extern int imports; extern const char *imported; extern int typeNO; extern const char *envURI; extern const char *encURI; extern const char *rpcURI; extern const char *xsiURI; extern const char *xsdURI; gsoap-2.8.28/gsoap/src/symbol2.c0000644000175000017500000271236112653650160015737 0ustar ellertellert/* symbol2.c Symbolic processing: type analysis and code generation. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif const char *envURI = "http://schemas.xmlsoap.org/soap/envelope/"; const char *encURI = "http://schemas.xmlsoap.org/soap/encoding/"; const char *rpcURI = "http://www.w3.org/2003/05/soap-rpc"; const char *xsiURI = "http://www.w3.org/2001/XMLSchema-instance"; const char *xsdURI = "http://www.w3.org/2001/XMLSchema"; const char *tmpURI = "http://tempuri.org"; static Symbol *symlist = (Symbol*) 0; /* pointer to linked list of symbols */ static Symbol *nslist = (Symbol*) 0; /* pointer to linked list of namespace prefix symbols */ static Tnode *Tptr[TYPES]; Service *services = NULL; XPath *xpaths = NULL; /* TODO */ FILE *fout, *fhead, *fclient, *fserver, *fheader, *flib, *fmatlab, *fmheader; int partnum = 0; int typeNO = 1; /* unique nonzero type no. assigned to all types */ static int is_anytype_flag = 0; /* anytype is used */ static int has_nsmap = 0; int tagcmp(const char *s, const char *t); int tagncmp(const char *s, const char *t, size_t n); long minlen(Tnode *typ); long maxlen(Tnode *typ); int is_soap12(const char*); int has_detail_string(void); int has_Detail_string(void); void needs_lang(Entry *e); int is_mutable(Entry *e); int is_header_or_fault(Tnode *typ); int is_body(Tnode *typ); int is_volatile(Tnode* typ); int is_untyped(Tnode* typ); int is_primclass(Tnode* typ); int is_imported(Tnode* typ); int is_smart(Tnode*); int is_smart_shared(Tnode*); const char * make_shared(Tnode*); int is_container(Tnode* typ); int is_template(Tnode* typ); int is_mask(Tnode* typ); int is_attachment(Tnode* typ); int is_void(Tnode* typ); int has_external(Tnode *typ); int has_volatile(Tnode *typ); int is_unmatched(Symbol *sym); int is_invisible(const char *name); int is_invisible_empty(Tnode *p); int is_element(Tnode *typ); int is_eq_nons(const char *s, const char *t); int is_eq(const char *s, const char *t); int is_item(Entry *p); int is_self(Entry *p); const char *cstring(const char*, int); const char *xstring(const char*); const char *get_mxClassID(Tnode*); const char *t_ident(Tnode*); const char *c_ident(Tnode*); const char *ident(const char*); const char *soap_type(Tnode*); const char *soap_union_member(Tnode*, Entry*); const char *c_storage(Storage); const char *c_const(Storage); const char *c_init(Entry*); const char *c_type(Tnode*); const char *c_type_constptr_id(Tnode*, const char*); const char *c_type_id(Tnode*, const char*); const char *c_type_synonym(Tnode*, const char*); const char *xsi_type_cond(Tnode*, int); const char *xsi_type(Tnode*); const char *xsi_type_cond_u(Tnode*, int); const char *xsi_type_u(Tnode*); const char *the_type(Tnode*); const char *wsdl_type(Tnode*, const char*); const char *base_type(Tnode*, const char*); const char *xml_tag(Tnode*); const char *ns_qualifiedElement(Tnode*); const char *ns_qualifiedAttribute(Tnode*); const char *ns_convert(const char*); const char *field(Entry *p, const char *ns); const char *field_overridden(Table *t, Entry *p, const char *ns); const char *ns_add(Entry *p, const char *ns); const char *ns_addx(const char *tag, const char *ns); const char *ns_add_overridden(Table *t, Entry *p, const char *ns); const char *ns_remove(const char*); const char *ns_remove1(const char*); const char *ns_remove2(const char*, const char*); const char *res_remove(const char*); const char *ns_name(const char*); const char *ns_cname(const char*, const char*); const char *ns_fname(const char*); int has_class(Tnode*); const char *union_member(Tnode*); int has_union(Tnode*); int has_constructor(Tnode*); int has_destructor(Tnode*); int has_getter(Tnode*); int has_setter(Tnode*); int has_ns(Tnode*); int has_ns_t(Tnode*); int has_ns_eq(const char*, const char*); const char *strict_check(void); const char *ns_of(const char*); int eq_ns(const char*, const char*); const char *prefix_of(const char*); int has_offset(Tnode*); int is_bool(Tnode*); int is_boolean(Tnode*); int reflevel(Tnode *typ); Tnode* reftype(Tnode *typ); int is_response(Tnode*); int is_XML(Tnode*); int is_stdXML(Tnode *p); Entry *get_response(Tnode*); int is_primitive_or_string(Tnode*); int is_primitive(Tnode*); Entry *is_discriminant(Tnode*); Entry *is_dynamic_array(Tnode*); int is_transient(Tnode*); int is_external(Tnode*); int is_anyType(Tnode*); int is_anyAttribute(Tnode*); int is_binary(Tnode*); int is_hexBinary(Tnode*); int is_fixedstring(Tnode*); int is_string(Tnode*); int is_wstring(Tnode*); int is_stdstring(Tnode*); int is_stdwstring(Tnode*); int is_stdstr(Tnode*); int is_typedef(Tnode*); int is_synonym(Tnode*); int get_dimension(Tnode*); const char *has_soapref(Tnode*); int is_soapref(Tnode*); int is_document(const char*); int is_literal(const char*); int is_keyword(const char *); int is_repetition(Entry*); int is_choice(Entry*); int required_choice(Tnode*); int is_sequence(Entry*); int is_anytype(Entry*); const char *xsi_type_Tarray(Tnode*); const char *xsi_type_Darray(Tnode*); void matlab_def_table(Table*); void generate_defs(void); void generate_type(Tnode *); int no_of_var(Tnode*); const char *pointer_stuff(Tnode*); void in_defs(void); void in_defs2(void); void in_defs3(void); void out_defs(void); void mark_defs(void); void dup_defs(void); void del_defs(void); void in_attach(void); void soap_serialize(Tnode*); void soap_traverse(Tnode*); void soap_default(Tnode*); void soap_put(Tnode*); void soap_out(Tnode*); void soap_out_Darray(Tnode *); void soap_get(Tnode*); void soap_in(Tnode*); void soap_in_Darray(Tnode *); void soap_instantiate(Tnode *); void soap_dup(Tnode *); void soap_del(Tnode *); int get_Darraydims(Tnode *typ); const char* get_Darraysize(const char *a, int d); const char *nillable(Tnode *typ); void soap_serve(Table*); void generate_proto(Table*, Entry*); /* void generate_call(Table*, Entry*); void generate_server(Table*, Entry*); */ void detect_cycles(void); void detect_recursive_type(Tnode*); void generate_header(Table*); void get_namespace_prefixes(void); void generate_schema(Table*); void gen_schema(FILE*, Table*, const char*, const char*, int, const char*, const char*); void gen_type_documentation(FILE *fd, Entry *type, const char *ns); int gen_member_documentation(FILE *fd, Symbol *type, Entry *member, const char *ns, int scope); void gen_schema_elements_attributes(FILE *fd, Table *t, const char *ns, const char *ns1, const char *encoding, const char *style); void gen_schema_elements(FILE *fd, Tnode *p, const char *ns, const char *ns1); int gen_schema_element(FILE *fd, Tnode *p, Entry *q, const char *ns, const char *ns1); void gen_schema_attributes(FILE *fd, Tnode *p, const char *ns, const char *ns1); void gen_wsdl(FILE*, Table*, const char*, const char*, const char*, const char*, const char*, const char*, const char*, const char*); void gen_nsmap(FILE*); void gen_proxy(FILE*, Table*, Symbol*, const char*, const char*); void gen_object(FILE*, Table*, const char*); void gen_proxy_header(FILE*, Table*, Symbol*, const char*); void gen_proxy_code(FILE*, Table*, Symbol*, const char*); void gen_object_header(FILE*, Table*, Symbol*, const char*); void gen_object_code(FILE*, Table*, Symbol*, const char*); void gen_method(FILE *fd, Entry *method, int server); void gen_params(FILE *fd, Table *params, Entry *result, int flag); void gen_args(FILE *fd, Table *params, Entry *result, int flag); void gen_query_url(FILE *fd, Table *params); void gen_query_form(FILE *fd, Table *params); const char* gen_format(Tnode *typ); void gen_call_method(FILE *fd, Entry *method, const char *name); void gen_serve_method(FILE *fd, Table *table, Entry *param, const char *name); void gen_data(const char*, Table*, const char*, const char*); FILE *gen_env(const char*, const char*, int, const char*, int); void gen_xmlns(FILE*); void gen_field(FILE*, int, Entry*, const char*, const char*, const char*); void gen_val(FILE*, int, Tnode*, const char*, const char*, const char*); void gen_atts(FILE*, Table*, const char*); /* install - add new symbol */ Symbol * install(const char *name, Token token) { Symbol *p; p = (Symbol*)emalloc(sizeof(Symbol)); p->name = (char*)emalloc(strlen(name)+1); strcpy(p->name, name); p->token = token; p->next = symlist; symlist = p; return p; } /* lookup - search for an identifier's name. If found, return pointer to symbol table entry. Return pointer 0 if not found. */ Symbol * lookup(const char *name) { Symbol *p; for (p = symlist; p; p = p->next) if (!strcmp(p->name, name)) return p; return NULL; } /* gensymidx - generate new symbol from base name and index */ Symbol * gensymidx(const char *base, int idx) { char buf[1024]; Symbol *s; sprintf(buf, "%s_%d", base, idx); s = lookup(buf); if (s) return s; return install(buf, ID); } /* gensym - generate new symbol from base name */ Symbol * gensym(const char *base) { static int num = 1; return gensymidx(base, num++); } /* mktable - make a new symbol table with a pointer to a previous table */ Table * mktable(Table *table) { Table *p; p = (Table*)emalloc(sizeof(Table)); p->sym = lookup("/*?*/"); p->list = (Entry*) 0; if (table == (Table*) 0) p->level = INTERNAL; else p->level = (enum Level)(((int)table->level) + 1); p->prev = table; return p; } /* mkmethod - make a new method by calling mktype */ Tnode * mkmethod(Tnode *ret, Table *args) { FNinfo *fn = (FNinfo*)emalloc(sizeof(FNinfo)); fn->ret = ret; fn->args = args; return mktype(Tfun, fn, 0); } /* freetable - free space by removing a table */ void freetable(Table *table) { Entry *p, *q; if (table == (Table*) 0) return; for (p = table->list; p != (Entry*) 0; p = q) { q = p->next; free(p); } free(table); } /* unlinklast - unlink last entry added to table */ Entry * unlinklast(Table *table) { Entry **p, *q; if (table == (Table*)0) return (Entry*)0; for (p = &table->list; *p != (Entry*)0 && (*p)->next != (Entry*)0; p = &(*p)->next) ; q = *p; *p = (Entry*)0; return q; } /* enter - enter a symbol in a table. Error if already in the table */ Entry * enter(Table *table, Symbol *sym) { Entry *p, *q = NULL; again: for (p = table->list; p; q = p, p = p->next) { if (p->sym == sym && p->info.typ->type != Tfun) { char *s; sprintf(errbuf, "Duplicate declaration of '%s' (already declared at line %d), changing conflicting identifier name to new name '%s_'. Note: this problem may be caused by importing invalid XML schemas", sym->name, p->lineno, sym->name); semwarn(errbuf); s = (char*)emalloc(strlen(sym->name) + 2); strcpy(s, sym->name); strcat(s, "_"); sym = lookup(s); if (!sym) sym = install(s, ID); free(s); goto again; } } p = (Entry*)emalloc(sizeof(Entry)); p->sym = sym; p->tag = NULL; p->info.typ = NULL; p->info.sto = Snone; p->info.hasval = False; p->info.minOccurs = 1; p->info.maxOccurs = 1; p->info.offset = 0; p->level = table->level; p->filename = filename; p->lineno = yylineno; p->next = NULL; if (!q) table->list = p; else q->next = p; return p; } /* entry - return pointer to table entry of a symbol */ Entry * entry(Table *table, Symbol *sym) { Table *t; Entry *p; for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->sym == sym) return p; return (Entry*)0; } /* reenter - re-enter a symbol in a table. */ Entry * reenter(Table *table, Symbol *sym) { Entry *p, *q = NULL; for (p = table->list; p; q = p, p = p->next) if (p->sym == sym) break; if (p && p->next) { if (q) q->next = p->next; else table->list = p->next; for (q = p->next; q->next; q = q->next) ; q->next = p; p->next = NULL; } return p; } /* merge - append two tables if members are not duplicated */ int merge(Table *dest, Table *src) { Entry *p, *q; for (p = src->list; p; p = p->next) { q = entry(dest, p->sym); if (!q) { q = enter(dest, p->sym); q->info = p->info; } else if (q->info.typ != p->info.typ) return 1; } return 0; } Entry * enumentry(Symbol *sym) { const char *s = strstr(sym->name, "::"); if (s && s[2]) { Entry *e; char *t = (char*)emalloc(s - sym->name + 1); strncpy(t, sym->name, s - sym->name); t[s - sym->name] = '\0'; e = entry(enumtable, lookup(t)); free(t); if (!e) return NULL; return entry((Table*)e->info.typ->ref, lookup(s + 2)); } else { Table *t; for (t = enumtable; t; t = t->prev) { Entry *p; for (p = t->list; p; p = p->next) { Entry *e = entry((Table*)p->info.typ->ref, sym); if (e) return e; } } } return NULL; } /* mktype - make a (new) type with a reference to additional information and the width in bytes required to store objects of that type. A pointer to the type is returned which can be compared to check if types are identical. */ Tnode * mktype(Type type, void *ref, int width) { Tnode *p; if (type != Tstruct && type != Tclass && type != Tunion && ((type != Tenum && type != Tenumsc) || ref)) { for (p = Tptr[type]; p; p = p->next) { if (p->ref == ref && p->sym == (Symbol*)0 && p->width == width && ((p->transient == 1 && transient == 1) || (p->transient != 1 && transient != 1))) { if (imported && !p->imported) p->imported = imported; return p; /* type already exists in table */ } } } p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = type; p->ref = ref; p->id = lookup("/*?*/"); p->base = NULL; p->sym = NULL; p->synonym = NULL; p->extsym = NULL; p->response = NULL; p->width = width; p->visited = False; p->recursive = False; p->generated = False; p->wsdl = False; p->next = Tptr[type]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[type] = p; DBGLOG(fprintf(stderr, "New type %s %s\n", c_type(p), p->imported)); if (type == Tpointer && ((Tnode*)ref)->imported && (((Tnode*)ref)->type == Tenum || ((Tnode*)ref)->type == Tenumsc || ((Tnode*)ref)->type == Tstruct || ((Tnode*)ref)->type == Tclass)) p->imported = ((Tnode*)ref)->imported; else if (lflag && !is_transient(p) && (type == Tenum || type == Tenumsc || type == Tstruct || type == Tclass)) mkpointer(p); return p; } Tnode * mksymtype(Tnode *typ, Symbol *sym) { Tnode *p; p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = typ->type; p->ref = typ->ref; if (typ->id == lookup("/*?*/")) p->id = sym; else p->id = typ->id; p->sym = sym; p->synonym = NULL; p->extsym = typ->extsym; p->response = (Entry*)0; p->width = typ->width; p->visited = False; p->recursive = False; p->generated = False; p->wsdl = False; p->next = Tptr[typ->type]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[typ->type] = p; DBGLOG(fprintf(stderr, "New typedef %s %s\n", c_type(p), p->imported)); return p; } Tnode * mktemplate(Tnode *typ, Symbol *id) { Tnode *p; for (p = Tptr[Ttemplate]; p; p = p->next) { if (p->ref == typ && p->id == id && ((p->transient == 1 && transient == 1) || (p->transient != 1 && transient != 1))) { if (imported && !p->imported) p->imported = imported; return p; /* type alrady exists in table */ } } p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = Ttemplate; p->ref = typ; p->id = id; p->sym = NULL; p->synonym = NULL; p->extsym = NULL; p->response = (Entry*)0; p->width = 0; p->generated = False; p->wsdl = False; p->next = Tptr[Ttemplate]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[Ttemplate] = p; return p; } /* DO NOT REMOVE OR ALTER (SEE LICENCE AGREEMENT AND COPYING.txt) */ void copyrightnote(FILE *fd, const char *fn) { fprintf(fd, "/* %s\n Generated by gSOAP " VERSION " from %s\n\ \n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ The soapcpp2 tool and its generated software are released under the GPL.\n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial use license is available from Genivia Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n\ */", fn, filename); } void banner(FILE *fd, const char *text) { int i; fprintf(fd, "\n\n/"); for (i = 0; i < 78; i++) fputc('*', fd); fprintf(fd, "\\\n *%76s*\n * %-75s*\n *%76s*\n\\", "", text, ""); for (i = 0; i < 78; i++) fputc('*', fd); fprintf(fd, "/\n"); } void identify(FILE *fd, const char *fn) { time_t t = time(NULL), *p = &t; char tmp[256]; strftime(tmp, 256, "%Y-%m-%d %H:%M:%S GMT", gmtime(p)); fprintf(fd, "\n\nSOAP_SOURCE_STAMP(\"@(#) %s ver " VERSION " %s\")\n", fn, tmp); } void compile(Table *table) { Entry *p; Tnode *typ; Pragma *pragma; int classflag = 0; int found; int filenum; const char *s; char base[1024]; char soapStub[1024]; char soapH[1024]; char soapC[1024]; char soapClient[1024]; char soapServer[1024]; char soapClientLib[1024]; char soapServerLib[1024]; char pathsoapStub[1024]; char pathsoapH[1024]; char pathsoapC[1024]; char pathsoapClient[1024]; char pathsoapServer[1024]; char pathsoapClientLib[1024]; char pathsoapServerLib[1024]; char soapMatlab[1024]; char pathsoapMatlab[1024]; char soapMatlabHdr[1024]; char pathsoapMatlabHdr[1024]; found = 0; for (p = table->list; p; p = p->next) if (p->info.typ->type == Tfun && !(p->info.sto & Sextern)) found = 1; if (!found) Sflag = Cflag = Lflag = 1; /* no service operations were found */ if (*dirpath) fprintf(fmsg, "Using project directory path: %s\n", dirpath); if (namespaceid) { prefix = namespaceid; fprintf(fmsg, "Using code namespace: %s\n", namespaceid); } strcpy(base, prefix); if (cflag) s = ".c"; else s = ".cpp"; strcpy(soapMatlab, base); strcat(soapMatlab, "Matlab.c"); strcpy(pathsoapMatlab, dirpath); strcat(pathsoapMatlab, soapMatlab ); strcpy(soapMatlabHdr, base); strcat(soapMatlabHdr, "Matlab.h"); strcpy(pathsoapMatlabHdr, dirpath); strcat(pathsoapMatlabHdr, soapMatlabHdr); strcpy(soapStub, base); strcat(soapStub, "Stub.h"); strcpy(pathsoapStub, dirpath); strcat(pathsoapStub, soapStub); strcpy(soapH, base); strcat(soapH, "H.h"); strcpy(pathsoapH, dirpath); strcat(pathsoapH, soapH); strcpy(soapC, base); if (fflag) strcat(soapC, "C_nnn"); else strcat(soapC, "C"); strcat(soapC, s); strcpy(pathsoapC, dirpath); strcat(pathsoapC, soapC); strcpy(soapClient, base); strcat(soapClient, "Client"); strcat(soapClient, s); strcpy(pathsoapClient, dirpath); strcat(pathsoapClient, soapClient); strcpy(soapServer, base); strcat(soapServer, "Server"); strcat(soapServer, s); strcpy(pathsoapServer, dirpath); strcat(pathsoapServer, soapServer); strcpy(soapClientLib, base); strcat(soapClientLib, "ClientLib"); strcat(soapClientLib, s); strcpy(pathsoapClientLib, dirpath); strcat(pathsoapClientLib, soapClientLib); strcpy(soapServerLib, base); strcat(soapServerLib, "ServerLib"); strcat(soapServerLib, s); strcpy(pathsoapServerLib, dirpath); strcat(pathsoapServerLib, soapServerLib); if (mflag) { fprintf(fmsg, "Saving %s Matlab definitions\n", pathsoapMatlab); fmatlab = fopen(pathsoapMatlab, "w"); if (!fmatlab) execerror("Cannot write to file"); copyrightnote(fmatlab, soapMatlab); fprintf(fmatlab, "\n#include \"%s\"\n", soapMatlabHdr); fprintf(fmsg, "Saving %s Matlab definitions\n", pathsoapMatlabHdr); fmheader = fopen(pathsoapMatlabHdr, "w"); if (!fmheader) execerror("Cannot write to file"); copyrightnote(fmheader, soapMatlabHdr); fprintf(fmheader, "\n#include \"mex.h\"\n#include \"%s\"\n", soapStub); } fprintf(fmsg, "Saving %s annotated copy of the source input\n", pathsoapStub); fheader = fopen(pathsoapStub, "w"); if (!fheader) execerror("Cannot write to file"); copyrightnote(fheader, soapStub); fprintf(fheader, "\n"); for (pragma = pragmas; pragma; pragma = pragma->next) fprintf(fheader, "\n%s", pragma->pragma); fprintf(fheader, "\n\n#ifndef %sStub_H\n#define %sStub_H", prefix, prefix); if (nflag) fprintf(fheader, "\n#ifndef WITH_NONAMESPACES\n#define WITH_NONAMESPACES\n#endif"); if (namespaceid) fprintf(fheader, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(fheader, "\n#include \"stdsoap2.h\""); fprintf(fheader, "\n#if GSOAP_VERSION != %d\n# error \"GSOAP VERSION %d MISMATCH IN GENERATED CODE VERSUS LIBRARY CODE: PLEASE REINSTALL PACKAGE\"\n#endif\n", GSOAP_VERSION, GSOAP_VERSION); if (cflag) fprintf(fheader, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fheader, "\n\nnamespace %s {", namespaceid); fprintf(fmsg, "Saving %s declarations to #include\n", pathsoapH); fhead = fopen(pathsoapH, "w"); if (!fhead) execerror("Cannot write to file"); copyrightnote(fhead, soapH); fprintf(fhead, "\n\n#ifndef %sH_H\n#define %sH_H", prefix, prefix); fprintf(fhead, "\n#include \"%s\"", soapStub); if (cflag) fprintf(fhead, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fhead, "\n#ifndef WITH_NOIDREF"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int);"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*);"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*);"); fprintf(fhead, "\n#endif"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*);"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int);"); if (Ecflag) fprintf(fhead, "\nSOAP_FMAC3 void * SOAP_FMAC4 soap_dupelement(struct soap*, const void*, int);"); if (Edflag) fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_delelement(const void*, int);"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*);"); detect_cycles(); generate_header(table); generate_schema(table); if (!Sflag && !iflag && !jflag) { fprintf(fmsg, "Saving %s client calling stubs\n", pathsoapClient); fclient = fopen(pathsoapClient, "w"); if (!fclient) execerror("Cannot write to file"); copyrightnote(fclient, soapClient); fprintf(fclient, "\n\n#if defined(__BORLANDC__)"); fprintf(fclient, "\n#pragma option push -w-8060"); fprintf(fclient, "\n#pragma option push -w-8004"); fprintf(fclient, "\n#endif"); fprintf(fclient, "\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fclient, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fclient, "\n\nnamespace %s {", namespaceid); identify(fclient, soapClient); if (!Lflag) { flib = fopen(pathsoapClientLib, "w"); if (!flib) execerror("Cannot write to file"); copyrightnote(flib, soapClientLib); fprintf(fmsg, "Saving %s client stubs with serializers (use only for libs)\n", pathsoapClientLib); fprintf(flib, "\n\n/** Use this file in your project build instead of the two files %s and %s. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */\n", soapC, soapClient); fprintf(flib, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(flib, "\n#define SOAP_FMAC3 static"); fprintf(flib, "\n#include \"%s\"", soapC); fprintf(flib, "\n#include \"%s\"", soapClient); fprintf(flib, "\n\n/* End of %s */\n", soapClientLib); fclose(flib); } } if (!Cflag && !iflag && !jflag) { fprintf(fmsg, "Saving %s server request dispatcher\n", pathsoapServer); fserver = fopen(pathsoapServer, "w"); if (!fserver) execerror("Cannot write to file"); copyrightnote(fserver, soapServer); fprintf(fserver, "\n\n#if defined(__BORLANDC__)"); fprintf(fserver, "\n#pragma option push -w-8060"); fprintf(fserver, "\n#pragma option push -w-8004"); fprintf(fserver, "\n#endif"); fprintf(fserver, "\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fserver, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fserver, "\n\nnamespace %s {", namespaceid); identify(fserver, soapServer); if (!Lflag) { flib = fopen(pathsoapServerLib, "w"); if (!flib) execerror("Cannot write to file"); copyrightnote(flib, soapServerLib); fprintf(fmsg, "Saving %s server request dispatcher with serializers (use only for libs)\n", pathsoapServerLib); fprintf(flib, "\n\n/** Use this file in your project build instead of the two files %s and %s. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */\n", soapC, soapServer); fprintf(flib, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(flib, "\n#define SOAP_FMAC3 static"); fprintf(flib, "\n#include \"%s\"", soapC); fprintf(flib, "\n#include \"%s\"", soapServer); fprintf(flib, "\n\n/* End of %s */\n", soapServerLib); fclose(flib); } } if (!iflag && !jflag) soap_serve(table); classflag = 0; for (p = classtable->list; p; p = p->next) { if (p->info.typ->type == Tclass && p->info.typ->transient <= 0) { classflag = 1; break; } } for (p = enumtable->list; p; p = p->next) { if (p->info.typ->type == Tenumsc && p->info.typ->transient <= 0) { classflag = 1; break; } } if (classflag || Tptr[Ttemplate]) { if (cflag) semwarn("Option -c conflicts with the use of class definitions in the specified input"); } for (filenum = 1; partnum == 0; filenum++) { if (fflag) { char *t = strrchr(pathsoapC, '.'); sprintf(t-3, "%03d", filenum); *t = '.'; fprintf(fmsg, "Saving %s serializers (part %d)\n", pathsoapC, filenum); partnum = fflag; /* number of defs per file */ } else { fprintf(fmsg, "Saving %s serializers\n", pathsoapC); partnum = 1; } fout = fopen(pathsoapC, "w"); if (!fout) execerror("Cannot write to file"); copyrightnote(fout, soapC); fprintf(fout, "\n\n#if defined(__BORLANDC__)"); fprintf(fout, "\n#pragma option push -w-8060"); fprintf(fout, "\n#pragma option push -w-8004"); fprintf(fout, "\n#endif"); fprintf(fout, "\n\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fout, "\n\nnamespace %s {", namespaceid); identify(fout, soapC); fflush(fout); if (filenum == 1) { if (!lflag) { fprintf(fout, "\n\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap)\n{\n\tsoap->part = SOAP_IN_HEADER;\n\tsoap->header = soap_in_SOAP_ENV__Header(soap, \"SOAP-ENV:Header\", soap->header, NULL);\n\tsoap->part = SOAP_END_HEADER;\n\treturn soap->header == NULL;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t{\tsoap->part = SOAP_IN_HEADER;\n\t\tif (soap_out_SOAP_ENV__Header(soap, \"SOAP-ENV:Header\", 0, soap->header, NULL))\n\t\t\treturn soap->error;\n\t\tsoap->part = SOAP_END_HEADER;\n\t}\n\treturn SOAP_OK;\n}"); if (cflag) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap_serialize_SOAP_ENV__Header(soap, soap->header);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header))))\n\t\t\tsoap_default_SOAP_ENV__Header(soap, soap->header);\n\t}\n}"); } else if ((p = entry(classtable, lookup("SOAP_ENV__Header"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap_serialize_SOAP_ENV__Header(soap, soap->header);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = soap_new_SOAP_ENV__Header(soap)))\n\t\t\tsoap_default_SOAP_ENV__Header(soap, soap->header);\n\t}\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap->header->soap_serialize(soap);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = soap_new_SOAP_ENV__Header(soap)))\n\t\t\tsoap->header->soap_default(soap);\n\t}\n}"); } if (cflag) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = (struct SOAP_ENV__Fault*)soap_malloc(soap, sizeof(struct SOAP_ENV__Fault));\n\t\tif (soap->fault == NULL)\n\t\t\treturn;\n\t\tsoap_default_SOAP_ENV__Fault(soap, soap->fault);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code));\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = (struct SOAP_ENV__Reason*)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason));\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tif (soap->fault)\n\t\tsoap_serialize_SOAP_ENV__Fault(soap, soap->fault);\n}"); } else if ((p = entry(classtable, lookup("SOAP_ENV__Fault"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = soap_new_SOAP_ENV__Fault(soap);\n\t\tif (soap->fault == NULL)\n\t\t\treturn;\n\t\tsoap_default_SOAP_ENV__Fault(soap, soap->fault);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap);\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap);\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\tsoap_serialize_SOAP_ENV__Fault(soap, soap->fault);\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = soap_new_SOAP_ENV__Fault(soap);\n\t\tsoap->fault->soap_default(soap);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap);\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap);\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\tsoap->fault->soap_serialize(soap);\n}"); } if ((p = entry(classtable, lookup("SOAP_ENV__Fault"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap)\n{\n\tif (soap->fault)\n\t\treturn soap_put_SOAP_ENV__Fault(soap, soap->fault, \"SOAP-ENV:Fault\", NULL);\n\treturn SOAP_OK;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap)\n{\n\treturn (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, \"SOAP-ENV:Fault\", NULL)) == NULL;\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\treturn soap->fault->soap_put(soap, \"SOAP-ENV:Fault\", NULL);\n\treturn SOAP_EOM;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\treturn soap->fault->soap_get(soap, \"SOAP-ENV:Fault\", NULL) == NULL;\n\treturn SOAP_EOM;\n}"); } fprintf(fhead, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap);"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2 && soap->fault->SOAP_ENV__Code)\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value;\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); if (cflag) fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code));\n\t\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t}\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); else fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = soap_new_SOAP_ENV__Code(soap);\n\t\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t}\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode)\n\t\t\treturn soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t\treturn NULL;\n\t}\n\treturn soap->fault->faultcode;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text;\n\treturn (const char**)(void*)&soap->fault->faultstring;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap)\n{\n\tsoap_fault(soap);"); if (has_Detail_string()) { if (cflag) fprintf(fout, "\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Detail == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail));\n\t\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Detail->__any;\n\t}"); else fprintf(fout, "\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Detail == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Detail = soap_new_SOAP_ENV__Detail(soap);\n\t\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Detail->__any;\n\t}"); } if (has_detail_string()) { if (cflag) fprintf(fout, "\n\tif (soap->fault->detail == NULL)\n\t{\tsoap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail));\n\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->detail);\n\t}\n\treturn (const char**)(void*)&soap->fault->detail->__any;\n}"); else fprintf(fout, "\n\tif (soap->fault->detail == NULL)\n\t{\tsoap->fault->detail = soap_new_SOAP_ENV__Detail(soap);\n\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->detail);\n\t}\n\treturn (const char**)(void*)&soap->fault->detail->__any;\n}"); } if (!has_detail_string() && !has_Detail_string()) fprintf(fout, "\n\treturn NULL;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap)\n{\n\tsoap_fault(soap);"); if (has_Detail_string()) fprintf(fout, "\n\tif (soap->version == 2 && soap->fault->SOAP_ENV__Detail)\n\t\treturn soap->fault->SOAP_ENV__Detail->__any;"); if (has_detail_string()) fprintf(fout, "\n\tif (soap->fault->detail)\n\t\treturn soap->fault->detail->__any;"); fprintf(fout, "\n\treturn NULL;\n}"); fprintf(fout, "\n\n#endif"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap)\n{"); fprintf(fout, "\n\tint t;\n\tif (soap->version == 1)\n\t{\tfor (;;)\n\t\t{\tif (!soap_getelement(soap, &t))\n\t\t\t\tif ((soap->error && soap->error != SOAP_TAG_MISMATCH) || soap_ignore_element(soap))\n\t\t\t\t\tbreak;\n\t\t}\n\t}"); fprintf(fout, "\n\tif (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF)"); fprintf(fout, "\n\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\treturn soap->error;"); fprintf(fout, "\n}\n#endif"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\nSOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type)\n{\t(void)type;"); fprintf(fout, "\n\tif (soap_peek_element(soap))\n\t\treturn NULL;"); fprintf(fout, "\n#ifndef WITH_NOIDREF\n\tif (!*soap->id || !(*type = soap_lookup_type(soap, soap->id)))\n\t\t*type = soap_lookup_type(soap, soap->href);"); fprintf(fout, "\n\tswitch (*type)\n\t{"); DBGLOG(fprintf(stderr, "\n Calling in_defs( ).")); fflush(fout); in_defs(); DBGLOG(fprintf(stderr, "\n Completed in_defs( ).")); fprintf(fout, "\n\tdefault:\n#else\n\t*type = 0;\n#endif"); fprintf(fout, "\n\t{\tconst char *t = soap->type;\n\t\tif (!*t)\n\t\t\tt = soap->tag;"); fflush(fout); in_defs2(); fprintf(fout, "\n\t\tt = soap->tag;"); in_defs3(); fprintf(fout, "\n#ifndef WITH_NOIDREF\n\t}\n#endif\n\t}\n\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn NULL;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap)\n{"); fprintf(fout, "\n\tif (!soap_peek_element(soap))"); fprintf(fout, "\n\t{\tint t;"); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Unexpected element '%%s' in input (level = %%u, %%d)\\n\", soap->tag, soap->level, soap->body));"); fprintf(fout, "\n\t\tif (soap->mustUnderstand && !soap->other)"); fprintf(fout, "\n\t\t\treturn soap->error = SOAP_MUSTUNDERSTAND;"); /* old code: without option -s required SOAP_XML_STRICT to detect and flag extra elements; fprintf(fout, "\n\t\tif (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, \"SOAP-ENV:\"))\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"REJECTING element '%%s'\\n\", soap->tag));\n\t\t\treturn soap->error = SOAP_TAG_MISMATCH;\n\t\t}"); */ fprintf(fout, "\n\t\tif ((%ssoap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, \"SOAP-ENV:\"))\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"REJECTING element '%%s'\\n\", soap->tag));\n\t\t\treturn soap->error = SOAP_TAG_MISMATCH;\n\t\t}", strict_check()); fprintf(fout, "\n\t\tif (!*soap->id || !soap_getelement(soap, &t))"); fprintf(fout, "\n\t\t{\tsoap->peeked = 0;"); fprintf(fout, "\n\t\t\tif (soap->fignore)\n\t\t\t\tsoap->error = soap->fignore(soap, soap->tag);\n\t\t\telse\n\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\tDBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, \"IGNORING element '%%s'\\n\", soap->tag));"); fprintf(fout, "\n\t\t\tif (!soap->error && soap->body)"); fprintf(fout, "\n\t\t\t{\tsoap->level++;"); fprintf(fout, "\n\t\t\t\twhile (!soap_ignore_element(soap))"); fprintf(fout, "\n\t\t\t\t\t;"); fprintf(fout, "\n\t\t\t\tif (soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\t\tsoap->error = soap_element_end_in(soap, NULL);"); fprintf(fout, "\n\t\t\t}"); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t}"); fprintf(fout, "\n\treturn soap->error;"); fprintf(fout, "\n}"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap)\n{\n\tint i;\n\tstruct soap_plist *pp;"); fprintf(fout, "\n\tif (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH)))"); fprintf(fout, "\n\t\tfor (i = 0; i < SOAP_PTRHASH; i++)"); fprintf(fout, "\n\t\t\tfor (pp = soap->pht[i]; pp; pp = pp->next)"); fprintf(fout, "\n\t\t\t\tif (pp->mark1 == 2 || pp->mark2 == 2)"); fprintf(fout, "\n\t\t\t\t\tif (soap_putelement(soap, pp->ptr, SOAP_MULTIREFTAG, pp->id, pp->type))\n\t\t\t\t\t\treturn soap->error;"); fprintf(fout, "\n\treturn SOAP_OK;\n}\n#endif"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type)\n{\t(void)tag;"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); out_defs(); fprintf(fout, "\n\t}\n\treturn SOAP_OK;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (is_anytype_flag) { fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\t(void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); mark_defs(); fprintf(fout, "\n\t}\n}"); } else { fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\t(void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n}"); } if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n#endif"); if (Ecflag) { if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 void * SOAP_FMAC4 soap_dupelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); dup_defs(); fprintf(fout, "\n\t}\n\treturn NULL;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); } if (Edflag) { if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_delelement(const void *ptr, int type)\n{"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); del_defs(); fprintf(fout, "\n\t}\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); } } if (!cflag) { fprintf(fhead, "\nSOAP_FMAC3 void * SOAP_FMAC4 %s_instantiate(struct soap*, int, const char*, const char*, size_t*);", prefix); fprintf(fout, "\n\nSOAP_FMAC3 void * SOAP_FMAC4 %s_instantiate(struct soap *soap, int t, const char *type, const char *arrayType, size_t *n)\n{\t(void)type;\n\tswitch (t)\n\t{", prefix); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(p->info.typ), c_ident(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(p->info.typ), c_ident(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } for (typ = Tptr[Ttemplate]; typ; typ = typ->next) if (typ->ref && !is_transient(typ)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(typ), c_ident(typ)); fprintf(fout, "\n\t}\n\treturn NULL;\n}"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fdelete(struct soap_clist*);", prefix); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 %s_fdelete(struct soap_clist *p)", prefix); fprintf(fout, "\n{\tswitch (p->type)\n\t{"); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct) /* && is_external(p->info.typ)) */ { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } for (typ = Tptr[Ttemplate]; typ; typ = typ->next) { if (typ->ref && !is_transient(typ)) { fprintf(fout, "\n\tcase %s:", soap_type(typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(typ), c_type(typ)); } } fprintf(fout, "\n\tdefault:\n\t\treturn SOAP_ERR;"); fprintf(fout, "\n\t}\n\treturn SOAP_OK;"); fprintf(fout, "\n}"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fbase(int, int);", prefix); fprintf(fout, "\n\n#ifdef WIN32\n#pragma warning(push)\n// do not warn on switch w/o cases\n#pragma warning(disable:4065)\n#endif"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fbase(int t, int b)", prefix); fprintf(fout, "\n{\n\tdo\n\t{\tswitch (t)\n\t\t{"); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && p->info.typ->base && !is_transient(p->info.typ)) { Entry *e = entry(classtable, p->info.typ->base); if (e && !is_transient(e->info.typ)) fprintf(fout, "\n\t\tcase %s: t = %s; break;", soap_type(p->info.typ), soap_type(e->info.typ)); } } } fprintf(fout, "\n\t\tdefault: return 0;\n\t\t}\n\t}\n\twhile (t != b);\n\treturn 1;\n}"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(pop)\n#endif"); if (Tptr[Ttemplate] || classtable) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 %s_finsert(struct soap*, int, int, void*, size_t, const void*, void**);", prefix); if (!lflag) { fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(push)\n// do not warn on switch w/o cases\n#pragma warning(disable:4065)\n#endif"); fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 %s_finsert(struct soap *soap, int t, int tt, void *p, size_t index, const void *q, void **x)", prefix); fprintf(fout, "\n{\n\t(void)soap; (void)t; (void)p; (void)index; (void)q; (void)x; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (tt)\n\t{"); for (typ = Tptr[Ttemplate]; typ; typ = typ->next) { if (typ->ref && !is_transient(typ)) { fprintf(fout, "\n\tcase %s:", soap_type(typ)); if (is_smart(typ)) { if (is_smart_shared(typ)) { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Smart pointer %s type=%%d location=%%p object=%%p\\n\", t, p, q));\n\t\t\tif (!*x)\n\t\t\t\t*(%s)(*x = (void*)p) = %s<%s>(**(%s)q);", soap_type(reftype(typ->ref)), c_type(typ), c_type_id(typ, "*"), make_shared(typ), c_type(typ->ref), c_type_id(typ->ref, "**")); fprintf(fout, "\n\t\t\telse\n\t\t\t\t*(%s)p = *(%s)(*x);", c_type_id(typ, "*"), c_type_id(typ, "*")); } else { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Smart pointer %s type=%%d location=%%p object=%%p\\n\", t, p, q));", soap_type(reftype(typ->ref)), c_type(typ)); fprintf(fout, "\n\t\t\t*(*(%s)p = %s(SOAP_NEW(%s))) = **(%s)q;", c_type_id(typ, "*"), c_type(typ), c_type(typ->ref), c_type_id(typ->ref, "**")); } } else { Tnode *ref = (Tnode*)typ->ref; if (is_smart(ref) && strcmp(typ->id->name, "std::set")) { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container %s insert type=%%d in %%d location=%%p object=%%p at index=%%lu\\n\", t, tt, p, q, (unsigned long)index));", soap_type(reftype(ref)), c_type(typ)); if (!strcmp(ref->id->name, "std::vector") || !strcmp(ref->id->name, "std::deque")) fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin() + index;", c_type(typ), c_type_id(typ, "*")); else fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin();\n\t\t\twhile (index--)\n\t\t\t\t++i;", c_type(typ), c_type_id(typ, "*")); if (is_smart_shared(ref)) fprintf(fout, "\n\t\t\tif (!*x)\n\t\t\t\t*(%s)(*x = &*i) = %s<%s>(**(%s)q);\n\t\t\telse\n\t\t\t\t*i = *(%s)*x;", c_type_id(ref, "*"), make_shared(ref), c_type(ref->ref), c_type_id(ref->ref, "**"), c_type_id(ref, "*")); else fprintf(fout, "\n\t\t\t*(*i = %s(SOAP_NEW(%s))) = **(%s)q;", c_type(ref), c_type(ref->ref), c_type_id(ref->ref, "**")); } else { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container %s insert type=%%d in %%d location=%%p object=%%p at index=%%lu\\n\", t, tt, p, q, (unsigned long)index));", soap_type(reftype(ref)), c_type(typ)); if (!strcmp(typ->id->name, "std::vector") || !strcmp(typ->id->name, "std::deque")) fprintf(fout, "\n\t\t\t(*(%s)p)[index] = *(%s)q;", c_type_id(typ, "*"), c_type_id(ref, "*")); else if (!strcmp(typ->id->name, "std::set")) fprintf(fout, "\n\t\t\t((%s)p)->insert(*(%s)q);", c_type_id(typ, "*"), c_type_id(ref, "*")); else fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin();\n\t\t\twhile (index--)\n\t\t\t\t++i;\n\t\t\t*i = *(%s)q;", c_type(typ), c_type_id(typ, "*"), c_type_id(ref, "*")); } } fprintf(fout, "\n\t\t}\n\t\tbreak;"); } } if (classtable) { for (p = classtable->list; p; p = p->next) { if (!is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Copy %s type=%%d location=%%p object=%%p\\n\", t, p, q));", c_type(p->info.typ)); fprintf(fout, "\n\t\t*(%s*)p = *(%s*)q;\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Copy %s type=%%d location=%%p object=%%p\\n\", t, p, q));", c_type(p->info.typ)); fprintf(fout, "\n\t\t*(%s*)p = *(%s*)q;\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } fprintf(fout, "\n\tdefault:\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Could not insert type = %%d in %%d\\n\", t, tt));"); fprintf(fout, "\n\t}"); fprintf(fout, "\n}"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(pop)\n#endif"); fprintf(fout, "\n#endif"); } } } } generate_defs(); if (namespaceid) fprintf(fout, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fout, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\n#if defined(__BORLANDC__)"); fprintf(fout, "\n#pragma option pop"); fprintf(fout, "\n#pragma option pop"); fprintf(fout, "\n#endif"); fprintf(fout, "\n\n/* End of %s */\n", soapC); fclose(fout); } if (namespaceid) fprintf(fhead, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\n\n#endif"); fprintf(fhead, "\n\n/* End of %s */\n", soapH); fclose(fhead); if (namespaceid) fprintf(fheader, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fheader, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fheader, "\n\n#endif"); fprintf(fheader, "\n\n/* End of %s */\n", soapStub); fclose(fheader); if (mflag) { DBGLOG(fprintf(stderr, "\n Calling matlab_def_table( ).")); matlab_def_table(table); DBGLOG(fprintf(stderr, "\n Completed matlab_def_table( ).")); fclose(fmatlab); fclose(fmheader); } if (!Sflag && !iflag && !jflag) { if (namespaceid) fprintf(fclient, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fclient, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fclient, "\n\n#if defined(__BORLANDC__)"); fprintf(fclient, "\n#pragma option pop"); fprintf(fclient, "\n#pragma option pop"); fprintf(fclient, "\n#endif"); fprintf(fclient, "\n\n/* End of %s */\n", soapClient); fclose(fclient); } if (!Cflag && !iflag && !jflag) { if (namespaceid) fprintf(fserver, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fserver, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fserver, "\n\n#if defined(__BORLANDC__)"); fprintf(fserver, "\n#pragma option pop"); fprintf(fserver, "\n#pragma option pop"); fprintf(fserver, "\n#endif"); fprintf(fserver, "\n\n/* End of %s */\n", soapServer); fclose(fserver); } } void gen_class(FILE *fd, Entry *p) { Entry *Eptr; Tnode *typ = p->info.typ; const char *x; if (!typ->ref) { if (!is_transient(typ) && !is_external(typ) && !is_volatile(typ)) { sprintf(errbuf, "%s declared in %s:%d has no content", c_type(typ), p->filename, p->lineno); semwarn(errbuf); } return; } x = xsi_type(typ); if (!x || !*x) x = wsdl_type(typ, ""); fprintf(fd, "\n\n/* %s:%d */", p->filename, p->lineno); if (is_header_or_fault(typ) || is_body(typ)) fprintf(fd, "\n#ifndef WITH_NOGLOBAL"); fprintf(fd, "\n#ifndef %s", soap_type(typ)); fprintf(fd, "\n#define %s (%d)\n", soap_type(typ), typ->num); if (typ->recursive) fprintf(fd, "/* Type %s is a recursive data type (in)directly referencing itself through its (base) class members */\n", typ->id->name); if (is_volatile(typ)) fprintf(fd, "#if 0 /* Volatile: not declared here because it is declared already in a library or in other parts of the user's project */\n"); else if (is_transient(typ)) fprintf(fd, "/* Transient type: */\n"); else if (is_invisible(typ->id->name)) fprintf(fd, "/* Operation wrapper: */\n"); else if (is_hexBinary(typ)) fprintf(fd, "/* hexBinary schema type: */\n"); else if (is_binary(typ)) fprintf(fd, "/* base64Binary schema type: */\n"); else if (is_discriminant(typ)) fprintf(fd, "/* Choice: */\n"); else if (is_dynamic_array(typ)) { Eptr = ((Table*)typ->ref)->list; if (has_ns(typ) || is_untyped(typ)) fprintf(fd, "/* Sequence of %s schema type: */\n", x); else { if (!eflag && soap_version >= 0) { sprintf(errbuf, "using SOAP encoded array '%s' is not compliant with WS-I Basic Profile 1.0a", c_type(typ)); compliancewarn(errbuf); } fprintf(fd, "/* SOAP encoded array of %s schema type: */\n", x); } } else if (is_primclass(typ)) fprintf(fd, "/* %s simple type: */\n", x); else if (!strcmp(typ->id->name, "SOAP_ENV__Header")) fprintf(fd, "/* SOAP Header: */\n"); else if (!strcmp(typ->id->name, "SOAP_ENV__Fault")) fprintf(fd, "/* SOAP Fault: */\n"); else if (!strcmp(typ->id->name, "SOAP_ENV__Code")) fprintf(fd, "/* SOAP Fault Code: */\n"); else if (x && *x) fprintf(fd, "/* %s complex type: */\n", x); fflush(fd); if (typ->type == Tstruct) { int permission = -1; int flag = 0; DBGLOG(fprintf(stderr, "\nstruct %s\n", typ->id->name)); fprintf(fd, "struct %s\n{", ident(typ->id->name)); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { if (!cflag && permission != (Eptr->info.sto & (Sprivate | Sprotected))) { if (Eptr->info.sto & Sprivate) fprintf(fd, "\nprivate:"); else if (Eptr->info.sto & Sprotected) fprintf(fd, "\nprotected:"); else fprintf(fd, "\npublic:"); permission = (Eptr->info.sto & (Sprivate | Sprotected)); } if (cflag && Eptr->info.typ->type == Tfun) continue; if (cflag && (Eptr->info.sto & Stypedef)) continue; fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); /*if (Eptr->info.typ->type == Tclass && !is_external(Eptr->info.typ) && Eptr->info.typ->classed == False || (Eptr->info.typ->type == Tpointer || Eptr->info.typ->type == Treference || Eptr->info.typ->type == Trvalueref) && Eptr->info.typ->ref && ((Tnode*)Eptr->info.typ->ref)->type == Tclass && !is_external(Eptr->info.typ->ref) && ((Tnode*)Eptr->info.typ->ref)->classed == False) fprintf(fd, "class "); */ if (Eptr->sym == typ->id && Eptr->info.typ->type == Tfun) /* to emit constructor in a struct: constructor has no return value */ ((FNinfo*)Eptr->info.typ->ref)->ret = mknone(); fprintf(fd, "%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & Sconstobj) fprintf(fd, " const"); if (Eptr->info.sto & Sfinal) fprintf(fd, " final"); if (Eptr->info.sto & Soverride) fprintf(fd, " override"); if (Eptr->info.sto & Sconst) fprintf(fd, "%s;", c_init(Eptr)); else fprintf(fd, ";"); if (Eptr->info.sto & Sreturn) fprintf(fd, "\t/* SOAP 1.2 RPC return element (when namespace qualified) */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (is_imported(Eptr->info.typ)) fprintf(fd, "\t/* type imported from %s */", Eptr->info.typ->imported); if (Eptr->info.sto & Sattribute) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (flag) flag = 0; else if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* not serialized */"); else if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); else if (!is_dynamic_array(typ) && is_repetition(Eptr)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements <%s> of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); else fprintf(fd, "\t/* sequence of elements <%s> of XSD type %s */", ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); flag = 1; } else if (is_anytype(Eptr)) { fprintf(fd, "\t/* any type of element <%s> (defined below)\n\t WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */", ns_convert(Eptr->next->sym->name)); flag = 1; } else if (is_choice(Eptr)) { fprintf(fd, "\t/* union discriminant (of union defined below) */"); flag = 1; } else if (is_anyType(Eptr->info.typ)) fprintf(fd, "\t/* DOM content */"); else if (is_item(Eptr)) fprintf(fd, "\t/* mixed XML content */"); else if (Eptr->info.typ->type != Tfun && Eptr->info.typ->type != Tunion && !(Eptr->info.sto & (Sconst | Sprivate | Sprotected)) && !(Eptr->info.sto & Sattribute) && !is_transient(Eptr->info.typ) && !is_external(Eptr->info.typ) && strncmp(Eptr->sym->name, "__", 2)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, wsdl_type(Eptr->info.typ, "")); else if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (!is_dynamic_array(typ) && !is_primclass(typ)) { if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && !strncmp(Eptr->sym->name, "__size", 6)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__type", 6)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tpointer || ((Tnode*)Eptr->next->info.typ->ref)->type != Tvoid))) { sprintf(errbuf, "Member field '%s' is not followed by a void pointer member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__union", 7)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a union member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && (Eptr->info.sto & Sspecial)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ) && (Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer or union member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } } } if (!cflag && !is_transient(typ) && !is_volatile(typ)) { fprintf(fd, "\npublic:\n\tint soap_type() const { return %d; } /* = unique type id %s */", typ->num, soap_type(typ)); if ((x = union_member(typ))) { sprintf(errbuf, "struct '%s' cannot be assigned a default constructor because it is used as a member of union '%s'", typ->id->name, ident(x)); semwarn(errbuf); } else { if (!has_constructor(typ)) { Table *t; Entry *p; fprintf(fd, "\n\t %s();", ident(typ->id->name)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) { sprintf(errbuf, "no constructor for '%s' to explicitly initialize the reference member '%s'", typ->id->name, p->sym->name); semwarn(errbuf); } } } } /* not necessary to add a default destructor, C -> C++ transparency of structs if (!has_destructor(typ)) fprintf(fd, "\n\t ~%s() { }", ident(typ->id->name)); */ } if (Ecflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); if (Edflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 void SOAP_FMAC2 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_ident(typ), c_ident(typ)); } if (!((Table*)typ->ref)->list) { if (cflag) fprintf(fd, "\n#ifdef WITH_NOEMPTYSTRUCT\n\tchar dummy;\t/* empty struct is a GNU extension */\n#endif"); } fprintf(fd, "\n};"); } else if (typ->type == Tclass) { int permission = -1; int flag = 0; DBGLOG(fprintf(stderr, "\nclass %s\n", typ->id->name)); fprintf(fd, "class SOAP_CMAC %s", ident(typ->id->name)); if (typ->base) fprintf(fd, " : public %s", ident(typ->base->name)); fprintf(fd, "\n{"); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { if (permission != (Eptr->info.sto & (Sprivate | Sprotected))) { if (Eptr->info.sto & Sprivate) fprintf(fd, "\nprivate:"); else if (Eptr->info.sto & Sprotected) fprintf(fd, "\nprotected:"); else fprintf(fd, "\npublic:"); permission = (Eptr->info.sto & (Sprivate | Sprotected)); } fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); /* if (Eptr->info.typ->type == Tclass && !is_external(Eptr->info.typ) && Eptr->info.typ->classed == False || (Eptr->info.typ->type == Tpointer || Eptr->info.typ->type == Treference || Eptr->info.typ->type == Trvalueref) && Eptr->info.typ->ref && ((Tnode*)Eptr->info.typ->ref)->type == Tclass && !is_external(Eptr->info.typ->ref) && ((Tnode*)Eptr->info.typ->ref)->classed == False) fprintf(fd, "class "); */ fprintf(fd, "%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & Sconstobj) fprintf(fd, " const"); if (Eptr->info.sto & Sfinal) fprintf(fd, " final"); if (Eptr->info.sto & Soverride) fprintf(fd, " override"); if (Eptr->info.sto & Sabstract) fprintf(fd, " = 0;"); else if (Eptr->info.sto & Sconst) fprintf(fd, "%s;", c_init(Eptr)); else fprintf(fd, ";"); if (Eptr->info.sto & Sreturn) fprintf(fd, "\t/* SOAP 1.2 RPC return element (when namespace qualified) */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (Eptr->info.typ->type != Tfun && is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (is_imported(Eptr->info.typ)) fprintf(fd, "\t/* type imported from %s */", Eptr->info.typ->imported); if (Eptr->info.sto & Sattribute) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (flag) flag = 0; else if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* not serialized */"); else if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); else if (!is_dynamic_array(typ) && is_repetition(Eptr)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, wsdl_type(Eptr->info.typ, "")); else if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements <%s> of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); else fprintf(fd, "\t/* sequence of elements <%s> of XSD type %s */", ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); flag = 1; } else if (is_anytype(Eptr)) { fprintf(fd, "\t/* any type of element <%s> (defined below)\n\t WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */", ns_convert(Eptr->next->sym->name)); flag = 1; } else if (is_choice(Eptr)) { fprintf(fd, "\t/* union discriminant (of union defined below) */"); flag = 1; } else if (is_anyType(Eptr->info.typ)) fprintf(fd, "\t/* DOM content */"); else if (is_item(Eptr)) fprintf(fd, "\t/* mixed XML content */"); else if (Eptr->info.typ->type != Tfun && Eptr->info.typ->type != Tunion && !(Eptr->info.sto & (Sconst | Sprivate | Sprotected)) && !(Eptr->info.sto & Sattribute) && !is_transient(Eptr->info.typ) && !is_external(Eptr->info.typ) && strncmp(Eptr->sym->name, "__", 2)) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (!is_dynamic_array(typ) && !is_primclass(typ)) { if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && !strncmp(Eptr->sym->name, "__size", 6)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__type", 6)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tpointer || ((Tnode*)Eptr->next->info.typ->ref)->type != Tvoid))) { sprintf(errbuf, "Member field '%s' is not followed by a void pointer member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__union", 7)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a union member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && (Eptr->info.sto & Sspecial)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ) && (Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer or union member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } } } if (!is_transient(typ) && !is_volatile(typ)) { fprintf(fd, "\npublic:"); fprintf(fd, "\n\t/// Return the unique type ID value %s (%d)", soap_type(typ), typ->num); fprintf(fd, "\n\tvirtual int soap_type(void) const { return %d; }", typ->num); fprintf(fd, "\n\t/// Set object's data members to default values"); fprintf(fd, "\n\tvirtual void soap_default(struct soap*);"); fprintf(fd, "\n\t/// Serialize object to prepare for SOAP 1.1/1.2 encoded output (or with SOAP_XML_GRAPH) by analyzing its (cyclic) structures"); fprintf(fd, "\n\tvirtual void soap_serialize(struct soap*) const;"); if (Etflag) fprintf(fd, "\n\tvirtual void soap_traverse(struct soap*, const char *s, soap_walker, soap_walker);"); fprintf(fd, "\n\t/// Output object in XML, compliant with SOAP 1.1 encoding style, return error code or SOAP_OK"); fprintf(fd, "\n\tvirtual int soap_put(struct soap*, const char *tag, const char *type) const;"); fprintf(fd, "\n\t/// Output object in XML, with tag and optional id attribute and xsi:type, return error code or SOAP_OK"); fprintf(fd, "\n\tvirtual int soap_out(struct soap*, const char *tag, int id, const char *type) const;"); fprintf(fd, "\n\t/// Get object from XML, compliant with SOAP 1.1 encoding style, return pointer to object or NULL on error"); fprintf(fd, "\n\tvirtual void *soap_get(struct soap*, const char *tag, const char *type);"); fprintf(fd, "\n\t/// Get object from XML, with matching tag and type (NULL matches any tag and type), return pointer to object or NULL on error"); fprintf(fd, "\n\tvirtual void *soap_in(struct soap*, const char *tag, const char *type);"); fprintf(fd, "\n\t/// Return a new object of type %s, default initialized and not managed by a soap context", c_type(typ)); fprintf(fd, "\n\tvirtual %s *soap_alloc(void) const { return SOAP_NEW(%s); }", c_type(typ), c_type(typ)); if (Ecflag) { fprintf(fd, "\n\t/// Return a duplicate of this object by deep copying, replicating all deep cycles and shared pointers when a managing soap context is provided as argument.\n\t/// Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination.\n\t/// Use flag SOAP_XML_TREE with a managing context to copy into a tree without cycles and pointers to shared objects"); fprintf(fd, "\n\tvirtual %s *soap_dup(struct soap *soap = NULL, void *dest = NULL) const { return soap_dup_%s(soap, (%s*)dest, this); }", c_type(typ), c_ident(typ), c_type(typ)); } if (Edflag) { fprintf(fd, "\n\t/// Delete heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data)\n\t/// Can be safely used after soap_dup(NULL) to delete the deep copy"); fprintf(fd, "\n\tvirtual void soap_del(void) const { soap_del_%s(this); }", c_ident(typ)); } if ((x = union_member(typ))) { sprintf(errbuf, "class '%s' cannot be assigned a default constructor because it is used as a member of union '%s'", typ->id->name, ident(x)); semwarn(errbuf); } else { if (!has_constructor(typ)) { Table *t; Entry *p; fprintf(fd, "\n\t %s() { %s::soap_default(NULL); }", c_ident(typ), c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) { sprintf(errbuf, "no constructor for '%s' to explicitly initialize the reference member '%s'", typ->id->name, p->sym->name); semwarn(errbuf); } } } } if (!has_destructor(typ)) fprintf(fd, "\n\tvirtual ~%s() { }", c_ident(typ)); } if (Ecflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); if (Edflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 void SOAP_FMAC2 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_ident(typ), c_ident(typ)); /* the use of 'friend' causes problems linking static functions. Adding these friends could enable serializing protected/private members (which is not implemented) fprintf(fd, "\n\tfriend %s *soap_in_%s(struct soap*, const char*, %s*, const char*);", typ->id->name, typ->id->name, typ->id->name); fprintf(fd, "\n\tfriend int soap_out_%s(struct soap*, const char*, int, const %s*, const char*);", typ->id->name, typ->id->name); */ } fprintf(fd, "\n};"); } else if (typ->type == Tunion) { int i = 1; fprintf(fd, "union %s\n{", ident(typ->id->name)); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { fprintf(fd, "\n#define %s\t(%d)", soap_union_member(typ, Eptr), i); i++; fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); fprintf(fd, "%s;", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* const field cannot be deserialized */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (Eptr->info.sto & Sattribute) { fprintf(fd, "\t/* attribute not allowed in union */"); sprintf(errbuf, "union '%s' contains attribute declarations", typ->id->name); semwarn(errbuf); } if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); } if (!((Table*)typ->ref)->list) { if (cflag) fprintf(fd, "\n#ifdef WITH_NOEMPTYSTRUCT\n\tchar dummy;\t/* empty union is a GNU extension */\n#endif"); } fprintf(fd, "\n};"); } if (is_volatile(typ)) fprintf(fd, "\n#endif"); fprintf(fd, "\n#endif"); if (is_header_or_fault(typ) || is_body(typ)) fprintf(fd, "\n#endif"); fflush(fd); } void generate_header(Table *t) { Entry *p, *q; banner(fheader, "Enumerations"); fflush(fheader); if (enumtable) { Table *r = mktable(NULL); for (p = enumtable->list; p; p = p->next) { const char *x; int enum64 = False; if (is_imported(p->info.typ) || (is_transient(p->info.typ) && !p->info.typ->ref)) continue; x = xsi_type(p->info.typ); if (!x || !*x) x = wsdl_type(p->info.typ, ""); fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); if (is_volatile(p->info.typ)) fprintf(fheader, "\n#if 0 /* Volatile: not declared here */"); if (is_mask(p->info.typ)) fprintf(fheader, "\n/* Bitmask %s */", x); else fprintf(fheader, "\n/* %s */", x); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.val.i > 0x7FFFLL || q->info.val.i < -0x8000LL) { enum64 = True; break; } } } if (cflag && p->info.typ->type == Tenum && p->sym->token == TYPE) fprintf(fheader, "\ntypedef "); else fprintf(fheader, "\n"); if (p->info.typ->width == 4 || is_mask(p->info.typ)) { if (p->info.typ->type == Tenumsc) { if (enum64) fprintf(fheader, "enum class %s : int64_t\n{", ident(p->info.typ->id->name)); else fprintf(fheader, "enum class %s\n{", ident(p->info.typ->id->name)); } else fprintf(fheader, "enum %s\n{", ident(p->info.typ->id->name)); } else { const char *t; switch (p->info.typ->width) { case 1: t = "int8_t"; break; case 2: t = "int16_t"; break; case 4: t = "int32_t"; break; default: t = "int64_t"; break; } if (p->info.typ->type == Tenumsc) fprintf(fheader, "enum class %s : %s\n{", ident(p->info.typ->id->name), t); else fprintf(fheader, "enum %s : %s\n{", ident(p->info.typ->id->name), t); } if ((Table*)p->info.typ->ref) { const char *c = "\n\t"; for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { Entry *e = NULL; if (p->info.typ->type == Tenum && (e = entry(r, q->sym)) && e->info.val.i == q->info.val.i) fprintf(fheader, " /* %s%s = " SOAP_LONG_FORMAT " */", c, ident(q->sym->name), q->info.val.i); else { if (q->info.val.i <= 0x7FFFLL && q->info.val.i >= -0x8000LL) fprintf(fheader, "%s%s = " SOAP_LONG_FORMAT, c, ident(q->sym->name), q->info.val.i); else fprintf(fheader, "%s%s = " SOAP_LONG_FORMAT "LL", c, ident(q->sym->name), q->info.val.i); if (p->info.typ->type == Tenum && !e) { e = enter(r, q->sym); e->info.val.i = q->info.val.i; } c = ",\n\t"; } } } if (cflag && p->info.typ->type == Tenum && p->sym->token == TYPE) fprintf(fheader, "\n} %s;", ident(p->sym->name)); else fprintf(fheader, "\n};"); if (is_volatile(p->info.typ)) fprintf(fheader, "\n#endif"); fprintf(fheader, "\n#endif"); } freetable(r); } banner(fheader, "Types with Custom Serializers"); fflush(fheader); if (typetable) { for (p = typetable->list; p; p = p->next) { if (is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_imported(p->info.typ)) { fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%s%s;", c_storage(p->info.sto), c_type_synonym(p->info.typ, p->sym->name)); fprintf(fheader, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if (p->info.typ->type == Tclass && is_eq(p->info.typ->sym->name, "xsd__QName") && !is_external(p->info.typ) && !is_imported(p->info.typ)) { fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%sstd::string %s;", c_storage(p->info.sto), ident(p->sym->name)); fprintf(fheader, "\n#endif\n"); } } } banner(fheader, "Classes, Structs, and Unions"); fflush(fheader); if (classtable) { for (p = classtable->list; p; p = p->next) { if (!is_imported(p->info.typ) && !is_volatile(p->info.typ) && p->info.typ->ref) { if (!is_header_or_fault(p->info.typ) && !is_body(p->info.typ)) { if (cflag && (p->info.typ->type == Tstruct || p->info.typ->type == Tunion) && p->sym->token == TYPE) fprintf(fheader, "\ntypedef "); else fprintf(fheader, "\n"); if (p->info.typ->type == Tstruct) fprintf(fheader, "struct %s", ident(p->sym->name)); else if (!cflag && p->info.typ->type == Tclass) fprintf(fheader, "class %s", ident(p->sym->name)); else if (p->info.typ->type == Tunion) fprintf(fheader, "union %s", ident(p->sym->name)); if (cflag && (p->info.typ->type == Tstruct || p->info.typ->type == Tunion) && p->sym->token == TYPE) fprintf(fheader, " %s;", ident(p->sym->name)); else fprintf(fheader, ";"); fprintf(fheader, "\t/* %s:%d */", p->filename, p->lineno); } } } for (p = classtable->list; p; p = p->next) if (!is_imported(p->info.typ)) gen_class(fheader, p); } banner(fheader, "Typedefs"); fflush(fheader); if (typetable) { for (p = typetable->list; p; p = p->next) { if (!wflag && !is_primitive_or_string(p->info.typ) && !is_external(p->info.typ) && !is_XML(p->info.typ) && !is_transient(p->info.typ) && !has_ns_t(p->info.typ) && !is_imported(p->info.typ) && !is_template(p->info.typ)) { sprintf(errbuf, "serializable typedef '%s' is not namespace qualified: schema definition for '%s' in WSDL file output may be invalid", p->sym->name, p->sym->name); semwarn(errbuf); } if (p->info.typ->type == Tclass && is_eq(p->info.typ->sym->name, "xsd__QName") && !is_external(p->info.typ) && !is_imported(p->info.typ)) continue; if ((!is_external(p->info.typ) && !is_imported(p->info.typ)) || is_synonym(p->info.typ)) { fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%s%s;", c_storage(p->info.sto), c_type_synonym(p->info.typ, p->sym->name)); fprintf(fheader, "\n#endif"); } } } banner(fheader, "Externals"); fflush(fheader); if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type != Tfun || (p->info.sto & Sextern)) { fprintf(fheader, "\n\n/* %s:%d */\n", p->filename, p->lineno); if (!(p->info.sto & Sstatic)) fprintf(fheader, "extern "); fprintf(fheader, "%s", c_storage(p->info.sto)); fprintf(fheader, "%s;", c_type_id(p->info.typ, p->sym->name)); } } } fflush(fheader); } void get_namespace_prefixes(void) { Symbol *p, *q; int i, n; const char *s; char buf[256]; if (nslist) return; for (p = symlist; p; p = p->next) { s = p->name; while (*s == '_' || *s == '~') s++; n = (int)(strlen(s) - 2); for (i = 1; i < n; i++) { if (s[i] == ':' || (s[i-1] != '_' && s[i] == '_' && s[i+1] == '_' && s[i+2] && s[i+2] != '_') || (s[i-1] != '_' && (!strncmp(s+i, "___DOT", 6) || !strncmp(s+i, "___USCORE", 9) || (!strncmp(s+i, "___x", 4) && isxdigit(s[i+4]) && isxdigit(s[i+5]) && isxdigit(s[i+6]) && isxdigit(s[i+7]))))) { if (s[i+1] == ':') { i++; continue; } strncpy(buf, s, i); buf[i] = '\0'; if (!strcmp(buf, "SOAP_ENV") || !strcmp(buf, "SOAP_ENC") || !strcmp(buf, "xsd") || !strcmp(buf, "xsi") || !strcmp(buf, "xml") || !strcmp(buf, "std") || !strncmp(buf, "soap_", 5)) goto nsnext; for (q = nslist; q; q = q->next) if (!strcmp(q->name, buf)) goto nsnext; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(i+1); strcpy(q->name, buf); q->name[i] = '\0'; q->next = nslist; nslist = q; break; } } nsnext: ; } q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(4); strcpy(q->name, "xsd"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(4); strcpy(q->name, "xsi"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(9); strcpy(q->name, "SOAP-ENC"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(9); strcpy(q->name, "SOAP-ENV"); q->next = nslist; nslist = q; } void generate_schema(Table *t) { Entry *p = NULL; Symbol *ns; const char *name = NULL; const char *URL = NULL; const char *executable = NULL; const char *URI = NULL; const char *style = NULL; const char *encoding = NULL; const char *protocol = NULL; const char *import = NULL; Service *sp = NULL; char buf[1024]; FILE *fd; int flag = 0; get_namespace_prefixes(); for (ns = nslist; ns; ns = ns->next) { if (!strcmp(ns->name, "SOAP-ENV") || !strcmp(ns->name, "SOAP-ENC") || !strcmp(ns->name, "xsi") || !strcmp(ns->name, "xsd")) continue; name = NULL; URL = NULL; executable = NULL; URI = NULL; style = NULL; encoding = NULL; import = NULL; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns->name)) { name = ns_cname(sp->name, NULL); URL = sp->URL; executable = sp->executable; URI = sp->URI; style = sp->style; encoding = sp->encoding; protocol = sp->protocol; import = sp->import; break; } } if (!URI) { char *s = (char*)emalloc(strlen(tmpURI) + strlen(ns->name) + 6); sprintf(s, "%s/%s.xsd", tmpURI, ns_convert(ns->name)); URI = s; } if (soap_version >= 0 && is_document(style) && encoding && !*encoding) { semwarn("Cannot use document style with SOAP encoding"); encoding = NULL; } if (!name) name = "Service"; if (!URL) URL = "http://localhost:80"; if (!import) flag = 1; if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns->name, p->sym->name)) { if (name) fprintf(fmsg, "Using %s service name: %s\n", ns->name, name); if (protocol) fprintf(fmsg, "Using %s service protocol: %s\n", ns->name, protocol); if (style && soap_version >= 0) fprintf(fmsg, "Using %s service style: %s\n", ns->name, style); else if (!eflag && soap_version >= 0) fprintf(fmsg, "Using %s service style: document\n", ns->name); if (encoding && *encoding) fprintf(fmsg, "Using %s service encoding: %s\n", ns->name, encoding); else if (encoding && !*encoding && soap_version >= 0) fprintf(fmsg, "Using %s service encoding: encoded\n", ns->name); else if (!eflag && soap_version >= 0) fprintf(fmsg, "Using %s service encoding: literal\n", ns->name); if (URL) fprintf(fmsg, "Using %s service location: %s\n", ns->name, URL); if (executable) fprintf(fmsg, "Using %s service executable: %s\n", ns->name, executable); if (import) fprintf(fmsg, "Using %s schema import: %s\n", ns->name, import); else if (URI) fprintf(fmsg, "Using %s schema namespace: %s\n", ns->name, URI); if (sp && sp->name) sprintf(buf, "%s%s.wsdl", dirpath, ns_cname(name, NULL)); else sprintf(buf, "%s%s.wsdl", dirpath, ns_cname(ns->name, NULL)); if (!wflag && !import) { fprintf(fmsg, "Saving %s Web Service description\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write WSDL file"); gen_wsdl(fd, t, ns->name, name, URL, executable, URI, style, encoding, protocol); fclose(fd); } if (!cflag) { if (iflag || jflag) { const char *sname; if (sp && sp->name) sname = sp->name; else sname = ""; if (!Sflag) { const char *name1 = ns_cname(sname, "Proxy"); sprintf(buf, "%s%s%s.h", dirpath, prefix, name1); fprintf(fmsg, "Saving %s client proxy class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy class file"); sprintf(buf, "%s%s.h", prefix, name1); copyrightnote(fd, buf); gen_proxy_header(fd, t, ns, name1); fclose(fd); sprintf(buf, "%s%s%s.cpp", dirpath, prefix, name1); fprintf(fmsg, "Saving %s client proxy class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy class file"); sprintf(buf, "%s%s.cpp", prefix, name1); copyrightnote(fd, buf); gen_proxy_code(fd, t, ns, name1); fclose(fd); } if (!Cflag) { const char *name1 = ns_cname(sname, "Service"); sprintf(buf, "%s%s%s.h", dirpath, prefix, name1); fprintf(fmsg, "Saving %s service class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write service class file"); sprintf(buf, "%s%s.h", prefix, name1); copyrightnote(fd, buf); gen_object_header(fd, t, ns, name1); fclose(fd); sprintf(buf, "%s%s%s.cpp", dirpath, prefix, name1); fprintf(fmsg, "Saving %s service class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write service class file"); sprintf(buf, "%s%s.cpp", prefix, name1); copyrightnote(fd, buf); gen_object_code(fd, t, ns, name1); fclose(fd); } } else if (zflag == 1) { if (!Sflag && sp && sp->name) { sprintf(buf, "%s%s%s.h", dirpath, prefix, ns_cname(name, "Proxy")); fprintf(fmsg, "Saving %s simple client proxy (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy file"); sprintf(buf, "%s%s.h", prefix, ns_cname(name, "Proxy")); copyrightnote(fd, buf); gen_proxy(fd, t, ns, name, URL); fclose(fd); } else if (!Sflag) { sprintf(buf, "%s%s.h", dirpath, ns_cname(prefix, "Proxy")); fprintf(fmsg, "Saving %s simple client proxy (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy file"); sprintf(buf, "%s.h", ns_cname(prefix, "Proxy")); copyrightnote(fd, buf); gen_proxy(fd, t, ns, "Service", URL); fclose(fd); } if (!Cflag && sp && sp->name) { sprintf(buf, "%s%s%s.h", dirpath, prefix, ns_cname(name, "Object")); fprintf(fmsg, "Saving %s simple server object (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write server object file"); sprintf(buf, "%s%s.h", prefix, ns_cname(name, "Object")); copyrightnote(fd, buf); gen_object(fd, t, name); fclose(fd); } else if (!Cflag) { sprintf(buf, "%s%s.h", dirpath, ns_cname(prefix, "Object")); fprintf(fmsg, "Saving %s simple server object (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write server object file"); sprintf(buf, "%s.h", ns_cname(prefix, "Object")); copyrightnote(fd, buf); gen_object(fd, t, "Service"); fclose(fd); } } } if (!xflag) { strcpy(buf, dirpath); if (sp && sp->name) strcat(buf, ns_fname(name)); else strcat(buf, ns_fname(ns->name)); strcat(buf, "."); gen_data(buf, t, ns->name, encoding); } break; } } if (sp && sp->name) { has_nsmap = 1; if (nflag) sprintf(buf, "%s%s.nsmap", dirpath, prefix); else sprintf(buf, "%s%s.nsmap", dirpath, ns_cname(name, NULL)); fprintf(fmsg, "Saving %s namespace mapping table\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write nsmap file"); fprintf(fd, "\n#include \"%sH.h\"", prefix); if (nflag) fprintf(fd, "\nSOAP_NMAC struct Namespace %s_namespaces[] =\n", prefix); else fprintf(fd, "\nSOAP_NMAC struct Namespace namespaces[] =\n"); gen_nsmap(fd); fclose(fd); if (Tflag && !Cflag) { Entry *method; char soapTester[1024]; char pathsoapTester[1024]; const char *name1 = NULL; Tflag = 0; strcpy(soapTester, prefix); strcat(soapTester, "Tester"); if (cflag) strcat(soapTester, ".c"); else strcat(soapTester, ".cpp"); strcpy(pathsoapTester, dirpath); strcat(pathsoapTester, soapTester); fprintf(fmsg, "Saving %s server auto-test code\n", pathsoapTester); fd = fopen(pathsoapTester, "w"); if (!fd) execerror("Cannot write to file"); copyrightnote(fd, soapTester); fprintf(fd, "\n/*\n Stand-alone server auto-test code:\n Takes request from standard input or over TCP/IP socket and returns\nresponse to standard output or socket\n\n Compile:\n cc soapTester.c soapServer.c soapC.c stdsoap2.c\n\n Command line usage with redirect over stdin/out:\n > ./a.out < SomeTest.req.xml\n > ./a.out 12288 < SomeTest.req.xml\n Note: 12288 = SOAP_XML_INDENT | SOAP_XML_STRICT (see codes in stdsoap2.h)\n Command line usage to start server at port 8080:\n > a.out 12288 8080\n*/\n\n#include \""); if (iflag || jflag) { const char *sname; if (sp && sp->name) sname = sp->name; else sname = ""; name1 = ns_cname(sname, "Service"); fprintf(fd, "%s%s%s.h\"\n\n#ifndef SOAP_DEFMAIN\n# define SOAP_DEFMAIN main\t/* redefine to use your own main() */\n#endif\n\nint SOAP_DEFMAIN(int argc, char **argv)\n{\n\t%s service(argc > 1 ? atoi(argv[1]) : 0);\n\tif (argc <= 2)\n\t\treturn service.serve();\n\twhile (service.run(atoi(argv[2])) != SOAP_OK && service.%serror != SOAP_TCP_ERROR)\n\t\tservice.soap_print_fault(stderr);\n\treturn 0;\n}\n", dirpath, prefix, name1, name1, iflag ? "" : "soap->"); } else fprintf(fd, "%s%s.nsmap\"\n\n#ifndef SOAP_DEFMAIN\n# define SOAP_DEFMAIN main\t/* redefine to use your own main() */\n#endif\n\nint SOAP_DEFMAIN(int argc, char **argv)\n{\n\tstruct soap *soap = soap_new1(argc > 1 ? atoi(argv[1]) : 0);\n\tif (argc <= 2)\n\t\treturn %s_serve(soap);\n\tif (soap_valid_socket(soap_bind(soap, NULL, atoi(argv[2]), 100)))\n\t\twhile (soap_valid_socket(soap_accept(soap)))\n\t\t{\tif (%s_serve(soap))\n\t\t\t\tsoap_print_fault(soap, stderr);\n\t\t\tsoap_destroy(soap);\n\t\t\tsoap_end(soap);\n\t\t}\n\tsoap_destroy(soap);\n\tsoap_end(soap);\n\tsoap_free(soap);\n\treturn 0;\n}\n", dirpath, nflag?prefix:ns_cname(name, NULL), nflag?prefix:"soap", nflag?prefix:"soap"); for (method = t->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { Entry *p = NULL, *q = entry(t, method->sym); Table *r; if (q) p = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, method->sym); r = (Table*)q->info.typ->ref; if (iflag || jflag) fprintf(fd, "\n\n/** Auto-test server operation %s */\nint %s::%s(", method->sym->name, name1, ns_cname(method->sym->name, NULL)); else fprintf(fd, "\n\n/** Auto-test server operation %s */\nint %s(struct soap *soap", method->sym->name, ident(method->sym->name)); gen_params(fd, r, p, !iflag && !jflag); /* single param to single param echo */ if (p && r && r->list && r->list->info.typ == p->info.typ) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t*%s = *%s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Tpointer && r->list->info.typ == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t*%s = %s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Treference && r->list->info.typ == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t%s = %s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Treference && r->list->info.typ->type == Tpointer && r->list->info.typ->ref == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t%s = *%s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); /* params to wrapped params echo */ else { fprintf(fd, "\n{\t(void)soap; /* appease -Wall -Werror */"); if (r && p && p->info.typ->ref && ((Tnode*)p->info.typ->ref)->ref && (((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass)) { const char *s, *a; int d = 1; s = ident(p->sym->name); if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) a = "."; else a = "->"; for (p = ((Table*)((Tnode*)p->info.typ->ref)->ref)->list, q = r->list; p && q; p = p->next, q = q->next) { if (p->info.typ == q->info.typ) fprintf(fd, "\n\t%s%s%s = %s;", s, a, ident(p->sym->name), ident(q->sym->name)); else if (q->info.typ->type == Tpointer && p->info.typ == (Tnode*)q->info.typ->ref) fprintf(fd, "\n\t%s%s%s = *%s;", s, a, ident(p->sym->name), ident(q->sym->name)); else d = 0; } if (!d) fprintf(fd, "\n\t/* Returns incomplete response containing some default data values */"); } fprintf(fd, "\n\treturn SOAP_OK;\n}\n"); } fflush(fd); } } fclose(fd); } } } if (!wflag && !import) { sprintf(buf, "%s%s.xsd", dirpath, ns_cname(ns->name, NULL)); fprintf(fmsg, "Saving %s XML schema\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write schema file"); fprintf(fd, "\n"); if (t) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns->name, p->sym->name)) { gen_schema(fd, t, ns->name, ns->name, 0, style, encoding); break; } if (!t || !p) gen_schema(fd, t, ns->name, ns->name, 0, style, encoding); fclose(fd); } } if (!has_nsmap) { if (Tflag && !Cflag && !iflag && !jflag) fprintf(fmsg, "Warning: cannot save soapTester, need directive //gsoap service name\n"); for (ns = nslist; ns; ns = ns->next) if (strcmp(ns->name, "SOAP-ENV") && strcmp(ns->name, "SOAP-ENC") && strcmp(ns->name, "xsi") && strcmp(ns->name, "xsd")) break; if (nflag) sprintf(buf, "%s%s.nsmap", dirpath, prefix); else if (ns && ns->name) sprintf(buf, "%s%s.nsmap", dirpath, ns_cname(ns->name, NULL)); else sprintf(buf, "%ssoap.nsmap", dirpath); fprintf(fmsg, "Saving %s namespace mapping table\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write nsmap file"); fprintf(fd, "\n#include \"%sH.h\"", prefix); if (nflag) fprintf(fd, "\nSOAP_NMAC struct Namespace %s_namespaces[] =\n", prefix); else fprintf(fd, "\nSOAP_NMAC struct Namespace namespaces[] =\n"); gen_nsmap(fd); fclose(fd); } } int chkhdr(const char *part) { Entry *p; p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) for (p = ((Table*)p->info.typ->ref)->list; p; p = p->next) if (has_ns_eq(NULL, p->sym->name) && (!strcmp(part, p->sym->name) || is_eq_nons(part, p->sym->name))) return 1; sprintf(errbuf, "Cannot define method-header-part in WSDL: SOAP_ENV__Header \"%s\" member field is not qualified", part); semwarn(errbuf); return 0; } void gen_wsdl(FILE *fd, Table *t, const char *ns, const char *name, const char *URL, const char *executable, const char *URI, const char *style, const char *encoding, const char *protocol) { Entry *p, *q, *r; Symbol *s; Service *sp, *sp2; Method *m; const char *mimein = NULL, *mimeout = NULL; int prot, mask = 0x0; /* 0x1 = SOAP, 0x2 = GET, 0x4 = PUT, 0x8 = POST */ const char *action, *comment, *method_style = NULL, *method_encoding = NULL, *method_response_encoding = NULL; const char *portname; const char *binding; fprintf(fd, "\n"); for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns)) break; if (sp && sp->definitions) fprintf(fd, "definitions); else fprintf(fd, "WSDL) fprintf(fd, " targetNamespace=\"%s\"\n xmlns:tns=\"%s\"", sp->WSDL, sp->WSDL); else fprintf(fd, " targetNamespace=\"%s/%s.wsdl\"\n xmlns:tns=\"%s/%s.wsdl\"", URI, name, URI, name); if (sp && sp->binding) binding = ns_cname(sp->binding, NULL); else binding = name; if (sp && sp->portname) portname = ns_cname(sp->portname, NULL); else portname = name; for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (!tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp2->URI); else if (!strcmp(s->name, "SOAP-ENV")) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); else if (!strcmp(s->name, "SOAP-ENC")) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } if (is_soap12(encoding)) fprintf(fd, "\n xmlns:SOAP=\"http://schemas.xmlsoap.org/wsdl/soap12/\""); else fprintf(fd, "\n xmlns:SOAP=\"http://schemas.xmlsoap.org/wsdl/soap/\""); fprintf(fd, "\n xmlns:HTTP=\"http://schemas.xmlsoap.org/wsdl/http/\""); fprintf(fd, "\n xmlns:MIME=\"http://schemas.xmlsoap.org/wsdl/mime/\""); fprintf(fd, "\n xmlns:DIME=\"http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/\""); fprintf(fd, "\n xmlns:WSDL=\"http://schemas.xmlsoap.org/wsdl/\""); fprintf(fd, "\n xmlns=\"http://schemas.xmlsoap.org/wsdl/\">\n\n"); fprintf(fd, "\n\n"); for (s = nslist; s; s = s->next) gen_schema(fd, t, ns, s->name, !strcmp(s->name, ns), style, encoding); fprintf(fd, "\n\n"); fflush(fd); if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { mimein = NULL; mimeout = NULL; comment = NULL; method_style = style; method_encoding = encoding; method_response_encoding = NULL; if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess&MIMEIN) mimein = m->part; if (m->mess&MIMEOUT) mimeout = m->part; if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; else if (m->mess == COMMENT) comment = m->part; } } } if (!method_response_encoding) method_response_encoding = method_encoding; if (get_response(p->info.typ)) fprintf(fd, "\n", ns_remove(p->sym->name)); else fprintf(fd, "\n", ns_remove(p->sym->name)); fflush(fd); if (is_document(method_style)) { if (is_invisible(p->sym->name)) { q = entry(classtable, p->sym); if (q) { q = ((Table*)q->info.typ->ref)->list; if (q) { if (is_invisible(q->sym->name)) { r = entry(classtable, q->sym); if (r) { r = ((Table*)r->info.typ->ref)->list; if (r) { fprintf(fd, " sym, r, ns, 1)) fprintf(fd, " \n"); } } } else { fprintf(fd, " sym, q, ns, 1)) fprintf(fd, " \n"); } } } } else { fprintf(fd, " sym, p, ns, 1)) fprintf(fd, " \n"); } } else { q = entry(classtable, p->sym); if (q) { for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) { if (is_XML(q->info.typ) || is_stdXML(q->info.typ)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } } } } if (mimein) fprintf(fd, " \n"); fprintf(fd, "\n\n"); fflush(fd); q = (Entry*)p->info.typ->ref; for (r = t->list; r; r = r->next) if (r != p && r->info.typ->type == Tfun && !(r->info.sto & Sextern) && q == (Entry*)r->info.typ->ref) q = NULL; if (q && is_transient(q->info.typ)) ; else if (q && !is_response(q->info.typ)) { fprintf(fd, "\n", ns_remove(p->sym->name)); if (is_document(method_style)) fprintf(fd, " \n", ns_add(p, ns)); else if (is_literal(method_response_encoding)) { fprintf(fd, " sym->name), ns_add(q, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } else if (is_XML((Tnode*)q->info.typ->ref) || is_stdXML((Tnode*)q->info.typ->ref)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } if (mimeout) fprintf(fd, " \n"); fprintf(fd, "\n\n"); } else if (q && q->info.typ->wsdl == False) { q->info.typ->wsdl = True; fprintf(fd, "\n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); if (is_document(method_style)) { if (has_ns_eq(NULL, ((Entry*)p->info.typ->ref)->sym->name)) fprintf(fd, " \n", ns_convert(((Entry*)p->info.typ->ref)->sym->name)); else if (is_invisible(((Tnode*)q->info.typ->ref)->id->name)) { r = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; if (r) { fprintf(fd, " sym, r, ns, 1)) fprintf(fd, " \n"); } } else { fprintf(fd, " info.typ->ref)->id->name)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } else { if (((Tnode*)q->info.typ->ref)->ref) { for (q = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) { if (is_XML(q->info.typ) || is_stdXML(q->info.typ)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } } } } if (mimeout) fprintf(fd, " \n"); fprintf(fd, "\n\n"); } fflush(fd); } } if (custom_header) { Table *r; fprintf(fd, "\n", name); r = (Table*)entry(classtable, lookup("SOAP_ENV__Header"))->info.typ->ref; if (r) { for (q = r->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) fprintf(fd, " \n", ns_remove(q->sym->name), ns_add(q, ns)); } } fprintf(fd, "\n\n"); } if (custom_fault) { Table *r; fprintf(fd, "\n", name); r = (Table*)entry(classtable, lookup("SOAP_ENV__Detail"))->info.typ->ref; if (r) for (q = r->list; q; q = q->next) if (!is_transient(q->info.typ) && !is_repetition(q) && !is_anytype(q) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && has_ns_eq(NULL, q->sym->name)) { fprintf(fd, " sym->name), ns_add(q, ns)); if (gen_member_documentation(fd, q->sym, q, ns, 1)) fprintf(fd, " \n"); } fprintf(fd, "\n\n"); } if (sp) { for (m = sp->list; m; m = m->next) { if (m->mess&FAULT && m->part) { Method *m2; int flag = 0; for (m2 = sp->list; m2 && m2 != m; m2 = m2->next) if (m2->mess&FAULT && !strcmp(m2->part, m->part)) flag = 1; if (!flag) { if (typetable) for (p = typetable->list; p; p = p->next) if ((m->mess&FAULT) && is_eq(m->part, p->info.typ->sym->name)) break; if (!p && classtable) for (p = classtable->list; p; p = p->next) if ((m->mess&FAULT) && is_eq(m->part, p->info.typ->id->name)) break; if (p) { fprintf(fd, "\n", ns_remove(m->part)); fprintf(fd, " \n", ns_convert(m->part)); fprintf(fd, "\n\n"); flag = 0; if (custom_fault) { Table *r; r = (Table*)entry(classtable, lookup("SOAP_ENV__Detail"))->info.typ->ref; if (r) for (q = r->list; q; q = q->next) if (!is_transient(q->info.typ) && !is_repetition(q) && !is_anytype(q) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && (!strcmp(q->sym->name, m->part) || !strcmp(q->sym->name + 1, m->part))) { flag = 1; break; } } if (!flag) { sprintf(errbuf, "//gsoap %s method-fault %s %s directive does not refer to a member of struct SOAP_ENV__Detail: suggest to define struct SOAP_ENV__Detail with member %s", sp->ns, m->name, m->part, m->part); semwarn(errbuf); } } else { sprintf(errbuf, "//gsoap %s method-fault %s %s directive does not refer to struct/class or typedef: should globablly define fault %s as type (typedef or struct/class)", sp->ns, m->name, m->part, m->part); semwarn(errbuf); } } } } } fflush(fd); if (sp && sp->porttype) fprintf(fd, "\n", sp->porttype); else fprintf(fd, "\n", ns_cname(name, "PortType")); if (protocol) { if (strncmp(protocol, "SOAP", 4)) { if (strstr(protocol, "GET")) mask = 0x2; else if (strstr(protocol, "PUT")) mask = 0x4; else /* POST */ mask = 0x8; } else mask = 0x1; } for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { comment = NULL; if (sp) { for (m = sp->list; m; m = m->next) { if (m->mess == COMMENT && is_eq_nons(m->name, p->sym->name)) comment = m->part; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) { if (strstr(m->part, "GET")) mask |= 0x2; else if (strstr(m->part, "PUT")) mask |= 0x4; else /* POST */ mask |= 0x8; } else mask |= 0x1; } } } if (!mask) { if (soap_version < 0) mask = 0x8; /* -0 option: use POST */ else mask = 0x1; } fprintf(fd, " \n", ns_remove(p->sym->name)); if (comment) fprintf(fd, " %s\n", comment); else fprintf(fd, " Service definition of function %s\n", p->sym->name); if (get_response(p->info.typ)) fprintf(fd, " \n", ns_remove(p->sym->name)); else fprintf(fd, " \n", ns_remove(p->sym->name)); q = (Entry*)p->info.typ->ref; if (q && is_transient(q->info.typ)) ; else if (q && !is_response(q->info.typ)) fprintf(fd, " \n", ns_remove(p->sym->name)); else if (q) fprintf(fd, " \n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); if (sp) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && is_eq_nons(m->name, p->sym->name)) fprintf(fd, " \n", ns_remove(m->part), ns_remove(m->part)); fprintf(fd, " \n"); } } fprintf(fd, "\n\n"); for (prot = 0x1; prot <= 0x8; prot <<= 1) { if ((prot & mask)) { const char *v = "", *b = ""; switch (prot) { case 0x1: v = ""; b = "SOAP"; break; case 0x2: v = "GET"; b = "HTTP"; break; case 0x4: v = "PUT"; b = "HTTP"; break; case 0x8: v = "POST"; b = "HTTP"; break; } fprintf(fd, "porttype) fprintf(fd, "type=\"tns:%s\">\n porttype); else fprintf(fd, "type=\"tns:%s\">\n porttype) fprintf(fd, "type=\"tns:%s\">\n porttype); else fprintf(fd, "type=\"tns:%s\">\n transport) fprintf(fd, " transport=\"%s\"/>\n", sp->transport); else fprintf(fd, " transport=\"http://schemas.xmlsoap.org/soap/http\"/>\n"); } else { if (sp && sp->porttype) fprintf(fd, "type=\"tns:%s\">\n \n", sp->porttype, v); else fprintf(fd, "type=\"tns:%s\">\n \n", ns_cname(name, "PortType"), v); } fflush(fd); for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { action = ""; mimein = NULL; mimeout = NULL; method_style = style; method_encoding = encoding; method_response_encoding = NULL; if (sp) { int v = 0x1; if (sp->protocol) { if (strncmp(sp->protocol, "SOAP", 4)) { if (strstr(sp->protocol, "GET")) v = 0x2; else if (strstr(sp->protocol, "PUT")) v = 0x4; else /* POST */ v = 0x8; } } for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess&MIMEIN) mimein = m->part; if (m->mess&MIMEOUT) mimeout = m->part; if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; else if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; else if (m->mess == RESPONSE_ACTION) action = m->part; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) { if (strstr(m->part, "GET")) v = 0x2; else if (strstr(m->part, "PUT")) v = 0x4; else /* POST */ v = 0x8; } else v = 0x1; } } } if (soap_version < 0) v = 0x8; if (prot != v) continue; } if (!method_response_encoding) method_response_encoding = method_encoding; fprintf(fd, " \n", ns_remove(p->sym->name)); if (prot == 0x1) { if (is_document(style)) { if (is_document(method_style)) { if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else { if (is_document(method_style)) { if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } } else { if (!*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } fprintf(fd, " \n"); q = entry(classtable, p->sym); if (prot == 0x1) { if (mimein) fprintf(fd, " \n \n"); if (is_literal(method_encoding) || (q && (q = (((Table*)q->info.typ->ref)->list)) && q && is_XML(q->info.typ))) { if (is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", URI); } else { if (encoding && *encoding) fprintf(fd, " \n", URI, encoding); else if (method_encoding && *method_encoding) fprintf(fd, " \n", URI, method_encoding); else fprintf(fd, " \n", URI, encURI); if (!eflag) { sprintf(errbuf, "operation '%s' is not compliant with WS-I Basic Profile 1.0a, reason: uses SOAP encoding", p->sym->name); compliancewarn(errbuf); } } if (custom_header) { m = NULL; if (sp) { for (m = sp->list; m; m = m->next) if (is_eq_nons(m->name, p->sym->name) && (m->mess&HDRIN)) { if (chkhdr(m->part)) fprintf(fd, " \n", name, ns_remove(m->part)); } } } if (mimein) { if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name) && (m->mess&MIMEIN)) fprintf(fd, " \n \n \n", m->part); } } fprintf(fd, " \n \n"); } } else if (prot == 0x2) fprintf(fd, " \n"); else { if (mimein) fprintf(fd, " \n", mimein); else if (!q || is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", ns_remove(q->sym->name)); } fprintf(fd, " \n"); q = (Entry*)p->info.typ->ref; if (!q || !q->info.typ->ref) { fprintf(fd, " \n"); continue; } if (prot != 0x4) { fprintf(fd, " \n"); if (prot == 0x1) { if (mimeout) fprintf(fd, " \n \n"); if (is_literal(method_response_encoding) || is_XML((Tnode*)q->info.typ->ref)) { if (is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", URI); } else if (encoding && *encoding) fprintf(fd, " \n", URI, encoding); else if (method_response_encoding && *method_response_encoding) fprintf(fd, " \n", URI, method_response_encoding); else fprintf(fd, " \n", URI, encURI); if (custom_header) { if (sp) for (m = sp->list; m; m = m->next) if (is_eq_nons(m->name, p->sym->name) && (m->mess&HDROUT)) { if (chkhdr(m->part)) fprintf(fd, " \n", name, ns_remove(m->part)); } } if (mimeout) { if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name) && (m->mess&MIMEOUT)) fprintf(fd, " \n \n \n", m->part); } } fprintf(fd, " \n \n"); } } else { q = (Entry*)p->info.typ->ref; if (is_document(method_style)) fprintf(fd, " \n"); else if (q && !is_transient(q->info.typ) && !is_response(q->info.typ) && is_literal(method_response_encoding)) fprintf(fd, " \n", ns_remove(q->sym->name)); else fprintf(fd, " \n"); } fprintf(fd, " \n"); } if (sp) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && is_eq_nons(m->name, p->sym->name)) fprintf(fd, " \n \n \n", ns_remove(m->part), ns_remove(m->part)); fprintf(fd, " \n"); fflush(fd); } } fprintf(fd, "\n\n"); } } } fprintf(fd, "\n", name); if (sp && sp->documentation) fprintf(fd, " %s\n", sp->documentation); else fprintf(fd, " gSOAP " VERSION " generated service definition\n"); if (executable) fprintf(fd, " \n \n ", portname, binding, URL, executable); for (prot = 0x1; prot <= 0x8; prot <<= 1) { if ((prot & mask)) { const char *s, *t, *v = "", *b = ""; switch (prot) { case 0x1: v = ""; b = "SOAP"; break; case 0x2: v = "GET"; b = "HTTP"; break; case 0x4: v = "PUT"; b = "HTTP"; break; case 0x8: v = "POST"; b = "HTTP"; break; } fprintf(fd, " \n", portname, v, binding, v); for (s = URL; s; s = t) { int n; t = strchr(s, ' '); if (t) { n = (int)(t - s); t++; } else n = (int)strlen(s); fprintf(fd, " <%s:address location=\"%.*s\"/>\n", b, n, s); } fprintf(fd, " \n"); } } fprintf(fd, "\n\n\n"); } const char * default_value(Entry *e) { const char *a; Entry *q; static char buf[4096]; buf[0] = '\0'; if (e->info.sto & Sconst) a = "fixed"; else a = "default"; if (e->info.hasval) { switch (e->info.typ->type) { case Tchar: case Twchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tllong: case Tulong: case Tullong: case Tsize: sprintf(buf, " %s=\"" SOAP_LONG_FORMAT "\"", a, e->info.val.i); break; case Tfloat: case Tdouble: case Tldouble: sprintf(buf, " %s=\"%g\"", a, e->info.val.r); break; case Ttime: break; /* should get value? */ case Tenum: case Tenumsc: for (q = ((Table*)e->info.typ->ref)->list; q; q = q->next) { if (q->info.val.i == e->info.val.i) { sprintf(buf, " %s=\"%s\"", a, ns_remove2(q->sym->name, c_ident(e->info.typ))); break; } } break; default: if (e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-12) sprintf(buf, " %s=\"%s\"", a, xstring(e->info.val.s)); break; } } return buf; } const char * nillable(Tnode *typ) { if (typ->type == Tpointer) return "true"; return "false"; } void gen_schema(FILE *fd, Table *t, const char *ns1, const char *ns, int all, const char *style, const char *encoding) { int i, d; char cbuf[4]; Entry *p, *q, *r; Tnode *n; Symbol *s; Service *sp, *sp2; Method *m; int flag; if (!strcmp(ns, "SOAP-ENV") || !strcmp(ns, "SOAP-ENC") || !strcmp(ns, "xsi") || !strcmp(ns, "xsd")) return; for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns) && sp->URI) break; if (sp && sp->import) return; fprintf(fd, " URI); else fprintf(fd, "targetNamespace=\"%s/%s.xsd\"", tmpURI, ns_convert(ns)); for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (!tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp2->URI); else if (!strcmp(s->name, "SOAP-ENV")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); } else if (!strcmp(s->name, "SOAP-ENC")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); } else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } fprintf(fd, "\n xmlns=\"%s\"\n", xsdURI); if (sp && (sp->elementForm || sp->attributeForm)) fprintf(fd, " elementFormDefault=\"%s\"\n attributeFormDefault=\"%s\">\n", sp->elementForm?sp->elementForm:"unqualified", sp->attributeForm?sp->attributeForm:"unqualified"); else if (style && !strcmp(style, "document")) fprintf(fd, " elementFormDefault=\"qualified\"\n attributeFormDefault=\"unqualified\">\n"); else fprintf(fd, " elementFormDefault=\"unqualified\"\n attributeFormDefault=\"unqualified\">\n"); fflush(fd); flag = 0; for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (sp2 != sp && !tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) { fprintf(fd, " URI); if (sp2->import) fprintf(fd, " schemaLocation=\"%s\"", sp2->import); fprintf(fd, "/>\n"); if (!strcmp(sp2->URI, encURI)) flag = 1; } } if (!flag) fprintf(fd, " ", encURI); fprintf(fd, "\n"); fflush(fd); if (typetable) { for (p = typetable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_invisible(p->sym->name) || p->info.typ->type == Ttemplate) continue; if (is_element(p->info.typ) && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_stdstr(p->info.typ)) continue; if ((!is_external(p->info.typ) || is_volatile(p->info.typ)) && ((has_ns_eq(ns, p->sym->name)))) { /* typedefs that are used for SOAP Fault details */ m = NULL; if (p->info.typ->type != Tstruct && p->info.typ->type != Tclass) { for (sp2 = services; sp2 && !m; sp2 = sp2->next) { for (m = sp2->list; m; m = m->next) { if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; } } } if (m) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); continue; } if (is_primitive_or_string(p->info.typ) || (p->info.typ->type == Tpointer && is_primitive_or_string((Tnode*)p->info.typ->ref))) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); if (p->info.typ->pattern && p->info.typ->pattern[0] == '%' && p->info.typ->pattern[1]) { unsigned int n = (unsigned int)strtoul(p->info.typ->pattern + 1, NULL, 10); unsigned int f = 0; const char *s = strchr(p->info.typ->pattern, '.'); if (s) f = (unsigned int)strtoul(s + 1, NULL, 10); if (s && f && (p->info.typ->type == Tfloat || p->info.typ->type == Tdouble || p->info.typ->type == Tldouble)) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (n) fprintf(fd, " \n", n); fprintf(fd, " \n", f); } else if (n && (p->info.typ->type == Tfloat || p->info.typ->type == Tdouble || p->info.typ->type == Tldouble)) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n", n); } else if (n && p->info.typ->type >= Tchar && p->info.typ->type <= Tullong) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n", n); } else { fprintf(fd, " \n", base_type(p->info.typ, ns1)); } } else { fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (p->info.typ->pattern) fprintf(fd, " \n", p->info.typ->pattern); } if (is_primitive(p->info.typ) || (p->info.typ->type == Tpointer && is_primitive((Tnode*)p->info.typ->ref) && !is_string(p->info.typ) && !is_wstring(p->info.typ))) { if (p->info.typ->hasmin) { if (p->info.typ->type >= Tfloat && p->info.typ->type <= Tldouble) { if (p->info.typ->incmin) fprintf(fd, " \n", p->info.typ->min); else fprintf(fd, " \n", p->info.typ->min); } else { if (p->info.typ->incmin) fprintf(fd, " \n", (LONG64)p->info.typ->min); else fprintf(fd, " \n", (LONG64)p->info.typ->min); } } if (p->info.typ->hasmax) { if (p->info.typ->type >= Tfloat && p->info.typ->type <= Tldouble) { if (p->info.typ->incmax) fprintf(fd, " \n", p->info.typ->max); else fprintf(fd, " \n", p->info.typ->max); } else { if (p->info.typ->incmax) fprintf(fd, " \n", (LONG64)p->info.typ->max); else fprintf(fd, " \n", (LONG64)p->info.typ->max); } } } else { if (p->info.typ->hasmax && p->info.typ->max >= 0 && p->info.typ->incmin && p->info.typ->incmax && p->info.typ->min == p->info.typ->max) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else { if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } } } fprintf(fd, " \n \n"); } else if (is_fixedstring(p->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } else fprintf(fd, " \n", get_dimension(p->info.typ) - 1); fprintf(fd, " \n \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n \n \n"); } } } } fflush(fd); if (enumtable) { for (p = enumtable->list; p; p = p->next) { if (!is_transient(p->info.typ) && !is_invisible(p->sym->name) && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { flag = 0; if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (!has_ns_eq(NULL, ns_remove2(q->sym->name, c_ident(p->info.typ)))) { flag = 1; break; } } if (flag == 1) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { const char *s = ns_remove2(q->sym->name, c_ident(p->info.typ)); while (*s && isdigit(*s)) s++; if (*s) { flag = 2; break; } } } } fprintf(fd, " ", wsdl_type(p->info.typ, NULL)); gen_type_documentation(fd, p, ns); if (is_mask(p->info.typ)) { fprintf(fd, " \n"); if (flag == 0) fprintf(fd, " \n"); else if (flag == 1) fprintf(fd, " \n"); else fprintf(fd, " \n"); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { fprintf(fd, " sym->name, c_ident(p->info.typ))); if (gen_member_documentation(fd, p->sym, q, ns, q->info.typ->type == Tenumsc)) fprintf(fd, " "); if (!uflag) fprintf(fd, " \n", q->info.val.i); } } fprintf(fd, " \n \n \n"); } else { if (flag == 0) fprintf(fd, " \n"); else if (flag == 1) fprintf(fd, " \n"); else fprintf(fd, " \n"); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { fprintf(fd, " sym->name, c_ident(p->info.typ))); if (gen_member_documentation(fd, p->sym, q, ns, q->info.typ->type == Tenumsc)) fprintf(fd, " "); if (!uflag) fprintf(fd, " \n", q->info.val.i); } } fprintf(fd, " \n \n"); } } } } fflush(fd); if (classtable) { for (p = classtable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_invisible(p->sym->name)) continue; for (q = t->list; q; q = q->next) if (q->info.typ->type == Tfun && !(q->info.sto & Sextern) && p == get_response(q->info.typ)) break; /* omit the auto-generated and user-defined response struct/class (when necessary) */ if (!q) for (q = t->list; q; q = q->next) if (q->info.typ->type == Tfun && !(q->info.sto & Sextern) && !has_ns_eq(NULL, ((Entry*)q->info.typ->ref)->sym->name)) { r = entry(t, q->sym); if (r && r->info.typ->ref && is_response(((Entry*)r->info.typ->ref)->info.typ) && p->info.typ == (Tnode*)((Entry*)r->info.typ->ref)->info.typ->ref) break; } if (q) continue; /* classes that are used for SOAP Fault details */ m = NULL; for (sp2 = services; sp2 && !m; sp2 = sp2->next) for (m = sp2->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (m) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); } } if (p->info.typ->ref && is_binary(p->info.typ)) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { if (is_attachment(p->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n"); if (!eflag) fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); if (p->info.typ->hasmax && p->info.typ->max >= 0 && p->info.typ->incmin && p->info.typ->incmax && p->info.typ->min == p->info.typ->max) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else { if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } } fprintf(fd, " \n \n"); } } } else if (p->info.typ->ref && !is_transient(p->info.typ) && is_primclass(p->info.typ)) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { q = ((Table*)p->info.typ->ref)->list; if (q && strncmp(q->sym->name, "xsd__anyType", 12)) { if (is_string(q->info.typ) || is_wstring(q->info.typ) || is_stdstring(q->info.typ) || is_stdwstring(q->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else if (is_primitive(q->info.typ) && q->info.typ->type != Tenum && q->info.typ->type != Tenumsc) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else if (!has_ns(q->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } } } } else if (p->info.typ->ref && !is_transient(p->info.typ)) { q = ((Table*)p->info.typ->ref)->list; if (entry(t, p->sym) && (!q || !is_XML(q->info.typ))) ; else if (is_dynamic_array(p->info.typ)) { if (eflag || (!has_ns(p->info.typ) && !is_untyped(p->info.typ))) { if (all) { d = get_Darraydims(p->info.typ)-1; for (i = 0; i < d; i++) cbuf[i] = ','; cbuf[i] = '\0'; if (q->info.maxOccurs == 1) { fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL)); if (!is_literal(encoding)) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), nillable((Tnode*)q->info.typ->ref)); if (!is_literal(encoding)) fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL), cbuf); fprintf(fd, " \n \n"); } else { fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL)); if (!is_literal(encoding)) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); if (!is_literal(encoding)) fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1), cbuf); fprintf(fd, " \n \n"); } } } else if (p->info.typ->ref && ((Table*)p->info.typ->ref)->prev && !is_transient(entry(classtable, ((Table*)p->info.typ->ref)->prev->sym)->info.typ) && strncmp(((Table*)p->info.typ->ref)->prev->sym->name, "xsd__anyType", 12)) { if (q->info.maxOccurs == 1) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); fprintf(fd, " \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1)); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); fprintf(fd, " \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else { if (q->info.maxOccurs == 1) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), nillable((Tnode*)q->info.typ->ref)); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); } } } else if (is_discriminant(p->info.typ) && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { fprintf(fd, " \n", ns_remove(p->sym->name)); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else if (p->info.typ->type == Tstruct && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else if (p->info.typ->type == Tclass && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { if (((Table*)p->info.typ->ref)->prev && !is_transient(entry(classtable, ((Table*)p->info.typ->ref)->prev->sym)->info.typ) && strncmp(((Table*)p->info.typ->ref)->prev->sym->name, "xsd__anyType", 12)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } } } } } fflush(fd); for (n = Tptr[Tarray]; n; n = n->next) { if (is_transient(n) || is_fixedstring(n)) continue; if (is_literal(encoding)) fprintf(fd, " \n \n \n \n \n \n \n", c_ident(n), wsdl_type((Tnode*)n->ref, ns1), get_dimension(n)); else fprintf(fd, " \n \n \n \n \n \n \n", c_ident(n), xsi_type((Tnode*)n->ref), get_dimension(n)); fflush(fd); } gen_schema_elements_attributes(fd, t, ns, ns1, style, encoding); fprintf(fd, " \n\n"); } void gen_schema_elements(FILE *fd, Tnode *p, const char *ns, const char *ns1) { Entry *q; for (q = ((Table*)p->ref)->list; q; q = q->next) if (gen_schema_element(fd, p, q, ns, ns1)) q = q->next; } int gen_schema_element(FILE *fd, Tnode *p, Entry *q, const char *ns, const char *ns1) { const char *s, *t; if (is_transient(q->info.typ) || (q->info.sto & Sattribute) || q->info.typ->type == Tfun || q->info.typ->type == Tunion) return 0; if (is_repetition(q)) { if (is_sequence(q->next)) { fprintf(fd, " \n"); if (q->next->info.typ->ref) gen_schema_elements(fd, (Tnode*)q->next->info.typ->ref, ns, ns1); fprintf(fd, " \n"); return 1; } t = ns_convert(q->next->sym->name); if (*t == '-') fprintf(fd, " \n", q->next->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->next->sym->name+1, ':') || !has_ns_eq(ns, q->next->sym->name))) { if (((Tnode*)q->next->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (((Tnode*)q->next->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); } else if (q->info.maxOccurs == 1) fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } return 1; } else if ((q->info.typ->type == Ttemplate && !is_smart(q->info.typ)) || (q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Ttemplate) || (q->info.typ->type == Treference && ((Tnode*)q->info.typ->ref)->type == Ttemplate) || (q->info.typ->type == Trvalueref && ((Tnode*)q->info.typ->ref)->type == Ttemplate)) { t = ns_convert(q->sym->name); if (*t == '-') fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (((Tnode*)q->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (((Tnode*)q->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } } else if (is_anytype(q)) /* ... maybe need to show all possible types rather than xsd:anyType */ { fprintf(fd, " \n", ns_convert(q->next->sym->name), q->info.minOccurs, q->info.maxOccurs); return 1; } else if (is_choice(q)) { if (q->info.minOccurs == 0) fprintf(fd, " \n"); else fprintf(fd, " \n"); if (q->next->info.typ->ref) gen_schema_elements(fd, q->next->info.typ, ns, ns1); fprintf(fd, " \n"); return 1; } else if (is_sequence(q)) { if (q->info.minOccurs == 0) fprintf(fd, " \n"); else fprintf(fd, " \n"); if (q->info.typ->type == Tpointer) gen_schema_elements(fd, (Tnode*)q->info.typ->ref, ns, ns1); else if (q->info.typ->ref) gen_schema_elements(fd, q->info.typ, ns, ns1); fprintf(fd, " \n"); return 0; } else { t = ns_convert(q->sym->name); if (*t == '-') fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (is_smart(q->info.typ) || q->info.typ->type == Tpointer || q->info.typ->type == Tarray || is_dynamic_array(q->info.typ)) fprintf(fd, " info.minOccurs, q->info.maxOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (is_smart(q->info.typ) || q->info.typ->type == Tpointer || q->info.typ->type == Tarray || is_dynamic_array(q->info.typ)) fprintf(fd, " info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, default_value(q), form); else fprintf(fd, " info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, default_value(q), form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } } fflush(fd); return 0; } void gen_schema_elements_attributes(FILE *fd, Table *t, const char *ns, const char *ns1, const char *style, const char *encoding) { Entry *p, *q, *e; Table *elt, *att; Service *sp; Method *m; Symbol *sym; const char *s, *method_style, *method_encoding, *method_response_encoding; int all = !strcmp(ns, ns1); elt = mktable(NULL); att = mktable(NULL); if (t && all) { for (p = t->list; p; p = p->next) { if (!eflag && p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { method_encoding = encoding; method_response_encoding = NULL; method_style = style; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; } } } } if (!method_response_encoding) method_response_encoding = method_encoding; q = entry(classtable, p->sym); if (q) { if (is_document(method_style)) { if (!is_invisible(p->sym->name)) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", ns_remove(p->sym->name)); gen_schema_elements(fd, q->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, q->info.typ, ns, ns1); fprintf(fd, " \n \n"); e = enter(elt, sym); e->info = p->info; } } else { for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) { if (!(q->info.sto & Sextern) && !has_ns_eq(NULL, q->sym->name)) { sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) /* enter/entry w/o prefix is not useful to avoid clashes */ { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } } q = (Entry*)p->info.typ->ref; for (e = t->list; e; e = e->next) if (e != p && e->info.typ->type == Tfun && !(e->info.sto & Sextern) && q == (Entry*)e->info.typ->ref) q = NULL; if (q && !is_transient(q->info.typ)) { if (!is_response(q->info.typ)) { if (is_document(method_style)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n", ns_remove(p->sym->name)); fprintf(fd, " \n"); gen_schema_element(fd, p->info.typ, q, ns, ns1); fprintf(fd, " \n"); fprintf(fd, " \n \n"); } } else if (((Tnode*)q->info.typ->ref)->ref) { if (is_document(method_style)) { if (!has_ns_eq(NULL, q->sym->name)) { sym = ((Tnode*)q->info.typ->ref)->id; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); fprintf(fd, " \n"); gen_schema_elements(fd, (Tnode*)q->info.typ->ref, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, (Tnode*)q->info.typ->ref, ns, ns1); fprintf(fd, " \n \n"); e = enter(elt, sym); e->info = q->info; } } } } } } } } } if (t && !eflag) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern)) { q = (Entry*)p->info.typ->ref; if (q && !is_transient(q->info.typ)) { if (is_response(q->info.typ)) { if (has_ns_eq(ns, q->sym->name)) { sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } } } } for (p = typetable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_primclass(p->info.typ) || is_dynamic_array(p->info.typ)) continue; if (is_element(p->info.typ) && has_ns_eq(ns, p->sym->name)) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (!m) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); e = enter(elt, sym); e->info = p->info; } } } } for (p = classtable->list; p; p = p->next) { if (!p->info.typ->ref || /* is_invisible(p->info.typ->id->name) || */ is_transient(p->info.typ) || is_primclass(p->info.typ) || is_dynamic_array(p->info.typ)) continue; for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (!is_repetition(q) && !is_anytype(q) && (!strchr(q->sym->name+1, ':') || !eq_ns(p->sym->name, q->sym->name)) && has_ns_eq(ns, q->sym->name) && !is_transient(q->info.typ) && q->info.typ->type != Tfun) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, q->sym->name)) break; if (m) continue; /* already generated element for fault */ if (!(q->info.sto & Sattribute) && (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || is_typedef(q->info.typ))) if (is_element(q->info.typ) || is_eq(q->info.typ->id->name, q->sym->name)) continue; /* type is already an element or type name matches member name */ sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (q->info.sto & Sattribute) { e = entry(att, sym); if (e) { if ((!is_primitive(q->info.typ) || e->info.typ->type != q->info.typ->type) && reftype(e->info.typ) != reftype(q->info.typ)) { sprintf(errbuf, "Member '%s::%s' of type '%s' at line %d has a type that does not correspond to the required unique type '%s' defined for root-level attribute '%s'", p->sym->name, q->sym->name, c_type(q->info.typ), q->lineno, c_type(e->info.typ), ns_convert(q->sym->name)); semwarn(errbuf); } } else { fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(att, sym); e->info = q->info; } } else { e = entry(elt, sym); if (e) { if ((!is_primitive(q->info.typ) || e->info.typ->type != q->info.typ->type) && reftype(e->info.typ) != reftype(q->info.typ)) { sprintf(errbuf, "Member '%s::%s' of type '%s' at line %d has a type that does not correspond to the required unique type '%s' defined for root-level element '%s'", p->sym->name, q->sym->name, c_type(q->info.typ), q->lineno, c_type(e->info.typ), ns_convert(q->sym->name)); semwarn(errbuf); } } else { fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } if (is_element(p->info.typ) && has_ns_eq(ns, p->sym->name)) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (!m) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { fprintf(fd, " \n", ns_remove(p->sym->name), wsdl_type(p->info.typ, ns1)); e = enter(elt, sym); e->info = p->info; } } } } freetable(elt); freetable(att); } void gen_schema_attributes(FILE *fd, Tnode *p, const char *ns, const char *ns1) { Entry *q; const char *t, *s, *r; for (q = ((Table*)p->ref)->list; q; q = q->next) { if (q->info.sto & Sattribute && !(q->info.sto & (Sprivate | Sprotected))) { r = default_value(q); t = ns_convert(q->sym->name); if (*t == '-' || is_anyAttribute(q->info.typ)) fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (r && *r) fprintf(fd, " \n", t, r); else if ((!is_smart(q->info.typ) && q->info.typ->type != Tpointer) || q->info.minOccurs) fprintf(fd, " \n", t); else if (q->info.maxOccurs == 0) fprintf(fd, " \n", t); else fprintf(fd, " \n", t); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (r && *r) fprintf(fd, " info.typ, ns1), r, form); else if ((!is_smart(q->info.typ) && q->info.typ->type != Tpointer) || q->info.minOccurs) fprintf(fd, " info.typ, ns1), form); else if (q->info.maxOccurs == 0) fprintf(fd, " info.typ, ns1)); else fprintf(fd, " info.typ, ns1), form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } fflush(fd); } } } void gen_type_documentation(FILE *fd, Entry *type, const char *ns) { Service *sp; Data *d; if (!type->sym) { fprintf(fd, "\n"); return; } for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (d = sp->data; d; d = d->next) { if (!strstr(d->name, "::") && is_eq_nons(d->name, type->sym->name)) { fprintf(fd, "\n \n %s\n \n", d->text); return; } } } } if (!uflag) fprintf(fd, "", type->sym->name); fprintf(fd, "\n"); } int gen_member_documentation(FILE *fd, Symbol *type, Entry *member, const char *ns, int scope) { Service *sp; Data *d; const char *t; if (!type || !member->sym) { fprintf(fd, "/>\n"); return 0; } t = ns_remove(type->name); for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (d = sp->data; d; d = d->next) { const char *s = strstr(d->name, "::"); if (s && !strncmp(t, d->name, s-d->name) && !strcmp(s + 2, member->sym->name)) { fprintf(fd, ">\n \n %s\n \n", d->text); return 1; } } } } fprintf(fd, "/>"); if (!uflag) { if (scope) fprintf(fd, "", type->name, member->sym->name); else fprintf(fd, "", member->sym->name); } fprintf(fd, "\n"); return 0; } void gen_nsmap(FILE *fd) { Symbol *ns1; Service *sp; fprintf(fd, "{\n"); for (ns1 = nslist; ns1; ns1 = ns1->next) { for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns1->name) && sp->URI) break; if (sp) { if (!strcmp(ns1->name, "SOAP-ENV")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENV\", NULL, NULL, NULL},\n"); else fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2 ? sp->URI2 : envURI); } else if (!strcmp(ns1->name, "SOAP-ENC")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENC\", NULL, NULL, NULL},\n"); else fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2 ? sp->URI2 : encURI); } else if (sp->URI2) fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2); else fprintf(fd, "\t{\"%s\", \"%s\", NULL, NULL},\n", ns_convert(ns1->name), sp->URI); } else if (!strcmp(ns1->name, "SOAP-ENV")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENV\", NULL, NULL, NULL},\n"); else if (is_soap12(NULL)) fprintf(fd, "\t{\"SOAP-ENV\", \"%s\", \"http://schemas.xmlsoap.org/soap/envelope/\", NULL},\n", envURI); else fprintf(fd, "\t{\"SOAP-ENV\", \"%s\", \"http://www.w3.org/*/soap-envelope\", NULL},\n", envURI); } else if (!strcmp(ns1->name, "SOAP-ENC")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENC\", NULL, NULL, NULL},\n"); else if (is_soap12(NULL)) fprintf(fd, "\t{\"SOAP-ENC\", \"%s\", \"http://schemas.xmlsoap.org/soap/encoding/\", NULL},\n", encURI); else fprintf(fd, "\t{\"SOAP-ENC\", \"%s\", \"http://www.w3.org/*/soap-encoding\", NULL},\n", encURI); } else if (!strcmp(ns1->name, "xsi")) fprintf(fd, "\t{\"xsi\", \"%s\", \"http://www.w3.org/*/XMLSchema-instance\", NULL},\n", xsiURI); else if (!strcmp(ns1->name, "xsd")) fprintf(fd, "\t{\"xsd\", \"%s\", \"http://www.w3.org/*/XMLSchema\", NULL},\n", xsdURI); else fprintf(fd, "\t{\"%s\", \"%s/%s.xsd\", NULL, NULL},\n", ns_convert(ns1->name), tmpURI, ns_convert(ns1->name)); } fprintf(fd, "\t{NULL, NULL, NULL, NULL}\n};\n"); } void gen_proxy(FILE *fd, Table *table, Symbol *ns, const char *name, const char *URL) { Entry *p, *q, *r; Table *t, *output; Service *sp; int flag; const char *name1; name1 = ns_cname(name, NULL); for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns->name)) break; fprintf(fd, "\n\n#ifndef %s%sProxy_H\n#define %s%sProxy_H\n#include \"%sH.h\"", prefix, name1, prefix, name1, prefix); if (nflag) fprintf(fd, "\nextern SOAP_NMAC struct Namespace %s_namespaces[];", prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); fprintf(fd, "\nclass %s\n{ public:\n\t/// Runtime engine context allocated in constructor\n\tstruct soap *soap;\n\t/// Endpoint URL of service '%s' (change as needed)\n\tconst char *endpoint;\n\t/// Constructor allocates soap engine context, sets default endpoint URL, and sets namespace mapping table\n", name1, name); if (nflag) fprintf(fd, "\t%s() { soap = soap_new(); if (soap) soap->namespaces = %s_namespaces; endpoint = \"%s\"; }\n", name1, prefix, URL); else { fprintf(fd, "\t%s()\n\t{ soap = soap_new(); endpoint = \"%s\"; if (soap && !soap->namespaces) { static const struct Namespace namespaces[] = \n", name1, URL); gen_nsmap(fd); fprintf(fd, "\tsoap->namespaces = namespaces; } }\n"); } fprintf(fd, "\t/// Destructor deletes deserialized data and engine context\n\tvirtual ~%s() { if (soap) { soap_destroy(soap); soap_end(soap); soap_free(soap); } }\n", name1); fflush(fd); for (r = table->list; r; r = r->next) { if (r->info.typ->type == Tfun && !(r->info.sto & Sextern) && has_ns_eq(ns->name, r->sym->name)) { p = entry(table, r->sym); if (p) q = (Entry*)p->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } p = entry(classtable, r->sym); if (!p) { fprintf(stderr, "Internal error: no parameter table entry\n"); return; } output = (Table*)p->info.typ->ref; fprintf(fd, "\t/// Invoke '%s' of service '%s' and return error code (or SOAP_OK)\n", ns_remove(r->sym->name), name); fprintf(fd, "\tvirtual int %s(", ident(r->sym->name)); flag = 0; for (t = output; t; t = t->prev) { p = t->list; if (p) { fprintf(fd, "%s%s", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); for (p = p->next; p; p = p->next) fprintf(fd, ", %s%s", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); flag = 1; } } if (is_transient(q->info.typ)) fprintf(fd, ") { return soap ? soap_send_%s(soap, endpoint, NULL", ident(r->sym->name)); else if (flag) fprintf(fd, ", %s%s) { return soap ? soap_call_%s(soap, endpoint, NULL", c_storage(q->info.sto), c_type_id(q->info.typ, q->sym->name), ident(r->sym->name)); else fprintf(fd, "%s%s) { return soap ? soap_call_%s(soap, endpoint, NULL", c_storage(q->info.sto), c_type_id(q->info.typ, q->sym->name), ident(r->sym->name)); /* the action is now handled by the soap_call/soap_send operation when we pass NULL */ #if 0 m = NULL; if (sp && (s = strstr(r->sym->name, "__"))) for (m = sp->list; m; m = m->next) if (m->part && m->mess == ACTION && !strcmp(m->name, s+2)) { if (*m->part == '"') fprintf(fd, "%s", m->part); else fprintf(fd, "\"%s\"", m->part); break; } if (!m) fprintf(fd, "NULL"); #endif for (t = output; t; t = t->prev) for (p = t->list; p; p = p->next) fprintf(fd, ", %s", ident(p->sym->name)); if (is_transient(q->info.typ)) fprintf(fd, ") : SOAP_EOM; }\n"); else fprintf(fd, ", %s) : SOAP_EOM; }\n", ident(q->sym->name)); fflush(fd); } } fprintf(fd, "};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_object(FILE *fd, Table *table, const char *name) { const char *name1; Entry *method; name1 = ns_cname(name, NULL); fprintf(fd, "\n\n#ifndef %s%sObject_H\n#define %s%sObject_H\n#include \"%sH.h\"", prefix, name1, prefix, name1, prefix); banner(fd, "Service Object"); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); fprintf(fd, "\nclass %sService : public soap\n{ public:", name1); fprintf(fd, "\n\t%sService()\n\t{ static const struct Namespace namespaces[] =\n", name1); gen_nsmap(fd); fprintf(fd, "\n\tsoap_init(this); this->namespaces = namespaces; };"); fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); fprintf(fd, "\n\tvirtual ~%sService() { soap_destroy(this); soap_end(this); };", name1); fprintf(fd, "\n\t/// Bind service to port (returns master socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET bind(const char *host, int port, int backlog) { return soap_bind(this, host, port, backlog); };"); fprintf(fd, "\n\t/// Accept next request (returns socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET accept() { return soap_accept(this); };"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Then accept SSL handshake, when SSL is used"); fprintf(fd, "\n\tvirtual\tint ssl_accept() { return soap_ssl_accept(this); };"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Serve this request (returns error code or SOAP_OK)"); if (nflag) fprintf(fd, "\n\tvirtual\tint serve() { return %s_serve(this); };", prefix); else fprintf(fd, "\n\tvirtual\tint serve() { return soap_serve(this); };"); fprintf(fd, "\n};"); banner(fd, "Service Operations (you should define these globally)"); for (method = table->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { Entry *p, *q = entry(table, method->sym); Table *output; if (q) p = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, method->sym); output = (Table*)q->info.typ->ref; fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 %s(struct soap*", ident(method->sym->name)); gen_params(fd, output, p, 1); fprintf(fd, ";"); } } if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n\n#endif\n"); } void gen_proxy_header(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method; Table *t; fprintf(fd, "\n\n#ifndef %s%s_H\n#define %s%s_H\n#include \"%sH.h\"", prefix, name, prefix, name, prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) fprintf(fd, "\n\nclass SOAP_CMAC %s : public soap\n{ public:", name); else fprintf(fd, "\n\nclass SOAP_CMAC %s\n{ public:", name); if (!iflag) fprintf(fd, "\n\tstruct soap *soap;\n\tbool soap_own;"); fprintf(fd, "\n\t/// Endpoint URL of service '%s' (change as needed)", name); fprintf(fd, "\n\tconst char *soap_endpoint;"); fprintf(fd, "\n\t/// Variables globally declared in %s (non-static)", filename); for (p = table->list; p; p = p->next) if (p->info.typ->type != Tfun && !(p->info.sto & Sstatic)) fprintf(fd, "\n\t%s%s;", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); fprintf(fd, "\n\t/// Constructor"); fprintf(fd, "\n\t%s();", name); fprintf(fd, "\n\t/// Copy constructor"); fprintf(fd, "\n\t%s(const %s& rhs);", name, name); if (iflag) { fprintf(fd, "\n\t/// Construct from another engine state"); fprintf(fd, "\n\t%s(const struct soap&);", name); } else { fprintf(fd, "\n\t/// Constructor to use/share an engine state"); fprintf(fd, "\n\t%s(struct soap*);", name); } fprintf(fd, "\n\t/// Constructor with endpoint URL"); fprintf(fd, "\n\t%s(const char *url);", name); fprintf(fd, "\n\t/// Constructor with engine input+output mode control"); fprintf(fd, "\n\t%s(soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with URL and input+output mode control"); fprintf(fd, "\n\t%s(const char *url, soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with engine input and output mode control"); fprintf(fd, "\n\t%s(soap_mode imode, soap_mode omode);", name); if (iflag) fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); else fprintf(fd, "\n\t/// Destructor deletes non-shared engine context only (use destroy() to delete deserialized data)"); fprintf(fd, "\n\tvirtual\t~%s();", name); fprintf(fd, "\n\t/// Initializer used by constructors"); fprintf(fd, "\n\tvirtual\tvoid %s_init(soap_mode imode, soap_mode omode);", name); fprintf(fd, "\n\t/// Create a new copy"); fprintf(fd, "\n\tvirtual\t%s *copy() SOAP_PURE_VIRTUAL;", name); fprintf(fd, "\n\t/// Copy assignment"); fprintf(fd, "\n\t%s& operator=(const %s&);", name, name); fprintf(fd, "\n\t/// Delete all deserialized data (with soap_destroy and soap_end)"); fprintf(fd, "\n\tvirtual\tvoid destroy();"); fprintf(fd, "\n\t/// Delete all deserialized data and reset to default"); fprintf(fd, "\n\tvirtual\tvoid reset();"); fprintf(fd, "\n\t/// Disables and removes SOAP Header from message"); fprintf(fd, "\n\tvirtual\tvoid soap_noheader();"); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\t/// Put SOAP Header in message"); fprintf(fd, "\n\tvirtual\tvoid soap_header("); gen_params(fd, t, NULL, 0); fprintf(fd, ";"); } } } fprintf(fd, "\n\t/// Get SOAP Header structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Header *soap_header();"); fprintf(fd, "\n\t/// Get SOAP Fault structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Fault *soap_fault();"); fprintf(fd, "\n\t/// Get SOAP Fault string (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst char *soap_fault_string();"); fprintf(fd, "\n\t/// Get SOAP Fault detail as string (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst char *soap_fault_detail();"); fprintf(fd, "\n\t/// Close connection (normally automatic, except for send_X ops)"); fprintf(fd, "\n\tvirtual\tint soap_close_socket();"); fprintf(fd, "\n\t/// Force close connection (can kill a thread blocked on IO)"); fprintf(fd, "\n\tvirtual\tint soap_force_close_socket();"); fprintf(fd, "\n\t/// Print fault"); fprintf(fd, "\n\tvirtual\tvoid soap_print_fault(FILE*);"); fprintf(fd, "\n#ifndef WITH_LEAN\n\t/// Print fault to stream"); fprintf(fd, "\n#ifndef WITH_COMPAT"); fprintf(fd, "\n\tvirtual\tvoid soap_stream_fault(std::ostream&);"); fprintf(fd, "\n#endif\n"); fprintf(fd, "\n\t/// Put fault into buffer"); fprintf(fd, "\n\tvirtual\tchar *soap_sprint_fault(char *buf, size_t len);\n#endif"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) gen_method(fd, method, 0); fprintf(fd, "\n};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_proxy_code(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method, *param; Table *t; const char *soap; if (iflag) soap = "this"; else soap = "this->soap"; fprintf(fd, "\n\n#include \"%s%s.h\"", prefix, name); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) { fprintf(fd, "\n\n%s::%s() : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\tthis->soap_endpoint = rhs.soap_endpoint;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const struct soap &_soap) : soap(_soap)\n{ }", name, name); fprintf(fd, "\n\n%s::%s(const char *url) : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url, soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode) : soap(imode, omode)\n{\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\n\tthis->destroy();\n\t}", name, name); } else { fprintf(fd, "\n\n%s::%s()\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\tthis->soap_endpoint = rhs.soap_endpoint;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(struct soap *_soap)\n{\tthis->soap = _soap;\n\tthis->soap_own = false;\n\t%s_init(_soap->imode, _soap->omode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url, soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n}", name, name); } fprintf(fd, "\n\nvoid %s::%s_init(soap_mode imode, soap_mode omode)\n{\tsoap_imode(%s, imode);\n\tsoap_omode(%s, omode);\n\tsoap_endpoint = NULL;\n\tstatic const struct Namespace namespaces[] =\n", name, name, soap, soap); gen_nsmap(fd); fprintf(fd, "\tsoap_set_namespaces(%s, namespaces);\n}", soap); if (iflag) { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s(*(struct soap*)%s));\n\treturn dup;\n}\n#endif", name, name, name, name, soap); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\tthis->soap_endpoint = rhs.soap_endpoint;\n\treturn *this;\n}", name, name, name); } else { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s);\n\tif (dup)\n\t\tsoap_copy_context(dup->soap, this->soap);\n\treturn dup;\n}\n#endif", name, name, name, name); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\tthis->soap_endpoint = rhs.soap_endpoint;\n\treturn *this;\n}", name, name, name); } fprintf(fd, "\n\nvoid %s::destroy()\n{\tsoap_destroy(%s);\n\tsoap_end(%s);\n}", name, soap, soap); fprintf(fd, "\n\nvoid %s::reset()\n{\tthis->destroy();\n\tsoap_done(%s);\n\tsoap_initialize(%s);\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, soap, soap, name); fprintf(fd, "\n\nvoid %s::soap_noheader()\n{\t%s->header = NULL;\n}", name, soap); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\nvoid %s::soap_header(", name); gen_params(fd, t, NULL, 0); fprintf(fd, "\n{\t::soap_header(%s);", soap); for (param = t->list; param; param = param->next) { if (namespaceid) fprintf(fd, "\n\t((%s::SOAP_ENV__Header*)%s->header)->%s = %s;", namespaceid, soap, ident(param->sym->name), ident(param->sym->name)); else fprintf(fd, "\n\t%s->header->%s = %s;", soap, ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n}"); } } } fprintf(fd, "\n\nconst SOAP_ENV__Header *%s::soap_header()\n{\treturn %s->header;\n}", name, soap); fprintf(fd, "\n\nconst SOAP_ENV__Fault *%s::soap_fault()\n{\treturn %s->fault;\n}", name, soap); fprintf(fd, "\n\nconst char *%s::soap_fault_string()\n{\treturn *soap_faultstring(%s);\n}", name, soap); fprintf(fd, "\n\nconst char *%s::soap_fault_detail()\n{\treturn *soap_faultdetail(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_close_socket()\n{\treturn soap_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_force_close_socket()\n{\treturn soap_force_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nvoid %s::soap_print_fault(FILE *fd)\n{\t::soap_print_fault(%s, fd);\n}", name, soap); fprintf(fd, "\n\n#ifndef WITH_LEAN\n#ifndef WITH_COMPAT\nvoid %s::soap_stream_fault(std::ostream& os)\n{\t::soap_stream_fault(%s, os);\n}\n#endif", name, soap); fprintf(fd, "\n\nchar *%s::soap_sprint_fault(char *buf, size_t len)\n{\treturn ::soap_sprint_fault(%s, buf, len);\n}\n#endif", name, soap); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ) && has_ns_eq(ns->name, method->sym->name)) gen_call_method(fd, method, name); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n/* End of client proxy code */\n"); } void gen_object_header(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method; Table *t; fprintf(fd, "\n\n#ifndef %s%s_H\n#define %s%s_H\n#include \"%sH.h\"", prefix, name, prefix, name, prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) fprintf(fd, "\nclass SOAP_CMAC %s : public soap\n{ public:", name); else { fprintf(fd, "\nclass SOAP_CMAC %s\n{ public:", name); fprintf(fd, "\n\tstruct soap *soap;\n\tbool soap_own;"); } fprintf(fd, "\n\t/// Variables globally declared in %s (non-static)", filename); for (p = table->list; p; p = p->next) if (p->info.typ->type != Tfun && !(p->info.sto & Sstatic)) fprintf(fd, "\n\t%s%s;", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); fprintf(fd, "\n\t/// Constructor"); fprintf(fd, "\n\t%s();", name); fprintf(fd, "\n\t/// Copy constructor"); fprintf(fd, "\n\t%s(const %s&);", name, name); if (iflag) { fprintf(fd, "\n\t/// Construct from another engine state"); fprintf(fd, "\n\t%s(const struct soap&);", name); } else { fprintf(fd, "\n\t/// Constructor to use/share an engine state"); fprintf(fd, "\n\t%s(struct soap*);", name); } fprintf(fd, "\n\t/// Constructor with engine input+output mode control"); fprintf(fd, "\n\t%s(soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with engine input and output mode control"); fprintf(fd, "\n\t%s(soap_mode imode, soap_mode omode);", name); if (iflag) fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); else fprintf(fd, "\n\t/// Destructor deletes non-shared engine context only (use destroy() to delete deserialized data)"); fprintf(fd, "\n\tvirtual ~%s();", name); fprintf(fd, "\n\t/// Delete all deserialized data (with soap_destroy() and soap_end())"); fprintf(fd, "\n\tvirtual\tvoid destroy();"); fprintf(fd, "\n\t/// Delete all deserialized data and reset to defaults"); fprintf(fd, "\n\tvirtual\tvoid reset();"); fprintf(fd, "\n\t/// Initializer used by constructor"); fprintf(fd, "\n\tvirtual\tvoid %s_init(soap_mode imode, soap_mode omode);", name); fprintf(fd, "\n\t/// Create a new copy"); fprintf(fd, "\n\tvirtual\t%s *copy() SOAP_PURE_VIRTUAL;", name); fprintf(fd, "\n\t/// Copy assignment"); fprintf(fd, "\n\t%s& operator=(const %s&);", name, name); fprintf(fd, "\n\t/// Close connection (normally automatic)"); fprintf(fd, "\n\tvirtual\tint soap_close_socket();"); fprintf(fd, "\n\t/// Force close connection (can kill a thread blocked on IO)"); fprintf(fd, "\n\tvirtual\tint soap_force_close_socket();"); fprintf(fd, "\n\t/// Return sender-related fault to sender"); fprintf(fd, "\n\tvirtual\tint soap_senderfault(const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return sender-related fault with SOAP 1.2 subcode to sender"); fprintf(fd, "\n\tvirtual\tint soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return receiver-related fault to sender"); fprintf(fd, "\n\tvirtual\tint soap_receiverfault(const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return receiver-related fault with SOAP 1.2 subcode to sender"); fprintf(fd, "\n\tvirtual\tint soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Print fault"); fprintf(fd, "\n\tvirtual\tvoid soap_print_fault(FILE*);"); fprintf(fd, "\n#ifndef WITH_LEAN\n\t/// Print fault to stream"); fprintf(fd, "\n#ifndef WITH_COMPAT"); fprintf(fd, "\n\tvirtual\tvoid soap_stream_fault(std::ostream&);"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Put fault into buffer"); fprintf(fd, "\n\tvirtual\tchar *soap_sprint_fault(char *buf, size_t len);\n#endif"); fprintf(fd, "\n\t/// Disables and removes SOAP Header from message"); fprintf(fd, "\n\tvirtual\tvoid soap_noheader();"); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\t/// Put SOAP Header in message"); fprintf(fd, "\n\tvirtual\tvoid soap_header("); gen_params(fd, t, NULL, 0); fprintf(fd, ";"); } } } fprintf(fd, "\n\t/// Get SOAP Header structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Header *soap_header();"); fprintf(fd, "\n\t/// Run simple single-thread (iterative, non-SSL) service on port until a connection error occurs (returns error code or SOAP_OK), use this->bind_flag = SO_REUSEADDR to rebind for a rerun"); fprintf(fd, "\n\tvirtual\tint run(int port);"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Run simple single-thread SSL service on port until a connection error occurs (returns error code or SOAP_OK), use this->bind_flag = SO_REUSEADDR to rebind for a rerun"); fprintf(fd, "\n\tvirtual\tint ssl_run(int port);"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Bind service to port (returns master socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET bind(const char *host, int port, int backlog);"); fprintf(fd, "\n\t/// Accept next request (returns socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET accept();"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Then accept SSL handshake, when SSL is used"); fprintf(fd, "\n\tvirtual\tint ssl_accept();"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Serve this request (returns error code or SOAP_OK)"); fprintf(fd, "\n\tvirtual\tint serve();"); fprintf(fd, "\n\t/// Used by serve() to dispatch a request (returns error or SOAP_OK)"); fprintf(fd, "\n\tvirtual\tint dispatch();"); if (jflag) fprintf(fd, "\n\tvirtual\tint dispatch(struct soap *soap);"); fprintf(fd, "\n\n\t///\n\t/// Service operations (you should define these):\n\t/// Note: compile with -DWITH_PURE_VIRTUAL for pure virtual methods\n\t///"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) gen_method(fd, method, 1); fprintf(fd, "\n};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_method(FILE *fd, Entry *method, int server) { Table *params; Entry *result, *p; const char *soap; if (iflag) soap = "this"; else soap = "this->soap"; result = (Entry*)method->info.typ->ref; p = entry(classtable, method->sym); if (!p) execerror("no table entry"); params = (Table*)p->info.typ->ref; if (server || !is_transient(result->info.typ)) { if (is_transient(result->info.typ)) fprintf(fd, "\n\n\t/// Web service one-way operation '%s' (return error code, SOAP_OK (no response), or send_%s_empty_response())", ns_remove(method->sym->name), ns_remove(method->sym->name)); else fprintf(fd, "\n\n\t/// Web service operation '%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint %s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); if (!server) { fprintf(fd, " { return this->%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint %s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); } if (server) fprintf(fd, " SOAP_PURE_VIRTUAL;"); else fprintf(fd, ";"); if (is_transient(result->info.typ)) fprintf(fd, "\n\tvirtual\tint send_%s_empty_response(int httpcode) { return soap_send_empty_response(%s, httpcode); }", ns_cname(method->sym->name, NULL), soap); } else { fprintf(fd, "\n\n\t/// Web service one-way send operation 'send_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint send_%s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); fprintf(fd, " { return this->send_%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint send_%s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); fprintf(fd, ";\n\t/// Web service one-way receive operation 'recv_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, ";\n\tvirtual\tint recv_%s(", ns_cname(method->sym->name, NULL)); fprintf(fd, "struct %s&);", ident(method->sym->name)); fprintf(fd, "\n\t/// Web service receive of HTTP Accept acknowledgment for one-way send operation 'send_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint recv_%s_empty_response() { return soap_recv_empty_response(%s); }", ns_cname(method->sym->name, NULL), soap); fprintf(fd, "\n\t/// Web service one-way synchronous send operation '%s' with HTTP Accept/OK response receive (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint %s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); fprintf(fd, " { return this->%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint %s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); fprintf(fd, " { if (this->send_%s(endpoint, soap_action", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, " || soap_recv_empty_response(%s)) return %s->error; return SOAP_OK; }", soap, soap); } } void gen_params(FILE *fd, Table *params, Entry *result, int flag) { Entry *param; for (param = params->list; param; param = param->next) fprintf(fd, "%s%s%s", flag || param != params->list ? ", " : "", c_storage(param->info.sto), c_type_id(param->info.typ, param->sym->name)); if (!result || is_transient(result->info.typ)) fprintf(fd, ")"); else fprintf(fd, "%s%s%s)", flag || params->list ? ", " : "", c_storage(result->info.sto), c_type_id(result->info.typ, result->sym->name)); } void gen_args(FILE *fd, Table *params, Entry *result, int flag) { Entry *param; for (param = params->list; param; param = param->next) fprintf(fd, "%s%s", flag || param != params->list ? ", " : "", param->sym->name); if (!result || is_transient(result->info.typ)) fprintf(fd, ")"); else fprintf(fd, "%s%s)", flag || params->list ? ", " : "", result->sym->name); } void gen_query_url(FILE *fd, Table *params) { Entry *param; int flag = 0; fprintf(fd, "\n\t(SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 0), \"%%s?"); for (param = params->list; param; param = param->next) if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) fprintf(fd, "%s%s=%s", flag++ ? "&" : "", ns_remove(param->sym->name), gen_format(param->info.typ)); fprintf(fd, "\", soap_endpoint"); for (param = params->list; param; param = param->next) { if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) { if (is_stdstring(param->info.typ)) fprintf(fd, ", soap_encode_url_string(soap, %s.c_str())", ident(param->sym->name)); else if (is_string(param->info.typ)) fprintf(fd, ", soap_encode_url_string(soap, %s)", ident(param->sym->name)); else if (is_primitive(param->info.typ)) fprintf(fd, ", %s", ident(param->sym->name)); } } fprintf(fd, ");"); } void gen_query_form(FILE *fd, Table *params) { Entry *param; int flag = 0; fprintf(fd, "\n\tif ("); for (param = params->list; param; param = param->next) { if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) { fprintf(fd, "soap_send(soap, \"%s%s=\")", flag++ ? "&" : "", ns_remove(param->sym->name)); if (is_stdstring(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_encode_url_string(soap, %s.c_str()))\n\t || ", ident(param->sym->name)); else if (is_string(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_encode_url_string(soap, %s))\n\t || ", ident(param->sym->name)); else if (is_primitive(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_%s2s(soap, %s))\n\t || ", c_ident(param->info.typ), ident(param->sym->name)); } } } const char* gen_format(Tnode *typ) { if (is_string(typ) || is_stdstring(typ)) return "%s"; switch (typ->type) { case Tchar: return "%hhd"; case Tshort: return "%hd"; case Tint: return "%d"; case Tlong: return "%ld"; case Tllong: return SOAP_LONG_FORMAT; case Tfloat: return "%.9G"; case Tdouble: return "%.17lG"; case Tuchar: return "%hhu"; case Tushort: return "%hu"; case Tuint: return "%u"; case Tulong: return "%lu"; case Tullong: return SOAP_ULONG_FORMAT; default: return ""; } } void gen_call_method(FILE *fd, Entry *method, const char *name) { Service *sp; Method *m; int soap = (soap_version >= 0); int version = soap_version; int get = 0; int put = 0; int post = 0; int mime = 0; const char *style, *encoding; const char *xtag; const char *action = NULL, *method_encoding = NULL, *method_response_encoding = NULL; Table *params; Entry *param, *result, *p, *response = NULL; result = (Entry*)method->info.typ->ref; p = entry(classtable, method->sym); if (!p) execerror("no table entry"); params = (Table*)p->info.typ->ref; if (!is_response(result->info.typ) && !is_XML(result->info.typ)) response = get_response(method->info.typ); if (name) { if (!is_transient(result->info.typ)) fprintf(fd, "\n\nint %s::%s(const char *endpoint, const char *soap_action", name, ns_cname(method->sym->name, NULL)); else fprintf(fd, "\n\nint %s::send_%s(const char *endpoint, const char *soap_action", name, ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); } else if (!is_transient(result->info.typ)) { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_call_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fheader, params, result, 1); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_call_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fd, params, result, 1); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_send_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fheader, params, result, 1); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_send_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fd, params, result, 1); } if (name) { if (iflag) fprintf(fd, "\n{\tstruct soap *soap = this;\n"); else fprintf(fd, "\n{\tstruct soap *soap = this->soap;\n"); } else { fprintf(fheader, ";"); fprintf(fd, "\n{"); } for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { style = sp->style; encoding = sp->encoding; method_encoding = encoding; method_response_encoding = NULL; if (sp->protocol) { if (strstr(sp->protocol, "GET")) get = 1; else if (strstr(sp->protocol, "POST")) post = 1; else if (strstr(sp->protocol, "PUT")) put = 1; if (strncmp(sp->protocol, "SOAP", 4)) soap = 0; else if (strlen(sp->protocol) > 6) version = sp->protocol[6] - '0'; } for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; else if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == PROTOCOL) { if (strstr(m->part, "GET")) get = 1; else if (strstr(m->part, "POST")) post = 1; else if (strstr(m->part, "PUT")) put = 1; if (strncmp(m->part, "SOAP", 4)) soap = 0; else if (strlen(m->part) > 6) version = m->part[6] - '0'; } else if (m->mess&MIMEIN && !strcmp(m->part, "application/x-www-form-urlencoded")) mime = 1; } } break; } } if (!get && !mime) fprintf(fd, "\tstruct %s soap_tmp_%s;", ident(method->sym->name), ident(method->sym->name)); if (response) fprintf(fd, "\n\tstruct %s *soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); if (name) fprintf(fd, "\n\tif (endpoint)\n\t\tsoap_endpoint = endpoint;"); if (sp && sp->URL) fprintf(fd, "\n\tif (soap_endpoint == NULL)\n\t\tsoap_endpoint = \"%s\";", sp->URL); if (action) { fprintf(fd, "\n\tif (soap_action == NULL)\n\t\tsoap_action = "); if (*action == '"') fprintf(fd, "%s;", action); else fprintf(fd, "\"%s\";", action); } if (!method_response_encoding) method_response_encoding = method_encoding; if (!get && !mime) { for (param = params->list; param; param = param->next) { if (param->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_memcpy(soap_tmp_%s.%s, sizeof(%s), %s, sizeof(%s));", ident(method->sym->name), ident(param->sym->name), c_type(param->info.typ), ident(param->sym->name), c_type(param->info.typ)); else fprintf(fd, "\n\tsoap_tmp_%s.%s = %s;", ident(method->sym->name), ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n\tsoap_begin(soap);"); if (!soap) fprintf(fd, "\n\tsoap_set_version(soap, 0); /* no SOAP */"); else if (version > 0) fprintf(fd, "\n\tsoap_set_version(soap, %d); /* SOAP1.%d */", version, version); if (soap && sp && sp->URI && method_encoding) { if (is_literal(method_encoding)) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); else if (method_encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", method_encoding); } else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); if (soap) fprintf(fd, "\n\tsoap_serializeheader(soap);"); fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", ident(method->sym->name), ident(method->sym->name)); fprintf(fd, "\n\tif (soap_begin_count(soap))\n\t\treturn soap->error;"); fprintf(fd, "\n\tif (soap->mode & SOAP_IO_LENGTH)"); fprintf(fd, "\n\t{\tif (soap_envelope_begin_out(soap)"); if (soap) { fprintf(fd, "\n\t\t || soap_putheader(soap)"); fprintf(fd, "\n\t\t || soap_body_begin_out(soap)"); } fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", ident(method->sym->name), ident(method->sym->name), ns_convert(method->sym->name)); if (soap) fprintf(fd, "\n\t\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t\t || soap_envelope_end_out(soap))"); fprintf(fd, "\n\t\t\t return soap->error;"); fprintf(fd, "\n\t}"); fprintf(fd, "\n\tif (soap_end_count(soap))\n\t\treturn soap->error;"); if (soap) fprintf(fd, "\n\tif (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action)"); else { fprintf(fd, "\n\tsoap->http_content = \"text/xml\";"); if (put) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_PUT, soap_url(soap, soap_endpoint, soap_action), soap_action)"); else fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_POST_FILE, soap_url(soap, soap_endpoint, soap_action), soap_action)"); } fprintf(fd, "\n\t || soap_envelope_begin_out(soap)"); if (soap) { fprintf(fd, "\n\t || soap_putheader(soap)"); fprintf(fd, "\n\t || soap_body_begin_out(soap)"); } fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", ident(method->sym->name), ident(method->sym->name), ns_convert(method->sym->name)); if (soap) fprintf(fd, "\n\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t || soap_envelope_end_out(soap)"); fprintf(fd, "\n\t || soap_end_send(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); } else if (get) { if (params->list) { gen_query_url(fd, params); fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap->msgbuf, soap_action))"); } else if (soap) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap_url(soap, soap_endpoint, NULL), soap_action))"); else fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap_url(soap, soap_endpoint, soap_action), soap_action))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); } else if (mime) { fprintf(fd, "\n\tsoap->http_content = \"application/x-www-form-urlencoded\";"); if (post) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_POST_FILE, soap_url(soap, soap_endpoint, soap_action), soap_action))"); else if (put) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_PUT, soap_url(soap, soap_endpoint, soap_action), soap_action))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); gen_query_form(fd, params); fprintf(fd, "soap_end_send(soap))\n\t\treturn soap_closesock(soap);"); } if (is_transient(result->info.typ)) { fprintf(fd, "\n\treturn SOAP_OK;\n}"); if (name) { fprintf(fd, "\n\nint %s::recv_%s(", name, ns_cname(method->sym->name, NULL)); fprintf(fd, "struct %s& tmp)", ident(method->sym->name)); if (iflag) fprintf(fd, "\n{\tstruct soap *soap = this;\n"); else fprintf(fd, "\n{\tstruct soap *soap = this->soap;\n"); fprintf(fd, "\n\tstruct %s *%s = &tmp;", ident(method->sym->name), ident(result->sym->name)); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_recv_%s(struct soap *soap, ", ident(method->sym->name)); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_recv_%s(struct soap *soap, ", ident(method->sym->name)); fprintf(fheader, "struct %s *%s);\n", ident(method->sym->name), ident(result->sym->name)); fprintf(fd, "struct %s *%s)\n{", ident(method->sym->name), ident(result->sym->name)); } fprintf(fd, "\n\tsoap_default_%s(soap, %s);", ident(method->sym->name), ident(result->sym->name)); fprintf(fd, "\n\tsoap_begin(soap);"); } else if (result->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_default_%s(soap, %s);", c_ident(result->info.typ), ident(result->sym->name)); else if (result->info.typ->type == Treference && ((Tnode*)result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\tif (!&%s)\n\t\treturn soap_closesock(soap);\n\t%s.soap_default(soap);", ident(result->sym->name), ident(result->sym->name)); else if (((Tnode*)result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\t%s->soap_default(soap);", ident(result->sym->name), ident(result->sym->name)); else if (result->info.typ->type == Treference && ((Tnode*)result->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\t%s = NULL;", ident(result->sym->name)); else if (((Tnode*)result->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\t*%s = NULL;", ident(result->sym->name), ident(result->sym->name)); else if (result->info.typ->type == Treference) fprintf(fd, "\n\tif (!&%s)\n\t\treturn soap_closesock(soap);\n\tsoap_default_%s(soap, &%s);", ident(result->sym->name), c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name)); else if (!is_void(result->info.typ)) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\tsoap_default_%s(soap, %s);", ident(result->sym->name), c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name)); fprintf(fd, "\n\tif (soap_begin_recv(soap)"); fprintf(fd, "\n\t || soap_envelope_begin_in(soap)"); fprintf(fd, "\n\t || soap_recv_header(soap)"); fprintf(fd, "\n\t || soap_body_begin_in(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); if (is_transient(result->info.typ)) { if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", ident(method->sym->name), ident(result->sym->name), ns_convert(method->sym->name)); fprintf(fd, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap->level == 2)\n\t\tsoap->error = SOAP_OK;"); fprintf(fd, "\n\tif (soap->error"); fprintf(fd, "\n\t || soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); fprintf(fd, "\n\treturn soap_closesock(soap);\n}"); fflush(fd); return; } /* With RPC encoded responses, try to parse the fault first */ if (!is_literal(method_response_encoding)) { fprintf(fd, "\n\tif (soap_recv_fault(soap, 1))\n\t\treturn soap->error;"); xtag = ""; } else if ((wflag && !is_unmatched(result->sym)) || has_ns_eq(NULL, result->sym->name)) /* to ensure element name of response can be unqualified */ { if (response) xtag = xml_tag(response->info.typ); else xtag = ns_convert(result->sym->name); } else { if (response) xtag = xml_tag(response->info.typ); else xtag = xml_tag(result->info.typ); } if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); if (response) { fprintf(fd, "\n\tsoap_tmp_%s = soap_get_%s(soap, NULL, \"%s\", NULL);", c_ident(response->info.typ), c_ident(response->info.typ), xtag); fprintf(fd, "\n\tif (!soap_tmp_%s || soap->error)\n\t\treturn soap_recv_fault(soap, 0);", c_ident(response->info.typ)); } else if ((result->info.typ->type == Treference || result->info.typ->type == Tpointer) && !is_invisible_empty((Tnode*)result->info.typ->ref)) { if (result->info.typ->type == Treference && ((Tnode *) result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\t%s.soap_get(soap, \"%s\", NULL);", ident(result->sym->name), xtag); else if (result->info.typ->type == Tpointer && ((Tnode *) result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\t%s->soap_get(soap, \"%s\", NULL);", ident(result->sym->name), xtag); else if (result->info.typ->type == Treference && ((Tnode *) result->info.typ->ref)->type == Tstruct && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_get_%s(soap, &%s, \"%s\", NULL);", c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name), xtag); } else if (result->info.typ->type == Tpointer && ((Tnode *) result->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name), xtag); } else if (result->info.typ->type == Tpointer && is_XML((Tnode*)result->info.typ->ref) && is_string((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inliteral(soap, NULL, (char**)%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference && is_XML((Tnode*)result->info.typ->ref) && is_string((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inliteral(soap, NULL, (char**)&%s);", ident(result->sym->name)); } else if (result->info.typ->type == Tpointer && is_XML((Tnode*)result->info.typ->ref) && is_wstring((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inwliteral(soap, NULL, (wchar_t**)%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference && is_XML((Tnode*)result->info.typ->ref) && is_wstring((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inwliteral(soap, NULL, (wchar_t**)&%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference) { fprintf(fd, "\n\tsoap_get_%s(soap, &%s, \"%s\", NULL);", c_ident(result->info.typ), ident(result->sym->name), xtag); } else { fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", c_ident(result->info.typ), ident(result->sym->name), xtag); } fprintf(fd, "\n\tif (soap->error)\n\t\treturn soap_recv_fault(soap, 0);"); } else if (is_literal(method_response_encoding)) { fprintf(fd, "\n\tif (soap_recv_fault(soap, 1))\n\t\treturn soap->error;"); } fflush(fd); fprintf(fd, "\n\tif (soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); if (response) { if (result->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_memcpy(%s, sizeof(%s), soap_tmp_%s->%s, sizeof(%s));", ident(result->sym->name), c_ident(response->info.typ), c_type(result->info.typ), ident(result->sym->name), c_type(result->info.typ)); else if (result->info.typ->type == Treference) fprintf(fd, "\n\t%s = soap_tmp_%s->%s;", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); else { fprintf(fd, "\n\tif (%s && soap_tmp_%s->%s)", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); fprintf(fd, "\n\t\t*%s = *soap_tmp_%s->%s;", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); } } fprintf(fd, "\n\treturn soap_closesock(soap);"); fprintf(fd , "\n}"); fflush(fd); } void gen_serve_method(FILE *fd, Table *table, Entry *param, const char *name) { Service *sp = NULL; const char *style, *encoding; Entry *result, *p, *q, *pin, *pout, *response = NULL; Table *input; const char *xtag; Method *m; const char *method_encoding = NULL, *method_response_encoding = NULL; result = (Entry*)param->info.typ->ref; p = entry(classtable, param->sym); if (!p) execerror("no table entry"); if (!is_response(result->info.typ) && !is_XML(result->info.typ)) response = get_response(param->info.typ); q = entry(table, param->sym); if (!q) execerror("no table entry"); pout = (Entry*)q->info.typ->ref; if (name) { if (iflag) fprintf(fd, "\n\nstatic int serve_%s(%s *soap)\n{", ident(param->sym->name), name); else fprintf(fd, "\n\nstatic int serve_%s(struct soap *soap, %s *service)\n{", ident(param->sym->name), name); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_serve_%s(struct soap*);", ident(param->sym->name)); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_serve_%s(struct soap *soap)\n{", ident(param->sym->name)); } fprintf(fd, "\tstruct %s soap_tmp_%s;", ident(param->sym->name), ident(param->sym->name)); for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, param->sym->name)) { style = sp->style; encoding = sp->encoding; method_encoding = encoding; method_response_encoding = NULL; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, param->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; } } break; } } if (!method_response_encoding) method_response_encoding = method_encoding; fflush(fd); if (!is_transient(pout->info.typ)) { if (pout->info.typ->type == Tarray && response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); } else if (pout->info.typ->type == Tpointer && !is_stdstring(pout->info.typ) && !is_stdwstring(pout->info.typ) && response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\t%s soap_tmp_%s;", c_type((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_external((Tnode*)pout->info.typ->ref) && !is_volatile((Tnode*)pout->info.typ->ref) && !is_typedef((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_tmp_%s.soap_default(soap);", c_ident((Tnode*)pout->info.typ->ref)); else if (((Tnode*)pout->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\tsoap_tmp_%s = NULL;", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); fprintf(fd, "\n\tsoap_tmp_%s.%s = &soap_tmp_%s;", c_ident(response->info.typ), ident(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); } else if (response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); } else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\tsoap_default_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); } else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\t%s.soap_default(soap);", ident(pout->sym->name)); } else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\tsoap_default_%s(soap, &%s);", c_ident((Tnode *)pout->info.typ->ref), ident(pout->sym->name)); } else { fprintf(fd, "\n\t%s soap_tmp_%s;", c_type((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); if (is_string((Tnode*)pout->info.typ->ref) || is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_tmp_%s = NULL;", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); } } fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", ident(param->sym->name), ident(param->sym->name)); fflush(fd); q = entry(classtable, param->sym); if (!is_invisible_empty(q->info.typ)) { fprintf(fd, "\n\tif (!soap_get_%s(soap, &soap_tmp_%s, \"%s\", NULL))", ident(param->sym->name), ident(param->sym->name), ns_convert(param->sym->name)); fprintf(fd, "\n\t\treturn soap->error;"); } fprintf(fd, "\n\tif (soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))\n\t\treturn soap->error;"); if (name) { if (iflag) fprintf(fd, "\n\tsoap->error = soap->%s(", ns_cname(param->sym->name, NULL)); else fprintf(fd, "\n\tsoap->error = service->%s(", ns_cname(param->sym->name, NULL)); } else fprintf(fd, "\n\tsoap->error = %s(soap", ident(param->sym->name)); fflush(fd); input = (Table*) q->info.typ->ref; for (pin = input->list; pin; pin = pin->next) { if (pin->info.typ->type == Trvalueref) fprintf(fd, "%sstd::move(soap_tmp_%s.%s)", !name || pin != input->list ? ", " : "", ident(param->sym->name), ident(pin->sym->name)); else fprintf(fd, "%ssoap_tmp_%s.%s", !name || pin != input->list ? ", " : "", ident(param->sym->name), ident(pin->sym->name)); } if (is_transient(pout->info.typ)) fprintf(fd, ");"); else { if (!name || input->list) fprintf(fd, ", "); if (response) fprintf(fd, "soap_tmp_%s.%s);", c_ident(response->info.typ), ident(pout->sym->name)); else if (pout->info.typ->type == Treference && (((Tnode*)pout->info.typ->ref)->type == Tstruct || ((Tnode*)pout->info.typ->ref)->type == Tclass) && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "%s);", ident(pout->sym->name)); else if ((((Tnode*)pout->info.typ->ref)->type == Tstruct || ((Tnode*)pout->info.typ->ref)->type == Tclass) && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "&%s);", ident(pout->sym->name)); else if (pout->info.typ->type == Treference) fprintf(fd, "soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "&soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref)); } fprintf(fd, "\n\tif (soap->error)\n\t\treturn soap->error;"); if (!is_transient(pout->info.typ)) { if (sp && sp->URI && method_response_encoding) { if (is_literal(method_response_encoding)) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); else if (sp->encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", sp->encoding); else if (method_response_encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", method_response_encoding); else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); } else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); fprintf(fd, "\n\tsoap_serializeheader(soap);"); if (pout->info.typ->type == Tarray && response) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); else if (response) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t%s.soap_serialize(soap);", ident(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); else if (!is_XML((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); if (is_literal(method_response_encoding) && ((wflag && !is_unmatched(pout->sym)) || has_ns_eq(NULL, pout->sym->name))) /* to ensure element name of response can be unqualified */ xtag = ns_convert(pout->sym->name); else xtag = xml_tag(pout->info.typ); fprintf(fd, "\n\tif (soap_begin_count(soap))\n\t\treturn soap->error;"); fprintf(fd, "\n\tif (soap->mode & SOAP_IO_LENGTH)"); fprintf(fd, "\n\t{\tif (soap_envelope_begin_out(soap)"); fprintf(fd, "\n\t\t || soap_putheader(soap)"); fprintf(fd, "\n\t\t || soap_body_begin_out(soap)"); if (response) fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(response->info.typ), c_ident(response->info.typ), xml_tag(response->info.typ)); else if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), ns_convert(pout->sym->name)); else if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || %s.soap_put(soap, \"%s\", \"\")", ident(pout->sym->name), xtag); else if (((Tnode*)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), xtag); else if (is_XML((Tnode*)pout->info.typ->ref) && is_string((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_outliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else if (is_XML((Tnode*)pout->info.typ->ref) && is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_outwliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(pout->info.typ), c_ident((Tnode*)pout->info.typ->ref), ns_convert(pout->sym->name)); fprintf(fd, "\n\t\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t\t || soap_envelope_end_out(soap))"); fprintf(fd, "\n\t\t\t return soap->error;"); fprintf(fd, "\n\t};"); fprintf(fd, "\n\tif (soap_end_count(soap)"); fprintf(fd, "\n\t || soap_response(soap, SOAP_OK)"); fprintf(fd, "\n\t || soap_envelope_begin_out(soap)"); fprintf(fd, "\n\t || soap_putheader(soap)"); fprintf(fd, "\n\t || soap_body_begin_out(soap)"); if (response) fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(response->info.typ), c_ident(response->info.typ), xml_tag(response->info.typ)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), ns_convert(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || %s.soap_put(soap, \"%s\", \"\")", ident(pout->sym->name), xtag); else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), xtag); else if (is_XML((Tnode*)pout->info.typ->ref) && is_string((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_outliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else if (is_XML((Tnode*)pout->info.typ->ref) && is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_outwliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(pout->info.typ), c_ident((Tnode*)pout->info.typ->ref), ns_convert(pout->sym->name)); fprintf(fd, "\n\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t || soap_envelope_end_out(soap)"); fprintf(fd, "\n\t || soap_end_send(soap))"); fprintf(fd, "\n\t\treturn soap->error;"); } fprintf(fd, "\n\treturn soap_closesock(soap);"); fprintf(fd, "\n}"); fflush(fd); } void gen_object_code(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method, *catch_method, *param; Table *t; const char *soap, *catch_action; if (iflag) soap = "this"; else soap = "this->soap"; fprintf(fd, "\n\n#include \"%s%s.h\"", prefix, name); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) { fprintf(fd, "\n\n%s::%s() : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const struct soap &_soap) : soap(_soap)\n{ }", name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode) : soap(imode, omode)\n{\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\n\tthis->destroy();\n}", name, name); } else { fprintf(fd, "\n\n%s::%s()\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(struct soap *_soap)\n{\tthis->soap = _soap;\n\tthis->soap_own = false;\n\t%s_init(_soap->imode, _soap->omode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n}", name, name); } fprintf(fd, "\n\nvoid %s::%s_init(soap_mode imode, soap_mode omode)\n{\tsoap_imode(%s, imode);\n\tsoap_omode(%s, omode);\n\tstatic const struct Namespace namespaces[] =\n", name, name, soap, soap); gen_nsmap(fd); fprintf(fd, "\tsoap_set_namespaces(%s, namespaces);\n}", soap); fprintf(fd, "\n\nvoid %s::destroy()\n{\tsoap_destroy(%s);\n\tsoap_end(%s);\n}", name, soap, soap); fprintf(fd, "\n\nvoid %s::reset()\n{\tthis->destroy();\n\tsoap_done(%s);\n\tsoap_initialize(%s);\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, soap, soap, name); if (iflag) { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s(*(struct soap*)%s));\n\treturn dup;\n}\n#endif", name, name, name, name, soap); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\treturn *this;\n}", name, name, name); } else { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s);\n\tif (dup)\n\t\tsoap_copy_context(dup->soap, this->soap);\n\treturn dup;\n}\n#endif", name, name, name, name); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\treturn *this;\n}", name, name, name); } fprintf(fd, "\n\nint %s::soap_close_socket()\n{\treturn soap_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_force_close_socket()\n{\treturn soap_force_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_senderfault(const char *string, const char *detailXML)\n{\treturn ::soap_sender_fault(%s, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML)\n{\treturn ::soap_sender_fault_subcode(%s, subcodeQName, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_receiverfault(const char *string, const char *detailXML)\n{\treturn ::soap_receiver_fault(%s, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML)\n{\treturn ::soap_receiver_fault_subcode(%s, subcodeQName, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nvoid %s::soap_print_fault(FILE *fd)\n{\t::soap_print_fault(%s, fd);\n}", name, soap); fprintf(fd, "\n\n#ifndef WITH_LEAN\n#ifndef WITH_COMPAT\nvoid %s::soap_stream_fault(std::ostream& os)\n{\t::soap_stream_fault(%s, os);\n}\n#endif", name, soap); fprintf(fd, "\n\nchar *%s::soap_sprint_fault(char *buf, size_t len)\n{\treturn ::soap_sprint_fault(%s, buf, len);\n}\n#endif", name, soap); fprintf(fd, "\n\nvoid %s::soap_noheader()\n{\t%s->header = NULL;\n}", name, soap); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\nvoid %s::soap_header(", name); gen_params(fd, t, NULL, 0); fprintf(fd, "\n{\t::soap_header(%s);", soap); for (param = t->list; param; param = param->next) { if (namespaceid) fprintf(fd, "\n\t((%s::SOAP_ENV__Header*)%s->header)->%s = %s;", namespaceid, soap, ident(param->sym->name), ident(param->sym->name)); else fprintf(fd, "\n\t%s->header->%s = %s;", soap, ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n}"); } } } fprintf(fd, "\n\nconst SOAP_ENV__Header *%s::soap_header()\n{\treturn %s->header;\n}", name, soap); fprintf(fd, "\n\nint %s::run(int port)\n{\tif (!soap_valid_socket(%s->master) && !soap_valid_socket(this->bind(NULL, port, 100)))\n\t\treturn %s->error;\n\tfor (;;)\n\t{\tif (!soap_valid_socket(this->accept()))\n\t\t{\tif (%s->errnum == 0) // timeout?\n\t\t\t\t%s->error = SOAP_OK;\n\t\t\tbreak;\n\t\t}\n\t\tif (this->serve())\n\t\t\tbreak;\n\t\tthis->destroy();\n\t}\n\treturn %s->error;\n}", name, soap, soap, soap, soap, soap); fprintf(fd, "\n\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\nint %s::ssl_run(int port)\n{\tif (!soap_valid_socket(%s->master) && !soap_valid_socket(this->bind(NULL, port, 100)))\n\t\treturn %s->error;\n\tfor (;;)\n\t{\tif (!soap_valid_socket(this->accept()))\n\t\t{\tif (%s->errnum == 0) // timeout?\n\t\t\t\t%s->error = SOAP_OK;\n\t\t\tbreak;\n\t\t}\n\t\tif (this->ssl_accept() || this->serve())\n\t\t\tbreak;\n\t\tthis->destroy();\n\t}\n\treturn %s->error;\n}", name, soap, soap, soap, soap, soap); fprintf(fd, "\n#endif"); fprintf(fd, "\n\nSOAP_SOCKET %s::bind(const char *host, int port, int backlog)\n{\treturn soap_bind(%s, host, port, backlog);\n}", name, soap); fprintf(fd, "\n\nSOAP_SOCKET %s::accept()\n{\treturn soap_accept(%s);\n}", name, soap); fprintf(fd, "\n\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\nint %s::ssl_accept()\n{\treturn soap_ssl_accept(%s);\n}", name, soap); fprintf(fd, "\n#endif"); fprintf(fd, "\n\nint %s::serve()", name); fprintf(fd, "\n{\n#ifndef WITH_FASTCGI\n\tunsigned int k = %s->max_keep_alive;\n#endif\n\tdo\n\t{", soap); fprintf(fd, "\n\n#ifndef WITH_FASTCGI\n\t\tif (%s->max_keep_alive > 0 && !--k)\n\t\t\t%s->keep_alive = 0;\n#endif", soap, soap); fprintf(fd, "\n\n\t\tif (soap_begin_serve(%s))\n\t\t{\tif (%s->error >= SOAP_STOP)\n\t\t\t\tcontinue;\n\t\t\treturn %s->error;\n\t\t}", soap, soap, soap); fprintf(fd, "\n\t\tif (dispatch() || (%s->fserveloop && %s->fserveloop(%s)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(%s);\n#else\n\t\t\treturn soap_send_fault(%s);\n#endif\n\t\t}", soap, soap, soap, soap, soap); fprintf(fd, "\n\n#ifdef WITH_FASTCGI\n\t\tsoap_destroy(%s);\n\t\tsoap_end(%s);\n\t} while (1);\n#else\n\t} while (%s->keep_alive);\n#endif", soap, soap, soap); fprintf(fd, "\n\treturn SOAP_OK;"); fprintf(fd, "\n}\n"); for (method = table->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) { if (jflag) fprintf(fd, "\nstatic int serve_%s(struct soap*, %s*);", ident(method->sym->name), name); else fprintf(fd, "\nstatic int serve_%s(%s*);", ident(method->sym->name), name); } } fprintf(fd, "\n\nint %s::dispatch()\n{", name); if (!iflag) { fprintf(fd, "\treturn dispatch(this->soap);\n}"); fprintf(fd, "\n\nint %s::dispatch(struct soap* soap)\n{", name); fprintf(fd, "\n\t%s_init(soap->imode, soap->omode);\n", name); soap = "soap"; } if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fd, "\n\tsoap_peek_element(%s);", soap); catch_method = NULL; catch_action = NULL; for (method = table->list; method; method = method->next) { const char *action = NULL; if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) { if (aflag) { Service *sp; for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { Method *m; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; } } } } } if (is_invisible(method->sym->name)) { Entry *param = entry(classtable, method->sym); if (param) param = ((Table*)param->info.typ->ref)->list; if (action) { if (*action == '"') { fprintf(fd, "\n\tif ("); if (param && !Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, action); } else { fprintf(fd, "\n\tif ("); if (param && !Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, action); } if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); if (param) { fprintf(fd, "\n\tif (!soap_match_tag(%s, %s->tag, \"%s\")", soap, soap, ns_convert(param->sym->name)); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } else { catch_method = method; catch_action = action; } } } else { if (action) { if (*action == '"') { fprintf(fd, "\n\tif ("); if (!Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(method->sym->name)); fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, action); } else { fprintf(fd, "\n\tif ("); if (!Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(method->sym->name)); fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, action); } } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); fprintf(fd, "\n\tif (!soap_match_tag(%s, %s->tag, \"%s\")", soap, soap, ns_convert(method->sym->name)); } if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } } } if (catch_method) { if (Aflag && catch_action) { if (*catch_action == '"') { fprintf(fd, "\n\tif ("); fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, catch_action); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(catch_method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(catch_method->sym->name), soap); } else { fprintf(fd, "\n\tif ("); fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, catch_action); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(catch_method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(catch_method->sym->name), soap); } fprintf(fd, "\n\treturn %s->error = SOAP_NO_METHOD;", soap); } fprintf(fd, "\n\treturn serve_%s(this);\n}", ident(catch_method->sym->name)); } else fprintf(fd, "\n\treturn %s->error = SOAP_NO_METHOD;\n}", soap); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ) && has_ns_eq(ns->name, method->sym->name)) gen_serve_method(fd, table, method, name); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n/* End of server object code */\n"); } void gen_response_begin(FILE *fd, int n, const char *s) { if (!is_invisible(s)) { fprintf(fd, "%*s<%sResponse", n, "", s); if (soap_version < 0) gen_xmlns(fd); fprintf(fd, ">\n"); } } void gen_response_end(FILE *fd, int n, const char *s) { if (!is_invisible(s)) fprintf(fd, "%*s\n", n, "", s); } void gen_element_begin(FILE *fd, int n, const char *s, const char *t) { if (!is_invisible(s)) { if (tflag && t && *t) fprintf(fd, "%*s<%s xsi:type=\"%s\"", n, "", s, t); else fprintf(fd, "%*s<%s", n, "", s); } } void gen_element_end(FILE *fd, int n, const char *s) { if (!is_invisible(s)) fprintf(fd, "%*s\n", n, "", s); else fprintf(fd, "\n"); } void gen_data(const char *buf, Table *t, const char *ns, const char *encoding) { Entry *p, *q, *r; FILE *fd; const char *method_encoding = NULL; const char *method_response_encoding = NULL; if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { int get = 0, soap = 1, mime = 0; Service *sp; Method *m; const char *nse = ns_qualifiedElement(p->info.typ); const char *nsa = ns_qualifiedAttribute(p->info.typ); method_encoding = encoding; method_response_encoding = NULL; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess&MIMEIN && !strcmp(m->part, "application/x-www-form-urlencoded")) mime = 1; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) soap = 0; if (strstr(m->part, "GET")) get = 1; } } } } } if (!method_response_encoding) method_response_encoding = method_encoding; /* request */ if (!get && !mime) { fd = gen_env(buf, ns_remove(p->sym->name), 0, method_encoding, soap); if (!fd) return; q = entry(classtable, p->sym); if (yflag) { fprintf(fd, "%*s\n"); } gen_element_begin(fd, 2, ns_convert(p->sym->name), NULL); if (q) { if (!is_invisible(p->sym->name)) { if (soap && soap_version < 0) gen_xmlns(fd); gen_atts(fd, (Table*)q->info.typ->ref, nsa); fprintf(fd, "\n"); } for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) gen_field(fd, 3, q, nse, nsa, method_encoding); } gen_element_end(fd, 2, ns_convert(p->sym->name)); if (soap && soap_version >= 0) fprintf(fd, " \n\n"); fclose(fd); } /* response */ q = (Entry*)p->info.typ->ref; if (!mime && q && !is_transient(q->info.typ)) { fd = gen_env(buf, ns_remove(p->sym->name), 1, method_response_encoding, soap); if (!fd) return; if (q && !is_response(q->info.typ)) { if (is_XML((Tnode*)q->info.typ->ref)) { gen_response_begin(fd, 2, ns_convert(p->sym->name)); gen_response_end(fd, 2, ns_convert(p->sym->name)); } else { gen_response_begin(fd, 2, ns_convert(p->sym->name)); gen_field(fd, 3, q, nse, nsa, method_response_encoding); gen_response_end(fd, 2, ns_convert(p->sym->name)); } } else if (q && q->info.typ->ref && ((Tnode*)q->info.typ->ref)->ref) { const char *xtag; nse = ns_qualifiedElement((Tnode*)q->info.typ->ref); nsa = ns_qualifiedAttribute((Tnode*)q->info.typ->ref); if ((wflag && !is_unmatched(q->sym)) || has_ns_eq(NULL, q->sym->name)) /* to ensure element name of response can be unqualified */ xtag = q->sym->name; else xtag = ((Tnode*)q->info.typ->ref)->id->name; if (yflag) fprintf(fd, "%*s\n", 2, "", ident(p->sym->name), c_type_id(q->info.typ, q->sym->name)); gen_element_begin(fd, 2, ns_addx(xtag, nse), NULL); if (!is_invisible(xtag)) { if (soap && soap_version < 0) gen_xmlns(fd); gen_atts(fd, (Table*)((Tnode*)q->info.typ->ref)->ref, nsa); fprintf(fd, "\n"); } for (r = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; r; r = r->next) gen_field(fd, 3, r, nse, nsa, method_response_encoding); gen_element_end(fd, 2, ns_addx(xtag, nse)); } fflush(fd); if (soap && soap_version >= 0) fprintf(fd, " \n\n"); fclose(fd); } } } } } void gen_field(FILE *fd, int n, Entry *p, const char *nse, const char *nsa, const char *encoding) { Entry *q; char tmp[32]; LONG64 i; int d; if (!(p->info.sto & (Sattribute | Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && p->info.typ->type != Tfun && strncmp(p->sym->name, "__size", 6) && strncmp(p->sym->name, "__type", 6) && !is_choice(p)) { if (is_soap12(encoding) && (p->info.sto & Sreturn) && (nse || has_ns_eq(NULL, p->sym->name)) && !is_literal(encoding)) fprintf(fd, "%*s%s\n", n, "", rpcURI, ns_add(p, nse)); if (is_XML(p->info.typ)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), NULL); if (!is_invisible(p->sym->name)) fprintf(fd, ">"); else fprintf(fd, "%*s\n", n, ""); gen_element_end(fd, n, ns_add(p, nse)); } else { if (n >= 8 && !is_string(p->info.typ) && p->info.minOccurs <= 0) { return; } else if (n >= 8 && p->info.typ->type == Tpointer && !is_string(p->info.typ)) { gen_element_begin(fd, n, ns_add(p, nse), NULL); fprintf(fd, " xsi:nil=\"true\"/>"); return; } else if (n >= 16) { fprintf(fd, "%*s\n", n, ""); return; } else if (is_external(p->info.typ) && p->info.typ->sym) { gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); fprintf(fd, ">"); if (!strcmp(p->info.typ->sym->name, "xsd__boolean")) fprintf(fd, "false"); else if (!strcmp(p->info.typ->sym->name, "xsd__date")) fprintf(fd, "1999-12-31"); else if (!strcmp(p->info.typ->sym->name, "xsd__dateTime")) { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } else if (!strcmp(p->info.typ->sym->name, "xsd__duration")) fprintf(fd, "PT0S"); else if (!strcmp(p->info.typ->sym->name, "xsd__time")) fprintf(fd, "12:34:56.789Z"); fflush(fd); } else if (is_fixedstring(p->info.typ)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); fprintf(fd, ">"); fflush(fd); if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if (p->info.typ->type == Tarray) { i = ((Tnode*) p->info.typ->ref)->width; if (i) { i = p->info.typ->width / i; if (i > 4) i = 2; } if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"" SOAP_LONG_FORMAT "\"", xsi_type_Tarray(p->info.typ), i); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "]\"", xsi_type_Tarray(p->info.typ), i); fprintf(fd, ">"); fflush(fd); gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if ((q = is_dynamic_array(p->info.typ)) && !is_binary(p->info.typ)) { if (!eflag && (has_ns(p->info.typ) || is_untyped(p->info.typ))) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); gen_atts(fd, (Table*)p->info.typ->ref, nsa); } else { d = get_Darraydims(p->info.typ); if (d) { for (i = 0; i < d-1; i++) { if (is_soap12(encoding)) tmp[2*i] = ' '; else tmp[2*i] = ','; tmp[2*i+1] = '1'; } tmp[2*d-2] = '\0'; } else *tmp = '\0'; if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (q->info.minOccurs > 0) { if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"" SOAP_LONG_FORMAT "%s\"", wsdl_type(q->info.typ, ""), q->info.minOccurs, tmp); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "%s]\"", wsdl_type(q->info.typ, ""), q->info.minOccurs, tmp); fprintf(fd, ">"); } else { if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"1%s\"", wsdl_type(q->info.typ, ""), tmp); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[1%s]\"", wsdl_type(q->info.typ, ""), tmp); fprintf(fd, ">"); } } fflush(fd); gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if ((p->info.typ->type == Tpointer || p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && is_dynamic_array((Tnode*)p->info.typ->ref) && !is_binary((Tnode*)p->info.typ->ref)) { if (!eflag && (has_ns((Tnode*)p->info.typ->ref) || is_untyped((Tnode*)p->info.typ->ref))) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type((Tnode*)p->info.typ->ref)); gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); } else { d = get_Darraydims((Tnode*)p->info.typ->ref); if (d) { for (i = 0; i < d-1; i++) { tmp[2*i] = ','; tmp[2*i+1] = '1'; } tmp[2*d-2] = '\0'; } else *tmp = '\0'; if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (is_soap12(encoding)) { if ((((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass) && ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs > 0) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"[" SOAP_LONG_FORMAT "%s\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs, tmp); else fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"1%s\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), tmp); } else if (!is_literal(encoding)) { if ((((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass) && ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs > 0) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "%s]\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs, tmp); else fprintf(fd, " SOAP-ENC:arrayType=\"%s[1%s]\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), tmp); } fprintf(fd, ">"); } fflush(fd); gen_val(fd, n, (Tnode*)p->info.typ->ref, nse, nsa, encoding); } else if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { /* if (!is_primclass(p->info.typ)) { const char *nse1 = ns_qualifiedElement(p->info.typ); const char *nsa1 = ns_qualifiedAttribute(p->info.typ); if (nse1) nse = nse1; if (nsa1) nsa = nsa1; } */ if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); gen_atts(fd, (Table*)p->info.typ->ref, nsa); } else if (is_anyType(p->info.typ)) fprintf(fd, "%*s\n", n, ""); } else if ((p->info.typ->type == Tpointer || p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && (((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass)) { /* if (!is_primclass(p->info.typ->ref)) { const char *nse1 = ns_qualifiedElement(p->info.typ->ref); const char *nsa1 = ns_qualifiedAttribute(p->info.typ->ref); if (nse1) nse = nse1; if (nsa1) nsa = nsa1; } */ if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); } else if (is_anyType(p->info.typ)) fprintf(fd, "%*s\n", n, ""); } else if (p->info.typ->type != Tunion) { if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); if (p->info.typ->type == Ttemplate) { if (((Tnode*)p->info.typ->ref)->type == Tpointer && (((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tclass || ((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tstruct)) gen_atts(fd, (Table*)((Tnode*)((Tnode*)p->info.typ->ref)->ref)->ref, nsa); else if (((Tnode*)p->info.typ->ref)->type == Tclass || ((Tnode*)p->info.typ->ref)->type == Tstruct) gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); else fprintf(fd, ">"); } else fprintf(fd, ">"); } } if (!is_external(p->info.typ)) { switch (p->info.typ->type) { case Tchar: case Tshort: case Tint: case Tlong: case Tllong: case Tuchar: case Tushort: case Tuint: case Tulong: case Tullong: if (p->info.hasval) fprintf(fd, SOAP_LONG_FORMAT, p->info.val.i); else if (p->info.typ->hasmin) fprintf(fd, SOAP_LONG_FORMAT, (LONG64)p->info.typ->min + (p->info.typ->incmin == False)); else fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: if (p->info.hasval) fprintf(fd, "%g", p->info.val.r); else if (p->info.typ->hasmin && p->info.typ->min > 0) fprintf(fd, "%g", p->info.typ->min * (1 + (p->info.typ->incmin == False)/1000)); else if (p->info.typ->hasmax && p->info.typ->max > 0) fprintf(fd, "%g", p->info.typ->max * (1 - (p->info.typ->incmax == False)/1000)); else if (p->info.typ->hasmin && p->info.typ->min < 0) fprintf(fd, "%g", p->info.typ->min * (1 - (p->info.typ->incmin == False)/1000)); else if (p->info.typ->hasmax && p->info.typ->max < 0) fprintf(fd, "%g", p->info.typ->max * (1 + (p->info.typ->incmax == False)/1000)); else fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (p->info.hasval && p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (p->info.val.i == q->info.val.i) { fprintf(fd, "%s", ns_remove2(q->sym->name, c_ident(p->info.typ))); break; } } } else gen_val(fd, n+1, p->info.typ, nse, nsa, encoding); break; case Tpointer: case Treference: case Trvalueref: if (is_string(p->info.typ) || is_wstring(p->info.typ)) { if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else gen_val(fd, n, (Tnode*)p->info.typ->ref, nse, nsa, encoding); break; case Tclass: if (is_stdstr(p->info.typ)) { if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; } case Tstruct: if (!is_dynamic_array(p->info.typ)) gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; case Tunion: gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; case Ttemplate: i = p->info.maxOccurs; if (i <= 1 || i > 4) i = p->info.minOccurs; if (i < 1) i = 1; do { /* a bit of a hack, with a copy of the code above */ { gen_val(fd, n, p->info.typ, nse, nsa, encoding); if (i > 1) { gen_element_end(fd, 0, ns_add(p, nse)); if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); if (p->info.typ->type == Ttemplate) { if (((Tnode*)p->info.typ->ref)->type == Tpointer && (((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tclass || ((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tstruct)) gen_atts(fd, (Table*)((Tnode*)((Tnode*)p->info.typ->ref)->ref)->ref, nsa); else if (((Tnode*)p->info.typ->ref)->type == Tclass || ((Tnode*)p->info.typ->ref)->type == Tstruct) gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); else fprintf(fd, ">"); } else fprintf(fd, ">"); } } fflush(fd); } } while (--i); break; default: break; } } if (p->info.typ->type != Tunion) gen_element_end(fd, 0, ns_add(p, nse)); fflush(fd); } } } void gen_atts(FILE *fd, Table *t, const char *nsa) { static unsigned long idnum = 0; Entry *q, *r; Tnode *p; int i; for (; t; t = t->prev) { for (q = t->list; q; q = q->next) { if (q->info.sto & Sattribute && !is_invisible(q->sym->name) && q->info.maxOccurs != 0) { fprintf(fd, " %s=\"", ns_add(q, nsa)); if ((q->info.typ->type == Tpointer || q->info.typ->type == Treference || q->info.typ->type == Trvalueref || q->info.typ->type == Ttemplate) && !is_string(q->info.typ)) p = (Tnode*)q->info.typ->ref; else p = q->info.typ; if (is_eq(q->sym->name, "id")) fprintf(fd, "%lu", ++idnum); /* id="#" should be unique */ else if (is_external(p) && p->sym) { if (!strcmp(p->sym->name, "xsd__boolean")) fprintf(fd, "false"); else if (!strcmp(p->sym->name, "xsd__date")) fprintf(fd, "1999-12-31"); else if (!strcmp(p->sym->name, "xsd__dateTime")) { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } else if (!strcmp(p->sym->name, "xsd__duration")) fprintf(fd, "PT0S"); else if (!strcmp(p->sym->name, "xsd__time")) fprintf(fd, "12:34:56.789Z"); fflush(fd); } else { switch (p->type) { case Tchar: case Tshort: case Tint: case Tuchar: case Tushort: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: if (q->info.hasval) fprintf(fd, SOAP_LONG_FORMAT, q->info.val.i); else if (q->info.typ->hasmin) fprintf(fd, SOAP_LONG_FORMAT, (LONG64)q->info.typ->min + (q->info.typ->incmin == False)); else fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: if (q->info.hasval) fprintf(fd, "%g", q->info.val.r); else if (q->info.typ->hasmin && q->info.typ->min > 0) fprintf(fd, "%g", q->info.typ->min * (1 + (q->info.typ->incmin == False)/1000)); else if (q->info.typ->hasmax && q->info.typ->max > 0) fprintf(fd, "%g", q->info.typ->max * (1 - (q->info.typ->incmax == False)/1000)); else if (q->info.typ->hasmin && q->info.typ->min < 0) fprintf(fd, "%g", q->info.typ->min * (1 - (q->info.typ->incmin == False)/1000)); else if (q->info.typ->hasmax && q->info.typ->max < 0) fprintf(fd, "%g", q->info.typ->max * (1 + (q->info.typ->incmax == False)/1000)); else fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t T = time(NULL); strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(&T)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (q->info.hasval && p->ref) { for (r = ((Table*)p->ref)->list; r; r = r->next) { if (r->info.val.i == q->info.val.i) { fprintf(fd, "%s", ns_remove2(r->sym->name, c_ident(p))); break; } } } else if (p->ref) fprintf(fd, "%s", ns_remove2((((Table*)p->ref)->list)->sym->name, c_ident(p))); else fprintf(fd, "0"); break; case Tpointer: case Treference: case Trvalueref: case Ttemplate: if (is_string(p) || is_wstring(p)) { if (q->info.hasval && q->info.val.s) fprintf(fd, "%s", xstring(q->info.val.s)); else if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } break; case Tclass: if (is_stdstr(p)) { if (q->info.hasval && q->info.val.s) fprintf(fd, "%s", xstring(q->info.val.s)); else if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } break; default: break; } } if (yflag) fprintf(fd, " // %s //", c_type_id(q->info.typ, q->sym->name)); fprintf(fd, "\""); } } } fprintf(fd, ">"); fflush(fd); } void gen_val(FILE *fd, int n, Tnode *p, const char *nse, const char *nsa, const char *encoding) { Entry *q; LONG64 i; if (!is_transient(p) && p->type != Tfun && !is_XML(p)) { if (is_fixedstring(p)) { for (i = 0; i < p->width / ((Tnode*)p->ref)->width - 1; i++) fprintf(fd, "X"); } else if (p->type == Tarray) { i = ((Tnode*) p->ref)->width; if (i) { i = p->width / i; if (i > 4) i = 2; fprintf(fd, "\n"); for (; i > 0; i--) { fprintf(fd, "%*s", n+1, ""); gen_val(fd, n+1, (Tnode*)p->ref, nse, nsa, encoding); fprintf(fd, "\n"); } fprintf(fd, "%*s", n, ""); } } else if ((q = is_dynamic_array(p))) { if (!is_binary(p)) { fprintf(fd, "\n"); fprintf(fd, "%*s<%s>", n+1, "", q->sym->name[5]?q->sym->name+5:"item"); gen_val(fd, n+1, q->info.typ, nse, nsa, encoding); fprintf(fd, "\n", q->sym->name[5]?q->sym->name+5:"item"); fprintf(fd, "%*s", n, ""); } } switch (p->type) { case Tchar: case Tshort: case Tint: case Tlong: case Tllong: case Tuchar: case Tushort: case Tuint: case Tulong: case Tullong: fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t T = time(NULL); strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(&T)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (p->ref && (q = ((Table*)p->ref)->list)) fprintf(fd, "%s", ns_remove2(q->sym->name, c_ident(p))); else fprintf(fd, "0"); break; case Tpointer: case Treference: case Trvalueref: case Ttemplate: if (is_string(p) || is_wstring(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else gen_val(fd, n, (Tnode*)p->ref, nse, nsa, encoding); break; case Tclass: case Tstruct: nse = ns_qualifiedElement(p); nsa = ns_qualifiedAttribute(p); if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_primclass(p)) { Table *t; for (t = (Table*)p->ref; t; t = t->prev) { Entry *r = entry(classtable, t->sym); r = t->list; while (r && !is_item(r)) r = r->next; if (r) { gen_val(fd, n, r->info.typ, nse, nsa, encoding); return; } } } else if (!is_dynamic_array(p) && p->ref) { Table *t; fprintf(fd, "\n"); for (t = (Table*)p->ref; t; t = t->prev) { for (q = t->list; q; q = q->next) { if (is_repetition(q)) { i = q->info.maxOccurs; if (i <= 1 || i > 4) i = q->info.minOccurs; if (i <= 1) i = 2; do gen_field(fd, n+1, q->next, nse, nsa, encoding); while (--i); q = q->next; } else gen_field(fd, n+1, q, nse, nsa, encoding); } } fprintf(fd, "%*s", n, ""); } break; case Tunion: if (((Table*)p->ref)->list) gen_field(fd, n, ((Table*)p->ref)->list, nse, nsa, encoding); break; break; default: break; } } } void gen_header(FILE *fd, const char *method, int response, const char *encoding) { if (custom_header) { Service *sp; Method *m = NULL; Entry *q; Table *r; if (yflag) { if (cflag) fprintf(fd, " \n"); else fprintf(fd, " \n"); } fprintf(fd, " \n"); q = entry(classtable, lookup("SOAP_ENV__Header")); if (q) { r = (Table*)q->info.typ->ref; if (r) { for (q = r->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun) { for (sp = services; sp; sp = sp->next) for (m = sp->list; m; m = m->next) if (is_eq(m->name, method) && (!strcmp(m->part, q->sym->name) || is_eq_nons(m->part, q->sym->name)) && ((!response && (m->mess&HDRIN)) || (response && (m->mess&HDROUT)))) { gen_field(fd, 2, q, NULL, NULL, encoding); break; } } } fprintf(fd, " \n"); } } } } FILE * gen_env(const char *buf, const char *method, int response, const char *encoding, int soap) { char tmp[1024]; FILE *fd; strcpy(tmp, buf); if (!soap) strcat(tmp, "REST."); #ifdef __vms if (!response) { sprintf(strrchr(tmp, '.'), "_%s_req.xml", method); fprintf(fmsg, "Saving %s sample SOAP/XML request\n", tmp); } else { sprintf(strrchr(tmp, '.'), "_%s_res.xml", method); fprintf(fmsg, "Saving %s sample SOAP/XML response\n", tmp); } #else strcpy(strrchr(tmp, '.')+1, method); if (!response) { strcat(tmp, ".req.xml"); fprintf(fmsg, "Saving %s sample SOAP/XML request\n", tmp); } else { strcat(tmp, ".res.xml"); fprintf(fmsg, "Saving %s sample SOAP/XML response\n", tmp); } #endif fd = fopen(tmp, "w"); if (!fd) execerror("Cannot write XML file"); fprintf(fd, "\n"); if (soap && soap_version >= 0) { fprintf(fd, "\n"); gen_header(fd, method, response, encoding); fprintf(fd, " \n"); } return fd; } void gen_xmlns(FILE *fd) { Symbol *s; Service *sp = NULL; for (s = nslist; s; s = s->next) { for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, s->name) && sp->URI) break; if (sp) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp->URI); else if (!strcmp(s->name, "SOAP-ENV")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); } else if (!strcmp(s->name, "SOAP-ENC")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); } else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } } char * emalloc(size_t n) { char *p; if ((p = (char*)malloc(n)) == NULL) execerror("out of memory"); return p; } void soap_serve(Table *table) { Entry *method, *catch_method = NULL; const char *catch_action = NULL; if (!Cflag) { fprintf(fserver, "\n\n"); if (!cflag && !namespaceid) fprintf(fserver, "extern \"C\" "); fprintf(fserver, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve(struct soap *soap)", nflag?prefix:"soap"); fprintf(fserver, "\n{\n#ifndef WITH_FASTCGI\n\tunsigned int k = soap->max_keep_alive;\n#endif\n\tdo\n\t{"); fprintf(fserver, "\n#ifndef WITH_FASTCGI\n\t\tif (soap->max_keep_alive > 0 && !--k)\n\t\t\tsoap->keep_alive = 0;\n#endif"); fprintf(fserver, "\n\t\tif (soap_begin_serve(soap))\n\t\t{\tif (soap->error >= SOAP_STOP)\n\t\t\t\tcontinue;\n\t\t\treturn soap->error;\n\t\t}"); if (namespaceid) fprintf(fserver, "\n\t\tif (%s::%s_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(soap);\n#else\n\t\t\treturn soap_send_fault(soap);\n#endif\n\t\t}", namespaceid, nflag?prefix:"soap"); else fprintf(fserver, "\n\t\tif (%s_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(soap);\n#else\n\t\t\treturn soap_send_fault(soap);\n#endif\n\t\t}", nflag?prefix:"soap"); fprintf(fserver, "\n\n#ifdef WITH_FASTCGI\n\t\tsoap_destroy(soap);\n\t\tsoap_end(soap);\n\t} while (1);\n#else\n\t} while (soap->keep_alive);\n#endif"); fprintf(fserver, "\n\treturn SOAP_OK;"); fprintf(fserver, "\n}"); fprintf(fserver, "\n\n#ifndef WITH_NOSERVEREQUEST\n"); if (!cflag && !namespaceid) fprintf(fserver, "extern \"C\" "); fprintf(fserver, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve_request(struct soap *soap)\n{", nflag?prefix:"soap"); if (sflag) fprintf(fserver, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fserver, "\n\tsoap_peek_element(soap);"); for (method = table->list; method; method = method->next) { const char *action = NULL; if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { if (aflag) { Service *sp; for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { Method *m; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; } } } } } if (is_invisible(method->sym->name)) { Entry *param = entry(classtable, method->sym); if (param) param = ((Table*)param->info.typ->ref)->list; if (action) { if (*action == '"') { fprintf(fserver, "\n\tif ("); if (param && !Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", action); } else { fprintf(fserver, "\n\tif ("); if (param && !Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", action); } fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); if (param) { fprintf(fserver, "\n\tif (!soap_match_tag(soap, soap->tag, \"%s\")", ns_convert(param->sym->name)); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } else { catch_method = method; catch_action = action; } } } else { if (action) { if (*action == '"') { fprintf(fserver, "\n\tif ("); if (!Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(method->sym->name)); fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", action); } else { fprintf(fserver, "\n\tif ("); if (!Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(method->sym->name)); fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", action); } } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); fprintf(fserver, "\n\tif (!soap_match_tag(soap, soap->tag, \"%s\")", ns_convert(method->sym->name)); } fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } } } if (catch_method) { if (Aflag && catch_action) { if (*catch_action == '"') { fprintf(fserver, "\n\tif ("); fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", catch_action); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } else { fprintf(fserver, "\n\tif ("); fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", catch_action); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } fprintf(fserver, "\n\treturn soap->error = SOAP_NO_METHOD;"); } else fprintf(fserver, "\n\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } else fprintf(fserver, "\n\treturn soap->error = SOAP_NO_METHOD;"); fprintf(fserver, "\n}\n#endif"); banner(fheader, "Server-Side Operations"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) generate_proto(table, method); banner(fheader, "Server-Side Skeletons to Invoke Service Operations"); fprintf(fheader, "\n"); if (!cflag && !namespaceid) fprintf(fheader, "extern \"C\" "); fprintf(fheader, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve(struct soap*);", nflag?prefix:"soap"); fprintf(fheader, "\n\n"); if (!cflag && !namespaceid) fprintf(fheader, "extern \"C\" "); fprintf(fheader, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve_request(struct soap*);", nflag?prefix:"soap"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ)) gen_serve_method(fserver, table, method, NULL); } if (!Sflag) { banner(fheader, "Client-Side Call Stubs"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ)) gen_call_method(fclient, method, NULL); } } void generate_proto(Table *table, Entry *param) { Entry *q, *pout; Table *output; q = entry(table, param->sym); if (q) pout = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, param->sym); output = (Table*)q->info.typ->ref; fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 %s(struct soap*", ident(param->sym->name)); gen_params(fheader, output, pout, 1); fprintf(fheader, ";"); } int tagcmp(const char *s, const char *t) { size_t i, n; n = strlen(s); for (i = 0; i < n; i++) { int c = t[i]; if (c == '_' && s[i] != '_') c = '-'; if (s[i] > c) return 1; if (s[i] < c) return -1; } return -(t[i] != 0); } int tagncmp(const char *s, const char *t, size_t n) { size_t i; for (i = 0; i < n; i++) { int c = t[i]; if (c == '_' && s[i] != '_') c = '-'; if (s[i] > c) return 1; if (s[i] < c) return -1; } return 0; } int is_qname(Tnode *p) { if (p->sym && is_string(p) && (is_eq(p->sym->name, "xsd__QName") || is_eq(p->sym->name, "QName"))) return 1; return p->id && is_string(p) && (is_eq(p->id->name, "xsd__QName") || is_eq(p->id->name, "QName")); } int is_stdqname(Tnode *p) { if (p->sym && p->type == Tclass && is_volatile(p) && (is_eq(p->sym->name, "xsd__QName") || is_eq(p->sym->name, "QName"))) return 1; return p->id && p->type == Tclass && is_volatile(p) && (is_eq(p->id->name, "xsd__QName") || is_eq(p->id->name, "QName")); } int is_XML(Tnode *p) { if (is_synonym(p)) return (is_string(p) || is_wstring(p)) && is_eq(p->synonym->name, "XML"); return (p->sym && (is_string(p) || is_wstring(p)) && is_eq(p->sym->name, "XML")) || ((p->type == Tpointer || p->type == Treference || p->type == Trvalueref) && is_XML((Tnode*)p->ref)); } int is_stdXML(Tnode *p) { return p->sym && (is_stdstring(p) || is_stdwstring(p)) && is_eq(p->sym->name, "XML"); } int is_response(Tnode *p) { return (p->type == Tpointer || p->type == Treference || p->type == Trvalueref) && p->ref && has_ns((Tnode*)p->ref) && ((((Tnode*)p->ref)->type == Tstruct || ((Tnode*)p->ref)->type == Tclass) && !is_external((Tnode*)p->ref) && !is_primclass((Tnode*)p->ref) && !is_dynamic_array((Tnode*)p->ref) && !is_stdstring((Tnode*)p->ref) && !is_stdwstring((Tnode*)p->ref)); } Entry* get_response(Tnode *p) { if (p->type == Tfun) return p->response; return 0; } int is_unmatched(Symbol *sym) { return sym->name[0] == '_' && sym->name[1] != '_' && strncmp(sym->name, "_DOT", 4) && strncmp(sym->name, "_USCORE", 7) && (strncmp(sym->name, "_x", 2) || !isxdigit(sym->name[2]) || !isxdigit(sym->name[3]) || !isxdigit(sym->name[4]) || !isxdigit(sym->name[5])); } int is_invisible(const char *name) { return name[0] == '-' || (name[0] == '_' && name[1] == '_' && strncmp(name, "__ptr", 5)); } int is_invisible_empty(Tnode *p) { if (p->type == Tstruct || p->type == Tclass) if (is_invisible(p->id->name)) if (!p->ref || !((Table*)p->ref)->list) return 1; return 0; } int is_element(Tnode *typ) { if (is_XML(typ) || is_stdXML(typ) || is_qname(typ) || is_stdqname(typ)) return 0; if (typ->sym) return is_unmatched(typ->sym); if (typ->type == Tstruct || typ->type == Tclass) return is_unmatched(typ->id); return 0; } int is_untyped(Tnode *typ) { Tnode *p; if (typ->sym) return is_unmatched(typ->sym); if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref || typ->type == Tarray) return is_untyped((Tnode*)typ->ref); if (typ->type == Tstruct || typ->type == Tclass) { if (is_dynamic_array(typ) && !has_ns(typ) && !is_binary(typ)) { p = (Tnode*)((Table*)typ->ref)->list->info.typ->ref; return is_untyped(p); } else return is_unmatched(typ->id); } return 0; } int is_primclass(Tnode *typ) { Table *t; if (typ->type == Tstruct || typ->type == Tclass) { if (!is_dynamic_array(typ)) { t = (Table*)typ->ref; while (t) { Entry *p = t->list; while (p && !is_item(p)) p = p->next; if (p) break; t = t->prev; } if (!t) return 0; t = (Table*)typ->ref; while (t) { Entry *p; for (p = t->list; p; p = p->next) if (!is_item(p) && p->info.typ->type != Tfun && !is_transient(p->info.typ) && p->info.sto != Sattribute && p->info.sto != Sprivate && p->info.sto != Sprotected) return 0; t = t->prev; } return 1; } } else if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref) return is_primclass((Tnode*)typ->ref); return 0; } int is_mask(Tnode *typ) { return ((typ->type == Tenum || typ->type == Tenumsc) && typ->width == 9); } int is_void(Tnode *typ) { if (!typ) return 1; if (typ->type == Tvoid) return 1; if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref || typ->type == Tarray || typ->type == Ttemplate) return is_void((Tnode*)typ->ref); return 0; } int is_transient(Tnode *typ) { if (!typ) return 1; if (typ->type == Tstruct && typ->id == lookup("soap")) return 1; if (is_external(typ) || is_volatile(typ)) return 0; if (typ->transient > 0) return 1; if (is_wstring(typ)) /* wchar_t* is serializable but wchar_t is transient */ return 0; switch (typ->type) { case Tpointer: case Treference: case Trvalueref: case Tarray: case Ttemplate: return is_transient((Tnode*)typ->ref); case Tnone: case Tvoid: case Twchar: /* wchar_t is transient */ case Tsize: /* size_t is transient */ return 1; default: break; } return 0; } int is_imported(Tnode* typ) { return typ->imported != NULL; } int is_external(Tnode* typ) { return typ->transient == -1 || typ->transient == -3; } int is_anyType(Tnode* typ) { if (!typ) return 0; if (typ->type == Tpointer || typ->type == Ttemplate) return is_anyType((Tnode*)typ->ref); return is_external(typ) && typ->type == Tstruct && !strcmp(typ->id->name, "soap_dom_element"); } int is_anyAttribute(Tnode* typ) { if (!typ) return 0; if (typ->type == Tpointer || typ->type == Ttemplate) return is_anyAttribute((Tnode*)typ->ref); return is_external(typ) && typ->type == Tstruct && !strcmp(typ->id->name, "soap_dom_attribute"); } int is_volatile(Tnode* typ) { return typ->transient == -2 || typ->transient == -3; } int is_smart(Tnode *p) { return p->type == Ttemplate && p->ref && is_volatile(p); } int is_smart_shared(Tnode *p) { if (is_smart(p)) { const char *s = strstr(p->id->name, "::"); if (s) return !strcmp(s, "::shared_ptr"); /* support shared_ptr STL and Boost */ } return 0; } const char * make_shared(Tnode *p) { const char *s = ""; /* should produce make_shared only if is_smart_shared(p) is true */ if (is_smart_shared(p)) { char *t; s = strstr(p->id->name, "::"); t = emalloc(s - p->id->name + 14); strncpy(t, p->id->name, s - p->id->name + 2); strcat(t, "make_shared"); s = t; } return s; } int is_container(Tnode *p) { if (p->type == Tpointer) return is_container((Tnode*)p->ref); return p->type == Ttemplate && !is_smart(p); } int is_template(Tnode *p) { if (p->type == Tpointer) return is_template((Tnode*)p->ref); return p->type == Ttemplate; } int is_repetition(Entry *p) { if (p) return p->next && p->next->info.typ->type == Tpointer && ((Tnode*)p->next->info.typ->ref)->type != Tvoid && (p->info.typ->type == Tint || p->info.typ->type == Tsize) && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__size", 6)); return 0; } int is_item(Entry *p) { if (p) return !strcmp(p->sym->name, "__item"); return 0; } int is_self(Entry *p) { if (p) return !strcmp(p->sym->name, "__self"); return 0; } int is_choice(Entry *p) { if (p) if (p->next && p->next->info.typ->type == Tunion && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__union", 7))) return 1; return 0; } int required_choice(Tnode *typ) { if (typ->type == Tunion) { Entry *p; for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && (!(p->info.sto & Sattribute)) && !is_repetition(p) && !is_anytype(p)) { if (p->info.minOccurs <= 0) return 0; } } } return -1; } int is_sequence(Entry *p) { if (p) { Tnode *q = p->info.typ; if (q->type == Tpointer) q = (Tnode*)q->ref; if (q->type == Tstruct && is_invisible(p->sym->name) && is_invisible(q->id->name) && !is_transient(q)) return 1; } return 0; } int is_anytype(Entry *p) { if (p) { if (p->next && p->next->info.typ->type == Tpointer && ((Tnode*)p->next->info.typ->ref)->type == Tvoid && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__type", 6))) { is_anytype_flag = 1; return 1; } } return 0; } int is_keyword(const char *name) { Symbol *s = lookup(name); if (s) return s->token != ID; return 0; } int has_ptr(Tnode *typ) { Tnode *p; if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref) return 0; for (p = Tptr[Tpointer]; p; p = p->next) if ((Tnode*)p->ref == typ && p->transient != 1) return 1; return 0; } int has_detail_string(void) { Entry *p = entry(classtable, lookup("SOAP_ENV__Fault")); if (p && p->info.typ->ref && (p->info.typ->type == Tstruct || p->info.typ->type == Tclass)) { Entry *e = entry((Table*)p->info.typ->ref, lookup("detail")); if (e && e->info.typ->ref && e->info.typ->type == Tpointer && ((Tnode*)e->info.typ->ref)->type == Tstruct) { Entry *e2 = entry((Table*)((Tnode*)e->info.typ->ref)->ref, lookup("__any")); return e2 && is_string(e2->info.typ); } } return 0; } int has_Detail_string(void) { Entry *p = entry(classtable, lookup("SOAP_ENV__Fault")); if (p && p->info.typ->ref && (p->info.typ->type == Tstruct || p->info.typ->type == Tclass)) { Entry *e = entry((Table*)p->info.typ->ref, lookup("SOAP_ENV__Detail")); if (e && e->info.typ->ref && e->info.typ->type == Tpointer && ((Tnode*)e->info.typ->ref)->type == Tstruct) { Entry *e2 = entry((Table*)((Tnode*)e->info.typ->ref)->ref, lookup("__any")); return e2 && is_string(e2->info.typ); } } return 0; } int has_class(Tnode *typ) { Entry *p; if (!cflag && typ->type == Tstruct && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.sto & Stypedef) continue; if (p->info.typ->type == Tclass || p->info.typ->type == Ttemplate) return 1; if (p->info.typ->type == Tstruct && has_class(p->info.typ)) return 1; } } return 0; } int has_external(Tnode *typ) { Entry *p; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { if (is_external(p->info.typ) || has_external(p->info.typ)) return 1; } } } return 0; } int has_volatile(Tnode *typ) { Entry *p; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { if (is_volatile(p->info.typ) || has_volatile(p->info.typ)) if (!is_stdstr(p->info.typ)) return 1; } } } return 0; } int has_ns(Tnode *typ) { if (typ->type == Tstruct || typ->type == Tclass || typ->type == Tenum || typ->type == Tenumsc) return has_ns_eq(NULL, typ->id->name); return 0; } int has_ns_t(Tnode *typ) { if (typ->sym) return has_ns_eq(NULL, typ->sym->name); return has_ns(typ); } /* needs_lang adds xml:lang attribute to matching struct/class member name we should use an annotation for soapcpp2's input this in the future instead of a hard-coded member name */ void needs_lang(Entry *e) { if (!strcmp(e->sym->name, "SOAP_ENV__Text")) fprintf(fout, "\n\tif (soap->lang)\n\t\tsoap_set_attr(soap, \"xml:lang\", soap->lang, 1);"); } int is_eq_nons(const char *s, const char *t) { size_t n, m; const char *r; while (*s == '_' || *s == ':') s++; while (*t == '_' || *t == ':') t++; if (!*s || !*t) return 0; r = strstr(t, "__"); if (r) t = r + 2; n = strlen(s) - 1; m = strlen(t) - 1; #ifdef SOAP_OLD_DIRECTIVE_NAME_MATCHING while (n > 0 && s[n] == '_') n--; while (m > 0 && t[m] == '_') m--; #endif if (n != m) return 0; return !strncmp(s, t, n + 1); } int is_eq(const char *s, const char *t) { size_t n, m; while (*s == '_' || *s == ':') s++; while (*t == '_' || *t == ':') t++; if (!*s || !*t) return 0; for (n = strlen(s) - 1; n && s[n] == '_'; n--) ; for (m = strlen(t) - 1; m && t[m] == '_'; m--) ; if (n != m) return 0; return !strncmp(s, t, n + 1); } int has_ns_eq(const char *ns, const char *s) { size_t n; while (*s == '_' || *s == ':') s++; if (!ns) { const char *t = strstr(s + 1, "__"); if (!t || (t[2] == 'x' && isxdigit(t[3]) && isxdigit(t[4]) && isxdigit(t[5]) && isxdigit(t[6])) || !strncmp(t+2, "DOT", 3) || !strncmp(t+2, "USCORE", 6)) { t = strchr(s, ':'); if (t && t[1] == ':') t = NULL; } return t && t[1] && t[2] && t[2] != '_'; } if ((n = strlen(ns)) < strlen(s)) return ((s[n] == '_' && s[n+1] == '_') || (s[n] == ':' && s[n+1] != ':')) && !tagncmp(ns, s, n); return 0; } const char * strict_check(void) { if (sflag) return ""; return "(soap->mode & SOAP_XML_STRICT) && "; } const char * ns_of(const char *name) { Service *sp; for (sp = services; sp; sp = sp->next) if (has_ns_eq(sp->ns, name)) break; if (sp) return sp->URI; return NULL; } int eq_ns(const char *s, const char *t) { return ns_of(s) == ns_of(t); } const char * prefix_of(const char *s) { const char *t; while (*s == '_' || *s == ':') s++; t = strstr(s + 1, "__"); if (!t) { t = strchr(s, ':'); if (t && t[1] == ':') t = NULL; } if (t && t[1] && t[2] && t[2] != '_') { char *r = (char*)emalloc(t - s + 1); strncpy(r, s, t - s); r[t - s] = '\0'; return r; } return s; } const char * ns_add_overridden(Table *t, Entry *p, const char *ns) { Entry *q; Symbol *s = t->sym; if (s) { do { for (q = t->list; q; q = q->next) if (!strcmp(q->sym->name, p->sym->name)) return ns_add(p, ns ? prefix_of(t->sym->name) : NULL); } while ((t = t->prev) != NULL); } return ns_add(p, ns); } const char * c_ident(Tnode *typ) { if (typ->sym && strcmp(typ->sym->name, "/*?*/")) return res_remove(typ->sym->name); return t_ident(typ); } const char * soap_type(Tnode *typ) { const char *t = c_ident(typ); char *s; if (namespaceid && (Qflag || !is_external(typ))) { s = (char*)emalloc(strlen(t) + strlen(namespaceid) + 12); strcpy(s, "SOAP_TYPE_"); strcat(s, namespaceid); strcat(s, "_"); } else { s = (char*)emalloc(strlen(t) + 11); strcpy(s, "SOAP_TYPE_"); } strcat(s, t); return s; } const char * soap_union_member(Tnode *typ, Entry *p) { const char *t = c_ident(typ); const char *n = ident(p->sym->name); char *s; if (namespaceid) { s = (char*)emalloc(strlen(t) + strlen(n) + strlen(namespaceid) + 14); strcpy(s, "SOAP_UNION_"); strcat(s, namespaceid); strcat(s, "_"); } else { s = (char*)emalloc(strlen(t) + strlen(n) + 13); strcpy(s, "SOAP_UNION_"); } strcat(s, t); strcat(s, "_"); strcat(s, n); return s; } const char * ident(const char *name) { if (name) { const char *s = strrchr(name, ':'); if (s && *(s+1) && (s == name || *(s-1) != ':')) return s+1; } return name; } /*t_ident gives the base type name (e.g. when typedef'ed) of a type in identifier format*/ const char * t_ident(Tnode *typ) { char *p; const char *q; if (typ->extsym) return ident(typ->extsym->name); if (typ->synonym) return ident(typ->synonym->name); switch(typ->type) { case Tnone: return ""; case Tvoid: return "void"; case Tchar: return "byte"; case Twchar: return "wchar"; case Tshort: return "short"; case Tint: return "int"; case Tlong: return "long"; case Tllong: return "LONG64"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "decimal"; case Tuchar: return "unsignedByte"; case Tushort: return "unsignedShort"; case Tuint: return "unsignedInt"; case Tulong: return "unsignedLong"; case Tullong: return "ULONG64"; case Tsize: return "size_t"; case Ttime: return "dateTime"; case Tstruct: case Tclass: case Tunion: case Tenum: if (is_bool(typ)) return "bool"; case Tenumsc: return res_remove(typ->id->name); case Treference: case Trvalueref: return c_ident((Tnode*)typ->ref); case Tpointer: if (is_string(typ)) return "string"; if (is_wstring(typ)) return "wstring"; p = (char*)emalloc((10+strlen(q = c_ident((Tnode*)typ->ref))) * sizeof(char)); strcpy(p, "PointerTo"); strcat(p, q); return p; case Tarray: p = (char*)emalloc((16+strlen(c_ident((Tnode*)typ->ref))) * sizeof(char)); if (((Tnode*)typ->ref)->width) sprintf(p, "Array%dOf%s", typ->width / ((Tnode*) typ->ref)->width, c_ident((Tnode*)typ->ref)); else sprintf(p, "ArrayOf%s", c_ident((Tnode*)typ->ref)); return p; case Ttemplate: if (typ->ref) { p = (char*)emalloc((11+strlen(res_remove(typ->id->name))+strlen(q = c_ident((Tnode*)typ->ref))) * sizeof(char)); strcpy(p, res_remove(typ->id->name)); strcat(p, "TemplateOf"); strcat(p, q); return p; } case Tfun: return "Function"; } return "anyType"; } void utf8(char **t, long c) { if (c < 0x0080) *(*t)++ = (char)c; else { if (c < 0x0800) *(*t)++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *(*t)++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *(*t)++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *(*t)++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *(*t)++ = (char)(0xFC | ((c >> 30) & 0x01)); *(*t)++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *(*t)++ = (char)(0x80 | (c & 0x3F)); } *(*t) = '\0'; } const char * ns_convert(const char *tag) { const char *t; char *s; size_t i, n; if (*tag == '_') { if (!strncmp(tag, "__ptr", 5)) { if (tag[5]) tag += 5; else tag = "item"; } else if (strncmp(tag, "_DOT", 4) && strncmp(tag, "_USCORE", 7) && (strncmp(tag, "_x", 2) || !isxdigit(tag[2]) || !isxdigit(tag[3]) || !isxdigit(tag[4]) || !isxdigit(tag[5]))) tag++; /* skip leading _ */ } for (n = strlen(tag); n > 0; n--) { if (tag[n-1] != '_') break; } t = s = (char*)emalloc(n+1); for (i = 0; i < n; i++) { if (tag[i] == '_') { if (tag[i+1] == '_' && !(tag[i+2] == 'x' && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5]) && isxdigit(tag[i+6]))) break; else if (!strncmp(tag+i, "_DOT", 4)) { *s++ = '.'; i += 3; } else if (!strncmp(tag+i, "_USCORE", 7)) { *s++ = '_'; i += 6; } else if (!strncmp(tag+i, "_x", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = '-'; } else if (!strncmp(tag+i, "\\u", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else if (tag[i] == ':' && tag[i+1] == ':') break; else *s++ = tag[i]; } if (i < n) { *s++ = ':'; for (i += 2; i < n; i++) { if (tag[i] == '_') { if (!strncmp(tag+i, "_DOT", 4)) { *s++ = '.'; i += 3; } else if (!strncmp(tag+i, "_USCORE", 7)) { *s++ = '_'; i += 6; } else if (!strncmp(tag+i, "_x", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = '-'; } else if (!strncmp(tag+i, "\\u", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = tag[i]; } } *s = '\0'; return t; } const char * res_remove(const char *tag) { char *s; const char *t; if (!(t = strchr(tag, ':'))) return tag; if (t[1] != ':') tag = t + 1; if (!strchr(tag, ':')) return tag; s = (char*)emalloc(strlen(tag) + 1); t = strcpy(s, tag); while ((s = strchr(s, ':'))) *s = '_'; return t; } const char * ns_qualifiedElement(Tnode *typ) { Service *sp; const char *s = NULL; if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return NULL; for (sp = services; sp; sp = sp->next) { if (sp->elementForm && !tagcmp(sp->ns, s)) { if (!strcmp(sp->elementForm, "qualified")) return s; return NULL; } } for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, s)) if (sp->style && !strcmp(sp->style, "document")) return s; return NULL; } const char * ns_qualifiedAttribute(Tnode *typ) { Service *sp; const char *s = NULL; if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return NULL; for (sp = services; sp; sp = sp->next) { if (sp->attributeForm && !tagcmp(sp->ns, s)) { if (!strcmp(sp->attributeForm, "qualified")) return s; return NULL; } } return NULL; } const char * field(Entry *p, const char *ns) { const char *r; char *s; if (is_self(p)) return "tag"; r = ns_add(p, ns); s = (char*)emalloc(strlen(r) + 3); strcpy(s, "\""); strcat(s, r); strcat(s, "\""); return s; } const char * field_overridden(Table *t, Entry *p, const char *ns) { const char *r; char *s; if (is_self(p)) return "tag"; r = ns_add_overridden(t, p, ns); s = (char*)emalloc(strlen(r) + 3); strcpy(s, "\""); strcat(s, r); strcat(s, "\""); return s; } const char * ns_add(Entry *p, const char *ns) { if (p->tag) return ns_addx(p->tag, ns); return ns_addx(p->sym->name, ns); } const char * ns_addx(const char *tag, const char *ns) { const char *n; char *t; const char *s = ns_convert(tag); if (*s == ':') return s+1; if (!ns || *s == '-' || strchr(s, ':')) return s; n = ns_convert(ns); t = (char*)emalloc(strlen(n) + strlen(s) + 2); strcpy(t, n); strcat(t, ":"); strcat(t, s); return t; } const char * ns_name(const char *tag) { const char *t, *r, *s = tag; if (*s) { for (r = s+strlen(s)-1; r > s; r--) if (*r != '_') break; for (t = s + 1; t < r; t++) { if (t[0] == '_' && t[1] == '_') { s = t + 2; t++; } else if (t[0] == ':' && t[1] != ':') { s = t + 1; t++; } } } return s; } const char * ns_cname(const char *tag, const char *suffix) { char *s; const char *t; size_t i, n; if (!tag) return NULL; t = ns_name(tag); n = strlen(t); if (suffix) s = (char*)emalloc(n + strlen(suffix) + 2); else s = (char*)emalloc(n + 2); for (i = 0; i < n; i++) { if (!isalnum(t[i])) s[i] = '_'; else s[i] = t[i]; } s[i] = '\0'; if (suffix) strcat(s, suffix); if (is_keyword(t)) strcat(s, "_"); return s; } const char * ns_fname(const char *tag) { char *s; size_t i; s = (char*)emalloc(strlen(tag) + 1); strcpy(s, tag); for (i = 0; s[i]; i++) if (!isalnum(s[i])) s[i] = '_'; return s; } const char * ns_remove(const char *tag) { return ns_convert(ns_name(tag)); } const char * ns_remove1(const char *tag) { const char *t, *s = tag; int n = 2; if (*s) { for (t = s + 1; *t && n; t++) if (t[0] == '_' && t[1] == '_') { s = t + 2; t++; n--; } if (n || (s[0] == '_' && s[1] != 'x' && strncmp(s, "_USCORE", 7)) || !*s) s = tag; } return s; } const char * ns_remove2(const char *tag, const char *type) { size_t n; if (tag && type && !strncmp(tag, type, n = strlen(type)) && strlen(tag) > n + 2) return ns_convert(tag + n + 2); return ns_convert(tag); } const char * xsi_type_cond(Tnode *typ, int flag) { if (flag) return xsi_type(typ); return ""; } const char * xsi_type_cond_u(Tnode *typ, int flag) { if (flag) return xsi_type_u(typ); return ""; } const char * xsi_type_u(Tnode *typ) { Service *sp; const char *s = NULL; if (tflag) return xsi_type(typ); if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return ""; s = xsi_type(typ); for (sp = services; sp; sp = sp->next) if (sp->xsi_type && has_ns_eq(sp->ns, s)) return s; return ""; } const char * xsi_type(Tnode *typ) { if (!typ) return "NULL"; if (is_dynamic_array(typ) && !has_ns(typ) && !is_binary(typ)) return xsi_type_Darray(typ); if (typ->type == Tarray) return xsi_type_Tarray(typ); if (is_untyped(typ)) return ""; if (typ->sym) { if (!strncmp(typ->sym->name, "SOAP_ENV__", 10)) return ""; if (is_XML(typ)) return "xsd:anyType"; if (typ->type != Ttemplate) return ns_convert(typ->sym->name); } if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ)) return "xsd:string"; switch(typ->type) { case Tvoid: return "xsd:anyType"; case Tchar: return "xsd:byte"; case Twchar: return "wchar"; case Tshort: return "xsd:short"; case Tint: return "xsd:int"; case Tlong: case Tllong: return "xsd:long"; case Tfloat: return "xsd:float"; case Tdouble: return "xsd:double"; case Tldouble: return "xsd:decimal"; case Tuchar: return "xsd:unsignedByte"; case Tushort: return "xsd:unsignedShort"; case Tuint: return "xsd:unsignedInt"; case Tulong: case Tullong: return "xsd:unsignedLong"; case Ttime: return "xsd:dateTime"; case Tpointer: case Treference: case Trvalueref: return xsi_type((Tnode*)typ->ref); case Tenum: if (is_bool(typ)) return "xsd:boolean"; case Tenumsc: case Tstruct: case Tclass: if (!strncmp(typ->id->name, "SOAP_ENV__", 10)) return ""; return ns_convert(typ->id->name); case Ttemplate: if ((Tnode*)typ->ref) return xsi_type((Tnode*)typ->ref); break; default: break; } return ""; } const char * xml_tag(Tnode *typ) { if (!typ) return "NULL"; if ((typ->type == Tpointer && !is_string(typ) && !is_wstring(typ)) || typ->type == Treference || typ->type == Trvalueref) return xml_tag((Tnode*)typ->ref); if (typ->sym) return ns_convert(typ->sym->name); return the_type(typ); } const char * wsdl_type(Tnode *typ, const char *ns) { if (!typ) return "NULL"; if ((is_qname(typ) || is_stdqname(typ)) && ns) return "xsd:QName"; if (typ->sym) { if (is_XML(typ)) return "xsd:anyType"; else if (ns) return ns_convert(typ->sym->name); else return ns_remove(typ->sym->name); } return base_type(typ, ns); } const char * base_type(Tnode *typ, const char *ns) { int d; const char *s; char *t; if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ) || is_fixedstring(typ)) { if (ns) return "xsd:string"; return "string"; } if (is_dynamic_array(typ) && !is_binary(typ) && !has_ns(typ) && !is_untyped(typ)) { s = ns_remove(wsdl_type(((Table*)typ->ref)->list->info.typ, NULL)); if (ns && *ns) { t = (char*)emalloc(strlen(s)+strlen(ns_convert(ns))+13); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, "ArrayOf"); } else { t = (char*)emalloc(strlen(s)+12); strcpy(t, "ArrayOf"); } strcat(t, s); d = get_Darraydims(typ); if (d) sprintf(t+strlen(t), "%dD", d); return t; } if (is_synonym(typ)) { if (ns) return ns_convert(typ->synonym->name); else return ns_remove(typ->synonym->name); } switch (typ->type) { case Tvoid : if (ns) return "xsd:anyType"; return "anyType"; case Tchar : if (ns) return "xsd:byte"; return "byte"; case Tshort : if (ns) return "xsd:short"; return "short"; case Tint : if (ns) return "xsd:int"; return "int"; case Tlong : case Tllong : if (ns) return "xsd:long"; return "long"; case Tfloat: if (ns) return "xsd:float"; return "float"; case Tdouble: if (ns) return "xsd:double"; return "double"; case Tldouble: if (ns) return "xsd:decimal"; return "decimal"; case Tuchar: if (ns) return "xsd:unsignedByte"; return "unsignedByte"; case Tushort: if (ns) return "xsd:unsignedShort"; return "unsignedShort"; case Tuint: if (ns) return "xsd:unsignedInt"; return "unsignedInt"; case Tulong: case Tullong: if (ns) return "xsd:unsignedLong"; return "unsignedLong"; case Ttime: if (ns) return "xsd:dateTime"; return "dateTime"; case Tpointer: case Treference: case Trvalueref: return wsdl_type((Tnode*)typ->ref, ns); case Tarray: if (is_fixedstring(typ)) { if (typ->sym) { if (ns) return ns_convert(typ->sym->name); return ns_remove(typ->sym->name); } if (ns) return "xsd:string"; return "string"; } if (ns && *ns) { t = (char*)emalloc((strlen(ns_convert(ns))+strlen(c_ident(typ))+2) * sizeof(char)); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, c_ident(typ)); return t; } else return c_ident(typ); case Tenum: if (is_bool(typ)) { if (ns) return "xsd:boolean"; return "boolean"; } case Tenumsc: case Tstruct: case Tclass: if (!has_ns(typ) && ns && *ns) { t = (char*)emalloc((strlen(ns_convert(ns))+strlen(typ->id->name)+2) * sizeof(char)); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, ns_convert(typ->id->name)); return t; } else if (ns) return ns_convert(typ->id->name); else return ns_remove(typ->id->name); case Tunion: if (ns) return "xsd:choice"; return "choice"; case Ttemplate: if ((Tnode*)typ->ref) return wsdl_type((Tnode*)typ->ref, ns); break; default: break; } return ""; } const char * the_type(Tnode *typ) { if (!typ) return "NULL"; if (typ->type == Tarray || (is_dynamic_array(typ) && !is_binary(typ) && (eflag || (!has_ns(typ) && !is_untyped(typ))))) return "SOAP-ENC:Array"; if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ)) return "string"; switch (typ->type) { case Tchar: return "byte"; case Twchar: return "wchar"; case Tshort: return "short"; case Tint : return "int"; case Tlong : case Tllong : return "long"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "decimal"; case Tuchar: return "unsignedByte"; case Tushort: return "unsignedShort"; case Tuint: return "unsignedInt"; case Tulong: case Tullong: return "unsignedLong"; case Ttime: return "dateTime"; case Tpointer: case Treference: case Trvalueref: return the_type((Tnode*)typ->ref); case Tarray: return "SOAP-ENC:Array"; case Tenum: if (is_bool(typ)) return "boolean"; case Tenumsc: case Tstruct: case Tclass: return ns_convert(typ->id->name); default: break; } return ""; } /* c_type returns the type to be used in parameter declaration*/ const char * c_type(Tnode *typ) { char *p = NULL; const char *q, *r; char tempBuf[10]; Tnode *temp; Entry *e; if (typ == NULL) return "NULL"; switch(typ->type) { case Tnone: return ""; case Tvoid: return "void"; case Tchar: return "char"; case Twchar: return "wchar_t"; case Tshort: return "short"; case Tint : return "int"; case Tlong : return "long"; case Tllong : return "LONG64"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "long double"; case Tuchar: return "unsigned char"; case Tushort: return "unsigned short"; case Tuint: return "unsigned int"; case Tulong: return "unsigned long"; case Tullong: return "ULONG64"; case Tsize: return "size_t"; case Ttime: return "time_t"; case Tstruct: q = ident(typ->id->name); p = (char*)emalloc((8+strlen(q)) * sizeof(char)); strcpy(p, "struct "); strcat(p, q); return p; case Tclass: return ident(typ->id->name); case Tunion: q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)) * sizeof(char)); strcpy(p, "union "); strcat(p, q); return p; case Tenum: if (is_bool(typ)) return "bool"; q = ident(typ->id->name); p = (char*)emalloc((6+strlen(q)) * sizeof(char)); strcpy(p, "enum "); strcat(p, q); return p; case Tenumsc: return ident(typ->id->name); case Tpointer: return c_type_id((Tnode*)typ->ref, "*"); case Treference: return c_type_id((Tnode*)typ->ref, "&"); case Trvalueref: return c_type_id((Tnode*)typ->ref, "&&"); case Tarray: temp = typ; while (((Tnode*) (typ->ref))->type == Tarray) typ = (Tnode*)typ->ref; p = (char*)emalloc((12 + strlen(q = c_type((Tnode*)typ->ref))) * sizeof(char)); if (((Tnode*)typ->ref)->type == Tpointer) sprintf(p, "%s", c_type((Tnode*)typ->ref)); else strcpy(p, q); typ = temp; while (typ->type == Tarray) { if (((Tnode*) typ->ref)->width) { sprintf(tempBuf, "[%d]", (typ->width / ((Tnode*) typ->ref)->width)); strcat(p, tempBuf); } typ = (Tnode*)typ->ref; } break; case Tfun: p = (char*)emalloc(1024); strcpy(p, c_type(((FNinfo*)typ->ref)->ret)); strcat(p, "("); for (e = ((FNinfo*)typ->ref)->args->list; e; e = e->next) { strcat(p, c_storage(e->info.sto)); if (e->info.typ->type != Tvoid) { strcat(p, c_type_id(e->info.typ, e->sym->name)); strcat(p, c_init(e)); } else strcat(p, "void"); if (e->next) strcat(p, ", "); } strcat(p, ")"); return p; case Ttemplate: if (typ->ref) { p = (char*)emalloc((strlen(q = c_type((Tnode*)typ->ref)) + strlen(r = ident(typ->id->name)) + 4) * sizeof(char)); strcpy(p, r); strcat(p, "<"); strcat(p, q); strcat(p, "> "); return p; } default: return "UnknownType"; } return p; } const char * c_storage(Storage sto) { static char buf[256]; buf[0] = '\0'; if (sto & Smutable) strcat(buf, "mutable "); if (sto & Sinline) strcat(buf, "inline "); if (sto & Sfriend) strcat(buf, "friend "); if (sto & Svirtual) strcat(buf, "virtual "); if (sto & Stypedef) strcat(buf, "typedef "); if (sto & Sexplicit) strcat(buf, "explicit "); if (sto & Sstatic) strcat(buf, "static "); if (sto & Sregister) strcat(buf, "register "); if (sto & Sauto) strcat(buf, "auto "); if (sto & Sconstptr) strcat(buf, "const "); if (sto & Sconst) strcat(buf, "const "); return buf; } const char * c_const(Storage sto) { if (sto & Sconst) return "const "; if (sto & Sconstptr) return "const "; return ""; } const char * c_init(Entry *e) { static char buf[4096]; buf[0] = '\0'; if (e && e->info.hasval) { switch (e->info.typ->type) { case Tchar: case Twchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Ttime: sprintf(buf, " = " SOAP_LONG_FORMAT, e->info.val.i); break; case Tlong: sprintf(buf, " = " SOAP_LONG_FORMAT "L", e->info.val.i); break; case Tulong: sprintf(buf, " = " SOAP_LONG_FORMAT "UL", e->info.val.i); break; case Tllong: sprintf(buf, " = " SOAP_LONG_FORMAT "LL", e->info.val.i); break; case Tullong: case Tsize: sprintf(buf, " = " SOAP_LONG_FORMAT "ULL", e->info.val.i); break; case Tfloat: case Tdouble: sprintf(buf, " = %g", e->info.val.r); break; case Tldouble: sprintf(buf, " = %gL", e->info.val.r); break; case Tenum: case Tenumsc: if (e->info.val.i <= 0x7FFFLL && e->info.val.i >= -0x8000LL) sprintf(buf, " = (%s)" SOAP_LONG_FORMAT, c_type(e->info.typ), e->info.val.i); else sprintf(buf, " = (%s)" SOAP_LONG_FORMAT "LL", c_type(e->info.typ), e->info.val.i); break; default: if (is_stdstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = \"%s\"", cstring(e->info.val.s, 0)); else if (is_stdwstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = L\"%s\"", cstring(e->info.val.s, 0)); else if (is_wstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = (wchar_t*)L\"%s\"", cstring(e->info.val.s, 0)); else if (e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = (char*)\"%s\"", cstring(e->info.val.s, 0)); else if (e->info.typ->type == Tpointer) sprintf(buf, " = NULL"); break; } } return buf; } /* c_type_constptr_id returns the const* type to be used in parameter declaration */ const char * c_type_constptr_id(Tnode *typ, const char *name) { return c_type_id(typ, name); } /* c_type_id returns the type to be used in parameter declaration */ const char * c_type_id(Tnode *typ, const char *name) { const char *id; char *p = NULL; const char *q; char tempBuf[10]; Tnode *temp; Entry *e; if (!typ) return "NULL"; id = ident(name); switch(typ->type) { case Tnone: return id; case Tvoid: p = (char*)emalloc(6+strlen(id)); strcpy(p, "void "); strcat(p, id); break; case Tchar: p = (char*)emalloc(6+strlen(id)); strcpy(p, "char "); strcat(p, id); break; case Twchar: p = (char*)emalloc(9+strlen(id)); strcpy(p, "wchar_t "); strcat(p, id); break; case Tshort: p = (char*)emalloc(7+strlen(id)); strcpy(p, "short "); strcat(p, id); break; case Tint : p = (char*)emalloc(5+strlen(id)); strcpy(p, "int "); strcat(p, id); break; case Tlong : p = (char*)emalloc(6+strlen(id)); strcpy(p, "long "); strcat(p, id); break; case Tllong : p = (char*)emalloc(8+strlen(id)); strcpy(p, "LONG64 "); strcat(p, id); break; case Tfloat: p = (char*)emalloc(7+strlen(id)); strcpy(p, "float "); strcat(p, id); break; case Tdouble: p = (char*)emalloc(8+strlen(id)); strcpy(p, "double "); strcat(p, id); break; case Tldouble: p = (char*)emalloc(13+strlen(id)); strcpy(p, "long double "); strcat(p, id); break; case Tuchar: p = (char*)emalloc(15+strlen(id)); strcpy(p, "unsigned char "); strcat(p, id); break; case Tushort: p = (char*)emalloc(16+strlen(id)); strcpy(p, "unsigned short "); strcat(p, id); break; case Tuint: p = (char*)emalloc(14+strlen(id)); strcpy(p, "unsigned int "); strcat(p, id); break; case Tulong: p = (char*)emalloc(15+strlen(id)); strcpy(p, "unsigned long "); strcat(p, id); break; case Tullong: p = (char*)emalloc(9+strlen(id)); strcpy(p, "ULONG64 "); strcat(p, id); break; case Tsize: p = (char*)emalloc(8+strlen(id)); strcpy(p, "size_t "); strcat(p, id); break; case Ttime: p = (char*)emalloc(8+strlen(id)); strcpy(p, "time_t "); strcat(p, id); break; case Tstruct: q = ident(typ->id->name); p = (char*)emalloc((9+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "struct "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tclass: q = ident(typ->id->name); p = (char*)emalloc((2+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, q); strcat(p, " "); strcat(p, id); break; case Tunion: q = ident(typ->id->name); p = (char*)emalloc((8+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "union "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tenum: if (is_bool(typ)) { p = (char*)emalloc((strlen(id)+6)* sizeof(char)); strcpy(p, "bool "); strcat(p, id); return p; } q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "enum "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tenumsc: q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, q); strcat(p, " "); strcat(p, id); break; case Tpointer: p = (char*)emalloc(strlen(id)+2); p[0] = '*'; strcpy(p+1, id); return c_type_id((Tnode*)typ->ref, p); case Treference: p = (char*)emalloc(strlen(id)+2); p[0] = '&'; strcpy(p+1, id); return c_type_id((Tnode*)typ->ref, p); case Trvalueref: p = (char*)emalloc(strlen(id)+3); p[0] = '&'; p[1] = '&'; strcpy(p+2, id); return c_type_id((Tnode*)typ->ref, p); case Tarray: temp = typ; while (((Tnode*) (typ->ref))->type == Tarray) typ = (Tnode*)typ->ref; p = (char*)emalloc((12+strlen(q = c_type_id((Tnode*)typ->ref, id))) * sizeof(char)); strcpy(p, q); typ = temp; while (typ->type == Tarray) { if (((Tnode*) typ->ref)->width) { sprintf(tempBuf, "[%d]", (typ->width / ((Tnode*) typ->ref)->width)); strcat(p, tempBuf); } typ = (Tnode*)typ->ref; } break; case Tfun: if (id && strncmp(id, "operator ", 9)) q = c_type_id(((FNinfo*)typ->ref)->ret, id); else q = id; p = (char*)emalloc(1024); if (q) strcpy(p, q); strcat(p, "("); for (e = ((FNinfo*)typ->ref)->args->list; e; e = e->next) { strcat(p, c_storage(e->info.sto)); if (e->info.typ->type != Tvoid) { strcat(p, c_type_id(e->info.typ, e->sym->name)); strcat(p, c_init(e)); } else strcat(p, "void"); if (e->next) strcat(p, ", "); } strcat(p, ")"); break; case Ttemplate: if (typ->ref) { p = (char*)emalloc((strlen(q = c_type((Tnode*)typ->ref))+strlen(ident(typ->id->name))+strlen(id)+4) * sizeof(char)); strcpy(p, ident(typ->id->name)); strcat(p, "<"); strcat(p, q); strcat(p, "> "); strcat(p, id); break; } default: return "UnknownType"; } return p; } /* c_type_synonym returns the typedef synonym name as a type (if present) to be used in parameter declaration */ const char * c_type_synonym(Tnode *typ, const char *name) { if (typ->synonym) { const char *synonym = ident(typ->synonym->name); const char *id = ident(name); char *p = (char*)emalloc(strlen(synonym) + strlen(id) + 2); strcpy(p, synonym); strcat(p, " "); strcat(p, id); return p; } return c_type_id(typ, name); } const char * xsi_type_Tarray(Tnode *typ) { Tnode *t; int cardinality; char *p; const char *s; t = (Tnode*)typ->ref; if (is_fixedstring(typ)) { if (typ->sym) return ns_convert(typ->sym->name); return "xsd:string"; } cardinality = 1; while (t->type == Tarray || (is_dynamic_array(t) && !has_ns(t) && !is_untyped(t) && !is_binary(t))) { if (t->type == Tarray) t = (Tnode*)t->ref; else t = (Tnode*)((Table*)t->ref)->list->info.typ->ref; cardinality++; } s = xsi_type(t); if (!*s) s = wsdl_type(t, ""); p = (char*)emalloc(strlen(s)+cardinality+3); strcpy(p, s); if (cardinality > 1) { strcat(p, "["); for (; cardinality > 2; cardinality--) strcat(p, ", "); strcat(p, "]"); } return p; } const char * xsi_type_Darray(Tnode *typ) { Tnode *t; Entry *q; int cardinality; char *p; const char *s; if (!typ->ref) return ""; q = ((Table*)typ->ref)->list; while (q && q->info.typ->type == Tfun) q = q->next; t = (Tnode*)q->info.typ->ref; cardinality = 1; while (t->type == Tarray || (is_dynamic_array(t) && !has_ns(t) && !is_untyped(t) && !is_binary(t))) { if (t->type == Tarray) t = (Tnode*)t->ref; else { q = ((Table*)t->ref)->list; while (q && q->info.typ->type == Tfun) q = q->next; t = (Tnode*)q->info.typ->ref; } cardinality++; } s = xsi_type(t); if (!*s) s = wsdl_type(t, ""); p = (char*)emalloc(strlen(s)+cardinality*2+1); strcpy(p, s); if (cardinality > 1) { strcat(p, "["); for (; cardinality > 2; cardinality--) strcat(p, ", "); strcat(p, "]"); } return p; } void generate_type(Tnode *typ) { if (Etflag && is_XML(typ)) { soap_traverse(typ); return; } if (is_transient(typ) || typ->type == Twchar || is_XML(typ) || is_void(typ)) return; if (lflag && typ->type == Tint && !typ->sym) { fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_int(struct soap*, int*);"); fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_int(struct soap*, const char*, int, const int*, const char*);"); fprintf(fhead, "\nSOAP_FMAC1 int* SOAP_FMAC2 soap_in_int(struct soap*, const char*, int*, const char*);"); return; /* do not generate int serializers in libs */ } else if (is_imported(typ) && (typ->type != Tint || typ->sym)) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) fprintf(fhead, "\n/* %s is a typedef synonym for %s */", c_ident(typ), t_ident(typ)); if (is_primitive(typ) || is_string(typ) || is_wstring(typ)) { if (!Qflag && is_external(typ) && namespaceid) { const char *id = namespaceid; fprintf(fhead, "\n\n}"); fprintf(fout, "\n\n}"); namespaceid = NULL; fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); namespaceid = id; } fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fflush(fhead); soap_default(typ); soap_serialize(typ); if (Etflag) soap_traverse(typ); soap_out(typ); soap_in(typ); if (!Qflag && is_external(typ) && namespaceid) { fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fout, "\n\nnamespace %s {", namespaceid); } if (is_string(typ) || is_wstring(typ)) { soap_dup(typ); soap_del(typ); } soap_put(typ); soap_get(typ); return; } switch(typ->type) { case Ttemplate: case Tenum: case Tenumsc: case Tpointer: case Tarray: case Tstruct: case Tclass: case Tunion: if (is_header_or_fault(typ) || is_body(typ)) { fprintf(fhead, "\n\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\n#ifndef WITH_NOGLOBAL"); } if (!Qflag && is_external(typ) && namespaceid) { const char *id = namespaceid; fprintf(fhead, "\n\n}"); fprintf(fout, "\n\n}"); namespaceid = NULL; fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); namespaceid = id; } fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fflush(fhead); soap_default(typ); soap_serialize(typ); if (Etflag) soap_traverse(typ); soap_out(typ); soap_in(typ); if (!Qflag && is_external(typ) && namespaceid) { fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fout, "\n\nnamespace %s {", namespaceid); } soap_dup(typ); soap_del(typ); soap_instantiate(typ); soap_put(typ); soap_get(typ); if (is_header_or_fault(typ) || is_body(typ)) { fprintf(fhead, "\n\n#endif"); fprintf(fout, "\n\n#endif"); } break; default: break; } } void matlab_gen_sparseStruct(void) { fprintf(fmheader, "\nstruct soapSparseArray{\n"); fprintf(fmheader, " int *ir;\n"); fprintf(fmheader, " int *jc;\n"); fprintf(fmheader, " double *pr;\n"); fprintf(fmheader, " int num_columns;\n"); fprintf(fmheader, " int num_rows;\n"); fprintf(fmheader, " int nzmax;\n"); fprintf(fmheader, "};\n"); } void matlab_c_to_mx_sparse(void) { fprintf(fmheader, "\nmxArray* c_to_mx_soapSparseArray(struct soapSparseArray);\n"); fprintf(fmatlab, "\nmxArray* c_to_mx_soapSparseArray(struct soapSparseArray a)\n"); fprintf(fmatlab, "{\n"); fprintf(fmatlab, " mxArray *b;\n"); fprintf(fmatlab, " b = mxCreateSparse(a.num_rows, a.num_columns, a.nzmax, mxREAL);\n"); fprintf(fmatlab, " mxSetIr(b,a.ir);\n"); fprintf(fmatlab, " mxSetJc(b,a.jc);\n"); fprintf(fmatlab, " mxSetPr(b,a.pr);\n"); fprintf(fmatlab, " return b;\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_sparse(void) { fprintf(fmheader, "\nmxArray* mx_to_c_soapSparseArray(const mxArray *, struct soapSparseArray *);\n"); fprintf(fmatlab, "\nmxArray* mx_to_c_soapSparseArray(const mxArray *a, struct soapSparseArray *b)\n"); fprintf(fmatlab, "{\n"); fprintf(fmatlab, " if (!mxIsSparse(a))\n"); fprintf(fmatlab, " {\n"); fprintf(fmatlab, " mexErrMsgTxt(\"Input should be a sparse array.\");\n"); fprintf(fmatlab, " }\n"); fprintf(fmatlab, " /* Get the starting positions of the data in the sparse array. */ \n"); fprintf(fmatlab, " b->pr = mxGetPr(a);\n"); fprintf(fmatlab, " b->ir = mxGetIr(a);\n"); fprintf(fmatlab, " b->jc = mxGetJc(a);\n"); fprintf(fmatlab, " b->num_columns = mxGetN(a);\n"); fprintf(fmatlab, " b->num_rows = mxGetM(a);\n"); fprintf(fmatlab, " b->nzmax = mxGetNzmax(a);\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_dynamicArray(Tnode* typ) { int d; Entry *p; p = is_dynamic_array(typ); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tint i, numdims;\n"); fprintf(fmatlab, "\tconst int *dims;\n"); fprintf(fmatlab, "\tdouble *temp;\n"); fprintf(fmatlab, "\tint size = 1;\n"); fprintf(fmatlab, "\tint ret;\n"); fprintf(fmatlab, "\tnumdims = mxGetNumberOfDimensions(a);\n"); fprintf(fmatlab, "\tdims = mxGetDimensions(a);\n"); d = get_Darraydims(typ); fprintf(fmatlab, "\tif (numdims != %d)\n", d); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Incompatible array specifications in C and mx.\");\n"); /* fprintf(fmatlab, "\tfor (i=0;i__size[i] = dims[i];\n"); fprintf(fmatlab, "\t}\n"); */ if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\ttemp = (double*)mxGetPr(a);\n"); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"mx_to_c_ArrayOfdouble: Pointer to data is NULL\");\n"); } fprintf(fmatlab, "\tfor (i = 0; i < numdims; i++) {\n"); fprintf(fmatlab, "\t\tif (b->__size[i] < dims[i])\n"); fprintf(fmatlab, "\t\t\tmexErrMsgTxt(\"Incompatible array dimensions in C and mx.\");\n"); fprintf(fmatlab, "\t\tsize *= dims[i];\n"); fprintf(fmatlab, "\t}\n"); if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\tfor (i = 0; i < size; i++)\n"); fprintf(fmatlab, "\t\tb->__ptr[i] = (%s)*temp++;\n", c_type((Tnode*)p->info.typ->ref)); } else { fprintf(fmatlab, "\tret = mxGetString(a, b->__ptr, size + 1);\n"); fprintf(fmatlab, "\tmexPrintf(\"ret = %%d, b->__ptr = %%s, size = %%d\", ret, b->__ptr, size);\n"); } fprintf(fmatlab, "\n}\n"); fflush(fmatlab); } void matlab_c_to_mx_dynamicArray(Tnode* typ) { int d, i; Entry *p; p = is_dynamic_array(typ); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tmxArray *out;\n"); fprintf(fmatlab, "\t%s;\n", c_type_id((Tnode*)p->info.typ->ref, "*temp")); d = get_Darraydims(typ); fprintf(fmatlab, "\tint i;\n"); fprintf(fmatlab, "\tint ndim = %d, dims[%d] = {", d, d); for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "a.__size[%d]", i); else fprintf(fmatlab, ", a.__size[%d]", i); } fprintf(fmatlab, "};\n"); fprintf(fmatlab, "\tint size = "); for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "dims[%d]", i); else fprintf(fmatlab, "*dims[%d]", i); } fprintf(fmatlab, ";\n"); if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\tout = mxCreateNumericArray(ndim, dims, %s, mxREAL);\n", get_mxClassID((Tnode*)p->info.typ->ref)); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\ttemp = (%s) mxGetPr(out);\n", c_type_id((Tnode*)p->info.typ->ref, "*")); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\tfor (i = 0; i < size; i++)\n"); fprintf(fmatlab, "\t\t*temp++ = a.__ptr[i];\n"); } else { fprintf(fmatlab, "\tout = mxCreateString(a.__ptr);\n"); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); } fprintf(fmatlab, "\treturn out;\n}\n"); fflush(fmatlab); } const char* get_mxClassID(Tnode* typ) { switch(typ->type) { case Tdouble: return "mxDOUBLE_CLASS"; case Tfloat: return "mxSINGLE_CLASS"; case Tshort: return "mxINT16_CLASS"; case Tushort: return "mxUINT16_CLASS"; case Tint: return "mxINT32_CLASS"; case Tuint: return "mxUINT32_CLASS"; case Tlong: return "mxINT32_CLASS"; case Tulong: return "mxUINT32_CLASS"; case Tllong: return "mxINT64_CLASS"; case Tullong: return "mxUINT64_CLASS"; case Tchar: return "mxCHAR_CLASS"; case Tuchar: return "mxCHAR_CLASS"; default: return ""; } } /*Function not in use.*/ void matlab_array_c_to_mx(Tnode* typ) { Tnode* temp; int d, i; fprintf(fmatlab, "{\n\tint rows, r, cols, c;\n"); fprintf(fmatlab, "\tmxArray* out;\n"); fprintf(fmatlab, "\tdouble* temp;\n"); d = get_dimension(typ); fprintf(fmatlab, "\tint ndim = %d, dims[%d] = {", d, d); temp=typ; for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "%d", temp->width / ((Tnode*) temp->ref)->width); else fprintf(fmatlab, ", %d", temp->width / ((Tnode*) temp->ref)->width); temp=(Tnode*)typ->ref; } fprintf(fmatlab, "};\n"); fprintf(fmatlab, "\tout = mxCreateNumericArray(ndim, dims, mxDOUBLE_CLASS, mxREAL);\n"); fprintf(fmatlab, "\ttemp = (double *) mxGetPr(out);\n"); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\trows = mxGetM(out);\n"); fprintf(fmatlab, "\tif (!rows)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Data has zero rows\");\n"); fprintf(fmatlab, "\tcols = mxGetN(out);\n"); fprintf(fmatlab, "\tif (!cols)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Data has zero columns\");\n"); fprintf(fmatlab, "\tfor (c = 0; c < cols; c++)\n"); fprintf(fmatlab, "\t\tfor (r = 0; r < rows; r++)\n"); fprintf(fmatlab, "\t\t\t*temp++ = z->a[r][c];\n"); fprintf(fmatlab, "\treturn out;\n}\n"); fflush(fmatlab); } void matlab_c_to_mx_pointer(Tnode* typ) { if (!typ->ref) return; fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tmxArray *fout;\n"); fprintf(fmatlab, "\tfout = c_to_mx_%s(*a);\n", c_ident((Tnode*)typ->ref)); fprintf(fmatlab, "\treturn fout;\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_pointer(Tnode* typ) { if (!typ->ref) return; fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); fprintf(fmatlab, "{\n\tmx_to_c_%s(a, *b);\n", c_ident((Tnode*)typ->ref)); fprintf(fmatlab, "\n}\n"); } void func2(Tnode* typ) { Table *table, *t; Entry *p; fprintf(fmatlab, "\tif (!mxIsStruct(a))\n\t\tmexErrMsgTxt(\"Input must be a structure.\");\n"); table=(Table*)typ->ref; for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fmatlab, "\t{mxArray *tmp = mxGetField(a, 0, \"%s\");\n", ident(p->sym->name)); fprintf(fmatlab, "\tif (!tmp) {\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Above member field is empty!\");\n\t}\n"); fprintf(fmatlab, "\tmx_to_c_%s(tmp, &b->%s);}\n", c_ident(p->info.typ), ident(p->sym->name)); } } } } void matlab_mx_to_c_struct(Tnode* typ) { if (!typ->ref) return; if (is_dynamic_array(typ)) { fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); matlab_mx_to_c_dynamicArray(typ); return; } else if (strstr(c_type_id(typ, ""), "soapSparseArray")) { return; } fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); fprintf(fmatlab, "{\n"); func2(typ); fprintf(fmatlab, "\n}\n"); return; } void matlab_c_to_mx_struct(Tnode* typ) { Table *table, *t; Entry *p; int number_of_fields=0; if (!typ->ref) return; if (is_dynamic_array(typ)) { fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); matlab_c_to_mx_dynamicArray(typ); return; } else if (strstr(c_type_id(typ, ""), "soapSparseArray")) return; fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); table=(Table*)typ->ref; fprintf(fmatlab, "{\n\tconst char* fnames[] = {"); for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { if (number_of_fields) fprintf(fmatlab, ", \"%s\"", ident(p->sym->name)); else fprintf(fmatlab, "\"%s\"", ident(p->sym->name)); number_of_fields++; } } } fprintf(fmatlab, "}; /* pointers to member field names */\n"); fprintf(fmatlab, "\tint rows = 1, cols = 1;\n\tint index = 0;\n\tint number_of_fields = %d;\n\tmxArray *struct_array_ptr;\n", number_of_fields); fprintf(fmatlab, "\t/* Create a 1x1 struct matrix for output */\n"); fprintf(fmatlab, "\tstruct_array_ptr = mxCreateStructMatrix(rows, cols, number_of_fields, fnames);\n\tmexPrintf(\"6\");\n\tif (struct_array_ptr == NULL) {\n\t\tmexPrintf(\"COULDNT CREATE A MATRIX\");}\n\tmexPrintf(\"7\");\n"); for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fmatlab, "\t{mxArray *fout = c_to_mx_%s(a.%s);\n", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fmatlab, "\tmxSetField(struct_array_ptr, index, \"%s\" , fout);}\n", ident(p->sym->name)); } } } fprintf(fmatlab, "\treturn struct_array_ptr;\n}\n"); } void matlab_c_to_mx_primitive(Tnode *typ) { fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); fprintf(fmatlab, "{\n\tmxArray *fout;\n"); if ((typ->type == Tchar) || (typ->type == Tuchar)) { fprintf(fmatlab, "\tchar buf[2];\n"); fprintf(fmatlab, "\tbuf[0] = a;\n"); fprintf(fmatlab, "\tbuf[1] = \'\\0\';\n"); fprintf(fmatlab, "\tfout = mxCreateString(buf);\n"); fprintf(fmatlab, "\tif (!fout)\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); } else { fprintf(fmatlab, "\tint ndim = 1, dims[1] = {1};\n"); fprintf(fmatlab, "\tfout = mxCreateNumericArray(ndim, dims, %s, mxREAL);\n", get_mxClassID(typ)); fprintf(fmatlab, "\t%s = (%s)mxGetPr(fout);\n", c_type_id(typ, "*temp"), c_type_id(typ, "*")); fprintf(fmatlab, "\tif (!fout)\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\tif (!temp) \n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\t*temp++= a;\n"); } fprintf(fmatlab, "\treturn fout;\n}\n"); } void matlab_mx_to_c_primitive(Tnode *typ) { fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray *, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray *a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); if ((typ->type == Tchar) || (typ->type == Tuchar)) { fprintf(fmatlab, "{\n\tint ret;\n"); fprintf(fmatlab, "\tchar buf[2];\n"); fprintf(fmatlab, "\tret = mxGetString(a, buf, 2);\n"); fprintf(fmatlab, "\tmexPrintf(\"ret = %%d, buf = %%s\", ret, buf);\n"); fprintf(fmatlab, "\t*b = buf[0];\n"); } else { fprintf(fmatlab, "{\n\tdouble* data = (double*)mxGetData(a);\n"); fprintf(fmatlab, "\t*b = (%s)*data;\n", c_type(typ)); } fprintf(fmatlab, "\n}\n"); } void matlab_out_generate(Tnode *typ) { if (is_transient(typ) || typ->type == Twchar || is_XML(typ)) return; /* typeNO++; if (typeNO>=1024) execerror("Too many user-defined data types"); */ if (is_primitive(typ)) { matlab_c_to_mx_primitive(typ); matlab_mx_to_c_primitive(typ); return; } switch(typ->type) { case Tstruct: matlab_c_to_mx_struct(typ); matlab_mx_to_c_struct(typ); break; case Tpointer: matlab_c_to_mx_pointer(typ); matlab_mx_to_c_pointer(typ); break; default: break; } } /*his function is called first it first generates all routines and then in the second pass calls all routines to generate matlab_out for the table*/ void func1(Table *table, Entry *param) { Entry *q, *pout, *response=NULL; q=entry(table, param->sym); if (q) pout = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q=entry(classtable, param->sym); if (!is_response(pout->info.typ)) { response = get_response(param->info.typ); } fprintf(fmheader, "\n\toutside loop struct %s soap_tmp_%s;", param->sym->name, param->sym->name); if (!is_response(pout->info.typ) && response) { fprintf(fmheader, "\n\tif..inside loop struct %s *soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); } fflush(fmheader); } void matlab_def_table(Table *table) { Entry *q, *pout, *e, *response=NULL; int i; Tnode *p; /* for (q1 = table->list; q1 != (Entry*) 0; q1 = q1->next) if (q1->info.typ->type == Tfun) func1(table, q1); */ /* Sparse matrix code will be present by default */ matlab_gen_sparseStruct(); matlab_c_to_mx_sparse(); matlab_mx_to_c_sparse(); for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p != (Tnode*)0 ; p = p->next) { /* This is generated for everything declared in the ".h" file. To make sure that it doesnt get generated for functions do a comparison with p->sym->name, so that its not generated for functions. */ if (is_XML(p)) continue; if (strstr(c_ident(p), "SOAP_ENV_") != NULL) continue; for (q = table->list; q != (Entry*) 0; q = q->next) { if (strcmp(c_ident(p), q->sym->name) == 0) break; e=entry(table, q->sym); if (e) pout = (Entry*)e->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } if (!is_response(pout->info.typ)) { response = get_response(q->info.typ); } if (!is_response(pout->info.typ) && response) { if (strcmp(c_ident(p), c_ident(response->info.typ)) == 0) break; } } if (q == (Entry*) 0) matlab_out_generate(p); } } } void detect_cycles(void) { Tnode *p; for (p = Tptr[Tclass]; p; p = p->next) detect_recursive_type(p); for (p = Tptr[Tstruct]; p; p = p->next) detect_recursive_type(p); } void detect_recursive_type(Tnode *p) { if (p->type == Tclass || p->type == Tstruct || p->type == Tunion) { if (!p->recursive) { if (!p->visited) { Table *t; Entry *e; p->visited = True; for (t = (Table*)p->ref; t; t = t->prev) for (e = t->list; e; e = e->next) detect_recursive_type(e->info.typ); if ((p->type == Tclass || p->type == Tstruct) && p->base && !is_transient(p)) { e = entry(classtable, p->base); if (e && e->info.typ->recursive) p->recursive = True; else if (e && !e->info.typ->visited) { e->info.typ->visited = True; detect_recursive_type(e->info.typ); e->info.typ->visited = False; if (e->info.typ->recursive) p->recursive = True; } } p->visited = False; } else p->recursive = True; } } else if (p->type == Tpointer || p->type == Treference || p->type == Trvalueref || p->type == Tarray || p->type == Ttemplate) detect_recursive_type(p->ref); } void generate_defs(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (!p->generated && !is_transient(p) && p->type != Twchar && !is_void(p)) { p->generated = True; generate_type(p); if (fflag) if (--partnum == 0) return; } } } } int no_of_var(Tnode *typ) { Entry *p; Table *t; int i=0; if (typ->type == Tstruct || typ->type == Tclass) { t = (Table*)typ->ref; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tpointer) i++; } } if ((((Tnode *)(typ->ref))->type == Tstruct) || (((Tnode *)(typ->ref))->type == Tclass) ) { t = (Table*)((Tnode*)(typ->ref))->ref; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tpointer) i++; } } return i; } void in_defs(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (!is_element(p) && !is_transient(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p) && !is_template(p)) { const char *s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t{\tchar **s;\n\t\ts = soap_in_%s(soap, NULL, NULL, \"%s\");\n\t\treturn s ? *s : NULL;\n\t}", soap_type(p), c_ident(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t{\twchar_t **s;\n\t\ts = soap_in_%s(soap, NULL, NULL, \"%s\");\n\t\treturn s ? *s : NULL;\n\t}", soap_type(p), c_ident(p), s); else fprintf(fout, "\n\tcase %s:\n\t\treturn soap_in_%s(soap, NULL, NULL, \"%s\");", soap_type(p), c_ident(p), s); } } } } void in_defs2(void) { int i, j; Tnode *p; const char *s; for (i = 0; i < TYPES; i++) { /* make sure (wrapper) classes are checked first */ if (i == 0) j = Tclass; else if (i == Tclass) continue; else j = i; for (p = Tptr[j]; p; p = p->next) { if (!is_element(p) && !is_transient(p) && !is_template(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p)) { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (*s) { if (is_dynamic_array(p) && !is_binary(p) && !has_ns(p) && !is_untyped(p)) fprintf(fout, "\n\t\tif (*soap->arrayType && !soap_match_array(soap, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_string(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\tchar **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_wstring(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\twchar_t **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (p->type != Tpointer) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); } } } } } void in_defs3(void) { int i; Tnode *p; const char *s; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_element(p) && !is_transient(p) && !is_template(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p)) { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (*s) { if (is_dynamic_array(p) && !is_binary(p) && !has_ns(p) && !is_untyped(p)) fprintf(fout, "\n\t\tif (*soap->arrayType && !soap_match_array(soap, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_string(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\tchar **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_wstring(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\twchar_t **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (p->type != Tpointer) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); } } } } } void out_defs(void) { int i; const char *s; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p)) continue; if (is_element(p)) { s = wsdl_type(p, ""); if (*s == '-') continue; if (p->type == Tarray) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (%s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_id((Tnode*)p->ref, "(*)")); else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn ((%s)ptr)->soap_out(soap, \"%s\", id, NULL);", soap_type(p), c_type_id(p, "*"), s); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_string(soap, \"%s\", id, (char*const*)(void*)&ptr, NULL);", soap_type(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_wstring(soap, \"%s\", id, (wchar_t*const*)(void*)&ptr, NULL);", soap_type(p), s); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (%s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_constptr_id(p, "const*")); else if (p->type != Tnone && p->type != Ttemplate && p->type != Twchar && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (const %s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_id(p, "*")); } else { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (p->type == Tarray) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (%s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_id((Tnode*)p->ref, "(*)"), s); else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn ((%s)ptr)->soap_out(soap, tag, id, \"%s\");", soap_type(p), c_type_id(p, "*"), s); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_string(soap, tag, id, (char*const*)(void*)&ptr, \"%s\");", soap_type(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_wstring(soap, tag, id, (wchar_t*const*)(void*)&ptr, \"%s\");", soap_type(p), s); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (%s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*"), s); else if (p->type != Tnone && p->type != Ttemplate && p->type != Twchar && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (const %s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_id(p, "*"), s); } } } } void mark_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\t((%s)ptr)->soap_serialize(soap);\n\t\tbreak;", soap_type(p), c_type_id(p, "*")); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_string(soap, (char*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_wstring(soap, (wchar_t*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (%s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); } } } void dup_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)((%s)ptr)->soap_dup(soap);", soap_type(p), c_type_id(p, "*")); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_strdup(soap, (const char*)ptr);", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_wstrdup(soap, (const wchar_t*)ptr);", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (%s)ptr);", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (const %s)ptr);", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (const %s)ptr);", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_memdup(soap, ptr, sizeof(%s));", soap_type(p), c_type(p)); } } } void del_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\tstatic_cast(ptr)->soap_del();\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_type(p), c_type(p)); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_string((char*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_wstring((wchar_t*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((%s)ptr);\n\t\tSOAP_FREE(NULL, ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*"), c_type(p)); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) { if (!cflag && p->type == Tstruct) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*"), c_type(p)); else fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_FREE(NULL, ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); } else if (p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\tSOAP_FREE(NULL, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_type_id(p, "*")); } } } void in_attach(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_attachment(p)) { if (p->type == Tclass) fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, %s_instantiate, %s_fbase);\n\t\t\tif (a)\n\t\t\t{\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\t\ta->__size = soap->dime.size;\n\t\t\t\ta->id = (char*)soap->dime.id;\n\t\t\t\ta->type = (char*)soap->dime.type;\n\t\t\t\ta->options = (char*)soap->dime.options;\n\t\t\t}\n\t\t\telse\n\t\t\t\treturn soap->error;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p), prefix, prefix); else fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, NULL, NULL);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\ta->id = (char*)soap->dime.id;\n\t\t\ta->type = (char*)soap->dime.type;\n\t\t\ta->options = (char*)soap->dime.options;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p)); } else if (is_binary(p) && !is_transient(p)) { if (p->type == Tclass) fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, %s_instantiate, %s_fbase);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p), prefix, prefix); else fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, NULL, NULL);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p)); } } } } void soap_instantiate(Tnode *typ) { Table *Tptr; Entry *Eptr; int derclass = 0, flag = 0; const char *s; if (cflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate) return; if (typ->type != Tclass || !typ->sym || !is_eq(typ->sym->name, "xsd__QName") || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_instantiate_%s soap_instantiate_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_new_%s soap_new_%s\n", c_ident(typ), t_ident(typ)); if ((typ->type == Tclass || typ->type == Tstruct) && typ->ref) { fprintf(fhead, "\n\n#define soap_new_req_%s soap_new_req_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_new_set_%s soap_new_set_%s\n", c_ident(typ), t_ident(typ)); } return; } } fprintf(fhead, "\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_type(typ), c_ident(typ)); fprintf(fhead, "\n\ninline %s * soap_new_%s(struct soap *soap, int n = -1) { return soap_instantiate_%s(soap, n, NULL, NULL, NULL); }", c_type(typ), c_ident(typ), c_ident(typ)); if (typ->type == Tclass || typ->type == Tstruct) { fprintf(fhead, "\n\ninline %s * soap_new_req_%s(\n\tstruct soap *soap", c_type(typ), c_ident(typ)); if (!is_dynamic_array(typ)) { for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (is_repetition(Eptr) || is_anytype(Eptr)) flag = 2; if ((Eptr->info.minOccurs > 0 || flag) && !(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (flag) flag--; if (is_smart(Eptr->info.typ)) { if (is_smart_shared(Eptr->info.typ)) fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ, "&"), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ->ref, "*"), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (Eptr->info.typ->type == Tclass || Eptr->info.typ->type == Tstruct || Eptr->info.typ->type == Tunion || Eptr->info.typ->type == Ttemplate) fprintf(fhead, ",\n\tconst %s& %s", c_type(Eptr->info.typ), ident(Eptr->sym->name)); else if ((Eptr->info.sto & Sconstptr)) fprintf(fhead, ",\n\tconst %s", c_type_id(Eptr->info.typ, Eptr->sym->name)); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, ",\n\t%s const*%s", c_type(Eptr->info.typ->ref), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); } } } } fprintf(fhead, ")\n{\t%s = soap_new_%s(soap);\n\tif (_p)\n\t{\t", c_type_id(typ, "*_p"), c_ident(typ)); if (!is_external(typ)) { if (typ->type == Tclass && !is_volatile(typ)) fprintf(fhead, "_p->soap_default(soap);"); else fprintf(fhead, "soap_default_%s(soap, _p);", c_ident(typ)); } flag = 0; if (!is_dynamic_array(typ)) { for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (is_repetition(Eptr) || is_anytype(Eptr)) flag = 2; if ((Eptr->info.minOccurs > 0 || flag) && !(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (flag) flag--; if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ { if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s(%s", ident(Tptr->sym->name), ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s(%s", ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Tarray) { if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, "\n\t\tsoap_strcpy(_p->%s::%s, %d, %s", ident(Tptr->sym->name), ident(Eptr->sym->name), get_dimension(Eptr->info.typ), ident(Eptr->sym->name)); else if (typ->type == Tclass) fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s::%s[i] = %s", get_dimension(Eptr->info.typ), ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s[i] = %s", get_dimension(Eptr->info.typ), ident(Eptr->sym->name), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s", ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s", ident(Eptr->sym->name), ident(Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, ");"); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, "[i];"); else if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ fprintf(fhead, ");"); else fprintf(fhead, ";"); } } } } fprintf(fhead, "\n\t}\n\treturn _p;\n}"); fprintf(fhead, "\n\ninline %s * soap_new_set_%s(\n\tstruct soap *soap", c_type(typ), c_ident(typ)); for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (!(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (is_smart(Eptr->info.typ)) { if (is_smart_shared(Eptr->info.typ)) fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ, "&"), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ->ref, "*"), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (Eptr->info.typ->type == Tclass || Eptr->info.typ->type == Tstruct || Eptr->info.typ->type == Tunion || Eptr->info.typ->type == Ttemplate) fprintf(fhead, ",\n\tconst %s& %s", c_type(Eptr->info.typ), ident(Eptr->sym->name)); else if ((Eptr->info.sto & Sconstptr)) fprintf(fhead, ",\n\tconst %s", c_type_id(Eptr->info.typ, Eptr->sym->name)); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, ",\n\t%s const*%s", c_type(Eptr->info.typ->ref), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); } } } fprintf(fhead, ")\n{\t%s = soap_new_%s(soap);\n\tif (_p)\n\t{\t", c_type_id(typ, "*_p"), c_ident(typ)); if (!is_external(typ)) { if (typ->type == Tclass && !is_volatile(typ)) fprintf(fhead, "_p->soap_default(soap);"); else fprintf(fhead, "soap_default_%s(soap, _p);", c_ident(typ)); } for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (!(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ { if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s(%s", ident(Tptr->sym->name), ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s(%s", ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Tarray) { if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, "\n\t\tsoap_strcpy(_p->%s::%s, %d, %s", ident(Tptr->sym->name), ident(Eptr->sym->name), get_dimension(Eptr->info.typ), ident(Eptr->sym->name)); else if (typ->type == Tclass) fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s::%s[i] = %s", get_dimension(Eptr->info.typ), ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s[i] = %s", get_dimension(Eptr->info.typ), ident(Eptr->sym->name), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s", ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s", ident(Eptr->sym->name), ident(Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, ");"); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, "[i];"); else if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ fprintf(fhead, ");"); else fprintf(fhead, ";"); } } } fprintf(fhead, "\n\t}\n\treturn _p;\n}"); } /* deprecated fprintf(fhead, "\n\ninline void soap_delete_%s(struct soap *soap, %s) { soap_delete(soap, p); }", c_ident(typ), c_type_id(typ, "*p")); */ fprintf(fout, "\n\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size)", c_type(typ), c_ident(typ)); fprintf(fout, "\n{"); fprintf(fout, "\n\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"soap_instantiate_%s(%%p, %%d, %%s, %%s)\\n\", soap, n, type?type:\"\", arrayType?arrayType:\"\"));", c_ident(typ)); fprintf(fout, "\n\t(void)type; (void)arrayType; /* appease -Wall -Werror */"); for (Eptr = classtable->list; Eptr; Eptr = Eptr->next) { Tptr = ((Table *) Eptr->info.typ->ref); if (Tptr == ((Table *) typ->ref)) { continue; } derclass = 0; while (Tptr) { if (Tptr == (Table*)typ->ref) { derclass = 1; } Tptr = Tptr->prev; } if (derclass == 1 && !is_transient(Eptr->info.typ)) { if (is_dynamic_array(Eptr->info.typ) && !is_binary(Eptr->info.typ) && !has_ns(Eptr->info.typ) && !is_untyped(Eptr->info.typ)) fprintf(fout, "\n\tif (soap && arrayType && !soap_match_tag(soap, arrayType, \"%s\"))", xsi_type(Eptr->info.typ)); else fprintf(fout, "\n\tif (soap && type && !soap_match_tag(soap, type, \"%s\"))", the_type(Eptr->info.typ)); fprintf(fout, "\n\t\treturn soap_instantiate_%s(soap, n, NULL, NULL, size);", c_ident(Eptr->info.typ)); derclass = 0; } } fprintf(fout, "\n\t%s;\n\tsize_t k = sizeof(%s);", c_type_id(typ, "*p"), c_type(typ)); fprintf(fout, "\n\tif (n < 0)"); fprintf(fout, "\n\t{\tp = SOAP_NEW(%s);", c_type(typ)); if ((s = has_soapref(typ))) fprintf(fout, "\n\t\tif (p)\n\t\t\t((%s*)p)->%s = soap;", c_type(typ), s); fprintf(fout, "\n\t}\n\telse"); fprintf(fout, "\n\t{\tp = SOAP_NEW_ARRAY(%s, n);", c_type(typ)); fprintf(fout, "\n\t\tk *= n;"); if (s) fprintf(fout, "\n\t\tif (p)\n\t\t\tfor (int i = 0; i < n; i++)\n\t\t\t\t((%s*)p)[i].%s = soap;", c_type(typ), s); fprintf(fout, "\n\t}"); fprintf(fout, "\n\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Instantiated %s location=%%p n=%%d\\n\", p, n));", c_type(typ)); fprintf(fout, "\n\tsoap_link(soap, p, %s, n, %s_fdelete);", soap_type(typ), prefix); fprintf(fout, "\n\tif (size)\n\t\t*size = k;"); fprintf(fout, "\n\treturn p;"); fprintf(fout, "\n}"); } void soap_dup(Tnode *typ) { if (!Ecflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate && typ->type != Tpointer) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_dup_%s soap_dup_%s\n", c_ident(typ), t_ident(typ)); return; } } if (typ->type == Tstruct && (is_anyType(typ) || is_anyAttribute(typ))) return; fprintf(fhead, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_dup_%s(struct soap *soap, %s *d, %s)\n{", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*a")); if (typ->type == Tclass || typ->type == Tstruct) { fprintf(fout, "\n\tstruct soap_plist *pp = NULL;"); if (typ->recursive) fprintf(fout, "\n\tchar *mark = NULL;"); } fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); if (typ->type == Tclass || typ->type == Tstruct) { if (typ->recursive) fprintf(fout, "\n\tif (!d && ((d = (%s*)soap_mark_lookup(soap, (const void*)a, %s, &pp, &mark)) || soap_mark_cycle(soap, pp)))\n\t\treturn d;", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\tif (!d && (d = (%s*)soap_mark_lookup(soap, (const void*)a, %s, &pp, NULL)))\n\t\treturn d;", c_type(typ), soap_type(typ)); } if (cflag) fprintf(fout, "\n\tif (!d && !(d = (%s*)soap_malloc(soap, sizeof(%s))))\n\t\treturn NULL; /* ERROR */", c_type(typ), c_type(typ)); else if (typ->type == Tpointer) fprintf(fout, "\n\tif (!d && !(d = (%s*)soap_malloc(soap, sizeof(%s))))\n\t\treturn NULL; /* ERROR */", c_type(typ), c_type(typ)); else fprintf(fout, "\n\tif (!d && !(d = soap_new_%s(soap)))\n\t\treturn NULL; /* ERROR */", c_ident(typ)); if (typ->type == Tclass || typ->type == Tstruct) fprintf(fout, "\n\tsoap_mark_dup(soap, (void*)d, pp);"); fflush(fout); if (is_string(typ)) { fprintf(fout, "\n\t*d = NULL;\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tif (!(*d = (%s)soap_mark_lookup(soap, (const void*)*a, %s, &pp, NULL)))", c_type(typ), soap_type(typ)); fprintf(fout, "\n\t\t\tsoap_mark_dup(soap, *d = soap_strdup(soap, *a), pp);\n\t}\n\telse\n\t\t*d = NULL;"); } else if (is_wstring(typ)) { fprintf(fout, "\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tif (!(*d = (%s)soap_mark_lookup(soap, (const void*)*a, %s, &pp, NULL)))", c_type(typ), soap_type(typ)); fprintf(fout, "\n\t\t\tsoap_mark_dup(soap, *d = soap_wstrdup(soap, *a), pp);\n\t}\n\telse\n\t\t*d = NULL;"); } else if (typ->type == Tpointer) { Tnode *ref = typ->ref; if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref)) { fprintf(fout, "\n\tif (*a)\n\t\t*d = (*a)->soap_dup(soap);\n\telse\n\t\t*d = NULL;"); } else if (is_XML(ref) && is_string(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_strdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_strdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); } else if (is_XML(ref) && is_wstring(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_wstrdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_wstrdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); } else if (is_primitive(ref) || is_external(typ) || is_volatile(ref) || is_transient(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else if (is_primitive(ref)) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = soap_new_%s(soap)))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_ident(ref)); if (!is_primitive(ref) && is_transient(ref)) fprintf(fout, " /* transient (shallow copy) */"); } else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) { fprintf(fout, "\n\tif (*a)\n\t\t*d = soap_dup_%s(soap, NULL, *a);\n\telse\n\t\t*d = NULL;", c_ident(ref)); } } else if (is_smart(typ)) { Tnode *ref = typ->ref; if (is_smart_shared(typ)) { fprintf(fout, "\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tchar *mark = NULL;\n\t\t%s *sp = (%s*)soap_mark_lookup(soap, (const void*)a->get(), %s, &pp, &mark);\n\t\tif (sp)\n\t\t\t*d = *sp;\n\t\telse if (soap_mark_cycle(soap, pp))\n\t\t\treturn d;\n\t\telse\n\t\t{\t", c_type(typ), c_type(typ), soap_type(typ)); if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "*d = %s((*a)->soap_alloc());\n\t\t\tsoap_mark_dup(soap, (void*)d, pp);\n\t\t\t(*a)->soap_dup(soap, (void*)d->get());", c_type(typ)); else if (is_primitive(ref) || is_external(ref) || is_volatile(ref) || is_transient(ref)) fprintf(fout, "*d = %s<%s>(**a);", make_shared(typ), c_type(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "*d = %s<%s>();\n\t\t\tsoap_mark_dup(soap, (void*)d, pp);\n\t\t\tsoap_dup_%s(soap, d->get(), a->get());", make_shared(typ), c_type(ref), c_ident(ref)); fprintf(fout, "\n\t\t\tsoap_unmark(soap, mark);\n\t\t}\n\t}"); } else { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t*d = %s((*a)->soap_dup(soap, (void*)(*a)->soap_alloc()));", c_type(typ)); else if (is_primitive(ref) || is_transient(ref)) fprintf(fout, "\n\tif (*a && (*d = %s(SOAP_NEW(%s))))\n\t\t**d = **a;", c_type(typ), c_type(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\t*d = %s(soap_dup_%s(soap, SOAP_NEW(%s), a->get()));", c_type(typ), c_ident(ref), c_type(ref)); } } else if (typ->type == Ttemplate) { Tnode *ref = typ->ref; if (strcmp(typ->id->name, "std::set") || is_primitive(ref) || is_external(ref) || is_volatile(ref) || is_transient(ref)) fprintf(fout, "\n\t*d = *a;"); if (!is_primitive(ref) && !is_external(ref) && !is_volatile(ref) && !is_transient(ref)) { if (!strcmp(typ->id->name, "std::set")) { fprintf(fout, "\n\t%s v;\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)\n\t{\t", c_type(ref), c_type(typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "v = soap_strdup(soap, *i);\n\t\td->insert(v);"); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "v = soap_wstrdup(soap, *i);\n\t\td->insert(v);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "soap_dup_%s(soap, &v, &*i);\n\t\td->insert(v);", c_ident(ref)); else fprintf(fout, "\n\t\td->insert(*i);"); } else { fprintf(fout, "\n\t%s::iterator j = d->begin();\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i, ++j)\n\t{\t", c_type(typ), c_type(typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "*j = soap_strdup(soap, *i);"); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "*j = soap_wstrdup(soap, *i);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "soap_dup_%s(soap, &*j, &*i);", c_ident(ref)); } fprintf(fout, "\n\t}"); } } else if (typ->ref) { Entry *p = is_dynamic_array(typ); if (p) { if (is_binary(typ)) { if (cflag) fprintf(fout, "\n\td->__ptr = NULL;\n\td->__size = a->__size;\n\tif (a->__ptr && a->__size > 0)\n\t{\td->__ptr = (unsigned char*)soap_malloc(soap, a->__size);\n\t\tsoap_memcpy(d->__ptr, d->__size, a->__ptr, a->__size);\n\t}"); else fprintf(fout, "\n\td->__ptr = NULL;\n\td->__size = a->__size;\n\tif (a->__ptr && a->__size > 0)\n\t{\td->__ptr = (unsigned char*)soap_malloc(soap, a->__size);\n\t\tsoap_memcpy(d->__ptr, d->__size, a->__ptr, a->__size);\n\t}"); if (is_attachment(typ)) fprintf(fout, "\n\td->id = soap_strdup(soap, a->id);\n\td->type = soap_strdup(soap, a->type);\n\td->options = soap_strdup(soap, a->options); /* WARNING: cannot copy binary DIME attachment options correctly, MIME/MTOM is OK */"); } else { Tnode *ref = p->info.typ->ref; int dim = get_Darraydims(typ); const char *d = ident(p->sym->name); fprintf(fout, "\n\tif (a->%s)\n\t{", d); if (dim) fprintf(fout, "\tsize_t i, n = soap_size(a->__size, %d);", dim); else fprintf(fout, "\tint i, n = a->__size;"); if (cflag) fprintf(fout, "\n\t\td->%s = (%s)soap_malloc(soap, n * sizeof(%s));", d, c_type(p->info.typ), c_type(ref)); else if (is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\td->%s = (%s)soap_malloc(soap, n * sizeof(%s));", d, c_type(p->info.typ), c_type(ref)); else fprintf(fout, "\n\t\td->%s = soap_new_%s(soap, n);", d, c_ident(ref)); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s[i] = soap_strdup(soap, a->%s[i]);", d, d); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s[i] = soap_wstrdup(soap, a->%s[i]);", d, d); else if (is_primitive(ref) || is_transient(ref)) fprintf(fout, "\n\t\t\td->%s[i] = a->%s[i];", d, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s[i], &a->%s[i]);", c_ident(ref), d, d); fprintf(fout, "\n\t}\n\telse\n\t\td->%s = NULL;", d); if (dim) fprintf(fout, "\n\tsoap_memcpy(&d->__size, sizeof(d->__size), &a->__size, sizeof(a->__size));"); else fprintf(fout, "\n\td->__size = a->__size;"); if (has_offset(typ)) { if (dim) fprintf(fout, "\n\tsoap_memcpy(&d->__offset, sizeof(d->__offset), &a->__offset, sizeof(a->__offset));"); else fprintf(fout, "\n\td->__offset = a->__offset;"); } } } else { Table *t = (Table*)typ->ref; const char *b = ""; const char *c = ""; if (typ->type == Tclass) { b = ident(t->sym->name); c = "::"; } if (t->prev) fprintf(fout, "\n\tsoap_dup_%s(soap, d, a);", ident(t->prev->sym->name)); for (p = ((Table*)typ->ref)->list; p; p = p->next) { const char *d = ident(p->sym->name); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) { continue; } else if (p->info.sto & Sconst) { fprintf(fout, "\n\t/* const %s skipped */", d); } else if (p->info.sto & Sstatic) { fprintf(fout, "\n\t/* static %s skipped */", d); } else if (p->info.sto & Stypedef) { fprintf(fout, "\n\t/* typedef %s skipped */", d); } else if (is_repetition(p)) { Tnode *ref = p->next->info.typ->ref; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;\n\tif (a->%s%s%s > 0 && a->%s%s%s)", b, c, d, b, c, d, b, c, d, b, c, e); if (cflag) { if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (const %s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); else fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (%s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); } else if (is_primitive(ref) || ref->type == Tpointer) { if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (const %s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); else fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (%s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); } else { fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = soap_new_%s(soap, a->%s%s%s);", b, c, e, c_ident(ref), b, c, d); } fprintf(fout, "\n\t\tfor (i = 0; i < (int)a->%s%s%s; i++)", b, c, d); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_strdup(soap, a->%s%s%s[i]);", b, c, e, b, c, e); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_wstrdup(soap, a->%s%s%s[i]);", b, c, e, b, c, e); else if (is_primitive(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i];", b, c, e, b, c, e); else if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, (%s)&d->%s%s%s[i], (%s)&a->%s%s%s[i]);", c_ident(ref), c_type_id(ref, "*"), b, c, e, c_type_id(ref, "const*"), b, c, e); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s[i], &a->%s%s%s[i]);", c_ident(ref), b, c, e, b, c, e); fprintf(fout, "\n\t}\n\telse\n\t\td->%s%s%s = NULL;", b, c, e); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s ? soap_dupelement(soap, a->%s%s%s, d->%s%s%s = a->%s%s%s) : NULL;", b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, d, b, c, d); p = p->next; } else if (is_choice(p)) { Entry *q; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;", b, c, d, b, c, d); fprintf(fout, "\n\tswitch (a->%s%s%s)\n\t{", b, c, d); t = (Table*)p->next->info.typ->ref; if (t) { for (q = t->list; q; q = q->next) { const char *f = ident(q->sym->name); fprintf(fout, "\n\t\tcase %s:", soap_union_member(p->next->info.typ, q)); if (is_XML(q->info.typ) && is_string(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = soap_strdup(soap, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (is_XML(q->info.typ) && is_wstring(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = soap_wstrdup(soap, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (is_primitive(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = a->%s%s%s.%s;", b, c, e, f, b, c, e, f); else if (is_transient(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = a->%s%s%s.%s; /* transient (shallow copy) */", b, c, e, f, b, c, e, f); else if (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || q->info.typ->type == Ttemplate || q->info.typ->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s.%s, &a->%s%s%s.%s);", c_ident(q->info.typ), b, c, e, f, b, c, e, f); fprintf(fout, "\n\t\t\tbreak;"); } } fprintf(fout, "\n\t}"); p = p->next; } else if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap_strdup(soap, (char*)a->%s%s%s);", b, c, d, b, c, d); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap_wstrdup(soap, (char*)a->%s%s%s);", b, c, d, b, c, d); } else if (is_soapref(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap;", b, c, d); } else if (is_primitive(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;", b, c, d, b, c, d); } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s; /* transient (shallow copy) */", b, c, d, b, c, d); } else if (p->info.typ->type == Tarray) { Tnode *ref = p->info.typ->ref; fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(p->info.typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_strdup(soap, a->%s%s%s[i]);", b, c, d, b, c, d); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_wstrdup(soap, a->%s%s%s[i]);", b, c, d, b, c, d); else if (is_primitive(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i];", b, c, d, b, c, d); else if (is_transient(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i]; /* transient (shallow copy) */", b, c, d, b, c, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s[i], &a->%s%s%s[i]);", c_ident(ref), b, c, d, b, c, d); fprintf(fout, "\n\t}"); } else if (p->info.typ->type == Tpointer && (p->info.sto & Sconstptr)) { fprintf(fout, "\n\tsoap_dup_%s(soap, (%s)&d->%s%s%s, (%s)&a->%s%s%s);", c_ident(p->info.typ), c_type_id(p->info.typ, "*"), b, c, d, c_type_id(p->info.typ, "const*"), b, c, d); } else if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct || p->info.typ->type == Ttemplate || p->info.typ->type == Tpointer) { fprintf(fout, "\n\tsoap_dup_%s(soap, &d->%s%s%s, &a->%s%s%s);", c_ident(p->info.typ), b, c, d, b, c, d); } else { fprintf(fout, "\n\t/* %s skipped */", d); } } } } else { fprintf(fout, "\n\t*d = *a;"); } if ((typ->type == Tclass || typ->type == Tstruct) && typ->recursive) fprintf(fout, "\n\tsoap_unmark(soap, mark);"); fprintf(fout, "\n\treturn d;\n}"); fflush(fout); } void soap_del(Tnode *typ) { if (!Edflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate && typ->type != Tpointer) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_del_%s soap_del_%s\n", c_ident(typ), t_ident(typ)); return; } } if (typ->type == Tstruct && (is_anyType(typ) || is_anyAttribute(typ))) return; fprintf(fhead, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_del_%s(%s)\n{", c_ident(typ), c_type_constptr_id(typ, "const*a")); fprintf(fout, "\n\tif (!a)\n\t\treturn;"); fflush(fout); if (is_string(typ) || is_wstring(typ)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); } else if (typ->type == Tpointer) { Tnode *ref = typ->ref; if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref)) fprintf(fout, "\n\tif (*a)\n\t{\t(*a)->soap_del();\n\t\tSOAP_DELETE(*a);\n\t}"); else if (is_XML(ref)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t{\tif (**a)\n\t\t\tSOAP_FREE(NULL, **a);\n\t\tSOAP_FREE(NULL, *a);\n\t}"); else fprintf(fout, "\n\tif (*a)\n\t{\tif (**a)\n\t\t\tSOAP_FREE(NULL, **a);\n\t\tSOAP_FREE(NULL, *a);\n\t}"); } else if (is_primitive(ref) || is_external(typ) || is_volatile(ref) || is_transient(ref)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else if (is_primitive(ref)) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else fprintf(fout, "\n\tif (*a)\n\t\tSOAP_DELETE(*a);"); } else if (cflag) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_FREE(NULL, *a);\n\t}", c_ident(ref)); else if (ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_FREE(NULL, *a);\n\t}", c_ident(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_DELETE(*a);\n\t}", c_ident(ref)); } else if (is_smart(typ)) { Tnode *ref = typ->ref; if (is_smart_shared(typ)) { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t(*a)->soap_del();"); else if (is_primitive(ref) || is_transient(ref)) ; else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\tsoap_del_%s(a->get());", c_ident(ref)); } else { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t(*a)->soap_del();"); else if (is_primitive(ref) || is_transient(ref)) ; else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\tsoap_del_%s(a->get());", c_ident(ref)); } } else if (typ->type == Ttemplate) { Tnode *ref = typ->ref; if (!is_primitive(ref) && !is_external(typ) && !is_volatile(ref) && !is_transient(ref)) { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (is_XML(ref)) fprintf(fout, "\n\t\tSOAP_FREE(NULL, *i);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\tsoap_del_%s(&*i);", c_ident(ref)); else fprintf(fout, "\n\t\t; /* skipped */"); } } else if (typ->ref) { Entry *p = is_dynamic_array(typ); if (p) { if (is_binary(typ)) { if (cflag) fprintf(fout, "\n\tif (a->__ptr)\n\t\tSOAP_FREE(NULL, a->__ptr);"); else fprintf(fout, "\n\tif (a->__ptr)\n\t\tSOAP_FREE(NULL, a->__ptr);"); if (is_attachment(typ)) { if (cflag) fprintf(fout, "\n\tif (a->id)\n\t\tSOAP_FREE(NULL, a->id);\n\tif (a->type)\n\t\tSOAP_FREE(NULL, a->type);\n\tif (a->options)\n\t\tSOAP_FREE(NULL, a->options);"); else fprintf(fout, "\n\tif (a->id)\n\t\tSOAP_FREE(NULL, a->id);\n\tif (a->type)\n\t\tSOAP_FREE(NULL, a->type);\n\tif (a->options)\n\t\tSOAP_FREE(NULL, a->options);"); } } else { Tnode *ref = p->info.typ->ref; int dim = get_Darraydims(typ); const char *d = ident(p->sym->name); fprintf(fout, "\n\tif (a->%s)\n\t{", d); if (!is_primitive(ref) && !is_transient(ref)) { if (dim) fprintf(fout, "\tsize_t i, n = soap_size(a->__size, %d);", dim); else fprintf(fout, "\tint i, n = a->__size;"); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); if (is_XML(ref)) fprintf(fout, "\n\t\t\tSOAP_FREE(NULL, a->%s[i]);", d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s[i]);", c_ident(ref), d); } if (cflag || is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s);\n\t}", d); else fprintf(fout, "\n\t\tSOAP_DELETE_ARRAY(a->%s);\n\t}", d); } } else { Table *t = (Table*)typ->ref; const char *b = ""; const char *c = ""; if (typ->type == Tclass) { b = ident(t->sym->name); c = "::"; } if (t->prev) fprintf(fout, "\n\tsoap_del_%s(a);", ident(t->prev->sym->name)); for (p = ((Table*)typ->ref)->list; p; p = p->next) { const char *d = ident(p->sym->name); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) { continue; } else if (p->info.sto & Sconst) { fprintf(fout, "\n\t/* const %s skipped */", d); } else if (p->info.sto & Sstatic) { fprintf(fout, "\n\t/* static %s skipped */", d); } else if (p->info.sto & Stypedef) { fprintf(fout, "\n\t/* typedef %s skipped */", d); } else if (is_repetition(p)) { Tnode *ref = p->next->info.typ->ref; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\tif (a->%s%s%s)\n\t{", b, c, e); if (!is_primitive(ref) && !is_transient(ref)) { fprintf(fout, "\tint i;\n\t\tfor (i = 0; i < (int)a->%s%s%s; i++)", b, c, d); if (is_XML(ref)) fprintf(fout, "\n\t\t\tSOAP_FREE(NULL, a->%s%s%s[i]);", b, c, e); else if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\tsoap_del_%s((%s)&a->%s%s%s[i]);", c_ident(ref), c_type_id(ref, "*"), b, c, e); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s[i]);", c_ident(ref), b, c, e); } if (cflag) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s%s%s);\n\t}", b, c, e); else if (is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s%s%s);\n\t}", b, c, e); else fprintf(fout, "\n\t\tSOAP_DELETE_ARRAY(a->%s%s%s);\n\t}", b, c, e); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (a->%s%s%s)\n\t\tsoap_delelement(a->%s%s%s, a->%s%s%s);", b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, d); p = p->next; } else if (is_choice(p)) { Entry *q; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\tswitch (a->%s%s%s)\n\t{", b, c, d); t = (Table*)p->next->info.typ->ref; if (t) { for (q = t->list; q; q = q->next) { if (!is_primitive(q->info.typ) && !is_transient(q->info.typ)) { const char *f = ident(q->sym->name); fprintf(fout, "\n\t\tcase %s:", soap_union_member(p->next->info.typ, q)); if (is_XML(q->info.typ)) fprintf(fout, "\n\t\t\tif (a->%s%s%s.%s)\n\t\t\t\tSOAP_FREE(NULL, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || q->info.typ->type == Ttemplate || q->info.typ->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s.%s);", c_ident(q->info.typ), b, c, e, f); fprintf(fout, "\n\t\t\tbreak;"); } } } fprintf(fout, "\n\t}"); p = p->next; } else if (is_XML(p->info.typ)) { fprintf(fout, "\n\tif (a->%s%s%s)\n\t\tSOAP_FREE(NULL, a->%s%s%s);", b, c, d, b, c, d); } else if (p->info.typ->type == Tpointer && (p->info.sto & Sconstptr)) { fprintf(fout, "\n\tsoap_del_%s((%s)&a->%s%s%s);", c_ident(p->info.typ), c_type_id(p->info.typ, "*"), b, c, d); } else if (is_primitive(p->info.typ)) { fprintf(fout, "\n\t/* %s skipped */", d); } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", d); } else if (p->info.typ->type == Tarray) { Tnode *ref = p->info.typ->ref; if (!is_primitive(ref) && !is_transient(ref)) { fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(p->info.typ)); if (is_XML(ref)) fprintf(fout, "\n\t\t\tif (a->%s%s%s[i])\n\t\t\t\tSOAP_FREE(NULL, a->%s%s%s[i]);", b, c, d, b, c, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s[i]);", c_ident(ref), b, c, d); fprintf(fout, "\n\t}"); } } else if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct || p->info.typ->type == Ttemplate || p->info.typ->type == Tpointer) { fprintf(fout, "\n\tsoap_del_%s(&a->%s%s%s);", c_ident(p->info.typ), b, c, d); } else { fprintf(fout, "\n\t/* %s skipped */", d); } } } } fprintf(fout, "\n}"); fflush(fout); } int get_dimension(Tnode *typ) { if (((Tnode*)typ->ref)->width) return typ->width / ((Tnode*) typ->ref)->width; return 0; } void soap_serialize(Tnode *typ) { int d; Table *table, *t; Entry *p; Tnode* temp; int cardinality; const char *self; if (is_primitive(typ)) return; if (is_typedef(typ) && (is_template(typ) || is_element(typ) || is_synonym(typ) || is_external(typ) || is_imported(typ)) && (!is_external(typ) || is_volatile(typ))) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_serialize_%s(soap, a) (a)->soap_serialize(soap)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_serialize_%s soap_serialize_%s\n", c_ident(typ), t_ident(typ)); return; } if ((p = is_dynamic_array(typ))) { if (typ->type == Tclass && !is_typedef(typ) && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_serialize(struct soap *soap) const\n{", c_ident(typ)); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); if (is_binary(typ)) { if (is_attachment(typ)) { fprintf(fout, "\n\tif (this->__ptr && !soap_array_reference(soap, this, this->__ptr, this->__size, %s))", soap_type(typ)); fprintf(fout, "\n\t\tif (this->id || this->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n#endif\n}"); } else fprintf(fout, "\n\tif (this->__ptr)\n\t\tsoap_array_reference(soap, this, this->__ptr, this->__size, %s);\n#endif\n}", soap_type(typ)); fflush(fout); return; } else { d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, %s, %s))", ident(p->sym->name), ident(p->sym->name), get_Darraysize("this", d), soap_type(typ)); fprintf(fout, "\n\t{\tsize_t i, n = soap_size(this->__size, %d);", d); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); } else { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t{\tfor (size_t i = 0; i < (size_t)this->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, this->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_XML((Tnode*)p->info.typ->ref) && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s[i].soap_serialize(soap);", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(this->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (is_wstring((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(this->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref) && !is_primitive((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, this->%s + i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t}\n#endif\n}"); return; } } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); if (is_attachment(typ)) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (a->id || a->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n#endif\n}"); } else fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_array_reference(soap, a, a->%s, a->__size, %s);\n#endif\n}", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fflush(fout); return; } else { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, %s, %s))", ident(p->sym->name), ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); fprintf(fout, "\n\t{\tsize_t i, n = soap_size(a->__size, %d);", d); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); } else { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < a->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, a->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_XML((Tnode*)p->info.typ->ref) && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_serialize(soap);", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(a->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (is_wstring((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(a->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref) && !is_primitive((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, a->%s + i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t}\n#endif\n}"); fflush(fout); return; } } } if (is_stdstring(typ) || is_stdwstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\t(void)soap; (void)a; /* appease -Wall -Werror */\n}", c_ident(typ), c_type_id(typ, "*a")); return; } switch(typ->type) { case Tclass: if (!is_volatile(typ) && typ->ref) /* fall through to switch case Tstruct */ { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!is_typedef(typ)) { self = "this"; fprintf(fout, "\n\nvoid %s::soap_serialize(struct soap *soap) const\n{\n\t(void)soap; /* appease -Wall -Werror */", ident(typ->id->name)); } else { self = "p"; fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\n\t(void)soap; (void)p; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*p")); } fprintf(fout, "\n#ifndef WITH_NOIDREF"); table = (Table*)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (!is_XML(p->next->info.typ)) { fprintf(fout, "\n\tif (%s->%s::%s)", self, ident(table->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)%s->%s::%s; i++)\n\t\t{", self, ident(table->sym->name), ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, %s->%s::%s + i, %s);", self, ident(table->sym->name), ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t%s->%s::%s[i].soap_serialize(soap);", self, ident(table->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(%s->%s::%s + i));", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(%s->%s::%s + i));", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); else if (!is_primitive((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, %s->%s::%s + i);", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t}\n\t}"); } p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tsoap_markelement(soap, %s->%s, %s->%s);", self, ident(p->next->sym->name), self, ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, %s->%s::%s, &%s->%s::%s);", c_ident(p->next->info.typ), self, ident(table->sym->name), ident(p->sym->name), self, ident(table->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, %s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_serialize_%s(soap, %s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &%s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t%s->%s::%s.soap_serialize(soap);", self, ident(table->sym->name), ident(p->sym->name)); } else if (!is_void(p->info.typ) && !is_XML(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &%s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); if (is_string(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (char*const*)&%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (wchar_t*const*)&%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && ((Tnode*)(p->info.typ->ref))->type == Tclass && !is_external(p->info.typ->ref) && !is_volatile(p->info.typ->ref)) fprintf(fout, "\n\t%s->%s::%s.soap_serialize(soap);", self, ident(table->sym->name), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && !is_primitive(p->info.typ->ref)) fprintf(fout, "\n\tsoap_serialize_%s(soap, &%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (!is_primitive(p->info.typ) && p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_serialize_%s(soap, &%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } if (table && table->prev) fprintf(fout, "\n\t%s->%s::soap_serialize(soap);", self, ident(table->prev->sym->name)); fprintf(fout, "\n#endif\n}"); break; } /* fall through to next case when class is volatile, since serializers cannot be member functions */ case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (!is_XML(p->next->info.typ)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)\n\t\t{", ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, a->%s + i, %s);", ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_serialize(soap);", ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(a->%s + i));", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(a->%s + i));", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else if (!is_primitive((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, a->%s + i);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); fprintf(fout, "\n\t\t}\n\t}"); } p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tsoap_markelement(soap, a->%s, a->%s);", ident(p->next->sym->name), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, a->%s, &a->%s);", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_serialize_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\ta->%s.soap_serialize(soap);", ident(p->sym->name)); } else if (!is_void(p->info.typ) && !is_XML(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); if (is_string(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (char*const*)&a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (wchar_t*const*)&a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && ((Tnode*)(p->info.typ->ref))->type == Tclass && !is_external(p->info.typ->ref) && !is_volatile(p->info.typ->ref)) fprintf(fout, "\n\ta->%s.soap_serialize(soap);", ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && !is_primitive(p->info.typ->ref)) fprintf(fout, "\n\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (!is_primitive(p->info.typ) && p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n#endif\n}"); break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); if (!typ->ref) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, int choice, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)soap; (void)choice; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n\tswitch (choice)\n\t{"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_serialize_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\ta->%s.soap_serialize(soap);", ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}\n#endif\n}"); break; case Tpointer: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_constptr_id(typ, "const*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, %s)\n{\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF", c_ident(typ), c_type_constptr_id(typ, "const*a")); temp = (Tnode*)typ->ref; if (!temp) return; if (is_string(typ) || is_wstring(typ)) fprintf(fout, "\n\tsoap_reference(soap, *a, %s);", soap_type(typ)); else if (is_primitive(temp)) fprintf(fout, "\n\tsoap_reference(soap, *a, %s);", soap_type(temp)); else { if (is_dynamic_array(temp)) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type(temp)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*a)->soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, *a);", c_ident(temp)); } fprintf(fout, "\n#endif\n}"); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "const")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "const a")); if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tint i;"); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp = (Tnode*)typ->ref;; cardinality = 1; while (temp->type == Tarray) { temp=(Tnode*)temp->ref; cardinality++; } fprintf(fout, "\n\t{"); if (has_ptr((Tnode*)typ->ref)) { fprintf(fout, "\tsoap_embedded(soap, a"); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", %s);", soap_type((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\ta[i].soap_serialize(soap)"); } else if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) { fprintf(fout, "[i])"); } else { fprintf(fout, "+i)"); } } fprintf(fout, ";\n\t}"); fprintf(fout, "\n#endif\n}"); } else fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); temp = (Tnode*)typ->ref; if (!temp) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\n\t(void)soap; (void)a;/* appease -Wall -Werror */\n#ifndef WITH_NOIDREF", c_ident(typ), c_type_id(typ, "*a")); if (!is_XML(temp) && temp->type != Tfun && !is_void(temp)) { if (is_smart(typ)) { if (is_primitive(temp)) fprintf(fout, "\n\tsoap_reference(soap, a->get(), %s);", soap_type(temp)); else { if (is_dynamic_array(temp)) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (!soap_reference(soap, a->get(), %s))", soap_type(temp)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*a)->soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, a->get());", c_ident(temp)); } } else if (!is_primitive(temp)) { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*i).soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, &(*i));", c_ident(temp)); } } fprintf(fout, "\n#endif\n}"); default: break; } } void soap_default(Tnode* typ) { int i, d; Table *table, *t; Entry *p; Tnode *temp; const char *s; int cardinality; if (typ->type == Tpointer && !is_string(typ)) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ))) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_default_%s(soap, a) (a)->%s::soap_default(soap)\n", c_ident(typ), t_ident(typ)); else if (typ->type == Tclass && is_eq(typ->sym->name, "xsd__QName")) fprintf(fhead, "\n\n#define soap_default_%s(soap, a) soap_default_std__string(soap, a)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_default_%s(soap, a) soap_default_%s(soap, a)\n", c_ident(typ), t_ident(typ)); return; } } p = is_dynamic_array(typ); if (p) { if (typ->type == Tclass && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_default(struct soap *soap)\n{", c_ident(typ)); if ((s = has_soapref(typ))) fprintf(fout, "\n\tthis->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); if (is_smart(p->info.typ)) fprintf(fout, "\n\tthis->%s.reset();", ident(p->sym->name)); else fprintf(fout, "\n\tthis->%s = NULL;", ident(p->sym->name)); d = get_Darraydims(typ); if (d) { for (i = 0; i < d; i++) { fprintf(fout, "\n\tthis->__size[%d] = 0;", i); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\tthis->__offset[%d] = 0;", i); } } else { fprintf(fout, "\n\tthis->__size = 0;"); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\tthis->__offset = 0;"); } if (is_attachment(typ)) fprintf(fout, "\n\tthis->id = NULL;\n\tthis->type = NULL;\n\tthis->options = NULL;"); fprintf(fout, "\n}"); } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!cflag && !is_volatile(typ) && !has_constructor(typ) && !union_member(typ)) fprintf(fout, "\n\n%s::%s()\n{\n\tsoap_default_%s(NULL, this);\n}", c_ident(typ), c_ident(typ), c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if ((s = has_soapref(typ))) fprintf(fout, "\n\ta->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); d = get_Darraydims(typ); if (d) { for (i = 0; i < d; i++) { fprintf(fout, "\n\ta->__size[%d] = 0;", i); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\ta->__offset[%d] = 0;", i); } } else { fprintf(fout, "\n\ta->__size = 0;"); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\ta->__offset = 0;"); } if (is_attachment(typ)) fprintf(fout, "\n\ta->id = NULL;\n\ta->type = NULL;\n\ta->options = NULL;"); fprintf(fout, "\n}"); } fflush(fout); return; } if (is_primitive(typ) || is_string(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{\n\t(void)soap; /* appease -Wall -Werror */\n#ifdef SOAP_DEFAULT_%s\n\t*a = SOAP_DEFAULT_%s;\n#else\n\t*a = (%s)0;\n#endif\n}", c_ident(typ), c_type_id(typ, "*a"), c_ident(typ), c_ident(typ), c_type(typ)); return; } if (is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, char[]);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, char a[])\n{\n\t(void)soap; /* appease -Wall -Werror */\n\ta[0] = '\\0';\n}", c_ident(typ)); return; } if (is_stdstring(typ) || is_stdwstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{\n\t(void)soap; /* appease -Wall -Werror */\n\tp->erase();\n}", c_ident(typ), c_type_id(typ, "*p")); return; } switch(typ->type) { case Tclass: if (!is_volatile(typ) && typ->ref) /* fall through to switch case Tstruct */ { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } table=(Table*)typ->ref; fprintf(fout, "\n\nvoid %s::soap_default(struct soap *soap)\n{", ident(typ->id->name)); if ((s = has_soapref(typ))) fprintf(fout, "\n\tthis->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fflush(fout); if (table) { if (table->prev) fprintf(fout, "\n\tthis->%s::soap_default(soap);", ident(table->prev->sym->name)); for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) continue; if (p->info.sto & Sconst) fprintf(fout, "\n\t/* const %s skipped */", ident(p->sym->name)); else if (is_choice(p)) { fprintf(fout, "\n\tthis->%s::%s = %d;", ident(table->sym->name), ident(p->sym->name), required_choice(p->next->info.typ)); p = p->next; } else if (is_repetition(p) || is_anytype(p)) { fprintf(fout, "\n\tthis->%s::%s = 0;\n\tthis->%s::%s = NULL;", ident(table->sym->name), ident(p->sym->name), ident(table->sym->name), ident(p->next->sym->name)); p = p->next; } else { if (is_fixedstring(p->info.typ)) { if (p->info.hasval) fprintf(fout, "\n\tsoap_strcpy(this->%s::%s, %d, \"%s\");", ident(table->sym->name), ident(p->sym->name), get_dimension(p->info.typ), cstring(p->info.val.s, 0)); else fprintf(fout, "\n\tthis->%s::%s[0] = '\\0';", ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tsoap_default_%s(soap, this->%s::%s);", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ) && !is_transient(p->info.typ)) fprintf(fout, "\n\tthis->%s::%s.%s::soap_default(soap);", ident(table->sym->name), ident(p->sym->name), c_ident(p->info.typ)); else if (p->info.hasval) { if (is_smart(p->info.typ)) { if (is_smart_shared(p->info.typ)) fprintf(fout, "\n\tthis->%s::%s = %s<%s>(%s\"%s\");", ident(table->sym->name), ident(p->sym->name), make_shared(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); else fprintf(fout, "\n\tthis->%s::%s = %s(SOAP_NEW(%s)(%s\"%s\"));", ident(table->sym->name), ident(p->sym->name), c_type(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); } else if (p->info.typ->type == Tpointer && is_stdstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstatic std::string soap_tmp_%s(\"%s\");\n\tthis->%s::%s = &soap_tmp_%s;", ident(p->sym->name), p->info.val.s, ident(table->sym->name), ident(p->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\tthis->%s::%s%s;", ident(table->sym->name), ident(p->sym->name), c_init(p)); } else if (is_transient(p->info.typ) || is_void(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tpointer && (!is_string(p->info.typ) || is_XML(p->info.typ) || (p->info.sto & Sconstptr))) fprintf(fout, "\n\tthis->%s::%s = NULL;", ident(table->sym->name), ident(p->sym->name)); else if (p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_default_%s(soap, &this->%s::%s);", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n}"); fflush(fout); break; } case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!cflag && !is_volatile(typ) && !has_constructor(typ) && !union_member(typ)) fprintf(fout, "\n\n%s::%s()\n{\n\tsoap_default_%s(NULL, this);\n}", c_ident(typ), c_ident(typ), c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fflush(fout); if ((s = has_soapref(typ))) fprintf(fout, "\n\ta->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) continue; if (p->info.sto & Sconst) fprintf(fout, "\n\t/* const %s skipped */", ident(p->sym->name)); else if (p->info.sto & (Sprivate | Sprotected)) fprintf(fout, "\n\t/* private/protected %s skipped */", ident(p->sym->name)); else if (is_choice(p)) { fprintf(fout, "\n\ta->%s = %d;", ident(p->sym->name), required_choice(p->next->info.typ)); p = p->next; } else if (is_repetition(p) || is_anytype(p)) { fprintf(fout, "\n\ta->%s = 0;\n\ta->%s = NULL;", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else { if (is_fixedstring(p->info.typ)) { if (p->info.hasval) fprintf(fout, "\n\tsoap_strcpy(a->%s, %d, \"%s\");", ident(p->sym->name), get_dimension(p->info.typ), cstring(p->info.val.s, 0)); else fprintf(fout, "\n\ta->%s[0] = '\\0';", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_default_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ) && !is_transient(p->info.typ)) fprintf(fout, "\n\ta->%s.%s::soap_default(soap);", ident(p->sym->name), c_ident(p->info.typ)); else if (p->info.hasval) { if (is_smart(p->info.typ)) { if (is_smart_shared(p->info.typ)) fprintf(fout, "\n\tthis->%s = %s<%s>(%s\"%s\");", ident(p->sym->name), make_shared(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); else fprintf(fout, "\n\tthis->%s = %s(SOAP_NEW(%s)(%s\"%s\"));", ident(p->sym->name), c_type(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); } else if (p->info.typ->type == Tpointer && is_stdstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstatic std::string soap_tmp_%s(\"%s\");\n\ta->%s = &soap_tmp_%s;", ident(p->sym->name), p->info.val.s, ident(p->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\ta->%s%s;", ident(p->sym->name), c_init(p)); } else if (is_transient(p->info.typ) || is_void(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tpointer && (!is_string(p->info.typ) || is_XML(p->info.typ) || (p->info.sto & Sconstptr))) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); else if (p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_default_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n}"); fflush(fout); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n\tint i;"); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp = (Tnode*)typ->ref; cardinality = 1; while (temp->type == Tarray) { temp = (Tnode*)temp->ref; cardinality++; } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref)) { if (cardinality>1) fprintf(fout, "a[i].%s::soap_default(soap)", t_ident((Tnode*)typ->ref)); else fprintf(fout, "(a+i)->soap_default(soap)"); } else if (((Tnode*)typ->ref)->type == Tpointer) fprintf(fout, "\n\ta[i] = NULL"); else { fprintf(fout, "\n\tsoap_default_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality>1) fprintf(fout, "[i])"); else fprintf(fout, "+i)"); } fprintf(fout, ";\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); if (is_smart(typ)) fprintf(fout, "\n\tp->reset();"); else fprintf(fout, "\n\tp->clear();"); fprintf(fout, "\n}"); fflush(fout); break; default: break; } } void soap_traverse(Tnode* typ) { int d; Table *table, *t; Entry *p; Tnode* temp; int cardinality; if (is_primitive_or_string(typ) || is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{\t(void)soap; (void)q; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");\n}", soap_type(typ), c_type(typ)); return; } if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_external(typ) || is_imported(typ)) if (is_typedef(typ) && !is_external(typ)) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) (a)->soap_traverse(soap, s, p, q)\n", c_ident(typ)); else if (typ->type == Tclass && is_eq(typ->sym->name, "xsd__QName")) fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_std__string(soap, a, s, p, q)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_%s(soap, a, s, p, q)\n", c_ident(typ), t_ident(typ)); return; } if (is_XML(typ)) { fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_%s(soap, a, s, p, q)\n", c_ident(typ), t_ident(typ)); return; } if ((p = is_dynamic_array(typ))) { if (typ->type == Tclass && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_traverse(struct soap *soap, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ)); if (is_binary(typ)) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); if (is_attachment(typ)) { fprintf(fout, "\n\t\tif (this->id || this->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n}"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->options, 0, \"options\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->options, 0, \"options\", NULL);"); } fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this, %s, s, \"%s\");\n\t}\n}", soap_type(typ), c_type(typ)); fflush(fout); return; } else { d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, %s, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), get_Darraysize("this", d), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (size_t i = 0; i < soap_size(this->__size, %d); i++)", d); } else { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (size_t i = 0; i < (size_t)this->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, this->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, this->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t\tif (q) q(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t}\n}"); return; } } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); if (is_attachment(typ)) { fprintf(fout, "\n\t\tif (a->id || a->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n}"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->options, 0, \"options\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->options, 0, \"options\", NULL);"); } fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a, %s, s, \"%s\");\n\t}\n}", soap_type(typ), c_type(typ)); fflush(fout); return; } else { fprintf(fout, "\n\tsize_t i;"); d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, %s, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (i = 0; i < soap_size(a->__size, %d); i++)", d); } else { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (i = 0; i < (size_t)a->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, a->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, a->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\t}\n\t\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t}\n}"); fflush(fout); return; } } } switch(typ->type) { case Tclass: if (!is_volatile(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } table=(Table*)typ->ref; fprintf(fout, "\n\nvoid %s::soap_traverse(struct soap *soap, const char *s, soap_walker p, soap_walker q)\n{", ident(typ->id->name)); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (this->%s::%s)", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)this->%s::%s; i++)\n\t\t{", ident(t->sym->name), ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, this->%s::%s + i, %s);", ident(t->sym->name), ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s::%s[i].soap_traverse(soap, \"%s\", p, q);", ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, this->%s::%s + i, \"%s\", p, q);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); fprintf(fout, "\n\t\t}\n\t}"); p = p->next; } else if (is_anytype(p)) { p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, this->%s::%s, &this->%s::%s, \"%s\", p, q);", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); p = p->next; } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, this->%s::%s, \"%s\", p, q);", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tthis->%s::%s.soap_traverse(soap, \"%s\", p, q);", ident(t->sym->name), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, &this->%s::%s, \"%s\", p, q);", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), p->sym->name); } } } fprintf(fout, "\n\tif (q) q(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; } /* fall through to next case when class is volatile, since serializers cannot be member functions */ case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); if (!typ->ref) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); table=(Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)\n\t\t{", ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, a->%s + i, %s);", ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->next->sym->name), p->next->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, a->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), p->next->sym->name); fprintf(fout, "\n\t\t}\n\t}"); p = p->next; } else if (is_anytype(p)) { p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, a->%s, &a->%s, \"%s\", p, q);", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name), p->next->sym->name); p = p->next; } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\ta->%s.soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, &a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); } } } fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, int, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } table = (Table*)typ->ref; fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, int, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, int choice, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tswitch (choice)\n\t{"); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\ta->%s.soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, &a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}"); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Tpointer: if (((Tnode*)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (*a)"); } else fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\t(*a)->soap_traverse(soap, s, p, q);\n}"); } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))\n\t{", soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)*a, %s, s, \"%s\");", soap_type((Tnode*)typ->ref), c_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\tif (q) q(soap, (void*)*a, %s, s, \"%s\");\n\t}\n}", soap_type((Tnode*)typ->ref), c_type((Tnode*)typ->ref)); } else if ((p = is_dynamic_array((Tnode*)typ->ref)) != NULL) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (*a)"); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, *a, s, p, q);\n}", c_ident((Tnode*)typ->ref)); } else { fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, *a, s, p, q);\n}", c_ident((Tnode*)typ->ref)); } } break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)", c_ident(typ), c_type_id(typ, "a")); if (is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n{"); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); } else { fprintf(fout, "\n{\tsize_t i;"); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp=(Tnode*)typ->ref;; cardinality = 1; while (temp->type == Tarray) { temp=(Tnode*)temp->ref; cardinality++; } fprintf(fout, "\n\t{"); if (has_ptr((Tnode*)typ->ref)) { fprintf(fout, "\tsoap_embedded(soap, a"); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", %s);", soap_type((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\ta[i].soap_traverse(soap, s, p, q)"); } else if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) fprintf(fout, "[i], s, p, q)"); else fprintf(fout, "+i, s, p, q)"); } fprintf(fout, ";\n\t}"); } fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); temp = (Tnode*)typ->ref; if (!temp) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{\n\t(void)soap; (void)a; (void)s; (void)p; (void)q; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*a")); if (!is_primitive(temp) && temp->type != Tfun && !is_void(temp)) { fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tfor (%s::iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*i).soap_traverse(soap, s, p, q);"); else fprintf(fout, "\n\t\tsoap_traverse_%s(soap, &(*i), s, p, q);", c_ident(temp)); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); } fprintf(fout, "\n}"); default: break; } } void soap_put(Tnode *typ) { const char *ci = c_ident(typ); const char *ct = c_type(typ); if (typ->type == Ttemplate || typ->type == Tunion) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) { fprintf(fhead, "\n\n#define soap_put_%s soap_put_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_write_%s soap_write_%s\n", c_ident(typ), t_ident(typ)); return; } if (typ->type == Tarray) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, %s, const char*, const char*);", ci, c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", ci, c_type_id(typ, "const a")); } else if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) fprintf(fout, "\n\nint %s::soap_put(struct soap *soap, const char *tag, const char *type) const\n{", ct); else if (typ->type == Tpointer) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, %s, const char*, const char*);", ci, c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", ci, c_type_constptr_id(typ, "const*a")); } else { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, const %s, const char*, const char*);", ci, c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, const %s, const char *tag, const char *type)\n{", ci, c_type_id(typ, "*a")); } fflush(fout); if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) fprintf(fout, "\n\tif (this->soap_out(soap, tag?tag:\"%s\", -2, type))\n\t\treturn soap->error;", xml_tag(typ)); else fprintf(fout, "\n\tif (soap_out_%s(soap, tag?tag:\"%s\", -2, a, type))\n\t\treturn soap->error;", ci, xml_tag(typ)); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_putindependent(soap);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); #if 0 /* some compilers cannot handle this inlined function */ if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\n\ninline int soap_write_%s(struct soap *soap, %s) { if (p->soap_put(soap, \"%s\", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), xml_tag(typ)); else if (typ->type != Treference) fprintf(fhead, "\n\ninline int soap_write_%s(struct soap *soap, %s) { if (soap_begin_send(soap) || soap_put_%s(soap, p, \"%s\", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), c_ident(typ), xml_tag(typ)); #endif if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), xml_tag(typ)); else if (is_primitive(typ)) { if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), xml_tag(typ)); } else if (typ->type != Treference) { if (namespaceid && (Qflag || !is_external(typ))) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (%s::soap_serialize_%s(soap, data), 0) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_%s(soap, data), 0) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_%s(soap, data), 0) || soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), c_ident(typ), xml_tag(typ)); } fflush(fout); } Entry * is_dynamic_array(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (t = (Table*)typ->ref; t; t = t->prev) { p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && !strncmp(ident(p->sym->name), "__ptr", 5)) if (p->next && (p->next->info.typ->type == Tint || (p->next->info.typ->type == Tarray && (((Tnode*)p->next->info.typ->ref)->type == Tint))) && !strcmp(ident(p->next->sym->name), "__size")) return p; } } return NULL; } Entry * is_discriminant(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { t = (Table*)typ->ref; /* only if this struct/class has a union and is not derived */ if (t && !t->prev) { p = t->list; if (p && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(ident(p->sym->name), "__union", 7))) if (p->next && p->next->info.typ->type == Tunion) { Entry *q; for (q = p->next->next; q; q = q->next) { if (q->info.typ->type != Tfun && !is_void(q->info.typ) && !is_transient(q->info.typ)) return NULL; } return p; } } } return NULL; } int get_Darraydims(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (t = (Table*)typ->ref; t; t = t->prev) { p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && !strncmp(ident(p->sym->name), "__ptr", 5)) if (p->next && p->next->info.typ->type == Tarray && ((Tnode*)p->next->info.typ->ref)->type == Tint && !strcmp(ident(p->next->sym->name), "__size")) return get_dimension(p->next->info.typ); } } return 0; } const char* get_Darraysize(const char *a, int d) { int i; char *s = (char*)emalloc(d * (strlen(a) + 16) + 1); *s = '\0'; for (i = 0; i < d; i++) { size_t l = strlen(s); sprintf(s + l, "%s%s->__size[%d]", i ? " * " : "", a, i); } return s; } int has_offset(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tstruct || typ->type == Tclass) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if ((p->info.typ->type == Tint || (p->info.typ->type == Tarray && ((Tnode*)p->info.typ->ref)->type == Tint)) && !strcmp(ident(p->sym->name), "__offset")) return 1; } } } return 0; } int is_bool(Tnode *typ) { return (typ->type == Tenum && (Table*)typ->ref == booltable); } int is_boolean(Tnode *typ) { if (typ->type == Tenum) { if ((Table*)typ->ref == booltable) return 1; else { size_t n = strlen(ident(typ->id->name)); return n >= 7 && is_eq(ident(typ->id->name) + n - 7, "boolean"); } } return 0; } int is_hexBinary(Tnode *typ) { if (!is_binary(typ)) return 0; if (typ->sym) return typ->sym->name && strstr(typ->sym->name, "hex"); return typ->id && typ->id->name && strstr(typ->id->name, "hex"); } int is_binary(Tnode *typ) { if (!has_ns(typ) && !is_element(typ)) return 0; if (typ->type == Tstruct || typ->type == Tclass) { Table *t; for (t = (Table*)typ->ref; t; t = t->prev) { Entry *p; p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && ((Tnode*)p->info.typ->ref)->type == Tuchar && !strcmp(ident(p->sym->name), "__ptr")) { p = p->next; return p && p->info.typ->type == Tint && !strcmp(ident(p->sym->name), "__size"); } } } return 0; } int is_attachment(Tnode *typ) { Entry *p; Table *t; if (!is_binary(typ) || is_transient(typ)) return 0; for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_string(p->info.typ) && !strcmp(p->sym->name, "id")) { p = p->next; if (!p || !is_string(p->info.typ) || strcmp(p->sym->name, "type")) break; p = p->next; if (!p || !is_string(p->info.typ) || strcmp(p->sym->name, "options")) break; return 1; } } } return 0; } int is_mutable(Entry *e) { return e->info.typ->transient == -4 || is_header_or_fault(e->info.typ); } int is_header_or_fault(Tnode *typ) { if (typ->type == Tpointer || typ->type == Treference) return is_header_or_fault((Tnode*)typ->ref); return (typ->type == Tstruct || typ->type == Tclass) && (!strcmp(ident(typ->id->name), "SOAP_ENV__Header") || !strcmp(ident(typ->id->name), "SOAP_ENV__Fault") || !strcmp(ident(typ->id->name), "SOAP_ENV__Code") || !strcmp(ident(typ->id->name), "SOAP_ENV__Detail") || !strcmp(ident(typ->id->name), "SOAP_ENV__Reason")); } int is_body(Tnode *typ) { if (typ->type == Tpointer || typ->type == Treference) return is_body((Tnode*)typ->ref); return (typ->type == Tstruct || typ->type == Tclass) && !strcmp(ident(typ->id->name), "SOAP_ENV__Body"); } long minlen(Tnode *typ) { if (!typ->hasmin || typ->min < 0 || typ->min > 2147483647) return 0; if (typ->incmin) return (long)typ->min; return (long)typ->min + 1; } long maxlen(Tnode *typ) { if (!typ->hasmax || typ->max < 0 || typ->max > 2147483647) return -1; if (typ->incmax) return (long)typ->max; return (long)typ->max - 1; } const char* pattern(Tnode *typ) { if (!typ->pattern || (typ->pattern[0] == '%' && typ->pattern[1])) return "NULL"; return cstring(typ->pattern, 1); } int is_soap12(const char *enc) { return !strcmp(envURI, "http://www.w3.org/2003/05/soap-envelope") || (enc && !strcmp(enc, "http://www.w3.org/2003/05/soap-encoding")); } int is_document(const char *style) { return soap_version < 0 || (!eflag && !style) || (style && !strcmp(style, "document")); } int is_literal(const char *encoding) { return soap_version < 0 || (!eflag && !encoding) || (encoding && !strcmp(encoding, "literal")); } const char * has_soapref(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tstruct || typ->type == Tclass) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (is_soapref(p->info.typ) && (t == (Table*)typ->ref || !(p->info.sto & Sprivate))) return ident(p->sym->name); return NULL; } int is_soapref(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Tstruct && ((Tnode*)typ->ref)->id == lookup("soap"); } const char * union_member(Tnode *typ) { Table *t; Entry *p, *q; for (p = classtable->list; p; p = p->next) if (p->info.typ->type == Tunion) for (t = (Table*)p->info.typ->ref; t; t = t->prev) for (q = t->list; q; q = q->next) if (typ == q->info.typ) return p->info.typ->id->name; return NULL; } int has_union(Tnode *typ) { Table *t; Entry *p; if (typ->type == Tclass || typ->type == Tstruct) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tunion) return 1; else if ((p->info.typ->type == Tstruct || p->info.typ->type == Tclass) && has_union(p->info.typ)) return 1; } } } return 0; } int has_constructor(Tnode *typ) { Table *t; Entry *p; if (typ->type == Tclass || typ->type == Tstruct) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && !strcmp(p->sym->name, typ->id->name) && ((FNinfo *)p->info.typ->ref)->ret->type == Tnone) if (!((FNinfo*)p->info.typ->ref)->args->list) return 1; return 0; } int has_destructor(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tclass || typ->type == Tstruct) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && strchr(p->sym->name, '~')) return 1; return 0; } int has_getter(Tnode *typ) { Entry *p, *q; Table *t; if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !strcmp(p->sym->name, "get") && ((FNinfo *)p->info.typ->ref)->ret->type == Tint) { q = ((FNinfo*)p->info.typ->ref)->args->list; if (q && q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Tstruct && ((Tnode*)q->info.typ->ref)->id == lookup("soap")) return 1; } } } } return 0; } int has_setter(Tnode *typ) { Entry *p, *q; Table *t; if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !strcmp(p->sym->name, "set") && ((FNinfo *)p->info.typ->ref)->ret->type == Tint) { q = ((FNinfo*)p->info.typ->ref)->args->list; if (q && q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Tstruct && ((Tnode*)q->info.typ->ref)->id == lookup("soap")) return 1; } } } } return 0; } int is_primitive_or_string(Tnode *typ) { return is_primitive(typ) || is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ) || is_qname(typ) || is_stdqname(typ); } int is_primitive(Tnode *typ) { return typ->type >= Tchar && typ->type <= Tenumsc; } int is_string(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Tchar && !((Tnode*)typ->ref)->sym; } int is_fixedstring(Tnode *typ) { return bflag && typ->type == Tarray && ((Tnode*)typ->ref)->type == Tchar; } int is_wstring(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Twchar; } int is_stdstring(Tnode *typ) { return typ->type == Tclass && typ->id == lookup("std::string"); } int is_stdwstring(Tnode *typ) { return typ->type == Tclass && typ->id == lookup("std::wstring"); } int is_stdstr(Tnode *typ) { if (typ->type == Tpointer) return is_stdstring((Tnode*)typ->ref) || is_stdwstring((Tnode*)typ->ref); return is_stdstring(typ) || is_stdwstring(typ); } int is_typedef(Tnode *typ) { return typ->sym && !is_transient(typ); } /* synonym is a typedef of another typedef */ int is_synonym(Tnode *typ) { return is_typedef(typ) && typ->synonym != NULL; } int reflevel(Tnode *typ) { int level; for (level = 0; typ->type == Tpointer || is_smart(typ); level++) typ = (Tnode*)typ->ref; return level; } Tnode * reftype(Tnode *typ) { while ((typ->type == Tpointer && !is_string(typ) && !is_wstring(typ)) || typ->type == Treference || typ->type == Trvalueref || is_smart(typ)) typ = (Tnode*)typ->ref; return typ; } void soap_set_attr(Entry *p, const char *obj, const char *name, const char *tag) { Tnode *typ = p->info.typ; int flag = (p->info.minOccurs == 0 && !p->info.hasval); int pat = 0; if (p->info.sto & (Sconst | Sprivate | Sprotected)) return; if (typ->type == Treference || typ->type == Trvalueref) typ = typ->ref; if (p->info.typ->pattern && p->info.typ->pattern[0] == '%' && p->info.typ->pattern[1]) { if (typ->type == Tfloat) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->float_format;\n\t\tsoap->float_format = \"%s\";", name, p->info.typ->pattern); else if (typ->type == Tdouble) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->double_format;\n\t\tsoap->double_format = \"%s\";", name, p->info.typ->pattern); else if (typ->type == Tldouble) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->long_double_format;\n\t\tsoap->long_double_format = \"%s\";", name, p->info.typ->pattern); pat = 1; } if ((is_external(typ) || is_typedef(typ)) && !is_anyAttribute(typ) && !is_anyType(typ) && !is_smart(typ) && typ->type != Tpointer && !is_stdstr(typ) && !is_string(typ) && !is_wstring(typ) && !is_binary(typ)) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_ident(typ), obj, name); else if (is_qname(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, (char*)%s->%s), 1);", obj, name, tag, obj, name); else if (is_string(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", (char*)%s->%s, 1);", obj, name, tag, obj, name); else if (is_wstring(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, (wchar_t*)%s->%s), 2);", obj, name, tag, obj, name); else if (is_stdqname(typ)) fprintf(fout, "\n\tif (!%s->%s.empty())\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, %s->%s.c_str()), 1);", obj, name, tag, obj, name); else if (is_stdstring(typ)) { if (flag) fprintf(fout, "\n\tif (!%s->%s.empty())", obj, name); fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", %s->%s.c_str(), 1);", tag, obj, name); } else if (is_stdwstring(typ)) { if (flag) fprintf(fout, "\n\tif (!%s->%s.empty())", obj, name); fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, %s->%s.c_str()), 2);", tag, obj, name); } else if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_type(typ), obj, name); else if (typ->type == Tenum || typ->type == Tenumsc) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_ident(typ), obj, name); else if (is_smart(typ) || typ->type == Tpointer) { Tnode *ptr = (Tnode*)typ->ref; fprintf(fout, "\n\tif (%s->%s)", obj, name); if ((is_external(ptr) || is_typedef(ptr)) && !is_anyAttribute(ptr) && !is_anyType(ptr) && !is_stdstr(ptr) && !is_string(ptr) && !is_wstring(ptr) && !is_binary(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_ident(ptr), obj, name); else if (is_qname(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, *(char**)%s->%s), 1);", obj, name, tag, obj, name); else if (is_string(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", *(char**)%s->%s, 1);", obj, name, tag, obj, name); else if (is_wstring(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, *(wchar_t**)%s->%s), 2);", obj, name, tag, obj, name); else if (ptr->type == Tllong || ptr->type == Tullong) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_type(ptr), obj, name); else if (ptr->type == Tenum || ptr->type == Tenumsc) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_ident(ptr), obj, name); else if (is_stdqname(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, %s->%s->c_str()), 1);", tag, obj, name); else if (is_stdstring(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", %s->%s->c_str(), 1);", tag, obj, name); else if (is_stdwstring(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, %s->%s->c_str()), 2);", tag, obj, name); else if (is_primitive(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, the_type(ptr), obj, name); else if (is_hexBinary(ptr)) fprintf(fout, "\n\t\tif (%s->%s->__ptr)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_s2hex(soap, %s->%s->__ptr, NULL, %s->%s->__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_binary(ptr)) fprintf(fout, "\n\t\tif (%s->%s->__ptr)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_s2base64(soap, %s->%s->__ptr, NULL, %s->%s->__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_anyAttribute(ptr)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, \"%s\", -1, %s->%s, \"%s\"))\n\t\t\treturn soap->error;", c_ident(ptr), tag, obj, name, xsi_type_u(ptr)); else { sprintf(errbuf, "Member '%s' cannot be serialized as an XML attribute", name); semwarn(errbuf); } } else if (is_primitive(typ)) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, the_type(typ), obj, name); else if (is_hexBinary(typ)) fprintf(fout, "\n\tif (%s->%s.__ptr)\n\t\tsoap_set_attr(soap, \"%s\", soap_s2hex(soap, %s->%s.__ptr, NULL, %s->%s.__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_binary(typ)) fprintf(fout, "\n\tif (%s->%s.__ptr)\n\t\tsoap_set_attr(soap, \"%s\", soap_s2base64(soap, %s->%s.__ptr, NULL, %s->%s.__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_anyAttribute(typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, \"%s\", -1, &%s->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(typ), tag, obj, name, xsi_type_u(typ)); else { sprintf(errbuf, "Member '%s' cannot be serialized as an XML attribute", name); semwarn(errbuf); } if (pat) { if (typ->type == Tfloat) fprintf(fout, "\n\t\tsoap->float_format = %s_tmp;\n\t}", name); else if (typ->type == Tdouble) fprintf(fout, "\n\t\tsoap->double_format = %s_tmp;\n\t}", name); else if (typ->type == Tldouble) fprintf(fout, "\n\t\tsoap->long_double_format = %s_tmp;\n\t}", name); } } void soap_attr_value(Entry *p, const char *obj, const char *name, const char *tag) { int flag = 0; Tnode *typ = p->info.typ; if (p->info.sto & (Sconst | Sprivate | Sprotected)) return; if (typ->type == Treference || typ->type == Trvalueref) typ = typ->ref; if (p->info.maxOccurs == 0) flag = 2; /* prohibited */ else if (p->info.minOccurs >= 1 && !p->info.hasval) flag = 1; /* required */ if (sflag && flag) flag += 2; /* prohibited/required if SOAP_XML_STRICT */ if ((is_external(typ) || is_typedef(typ)) && !is_anyAttribute(typ) && !is_anyType(typ) && !is_smart(typ) && typ->type != Tpointer && !is_stdstr(typ) && !is_string(typ) && !is_wstring(typ) && !is_binary(typ)) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_ident(typ), tag, flag, obj, name); else if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_type(typ), tag, flag, obj, name); else if (typ->type == Tenum || typ->type == Tenumsc) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_ident(typ), tag, flag, obj, name); else if (is_qname(typ)) fprintf(fout, "\n\tif (soap_s2QName(soap, soap_attr_value(soap, \"%s\", %d), (char**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_string(typ)) fprintf(fout, "\n\tif (soap_s2string(soap, soap_attr_value(soap, \"%s\", %d), (char**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_wstring(typ)) fprintf(fout, "\n\tif (soap_s2wchar(soap, soap_attr_value(soap, \"%s\", %d), (wchar_t**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdqname(typ)) fprintf(fout, "\n\tif (soap_s2std__QName(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdstring(typ)) fprintf(fout, "\n\tif (soap_s2std__string(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdwstring(typ)) fprintf(fout, "\n\tif (soap_s2std__wstring(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_smart(typ) || typ->type == Tpointer) { Tnode *ptr = (Tnode*)typ->ref; const char *get = ""; if (!is_anyAttribute(ptr) && !is_anyType(ptr)) fprintf(fout, "\n\t{\tconst char *t = soap_attr_value(soap, \"%s\", %d);\n\t\tif (t)\n\t\t{", tag, flag); if (is_smart(typ)) { fprintf(fout, "\n\t\t\t%s->%s = %s(SOAP_NEW(%s));", obj, name, c_type(typ), c_type(ptr)); get = ".get()"; } else if (is_stdstr(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s = soap_new_%s(soap)))\n\t\t\t{\tsoap->error = SOAP_EOM;\n\t\t\t\treturn NULL;\n\t\t\t}", obj, name, c_ident(ptr)); else fprintf(fout, "\n\t\t\tif (!(%s->%s = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\t{\tsoap->error = SOAP_EOM;\n\t\t\t\treturn NULL;\n\t\t\t}", obj, name, c_type(typ), c_type(ptr)); if ((is_external(ptr) || is_typedef(ptr)) && !is_anyAttribute(ptr) && !is_anyType(ptr) && !is_stdstr(ptr) && !is_string(ptr) && !is_wstring(ptr) && !is_binary(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_ident(ptr), obj, name, get); else if (ptr->type == Tllong || ptr->type == Tullong) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_type(ptr), obj, name, get); else if (ptr->type == Tenum || ptr->type == Tenumsc) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_ident(ptr), obj, name, get); else if (is_qname(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2QName(soap, t, (char**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_string(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2string(soap, t, (char**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_wstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2wchar(soap, t, (wchar_t**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdqname(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__QName(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__string(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdwstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__wstring(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_hexBinary(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s->__ptr = (unsigned char*)soap_hex2s(soap, t, NULL, 0, &%s->%s->__size)))\n\t\t\t\treturn NULL;", obj, name, obj, name); else if (is_binary(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s->__ptr = (unsigned char*)soap_base642s(soap, t, NULL, 0, &%s->%s->__size)))\n\t\t\t\treturn NULL;", obj, name, obj, name); else if (is_smart(typ) && is_anyAttribute(ptr)) fprintf(fout, "\n\t\t\tif (!soap_in_%s(soap, \"%s\", %s->%s%s, \"%s\")\n\t\t\t\t%s->%s.reset();", c_ident(ptr), tag, obj, name, get, xsi_type(ptr), obj, name); else if (is_anyAttribute(ptr)) fprintf(fout, "\n\t\t\t%s->%s = soap_in_%s(soap, \"%s\", %s->%s, \"%s\");", obj, name, c_ident(ptr), tag, obj, name, xsi_type(ptr)); else if (is_primitive(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", the_type(ptr), obj, name, get); if (!is_anyAttribute(ptr) && !is_anyType(ptr)) fprintf(fout, "\n\t\t}\n\t\telse if (soap->error)\n\t\t\treturn NULL;\n\t}"); } else if (is_hexBinary(typ)) fprintf(fout, "\n\tif (!(%s->%s.__ptr = (unsigned char*)soap_hex2s(soap, soap_attr_value(soap, \"%s\", %d), NULL, 0, &%s->%s.__size)))\n\t\treturn NULL;", obj, name, tag, flag, obj, name); else if (is_binary(typ)) fprintf(fout, "\n\tif (!(%s->%s.__ptr = (unsigned char*)soap_base642s(soap, soap_attr_value(soap, \"%s\", %d), NULL, 0, &%s->%s.__size)))\n\t\treturn NULL;", obj, name, tag, flag, obj, name); else if (is_anyAttribute(typ)) fprintf(fout, "\n\tsoap_in_%s(soap, \"%s\", &%s->%s, \"%s\");", c_ident(typ), tag, obj, name, xsi_type(typ)); else if (is_primitive(typ)) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", the_type(typ), tag, flag, obj, name); if (is_smart(typ) || typ->type == Tpointer) { if (!is_string(typ) && !is_wstring(typ)) { Tnode *ptr = (Tnode*)typ->ref; if (!is_string(ptr) && !is_wstring(ptr) && !is_stdstr(ptr)) { if (ptr->hasmin) { if ((ptr->type >= Tfloat && ptr->type <= Tldouble) || is_external(ptr)) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmin ? "<" : "<=", ptr->min); else if (ptr->min > 0 || ptr->type < Tuchar || ptr->type > Tullong) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmin ? "<" : "<=", (LONG64)ptr->min); } if (ptr->hasmax) { if ((ptr->type >= Tfloat && ptr->type <= Tldouble) || is_external(ptr)) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmax ? ">" : ">=", ptr->max); else if (ptr->max >= 0 || ptr->type < Tuchar || ptr->type > Tullong) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmax ? ">" : ">=", (LONG64)ptr->max); } } } } else if (!is_stdstr(typ)) { if (typ->hasmin) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmin ? "<" : "<=", typ->min); else if (typ->min > 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmin ? "<" : "<=", (LONG64)typ->min); } if (typ->hasmax) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmax ? ">" : ">=", typ->max); else if (typ->max >= 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmax ? ">" : ">=", (LONG64)typ->max); } } } const char * ptr_cast(Table *t, const char *name) { const char *type = ident(t->sym->name); char *s = (char*)emalloc(strlen(type) + strlen(name) + 6); sprintf(s, "((%s*)%s)", type, name); return s; } void soap_out(Tnode *typ) { Table *table, *t; Entry *p = NULL; int cardinality, i, j, d; Tnode *n; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); if (is_dynamic_array(typ)) { soap_out_Darray(typ); return; } if (is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap*, %s);", c_ident(typ), c_type(typ)); if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ)) && !is_qname(typ) && !is_stdqname(typ)) fprintf(fhead, "\n\n#define soap_%s2s soap_%s2s\n", c_ident(typ), t_ident(typ)); if (is_typedef(typ) && (is_element(typ) || is_synonym(typ) || is_external(typ)) && (!is_external(typ) || is_volatile(typ))) { fprintf(fhead, "\n\n#define soap_out_%s soap_out_%s\n", c_ident(typ), t_ident(typ)); return; } if (is_primitive(typ) && typ->type != Tenum && typ->type != Tenumsc) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (typ->pattern && typ->pattern[0] == '%' && typ->pattern[1]) { fprintf(fout, "\n\tint err;"); if (typ->type == Tfloat) fprintf(fout, "\n\tconst char *s = soap->float_format;\n\tsoap->float_format = \"%s\";", typ->pattern); else if (typ->type == Tdouble) fprintf(fout, "\n\tconst char *s = soap->double_format;\n\tsoap->double_format = \"%s\";", typ->pattern); else if (typ->type == Tldouble) fprintf(fout, "\n\tconst char *s = soap->long_double_format;\n\tsoap->long_double_format = \"%s\";", typ->pattern); if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\terr = soap_out%s(soap, tag, id, a, type, %s);", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\terr = soap_out%s(soap, tag, id, a, type, %s);", the_type(typ), soap_type(typ)); if (typ->type == Tfloat) fprintf(fout, "\n\tsoap->float_format = s;"); else if (typ->type == Tdouble) fprintf(fout, "\n\tsoap->double_format = s;"); else if (typ->type == Tldouble) fprintf(fout, "\n\tsoap->long_double_format = s;"); fprintf(fout, "\n\treturn err;\n}"); } else { if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\treturn soap_out%s(soap, tag, id, a, type, %s);\n}", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\treturn soap_out%s(soap, tag, id, a, type, %s);\n}", the_type(typ), soap_type(typ)); } return; } if (is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const char[], const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const char a[], const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outstring(soap, tag, id, (char*const*)(void*)&a, type, %s);\n}", soap_type(typ)); return; } if (is_string(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, char*const*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, char*const*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, char *const*a, const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outstring(soap, tag, id, a, type, %s);\n}", soap_type(typ)); return; } if (is_wstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, wchar_t*const*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, wchar_t*const*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, wchar_t *const*a, const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outwstring(soap, tag, id, a, type, %s);\n}", soap_type(typ)); return; } if (is_stdstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const std::string*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const std::string*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::string *s, const char *type)\n{\n\tconst char *t = s->c_str();\n\treturn soap_outliteral(soap, tag, (char*const*)(void*)&t, type);\n}", c_ident(typ)); else fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::string *s, const char *type)\n{\n\tif ((soap->mode & SOAP_C_NILSTRING) && s->empty())\n\t\treturn soap_element_null(soap, tag, id, type);\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, s, %s), type) || soap_string_out(soap, s->c_str(), 0) || soap_element_end_out(soap, tag))\n\t\treturn soap->error;\n\treturn SOAP_OK;\n}", c_ident(typ), soap_type(typ)); return; } if (is_stdwstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const std::wstring*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const std::wstring*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::wstring *s, const char *type)\n{\n\tconst wchar_t *t = s->c_str();\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)(void*)&t, type);\n}", c_ident(typ)); else fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::wstring *s, const char *type)\n{\n\tif ((soap->mode & SOAP_C_NILSTRING) && s->empty())\n\t\treturn soap_element_null(soap, tag, id, type);\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, s, %s), type) || soap_wstring_out(soap, s->c_str(), 0) || soap_element_end_out(soap, tag))\n\t\treturn soap->error;\n\treturn SOAP_OK;\n}", c_ident(typ), soap_type(typ)); return; } switch(typ->type) { case Tstruct: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (has_setter(typ)) fprintf(fout, "\n\tif (((%s)a)->set(soap))\n\t\treturn soap->error;", c_type_id(typ, "*")); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_repetition(p)) p = p->next; else if (p->info.sto & Sattribute) soap_set_attr(p, "a", ident(p->sym->name), ns_add(p, nsa)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tstd::string soap_tmp_%s(soap_QName2s(soap, a->%s.c_str()));", ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tconst char *soap_tmp_%s = a->%s ? soap_QName2s(soap, *a->%s) : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstd::string soap_temp_%s(a->%s ? soap_QName2s(soap, a->%s->c_str()) : \"\"), *soap_tmp_%s = a->%s ? &soap_temp_%s : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); } } fprintf(fout, "\n\t(void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */"); if (!table) { fprintf(fout, "\n\treturn SOAP_OK;\n}"); } else if (is_primclass(typ)) { for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn a->%s.soap_out(soap, tag, id, \"%s\");", ident(p->sym->name), xsi_type_u(typ)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s, NULL);", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s, NULL);", ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); fprintf(fout, "\n}"); } else { if (!is_invisible(typ->id->name)) fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type))\n\t\treturn soap->error;", soap_type(typ)); fflush(fout); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sreturn) { if (nse || has_ns_eq(NULL, p->sym->name)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_element_result(soap, \"%s\");", ident(p->sym->name), ns_add(p, nse)); else fprintf(fout, "\n\tsoap_element_result(soap, \"%s\");", ns_add(p, nse)); } } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); needs_lang(p); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)", ident(p->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tif (a->%s[i].soap_out(soap, \"%s\", -1, \"%s\"))\n\t\t\t\treturn soap->error;", ident(p->next->sym->name), ns_add(p->next, nse), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_qname((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s[i]);\n\t\t\tif (soap_out_%s(soap, \"%s\", -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\t\t\treturn soap->error;\n\t\t}", ident(p->next->sym->name), ident(p->next->sym->name), c_ident((Tnode*)p->next->info.typ->ref), ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outliteral(soap, \"%s\", (char*const*)(a->%s + i), NULL);", ns_add(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outwliteral(soap, \"%s\", (wchar_t*const*)(a->%s + i), NULL);", ns_add(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_string(soap, \"%s\", -1, (char*const*)(a->%s + i), \"%s\");", ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_wstring(soap, \"%s\", -1, (wchar_t*const*)(a->%s + i), \"%s\");", ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else fprintf(fout, "\n\t\t\tif (soap_out_%s(soap, \"%s\", -1, a->%s + i, \"%s\"))\n\t\t\t\treturn soap->error;", c_ident((Tnode*)p->next->info.typ->ref), ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); fprintf(fout, "\n\t}"); p = p->next; } else if (is_anytype(p) && is_invisible(p->next->sym->name)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s, tag, -1, a->%s))\n\t\treturn soap->error;", ident(p->next->sym->name), ident(p->sym->name)); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s, \"%s\", -1, a->%s))\n\t\treturn soap->error;", ident(p->next->sym->name), ns_add(p->next, nse), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tif (soap_out_%s(soap, a->%s, &a->%s))\n\t\treturn soap->error;", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s, \"%s\");", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (a->%s.soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(p->sym->name), field(p, nse), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif (!a->%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(p->sym->name), field(p, nse)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tsoap_outliteral(soap, %s, (char*const*)&a->%s, NULL);", field(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_outwliteral(soap, %s, (wchar_t*const*)&a->%s, NULL);", field(p, nse), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } } if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); } fflush(fout); break; case Tclass: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } if (!is_volatile(typ) && !is_typedef(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fout, "\n\nint %s::soap_out(struct soap *soap, const char *tag, int id, const char *type) const", ident(typ->id->name)); fprintf(fout, "\n{\n\treturn soap_out_%s(soap, tag, id, this, type);\n}", c_ident(typ)); } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); fflush(fout); if (has_setter(typ)) fprintf(fout, "\n\tif (((%s)a)->set(soap))\n\t\treturn soap->error;", c_type_id(typ, "*")); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) { if (is_repetition(p)) p = p->next; else if (p->info.sto & Sattribute) soap_set_attr(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tstd::string soap_tmp_%s(soap_QName2s(soap, a->%s.c_str()));", ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tconst char *soap_tmp_%s = a->%s ? soap_QName2s(soap, *a->%s) : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstd::string soap_temp_%s(a->%s ? soap_QName2s(soap, a->%s->c_str()) : \"\"), *soap_tmp_%s = a->%s ? &soap_temp_%s : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); } } fprintf(fout, "\n\t(void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */"); if (!table) { fprintf(fout, "\n\treturn SOAP_OK;\n}"); } else if (is_primclass(typ)) { for (t = table; t; t = t->prev) { p = t->list; while (p && !is_item(p)) p = p->next; if (p) break; } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); if (table && table->prev) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s::%s, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s::%s, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn (a->%s::%s).soap_out(soap, tag, id, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); } else { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s::%s, NULL);", ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s::%s, NULL);", ident(t->sym->name), ident(p->sym->name)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn (a->%s::%s).soap_out(soap, tag, id, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); } fprintf(fout, "\n}"); } else { if (!is_invisible(typ->id->name)) { if (table && table->prev) fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), \"%s\"))\n\t\treturn soap->error;", soap_type(typ), xsi_type(typ)); else fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type))\n\t\treturn soap->error;", soap_type(typ)); } fflush(fout); i = 0; /* Get the depth of the inheritance hierarchy */ for (t = table; t; t = t->prev) i++; /* Call routines to output the member data of the class */ /* Data members of the Base Classes are outputed first followed by the data members of the Derived classes. Overridden data members are output twice once for the base class they are defined in and once for the derived class that overwrites them */ for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.sto & Sreturn) { if (nse1 || has_ns_eq(NULL, p->sym->name)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_element_result(soap, \"%s\");", ident(p->sym->name), ns_add(p, nse1)); else fprintf(fout, "\n\tsoap_element_result(soap, \"%s\");", ns_add(p, nse1)); } } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); needs_lang(p); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s::%s)", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s::%s; i++)", ident(t->sym->name), ident(p->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tif (a->%s::%s[i].soap_out(soap, %s, -1, \"%s\"))\n\t\t\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), field_overridden(t, p->next, nse1), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_qname((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s[i]);\n\t\t\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\t\t\treturn soap->error;\n\t\t}", ident(p->next->sym->name), ident(p->next->sym->name), c_ident((Tnode*)p->next->info.typ->ref), field_overridden(t, p->next, nse1), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outliteral(soap, %s, (char*const*)(a->%s::%s + i), NULL);", field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outwliteral(soap, %s, (wchar_t*const*)(a->%s::%s + i), NULL);", field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_string(soap, \"%s\", -1, (char*const*)(a->%s::%s + i), \"%s\");", ns_add(p->next, nse), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_wstring(soap, \"%s\", -1, (wchar_t*const*)(a->%s::%s + i), \"%s\");", ns_add(p->next, nse), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else fprintf(fout, "\n\t\t\tif (soap_out_%s(soap, %s, -1, a->%s::%s + i, \"%s\"))\n\t\t\t\treturn soap->error;", c_ident((Tnode*)p->next->info.typ->ref), field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); fprintf(fout, "\n\t}"); p = p->next; } else if (is_anytype(p) && is_invisible(p->next->sym->name)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s::%s, tag, -1, a->%s::%s))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->sym->name)); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s::%s, %s, -1, a->%s::%s))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tif (soap_out_%s(soap, a->%s::%s, &a->%s::%s))\n\t\treturn soap->error;", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_item(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s::%s, \"%s\");", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif ((a->%s::%s).soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif (!a->%s::%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_outliteral(soap, %s, (char*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_outwliteral(soap, %s, (wchar_t*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } } i = 0; /* Get the depth of the inheritance hierarchy */ for (t = table; t; t = t->prev) i++; /* output __item(s) and inherited DOM at the end */ for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); if (!t->prev && e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) fprintf(fout, "\n\tif (soap_out_xsd__anyType(soap, NULL, -1, static_cast(a), NULL))\n\t\treturn soap->error;"); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected | Sattribute)) ; else if (is_repetition(p) || is_anytype(p) || is_choice(p)) p = p->next; else if (!is_item(p)) ; else if (is_transient(p->info.typ)) ; else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s::%s, \"%s\");", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif ((a->%s::%s).soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif(a->%s::%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_outliteral(soap, %s, (char*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_outwliteral(soap, %s, (wchar_t*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } fflush(fout); } } if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); } fflush(fout); break; case Tunion: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, int choice, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); table = (Table*)typ->ref; fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (choice)\n\t{"); for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a->%s.soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), ns_add(p, nse), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_qname(p->info.typ) || is_stdqname(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (char*const*)(void*)&soap_tmp_%s, \"%s\");\n\t}", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_outliteral(soap, \"%s\", (char*const*)&a->%s, NULL);", ns_add(p, nse), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_outwliteral(soap, \"%s\", (wchar_t*const*)&a->%s, NULL);", ns_add(p, nse), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, &a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}\n\treturn SOAP_OK;\n}"); fflush(fout); break; case Tpointer: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char *, int, %s, const char *);", c_ident(typ), c_type_constptr_id(typ, "const*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char *, int, %s, const char *);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, %s, const char *type)\n{", c_ident(typ), c_type_constptr_id(typ, "const*a")); if (is_template(typ)) { fprintf(fout, "\n\tif (!*a)"); fprintf(fout, "\n\t\treturn soap_element_null(soap, tag, id, type);"); fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, *a, type);", c_ident((Tnode*)typ->ref)); } else { p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, *s ? (*a)->%s : NULL, *s ? %s : 0, type, %s, NULL);", ident(p->sym->name), get_Darraysize("(*a)", d), soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, *a ? (*a)->%s : NULL, *a ? (*a)->__size : 0, type, %s, NULL);", ident(p->sym->name), soap_type((Tnode*)typ->ref)); } else { if (((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tchar *mark;\n\tid = soap_element_id(soap, tag, id, *a, NULL, 0, type, %s, &mark);", soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, NULL, 0, type, %s, NULL);", soap_type((Tnode*)typ->ref)); } fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\t(*a)->soap_out(soap, tag, id, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;"); else fprintf(fout, "\n\treturn (*a)->soap_out(soap, tag, id, type);"); } else { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tsoap_out_%s(soap, tag, id, *a, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, *a, type);", c_ident((Tnode*)typ->ref)); } } fprintf(fout, "\n}"); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, %s, const char*);", c_ident(typ), c_type_id(typ, "const")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, %s, const char*);", c_ident(typ), c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "const a")); fprintf(fout, "\n\tsize_t i;\n\t(void)type;"); fprintf(fout, "\n\tsoap_array_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), \"%s[%d]\", 0);", soap_type(typ), xsi_type_Tarray(typ), get_dimension(typ)); n=(Tnode*)typ->ref; cardinality = 1; while (n->type == Tarray) { n = (Tnode*)n->ref; cardinality++; } fprintf(fout, "\n\tfor (i = 0; i < %d; i++)\n\t{", get_dimension(typ)); if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (cardinality>1) fprintf(fout, "\n\t\ta[i].soap_out(soap, \"item\", -1, \"%s\")", xsi_type_u((Tnode*)typ->ref)); else fprintf(fout, "\n\t\t(a+i)->soap_out(soap, \"item\", -1, \"%s\")", xsi_type_u((Tnode*)typ->ref)); } else { if (((Tnode *)typ->ref)->type != Tarray) { if (((Tnode *)typ->ref)->type == Tpointer) fprintf(fout, "\n\t\tsoap->position = 1;\n\t\tsoap->positions[0] = i;\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); } else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); if (cardinality>1) fprintf(fout, "[i], \"%s\")", xsi_type_u((Tnode*)typ->ref)); else fprintf(fout, "+i, \"%s\")", xsi_type_u((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tpointer) fprintf(fout, ";\n\t}\n\tsoap->position = 0;\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, ";\n\t}\n\treturn soap_element_end_out(soap, tag);\n}"); break; case Tenum: case Tenumsc: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); if (!is_typedef(typ)) { fprintf(fout, "\n\nstatic const struct soap_code_map soap_codes_%s[] =\n{", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (typ->type == Tenumsc) fprintf(fout, "\t{ (LONG64)%s::%s, \"%s\" },\n", c_ident(typ), ident(p->sym->name), ns_remove2(p->sym->name, c_ident(typ))); else fprintf(fout, "\t{ (LONG64)%s, \"%s\" },\n", ident(p->sym->name), ns_remove2(p->sym->name, c_ident(typ))); } } fprintf(fout, "\t{ 0, NULL }\n"); fprintf(fout, "};"); } if (!is_typedef(typ)) { fprintf(fhead, "\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap*, %s);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap *soap, %s)", c_ident(typ), c_type_id(typ, "n")); if (is_boolean(typ)) fprintf(fout, "\n{\n\t(void)soap; /* appease -Wall -Werror */\nreturn soap_code_str(soap_codes_%s, n != 0);\n}", c_ident(typ)); else if (!is_mask(typ)) { fprintf(fout, "\n{\tconst char *s = soap_code_str(soap_codes_%s, (long)n);", c_ident(typ)); fprintf(fout, "\n\tif (s)\n\t\treturn s;"); fprintf(fout, "\n\treturn soap_long2s(soap, (long)n);"); fprintf(fout, "\n}"); } else fprintf(fout, "\n{\n\treturn soap_code_list(soap, soap_codes_%s, (long)n);\n}", c_ident(typ)); } fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n{\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type)", soap_type(typ)); fprintf(fout, " || soap_send(soap, soap_%s2s(soap, *a)))\n\t\treturn soap->error;", c_ident(typ)); fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } if (is_typedef(typ)) { fprintf(fhead, "\n\n#define soap_out_%s soap_out_%s\n", c_ident(typ), t_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); n = (Tnode*)typ->ref; if (!n) return; fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)id; (void)type; /* appease -Wall -Werror */"); if (is_smart(typ)) { p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), *a ? (*a)->%s : NULL, *a ? %s : 0, type, %s, NULL);", ident(p->sym->name), get_Darraysize("(*a)", d), soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), *a ? (*a)->%s : NULL, *a ? (*a)->__size : 0, type, %s, NULL);", ident(p->sym->name), soap_type((Tnode*)typ->ref)); } else if (((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tchar *mark;\n\tid = soap_element_id(soap, tag, id, a->get(), NULL, 0, type, %s, &mark);", soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), NULL, 0, type, %s, NULL);", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\t(*a)->soap_out(soap, tag, id, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;"); else fprintf(fout, "\n\treturn (*a)->soap_out(soap, tag, id, type);"); } else { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tsoap_out_%s(soap, tag, id, a->get(), type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->get(), type);", c_ident((Tnode*)typ->ref)); } fprintf(fout, "\n}"); } else { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)\n\t{", c_type(typ)); if (n->type == Tarray) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, id, *i, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\n\t\tif ((*i).soap_out(soap, tag, id, \"%s\"))", xsi_type_u(typ)); else if (is_qname(n)) fprintf(fout, "\n\t\tconst char *soap_tmp = soap_QName2s(soap, *i);\n\t\tif (soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_stdqname(n)) fprintf(fout, "\n\t\tstd::string soap_tmp(soap_QName2s(soap, (*i).c_str()));\n\t\tif (soap_out_%s(soap, tag, id, &soap_tmp, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_XML(n) && is_string(n)) fprintf(fout, "\n\t\tif (soap_outliteral(soap, tag, (char*const*)&(*i), NULL))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "\n\t\tif (soap_outwliteral(soap, tag, (wchar_t*const*)&(*i), NULL))"); else if (is_string(n)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, -1, (char*const*)&(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_wstring(n)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, -1, (wchar_t*const*)&(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_bool(n)) fprintf(fout, "\n\t\tbool b = (*i);\n\t\tif (soap_out_%s(soap, tag, id, &b, \"%s\"))", c_ident(n), xsi_type_u(typ)); else fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, id, &(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); fprintf(fout, "\n\t\t\treturn soap->error;"); fprintf(fout, "\n\t}\n\treturn SOAP_OK;\n}"); } break; default: break; } } void soap_out_Darray(Tnode *typ) { int i, j, d = 0; Table *t, *table; Entry *p; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); const char *item; table = (Table*)typ->ref; fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); if (is_external(typ)) return; if (typ->type == Tclass && !is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nint %s::soap_out(struct soap *soap, const char *tag, int id, const char *type) const", c_type(typ)); fprintf(fout, "\n{\treturn soap_out_%s(soap, tag, id, this, type);\n}", c_ident(typ)); } fflush(fout); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (has_setter(typ)) fprintf(fout, "\n\t((%s)a)->set(soap);", c_type_id(typ, "*")); if (!is_binary(typ)) { p = is_dynamic_array(typ); d = get_Darraydims(typ); if (d) fprintf(fout, "\n\tsize_t i, n = soap_size(a->__size, %d);", d); else fprintf(fout, "\n\tint i, n = a->__size;"); } if (typ->type == Tclass) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sattribute) soap_set_attr(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa)); } } } else { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sattribute) soap_set_attr(p, "a", ident(p->sym->name), ns_add(p, nsa)); } } } p = is_dynamic_array(typ); if (p->sym->name[5]) item = ns_addx(p->sym->name + 5, nse); else item = ns_addx("item", nse); if (!has_ns(typ) && !is_untyped(typ) && !is_binary(typ)) { const char *s = xsi_type(typ); if (is_untyped(p->info.typ)) s = wsdl_type(p->info.typ, "xsd"); if (d) { if (has_offset(typ)) fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", a->__size, a->__offset, %d) : NULL;", ident(p->sym->name), s, d); else fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", a->__size, NULL, %d) : NULL;", ident(p->sym->name), s, d); } else { if (has_offset(typ)) fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", &a->__size, &a->__offset, 1) : NULL;", ident(p->sym->name), s); else fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", &a->__size, NULL, 1) : NULL;", ident(p->sym->name), s); } } if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a, a->%s, %s, type, %s, NULL);", ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); else if (is_attachment(typ)) { fprintf(fout, "\n#ifndef WITH_LEANER\n\tid = soap_attachment(soap, tag, id, a, a->%s, a->__size, a->id, a->type, a->options, type, %s);", ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n#else\n\tid = soap_element_id(soap, tag, id, a, a->%s, a->__size, type, %s, NULL);\n#endif", ident(p->sym->name), soap_type(typ)); } else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a, a->%s, a->__size, type, %s, NULL);", ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); fprintf(fout, "\n\tif ("); if (has_ns(typ) || is_untyped(typ) || is_binary(typ)) { if (table && table->prev) fprintf(fout, "soap_element_begin_out(soap, tag, id, \"%s\")", xsi_type(typ)); else fprintf(fout, "soap_element_begin_out(soap, tag, id, type)"); } else if (has_offset(typ)) { if (d) fprintf(fout, "soap_array_begin_out(soap, tag, id, t, soap_putoffsets(soap, a->__offset, %d))", d); else fprintf(fout, "soap_array_begin_out(soap, tag, id, t, soap_putoffsets(soap, &a->__offset, 1))"); } else fprintf(fout, "soap_array_begin_out(soap, tag, id, t, NULL)"); fprintf(fout, ")\n\t\treturn soap->error;"); if (is_hexBinary(typ)) fprintf(fout, "\n\tif (soap_puthex(soap, a->__ptr, a->__size))\n\t\treturn soap->error;"); else if (is_binary(typ)) fprintf(fout, "\n\tif (soap_putbase64(soap, a->__ptr, a->__size))\n\t\treturn soap->error;"); else { fprintf(fout, "\n\tfor (i = 0; i < n; i++)\n\t{"); if (!has_ns(typ) && !is_untyped(typ)) { if (d) { fprintf(fout, "\n\t\tsoap->position = %d;", d); for (i = 0; i < d; i++) { fprintf(fout, "\n\t\tsoap->positions[%d] = i", i); for (j = i+1; j < d; j++) fprintf(fout, "/a->__size[%d]", j); fprintf(fout, "%%a->__size[%d];", i); } if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", (char*const*)&a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", (wchar_t*const*)&a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } else { fprintf(fout, "\n\t\tsoap->position = 1;\n\t\tsoap->positions[0] = i;"); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } } else { if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } } if (is_binary(typ)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else if (!has_ns(typ) && !is_untyped(typ)) fprintf(fout, "\n\t}\n\tsoap->position = 0;\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\t}\n\treturn soap_element_end_out(soap, tag);\n}"); } void soap_get(Tnode *typ) { Tnode *temp; if (typ->type == Ttemplate || typ->type == Tunion) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) { fprintf(fhead, "\n\n#define soap_get_%s soap_get_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_read_%s soap_read_%s\n", c_ident(typ), t_ident(typ)); return; } if (typ->type == Tarray) { /* ARRAY */ temp = typ; while (temp->type == Tarray) { temp = (Tnode*)temp->ref; } fprintf(fhead, "\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type(temp), c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)", c_type(temp), c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n{\t%s;", c_type_id(temp, "(*p)")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, a, type)))", c_ident(typ)); } else if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) { /* CLASS */ fprintf(fout, "\n\nvoid *%s::soap_get(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\n\treturn soap_get_%s(soap, this, tag, type);\n}", c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, p, type)))", c_ident(typ)); } else { fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, p, type)))", c_ident(typ)); } fprintf(fout, "\n\t\tif (soap_getindependent(soap))\n\t\t\treturn NULL;"); fprintf(fout, "\n\treturn p;\n}"); #if 0 /* some compilers cannot handle this inlined function */ if (typ->type != Treference) fprintf(fhead, "\n\ninline int soap_read_%s(struct soap *soap, %s) { if (soap_begin_recv(soap) || !soap_get_%s(soap, p, NULL, NULL) || soap_end_recv(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), c_ident(typ)); #endif if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) { if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? ((data)->soap_default(soap), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ)); else fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? ((data)->soap_default(soap), 0) : 0) || soap_begin_recv(soap) || !soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ)); } else { if (namespaceid && (Qflag || !is_external(typ))) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (%s::soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), namespaceid, c_ident(typ)); else if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), namespaceid, c_ident(typ)); else fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), c_ident(typ)); } fflush(fout); } void soap_in(Tnode *typ) { Entry *p = NULL; Table *table, *t; int total, strict, nonempty, flag, cardinality, i, j; long min, max; Tnode *n, *temp; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); if (is_dynamic_array(typ)) { soap_in_Darray(typ); return; } if (is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap*, const char*, %s);", c_ident(typ), c_type_id(typ, "*")); if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ)) && !is_qname(typ) && !is_stdqname(typ)) fprintf(fhead, "\n\n#define soap_s2%s soap_s2%s\n", c_ident(typ), t_ident(typ)); if (is_typedef(typ) && (is_element(typ) || is_synonym(typ)) && (!is_external(typ) || is_volatile(typ))) { fprintf(fhead, "\n\n#define soap_in_%s soap_in_%s\n", c_ident(typ), t_ident(typ)); return; } if ((is_primitive_or_string(typ) && typ->type != Tenum && typ->type != Tenumsc) || (is_external(typ) && is_volatile(typ))) { if (is_stdqname(typ)) { fprintf(fhead, "\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC1 std::string * SOAP_FMAC2 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\tif (soap_element_begin_in(soap, tag, 1, type))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__string(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\tchar *t;\n\t\ts = (std::string*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_string_in(soap, 2, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::string*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::string), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); return; } if (is_stdstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 std::string * SOAP_FMAC2 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\n\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\tchar *t;\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_inliteral(soap, tag, &t))\n\t{\tif (!s)\n\t\t\ts = soap_new_std__string(soap, -1);\n\t\ts->assign(t);\n\t\treturn s;\n\t}\n\treturn NULL;\n}", c_ident(typ)); else { fprintf(fout, "\n\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__string(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\tchar *t;\n\t\ts = (std::string*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_string_in(soap, 1, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::string*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::string), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); } return; } if (is_stdwstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::wstring*, const char*);", c_ident(typ)); return; } if (is_stdXML(typ)) fprintf(fout, "\n\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::wstring *s, const char *type)\n{\n\twchar_t *t;\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_inwliteral(soap, tag, &t))\n\t{\tif (!s)\n\t\t\ts = soap_new_std__wstring(soap, -1);\n\t\ts->assign(t);\n\t\treturn s;\n\t}\n\treturn NULL;\n}", c_ident(typ)); else { fprintf(fhead, "\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::wstring*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::wstring *s, const char *type)\n{\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__wstring(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\twchar_t *t;\n\t\ts = (std::wstring*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::wstring), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_wstring_in(soap, 1, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::wstring*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::wstring), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::wstring), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); } return; } if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type(typ), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type(typ), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type(typ), c_ident(typ), c_type_id(typ, "*a")); if (is_wstring(typ)) fprintf(fout, "\n\ta = soap_inwstring(soap, tag, a, type, %s, %ld, %ld, %s);", soap_type(typ), minlen(typ), maxlen(typ), pattern(typ)); else if (is_string(typ)) fprintf(fout, "\n\ta = soap_instring(soap, tag, a, type, %s, %d, %ld, %ld, %s);", soap_type(typ), is_qname(typ)+1, minlen(typ), maxlen(typ), pattern(typ)); else { if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\ta = soap_in%s(soap, tag, a, type, %s);", c_type(typ), soap_type(typ)); else if (is_primitive_or_string(typ)) fprintf(fout, "\n\ta = soap_in%s(soap, tag, a, type, %s);", the_type(typ), soap_type(typ)); else fprintf(fout, "\n\ta = soap_in_%s(soap, tag, a, type);", t_ident(typ)); if (typ->hasmin) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (a && *a %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmin ? "<" : "<=", typ->min); else if (typ->min > 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (a && *a %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmin ? "<" : "<=", (LONG64)typ->min); } if (typ->hasmax) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (a && *a %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmax ? ">" : ">=", typ->max); else if (typ->max >= 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (a && *a %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmax ? ">" : ">=", (LONG64)typ->max); } } fprintf(fout, "\n\treturn a;\n}"); fflush(fout); return; } if (is_fixedstring(typ)) { int n = typ->width / ((Tnode*)typ->ref)->width; fprintf(fhead, "\nSOAP_FMAC3 char* SOAP_FMAC4 soap_in_%s(struct soap*, const char*, char[], const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 char* SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, char a[], const char *type)\n{\tchar *p = NULL;\n\tif (!soap_instring(soap, tag, &p, type, %s, 1, 0, %d, %s))\n\t\treturn NULL;\n\tif (!p)\n\t{\tif (*soap->href)\n\t\t\tsoap_id_nullify(soap, soap->href);\n\t\telse\n\t\t\tsoap->error = SOAP_NULL;\n\t\treturn NULL;\n\t}\n\tsoap_strncpy(a, %d, p, %d);\n\treturn a;\n}", c_ident(typ), soap_type(typ), n - 1, pattern(typ), n, n - 1); return; } switch(typ->type) { case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); table = (Table*)typ->ref; if (!typ->ref) { fprintf(fout, "\n\t(void)soap; (void)tag; (void)a; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (!a)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn a;\n}"); } else if (is_primclass(typ)) { fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); if (!cflag) fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase)))\n\t\treturn NULL;", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL)))\n\t\treturn NULL;", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tsoap_revert(soap);\n\t*soap->id = '\\0';"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } fflush(fout); for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_inliteral(soap, tag, (char**)&a->%s))", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_inwliteral(soap, tag, (wchar_t**)&a->%s))", ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (!a->%s.soap_in(soap, tag, \"%s\"))", ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); fprintf(fout, "\n\t\treturn NULL;"); if (has_getter(typ)) fprintf(fout, "\n\tif (a->get(soap))\n\t\treturn NULL;"); fprintf(fout, "\n\treturn a;\n}"); } else { table = (Table*)typ->ref; if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_anytype(p) || is_choice(p)) { p = p->next; fprintf(fout, "\n\tsize_t soap_flag_%s = " SOAP_LONG_FORMAT ";", ident(p->sym->name), p->info.maxOccurs); } else if (is_repetition(p)) { fprintf(fout, "\n\tstruct soap_blist *soap_blist_%s = NULL;", ident(p->next->sym->name)); p = p->next; } else if (!is_transient(p->info.typ) && !is_container(p->info.typ)) fprintf(fout, "\n\tsize_t soap_flag_%s = " SOAP_LONG_FORMAT ";", ident(p->sym->name), p->info.maxOccurs); } } } } if (!is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, type))\n\t\treturn NULL;"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); } else fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); if (has_class(typ)) { if (is_invisible(typ->id->name)) fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); } else if (is_invisible(typ->id->name)) fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } if (!is_invisible(typ->id->name)) { if (!is_discriminant(typ)) { fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\n\t\tfor (;;)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } else fprintf(fout, "\n\tif (!tag || *tag == '-' || (soap->body && !*soap->href))\n\t{"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\t\tfor (soap_flag = 0;; soap_flag = 1)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } flag = 0; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name)) { p = p->next; continue; } flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); fprintf(fout, "!soap_element_begin_in(soap, %s, 1, NULL))", field(p->next, nse)); fprintf(fout, "\n\t\t\t{\tif (a->%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s == NULL)\n\t\t\t\t\t\tsoap_blist_%s = soap_new_block(soap);", ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s = soap_block<%s>::push(soap, soap_blist_%s);\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s = (const %s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s = (%s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s->soap_default(soap);", ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s = NULL;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\ta->%s++;\n\t\t\t\t\ta->%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_anytype(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\tif ((a->%s = soap_getelement(soap, &a->%s)))", ident(p->next->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s = 0;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_discriminant(typ) && p->next) { flag = 1; fprintf(fout, "\n\t\tif (!soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\treturn NULL;"); break; } else if (is_choice(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s = 0;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t\t\t/* transient %s skipped */", ident(p->sym->name)); } else { flag = 1; if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name)); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name)); } if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)&a->%s))", ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)&a->%s))", ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, NULL, \"%s\"))", ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } } else if (!is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s))", field(p, nse), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s))", field(p, nse), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, %s, \"%s\"))", ident(p->sym->name), field(p, nse), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } } if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s--;", ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } fflush(fout); } } if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_repetition(p) && (is_unmatched(p->next->sym) || (is_invisible(p->next->sym->name)))) { flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); if (is_unmatched(p->next->sym)) fprintf(fout, "!soap_element_begin_in(soap, NULL, 1, NULL))"); else if (is_invisible(p->next->sym->name)) fprintf(fout, "!soap_peek_element(soap))"); fprintf(fout, "\n\t\t\t{\tif (a->%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s == NULL)\n\t\t\t\t\t\tsoap_blist_%s = soap_new_block(soap);", ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s = soap_block<%s>::push(soap, soap_blist_%s);\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s = (const %s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s = (%s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s->soap_default(soap);", ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s = NULL;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); if (!is_invisible(p->next->sym->name)) fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_unmatched(p->next->sym)) { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)a->%s))", ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)a->%s))", ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } else { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } fprintf(fout, "\n\t\t\t\t{\ta->%s++;\n\t\t\t\t\ta->%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_repetition(p) || is_anytype(p) || is_choice(p)) { p = p->next; continue; } else if (is_invisible(p->sym->name) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !(p->info.sto & Sattribute)) { flag = 1; if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name)); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name)); if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s))", field(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s))", field(p, nse), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, %s, \"%s\"))", ident(p->sym->name), field(p, nse), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s--;", ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } } for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.sto & Sreturn) if (nse || has_ns_eq(NULL, p->sym->name)) fprintf(fout, "\n\t\t\tsoap_check_result(soap, \"%s\");", ns_add(p, nse)); if (!flag && is_invisible(typ->id->name)) fprintf(fout, "\n\tsoap->error = SOAP_TAG_MISMATCH;\n\ta = NULL;"); if (!is_invisible(typ->id->name) || (table && (table->prev || table->list))) { fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); if (!is_invisible(typ->id->name) || is_discriminant(typ)) fprintf(fout, "\n\t\t\t\tsoap->error = soap_ignore_element(soap);"); else fprintf(fout, "\n\t\t\t\tif (soap_flag)\n\t\t\t\t{\tsoap->error = SOAP_OK;\n\t\t\t\t\tbreak;\n\t\t\t\t}"); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_NO_TAG)"); else fprintf(fout, "\n\t\t\tif (soap_flag && soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\tif (soap->error)\n\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t}"); } } if (table && !is_discriminant(typ)) { for (p = table->list; p; p = p->next) { if (is_repetition(p)) { if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (((Tnode*)p->next->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\tif (a->%s)\n\t\t\tsoap_block<%s>::pop(soap, soap_blist_%s);", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name)); fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = soap_new_%s(soap, a->%s);\n\t\t\tif (!a->%s)\n\t\t\t\treturn NULL;\n\t\t\tsoap_block<%s>::save(soap, soap_blist_%s, a->%s);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_block<%s>::end(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_ident(p->next->info.typ->ref), ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name)); } else { fprintf(fout, "\n\t\tif (a->%s)\n\t\t\tsoap_pop_block(soap, soap_blist_%s);", ident(p->next->sym->name), ident(p->next->sym->name)); if ((((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr))) fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = (const %s)soap_save_block(soap, soap_blist_%s, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = (%s)soap_save_block(soap, soap_blist_%s, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); } p = p->next; } } } strict = 0; nonempty = 0; if (table && !is_discriminant(typ)) { for (p = table->list; p; p = p->next) { if (p->info.minOccurs > 0 && p->info.maxOccurs >= 0 && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_transient(p->info.typ) && !is_container(p->info.typ) && !is_repetition(p) && !is_choice(p) && p->info.hasval == False) { if (is_item(p)) continue; if (is_anytype(p)) p = p->next; if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s > " SOAP_LONG_FORMAT "", strict_check(), ident(p->sym->name), p->info.maxOccurs - p->info.minOccurs); strict = 1; } else fprintf(fout, " || soap_flag_%s > " SOAP_LONG_FORMAT "", ident(p->sym->name), p->info.maxOccurs - p->info.minOccurs); nonempty = 1; } else if (is_container(p->info.typ)) { if (p->info.minOccurs > 0) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(!a->%s || a->%s->size() < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || !a->%s || a->%s->size() < " SOAP_LONG_FORMAT, ident(p->sym->name), ident(p->sym->name), p->info.minOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s.size() < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s.size() < " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.minOccurs); } nonempty = 1; } if (p->info.maxOccurs > 1) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s((a->%s && a->%s->size() > " SOAP_LONG_FORMAT ")", strict_check(), ident(p->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || (a->%s && a->%s->size() > " SOAP_LONG_FORMAT ")", ident(p->sym->name), ident(p->sym->name), p->info.maxOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s.size() > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s.size() > " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.maxOccurs); } } } else if (is_repetition(p)) { if (p->info.minOccurs > 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s < " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.minOccurs); nonempty = 1; } if (p->info.maxOccurs > 1) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s > " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.maxOccurs); } p = p->next; } else if (is_choice(p)) { if (p->info.minOccurs != 0 && required_choice(p->next->info.typ) < 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s", strict_check(), ident(p->next->sym->name)); strict = 1; } else fprintf(fout, " || soap_flag_%s", ident(p->next->sym->name)); nonempty = 1; } p = p->next; } } if (strict) fprintf(fout, "))\n\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\treturn NULL;\n\t\t}"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); if (!is_invisible(typ->id->name)) { if (is_discriminant(typ)) fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tsoap->error = soap_ignore_element(soap);\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH || soap_element_end_in(soap, tag))\n\t\t\t\treturn NULL;\n\t\t}"); else fprintf(fout, "\n\t\tif (soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); if (nonempty) fprintf(fout, "\n\t}\n\telse if (%s!*soap->href)\n\t{\tsoap->error = SOAP_OCCURS;\n\t\treturn NULL;", strict_check()); fprintf(fout, "\n\t}\n\telse\n\t{\t"); if (!cflag) fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix); else fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); } fprintf(fout, "\n\treturn a;\n}"); } break; case Tclass: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (!is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nvoid *%s::soap_in(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\treturn soap_in_%s(soap, tag, this, type);\n}", c_ident(typ)); fflush(fout); } fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); if (!typ->ref) { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (!a)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn a;\n}"); } else if (is_primclass(typ)) { table = (Table*)typ->ref; fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase)))\n\t{\tsoap->error = SOAP_TAG_MISMATCH;\n\t\treturn NULL;\n\t}", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tsoap_revert(soap);\n\t*soap->id = '\\0';"); if (table && table->prev) { fprintf(fout, "\n\tif (soap->alloced && soap->alloced != %s)", soap_type(typ)); fprintf(fout, "\n\t\treturn (%s)a->soap_in(soap, tag, type);", c_type_id(typ, "*")); } fprintf(fout, "\n\tif (soap->alloced)\n\t\ta->soap_default(soap);"); for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); } fflush(fout); for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_inliteral(soap, tag, (char**)&a->%s::%s))", ident(table->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_inwliteral(soap, tag, (wchar_t**)&a->%s::%s))", ident(table->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (!(a->%s::%s).soap_in(soap, tag, \"%s\"))", ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); fprintf(fout, "\n\t\treturn NULL;"); if (has_getter(typ)) fprintf(fout, "\n\tif (a->get(soap))\n\t\treturn NULL;"); fprintf(fout, "\n\treturn a;\n}"); } else { if (!is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))\n\t\treturn NULL;"); fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); } else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); table = (Table*)typ->ref; if (!is_discriminant(typ)) { if (table && table->prev && !is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap->alloced && soap->alloced != %s)", soap_type(typ)); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\t*soap->id = '\\0';"); if (is_volatile(typ) || is_typedef(typ)) fprintf(fout, "\n\t\treturn soap_in_%s(soap, tag, a, type);", c_ident(typ)); else fprintf(fout, "\n\t\treturn (%s)a->soap_in(soap, tag, type);", c_type_id(typ, "*")); fprintf(fout, "\n\t}"); } } fprintf(fout, "\n\tif (soap->alloced)"); if (is_volatile(typ) || is_typedef(typ)) fprintf(fout, "\n\t\tsoap_default_%s(soap, a);", c_ident(typ)); else fprintf(fout, "\n\t\ta->soap_default(soap);"); for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); } fflush(fout); i = 0; if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; if (!t->prev) { Entry *e = entry(classtable, t->sym); if (e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) fprintf(fout, "\n\tsize_t soap_flag_soap_dom_element = 1;"); } for (p = t->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_anytype(p) || is_choice(p)) { p = p->next; fprintf(fout, "\n\tsize_t soap_flag_%s%d = " SOAP_LONG_FORMAT ";", ident(p->sym->name), i, p->info.maxOccurs); } else if (is_repetition(p)) { fprintf(fout, "\n\tstruct soap_blist *soap_blist_%s%d = NULL;", ident(p->next->sym->name), i); p = p->next; } else if (!is_transient(p->info.typ) && !is_container(p->info.typ)) fprintf(fout, "\n\tsize_t soap_flag_%s%d = " SOAP_LONG_FORMAT ";", ident(p->sym->name), i, p->info.maxOccurs); } } } } fflush(fout); if (!is_invisible(typ->id->name)) { if (!is_discriminant(typ)) { fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\n\t\tfor (;;)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } else fprintf(fout, "\n\tif (!tag || *tag == '-' || (soap->body && !*soap->href))\n\t{"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\t\tfor (short soap_flag = 0;; soap_flag = 1)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } table = (Table*)typ->ref; i = 0; flag = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (is_item(p)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t\t\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name)) { p = p->next; continue; } flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); fprintf(fout, "!soap_element_begin_in(soap, %s, 1, NULL))", field(p->next, nse1)); fprintf(fout, "\n\t\t\t{\tif (a->%s::%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s%d == NULL)\n\t\t\t\t\t\tsoap_blist_%s%d = soap_new_block(soap);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = soap_block<%s>::push(soap, soap_blist_%s%d);\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (const %s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (%s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s->soap_default(soap);", ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s::%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s::%s = NULL;", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\ta->%s::%s++;\n\t\t\t\t\ta->%s::%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_anytype(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\tif ((a->%s::%s = soap_getelement(soap, &a->%s::%s)))", ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d = 0;", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_discriminant(typ) && p->next) { flag = 1; fprintf(fout, "\n\t\tif (!soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\treturn NULL;"); i = 0; break; } else if (is_choice(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, &a->%s::%s, &a->%s::%s))", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d = 0;", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t\t\t/* transient %s skipped */", ident(p->sym->name)); } else { flag = 1; if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name), i); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name), i); } if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)&a->%s::%s))", ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)&a->%s::%s))", ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, NULL, \"%s\"))", ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } } else if (!is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, %s, \"%s\"))", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } } if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d--;", ident(p->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } fflush(fout); } } } if (!is_discriminant(typ)) { Entry *e; const char *nse1; i = 0; for (t = table; t; t = t->prev) { i++; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p; p = p->next) { if (is_repetition(p) && (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name))) { flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); if (is_unmatched(p->next->sym)) fprintf(fout, "!soap_element_begin_in(soap, NULL, 1, NULL))"); else if (is_invisible(p->next->sym->name)) fprintf(fout, "!soap_peek_element(soap))"); fprintf(fout, "\n\t\t\t{\tif (a->%s::%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s%d == NULL)\n\t\t\t\t\t\tsoap_blist_%s%d = soap_new_block(soap);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = soap_block<%s>::push(soap, soap_blist_%s%d);\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (const %s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (%s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s->soap_default(soap);", ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s::%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s::%s = NULL;", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); if (!is_invisible(p->next->sym->name)) fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_unmatched(p->next->sym)) { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)a->%s::%s))", ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)a->%s::%s))", ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } else { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } fprintf(fout, "\n\t\t\t\t{\ta->%s::%s++;\n\t\t\t\t\ta->%s::%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_repetition(p) || is_anytype(p) || is_choice(p)) { p = p->next; continue; } else if (is_invisible(p->sym->name) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !(p->info.sto & Sattribute)) { flag = 1; if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name), i); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name), i); if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, %s, \"%s\"))", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d--;", ident(p->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } if (!t->prev && e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) { fprintf(fout, "\n\t\t\tif (soap_flag_soap_dom_element && soap->error == SOAP_TAG_MISMATCH)\n\t\t\t\tif (soap_in_xsd__anyType(soap, NULL, static_cast(a), NULL))"); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_soap_dom_element = 0;"); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.sto & Sreturn) if (nse || has_ns_eq(NULL, p->sym->name)) fprintf(fout, "\n\t\t\tsoap_check_result(soap, \"%s\");", ns_add(p, nse)); if (!flag && is_invisible(typ->id->name)) fprintf(fout, "\n\tsoap->error = SOAP_TAG_MISMATCH;\n\ta = NULL;"); if (!is_invisible(typ->id->name) || (table && (table->prev || table->list))) { fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); if (!is_invisible(typ->id->name) || is_discriminant(typ)) fprintf(fout, "\n\t\t\t\tsoap->error = soap_ignore_element(soap);"); else fprintf(fout, "\n\t\t\t\tif (soap_flag)\n\t\t\t\t{\n\t\t\t\t\tsoap->error = SOAP_OK;\n\t\t\t\t\tbreak;\n\t\t\t\t}"); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_NO_TAG)"); else fprintf(fout, "\n\t\t\tif (soap_flag && soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\tif (soap->error)\n\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t}"); } } if (!is_discriminant(typ)) { i = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; for (p = t->list; p; p = p->next) { if (is_repetition(p)) { if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (((Tnode*)p->next->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t\tsoap_block<%s>::pop(soap, soap_blist_%s%d);", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i); fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = soap_new_%s(soap, a->%s::%s);\n\t\t\tif (!a->%s::%s)\n\t\t\t\treturn NULL;\n\t\t\tsoap_block<%s>::save(soap, soap_blist_%s%d, a->%s::%s);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_block<%s>::end(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_ident(p->next->info.typ->ref), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, c_type(p->next->info.typ->ref), ident(p->next->sym->name), i); } else { fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t\tsoap_pop_block(soap, soap_blist_%s%d);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i); if ((((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr))) fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = (const %s)soap_save_block(soap, soap_blist_%s%d, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); else fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = (%s)soap_save_block(soap, soap_blist_%s%d, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); } p = p->next; } } } } strict = 0; nonempty = 0; if (!is_discriminant(typ)) { i = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; for (p = t->list; p; p = p->next) { if (p->info.minOccurs > 0 && p->info.maxOccurs >= 0 && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_transient(p->info.typ) && !is_container(p->info.typ) && !is_repetition(p) && !is_choice(p) && p->info.hasval == False) { if (is_item(p)) continue; if (is_anytype(p)) p = p->next; if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s%d > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), i, p->info.maxOccurs - p->info.minOccurs); strict = 1; } else fprintf(fout, " || soap_flag_%s%d > " SOAP_LONG_FORMAT, ident(p->sym->name), i, p->info.maxOccurs - p->info.minOccurs); nonempty = 1; } else if (is_container(p->info.typ)) { if (p->info.minOccurs > 0) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(!a->%s::%s || a->%s::%s->size() < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || !a->%s::%s || a->%s::%s->size() < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s.size() < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s.size() < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); } nonempty = 1; } if (p->info.maxOccurs > 1) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s((a->%s::%s && a->%s::%s->size() > " SOAP_LONG_FORMAT ")", strict_check(), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || (a->%s::%s && a->%s::%s->size() > " SOAP_LONG_FORMAT ")", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s.size() > " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s.size() > " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } } } else if (is_repetition(p)) { if (p->info.minOccurs > 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); nonempty = 1; } if (p->info.maxOccurs > 1) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s > " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s > " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } p = p->next; } else if (is_choice(p)) { if (p->info.minOccurs != 0 && required_choice(p->next->info.typ) < 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s%d", strict_check(), ident(p->next->sym->name), i); strict = 1; } else fprintf(fout, " || soap_flag_%s%d", ident(p->next->sym->name), i); nonempty = 1; } p = p->next; } } } if (strict) fprintf(fout, "))\n\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\treturn NULL;\n\t\t}"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); if (!is_invisible(typ->id->name)) { if (is_discriminant(typ)) fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tsoap->error = soap_ignore_element(soap);\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH || soap_element_end_in(soap, tag))\n\t\t\t\treturn NULL;\n\t\t}"); else fprintf(fout, "\n\t\tif (soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); if (nonempty) fprintf(fout, "\n\t}\n\telse if (%s!*soap->href)\n\t{\tsoap->error = SOAP_OCCURS;\n\t\treturn NULL;", strict_check()); fprintf(fout, "\n\t}\n\telse\n\t{"); fprintf(fout, "\ta = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); } fprintf(fout, "\n\treturn a;\n}"); } break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, int*, %s);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, int*, %s);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, int *choice, %s)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)a; /* appease -Wall -Werror */"); fprintf(fout, "\tsoap->error = SOAP_TAG_MISMATCH;"); table = (Table *)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (!is_invisible(p->sym->name)) { if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, NULL, (char**)&a->%s))", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, NULL, (wchar_t**)&a->%s))", ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, NULL, \"%s\"))", ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, NULL, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } } else { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, \"%s\", (char**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, \"%s\", (wchar_t**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", a->%s, \"%s\"))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, \"%s\", \"%s\"))", ident(p->sym->name), ns_add(p, nse), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", &a->%s, \"%s\"))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } } fprintf(fout, "\n\t{\t*choice = %s;", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a;"); fprintf(fout, "\n\t}"); fflush(fout); } } table = (Table *)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) ; else if (is_transient(p->info.typ)) ; else if (p->info.sto & Sattribute) ; else if (is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, \"%s\", (char**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, \"%s\", (wchar_t**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", a->%s, NULL))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, \"%s\", NULL))", ident(p->sym->name), ns_add(p, nse)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", &a->%s, NULL))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name)); } fprintf(fout, "\n\t{\t*choice = %s;", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a;"); fprintf(fout, "\n\t}"); fflush(fout); } } fprintf(fout, "\n\t*choice = %d;", required_choice(typ)); fprintf(fout, "\n\tif (!soap->error)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn NULL;\n}"); break; case Tpointer: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); if (is_template(typ->ref)) { fprintf(fout, "\n\tsoap_revert(soap);"); fprintf(fout, "\n\tif (!a)\n\t{\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;\n\t\t*a = NULL;\n\t}", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\tif (!(*a = soap_in_%s(soap, tag, *a, type)))\n\t\treturn NULL;", c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\treturn a;\n}"); } else if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\tif (!a)\n\t\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\t*a = NULL;\n\tif (!soap->null && *soap->href != '#')"); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\tif (!(*a = (%s)soap_instantiate_%s(soap, -1, soap->type, soap->arrayType, NULL)))", c_type(typ), c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\treturn NULL;"); fprintf(fout, "\n\t\t(*a)->soap_default(soap);"); fprintf(fout, "\n\t\tif (!(*a)->soap_in(soap, tag, NULL))"); fprintf(fout, "\n\t\t{\t*a = NULL;\n\t\t\treturn NULL;\n\t\t}"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_lookup(soap, soap->href, (void**)a, %s, sizeof(%s), %d, %s_fbase);", c_type_id(typ, "*"), soap_type(reftype(typ->ref)), c_type(reftype(typ->ref)), reflevel(typ->ref), prefix); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } else { fprintf(fout, "\n\tif (!a)\n\t\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\t*a = NULL;\n\tif (!soap->null && *soap->href != '#')"); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\tif (!(*a = soap_in_%s(soap, tag, *a, type)))", c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_lookup(soap, soap->href, (void**)a, %s, sizeof(%s), %d, NULL);", c_type_id(typ, "*"), soap_type(reftype(typ->ref)), c_type(reftype(typ->ref)), reflevel(typ->ref)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } break; case Tarray: temp = typ; while (temp->type == Tarray) temp = (Tnode*)temp->ref; if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(temp, "*"), c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(temp, "*"), c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(temp, "*"), c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (soap_match_array(soap, type))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id((Tnode*)typ->ref, "(*)"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)"); total = get_dimension(typ); n = (Tnode*)typ->ref; cardinality = 1; while (n->type == Tarray) { total=total*get_dimension(n); n = (Tnode*)n->ref; cardinality++; } fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(typ)); fprintf(fout, "\n\t\t{\tsoap_peek_element(soap);\n\t\t\tif (soap->position)\n\t\t\t{\ti = soap->positions[0];\n\t\t\t\tif (i < 0 || i >= %d)\n\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\treturn NULL;\n\t\t\t\t}\n\t\t\t}", get_dimension(typ)); fprintf(fout, "\n\t\t\tif (!soap_in_%s(soap, NULL, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", \"%s\"))", xsi_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t}"); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t\tif (soap->mode & SOAP_C_NOIOB)\n\t\t\twhile (soap_element_end_in(soap, tag) == SOAP_SYNTAX_ERROR)\n\t\t\t{\tsoap->peeked = 1;\n\t\t\t\tsoap_ignore_element(soap);\n\t\t\t}"); fprintf(fout, "\n\t\telse if (soap_element_end_in(soap, tag))\n\t\t{\tif (soap->error == SOAP_SYNTAX_ERROR)\n\t\t\t\tsoap->error = SOAP_IOB;\n\t\t\treturn NULL;\n\t\t}"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_forward(soap, soap->href, (void*)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL), 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id((Tnode*)typ->ref, "(*)"), soap_type(typ), c_type(typ), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn (%s)a;\n}", c_type_id(temp, "*")); break; case Tenum: case Tenumsc: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (!is_typedef(typ)) { fprintf(fhead, "\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap*, const char*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap *soap, const char *s, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if (!is_mask(typ)) { fprintf(fout, "\n\tconst struct soap_code_map *map;"); t = (Table*)typ->ref; if (t && t->list && has_ns_eq(NULL, ns_remove2(t->list->sym->name, c_ident(typ)))) { fprintf(fout, "\n\tchar *t;"); fprintf(fout, "\n\tif (!s)\n\t\treturn soap->error;"); fprintf(fout, "\n\tsoap_s2QName(soap, s, &t, %ld, %ld);", minlen(typ), maxlen(typ)); fprintf(fout, "\n\tmap = soap_code(soap_codes_%s, t);", c_ident(typ)); } else { fprintf(fout, "\n\tif (!s)\n\t\treturn soap->error;"); fprintf(fout, "\n\tmap = soap_code(soap_codes_%s, s);", c_ident(typ)); } min = 0; max = 0; for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.val.i < min) min = (unsigned long)p->info.val.i; if (p->info.val.i > max) max = (unsigned long)p->info.val.i; } } if (is_boolean(typ)) fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)(map->code != 0);\n\telse\n\t{\tlong n;\n\t\tif (soap_s2long(soap, s, &n) || n < 0 || n > 1)\n\t\t\treturn soap->error = SOAP_TYPE;\n\t\t*a = (%s)(n != 0);\n\t}\n\treturn SOAP_OK;\n}", c_type(typ), c_type(typ)); else if (sflag) fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)map->code;\n\telse\n\t\treturn soap->error = SOAP_TYPE;\n\treturn SOAP_OK;\n}", c_type(typ)); else fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)map->code;\n\telse\n\t{\tlong n;\n\t\tif (soap_s2long(soap, s, &n) || ((soap->mode & SOAP_XML_STRICT) && (n < %ld || n > %ld)))\n\t\t\treturn soap->error = SOAP_TYPE;\n\t\t*a = (%s)n;\n\t}\n\treturn SOAP_OK;\n}", c_type(typ), min, max, c_type(typ)); } else { t = (Table*)typ->ref; if (t && t->list && has_ns_eq(NULL, ns_remove1(t->list->sym->name))) { fprintf(fout, "\n\tchar *t;"); fprintf(fout, "\n\tsoap_s2QName(soap, s, &t, %ld, %ld);", minlen(typ), maxlen(typ)); fprintf(fout, "\n\t*a = (%s)soap_code_bits(soap_codes_%s, t);", c_type(typ), c_ident(typ)); } else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */\n\t*a = (%s)soap_code_bits(soap_codes_%s, s);", c_type(typ), c_ident(typ)); fprintf(fout, "\n\treturn SOAP_OK;\n}"); } } fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); if (is_boolean(typ)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":boolean\"))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); } else if (typ->sym) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \"%s\"))", base_type(typ, "")); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); } else { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, type))"); fprintf(fout, "\n\t\treturn NULL;"); } fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\tif (soap_s2%s(soap, soap_value(soap), a) || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); break; case Ttemplate: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } if (is_typedef(typ)) { fprintf(fhead, "\n\n#define soap_in_%s soap_in_%s\n", c_ident(typ), t_ident(typ)); return; } n = (Tnode*)typ->ref; if (n->type == Tfun || is_void(n)) return; fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */"); if (is_smart(typ)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (!a && !(a = soap_new_%s(soap)))\n\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\tif (!soap->null && *soap->href != '#')\n\t{"); if (is_smart_shared(typ)) { fprintf(fout, "\tvoid **x = soap_id_smart(soap, soap->id, %s, sizeof(%s));", soap_type(n), c_type(n)); if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\n\t\tif (x && *x)\n\t\t\t*a = *(%s)(*x);\n\t\telse\n\t\t{\t*a = %s(soap_instantiate_%s(soap, SOAP_NO_LINK_TO_DELETE, soap->type, soap->arrayType, NULL));\n\t\t\tif (x)\n\t\t\t\t*x = (void*)a;\n\t\t}", c_type_id(typ, "*"), c_type(typ), c_ident(n)); else fprintf(fout, "\n\t\tif (x && *x)\n\t\t\t*a = *(%s)(*x);\n\t\telse\n\t\t{\t*a = %s<%s>();\n\t\t\tif (x)\n\t\t\t\t*x = (void*)a;\n\t\t}", c_type_id(typ, "*"), make_shared(typ), c_type(n)); } else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\t*a = %s(soap_instantiate_%s(soap, SOAP_NO_LINK_TO_DELETE, soap->type, soap->arrayType, NULL));", c_type(typ), c_ident(n)); else fprintf(fout, "\t*a = %s(SOAP_NEW(%s));", c_type(typ), c_type(n)); fprintf(fout, "\n\t\tsoap_revert(soap);"); if (is_XML(n) && is_string(n)) fprintf(fout, "\n\t\tif (!soap_inliteral(soap, tag, (char*const*)a->get()))\n\t\t\treturn NULL;"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "\n\t\tif (!soap_inwliteral(soap, tag, (wchar_t*const*)a->get()))\n\t\t\treturn NULL;"); else if (n->type == Tarray) fprintf(fout, "\n\t\tif (!soap_in_%s(soap, tag, a->get(), \"%s\"))\n\t\t\treturn NULL;", c_ident(n), xsi_type(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) { fprintf(fout, "\n\t\t(*a)->soap_default(soap);"); fprintf(fout, "\n\t\tif (!(*a)->soap_in(soap, tag, NULL))\n\t\t\treturn NULL;"); } else { fprintf(fout, "\n\t\tsoap_default_%s(soap, a->get());", c_ident(n)); fprintf(fout, "\n\t\tif (!soap_in_%s(soap, tag, a->get(), \"%s\"))\n\t\t\treturn NULL;", c_ident(n), xsi_type(n)); } fprintf(fout, "\n\t}\n\telse\n\t{"); fprintf(fout, "\tif (!soap_id_forward(soap, soap->href, a, 0, %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\treturn NULL;", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n) + 1, prefix, prefix); /* reflevel + 1 since smart pointer accepts derived types */ fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } else if (c11flag && (!strcmp(typ->id->name, "std::deque") || !strcmp(typ->id->name, "std::list") || (!strcmp(typ->id->name, "std::vector") && !is_bool(n)))) /* use C++11 emplace_back */ { fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\tfor (soap_flag = 0;; soap_flag = 1)\n\t{"); fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\t\t\tbreak;\n\t\t\tsoap_revert(soap);\n\t\t}"); fprintf(fout, "\n\t\tif (!a && !(a = soap_new_%s(soap)))\n\t\t\treturn NULL;", c_ident(typ)); if (!strcmp(typ->id->name, "std::vector") && !is_primitive(n) && n->type != Tpointer) { fprintf(fout, "\n\t\tif (!a->empty() && a->size() == a->capacity())\n\t\t{\tconst void *p = &a->front();"); fprintf(fout, "\n\t\t\ta->emplace_back();"); fprintf(fout, "\n\t\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Vector capacity increased to %%lu to fit %%lu items: updating pointers\\n\", a->capacity(), a->size()));"); fprintf(fout, "\n\t\t\tsoap_update_pointers(soap, (const char*)&a->front(), (const char*)p, (a->size() - 1) * sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t}\n\t\telse\n\t\t{\ta->emplace_back();\n\t\t}"); fprintf(fout, "\n\t\t%s *n = &a->back();\n\t\t", c_type(n)); } else { fprintf(fout, "\n\t\ta->emplace_back();\n\t\t%s *n = &a->back();\n\t\t", c_type(n)); } if (n->type == Tpointer) fprintf(fout, "*n = NULL;"); else if (n->type == Tarray) fprintf(fout, "soap_default_%s(soap, n);", c_ident(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "n->soap_default(soap);"); else if (n->type != Tfun && !is_void(n) && !is_XML(n)) fprintf(fout, "soap_default_%s(soap, n);", c_ident(n)); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tshort soap_shaky = soap_begin_shaky(soap);"); fprintf(fout, "\n\t\tif (tag && *tag != '-' && (*soap->id || *soap->href))\n\t\t{\tif ("); fprintf(fout, "!soap_id_forward(soap, *soap->id?soap->id:soap->href, a, (size_t)a->size() - 1, %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\t\tbreak;\n\t\t\tif (", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n), prefix, prefix); if (is_XML(n) && is_string(n)) fprintf(fout, "!soap_inliteral(soap, tag, NULL)"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "!soap_inwliteral(soap, tag, NULL)"); else if (n->type == Tarray) fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); else fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); fprintf(fout, ")\n\t\t\t\tbreak;\n\t\t}\n\t\telse\n\t\t{\t"); if (is_XML(n) && is_string(n)) fprintf(fout, "if (!soap_inliteral(soap, tag, n))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "if (!soap_inwliteral(soap, tag, n))"); else if (n->type == Tarray) fprintf(fout, "if (!soap_in_%s(soap, tag, n, \"%s\"))", c_ident(n), xsi_type(n)); else fprintf(fout, "if (!soap_in_%s(soap, tag, n, \"%s\"))", c_ident(n), xsi_type(n)); fprintf(fout, "\n\t\t\t{\ta->pop_back();\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}"); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tsoap_end_shaky(soap, soap_shaky);"); fprintf(fout, "\n\t\tif (!tag || *tag == '-')\n\t\t\treturn a;\n\t}\n\tif (soap_flag && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))\n\t{\tsoap->error = SOAP_OK;\n\t\treturn a;\n\t}\n\treturn NULL;\n}"); } else { fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\tfor (soap_flag = 0;; soap_flag = 1)\n\t{"); fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\t\t\tbreak;\n\t\t\tsoap_revert(soap);\n\t\t}"); fprintf(fout, "\n\t\tif (!a && !(a = soap_new_%s(soap)))\n\t\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\t\t%s;\n\t\t", c_type_id(n, "n")); if (n->type == Tpointer) fprintf(fout, "n = NULL;"); else if (n->type == Tarray) fprintf(fout, "soap_default_%s(soap, &n);", c_ident(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "n.soap_default(soap);"); else if (n->type != Tfun && !is_void(n) && !is_XML(n)) fprintf(fout, "soap_default_%s(soap, &n);", c_ident(n)); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tshort soap_shaky = soap_begin_shaky(soap);"); fprintf(fout, "\n\t\tif (tag && *tag != '-' && (*soap->id || *soap->href))\n\t\t{\tif ("); fprintf(fout, "!soap_id_forward(soap, *soap->id?soap->id:soap->href, a, (size_t)a->size(), %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\t\tbreak;\n\t\t\tif (", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n), prefix, prefix); if (is_XML(n) && is_string(n)) fprintf(fout, "!soap_inliteral(soap, tag, NULL)"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "!soap_inwliteral(soap, tag, NULL)"); else if (n->type == Tarray) fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); else fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); fprintf(fout, ")\n\t\t\t\tbreak;\n\t\t}\n\t\telse\n\t\t{\t"); if (is_XML(n) && is_string(n)) fprintf(fout, "if (!soap_inliteral(soap, tag, &n))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "if (!soap_inwliteral(soap, tag, &n))"); else if (n->type == Tarray) fprintf(fout, "if (!soap_in_%s(soap, tag, &n, \"%s\"))", c_ident(n), xsi_type(n)); else fprintf(fout, "if (!soap_in_%s(soap, tag, &n, \"%s\"))", c_ident(n), xsi_type(n)); fprintf(fout, "\n\t\t\t\tbreak;\n\t\t}"); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tsoap_end_shaky(soap, soap_shaky);"); if (!(!strcmp(typ->id->name, "std::list") || !strcmp(typ->id->name, "std::deque") || !strcmp(typ->id->name, "std::set")) && !is_primitive(n) && n->type != Tpointer) { fprintf(fout, "\n\t\tif (a->size())\n\t\t{\tconst void *p = &*a->begin();\n\t\t\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t\tif (p != &*a->begin())\n\t\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container capacity increased: updating pointers\\n\"));"); fprintf(fout, "\n\t\t\t\tsoap_update_pointers(soap, (const char*)&*a->begin(), (const char*)p, (a->size() - 1) * sizeof(%s));\n\t\t\t}", c_type(n)); fprintf(fout, "\n\t\t}\n\t\telse\n\t\t{\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t}"); } else { if (is_primitive(n) || n->type == Tpointer) fprintf(fout, "\n\t\ta->insert(a->end(), n);"); else fprintf(fout, "\n\t\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); } fprintf(fout, "\n\t\tif (!tag || *tag == '-')\n\t\t\treturn a;\n\t}\n\tif (soap_flag && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))\n\t{\tsoap->error = SOAP_OK;\n\t\treturn a;\n\t}\n\treturn NULL;\n}"); } break; default: break; } fflush(fout); } void soap_in_Darray(Tnode *typ) { int i, j, d; Entry *p; Table *t, *table; const char *nsa = ns_qualifiedAttribute(typ); table=(Table *)typ->ref; p = is_dynamic_array(typ); d = get_Darraydims(typ); if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (typ->type == Tclass && !is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nvoid *%s::soap_in(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\treturn soap_in_%s(soap, tag, this, type);\n}", c_ident(typ)); } fflush(fout); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) fprintf(fout, "\n{"); else if (d) fprintf(fout, "\n{\tsize_t i, n;\n\tint j;\n\t%s;", c_type_id(p->info.typ, "p")); else fprintf(fout, "\n{\tint i, j;\n\t%s;", c_type_id(p->info.typ, "p")); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); if (is_hexBinary(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":hexBinary\"))"); else if (is_binary(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":base64Binary\") && soap_match_tag(soap, soap->type, \":base64\"))"); else if (has_ns(typ) || is_untyped(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_array(soap, \"%s\") && soap_match_tag(soap, soap->type, type))", xsi_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\tif (soap_match_array(soap, type))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); if (typ->type == Tclass) { fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\ta->soap_default(soap);"); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa)); } } else { fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } } fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); p = is_dynamic_array(typ); if (is_binary(typ)) { if (is_hexBinary(typ)) fprintf(fout, "\n\t\ta->__ptr = soap_gethex(soap, &a->__size);"); else { fprintf(fout, "\n\t\ta->__ptr = soap_getbase64(soap, &a->__size, 0);"); if (is_attachment(typ)) fprintf(fout, "\n#ifndef WITH_LEANER\n\t\tif (soap_xop_forward(soap, &a->__ptr, &a->__size, &a->id, &a->type, &a->options))\n\t\t\treturn NULL;\n#endif"); } fprintf(fout, "\n\t\tif ((!a->__ptr && soap->error) || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); } else { fprintf(fout, "\n\t\tif (*soap->arraySize)\n\t\t{"); if (d) { fprintf(fout, "\n\t\t\tn = soap_getsizes(soap->arraySize, a->__size, %d);", d); if (has_offset(typ)) fprintf(fout, "\n\t\t\tn -= j = soap_getoffsets(soap->arrayOffset, a->__size, a->__offset, %d);", d); else fprintf(fout, "\n\t\t\tn -= j = soap_getoffsets(soap->arrayOffset, a->__size, NULL, %d);", d); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sn < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\t\tif (%sn > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); else fprintf(fout, "\n\t\t\tif (n > SOAP_MAXARRAYSIZE)\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, n);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); if (!is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref) && ((Tnode*)p->info.typ->ref)->type == Tclass) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\t(a->%s+i)->%s::soap_default(soap);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); else if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else if (has_class((Tnode*)p->info.typ->ref)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, n);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else { fprintf(fout, "\n\t\t\ta->%s = (%s)soap_malloc(soap, n * sizeof(%s));", ident(p->sym->name), c_type_id((Tnode*)p->info.typ->ref, "*"), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\ta->%s[i] = NULL;", ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)"); fprintf(fout, "\n\t\t\t{\tsoap_peek_element(soap);\n\t\t\t\tif (soap->position == %d)", d); fprintf(fout, "\n\t\t\t\t{\ti = (size_t)("); for (i = 0; i < d; i++) { fprintf(fout, "soap->positions[%d]", i); for (j = 1; j < d-i; j++) fprintf(fout, "*a->__size[%d]", j); if (i < d-1) fprintf(fout, "+"); } fprintf(fout, "-j);"); fprintf(fout, "\n\t\t\t\t\tif (i >= n)\n\t\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\t\treturn NULL;\n\t\t\t\t\t}\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, a->%s + i, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); } else { fprintf(fout, "\n\t\t\tsoap_getsizes(soap->arraySize, &a->__size, 1);"); if (has_offset(typ)) fprintf(fout, "\n\t\t\ta->__size -= j = soap_getoffsets(soap->arrayOffset, &a->__size, &a->__offset, 1);"); else fprintf(fout, "\n\t\t\ta->__size -= j = soap_getoffsets(soap->arrayOffset, &a->__size, NULL, 1);"); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sa->__size < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\tif (%sa->__size > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); else fprintf(fout, "\n\t\t\tif (a->__size > SOAP_MAXARRAYSIZE)\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, a->__size);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); if (!is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref) && ((Tnode*)p->info.typ->ref)->type == Tclass) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\t(a->%s+i)->%s::soap_default(soap);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else if (has_class((Tnode*)p->info.typ->ref)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, a->__size);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else { fprintf(fout, "\n\t\t\ta->%s = (%s)soap_malloc(soap, sizeof(%s) * a->__size);", ident(p->sym->name), c_type_id((Tnode*)p->info.typ->ref, "*"), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\ta->%s[i] = NULL;", ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)"); fprintf(fout, "\n\t\t\t{\tsoap_peek_element(soap);\n\t\t\t\tif (soap->position)\n\t\t\t\t{\ti = soap->positions[0]-j;\n\t\t\t\t\tif (i < 0 || i >= a->__size)\n\t\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\t\treturn NULL;\n\t\t\t\t\t}\n\t\t\t\t}"); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inliteral(soap, NULL, (char**)(a->%s + i)))", ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inwliteral(soap, NULL, (wchar_t**)(a->%s + i)))", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, (char**)(a->%s + i), \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, (wchar_t**)(a->%s + i), \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, a->%s + i, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); } fprintf(fout, "\n\t\t\t}\n\t\t}\n\t\telse"); fprintf(fout, "\n\t\t{\tif (soap_new_block(soap) == NULL)\n\t\t\t\treturn NULL;"); if (p->info.maxOccurs > 1) { if (d) { for (i = 1; i < d; i++) fprintf(fout, "\n\t\t\ta->__size[%d] = 1;", i); fprintf(fout, "\n\t\t\tfor (a->__size[0] = 0; a->__size[0] <= " SOAP_LONG_FORMAT "; a->__size[0]++)", p->info.maxOccurs); } else fprintf(fout, "\n\t\t\tfor (a->__size = 0; a->__size <= " SOAP_LONG_FORMAT "; a->__size++)", p->info.maxOccurs); } else { if (d) { for (i = 1; i < d; i++) fprintf(fout, "\n\t\t\ta->__size[%d] = 1;", i); fprintf(fout, "\n\t\t\tfor (a->__size[0] = 0; a->__size[0] < SOAP_MAXARRAYSIZE; a->__size[0]++)"); } else fprintf(fout, "\n\t\t\tfor (a->__size = 0; a->__size < SOAP_MAXARRAYSIZE; a->__size++)"); } if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (!cflag && ((Tnode*)p->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t{\tp = soap_block<%s>::push(soap, NULL);\n\t\t\t\tif (!p)\n\t\t\t\t\tbreak;", c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\t{\tp = (%s)soap_push_block(soap, NULL, sizeof(%s));\n\t\t\t\tif (!p)\n\t\t\t\t\tbreak;", c_type(p->info.typ), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tp->soap_default(soap);"); else if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\t\t*p = NULL;"); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tsoap_default_%s(soap, p);", c_ident((Tnode*)p->info.typ->ref)); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inliteral(soap, NULL, p))"); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inwliteral(soap, NULL, p))"); else fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, p, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (!cflag && ((Tnode*)p->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\tsoap_block<%s>::pop(soap, NULL);", c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\tsoap_pop_block(soap, NULL);"); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sa->__size < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\tif (%sa->__size > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\tif (soap->blist->size)\n\t\t\t\ta->%s = soap_new_%s(soap, soap->blist->size/sizeof(%s));\n\t\t\telse\n\t\t\t\ta->%s = NULL;", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref), c_type((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t\tif (a->%s)\n\t\t\t\tsoap_block<%s>::save(soap, NULL, a->%s);\n\t\t\telse\n\t\t\t\tsoap_block<%s>::end(soap, NULL);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref), ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); } else fprintf(fout, "\n\t\t\ta->%s = (%s)soap_save_block(soap, NULL, NULL, 1);", ident(p->sym->name), c_type(p->info.typ)); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t\tif (soap->error || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\telse\n\t{\t"); if (is_attachment(typ)) fprintf(fout, "\n#ifndef WITH_LEANER\n\t\tif (*soap->href != '#')\n\t\t{\tif (soap_attachment_forward(soap, &a->__ptr, &a->__size, &a->id, &a->type, &a->options))\n\t\t\t\treturn NULL;\n\t\t}\n\t\telse\n#endif\n\t\t\t"); if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); fprintf(fout, "\n\treturn a;\n}"); } const char * cstring(const char *s, int q) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r == '"' || *r == '\\') n++; else if (*r < 32) n += 3; } r = t = (char*)emalloc(n + 2*q + 1); if (q) *t++ = '"'; for (; *s; s++) { if (*s == '"' || *s == '\\') { *t++ = '\\'; *t++ = *s; } else if (*s < 32) { sprintf(t, "\\%03o", (unsigned int)(unsigned char)*s); t += 4; } else *t++ = *s; } if (q) *t++ = '"'; *t = '\0'; return r; } const char * xstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r < 32 || *r >= 127) n += 4; else if (*r == '<' || *r == '>') n += 3; else if (*r == '&') n += 4; else if (*r == '"') n += 5; 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stdsoap2_ck.c stdsoap2_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_cpp.cpp stdsoap2_ck_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ck_cpp.cpp stdsoap2_ssl.c: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ssl.c stdsoap2_ssl_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ssl_cpp.cpp dom_cpp.cpp: dom.cpp $(LN_S) -f $(srcdir)/dom.cpp dom_cpp.cpp install-data-hook: $(LN_S) -f $(top_builddir)/gsoap/src/soapcpp2 $(top_builddir)/gsoap/soapcpp2 || echo "ok, link already exists". $(LN_S) -f $(top_builddir)/gsoap/wsdl/wsdl2h $(top_builddir)/gsoap/wsdl2h || echo "ok, link already exists". # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/uddi2/0000755000175000017500000000000012654077575014426 5ustar ellertellertgsoap-2.8.28/gsoap/uddi2/uddi_v2.h0000644000175000017500000051611312653650160016124 0ustar ellertellert/** @mainpage gSOAP UDDI v2 Universal Description, Discovery and Integration, or UDDI, is the name of a group of web-based registries that expose information about a business or other entity and its technical interfaces. See the UDDI v2 specification @url http://uddi.org/pubs/ProgrammersAPI_v2.htm for more details. @section UDDI2_CLASSES Classes See Related Pages for examples. UDDI Inquire classes - @ref uddi2__find_USCOREbinding - @ref uddi2__find_USCOREbusiness - @ref uddi2__find_USCORErelatedBusinesses - @ref uddi2__find_USCOREservice - @ref uddi2__find_USCOREtModel - @ref uddi2__get_USCOREbindingDetail - @ref uddi2__get_USCOREbusinessDetail - @ref uddi2__get_USCOREbusinessDetailExt - @ref uddi2__get_USCOREserviceDetail - @ref uddi2__get_USCOREtModelDetail UDDI Publish classes - @ref uddi2__add_USCOREpublisherAssertions - @ref uddi2__delete_USCOREbinding - @ref uddi2__delete_USCOREbusiness - @ref uddi2__delete_USCOREservice - @ref uddi2__delete_USCOREtModel - @ref uddi2__delete_USCOREpublisherAssertions - @ref uddi2__discard_USCOREauthToken - @ref uddi2__get_USCOREassertionStatusReport - @ref uddi2__get_USCOREauthToken - @ref uddi2__get_USCOREpublisherAssertions - @ref uddi2__get_USCOREregisteredInfo - @ref uddi2__save_USCOREbinding - @ref uddi2__save_USCOREbusiness - @ref uddi2__save_USCOREservice - @ref uddi2__save_USCOREtModel - @ref uddi2__set_USCOREpublisherAssertions @section UDDI2_BINDINGS Binding Reference - @ref InquireSoap - @ref PublishSoap */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbinding @brief Represents a request to locate bindings that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137712 */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbinding class. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the find_USCOREbinding class using the specified tModel key. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREbinding class using the specified tModel keys. */ /** @fn uddi2__bindingDetail* uddi2__find_USCOREbinding::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to find binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbusiness @brief Represents a request to locate businesses that meet specific requirements. When the send method is called, the instance returns a uddi2__businessList object that contains a list of business that matched the search criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137713 See also @ref example2. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified name of the requested business. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified category references. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified tModel keys. */ /** @fn uddi2__businessList *uddi2__find_USCOREbusiness::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessList object or NULL on error Send a request to a UDDI server to find a list of businesses. See also @ref example2. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_relatedBusinesses // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCORErelatedBusinesses @brief Represents a request to locate businesses that are related to a specific business. When the send method is called, the instance returns a uddi2__relatedBusinessList object that contains a list of business that matched the relationship set. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137714 */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCORErelatedBusiness class. */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the find_USCORErelatedBusiness class using the specified business key. */ /** @fn uddi2__relatedBusinessesList *uddi2__find_USCORErelatedBusinesses::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__relatedBusinessList object or NULL on error Send a request to a UDDI server to find a list of related businesses. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREservice @brief Represents a request to locate services that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137715 See also @ref example1. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREservice class. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the service Creates an instance of the find_USCOREservice class using the specified name. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREservice class using the specified category keys. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREservice class using the specified tModel keys. */ /** @fn uddi2__serviceList* uddi2__find_USCOREservice::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceList object or NULL on error Send a request to a UDDI server to find a list of services. See also @ref example1. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREtModel @brief Represents a request to locate a list of tModel entries that match a set of specific criteria. The result of a search is a uddi2__tModelList object that contains information about registered tModel data that matches the criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137716 */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREtModel class. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the tModel Creates an instance of the find_USCOREtModel class using the specified tModel name. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREtModel class using the specified category keys. */ /** @fn uddi2__tModelList* uddi2__find_USCOREtModel::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelList object or NULL on error Send a request to a UDDI server to find a tModelList. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_bindingDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbindingDetail @brief Represents a request to get binding details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137717 */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbindingDetail class. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey string Creates an instance of the get_USCOREbindingDetail class using the specified binding key. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of key strings Creates an instance of the get_USCOREbindingDetail class using the specified collection of binding keys. */ /** @fn uddi2__bindingDetail* uddi2__get_USCOREbindingDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to get the binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetail @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137718 */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetail class. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetail class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetail class using the specified collection of business keys. */ /** @fn uddi2__businessDetail* uddi2__get_USCOREbusinessDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetailExt // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetailExt @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137719 */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetailExt class. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetailExt class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetailExt class using the specified collection of business keys. */ /** @fn uddi2__businessDetailExt* uddi2__get_USCOREbusinessDetailExt::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetailExt object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_serviceDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREserviceDetail @brief Represents a request to get service details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137720 */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREserviceDetail class. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey string Creates an instance of the get_USCOREserviceDetail class using the specified service key. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of key strings Creates an instance of the get_USCOREserviceDetail class using the specified collection of service keys. */ /** @fn uddi2__serviceDetail* uddi2__get_USCOREserviceDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to get the service details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_tModelDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREtModelDetail @brief Represents a request to get tModel details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137721 */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREtModelDetail class. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the get_USCOREtModelDetail class using the specified tModel key. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of key strings Creates an instance of the get_USCOREtModelDetail class using the specified collection of tModel keys. */ /** @fn uddi2__tModelDetail* uddi2__get_USCOREtModelDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to get the tModel details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:add_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__add_USCOREpublisherAssertions @brief Represents a request to add one or more publisher assertions to the assertion collection for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137731 */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the add_USCOREpublisherAssertions class. */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the add_USCOREpublisherAssertions class using the specified publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__add_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI server to add one or more publisher assertions to the assertion collection for an individual publisher. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbinding @brief Represents a request to delete a binding that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137732 */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap) @brief Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey a binding key string Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of binding keys Creates an instance of the delete_USCOREbinding class using the specified binding keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a binding that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbusiness @brief Represents a request to delete a business that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137733 */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREbusiness class. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey a business key string Creates an instance of the delete_USCOREbusiness class using the specified business key. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of business keys Creates an instance of the delete_USCOREbusiness class using the specified business keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a business that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREservice @brief Represents a request to delete a service that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137735 */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREservice class. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey a service key string Creates an instance of the delete_USCOREservice class using the specified service key. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of service keys Creates an instance of the delete_USCOREservice class using the specified service keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a service that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREtModel @brief Represents a request to delete a tModel that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137736 */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREtModel class. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey a tModel key string Creates an instance of the delete_USCOREtModel class using the specified tModel key. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel keys Creates an instance of the delete_USCOREtModel class using the specified tModel keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a tModel that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREpublisherAssertions @brief Represents a request to delete publisher assertions meeting the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137734 */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREpublisherAssertions class. */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions a collection of publisher assertions Creates an instance of the delete_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete publisher assertions meeting the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:discard_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__discard_USCOREauthToken @brief Represents a request to discard an authorization token obtained with the get_USCOREauthToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137737 */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREauthToken class. */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap, const char *authInfo) @brief @param[in] soap gSOAP context @param[in] authInfo authorization token provided by the UDDI server Creates an instance of the delete_USCOREauthToken class using the specified authentication token string. */ /** @fn uddi2__dispositionReport *uddi2__discard_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to discard an authentication token. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_assertionStatusReport // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREassertionStatusReport @brief Provides the ability to determine the status of current and outstanding publisher assertions. The results can be restricted by setting the completionStatus property. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137738 */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREassertionStatusReport class. */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap, const char *completionStatus) @brief @param[in] soap gSOAP context @param[in] completionStatus completion status string Creates an instance of the get_USCOREassertionStatusReport class using the specified completion status. */ /** @fn uddi2__assertionStatusReport *uddi2__get_USCOREassertionStatusReport::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__assertionStatusReport object or NULL on error Send a request to a UDDI service to get the status of current and outstanding publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREauthToken @brief Represents a request to obtain an authorization token, which is represented by the uddi2__authToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137739 */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREauthToken class. */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap, const char *userid, const char *passwd) @brief @param[in] soap gSOAP context @param[in] userid the user ID string @param[in] passwd the password string Creates an instance of the get_USCOREauthToken class using the specified user ID and password. */ /** @fn uddi2__authToken *uddi2__get_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__authToken object or NULL on error Send a request to a UDDI service to get a authorization token given a user ID and password. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREpublisherAssertions @brief Represents a request to obtain the full set of publisher assertions that are associated with an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137740 */ /** @fn uddi2__get_USCOREpublisherAssertions::uddi2__get_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREpublisherAssetions class. */ /** @fn uddi2__publisherAssertions *uddi2__get_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI service to get publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_registeredInfo // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREregisteredInfo @brief Represents a request to get all registered business entities and tModels controlled by an individual. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137741 */ /** @fn uddi2__get_USCOREregisteredInfo::uddi2__get_USCOREregisteredInfo(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREregisteredInfo class. */ /** @fn uddi2__registeredInfo *uddi2__get_USCOREregisteredInfo::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__registeredInfo object or NULL on error Send a request to a UDDI service to get all registered business entities and tModels controlled by an individual. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbinding @brief Represents a request to post binding information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137742 */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbinding class. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, uddi2__bindingTemplate &bindingTemplate) @brief @param[in] soap gSOAP context @param[in] bindingTemplate binding template Creates an instance of the save_USCOREbinding class using the specified binding template. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, std::vector bindingTemplates) @brief @param[in] soap gSOAP context @param[in] bindingTemplates collection of binding templates Creates an instance of the save_USCOREbinding class using the specified binding templates. */ /** @fn uddi2__bindingDetail *uddi2__save_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to post binding information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbusiness @brief Represents a request to post business information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137743 */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbusiness class. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, uddi2__businessEntity &businessEntity) @brief @param[in] soap gSOAP context @param[in] businessEntity business entity Creates an instance of the save_USCOREbusiness class using the specified business entity. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, std::vector businessEntities) @brief @param[in] soap gSOAP context @param[in] businessEntities collection of business entities Creates an instance of the save_USCOREbusiness class using the specified business entities. */ /** @fn uddi2__businessDetail *uddi2__save_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to post business information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREservice @brief Represents a request to post service information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137744 */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREservice class. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, uddi2__businessService &businessService) @brief @param[in] soap gSOAP context @param[in] businessService business service Creates an instance of the save_USCOREservice class using the specified service. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, std::vector businessServices) @brief @param[in] soap gSOAP context @param[in] businessServices collection of business services Creates an instance of the save_USCOREservice class using the specified services. */ /** @fn uddi2__serviceDetail *uddi2__save_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to post service information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREtModel @brief Represents a request to post tModel information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137745 */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREtModel class. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, uddi2__tModel &tModel) @brief @param[in] soap gSOAP context @param[in] tModel a tModel Creates an instance of the save_USCOREtModel class using the specified tModel. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, std::vector tModels) @brief @param[in] soap gSOAP context @param[in] tModels collection of tModels Creates an instance of the save_USCOREtModel class using the specified tModels. */ /** @fn uddi2__tModelDetail *uddi2__save_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:set_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__set_USCOREpublisherAssertions @brief Represents a request to modify the existing publisher assertions for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137746 */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the set_USCOREpublisherAssertions class. */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the set_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__publisherAssertions *uddi2__set_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // Code Examples // //////////////////////////////////////////////////////////////////////////////// /** @page example1 Code Example 1: Finding a service This example shows you how to find Web services. In this case, the example finds Web services with names that begin with the word "magic". @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "magic"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREservice fs(soap, search_string); // Send the request uddi2__serviceList *sl = fs.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!sl) soap_print_fault(soap, stderr); // If OK, report the service name(s) and unique identification keys else if (sl->serviceInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator si = sl->serviceInfos->serviceInfo.begin(); si != sl->serviceInfos->serviceInfo.end(); ++si) { // Report serviceKey and businessKey std::cout << "serviceKey=" << (*si)->serviceKey << std::endl << "businessKey=" << (*si)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*si)->name.begin(); n != (*si)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example1 example1.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example2 Code Example 2: Finding a business This example shows you how to find a business from a UDDI server. @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "xmethods"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREbusiness fb(soap, search_string); // Send the request uddi2__businessList *bl = fb.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!bl) soap_print_fault(soap, stderr); // If OK, report the business name(s) and unique identification keys else if (bl->businessInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator bi = bl->businessInfos->businessInfo.begin(); bi != bl->businessInfos->businessInfo.end(); ++bi) { // Report businessKey std::cout << "businessKey=" << (*bi)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*bi)->name.begin(); n != (*bi)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example2 example2.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example3 Code Example 3: Publishing a WSDL and service on XMethods This example shows you how to publish a Web service. In this case, the example template code obtains an authorization token, saves the tModel with the WSDL URL in the server, and saves the business service information in the server. @code #include "pubH.h" const char *server = "https://uddi.xmethods.net/publish"; const char *userid = "..."; // user ID to access UDDI server const char *passwd = "..."; // password to access UDDI server int main(int argc, char **argv) { // Create a gSOAP context struct soap *soap = soap_new(); // Setup SSL context (optional) to verify server's credentials if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, "cacerts.pem", NULL, NULL)) { soap_print_fault(soap, stderr); exit(1); } // Step 1: Get an authorization token from the UDDI server uddi2__get_USCOREauthToken get_authToken(soap, userid, passwd); uddi2__authToken *authToken = get_authToken.send(server); // Check if authorized if (!authToken) { soap_print_fault(soap, stderr); exit(1); } // Authorization info provided by server for this session char *authInfo = authToken->authInfo; // Step 2: Create a tModel for the WSDL to be published uddi2__tModel tModel; tModel.soap_default(soap); // Create the tModel and service name tModel.name = soap_new_uddi2__name(soap, -1); tModel.name->__item = "..."; tModel.name->xml__lang_ = "en"; // Create XMethods description elements (see http://www.xmethods.net/ve2/UDDI.po) uddi2__description *description = soap_new_uddi2__description(soap, 6); description[0].__item = "SHORT DESCRIPTION: ..."; description[0].xml__lang_ = "en"; description[1].__item = "SHORT DESCRIPTION: ..."; description[1].xml__lang_ = "en"; description[2].__item = "USAGE NOTES: ..."; description[2].xml__lang_ = "en"; description[3].__item = "HOMEPAGE URL: ..."; description[3].xml__lang_ = "en"; description[4].__item = "CONTACT EMAIL: ..."; description[4].xml__lang_ = "en"; description[5].__item = "IMPLEMENTATION: ..."; description[5].xml__lang_ = "en"; // Add the four description elements to the tModel tModel.description.push_back(description + 0); tModel.description.push_back(description + 1); tModel.description.push_back(description + 2); tModel.description.push_back(description + 4); // Add an overviewDoc element with description and overviewURL tModel.overviewDoc = soap_new_uddi2__overviewDoc(soap, -1); tModel.overviewDoc->soap_default(soap); tModel.overviewDoc->description.push_back(soap_new_uddi2__description(soap, -1)); tModel.overviewDoc->description[0]->__item = "WSDL source document"; tModel.overviewDoc->description[0]->xml__lang_ = "en"; tModel.overviewDoc->overviewURL = "http://.../my.wsdl#bindingName"; // Omit identifier bag tModel.identifierBag = NULL; // Add a category with a WSDL-specific keyedReference tModel.categoryBag = soap_new_uddi2__categoryBag(soap, -1); tModel.categoryBag->soap_default(soap); tModel.categoryBag->keyedReference.push_back(soap_new_uddi2__keyedReference(soap, -1)); tModel.categoryBag->keyedReference[0]->tModelKey = "..."; tModel.categoryBag->keyedReference[0]->keyName = "uddi-org:types"; tModel.categoryBag->keyedReference[0]->keyValue = "wsdlSpec"; tModel.authorizedName = "..."; tModel.operator_ = "..."; tModel.tModelKey = "..."; // Save the tModel uddi2__save_USCOREtModel save_tModel(soap, tModel); uddi2__tModelDetail *tModelDetail = save_tModel.send(server, authInfo); // Step 3: Create a new service to be published uddi2__businessService service; service.soap_default(soap); // Service name is the tModel name (XMethods) service.name.push_back(tModel.name); // Add two description elements to the service service.description.push_back(description + 4); service.description.push_back(description + 5); // Create binding template uddi2__bindingTemplate bindingTemplate; bindingTemplate.soap_default(soap); bindingTemplate.tModelInstanceDetails = soap_new_uddi2__tModelInstanceDetails(soap, -1); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo.push_back(soap_new_uddi2__tModelInstanceInfo(soap, -1)); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->instanceDetails = NULL; bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->tModelKey = tModel.tModelKey; bindingTemplate.accessPoint = soap_new_uddi2__accessPoint(soap, -1); bindingTemplate.accessPoint->__item = "..."; bindingTemplate.accessPoint->URLType = uddi2__URLType__http; bindingTemplate.hostingRedirector = NULL; bindingTemplate.serviceKey = "..."; bindingTemplate.bindingKey = "..."; // Add binding Template to service service.bindingTemplates = soap_new_uddi2__bindingTemplates(soap, -1); service.bindingTemplates->soap_default(soap); service.bindingTemplates->bindingTemplate.push_back(&bindingTemplate); service.categoryBag = NULL; service.serviceKey = "..."; service.businessKey = "..."; // Save the service uddi2__save_USCOREservice save_service(soap, service); uddi2__serviceDetail *serviceDetail = save_service.send(server, authInfo); // Step 4: Discard authorization token uddi2__discard_USCOREauthToken discard_authToken(soap, authInfo); uddi2__dispositionReport *dispositionReport = discard_authToken.send(server); // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat publish_v2.wsdl - soapcpp2 -I.. -ppub publish_v2.h - g++ -DWITH_OPENSSL -DWITH_NONAMESPACES -I.. -o example3 example3.cpp publish_v2.cpp pubC.cpp pubClient.cpp ../stdsoap2.cpp */ /* uddi_v2.h Generated by wsdl2h 1.2.0 from inquire_v2.wsdl publish_v2.wsdl and uddi2-typemap.dat 2005-04-24 00:29:41 GMT Copyright (C) 2001-2005 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use wsdl2h option -l to view the software license terms. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - To build with STL, stlvector.h from the gSOAP distribution must be in the current directory. Or use soapcpp2 option -I with path to stlvector.h. - Use typemap.dat to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to typemap.dat to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. */ /******************************************************************************\ * * * * * * \******************************************************************************/ //gsoapopt w #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: inq2 = urn:uddi-org:inquiry_v2 uddi2 = urn:uddi-org:api_v2 pub2 = urn:uddi-org:publication_v2 */ //gsoap inq2 schema namespace: urn:uddi-org:inquiry_v2 //gsoap uddi2 schema namespace: urn:uddi-org:api_v2 //gsoap pub2 schema namespace: urn:uddi-org:publication_v2 //gsoap inq2 schema form: unqualified //gsoap uddi2 schema elementForm: qualified //gsoap uddi2 schema attributeForm: unqualified //gsoap pub2 schema form: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Primitive built-in type "xs:NMTOKEN" typedef char* xsd__NMTOKEN; /// Built-in attribute "xml:lang" typedef char* xml__lang; class uddi2__accessPoint; class uddi2__address; class uddi2__addressLine; class uddi2__assertionStatusItem; class uddi2__bindingTemplate; class uddi2__bindingTemplates; class uddi2__businessEntity; class uddi2__businessEntityExt; class uddi2__businessInfo; class uddi2__businessInfos; class uddi2__businessService; class uddi2__businessServices; class uddi2__categoryBag; class uddi2__contact; class uddi2__contacts; class uddi2__description; class uddi2__discoveryURL; class uddi2__discoveryURLs; class uddi2__dispositionReport; class uddi2__email; class uddi2__errInfo; class uddi2__findQualifiers; class uddi2__hostingRedirector; class uddi2__identifierBag; class uddi2__instanceDetails; class uddi2__keyedReference; class uddi2__keysOwned; class uddi2__name; class uddi2__overviewDoc; class uddi2__phone; class uddi2__publisherAssertion; class uddi2__relatedBusinessInfo; class uddi2__relatedBusinessInfos; class uddi2__result; class uddi2__serviceInfo; class uddi2__serviceInfos; class uddi2__sharedRelationships; class uddi2__tModel; class uddi2__tModelBag; class uddi2__tModelInfo; class uddi2__tModelInfos; class uddi2__tModelInstanceDetails; class uddi2__tModelInstanceInfo; class uddi2__add_USCOREpublisherAssertions; class uddi2__delete_USCOREbinding; class uddi2__delete_USCOREbusiness; class uddi2__delete_USCOREpublisherAssertions; class uddi2__delete_USCOREservice; class uddi2__delete_USCOREtModel; class uddi2__discard_USCOREauthToken; class uddi2__find_USCOREbinding; class uddi2__find_USCOREbusiness; class uddi2__find_USCORErelatedBusinesses; class uddi2__find_USCOREservice; class uddi2__find_USCOREtModel; class uddi2__get_USCOREassertionStatusReport; class uddi2__get_USCOREauthToken; class uddi2__get_USCOREbindingDetail; class uddi2__get_USCOREbusinessDetail; class uddi2__get_USCOREbusinessDetailExt; class uddi2__get_USCOREpublisherAssertions; class uddi2__get_USCOREregisteredInfo; class uddi2__get_USCOREserviceDetail; class uddi2__get_USCOREtModelDetail; class uddi2__save_USCOREbinding; class uddi2__save_USCOREbusiness; class uddi2__save_USCOREservice; class uddi2__save_USCOREtModel; class uddi2__set_USCOREpublisherAssertions; class uddi2__validate_USCOREvalues; class uddi2__assertionStatusReport; class uddi2__authToken; class uddi2__bindingDetail; class uddi2__businessDetail; class uddi2__businessDetailExt; class uddi2__businessList; class uddi2__publisherAssertions; class uddi2__registeredInfo; class uddi2__relatedBusinessesList; class uddi2__serviceDetail; class uddi2__serviceList; class uddi2__tModelDetail; class uddi2__tModelList; /// Schema "urn:uddi-org:api_v2":bindingKey simpleType restriction of xs:string typedef char* uddi2__bindingKey; /// Schema "urn:uddi-org:api_v2":businessKey simpleType restriction of xs:string typedef char* uddi2__businessKey; /// Schema "urn:uddi-org:api_v2":serviceKey simpleType restriction of xs:string typedef char* uddi2__serviceKey; /// Schema "urn:uddi-org:api_v2":tModelKey simpleType restriction of xs:string typedef char* uddi2__tModelKey; /// Schema "urn:uddi-org:api_v2":direction simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__direction' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__direction { uddi2__direction__fromKey, ///< xs:NMTOKEN value="fromKey" uddi2__direction__toKey, ///< xs:NMTOKEN value="toKey" }; /// Schema "urn:uddi-org:api_v2":truncated simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__truncated' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__truncated { uddi2__truncated__true_, ///< xs:NMTOKEN value="true" uddi2__truncated__false_, ///< xs:NMTOKEN value="false" }; /// Schema "urn:uddi-org:api_v2":URLType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__URLType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__URLType { uddi2__URLType__mailto, ///< xs:NMTOKEN value="mailto" uddi2__URLType__http, ///< xs:NMTOKEN value="http" uddi2__URLType__https, ///< xs:NMTOKEN value="https" uddi2__URLType__ftp, ///< xs:NMTOKEN value="ftp" uddi2__URLType__fax, ///< xs:NMTOKEN value="fax" uddi2__URLType__phone, ///< xs:NMTOKEN value="phone" uddi2__URLType__other, ///< xs:NMTOKEN value="other" }; /// Schema "urn:uddi-org:api_v2":keyType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__keyType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__keyType { uddi2__keyType__businessKey, ///< xs:NMTOKEN value="businessKey" uddi2__keyType__tModelKey, ///< xs:NMTOKEN value="tModelKey" uddi2__keyType__serviceKey, ///< xs:NMTOKEN value="serviceKey" uddi2__keyType__bindingKey, ///< xs:NMTOKEN value="bindingKey" }; /// Schema urn:uddi-org:api_v2:"address" class uddi2__address { public: /// Vector of uddi2__addressLine* with length 0..unbounded std::vector addressLine 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// Attribute sortCode of type xs:string @char* sortCode 0; ///< Optional attribute /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusItem" class uddi2__assertionStatusItem { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keysOwned uddi2__keysOwned* keysOwned 1; ///< Required element /// Attribute completionStatus of type xs:string @char* completionStatus 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplate" class uddi2__bindingTemplate { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":tModelInstanceDetails uddi2__tModelInstanceDetails* tModelInstanceDetails 1; ///< Required element // CHOICE OF ELEMENTS: /// Element reference "urn:uddi-org:api_v2":accessPoint uddi2__accessPoint* accessPoint 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":hostingRedirector uddi2__hostingRedirector* hostingRedirector 1; ///< Required element // END CHOICE /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 0; ///< Optional attribute /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplates" class uddi2__bindingTemplates { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntity" class uddi2__businessEntity { public: /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":contacts uddi2__contacts* contacts 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessServices uddi2__businessServices* businessServices 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntityExt" class uddi2__businessEntityExt { public: /// Element reference "urn:uddi-org:api_v2":businessEntity uddi2__businessEntity* businessEntity 1; ///< Required element // TODO: // Schema extensibility is user-definable // Consult the protocol documentation to insert declarations here: _XML __any ; ///< Catch any element content in XML string /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfo" class uddi2__businessInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfos" class uddi2__businessInfos { public: /// Vector of uddi2__businessInfo* with length 0..unbounded std::vector businessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessService" class uddi2__businessService { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":bindingTemplates uddi2__bindingTemplates* bindingTemplates 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessServices" class uddi2__businessServices { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"categoryBag" class uddi2__categoryBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contact" class uddi2__contact { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":personName char* personName 1; ///< Required element /// Vector of uddi2__phone* with length 0..unbounded std::vector phone 0; /// Vector of uddi2__email* with length 0..unbounded std::vector email 0; /// Vector of uddi2__address* with length 0..unbounded std::vector address 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contacts" class uddi2__contacts { public: /// Vector of uddi2__contact* with length 0..unbounded std::vector contact 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURLs" class uddi2__discoveryURLs { public: /// Vector of uddi2__discoveryURL* with length 0..unbounded std::vector discoveryURL 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"dispositionReport" class uddi2__dispositionReport { public: /// Vector of uddi2__result* with length 0..unbounded std::vector result 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"findQualifiers" class uddi2__findQualifiers { public: /// Vector of char* with length 0..unbounded std::vector findQualifier 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"hostingRedirector" class uddi2__hostingRedirector { public: /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"identifierBag" class uddi2__identifierBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"instanceDetails" class uddi2__instanceDetails { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":instanceParms char* instanceParms 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keyedReference" class uddi2__keyedReference { public: /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keysOwned" class uddi2__keysOwned { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"overviewDoc" class uddi2__overviewDoc { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewURL char* overviewURL 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertion" class uddi2__publisherAssertion { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfo" class uddi2__relatedBusinessInfo { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Vector of uddi2__sharedRelationships* with length 0..2 std::vector sharedRelationships 1:2; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfos" class uddi2__relatedBusinessInfos { public: /// Vector of uddi2__relatedBusinessInfo* with length 0..unbounded std::vector relatedBusinessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"result" class uddi2__result { public: /// Element reference "urn:uddi-org:api_v2":errInfo uddi2__errInfo* errInfo 0; ///< Optional element /// Attribute keyType of type "urn:uddi-org:api_v2":keyType @enum uddi2__keyType* keyType 0; ///< Optional attribute /// Attribute errno of type xs:int @int errno_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfo" class uddi2__serviceInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfos" class uddi2__serviceInfos { public: /// Vector of uddi2__serviceInfo* with length 0..unbounded std::vector serviceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"sharedRelationships" class uddi2__sharedRelationships { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// Attribute direction of type "urn:uddi-org:api_v2":direction @enum uddi2__direction direction 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModel" class uddi2__tModel { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelBag" class uddi2__tModelBag { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfo" class uddi2__tModelInfo { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfos" class uddi2__tModelInfos { public: /// Vector of uddi2__tModelInfo* with length 0..unbounded std::vector tModelInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceDetails" class uddi2__tModelInstanceDetails { public: /// Vector of uddi2__tModelInstanceInfo* with length 0..unbounded std::vector tModelInstanceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceInfo" class uddi2__tModelInstanceInfo { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":instanceDetails uddi2__instanceDetails* instanceDetails 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"add_publisherAssertions" class uddi2__add_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_binding" class uddi2__delete_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_business" class uddi2__delete_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_publisherAssertions" class uddi2__delete_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_service" class uddi2__delete_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_tModel" class uddi2__delete_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"discard_authToken" class uddi2__discard_USCOREauthToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*, const char *authInfo); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_binding" class uddi2__find_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_business" class uddi2__find_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__businessList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_relatedBusinesses" class uddi2__find_USCORErelatedBusinesses { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__relatedBusinessesList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_service" class uddi2__find_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__serviceList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_tModel" class uddi2__find_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__tModelList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_assertionStatusReport" class uddi2__get_USCOREassertionStatusReport { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":completionStatus char* completionStatus 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*, const char *completionStatus); /// Member declared in uddi2-typemap.dat uddi2__assertionStatusReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_authToken" class uddi2__get_USCOREauthToken { public: /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute userID of type xs:string @char* userID 1; ///< Required attribute /// Attribute cred of type xs:string @char* cred 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*, const char *userid, const char *passwd); /// Member declared in uddi2-typemap.dat uddi2__authToken* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_bindingDetail" class uddi2__get_USCOREbindingDetail { public: /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetail" class uddi2__get_USCOREbusinessDetail { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetailExt" class uddi2__get_USCOREbusinessDetailExt { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetailExt* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_publisherAssertions" class uddi2__get_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_registeredInfo" class uddi2__get_USCOREregisteredInfo { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREregisteredInfo(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__registeredInfo* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_serviceDetail" class uddi2__get_USCOREserviceDetail { public: /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_tModelDetail" class uddi2__get_USCOREtModelDetail { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"save_binding" class uddi2__save_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, uddi2__bindingTemplate &bindingTemplate); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, std::vector bindingTemplates); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_business" class uddi2__save_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, uddi2__businessEntity &businessEntity); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, std::vector businessEntities); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_service" class uddi2__save_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, uddi2__businessService &businessService); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, std::vector businessServices); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_tModel" class uddi2__save_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, uddi2__tModel &tModel); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, std::vector tModels); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"set_publisherAssertions" class uddi2__set_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"validate_values" class uddi2__validate_USCOREvalues { public: // CHOICE OF ELEMENTS: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; // END CHOICE /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusReport" class uddi2__assertionStatusReport { public: /// Vector of uddi2__assertionStatusItem* with length 0..unbounded std::vector assertionStatusItem 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"authToken" class uddi2__authToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingDetail" class uddi2__bindingDetail { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetail" class uddi2__businessDetail { public: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetailExt" class uddi2__businessDetailExt { public: /// Vector of uddi2__businessEntityExt* with length 0..unbounded std::vector businessEntityExt 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessList" class uddi2__businessList { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertions" class uddi2__publisherAssertions { public: /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute authorizedName of type xs:string @char* authorizedName 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"registeredInfo" class uddi2__registeredInfo { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessesList" class uddi2__relatedBusinessesList { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":relatedBusinessInfos uddi2__relatedBusinessInfos* relatedBusinessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceDetail" class uddi2__serviceDetail { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceList" class uddi2__serviceList { public: /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelDetail" class uddi2__tModelDetail { public: /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelList" class uddi2__tModelList { public: /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"accessPoint" class uddi2__accessPoint { public: char* __item ; /// Attribute URLType of type "urn:uddi-org:api_v2":URLType @enum uddi2__URLType URLType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"addressLine" class uddi2__addressLine { public: char* __item ; /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"description" class uddi2__description { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURL" class uddi2__discoveryURL { public: char* __item ; /// Attribute useType of type xs:string @char* useType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"email" class uddi2__email { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"errInfo" class uddi2__errInfo { public: char* __item ; /// Attribute errCode of type xs:string @char* errCode 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"name" class uddi2__name { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"phone" class uddi2__phone { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap inq2 service name: InquireSoap //gsoap inq2 service type: Inquire //gsoap inq2 service namespace: urn:uddi-org:inquiry_v2 //gsoap pub2 service name: PublishSoap //gsoap pub2 service type: Publish //gsoap pub2 service namespace: urn:uddi-org:publication_v2 /** @mainpage Service Definitions @section Service_bindings Bindings - @ref InquireSoap - @ref PublishSoap */ /** @page InquireSoap Binding "InquireSoap" @section InquireSoap_operations Operations of Binding "InquireSoap" - @ref __inq2__find_USCOREbinding - @ref __inq2__find_USCOREbusiness - @ref __inq2__find_USCORErelatedBusinesses - @ref __inq2__find_USCOREservice - @ref __inq2__find_USCOREtModel - @ref __inq2__get_USCOREbindingDetail - @ref __inq2__get_USCOREbusinessDetail - @ref __inq2__get_USCOREbusinessDetailExt - @ref __inq2__get_USCOREserviceDetail - @ref __inq2__get_USCOREtModelDetail @section InquireSoap_ports Endpoints of Binding "InquireSoap" */ /** @page PublishSoap Binding "PublishSoap" @section PublishSoap_operations Operations of Binding "PublishSoap" - @ref __pub2__add_USCOREpublisherAssertions - @ref __pub2__delete_USCOREbinding - @ref __pub2__delete_USCOREbusiness - @ref __pub2__delete_USCOREpublisherAssertions - @ref __pub2__delete_USCOREservice - @ref __pub2__delete_USCOREtModel - @ref __pub2__discard_USCOREauthToken - @ref __pub2__get_USCOREassertionStatusReport - @ref __pub2__get_USCOREauthToken - @ref __pub2__get_USCOREpublisherAssertions - @ref __pub2__get_USCOREregisteredInfo - @ref __pub2__save_USCOREbinding - @ref __pub2__save_USCOREbusiness - @ref __pub2__save_USCOREservice - @ref __pub2__save_USCOREtModel - @ref __pub2__set_USCOREpublisherAssertions @section PublishSoap_ports Endpoints of Binding "PublishSoap" */ /******************************************************************************\ * * * SOAP Fault Detail * * * \******************************************************************************/ /// The SOAP Fault Detail element contains one of the following types serialized // in the __type and fault fields of the SOAP_ENV__Detail struct (see docs) class _dispositionReport { public: uddi2__dispositionReport* uddi2__dispositionReport_; struct soap *soap ; }; /******************************************************************************\ * * * InquireSoap * * * \******************************************************************************/ /******************************************************************************\ * * * __inq2__find_USCOREbinding * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREbinding" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREbinding* uddi2__find_USCOREbinding_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREbinding document //gsoap inq2 service method-encoding: find_USCOREbinding literal //gsoap inq2 service method-action: find_USCOREbinding find_binding //gsoap inq2 service method-fault: find_USCOREbinding _dispositionReport int __inq2__find_USCOREbinding( uddi2__find_USCOREbinding* uddi2__find_USCOREbinding_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREbusiness * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREbusiness" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREbusiness* uddi2__find_USCOREbusiness_, // response parameters: uddi2__businessList* uddi2__businessList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREbusiness document //gsoap inq2 service method-encoding: find_USCOREbusiness literal //gsoap inq2 service method-action: find_USCOREbusiness find_business //gsoap inq2 service method-fault: find_USCOREbusiness _dispositionReport int __inq2__find_USCOREbusiness( uddi2__find_USCOREbusiness* uddi2__find_USCOREbusiness_, uddi2__businessList* uddi2__businessList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCORErelatedBusinesses * * * \******************************************************************************/ /// Operation "__inq2__find_USCORErelatedBusinesses" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_relatedBusinesses" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCORErelatedBusinesses(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCORErelatedBusinesses* uddi2__find_USCORErelatedBusinesses_, // response parameters: uddi2__relatedBusinessesList* uddi2__relatedBusinessesList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCORErelatedBusinesses document //gsoap inq2 service method-encoding: find_USCORErelatedBusinesses literal //gsoap inq2 service method-action: find_USCORErelatedBusinesses find_relatedBusinesses //gsoap inq2 service method-fault: find_USCORErelatedBusinesses _dispositionReport int __inq2__find_USCORErelatedBusinesses( uddi2__find_USCORErelatedBusinesses* uddi2__find_USCORErelatedBusinesses_, uddi2__relatedBusinessesList* uddi2__relatedBusinessesList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREservice * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREservice" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREservice* uddi2__find_USCOREservice_, // response parameters: uddi2__serviceList* uddi2__serviceList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREservice document //gsoap inq2 service method-encoding: find_USCOREservice literal //gsoap inq2 service method-action: find_USCOREservice find_service //gsoap inq2 service method-fault: find_USCOREservice _dispositionReport int __inq2__find_USCOREservice( uddi2__find_USCOREservice* uddi2__find_USCOREservice_, uddi2__serviceList* uddi2__serviceList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREtModel * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREtModel" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREtModel* uddi2__find_USCOREtModel_, // response parameters: uddi2__tModelList* uddi2__tModelList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREtModel document //gsoap inq2 service method-encoding: find_USCOREtModel literal //gsoap inq2 service method-action: find_USCOREtModel find_tModel //gsoap inq2 service method-fault: find_USCOREtModel _dispositionReport int __inq2__find_USCOREtModel( uddi2__find_USCOREtModel* uddi2__find_USCOREtModel_, uddi2__tModelList* uddi2__tModelList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbindingDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbindingDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_bindingDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbindingDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbindingDetail* uddi2__get_USCOREbindingDetail_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbindingDetail document //gsoap inq2 service method-encoding: get_USCOREbindingDetail literal //gsoap inq2 service method-action: get_USCOREbindingDetail get_bindingDetail //gsoap inq2 service method-fault: get_USCOREbindingDetail _dispositionReport int __inq2__get_USCOREbindingDetail( uddi2__get_USCOREbindingDetail* uddi2__get_USCOREbindingDetail_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbusinessDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbusinessDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_businessDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbusinessDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbusinessDetail* uddi2__get_USCOREbusinessDetail_, // response parameters: uddi2__businessDetail* uddi2__businessDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbusinessDetail document //gsoap inq2 service method-encoding: get_USCOREbusinessDetail literal //gsoap inq2 service method-action: get_USCOREbusinessDetail get_businessDetail //gsoap inq2 service method-fault: get_USCOREbusinessDetail _dispositionReport int __inq2__get_USCOREbusinessDetail( uddi2__get_USCOREbusinessDetail* uddi2__get_USCOREbusinessDetail_, uddi2__businessDetail* uddi2__businessDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbusinessDetailExt * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbusinessDetailExt" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_businessDetailExt" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbusinessDetailExt(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbusinessDetailExt* uddi2__get_USCOREbusinessDetailExt_, // response parameters: uddi2__businessDetailExt* uddi2__businessDetailExt_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbusinessDetailExt document //gsoap inq2 service method-encoding: get_USCOREbusinessDetailExt literal //gsoap inq2 service method-action: get_USCOREbusinessDetailExt get_businessDetailExt //gsoap inq2 service method-fault: get_USCOREbusinessDetailExt _dispositionReport int __inq2__get_USCOREbusinessDetailExt( uddi2__get_USCOREbusinessDetailExt* uddi2__get_USCOREbusinessDetailExt_, uddi2__businessDetailExt* uddi2__businessDetailExt_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREserviceDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREserviceDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_serviceDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREserviceDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREserviceDetail* uddi2__get_USCOREserviceDetail_, // response parameters: uddi2__serviceDetail* uddi2__serviceDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREserviceDetail document //gsoap inq2 service method-encoding: get_USCOREserviceDetail literal //gsoap inq2 service method-action: get_USCOREserviceDetail get_serviceDetail //gsoap inq2 service method-fault: get_USCOREserviceDetail _dispositionReport int __inq2__get_USCOREserviceDetail( uddi2__get_USCOREserviceDetail* uddi2__get_USCOREserviceDetail_, uddi2__serviceDetail* uddi2__serviceDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREtModelDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREtModelDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_tModelDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREtModelDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREtModelDetail* uddi2__get_USCOREtModelDetail_, // response parameters: uddi2__tModelDetail* uddi2__tModelDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREtModelDetail document //gsoap inq2 service method-encoding: get_USCOREtModelDetail literal //gsoap inq2 service method-action: get_USCOREtModelDetail get_tModelDetail //gsoap inq2 service method-fault: get_USCOREtModelDetail _dispositionReport int __inq2__get_USCOREtModelDetail( uddi2__get_USCOREtModelDetail* uddi2__get_USCOREtModelDetail_, uddi2__tModelDetail* uddi2__tModelDetail_ ///< response parameter ); /******************************************************************************\ * * * PublishSoap * * * \******************************************************************************/ /******************************************************************************\ * * * __pub2__add_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__add_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="add_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__add_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__add_USCOREpublisherAssertions* uddi2__add_USCOREpublisherAssertions_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: add_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: add_USCOREpublisherAssertions literal //gsoap pub2 service method-action: add_USCOREpublisherAssertions add_publisherAssertions //gsoap pub2 service method-fault: add_USCOREpublisherAssertions _dispositionReport int __pub2__add_USCOREpublisherAssertions( uddi2__add_USCOREpublisherAssertions* uddi2__add_USCOREpublisherAssertions_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREbinding * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREbinding" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREbinding* uddi2__delete_USCOREbinding_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREbinding document //gsoap pub2 service method-encoding: delete_USCOREbinding literal //gsoap pub2 service method-action: delete_USCOREbinding delete_binding //gsoap pub2 service method-fault: delete_USCOREbinding _dispositionReport int __pub2__delete_USCOREbinding( uddi2__delete_USCOREbinding* uddi2__delete_USCOREbinding_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREbusiness * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREbusiness" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREbusiness* uddi2__delete_USCOREbusiness_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREbusiness document //gsoap pub2 service method-encoding: delete_USCOREbusiness literal //gsoap pub2 service method-action: delete_USCOREbusiness delete_business //gsoap pub2 service method-fault: delete_USCOREbusiness _dispositionReport int __pub2__delete_USCOREbusiness( uddi2__delete_USCOREbusiness* uddi2__delete_USCOREbusiness_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREpublisherAssertions* uddi2__delete_USCOREpublisherAssertions_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: delete_USCOREpublisherAssertions literal //gsoap pub2 service method-action: delete_USCOREpublisherAssertions delete_publisherAssertions //gsoap pub2 service method-fault: delete_USCOREpublisherAssertions _dispositionReport int __pub2__delete_USCOREpublisherAssertions( uddi2__delete_USCOREpublisherAssertions* uddi2__delete_USCOREpublisherAssertions_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREservice * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREservice" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREservice* uddi2__delete_USCOREservice_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREservice document //gsoap pub2 service method-encoding: delete_USCOREservice literal //gsoap pub2 service method-action: delete_USCOREservice delete_service //gsoap pub2 service method-fault: delete_USCOREservice _dispositionReport int __pub2__delete_USCOREservice( uddi2__delete_USCOREservice* uddi2__delete_USCOREservice_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREtModel * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREtModel" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREtModel* uddi2__delete_USCOREtModel_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREtModel document //gsoap pub2 service method-encoding: delete_USCOREtModel literal //gsoap pub2 service method-action: delete_USCOREtModel delete_tModel //gsoap pub2 service method-fault: delete_USCOREtModel _dispositionReport int __pub2__delete_USCOREtModel( uddi2__delete_USCOREtModel* uddi2__delete_USCOREtModel_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__discard_USCOREauthToken * * * \******************************************************************************/ /// Operation "__pub2__discard_USCOREauthToken" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="discard_authToken" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__discard_USCOREauthToken(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__discard_USCOREauthToken* uddi2__discard_USCOREauthToken_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: discard_USCOREauthToken document //gsoap pub2 service method-encoding: discard_USCOREauthToken literal //gsoap pub2 service method-action: discard_USCOREauthToken discard_authToken //gsoap pub2 service method-fault: discard_USCOREauthToken _dispositionReport int __pub2__discard_USCOREauthToken( uddi2__discard_USCOREauthToken* uddi2__discard_USCOREauthToken_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREassertionStatusReport * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREassertionStatusReport" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_assertionStatusReport" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREassertionStatusReport(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREassertionStatusReport* uddi2__get_USCOREassertionStatusReport_, // response parameters: uddi2__assertionStatusReport* uddi2__assertionStatusReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREassertionStatusReport document //gsoap pub2 service method-encoding: get_USCOREassertionStatusReport literal //gsoap pub2 service method-action: get_USCOREassertionStatusReport get_assertionStatusReport //gsoap pub2 service method-fault: get_USCOREassertionStatusReport _dispositionReport int __pub2__get_USCOREassertionStatusReport( uddi2__get_USCOREassertionStatusReport* uddi2__get_USCOREassertionStatusReport_, uddi2__assertionStatusReport* uddi2__assertionStatusReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREauthToken * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREauthToken" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_authToken" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREauthToken(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREauthToken* uddi2__get_USCOREauthToken_, // response parameters: uddi2__authToken* uddi2__authToken_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREauthToken document //gsoap pub2 service method-encoding: get_USCOREauthToken literal //gsoap pub2 service method-action: get_USCOREauthToken get_authToken //gsoap pub2 service method-fault: get_USCOREauthToken _dispositionReport int __pub2__get_USCOREauthToken( uddi2__get_USCOREauthToken* uddi2__get_USCOREauthToken_, uddi2__authToken* uddi2__authToken_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREpublisherAssertions* uddi2__get_USCOREpublisherAssertions_, // response parameters: uddi2__publisherAssertions* uddi2__publisherAssertions_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: get_USCOREpublisherAssertions literal //gsoap pub2 service method-action: get_USCOREpublisherAssertions get_publisherAssertions //gsoap pub2 service method-fault: get_USCOREpublisherAssertions _dispositionReport int __pub2__get_USCOREpublisherAssertions( uddi2__get_USCOREpublisherAssertions* uddi2__get_USCOREpublisherAssertions_, uddi2__publisherAssertions* uddi2__publisherAssertions_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREregisteredInfo * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREregisteredInfo" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_registeredInfo" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREregisteredInfo(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREregisteredInfo* uddi2__get_USCOREregisteredInfo_, // response parameters: uddi2__registeredInfo* uddi2__registeredInfo_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREregisteredInfo document //gsoap pub2 service method-encoding: get_USCOREregisteredInfo literal //gsoap pub2 service method-action: get_USCOREregisteredInfo get_registeredInfo //gsoap pub2 service method-fault: get_USCOREregisteredInfo _dispositionReport int __pub2__get_USCOREregisteredInfo( uddi2__get_USCOREregisteredInfo* uddi2__get_USCOREregisteredInfo_, uddi2__registeredInfo* uddi2__registeredInfo_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREbinding * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREbinding" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREbinding* uddi2__save_USCOREbinding_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREbinding document //gsoap pub2 service method-encoding: save_USCOREbinding literal //gsoap pub2 service method-action: save_USCOREbinding save_binding //gsoap pub2 service method-fault: save_USCOREbinding _dispositionReport int __pub2__save_USCOREbinding( uddi2__save_USCOREbinding* uddi2__save_USCOREbinding_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREbusiness * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREbusiness" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREbusiness* uddi2__save_USCOREbusiness_, // response parameters: uddi2__businessDetail* uddi2__businessDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREbusiness document //gsoap pub2 service method-encoding: save_USCOREbusiness literal //gsoap pub2 service method-action: save_USCOREbusiness save_business //gsoap pub2 service method-fault: save_USCOREbusiness _dispositionReport int __pub2__save_USCOREbusiness( uddi2__save_USCOREbusiness* uddi2__save_USCOREbusiness_, uddi2__businessDetail* uddi2__businessDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREservice * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREservice" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREservice* uddi2__save_USCOREservice_, // response parameters: uddi2__serviceDetail* uddi2__serviceDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREservice document //gsoap pub2 service method-encoding: save_USCOREservice literal //gsoap pub2 service method-action: save_USCOREservice save_service //gsoap pub2 service method-fault: save_USCOREservice _dispositionReport int __pub2__save_USCOREservice( uddi2__save_USCOREservice* uddi2__save_USCOREservice_, uddi2__serviceDetail* uddi2__serviceDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREtModel * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREtModel" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREtModel* uddi2__save_USCOREtModel_, // response parameters: uddi2__tModelDetail* uddi2__tModelDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREtModel document //gsoap pub2 service method-encoding: save_USCOREtModel literal //gsoap pub2 service method-action: save_USCOREtModel save_tModel //gsoap pub2 service method-fault: save_USCOREtModel _dispositionReport int __pub2__save_USCOREtModel( uddi2__save_USCOREtModel* uddi2__save_USCOREtModel_, uddi2__tModelDetail* uddi2__tModelDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__set_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__set_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="set_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__set_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__set_USCOREpublisherAssertions* uddi2__set_USCOREpublisherAssertions_, // response parameters: uddi2__publisherAssertions* uddi2__publisherAssertions_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: set_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: set_USCOREpublisherAssertions literal //gsoap pub2 service method-action: set_USCOREpublisherAssertions set_publisherAssertions //gsoap pub2 service method-fault: set_USCOREpublisherAssertions _dispositionReport int __pub2__set_USCOREpublisherAssertions( uddi2__set_USCOREpublisherAssertions* uddi2__set_USCOREpublisherAssertions_, uddi2__publisherAssertions* uddi2__publisherAssertions_ ///< response parameter ); /* End of uddi_v2.h */ gsoap-2.8.28/gsoap/uddi2/uddi2-typemap.dat0000644000175000017500000016654612653650160017610 0ustar ellertellert# uddi2map.dat # # gSOAP type map bindings for UDDI v2 to run the gSOAP WSDL tool 'wsdl2h' # # Includes full documentation and examples of the gSOAP UDDI v2 API [ /** @mainpage gSOAP UDDI v2 Universal Description, Discovery and Integration, or UDDI, is the name of a group of web-based registries that expose information about a business or other entity and its technical interfaces. See the UDDI v2 specification @url http://uddi.org/pubs/ProgrammersAPI_v2.htm for more details. @section UDDI2_CLASSES Classes See Related Pages for examples. UDDI Inquire classes - @ref uddi2__find_USCOREbinding - @ref uddi2__find_USCOREbusiness - @ref uddi2__find_USCORErelatedBusinesses - @ref uddi2__find_USCOREservice - @ref uddi2__find_USCOREtModel - @ref uddi2__get_USCOREbindingDetail - @ref uddi2__get_USCOREbusinessDetail - @ref uddi2__get_USCOREbusinessDetailExt - @ref uddi2__get_USCOREserviceDetail - @ref uddi2__get_USCOREtModelDetail UDDI Publish classes - @ref uddi2__add_USCOREpublisherAssertions - @ref uddi2__delete_USCOREbinding - @ref uddi2__delete_USCOREbusiness - @ref uddi2__delete_USCOREservice - @ref uddi2__delete_USCOREtModel - @ref uddi2__delete_USCOREpublisherAssertions - @ref uddi2__discard_USCOREauthToken - @ref uddi2__get_USCOREassertionStatusReport - @ref uddi2__get_USCOREauthToken - @ref uddi2__get_USCOREpublisherAssertions - @ref uddi2__get_USCOREregisteredInfo - @ref uddi2__save_USCOREbinding - @ref uddi2__save_USCOREbusiness - @ref uddi2__save_USCOREservice - @ref uddi2__save_USCOREtModel - @ref uddi2__set_USCOREpublisherAssertions @section UDDI2_BINDINGS Binding Reference - @ref InquireSoap - @ref PublishSoap */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbinding @brief Represents a request to locate bindings that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137712 */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbinding class. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the find_USCOREbinding class using the specified tModel key. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREbinding class using the specified tModel keys. */ /** @fn uddi2__bindingDetail* uddi2__find_USCOREbinding::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to find binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbusiness @brief Represents a request to locate businesses that meet specific requirements. When the send method is called, the instance returns a uddi2__businessList object that contains a list of business that matched the search criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137713 See also @ref example2. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified name of the requested business. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified category references. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified tModel keys. */ /** @fn uddi2__businessList *uddi2__find_USCOREbusiness::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessList object or NULL on error Send a request to a UDDI server to find a list of businesses. See also @ref example2. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_relatedBusinesses // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCORErelatedBusinesses @brief Represents a request to locate businesses that are related to a specific business. When the send method is called, the instance returns a uddi2__relatedBusinessList object that contains a list of business that matched the relationship set. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137714 */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCORErelatedBusiness class. */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the find_USCORErelatedBusiness class using the specified business key. */ /** @fn uddi2__relatedBusinessesList *uddi2__find_USCORErelatedBusinesses::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__relatedBusinessList object or NULL on error Send a request to a UDDI server to find a list of related businesses. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREservice @brief Represents a request to locate services that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137715 See also @ref example1. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREservice class. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the service Creates an instance of the find_USCOREservice class using the specified name. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREservice class using the specified category keys. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREservice class using the specified tModel keys. */ /** @fn uddi2__serviceList* uddi2__find_USCOREservice::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceList object or NULL on error Send a request to a UDDI server to find a list of services. See also @ref example1. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREtModel @brief Represents a request to locate a list of tModel entries that match a set of specific criteria. The result of a search is a uddi2__tModelList object that contains information about registered tModel data that matches the criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137716 */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREtModel class. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the tModel Creates an instance of the find_USCOREtModel class using the specified tModel name. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREtModel class using the specified category keys. */ /** @fn uddi2__tModelList* uddi2__find_USCOREtModel::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelList object or NULL on error Send a request to a UDDI server to find a tModelList. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_bindingDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbindingDetail @brief Represents a request to get binding details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137717 */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbindingDetail class. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey string Creates an instance of the get_USCOREbindingDetail class using the specified binding key. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of key strings Creates an instance of the get_USCOREbindingDetail class using the specified collection of binding keys. */ /** @fn uddi2__bindingDetail* uddi2__get_USCOREbindingDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to get the binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetail @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137718 */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetail class. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetail class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetail class using the specified collection of business keys. */ /** @fn uddi2__businessDetail* uddi2__get_USCOREbusinessDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetailExt // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetailExt @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137719 */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetailExt class. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetailExt class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetailExt class using the specified collection of business keys. */ /** @fn uddi2__businessDetailExt* uddi2__get_USCOREbusinessDetailExt::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetailExt object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_serviceDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREserviceDetail @brief Represents a request to get service details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137720 */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREserviceDetail class. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey string Creates an instance of the get_USCOREserviceDetail class using the specified service key. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of key strings Creates an instance of the get_USCOREserviceDetail class using the specified collection of service keys. */ /** @fn uddi2__serviceDetail* uddi2__get_USCOREserviceDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to get the service details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_tModelDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREtModelDetail @brief Represents a request to get tModel details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137721 */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREtModelDetail class. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the get_USCOREtModelDetail class using the specified tModel key. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of key strings Creates an instance of the get_USCOREtModelDetail class using the specified collection of tModel keys. */ /** @fn uddi2__tModelDetail* uddi2__get_USCOREtModelDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to get the tModel details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:add_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__add_USCOREpublisherAssertions @brief Represents a request to add one or more publisher assertions to the assertion collection for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137731 */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the add_USCOREpublisherAssertions class. */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the add_USCOREpublisherAssertions class using the specified publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__add_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI server to add one or more publisher assertions to the assertion collection for an individual publisher. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbinding @brief Represents a request to delete a binding that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137732 */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap) @brief Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey a binding key string Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of binding keys Creates an instance of the delete_USCOREbinding class using the specified binding keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a binding that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbusiness @brief Represents a request to delete a business that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137733 */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREbusiness class. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey a business key string Creates an instance of the delete_USCOREbusiness class using the specified business key. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of business keys Creates an instance of the delete_USCOREbusiness class using the specified business keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a business that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREservice @brief Represents a request to delete a service that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137735 */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREservice class. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey a service key string Creates an instance of the delete_USCOREservice class using the specified service key. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of service keys Creates an instance of the delete_USCOREservice class using the specified service keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a service that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREtModel @brief Represents a request to delete a tModel that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137736 */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREtModel class. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey a tModel key string Creates an instance of the delete_USCOREtModel class using the specified tModel key. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel keys Creates an instance of the delete_USCOREtModel class using the specified tModel keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a tModel that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREpublisherAssertions @brief Represents a request to delete publisher assertions meeting the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137734 */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREpublisherAssertions class. */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions a collection of publisher assertions Creates an instance of the delete_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete publisher assertions meeting the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:discard_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__discard_USCOREauthToken @brief Represents a request to discard an authorization token obtained with the get_USCOREauthToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137737 */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREauthToken class. */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap, const char *authInfo) @brief @param[in] soap gSOAP context @param[in] authInfo authorization token provided by the UDDI server Creates an instance of the delete_USCOREauthToken class using the specified authentication token string. */ /** @fn uddi2__dispositionReport *uddi2__discard_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to discard an authentication token. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_assertionStatusReport // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREassertionStatusReport @brief Provides the ability to determine the status of current and outstanding publisher assertions. The results can be restricted by setting the completionStatus property. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137738 */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREassertionStatusReport class. */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap, const char *completionStatus) @brief @param[in] soap gSOAP context @param[in] completionStatus completion status string Creates an instance of the get_USCOREassertionStatusReport class using the specified completion status. */ /** @fn uddi2__assertionStatusReport *uddi2__get_USCOREassertionStatusReport::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__assertionStatusReport object or NULL on error Send a request to a UDDI service to get the status of current and outstanding publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREauthToken @brief Represents a request to obtain an authorization token, which is represented by the uddi2__authToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137739 */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREauthToken class. */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap, const char *userid, const char *passwd) @brief @param[in] soap gSOAP context @param[in] userid the user ID string @param[in] passwd the password string Creates an instance of the get_USCOREauthToken class using the specified user ID and password. */ /** @fn uddi2__authToken *uddi2__get_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__authToken object or NULL on error Send a request to a UDDI service to get a authorization token given a user ID and password. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREpublisherAssertions @brief Represents a request to obtain the full set of publisher assertions that are associated with an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137740 */ /** @fn uddi2__get_USCOREpublisherAssertions::uddi2__get_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREpublisherAssetions class. */ /** @fn uddi2__publisherAssertions *uddi2__get_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI service to get publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_registeredInfo // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREregisteredInfo @brief Represents a request to get all registered business entities and tModels controlled by an individual. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137741 */ /** @fn uddi2__get_USCOREregisteredInfo::uddi2__get_USCOREregisteredInfo(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREregisteredInfo class. */ /** @fn uddi2__registeredInfo *uddi2__get_USCOREregisteredInfo::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__registeredInfo object or NULL on error Send a request to a UDDI service to get all registered business entities and tModels controlled by an individual. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbinding @brief Represents a request to post binding information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137742 */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbinding class. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, uddi2__bindingTemplate &bindingTemplate) @brief @param[in] soap gSOAP context @param[in] bindingTemplate binding template Creates an instance of the save_USCOREbinding class using the specified binding template. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, std::vector bindingTemplates) @brief @param[in] soap gSOAP context @param[in] bindingTemplates collection of binding templates Creates an instance of the save_USCOREbinding class using the specified binding templates. */ /** @fn uddi2__bindingDetail *uddi2__save_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to post binding information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbusiness @brief Represents a request to post business information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137743 */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbusiness class. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, uddi2__businessEntity &businessEntity) @brief @param[in] soap gSOAP context @param[in] businessEntity business entity Creates an instance of the save_USCOREbusiness class using the specified business entity. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, std::vector businessEntities) @brief @param[in] soap gSOAP context @param[in] businessEntities collection of business entities Creates an instance of the save_USCOREbusiness class using the specified business entities. */ /** @fn uddi2__businessDetail *uddi2__save_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to post business information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREservice @brief Represents a request to post service information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137744 */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREservice class. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, uddi2__businessService &businessService) @brief @param[in] soap gSOAP context @param[in] businessService business service Creates an instance of the save_USCOREservice class using the specified service. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, std::vector businessServices) @brief @param[in] soap gSOAP context @param[in] businessServices collection of business services Creates an instance of the save_USCOREservice class using the specified services. */ /** @fn uddi2__serviceDetail *uddi2__save_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to post service information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREtModel @brief Represents a request to post tModel information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137745 */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREtModel class. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, uddi2__tModel &tModel) @brief @param[in] soap gSOAP context @param[in] tModel a tModel Creates an instance of the save_USCOREtModel class using the specified tModel. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, std::vector tModels) @brief @param[in] soap gSOAP context @param[in] tModels collection of tModels Creates an instance of the save_USCOREtModel class using the specified tModels. */ /** @fn uddi2__tModelDetail *uddi2__save_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:set_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__set_USCOREpublisherAssertions @brief Represents a request to modify the existing publisher assertions for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137746 */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the set_USCOREpublisherAssertions class. */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the set_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__publisherAssertions *uddi2__set_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // Code Examples // //////////////////////////////////////////////////////////////////////////////// /** @page example1 Code Example 1: Finding a service This example shows you how to find Web services. In this case, the example finds Web services with names that begin with the word "magic". @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "magic"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREservice fs(soap, search_string); // Send the request uddi2__serviceList *sl = fs.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!sl) soap_print_fault(soap, stderr); // If OK, report the service name(s) and unique identification keys else if (sl->serviceInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator si = sl->serviceInfos->serviceInfo.begin(); si != sl->serviceInfos->serviceInfo.end(); ++si) { // Report serviceKey and businessKey std::cout << "serviceKey=" << (*si)->serviceKey << std::endl << "businessKey=" << (*si)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*si)->name.begin(); n != (*si)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example1 example1.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example2 Code Example 2: Finding a business This example shows you how to find a business from a UDDI server. @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "xmethods"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREbusiness fb(soap, search_string); // Send the request uddi2__businessList *bl = fb.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!bl) soap_print_fault(soap, stderr); // If OK, report the business name(s) and unique identification keys else if (bl->businessInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator bi = bl->businessInfos->businessInfo.begin(); bi != bl->businessInfos->businessInfo.end(); ++bi) { // Report businessKey std::cout << "businessKey=" << (*bi)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*bi)->name.begin(); n != (*bi)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example2 example2.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example3 Code Example 3: Publishing a WSDL and service on XMethods This example shows you how to publish a Web service. In this case, the example template code obtains an authorization token, saves the tModel with the WSDL URL in the server, and saves the business service information in the server. @code #include "pubH.h" const char *server = "https://uddi.xmethods.net/publish"; const char *userid = "..."; // user ID to access UDDI server const char *passwd = "..."; // password to access UDDI server int main(int argc, char **argv) { // Create a gSOAP context struct soap *soap = soap_new(); // Setup SSL context (optional) to verify server's credentials if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, "cacerts.pem", NULL, NULL)) { soap_print_fault(soap, stderr); exit(1); } // Step 1: Get an authorization token from the UDDI server uddi2__get_USCOREauthToken get_authToken(soap, userid, passwd); uddi2__authToken *authToken = get_authToken.send(server); // Check if authorized if (!authToken) { soap_print_fault(soap, stderr); exit(1); } // Authorization info provided by server for this session char *authInfo = authToken->authInfo; // Step 2: Create a tModel for the WSDL to be published uddi2__tModel tModel; tModel.soap_default(soap); // Create the tModel and service name tModel.name = soap_new_uddi2__name(soap, -1); tModel.name->__item = "..."; tModel.name->xml__lang_ = "en"; // Create XMethods description elements (see http://www.xmethods.net/ve2/UDDI.po) uddi2__description *description = soap_new_uddi2__description(soap, 6); description[0].__item = "SHORT DESCRIPTION: ..."; description[0].xml__lang_ = "en"; description[1].__item = "SHORT DESCRIPTION: ..."; description[1].xml__lang_ = "en"; description[2].__item = "USAGE NOTES: ..."; description[2].xml__lang_ = "en"; description[3].__item = "HOMEPAGE URL: ..."; description[3].xml__lang_ = "en"; description[4].__item = "CONTACT EMAIL: ..."; description[4].xml__lang_ = "en"; description[5].__item = "IMPLEMENTATION: ..."; description[5].xml__lang_ = "en"; // Add the four description elements to the tModel tModel.description.push_back(description + 0); tModel.description.push_back(description + 1); tModel.description.push_back(description + 2); tModel.description.push_back(description + 4); // Add an overviewDoc element with description and overviewURL tModel.overviewDoc = soap_new_uddi2__overviewDoc(soap, -1); tModel.overviewDoc->soap_default(soap); tModel.overviewDoc->description.push_back(soap_new_uddi2__description(soap, -1)); tModel.overviewDoc->description[0]->__item = "WSDL source document"; tModel.overviewDoc->description[0]->xml__lang_ = "en"; tModel.overviewDoc->overviewURL = "http://.../my.wsdl#bindingName"; // Omit identifier bag tModel.identifierBag = NULL; // Add a category with a WSDL-specific keyedReference tModel.categoryBag = soap_new_uddi2__categoryBag(soap, -1); tModel.categoryBag->soap_default(soap); tModel.categoryBag->keyedReference.push_back(soap_new_uddi2__keyedReference(soap, -1)); tModel.categoryBag->keyedReference[0]->tModelKey = "..."; tModel.categoryBag->keyedReference[0]->keyName = "uddi-org:types"; tModel.categoryBag->keyedReference[0]->keyValue = "wsdlSpec"; tModel.authorizedName = "..."; tModel.operator_ = "..."; tModel.tModelKey = "..."; // Save the tModel uddi2__save_USCOREtModel save_tModel(soap, tModel); uddi2__tModelDetail *tModelDetail = save_tModel.send(server, authInfo); // Step 3: Create a new service to be published uddi2__businessService service; service.soap_default(soap); // Service name is the tModel name (XMethods) service.name.push_back(tModel.name); // Add two description elements to the service service.description.push_back(description + 4); service.description.push_back(description + 5); // Create binding template uddi2__bindingTemplate bindingTemplate; bindingTemplate.soap_default(soap); bindingTemplate.tModelInstanceDetails = soap_new_uddi2__tModelInstanceDetails(soap, -1); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo.push_back(soap_new_uddi2__tModelInstanceInfo(soap, -1)); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->instanceDetails = NULL; bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->tModelKey = tModel.tModelKey; bindingTemplate.accessPoint = soap_new_uddi2__accessPoint(soap, -1); bindingTemplate.accessPoint->__item = "..."; bindingTemplate.accessPoint->URLType = uddi2__URLType__http; bindingTemplate.hostingRedirector = NULL; bindingTemplate.serviceKey = "..."; bindingTemplate.bindingKey = "..."; // Add binding Template to service service.bindingTemplates = soap_new_uddi2__bindingTemplates(soap, -1); service.bindingTemplates->soap_default(soap); service.bindingTemplates->bindingTemplate.push_back(&bindingTemplate); service.categoryBag = NULL; service.serviceKey = "..."; service.businessKey = "..."; // Save the service uddi2__save_USCOREservice save_service(soap, service); uddi2__serviceDetail *serviceDetail = save_service.send(server, authInfo); // Step 4: Discard authorization token uddi2__discard_USCOREauthToken discard_authToken(soap, authInfo); uddi2__dispositionReport *dispositionReport = discard_authToken.send(server); // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat publish_v2.wsdl - soapcpp2 -I.. -ppub publish_v2.h - g++ -DWITH_OPENSSL -DWITH_NONAMESPACES -I.. -o example3 example3.cpp publish_v2.cpp pubC.cpp pubClient.cpp ../stdsoap2.cpp */ ] ################################################################################ # # UDDI v2 XML namespaces # ################################################################################ inq2 = "urn:uddi-org:inquiry_v2" pub2 = "urn:uddi-org:publication_v2" uddi2 = "urn:uddi-org:api_v2" ################################################################################ # # Type Definitions # ################################################################################ # Use regular C strings only: xsd__string = | char* | char* ################################################################################ # # Class/Struct Extensions # ################################################################################ # uddi2:find_binding object extended with con/de-structors and send() uddi2__find_USCOREbinding = $ uddi2__find_USCOREbinding(struct soap*); uddi2__find_USCOREbinding = $ uddi2__find_USCOREbinding(struct soap*, const char *tModelKey); uddi2__find_USCOREbinding = $ uddi2__find_USCOREbinding(struct soap*, std::vector tModelKeys); uddi2__find_USCOREbinding = $ uddi2__bindingDetail *send(const char *endpoint); # uddi2:find_business object extended with con/de-structors and send() uddi2__find_USCOREbusiness = $ uddi2__find_USCOREbusiness(struct soap*); uddi2__find_USCOREbusiness = $ uddi2__find_USCOREbusiness(struct soap*, const char *name); uddi2__find_USCOREbusiness = $ uddi2__find_USCOREbusiness(struct soap*, std::vector tModelKeys); uddi2__find_USCOREbusiness = $ uddi2__find_USCOREbusiness(struct soap*, std::vector keyedReferences); uddi2__find_USCOREbusiness = $ uddi2__businessList *send(const char *endpoint); # uddi2:find_relatedBusinesses object extended with con/de-structors and send() uddi2__find_USCORErelatedBusinesses = $ uddi2__find_USCORErelatedBusinesses(struct soap*); uddi2__find_USCORErelatedBusinesses = $ uddi2__find_USCORErelatedBusinesses(struct soap*, const char *businessKey); uddi2__find_USCORErelatedBusinesses = $ uddi2__relatedBusinessesList *send(const char *endpoint); # uddi2:find_service object extended with con/de-structors and send() uddi2__find_USCOREservice = $ uddi2__find_USCOREservice(struct soap*); uddi2__find_USCOREservice = $ uddi2__find_USCOREservice(struct soap*, const char *name); uddi2__find_USCOREservice = $ uddi2__find_USCOREservice(struct soap*, std::vector tModelKeys); uddi2__find_USCOREservice = $ uddi2__find_USCOREservice(struct soap*, std::vector keyedReferences); uddi2__find_USCOREservice = $ uddi2__serviceList* send(const char *endpoint); # uddi2:find_tModel object extended with con/de-structors and send() uddi2__find_USCOREtModel = $ uddi2__find_USCOREtModel(struct soap*); uddi2__find_USCOREtModel = $ uddi2__find_USCOREtModel(struct soap*, const char *name); uddi2__find_USCOREtModel = $ uddi2__find_USCOREtModel(struct soap*, std::vector keyedReferences); uddi2__find_USCOREtModel = $ uddi2__tModelList* send(const char *endpoint); # uddi2:get_bindingDetail object extended with con/de-structors and send() uddi2__get_USCOREbindingDetail = $ uddi2__get_USCOREbindingDetail(struct soap*); uddi2__get_USCOREbindingDetail = $ uddi2__get_USCOREbindingDetail(struct soap*, const char *bindingKey); uddi2__get_USCOREbindingDetail = $ uddi2__get_USCOREbindingDetail(struct soap*, std::vector bindingKeys); uddi2__get_USCOREbindingDetail = $ uddi2__bindingDetail* send(const char *endpoint); # uddi2:get_businessDetail object extended with con/de-structors and send() uddi2__get_USCOREbusinessDetail = $ uddi2__get_USCOREbusinessDetail(struct soap*); uddi2__get_USCOREbusinessDetail = $ uddi2__get_USCOREbusinessDetail(struct soap*, const char *businessKey); uddi2__get_USCOREbusinessDetail = $ uddi2__get_USCOREbusinessDetail(struct soap*, std::vector businessKeys); uddi2__get_USCOREbusinessDetail = $ uddi2__businessDetail* send(const char *endpoint); # uddi2:get_businessDetailExt object extended with con/de-structors and send() uddi2__get_USCOREbusinessDetailExt = $ uddi2__get_USCOREbusinessDetailExt(struct soap*); uddi2__get_USCOREbusinessDetailExt = $ uddi2__get_USCOREbusinessDetailExt(struct soap*, const char *businessKey); uddi2__get_USCOREbusinessDetailExt = $ uddi2__get_USCOREbusinessDetailExt(struct soap*, std::vector businessKeys); uddi2__get_USCOREbusinessDetailExt = $ uddi2__businessDetailExt* send(const char *endpoint); # uddi2:get_serviceDetail object extended with con/de-structors and send() uddi2__get_USCOREserviceDetail = $ uddi2__get_USCOREserviceDetail(struct soap*); uddi2__get_USCOREserviceDetail = $ uddi2__get_USCOREserviceDetail(struct soap*, const char *serviceKey); uddi2__get_USCOREserviceDetail = $ uddi2__get_USCOREserviceDetail(struct soap*, std::vector serviceKeys); uddi2__get_USCOREserviceDetail = $ uddi2__serviceDetail* send(const char *endpoint); # uddi2:get_tModelDetail object extended with con/de-structors and send() uddi2__get_USCOREtModelDetail = $ uddi2__get_USCOREtModelDetail(struct soap*); uddi2__get_USCOREtModelDetail = $ uddi2__get_USCOREtModelDetail(struct soap*, const char *tModelKey); uddi2__get_USCOREtModelDetail = $ uddi2__get_USCOREtModelDetail(struct soap*, std::vector tModelKeys); uddi2__get_USCOREtModelDetail = $ uddi2__tModelDetail* send(const char *endpoint); # uddi2:add_publisherAssertions object extended with con/de-structors and send() uddi2__add_USCOREpublisherAssertions = $ uddi2__add_USCOREpublisherAssertions(struct soap*); uddi2__add_USCOREpublisherAssertions = $ uddi2__add_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); uddi2__add_USCOREpublisherAssertions = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:delete_binding object extended with con/de-structors and send() uddi2__delete_USCOREbinding = $ uddi2__delete_USCOREbinding(struct soap*); uddi2__delete_USCOREbinding = $ uddi2__delete_USCOREbinding(struct soap*, const char *bindingKey); uddi2__delete_USCOREbinding = $ uddi2__delete_USCOREbinding(struct soap*, std::vector bindingKeys); uddi2__delete_USCOREbinding = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:delete_business object extended with con/de-structors and send() uddi2__delete_USCOREbusiness = $ uddi2__delete_USCOREbusiness(struct soap*); uddi2__delete_USCOREbusiness = $ uddi2__delete_USCOREbusiness(struct soap*, const char *businessKey); uddi2__delete_USCOREbusiness = $ uddi2__delete_USCOREbusiness(struct soap*, std::vector businessKeys); uddi2__delete_USCOREbusiness = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:delete_service object extended with con/de-structors and send() uddi2__delete_USCOREservice = $ uddi2__delete_USCOREservice(struct soap*); uddi2__delete_USCOREservice = $ uddi2__delete_USCOREservice(struct soap*, const char *serviceKey); uddi2__delete_USCOREservice = $ uddi2__delete_USCOREservice(struct soap*, std::vector serviceKeys); uddi2__delete_USCOREservice = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:delete_tModel object extended with con/de-structors and send() uddi2__delete_USCOREtModel = $ uddi2__delete_USCOREtModel(struct soap*); uddi2__delete_USCOREtModel = $ uddi2__delete_USCOREtModel(struct soap*, const char *tModelKey); uddi2__delete_USCOREtModel = $ uddi2__delete_USCOREtModel(struct soap*, std::vector tModelKeys); uddi2__delete_USCOREtModel = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:delete_publisherAssertions object extended with con/de-structors and send() uddi2__delete_USCOREpublisherAssertions = $ uddi2__delete_USCOREpublisherAssertions(struct soap*); uddi2__delete_USCOREpublisherAssertions = $ uddi2__delete_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); uddi2__delete_USCOREpublisherAssertions = $ uddi2__dispositionReport* send(const char *endpoint, char *authInfo); # uddi2:discard_authToken object extended with con/de-structors and send() uddi2__discard_USCOREauthToken = $ uddi2__discard_USCOREauthToken(struct soap*); uddi2__discard_USCOREauthToken = $ uddi2__discard_USCOREauthToken(struct soap*, const char *authInfo); uddi2__discard_USCOREauthToken = $ uddi2__dispositionReport* send(const char *endpoint); # uddi2:get_assertionStatusReport object extended with con/de-structors and send() uddi2__get_USCOREassertionStatusReport = $ uddi2__get_USCOREassertionStatusReport(struct soap*); uddi2__get_USCOREassertionStatusReport = $ uddi2__get_USCOREassertionStatusReport(struct soap*, const char *completionStatus); uddi2__get_USCOREassertionStatusReport = $ uddi2__assertionStatusReport* send(const char *endpoint, char *authInfo); # uddi2:get_authToken object extended with con/de-structors and send() uddi2__get_USCOREauthToken = $ uddi2__get_USCOREauthToken(struct soap*); uddi2__get_USCOREauthToken = $ uddi2__get_USCOREauthToken(struct soap*, const char *userid, const char *passwd); uddi2__get_USCOREauthToken = $ uddi2__authToken* send(const char *endpoint); # uddi2:get_publisherAssertions object extended with con/de-structors and send() uddi2__get_USCOREpublisherAssertions = $ uddi2__get_USCOREpublisherAssertions(struct soap*); uddi2__get_USCOREpublisherAssertions = $ uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); # uddi2:get_registeredInfo object extended with con/de-structors and send() uddi2__get_USCOREregisteredInfo = $ uddi2__get_USCOREregisteredInfo(struct soap*); uddi2__get_USCOREregisteredInfo = $ uddi2__registeredInfo* send(const char *endpoint, char *authInfo); # uddi2:save_binding object extended with con/de-structors and send() uddi2__save_USCOREbinding = $ uddi2__save_USCOREbinding(struct soap*); uddi2__save_USCOREbinding = $ uddi2__save_USCOREbinding(struct soap*, uddi2__bindingTemplate &bindingTemplate); uddi2__save_USCOREbinding = $ uddi2__save_USCOREbinding(struct soap*, std::vector bindingTemplates); uddi2__save_USCOREbinding = $ uddi2__bindingDetail* send(const char *endpoint, char *authInfo); # uddi2:save_business object extended with con/de-structors and send() uddi2__save_USCOREbusiness = $ uddi2__save_USCOREbusiness(struct soap*); uddi2__save_USCOREbusiness = $ uddi2__save_USCOREbusiness(struct soap*, uddi2__businessEntity &businessEntity); uddi2__save_USCOREbusiness = $ uddi2__save_USCOREbusiness(struct soap*, std::vector businessEntities); uddi2__save_USCOREbusiness = $ uddi2__businessDetail* send(const char *endpoint, char *authInfo); # uddi2:save_service object extended with con/de-structors and send() uddi2__save_USCOREservice = $ uddi2__save_USCOREservice(struct soap*); uddi2__save_USCOREservice = $ uddi2__save_USCOREservice(struct soap*, uddi2__businessService &businessService); uddi2__save_USCOREservice = $ uddi2__save_USCOREservice(struct soap*, std::vector businessServices); uddi2__save_USCOREservice = $ uddi2__serviceDetail* send(const char *endpoint, char *authInfo); # uddi2:save_tModel object extended with con/de-structors and send() uddi2__save_USCOREtModel = $ uddi2__save_USCOREtModel(struct soap*); uddi2__save_USCOREtModel = $ uddi2__save_USCOREtModel(struct soap*, uddi2__tModel &tModel); uddi2__save_USCOREtModel = $ uddi2__save_USCOREtModel(struct soap*, std::vector tModels); uddi2__save_USCOREtModel = $ uddi2__tModelDetail* send(const char *endpoint, char *authInfo); # uddi2:set_publisherAssertions object extended with con/de-structors and send() uddi2__set_USCOREpublisherAssertions = $ uddi2__set_USCOREpublisherAssertions(struct soap*); uddi2__set_USCOREpublisherAssertions = $ uddi2__set_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); uddi2__set_USCOREpublisherAssertions = $ uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); gsoap-2.8.28/gsoap/uddi2/Makefile0000644000175000017500000000402412653650160016050 0ustar ellertellert.SUFFIXES: .wsdl .xsd GSOAP=../bin/soapcpp2 WSDL2H=../bin/wsdl2h SOAPH=../stdsoap2.h SOAPC=../stdsoap2.c SOAPCPP=../stdsoap2.cpp SOAPDOMC=../dom.c SOAPDOMCPP=../dom.cpp CC=gcc CPP=g++ LIBS= COFLAGS=-O2 CWFLAGS=-Wall CIFLAGS=-I../ CMFLAGS=-DWITH_NONAMESPACES CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: example1 example2 example1: example1.cpp inqClientLib.o inquire_v2.o $(SOAPCPP) envC.o $(CPP) $(CFLAGS) -o example1 example1.cpp inqClientLib.o inquire_v2.o $(SOAPCPP) envC.o example2: example2.cpp inqClientLib.o inquire_v2.o $(SOAPCPP) envC.o $(CPP) $(CFLAGS) -o example2 example2.cpp inqClientLib.o inquire_v2.o $(SOAPCPP) envC.o example3: example3.cpp pubClientLib.o publish_v2.o $(SOAPCPP) envC.o $(CPP) $(CFLAGS) -DWITH_OPENSSL -o example3 example3.cpp pubClientLib.o publish_v2.o $(SOAPCPP) envC.o -lssl -lcrypto uddiClientLib.cpp: uddi_v2.h inquire_v2.h publish_v2.h $(GSOAP) -I.. -C -p uddi uddi_v2.h $(GSOAP) -I.. -C -p inq inquire_v2.h $(GSOAP) -I.. -C -p pub publish_v2.h inqClientLib.cpp: inquire_v2.h $(GSOAP) -I.. -C -p inq inquire_v2.h pubClientLib.cpp: publish_v2.h $(GSOAP) -I.. -C -p pub publish_v2.h envC.cpp: echo '' > env.h $(GSOAP) -I.. -CSL -p env env.h .c.o: $(CPP) $(CFLAGS) -c $< .cpp.o: $(CPP) $(CFLAGS) -c $< uddi_v2.h: inquire_v2.wsdl publish_v2.wsdl uddi_v2.xsd uddi2-typemap.dat $(WSDL2H) -tuddi2-typemap.dat -ouddi_v2.h inquire_v2.wsdl publish_v2.wsdl inquire_v2.h: inquire_v2.wsdl uddi_v2.xsd uddi2-typemap.dat $(WSDL2H) -tuddi2-typemap.dat inquire_v2.wsdl publish_v2.h: publish_v2.wsdl uddi_v2.xsd uddi2-typemap.dat $(WSDL2H) -tuddi2-typemap.dat publish_v2.wsdl .PHONY: clean distclean clean: rm -f *.o *.log *.xml *.nsmap *Stub.h inqH.h pubH.h uddiH.h *Proxy.h *Object.h inqC*.cpp inqS*.cpp pubC*.cpp pubS*.cpp uddiC*.cpp uddiS*.cpp env*.h env*.cpp distclean: rm -f *.o *.log *.xml *.nsmap *Stub.h inqH.h pubH.h uddiH.h *Proxy.h *Object.h inqC*.cpp inqS*.cpp pubC*.cpp pubS*.cpp uddiC*.cpp uddiS*.cpp env*.h env*.cpp rm -f example1 example2 example3 gsoap-2.8.28/gsoap/uddi2/example2.cpp0000644000175000017500000000530212653650160016631 0ustar ellertellert/* example2.cpp Example UDDI V2 Client -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "inqH.h" int main(int argc, char **argv) { char *search_string = "xmethods"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREbusiness fb(soap, search_string); // Send the request uddi2__businessList *bl = fb.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!bl) soap_print_fault(soap, stderr); // If OK, report the business name(s) and unique identification keys else if (bl->businessInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator bi = bl->businessInfos->businessInfo.begin(); bi != bl->businessInfos->businessInfo.end(); ++bi) { // Report businessKey std::cout << "businessKey=" << (*bi)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*bi)->name.begin(); n != (*bi)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } gsoap-2.8.28/gsoap/uddi2/publish_v2.h0000644000175000017500000045566112653650160016657 0ustar ellertellert/** @mainpage gSOAP UDDI v2 Universal Description, Discovery and Integration, or UDDI, is the name of a group of web-based registries that expose information about a business or other entity and its technical interfaces. See the UDDI v2 specification @url http://uddi.org/pubs/ProgrammersAPI_v2.htm for more details. @section UDDI2_CLASSES Classes See Related Pages for examples. UDDI Inquire classes - @ref uddi2__find_USCOREbinding - @ref uddi2__find_USCOREbusiness - @ref uddi2__find_USCORErelatedBusinesses - @ref uddi2__find_USCOREservice - @ref uddi2__find_USCOREtModel - @ref uddi2__get_USCOREbindingDetail - @ref uddi2__get_USCOREbusinessDetail - @ref uddi2__get_USCOREbusinessDetailExt - @ref uddi2__get_USCOREserviceDetail - @ref uddi2__get_USCOREtModelDetail UDDI Publish classes - @ref uddi2__add_USCOREpublisherAssertions - @ref uddi2__delete_USCOREbinding - @ref uddi2__delete_USCOREbusiness - @ref uddi2__delete_USCOREservice - @ref uddi2__delete_USCOREtModel - @ref uddi2__delete_USCOREpublisherAssertions - @ref uddi2__discard_USCOREauthToken - @ref uddi2__get_USCOREassertionStatusReport - @ref uddi2__get_USCOREauthToken - @ref uddi2__get_USCOREpublisherAssertions - @ref uddi2__get_USCOREregisteredInfo - @ref uddi2__save_USCOREbinding - @ref uddi2__save_USCOREbusiness - @ref uddi2__save_USCOREservice - @ref uddi2__save_USCOREtModel - @ref uddi2__set_USCOREpublisherAssertions @section UDDI2_BINDINGS Binding Reference - @ref InquireSoap - @ref PublishSoap */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbinding @brief Represents a request to locate bindings that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137712 */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbinding class. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the find_USCOREbinding class using the specified tModel key. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREbinding class using the specified tModel keys. */ /** @fn uddi2__bindingDetail* uddi2__find_USCOREbinding::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to find binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbusiness @brief Represents a request to locate businesses that meet specific requirements. When the send method is called, the instance returns a uddi2__businessList object that contains a list of business that matched the search criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137713 See also @ref example2. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified name of the requested business. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified category references. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified tModel keys. */ /** @fn uddi2__businessList *uddi2__find_USCOREbusiness::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessList object or NULL on error Send a request to a UDDI server to find a list of businesses. See also @ref example2. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_relatedBusinesses // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCORErelatedBusinesses @brief Represents a request to locate businesses that are related to a specific business. When the send method is called, the instance returns a uddi2__relatedBusinessList object that contains a list of business that matched the relationship set. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137714 */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCORErelatedBusiness class. */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the find_USCORErelatedBusiness class using the specified business key. */ /** @fn uddi2__relatedBusinessesList *uddi2__find_USCORErelatedBusinesses::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__relatedBusinessList object or NULL on error Send a request to a UDDI server to find a list of related businesses. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREservice @brief Represents a request to locate services that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137715 See also @ref example1. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREservice class. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the service Creates an instance of the find_USCOREservice class using the specified name. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREservice class using the specified category keys. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREservice class using the specified tModel keys. */ /** @fn uddi2__serviceList* uddi2__find_USCOREservice::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceList object or NULL on error Send a request to a UDDI server to find a list of services. See also @ref example1. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREtModel @brief Represents a request to locate a list of tModel entries that match a set of specific criteria. The result of a search is a uddi2__tModelList object that contains information about registered tModel data that matches the criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137716 */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREtModel class. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the tModel Creates an instance of the find_USCOREtModel class using the specified tModel name. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREtModel class using the specified category keys. */ /** @fn uddi2__tModelList* uddi2__find_USCOREtModel::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelList object or NULL on error Send a request to a UDDI server to find a tModelList. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_bindingDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbindingDetail @brief Represents a request to get binding details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137717 */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbindingDetail class. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey string Creates an instance of the get_USCOREbindingDetail class using the specified binding key. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of key strings Creates an instance of the get_USCOREbindingDetail class using the specified collection of binding keys. */ /** @fn uddi2__bindingDetail* uddi2__get_USCOREbindingDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to get the binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetail @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137718 */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetail class. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetail class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetail class using the specified collection of business keys. */ /** @fn uddi2__businessDetail* uddi2__get_USCOREbusinessDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetailExt // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetailExt @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137719 */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetailExt class. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetailExt class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetailExt class using the specified collection of business keys. */ /** @fn uddi2__businessDetailExt* uddi2__get_USCOREbusinessDetailExt::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetailExt object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_serviceDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREserviceDetail @brief Represents a request to get service details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137720 */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREserviceDetail class. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey string Creates an instance of the get_USCOREserviceDetail class using the specified service key. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of key strings Creates an instance of the get_USCOREserviceDetail class using the specified collection of service keys. */ /** @fn uddi2__serviceDetail* uddi2__get_USCOREserviceDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to get the service details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_tModelDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREtModelDetail @brief Represents a request to get tModel details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137721 */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREtModelDetail class. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the get_USCOREtModelDetail class using the specified tModel key. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of key strings Creates an instance of the get_USCOREtModelDetail class using the specified collection of tModel keys. */ /** @fn uddi2__tModelDetail* uddi2__get_USCOREtModelDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to get the tModel details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:add_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__add_USCOREpublisherAssertions @brief Represents a request to add one or more publisher assertions to the assertion collection for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137731 */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the add_USCOREpublisherAssertions class. */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the add_USCOREpublisherAssertions class using the specified publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__add_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI server to add one or more publisher assertions to the assertion collection for an individual publisher. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbinding @brief Represents a request to delete a binding that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137732 */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap) @brief Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey a binding key string Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of binding keys Creates an instance of the delete_USCOREbinding class using the specified binding keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a binding that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbusiness @brief Represents a request to delete a business that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137733 */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREbusiness class. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey a business key string Creates an instance of the delete_USCOREbusiness class using the specified business key. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of business keys Creates an instance of the delete_USCOREbusiness class using the specified business keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a business that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREservice @brief Represents a request to delete a service that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137735 */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREservice class. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey a service key string Creates an instance of the delete_USCOREservice class using the specified service key. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of service keys Creates an instance of the delete_USCOREservice class using the specified service keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a service that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREtModel @brief Represents a request to delete a tModel that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137736 */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREtModel class. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey a tModel key string Creates an instance of the delete_USCOREtModel class using the specified tModel key. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel keys Creates an instance of the delete_USCOREtModel class using the specified tModel keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a tModel that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREpublisherAssertions @brief Represents a request to delete publisher assertions meeting the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137734 */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREpublisherAssertions class. */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions a collection of publisher assertions Creates an instance of the delete_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete publisher assertions meeting the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:discard_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__discard_USCOREauthToken @brief Represents a request to discard an authorization token obtained with the get_USCOREauthToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137737 */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREauthToken class. */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap, const char *authInfo) @brief @param[in] soap gSOAP context @param[in] authInfo authorization token provided by the UDDI server Creates an instance of the delete_USCOREauthToken class using the specified authentication token string. */ /** @fn uddi2__dispositionReport *uddi2__discard_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to discard an authentication token. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_assertionStatusReport // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREassertionStatusReport @brief Provides the ability to determine the status of current and outstanding publisher assertions. The results can be restricted by setting the completionStatus property. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137738 */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREassertionStatusReport class. */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap, const char *completionStatus) @brief @param[in] soap gSOAP context @param[in] completionStatus completion status string Creates an instance of the get_USCOREassertionStatusReport class using the specified completion status. */ /** @fn uddi2__assertionStatusReport *uddi2__get_USCOREassertionStatusReport::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__assertionStatusReport object or NULL on error Send a request to a UDDI service to get the status of current and outstanding publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREauthToken @brief Represents a request to obtain an authorization token, which is represented by the uddi2__authToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137739 */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREauthToken class. */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap, const char *userid, const char *passwd) @brief @param[in] soap gSOAP context @param[in] userid the user ID string @param[in] passwd the password string Creates an instance of the get_USCOREauthToken class using the specified user ID and password. */ /** @fn uddi2__authToken *uddi2__get_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__authToken object or NULL on error Send a request to a UDDI service to get a authorization token given a user ID and password. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREpublisherAssertions @brief Represents a request to obtain the full set of publisher assertions that are associated with an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137740 */ /** @fn uddi2__get_USCOREpublisherAssertions::uddi2__get_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREpublisherAssetions class. */ /** @fn uddi2__publisherAssertions *uddi2__get_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI service to get publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_registeredInfo // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREregisteredInfo @brief Represents a request to get all registered business entities and tModels controlled by an individual. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137741 */ /** @fn uddi2__get_USCOREregisteredInfo::uddi2__get_USCOREregisteredInfo(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREregisteredInfo class. */ /** @fn uddi2__registeredInfo *uddi2__get_USCOREregisteredInfo::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__registeredInfo object or NULL on error Send a request to a UDDI service to get all registered business entities and tModels controlled by an individual. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbinding @brief Represents a request to post binding information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137742 */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbinding class. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, uddi2__bindingTemplate &bindingTemplate) @brief @param[in] soap gSOAP context @param[in] bindingTemplate binding template Creates an instance of the save_USCOREbinding class using the specified binding template. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, std::vector bindingTemplates) @brief @param[in] soap gSOAP context @param[in] bindingTemplates collection of binding templates Creates an instance of the save_USCOREbinding class using the specified binding templates. */ /** @fn uddi2__bindingDetail *uddi2__save_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to post binding information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbusiness @brief Represents a request to post business information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137743 */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbusiness class. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, uddi2__businessEntity &businessEntity) @brief @param[in] soap gSOAP context @param[in] businessEntity business entity Creates an instance of the save_USCOREbusiness class using the specified business entity. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, std::vector businessEntities) @brief @param[in] soap gSOAP context @param[in] businessEntities collection of business entities Creates an instance of the save_USCOREbusiness class using the specified business entities. */ /** @fn uddi2__businessDetail *uddi2__save_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to post business information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREservice @brief Represents a request to post service information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137744 */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREservice class. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, uddi2__businessService &businessService) @brief @param[in] soap gSOAP context @param[in] businessService business service Creates an instance of the save_USCOREservice class using the specified service. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, std::vector businessServices) @brief @param[in] soap gSOAP context @param[in] businessServices collection of business services Creates an instance of the save_USCOREservice class using the specified services. */ /** @fn uddi2__serviceDetail *uddi2__save_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to post service information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREtModel @brief Represents a request to post tModel information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137745 */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREtModel class. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, uddi2__tModel &tModel) @brief @param[in] soap gSOAP context @param[in] tModel a tModel Creates an instance of the save_USCOREtModel class using the specified tModel. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, std::vector tModels) @brief @param[in] soap gSOAP context @param[in] tModels collection of tModels Creates an instance of the save_USCOREtModel class using the specified tModels. */ /** @fn uddi2__tModelDetail *uddi2__save_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:set_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__set_USCOREpublisherAssertions @brief Represents a request to modify the existing publisher assertions for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137746 */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the set_USCOREpublisherAssertions class. */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the set_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__publisherAssertions *uddi2__set_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // Code Examples // //////////////////////////////////////////////////////////////////////////////// /** @page example1 Code Example 1: Finding a service This example shows you how to find Web services. In this case, the example finds Web services with names that begin with the word "magic". @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "magic"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREservice fs(soap, search_string); // Send the request uddi2__serviceList *sl = fs.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!sl) soap_print_fault(soap, stderr); // If OK, report the service name(s) and unique identification keys else if (sl->serviceInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator si = sl->serviceInfos->serviceInfo.begin(); si != sl->serviceInfos->serviceInfo.end(); ++si) { // Report serviceKey and businessKey std::cout << "serviceKey=" << (*si)->serviceKey << std::endl << "businessKey=" << (*si)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*si)->name.begin(); n != (*si)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example1 example1.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example2 Code Example 2: Finding a business This example shows you how to find a business from a UDDI server. @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "xmethods"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREbusiness fb(soap, search_string); // Send the request uddi2__businessList *bl = fb.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!bl) soap_print_fault(soap, stderr); // If OK, report the business name(s) and unique identification keys else if (bl->businessInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator bi = bl->businessInfos->businessInfo.begin(); bi != bl->businessInfos->businessInfo.end(); ++bi) { // Report businessKey std::cout << "businessKey=" << (*bi)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*bi)->name.begin(); n != (*bi)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example2 example2.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example3 Code Example 3: Publishing a WSDL and service on XMethods This example shows you how to publish a Web service. In this case, the example template code obtains an authorization token, saves the tModel with the WSDL URL in the server, and saves the business service information in the server. @code #include "pubH.h" const char *server = "https://uddi.xmethods.net/publish"; const char *userid = "..."; // user ID to access UDDI server const char *passwd = "..."; // password to access UDDI server int main(int argc, char **argv) { // Create a gSOAP context struct soap *soap = soap_new(); // Setup SSL context (optional) to verify server's credentials if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, "cacerts.pem", NULL, NULL)) { soap_print_fault(soap, stderr); exit(1); } // Step 1: Get an authorization token from the UDDI server uddi2__get_USCOREauthToken get_authToken(soap, userid, passwd); uddi2__authToken *authToken = get_authToken.send(server); // Check if authorized if (!authToken) { soap_print_fault(soap, stderr); exit(1); } // Authorization info provided by server for this session char *authInfo = authToken->authInfo; // Step 2: Create a tModel for the WSDL to be published uddi2__tModel tModel; tModel.soap_default(soap); // Create the tModel and service name tModel.name = soap_new_uddi2__name(soap, -1); tModel.name->__item = "..."; tModel.name->xml__lang_ = "en"; // Create XMethods description elements (see http://www.xmethods.net/ve2/UDDI.po) uddi2__description *description = soap_new_uddi2__description(soap, 6); description[0].__item = "SHORT DESCRIPTION: ..."; description[0].xml__lang_ = "en"; description[1].__item = "SHORT DESCRIPTION: ..."; description[1].xml__lang_ = "en"; description[2].__item = "USAGE NOTES: ..."; description[2].xml__lang_ = "en"; description[3].__item = "HOMEPAGE URL: ..."; description[3].xml__lang_ = "en"; description[4].__item = "CONTACT EMAIL: ..."; description[4].xml__lang_ = "en"; description[5].__item = "IMPLEMENTATION: ..."; description[5].xml__lang_ = "en"; // Add the four description elements to the tModel tModel.description.push_back(description + 0); tModel.description.push_back(description + 1); tModel.description.push_back(description + 2); tModel.description.push_back(description + 4); // Add an overviewDoc element with description and overviewURL tModel.overviewDoc = soap_new_uddi2__overviewDoc(soap, -1); tModel.overviewDoc->soap_default(soap); tModel.overviewDoc->description.push_back(soap_new_uddi2__description(soap, -1)); tModel.overviewDoc->description[0]->__item = "WSDL source document"; tModel.overviewDoc->description[0]->xml__lang_ = "en"; tModel.overviewDoc->overviewURL = "http://.../my.wsdl#bindingName"; // Omit identifier bag tModel.identifierBag = NULL; // Add a category with a WSDL-specific keyedReference tModel.categoryBag = soap_new_uddi2__categoryBag(soap, -1); tModel.categoryBag->soap_default(soap); tModel.categoryBag->keyedReference.push_back(soap_new_uddi2__keyedReference(soap, -1)); tModel.categoryBag->keyedReference[0]->tModelKey = "..."; tModel.categoryBag->keyedReference[0]->keyName = "uddi-org:types"; tModel.categoryBag->keyedReference[0]->keyValue = "wsdlSpec"; tModel.authorizedName = "..."; tModel.operator_ = "..."; tModel.tModelKey = "..."; // Save the tModel uddi2__save_USCOREtModel save_tModel(soap, tModel); uddi2__tModelDetail *tModelDetail = save_tModel.send(server, authInfo); // Step 3: Create a new service to be published uddi2__businessService service; service.soap_default(soap); // Service name is the tModel name (XMethods) service.name.push_back(tModel.name); // Add two description elements to the service service.description.push_back(description + 4); service.description.push_back(description + 5); // Create binding template uddi2__bindingTemplate bindingTemplate; bindingTemplate.soap_default(soap); bindingTemplate.tModelInstanceDetails = soap_new_uddi2__tModelInstanceDetails(soap, -1); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo.push_back(soap_new_uddi2__tModelInstanceInfo(soap, -1)); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->instanceDetails = NULL; bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->tModelKey = tModel.tModelKey; bindingTemplate.accessPoint = soap_new_uddi2__accessPoint(soap, -1); bindingTemplate.accessPoint->__item = "..."; bindingTemplate.accessPoint->URLType = uddi2__URLType__http; bindingTemplate.hostingRedirector = NULL; bindingTemplate.serviceKey = "..."; bindingTemplate.bindingKey = "..."; // Add binding Template to service service.bindingTemplates = soap_new_uddi2__bindingTemplates(soap, -1); service.bindingTemplates->soap_default(soap); service.bindingTemplates->bindingTemplate.push_back(&bindingTemplate); service.categoryBag = NULL; service.serviceKey = "..."; service.businessKey = "..."; // Save the service uddi2__save_USCOREservice save_service(soap, service); uddi2__serviceDetail *serviceDetail = save_service.send(server, authInfo); // Step 4: Discard authorization token uddi2__discard_USCOREauthToken discard_authToken(soap, authInfo); uddi2__dispositionReport *dispositionReport = discard_authToken.send(server); // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat publish_v2.wsdl - soapcpp2 -I.. -ppub publish_v2.h - g++ -DWITH_OPENSSL -DWITH_NONAMESPACES -I.. -o example3 example3.cpp publish_v2.cpp pubC.cpp pubClient.cpp ../stdsoap2.cpp */ /* publish_v2.h Generated by wsdl2h 1.2.0 from publish_v2.wsdl and uddi2-typemap.dat 2005-04-24 00:29:41 GMT Copyright (C) 2001-2005 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use wsdl2h option -l to view the software license terms. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - To build with STL, stlvector.h from the gSOAP distribution must be in the current directory. Or use soapcpp2 option -I with path to stlvector.h. - Use typemap.dat to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to typemap.dat to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. */ /******************************************************************************\ * * * urn:uddi-org:publication_v2 * * * \******************************************************************************/ /* WSDL Documentation: Copyright (c) 2000 - 2002 by Accenture, Ariba, Inc., Commerce One, Inc. Fujitsu Limited, Hewlett-Packard Company, i2 Technologies, Inc., Intel Corporation, International Business Machines Corporation, Microsoft Corporation, Oracle Corporation, SAP AG, Sun Microsystems, Inc., and VeriSign, Inc. All Rights Reserved. WSDL Service Interface for UDDI Publication API V2.0 This WSDL document defines the publication API calls for interacting with the UDDI registry. The complete UDDI API specification is available at http://www.uddi.org/specification.html. */ //gsoapopt w #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: pub2 = "urn:uddi-org:publication_v2" uddi2 = urn:uddi-org:api_v2 */ //gsoap pub2 schema namespace: urn:uddi-org:publication_v2 //gsoap uddi2 schema namespace: urn:uddi-org:api_v2 //gsoap pub2 schema form: unqualified //gsoap uddi2 schema elementForm: qualified //gsoap uddi2 schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Primitive built-in type "xs:NMTOKEN" typedef char* xsd__NMTOKEN; /// Built-in attribute "xml:lang" typedef char* xml__lang; class uddi2__accessPoint; class uddi2__address; class uddi2__addressLine; class uddi2__assertionStatusItem; class uddi2__bindingTemplate; class uddi2__bindingTemplates; class uddi2__businessEntity; class uddi2__businessEntityExt; class uddi2__businessInfo; class uddi2__businessInfos; class uddi2__businessService; class uddi2__businessServices; class uddi2__categoryBag; class uddi2__contact; class uddi2__contacts; class uddi2__description; class uddi2__discoveryURL; class uddi2__discoveryURLs; class uddi2__dispositionReport; class uddi2__email; class uddi2__errInfo; class uddi2__findQualifiers; class uddi2__hostingRedirector; class uddi2__identifierBag; class uddi2__instanceDetails; class uddi2__keyedReference; class uddi2__keysOwned; class uddi2__name; class uddi2__overviewDoc; class uddi2__phone; class uddi2__publisherAssertion; class uddi2__relatedBusinessInfo; class uddi2__relatedBusinessInfos; class uddi2__result; class uddi2__serviceInfo; class uddi2__serviceInfos; class uddi2__sharedRelationships; class uddi2__tModel; class uddi2__tModelBag; class uddi2__tModelInfo; class uddi2__tModelInfos; class uddi2__tModelInstanceDetails; class uddi2__tModelInstanceInfo; class uddi2__add_USCOREpublisherAssertions; class uddi2__delete_USCOREbinding; class uddi2__delete_USCOREbusiness; class uddi2__delete_USCOREpublisherAssertions; class uddi2__delete_USCOREservice; class uddi2__delete_USCOREtModel; class uddi2__discard_USCOREauthToken; class uddi2__find_USCOREbinding; class uddi2__find_USCOREbusiness; class uddi2__find_USCORErelatedBusinesses; class uddi2__find_USCOREservice; class uddi2__find_USCOREtModel; class uddi2__get_USCOREassertionStatusReport; class uddi2__get_USCOREauthToken; class uddi2__get_USCOREbindingDetail; class uddi2__get_USCOREbusinessDetail; class uddi2__get_USCOREbusinessDetailExt; class uddi2__get_USCOREpublisherAssertions; class uddi2__get_USCOREregisteredInfo; class uddi2__get_USCOREserviceDetail; class uddi2__get_USCOREtModelDetail; class uddi2__save_USCOREbinding; class uddi2__save_USCOREbusiness; class uddi2__save_USCOREservice; class uddi2__save_USCOREtModel; class uddi2__set_USCOREpublisherAssertions; class uddi2__validate_USCOREvalues; class uddi2__assertionStatusReport; class uddi2__authToken; class uddi2__bindingDetail; class uddi2__businessDetail; class uddi2__businessDetailExt; class uddi2__businessList; class uddi2__publisherAssertions; class uddi2__registeredInfo; class uddi2__relatedBusinessesList; class uddi2__serviceDetail; class uddi2__serviceList; class uddi2__tModelDetail; class uddi2__tModelList; /// Schema "urn:uddi-org:api_v2":bindingKey simpleType restriction of xs:string typedef char* uddi2__bindingKey; /// Schema "urn:uddi-org:api_v2":businessKey simpleType restriction of xs:string typedef char* uddi2__businessKey; /// Schema "urn:uddi-org:api_v2":serviceKey simpleType restriction of xs:string typedef char* uddi2__serviceKey; /// Schema "urn:uddi-org:api_v2":tModelKey simpleType restriction of xs:string typedef char* uddi2__tModelKey; /// Schema "urn:uddi-org:api_v2":direction simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__direction' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__direction { uddi2__direction__fromKey, ///< xs:NMTOKEN value="fromKey" uddi2__direction__toKey, ///< xs:NMTOKEN value="toKey" }; /// Schema "urn:uddi-org:api_v2":truncated simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__truncated' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__truncated { uddi2__truncated__true_, ///< xs:NMTOKEN value="true" uddi2__truncated__false_, ///< xs:NMTOKEN value="false" }; /// Schema "urn:uddi-org:api_v2":URLType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__URLType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__URLType { uddi2__URLType__mailto, ///< xs:NMTOKEN value="mailto" uddi2__URLType__http, ///< xs:NMTOKEN value="http" uddi2__URLType__https, ///< xs:NMTOKEN value="https" uddi2__URLType__ftp, ///< xs:NMTOKEN value="ftp" uddi2__URLType__fax, ///< xs:NMTOKEN value="fax" uddi2__URLType__phone, ///< xs:NMTOKEN value="phone" uddi2__URLType__other, ///< xs:NMTOKEN value="other" }; /// Schema "urn:uddi-org:api_v2":keyType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__keyType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__keyType { uddi2__keyType__businessKey, ///< xs:NMTOKEN value="businessKey" uddi2__keyType__tModelKey, ///< xs:NMTOKEN value="tModelKey" uddi2__keyType__serviceKey, ///< xs:NMTOKEN value="serviceKey" uddi2__keyType__bindingKey, ///< xs:NMTOKEN value="bindingKey" }; /// Schema urn:uddi-org:api_v2:"address" class uddi2__address { public: /// Vector of uddi2__addressLine* with length 0..unbounded std::vector addressLine 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// Attribute sortCode of type xs:string @char* sortCode 0; ///< Optional attribute /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusItem" class uddi2__assertionStatusItem { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keysOwned uddi2__keysOwned* keysOwned 1; ///< Required element /// Attribute completionStatus of type xs:string @char* completionStatus 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplate" class uddi2__bindingTemplate { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":tModelInstanceDetails uddi2__tModelInstanceDetails* tModelInstanceDetails 1; ///< Required element // CHOICE OF ELEMENTS: /// Element reference "urn:uddi-org:api_v2":accessPoint uddi2__accessPoint* accessPoint 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":hostingRedirector uddi2__hostingRedirector* hostingRedirector 1; ///< Required element // END CHOICE /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 0; ///< Optional attribute /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplates" class uddi2__bindingTemplates { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntity" class uddi2__businessEntity { public: /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":contacts uddi2__contacts* contacts 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessServices uddi2__businessServices* businessServices 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntityExt" class uddi2__businessEntityExt { public: /// Element reference "urn:uddi-org:api_v2":businessEntity uddi2__businessEntity* businessEntity 1; ///< Required element // TODO: // Schema extensibility is user-definable // Consult the protocol documentation to insert declarations here: _XML __any ; ///< Catch any element content in XML string /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfo" class uddi2__businessInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfos" class uddi2__businessInfos { public: /// Vector of uddi2__businessInfo* with length 0..unbounded std::vector businessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessService" class uddi2__businessService { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":bindingTemplates uddi2__bindingTemplates* bindingTemplates 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessServices" class uddi2__businessServices { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"categoryBag" class uddi2__categoryBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contact" class uddi2__contact { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":personName char* personName 1; ///< Required element /// Vector of uddi2__phone* with length 0..unbounded std::vector phone 0; /// Vector of uddi2__email* with length 0..unbounded std::vector email 0; /// Vector of uddi2__address* with length 0..unbounded std::vector address 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contacts" class uddi2__contacts { public: /// Vector of uddi2__contact* with length 0..unbounded std::vector contact 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURLs" class uddi2__discoveryURLs { public: /// Vector of uddi2__discoveryURL* with length 0..unbounded std::vector discoveryURL 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"dispositionReport" class uddi2__dispositionReport { public: /// Vector of uddi2__result* with length 0..unbounded std::vector result 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"findQualifiers" class uddi2__findQualifiers { public: /// Vector of char* with length 0..unbounded std::vector findQualifier 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"hostingRedirector" class uddi2__hostingRedirector { public: /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"identifierBag" class uddi2__identifierBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"instanceDetails" class uddi2__instanceDetails { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":instanceParms char* instanceParms 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keyedReference" class uddi2__keyedReference { public: /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keysOwned" class uddi2__keysOwned { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"overviewDoc" class uddi2__overviewDoc { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewURL char* overviewURL 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertion" class uddi2__publisherAssertion { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfo" class uddi2__relatedBusinessInfo { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Vector of uddi2__sharedRelationships* with length 0..2 std::vector sharedRelationships 1:2; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfos" class uddi2__relatedBusinessInfos { public: /// Vector of uddi2__relatedBusinessInfo* with length 0..unbounded std::vector relatedBusinessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"result" class uddi2__result { public: /// Element reference "urn:uddi-org:api_v2":errInfo uddi2__errInfo* errInfo 0; ///< Optional element /// Attribute keyType of type "urn:uddi-org:api_v2":keyType @enum uddi2__keyType* keyType 0; ///< Optional attribute /// Attribute errno of type xs:int @int errno_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfo" class uddi2__serviceInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfos" class uddi2__serviceInfos { public: /// Vector of uddi2__serviceInfo* with length 0..unbounded std::vector serviceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"sharedRelationships" class uddi2__sharedRelationships { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// Attribute direction of type "urn:uddi-org:api_v2":direction @enum uddi2__direction direction 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModel" class uddi2__tModel { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelBag" class uddi2__tModelBag { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfo" class uddi2__tModelInfo { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfos" class uddi2__tModelInfos { public: /// Vector of uddi2__tModelInfo* with length 0..unbounded std::vector tModelInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceDetails" class uddi2__tModelInstanceDetails { public: /// Vector of uddi2__tModelInstanceInfo* with length 0..unbounded std::vector tModelInstanceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceInfo" class uddi2__tModelInstanceInfo { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":instanceDetails uddi2__instanceDetails* instanceDetails 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"add_publisherAssertions" class uddi2__add_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_binding" class uddi2__delete_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_business" class uddi2__delete_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_publisherAssertions" class uddi2__delete_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_service" class uddi2__delete_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_tModel" class uddi2__delete_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"discard_authToken" class uddi2__discard_USCOREauthToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*, const char *authInfo); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_binding" class uddi2__find_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_business" class uddi2__find_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__businessList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_relatedBusinesses" class uddi2__find_USCORErelatedBusinesses { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__relatedBusinessesList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_service" class uddi2__find_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__serviceList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_tModel" class uddi2__find_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__tModelList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_assertionStatusReport" class uddi2__get_USCOREassertionStatusReport { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":completionStatus char* completionStatus 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*, const char *completionStatus); /// Member declared in uddi2-typemap.dat uddi2__assertionStatusReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_authToken" class uddi2__get_USCOREauthToken { public: /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute userID of type xs:string @char* userID 1; ///< Required attribute /// Attribute cred of type xs:string @char* cred 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*, const char *userid, const char *passwd); /// Member declared in uddi2-typemap.dat uddi2__authToken* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_bindingDetail" class uddi2__get_USCOREbindingDetail { public: /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetail" class uddi2__get_USCOREbusinessDetail { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetailExt" class uddi2__get_USCOREbusinessDetailExt { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetailExt* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_publisherAssertions" class uddi2__get_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_registeredInfo" class uddi2__get_USCOREregisteredInfo { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREregisteredInfo(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__registeredInfo* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_serviceDetail" class uddi2__get_USCOREserviceDetail { public: /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_tModelDetail" class uddi2__get_USCOREtModelDetail { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"save_binding" class uddi2__save_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, uddi2__bindingTemplate &bindingTemplate); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, std::vector bindingTemplates); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_business" class uddi2__save_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, uddi2__businessEntity &businessEntity); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, std::vector businessEntities); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_service" class uddi2__save_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, uddi2__businessService &businessService); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, std::vector businessServices); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_tModel" class uddi2__save_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, uddi2__tModel &tModel); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, std::vector tModels); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"set_publisherAssertions" class uddi2__set_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"validate_values" class uddi2__validate_USCOREvalues { public: // CHOICE OF ELEMENTS: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; // END CHOICE /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusReport" class uddi2__assertionStatusReport { public: /// Vector of uddi2__assertionStatusItem* with length 0..unbounded std::vector assertionStatusItem 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"authToken" class uddi2__authToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingDetail" class uddi2__bindingDetail { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetail" class uddi2__businessDetail { public: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetailExt" class uddi2__businessDetailExt { public: /// Vector of uddi2__businessEntityExt* with length 0..unbounded std::vector businessEntityExt 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessList" class uddi2__businessList { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertions" class uddi2__publisherAssertions { public: /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute authorizedName of type xs:string @char* authorizedName 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"registeredInfo" class uddi2__registeredInfo { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessesList" class uddi2__relatedBusinessesList { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":relatedBusinessInfos uddi2__relatedBusinessInfos* relatedBusinessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceDetail" class uddi2__serviceDetail { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceList" class uddi2__serviceList { public: /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelDetail" class uddi2__tModelDetail { public: /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelList" class uddi2__tModelList { public: /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"accessPoint" class uddi2__accessPoint { public: char* __item ; /// Attribute URLType of type "urn:uddi-org:api_v2":URLType @enum uddi2__URLType URLType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"addressLine" class uddi2__addressLine { public: char* __item ; /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"description" class uddi2__description { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURL" class uddi2__discoveryURL { public: char* __item ; /// Attribute useType of type xs:string @char* useType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"email" class uddi2__email { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"errInfo" class uddi2__errInfo { public: char* __item ; /// Attribute errCode of type xs:string @char* errCode 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"name" class uddi2__name { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"phone" class uddi2__phone { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap pub2 service name: PublishSoap //gsoap pub2 service type: Publish //gsoap pub2 service namespace: urn:uddi-org:publication_v2 /** @mainpage UDDI_Publication_API_V2 Definitions @section UDDI_Publication_API_V2_documentation Documentation Copyright (c) 2000 - 2002 by Accenture, Ariba, Inc., Commerce One, Inc. Fujitsu Limited, Hewlett-Packard Company, i2 Technologies, Inc., Intel Corporation, International Business Machines Corporation, Microsoft Corporation, Oracle Corporation, SAP AG, Sun Microsystems, Inc., and VeriSign, Inc. All Rights Reserved. WSDL Service Interface for UDDI Publication API V2.0 This WSDL document defines the publication API calls for interacting with the UDDI registry. The complete UDDI API specification is available at http://www.uddi.org/specification.html. @section UDDI_Publication_API_V2_bindings Bindings - @ref PublishSoap */ /** @page PublishSoap Binding "PublishSoap" @section PublishSoap_operations Operations of Binding "PublishSoap" - @ref __pub2__add_USCOREpublisherAssertions - @ref __pub2__delete_USCOREbinding - @ref __pub2__delete_USCOREbusiness - @ref __pub2__delete_USCOREpublisherAssertions - @ref __pub2__delete_USCOREservice - @ref __pub2__delete_USCOREtModel - @ref __pub2__discard_USCOREauthToken - @ref __pub2__get_USCOREassertionStatusReport - @ref __pub2__get_USCOREauthToken - @ref __pub2__get_USCOREpublisherAssertions - @ref __pub2__get_USCOREregisteredInfo - @ref __pub2__save_USCOREbinding - @ref __pub2__save_USCOREbusiness - @ref __pub2__save_USCOREservice - @ref __pub2__save_USCOREtModel - @ref __pub2__set_USCOREpublisherAssertions @section PublishSoap_ports Endpoints of Binding "PublishSoap" */ /******************************************************************************\ * * * SOAP Fault Detail * * * \******************************************************************************/ /// The SOAP Fault Detail element contains one of the following types serialized // in the __type and fault fields of the SOAP_ENV__Detail struct (see docs) class _dispositionReport { public: uddi2__dispositionReport* uddi2__dispositionReport_; struct soap *soap ; }; /******************************************************************************\ * * * PublishSoap * * * \******************************************************************************/ /******************************************************************************\ * * * __pub2__add_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__add_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="add_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__add_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__add_USCOREpublisherAssertions* uddi2__add_USCOREpublisherAssertions_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: add_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: add_USCOREpublisherAssertions literal //gsoap pub2 service method-action: add_USCOREpublisherAssertions add_publisherAssertions //gsoap pub2 service method-fault: add_USCOREpublisherAssertions _dispositionReport int __pub2__add_USCOREpublisherAssertions( uddi2__add_USCOREpublisherAssertions* uddi2__add_USCOREpublisherAssertions_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREbinding * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREbinding" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREbinding* uddi2__delete_USCOREbinding_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREbinding document //gsoap pub2 service method-encoding: delete_USCOREbinding literal //gsoap pub2 service method-action: delete_USCOREbinding delete_binding //gsoap pub2 service method-fault: delete_USCOREbinding _dispositionReport int __pub2__delete_USCOREbinding( uddi2__delete_USCOREbinding* uddi2__delete_USCOREbinding_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREbusiness * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREbusiness" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREbusiness* uddi2__delete_USCOREbusiness_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREbusiness document //gsoap pub2 service method-encoding: delete_USCOREbusiness literal //gsoap pub2 service method-action: delete_USCOREbusiness delete_business //gsoap pub2 service method-fault: delete_USCOREbusiness _dispositionReport int __pub2__delete_USCOREbusiness( uddi2__delete_USCOREbusiness* uddi2__delete_USCOREbusiness_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREpublisherAssertions* uddi2__delete_USCOREpublisherAssertions_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: delete_USCOREpublisherAssertions literal //gsoap pub2 service method-action: delete_USCOREpublisherAssertions delete_publisherAssertions //gsoap pub2 service method-fault: delete_USCOREpublisherAssertions _dispositionReport int __pub2__delete_USCOREpublisherAssertions( uddi2__delete_USCOREpublisherAssertions* uddi2__delete_USCOREpublisherAssertions_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREservice * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREservice" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREservice* uddi2__delete_USCOREservice_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREservice document //gsoap pub2 service method-encoding: delete_USCOREservice literal //gsoap pub2 service method-action: delete_USCOREservice delete_service //gsoap pub2 service method-fault: delete_USCOREservice _dispositionReport int __pub2__delete_USCOREservice( uddi2__delete_USCOREservice* uddi2__delete_USCOREservice_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__delete_USCOREtModel * * * \******************************************************************************/ /// Operation "__pub2__delete_USCOREtModel" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="delete_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__delete_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__delete_USCOREtModel* uddi2__delete_USCOREtModel_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: delete_USCOREtModel document //gsoap pub2 service method-encoding: delete_USCOREtModel literal //gsoap pub2 service method-action: delete_USCOREtModel delete_tModel //gsoap pub2 service method-fault: delete_USCOREtModel _dispositionReport int __pub2__delete_USCOREtModel( uddi2__delete_USCOREtModel* uddi2__delete_USCOREtModel_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__discard_USCOREauthToken * * * \******************************************************************************/ /// Operation "__pub2__discard_USCOREauthToken" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="discard_authToken" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__discard_USCOREauthToken(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__discard_USCOREauthToken* uddi2__discard_USCOREauthToken_, // response parameters: uddi2__dispositionReport* uddi2__dispositionReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: discard_USCOREauthToken document //gsoap pub2 service method-encoding: discard_USCOREauthToken literal //gsoap pub2 service method-action: discard_USCOREauthToken discard_authToken //gsoap pub2 service method-fault: discard_USCOREauthToken _dispositionReport int __pub2__discard_USCOREauthToken( uddi2__discard_USCOREauthToken* uddi2__discard_USCOREauthToken_, uddi2__dispositionReport* uddi2__dispositionReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREassertionStatusReport * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREassertionStatusReport" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_assertionStatusReport" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREassertionStatusReport(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREassertionStatusReport* uddi2__get_USCOREassertionStatusReport_, // response parameters: uddi2__assertionStatusReport* uddi2__assertionStatusReport_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREassertionStatusReport document //gsoap pub2 service method-encoding: get_USCOREassertionStatusReport literal //gsoap pub2 service method-action: get_USCOREassertionStatusReport get_assertionStatusReport //gsoap pub2 service method-fault: get_USCOREassertionStatusReport _dispositionReport int __pub2__get_USCOREassertionStatusReport( uddi2__get_USCOREassertionStatusReport* uddi2__get_USCOREassertionStatusReport_, uddi2__assertionStatusReport* uddi2__assertionStatusReport_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREauthToken * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREauthToken" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_authToken" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREauthToken(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREauthToken* uddi2__get_USCOREauthToken_, // response parameters: uddi2__authToken* uddi2__authToken_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREauthToken document //gsoap pub2 service method-encoding: get_USCOREauthToken literal //gsoap pub2 service method-action: get_USCOREauthToken get_authToken //gsoap pub2 service method-fault: get_USCOREauthToken _dispositionReport int __pub2__get_USCOREauthToken( uddi2__get_USCOREauthToken* uddi2__get_USCOREauthToken_, uddi2__authToken* uddi2__authToken_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREpublisherAssertions* uddi2__get_USCOREpublisherAssertions_, // response parameters: uddi2__publisherAssertions* uddi2__publisherAssertions_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: get_USCOREpublisherAssertions literal //gsoap pub2 service method-action: get_USCOREpublisherAssertions get_publisherAssertions //gsoap pub2 service method-fault: get_USCOREpublisherAssertions _dispositionReport int __pub2__get_USCOREpublisherAssertions( uddi2__get_USCOREpublisherAssertions* uddi2__get_USCOREpublisherAssertions_, uddi2__publisherAssertions* uddi2__publisherAssertions_ ///< response parameter ); /******************************************************************************\ * * * __pub2__get_USCOREregisteredInfo * * * \******************************************************************************/ /// Operation "__pub2__get_USCOREregisteredInfo" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_registeredInfo" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__get_USCOREregisteredInfo(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREregisteredInfo* uddi2__get_USCOREregisteredInfo_, // response parameters: uddi2__registeredInfo* uddi2__registeredInfo_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: get_USCOREregisteredInfo document //gsoap pub2 service method-encoding: get_USCOREregisteredInfo literal //gsoap pub2 service method-action: get_USCOREregisteredInfo get_registeredInfo //gsoap pub2 service method-fault: get_USCOREregisteredInfo _dispositionReport int __pub2__get_USCOREregisteredInfo( uddi2__get_USCOREregisteredInfo* uddi2__get_USCOREregisteredInfo_, uddi2__registeredInfo* uddi2__registeredInfo_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREbinding * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREbinding" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREbinding* uddi2__save_USCOREbinding_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREbinding document //gsoap pub2 service method-encoding: save_USCOREbinding literal //gsoap pub2 service method-action: save_USCOREbinding save_binding //gsoap pub2 service method-fault: save_USCOREbinding _dispositionReport int __pub2__save_USCOREbinding( uddi2__save_USCOREbinding* uddi2__save_USCOREbinding_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREbusiness * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREbusiness" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREbusiness* uddi2__save_USCOREbusiness_, // response parameters: uddi2__businessDetail* uddi2__businessDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREbusiness document //gsoap pub2 service method-encoding: save_USCOREbusiness literal //gsoap pub2 service method-action: save_USCOREbusiness save_business //gsoap pub2 service method-fault: save_USCOREbusiness _dispositionReport int __pub2__save_USCOREbusiness( uddi2__save_USCOREbusiness* uddi2__save_USCOREbusiness_, uddi2__businessDetail* uddi2__businessDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREservice * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREservice" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREservice* uddi2__save_USCOREservice_, // response parameters: uddi2__serviceDetail* uddi2__serviceDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREservice document //gsoap pub2 service method-encoding: save_USCOREservice literal //gsoap pub2 service method-action: save_USCOREservice save_service //gsoap pub2 service method-fault: save_USCOREservice _dispositionReport int __pub2__save_USCOREservice( uddi2__save_USCOREservice* uddi2__save_USCOREservice_, uddi2__serviceDetail* uddi2__serviceDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__save_USCOREtModel * * * \******************************************************************************/ /// Operation "__pub2__save_USCOREtModel" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="save_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__save_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__save_USCOREtModel* uddi2__save_USCOREtModel_, // response parameters: uddi2__tModelDetail* uddi2__tModelDetail_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: save_USCOREtModel document //gsoap pub2 service method-encoding: save_USCOREtModel literal //gsoap pub2 service method-action: save_USCOREtModel save_tModel //gsoap pub2 service method-fault: save_USCOREtModel _dispositionReport int __pub2__save_USCOREtModel( uddi2__save_USCOREtModel* uddi2__save_USCOREtModel_, uddi2__tModelDetail* uddi2__tModelDetail_ ///< response parameter ); /******************************************************************************\ * * * __pub2__set_USCOREpublisherAssertions * * * \******************************************************************************/ /// Operation "__pub2__set_USCOREpublisherAssertions" of service binding "PublishSoap" /** Operation details: - SOAP document/literal style - SOAP action="set_publisherAssertions" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___pub2__set_USCOREpublisherAssertions(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__set_USCOREpublisherAssertions* uddi2__set_USCOREpublisherAssertions_, // response parameters: uddi2__publisherAssertions* uddi2__publisherAssertions_ ); @endcode C++ proxy class (defined in soapPublishSoapProxy.h): class PublishSoap; */ //gsoap pub2 service method-style: set_USCOREpublisherAssertions document //gsoap pub2 service method-encoding: set_USCOREpublisherAssertions literal //gsoap pub2 service method-action: set_USCOREpublisherAssertions set_publisherAssertions //gsoap pub2 service method-fault: set_USCOREpublisherAssertions _dispositionReport int __pub2__set_USCOREpublisherAssertions( uddi2__set_USCOREpublisherAssertions* uddi2__set_USCOREpublisherAssertions_, uddi2__publisherAssertions* uddi2__publisherAssertions_ ///< response parameter ); /* End of publish_v2.h */ gsoap-2.8.28/gsoap/uddi2/cacerts.pem0000644000175000017500000075424412653650160016557 0ustar ellertellert# Part of the source for this file is provided by Mozilla: # http://mxr.mozilla.org/mozilla/source/security/nss/lib/ckfw/builtins/certdata.txt?raw=1 # This file was converted to PEM format with tools provided by OpenSSL. # This Source Code Form is subject to the terms of the Mozilla Public # License, v. 2.0. If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "inqH.h" int main(int argc, char **argv) { char *search_string = "magic"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREservice fs(soap, search_string); // Send the request uddi2__serviceList *sl = fs.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!sl) soap_print_fault(soap, stderr); // If OK, report the service name(s) and unique identification keys else if (sl->serviceInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator si = sl->serviceInfos->serviceInfo.begin(); si != sl->serviceInfos->serviceInfo.end(); ++si) { // Report serviceKey and businessKey std::cout << "serviceKey=" << (*si)->serviceKey << std::endl << "businessKey=" << (*si)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*si)->name.begin(); n != (*si)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } gsoap-2.8.28/gsoap/uddi2/README.txt0000644000175000017500000000274312653650160016114 0ustar ellertellertgSOAP UDDI v2 See directory html/index.html for documentation and examples of the UDDI v2 API generated with gSOAP and Doxygen. The API is written in C++. However, wsdl2h option -c can be used to generate C code serializers for UDDI v2. The API implementation supports UDDI v2 inquiry and publish operations. A Makefile is included to build two example C++ clients, example1 and example2, to search services and businesses, respectively. Code can be generated for the inquiry API, publish API, and both combined. To do so, run wsdl2h on inquire_v2.wsdl and/or publish_v2.wsdl COMPILATION The build steps are generally as follows: # Run wsdl2h with mapping specified in uddi2-typemap.dat on the UDDI WSDL(s): $ wsdl2h -tuddi2-typemap.dat -ouddi_v2.h inquire_v2.wsdl publish_v2.wsdl # Run soapcpp2 on the generated .h file (-puddi saves sources as uddiXYZ): $ soapcpp2 -I.. -puddi uddi_v2.h # Complete the build: $ g++ -DWITH_NONAMESPACES -I.. -o main main.cpp inquire_v2.cpp publish_v2.cpp uddiC.cpp uddiClient.cpp ../stdsoap2.cpp # To avoid link errors combining multiple services, replace the last step with: $ echo '' > env.h $ soapcpp2 -I.. -penv env.h $ g++ -DWITH_NONAMESPACES -I.. -o main main.cpp inquire_v2.cpp publish_v2.cpp uddiClientLib.cpp ../stdsoap2.cpp USING DOXYGEN To generate documentation, use Doxygen on the generated header file, e.g. uddi_v2.h. Part of the documentation is included in the uddi2-typemap.dat file, which was used to generate the header file(s) with wsdl2h. gsoap-2.8.28/gsoap/uddi2/inquire_v2.cpp0000644000175000017500000003776012653650160017214 0ustar ellertellert/* inquire_v2.cpp UDDI V2 Inquiry Interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "inqH.h" #undef SOAP_NMAC #define SOAP_NMAC static #define uddiH_H #include "InquireSoap.nsmap" //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_binding // //////////////////////////////////////////////////////////////////////////////// uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, const char *tModelKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelKey this->tModelBag = soap_new_uddi2__tModelBag(soap, -1); this->tModelBag->soap_default(soap); this->tModelBag->tModelKey.push_back(soap_strdup(soap, tModelKey)); this->generic = "2.0"; } uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, std::vector tModelKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelKey Bag this->tModelBag = soap_new_uddi2__tModelBag(soap, -1); this->tModelBag->soap_default(soap); this->tModelBag->tModelKey = tModelKeys; this->generic = "2.0"; } uddi2__bindingDetail *uddi2__find_USCOREbinding::send(const char *endpoint) { // Allocate result uddi2__bindingDetail *result = soap_new_uddi2__bindingDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__find_USCOREbinding(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_business // //////////////////////////////////////////////////////////////////////////////// uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, const char *name) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI name uddi2__name *uname = soap_new_uddi2__name(soap, -1); uname->soap_default(soap); uname->__item = soap_strdup(soap, name); this->name.push_back(uname); this->generic = "2.0"; } uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector keyedReferences) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelBag this->categoryBag = soap_new_uddi2__categoryBag(soap, -1); this->categoryBag->soap_default(soap); this->categoryBag->keyedReference = keyedReferences; this->generic = "2.0"; } uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector tModelKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelBag this->tModelBag = soap_new_uddi2__tModelBag(soap, -1); this->tModelBag->soap_default(soap); this->tModelBag->tModelKey = tModelKeys; this->generic = "2.0"; } uddi2__businessList *uddi2__find_USCOREbusiness::send(const char *endpoint) { // Allocate result uddi2__businessList *result = soap_new_uddi2__businessList(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__find_USCOREbusiness(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_relatedBusinesses // //////////////////////////////////////////////////////////////////////////////// uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap, const char *businessKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey = soap_strdup(soap, businessKey); this->generic = "2.0"; } uddi2__relatedBusinessesList *uddi2__find_USCORErelatedBusinesses::send(const char *endpoint) { // Allocate result uddi2__relatedBusinessesList *result = soap_new_uddi2__relatedBusinessesList(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__find_USCORErelatedBusinesses(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_service // //////////////////////////////////////////////////////////////////////////////// uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, const char *name) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI name uddi2__name *uname = soap_new_uddi2__name(soap, -1); uname->soap_default(soap); uname->__item = soap_strdup(soap, name); this->name.push_back(uname); this->generic = "2.0"; } uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector keyedReferences) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelBag this->categoryBag = soap_new_uddi2__categoryBag(soap, -1); this->categoryBag->soap_default(soap); this->categoryBag->keyedReference = keyedReferences; this->generic = "2.0"; } uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector tModelKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelBag this->tModelBag = soap_new_uddi2__tModelBag(soap, -1); this->tModelBag->soap_default(soap); this->tModelBag->tModelKey = tModelKeys; this->generic = "2.0"; } uddi2__serviceList* uddi2__find_USCOREservice::send(const char *endpoint) { // Allocate result uddi2__serviceList *result = soap_new_uddi2__serviceList(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__find_USCOREservice(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_tModel // //////////////////////////////////////////////////////////////////////////////// uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, const char *name) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI name this->name = soap_new_uddi2__name(soap, -1); this->name->soap_default(soap); this->name->__item = soap_strdup(soap, name); this->generic = "2.0"; } uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, std::vector keyedReferences) { // Initialize this object and associate it with the gSOAP context soap_default(soap); // Create a new UDDI tModelBag this->categoryBag = soap_new_uddi2__categoryBag(soap, -1); this->categoryBag->soap_default(soap); this->categoryBag->keyedReference = keyedReferences; this->generic = "2.0"; } uddi2__tModelList* uddi2__find_USCOREtModel::send(const char *endpoint) { // Allocate result uddi2__tModelList *result = soap_new_uddi2__tModelList(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__find_USCOREtModel(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_bindingDetail // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, const char *bindingKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingKey.push_back(soap_strdup(soap, bindingKey)); this->generic = "2.0"; } uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, std::vector bindingKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingKey = bindingKeys; this->generic = "2.0"; } uddi2__bindingDetail *uddi2__get_USCOREbindingDetail::send(const char *endpoint) { // Allocate result uddi2__bindingDetail *result = soap_new_uddi2__bindingDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__get_USCOREbindingDetail(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetail // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, const char *businessKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey.push_back(soap_strdup(soap, businessKey)); this->generic = "2.0"; } uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, std::vector businessKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey = businessKeys; this->generic = "2.0"; } uddi2__businessDetail *uddi2__get_USCOREbusinessDetail::send(const char *endpoint) { // Allocate result uddi2__businessDetail *result = soap_new_uddi2__businessDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__get_USCOREbusinessDetail(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetailExt // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, const char *businessKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey.push_back(soap_strdup(soap, businessKey)); this->generic = "2.0"; } uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, std::vector businessKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey = businessKeys; this->generic = "2.0"; } uddi2__businessDetailExt *uddi2__get_USCOREbusinessDetailExt::send(const char *endpoint) { // Allocate result uddi2__businessDetailExt *result = soap_new_uddi2__businessDetailExt(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__get_USCOREbusinessDetailExt(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_serviceDetail // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, const char *serviceKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->serviceKey.push_back(soap_strdup(soap, serviceKey)); this->generic = "2.0"; } uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, std::vector serviceKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->serviceKey = serviceKeys; this->generic = "2.0"; } uddi2__serviceDetail *uddi2__get_USCOREserviceDetail::send(const char *endpoint) { // Allocate result uddi2__serviceDetail *result = soap_new_uddi2__serviceDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__get_USCOREserviceDetail(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_tModelDetail // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, const char *tModelKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModelKey.push_back(soap_strdup(soap, tModelKey)); this->generic = "2.0"; } uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, std::vector tModelKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModelKey = tModelKeys; this->generic = "2.0"; } uddi2__tModelDetail *uddi2__get_USCOREtModelDetail::send(const char *endpoint) { // Allocate result uddi2__tModelDetail *result = soap_new_uddi2__tModelDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___inq2__get_USCOREtModelDetail(soap, endpoint, NULL, this, result)) return NULL; return result; } gsoap-2.8.28/gsoap/uddi2/publish_v2.cpp0000644000175000017500000005145112653650160017177 0ustar ellertellert/* publish_v2.cpp UDDI V2 Publish Interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "pubH.h" #define SOAP_NMAC static #define uddiH_H #include "PublishSoap.nsmap" //////////////////////////////////////////////////////////////////////////////// // // uddi2:add_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->publisherAssertion = publisherAssertions; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__add_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__add_USCOREpublisherAssertions(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_binding // //////////////////////////////////////////////////////////////////////////////// uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, const char *bindingKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingKey.push_back(soap_strdup(soap, bindingKey)); this->generic = "2.0"; } uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, std::vector bindingKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingKey = bindingKeys; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__delete_USCOREbinding::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__delete_USCOREbinding(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_business // //////////////////////////////////////////////////////////////////////////////// uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, const char *businessKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey.push_back(soap_strdup(soap, businessKey)); this->generic = "2.0"; } uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, std::vector businessKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessKey = businessKeys; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__delete_USCOREbusiness::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__delete_USCOREbusiness(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_service // //////////////////////////////////////////////////////////////////////////////// uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, const char *serviceKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->serviceKey.push_back(soap_strdup(soap, serviceKey)); this->generic = "2.0"; } uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, std::vector serviceKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->serviceKey = serviceKeys; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__delete_USCOREservice::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__delete_USCOREservice(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_tModel // //////////////////////////////////////////////////////////////////////////////// uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, const char *tModelKey) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModelKey.push_back(soap_strdup(soap, tModelKey)); this->generic = "2.0"; } uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, std::vector tModelKeys) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModelKey = tModelKeys; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__delete_USCOREtModel::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__delete_USCOREtModel(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->publisherAssertion = publisherAssertions; this->generic = "2.0"; } uddi2__dispositionReport *uddi2__delete_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__delete_USCOREpublisherAssertions(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:discard_authToken // //////////////////////////////////////////////////////////////////////////////// uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap, const char *authInfo) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->authInfo = soap_strdup(soap, authInfo); this->generic = "2.0"; } uddi2__dispositionReport *uddi2__discard_USCOREauthToken::send(const char *endpoint) { // Allocate result uddi2__dispositionReport *result = soap_new_uddi2__dispositionReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__discard_USCOREauthToken(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_assertionStatusReport // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap, const char *completionStatus) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->completionStatus = soap_strdup(soap, completionStatus); this->generic = "2.0"; } uddi2__assertionStatusReport *uddi2__get_USCOREassertionStatusReport::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__assertionStatusReport *result = soap_new_uddi2__assertionStatusReport(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__get_USCOREassertionStatusReport(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_authToken // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap, const char *userid, const char *passwd) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->userID = soap_strdup(soap, userid); this->cred = soap_strdup(soap, passwd); this->generic = "2.0"; } uddi2__authToken *uddi2__get_USCOREauthToken::send(const char *endpoint) { // Allocate result uddi2__authToken *result = soap_new_uddi2__authToken(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__get_USCOREauthToken(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREpublisherAssertions::uddi2__get_USCOREpublisherAssertions(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__publisherAssertions *uddi2__get_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__publisherAssertions *result = soap_new_uddi2__publisherAssertions(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__get_USCOREpublisherAssertions(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_registeredInfo // //////////////////////////////////////////////////////////////////////////////// uddi2__get_USCOREregisteredInfo::uddi2__get_USCOREregisteredInfo(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__registeredInfo *uddi2__get_USCOREregisteredInfo::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__registeredInfo *result = soap_new_uddi2__registeredInfo(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__get_USCOREregisteredInfo(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_binding // //////////////////////////////////////////////////////////////////////////////// uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, uddi2__bindingTemplate &bindingTemplate) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingTemplate.push_back(&bindingTemplate); this->generic = "2.0"; } uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, std::vector bindingTemplates) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->bindingTemplate = bindingTemplates; this->generic = "2.0"; } uddi2__bindingDetail *uddi2__save_USCOREbinding::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__bindingDetail *result = soap_new_uddi2__bindingDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__save_USCOREbinding(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_business // //////////////////////////////////////////////////////////////////////////////// uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, uddi2__businessEntity &businessEntity) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessEntity.push_back(&businessEntity); this->generic = "2.0"; } uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, std::vector businessEntities) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessEntity = businessEntities; this->generic = "2.0"; } uddi2__businessDetail *uddi2__save_USCOREbusiness::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__businessDetail *result = soap_new_uddi2__businessDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__save_USCOREbusiness(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_service // //////////////////////////////////////////////////////////////////////////////// uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, uddi2__businessService &businessService) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessService.push_back(&businessService); this->generic = "2.0"; } uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, std::vector businessServices) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->businessService = businessServices; this->generic = "2.0"; } uddi2__serviceDetail *uddi2__save_USCOREservice::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__serviceDetail *result = soap_new_uddi2__serviceDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__save_USCOREservice(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_tModel // //////////////////////////////////////////////////////////////////////////////// uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, uddi2__tModel &tModel) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModel.push_back(&tModel); this->generic = "2.0"; } uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, std::vector tModels) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->tModel = tModels; this->generic = "2.0"; } uddi2__tModelDetail *uddi2__save_USCOREtModel::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__tModelDetail *result = soap_new_uddi2__tModelDetail(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__save_USCOREtModel(soap, endpoint, NULL, this, result)) return NULL; return result; } //////////////////////////////////////////////////////////////////////////////// // // uddi2:set_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->generic = "2.0"; } uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) { // Initialize this object and associate it with the gSOAP context soap_default(soap); this->publisherAssertion = publisherAssertions; this->generic = "2.0"; } uddi2__publisherAssertions *uddi2__set_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) { // Set authorization token this->authInfo = authInfo; // Allocate result uddi2__publisherAssertions *result = soap_new_uddi2__publisherAssertions(soap, -1); // Invoke the wrapper soap_set_namespaces(soap, namespaces); if (soap_call___pub2__set_USCOREpublisherAssertions(soap, endpoint, NULL, this, result)) return NULL; return result; } gsoap-2.8.28/gsoap/uddi2/example3.cpp0000644000175000017500000001507012653650160016635 0ustar ellertellert/* example3.cpp Example UDDI V2 Client -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "pubH.h" const char *server = "https://uddi.xmethods.net/publish"; const char *userid = "..."; // user ID to access UDDI server const char *passwd = "..."; // password to access UDDI server int main(int argc, char **argv) { // Create a gSOAP context struct soap *soap = soap_new(); // Setup SSL context (optional) to verify server's credentials if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, "cacerts.pem", NULL, NULL)) { soap_print_fault(soap, stderr); exit(1); } // Step 1: Get an authorization token from the UDDI server uddi2__get_USCOREauthToken get_authToken(soap, userid, passwd); uddi2__authToken *authToken = get_authToken.send(server); // Check if authorized if (!authToken) { soap_print_fault(soap, stderr); exit(1); } // Authorization info provided by server for this session char *authInfo = authToken->authInfo; // Step 2: Create a tModel for the WSDL to be published uddi2__tModel tModel; tModel.soap_default(soap); // Create the tModel and service name tModel.name = soap_new_uddi2__name(soap, -1); tModel.name->__item = "..."; tModel.name->xml__lang_ = "en"; // Create XMethods description elements (see http://www.xmethods.net/ve2/UDDI.po) uddi2__description *description = soap_new_uddi2__description(soap, 6); description[0].__item = "SHORT DESCRIPTION: ..."; description[0].xml__lang_ = "en"; description[1].__item = "SHORT DESCRIPTION: ..."; description[1].xml__lang_ = "en"; description[2].__item = "USAGE NOTES: ..."; description[2].xml__lang_ = "en"; description[3].__item = "HOMEPAGE URL: ..."; description[3].xml__lang_ = "en"; description[4].__item = "CONTACT EMAIL: ..."; description[4].xml__lang_ = "en"; description[5].__item = "IMPLEMENTATION: ..."; description[5].xml__lang_ = "en"; // Add the four description elements to the tModel tModel.description.push_back(description + 0); tModel.description.push_back(description + 1); tModel.description.push_back(description + 2); tModel.description.push_back(description + 4); // Add an overviewDoc element with description and overviewURL tModel.overviewDoc = soap_new_uddi2__overviewDoc(soap, -1); tModel.overviewDoc->soap_default(soap); tModel.overviewDoc->description.push_back(soap_new_uddi2__description(soap, -1)); tModel.overviewDoc->description[0]->__item = "WSDL source document"; tModel.overviewDoc->description[0]->xml__lang_ = "en"; tModel.overviewDoc->overviewURL = "http://.../my.wsdl#bindingName"; // Omit identifier bag tModel.identifierBag = NULL; // Add a category with a WSDL-specific keyedReference tModel.categoryBag = soap_new_uddi2__categoryBag(soap, -1); tModel.categoryBag->soap_default(soap); tModel.categoryBag->keyedReference.push_back(soap_new_uddi2__keyedReference(soap, -1)); tModel.categoryBag->keyedReference[0]->tModelKey = "..."; tModel.categoryBag->keyedReference[0]->keyName = "uddi-org:types"; tModel.categoryBag->keyedReference[0]->keyValue = "wsdlSpec"; tModel.authorizedName = "..."; tModel.operator_ = "..."; tModel.tModelKey = "..."; // Save the tModel uddi2__save_USCOREtModel save_tModel(soap, tModel); uddi2__tModelDetail *tModelDetail = save_tModel.send(server, authInfo); // Step 3: Create a new service to be published uddi2__businessService service; service.soap_default(soap); // Service name is the tModel name (XMethods) service.name.push_back(tModel.name); // Add two description elements to the service service.description.push_back(description + 4); service.description.push_back(description + 5); // Create binding template uddi2__bindingTemplate bindingTemplate; bindingTemplate.soap_default(soap); bindingTemplate.tModelInstanceDetails = soap_new_uddi2__tModelInstanceDetails(soap, -1); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo.push_back(soap_new_uddi2__tModelInstanceInfo(soap, -1)); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->instanceDetails = NULL; bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->tModelKey = tModel.tModelKey; bindingTemplate.accessPoint = soap_new_uddi2__accessPoint(soap, -1); bindingTemplate.accessPoint->__item = "..."; bindingTemplate.accessPoint->URLType = uddi2__URLType__http; bindingTemplate.hostingRedirector = NULL; bindingTemplate.serviceKey = "..."; bindingTemplate.bindingKey = "..."; // Add binding Template to service service.bindingTemplates = soap_new_uddi2__bindingTemplates(soap, -1); service.bindingTemplates->soap_default(soap); service.bindingTemplates->bindingTemplate.push_back(&bindingTemplate); service.categoryBag = NULL; service.serviceKey = "..."; service.businessKey = "..."; // Save the service uddi2__save_USCOREservice save_service(soap, service); uddi2__serviceDetail *serviceDetail = save_service.send(server, authInfo); // Step 4: Discard authorization token uddi2__discard_USCOREauthToken discard_authToken(soap, authInfo); uddi2__dispositionReport *dispositionReport = discard_authToken.send(server); // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } gsoap-2.8.28/gsoap/uddi2/inquire_v2.h0000644000175000017500000043123312653650160016652 0ustar ellertellert/** @mainpage gSOAP UDDI v2 Universal Description, Discovery and Integration, or UDDI, is the name of a group of web-based registries that expose information about a business or other entity and its technical interfaces. See the UDDI v2 specification @url http://uddi.org/pubs/ProgrammersAPI_v2.htm for more details. @section UDDI2_CLASSES Classes See Related Pages for examples. UDDI Inquire classes - @ref uddi2__find_USCOREbinding - @ref uddi2__find_USCOREbusiness - @ref uddi2__find_USCORErelatedBusinesses - @ref uddi2__find_USCOREservice - @ref uddi2__find_USCOREtModel - @ref uddi2__get_USCOREbindingDetail - @ref uddi2__get_USCOREbusinessDetail - @ref uddi2__get_USCOREbusinessDetailExt - @ref uddi2__get_USCOREserviceDetail - @ref uddi2__get_USCOREtModelDetail UDDI Publish classes - @ref uddi2__add_USCOREpublisherAssertions - @ref uddi2__delete_USCOREbinding - @ref uddi2__delete_USCOREbusiness - @ref uddi2__delete_USCOREservice - @ref uddi2__delete_USCOREtModel - @ref uddi2__delete_USCOREpublisherAssertions - @ref uddi2__discard_USCOREauthToken - @ref uddi2__get_USCOREassertionStatusReport - @ref uddi2__get_USCOREauthToken - @ref uddi2__get_USCOREpublisherAssertions - @ref uddi2__get_USCOREregisteredInfo - @ref uddi2__save_USCOREbinding - @ref uddi2__save_USCOREbusiness - @ref uddi2__save_USCOREservice - @ref uddi2__save_USCOREtModel - @ref uddi2__set_USCOREpublisherAssertions @section UDDI2_BINDINGS Binding Reference - @ref InquireSoap - @ref PublishSoap */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbinding @brief Represents a request to locate bindings that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137712 */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbinding class. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the find_USCOREbinding class using the specified tModel key. */ /** @fn uddi2__find_USCOREbinding::uddi2__find_USCOREbinding(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREbinding class using the specified tModel keys. */ /** @fn uddi2__bindingDetail* uddi2__find_USCOREbinding::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to find binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREbusiness @brief Represents a request to locate businesses that meet specific requirements. When the send method is called, the instance returns a uddi2__businessList object that contains a list of business that matched the search criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137713 See also @ref example2. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified name of the requested business. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified category references. */ /** @fn uddi2__find_USCOREbusiness::uddi2__find_USCOREbusiness(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREbusiness class using the specified tModel keys. */ /** @fn uddi2__businessList *uddi2__find_USCOREbusiness::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessList object or NULL on error Send a request to a UDDI server to find a list of businesses. See also @ref example2. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_relatedBusinesses // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCORErelatedBusinesses @brief Represents a request to locate businesses that are related to a specific business. When the send method is called, the instance returns a uddi2__relatedBusinessList object that contains a list of business that matched the relationship set. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137714 */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCORErelatedBusiness class. */ /** @fn uddi2__find_USCORErelatedBusinesses::uddi2__find_USCORErelatedBusinesses(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the find_USCORErelatedBusiness class using the specified business key. */ /** @fn uddi2__relatedBusinessesList *uddi2__find_USCORErelatedBusinesses::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__relatedBusinessList object or NULL on error Send a request to a UDDI server to find a list of related businesses. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREservice @brief Represents a request to locate services that meet the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137715 See also @ref example1. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREservice class. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the service Creates an instance of the find_USCOREservice class using the specified name. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREservice class using the specified category keys. */ /** @fn uddi2__find_USCOREservice::uddi2__find_USCOREservice(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel key strings Creates an instance of the find_USCOREservice class using the specified tModel keys. */ /** @fn uddi2__serviceList* uddi2__find_USCOREservice::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceList object or NULL on error Send a request to a UDDI server to find a list of services. See also @ref example1. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:find_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__find_USCOREtModel @brief Represents a request to locate a list of tModel entries that match a set of specific criteria. The result of a search is a uddi2__tModelList object that contains information about registered tModel data that matches the criteria. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137716 */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the find_USCOREtModel class. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, const char *name) @brief @param[in] soap gSOAP context @param[in] name of the tModel Creates an instance of the find_USCOREtModel class using the specified tModel name. */ /** @fn uddi2__find_USCOREtModel::uddi2__find_USCOREtModel(struct soap *soap, std::vector keyedReferences) @brief @param[in] soap gSOAP context @param[in] keyedReferences collection of category keys Creates an instance of the find_USCOREtModel class using the specified category keys. */ /** @fn uddi2__tModelList* uddi2__find_USCOREtModel::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelList object or NULL on error Send a request to a UDDI server to find a tModelList. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_bindingDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbindingDetail @brief Represents a request to get binding details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137717 */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbindingDetail class. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey string Creates an instance of the get_USCOREbindingDetail class using the specified binding key. */ /** @fn uddi2__get_USCOREbindingDetail::uddi2__get_USCOREbindingDetail(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of key strings Creates an instance of the get_USCOREbindingDetail class using the specified collection of binding keys. */ /** @fn uddi2__bindingDetail* uddi2__get_USCOREbindingDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to get the binding details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetail @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137718 */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetail class. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetail class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetail::uddi2__get_USCOREbusinessDetail(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetail class using the specified collection of business keys. */ /** @fn uddi2__businessDetail* uddi2__get_USCOREbusinessDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_businessDetailExt // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREbusinessDetailExt @brief Represents a request to get business details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137719 */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREbusinessDetailExt class. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey string Creates an instance of the get_USCOREbusinessDetailExt class using the specified business key. */ /** @fn uddi2__get_USCOREbusinessDetailExt::uddi2__get_USCOREbusinessDetailExt(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of key strings Creates an instance of the get_USCOREbusinessDetailExt class using the specified collection of business keys. */ /** @fn uddi2__businessDetailExt* uddi2__get_USCOREbusinessDetailExt::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__businessDetailExt object or NULL on error Send a request to a UDDI server to get the business details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_serviceDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREserviceDetail @brief Represents a request to get service details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137720 */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREserviceDetail class. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey string Creates an instance of the get_USCOREserviceDetail class using the specified service key. */ /** @fn uddi2__get_USCOREserviceDetail::uddi2__get_USCOREserviceDetail(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of key strings Creates an instance of the get_USCOREserviceDetail class using the specified collection of service keys. */ /** @fn uddi2__serviceDetail* uddi2__get_USCOREserviceDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to get the service details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_tModelDetail // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREtModelDetail @brief Represents a request to get tModel details from a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137721 */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREtModelDetail class. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey string Creates an instance of the get_USCOREtModelDetail class using the specified tModel key. */ /** @fn uddi2__get_USCOREtModelDetail::uddi2__get_USCOREtModelDetail(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of key strings Creates an instance of the get_USCOREtModelDetail class using the specified collection of tModel keys. */ /** @fn uddi2__tModelDetail* uddi2__get_USCOREtModelDetail::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to get the tModel details. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:add_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__add_USCOREpublisherAssertions @brief Represents a request to add one or more publisher assertions to the assertion collection for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137731 */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the add_USCOREpublisherAssertions class. */ /** @fn uddi2__add_USCOREpublisherAssertions::uddi2__add_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the add_USCOREpublisherAssertions class using the specified publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__add_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI server to add one or more publisher assertions to the assertion collection for an individual publisher. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbinding @brief Represents a request to delete a binding that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137732 */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap) @brief Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, const char *bindingKey) @brief @param[in] soap gSOAP context @param[in] bindingKey a binding key string Creates an instance of the delete_USCOREbinding class. */ /** @fn uddi2__delete_USCOREbinding::uddi2__delete_USCOREbinding(struct soap *soap, std::vector bindingKeys) @brief @param[in] soap gSOAP context @param[in] bindingKeys collection of binding keys Creates an instance of the delete_USCOREbinding class using the specified binding keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a binding that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREbusiness @brief Represents a request to delete a business that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137733 */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREbusiness class. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, const char *businessKey) @brief @param[in] soap gSOAP context @param[in] businessKey a business key string Creates an instance of the delete_USCOREbusiness class using the specified business key. */ /** @fn uddi2__delete_USCOREbusiness::uddi2__delete_USCOREbusiness(struct soap *soap, std::vector businessKeys) @brief @param[in] soap gSOAP context @param[in] businessKeys collection of business keys Creates an instance of the delete_USCOREbusiness class using the specified business keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a business that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREservice @brief Represents a request to delete a service that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137735 */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREservice class. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, const char *serviceKey) @brief @param[in] soap gSOAP context @param[in] serviceKey a service key string Creates an instance of the delete_USCOREservice class using the specified service key. */ /** @fn uddi2__delete_USCOREservice::uddi2__delete_USCOREservice(struct soap *soap, std::vector serviceKeys) @brief @param[in] soap gSOAP context @param[in] serviceKeys collection of service keys Creates an instance of the delete_USCOREservice class using the specified service keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a service that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREtModel @brief Represents a request to delete a tModel that meets the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137736 */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREtModel class. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, const char *tModelKey) @brief @param[in] soap gSOAP context @param[in] tModelKey a tModel key string Creates an instance of the delete_USCOREtModel class using the specified tModel key. */ /** @fn uddi2__delete_USCOREtModel::uddi2__delete_USCOREtModel(struct soap *soap, std::vector tModelKeys) @brief @param[in] soap gSOAP context @param[in] tModelKeys collection of tModel keys Creates an instance of the delete_USCOREtModel class using the specified tModel keys. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete a tModel that meets the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:delete_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__delete_USCOREpublisherAssertions @brief Represents a request to delete publisher assertions meeting the specified requirements. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137734 */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREpublisherAssertions class. */ /** @fn uddi2__delete_USCOREpublisherAssertions::uddi2__delete_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions a collection of publisher assertions Creates an instance of the delete_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__dispositionReport *uddi2__delete_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to delete publisher assertions meeting the specified requirements. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:discard_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__discard_USCOREauthToken @brief Represents a request to discard an authorization token obtained with the get_USCOREauthToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137737 */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the delete_USCOREauthToken class. */ /** @fn uddi2__discard_USCOREauthToken::uddi2__discard_USCOREauthToken(struct soap *soap, const char *authInfo) @brief @param[in] soap gSOAP context @param[in] authInfo authorization token provided by the UDDI server Creates an instance of the delete_USCOREauthToken class using the specified authentication token string. */ /** @fn uddi2__dispositionReport *uddi2__discard_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__dispositionReport object or NULL on error Send a request to a UDDI service to discard an authentication token. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_assertionStatusReport // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREassertionStatusReport @brief Provides the ability to determine the status of current and outstanding publisher assertions. The results can be restricted by setting the completionStatus property. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137738 */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREassertionStatusReport class. */ /** @fn uddi2__get_USCOREassertionStatusReport::uddi2__get_USCOREassertionStatusReport(struct soap *soap, const char *completionStatus) @brief @param[in] soap gSOAP context @param[in] completionStatus completion status string Creates an instance of the get_USCOREassertionStatusReport class using the specified completion status. */ /** @fn uddi2__assertionStatusReport *uddi2__get_USCOREassertionStatusReport::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__assertionStatusReport object or NULL on error Send a request to a UDDI service to get the status of current and outstanding publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_authToken // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREauthToken @brief Represents a request to obtain an authorization token, which is represented by the uddi2__authToken class. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137739 */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREauthToken class. */ /** @fn uddi2__get_USCOREauthToken::uddi2__get_USCOREauthToken(struct soap *soap, const char *userid, const char *passwd) @brief @param[in] soap gSOAP context @param[in] userid the user ID string @param[in] passwd the password string Creates an instance of the get_USCOREauthToken class using the specified user ID and password. */ /** @fn uddi2__authToken *uddi2__get_USCOREauthToken::send(const char *endpoint) @brief @param[in] endpoint URL of the UDDI server @return A pointer to a uddi2__authToken object or NULL on error Send a request to a UDDI service to get a authorization token given a user ID and password. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREpublisherAssertions @brief Represents a request to obtain the full set of publisher assertions that are associated with an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137740 */ /** @fn uddi2__get_USCOREpublisherAssertions::uddi2__get_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREpublisherAssetions class. */ /** @fn uddi2__publisherAssertions *uddi2__get_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI service to get publisher assertions. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:get_registeredInfo // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__get_USCOREregisteredInfo @brief Represents a request to get all registered business entities and tModels controlled by an individual. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137741 */ /** @fn uddi2__get_USCOREregisteredInfo::uddi2__get_USCOREregisteredInfo(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the get_USCOREregisteredInfo class. */ /** @fn uddi2__registeredInfo *uddi2__get_USCOREregisteredInfo::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__registeredInfo object or NULL on error Send a request to a UDDI service to get all registered business entities and tModels controlled by an individual. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_binding // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbinding @brief Represents a request to post binding information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137742 */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbinding class. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, uddi2__bindingTemplate &bindingTemplate) @brief @param[in] soap gSOAP context @param[in] bindingTemplate binding template Creates an instance of the save_USCOREbinding class using the specified binding template. */ /** @fn uddi2__save_USCOREbinding::uddi2__save_USCOREbinding(struct soap *soap, std::vector bindingTemplates) @brief @param[in] soap gSOAP context @param[in] bindingTemplates collection of binding templates Creates an instance of the save_USCOREbinding class using the specified binding templates. */ /** @fn uddi2__bindingDetail *uddi2__save_USCOREbinding::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__bindingDetail object or NULL on error Send a request to a UDDI server to post binding information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_business // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREbusiness @brief Represents a request to post business information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137743 */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREbusiness class. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, uddi2__businessEntity &businessEntity) @brief @param[in] soap gSOAP context @param[in] businessEntity business entity Creates an instance of the save_USCOREbusiness class using the specified business entity. */ /** @fn uddi2__save_USCOREbusiness::uddi2__save_USCOREbusiness(struct soap *soap, std::vector businessEntities) @brief @param[in] soap gSOAP context @param[in] businessEntities collection of business entities Creates an instance of the save_USCOREbusiness class using the specified business entities. */ /** @fn uddi2__businessDetail *uddi2__save_USCOREbusiness::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__businessDetail object or NULL on error Send a request to a UDDI server to post business information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_service // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREservice @brief Represents a request to post service information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137744 */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREservice class. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, uddi2__businessService &businessService) @brief @param[in] soap gSOAP context @param[in] businessService business service Creates an instance of the save_USCOREservice class using the specified service. */ /** @fn uddi2__save_USCOREservice::uddi2__save_USCOREservice(struct soap *soap, std::vector businessServices) @brief @param[in] soap gSOAP context @param[in] businessServices collection of business services Creates an instance of the save_USCOREservice class using the specified services. */ /** @fn uddi2__serviceDetail *uddi2__save_USCOREservice::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__serviceDetail object or NULL on error Send a request to a UDDI server to post service information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:save_tModel // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__save_USCOREtModel @brief Represents a request to post tModel information on a UDDI server. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137745 */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the save_USCOREtModel class. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, uddi2__tModel &tModel) @brief @param[in] soap gSOAP context @param[in] tModel a tModel Creates an instance of the save_USCOREtModel class using the specified tModel. */ /** @fn uddi2__save_USCOREtModel::uddi2__save_USCOREtModel(struct soap *soap, std::vector tModels) @brief @param[in] soap gSOAP context @param[in] tModels collection of tModels Creates an instance of the save_USCOREtModel class using the specified tModels. */ /** @fn uddi2__tModelDetail *uddi2__save_USCOREtModel::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__tModelDetail object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // uddi2:set_publisherAssertions // //////////////////////////////////////////////////////////////////////////////// /** @class uddi2__set_USCOREpublisherAssertions @brief Represents a request to modify the existing publisher assertions for an individual publisher. See @url http://uddi.org/pubs/ProgrammersAPI_v2.htm#_Toc25137746 */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap) @brief @param[in] soap gSOAP context Creates an instance of the set_USCOREpublisherAssertions class. */ /** @fn uddi2__set_USCOREpublisherAssertions::uddi2__set_USCOREpublisherAssertions(struct soap *soap, std::vector publisherAssertions) @brief @param[in] soap gSOAP context @param[in] publisherAssertions collection of publisher assertions Creates an instance of the set_USCOREpublisherAssertions class using the specified collection of publisher assertions. */ /** @fn uddi2__publisherAssertions *uddi2__set_USCOREpublisherAssertions::send(const char *endpoint, char *authInfo) @brief @param[in] endpoint URL of the UDDI server @param[in] authInfo authorization token provided by the UDDI server @return A pointer to a uddi2__publisherAssertions object or NULL on error Send a request to a UDDI server to post tModel information on the server. */ //////////////////////////////////////////////////////////////////////////////// // // Code Examples // //////////////////////////////////////////////////////////////////////////////// /** @page example1 Code Example 1: Finding a service This example shows you how to find Web services. In this case, the example finds Web services with names that begin with the word "magic". @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "magic"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREservice fs(soap, search_string); // Send the request uddi2__serviceList *sl = fs.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!sl) soap_print_fault(soap, stderr); // If OK, report the service name(s) and unique identification keys else if (sl->serviceInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator si = sl->serviceInfos->serviceInfo.begin(); si != sl->serviceInfos->serviceInfo.end(); ++si) { // Report serviceKey and businessKey std::cout << "serviceKey=" << (*si)->serviceKey << std::endl << "businessKey=" << (*si)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*si)->name.begin(); n != (*si)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example1 example1.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example2 Code Example 2: Finding a business This example shows you how to find a business from a UDDI server. @code #include "inqH.h" int main(int argc, char **argv) { char *search_string = "xmethods"; if (argc > 1) search_string = argv[1]; // Create a gSOAP context struct soap *soap = soap_new(); // Create an object to find a business uddi2__find_USCOREbusiness fb(soap, search_string); // Send the request uddi2__businessList *bl = fb.send("http://uddi.xmethods.net/inquire"); // Check if result is OK if (!bl) soap_print_fault(soap, stderr); // If OK, report the business name(s) and unique identification keys else if (bl->businessInfos) { std::cout << "Search results on " << search_string << ":" << std::endl << std::endl; for (std::vector::const_iterator bi = bl->businessInfos->businessInfo.begin(); bi != bl->businessInfos->businessInfo.end(); ++bi) { // Report businessKey std::cout << "businessKey=" << (*bi)->businessKey << std::endl; // Report names for (std::vector::const_iterator n = (*bi)->name.begin(); n != (*bi)->name.end(); ++n) std::cout << "name=" << (*n)->__item << std::endl; std::cout << std::endl; } } // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat inquire_v2.wsdl - soapcpp2 -I.. -pinq inquire_v2.h - g++ -DWITH_NONAMESPACES -I.. -o example2 example2.cpp inquire_v2.cpp inqC.cpp inqClient.cpp ../stdsoap2.cpp */ /** @page example3 Code Example 3: Publishing a WSDL and service on XMethods This example shows you how to publish a Web service. In this case, the example template code obtains an authorization token, saves the tModel with the WSDL URL in the server, and saves the business service information in the server. @code #include "pubH.h" const char *server = "https://uddi.xmethods.net/publish"; const char *userid = "..."; // user ID to access UDDI server const char *passwd = "..."; // password to access UDDI server int main(int argc, char **argv) { // Create a gSOAP context struct soap *soap = soap_new(); // Setup SSL context (optional) to verify server's credentials if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, "cacerts.pem", NULL, NULL)) { soap_print_fault(soap, stderr); exit(1); } // Step 1: Get an authorization token from the UDDI server uddi2__get_USCOREauthToken get_authToken(soap, userid, passwd); uddi2__authToken *authToken = get_authToken.send(server); // Check if authorized if (!authToken) { soap_print_fault(soap, stderr); exit(1); } // Authorization info provided by server for this session char *authInfo = authToken->authInfo; // Step 2: Create a tModel for the WSDL to be published uddi2__tModel tModel; tModel.soap_default(soap); // Create the tModel and service name tModel.name = soap_new_uddi2__name(soap, -1); tModel.name->__item = "..."; tModel.name->xml__lang_ = "en"; // Create XMethods description elements (see http://www.xmethods.net/ve2/UDDI.po) uddi2__description *description = soap_new_uddi2__description(soap, 6); description[0].__item = "SHORT DESCRIPTION: ..."; description[0].xml__lang_ = "en"; description[1].__item = "SHORT DESCRIPTION: ..."; description[1].xml__lang_ = "en"; description[2].__item = "USAGE NOTES: ..."; description[2].xml__lang_ = "en"; description[3].__item = "HOMEPAGE URL: ..."; description[3].xml__lang_ = "en"; description[4].__item = "CONTACT EMAIL: ..."; description[4].xml__lang_ = "en"; description[5].__item = "IMPLEMENTATION: ..."; description[5].xml__lang_ = "en"; // Add the four description elements to the tModel tModel.description.push_back(description + 0); tModel.description.push_back(description + 1); tModel.description.push_back(description + 2); tModel.description.push_back(description + 4); // Add an overviewDoc element with description and overviewURL tModel.overviewDoc = soap_new_uddi2__overviewDoc(soap, -1); tModel.overviewDoc->soap_default(soap); tModel.overviewDoc->description.push_back(soap_new_uddi2__description(soap, -1)); tModel.overviewDoc->description[0]->__item = "WSDL source document"; tModel.overviewDoc->description[0]->xml__lang_ = "en"; tModel.overviewDoc->overviewURL = "http://.../my.wsdl#bindingName"; // Omit identifier bag tModel.identifierBag = NULL; // Add a category with a WSDL-specific keyedReference tModel.categoryBag = soap_new_uddi2__categoryBag(soap, -1); tModel.categoryBag->soap_default(soap); tModel.categoryBag->keyedReference.push_back(soap_new_uddi2__keyedReference(soap, -1)); tModel.categoryBag->keyedReference[0]->tModelKey = "..."; tModel.categoryBag->keyedReference[0]->keyName = "uddi-org:types"; tModel.categoryBag->keyedReference[0]->keyValue = "wsdlSpec"; tModel.authorizedName = "..."; tModel.operator_ = "..."; tModel.tModelKey = "..."; // Save the tModel uddi2__save_USCOREtModel save_tModel(soap, tModel); uddi2__tModelDetail *tModelDetail = save_tModel.send(server, authInfo); // Step 3: Create a new service to be published uddi2__businessService service; service.soap_default(soap); // Service name is the tModel name (XMethods) service.name.push_back(tModel.name); // Add two description elements to the service service.description.push_back(description + 4); service.description.push_back(description + 5); // Create binding template uddi2__bindingTemplate bindingTemplate; bindingTemplate.soap_default(soap); bindingTemplate.tModelInstanceDetails = soap_new_uddi2__tModelInstanceDetails(soap, -1); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo.push_back(soap_new_uddi2__tModelInstanceInfo(soap, -1)); bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->instanceDetails = NULL; bindingTemplate.tModelInstanceDetails->tModelInstanceInfo[0]->tModelKey = tModel.tModelKey; bindingTemplate.accessPoint = soap_new_uddi2__accessPoint(soap, -1); bindingTemplate.accessPoint->__item = "..."; bindingTemplate.accessPoint->URLType = uddi2__URLType__http; bindingTemplate.hostingRedirector = NULL; bindingTemplate.serviceKey = "..."; bindingTemplate.bindingKey = "..."; // Add binding Template to service service.bindingTemplates = soap_new_uddi2__bindingTemplates(soap, -1); service.bindingTemplates->soap_default(soap); service.bindingTemplates->bindingTemplate.push_back(&bindingTemplate); service.categoryBag = NULL; service.serviceKey = "..."; service.businessKey = "..."; // Save the service uddi2__save_USCOREservice save_service(soap, service); uddi2__serviceDetail *serviceDetail = save_service.send(server, authInfo); // Step 4: Discard authorization token uddi2__discard_USCOREauthToken discard_authToken(soap, authInfo); uddi2__dispositionReport *dispositionReport = discard_authToken.send(server); // Remove deserialized objects soap_destroy(soap); // Remove temporary data soap_end(soap); // Detach and free context soap_done(soap); free(soap); return 0; } @endcode To compile: - wsdl2h -tuddi2-typemap.dat publish_v2.wsdl - soapcpp2 -I.. -ppub publish_v2.h - g++ -DWITH_OPENSSL -DWITH_NONAMESPACES -I.. -o example3 example3.cpp publish_v2.cpp pubC.cpp pubClient.cpp ../stdsoap2.cpp */ /* inquire_v2.h Generated by wsdl2h 1.2.0 from inquire_v2.wsdl and uddi2-typemap.dat 2005-04-24 00:29:41 GMT Copyright (C) 2001-2005 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use wsdl2h option -l to view the software license terms. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - To build with STL, stlvector.h from the gSOAP distribution must be in the current directory. Or use soapcpp2 option -I with path to stlvector.h. - Use typemap.dat to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to typemap.dat to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. */ /******************************************************************************\ * * * urn:uddi-org:inquiry_v2 * * * \******************************************************************************/ /* WSDL Documentation: Copyright (c) 2000 - 2002 by Accenture, Ariba, Inc., Commerce One, Inc. Fujitsu Limited, Hewlett-Packard Company, i2 Technologies, Inc., Intel Corporation, International Business Machines Corporation, Microsoft Corporation, Oracle Corporation, SAP AG, Sun Microsystems, Inc., and VeriSign, Inc. All Rights Reserved. WSDL Service Interface for UDDI Inquiry API V2.0 This WSDL document defines the inquiry API calls for interacting with the UDDI registry. The complete UDDI API specification is available at http://www.uddi.org/specification.html. */ //gsoapopt w #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: inq2 = "urn:uddi-org:inquiry_v2" uddi2 = urn:uddi-org:api_v2 */ //gsoap inq2 schema namespace: urn:uddi-org:inquiry_v2 //gsoap uddi2 schema namespace: urn:uddi-org:api_v2 //gsoap inq2 schema form: unqualified //gsoap uddi2 schema elementForm: qualified //gsoap uddi2 schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Primitive built-in type "xs:NMTOKEN" typedef char* xsd__NMTOKEN; /// Built-in attribute "xml:lang" typedef char* xml__lang; class uddi2__accessPoint; class uddi2__address; class uddi2__addressLine; class uddi2__assertionStatusItem; class uddi2__bindingTemplate; class uddi2__bindingTemplates; class uddi2__businessEntity; class uddi2__businessEntityExt; class uddi2__businessInfo; class uddi2__businessInfos; class uddi2__businessService; class uddi2__businessServices; class uddi2__categoryBag; class uddi2__contact; class uddi2__contacts; class uddi2__description; class uddi2__discoveryURL; class uddi2__discoveryURLs; class uddi2__dispositionReport; class uddi2__email; class uddi2__errInfo; class uddi2__findQualifiers; class uddi2__hostingRedirector; class uddi2__identifierBag; class uddi2__instanceDetails; class uddi2__keyedReference; class uddi2__keysOwned; class uddi2__name; class uddi2__overviewDoc; class uddi2__phone; class uddi2__publisherAssertion; class uddi2__relatedBusinessInfo; class uddi2__relatedBusinessInfos; class uddi2__result; class uddi2__serviceInfo; class uddi2__serviceInfos; class uddi2__sharedRelationships; class uddi2__tModel; class uddi2__tModelBag; class uddi2__tModelInfo; class uddi2__tModelInfos; class uddi2__tModelInstanceDetails; class uddi2__tModelInstanceInfo; class uddi2__add_USCOREpublisherAssertions; class uddi2__delete_USCOREbinding; class uddi2__delete_USCOREbusiness; class uddi2__delete_USCOREpublisherAssertions; class uddi2__delete_USCOREservice; class uddi2__delete_USCOREtModel; class uddi2__discard_USCOREauthToken; class uddi2__find_USCOREbinding; class uddi2__find_USCOREbusiness; class uddi2__find_USCORErelatedBusinesses; class uddi2__find_USCOREservice; class uddi2__find_USCOREtModel; class uddi2__get_USCOREassertionStatusReport; class uddi2__get_USCOREauthToken; class uddi2__get_USCOREbindingDetail; class uddi2__get_USCOREbusinessDetail; class uddi2__get_USCOREbusinessDetailExt; class uddi2__get_USCOREpublisherAssertions; class uddi2__get_USCOREregisteredInfo; class uddi2__get_USCOREserviceDetail; class uddi2__get_USCOREtModelDetail; class uddi2__save_USCOREbinding; class uddi2__save_USCOREbusiness; class uddi2__save_USCOREservice; class uddi2__save_USCOREtModel; class uddi2__set_USCOREpublisherAssertions; class uddi2__validate_USCOREvalues; class uddi2__assertionStatusReport; class uddi2__authToken; class uddi2__bindingDetail; class uddi2__businessDetail; class uddi2__businessDetailExt; class uddi2__businessList; class uddi2__publisherAssertions; class uddi2__registeredInfo; class uddi2__relatedBusinessesList; class uddi2__serviceDetail; class uddi2__serviceList; class uddi2__tModelDetail; class uddi2__tModelList; /// Schema "urn:uddi-org:api_v2":bindingKey simpleType restriction of xs:string typedef char* uddi2__bindingKey; /// Schema "urn:uddi-org:api_v2":businessKey simpleType restriction of xs:string typedef char* uddi2__businessKey; /// Schema "urn:uddi-org:api_v2":serviceKey simpleType restriction of xs:string typedef char* uddi2__serviceKey; /// Schema "urn:uddi-org:api_v2":tModelKey simpleType restriction of xs:string typedef char* uddi2__tModelKey; /// Schema "urn:uddi-org:api_v2":direction simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__direction' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__direction { uddi2__direction__fromKey, ///< xs:NMTOKEN value="fromKey" uddi2__direction__toKey, ///< xs:NMTOKEN value="toKey" }; /// Schema "urn:uddi-org:api_v2":truncated simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__truncated' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__truncated { uddi2__truncated__true_, ///< xs:NMTOKEN value="true" uddi2__truncated__false_, ///< xs:NMTOKEN value="false" }; /// Schema "urn:uddi-org:api_v2":URLType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__URLType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__URLType { uddi2__URLType__mailto, ///< xs:NMTOKEN value="mailto" uddi2__URLType__http, ///< xs:NMTOKEN value="http" uddi2__URLType__https, ///< xs:NMTOKEN value="https" uddi2__URLType__ftp, ///< xs:NMTOKEN value="ftp" uddi2__URLType__fax, ///< xs:NMTOKEN value="fax" uddi2__URLType__phone, ///< xs:NMTOKEN value="phone" uddi2__URLType__other, ///< xs:NMTOKEN value="other" }; /// Schema "urn:uddi-org:api_v2":keyType simpleType restriction of xs:NMTOKEN /// Note: enum values are prefixed with 'uddi2__keyType' to avoid name clashes, please use wsdl2h option -e to omit this prefix enum uddi2__keyType { uddi2__keyType__businessKey, ///< xs:NMTOKEN value="businessKey" uddi2__keyType__tModelKey, ///< xs:NMTOKEN value="tModelKey" uddi2__keyType__serviceKey, ///< xs:NMTOKEN value="serviceKey" uddi2__keyType__bindingKey, ///< xs:NMTOKEN value="bindingKey" }; /// Schema urn:uddi-org:api_v2:"address" class uddi2__address { public: /// Vector of uddi2__addressLine* with length 0..unbounded std::vector addressLine 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// Attribute sortCode of type xs:string @char* sortCode 0; ///< Optional attribute /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusItem" class uddi2__assertionStatusItem { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keysOwned uddi2__keysOwned* keysOwned 1; ///< Required element /// Attribute completionStatus of type xs:string @char* completionStatus 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplate" class uddi2__bindingTemplate { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":tModelInstanceDetails uddi2__tModelInstanceDetails* tModelInstanceDetails 1; ///< Required element // CHOICE OF ELEMENTS: /// Element reference "urn:uddi-org:api_v2":accessPoint uddi2__accessPoint* accessPoint 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":hostingRedirector uddi2__hostingRedirector* hostingRedirector 1; ///< Required element // END CHOICE /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 0; ///< Optional attribute /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingTemplates" class uddi2__bindingTemplates { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntity" class uddi2__businessEntity { public: /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":contacts uddi2__contacts* contacts 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessServices uddi2__businessServices* businessServices 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessEntityExt" class uddi2__businessEntityExt { public: /// Element reference "urn:uddi-org:api_v2":businessEntity uddi2__businessEntity* businessEntity 1; ///< Required element // TODO: // Schema extensibility is user-definable // Consult the protocol documentation to insert declarations here: _XML __any ; ///< Catch any element content in XML string /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfo" class uddi2__businessInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessInfos" class uddi2__businessInfos { public: /// Vector of uddi2__businessInfo* with length 0..unbounded std::vector businessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessService" class uddi2__businessService { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":bindingTemplates uddi2__bindingTemplates* bindingTemplates 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessServices" class uddi2__businessServices { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"categoryBag" class uddi2__categoryBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contact" class uddi2__contact { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":personName char* personName 1; ///< Required element /// Vector of uddi2__phone* with length 0..unbounded std::vector phone 0; /// Vector of uddi2__email* with length 0..unbounded std::vector email 0; /// Vector of uddi2__address* with length 0..unbounded std::vector address 0; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"contacts" class uddi2__contacts { public: /// Vector of uddi2__contact* with length 0..unbounded std::vector contact 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURLs" class uddi2__discoveryURLs { public: /// Vector of uddi2__discoveryURL* with length 0..unbounded std::vector discoveryURL 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"dispositionReport" class uddi2__dispositionReport { public: /// Vector of uddi2__result* with length 0..unbounded std::vector result 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"findQualifiers" class uddi2__findQualifiers { public: /// Vector of char* with length 0..unbounded std::vector findQualifier 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"hostingRedirector" class uddi2__hostingRedirector { public: /// Attribute bindingKey of type "urn:uddi-org:api_v2":bindingKey @uddi2__bindingKey bindingKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"identifierBag" class uddi2__identifierBag { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"instanceDetails" class uddi2__instanceDetails { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":instanceParms char* instanceParms 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keyedReference" class uddi2__keyedReference { public: /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 0; ///< Optional attribute /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"keysOwned" class uddi2__keysOwned { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"overviewDoc" class uddi2__overviewDoc { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewURL char* overviewURL 0; ///< Optional element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertion" class uddi2__publisherAssertion { public: /// Element reference "urn:uddi-org:api_v2":fromKey uddi2__businessKey fromKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":toKey uddi2__businessKey toKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 1; ///< Required element /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfo" class uddi2__relatedBusinessInfo { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Vector of uddi2__name* with length 0..unbounded std::vector name 1; /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Vector of uddi2__sharedRelationships* with length 0..2 std::vector sharedRelationships 1:2; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessInfos" class uddi2__relatedBusinessInfos { public: /// Vector of uddi2__relatedBusinessInfo* with length 0..unbounded std::vector relatedBusinessInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"result" class uddi2__result { public: /// Element reference "urn:uddi-org:api_v2":errInfo uddi2__errInfo* errInfo 0; ///< Optional element /// Attribute keyType of type "urn:uddi-org:api_v2":keyType @enum uddi2__keyType* keyType 0; ///< Optional attribute /// Attribute errno of type xs:int @int errno_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfo" class uddi2__serviceInfo { public: /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceInfos" class uddi2__serviceInfos { public: /// Vector of uddi2__serviceInfo* with length 0..unbounded std::vector serviceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"sharedRelationships" class uddi2__sharedRelationships { public: /// Vector of uddi2__keyedReference* with length 0..unbounded std::vector keyedReference 1; /// Attribute direction of type "urn:uddi-org:api_v2":direction @enum uddi2__direction direction 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModel" class uddi2__tModel { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":overviewDoc uddi2__overviewDoc* overviewDoc 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 0; ///< Optional attribute /// Attribute authorizedName of type xs:string @char* authorizedName 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelBag" class uddi2__tModelBag { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfo" class uddi2__tModelInfo { public: /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 1; ///< Required element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInfos" class uddi2__tModelInfos { public: /// Vector of uddi2__tModelInfo* with length 0..unbounded std::vector tModelInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceDetails" class uddi2__tModelInstanceDetails { public: /// Vector of uddi2__tModelInstanceInfo* with length 0..unbounded std::vector tModelInstanceInfo 0; /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelInstanceInfo" class uddi2__tModelInstanceInfo { public: /// Vector of uddi2__description* with length 0..unbounded std::vector description 0; /// Element reference "urn:uddi-org:api_v2":instanceDetails uddi2__instanceDetails* instanceDetails 0; ///< Optional element /// Attribute tModelKey of type "urn:uddi-org:api_v2":tModelKey @uddi2__tModelKey tModelKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"add_publisherAssertions" class uddi2__add_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__add_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_binding" class uddi2__delete_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbinding(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_business" class uddi2__delete_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREbusiness(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_publisherAssertions" class uddi2__delete_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_service" class uddi2__delete_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREservice(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"delete_tModel" class uddi2__delete_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__delete_USCOREtModel(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"discard_authToken" class uddi2__discard_USCOREauthToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__discard_USCOREauthToken(struct soap*, const char *authInfo); /// Member declared in uddi2-typemap.dat uddi2__dispositionReport* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_binding" class uddi2__find_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute serviceKey of type "urn:uddi-org:api_v2":serviceKey @uddi2__serviceKey serviceKey 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbinding(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_business" class uddi2__find_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":discoveryURLs uddi2__discoveryURLs* discoveryURLs 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREbusiness(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__businessList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_relatedBusinesses" class uddi2__find_USCORErelatedBusinesses { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":keyedReference uddi2__keyedReference* keyedReference 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCORErelatedBusinesses(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__relatedBusinessesList *send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_service" class uddi2__find_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Vector of uddi2__name* with length 0..unbounded std::vector name 0; /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":tModelBag uddi2__tModelBag* tModelBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// Attribute businessKey of type "urn:uddi-org:api_v2":businessKey @uddi2__businessKey businessKey 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREservice(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__serviceList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"find_tModel" class uddi2__find_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":findQualifiers uddi2__findQualifiers* findQualifiers 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":name uddi2__name* name 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":identifierBag uddi2__identifierBag* identifierBag 0; ///< Optional element /// Element reference "urn:uddi-org:api_v2":categoryBag uddi2__categoryBag* categoryBag 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute maxRows of type xs:int @int* maxRows 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, const char *name); /// Member declared in uddi2-typemap.dat uddi2__find_USCOREtModel(struct soap*, std::vector keyedReferences); /// Member declared in uddi2-typemap.dat uddi2__tModelList* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_assertionStatusReport" class uddi2__get_USCOREassertionStatusReport { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":completionStatus char* completionStatus 0; ///< Optional element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREassertionStatusReport(struct soap*, const char *completionStatus); /// Member declared in uddi2-typemap.dat uddi2__assertionStatusReport* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_authToken" class uddi2__get_USCOREauthToken { public: /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute userID of type xs:string @char* userID 1; ///< Required attribute /// Attribute cred of type xs:string @char* cred 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREauthToken(struct soap*, const char *userid, const char *passwd); /// Member declared in uddi2-typemap.dat uddi2__authToken* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_bindingDetail" class uddi2__get_USCOREbindingDetail { public: /// Vector of uddi2__bindingKey with length 0..unbounded std::vector bindingKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, const char *bindingKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbindingDetail(struct soap*, std::vector bindingKeys); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetail" class uddi2__get_USCOREbusinessDetail { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetail(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_businessDetailExt" class uddi2__get_USCOREbusinessDetailExt { public: /// Vector of uddi2__businessKey with length 0..unbounded std::vector businessKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, const char *businessKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREbusinessDetailExt(struct soap*, std::vector businessKeys); /// Member declared in uddi2-typemap.dat uddi2__businessDetailExt* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_publisherAssertions" class uddi2__get_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_registeredInfo" class uddi2__get_USCOREregisteredInfo { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREregisteredInfo(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__registeredInfo* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"get_serviceDetail" class uddi2__get_USCOREserviceDetail { public: /// Vector of uddi2__serviceKey with length 0..unbounded std::vector serviceKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, const char *serviceKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREserviceDetail(struct soap*, std::vector serviceKeys); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"get_tModelDetail" class uddi2__get_USCOREtModelDetail { public: /// Vector of uddi2__tModelKey with length 0..unbounded std::vector tModelKey 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, const char *tModelKey); /// Member declared in uddi2-typemap.dat uddi2__get_USCOREtModelDetail(struct soap*, std::vector tModelKeys); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint); }; /// Schema urn:uddi-org:api_v2:"save_binding" class uddi2__save_USCOREbinding { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, uddi2__bindingTemplate &bindingTemplate); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbinding(struct soap*, std::vector bindingTemplates); /// Member declared in uddi2-typemap.dat uddi2__bindingDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_business" class uddi2__save_USCOREbusiness { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, uddi2__businessEntity &businessEntity); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREbusiness(struct soap*, std::vector businessEntities); /// Member declared in uddi2-typemap.dat uddi2__businessDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_service" class uddi2__save_USCOREservice { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, uddi2__businessService &businessService); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREservice(struct soap*, std::vector businessServices); /// Member declared in uddi2-typemap.dat uddi2__serviceDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"save_tModel" class uddi2__save_USCOREtModel { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; /// Vector of char* with length 0..unbounded std::vector uploadRegister 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, uddi2__tModel &tModel); /// Member declared in uddi2-typemap.dat uddi2__save_USCOREtModel(struct soap*, std::vector tModels); /// Member declared in uddi2-typemap.dat uddi2__tModelDetail* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"set_publisherAssertions" class uddi2__set_USCOREpublisherAssertions { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*); /// Member declared in uddi2-typemap.dat uddi2__set_USCOREpublisherAssertions(struct soap*, std::vector publisherAssertions); /// Member declared in uddi2-typemap.dat uddi2__publisherAssertions* send(const char *endpoint, char *authInfo); }; /// Schema urn:uddi-org:api_v2:"validate_values" class uddi2__validate_USCOREvalues { public: // CHOICE OF ELEMENTS: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 0; // END CHOICE /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"assertionStatusReport" class uddi2__assertionStatusReport { public: /// Vector of uddi2__assertionStatusItem* with length 0..unbounded std::vector assertionStatusItem 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"authToken" class uddi2__authToken { public: /// Element reference "urn:uddi-org:api_v2":authInfo char* authInfo 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"bindingDetail" class uddi2__bindingDetail { public: /// Vector of uddi2__bindingTemplate* with length 0..unbounded std::vector bindingTemplate 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetail" class uddi2__businessDetail { public: /// Vector of uddi2__businessEntity* with length 0..unbounded std::vector businessEntity 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessDetailExt" class uddi2__businessDetailExt { public: /// Vector of uddi2__businessEntityExt* with length 0..unbounded std::vector businessEntityExt 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"businessList" class uddi2__businessList { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"publisherAssertions" class uddi2__publisherAssertions { public: /// Vector of uddi2__publisherAssertion* with length 0..unbounded std::vector publisherAssertion 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute authorizedName of type xs:string @char* authorizedName 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"registeredInfo" class uddi2__registeredInfo { public: /// Element reference "urn:uddi-org:api_v2":businessInfos uddi2__businessInfos* businessInfos 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"relatedBusinessesList" class uddi2__relatedBusinessesList { public: /// Element reference "urn:uddi-org:api_v2":businessKey uddi2__businessKey businessKey 1; ///< Required element /// Element reference "urn:uddi-org:api_v2":relatedBusinessInfos uddi2__relatedBusinessInfos* relatedBusinessInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceDetail" class uddi2__serviceDetail { public: /// Vector of uddi2__businessService* with length 0..unbounded std::vector businessService 0; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"serviceList" class uddi2__serviceList { public: /// Element reference "urn:uddi-org:api_v2":serviceInfos uddi2__serviceInfos* serviceInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelDetail" class uddi2__tModelDetail { public: /// Vector of uddi2__tModel* with length 0..unbounded std::vector tModel 1; /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"tModelList" class uddi2__tModelList { public: /// Element reference "urn:uddi-org:api_v2":tModelInfos uddi2__tModelInfos* tModelInfos 1; ///< Required element /// Attribute generic of type xs:string @char* generic 1; ///< Required attribute /// Attribute operator of type xs:string @char* operator_ 1; ///< Required attribute /// Attribute truncated of type "urn:uddi-org:api_v2":truncated @enum uddi2__truncated* truncated 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"accessPoint" class uddi2__accessPoint { public: char* __item ; /// Attribute URLType of type "urn:uddi-org:api_v2":URLType @enum uddi2__URLType URLType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"addressLine" class uddi2__addressLine { public: char* __item ; /// Attribute keyName of type xs:string @char* keyName 0; ///< Optional attribute /// Attribute keyValue of type xs:string @char* keyValue 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"description" class uddi2__description { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"discoveryURL" class uddi2__discoveryURL { public: char* __item ; /// Attribute useType of type xs:string @char* useType 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"email" class uddi2__email { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"errInfo" class uddi2__errInfo { public: char* __item ; /// Attribute errCode of type xs:string @char* errCode 1; ///< Required attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"name" class uddi2__name { public: char* __item ; /// Attribute reference xml:lang @xml__lang xml__lang_ 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /// Schema urn:uddi-org:api_v2:"phone" class uddi2__phone { public: char* __item ; /// Attribute useType of type xs:string @char* useType 0; ///< Optional attribute /// A handle to the soap struct context that manages this class instance struct soap *soap ; }; /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap inq2 service name: InquireSoap //gsoap inq2 service type: Inquire //gsoap inq2 service namespace: urn:uddi-org:inquiry_v2 /** @mainpage UDDI_Inquiry_API_V2 Definitions @section UDDI_Inquiry_API_V2_documentation Documentation Copyright (c) 2000 - 2002 by Accenture, Ariba, Inc., Commerce One, Inc. Fujitsu Limited, Hewlett-Packard Company, i2 Technologies, Inc., Intel Corporation, International Business Machines Corporation, Microsoft Corporation, Oracle Corporation, SAP AG, Sun Microsystems, Inc., and VeriSign, Inc. All Rights Reserved. WSDL Service Interface for UDDI Inquiry API V2.0 This WSDL document defines the inquiry API calls for interacting with the UDDI registry. The complete UDDI API specification is available at http://www.uddi.org/specification.html. @section UDDI_Inquiry_API_V2_bindings Bindings - @ref InquireSoap */ /** @page InquireSoap Binding "InquireSoap" @section InquireSoap_operations Operations of Binding "InquireSoap" - @ref __inq2__find_USCOREbinding - @ref __inq2__find_USCOREbusiness - @ref __inq2__find_USCORErelatedBusinesses - @ref __inq2__find_USCOREservice - @ref __inq2__find_USCOREtModel - @ref __inq2__get_USCOREbindingDetail - @ref __inq2__get_USCOREbusinessDetail - @ref __inq2__get_USCOREbusinessDetailExt - @ref __inq2__get_USCOREserviceDetail - @ref __inq2__get_USCOREtModelDetail @section InquireSoap_ports Endpoints of Binding "InquireSoap" */ /******************************************************************************\ * * * SOAP Fault Detail * * * \******************************************************************************/ /// The SOAP Fault Detail element contains one of the following types serialized // in the __type and fault fields of the SOAP_ENV__Detail struct (see docs) class _dispositionReport { public: uddi2__dispositionReport* uddi2__dispositionReport_; struct soap *soap ; }; /******************************************************************************\ * * * InquireSoap * * * \******************************************************************************/ /******************************************************************************\ * * * __inq2__find_USCOREbinding * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREbinding" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_binding" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREbinding(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREbinding* uddi2__find_USCOREbinding_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREbinding document //gsoap inq2 service method-encoding: find_USCOREbinding literal //gsoap inq2 service method-action: find_USCOREbinding find_binding //gsoap inq2 service method-fault: find_USCOREbinding _dispositionReport int __inq2__find_USCOREbinding( uddi2__find_USCOREbinding* uddi2__find_USCOREbinding_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREbusiness * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREbusiness" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_business" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREbusiness(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREbusiness* uddi2__find_USCOREbusiness_, // response parameters: uddi2__businessList* uddi2__businessList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREbusiness document //gsoap inq2 service method-encoding: find_USCOREbusiness literal //gsoap inq2 service method-action: find_USCOREbusiness find_business //gsoap inq2 service method-fault: find_USCOREbusiness _dispositionReport int __inq2__find_USCOREbusiness( uddi2__find_USCOREbusiness* uddi2__find_USCOREbusiness_, uddi2__businessList* uddi2__businessList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCORErelatedBusinesses * * * \******************************************************************************/ /// Operation "__inq2__find_USCORErelatedBusinesses" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_relatedBusinesses" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCORErelatedBusinesses(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCORErelatedBusinesses* uddi2__find_USCORErelatedBusinesses_, // response parameters: uddi2__relatedBusinessesList* uddi2__relatedBusinessesList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCORErelatedBusinesses document //gsoap inq2 service method-encoding: find_USCORErelatedBusinesses literal //gsoap inq2 service method-action: find_USCORErelatedBusinesses find_relatedBusinesses //gsoap inq2 service method-fault: find_USCORErelatedBusinesses _dispositionReport int __inq2__find_USCORErelatedBusinesses( uddi2__find_USCORErelatedBusinesses* uddi2__find_USCORErelatedBusinesses_, uddi2__relatedBusinessesList* uddi2__relatedBusinessesList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREservice * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREservice" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_service" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREservice(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREservice* uddi2__find_USCOREservice_, // response parameters: uddi2__serviceList* uddi2__serviceList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREservice document //gsoap inq2 service method-encoding: find_USCOREservice literal //gsoap inq2 service method-action: find_USCOREservice find_service //gsoap inq2 service method-fault: find_USCOREservice _dispositionReport int __inq2__find_USCOREservice( uddi2__find_USCOREservice* uddi2__find_USCOREservice_, uddi2__serviceList* uddi2__serviceList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__find_USCOREtModel * * * \******************************************************************************/ /// Operation "__inq2__find_USCOREtModel" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="find_tModel" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__find_USCOREtModel(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__find_USCOREtModel* uddi2__find_USCOREtModel_, // response parameters: uddi2__tModelList* uddi2__tModelList_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: find_USCOREtModel document //gsoap inq2 service method-encoding: find_USCOREtModel literal //gsoap inq2 service method-action: find_USCOREtModel find_tModel //gsoap inq2 service method-fault: find_USCOREtModel _dispositionReport int __inq2__find_USCOREtModel( uddi2__find_USCOREtModel* uddi2__find_USCOREtModel_, uddi2__tModelList* uddi2__tModelList_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbindingDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbindingDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_bindingDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbindingDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbindingDetail* uddi2__get_USCOREbindingDetail_, // response parameters: uddi2__bindingDetail* uddi2__bindingDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbindingDetail document //gsoap inq2 service method-encoding: get_USCOREbindingDetail literal //gsoap inq2 service method-action: get_USCOREbindingDetail get_bindingDetail //gsoap inq2 service method-fault: get_USCOREbindingDetail _dispositionReport int __inq2__get_USCOREbindingDetail( uddi2__get_USCOREbindingDetail* uddi2__get_USCOREbindingDetail_, uddi2__bindingDetail* uddi2__bindingDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbusinessDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbusinessDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_businessDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbusinessDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbusinessDetail* uddi2__get_USCOREbusinessDetail_, // response parameters: uddi2__businessDetail* uddi2__businessDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbusinessDetail document //gsoap inq2 service method-encoding: get_USCOREbusinessDetail literal //gsoap inq2 service method-action: get_USCOREbusinessDetail get_businessDetail //gsoap inq2 service method-fault: get_USCOREbusinessDetail _dispositionReport int __inq2__get_USCOREbusinessDetail( uddi2__get_USCOREbusinessDetail* uddi2__get_USCOREbusinessDetail_, uddi2__businessDetail* uddi2__businessDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREbusinessDetailExt * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREbusinessDetailExt" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_businessDetailExt" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREbusinessDetailExt(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREbusinessDetailExt* uddi2__get_USCOREbusinessDetailExt_, // response parameters: uddi2__businessDetailExt* uddi2__businessDetailExt_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREbusinessDetailExt document //gsoap inq2 service method-encoding: get_USCOREbusinessDetailExt literal //gsoap inq2 service method-action: get_USCOREbusinessDetailExt get_businessDetailExt //gsoap inq2 service method-fault: get_USCOREbusinessDetailExt _dispositionReport int __inq2__get_USCOREbusinessDetailExt( uddi2__get_USCOREbusinessDetailExt* uddi2__get_USCOREbusinessDetailExt_, uddi2__businessDetailExt* uddi2__businessDetailExt_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREserviceDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREserviceDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_serviceDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREserviceDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREserviceDetail* uddi2__get_USCOREserviceDetail_, // response parameters: uddi2__serviceDetail* uddi2__serviceDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREserviceDetail document //gsoap inq2 service method-encoding: get_USCOREserviceDetail literal //gsoap inq2 service method-action: get_USCOREserviceDetail get_serviceDetail //gsoap inq2 service method-fault: get_USCOREserviceDetail _dispositionReport int __inq2__get_USCOREserviceDetail( uddi2__get_USCOREserviceDetail* uddi2__get_USCOREserviceDetail_, uddi2__serviceDetail* uddi2__serviceDetail_ ///< response parameter ); /******************************************************************************\ * * * __inq2__get_USCOREtModelDetail * * * \******************************************************************************/ /// Operation "__inq2__get_USCOREtModelDetail" of service binding "InquireSoap" /** Operation details: - SOAP document/literal style - SOAP action="get_tModelDetail" - SOAP Fault: _dispositionReport C stub function (defined in soapClient.c[pp]): @code int soap_call___inq2__get_USCOREtModelDetail(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: uddi2__get_USCOREtModelDetail* uddi2__get_USCOREtModelDetail_, // response parameters: uddi2__tModelDetail* uddi2__tModelDetail_ ); @endcode C++ proxy class (defined in soapInquireSoapProxy.h): class InquireSoap; */ //gsoap inq2 service method-style: get_USCOREtModelDetail document //gsoap inq2 service method-encoding: get_USCOREtModelDetail literal //gsoap inq2 service method-action: get_USCOREtModelDetail get_tModelDetail //gsoap inq2 service method-fault: get_USCOREtModelDetail _dispositionReport int __inq2__get_USCOREtModelDetail( uddi2__get_USCOREtModelDetail* uddi2__get_USCOREtModelDetail_, uddi2__tModelDetail* uddi2__tModelDetail_ ///< response parameter ); /* End of inquire_v2.h */ gsoap-2.8.28/gsoap/typemap.dat0000644000175000017500000004363512653650160015565 0ustar ellertellert# typemap.dat # Use this file to define namespace prefix and type bindings for # the generated header files by the 'wsdl2h' tool. typemap.dat is the # default file processed by 'wsdl2h' to customize its output. You can use # wsdl2h option -t to specify an alternate file. ####### XML NAMESPACE BINDINGS # XML namespace prefix bindings can be provided to override the default # choice of the ns1, ns2, ... prefixes generated by wsdl2h. It is highly # recommended to provide namespace prefixes for your project's XML # namespaces. In this way, changes to the WSDL (or newer releases of # wsdl2h) will have a minimal impact on coding. # Bindings for namespace prefixes are of the form: # prefix = "URI" ####### XSD TYPE BINDINGS # Type bindings can be provided to bind XML schema types to C/C++ # types for your project. # Type bindings are of the form: # prefix__type = declaration | use | ptr-use # where 'prefix__type' is the C/C++-translation of the schema type, # 'declaration' introduces the type in the header file, the optional # 'use' specifies how the type is used directly, and the optional # 'ptr-use' specifies how the type is used as a pointer type. # For example, to use wide stirngs in C: # xsd__string = | wchar_t* | wchar_t* # which replaced the default char* mapping in C of xsd:string. # To use C++ std::wstring for xsd:string: # xsd__string = | std::wstring # After enabling one of these lines, all XSD strings will be remapped. # Note that the 'declaration' part is empty in these case as expected. # # When a type binding requires only the usage to be changed and the # declaration part must be kept intact, then the declaration part can be # replaced by elipsis ..., as in: # prefix__type = ... | use | ptr-use # This ensure that the wsdl2h-generated type definition is preserved, # while the use and ptr-use are remapped. # For example, this is useful to map schema polymorphic types to C types, # where we need to be able to both handle a base type and its extensions # as per schema extensibility. Say base type ns:base allows derived # extensions and we need to map this to C types as follows: # ns__base = ... | int __type_base; void* # where __type_base and void* are used to (de)serialize any data type, # including base and its derived types. ####### CLASS/STRUCT MEMBER ADDITIONS # Additional data and function members can be provided to extend a # wsdl2h-generated struct or class. # Class and struct extensions are of the form: # prefix__type = $ member-declaration # For example, to add a constructor and destructor to class myns__record: # myns__record = $ myns__record(); # myns__record = $ ~myns__record(); ####### TYPE EQUIVALENCES # Type equivalence mappings can be given to map a type to another type: # prefix__type1 == prefix__type2 # which replaces 'prefix__type1' by 'prefix__type2' in the wsdl2h output. # For example: # SOAP_ENC__boolean == xsd__boolean # which replaces 'SOAP_ENC__boolean' with the C/C++ type information that # corresponds to `xsd__boolean' which is 'bool' for C++. # Target C/C++ type names (names without prefix) can also be replaced: # float == double # which replaces all 'float' with 'double' in the wsdl2h output. Beware # that replacement types may lead to xsi:type mismatches and SOAP # encoding id-ref mismatches when parsing inbound XML messages. ####### BUILT-IN VARIABLES # The variable '$CONTAINER' defines the container to emit in the # generated declarations, which is std::vector by default. # For example: # $CONTAINER = std::list # The variable '$POINTER' defines the smart pointer to emit in the # generated declarations, replacing '*'. For example: # $POINTER = std::shared_ptr # Not all pointers in the generated output can be replaced by smart # pointers when standard pointers are used as union members and pointers # to arrays. ####### USER-DEFINED CONTENT # Any other content to be included in the generated header file can be # provided by enclosing it within brackets [ and ]. These brackets MUST # appear at the start of a new line. # For example, to add an #import directive to the wsdl2h-generated output: # [ # #import "wsa5.h" # ] #------------------------------------------------------------------------------- #gSOAP XML Web services tools #Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. #This software is released under one of the following two licenses: #GPL or Genivia's license for commercial use. #------------------------------------------------------------------------------- #A commercial use license is available from Genivia, Inc., contact@genivia.com #------------------------------------------------------------------------------- [ // Reminder: Modify typemap.dat to customize the header file generated by wsdl2h ] # Remember: type bindings are given on a single line (use \ to continue # with the next line). Here is an example binding for the XSD int type # that maps to an 'int': # xsd__int = | int # To use regular char* strings instead of std::string, use: # xsd__string = | char* | char* # For char* serialized with xsi:type when using soapcpp2 option -t, use: # xsd__string = typedef char *xsd__string; | xsd__string | xsd__string # The following mapping is internally applied by wsdl2h for C (not C++): # (assuming option -e is used to remove the xsd__boolean__ name prefix) # xsd__boolean = enum xsd__boolean { false_, true_ }; | enum xsd__boolean # Uncomment the line below to use __int128_t for xsd:integer instead of # mapping xsd:integer to string. # Must compile and link custom/int128.c with the project. # xsd__integer = #import "custom/int128.h" | xsd__integer # Or if the xsd:integer value range is bounded to int64_t, then: # xsd__integer = typedef int64_t xsd__integer; # Uncomment the line below to use long double for xsd:decimal instead of # mapping xsd:decimal to string. # Must compile and link custom/long_double.c with the project. # xsd__decimal = #import "custom/long_double.h" | long double # Or if your system supports __float128 then you can use: # xsd__decimal = #import "custom/float128.h" | xsd__decimal # Or if the xsd:decimal value range is bounded to double, then: # xsd__decimal = typedef double xsd__decimal; # Uncomment the line below to use struct tm instead of time_t xsd:dateTime # Must compile and link custom/struct_tm.c with the project. # xsd__dateTime = #import "custom/struct_tm.h" | xsd__dateTime # Uncomment the line below to use timeval with usec precision xsd:dateTime # Must compile and link custom/struct_timeval.c with the project. # xsd__dateTime = #import "custom/struct_timeval.h" | xsd__dateTime # Uncomment the line below to use std::chrono::system_clock::time_point # for xsd:dateTime. # Must compile and link custom/chrono_time_point.c with the project. # xsd__dateTime = #import "custom/chrono_time_point.h" | xsd__dateTime # Uncomment the line below to use struct tm for xsd:date instead of # mapping xsd:date to string. # Must compile and link custom/struct_tm_date.c with the project. # xsd__date = #import "custom/struct_tm_date.h" | xsd__date # Uncomment the line below to use LONG64 int for xsd:duration instead of # mapping xsd:duration to string (in milliseconds precision). # Must compile and link custom/duration.c with the project. xsd__duration = #import "custom/duration.h" | xsd__duration # Uncomment the line below to use C++11 std::chrono::nanoseconds for # xsd:duration instead of mapping xsd:duration to string. # Must compile and link custom/chrono_duration.cpp with the project. # xsd__duration = #import "custom/chrono_duration.h" | xsd__duration # Uncomment the line below to use ULONG64 int for xsd:time instead of # mapping xsd:time to string (also comes with high usec precision) # Must compile and link custom/time.c with the project. # xsd__time = #import "custom/long_time.h" | xsd__time # When compiling WITH_LEAN there is no hexBinary serializer. You can # remap the hexBinary type to a string as follows: # xsd__hexBinary = | char* # When wsdl2h option -d is used, xsd:any is mapped to xsd__anyType DOM # declared in dom.h and implemented in dom.c/dom.cpp. You can remap # xsd:any, for example to a pointer to a DOM node as follows: # xsd__any = | xsd__anyType* # When SOAP 1.2 Faults should carry multiple SOAP_ENV__Text elements with # xml:lang attributes, then remap SOAP_ENV__Reason as follows: # [ # struct SOAP_ENV__Reason # { # char *SOAP_ENV__Text; // at least one SOAP-ENV:Text for the gSOAP engine # $int size; # struct SOAP_ENV__Text *SOAP_ENV__Text_; // array of more SOAP-ENV:Text # }; # struct SOAP_ENV__Text # { # char *__item; # @char *xml__lang; # }; # ] # SOAP-ENV mapping (note: SOAP Body content is mapped to an XML string) SOAP_ENV__Envelope = struct SOAP_ENV__Envelope { struct SOAP_ENV__Header *SOAP_ENV__Header; _XML SOAP_ENV__Body; }; | struct SOAP_ENV__Envelope SOAP_ENV__Header = | struct SOAP_ENV__Header SOAP_ENV__Fault = | struct SOAP_ENV__Fault SOAP_ENV__Detail = | struct SOAP_ENV__Detail SOAP_ENV__Code = | struct SOAP_ENV__Code SOAP_ENV__Subcode = | struct SOAP_ENV__Subcode SOAP_ENV__Reason = | struct SOAP_ENV__Reason # Temporary URI tempuri = "http://tempuri.org/" # Empty URI empty = "" # .NET WCF DataContract Serialization Schema ser = arr = "http://schemas.microsoft.com/2003/10/Serialization/Arrays" # .NET WCF DataContract Serialization Schema remappings _ser__anyURI == xsd__anyURI _ser__boolean == xsd__boolean _ser__base64Binary == xsd__base64Binary _ser__byte == xsd__byte _ser__dateTime == xsd__dateTime _ser__decimal == xsd__decimal _ser__double == xsd__double _ser__float == xsd__float _ser__int == xsd__int _ser__long == xsd__long _ser__QName == xsd__QName _ser__short == xsd__short _ser__string == xsd__string _ser__unsignedByte == xsd__unsignedByte _ser__unsignedInt == xsd__unsignedInt _ser__unsignedLong == xsd__unsignedLong _ser__unsignedShort == xsd__unsignedShort # .NET WCF ser:anyType represents an object (see import/ser.h): _ser__anyType = | struct __ser__anyType | struct __ser__anyType # .NET WCF ser:char element and type represents a Unicode character _ser__char = | int ser__char = | int # .NET WCF ser:duration element and type maps to xsd:duration _ser__duration == xsd__duration ser__duration == xsd__duration # .NET WCF ser:guid pattern = "[\da-fA-F]{8}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{12}" _ser__guid = | char* ser__guid = | char* # .NET WCF samples mssamh = "http://Microsoft.Samples.Http" mssamhi = "http://Microsoft.Samples.Http/Imports" mssamt = "http://Microsoft.Samples.TransportSecurity" mssamti = "http://Microsoft.Samples.TransportSecurity/Imports" mssamm = "http://Microsoft.Samples.MessageSecurity" mssammi = "http://Microsoft.Samples.MessageSecurity/Imports" mssadh = "http://Microsoft.Samples.DualHttp" mssadhi = "http://Microsoft.Samples.DualHttp/Imports" # MTOM xop and xmime are imported from xop.h, xmime.h, and xmlmime.h: # Note: changed xmlmime to xmime to avoid other MTOM tools from # complaining that 'xml' is reserved. xop = xmime = xmime4 = xmime5 = # xop:Include is imported from xop.h and redefined as _xop__Include: xop__Include = #import "xop.h" | _xop__Include # xmime/xmlmime:contentType attribute is a string: _xmime__contentType = | char* | char* _xmime4__contentType = | char* | char* _xmime5__contentType = | char* | char* # exc-c14n c14n = # WS-Addressing (2003, 2004, and 2005 schemas) # See import/wsa.h, import/wsa3.h etc for definitions and code examples # The API is defined in plugin/wsaapi.c, plugin/wsaapi3.c, etc. wsa = wsa3 = wsa4 = wsa5 = # The types below should not use pointers, so we add a 3rd column: _wsa__Action = | | _wsa__Action _wsa__MessageID = | | _wsa__MessageID _wsa__To = | | _wsa__To _wsa3__Action = | | _wsa3__Action _wsa3__MessageID = | | _wsa3__MessageID _wsa3__To = | | _wsa3__To _wsa4__Action = | | _wsa4__Action _wsa4__MessageID = | | _wsa4__MessageID _wsa4__To = | | _wsa4__To _wsa5__Action = | | _wsa5__Action _wsa5__MessageID = | | _wsa5__MessageID _wsa5__To = | | _wsa5__To # WS-ReliableMessaging 1.1 and 1.0 (and obsolete WS-Reliability 2004) wsrm = wsrm5 = wsrm4 = # WS-Discovery 1.1 (2009/01) and 1.0 (2004/08 with WS-Addressing) # To upgrade WS-Discovery to WS-Addressing 2005/08, uncomment wsdd5: wsdd = #wsdd5 = wsdd10 = wsdd5__HelloType = | wsdd__HelloType wsdd5__ByeType = | wsdd__ByeType wsdd5__ProbeType = | wsdd__ProbeType wsdd5__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd5__ProbeMatchType = | wsdd__ProbeMatchType wsdd5__ResolveType = | wsdd__ResolveType wsdd5__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd5__ResolveMatchType = | wsdd__ResolveMatchType wsdd5__ScopesType = | wsdd__ScopesType wsdd5__SecurityType = | wsdd__SecurityType wsdd5__SigType = | wsdd__SigType wsdd5__AppSequenceType = | wsdd__AppSequenceType wsdd10__HelloType = | wsdd__HelloType wsdd10__ByeType = | wsdd__ByeType wsdd10__ProbeType = | wsdd__ProbeType wsdd10__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd10__ProbeMatchType = | wsdd__ProbeMatchType wsdd10__ResolveType = | wsdd__ResolveType wsdd10__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd10__ResolveMatchType = | wsdd__ResolveMatchType wsdd10__ScopesType = | wsdd__ScopesType wsdd10__SecurityType = | wsdd__SecurityType wsdd10__SigType = | wsdd__SigType wsdd10__AppSequenceType = | wsdd__AppSequenceType # WS-Policy wsp = # WS-SecureConversation 1.4 wsc = wsc2 = # WS-Trust 1.2 and 1.3 wst = wst12 = # SAML bindings saml1 = saml2 = # WS-Security wsse 2004 v1.0 and 1.1 and old wsse 2002 schema wsse11 = wsse = wsse2 = _wsse2__Security == _wsse__Security wsse2__Security == wsse__Security # wsu 2004 wsu = _wsu__Id = | char* _wsu__Created = | time_t _wsu__Expires = | time_t wsu__AttributedDateTime = | time_t wsu__AttributedURI = | char* # Bindings for ds and xenc for WS-Security protocols: ds = xenc = # xlink xlink = _xlink__actuate = | char* _xlink__arcrole = | char* _xlink__from = | char* _xlink__href = | char* _xlink__label = | char* _xlink__role = | char* _xlink__show = | char* _xlink__to = | char* _xlink__title = | char* _xlink__type = | char* # wsrp routing protocol (deprecated) wsrp = # BPEL 2.0 bpel = "http://docs.oasis-open.org/wsbpel/2.0/process/executable" bpelabs = "http://docs.oasis-open.org/wsbpel/2.0/process/abstract" plnk = "http://docs.oasis-open.org/wsbpel/2.0/plnktype" sref = "http://docs.oasis-open.org/wsbpel/2.0/serviceref" vprop = "http://docs.oasis-open.org/wsbpel/2.0/varprop" # ONVIF recommended prefixes as per 8/20/12 # http://www.onvif.org/onvif/ver10/device/wsdl/devicemgmt.wsdl # http://www.onvif.org/onvif/ver10/event/wsdl/event.wsdl # http://www.onvif.org/onvif/ver10/display.wsdl # http://www.onvif.org/onvif/ver10/deviceio.wsdl # http://www.onvif.org/onvif/ver20/imaging/wsdl/imaging.wsdl # http://www.onvif.org/onvif/ver10/media/wsdl/media.wsdl # http://www.onvif.org/onvif/ver20/ptz/wsdl/ptz.wsdl # http://www.onvif.org/onvif/ver10/receiver.wsdl # http://www.onvif.org/onvif/ver10/recording.wsdl # http://www.onvif.org/onvif/ver10/search.wsdl # http://www.onvif.org/onvif/ver10/network/wsdl/remotediscovery.wsdl # http://www.onvif.org/onvif/ver10/replay.wsdl # http://www.onvif.org/onvif/ver20/analytics/wsdl/analytics.wsdl # http://www.onvif.org/onvif/ver10/analyticsdevice.wsdl # http://www.onvif.org/onvif/ver10/schema/onvif.xsd tds = "http://www.onvif.org/ver10/device/wsdl" tev = "http://www.onvif.org/ver10/events/wsdl" tls = "http://www.onvif.org/ver10/display/wsdl" tmd = "http://www.onvif.org/ver10/deviceIO/wsdl" timg = "http://www.onvif.org/ver20/imaging/wsdl" trt = "http://www.onvif.org/ver10/media/wsdl" tptz = "http://www.onvif.org/ver20/ptz/wsdl" trv = "http://www.onvif.org/ver10/receiver/wsdl" trc = "http://www.onvif.org/ver10/recording/wsdl" tse = "http://www.onvif.org/ver10/search/wsdl" trp = "http://www.onvif.org/ver10/replay/wsdl" tan = "http://www.onvif.org/ver20/analytics/wsdl" tad = "http://www.onvif.org/ver10/analyticsdevice/wsdl" tdn = "http://www.onvif.org/ver10/network/wsdl" tt = "http://www.onvif.org/ver10/schema" # OASIS recommended prefixes wsnt = "http://docs.oasis-open.org/wsn/b-2" wsntw = "http://docs.oasis-open.org/wsn/bw-2" wsrfbf = "http://docs.oasis-open.org/wsrf/bf-2" wsrfr = "http://docs.oasis-open.org/wsrf/r-2" wsrfrw = "http://docs.oasis-open.org/wsrf/rw-2" wstop = "http://docs.oasis-open.org/wsn/t-1" # Prefix bindings for WhiteMesa interoperability testing round 2: i = "http://soapinterop.org/" s = "http://soapinterop.org/xsd" # Prefix binding for Amazon Web Services: aws = "urn:PI/DevCentral/SoapService" # Prefix binding for Mappoint Web services: mpt = "http://s.mappoint.net/mappoint-30/" gsoap-2.8.28/gsoap/doc/0000755000175000017500000000000012653650146014152 5ustar ellertellertgsoap-2.8.28/gsoap/doc/.DS_Store0000644000175000017500000001400412653650144015632 0ustar ellertellertBud1 bindin databindingbwspblobbplist00  ]ShowStatusBar[ShowPathbar[ShowToolbar[ShowTabView_ContainerShowSidebar\WindowBounds\SidebarWidth[ShowSidebar   _{{351, 313}, {770, 460}}x '3?Kbo| databindingvSrnlongdombwspblobbplist00  ]ShowStatusBar[ShowPathbar[ShowToolbar[ShowTabView_ContainerShowSidebar\WindowBounds\SidebarWidth[ShowSidebar   _{{351, 313}, {770, 460}}x '3?Kbo|domvSrnlongwssebwspblobbplist00  ]ShowStatusBar[ShowPathbar[ShowToolbar[ShowTabView_ContainerShowSidebar\WindowBounds\SidebarWidth[ShowSidebar   _{{91, 330}, {770, 460}}x '3?Kbo|wssevSrnlong  @ @ @ @ E DSDB ` @ @ @gsoap-2.8.28/gsoap/doc/wsa/0000755000175000017500000000000012654077574014755 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wsa/Doxyfile0000644000175000017500000002307312653650144016455 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WS-Addressing" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/wsaapi.h ../../plugin/wsaapi.c FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/wsdd/0000755000175000017500000000000012654077574015124 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wsdd/Doxyfile0000644000175000017500000002324412653650146016626 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WS-Discovery" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/wsddapi.h ../../plugin/wsddapi.c ../../plugin/wsaapi.h ../../plugin/wsaapi.c ../../import/wsdd.h ../../import/wsdx.h ../../import/wsa5.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/uddi2/0000755000175000017500000000000012654077574015172 5ustar ellertellertgsoap-2.8.28/gsoap/doc/uddi2/Doxyfile0000644000175000017500000002303712653650144016672 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "UDDI v2" PROJECT_NUMBER = "2.8 stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../uddi2/uddi_v2.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/wsse/0000755000175000017500000000000012654077575015145 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wsse/Doxyfile0000644000175000017500000002344312653650146016647 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WS-Security" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/wsseapi.h ../../plugin/wsseapi.c ../../plugin/smdevp.h ../../plugin/smdevp.c ../../plugin/mecevp.h ../../plugin/mecevp.c ../../plugin/threads.h ../../plugin/threads.c ../../import/wsse.h ../../import/ds.h ../../import/xenc.h ../../import/wsu.h ../../import/c14n.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/apache/0000755000175000017500000000000012654077574015404 5ustar ellertellertgsoap-2.8.28/gsoap/doc/apache/Doxyfile0000644000175000017500000002315112653650144017101 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "Apache Module" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../mod_gsoap/mod_gsoap-0.9/apache_20/README.md ../../mod_gsoap/mod_gsoap-0.9/apache_20 FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # 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Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "ISAPI Extension" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../mod_gsoap/gsoap_win/isapi/README.md ../../mod_gsoap/gsoap_win/isapi/gsoap/ FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/databinding/0000755000175000017500000000000012654077574016427 5ustar ellertellertgsoap-2.8.28/gsoap/doc/databinding/Doxyfile0000644000175000017500000002353312653650144020130 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "Data Bindings" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../samples/databinding/README.md ../../samples/databinding/address.h ../../samples/databinding/address.cpp ../../samples/databinding/graph.h ../../samples/databinding/graph.cpp ../../samples/databinding/addressH.h ../../samples/databinding/graphH.h ../../samples/databinding/addressStub.h ../../samples/databinding/graphStub.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = YES EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = YES INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = YES TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/wsrm/0000755000175000017500000000000012654077574015153 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wsrm/Doxyfile0000644000175000017500000002340112653650146016650 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WS-ReliableMessaging" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/wsrmapi.h ../../plugin/wsrmapi.c ../../plugin/wsaapi.h ../../plugin/wsaapi.c ../../plugin/mq.h ../../plugin/mq.c ../../custom/duration.h ../../custom/duration.c ../../import/wsrm.h ../../import/wsrx.h ../../import/wsa5.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/GeniviaLogo2_trans_noslogan.png0000644000175000017500000002372612653650144022264 0ustar ellertellertPNG  IHDR- 0 DiCCPICC ProfileH wTl/]"e齷.H& KYe7D"V$(bh(+X "J F;'Nw>}w(!a@P"f'0D6p(h@_63u_ -Z[3C+K;?r!YLD)c#c1 ʪ2N|bO h{yIHD.VV>RV:|{ [RF ”"MF1L1[Te'Jx%C%_%RJ#4GcӸu:(G73%Ie%e{SC add1T4UT*TTTUzUUUoScemUkS{Q7UPWߣ~A}b}9Հ5L5"5iјi<9Ъ:5MvhWh~Tfz1U.椎NTgNΌ|ݵͺHz,T NI}mPw ,tӆF -5j4oL50^l\k|g24mr6u0M713fͱBZA EEŰ%2res+}VV(٬Ԗk[c{Îjgʮ=~mCNNb&q'}d]N,:+Uʺuv^|o]5˟[7wM׍mȝ}CǃQSϓY9eu빷ػ{^>*}7l6 8`k`f 7!p2)hEPW0%8*:Qi8# z<ἶ0-AQ#p5#m"GvGѢG.7xt~g|LbLCtOlyPU܊|BLB}&:$%Zh`EꋲJO$O&&N~ rRSvLrgIsKۖ6^>!` /22fLge̜͊j&d'g* 3]9Z99"3Qhh'\(wanLHyy5yoc( z.ٴdloaqu.Yf WB+SVv[UjtCkHk2zmWbuj.Y￾HH\4uލ6W|ĺ})76T}39usocٞ---zl=TX|d[ fEqūI/WWA!1TRվS疝ӫox4صin={j-n`[k k+x\S-ۆzEjpjh8qn6Ik:8w7ޜw[nn?uݼ3V/~ڟM~nr:53(ѽȳ_ry?ZrL{퓓~מ.x:LlfW_w=7~oLM˃_uNO=|zfڛCoYož_Cggg` pHYs  8IDATx=XTs6:*EbƠшԧ(XE F3jĵk'cH5h,o5*"ҤK]ʶ{wYRļ˿L;s̙3gf\qDM!R@ w[7A_߰> uUakBsO(9<޽{}R =0q=qRäE8G|x@Z6}pxr?tk4/P7wu)}ɖh MsΎE!/t'rZw{}37lږ'B)i[q#h##88!ƍ7 "N }tc\kTBXV#qyN#yAĠGs6Wvg+UrSy"M?C 9okk˹WH$'a[l92l(!>,tKn3[/dʅ0Gc8 -xzRB1(0_$GpZN&J(Tqz7BAS|._}t!] ĵx{醃^lH7=Tcf7E/!.土uw=^͘1[#(U>\n%LL'NjQ}=ö,w;2C?_0LYudsQQQANO)0h|X,?xAxqk\k2|ʤ9erMXG0Z3 Qt'Bo(mqjeZC!DvmG~ը0@Pb+!:;}8rfsz jcgm^ ϤV3[fyƒpP :rL]Ouzm 7q`F j'g-|P媚!Xo%imlCtEQ_s~-:v^ "͸.#f۾-α,cYAPk >Y! @ɲ7/wKcX38.KrAPqBU1̝;imhuZTuCZ Ԝ8I셽a}QPuR/Y2ohl|Ar}9͇8~âHnQȷf|$@ r#90q OORsvv{l!mMJo0k[cC2&yyy\rrr|ZZ x ̹8!¶MĩmE"~\BxX:'V;;hjՠˮGiJ-UjjPu}m#Grޱ t#I=8CBI)ZjvZ1¿ZIoe3/ 0$z؅ũS?ynZ:!$ P5>r`Y 0 j ;2NFf)㋙x <NIQ%c(f5/OPBB9%w]bbaBsY=S&z|9qy1s$,,:8Xc7Maov,c?F*`䖪,M2O)ᄋ F~7>.Tq'4>S@l+Yy8W"K'CްkF vԨQӯ\MsM9xx΂׸-i6"-E`=c9ϧyDѵk3ѹdt0 Kp=gnXZæh !ثQkzmINiհr`@/\`u">ImaJ<>ݸ\>u2خ璎ˇ1s*n*RÆtL`P凷ҍisi9vL7`wp:uARFfT2MZ|R!u:Dru|7(ZBҠ..^W@X}y#Lf9to93[)ƆԩSIǎe:OqWhƀ:L-X@4r*8)@nnn༊`n(U_m8-fVǖ 'Ɉ}bۺ}hQn ]ïMP1oC<9Kvۅ`3( ,k 0B`n2˿lwڷZa><6]~;EL%m| ߩO<_x%hUM>Jӡ%Kx>~ =XknqHmp 60@P ?7WҐrb$X.~Q0s`y sv}E`vFGh\Po񧻻(Uio\*a qɅ]-ƌQ 0vz xpG@\k#gUE3pD dΝ98_@S ;ҦM3`iHԘ {c66nOzaWUjeNU#ps|zt0r"[iލM|o8k0Nêg@'eU%0}I3Bu@W'>P@fi sr}ם^\_HN a!tuuϩj_PΑnaUA2H19.*MIHb"GgHtELĕED]^cJ\\'YieK!1ԙieuqp_+h  )B` ;Ǡo~OOOeU9'M {rw䝟e.PQzp|OB0!b'|<8d'o\9{& 3 &4u~8ySvR~n H*RO^{\LgRKʫ4 J18ZRK5]OTԨ#F,?}&| +T?ԡCtNlAF*! f$p.Z `e98OAD)ޱ?_ͺ/& :PcH <E0V r*RGbG apCU$FJ׺pI 9`G /rҥKWn޼FFAjn[?PV X8b/[%r]l*5 zKG;MN΁l(3ZQ:9%d0/ەU wO>֡mKYPgP..[g4Tuou LKtW1''.=и,BCCBux8׭7&͌P=4LS`bH'470{Xkr(ea6΍JDS&K?, ;w(.[5fvtT0;/i,#Rk:7uIlmZ#s@>j{{r*e*5hdIwzjJf;dZNcgDS).1xUj OYCR6%I.?]%*u=#t0 Rʞ=׿Iq "$Ӽ렴A-z:X.8cvihsN8w[H2f9`怙f9`怙f@M>s5l ӦMOL{9jm۶ypPJh\zUFbP@=ZfehmYT* lTCr˜ޖS%˫Ѐ!%47OWj腖_~g ;:tP5bs!xlL 1&0M,󡭮aSuKl0>H(%fOoBKH%h$bAdtħCLC>~GCˣV@CƅEʒs{^p(1QiI S傡C%`h[ 1P)xt8h4 ˋ>y];>vNe>"+&F`/ 41l& tep8ܼ6!}xo1 :`HHH˗'!xQdWXLsرk L0bz|<ƚ%9!r8e6)'tG`<8'ULj.-ɛo^]ğpzS}n'GQTMXͿ nlgR",g#1/ezz} فѐb8NEE]aXurW6;IB5hk;h^p7 /))b $-i YL&1=Hb?IVi,K:;X?xS"(n@q0ּ>>ecƌ{ 80CAD33q޽M+ws7|w0c b_ _ .A Xl-!YP(F1 ju Ӫ"]E qʗ ӑ4OW9VX%GJyk5Ps2:.gܑGݾQH+fm:>C 4*߰0MDOG^L9UE."oZpf"83VczceQ;zrouulkg}zz2g-w<$XxQPPxx wŠAaUg B5| VYձp?et!d `ɍ=:υAn8 c-#?xNHAz!w,وHQ7%HvD+ٍp6_GjBBtg#@^'I_xQLW NdOUC[7FpIX c"R,Yò& VqJ`7~fh@1z4>y?hy? ֎mO4T͈>$G$fmaa'"Ic/++91ܘ^{DL}oONΪ,)^`ʸ>}ߝ6 `w-iZ'4r HS*qARiA*t@^'>'>~VIz޻wovXXXwܹszzz΄oHYG&.֭[_>޻f_ AX:`İM95/he8{۬ofw |3KAޠ34 nY!_z8b-&"շb_ =`i,d%d.s?$*I]"=pZ+?ԍGOxO@ś&-ܓ|7*d/$0/9 KZ5 a)4U 6Ƽecq4],A%grTHO!" 5n#sUKT<çot‚]ӏ@# 2Q AW"]va`2_2???~k+ٳᠽ! z7Rb PWf*bF{KSp:]k |f܉x-d DH?Ti[f/#/x藫6]F;R wttb~TBA!ɑM@g.v*sPC!Hܭ4'߬i[؛ @'Ze%\J$_IZ 9doc%9BeҜ*_!by?_ ;tWk%H`BZqy<_no2,:.#Ws'Vi'TXja|+Zd HS`+Os kwUTV6RA]#s i!]Fy;xsn#eYz`›6`ցCI Gy>)i#&|)zQHn]ryx\\(W}.5 &׼%DȾvk“{)7s30s30s30s3?ͭF" IENDB`gsoap-2.8.28/gsoap/doc/soapdoc2.html0000644000175000017500000372373412653650144016573 0ustar ellertellert gSOAP 2.8.28 User Guide

gSOAP 2.8.28 User Guide

Robert van Engelen
Genivia Inc
www.genivia.com

Jan 31, 2016
 
[This document is also available in PDF format]



Contents

1  Introduction
    1.1  Getting Started
    1.2  Quick Start: Developing a Web Service Client Application
    1.3  Quick Start: Developing a Web Service
    1.4  Quick Start: XML Data Bindings
    1.5  Feature Overview
2  Notational Conventions
3  Differences Between gSOAP Versions 2.4 (and Earlier) and 2.5
4  Differences Between gSOAP Versions 2.1 (and Earlier) and 2.2
5  Differences Between gSOAP Versions 1.X and 2.X
6  Interoperability
7  Quick User Guide
    7.1  How to Build SOAP/XML Clients
        7.1.1  Example
        7.1.2  XML Namespace Considerations
        7.1.3  Example
        7.1.4  How to Generate C++ Client Proxy Classes
        7.1.5  XSD Type Encoding Considerations
        7.1.6  Example
        7.1.7  How to Change the Response Element Name
        7.1.8  Example
        7.1.9  How to Specify Multiple Output Parameters
        7.1.10  Example
        7.1.11  How to Specify Output Parameters With struct/class Compound Data Types
        7.1.12  Example
        7.1.13  How to Specify Anonymous Parameter Names
        7.1.14  How to Specify a Method with No Input Parameters
        7.1.15  How to Specify a Method with No Output Parameters
    7.2  How to Build SOAP/XML Web Services
        7.2.1  Example
        7.2.2  MSVC++ Builds
        7.2.3  How to Create a Stand-Alone Server
        7.2.4  How to Create a Multi-Threaded Stand-Alone Service
        7.2.5  How to Pass Application Data to Service Methods
        7.2.6  Web Service Implementation Aspects
        7.2.7  How to Generate C++ Server Object Classes
        7.2.8  How to Chain C++ Server Classes to Accept Messages on the Same Port
        7.2.9  How to Generate WSDL Service Descriptions
        7.2.10  Example
        7.2.11  How to Use Client Functionalities Within a Service
    7.3  Asynchronous One-Way Message Passing
    7.4  Implementing Synchronous One-Way Message Passing over HTTP
    7.5  How to Use the SOAP Serializers and Deserializers to Save and Load Application Data using XML Data Bindings
        7.5.1  Mapping XML Schema to C/C++ with wsdl2h
        7.5.2  Mapping C/C++ to XML Schema with soapcpp2
        7.5.3  Serializing C/C++ Data to XML
        7.5.4  Deserializing C/C++ Data from XML
        7.5.5  Example
        7.5.6  Serializing and Deserializing Class Instances to Streams
        7.5.7  How to Specify Default Values for Omitted Data
8  The wsdl2h WSDL and Schema Importer
    8.1  wsdl2h Options
    8.2  Customizing Data Bindings With The typemap.dat File
9  Using the soapcpp2 Compiler and Code Generator
    9.1  soapcpp2 Options
    9.2  SOAP 1.1 Versus SOAP 1.2 and Dynamic Switching
    9.3  The soapdefs.h Header File
    9.4  How to Build Modules and Libraries with the #module Directive
    9.5  How to use the #import Directive
    9.6  How to Use #include and #define Directives
    9.7  Compiling a SOAP/XML Client Application with soapcpp2
    9.8  Compiling a SOAP/XML Web Service with soapcpp2
    9.9  Compiling Web Services and Clients in ANSI C
    9.10  Limitations of gSOAP
    9.11  Library Build Flags
    9.12  Run Time Flags
    9.13  Memory Management
        9.13.1  Memory Allocation and Management Policies
        9.13.2  Intra-Class Memory Management
    9.14  Debugging
    9.15  Generating an Auto Test Server for Client Testing
    9.16  Generating Deep Copy and Deletion Code
    9.17  Required Libraries
10  The gSOAP Service Operation Specification Format
    10.1  Service Operation Parameter Passing
    10.2  Error Codes
    10.3  C/C++ Identifier Name to XML Tag Name Mapping
    10.4  Namespace Mapping Table
11  gSOAP Serialization and Deserialization Rules
    11.1  SOAP RPC Encoding Versus Document/Literal and xsi:type Info
    11.2  Primitive Type Encoding
    11.3  How to Represent Primitive C/C++ Types as XSD Types
        11.3.1  How to Use Multiple C/C++ Types for a Single Primitive XSD Type
        11.3.2  How to use C++ Wrapper Classes to Specify Polymorphic Primitive Types
        11.3.3  XSD Schema Type Decoding Rules
        11.3.4  Multi-Reference Strings
        11.3.5  "Smart String" Mixed-Content Decoding
        11.3.6  C++ Strings
        11.3.7  Changing the Encoding Precision of float and double Types
        11.3.8  INF, -INF, and NaN Values of float and double Types
    11.4  Enumeration Serialization
        11.4.1  Serialization of Symbolic Enumeration Constants
        11.4.2  Encoding of Enumeration Constants
        11.4.3  Initialized Enumeration Constants
        11.4.4  How to "Reuse" Symbolic Enumeration Constants
        11.4.5  Boolean Enumeration Serialization for C
        11.4.6  Bitmask Enumeration Serialization
    11.5  Struct Serialization
    11.6  Class Instance Serialization
        11.6.1  Example
        11.6.2  Initialized static const Fields
        11.6.3  Class Methods
        11.6.4  Getter and Setter Methods
        11.6.5  Streaming XML with Getter and Setter Methods
        11.6.6  Polymorphism, Derived Classes, and Dynamic Binding
        11.6.7  XML Attributes
        11.6.8  QName Attributes and Elements
    11.7  Union Serialization
    11.8  Serializing Pointer Types
        11.8.1  Multi-Referenced Data
        11.8.2  NULL Pointers and Nil Elements
    11.9  Void Pointers
    11.10  Fixed-Size Arrays
    11.11  Dynamic Arrays
        11.11.1  SOAP Array Bounds Limits
        11.11.2  One-Dimensional Dynamic SOAP Arrays
        11.11.3  Example
        11.11.4  One-Dimensional Dynamic SOAP Arrays With Non-Zero Offset
        11.11.5  Nested One-Dimensional Dynamic SOAP Arrays
        11.11.6  Multi-Dimensional Dynamic SOAP Arrays
        11.11.7  Encoding XML Generics Containing Dynamic Arrays
        11.11.8  STL Containers
        11.11.9  Polymorphic Dynamic Arrays and Lists
        11.11.10  How to Change the Tag Names of the Elements of a SOAP Array or List
    11.12  Base64Binary XML Schema Type Encoding
    11.13  hexBinary XML Schema Type Encoding
    11.14  Literal XML Encoding Style
        11.14.1  Serializing and Deserializing Mixed Content XML With Strings
12  SOAP Fault Processing
13  SOAP Header Processing
14  MIME Attachments
    14.1  Sending a Collection of MIME Attachments (SwA)
    14.2  Retrieving a Collection of MIME Attachments (SwA)
15  DIME Attachments
    15.1  Sending a Collection of DIME Attachments
    15.2  Retrieving a Collection of DIME Attachments
    15.3  Serializing Binary Data in DIME
    15.4  Streaming DIME
    15.5  Streaming Chunked DIME
    15.6  WSDL Bindings for DIME Attachments
16  MTOM Attachments
    16.1  Generating MultipartRelated MIME Attachment Bindings in WSDL
    16.2  Sending and Receiving MTOM Attachments
    16.3  Streaming MTOM/MIME
    16.4  Redirecting Inbound MTOM/MIME Streams Based on SOAP Body Content
    16.5  Streaming Chunked MTOM/MIME
17  XML Validation
    17.1  Occurrence Constraints
        17.1.1  Default Values
        17.1.2  Elements with minOccurs and maxOccurs Restrictions
        17.1.3  Required and Prohibited Attributes
    17.2  Value Constraints
        17.2.1  Data Length Restrictions
        17.2.2  Value Range Restrictions
        17.2.3  Pattern Restrictions
    17.3  Element and Attribute Qualified/Unqualified Forms
18  SOAP/XML Over UDP
    18.1  Using WS-Addressing with SOAP-over-UDP
    18.2  Client-side One-way Unicast
    18.3  Client-side One-way Multicast
    18.4  Client-side Request-Response Unicast
    18.5  Client-side Request-Response Multicast
    18.6  SOAP-over-UDP Server
    18.7  SOAP-over-UDP Multicast Receiving Server
19  Advanced Features
    19.1  Internationalization
    19.2  Customizing the WSDL and Namespace Mapping Table File Contents With gSOAP Directives
        19.2.1  Example
    19.3  Transient Data Types
    19.4  Serialization "as is" with Volatile Data Types
    19.5  How to Declare User-Defined Serializers and Deserializers
    19.6  How to Serialize Data Without Generating XSD Type Attributes
    19.7  Function Callbacks for Customized I/O and HTTP Handling
    19.8  HTTP 1.0 and 1.1
    19.9  HTTP 307 Temporary Redirect Support
    19.10  HTTP GET Support
    19.11  TCP and HTTP Keep-Alive
    19.12  HTTP Chunked Transfer Encoding
    19.13  HTTP Buffered Sends
    19.14  HTTP Authentication
    19.15  HTTP NTLM Authentication
    19.16  HTTP Proxy NTLM Authentication
    19.17  HTTP Proxy Basic Authentication
    19.18  Messaging Speed and Performance Improvement Tips
    19.19  Timeout Management for Non-Blocking Operations
    19.20  Socket Options and Flags
    19.21  Secure Web Services with HTTPS/SSL
    19.22  Secure Clients with HTTPS/SSL
    19.23  SSL Authentication Callbacks
    19.24  SSL Certificates and Key Files
    19.25  SSL Hardware Acceleration
    19.26  SSL on Windows
    19.27  Zlib Compression
    19.28  Client-Side Cookie Support
    19.29  Server-Side Cookie Support
    19.30  Connecting Clients Through Proxy Servers
    19.31  FastCGI Support
    19.32  How to Create gSOAP Applications With a Small Memory Footprint
    19.33  How to Eliminate BSD Socket Library Linkage
    19.34  How to Combine Multiple Client and Server Implementations into one Executable
    19.35  How to Build a Client or Server in a C++ Code Namespace
    19.36  How to Create Client/Server Libraries
        19.36.1  C++ Clients Example
        19.36.2  C Clients Example
        19.36.3  C Services Chaining Example
    19.37  How to Create DLLs
        19.37.1  Create the Base stdsoap2.dll
        19.37.2  Creating Client and Server DLLs
    19.38  gSOAP Plug-ins
        19.38.1  The Message Logging and Statistics Plug-in
        19.38.2  RESTful Interface: The HTTP GET Plug-in
        19.38.3  RESTful Interface: The HTTP POST Plug-in
        19.38.4  The HTTP MD5 Checksum Plug-in
        19.38.5  The HTTP Digest Authentication Plug-in
        19.38.6  The WS-Addressing Plug-in
        19.38.7  The WS-ReliableMessaging Plug-in
        19.38.8  The WS-Security Plug-in
        19.38.9  WS-Discovery

Copyright (C) 2000-2015 Robert A. van Engelen, Genivia Inc, All Rights Reserved.

1  Introduction

The gSOAP tools provide an automated SOAP and XML data binding for C and C++ based on compiler technologies. The tools simplify the development of SOAP/XML Web services and XML application in C and C++ using autocode generation and advanced mapping methods. Most toolkits for Web services adopt a WSDL/SOAP-centric view and offer APIs that require the use of class libraries for XML-specific data structures. This forces a user to adapt the application logic to these libraries because users have to write code to populate XML and extract data from XML using a vendor-specific API. This often leads to fragile solutions with little or no assurances for data consistency, type safety, and XML validation. By contrast, gSOAP provides a type-safe and transparent solution through the use of compiler technology that hides irrelevant WSDL-, SOAP-, REST-, and XML-specific protocol details from the user, while automatically ensuring XML validity checking, memory management, and type-safe serialization. The gSOAP tools automatically map native and user-defined C and C++ data types to semantically equivalent XML data types and vice-versa. As a result, full SOAP/REST XML interoperability is achieved with a simple API relieving the user from the burden of WSDL/SOAP/XML details, thus enabling him or her to concentrate on the application-essential logic.
The gSOAP tools support the integration of (legacy) C/C++ codes (and other programming languages when a C interface is available), embedded systems, and real-time software in SOAP/XML applications that share computational resources and information with other SOAP applications, possibly across different platforms, language environments, and disparate organizations located behind firewalls.
The gSOAP tools are also popular to implement XML data binding in C and C++. This means that application-native data structures can be encoded in XML automatically, without the need to write conversion code. The tools also produce XML schemas for the XML data binding, so external applications can consume the XML data based on the schemas.

1.1  Getting Started

To start building Web services applications or automate XML data bindings with gSOAP, you need:
  • The gSOAP package from http://www.genivia.com/Products/downloads.html (select gSOAP toolkit standard edition from the list of software packages)
  • A C or C++ compiler.
  • You may want to install OpenSSL and the Zlib libraries to enable SSL (HTTPS) and compression. These libraries are available for most platforms and are often already installed.
The gSOAP software is self-contained, so there is no need to download any third-party software (unless you want to use OpenSSL and the library is not already installed, or if you need to rebuild the soapcpp2 tool, see below).
The gSOAP packages available from SourceForge include pre-build tools in the gsoap/bin directory:
  • The wsdl2h WSDL/schema importer and data binding mapper tool.
  • The soapcpp2 stub/skeleton compiler and code generator.
Binaries of these two tools are included in the gSOAP package in gsoap/bin for Windows, Linux, and Mac OS plarforms, see also the README files in the package for more details.
Although gSOAP tools are available in binary format for several platforms, the code generated by these tools are all equivalent. This means that the generated source codes can be transferred to other platforms and locally compiled.
If you don't have the binaries or if you want to rebuild them, you need
  • A C compiler and Bison (or Yacc) to build soapcpp2.
  • A C compiler and Flex (or Lex) to build soapcpp2.
  • A C++ compiler to build wsdl2h.
Bison and Flex are preferred. Both are released under open source licenses that are compatible with gSOAP's licenses.
The gSOAP engine is built as a library libgsoap.a and libgsoap++.a with separate versions that support SSL. See the README.txt instructions on how to build these libraries with the platform-independent gSOAP package's autoconf and automake. Alternatively, you can compile and link the engine's source code stdsoap2.c (or stdsoap2.cpp for C++) directly with your code.
The gSOAP packages contain numerous examples in the samples directory. Run make to build the example applications. The examples are also meant to demonstrate different features of gSOAP. A streaming MTOM attachment server and client application demonstrate efficient file exchanges in samples/mtom-stream. An SSL-secure Web server application demonstrates the generation of dynamic content for Web browsing and Web services functionality at the same time, see samples/webservice. And much more.

1.2  Quick Start: Developing a Web Service Client Application

The gSOAP tools minimize application adaptation efforts for building Web Services by using a XML data binding for C and C++ implemented by advanced XML schema analyzers and source-to-source code generation tools. The gSOAP wsdl2h tool imports one or more WSDLs and XML schemas and generates a gSOAP header file with familiar C/C++ syntax to define the Web service operations and the C/C++ data types. The gSOAP soapcpp2 compiler then takes this header file and generates XML serializers for the data types (soapH.h and soapC.cpp), the client-side stubs (soapClient.cpp), and server-side skeletons (soapServer.cpp).
The gSOAP soapcpp2 compiler can also generate WSDL definitions for implementing a service from scratch, i.e. without defining a WSDL first. This "closes the loop" in that it enables Web services development from WSDL or directly from a set op C/C++ operations in a header file without the need for users to analyze Web service details.
You only need to follow a few steps to execute the tools from the command line or Makefile (see also MSVC++ project examples in the samples directory with tool integration in the MSVC++ IDE). For example, to generate code for the calculator Web service, we run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file:

> wsdl2h -o calc.h http://www.genivia.com/calc.wsdl

This generates the calc.h service definition header file with service operation definitions and types for the operation's data. This header file is then to be processed with soapcpp2 to generate the stub and/or skeleton code and XML serialization routines. The calc.h file includes all documentation, so you can use Doxygen (http://www.doxygen.org) to automatically generate the documentation pages for your development.
The wsdl2h-generated service definitions header file also contains information on the use of the service, such as WS-Policy assertions when applicable.
In this example we are developing a C++ API for the calculator service. By default, gSOAP assumes you will use C++ with STL. To build without STL, use option -s:

> wsdl2h -s -o calc.h http://www.genivia.com/calc.wsdl

To build a pure C application, use option -c:

> wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl

Important: Visual Studio users shopuld make sure to compile all gSOAP source files in C++ compilation mode. If you migrate to a project file .vcproj, please set CompileAs="2" in your .vcproj file. We have not yet generated the stubs for the C/C++ API. To do so, run the soapcpp2 compiler:

> soapcpp2 -i -C -Iimport calc.h

Option -i (and alternatively option -j) indicates that we want C++ proxy and server objects that include the client (and server) code, -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). Option -I is needed to import the stlvector.h file from the import directory in the gSOAP package to support serialization of STL vectors.
Suppose we develop a C++ client for the calculator service using wsdl2h -o calc.h http://www.genivia.com/calc.wsdl and soapcpp2 -i -C calc.h.
We use the generated soapcalcProxy class and calc.nsmap XML namespace mapping table to access the Web service. The soapcalcProxy class is a proxy to invoke the service:

#include "soapcalcProxy.h"
#include "calc.nsmap"
int main()
{
   calcProxy service;
   double result;
   if (service.add(1.0, 2.0, result) == SOAP_OK)
      std::cout << "The sum of 1.0 and 2.0 is " << result << std::endl;
   else
      service.soap_stream_fault(std::cerr);
   service.destroy(); // delete data and release memory
}

To complete the build, compile the code above and compile and link this with the generated soapC.cpp, soapcalcProxy.cpp, and the run-time gSOAP engine -lgsoap++ (or use source stdsoap2.cpp in case libgsoap++.a is not installed) with your code.
Suppose we develop a client in C using wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl and soapcpp2 -C calc.h. In this case our code uses a simple C function call to invoke the service and we also need to explicitly delete data and the context with soap_end and soap_free:


#include "soapH.h"
#include "calc.nsmap"
int main()
{
   struct soap *soap = soap_new();
   double result;
   if (soap_call_ns__add(soap, 1.0, 2.0, &result) == SOAP_OK)
      printf("The sum of 1.0 and 2.0 is %lg\n", result);
   else
      soap_print_fault(soap, stderr);
   soap_end(soap);
   soap_free(soap);
}

The calculator example is fairly simple and used here to illustrate the development process. The development process for large-scale XML applications is similar. More extensive examples can be found in the samples directory in the gSOAP package.

1.3  Quick Start: Developing a Web Service

Developing a service application is easy too. We will use CGI here because it is a simple mechanism. This is not the preferred deployment mechanism. Because CGI is slow and stateless. Faster services can be developed as a stand-alone gSOAP HTTP/HTTPS server (but see comments at the end of this section) or, as preferred, the use of Apache module or IIS with the mod_gsoap ISAPI extension (included in the gSOAP package under gsoap/mod_gsoap with instructions).
Suppose we implement a CGI-based service that returns the time in GMT. The Common Gateway Interface (CGI) is a simple mechanism to publish services on your Web site.
For this example we start with a gSOAP header file, currentTime.h which contains the service definitions. Such a file can be obtained from a WSDL using wsdl2h when a WSDL is available. When a WSDL is not available, you can define the service in C/C++ definitions in a newly created header file and let the gSOAP tools generate the source code and WSDL for you.
Our currentTime service only has an output parameter, which is the current time defined in our currentTime.h gSOAP service specification:

// File: currentTime.h
//gsoap ns service name: currentTime
//gsoap ns service namespace: urn:currentTime
//gsoap ns service location: http://www.yourdomain.com/currentTime.cgi
int ns__currentTime(time_t& response);

Note that we associate an XML namespace prefix ns and namespace name urn:currentTime with the service WSDL and SOAP/XML messages. The gSOAP tools use a special convention for identifier names that are part of a namespace: a namespace prefix (ns in this case) followed by a double underscore __. This convention is used to resolve namespaces and to avoid name clashes. The ns namespace prefix is bound to the urn:currentTime namespace name with the //gsoap directive. The //gsoap directives are used to set the properties of the service, in this case the name, namespace, and location endpoint.
The service implementation for CGI requires a soap_serve call on a soap context created with soap_new. The service operations are implemented as functions, which are called by the RPC dispatcher soap_serve:

// File: currentTime.cpp
#include "soapH.h" // include the generated declarations
#include "currentTime.nsmap" // include the XML namespace mappings
int main()
{
   // create soap context and serve one CGI-based request:
   return soap_serve(soap_new());
}
int ns__currentTime(struct soap *soap, time_t& response)
{
   response = time(0);
   return SOAP_OK;
}

Note that we pass the soap struct with the gSOAP context information to the service routine. This can come in handy to determine properties of the connection and to dynamically allocate data with soap_malloc(soap, num_bytes) that will be automatically deleted when the service is finished.
We run the soapcpp2 compiler on the header file to generate the server-side code:

> soapcpp2 -S currentTime.h

and then compile the CGI binary:

> c++ -o currentTime.cgi currentTime.cpp soapC.cpp soapServer.cpp stdsoap2.cpp

You will find stdsoap2.cpp in the gsoap dir. Or after installation you can link with libgsoap++ instead of using the stdsoap2.cpp source:

> c++ -o currentTime.cgi currentTime.cpp soapC.cpp soapServer.cpp -lgsoap++

To activate the service, copy the currentTime.cgi binary to your bin-cgi directory using the proper file permissions.
The soapcpp2 tool generated the WSDL definitions currentTime.wsdl. You can use the WSDL to advertize your service. You don't need to use this WSDL to develop a gSOAP client. You can use the currentTime.h file with soapcpp2 option -C to generate client-side code.
A convenient aspect of CGI is that it exchanges messages over standard input/output. Therefore, you can run the CGI binary on the auto-generated example request XML file to test your server:

> ./currentTime.cgi < currentTime.currentTime.req.xml

and this displays the server response in SOAP XML.
The above approach works also for C. Just use soapcpp2 option -c in addition to the -S option to generate ANSI C code. Of course, in C we use pointers instead of references and the currentTime.h file should be adjusted to use C-only types.
A more elegant server implementation in C++ can be obtained by using the soapcpp2 option -i (or -j) to generate C++ client-side proxy and server-side service objects as classes that you can use to build clients and services in C++. The option removes the generation of soapClient.cpp and soapServer.cpp, since these are no longer needed when we have classes that implement the client and server logic:

> soapcpp2 -i -S currentTime.h

This generates soapcurrentTimeService.h and soapcurrentTimeService.cpp files, as well as auxiliary files soapStub.h (included by default by all codes) and currentTime.nsmap.
Using the currentTimeService object we rewrite the CGI server as:

// File: currentTime.cpp
#include "soapcurrentTimeService.h" // include the proxy declarations
#include "currentTime.nsmap" // include the XML namespace mappings
int main()
{
   // create server and serve one CGI-based request:
   currentTimeService server;
   server.serve();
   server.destroy();
}
int currentTimeService::currentTime(time_t& response)
{
   response = time(0);
   return SOAP_OK;
}

Compile with

> c++ -o currentTime.cgi currentTime.cpp soapC.cpp soapcurrentTimeService.cpp -lgsoap++

and install the binary as CGI. To install the CGI binary please consult your Web server documentation on how to deploy CGI applications.
To run the server as a stand-alone iterative (non-multithreaded) server on port 8080:

while (server.run(8080) != SOAP_TCP_ERROR)
   server.soap_stream_fault(std::cerr);

To implement threaded services, please see Section 7.2.4. These stand-alone Web Services that handle multiple SOAP requests by spawning a thread for each request. Thread pooling is also an option. The use of Apache and IIS modules to deploy gSOAP services is preferred to ensure load balancing, access control, tracing, and so on.
For more information on server-side service classes, see Section 7.2.7. For more information on client-side proxy classes, see Section 7.1.4.

1.4  Quick Start: XML Data Bindings

Or in other words, how to map schemas (XSD files) to C/C++ bindings for automatically reading and writing XML data.
The XML C/C++ data binding in gSOAP provides and automated mechanism to encode any C and C++ data type in XML (and decode XML back to C/C++ data). An XML schema (XSD file) can be transformed into a set of C or C++ definitions that can be readily incorporated into your application to manipulate XML with much more ease than DOM or SAX. Essentially, each XML component definition in an XML schema has a C/C++ data type representation that has equivalent type properties. The advantage of this approach is immediately apparent when we look at an XSD complexType that maps to a class:

XSD C++
<complexType name="Address"> class ns__Address
   <sequence> {
      <element name="name" type="string"/>    std::string name;
      <element name="home" type="tns:Location" minOccurs="0"/>    ns__Location *home;
      <element name="phone" type="unsignedLong"/>    ULONG64 phone;
      <element name="dob" type="dateTime"/>    time_t dob;
   </sequence>
   <attribute name="ID" type="int" use="required"/>    @int ID;
</complexType> }

In this way, an automatic mapping between XML elements of the XML schema and members of a class is created to
No DOM traversals and SAX events are needed. In addition, the XML C/C++ data binding makes XML manipulation type safe. That is, the type safety of C/C++ ensures that only valid XML documents can be parsed and generated.
The wsdl2h tool performs the mapping of WSDL and XML schemas to C and/or C++ automatically. The output of wsdl2h is an annotated header file that includes comments and documentation on the use of the C/C++ declarations in a SOAP/XML client/server or in a generic application for reading and writing XML using the auto-generated serializers.
We will illustrate this further with an example. Suppose we have an XML document with a book record:

<book isbn="1234567890">
   <title>Farewell John Doe</title>
   <publisher>ABC's is our Name</publisher>
</book>

An example XML schema that defines the book element and type could be

<schema ...>
   <element name="book">
      <complexType>
         <sequence>
            <element name="title" type="string" minOccurs="1"/>
            <element name="publisher" type="string" minOccurs="1"/>
         </sequence>
         <attribute name="isbn" type="unsignedLong" use="required"/>
      </complexType>
   </element>
</schema>

Using wsdl2h we translate the XML schema that defines the book type and root element to a class definition:

class book
{
   @ULONG64 isbn;
   std::string title;
   std::string publisher;
}

Note that annotations such as @ are used to distinguish attributes from elements. These annotations are gSOAP-specific and are handled by the soapcpp2 tool to generate serializers for the data type(s) for reading and writing XML.
The soapcpp2 tool generates all the necessary code to parse and generate XML for book objects. Validation constraints such as minOccurs="1" and use="required" are included in the generated code as checks.
To write the XML representation of a book, we first create a soap engine context and use it with soap_write_book (generated by soapcpp2) to write the object in XML to standard output:

soap *ctx = soap_new1(SOAP_XML_INDENT); // new context with option
book bk;
bk.isbn = 1234567890;
bk.title = "Farewell John Doe";
bk.publisher = "ABC's is our Name";
if (soap_write_book(ctx, &bk) != SOAP_OK)
   ... error ...
soap_destroy(ctx); // clean up allocated class instances
soap_end(ctx); // clean up allocated temporaries
soap_free(ctx); // delete context

The ctx gSOAP engine context (type struct soap) controls settings and holds state, such as XML formatting, (e.g. SOAP_XML_INDENT), serialization options, current state, and I/O settings. Simply set the output stream (std::ostream) ctx->os of the context to redirect the content, e.g. to a file or string. Also, when serializing a graph rather than an XML tree (SOAP_XML_TREE option forces trees) the XML output conforms to SOAP encoding for object graphs based on id-ref, see Section 7.5 for details.
To read the XML representation from standard input into a book object, use:

soap *ctx = soap_new1(SOAP_XML_STRICT); // new context with option
book bk;
if (soap_read_book(ctx, &bk) != SOAP_OK)    ... error ...
else
   cout << bk.isbn << ", " << bk.title << ", " << bk.publisher << endl;
... further use of bk ...
soap_destroy(ctx); // delete deserialized objects
soap_end(ctx); // delete temporaries
soap_free(ctx); // delete context

Automatic built-in strict XML validation (enabled with SOAP_XML_STRICT) ensures that data members are present so we can safely print them in this example, thus ensuring consistency of data with the XML schema. Set the ctx->is input stream to read from a file/string stream instead of stdin.
The soap_destroy and soap_end calls deallocate the deserialized content, so use with care. In general, memory management is automatic in gSOAP to avoid leaks.
The above uses a very simple example schema. The gSOAP toolkit handles all XML schema constructs defined by the XML schema standard. The toolkit is also able to (de)serialize pointer-based C/C++ data structures (including cyclic graphs), structs/classes, unions, enums, STL containers, and even special data types such as struct tm. Therefore, the toolkit works in two directions: from WSDL/schema to C/C++ and from C/C++ to WSDL/schema.
The gSOAP toolkit also handles multiple schemas defined in multiple namespaces. Normally the namespace prefixes of XML namespaces are added to the C/C++ type definitions to ensure type uniqueness. For example, if we would combine two schemas in the same application where both schemas define a book object, we need to resolve this conflict. In gSOAP this is done using namespace prefixes, rather than C++ namespaces (research has pointed out that XML namespaces are not equivalent to C++ namespaces). Thus, the book class might actually be bound to an XML namespace and the class would be named ns__book, where ns is bound to the corresponding namespace.
The following options are available to control serialization:

soap->encodingStyle = NULL; // to remove SOAP 1.1/1.2 encodingStyle
soap_mode(soap, SOAP_XML_TREE); // XML without id-ref (no cycles!)
soap_mode(soap, SOAP_XML_GRAPH); // XML with id-ref (including cycles)
soap_set_namespaces(soap, struct Namespace *nsmap); //to set xmlns bindings

Other flags can be used to format XML, see Section 9.12.
For more details on XML databinding support for C and C++, see Section 7.5.

1.5  Feature Overview

The highlights of gSOAP are:
  • Unique interoperability features: the tools generate type-safe SOAP marshalling routines to (de)serialize native and user-defined C and C++ data structures.
  • Support WSDL 1.1, WSDL 2.0, REST, SOAP 1.1, SOAP 1.2, SOAP RPC encoding style, and document/literal style. gSOAP is one of the few SOAP toolkits that support the full range of SOAP 1.1 RPC encoding features including sparse multi-dimensional arrays and polymorphic types. For example, a service operation with a base class parameter may accept derived class instances from a client. Derived class instances keep their identity through dynamic binding. The toolkit also supports all XSD 1.0 and 1.1 schema type constructs and has been tested against the W3C XML Schema Patterns for Databinding Interoperability working group and of gSOAP release 2.8.x passes all tests.
  • Supports WS-Security, WS-Addressing, WS-ReliableMessaging, C14N exclusive canonicalization. The protocols are implemented using code generation with wsdl2h and soapcpp2. The gSOAP tools can be used to generate messaging protocols for other WS-* protocols.
  • gSOAP supports XML-RPC and RSS protocols. Examples are provided.
  • JSON support is included in the XML-RPC library to switch between XML-RPC and JSON protocols. For more details, see the samples/xml-rpc-json folder in the package.
  • The wsdl2h tool supports WS-Policy. Policy assertions are included in the generated service description header file with recommendations and usage hints.
  • gSOAP supports MIME (SwA), DIME, and MTOM attachments and has streaming capabilities to direct the data stream to/from resources. gSOAP is the only toolkit that supports streaming MIME, DIME, and MTOM attachment transfers, which allows you to exchange binary data of practically unlimited size in the fastest possible way (streaming) while ensuring the usefulness of XML interoperability.
  • gSOAP supports SOAP-over-UDP.
  • gSOAP supports IPv4 and IPv6.
  • gSOAP supports Zlib deflate and gzip compression (for HTTP, TCP/IP, and XML file storage).
  • gSOAP supports SSL (HTTPS) using OpenSSL and optionally using GNUTLS.
  • gSOAP supports HTTP/1.0, HTTP/1.1 keep-alive, chunking, basic authentication, and digest authentication using a plugin.
  • gSOAP supports SOAP one-way messaging.
  • The schema-specific XML pull parser is fast and efficient and does not require intermediate data storage for demarshalling to save space and time.
  • The soapcpp2 compiler includes a WSDL and schema generator for convenient Web Service publishing.
  • The soapcpp2 compiler generates sample input and output messages for verification and testing (before writing any code). An option (-T) can be used to automatically implement echo message services for testing.
  • The wsdl2h tool converts WSDL and XSD files to gSOAP header files for automated client and server development.
  • Generates source code for stand-alone Web Services and client applications.
  • Ideal for small devices such as Palm OS, Symbian, Pocket PC, because the memory footprint is small.
  • Ideal for building web services that are compute-intensive and are therefore best written in C and C++.
  • Platform independent: Windows, Unix, Linux, Mac OS X, Pocket PC, Palm OS, Symbian, VXWorks, etc.
  • Supports serializing of application's native C and C++ data structures, which allows you to save and load XML serialized data structures to and from files.
  • Selective input and output buffering is used to increase efficiency, but full message buffering to determine HTTP message length is not used. Instead, a three-phase serialization method is used to determine message length. As a result, large data sets such as base64-encoded images can be transmitted with or without DIME attachments by small-memory devices such as PDAs.
  • Supports C++ single class inheritance, dynamic binding, overloading, arbitrary pointer structures such as lists, trees, graphs, cyclic graphs, fixed-size arrays, (multi-dimensional) dynamic arrays, enumerations, built-in XSD Schema types including base64Binary encoding, and hexBinary encoding.
  • No need to rewrite existing C/C++ applications for Web service deployment. However, parts of an application that use unions, pointers to sequences of elements in memory, and void* need to be modified, but only if the data structures that adopt them are required to be serialized or deserialized as part of a service operation invocation.
  • Three-phase marshalling: 1) analysis of pointers, single-reference, multi-reference, and cyclic data structures, 2) HTTP message-length determination, and 3) serialization as per SOAP 1.1 encoding style or user-defined encoding styles.
  • Two-phase demarshalling: 1) SOAP parsing and decoding, which involves the reconstruction of multi-reference and cyclic data structures from the payload, and 2) resolution of "forward" pointers (i.e. resolution of the forward href attributes in SOAP).
  • Full and customizable SOAP Fault processing (client receive and service send).
  • Customizable SOAP Header processing (send and receive), which for example enables easy transaction processing for the service to keep state information.

2  Notational Conventions

The typographical conventions used by this document are:
Sans serif or italics font
denotes C and C++ source code, file names, and shell/batch commands.
Bold font
denotes C and C++ keywords.
Courier font
denotes HTTP header content, HTML, XML, XML Schema content and WSDL content.
[Optional]
denotes an optional construct.
The keywords "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC-2119.

3  Differences Between gSOAP Versions 2.4 (and Earlier) and 2.5

To comply with WS-I Basic Profile 1.0a, gSOAP 2.5 and higher adopts SOAP document/literal by default. There is no need for concern, because the WSDL parser wsdl2h automatically takes care of the differences when you provide a WSDL document, because SOAP RPC encoding, literal, and document style are supported. A new soapcpp2 compiler option was added -e for backward compatibility with gSOAP 2.4 and earlier to adopt SOAP RPC encoding by default in case you want to develop a service that uses SOAP encoding. You can also use the gSOAP soapcpp2 compiler directives to specify SOAP encoding for individual operarations, when desired.

4  Differences Between gSOAP Versions 2.1 (and Earlier) and 2.2

You should read this section only if you are upgrading from gSOAP 2.1 to 2.2 and later.
Run-time options and flags have been changed to enable separate recv/send settings for transport, content encodings, and mappings. The flags are divided into four classes: transport (IO), content encoding (ENC), XML marshalling (XML), and C/C++ data mapping (C). The old-style flags soap_disable_X and soap_enable_X, where X is a particular feature, are deprecated. See Section 9.12 for more details.

5  Differences Between gSOAP Versions 1.X and 2.X

You should read this section only if you are upgrading from gSOAP 1.X to 2.X.
gSOAP versions 2.0 and later have been rewritten based on versions 1.X. gSOAP 2.0 and later is thread-safe, while 1.X is not. All files in the gSOAP 2.X distribution are renamed to avoid confusion with gSOAP version 1.X files:

gSOAP 1.X gSOAP 2.X
soapcpp soapcpp2
soapcpp.exe soapcpp2.exe
stdsoap.h stdsoap2.h
stdsoap.c stdsoap2.c
stdsoap.cpp stdsoap2.cpp

Changing the version 1.X application codes to accommodate gSOAP 2.X does not require a significant amount of recoding. The change to gSOAP 2.X affects all functions defined in stdsoap2.c[pp] (the gSOAP runtime context API) and the functions in the sources generated by the gSOAP soapcpp2 compiler (the gSOAP RPC+marshalling API). Therefore, clients and services developed with gSOAP 1.X need to be modified to accommodate a change in the calling convention used in 2.X: In 2.X, all gSOAP functions (including the service operation proxy routines) take an additional parameter which is an instance of the gSOAP runtime context that includes file descriptors, tables, buffers, and flags. This additional parameter is always the first parameter of any gSOAP function.
The gSOAP runtime context is stored in a struct soap type. A struct was chosen to support application development in C without the need for a separate gSOAP implementation. An object-oriented approach with a class for the gSOAP runtime context would have prohibited the implementation of pure C applications. Before a client can invoke service operations or before a service can accept requests, a runtime context needs to be allocated and initialized. Three new functions are added to gSOAP 2.X:

Function Description
soap_init(struct soap *soap) Initializes a context (required only once)
struct soap *soap_new() Allocates, initializes, and returns a pointer to a runtime context
struct soap *soap_copy(struct soap *soap) Allocates a new runtime context and copies contents of the context such that the new environment does not share any data with the original context

A context can be reused as many times as necessary and does not need to be reinitialized in doing so. A dynamically allocated context is deallocated with soap_free.
A new context is only required for each new thread to guarantee exclusive access to a new runtime context by each thread. For example, the following code stack-allocates the runtime context which is used for multiple service operation calls:

int main()
{
   struct soap soap;
   ...
   soap_init(&soap); // initialize runtime context
   ...
   soap_call_ns__method1(&soap, ...); // make a remote call
   ...
   soap_call_ns__method2(&soap, ...); // make another remote call
   ...
   soap_destroy(&soap); // remove deserialized class instances (C++ only)
   soap_end(&soap); // clean up and remove deserialized data
   soap_done(&soap); // detach context (last use and no longer in scope)
   ...
}

The runtime context can also be heap allocated:

int main()
{
   struct soap *soap;
   ...
   soap = soap_new(); // allocate and initialize runtime context
   if (!soap) // couldn't allocate: stop
   ...
   soap_call_ns__method1(soap, ...); // make a remote call
   ...
   soap_call_ns__method2(soap, ...); // make another remote call
   ...
   soap_destroy(soap); // remove deserialized class instances (C++ only)
   soap_end(soap); // clean up and remove deserialized data
   soap_free(soap); // detach and free runtime context
}

A service needs to allocate and initialize an context before calling soap_serve:

int main()
{
   struct soap soap;
   soap_init(&soap);
   soap_serve(&soap);
}

Or alternatively:

int main()
{
   soap_serve(soap_new());
}

The soap_serve dispatcher handles one request or multiple requests when HTTP keep-alive is enabled (with the SOAP_IO_KEEPALIVE flag see Section 19.11).
A service can use multi-threading to handle requests while running some other code that invokes service operations:

int main()
{
   struct soap soap1, soap2;
   pthread_t tid;
   ...
   soap_init(&soap1);
   if (soap_bind(&soap1, host, port, backlog) < 0) exit(1);
   if (soap_accept(&soap1) < 0) exit(1);
   pthread_create(&tid, NULL, (void*(*)(void*))soap_serve, (void*)&soap1);
   ...
   soap_init(&soap2);
   soap_call_ns__method(&soap2, ...); // make a remote call
   ...
   soap_end(&soap2);
   ...
   pthread_join(tid, NULL); // wait for thread to terminate
   soap_end(&soap1); // release its data
}

In the example above, two runtime contexts are required. In comparison, gSOAP 1.X statically allocates the runtime context, which prohibits multi-threading (only one thread can invoke service operations and/or accept requests due to the single runtime context).
Section 7.2.4 presents a multi-threaded stand-alone Web Service that handles multiple SOAP requests by spawning a thread for each request.

6  Interoperability

gSOAP interoperability has been verified with the following SOAP implementations and toolkits:
Apache 2.2
Apache Axis
ASP.NET
Cape Connect
Delphi
easySOAP++
eSOAP
Frontier
GLUE
Iona XMLBus
kSOAP
MS SOAP
Phalanx
SIM
SOAP::Lite
SOAP4R
Spray
SQLData
WCF
White Mesa
xSOAP
ZSI
4S4C

7  Quick User Guide

This user guide offers a quick way to get started with gSOAP. This section requires a basic understanding of the SOAP protocol and some familiarity with C and/or C++. In principle, SOAP clients and SOAP Web services can be developed in C and C++ with the gSOAP soapcpp2 compiler without a detailed understanding of the SOAP protocol when gSOAP client-server applications are built as an ensamble and only communicate within this group (i.e. meaning that you don't have to worry about interoperability with other SOAP implementations). This section is intended to illustrate the implementation of gSOAP Web services and clients that connect to and interoperate with other SOAP implementations such as Apache Axis, SOAP::Lite, and .NET. This requires some details of the SOAP and WSDL protocols to be understood.

7.1  How to Build SOAP/XML Clients

In general, the implementation of a SOAP client application requires a stub (also called service proxy) for each service operation that the client invokes. The primary stub's responsibility is to marshall the parameter data, send the request with the parameters to the designated SOAP service over the wire, to wait for the response, and to demarshall the parameter data of the response when it arrives. The client application invokes the stub routine for a service operation as if it would invoke a local function. To write a stub routine in C or C++ by hand is a tedious task, especially if the input and/or output parameters of a service operation contain elaborate data structures such as objects, structs, containers, arrays, and pointer-linked graph structures. Fortunately, the gSOAP wsdl2h WSDL parser tool and soapcpp2 stub/skeleton and serialization code generator tool automate the development of SOAP/XML Web service client and server applications.
The soapcpp2 tool generates the necessary gluing code (also called stubs and skeletons) to build web service clients and services. The input to the soapcpp2 tool consists of an service definition-annotated C/C++ header file. The header file can be generated from a WSDL (Web Service Description Language) documentation of a service with the gSOAP wsdl2h WSDL parser tool.
Consider the following command (entered at the Linux/Unix/Windows command line prompt):

> wsdl2h -o calc.h http://www.genivia.com/calc.wsdl

This generates the file Web service description calc.h in an annotated C++ header file. The WSDL specification (possibly consisting of multiple imported WSDL files and XSD schema files) is mapped to C++ using C++ databindings for SOAP/XML. The generated header file contains data types and messages to operate the service, and meta information related to WSDL and XML schemas.
To generate a service definition header file to develop a pure C client application, use the -c option:

> wsdl2h -c -o calc.h http://www.genivia.com/calc.wsdl

For more details on the WSDL parser and its options, see 8.
The service definition calc.h header file is further processed by the gSOAP soapcpp2 compiler to generate the gluing code's logic to invoke the Web service from a client.
Looking into the file calc.h we see that the SOAP service methods are specified as function prototypes. For example, the add function to add two double floats:

int ns2__add(double a, double b, double& result);

The ns2__add function uses an XML namespace prefix to distinguish it from operations defined in other namespaces, thus preventing name clashes. The convention to add an XML namespace prefix to the names of operations, types, and struct and class members is universally used by the gSOAP tools and automatically created by wsdl2h, but it is not mandatory when translating existing C/C++ types and operations to web services. Thus, the prefix notation can be omitted from type names defined in an header file with to run soapcpp2 to create clients and services that exchange existing (i.e. application-native) data types.
These function prototypes are translated by the gSOAP soapcpp2 tool to stubs and proxies for remote calls:

soapStub.h annotated copy of the input definitions
soapH.h serializers
soapC.cpp serializers
soapClient.cpp client calling stubs

Thus, the logic of the generated stub routines allow C and C++ client applications to seamlessly interact with existing SOAP Web services as illustrated by the client code example in the next section.
The input and output parameters of a SOAP service operation may be primitive data types or complex compound data types such as containers and pointer-based linked data structures. These are defined in the header file that is either generated by the WSDL parser or specified by hand. The gSOAP soapcpp2 tool automatically generates XML serializers and XML deserializers for the data types to enable the generated stub routines to encode and decode the contents of the parameters of the service operations in SOAP/XML.
Note that the gSOAP soapcpp2 tool also generates skeleton routines soapServer.cpp for each of the service operations specified in the header file. The skeleton routines can be readily used to implement one or more of the service operations in a new SOAP Web service. These skeleton routines are not used for building SOAP clients in C++, although they can be used to build mixed SOAP client/server applications (peer applications).

7.1.1  Example

The add service operation (declared in the calc.h file obtained with the wsdl2h tool in the previous section) adds two float values. The WSDL description of the service provides the endpoint to invoke the service operations and the XML namespace used by the operations:

Endpoint URL: http://websrv.cs.fsu.edu/ engelen/calcserver.cgi
XML namespace: urn:calc

Each service operation has a SOAP action, which is an optional string to identify the operation (mainly used with WS-Addressing), an operation request message and a response message. The request and response messages for SOAP RPC-encoded services are simply represented by C functions with input and output parameters. For the add operation, the SOAP binding details are:

SOAP style: RPC
SOAP encoding: encoded
SOAP action: "" (empty string)

This information is translated to the wsdl2h-generated header file with the service definitions. The calc.h header file for C++ generated by wsdl2h contains the following directives and declarations: (the actual contents may vary depending on the release version and the options used to control the output):

//gsoap ns2 service name: calc //gsoap ns2 service type: calcPortType //gsoap ns2 service port: http://websrv.cs.fsu.edu/ engelen/calcserver.cgi
//gsoap ns2 service namespace: urn:calc

//gsoap ns2 service method-protocol: add SOAP
//gsoap ns2 service method-style: add rpc
//gsoap ns2 service method-encoding: add http://schemas.xmlsoap.org/soap/encoding/
//gsoap ns2 service method-action: add ""
int ns2__add(double a, double b, double& result);

The other calculator operations are similar and elided here for clarity.
The //gsoap directives are required for the soapcpp2 tool to generate code that is compliant to the SOAP protocol. For this service the SOAP protocol with the common "RPC encoding style" is used. For //gsoap directive details, see Section 19.2.
The service operations are declared as function prototypes, with all non-primitive parameter types needed by the operation declared in the header file (all parameter types are primitive in this case).
The calculator add opertion takes two double floats a and b, and returns the sum in result. By convention, all parameters are input parameters except the last. The last parameter is always the output parameter. A struct or class is used to wrap multiple output parameters, see also Section 7.1.9. This last parameter must be a pointer or reference. By contrast, the input parameters support pass by value or by pointer, but not pass by C++ reference.
The function prototype associated with a service operation always returns an int. The value indicates success (0 or equivalently SOAP_OK) or failure (any nonzero value). See Section 10.2 for the nonzero error codes.
The role of the namespace prefix (ns2__) in the service operation name in the function prototype declaration is discussed in detail in 7.1.2. Basically, a namespace prefix is added to a function name or type name with a pair of underscores, as in ns2__add, where ns2 is the namespace prefix and add is the service operation name. This mechanism ensures uniqueness of operations and types associated with a service.
It is strongly recommended to set the namespace prefix to a name of your choice. This avoids problems when running wsdl2h on multiple WSDLs where the sequence of prefixes ns1, ns2, and so on are arbitrarily assigned to the services. To choose a prefix name for all the operations and types of a service, say prefix c__ for the calculator service, add the following line to typemap.dat:

c = "urn:calc"

and rerun wsdl2h. The typemap.dat configures wsdl2h to use specific bindings and data types for services. The result is that c__add is used to uniquely identify the operation rather than the more arbitrary name ns2__add.
Note on the use of underscores in names: a single underscore in an identifier name will be translated into a dash in XML, because dashes are more frequently used in XML compared to underscores, see Section 10.3.
Next, the gSOAP soapcpp2 tool is invoked from the command line to process the calc.h service definitions:

> soapcpp2 calc.h

The tool generates the stub routines for the service operations. Stub routines can be invoked by a client program to invoke the remote service operations. The interface of the generated stub routine is identical to the function prototype in the calc.h service defintion file, but with additional parameters to pass the gSOAP engine's runtime context soap, an endpoint URL (or NULL for the default), and a SOAP action (or NULL for the default):

int soap_call_c__add(struct soap *soap, char *URL, char *action, double a, double b, double& result);

This stub routine is saved in soapClient.cpp. The file soapC.cpp contains the serializer and deserializer routines for the data types used by the stub. You can use option -c for the soapcpp2 tool to generate pure C code, when needed.
Note: the soap parameter must be a valid pointer to a gSOAP runtime context. The URL can be set to override the default endpoint address (the endpoint defined by the WSDL). The action parameter can be set to override the default SOAP action.
The following example C/C++ client program uses the stub:

#include "soapH.h" // include all interfaces (library and generated)
#include "calc.nsmap" // import the generated namespace mapping table
int main()
{
   double sum;
   struct soap soap; // the gSOAP runtime context
   soap_init(&soap); // initialize the context (only once!)
   if (soap_call_c__add(&soap, NULL, NULL, 1.0, 2.0, &sum) == SOAP_OK)
      std::cout << "Sum = " << sum << std::endl;
   else // an error occurred
      soap_print_fault(&soap, stderr); // display the SOAP fault message on the stderr stream
   soap_destroy(&soap); // delete deserialized class instances (for C++)
   soap_end(&soap); // remove deserialized data and clean up
   soap_done(&soap); // detach the gSOAP context
   return 0;
}

The call returns SOAP_OK (zero) on success and a nonzero error on failure. When an error occurred the fault is displayed with the soap_print_fault function. Use soap_sprint_fault(struct soap*, char *buf, size_t len) to print the error to a string, and use soap_stream_fault(struct soap*, std::ostream&) to send it to a stream (C++ only).
The following functions can be used to explicitly setup a gSOAP runtime context (struct soap):

Function Description
soap_init(struct soap *soap) Initializes a runtime context
soap_init1(struct soap *soap, soap_mode iomode) Initializes a runtime context and set in/out mode flags
soap_init2(struct soap *soap, soap_mode imode, soap_mode omode) Initializes a runtime context and set in/out mode flags
struct soap *soap_new() Allocates, initializes, and returns a pointer to a runtime context
struct soap *soap_new1(soap_mode iomode) Allocates, initializes, and returns a pointer to a runtime context and set in/out mode flags
struct soap *soap_new2(soap_mode imode, soap_mode omode) Allocates, initializes, and returns a pointer to a runtime context and set in/out mode flags
struct soap *soap_copy(struct soap *soap) Allocates a new runtime context and copies a context (deep copy, i.e. the new context does not share any data with the other context)
soap_done(struct soap *soap) Reset, close communications, and remove callbacks
soap_free(struct soap *soap) Reset and deallocate the context created with soap_new or soap_copy

A runtime context can be reused as many times as necessary for client-side remote calls and does not need to be reinitialized in doing so. A new context is required for each new thread to guarantee exclusive access to runtime context by threads. Also the use of any client calls within an active service method requires a new context.
The soapcpp2 code generator tool also generates a service proxy class for C++ client applications (and service objects for server applications) with the -i (or -j) option:

> soapcpp2 -i calc.h

The proxy is defined in:

soapcalcProxy.h client proxy class
soapcalcProxy.cpp client proxy class

Note: without the -i option only old-style service proxies and objects are generated, which are less flexible and no longer recommended. Use -j as an alternative to -i to generate classes with the same functionality, but that are not inherited from struct soap and use a pointer to a struct soap engine context that can be shared with other proxy and service class instances. This choice is also important when services are chained, see Section 7.2.8.
The generated C++ proxy class initializes the gSOAP runtime context and offers the service interface as a collection of methods:

#include "soapcalcProxy.h" // get proxy
#include "calc.nsmap" // import the generated namespace mapping table
int main()
{
   calcProxy calc(SOAP_XML_INDENT);
   double sum;
   if (calc.add(1.0, 2.0, sum) == SOAP_OK)
      std::cout << "Sum = " << sum << std::endl;
   else
      calc.soap_stream_fault(std::cerr);
   return calc.error; // nonzero when error
}

The proxy class is derived from the gSOAP runtime context structure struct soap and thus inherits (option -i) all state information of the runtime. The proxy constructor takes context mode parameters to initialize the context, e.g. SOAP_XML_INDENT in this example.
The code is compiled and linked with soapcalcProxy.cpp, soapC.cpp, and stdsoap2.cpp (or use libgsoap++.a).
The proxy class name is extracted from the WSDL content and may not always be in a short format. Feel free to change the entry

//gsoap ns2 service name: calc

and rerun soapcpp2 to generate code that uses the new name.
When the example client application is invoked, a SOAP request is performed:

POST / engelen/calcserver.cgi HTTP/1.1
Host: websrv.cs.fsu.edu
User-Agent: gSOAP/2.7
Content-Type: text/xml; charset=utf-8
Content-Length: 464
Connection: close
SOAPAction: ""

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:c="urn:calc">
   <SOAP-ENV:Body SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
      <c:add>
         <a>1</a>
         <b>2</b>
      </c:add>
   </SOAP-ENV:Body>
</SOAP-ENV:Envelope>

The SOAP response message:

HTTP/1.1 200 OK
Date: Wed, 05 May 2010 16:02:21 GMT
Server: Apache/2.0.52 (Scientific Linux)
Content-Length: 463
Connection: close
Content-Type: text/xml; charset=utf-8

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns="urn:calc">
   <SOAP-ENV:Body SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
      <ns:addResponse>
         <result>3</result>
      </ns:addResponse>
   </SOAP-ENV:Body>
</SOAP-ENV:Envelope>

A client can invoke a sequence of service operations:

#include "soapcalcProxy.h" // get proxy
#include "calc.nsmap" // import the generated namespace mapping table
int main()
{
   calcProxy calc(SOAP_IO_KEEPALIVE); // keep-alive improves connection performance
   double sum = 0.0;
   double val[] = 5.0, 3.5, 7.1, 1.2 ;
   for (int i = 0; i < 4; i++)
      if (calc.add(sum, val[i], sum))
         return calc.error;
   std::cout << "Sum = " << sum << std::endl;
   return 0;
}

In the above, no data is deallocated until the proxy is deleted. To deallocate deserialized data between the calls, use:

   for (int i = 0; i < 4; i++)
   {
      if (calc.add(sum, val[i], sum))
         return calc.error;
      calc.destroy();
   }

Deallocation is safe here, since the float values were copied and saved in sum. In other scenarios one must make sure data is copied or removed from the deallocation chain with:

soap_unlink(struct soap *soap, const void *data)

which is to be invoked on each data item to be preserved, before destroying deallocated data. When the proxy is deleted, also all deserialized data is deleted. To delegate deletion to another runtime context for later removal, use:

soap_delegate_deletion(struct soap *soap_from, struct soap *soap_to)

For example

struct soap soap;
soap_init(&soap);
{ // create proxy
   calcProxy calc;
   ... data generated ...
   soap_delegate_deletion(&calc, &soap);
} // proxy deleted
... data used ...
soap_destroy(&soap);
soap_end(&soap);
soap_done(&soap);

In C (use wsdl2h -c) the example program would be written as:

#include "soapH.h"
#include "calc.nsmap"
int main()
{
   struct soap soap;
   double sum = 0.0;
   double val[] = 5.0, 3.5, 7.1, 1.2 ;
   int i;
   for (i = 0; i < 4; i++)
   soap_init1(&soap, SOAP_IO_KEEPALIVE);
      if (soap_call_c__add(&soap, NULL, NULL, sum, val[i], &sum))
         return soap.error;
   printf("Sum = %lg\n", sum);
   soap_end(&soap);
   soap_done(&soap);
   return 0;
}

The code above is compiled and linked with soapClient.c, soapC.c, and stdsoap2.c (or use libgsoap.a).

7.1.2  XML Namespace Considerations

The declaration of the ns2__add function prototype (discussed in the previous section) uses the namespace prefix ns2__ of the service operation namespace, which is distinguished by a pair of underscores in the function name to separate the namespace prefix from the service operation name. The purpose of a namespace prefix is to associate a service operation name with a service in order to prevent naming conflicts, e.g. to distinguish identical service operation names used by different services.
Note that the XML response of the service example uses a namespace prefix that may be different (e.g. ns) as long as it bound to the same namespace name urn:calc through the xmlns:ns="urn:calc binding. The use of namespace prefixes and namespace names is also required to enable SOAP applications to validate the content of SOAP messages. The namespace name in the service response is verified by the stub routine by using the information supplied in a namespace mapping table that is required to be part of gSOAP client and service application codes. The table is accessed at run time to resolve namespace bindings, both by the generated stub's data structure serializer for encoding the client request and by the generated stub's data structure deserializer to decode and validate the service response. The namespace mapping table should not be part of the header file input to the gSOAP soapcpp2 tool. Service details including namespace bindings may be provided with gSOAP directives in a header file, see Section 19.2.
The namespace mapping table is:

struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name"}
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, // MUST be first
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, // MUST be second
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"}, // MUST be third
   {"xsd", "http://www.w3.org/2001/XMLSchema"}, // 2001 XML Schema
   {"ns2", "urn:calc"}, // given by the service description
   {NULL, NULL} // end of table
};

The first four namespace entries in the table consist of the standard namespaces used by the SOAP 1.1 protocol. In fact, the namespace mapping table is explicitly declared to enable a programmer to specify the SOAP encoding style and to allow the inclusion of namespace-prefix with namespace-name bindings to comply to the namespace requirements of a specific SOAP service. For example, the namespace prefix ns2, which is bound to urn:calc by the namespace mapping table shown above, is used by the generated stub routine to encode the add request. This is performed automatically by the gSOAP soapcpp2 tool by using the ns2 prefix of the ns2__add method name specified in the calc.h header file. In general, if a function name of a service operation, struct name, class name, enum name, or field name of a struct or class has a pair of underscores, the name has a namespace prefix that must be defined in the namespace mapping table.
The namespace mapping table will be output as part of the SOAP Envelope by the stub routine. For example:

...
<SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns2="urn:calc"
   SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
...

The namespace bindings will be used by a SOAP service to validate the SOAP request.

7.1.3  Example

The incorporation of namespace prefixes into C++ identifier names is necessary to distinguish service operations that share the same name but are provided by separate Web services and/or organizations. It avoids potential name clashes, while sticking to the C syntax. The C++ proxy classes generated with soapcpp2 -i (or -j) drop the namespace prefix from the method names
The namespace prefix convention is also be applied to non-primitive types. For example, class names are prefixed to avoid name clashes when the same name is used by multiple XML schemas. This ensures that the XML databinding never suffers from conflicting schema content. For example:

class e__Address // an electronic address from schema 'e'
{
   char *email;
   char *url;
};
class s__Address // a street address from schema 's'
{
   char *street;
   int number;
   char *city;
};

The namespace prefix is separated from the name of a data type by a pair of underscores (__).
An instance of e__Address is encoded by the generated serializer for this type as an Address element with namespace prefix e:

<e:Address xsi:type="e:Address">
   <email xsi:type="string">me@home</email>
   <url xsi:type="string">www.me.com</url>
</e:Address>

While an instance of s__Address is encoded by the generated serializer for this type as an Address element with namespace prefix s:

<s:Address xsi:type="s:Address">
   <street xsi:type="string">Technology Drive</street>
   <number xsi:type="int">5</number>
   <city xsi:type="string">Softcity</city>
</s:Address>

The namespace mapping table of the client program must have entries for e and s that refer to the XML Schemas of the data types:

struct Namespace namespaces[] =
{ ...
   {"e", "http://www.me.com/schemas/electronic-address"},
   {"s", "http://www.me.com/schemas/street-address"},
...

This table is required to be part of the client application to allow access by the serializers and deserializers of the data types at run time.

7.1.4  How to Generate C++ Client Proxy Classes

Proxy classes for C++ client applications are automatically generated by the gSOAP soapcpp2 tool, as was shown in Section 7.1.1.
There is a new and improved code generation capability for proxy classes, which is activated with the soapcpp2 -i (or j) option. These new proxy classes are derived from the soap structure, have a cleaner interface and offer more capabilites.
With C++, you can also use wsdl2h option -qname to generate the proxy in a C++ namespace name. This is very useful if you want to create multiple proxies for services by repeated use of wsdl2h and combine them in one code. Alternatively, you can run wsdl2h just once on all service WSDLs and have soapcpp2 generate multiple proxies for you. The latter approach does not use C++ namespaces and may reduce the overall amount of code.
To illustrate the generation of a "standard" (old-style) proxy class, the calc.h header file example of the previous section is augmented with the appropriate directives to enable the gSOAP soapcpp2 tool to generate the proxy class. Directives are included in the generated header file by the wsdl2h WSDL importer:

// Content of file "calc.h":
//gsoap ns2 service name: calc
//gsoap ns2 service port: http://websrv.cs.fsu.edu/ engelen/calcserver.cgi
//gsoap ns2 service protocol: SOAP1.1
//gsoap ns2 service style: rpc
//gsoap ns2 service encoding: encoded
//gsoap ns2 service namespace: urn:calc

//gsoap ns2 service method-protocol: add SOAP
//gsoap ns2 service method-style: add rpc
//gsoap ns2 service method-encoding: add encoded
//gsoap ns2 service method-action: add ""
int ns2__add(double a, double b, double& result);

//gsoap ns2 service method-protocol: sub SOAP
//gsoap ns2 service method-style: sub rpc
//gsoap ns2 service method-encoding: sub encoded
//gsoap ns2 service method-action: sub ""
int ns2__sub(double a, double b, double& result);

//gsoap ns2 service method-protocol: mul SOAP
//gsoap ns2 service method-style: mul rpc
//gsoap ns2 service method-encoding: mul encoded
//gsoap ns2 service method-action: mul ""
int ns2__mul(double a, double b, double& result);

...

The first three directives provide the service details, which is used to name the proxy class, the service location port (endpoint), and the XML namespace. The subsequent groups of three directives per method define the operation's SOAP style (RPC) and encoding (SOAP encoded), and SOAP action string. These directives can be provided for each service operation when the SOAPAction is required, such as with SOAP1.1 RPC encoded and when WS-Addressing is used. In this example, the service protocol is set by default for all operations to use SOAP 1.1 RPC encoding. For //gsoap directive details, see Section 19.2.
The soapcpp2 tool takes this header file and generates a proxy soapcalcProxy.h with the following contents (not using option -i):

#include "soapH.h"
class calc
{ public:
   struct soap *soap;
   const char *endpoint;
   calc() { ... };
   ~calc() { ... };
   virtual int ns2__add(double a, double b, double& result) { return soap ? soap_call_ns2__add(soap, endpoint, NULL, a, b, result) : SOAP_EOM; };
   virtual int ns2__sub(double a, double b, double& result) { return soap ? soap_call_ns2__sub(soap, endpoint, NULL, a, b, result) : SOAP_EOM; };
   virtual int ns2__mul(double a, double b, double& result) { return soap ? soap_call_ns2__mul(soap, endpoint, NULL, a, b, result) : SOAP_EOM; };
   ...
};

The gSOAP context and endpoint are declared public to enable access.
This generated proxy class can be included into a client application together with the generated namespace table as shown in this example:

#include "soapcalcProxy.h" // get proxy
#include "calc.nsmap" // get namespace bindings
int main()
{
   calc s;
   double r;
   if (s.ns2__add(1.0, 2.0, r) == SOAP_OK)
      std::cout << r << std::endl;
   else
      soap_print_fault(s.soap, stderr);
   return 0;
}

The constructor allocates and initializes a gSOAP context for the instance.
You can use soapcpp2 option -n together with -p to create a local namespaces table to avoid link conflicts when you need multiple namespace tables or need to combine multiple clients, see also Sections 9.1 and 19.36, and you can use a C++ code namespace to create a namespace qualified proxy class, see Section 19.35.
The soapcpp2 -i option to generate proxy classes derived from the base soap structure. In addition, these classes offer more functionality as illustrated in Section 7.1.1.

7.1.5  XSD Type Encoding Considerations

Many SOAP services require the explicit use of XML Schema types in the SOAP payload. The default encoding, which is also adopted by the gSOAP soapcpp2 tool, assumes SOAP RPC encoding which only requires the use of types to handle polymorphic cases. Nevertheless, the use of XSD typed messages is advised to improve interoperability. XSD types are introduced with typedef definitions in the header file input to the gSOAP soapcpp2 tool. The type name defined by a typedef definition corresponds to an XML Schema type (XSD type). For example, the following typedef declarations define various built-in XSD types implemented as primitive C/C++ types:

// Contents of header file:
...
typedef char *xsd__string; // encode xsd__string value as the xsd:string schema type
typedef char *xsd__anyURI; // encode xsd__anyURI value as the xsd:anyURI schema type
typedef float xsd__float; // encode xsd__float value as the xsd:float schema type
typedef long xsd__int; // encode xsd__int value as the xsd:int schema type
typedef bool xsd__boolean; // encode xsd__boolean value as the xsd:boolean schema type
typedef unsigned long long xsd__positiveInteger; // encode xsd__positiveInteger value as the xsd:positiveInteger schema type
...

This easy-to-use mechanism informs the gSOAP soapcpp2 tool to generate serializers and deserializers that explicitly encode and decode the primitive C++ types as built-in primitive XSD types when the typedefed type is used in the parameter signature of a service operation (or when used nested within structs, classes, and arrays). At the same time, the use of typedef does not force any recoding of a C++ client or Web service application as the internal C++ types used by the application are not required to be changed (but still have to be primitive C++ types, see Section 11.3.2 for alternative class implementations of primitive XSD types which allows for the marshalling of polymorphic primitive types).

7.1.6  Example

Reconsider the calculator example, now rewritten with explicit XSD types to illustrate the effect:

// Contents of file "calc.h":
typedef double xsd__double;
int ns2__add(xsd__string a, xsd__double b, xsd__double &Result);

When processed by the gSOAP soapcpp2 tool it generates source code for the function soap_call_ns2__add, which is identical to the C-style SOAP call:

int soap_call_ns2__add(struct soap *soap, char *URL, char *action, double a, double b, double& result);

The client application does not need to be rewritten and can still call the proxy using the "old" C-style function signatures. In contrast to the previous implementation of the stub however, the encoding and decoding of the data types by the stub has been changed to explicitly use the XSD types in the message payload.
For example, when the client application calls the proxy, the proxy produces a SOAP request with an xsd:double (the xsi:type is shown when the soapcpp2 -t option is used):

...
<SOAP-ENV:Body>
   <ns2:add>
      <a xsi:type="xsd:string">1.0</a>
      <b xsi:type="xsd:string">2.0</b>
   </ns2:add>
</SOAP-ENV:Body>
...

The service response is:

...
<soap:Body>
   <n:addResponse xmlns:n="urn:calc">
      <result xsi:type="xsd:double">3.0</result>
   </n:addResponse>
</soap:Body>
...

The validation of this service response by the stub routine takes place by matching the namespace names (URIs) that are bound to the xsd namespace prefix. The stub also expects the addResponse element to be associated with URI urn:calc through the binding of the namespace prefix ns2 in the namespace mapping table. The service response uses namespace prefix n for the addResponse element. This namespace prefix is bound to the same URI urn:calc and therefore the service response is valid. When the XML is not well formed or does not pass validation, the response is rejected and a SOAP fault is generated. The validation level can be increased with the SOAP_XML_STRICT flag, but this is not advised for SOAP RPC encoded messaging.

7.1.7  How to Change the Response Element Name

There is no standardized convention for the response element name in a SOAP RPC encoded response message, although it is recommended that the response element name is the method name ending with "Response". For example, the response element of add is addResponse.
The response element name can be specified explicitly using a struct or class declaration in the header file. This name must be qualified by a namespace prefix, just as the operation name should use a namespace prefix. The struct or class name represents the SOAP response element name used by the service. Consequently, the output parameter of the service operation must be declared as a field of the struct or class. The use of a struct or a class for the service response is fully SOAP 1.1 compliant. In fact, the absence of a struct or class indicates to the soapcpp2 tool to automatically generate a struct for the response which is internally used by a stub.

7.1.8  Example

Reconsider the calculator service operation specification which can be rewritten with an explicit declaration of a SOAP response element as follows:

// Contents of "calc.h":
typedef double xsd__double;
struct ns2__addResponse {xsd__double result;};
int ns2__add(xsd__string a, xsd__double b, struct ns2__addResponse &r);

The SOAP request and response messages are the same as before:

...
<SOAP-ENV:Body>
   <ns2:add>
      <a xsi:type="xsd:string">1.0</a>
      <b xsi:type="xsd:string">2.0</b>
   </ns2:add>
</SOAP-ENV:Body>
...

The difference is that the service response is required to match the specified addResponse name and its namespace URI:

...
<soap:Body>
   <n:addResponse xmlns:n='urn:calc'>
      <result xsi:type="xsd:double">3.0</result>
   </n:addResponse>
</soap:Body>
...

This use of a struct or class enables the adaptation of the default SOAP response element name and/or namespace URI when required.

7.1.9  How to Specify Multiple Output Parameters

The gSOAP soapcpp2 tool compiler uses the convention that the last parameter of the function prototype declaration of a service operation in a header file is also the only single output parameter of the method. All other parameters are considered input parameters of the service operation. To specify a service operation with multiple output parameters, a struct or class must be declared for the service operation response, see also 7.1.7. The name of the struct or class must have a namespace prefix, just as the service method name. The fields of the struct or class are the output parameters of the service operation. Both the order of the input parameters in the function prototype and the order of the output parameters (the fields in the struct or class) is not significant. However, the SOAP 1.1 specification states that input and output parameters may be treated as having anonymous parameter names which requires a particular ordering, see Section 7.1.13.

7.1.10  Example

As an example, consider a hypothetical service operation getNames with a single input parameter SSN and two output parameters first and last. This can be specified as:

// Contents of file "getNames.h":
int ns3__getNames(char *SSN, struct ns3__getNamesResponse {char *first; char *last;} &r);

The gSOAP soapcpp2 tool takes this header file as input and generates source code for the function soap_call_ns3__getNames. When invoked by a client application, the proxy produces the SOAP request:

...
<SOAP-ENV:Envelope ... xmlns:ns3="urn:names" ...>
...
<ns3:getNames>
<SSN>999 99 9999</SSN>
</ns3:getNames>
...

The response by a SOAP service could be:

...
<m:getNamesResponse xmlns:m="urn:names">
<first>John</first>
<last>Doe</last>
</m:getNamesResponse>
...

where first and last are the output parameters of the getNames service operation of the service.
As another example, consider a service operation copy with an input parameter and an output parameter with identical parameter names (this is not prohibited by the SOAP 1.1 protocol). This can be specified as well using a response struct:

// Content of file "copy.h":
int X_rox__copy_name(char *name, struct X_rox__copy_nameResponse {char *name;} &r);

The use of a struct or class for the service operation response enables the declaration of service operations that have parameters that are passed both as input and output parameters.
The gSOAP soapcpp2 compiler takes the copy.h header file as input and generates the soap_call_X_rox__copy_name proxy. When invoked by a client application, the proxy produces the SOAP request:

...
<SOAP-ENV:Envelope ... xmlns:X-rox="urn:copy" ...>
...
<X-rox:copy-name>
<name>SOAP</name>
</X-rox:copy-name>
...

The response by a SOAP copy service could be something like:

...
<m:copy-nameResponse xmlns:m="urn:copy">
<name>SOAP</name>
</m:copy-nameResponse>
...

The name will be parsed and decoded by the proxy and returned in the name field of the struct X_rox__copy_nameResponse &r parameter.

7.1.11  How to Specify Output Parameters With struct/class Compound Data Types

If the single output parameter of a service operation is a complex data type such as a struct or class it is necessary to specify the response element of the service operation as a struct or class at all times. Otherwise, the output parameter will be considered the response element (!), because of the response element specification convention used by gSOAP, as discussed in 7.1.7.

7.1.12  Example

This is best illustrated with an example. The Flighttracker service by ObjectSpace provides real time flight information for flights in the air. It requires an airline code and flight number as parameters. The service operation name is getFlightInfo and the method has two string parameters: the airline code and flight number, both of which must be encoded as xsd:string types. The method returns a getFlightResponse response element with a return output parameter that is of complex type FlightInfo. The type FlightInfo is represented by a class in the header file, whose field names correspond to the FlightInfo accessors:

// Contents of file "flight.h":
typedef char *xsd__string;
class ns2__FlightInfo
{
   public:
   xsd__string airline;
   xsd__string flightNumber;
   xsd__string altitude;
   xsd__string currentLocation;
   xsd__string equipment;
   xsd__string speed;
};
struct ns1__getFlightInfoResponse {ns2__FlightInfo return_;};
int ns1__getFlightInfo(xsd__string param1, xsd__string param2, struct ns1__getFlightInfoResponse &r);

The response element ns1__getFlightInfoResponse is explicitly declared and it has one field: return_ of type ns2__FlightInfo. Note that return_ has a trailing underscore to avoid a name clash with the return keyword, see Section 10.3 for details on the translation of C++ identifiers to XML element names.
The gSOAP soapcpp2 compiler generates the soap_call_ns1__getFlightInfo proxy. Here is an example fragment of a client application that uses this proxy to request flight information:

struct soap soap;
...
soap_init(&soap);
...
soap_call_ns1__getFlightInfo(&soap, "testvger.objectspace.com/soap/servlet/rpcrouter",
   "urn:galdemo:flighttracker", "UAL", "184", r);
...
struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC","http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns1", "urn:galdemo:flighttracker"},
   {"ns2", "http://galdemo.flighttracker.com"},
   {NULL, NULL}
};

When invoked by a client application, the proxy produces the SOAP request:

POST /soap/servlet/rpcrouter HTTP/1.1
Host: testvger.objectspace.com
Content-Type: text/xml
Content-Length: 634
SOAPAction: "urn:galdemo:flighttracker"

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns1="urn:galdemo:flighttracker"
   xmlns:ns2="http://galdemo.flighttracker.com"
   SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
<SOAP-ENV:Body>
<ns1:getFlightInfo xsi:type="ns1:getFlightInfo">
<param1 xsi:type="xsd:string">UAL</param1>
<param2 xsi:type="xsd:string">184</param2>
</ns1:getFlightInfo>
</SOAP-ENV:Body>
</SOAP-ENV:Envelope>

The Flighttracker service responds with:

HTTP/1.1 200 ok
Date: Thu, 30 Aug 2001 00:34:17 GMT
Server: IBM_HTTP_Server/1.3.12.3 Apache/1.3.12 (Win32)
Set-Cookie: sesessionid=2GFVTOGC30D0LGRGU2L4HFA;Path=/
Cache-Control: no-cache="set-cookie,set-cookie2"
Expires: Thu, 01 Dec 1994 16:00:00 GMT
Content-Length: 861
Content-Type: text/xml; charset=utf-8
Content-Language: en

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema">
<SOAP-ENV:Body>
<ns1:getFlightInfoResponse xmlns:ns1="urn:galdemo:flighttracker"
   SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
<return xmlns:ns2="http://galdemo.flighttracker.com" xsi:type="ns2:FlightInfo">
<equipment xsi:type="xsd:string">A320</equipment>
<airline xsi:type="xsd:string">UAL</airline>
<currentLocation xsi:type="xsd:string">188 mi W of Lincoln, NE</currentLocation>
<altitude xsi:type="xsd:string">37000</altitude>
<speed xsi:type="xsd:string">497</speed>
<flightNumber xsi:type="xsd:string">184</flightNumber>
</return>
</ns1:getFlightInfoResponse>
</SOAP-ENV:Body>
</SOAP-ENV:Envelope>

The proxy returns the service response in variable r of type struct ns1__getFlightInfoResponse and this information can be displayed by the client application with the following code fragment:

cout << r.return_.equipment << " flight " << r.return_.airline << r.return_.flightNumber
    << " traveling " << r.return_.speed << " mph " << " at " << r.return_.altitude
    << " ft, is located " << r.return_.currentLocation << endl;

This code displays the service response as:

A320 flight UAL184 traveling 497 mph at 37000 ft, is located 188 mi W of Lincoln, NE

Note: the flight tracker service is no longer available since 9/11/2001. It is kept in the documentation as an example to illustrate the use of structs/classes and response types.

7.1.13  How to Specify Anonymous Parameter Names

The SOAP RPC encoding protocol allows parameter names to be anonymous. That is, the name(s) of the output parameters of a service operation are not strictly required to match a client's view of the parameters names. Also, the input parameter names of a service operation are not strictly required to match a service's view of the parameter names. The gSOAP soapcpp2 compiler can generate stub and skeleton routines that support anonymous parameters. Parameter names are implicitly anonymous by omitting the parameter names in the function prototype of the service operation. For example:

// Contents of "calc.h":
typedef double xsd__double;
int ns2__add(xsd__string, xsd__double, xsd__double &);

To make parameter names explicitly anonymous on the receiving side (client or service), the parameter names should start with an underscore (_) in the function prototype in the header file.
For example:

// Contents of "calc.h":
typedef double xsd__double;
int ns2__add(xsd__string _a, xsd__double _b, xsd__double & _return);

In this example, the _a, _b, and _return are anonymous parameters. As a consequence, the service response to a request made by a client created with gSOAP using this header file specification may include any name for the output parameter in the SOAP payload. The input parameters may also be anonymous. This affects the implementation of Web services in gSOAP and the matching of parameter names by the service.
Caution: when anonymous parameter names are used, the order of the parameters in the function prototype of a service operation is significant.

7.1.14  How to Specify a Method with No Input Parameters

To specify a service operation that has no input parameters, just provide a function prototype with one parameter which is the output parameter (some C/C++ compilers will not compile and complain about an empty struct: use compile flag -DWITH_NOEMPTYSTRUCT to compile the generated code for these cases). This struct is generated by gSOAP to contain the SOAP request message. To fix this, provide one input parameter of type void* (gSOAP can not serialize void* data). For example:

struct ns3__SOAPService
{
   public:
   int ID;
   char *name;
   char *owner;
   char *description;
   char *homepageURL;
   char *endpoint;
   char *SOAPAction;
   char *methodNamespaceURI;
   char *serviceStatus;
   char *methodName;
   char *dateCreated;
   char *downloadURL;
   char *wsdlURL;
   char *instructions;
   char *contactEmail;
   char *serverImplementation;
};
struct ArrayOfSOAPService {struct ns3__SOAPService *__ptr; int __size;};
int ns__getAllSOAPServices(void *_, struct ArrayOfSOAPService &_return);

The ns__getAllSOAPServices method has one void* input parameter which is ignored by the serializer to produce the request message.
Most C/C++ compilers allow empty structs and therefore the void* parameter is not required.

7.1.15  How to Specify a Method with No Output Parameters

To specify a service operation that has no output parameters, just define a function prototype with a response struct that is empty. For example:

enum ns__event { off, on, stand_by };
int ns__signal(enum ns__event in, struct ns__signalResponse { } *out);

Since the response struct is empty, no output parameters are specified.
Some SOAP resources refer to SOAP RPC with empty responses as one way SOAP messaging. However, we refer to one-way massaging by asynchronous explicit send and receive operations as described in Section 7.3. The latter view of one-way SOAP messaging is also in line with Basic Profile 1.0.

7.2  How to Build SOAP/XML Web Services

The gSOAP soapcpp2 compiler generates skeleton routines in C++ source form for each of the service operations specified as function prototypes in the header file processed by the gSOAP soapcpp2 compiler. The skeleton routines can be readily used to implement the service operations in a new SOAP Web service. The compound data types used by the input and output parameters of service operations must be declared in the header file, such as structs, classes, arrays, and pointer-based data structures (graphs) that are used as the data types of the parameters of a service operation. The gSOAP soapcpp2 compiler automatically generates serializers and deserializers for the data types to enable the generated skeleton routines to encode and decode the contents of the parameters of the service operations. The gSOAP soapcpp2 compiler also generates a service operation request dispatcher routine that will serve requests by calling the appropriate skeleton when the SOAP service application is installed as a CGI application on a Web server.

7.2.1  Example

The following example specifies three service operations to be implemented by a new SOAP Web service:

// Contents of file "calc.h":
typedef double xsd__double;
int ns__add(xsd__double a, xsd__double b, xsd__double &result);
int ns__sub(xsd__double a, xsd__double b, xsd__double &result);
int ns__sqrt(xsd__double a, xsd__double &result);

The add and sub methods are intended to add and subtract two double floating point numbers stored in input parameters a and b and should return the result of the operation in the result output parameter. The sqrt method is intended to take the square root of input parameter a and to return the result in the output parameter result. The xsd__double type is recognized by the gSOAP soapcpp2 compiler as the xsd:double XSD Schema data type. The use of typedef is a convenient way to associate primitive C types with primitive XML Schema data types.
To generate the skeleton routines, the gSOAP soapcpp2 compiler is invoked from the command line with:

> soapcpp2 calc.h

The compiler generates the skeleton routines for the add, sub, and sqrt service operations specified in the calc.h header file. The skeleton routines are respectively, soap_serve_ns__add, soap_serve_ns__sub, and soap_serve_ns__sqrt and saved in the file soapServer.cpp. The generated file soapC.cpp contains serializers and deserializers for the skeleton. The compiler also generates a service dispatcher: the soap_serve function handles client requests on the standard input stream and dispatches the service operation requests to the appropriate skeletons to serve the requests. The skeleton in turn calls the service operation implementation function. The function prototype of the service operation implementation function is specified in the header file that is input to the gSOAP soapcpp2 compiler.
Here is an example Calculator service application that uses the generated soap_serve routine to handle client requests:

// Contents of file "calc.cpp":
#include "soapH.h"
#include < math.h > // for sqrt()
int main()
{
   return soap_serve(soap_new()); // use the service operation request dispatcher
}
// Implementation of the "add" service operation:
int ns__add(struct soap *soap, double a, double b, double &result)
{
   result = a + b;
   return SOAP_OK;
}
// Implementation of the "sub" service operation:
int ns__sub(struct soap *soap, double a, double b, double &result)
{
   result = a - b;
   return SOAP_OK;
}
// Implementation of the "sqrt" service operation:
int ns__sqrt(struct soap *soap, double a, double &result)
{
   if (a > = 0)
   {
      result = sqrt(a);
      return SOAP_OK;
   }
   else
      return soap_receiver_fault(soap, "Square root of negative number", "I can only take the square root of a non-negative number");
}
// As always, a namespace mapping table is needed:
struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name"}
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns", "urn:simple-calc"}, // bind "ns" namespace prefix
   {NULL, NULL}
};

Note that the service operations have an extra input parameter which is a pointer to the gSOAP runtime context. The implementation of the service operations MUST return a SOAP error code. The code SOAP_OK denotes success, while SOAP_FAULT denotes an exception with details that can be defined by the user. The exception description can be assigned to the soap->fault->faultstring string and details can be assigned to the soap->fault->detail string. This is SOAP 1.1 specific. SOAP 1.2 requires the soap->fault->SOAP_ENV__Reason and the soap->fault->SOAP_ENV__Detail strings to be assigned. Better is to use the soap_receiver_fault function that allocates a fault struct and sets the SOAP Fault string and details regardless of the SOAP 1.1 or SOAP 1.2 version used. The soap_receiver_fault function returns SOAP_FAULT, i.e. an application-specific fault. The fault exception will be passed on to the client of this service.
This service application can be readily installed as a CGI application. The service description would be:

Endpoint URL: the URL of the CGI application
SOAP action: "" (2 quotes)
Remote method namespace: urn:simple-calc
Remote method name: add
   Input parameters: a of type xsd:double and b of type xsd:double
   Output parameter: result of type xsd:double
Remote method name: sub
   Input parameters: a of type xsd:double and b of type xsd:double
   Output parameter: result of type xsd:double
Remote method name: sqrt
   Input parameter: a of type xsd:double
   Output parameter: result of type xsd:double or a SOAP Fault

The soapcpp2 compile generates a WSDL file for this service, see Section 7.2.9.
Unless the CGI application inspects and checks the environment variable SOAPAction which contains the SOAP action request by a client, the SOAP action is ignored by the CGI application. SOAP actions are specific to the SOAP protocol and provide a means for routing requests and for security reasons (e.g. firewall software can inspect SOAP action headers to grant or deny the SOAP request. Note that this requires the SOAP service to check the SOAP action header as well to match it with the service operation.)
The header file input to the gSOAP soapcpp2 compiler does not need to be modified to generate client stubs for accessing this service. Client applications can be developed by using the same header file as for which the service application was developed. For example, the soap_call_ns__add stub routine is available from the soapClient.cpp file after invoking the gSOAP soapcpp2 compiler on the calc.h header file. As a result, client and service applications can be developed without the need to know the details of the SOAP encoding used.

7.2.2  MSVC++ Builds

  • Win32 builds need winsock2 (MS Visual C++ "ws2_32.lib") To do this in Visual C++ 6.0, go to "Project", "settings", select the "Link" tab (the project file needs to be selected in the file view) and add "ws2_32.lib" to the "Object/library modules" entry.
  • Use files with extension .cpp only (don't mix .c with .cpp).
  • Turn pre-compiled headers off.
  • When creating a new project, you can specify a custom build step to automatically invoke the gSOAP soapcpp2 compiler on a gSOAP header file. In this way you can incrementally build a new service by adding new operations and data types to the header file. To specify a custom build step, select the "Project" menu item "Settings" and select the header file in the File view pane. Select the "Custom Build" tab and enter 'soapcpp2.exe "$(inputPath)"' in the "Command" pane. Enter 'soapStub.h soapH.h soapC.cpp soapClient.cpp soapServer.cpp'. Don't forget to add the soapXYZProxy.h soapXYZObject.h files that are generated for C++ class proxies and server objects named XYZ. Click "OK". Run soapcpp2 once to generate these files (you can simply do this by selecting your header file and select "Compile"). Add the files to your project. Each time you make a change to the header file, the project sources are updated automatically.
  • You may want to use the WinInet interface available in the mod_gsoap directory of the gSOAP package to simplify Internet access and deal with encryption, proxies, and authentication. API instructions are included in the source.
  • For the PocketPC, run the wsdl2h WSDL parser with option -s to prevent the generation of STL code. In addition, time_t serialization is not supported, which means that you should add the following line to typemap.dat indicating a mapping of xsd__dateTime to char*: xsd__dateTime = - char* - char*.

7.2.3  How to Create a Stand-Alone Server

The deployment of a Web service as a CGI application is an easy means to provide your service on the Internet. However, the performance of CGI is not great. Also, gSOAP services can be run as stand-alone services on any port by utilizing the built-in HTTP and TCP/IP stacks. However, the preferred mechanism to deploy a service is through an Apache module or IIS module. These servers and modules are designed for server load balancing and access control.
To create a stand-alone service, only the main routine of the service needs to be modified as follows. Instead of just calling the soap_serve routine, the main routine is changed into:

int main()
{
   struct soap soap;
   int m, s; // master and slave sockets
   soap_init(&soap);
   m = soap_bind(&soap, "machine.genivia.com", 18083, 100);
   if (m < 0)
      soap_print_fault(&soap, stderr);
   else
   {
      fprintf(stderr, "Socket connection successful: master socket = %d\n", m);
      for (int i = 1; ; i++)
      {
         s = soap_accept(&soap);
         if (s < 0)
         {
            soap_print_fault(&soap, stderr);
            break;
         }
         fprintf(stderr, "%d: accepted connection from IP=%d.%d.%d.%d socket=%d", i,
            (soap.ip >> 24)&0xFF, (soap.ip >> 16)&0xFF, (soap.ip >> 8)&0xFF, soap.ip&0xFF, s);
         if (soap_serve(&soap) != SOAP_OK) // process RPC request
            soap_print_fault(&soap, stderr); // print error
         fprintf(stderr, "request served\n");
         soap_destroy(&soap); // clean up class instances
         soap_end(&soap); // clean up everything and close socket
      }
   }
   soap_done(&soap); // close master socket and detach context
}

The soap_serve dispatcher handles one request or multiple requests when HTTP keep-alive is enabled (with the SOAP_IO_KEEPALIVE flag see Section 19.11).
The gSOAP functions that are frequently used for server-side coding are:

Function Description
soap_new() Allocates and Initializes gSOAP context
soap_init(struct soap *soap) Initializes a stack-allocated gSOAP context (required once)
soap_bind(struct soap *soap, char *host, int port, int backlog) Returns master socket (backlog = max. queue size for requests). When host==NULL: host is the machine on which the service runs
soap_accept(struct soap *soap) Returns slave socket
soap_end(struct soap *soap) Clean up deserialized data (except class instances) and temporary data
soap_free_temp(struct soap *soap) Clean up temporary data only
soap_destroy(struct soap *soap) Clean up deserialized class instances (note: this function will be renamed with option -n
soap_done(struct soap *soap) Reset and detach context: close master/slave sockets and remove callbacks
soap_free(struct soap *soap) Detach and deallocate context (soap_new())

The host name in soap_bind may be NULL to indicate that the current host should be used.
The soap.accept_timeout attribute of the gSOAP runtime context specifies the timeout value for a non-blocking soap_accept(&soap) call. See Section 19.19 for more details on timeout management.
See Section 9.13 for more details on memory management.
A client application connects to this stand-alone service with the endpoint machine.genivia.com:18083. A client may use the http:// prefix. When absent, no HTTP header is sent and no HTTP-based information will be communicated to the service.

7.2.4  How to Create a Multi-Threaded Stand-Alone Service

Stand-alone multi-threading a Web Service is essential when the response times for handling requests by the service are (potentially) long or when keep-alive is enabled, see Section 19.11. In case of long response times, the latencies introduced by the unrelated requests may become prohibitive for a successful deployment of a stand-alone service. When HTTP keep-alive is enabled, a client may not close the socket on time, thereby preventing other clients from connecting.
However, the preferred mechanism to deploy a service is through an Apache module or IIS module. These servers and modules are designed for server load balancing and access control.
The following example illustrates the use of threads to improve the quality of service by handling new requests in separate threads:

#include "soapH.h"
#include < pthread.h >
#define BACKLOG (100) // Max. request backlog
int main(int argc, char **argv)
{
   struct soap soap;
   soap_init(&soap);
   if (argc < 2) // no args: assume this is a CGI application
   {
      soap_serve(&soap); // serve request, one thread, CGI style
      soap_destroy(&soap); // dealloc C++ data
      soap_end(&soap); // dealloc data and clean up
   }
   else 
   {
      soap.send_timeout = 60; // 60 seconds
      soap.recv_timeout = 60; // 60 seconds
      soap.accept_timeout = 3600; // server stops after 1 hour of inactivity
      soap.max_keep_alive = 100; // max keep-alive sequence
      void *process_request(void*);
      struct soap *tsoap;
      pthread_t tid;
      int port = atoi(argv[1]); // first command-line arg is port
      SOAP_SOCKET m, s;
      m = soap_bind(&soap, NULL, port, BACKLOG);
      if (!soap_valid_socket(m))
         exit(1);
      fprintf(stderr, "Socket connection successful %d\n", m);
      for (;;)
      {
         s = soap_accept(&soap);
         if (!soap_valid_socket(s))
         {
            if (soap.errnum)
            {
               soap_print_fault(&soap, stderr);
               exit(1);
            }
            fprintf(stderr, "server timed out\n");
            break;
         }
         fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (soap.ip >> 24)&0xFF, (soap.ip >> 16)&0xFF, (soap.ip >> 8)&0xFF, soap.ip&0xFF);
         tsoap = soap_copy(&soap); // make a safe copy
         if (!tsoap)
            break;
         pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)tsoap);
      }
   }
   soap_done(&soap); // detach soap struct
   return 0;
}
void *process_request(void *soap)
{
   pthread_detach(pthread_self());
   soap_serve((struct soap*)soap);
   soap_destroy((struct soap*)soap); // dealloc C++ data
   soap_end((struct soap*)soap); // dealloc data and clean up
   soap_done((struct soap*)soap); // detach soap struct
   free(soap);
   return NULL;
}

Note: the code does not wait for threads to join the main thread upon program termination.
The soap_serve dispatcher handles one request or multiple requests when HTTP keep-alive is set with SOAP_IO_KEEPALIVE. The soap.max_keep_alive value can be set to the maximum keep-alive calls allowed, which is important to avoid a client from holding a thread indefinitely. The send and receive timeouts are set to avoid (intentionally) slow clients from holding a socket connection too long. The accept timeout is used to let the server terminate automatically after a period of inactivity.
The following example uses a pool of servers to limit the machine's resource utilization:

#include "soapH.h"
#include < pthread.h >
#define BACKLOG (100) // Max. request backlog
#define MAX_THR (10) // Max. threads to serve requests
int main(int argc, char **argv)
{
   struct soap soap;
   soap_init(&soap);
   if (argc < 2) // no args: assume this is a CGI application
   {
      soap_serve(&soap); // serve request, one thread, CGI style
      soap_destroy(&soap); // dealloc C++ data
      soap_end(&soap); // dealloc data and clean up
   }
   else 
   {
      struct soap *soap_thr[MAX_THR]; // each thread needs a runtime context
      pthread_t tid[MAX_THR];
      int port = atoi(argv[1]); // first command-line arg is port
      SOAP_SOCKET m, s;
      int i;
      m = soap_bind(&soap, NULL, port, BACKLOG);
      if (!soap_valid_socket(m))
         exit(1);
      fprintf(stderr, "Socket connection successful %d\n", m);
      for (i = 0; i < MAX_THR; i++)
         soap_thr[i] = NULL;
      for (;;)
      {
         for (i = 0; i < MAX_THR; i++)
         {
            s = soap_accept(&soap);
            if (!soap_valid_socket(s))
            {
               if (soap.errnum)
               {
                  soap_print_fault(&soap, stderr);
                  continue; // retry
               }
               else
               {
                  fprintf(stderr, "Server timed out\n");
                  break;
               }
            }
            fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (soap.ip >> 24)&0xFF, (soap.ip >> 16)&0xFF, (soap.ip >> 8)&0xFF, soap.ip&0xFF);
            if (!soap_thr[i]) // first time around
            {
               soap_thr[i] = soap_copy(&soap);
               if (!soap_thr[i])
               exit(1); // could not allocate
            }
            else// recycle soap context
            {
               pthread_join(tid[i], NULL);
               fprintf(stderr, "Thread %d completed\n", i);
               soap_destroy(soap_thr[i]); // deallocate C++ data of old thread
               soap_end(soap_thr[i]); // deallocate data of old thread
            }
            soap_thr[i]->socket = s; // new socket fd
            pthread_create(&tid[i], NULL, (void*(*)(void*))soap_serve, (void*)soap_thr[i]);
         }
      }
      for (i = 0; i < MAX_THR; i++)
         if (soap_thr[i])
         {
            soap_done(soap_thr[i]); // detach context
            free(soap_thr[i]); // free up
         }
   }
   return 0;
}

The following functions can be used to setup a gSOAP runtime context (struct soap):

Function Description
soap_init(struct soap *soap) Initializes a runtime context (required only once)
struct soap *soap_new() Allocates, initializes, and returns a pointer to a runtime context
struct soap *soap_copy(struct soap *soap) Allocates a new runtime context and copies a context (deep copy, i.e. the new context does not share any data with the other context)
the argument context such that the new context does not share data with the argument context
soap_done(struct soap *soap) Reset, close communications, and remove callbacks

A new context is initiated for each thread to guarantee exclusive access to runtime contexts.
For clean termination of the server, the master socket can be closed and callbacks removed with soap_done(struct soap *soap).
The advantage of the code shown above is that the machine cannot be overloaded with requests, since the number of active services is limited. However, threads are still started and terminated. This overhead can be eliminated using a queue of requests (open sockets) as is shown in the code below.


#include "soapH.h"
#include < pthread.h >
#define BACKLOG (100) // Max. request backlog
#define MAX_THR (10) // Size of thread pool
#define MAX_QUEUE (1000) // Max. size of request queue
SOAP_SOCKET queue[MAX_QUEUE]; // The global request queue of sockets
int head = 0, tail = 0; // Queue head and tail
void *process_queue(void*);
int enqueue(SOAP_SOCKET);
SOAP_SOCKET dequeue();
pthread_mutex_t queue_cs;
pthread_cond_t queue_cv;
int main(int argc, char **argv)
{
   struct soap soap;
   soap_init(&soap);
   if (argc < 2) // no args: assume this is a CGI application
   {
      soap_serve(&soap); // serve request, one thread, CGI style
      soap_destroy(&soap); // dealloc C++ data
      soap_end(&soap); // dealloc data and clean up
   }
   else
   {
      struct soap *soap_thr[MAX_THR]; // each thread needs a runtime context
      pthread_t tid[MAX_THR];
      int port = atoi(argv[1]); // first command-line arg is port
      SOAP_SOCKET m, s;
      int i;
      m = soap_bind(&soap, NULL, port, BACKLOG);
      if (!soap_valid_socket(m))
         exit(1);
      fprintf(stderr, "Socket connection successful %d\n", m);
      pthread_mutex_init(&queue_cs, NULL);
      pthread_cond_init(&queue_cv, NULL);
      for (i = 0; i < MAX_THR; i++)
      {
         soap_thr[i] = soap_copy(&soap);
         fprintf(stderr, "Starting thread %d\n", i);
         pthread_create(&tid[i], NULL, (void*(*)(void*))process_queue, (void*)soap_thr[i]);
      }
      for (;;)
      {
         s = soap_accept(&soap);
         if (!soap_valid_socket(s))
         {
            if (soap.errnum)
            {
               soap_print_fault(&soap, stderr);
               continue; // retry
            }
            else
            {
               fprintf(stderr, "Server timed out\n");
               break;
            }
         }
         fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (soap.ip >> 24)&0xFF, (soap.ip >> 16)&0xFF, (soap.ip >> 8)&0xFF, soap.ip&0xFF);
         while (enqueue(s) == SOAP_EOM)
            sleep(1);
      }
      for (i = 0; i < MAX_THR; i++)
      {
         while (enqueue(SOAP_INVALID_SOCKET) == SOAP_EOM)
            sleep(1);
      }
      for (i = 0; i < MAX_THR; i++)
      {
         fprintf(stderr, "Waiting for thread %d to terminate... ", i);
         pthread_join(tid[i], NULL);
         fprintf(stderr, "terminated\n");
         soap_done(soap_thr[i]);
         free(soap_thr[i]);
      }
      pthread_mutex_destroy(&queue_cs);
      pthread_cond_destroy(&queue_cv);
   }
   soap_done(&soap);
   return 0;
}
void *process_queue(void *soap)
{
   struct soap *tsoap = (struct soap*)soap;
   for (;;)
   {
      tsoap->socket = dequeue();
      if (!soap_valid_socket(tsoap->socket))
         break;
      soap_serve(tsoap);
      soap_destroy(tsoap);
      soap_end(tsoap);
      fprintf(stderr, "served\n");
   }
   return NULL;
}
int enqueue(SOAP_SOCKET sock)
{
   int status = SOAP_OK;
   int next;
   pthread_mutex_lock(&queue_cs);
   next = tail + 1;
   if (next >= MAX_QUEUE)
      next = 0;
   if (next == head)
      status = SOAP_EOM;
   else
   {
      queue[tail] = sock;
      tail = next;
      pthread_cond_signal(&queue_cv);
   }
   pthread_mutex_unlock(&queue_cs);
   return status;
}
SOAP_SOCKET dequeue()
{
   SOAP_SOCKET sock;
   pthread_mutex_lock(&queue_cs);
   while (head == tail)
      pthread_cond_wait(&queue_cv, &queue_cs);
   sock = queue[head++];
   if (head >= MAX_QUEUE)
      head = 0;
   pthread_mutex_unlock(&queue_cs);
   return sock;
}

Note: the plugin/threads.h and plugin/threads.c code can be used for a portable implementation. Instead of POSIX calls, use MUTEX_LOCK, MUTEX_UNLOCK, and COND_WAIT. These are wrappers for Win API calls or POSIX calls.

7.2.5  How to Pass Application Data to Service Methods

The void *soap.user field can be used to pass application data to service methods. This field should be set before the soap_serve() call. The service method can access this field to use the application-dependent data. The following example shows how a non-static database handle is initialized and passed to the service methods:


{ ...
   struct soap soap;
   database_handle_type database_handle;
   soap_init(&soap);    soap.user = (void*)database_handle;
   ...
   soap_serve(&soap); // call the service operation dispatcher to handle request
   ...
}
int ns__myMethod(struct soap *soap, ...)
{ ...
   fetch((database_handle_type*)soap->user);
// get data    ...
   return SOAP_OK;
}

Another way to pass application data around in a more organized way is accomplished with plugins, see Section 19.38.

7.2.6  Web Service Implementation Aspects

The same client header file specification issues apply to the specification and implementation of a SOAP Web service. Refer to
  • 7.1.2 for namespace considerations.
  • 7.1.5 for an explanation on how to change the encoding of the primitive types.
  • 7.1.7 for a discussion on how the response element format can be controlled.
  • 7.1.9 for details on how to pass multiple output parameters from a service operation.
  • 7.1.11 for passing complex data types as output parameters.
  • 7.1.13 for anonymizing the input and output parameter names.

7.2.7  How to Generate C++ Server Object Classes

Server object classes for C++ server applications are automatically generated by the gSOAP soapcpp2 compiler.
There are two modes for generating classes. Use soapcpp2 option -i (or -j) to generate improved class definitions where the class' member functions are the service methods.
The older examples (without the use of soapcpp2 option -i and -j) use a C-like approach with globally defined service methods, which is illustated here with a calculator example:


// Content of file "calc.h":
//gsoap ns service name: Calculator
//gsoap ns service protocol: SOAP
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://www.cs.fsu.edu/~engelen/calc.cgi
//gsoap ns schema namespace: urn:calc
//gsoap ns service method-action: add ""
int ns__add(double a, double b, double &result);
int ns__sub(double a, double b, double &result);
int ns__mul(double a, double b, double &result);
int ns__div(double a, double b, double &result);

The first three directives provide the service name which is used to name the service class, the service location (endpoint), and the schema. The fourth directive defines the optional SOAPAction for the method, which is a string associated with SOAP 1.1 operations. Compilation of this header file with soapcpp2 -i creates a new file soapCalculatorObject.h with the following contents:

#include "soapH.h"
class CalculatorObject : public soap
{ public:
   Calculator() { ... };
   ~Calculator() { ... };
   int serve() { return soap_serve(this); };
};

This generated server object class can be included into a server application together with the generated namespace table as shown in this example:

#include "soapCalculatorObject.h" // get server object
#include "Calculator.nsmap" // get namespace bindings
int main()
{
   CalculatorObject c;
   return c.serve(); // calls soap_serve to serve as CGI application (using stdin/out)
}
// C-style global functions implement server operations (soapcpp2 w/o option -i)
int ns__add(struct soap *soap, double a, double b, double &result)
{
   result = a + b;
   return SOAP_OK;
}
... sub(), mul(), and div() implementations ...

You can use soapcpp2 option -n together with -p to create a local namespace table to avoid link conflict when you need to combine multiple tables and/or multiple servers, see also Sections 9.1 and 19.36, and you can use a C++ code namespace to create a namespace qualified server object class, see Section 19.35.
The example above serves requests over stdin/out. Use the bind and accept calls to create a stand-alone server to service inbound requests over sockets, see also 7.2.3.
A better alternative is to use the soapcpp2 option -i. The C++ proxy and server objects are derived from the soap context struct, which simplifies the proxy invocation and service operation implementations.
Compilation of the above header file with the gSOAP compiler soapcpp2 option -i creates new files soapCalculatorService.h and soapCalculatorService.cpp (rather than the C-style soapServer.cpp).
This generated server object class can be included into a server application together with the generated namespace table as shown in this example:

#include "soapCalculatorService.h" // get server object
#include "Calculator.nsmap" // get namespace bindings
int main()
{
   soapCalculatorService c;
   return c.serve(); // calls soap_serve to serve as CGI application (using stdin/out)
}
// The 'add' service method (soapcpp2 w/ option -i)
int soapCalculatorService::add(double a, double b, double &result)
{
   result = a + b;
   return SOAP_OK;
}
... sub(), mul(), and div() implementations ...

Note that the service operation does not need a prefix (ns__) and there is no soap context struct passed to the service operation since the service object itself is the context (it is derived from the soap struct).

7.2.8  How to Chain C++ Server Classes to Accept Messages on the Same Port

When combining multiple services into one application, you can run wsdl2h on multiple WSDLs to generate the single all-inclusive service definitions header file. This header file is then processed with soapcpp2, for example to generate server class objects with option -i and -q to separate the service codes with C++ namespaces, see Section 19.35.
This works well, but the problem is that we end up with multiple classes, each for a collection of service operations the class is supposed to implement. But what if we need to provide one endpoint port for all services and operations? In this case invoking the server object's serve method is not sufficient, since only one service can accept requests while we want multiple services to listen to the same port.
The approach is to chain the service dispatchers, as shown below:

Abc::soapABCService abc; // generated with soapcpp2 -i -S -qAbc
Uvw::soapUVWService uvw; // generated with soapcpp2 -i -S -qUvw
Xyz::soapXYZService xyz; // generated with soapcpp2 -i -S -qXyz
...
abc.bind(NULL, 8080, 100);
...
abc.accept();
// when using SSL: ssl_accept(&abc);
...
if(soap_begin_serve(&abc)) // available in 2.8.2 and later
   abc.soap_stream_fault(std::cerr);
elseif (abc.dispatch() == SOAP_NO_METHOD)
{
   soap_copy_stream(&uvw, &abc);
   if (uvw.dispatch() == SOAP_NO_METHOD)
   {
      soap_copy_stream(&xyz, &uvw);
      if (xyz.dispatch())
      {
         soap_send_fault(&xyz); // send fault to client
         xyz.soap_stream_fault(std::cerr);
      }
      soap_free_stream(&xyz); // free the copy
      xyz.destroy();
   }
   else
   {
      soap_send_fault(&uvw); // send fault to client
      uvw.soap_stream_fault(std::cerr);
   }
   soap_free_stream(&uvw); // free the copy
   uvw.destroy();
}
else
   abc.soap_stream_fault(std::cerr);
abc.destroy();
...

The dispatch method parses the SOAP/XML request and invokes the service operations, unless there is no matching operation and SOAP_NO_METHOD is returned. The soap_copy_stream ensures that the service object uses the currently open socket. The copied streams are freed with soap_free_stream. Do not enable keep-alive support, as the socket may stay open indefinitely afterwards as a consequence. Also, the dispatch method does not send a fault to the client, which has to be explicitly done with the soap_send_fault operation when an error occurs.
In this way, multiple services can be chained to accept messages on the same port. This approach also works with SSL for HTTPS services.
However, this approach is not recommended for certain plugins, because plugins must be registered with all service objects and some plugins require state information to be used across the service objects, which will add significantly to the complexity.
When plugin complications arise, it is best to have all services share the same context. This means that soapcpp2 option -j should be used instead of option -i. Each service class has a pointer member to a soap struct context. This member pointer should point to the same soap context.
With option -j and -q the code to chain the services is as follows, based on a single struct soap engine context:

struct soap *soap = soap_new();
Abc::soapABCService abc(soap); // generated with soapcpp2 -j -S -qAbc
Uvw::soapUVWService uvw(soap); // generated with soapcpp2 -j -S -qUvw
Xyz::soapXYZService xyz(soap); // generated with soapcpp2 -j -S -qXyz

soap_bind(soap, NULL, 8080, 100);
soap_accept(soap);
if (soap_begin_serve(soap))
   ... error
else if (abc.dispatch() == SOAP_NO_METHOD)
{
   if (uvw.dispatch() == SOAP_NO_METHOD)
   {
      if (xyz.dispatch() == SOAP_NO_METHOD)
         ... error
   }
}
soap_destroy(soap);
soap_end(soap);
soap_free(soap); // only safe when abc, uvw, xyz are also deleted

7.2.9  How to Generate WSDL Service Descriptions

The gSOAP stub and skeleton compiler soapcpp2 generates WSDL (Web Service Description Language) service descriptions and XML Schema files when processing a header file. The tool produces one WSDL file for a set of service operations, which must be provided. The names of the function prototypes of the service operations must use the same namespace prefix and the namespace prefix is used to name the WSDL file. If multiple namespace prefixes are used to define service operations, multiple WSDL files will be created and each file describes the set of service operations belonging to a namespace prefix.
In addition to the generation of the ns.wsdl file, a file with a namespace mapping table is generated by the gSOAP compiler. An example mapping table is shown below:

struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance", \"http://www.w3.org/*/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema", \"http://www.w3.org/*/XMLSchema"},
   {"ns", "http://tempuri.org"},
   {NULL, NULL}
};

This file can be incorporated in the client/service application, see Section 10.4 for details on namespace mapping tables.
To deploy a Web service, copy the compiled CGI service application to the designated CGI directory of your Web server. Make sure the proper file permissions are set (chmod 755 calc.cgi for Unix/Linux). You can then publish the WSDL file on the Web by placing it in the appropriate Web server directory.
The gSOAP soapcpp2 compiler also generates XML Schema files for all C/C++ complex types (e.g. structs and classes) when declared with a namespace prefix. These files are named ns.xsd, where ns is the namespace prefix used in the declaration of the complex type. The XML Schema files do not have to be published as the WSDL file already contains the appropriate XML Schema definitions.
To customize the WSDL output, it is essential to use //gsoap directives to declare the service name, the endpoint port, and namespace:

//gsoap ns service name: example
//gsoap ns servire port: http://www.mydomain.com/example
//gsoap ns service namespace: urn:example

These are minimal settings. More details and settings for the service operations should be declared as well. See Section 19.2 for more details.

7.2.10  Example

For example, suppose the following methods are defined in the header file:

typedef double xsd__double;
int ns__add(xsd__double a, xsd__double b, xsd__double &result);
int ns__sub(xsd__double a, xsd__double b, xsd__double &result);
int ns__sqrt(xsd__double a, xsd__double &result);

Then, one WSDL file will be created with the file name ns.wsdl that describes all three service operations:

<?xml version="1.0" encoding="UTF-8"?>
<definitions name="Service"
   xmlns="http://schemas.xmlsoap.org/wsdl/"
   targetNamespace="http://location/Service.wsdl"
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:SOAP="http://schemas.xmlsoap.org/wsdl/soap/"
   xmlns:WSDL="http://schemas.xmlsoap.org/wsdl/"
   xmlns:xsd="http://www.w3.org/2000/10/XMLSchema"
   xmlns:tns="http://location/Service.wsdl"
   xmlns:ns="http://tempuri.org">
<types>
   <schema
      xmlns="http://www.w3.org/2000/10/XMLSchema"
      targetNamespace="http://tempuri.org"
      xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
      xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/">
      <complexType name="addResponse">
         <all>
            <element name="result" type="double" minOccurs="0" maxOccurs="1"/>
         </all>
         <anyAttribute namespace="##other"/>
      </complexType>
      <complexType name="subResponse">
         <all>
            <element name="result" type="double" minOccurs="0" maxOccurs="1"/>
         </all>
         <anyAttribute namespace="##other"/>
      </complexType>
      <complexType name="sqrtResponse">
         <all>
            <element name="result" type="double" minOccurs="0" maxOccurs="1"/>
         </all>
         <anyAttribute namespace="##other"/>
      </complexType>
   </schema>
</types>
<message name="addRequest">
   <part name="a" type="xsd:double"/>
   <part name="b" type="xsd:double"/>
</message>
<message name="addResponse">
   <part name="result" type="xsd:double"/>
</message>
<message name="subRequest">
   <part name="a" type="xsd:double"/>
   <part name="b" type="xsd:double"/>
</message>
<message name="subResponse">
   <part name="result" type="xsd:double"/>
</message>
<message name="sqrtRequest">
   <part name="a" type="xsd:double"/>
</message>
<message name="sqrtResponse">
   <part name="result" type="xsd:double"/>
</message>
<portType name="ServicePortType">
   <operation name="add">
      <input message="tns:addRequest"/>
      <output message="tns:addResponse"/>
   </operation>
   <operation name="sub">
      <input message="tns:subRequest"/>
      <output message="tns:subResponse"/>
   </operation>
   <operation name="sqrt">
      <input message="tns:sqrtRequest"/>
      <output message="tns:sqrtResponse"/>
   </operation>
</portType>
<binding name="ServiceBinding" type="tns:ServicePortType">
   <SOAP:binding style="rpc" transport="http://schemas.xmlsoap.org/soap/http"/>
   <operation name="add">
      <SOAP:operation soapAction="http://tempuri.org#add"/>
      <input>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </input>
      <output>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </output>
   </operation>
   <operation name="sub">
      <SOAP:operation soapAction="http://tempuri.org#sub"/>
      <input>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </input>
      <output>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </output>
   </operation>
   <operation name="sqrt">
      <SOAP:operation soapAction="http://tempuri.org#sqrt"/>
      <input>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </input>
      <output>
         <SOAP:body use="encoded" namespace="http://tempuri.org"
            encodingStyle="http://schemas.xmlsoap.org/soap/encoding/"/>
      </output>
   </operation>
</binding>
<service name="Service">
   <port name="ServicePort" binding="tns:ServiceBinding">
      <SOAP:address location="http://location/Service.cgi"/>
   </port>
</service>
</definitions>

The above uses all default settings for the service name, port, and namespace which should be set in the header file with //gsoap directives (Section 19.2).

7.2.11  How to Use Client Functionalities Within a Service

A gSOAP service implemented with CGI may make direct client calls to other services from within its service operations, without setting up a new context. A stand-alone service application must setup a new soap struct context, e.g. using soap_copy and delete it after the call.
The server-side client call is best illustrated with an example. The following example is a more sophisticated example that combines the functionality of two Web services into one new SOAP Web service. The service provides a currency-converted stock quote. To serve a request, the service in turn requests the stock quote and the currency-exchange rate from two XMethods services (these services are no longer available by XMethods, but are used here as an example).
In addition to being a client of two XMethods services, this service application can also be used as a client of itself to test the implementation. As a client invoked from the command-line, it will return a currency-converted stock quote by connecting to a copy of itself installed as a CGI application on the Web to retrieve the quote after which it will print the quote on the terminal.
The header file input to the gSOAP soapcpp2 compiler is given below. The example is for illustrative purposes only (the XMethods services are not operational):

// Contents of file "quotex.h":
int ns1__getQuote(char *symbol, float &result); // XMethods delayed stock quote service service operation
int ns2__getRate(char *country1, char *country2, float &result); // XMethods currency-exchange service service operation
int ns3__getQuote(char *symbol, char *country, float &result); // the new currency-converted stock quote service

The quotex.cpp client/service application source is:

// Contents of file "quotex.cpp":
#include "soapH.h" // include generated proxy and SOAP support
int main(int argc, char **argv)
{
   struct soap soap;
   float q;
   soap_init(&soap);
   if (argc < = 2)
      soap_serve(&soap);
   else if (soap_call_ns3__getQuote(&soap, "http://www.cs.fsu.edu/\symbol{126}engelen/quotex.cgi", "", argv[1], argv[2], q))
      soap_print_fault(&soap, stderr);
   else 
      printf("\nCompany %s: %f (%s)\n", argv[1], q, argv[2]);
   return 0;
}
int ns3__getQuote(struct soap *soap, char *symbol, char *country, float &result)
{
   float q, r;
   int socket = soap->socket; // save socket (stand-alone service only, does not support keep-alive)
   if (soap_call_ns1__getQuote(soap, "http://services.xmethods.net/soap", "", symbol, &q) == 0 &&
      soap_call_ns2__getRate(soap, "http://services.xmethods.net/soap", NULL, "us", country, &r) == 0)
   {
      result = q*r;
      soap->socket = socket;
      return SOAP_OK;
   }
   soap->socket = socket;
   return SOAP_FAULT; // pass soap fault messages on to the client of this app
}
/* Since this app is a combined client-server, it is put together with
* one header file that describes all service operations. However, as a consequence we
* have to implement the methods that are not ours. Since these implementations are
* never called (this code is client-side), we can make them dummies as below.
*/
int ns1__getQuote(struct soap *soap, char *symbol, float &result)
{ return SOAP_NO_METHOD; } // dummy: will never be called
int ns2__getRate(struct soap *soap, char *country1, char *country2, float &result)
{ return SOAP_NO_METHOD; } // dummy: will never be called

struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema"},
   {"ns1", "urn:xmethods-delayed-quotes"},
   {"ns2", "urn:xmethods-CurrencyExchange"},
   {"ns3", "urn:quotex"},
   {NULL, NULL}
};

To compile:

> soapcpp2 quotex.h
> c++ -o quotex.cgi quotex.cpp soapC.cpp soapClient.cpp soapServer.cpp stdsoap2.cpp -lsocket -lxnet -lnsl

Note: under Linux and Mac OS X you can often omit the -l libraries.
The quotex.cgi executable is installed as a CGI application on the Web by copying it in the designated directory specific to your Web server. After this, the executable can also serve to test the service. For example

> quotex.cgi IBM uk

returns the quote of IBM in uk pounds by communicating the request and response quote from the CGI application. See http://xmethods.com/detail.html?id=5 for details on the currency abbreviations.
When combining clients and service functionalities, it is required to use one header file input to the compiler. As a consequence, however, stubs and skeletons are available for all service operations, while the client part will only use the stubs and the service part will use the skeletons. Thus, dummy implementations of the unused service operations need to be given which are never called.
Three WSDL files are created by gSOAP: ns1.wsdl, ns2.wsdl, and ns3.wsdl. Only the ns3.wsdl file is required to be published as it contains the description of the combined service, while the others are generated as a side-effect (and in case you want to develop these separate services).

7.3  Asynchronous One-Way Message Passing

SOAP RPC client-server interaction is synchronous: the client blocks until the server responds to the request. gSOAP also supports asynchronous one-way message passing and the interoperable synchronous one-way message passing over HTTP. The two styles are similar, but only the latter is interoperable and is compliant to Basic Profile 1.0. The interoperable synchronous one-way message passing style over HTTP is discussed in Section 7.4 below.
SOAP messaging routines are declared as function prototypes, just like service operations for SOAP RPC. However, the output parameter is a void type to indicate the absence of a return value.
For example, the following header file specifies an event message for SOAP messaging:

int ns__event(int eventNo, void);

The gSOAP soapcpp2 tool generates the following functions in soapClient.cpp:

int soap_send_ns__event(struct soap *soap, const char URL, const char action, int event);
int soap_recv_ns__event(struct soap *soap, struct ns__event *dummy);

The soap_send_ns__event function transmits the message to the destination URL by opening a socket and sending the SOAP encoded message. The socket will remain open after the send and has to be closed with soap_closesock(). The open socket connection can also be used to obtain a service response, e.g. with a soap_recv function call.
The soap_recv_ns__event function waits for a SOAP message on the currently open socket (soap.socket) and fills the struct ns__event with the ns__event parameters (e.g. int eventNo). The struct ns__event is automatically created by gSOAP and is a mirror image of the ns__event parameters:

struct ns__event
{ int eventNo;
}

The gSOAP generated soapServer.cpp code includes a skeleton routine to accept the message. (The skeleton routine does not respond with a SOAP response message.)

int soap_serve_ns__event(struct soap *soap);

The skeleton routine calls the user-implemented ns__event(struct soap *soap, int eventNo) routine (note the absence of the void parameter!).
As usual, the skeleton will be automatically called by the service operation request dispatcher that handles both the service operation requests (RPCs) and messages:

int main()
{ soap_serve(soap_new());
}
int ns__event(struct soap *soap, int eventNo)
{
   ... // handle event
   return SOAP_OK;
}

7.4  Implementing Synchronous One-Way Message Passing over HTTP

One-way SOAP message passing over HTTP as defined by the SOAP specification and Basic Profile 1.0 is synchrounous, meaning that the server must respond with an HTTP OK header (or HTTP 202 Accepted) and an empty body. To implement synchrounous one-way messaging, the same setup for asynchrounous one-way messaing discussed in Section 7.3 is used, but with one simple addition at the client and server side for HTTP transfer.
At the server side, we have to return an empty HTTP OK response. Normally with one-way messaging the gSOAP engine closes the socket when the service operation is finished, which is not desirable for synchronous one-way message exchanges over HTTP: an HTTP response should be send. This is accomplished as follows. For each one-way operation implemented in C/C++, we replace the return SOAP_OK with:

int ns__event(struct soap *soap, int eventNo)
{
   ... // handle event
   return soap_send_empty_response(soap, SOAP_OK); // SOAP_OK: return HTTP 202 ACCEPTED
}

At the client side, the empty response header must be parsed as follows:

if (soap_send_ns__event(soap, eventNo) != SOAP_OK
   || soap_recv_empty_response(soap) != SOAP_OK)
   soap_print_fault(soap, stderr);
...

The synchronous (and asynchronous) one-way messaging supports HTTP keep-alive and chunking.
Note: soap_send_empty_response returns the error code SOAP_STOP to force the engine to stop producing a response message after the service operation completed, which allows soap_send_empty_response to be used with any service operation that should return HTTP 202.

7.5  How to Use the SOAP Serializers and Deserializers to Save and Load Application Data using XML Data Bindings

The gSOAP XML databindings for C and C++ allow a seamless integration of XML in C and C++ applications. Data can be serialized in XML and vice versa. WSDL and XML schema files can be converted to C or C++ definitions. C and C++ definitions can be translated to WSDL and schemas to support legacy ANSI C applications for example.
Learn more about XML data binding for C and C++ with gSOAP by visiting the Developer Center http://www.genivia.com/dev.html and the new and most up-to-date XML data binding documentation http://www.genivia.com/doc/databinding/html.

7.5.1  Mapping XML Schema to C/C++ with wsdl2h

Command:

> wsdl2h [options] XSD and WSDL files ...

The WSDL 1.1 and 2.0 standards are supported. If you have trouble with WSDL 2.0 please contact the author. The entire XML schema 1.1 standard is supported, except XPath expressions and assertions. This covers all of the following schema components with their optional [ attributes ] shown:

<xs:any [minOccurs, maxOccurs] >
<xs:anyAttribute>
<xs:all>
<xs:choice [minOccurs, maxOccurs] >
<xs:sequence [minOccurs, maxOccurs] >
<xs:group [name, ref] >
<xs:attributeGroup [name, ref] >
<xs:attribute [name, ref, type, use, default, fixed, form, wsdl:arrayType] >
<xs:element [name, ref, type, default, fixed, form, nillable, abstract,
substitutionGroup, minOccurs, maxOccurs] >
<xs:simpleType [name] >
<xs:complexType [name, abstract, mixed] >

The supported facets are:

<xs:enumeration>
<xs:simpleContent>
<xs:complexContent>
<xs:list>
<xs:extension>
<xs:restriction>
<xs:length>
<xs:minLength>
<xs:maxLength>
<xs:minInclusive>    validated only for integer types
<xs:maxInclusive>    validated only for integer types
<xs:minExclusive>    validated only for integer types
<xs:maxExclusive>    validated only for integer types
<xs:precision>    maps to float/double with C formatted output
<xs:scale>    maps to float/double with C formatted output
<xs:totalDigits>    maps to float/double with C formatted output
<xs:fractionDigits>    maps to float/double with C formatted output
<xs:pattern>    not automatically validated, see note below
<xs:union>    maps to string, content not validated

Other:

<xs:import>
<xs:include>
<xs:redefine>
<xs:override>
<xs:annotation>

All primitive XSD types are supported. A subset of the default type mappings is shown below. User-defined mappings can be added to typemap.dat to let wsdl2h (re)map XSD types to C/C++ types.

xsd:string    maps to string (char*,wchar_t*,std::string,std::wstring)
xsd:boolean    maps to bool (C++) or enum xsd__boolean (C)
xsd:float    maps to float
xsd:double    maps to double
xsd:decimal    maps to string, or use "#import "custom/decimal.h"
xsd:precisionDecimal    maps to string
xsd:duration    maps to string, or use "#import "custom/duration.h"
xsd:dateTime    maps to time_t, or use "#import "custom/struct_tm.h"
xsd:time    maps to string
xsd:date    maps to string
xsd:gYearMonth    maps to string
xsd:gYear    maps to string
xsd:gMonth    maps to string
xsd:hexBinary    maps to struct xsd__hexBinary
xsd:base64Bianry    maps to struct xsd__base64Binary
xsd:anyURI    maps to string
xsd:anyType    maps to an XML string or DOM with wsdl2h -d
xsd:anyAtomicType    maps to string
xsd:anySimpleType    maps to string
xsd:QName    maps to _QName (string normalization rules apply)
xsd:NOTATION    maps to string

Note: automatic validation of xs:pattern restricted content is possible with a hook to a regex pattern matching engine, see the fsvalidate and fwvalidate callbacks in Section 19.7.
Note: string targets are defined in the typemap.dat file used by wsdl2h to map XSD types. This allows the use of char*, wsha_t*, std::string, and std::wstring string types for all XSD types mapped to strings.
All non-primitive XSD types are supported (with the default mapping shown):

xsd:normalizedString    maps to string
xsd:token    maps to string
xsd:language    maps to string
xsd:IDREFS    maps to string
xsd:ENTITIES    maps to string
xsd:NMTOKEN    maps to string
xsd:NMTOKENS    maps to string
xsd:Name    maps to string
xsd:NCName    maps to string
xsd:ID    maps to string
xsd:IDREF    maps to string
xsd:ENTITY    maps to string
xsd:integer    maps to string
xsd:nonPositiveInteger    maps to string
xsd:negativeInteger    maps to string
xsd:long    maps to LONG64
xsd:int    maps to int
xsd:short    maps to short
xsd:byte    maps to byte
xsd:nonNegativeInteger    maps to string
xsd:unsignedLong    maps to ULONG64
xsd:unsignedInt    maps to unsigned int
xsd:unsignedShort    maps to unsigned short
xsd:unsignedByte    maps to unsigned byte
xsd:positiveInteger    maps to string
xsd:yearMonthDuration    maps to string
xsd:dayTimeDuration    maps to string
xsd:dateTimeStamp    maps to string

There are several initialization flags to control XML serialization at runtime:
  • XML validation is more stricly enforced with SOAP_XML_STRICT.
  • XML namespaces are supported, unless disabled with SOAP_XML_IGNORENS.
  • XML exclusive canonicalization is enabled with SOAP_XML_CANONICAL.
  • XML default xmlns="..." namespace bindings are enforced with SOAP_XML_DEFAULTNS.
  • XML is indented for enhanced readability with SOAP_XML_INDENT.
  • XML xsi:nil for NULL elements is serialized with SOAP_XML_NIL.
Strict validation catches all structural XML validation violations. For primitive type values, it depends on the C/C++ target type that XSD types are mapped to, to catch primitive value content pattern violations. Primitive value content validation is performed on non-string types such as numerical and time values. String values are not automatocally validated, unless a xs:pattern is given and the fsvalidate and fwvalidate callbacks are implemented by the user. Alternatively, deserialized string content can be checked at the application level.
To obtain C and/or C++ type definitions for XML schema components, run wsdl2h on the schemas to generate a header file. This header file defines the C/C++ type representations of the XML schema components. The header file is then processed by the soapcpp2 tool to generate the serializers for these types. See Section 1.4 for an overview to use wsdl2h and soapcpp2 to map schemas to C/C++ types to obtain XML data bindings.

7.5.2  Mapping C/C++ to XML Schema with soapcpp2

To generate serialization code, execute:

> soapcpp2 [options] header_file.h

The following C/C++ types are supported in the header file:

bool 
enum, enum* ('enum*' indicates serialized as a bitmask)
(unsigned) char, short, int, long, long long (also LONG64), size_t
float, double, longdouble(#import "custom/long_double.h")
std::string, std::wstring, char[], char*, wchar_t*
_XML (a char* type to hold literal XML string content)
_QName (a char* type with normalized QName content of the form prefix:name)
struct, class (with single inheritance)
std::vector, std::list, std::deque, std::set (#import "import/stl.h")
union (requires preceding discriminant member field)
typedef
time_t
template < > class(requires begin(), end(), size(), and insert() methods)
void* (requires a preceding __type field to indicate the object pointed to)
struct xsd__hexBinary (special pre-defined type to hold binary content)
struct xsd__base64Binary (special pre-defined type to hold binary content)
struct tm (#import "custom/struct_tm.h")
struct timeval (#import "custom/struct_timeval.h")
pointers to any of the above (any pointer-linked structures are serializable, including cyclic graphs)
fixed-size arrays of all of the above

Additional features and potential limitations:
  • A header file should not include any code statements, only data type declarations.
  • Nested classes and nested types are unnested.
  • Use #import "file.h" instead of #include to import other header files. The #include and #define directives are accepted, but deferred to the generated code.
  • C++ namespaces are supported (must cover entire header file content)
  • Optional DOM support can be used to store mixed content or literal XML content. Otherwise, mixed content may be lost. Use soapcpp2 option -d for DOM support. Learn more about the DOM API for C and C++ by visiting the Developer Center http://www.genivia.com/doc/dom/html.
  • Types are denoted transient using the 'extern' qualifier, which prevents serialization as desired:

    extern class name; // class 'name' is not serialized
    struct name { extern char *name; int num; }; // 'name' is not serialized

  • Only public members of a class can be serialized:

    class name { private: char *secret; }; // 'secret' is not serialized

  • Types declared "volatile" means that they are declared elsewhere in the project's code base and should not be redefined in the soapcpp2-generated code nor changed/augmented by the soapcpp2 tool:

    volatile class name { ... }; // defined here just to generate the serializers

  • Classes and structs declared "mutable" means that they can be augmented with additional members, rather than leading to a redefinition error:

    mutable class name { int n; }; // class has a member 'n' mutable class name { float x; }; // and also a member 'x'

    The SOAP_ENV__Header struct is mutable as well as the SOAP_ENV__Fault, SOAP_ENV__Detail, SOAP_ENV__Reason, and SOAP_ENV__Code structs.
  • struct/class members are serialized as attributes when qualified with '@':

    struct record { @char *name; int num; }; // attribute name, element num

  • Strings with 8-bit content can hold ASCII (default) or UTF8. The latter is possible by enabling the SOAP_C_UTFSTRING flag. When enabled, all std::string and char* strings MUST contain UTF8.
The soapcpp2 tool generates serializers and deserializers for all wsdl2h-generated or user-defined data structures that are specified in the header file input to the compiler. The serializers and deserializers can be found in the generated soapC.cpp file. These serializers and deserializers can be used separately by an application without the need to build a full client or service application. This is useful for applications that need to save or export their data in XML or need to import or load data stored in XML format.

7.5.3  Serializing C/C++ Data to XML

We assume that the wsdl2h tool was used to map XML schema types to C/C++ data types. The soapcpp2 tool then generates the (de)serializers for the C/C++ types. You can also use soapcpp2 directly on a header file that declares annotated C/C++ data types to serialize.
The following attributes can be set to control the destination and source for serialization and deserialization:

Variable Description
int soap.socket socket file descriptor for input and output (or set to SOAP_INVALID_SOCKET)
ostream *soap.os C++ only: output stream used for send operations
constchar**soap.os C only: points to a string pointer to be set with the managed string content
istream *soap.is C++ only: input stream used for receive operations
constchar*soap.is C only: string with input to parse (this pointer advances)
int soap.sendfd when soap.socket=SOAP_INVALID_SOCKET, this fd is used for send operations
int soap.recvfd when soap.socket=SOAP_INVALID_SOCKET, this fd is used for receive operations

The following initializing and finalizing functions can be used:

Function Description
void soap_begin_send(struct soap*) start a send/write phase
int soap_end_send(struct soap*) flush the buffer
int soap_begin_recv(struct soap*) start a rec/read phase (if an HTTP header is present, parse it first)
int soap_end_recv(struct soap*) perform a id/href consistency check on deserialized data

These operations do not open or close the connections. The application should open and close connections or files and set the soap.socket, soap.os or soap.sendfd, soap.is or soap.recvfd streams or descriptors. When soap.socket < 0 and none of the streams and descriptors are set, then the standard input and output will be used.
The following options are available to control serialization:

soap->encodingStyle = NULL; // to remove SOAP 1.1/1.2 encodingStyle
soap_mode(soap, SOAP_XML_TREE); // XML without id-ref (no cycles!)
soap_mode(soap, SOAP_XML_GRAPH); // XML with id-ref (including cycles)
soap_set_namespaces(soap, struct Namespace *nsmap); //to set xmlns bindings

See also Section 9.12 to control the I/O buffering and content encoding such as compression and DIME encoding.
We assume that the wsdl2h tool was used to map XML schema types to C/C++ data types. The soapcpp2 tool then generates the (de)serializers for the C/C++ types.
To serialize data to an XML stream, two functions should be called to prepare for serialization of the data and to send the data, respectively. The first function, soap_serialize, analyzes pointers and determines if multi-references are required to encode the data and if cycles are present the object graph. The second function, soap_put, produces the XML output on a stream.
The soap_serialize and soap_put (and both combined by soap_write) functions are statically generated specific to a data type. For example, soap_serialize_float(&soap, &d) is called to serialize an float value and soap_put_float(&soap, &d, "number", NULL) is called to output the floating point value in SOAP tagged with the name <number>. The soap_write_float(&soap, &d) conveniently combines the initialization of output, writing the data, and finalizing the output.
To initialize data, the soap_default function of a data type can be used. For example, soap_default_float(&soap, &d) initializes the float to 0.0. The soap_default functions are useful to initialize complex data types such as arrays, structs, and class instances. Note that the soap_default functions do not need the gSOAP runtime context as a first parameter.
The following table lists the type naming conventions used by gSOAP:

Type Type Name
char* string
wchar_t* wstring
char byte
bool bool
double double
int int
float float
long long
LONG64 LONG64 (Win32)
long long LONG64 (Unix/Linux)
short short
time_t time
unsigned char unsignedByte
unsigned int unsignedInt
unsigned long unsignedLong
ULONG64 unsignedLONG64 (Win32)
unsigned long long unsignedLONG64 (Unix/Linux)
unsigned short unsignedShort
T[N] ArrayNOfType where Type is the type name of T
T* PointerToType where Type is the type name of T
struct Name Name
class Name Name
enum Name Name

Consider for example the following C code with a declaration of p as a pointer to a struct ns__Person:

struct ns__Person { char *name; } *p;

To serialize p, its address is passed to the function soap_serialize_PointerTons__Person generated for this type by the gSOAP soapcpp2 compiler:

soap_serialize_PointerTons__Person(&soap, &p);

The address of p is passed, so the serializer can determine whether p was already serialized and to discover co-referenced objects and cycles in graph data structures that require SOAP encoding with id-ref serialization. To generate the output, the address of p is passed to the function soap_put_PointerTons__Person together with the name of an XML element and an optional type string (to omit a type, use NULL):

soap_begin_send(&soap);
soap_put_PointerTons__Person(&soap, &p, "ns:element-name", "ns:type-name");
soap_end_send(&soap);

or the shorthand for the above (without the xsi type):

soap_write_PointerTons__Person(&soap, &p);

This produces:

<ns:element-name xmlns:SOAP-ENV="..." xmlns:SOAP-ENC="..." xmlns:ns="..."
   ... xsi:type="ns:type-name">
<name xsi:type="xsd:string">...</name>
</ns:element-name>

The serializer is initialized with the soap_begin_send(soap) function and closed with soap_end_send(soap). All temporary data structures and data structures deserialized on the heap are destroyed with the soap_destroy and soap_end functions (in this order).
The soap_done function should be used to reset the context, i.e. the last use of the context. To detach and deallocate the context, use soap_free.
To remove the temporary data only and keep the deserialized data on the heap, use soap_free_temp. Temporary data structures are only created if the encoded data uses pointers. Each pointer in the encoded data has an internal hash table entry to determine all multi-reference parts and cyclic parts of the complete data structure.
You can assign an output stream in C++ to soap.os and in C an output string soap.os, or a file descriptor to soap.sendfd.
For example, to assign a file descriptor:

soap.sendfd = open(file, O_RDWR | O_CREAT, S_IWUSR | S_IRUSR);
soap_serialize_PointerTons__Person(&soap, &p);
soap_begin_send(&soap);
soap_put_PointerTons__Person(&soap, &p, "ns:element-name", "ns:type-name");
soap_end_send(&soap);

The above can be abbreviated to

soap.sendfd = open(file, O_RDWR | O_CREAT, S_IWUSR | S_IRUSR);
soap_write_PointerTons__Person(&soap, &p);

The soap_serialize function is optional. It MUST be used when the object graph contains cycles. It MUST be called to preserve the logical coherence of pointer-based data structures, where pointers may refer to co-referenced objects. By calling soap_serialize, data structures shared through pointers are serialized only once and referenced in XML using id-refs attributes. The actual id-refs used depend on the SOAP encoding. To turn off SOAP encoding, remove or avoid using the SOAP-ENV and SOAP-ENC namespace bindings in the namespace table. In addition, the SOAP_XML_TREE and SOAP_XML_GRAPH flags can be used to control the output by restricting serialization to XML trees or by enabling multi-ref graph serialization with id-ref attribuation.
To save the data as an XML tree (with one root) without any id-ref attributes, use the SOAP_XML_TREE flag. The data structure MUST NOT contain pointer-based cycles.
To preserve the exact structure of the data object graph and create XML with one root, use the SOAP_XML_GRAPH output-mode flag (see Section 9.12). Use this flag and the soap_serialize function to prepare the serialization of data with in-line id-ref attributes. Using the SOAP_XML_GRAPH flag assures the preservation of the logical structure of the data
For example, to encode the contents of two variables var1 and var2 that may share data through pointer structures, the serializers are called before the output routines:

T1 var1;
T2 var2;
struct soap soap;
...
soap_init(&soap); // initialize
[soap_omode(&soap, flags);] // set output-mode flags (e.g. SOAP_ENC_XML|SOAP_ENC_ZLIB)
soap_begin(&soap); // start new (de)serialization phase
soap_set_omode(&soap, SOAP_XML_GRAPH);
soap_serialize_Type1(&soap, &var1);
soap_serialize_Type2(&soap, &var2);
...
[soap.socket = a_socket_file_descriptor;] // when using sockets
[soap.os = an_output_stream;] // C++
[soap.sendfd = an_output_file_descriptor;] // C
soap_begin_send(&soap);
soap_put_Type1(&soap, &var1, "[namespace-prefix:]element-name1", "[namespace-prefix:]type-name1");
soap_put_Type2(&soap, &var2, "[namespace-prefix:]element-name2", "[namespace-prefix:]type-name2");
...
soap_end_send(&soap); // flush
soap_destroy(&soap); // remove deserialized C++ objects
soap_end(&soap); // remove deserialized data structures
soap_done(&soap); // finalize last use of this context
...

where Type1 is the type name of T1 and Type2 is the type name of T2 (see table above). The strings [namespace-prefix:]type-name1 and [namespace-prefix:]type-name2 describe the schema types of the elements. Use NULL to omit this type information.
For serializing class instances, method invocations MUST be used instead of function calls, for example obj.soap_serialize(&soap) and obj.soap_put(&soap, "elt", "type"). This ensures that the proper serializers are used for serializing instances of derived classes.
You can serialize a class instance to a stream as follows:

struct soap soap;
myClass obj;
... populate obj
soap_init(&soap); // initialize
soap_begin(&soap); // start new (de)serialization phase
soap_set_omode(&soap, SOAP_XML_GRAPH);
obj.serialize(&soap);
soap.os = &cout; // send to cout
soap_begin_send(&soap);
obj.put(&soap, "[namespace-prefix:]element-name1", "[namespace-prefix:]type-name1");
soap_end_send(&soap); // flush
...
soap_destroy(&soap); // remove deserialized C++ objects
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of this context

For gSOAP 2.8.28 and later, in C we use soap\.os to obtain a string with the XML serialized data:

struct soap soap;
struct myClass obj;
constchar*out;
... populate obj
soap_init(&soap); // initialize
soap_begin(&soap); // start new (de)serialization phase
soap_set_omode(&soap, SOAP_XML_GRAPH);
soap_serialize(&soap, &obj);
soap.os = &out; // string to set
soap_begin_send(&soap);
soap_put(&soap, &obj, "[namespace-prefix:]element-name1", "[namespace-prefix:]type-name1");
soap_end_send(&soap); // flush
... // out has XML content string managed by context
soap.os = NULL; // stop sending to string
...
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of this context

When you declare a soap struct pointer as a data member in a class, you can overload the << operator to serialize the class to streams:

ostream &operator<<(ostream &o, const myClass &e)
{
   if (!e.soap)
   ... error: need a soap struct to serialize (could use global struct) ...
   else 
   {
      ostream *os = e.soap->os;
      e.soap->os = &o;
      soap_set_omode(e.soap, SOAP_XML_GRAPH);       e.serialize(e.soap);
      soap_begin_send(e.soap);
      e.put(e.soap, "myClass", NULL);
      soap_end_send(e.soap);
      e.soap->os = os;
      soap_clr_omode(e.soap, SOAP_XML_GRAPH);
   }
   return o;
}

Of course, when you construct an instance you must set its soap struct to a valid context. Deserialized class instances with a soap struct data member will have their soap structs set automatically, see Section 9.13.2.
In principle, XML output for a data structure can be produced with soap_put without calling the soap_serialize function first. In this case, the result is similar to SOAP_XML_TREE which means that no id-refs are output. Cycles in the data structure will crash the serialization algorithm, even when the SOAP_XML_GRAPH is set.
Consider the following struct:

// Contents of file "tricky.h":
struct Tricky
{
   int *p;
   int n;
   int *q;
};

The following fragment initializes the pointer fields p and q to the value of field n:

struct soap soap;
struct Tricky X;
X.n = 1;
X.p = &X.n;
X.q = &X.n;
soap_init(&soap);
soap_begin(&soap);
soap_serialize_Tricky(&soap, &X);
soap_put_Tricky(&soap, &X, "Tricky", NULL);
soap_end(&soap); // Clean up temporary data used by the serializer

What is special about this data structure is that n is 'fixed' in the Tricky structure, and p and q both point to n. The gSOAP serializers strategically place the id-ref attributes such that n will be identified as the primary data source, while p and q are serialized with ref/href attributes.
The resulting output is:

<Tricky xsi:type="Tricky">
<p href="#2"/> <n xsi:type="int">1</n> <q href="#2"/> <r xsi:type="int">2</r> </Tricky> <id id="2" xsi:type="int">1</id>

which uses an independent element at the end to represent the multi-referenced integer, assuming the SOAP-ENV and SOAP-ENC namespaces indicate SOAP 1.1 encoding.
With the SOAP_XML_GRAPH flag the output is:

<Tricky xsi:type="Tricky">
<p href="#2"/> <n id="2" xsi:type="int">1</n> <q href="#2"/> </Tricky>

In this case, the XML is self-contained and multi-referenced data is accurately serialized. The gSOAP generated deserializer for this data type will be able to accurately reconstruct the data from the XML (on the heap).

7.5.4  Deserializing C/C++ Data from XML

We assume that the wsdl2h tool was used to map XML schema types to C/C++ data types. The soapcpp2 tool then generates the (de)serializers for the C/C++ types. You can also use soapcpp2 directly on a header file that declares annotated C/C++ data types to serialize.
To deserialize a data type from XML, the soap_get (or the simpler soap_read) function for the data type to be deserialized is used. The outline of a program that deserializes two variables var1 and var2 is for example:

T1 var1;
T2 var2;
struct soap soap;
...
soap_init(&soap); // initialize at least once
[soap_imode(&soap, flags);] // set input-mode flags
soap_begin(&soap); // begin new decoding phase
[soap.is = an_input_stream;] // C++
[soap.recvfd = an_input_file_desriptpr;] // C
soap_begin_recv(&soap); // if HTTP/MIME/DIME/GZIP headers are present, parse them
if (!soap_get_Type1(&soap, &var1, "[namespace-prefix:]element-name1", "[namespace-prefix:]type-name1"))
   ... error ...
if (!soap_get_Type2(&soap, &var2, "[namespace-prefix:]element-name2", "[namespace-prefix:]type-name1"))
   ... error ...
...
soap_end_recv(&soap); // check consistency of id/hrefs
soap_destroy(&soap); // remove deserialized C++ objects
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of the context

The strings [namespace-prefix:]type-name1 and [namespace-prefix:]type-name2 are the schema types of the elements and should match the xsi:type attribute of the receiving message. To omit the match, use NULL as the type. For class instances, method invocation can be used instead of a function call if the object is already instantiated, i.e. obj.soap_get(&soap, "...", "...").
The soap_begin call resets the deserializers. The soap_destroy and soap_end calls remove the temporary data structures and the decoded data that was placed on the heap.
To remove temporary data while retaining the deserialized data on the heap, the function soap_free_temp should be called instead of soap_destroy and soap_end.
One call to the soap_get_Type function of a type Type scans the entire input to process its XML content and to capture SOAP 1.1 independent elements (which contain multi-referenced objects). As a result, soap.error will set to SOAP_EOF. Also storing multiple objects into one file will fail to decode them properly with multiple soap_get calls. A well-formed XML document should only have one root anyway, so don't save multiple objects into one file. If you must save multiple objects, create a linked list or an array of objects and save the linked list or array. You could use the soap_in_Type function instead of the soap_get_Type function. The soap_in_Type function parses one XML element at a time.
You can deserialize class instances from a stream as follows:

myClass obj;
struct soap soap;
soap_init(&soap); // initialize
soap.is = &cin; // read from cin
soap_begin_recv(&soap); // if HTTP header is present, parse it
if (soap_get_myClass(&soap, &obj, "myClass", NULL) == NULL)
   ... error ...
soap_end_recv(&soap); // check consistency of id/hrefs
...
soap_destroy(&soap); // remove deserialized C++ objects
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of the context

This can be abbreviated to:

myClass obj;
struct soap soap;
soap_init(&soap); // initialize
soap.is = &cin; // read from cin
if (soap_read_myClass(&soap, &obj, NULL) != SOAP_OK)
   ... error ...
...
soap_destroy(&soap); // remove deserialized C++ objects
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of the context

When declaring a soap struct pointer as a data member in a class, you can overload the >> operator to parse and deserialize a class instance from a stream:

istream &operator>>(istream &i, myClass &e)
{
   if (!e.soap)
   ... error: need soap struct to deserialize (could use global struct)...
   istream *is = e.soap->is;
   e.soap->is = &i;
   if (soap_read_myClass(e.soap, &e) != SOAP_OK)
      ... error ...
   e.soap->is = is;
   return i;
}

For gSOAP 2.8.28 and later, you can parse XML from strings as follows:

struct myClass obj;
struct soap soap;
soap_init(&soap); // initialize
soap.is = "..."; // this is the string with XML to parse
if (soap_read_myClass(&soap, &obj, NULL) != SOAP_OK)
   ... error ...
soap.is = NULL; // stop parsing from strings
...
soap_end(&soap); // remove deserialized data
soap_done(&soap); // finalize last use of the context

When declaring a soap struct pointer as a data member in a class, you can overload the >> operator to parse and deserialize a class instance from a stream or string stream:

istream &operator>>(istream &i, myClass &e)
{
   if (!e.soap)
   ... error: need soap struct to deserialize (could use global struct)...
   istream *is = e.soap->is;
   e.soap->is = &i;
   if (soap_read_myClass(e.soap, &e) != SOAP_OK)
      ... error ...
   e.soap->is = is;
   return i;
}

7.5.5  Example

As an example, consider the following data type declarations:

// Contents of file "person.h":
typedef char *xsd__string;
typedef char *xsd__Name;
typedef unsigned int xsd__unsignedInt;
enum ns__Gender {male, female};
class ns__Address
{
   public:
   xsd__string street;
   xsd__unsignedInt number;
   xsd__string city;
};
class ns__Person
{
   public:
   xsd__Name name;
   enum ns__Gender gender;
   ns__Address address;
   ns__Person *mother;
   ns__Person *father;
};

The following program uses these data types to write to standard output a data structure that contains the data of a person named "John" living at Downing st. 10 in Londen. He has a mother "Mary" and a father "Stuart". After initialization, the class instance for "John" is serialized and encoded in XML to the standard output stream using gzip compression (requires the Zlib library, compile sources with -DWITH_GZIP):

// Contents of file "person.cpp":
#include "soapH.h"
int main()
{
   struct soap soap;
   ns__Person mother, father, john;
   mother.name = "Mary";
   mother.gender = female;
   mother.address.street = "Downing st.";
   mother.address.number = 10;
   mother.address.city = "London";
   mother.mother = NULL;
   mother.father = NULL;
   father.name = "Stuart";
   father.gender = male;
   father.address.street = "Main st.";
   father.address.number = 5;
   father.address.city = "London";
   father.mother = NULL;
   father.father = NULL;
   john.name = "John";
   john.gender = male;
   john.address = mother.address;
   john.mother = &mother;
   john.father = &father;
   soap_init(&soap);
   soap_omode(&soap, SOAP_ENC_ZLIB | SOAP_XML_GRAPH); // see 9.12
   soap_begin(&soap);
   soap_begin_send(&soap);
   john.soap_serialize(&soap);
   john.soap_put(&soap, "johnnie", NULL);
   soap_end_send(&soap);
   soap_destroy(&soap);
   soap_end(&soap);
   soap_done(&soap);
}
struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC","http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns", "urn:person"}, // Namespace URI of the "Person" data type
   {NULL, NULL}
};

The header file is processed and the application compiled on Linux/Unix with:

> soapcpp2 person.h
> c++ -DWITH_GZIP -o person person.cpp soapC.cpp stdsoap2.cpp -lsocket -lxnet -lnsl -lz

(Depending on your system configuration, the libraries libsocket.a, libxnet.a, libnsl.a are required. Compiling on Linux typically does not require the inclusion of those libraries.) See 19.27 for details on compression with gSOAP.
Running the person application results in the compressed XML output:

<johnnie xsi:type="ns:Person" xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns="urn:person"
   SOAP-ENV:encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
<name xsi:type="xsd:Name">John</name>
<gender xsi:type="ns:Gender">male</gender>
<address xsi:type="ns:Address">
<street id="3" xsi:type="xsd:string">Dowling st.</street>
<number xsi:type="unsignedInt">10</number>
<city id="4" xsi:type="xsd:string">London</city>
</address>
<mother xsi:type="ns:Person">
<name xsi:type="xsd:Name">Mary</name>
<gender xsi:type="ns:Gender">female</gender>
<address xsi:type="ns:Address">
<street href="#3"/>
<number xsi:type="unsignedInt">5</number>
<city href="#4"/>
</address>
</mother>
<father xsi:type="ns:Person">
<name xsi:type="xsd:Name">Stuart</name>
<gender xsi:type="ns:Gender">male</gender>
<address xsi:type="ns:Address">
<street xsi:type="xsd:string">Main st.</street>
<number xsi:type="unsignedInt">13</number>
<city href="#4"/>
</address>
</father>
</johnnie>

The following program fragment decodes this content from standard input and reconstructs the original data structure on the heap:

#include "soapH.h"
int main()
{
   struct soap soap;
   ns__Person *mother, *father, *john = NULL;
   soap_init(&soap);
   soap_imode(&soap, SOAP_ENC_ZLIB); // optional: gzip is detected automatically
   soap_begin(&soap);
   if ((john = soap_get_ns__Person(&soap, NULL, NULL, NULL)) == NULL)
      ... error ...
   mother = john->mother;
   father = john->father;
   ...
   soap_end_recv(&soap);
   soap_free_temp(&soap); // Clean up temporary data but keep deserialized data
}
struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC","http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns", "urn:person"}, // Namespace URI of the "Person" data type
   {NULL, NULL}
};

It is REQUIRED to either pass NULL to the soap_get routine, or a valid pointer to a data structure that can hold the decoded content. If the data john was already allocated then it does not need to be allocated again as the following demonstrates. The following program fragment decodes the SOAP content in a struct ns__Person allocated on the stack:

#include "soapH.h"
int main()
{
   struct soap soap;
   ns__Person *mother, *father, john;
   soap_init(&soap);
   soap_default_ns__Person(&soap, &john);
   soap_imode(&soap, SOAP_ENC_ZLIB); // optional
   soap_begin(&soap);
   soap_begin_recv(&soap);
   if (soap_get_ns__Person(&soap, &john, "johnnie", NULL) == NULL)
      ... error ...
   ...
}
struct Namespace namespaces[] =
   ...

Note the use of soap_default_ns__Person. This routine is generated by the gSOAP soapcpp2 tool and assigns default values to the fields of john.

7.5.6  Serializing and Deserializing Class Instances to Streams

C++ applications can define appropriate stream operations on objects for (de)serialization of objects on streams. This is best illustrated with an example. Section 7.5.3 gives details on serializing types in general. Consider the class

class ns__person
{ public:
   char *name;
   struct soap *soap; // we need this, see below
   ns__person();
   ~ns__person();
};

The struct soap member is used to bind the instances to a gSOAP context for (de)serialization. We use the gSOAP soapcpp2 compiler from the command prompt to generate the class (de)serializers (assuming that person.h contains the class declaration):

> soapcpp2 person.h

gSOAP generates the (de)serializers and an instantiation function for the class soap_new_ns__person(struct soap *soap, int num) to instantiate one or more objects and associate them with a gSOAP context for deallocation with soap_destroy(soap). To instantiate a single object, omit the num parameter or set to -1. To instantiate an array of objects, set num ≥ 0.

#include "soapH.h"
#include "ns.nsmap"
...
struct soap *soap = soap_new();
ns__person *p = soap_new_ns__person(soap);
...
cout << p; // serialize p in XML
...
in >> p; // parse XML and deserialize p
...
soap_destroy(soap); // deletes p too
soap_end(soap);
soap_done(soap);

The stream operations are implemented as follows

ostream &operator<<(ostream &o, const ns__person &p)
{
   if (!p.soap)
      return o; // need a gSOAP context to serialize
   p.soap->os = &o;
   soap_omode(p.soap, SOAP_XML_TREE); // XML tree or graph
   p.soap_serialize(p.soap);
   soap_begin_send(p.soap);
   if (p.soap_put(p.soap, "person", NULL)
       | | soap_end_send(p.soap))
      ; // handle I/O error
   return o;
}
istream &operator>>(istream &i, ns__person &p)
{
   if (!p.soap)
      return o; // need a gSOAP context to parse XML and deserialize
   p.soap->is = &i;
   if (soap_begin_recv(p.soap)
       | | p.soap_in(p.soap, NULL, NULL)
       | | soap_end_recv(p.soap))
      ; // handle I/O error
   return i;
}

7.5.7  How to Specify Default Values for Omitted Data

The gSOAP soapcpp2 compiler generates soap_default functions for all data types. The default values of the primitive types can be easily changed by defining any of the following macros in the stdsoap2.h file:

#define SOAP_DEFAULT_bool
#define SOAP_DEFAULT_byte
#define SOAP_DEFAULT_double
#define SOAP_DEFAULT_float
#define SOAP_DEFAULT_int
#define SOAP_DEFAULT_long
#define SOAP_DEFAULT_LONG64
#define SOAP_DEFAULT_short
#define SOAP_DEFAULT_string
#define SOAP_DEFAULT_time
#define SOAP_DEFAULT_unsignedByte
#define SOAP_DEFAULT_unsignedInt
#define SOAP_DEFAULT_unsignedLong
#define SOAP_DEFAULT_unsignedLONG64
#define SOAP_DEFAULT_unsignedShort
#define SOAP_DEFAULT_wstring

Instead of adding these to stdsoap2.h, you can also compile with option -DWITH_SOAPDEFS_H and include your definitions in file soapdefs.h. The absence of a data value in a receiving SOAP message will result in the assignment of a default value to a primitive type upon deserialization.
Default values can also be assigned to individual struct and class fields of primitive type. For example,

struct MyRecord
{
   char *name = "Unknown";
   int value = 9999;
   enum Status { active, passive } status = passive;
}

Default values are assigned to the fields on receiving a SOAP/XML message in which the data values are absent.
Because method requests and responses are essentially structs, default values can also be assigned to method parameters. The default parameter values do not control the parameterization of C/C++ function calls, i.e. all actual parameters must be present when calling a function. The default parameter values are used in case an inbound request or response message lacks the XML elements with parameter values. For example, a Web service can use default values to fill-in absent parameters in a SOAP/XML request:

int ns__login(char *uid = "anonymous", char *pwd = "guest", bool granted);

When the request message lacks uid and pwd parameters, e.g.:

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns="http://tempuri.org">
   <SOAP-ENV:Body encodingStyle="http://schemas.xmlsoap.org/soap/encoding/">
      <ns:login>
      </ns:login>
   </SOAP-ENV:Body>
</SOAP-ENV:Envelope>

then the service uses the default values. In addition, the default values will show up in the SOAP/XML request and response message examples generated by the gSOAP compiler.

8  The wsdl2h WSDL and Schema Importer

The wsdl2h tool is an advanced application that converts one or more WSDLs to C/C++. It can also be used without WSDLs to convert XML schemas (XSD files) to C/C++ to implement XML data bindings in C and C++.
The creation of C and C++ applications from one of more WSDL service descriptions is a two-step process.
To convert a WSDL to C++, use:

> wsdl2h file.wsdl

to generate a C++ header file file.h. This generated header file is a Web service specification that contains the parameter types and service function definitions in an understandable format in C++ (or ANSI C as shown below). Web service operations are represented as function prototypes. Schema types are represented by semantically equivalent C/C++ types that are convenient and natural to use in a C/C++ application. The generated header file also contains various annotations related to the Web service properties defined in the WSDL.
To generate ANSI C, use option -c:

> wsdl2h -c file.wsdl

Multiple WSDL specifications can be processed at once and saved to one file with the -o option:

> wsdl2h -o file.h file1.wsdl file2.wsdl file3.wsdl

You can retrieve WSDLs from one of more URLs:

> wsdl2h -o file.h http://www.example.com/example.wsdl

To convert XML schemas to C or C++ XML data binding code, use:

> wsdl2h -o file.h file1.xsd file2.xsd file3.xsd

The wsdl2h-generated header file file.h is processed by the soapcpp2 tool to auto-generate the advanced data binding logic to convert the C/C++ data to XML and vice versa at runtime for your SOAP/XML application.
To process a gSOAP header file file.h (generated by wsdl2h) to generate advanced XML data bindings for C++, use:

> soapcpp2 -i -Iimport file.h

When the header file file.h was generated for C++, then this command generates a couple of C++ source files (more details will follow in Section 9) that implement XML encoders for the data binding. Option -i generates a client proxy objects and service objects to invoke and serve SOAP/XML operations, respectively. Option -Iimport sets the import directory for imported files from the package's import, such as stlvector.h for STL vector serialization support.
When the header file file.h was generated for ANSI C, then the above command generates a couple of C files that implement XML encoders, client stubs for remote invocation, and service skeletons for service operations.
Consider for example the following commands to implement a c++ client of a service:

> wsdl2h -o calc.h http://www.genivia.com/calc.wsdl
...
> soapcpp2 -i -Iimport calc.h

The first command generates calc.h from the WSDL at the specified URL. The header file is then processed by the soapcpp2 tool to generate the proxies (and service objects that we will not use) for the client application.
The C++ client application uses the auto-generated soapcalcProxy.h class and calc.nsmap XML namespace table to access the Web service. Both need to be #include-d in your source. Then compile and link the soapcalcProxy.cpp, soapC.cpp and stdsoap2.cpp sources to complete the build.

8.1  wsdl2h Options

The wsdl2h tool is an advanced XML data binding tool for converting WSDLs and XML schemas (XSD files) to C or C++. The tool takes WSDL and/or XSD files or URLs and converts these to a C or C++ specification in one easy-to-read C/C++ header file. The header file is not intended to be included in your code directly!. It should be converted by soapcpp2 to generate the logic for the data bindings. It can however be safely converted by a documentation tool such as Doxygen to analyze and represent the service operations and data in a convenient layout. To this end, the header file is self-explanatory.
The wsdl2h tool generates only one file, the header file that includes all of the information obtained from all WSDL and schema files provided to the tool at the command-line prompt. The default output file name of wsdl2h is the first WSDL/schema input file name but with extension .h instead of .wsdl (or .xsd). When an input file is absent or a WSDL file from a Web location is accessed, the header output will be produced on the standard output unless option -o is used to direct the output to a file.
The wsdl2h command-line options are:

Option Description
-a generate indexed struct names for local elements with anonymous types
-b bi-directional operations to serve one-way response messages (duplex)
-c generate C source code
-d use DOM to populate xs:any and xsd:anyType elements
-e don't qualify enum names
This option is for backward compatibility with gSOAP 2.4.1 and earlier.
The option does not produce code that conforms to WS-I Basic Profile 1.0a.
-f generate flat C++ class hierarchy for schema extensions
-g generate global top-level element declarations
-h print help information
-I path use path to locate source files for #import
-i don't import (advanced option)
-j don't generate SOAP_ENV__Header and SOAP_ENV__Detail definitions
-k don't generate SOAP_ENV__Header mustUnderstand qualifiers
-l include license information in output
-m use xsd.h module to import primitive types
-N name use name for service prefixes to produce a service for each binding
-n name use name as the base namespace prefix name instead of ns
-o file output to file
-P don't create polymorphic types inherited from xsd__anyType
-p create polymorphic types inherited from base xsd__anyType
This is automatically performed when WSDL contains polymorphic definitions
-q name use name for the C++ namespace of all declarations
-r host[:port[:uid:pwd]] connect via proxy host, port, and proxy credentials
-r:uid:pwd connect with authentication credentials (digest auth requires SSL)
-R generate REST operations for REST bindings in the WSDL
-s don't generate STL code (no std::string and no std::vector)
-t file use type map file instead of the default file typemap.dat
-U map Unicode XML names to UTF8-encoded Unicode C/C++ identifiers
-u don't generate unions
-v verbose output
-W suppress warnings
-w always wrap response parameters in a response struct
-x don't generate _XML any/anyAttribute extensibility elements
-y generate typedef synonyms for structs and enums
-z1 compatibility with 2.7.6e: generate pointer-based arrays
-z2 compatibility with 2.7.15: qualify element/attribute referenced members
-z3 compatibility with 2.7.16 to 2.8.7: qualify element/attribute references
-z4 compatibility up to 2.8.11: don't generate union structs in std::vector
-z5 compatibility up to 2.8.15
-z6 compatibility up to 2.8.17
-_ don't generate _USCORE (replace with Unicode _x005f)

Note: see README.txt in the wsdl directory for the latest information on installation and options to of the wsdl2h WSDL/schema importer.

8.2  Customizing Data Bindings With The typemap.dat File

The typemap.dat file for the wsdl2h tool is intended to customize or optimize the type bindings by mapping schema types to C/C++ types. It contains custom XML Schema to C/C++ type bindings and a few bindings are defined for convenience.
Here is an example typemap file's content:

# This file contains custom definitions of the XML Schema types and
# C/C++ types for your project, and XML namespace prefix definitions.
# The wsdl2h WSDL importer consults this file to determine bindings.

[
// This comment will be included in the generated .h file
// You can include any additional declarations, includes, imports, etc.
// within [ ] sections. The brackets MUST appear at the start of a line
]
# XML namespace prefix definitions can be provided to override the
# default choice of ns1, ns2, ... prefixes. For example:

i = "http://www.soapinterop.org/"
s = "http://www.soapinterop.org/xsd"

Type bindings can be provided to bind XML schema types to C/C++ types for your project. Type bindings have four parts:

prefix__type = declaration | use | ptr-use

where 'prefix__type' is the C/C++-translation of the schema type, 'declaration' introduces the C/C++ type in the header file, the optional 'use' specifies how the type is used directly, and the optional 'ptr-use' specifies how the type is used as a pointer type.


# Example XML Schema and C/C++ type bindings:

xsd__int = | int
xsd__string = | char* | char*
xsd__boolean = enum xsd__boolean false_, true_ ; | enum xsd__boolean
xsd__base64Binary = class xsd__base64Binary unsigned char *__ptr; int __size; ; | xsd__base64Binary | xsd__base64Binary
# You can extend structs and classes with member data and functions.
# For example, adding a constructor to ns__myClass: ns__myClass = $ ns__myClass();
# The general form is # class_name = $ member;

The i and s prefixes are declared such that the header file output by the WSDL parser will use these to produce C/C++ code. XML Schema types are associated with an optional C/C++ type declaration, a use reference, and a pointer-use reference. The pointer-use reference of the xsd__byte type for example, is int* because char* is reserved for strings.
When a type binding requires only the usage to be changed, the declaration part can be given by an elipsis ..., as in:

prefix__type = ... | use | ptr-use

This ensures that the wsdl2h-generated type definition is preserved, while the use and ptr-use are remapped.
This method is useful to serialize dynamic types in C, where elements types int XML carry the xsi:type attribute.
The following example illustrates an "any" type mapping for the ns:sometype XSD type in a schema. This type will be replaced with a "any" type wrapper that supports dynamic serialization with xsi:type:

[
struct __any
{
   int __type;
   void *__item;
}
]
xsd__anyType = ... | struct __any | struct __any

where __type and __item are used to (de)serialize any data type in the wrapper, including base and its derived types based on xsi:type attribuation.
To support complexType extensions that are dynamically bound in C code, i.e. polymorphic types based on inheritance hierarchies, we can redeclare the base type of a hierarchy as a wrapper type and use the __type to serialize base or derived types. One addition is needed to support base type serialization without the use of xsi:type attributes. The absence of this attribute requires the serialization of the base type.
Basically, we need to be able to both handle a base type and its extensions as per schema extensibility. Say base type ns:base is a complexType that is extended by several other complexTypes. To implement dynamic binding in C to serialize the base type and derived types, we define:

[
struct __ns__base
{
   int __type;
   void *__item;
   struct ns__base *__self;
}
]
ns__base = ... | struct __ns__base | struct __ns__base

The __self field refers to the element tag (basically a struct member name) to which the ns:base type is associated. So for example, we see in the soapcpp2-generated output:

struct ns__data
{
   ...
   struct __ns__base name;
   ...
};

where __item represents name when the __ns__base is serialized with an xsi:type attribute, and __self represents name when the __ns__base is serialized wwithout an xsi:type attribute. Therefore, the dynamic binding defaults to struct ns__base *__self when no dynamic type information in XML is available.
Additional data and function members can be provided to extend a generated struct or class. Class and struct extensions are of the form:

prefix__type = $ member-declaration

For example, to add a constructor and destructor to class myns__record:

myns__record = $ myns__record(); myns__record = $ ~myns__record();

Type remappings can be given to map a type to another type:

prefix__type1 == prefix__type2

which replaces prefix__type1 by prefix__type2 in the wsdl2h output. For example:

SOAP_ENC__boolean == xsd__boolean

where SOAP_ENC__boolean is mapped to xsd__boolean, which in turn may be mapped to a C enum xsd__boolean type or C++ bool type.

9  Using the soapcpp2 Compiler and Code Generator

The soapcpp2 compiler and code generator is invoked from the command line and optionally takes the name of a header file as an argument or, when the file name is absent, parses the standard input:

> soapcpp2 [aheaderfile.h]

where aheaderfile.h is a C/C++ header file generated by wsdl2h or developed manually to specify the SOAP/XML service operations as function prototypes and the C/C++ data types to be auto-mapped to XML.
The soapcpp2 tool produces C/C++ source files. These files are used to implement SOAP/XML clients and services, and to implement the advanced XML data binding logic to convert C/C++ data into XML and vice versa.
The type of files generated by soapcpp2 are:

File Name Description
soapStub.h A modified and annotated header file produced from the input header file
soapH.h Main header file to be included by all client and service sources
soapC.cpp Serializers and deserializers for the specified data structures
soapClient.cpp Client stub routines for remote operations
soapServer.cpp Service skeleton routines
soapClientLib.cpp Client stubs combined with local static (de)serializers
soapServerLib.cpp Service skeletons combined with local static (de)serializers
soapXYZProxy.h A C++ proxy object (link with soapC.cpp soapClient.cpp)
soapXYZProxy.h With option -i: proxy object (link with soapC.cpp and soapXYZProxy.cpp)
soapXYZProxy.cpp With option -i: proxy code
soapXYZObject.h A C++ server object (link with soapC.cpp and soapServer.cpp)
soapXYZService.h With option -i: server object (link with soapC.cpp and soapXYZService.cpp)
soapXYZService.cpp With option -i: server code
.xsd An ns.xsd file is generated with an XML Schema for each namespace prefix ns used by a data structure in the header file input to the compiler, see Section 7.2.9
.wsdl A ns.wsdl file is generated with an WSDL description for each namespace prefix ns used by a service operation in the header file input to the compiler, see Section 7.2.9
.xml Several SOAP/XML request and response files are generated. These are example message files are valid provided that sufficient schema namespace directives are added to the header file or the generated .nsmap namespace table for the client/service is not modified by hand
.nsmap A ns.nsmap file is generated for each namespace prefix ns used by a service operation in the header file input to the compiler, see Section 7.2.9. The file contains a namespace mapping table that can be used in the client/service sources

Both client and service applications are developed from a header file that specifies the service operations. If client and service applications are developed with the same header file, the applications are guaranteed to be compatible because the stub and skeleton routines use the same serializers and deserializers to encode and decode the parameters. Note that when client and service applications are developed together, an application developer does not need to know the details of the internal SOAP encoding used by the client and service.
The soapClientLib.cpp and soapServerLib.cpp can be used to build (dynamic) client and server libraries. The serialization routines are local (static) to avoid link symbol conflicts. You must create a separate library for SOAP Header and Fault handling, as described in Section 19.36.
The following files are part of the gSOAP package and are required to build client and service applications:

File Name Description
stdsoap2.h Header file of stdsoap2.cpp runtime library
stdsoap2.c Runtime C library with XML parser and run-time support routines
stdsoap2.cpp Runtime C++ library identical to stdsoap2.c

9.1  soapcpp2 Options

The soapcpp2 source-to-source compiler supports the following command-line options:

Option Description
-1 generate SOAP 1.1 bindings
-2 generate SOAP 1.2 bindings
-0 no SOAP bindings, use REST
-C generate client-side code only
-S generate server-side code only
-T generate server auto-test code
-Ec generate extra routines for deep data copying
-Ed generate extra routines for deep data deletion
-Et generate extra routines for data traversals with walker functions
-L do not generate soapClientLib/soapServerLib
-a use SOAPAction with WS-Addressing to invoke server-side operations
-A require SOAPAction to invoke server-side operations
-b serialize byte arrays char[N] as string
-c generate pure C code
-d < path > save sources in directory specified by < path >
-e generate SOAP RPC encoding style bindings
-f N multiple soapC files, with N serializer definitions per file (N ≥ 10)
-h print a brief usage message
-i generate service proxies and objects inherited from soap struct
-j generate C++ service proxies and objects that can share a soap struct
-I < path > use < path > for #import (paths separated with ':' or ';' for windows)
-l generate linkable modules (experimental)
-m generate Matlabtm code for MEX compiler
-n when used with -p, enables multi-client and multi-server builds:
sets compiler option WITH_NONAMESPACES, see Section 9.11
saves the namespace mapping table with name < name > _namespaces instead of namespaces
renames soap_serve() into < name > _serve() and soap_destroy() into < name > _destroy()
-p < name > save sources with file name prefix < name > instead of "soap"
-q < name > use name for the C++ namespace of all declarations
-s generates deserialization code with strict XML validation checks
-t generates code to send typed messages (with the xsi:type attribute)
-u uncomment comments in WSDL/schema output by suppressing XML comments
-v verbose output
-w do not generate WSDL and schema files
-x do not generate sample XML message files
-y include C/C++ type access information in sample XML messages
-z1 compatibility: generate old-style C++ service proxies and objects
-z2 compatibility with 2.7.x: omit XML output for NULL pointers

For example

> soapcpp2 -cd '../projects' -pmy file.h

Saves the sources:

../projects/myH.h
../projects/myC.c
../projects/myClient.c
../projects/myServer.c
../projects/myStub.h

MS Windows users can use the usual "/" for options, for example:

soapcpp2 /cd '..\projects' /pmy file.h

Compiler options c, i, n, l, w can be set in the gSOAP header file using the //gsoapopt directive. For example,

// Generate pure C and do not produce WSDL output:
//gsoapopt cw
int ns__myMethod(char*,char**); // takes a string and returns a string

9.2  SOAP 1.1 Versus SOAP 1.2 and Dynamic Switching

gSOAP supports SOAP 1.1 by default. SOAP 1.2 support is automatically turned on when the appropriate SOAP 1.2 namespace is used, which shows up in the namespace mapping table:

struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://www.w3.org/2003/05/soap-envelope", ... },
   {"SOAP-ENC", "http://www.w3.org/2003/05/soap-encoding, ... "},
   ...
}

Normally the soapcpp2-generated namespace table allows dynamic switching between SOAP 1.1 to SOAP 1.2 by providing the SOAP 1.2 namespace as a pattern in the third column of a namespace table:

struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-encoding"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-envelope"},
   ...
}

where the "*" in the third column of the namespace URI pattern is a meta wildcard. This is used to match and accept inbound namespaces.
This way, gSOAP Web services can respond to either SOAP 1.1 or SOAP 1.2 requests. gSOAP will automatically return SOAP 1.2 responses for SOAP 1.2 requests.
The gSOAP soapcpp2 tool generates a .nsmap file with SOAP-ENV and SOAP-ENC namespace patterns similar to the above. Since clients issue a send first, they will always use SOAP 1.1 for requests when the namespace table is similar as shown above. Clients can accept SOAP 1.2 responses by inspecting the response message.
To use SOAP 1.2 by default and allow SOAP 1.1 messages to be received, use the soapcpp2 -2 option to generate SOAP 1.2 conformant .nsmap and .wsdl files. Alternatively, add the following line to your service definitions header file (generated by wsdl2h) for soapcpp2:

#import "import/soap12.h"

Caution: SOAP 1.2 does not support partially transmitted arrays. So the __offset field of a dynamic array is meaningless.
Caution: SOAP 1.2 requires the use of SOAP_ENV__Code, SOAP_ENV__Reason, and SOAP_ENV__Detail fields in a SOAP_ENV__Fault fault struct, while SOAP 1.1 uses faultcode, faultstring, and detail fields. Use soap_receiver_fault_subcode(struct soap *soap, const char *subcode, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 fault at the server-side with a fault subcode (SOAP 1.2). Use soap_sender_fault_subcode(struct soap *soap, const char *subcode, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 unrecoverable Bad Request fault at the server-side with a fault subcode (SOAP 1.2).

9.3  The soapdefs.h Header File

The soapdefs.h header file is included in stdsoap2.h when compiling with option -DWITH_SOAPDEFS_H:

> c++ -DWITH_SOAPDEFS_H -c stdsoap2.cpp

The soapdefs.h file allows users to include definitions and add includes without requiring changes to stdsoap2.h. You can also specify the header file name to include as a macro SOAPDEFS_h to override the name soapdefs.h:

> c++ -DSOAPDEFS_H=mydefs.h -c stdsoap2.cpp

For example,

// Contents of soapdefs.h
#include < ostream >
#define SOAP_BUFLEN 65536 // use large send/recv buffer

The following header file can now refer to ostream:

extern class ostream; // ostream can't be (de)serialized, but need to be declared to make it visible to gSOAP
class ns__myClass
{ ...
   virtual void print(ostream &s) const; // need ostream here
   ...
};

See also Section 19.3.

9.4  How to Build Modules and Libraries with the #module Directive

The #module directive is used to build modules. A library can be build from a module and linked with multiple Web services applications. The directive should appear at the top of the header file and has the following formats:

#module "name"

and

#module "name" "fullname"

where name must be a unique short name for the module. The name is case insensitive and MUST not exceed 4 characters in length. The fullname, when present, represents the full name of the module.
The rest of the content of the header file includes type declarations and optionally the declarations of service operations and SOAP Headers/Faults. When the gSOAP soapcpp2 compiler processes the header file module, it will generate the source codes for a library. The Web services application that uses the library should use a header file that imports the module with the #import directive.
For example:

/* Contents of module.h */
#module "test"
long;
char*;
struct ns__S
{ ... }

The module.h header file declares a long, char*, and a struct ns__X. The module name is "test", so the gSOAP soapcpp2 compiler produces a testC.cpp file with the (de)serializers for these types. The testC.cpp library can be separately compiled and linked with an application that is built from a header file that imports "module.h" using #import "module.h". You should also compile testClient.cpp when you want to build a library that includes the service opertions that you defined in the module header file.
There are some limitations on a sequence of module imports. A module MUST be imported into another header to use the module content and you MUST place this import statement before all other statements in the file, including other imports (except when these are also modules). It is also advised to put all basic data type definitions in the root module of a module import hierarchy, e.g. using typedef to declare XSD types (see also Section 11.3).
You cannot use a module alone to build a SOAP or XML application. That is, the final gSOAP header file in the import chain SHOULD NOT be a module.
When multiple modules are linked, the types that they declare MUST be declared in one module only to avoid name clashes and link errors. You cannot create two modules that share the same type declaration and link the modules. When necessary, you should consider creating a module hierarchy such that types are declared only once and by only one module when these modules must be linked.

9.5  How to use the #import Directive

The #import directive is used to include gSOAP header files into other gSOAP header files for processing with the gSOAP compiler soapcpp2. The C #include directive cannot be used to include gSOAP header files. The #include directive is reserved to control the post-gSOAP compilation process, see 9.6.
The #import directive is used for two purposes: you can use it to include the contents of a header file into another header file and you can use it to import a module, see 9.4.
An example of the #import directive:

#import "mydefs.gsoap"
int ns__mymethod(xsd__string in, xsd__int *out);

where "mydefs.gsoap" is a gSOAP header file that defines xsd__string and xsd__int:

typedef char *xsd__string;
typedef int xsd__int;

When importing a module, where the module content is declared with #module, then note that this module MUST place the import statement before all other statements in the header file, including other imports (except when these are also modules).

9.6  How to Use #include and #define Directives

The #include and #define directives are normally ignored by the gSOAP soapcpp2 compiler and just passed on to the generated code. Thus, the gSOAP compiler will not actually parse the contents of the header files provided by the #include directives in a header file. Instead, the #include and #define directives will be added to the generated soapH.h header file before any other header file is included. Therefore, #include and #define directives can be used to control the C/C++ compilation process of the sources of an application. However, they have no effect on soapcpp2.
The following example header file refers to ostream by including < ostream > :

#include < ostream >
#define WITH_COOKIES // use HTTP cookie support (you must compile stdsoap2.cpp with -DWITH_COOKIES)
#define WITH_OPENSSL // enable HTTPS/SSL support (you must compile stdsoap2.cpp with -DWITH_OPENSSL)
#define WITH_GNUTLS // enable HTTPS/SSL support (you must compile stdsoap2.cpp with -DWITH_GNUTLS)
#define SOAP_DEFAULT_float FLT_NAN // use NaN instead of 0.0
extern class ostream; // ostream can't be (de)serialized, but need to be declared to make it visible to gSOAP
class ns__myClass
{ ...
   virtual void print(ostream &s) const; // need ostream here
   ...
};

This example also uses #define directives for various settings in the target source code.
Caution: Note that the use of #define in the header file does not automatically result in compiling stdsoap2.cpp with these directives. You MUST use the -DWITH_COOKIES and -DWITH_OPENSSL (or -DWITH_GNUTLS options when compiling stdsoap2.cpp before linking the object file with your codes. As an alternative, you can use #define WITH_SOAPDEFS_H and put the #define directives in the soapdefs.h file.

9.7  Compiling a SOAP/XML Client Application with soapcpp2

After invoking the gSOAP soapcpp2 tool on a header file description of a service, the client application can be compiled on a Linux machine as follows:

> c++ -o myclient myclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp

Or on a Unix machine:

> c++ -o myclient myclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp -lsocket -lxnet -lnsl

(Depending on your system configuration, the libraries libsocket.a, libxnet.a, libnsl.a or dynamic *.so versions of those libraries are required.)
The myclient.cpp file must include soapH.h and must define a global namespace mapping table. A typical client program layout with namespace mapping table is shown below:

// Contents of file "myclient.cpp"
#include "soapH.h";
...
// A service operation invocation:
   soap_call_some_remote_method(...);
...
struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name"}
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns1", "urn:my-remote-method"},
   {NULL, NULL}
};
...

A mapping table is generated by the gSOAP soapcpp2 compiler that can be used in the source, see Section 7.2.9.

9.8  Compiling a SOAP/XML Web Service with soapcpp2

After invoking the gSOAP soapcpp2 tool on a header file description of the service, the server application can be compiled on a Linux machine as follows:

> c++ -o myserver myserver.cpp stdsoap2.cpp soapC.cpp soapServer.cpp

Or on a Unix machine:

> c++ -o myserver myserver.cpp stdsoap2.cpp soapC.cpp soapServer.cpp -lsocket -lxnet -lnsl

(Depending on your system configuration, the libraries libsocket.a, libxnet.a, libnsl.a or dynamic *.so versions of those libraries are required.)
The myserver.cpp file must include soapH.h and must define a global namespace mapping table. A typical service program layout with namespace mapping table is shown below:

// Contents of file "myserver.cpp"
#include "soapH.h";
int main()
{
   soap_serve(soap_new());
}
...
// Implementations of the service operations as C++ functions
...
struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name"}
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns1", "urn:my-remote-method"},
   {NULL, NULL}
};
...

When the gSOAP service is compiled and installed as a CGI application, the soap_serve function acts as a service dispatcher. It listens to standard input and invokes the method via a skeleton routine to serve a SOAP client request. After the request is served, the response is encoded in SOAP and send to standard output. The method must be implemented in the server application and the type signature of the method must be identical to the service operations specified in the header file. That is, the function prototype in the header file must be a valid prototype of the method implemented as a C/C++ function.

9.9  Compiling Web Services and Clients in ANSI C

The gSOAP soapcpp2 compiler can be used to create pure C Web services and clients. The gSOAP stub and skeleton compiler soapcpp2 generates .cpp files by default. The compiler generates .c files with the -c option. However, these files only use C syntax and data types if the header file input to soapcpp2 uses C syntax and data types. For example:

> soapcpp2 -c quote.h
> cc -o quote quote.c stdsoap2.c soapC.c soapClient.c

Warnings will be issued by the compiler when C++ class declarations occur in the header file.

9.10  Limitations of gSOAP

gSOAP is SOAP 1.1 and SOAP 1.2 compliant and supports SOAP RPC and document/literal operations.
From the perspective of the C/C++ language, a few C++ language features are not supported by gSOAP and these features cannot be used in the specification of SOAP service operations.
There are certain limitations for the following C++ language constructs:
STL and STL templates
The gSOAP soapcpp2 compiler supports C++ strings std::string and std::wstring (see Section 11.3.6) and the STL containers std::deque, std::list, std::vector, and std::set, (see Section 11.11.8).
Templates
The gSOAP soapcpp2 compiler is a preprocessor that cannot determine the template instantiations used by the main program, nor can it generate templated code. You can however implement containers similar to the STL containers.
Multiple inheritance
Single class inheritance is supported. Multiple inheritance cannot be supported due to limitations of the SOAP protocol.
Abstract methods
A class must be instantiatable to allow decoding of instances of the class.
Directives
Directives and pragmas such as #include and #define are interpreted by the gSOAP soapcpp2 compiler. However, the interpretation is different compared to the usual handling of directives, see Section 9.6. If necessary, a traditional C++ preprocessor can be used for the interpretation of directives. For example, Unix and Linux users can use "cpp -B" to expand the header file, e.g. cpp -B myfile.h - soapcpp2. Use the gSOAP #import directive to import gSOAP header files, see 9.5.
C and C++ programming statements
All class methods of a class should be declared within the class declaration in the header file, but the methods should not be implemented in code. All class method implementations must be defined within another C++ source file and linked to the application.
The following data types require some attention to ensure they are serialized:
union types
A union data type can not be serialized unless run-time information is associated with a union in a struct/class as discussed in Section 11.7. An alternative is to use a struct with a pointer type for each field. Because NULL pointers are not encoded, the resulting encoding will appear as a union type if only one pointer field is valid (i.e. non-NULL) at the time that the data type is encoded.
void and void* types
The void data type cannot be serialized unless run-time type information is associated with the pointer using a int __type field in the struct/class that contains the void*. The void* data type is typically used to point to some object or to some array of some type of objects at run-time. The compiler cannot determine the type of data pointed to and the size of the array pointed to. A struct or class with a void* field can be augmented to support the (de)serialization of the void* using a int __type field as described in Section 11.9.
Pointers to sequences of elements in memory
Any pointer, except for C strings which are pointers to a sequence of characters, are treated by the compiler as if the pointer points to only one element in memory at run-time. Consequently, the encoding and decoding routines will ignore any subsequent elements that follow the first in memory. For the same reason, arrays of undetermined length, e.g. float a[] cannot be used. gSOAP supports dynamic arrays using a special type convention, see Section 11.11.
Uninitialized pointers
Obviously, all pointers that are part of a data structure must be valid or NULL to enable serialization of the data structure at run time.
There are a number of programming solutions that can be adopted to circumvent these limitations. Instead of using void*, a program can in some cases be modified to use a pointer to a known type. If the pointer is intended to point to different types of objects, a generic base class can be declared and the pointer is declared to point to the base class. All the other types are declared to be derived classes of this base class. For pointers that point to a sequence of elements in memory dynamic arrays should be used instead, see 11.11.

9.11  Library Build Flags

The following macros (#defines) can be used to enable certain optional features when building the libgsoap library or when compiling and linking stdsoap2.c and stdsoap2.cpp:

Macro Description
WITH_SOAPDEFS_H includes the soapdefs.h file for custom settings, see Section 9.3
SOAPDEFS_H the header file to include, if different from soapdefs.h (see above)
WITH_COOKIES enables HTTP cookies, see Sections 19.28 19.29
WITH_OPENSSL enables OpenSSL, see Sections 19.22 19.21
WITH_GNUTLS enables GNUTLS, see Sections 19.22 19.21
WITH_IPV6 enables IPv6 support (compile ALL sources with this macro set)
WITH_IPV6_V6ONLYIPv6-only server option (compile ALL sources with this macro set)
WITH_NO_IPV6_V6ONLYresets IPv6-only server option (compile ALL sources with this macro set)
WITH_TCPFIN use TCP FIN after sends when socket is ready to close
WITH_FASTCGI enables FastCGI, see Sections 19.31
WITH_GZIP enables gzip and deflate compression, see Section 19.27
WITH_ZLIB enables deflate compression only, see Section 19.27
WITH_FAST use faster memory allocation for WITH_LEAN/WITH_LEANER
WITH_NOIO eliminates need for file IO and BSD socket library, see Section 19.33
WITH_NOIDREF eliminates href/ref and id attributes to (de)serialize multi-ref data,
or alternatively use the SOAP_XML_TREE runtime flag
WITH_NOHTTP eliminates HTTP stack to reduce code size
WITH_NOZONE silently ignores the timezone in time conversions, time is local time, not GMT
WITH_LEAN creates a small-footprint executable, see Section 19.32
WITH_LEANER creates an even smaller footprint executable, see Section 19.32
WITH_COMPAT removes dependency on C++ stream libraries, eliminating C++ exceptions
WITH_NONAMESPACESremoves dependence on global namespaces table, MUST set it
explicitly with soap_set_.namespaces()
see also Section 10.4
WITH_PURE_VIRTUAL for C++ abstract service classes with pure virtual methods
WITH_NOEMPTYSTRUCT inserts a dummy member in empty structs to allow compilation
WITH_NOGLOBAL omit SOAP Header and Fault serialization code,
prevents duplicate definitions with generated soapXYZLib code
WITH_NOCDATA do not retain the parsed CDATA sections in literal XML strings (convert)
WITH_CDATA retain the parsed CDATA sections in literal XML strings (no conversion, default)
WITH_C_LOCALE use locale functions when available to ensure locale-independent
number conversions (force the use of C locale)
WITH_CASEINSENSITIVETAGS enable case insensitive XML parsing
WITH_REPLACE_ILLEGAL_UTF8 replaces UTF8 content that is outside the allowed range of XML 1.0

Other compile-time flags:

Macro Description
SOCKET_CLOSE_ON_EXIT prevents a server port from staying in listening mode after exit
by internally setting fcntl(sock, F_SETFD, FD_CLOEXEC)

Compile-time flags to change the default engine settings:

Macro Description
SOAP_BUFLEN the length of the internal message buffer (affects socket comms)
SOAP_TAGLEN maximum length of XML tags and URL domain names (buffering)
SOAP_SSL_RSA_BITS the length of the RSA key (2048 by default)
SOAP_UNKNOWN_CHAR an 8 bit code that represents a character that could not be converted
to an ASCII char (e.g. from Unicode, applicable when SOAP_C_UTFSTRING is off)

Caution: it is important that all of these macros MUST be consistently defined to compile all sources, such as stdsoap2.cpp, soapC.cpp, soapClient.cpp, soapServer.cpp, and all application sources that include stdsoap2.h or soapH.h. If the macros are not consistently used, the application will crash due to a mismatches in the declaration and access of the gSOAP context.

9.12  Run Time Flags

gSOAP provides flags to control the input and output mode settings at runtime. These flags are divided into four categories: transport (IO), content encoding (ENC), XML marshalling (XML), and C/C++ data mapping (C).
Although gSOAP is fully SOAP 1.1 compliant, some SOAP implementations may have trouble accepting multi-reference data and/or require explicit nil data so these flags can be used to put gSOAP in "safe mode". In addition, the embedding (or inlining) of multi-reference data is adopted in the SOAP 1.2 specification, which gSOAP automatically supports when handling with SOAP 1.2 messages.
To set and clear flags for inbound message processing use:

soap_set_imode(soap, inflag);
soap_clr_imode(soap, inflag);

To set and clear the flags for outbound message processing use:

soap_set_omode(soap, outflag);
soap_clr_imode(soap, outflag);

To allocate and initialize a gSOAP context with inbound and outbound flags use:

soap_new2(soap, inflag, outflag);

To initialize an unitialized gSOAP context with inbound and outbound flags use:

soap_init2(soap, inflag, outflag);

The input-mode and output-mode flags for inbound and outbound message processing are:

Flag Description
SOAP_IO_FLUSH in: disable buffering and flush output (default for all file-based output)
SOAP_IO_BUFFER in: enable buffering (default for all socket-oriented connections)
SOAP_IO_STORE in: store entire message to calculate HTTP content length
SOAP_IO_CHUNK out: use HTTP chunking
SOAP_IO_LENGTH out: (internal flag) require apriori calculation of content length
SOAP_IO_KEEPALIVE in&out: attempt to keep socket connections alive (open)
SOAP_IO_UDP in&out: use UDP (datagram) transport, maximum message length is SOAP_BUFLEN
SOAP_ENC_XML out: use plain XML encoding without HTTP headers (useful with SOAP_ENC_ZLIB)
SOAP_ENC_DIME out: use DIME encoding (automatic when DIME attachments are used)
SOAP_ENC_MIME out: use MIME encoding (activate using soap_set_mime)
SOAP_ENC_MTOM out: use MTOM XOP attachments (instead of DIME)
SOAP_ENC_ZLIB out: compress encoding with Zlib (deflate or gzip format)
SOAP_ENC_SSL in&out: encrypt with SSL (automatic with "https:" endpoints)
SOAP_XML_INDENT out: produces indented XML output
SOAP_XML_CANONICAL out: produces canonical XML output
SOAP_XML_DEFAULTNS out: forces output of xmlns="..." default namespace declarations
SOAP_XML_IGNORENS in: ignores the use of XML namespaces in input
SOAP_XML_STRICT in: XML strict validation
SOAP_XML_TREE out: serialize data as XML trees (no multi-ref, duplicate data when necessary)
in: ignore id attributes (do not resolve id-ref)
SOAP_XML_GRAPH out: serialize data as an XML graph with inline multi-ref (SOAP 1.2 default)
SOAP_XML_NIL out: serialize NULL data as xsi:nil attributed elements
SOAP_XML_NOTYPE out: disable xsi:type attributes
SOAP_C_NOIOB in: do not fault with SOAP_IOB
SOAP_C_UTFSTRING in&out: (de)serialize 8-bit strings "as is" (strings MUST have UTF-8 encoded content)
SOAP_C_MBSTRING in&out: enable multibyte character support (depends on locale)
SOAP_C_NILSTRING out: serialize empty strings as nil (ommited element)

The flags can be selectively turned on/off at any time, for example when multiple Web services are accessed by a client that require special treatment.
All flags are orthogonal, except SOAP_IO_FLUSH, SOAP_IO_BUFFER, SOAP_IO_STORE, and SOAP_IO_CHUNK which are enumerations and only one of these I/O flags can be used. Also the XML serialization flags SOAP_XML_TREE and SOAP_XML_GRAPH should not be mixed.
The flags control the inbound and outbound message transport, encoding, and (de)serialization. The following functions are used to set and reset the flags for input and output modes:

Function Description
soap_init2(struct soap *soap, int imode, int omode) Initialize the runtime and set flags
soap_imode(struct soap *soap, int imode) Set all input mode flags
soap_omode(struct soap *soap, int omode) Set all output mode flags
soap_set_imode(struct soap *soap, int imode) Enable input mode flags
soap_set_omode(struct soap *soap, int omode) Enable output mode flags
soap_clr_imode(struct soap *soap, int omode) Disable input mode flags
soap_clr_omode(struct soap *soap, int omode) Disable output mode flags

The default setting is SOAP_IO_DEFAULT for both input and output modes.
For example

struct soap soap;
soap_init2(&soap, SOAP_IO_KEEPALIVE,
   SOAP_IO_KEEPALIVE | SOAP_ENC_ZLIB | SOAP_XML_TREE | SOAP_XML_CANONICAL);
if (soap_call_ns__myMethod(&soap, ...))
...

sends a compressed client request with keep-alive enabled and all data serialized as canonical XML trees.
In many cases, setting the input mode will have no effect, especially with HTTP transport because gSOAP will determine the optimal input buffering and the encoding used for an inbound message. The flags that have an effect on handling inbound messages are SOAP_IO_KEEPALIVE, SOAP_ENC_SSL (but automatic when "https:" endpoints are used or soap_ssl_accept), SOAP_C_NOIOB, SOAP_C_UTFSTRING, and SOAP_C_MBSTRING.
Caution: The SOAP_XML_TREE serialization flag can be used to improve interoperability with SOAP implementations that are not fully SOAP 1.1 compliant. However, a tree serialization will duplicate data when necessary and will crash the serializer for cyclic data structures.
Additional run-time flags to control sockets.
Use the following selection of flags that are OS dependent to control sockets for send/sendto/recv/recvfrom operations:


socket_flags Description
MSG_NOSIGNAL disables sigpipe (check your OS, this is not portable)
MSG_DONTROUTE bypass routing, use direct interface

Use the following selection of flags to set client-side socket connection flags (setsockopt):


connect_flags Description
SO_NOSIGPIPE disables sigpipe (check your OS, this is not portable)
SO_DEBUG turns on recording of debugging information in the underlying protocol modules
SO_BROADCAST permits sending of broadcast messages (e.g. with UDP) when permitted
SO_LINGER set soap.linger_time (set this value as needed)

Use the following selection of flags to set server-side socket connection accept flags (setsockopt):


accept_flags Description
SO_NOSIGPIPE disables sigpipe (check your OS, this is not portable)
SO_DEBUG turns on recording of debugging information in the underlying protocol modules
SO_REUSEADDR reuse bind address immediately (prevents bind reject)
SO_LINGER set soap.linger_time (set this value as needed)

For example, soap.accept_flags = (SO_NOSIGPIPE - SO_LINGER) disables sigpipe signals and set linger time value given by soap.linger_time (zero by default).

9.13  Memory Management

Understanding gSOAP's run-time memory management is important to optimize client and service applications by eliminating memory leaks and/or dangling references.
There are two forms of dynamic (heap) allocations made by gSOAP's runtime for serialization and deserialization of data. Temporary data is created by the runtime such as hash tables to keep pointer reference information for serialization and hash tables to keep XML id/href information for multi-reference object deserialization. Deserialized data is created upon receiving SOAP messages. This data is stored on the heap and requires several calls to the malloc library function to allocate space for the data and new to create class instances. All such allocations are tracked by gSOAP's runtime by linked lists for later deallocation. The linked list for malloc allocations uses some extra space in each malloced block to form a chain of pointers through the malloced blocks. A separate malloced linked list is used to keep track of class instance allocations.
If you want to preserve the deserialized data before deleting a soap context, you can assign management of the data and delegate responsibility of deletion to another soap context using soap_delegate_deletion(struct soap *soap_from, struct soap *soap_to). This moves all deserialized and temporary data to the other soap context soap_to, which will delete its data and all the delegated data it is responsible for when you call soap_destroy and soap_end. This can be particularly useful for making client calls inside a server operation, i.e. a mixed server/client. The client call inside the server operation requires a new soap context, e.g. copied from the server's with soap_copy. Before destroying the client context with soap_free, the data can be delegated to the server's context with soap_delegate_deletion. See samples/mashup/machupserver.c code for an example.
Note that gSOAP does not per se enforce a deallocation policy and the user can adopt a deallocation policy that works best for a particular application. As a consequence, deserialized data is never deallocated by the gSOAP runtime unless the user explicitly forces deallocation by calling functions to deallocate data collectively or individually.
The deallocation functions are:

Function Call Description
soap_destroy(struct soap *soap) Remove all dynamically allocated C++ objects.
must be called before soap_end()
soap_end(struct soap *soap) Remove temporary data and deserialized data except
class instances
soap_free_temp(struct soap *soap) Instead of soap_destroy and soap_end:
remove temporary data only
soap_dealloc(struct soap *soap, void *p) Remove malloced data at p. When p==NULL: remove all
dynamically allocated (deserialized) data except class instances
soap_delete(struct soap *soap, void *p) Remove class instance at p. When p==NULL: remove all
dynamically allocated (deserialized) class instances
(this is identical to calling soap_destroy(struct soap *soap))
soap_unlink(struct soap *soap, void *p) Unlink data/object at p from gSOAP's deallocation chain
so gSOAP won't deallocate it
soap_done(struct soap *soap) Detach context (reset runtime context)
soap_free(struct soap *soap) Detach and free context (allocated with soap_new)

Temporary data (i.e. the hash tables) are automatically removed with calls to the soap_free_temp function which is also made by soap_end and soap_done or when the next call to a stub or skeleton routine is made to send a message or receive a message. Deallocation of non-class based data is straightforward: soap_end removes all dynamically allocated deserialized data (data allocated with soap_malloc. That is, when the client/service application does not use any class instances that are (de)marshalled, but uses structs, arrays, etc., then calling the soap_end function is safe to remove all deserialized data. The function can be called after processing the deserialized data of a service operation call or after a number of service operation calls have been made. The function is also typically called after soap_serve, when the service finished sending the response to a client and the deserialized client request data can be removed.
Individual data objects can be unlinked from the deallocation chain if necessary, to prevent deallocation by the collective soap_end or soap_destroy functions.

9.13.1  Memory Allocation and Management Policies

There are three situations to consider for memory deallocation policies for class instances:
  1. the program code deletes the class instances and the class destructors in turn SHOULD delete and free any dynamically allocated data (deep deallocation) without calling the soap_end and soap_destroy functions,
  2. or the class destructors SHOULD NOT deallocate any data and the soap_end and soap_destroy functions can be called to remove the data.
  3. or the class destructors SHOULD mark their own deallocation and mark the deallocation of any other data deallocated by it's destructors by calling the soap_unlink function. This allows soap_destroy and soap_end to remove the remaining instances and data without causing duplicate deallocations.
It is advised to use pointers to class instances that are used within other structs and classes to avoid the creation of temporary class instances during deserialization. The problem with temporary class instances is that the destructor of the temporary may affect data used by other instances through the sharing of data parts accessed with pointers. Temporaries and even whole copies of class instances can be created when deserializing SOAP multi-referenced objects. A dynamic array of class instances is similar: temporaries may be created to fill the array upon deserialization. To avoid problems, use dynamic arrays of pointers to class instances. This also enables the exchange of polymorphic arrays when the elements are instances of classes in an inheritance hierarchy. In addition, allocate data and class instances with soap_malloc and soap_new_X functions (more details below).
To summarize, it is advised to pass class data types by pointer to a service operation. For example:

class X { ... };
ns__remoteMethod(X *in, ...);

Response elements that are class data types can be passed by reference, as in:

class X { ... };
class ns__remoteMethodResponse { ... };
ns__remoteMethod(X *in, ns__remoteMethodResponse &out);

But dynamic arrays declared as class data types should use a pointer to a valid object that will be overwritten when the function is called, as in:

typedef int xsd__int;
class X { ... };
class ArrayOfint { xsd__int *__ptr; int __size; };
ns__remoteMethod(X *in, ArrayOfint *out);

Or a reference to a valid or NULL pointer, as in:

typedef int xsd__int;
class X { ... };
class ArrayOfint { xsd__int *__ptr; int __size; };
ns__remoteMethod(X *in, ArrayOfint *&out);

The gSOAP memory allocation functions can be used in client and/or service code to allocate temporary data that will be automatically deallocated. These functions are:

Function Call Description
void *soap_malloc(struct soap *soap, size_t n) return pointer to n bytes
Class *soap_new_Class(struct soap *soap) instantiate Class
Class *soap_new_Class(struct soap *soap, int n) instantiate array of n objects
Class *soap_new_set_Class(struct soap *soap, m1, ..., mn) instantiate and set members mi
Class *soap_new_req_Class(struct soap *soap, m1, ..., mn) instantiate and set required-only mi

The soap_new_X functions are generated by the gSOAP soapcpp2 compiler for every class X in the header file.
Space allocated with soap_malloc will be released with the soap_end and soap_dealloc functions. All objects instantiated with soap_new_X(struct soap*) are removed altogether with soap_destroy(struct soap*). To remove just a single object, use soap_delete_X(struct soap*, X*).
For example, the following service uses temporary data in the service operation implementation:

int main()
{ ...
   struct soap soap;
   soap_init(&soap);
   soap_serve(&soap);
   soap_end(&soap);
   ...
}

An example service operation that allocates a temporary string is:

int ns__itoa(struct soap *soap, int i, char **a)
{
   *a = (char*)soap_malloc(soap, 11);
   sprintf(*a, "%d", i);
   return SOAP_OK;
}

This temporary allocation can also be used to allocate strings for the SOAP Fault data structure. For example:

int ns__mymethod(...)
{ ...
   if (exception)
   {
      char *msg = (char*)soap_malloc(soap, 1024); // allocate temporary space for detailed message
      sprintf(msg, "...", ...); // produce the detailed message
      return soap_receiver_fault(soap, "An exception occurred", msg); // return the server-side fault
   }
   ...
}

Use soap_receiver_fault(struct soap *soap, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 fault at the server-side. Use soap_sender_fault(struct soap *soap, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 unrecoverable Bad Request fault at the server-side. Sending clients are not supposed to retry messages after a Bad Request, while errors at the receiver-side indicate temporary problems.
The above functions do not include a SOAP 1.2 Subcode element. To include Subcode element, use soap_receiver_fault_subcode(struct soap *soap, const char *subcode, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 fault with Subcode at the server-side. Use soap_sender_fault_subcode(struct soap *soap, const char *subcode, const char *faultstring, const char *detail) to set a SOAP 1.1/1.2 unrecoverable Bad Request fault with Subcode at the server-side.
gSOAP provides a function to duplicate a string into gSOAP's memory space:

char *soap_strdup(struct soap *soap, const char *s)

The function allocates space for s with soap_malloc, copies the string, and returns a pointer to the duplicated string. When s is NULL, the function does not allocate and copy the string and returns NULL.

9.13.2  Intra-Class Memory Management

When a class declaration has a struct soap * field, this field will be set to point to the current gSOAP runtime context by gSOAP's deserializers and by the soap_new_Class functions. This simplifies memory management for class instances. The struct soap* pointer is implicitly set by the gSOAP deserializer for the class or explicitly by calling the soap_new_X function for class X. For example:

class Sample
{ public:
   struct soap *soap; // reference to gSOAP's run-time
   ...
   Sample();
   ~Sample();
};

The constructor and destructor for class Sample are:

Sample::Sample()
{ this->soap = NULL;
}
Sample::~Sample()
{ soap_unlink(this->soap, this);
}

The soap_unlink() call removes the object from gSOAP's deallocation chain. In that way, soap_destroy can be safely called to remove all class instances. The following code illustrates the explicit creation of a Sample object and cleanup:

struct soap *soap = soap_new(); // new gSOAP runtime
Sample *obj = soap_new_Sample(soap); // new Sample object with obj->soap set to runtime
...
delete obj; // also calls soap_unlink to remove obj from the deallocation chain
soap_destroy(soap); // deallocate all (other) class instances
soap_end(soap); // clean up

Here is another example:

class ns__myClass
{ ...
   struct soap *soap; // set by soap_new_ns__myClass()
   char *name;
   void setName(const char *s);
   ...
};

Calls to soap_new_ns__myClass(soap) will set the soap field in the class instance to the current gSOAP context. Because the deserializers invoke the soap_new functions, the soap field of the ns__myClass instances are set as well. This mechanism is convenient when Web Service methods need to return objects that are instantiated in the methods. For example

int ns__myMethod(struct soap *soap, ...)
{
   ns__myClass *p = soap_new_ns__myClass(soap);
   p->setName("SOAP");
   return SOAP_OK;
}
void ns__myClass::ns__setName(const char *s)
{
   if (soap)
      name = (char*)soap_malloc(soap, strlen(s)+1);
   else 
      name = (char*)malloc(strlen(s)+1);
   strcpy(name, s);
}
ns__myClass::ns__myClass()
{
   soap = NULL;
   name = NULL;
}
ns__myClass::~ns__myClass()
{
   if (!soap && name) free(name);
   soap_unlink(soap, this);
}

Calling soap_destroy right after soap_serve in the Web Service will destroy all dynamically allocated class instances.

9.14  Debugging

To activate debugging and message logging, set the #define DEBUG macro on the compiler's command line (typically as a compiler option -DDEBUG) or in stdsoap2.h, and recompile your code together with stdsoap2.c or stdsoap2.cpp (instead of libgsoap). When using libgsoap and libgsoap++, reinstall the software with \.configure using option -enable-debug.
When your client and server applications run, they will log their activity in three separate files:

File Description
SENT.log The SOAP content transmitted by the application
RECV.log The SOAP content received by the application
TEST.log A log containing various activities performed by the application

Caution: The client and server applications may run slow due to the logging activity.
Hint: Set macro DEBUG_STAMP instead of DEBUG to add time stamps to TEST.log. This works on platforms supporting the gettimeofday function.
Caution: When installing a CGI application on the Web with debugging activated, the log files may sometimes not be created due to file access permission restrictions imposed on CGI applications. To get around this, create empty log files with universal write permissions. Be careful about the security implication of this.
You can test a service CGI application without deploying it on the Web. To do this, create a client application for the service and activate message logging by this client. Remove any old SENT.log file and run the client (which connects to the Web service or to another dummy, but valid address) and copy the SENT.log file to another file, e.g. SENT.tst. Then redirect the SENT.tst file to the service CGI application. For example,

> ./myservice.cgi < SENT.tst

This should display the service response on the terminal.
The file names of the log files and the logging activity can be controlled at the application level. This allows the creation of separate log files by separate services, clients, and threads. For example, the following service logs all SOAP messages (but no debug messages) in separate directories:

struct soap soap;
soap_init(&soap);
...
soap_set_recv_logfile(&soap, "logs/recv/service12.log"); // append all messages received in /logs/recv/service12.log
soap_set_sent_logfile(&soap, "logs/sent/service12.log"); // append all messages sent in /logs/sent/service12.log
soap_set_test_logfile(&soap, NULL); // no file name: do not save debug messages
...
soap_serve(&soap);
...

Likewise, messages can be logged for individual client-side service operation calls.

9.15  Generating an Auto Test Server for Client Testing

The soapcpp2 -T option generates an auto-test server application in soapTester.cpp, which is to be compiled and linked with the code generated for a server implementation, i.e. soapServer.cpp (or with the generated server object class) and soapC.cpp. The feature also supports C, so use the soapcpp2 -c option to generate C.
The auto-test server can be used to test a client application. Suppose the generated code is compiled into the executable named tester (compile soapServer.cpp, soapC.cpp, and stdsoap2.cpp or link libgsoap++). We can use the IO redirect to "send" it a message saved in a file, for example one of the sample request messages generated by soapcpp2:

> ./tester < example.req.xml

which then returns the response with default XML values displayed on the terminal.
To run the auto test service on a port to test a client against, use two command-line arguments. The first argument is the OR-ed values of the gSOAP runtime context flags such as SOAP_IO_KEEPALIVE (0x10 = 16) and the second argument is the port number:

> ./tester 16 8080

This starts an iterative stand-alone server on port 8080. This way, messages can be sent to http://localhost:8080 to test the client. The data in the response messages are copied from the request messages when possible, or XML default values, or empty otherwise.

9.16  Generating Deep Copy and Deletion Code

The soapcpp2 -Ec option generates deep copy code for each type T:
T * soap_dup_T(struct soap*, T *dst, const T *src) deep copy src into dst, replicating all deep cycles and shared pointers when a managing soap context is provided as argument. When dst is NULL, allocates space for dst. Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination. Use flag SOAP_XML_TREE with managing context to copy into a tree without cycles and pointers to shared objects. Returns dst (or allocated space when dst is NULL).
For classes T, also a deep copy method is generated with option -Ec:
virtual T * T::soap_dup(struct soap*) const returns a duplicate of this object by deep copying, replicating all deep cycles and shared pointers when a managing soap context is provided as argument. Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination. Use flag SOAP_XML_TREE with managing context to copy into a tree without cycles and pointers to shared objects.
The soapcpp2 -Ed option generates deep deletion code for each type T:
void soap_del_T(const T*) deletes all heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data). Can be safely used after soap_dup(NULL) to delete the deep copy. Does not delete the object itself.
For classes T, also a deep deletion method is generated with option -Ed:
virtual void T::soap_del() const deletes all heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data).Can be safely used after soap_dup(NULL) to delete the deep copy. Does not delete the object itself.

9.17  Required Libraries

  • The socket library is essential and requires the inclusion of the appropriate libraries with the compile command for Sun Solaris systems:

    > c++ -o myclient myclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp -lsocket -lxnet -lnsl

    These library loading options are not required with Linux.
  • The gSOAP runtime uses the math library for the NaN, INF, and -INF floating point representations. The library is not strictly necessary and the < math.h > header file import can be commented out from the stdsoap2.h header file. The application can be linked without the -lm math library e.g. under Sun Solaris:

    > c++ -o myclient myclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp -lsocket -lxnet -lnsl

10  The gSOAP Service Operation Specification Format

A service operation is specified as a C/C++ function prototype in a header file. The function is REQUIRED to return int, which is used to represent a SOAP error code, see Section 10.2. Multiple service operations MAY be declared together in one header file.
The general format of a service operation specification is:

[int] [namespace_prefix__]method_name([inparam1, inparam2, ...,] outparam);

where
namespace_prefix__
is the optional namespace prefix of the method (see identifier translation rules 10.3)
method_name
it the service operation name (see identifier translation rules 10.3)
inparam
is the declaration of an input parameter of the service operation
outparam
is the declaration of the output parameter of the service operation
This simple form can only pass a single, non-struct and non-class type output parameter. See 10.1 for passing multiple output parameters. The name of the declared function namespace_prefix__ method_name must be unique and cannot match the name of a struct, class, or enum declared in the same header file.
The method request is encoded in SOAP as an XML element and the namespace prefix, method name, and input parameters are encoded using the format:

<[namespace-prefix:]method_name xsi:type="[namespace-prefix:]method_name>
<inparam-name1 xsi:type="...">...</inparam-name1>
<inparam-name2 xsi:type="...">...</inparam-name2>
...
</[namespace-prefix:]method_name>

where the inparam-name accessors are the element-name representations of the inparam parameter name declarations, see Section 10.3. (The optional parts are shown enclosed in [].)
The XML response by the Web service is of the form:

<[namespace-prefix:]method-nameResponse xsi:type="[namespace-prefix:]method-nameResponse>
<outparam-name xsi:type="...">...</outparam-name>
</[namespace-prefix:]method-nameResponse>

where the outparam-name accessor is the element-name representation of the outparam parameter name declaration, see Section 10.3. By convention, the response element name is the method name ending in Response. See 10.1 on how to change the declaration if the service response element name is different.
The gSOAP soapcpp2 tool generates a stub routine for the service operation. This stub is of the form:

int soap_call_[namespace_prefix__]method_name(struct soap *soap, char *URL, char *action, [inparam1, inparam2, ...,] outparam);

This proxy can be called by a client application to perform the service operation call.
The gSOAP soapcpp2 tool generates a skeleton routine for the service operation. The skeleton function is:

int soap_serve_[namespace_prefix__]method_name(struct soap *soap);

The skeleton routine, when called by a service application, will attempt to serve a request on the standard input. If no request is present or if the request does not match the method name, SOAP_NO_METHOD is returned. The skeleton routines are automatically called by the generated soap_serve routine that handles all requests.

10.1  Service Operation Parameter Passing

The input parameters of a service operation MUST be passed by value. Input parameters cannot be passed by reference with the & reference operator, but an input parameter value MAY be passed by a pointer to the data. Of course, passing a pointer to the data is preferred when the size of the data of the parameter is large. Also, to pass instances of (derived) classes, pointers to the instance need to be used to avoid passing the instance by value which requires a temporary and prohibits passing derived class instances. When two input parameter values are identical, passing them using a pointer has the advantage that the value will be encoded only once as multi-reference (hence, the parameters are aliases). When input parameters are passed using a pointer, the data pointed to will not be modified by the service operation and returned to the caller.
The output parameter MUST be passed by reference using & or by using a pointer. Arrays are passed by reference by default and do not require the use of the reference operator &.
The input and output parameter types have certain limitations, see Section 9.10
If the output parameter is a struct or class type, it is considered a service operation response element instead of a simple output parameter value. That is, the name of the struct or class is the name of the response element and the struct or class fields are the output parameters of the service operation, see also 7.1.7. Hence, if the output parameter has to be a struct or class, a response struct or class MUST be declared as well. In addition, if a service operation returns multiple output parameters, a response struct or class MUST be declared. By convention, the response element is the service operation name ending with "Response".
The general form of a response element declaration is:

struct [namespace_prefix__]response_element_name
{
   outparam1;
   outparam2;
   ...
};

where
namespace_prefix__
is the optional namespace prefix of the response element (see identifier translation rules 10.3)
response_element_name
it the name of the response element (see identifier translation rules 10.3)
outparam
is the declaration of an output parameter of the service operation
The general form of a service operation specification with a response element declaration for (multiple) output parameters is:

[int] [namespace_prefix__]method_name([inparam1, inparam2, ...,] struct [namespace_prefix__]response_element_name {outparam1[, outparam2, ...]} &anyparam);

The choice of name for anyparam has no effect on the SOAP encoding and decoding and is only used as a place holder for the response.
The method request is encoded in SOAP as an independent element and the namespace prefix, method name, and input parameters are encoded using the format:

<[namespace-prefix:]method-name xsi:type="[namespace-prefix:]method-name>
<inparam-name1 xsi:type="...">...</inparam-name1>
<inparam-name2 xsi:type="...">...</inparam-name2>
...
</[namespace-prefix:]method-name>

where the inparam-name accessors are the element-name representations of the inparam parameter name declarations, see Section 10.3. (The optional parts resulting from the specification are shown enclosed in [].)
The method response is expected to be of the form:

<[namespace-prefix:]response-element-name xsi:type="[namespace-prefix:]response-element-name>
<outparam-name1 xsi:type="...">...</outparam-name1>
<outparam-name2 xsi:type="...">...</outparam-name2>
...
</[namespace-prefix:]response-element-name>

where the outparam-name accessors are the element-name representations of the outparam parameter name declarations, see Section 10.3. (The optional parts resulting from the specification are shown enclosed in [].)
The input and/or output parameters can be made anonymous, which allows the deserialization of requests/responses with different parameter names as is endorsed by the SOAP 1.1 specification, see Section 7.1.13.

10.2  Error Codes

The error codes returned by the stub and skeleton routines are listed below.

Code Description
SOAP_OK No error
SOAP_CLI_FAULT* The service returned a client fault (SOAP 1.2 Sender fault)
SOAP_SVR_FAULT* The service returned a server fault (SOAP 1.2 Receiver fault)
SOAP_TAG_MISMATCH An XML element didn't correspond to anything expected
SOAP_TYPE An XML Schema type mismatch
SOAP_SYNTAX_ERROR An XML syntax error occurred on the input
SOAP_NO_TAG Begin of an element expected, but not found
SOAP_IOB Array index out of bounds
SOAP_MUSTUNDERSTAND* An element needs to be ignored that need to be understood
SOAP_NAMESPACE Namespace name mismatch (validation error)
SOAP_FATAL_ERROR Internal error
SOAP_USER_ERROR User error (reserved for soap.user usage
SOAP_FAULT An exception raised by the service
SOAP_NO_METHOD The dispatcher did not find a matching operation for a request
SOAP_NO_DATA No data in HTTP message
SOAP_GET_METHOD HTTP GET operation not handled, see Section 19.10
SOAP_EOM Out of memory
SOAP_MOE Memory overflow/corruption error (DEBUG mode)
SOAP_NULL An element was null, while it is not supposed to be null
SOAP_DUPLICATE_ID Element's ID duplicated (multi-ref encoding)
SOAP_MISSING_ID Element ID missing for an href/ref (multi-ref encoding)
SOAP_HREF Reference to object is incompatible with the object refered to
SOAP_UTF_ERROR An UTF-encoded message decoding error occured
SOAP_UDP_ERROR Message too large to store in UDP packet
SOAP_TCP_ERROR A connection error occured
SOAP_HTTP_ERROR An HTTP error occured
SOAP_NTLM_ERROR An NTLM authentication handshake error occured
SOAP_SSL_ERROR An SSL error occured
SOAP_ZLIB_ERROR A Zlib error occured
SOAP_PLUGIN_ERROR Failed to register plugin
SOAP_MIME_ERROR MIME parsing error
SOAP_MIME_HREF MIME attachment has no href from SOAP body error
SOAP_MIME_END End of MIME attachments protocol error
SOAP_DIME_ERROR DIME formatting error or DIME size exceeds SOAP_MAXDIMESIZE
SOAP_DIME_END End of DIME attachments protocol error
SOAP_DIME_HREF DIME attachment has no href from SOAP body
(and no DIME callbacks were defined to save the attachment)
SOAP_DIME_MISMATCH DIME version/transmission error
SOAP_VERSIONMISMATCH* SOAP version mismatch or no SOAP message
SOAP_DATAENCODINGUNKNOWN SOAP 1.2 DataEncodingUnknown fault
SOAP_REQUIRED Attributed required validation error
SOAP_PROHIBITED Attributed prohibited validation error
SOAP_OCCURS Element minOccurs/maxOccurs validation error
SOAP_LENGTH Element length validation error
SOAP_FD_EXCEEDED Too many open sockets
(for non-win32 systems not supporting poll())
SOAP_EOF Unexpected end of file, no input, or timeout receiving data
SOAP_ERR Error (for internal use)

The error codes that are returned by a stub routine (proxy) upon receiving a SOAP Fault from the server are marked (*). The remaining error codes are generated by the proxy itself as a result of problems with a SOAP payload. The error code is SOAP_OK when the service operation call was successful (the SOAP_OK predefined constant is guaranteed to be 0). The error code is also stored in soap.error, where soap is a variable that contains the current runtime context. The function soap_print_fault(struct soap *soap, FILE *fd) can be called to display an error message on fd where current value of the soap.error variable is used by the function to display the error. The function soap_print_fault_location(struct soap *soap, FILE *fd) prints the location of the error if the error is a result from parsing XML. Use soap_sprint_fault(struct soap*, char *buf, size_t len) to print the error to a string.
A service operation implemented in a SOAP service MUST return an error code as the function's return value. SOAP_OK denotes success and SOAP_FAULT denotes an exception. The exception details can be assigned with the soap_receiver_fault(struct soap *soap, const char *faultstring, const char *detail) which sets the strings soap.fault->faultstring and soap.fault->detail for SOAP 1.1, and soap.fault->SOAP_ENV__Reason and soap.fault->SOAP_ENV__Detail for SOAP 1.2, where soap is a variable that contains the current runtime context, see Section 12. A receiver error indicates that the service can't handle the request, but can possibly recover from the error. To return an unrecoverable SOAP 1.1/1.2 error, use soap_sender_fault(struct soap *soap, const char *faultstring, const char *detail).
To return a HTTP error code a service method can simply return the HTTP error code number. For example, return 404; returns a "404 Not Found" HTTP error back to the client. The soap.error is set to the HTTP error code at the client side. The HTTP 1.1 error codes are:

# Error
201 Created
202 Accepted
203 Non-Authoritative Information
204 No Content
205 Reset Content
206 Partial Content
300 Multiple Choices
301 Moved Permanently
302 Found
303 See Other
304 Not Modified
305 Use Proxy
307 Temporary Redirect
400 Bad Request
401 Unauthorized
402 Payment Required
403 Forbidden
404 Not Found
405 Method Not Allowed
406 Not Acceptable
407 Proxy Authentication Required
408 Request Time-out
409 Conflict
410 Gone
411 Length Required
412 Precondition Failed
413 Request Entity Too Large
414 Request-URI Too Large
415 Unsupported Media Type
416 Requested range not satisfiable
417 Expectation Failed
500 Internal Server Error
501 Not Implemented
502 Bad Gateway
503 Service Unavailable
504 Gateway Time-out
505 HTTP Version not supported

The error codes are given for informational purposes only. The HTTP protocol requires the proper actions after an error is issued. gSOAP's HTTP 1.0/1.1 handling is automatic.

10.3  C/C++ Identifier Name to XML Tag Name Mapping

One of the "secrets" behind the power and flexibility of gSOAP's encoding and decoding of service operation names, class names, type identifiers, and struct or class fields is the ability to specify namespace prefixes with these names that are used to denote their encoding style. More specifically, a C/C++ identifier name of the form

[namespace_prefix__]element_name

where the prefix and the element name are separated by double underscores will be encoded in XML as

<[namespace-prefix:]element-name ...>

The underscore pair (__) separates the namespace prefix from the element name. Each namespace prefix has a namespace URI specified by a namespace mapping table 10.4, see also Section 7.1.2. The namespace URI is a unique identification that can be associated with the service operations and data types. The namespace URI disambiguates potentially identical service operation names and data type names used by disparate organizations.
XML element names are NCNames (restricted strings) that MAY contain hyphens, dots, and underscores. The special characters in the XML element names of service operations, structs, classes, typedefs, and fields can be controlled using the following conventions: A single underscore in a namespace prefix or identifier name is replaced by a hyphen (-) in the XML element name. For example, the identifier name SOAP_ENC__ur_type is represented in XML as SOAP-ENC:ur-type. The sequence _DOT is replaced by a dot (.), and the sequence _USCORE is replaced by an underscore (_) in the corresponding XML element name. For example:

class n_s__biz_DOTcom
{
   char *n_s__biz_USCOREname;
};

is encoded in XML as:

<n-s:biz.com xsi:type="n-s:biz.com">
   <n-s:biz_name xsi:type="string">Bizybiz</n-s:biz_name>
</n-s:biz.com>

Trailing underscores of an identifier name are not translated into the XML representation. This is useful when an identifier name clashes with a C++ keyword. For example, return is often used as an accessor name in a SOAP response element. The return element can be specified as return_ in the C++ source code. Note that XML should be treated as case sensitive, so the use of e.g. Return may not always work to avoid a name clash with the return keyword. The use of trailing underscores also allows for defining structs and classes with essentially the same XML Schema type name, but that have to be distinguished as seperate C/C++ types.
For decoding, the underscores in identifier names act as wildcards. An XML element is parsed and matches the name of an identifier if the name is identical to the element name (case insensitive) and the underscores in the identifier name are allowed to match any character in the element name. For example, the identifier name I_want__soap_fun_the_bea___DOTcom matches the element name I-want:SOAP4fun@the-beach.com.
By default, soapcpp2 generates data bindings in which all XML elements are and attributes are unqualified:

//gsoap x schema namespace: urn:x
struct x__record
{
   @char * type;
   char * name;
};

where the name element and the type attribute are unqualified in the XML content (for example to facilitate SOAP RPC encoding).
The rules for SOAP services that are document style are different:

//gsoap x schema namespace: urn:x
//gsoap x service style: document
struct x__record
{
   @char * type;
   char * name;
};

where x is associated with a service. For document style all elements are qualified and attributes are unqualified.
To force qualification of elements and attributes, use the "form" directive:

//gsoap x schema namespace: urn:x
//gsoap x schema form: qualified
struct x__record
{
   @char * type;
   char * name;
};

You can also use "elementForm" and "attributeForm" directives to (un)qualify element and attributes of the schema, respectively.
Because the soapcpp2-generated serializers follow the qualified/unqualified forms of the schemas, there is normally no need to explicitly qualify struct/class members because automatic encoding rules will be used.
If explicit qualification is needed, this can be done using the prefix convention:

//gsoap x schema namespace: urn:x
//gsoap y schema namespace: urn:y
struct x__record
{
   @char * xsi__type;
   char * y__name;
};

which ensures that there cannot be any name clashes between members of the same name defined in different schemas (consider for example name and y__name), but this can clutter the representation when clashes do not occur.
An alternative to the prefix convention is the use of "colon notation" in the gSOAP header file. This deviation from the C/C++ syntax allows you to bind type names and struct and class members to qualified and unqualified XML tag names explicitly, thus bypassing the default mechanism that automatically qualifies or unqualifies element and attribute tag names based on the schema element/attribute form.
The colon notation for type names, struct/class names and members overrides the prefix qualification rules explicitly:

//gsoap x schema namespace: urn:x
//gsoap y schema namespace: urn:y
struct x:record
{
   @char * xsi:type;
   char * y:name;
};

where x and y are namespace prefixes that MUST be declared with a directive. The xsi:type member is an XML attribute in the xsi namespace. The soapcpp2 tool maps this to the following struct without the annotations:

// This code is generated from the above by soapcpp2 in soapStub.h:
struct record
{
   char *type; /* optional attribute of type xsd:string */
   char *name; /* optional element of type xsd:string */
};

The soapcpp2 tool also generates XML schemas with element and attribute references. That is, y:name is referenced from the y schema by the x:record complexType defined in the x schema.
The colon notation also allows you to override the element/attribute form to unqualified for qualified schemas:

//gsoap x schema namespace: urn:x
//gsoap x schema form: qualified
struct x:record
{
   @char * :type;
   char * :name;
};

where the colon notation ensures that both type and name are unqualified in the XML content, which overrides the default qualified forms of the x schema.
Note that the use of colon notation to bind namespace prefixes to type names (typedef, enum, struct, and class names) translates to code without the prefixes. This means that name clashes can occur between types with identical unquaified names:

enum x:color { RED, WHITE, BLUE };
enum y:color { YELLOW, ORANGE }; // illegal enum name: name clash with x:color

while prefixing with double underscores never lead to clashes:

enum x__color { RED, WHITE, BLUE };
enum y__color { YELLOW, ORANGE }; // no name clash

Also note that colon notation has a very different role than the C++ scope operator ::. The scope operator cannot be used in places where we need colon notation, such as struct/class member fields.
The default mechanism that associates XML tag names with the names of struct and class member fields can be overriden by "retagging" names with the annotation of `tag` placed next to the member field name. This is particularly useful to support legacy code for which the fixed naming of member fields cannot be easily changed. For example:

//gsoap x schema namespace: urn:x
//gsoap x schema form: qualified
struct x:record
{
   @char * t`type`;
   char * s`full-name`;
};

This maps the t member to the x:type XML attribute tag and s member to the x:full-name XML element tag. Note that both tags are namespace qualified as per schema declaration.
As of gSOAP 2.8.23, Unicode characters in C/C++ identifiers are accepted by soapcpp2 when the source file is encoded in UTF8. C/C++ Unicode names are mapped to Unicode XML tags. For C/C++ source code portability reasons, the wsdl2h tool still converts Unicode XML tag names to ASCII C/C++ identifiers using the _xHHHH naming convention for HHHH character code points. Option wsdl2h -U maps Unicode letters in XML tag names to UTF8-encoded Unicode letters in C/C++ identifiers.

10.4  Namespace Mapping Table

A namespace mapping table MUST be defined by clients and service applications. The mapping table is used by the serializers and deserializers of the stub and skeleton routines to produce a valid SOAP payload and to validate an incoming SOAP payload. A typical mapping table is shown below:

struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name"}
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, // MUST be first
   {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, // MUST be second
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"}, // MUST be third
   {"xsd", "http://www.w3.org/2001/XMLSchema"}, // Required for XML Schema types
   {"ns1", "urn:my-service-URI"}, // The namespace URI of the service operations
   {NULL, NULL} // end of table
};

Each namespace prefix used by a identifier name in the header file specification (see Section 10.3) MUST have a binding to a namespace URI in the mapping table. The end of the namespace mapping table MUST be indicated by the NULL pair. The namespace URI matching is case insensitive. A namespace prefix is distinguished by the occurrence of a pair of underscores (__) in an identifier.
An optional namespace pattern MAY be provided with each namespace mapping table entry. The patterns provide an alternative namespace matching for the validation of decoded SOAP messages. In this pattern, dashes (-) are single-character wildcards and asterisks (*) are multi-character wildcards. For example, to decode different versions of XML Schema type with different authoring dates, four dashes can be used in place of the specific dates in the namespace mapping table pattern:

struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name", "ns-name validation pattern"}
...
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/----/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/----/XMLSchema"},
...

Or alternatively, asterisks can be used as wildcards for multiple characters:

struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name", "ns-name validation pattern"}
...
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema"},
...

A namespace mapping table is automatically generated together with a WSDL file for each namespace prefix that is used for a service operation specified in the header file. This namespace mapping table has entries for all namespace prefixes. The namespace URIs need to be filled in. These appear as http://tempuri.org in the table. See Section 19.2 on how to specify the namespace URIs in the header file.
For decoding elements with namespace prefixes, the namespace URI associated with the namespace prefix (through the xmlns attribute of an XML element) is searched from the beginning to the end in a namespace mapping table, and for every row the following tests are performed as part of the validation process:
  1. the string in the second column matches the namespace URI (case insensitive)
  2. the string in the optional third column matches the namespace URI (case insensitive), where - is a one-character wildcard and * is a multi-character wildcard
When a match is found, the namespace prefix in the first column of the table is considered semantically identical to the namespace prefix used by the XML element to be decoded, though the prefix names may differ. A service will respond with the namespace that it received from a client in case it matches a pattern in the third column.
For example, let's say we have the following structs:

struct a__elt { ... };
struct b__elt { ... };
struct k__elt { ... };

and a namespace mapping table in the program:

struct Namespace namespaces[] =
{   // {"ns-prefix", "ns-name", "ns-name validation pattern"}
...
   {"a", "some uri"},
   {"b", "other uri"},
   {"c", "his uri", "* uri"},
...

Then, the following XML elements will match the structs:

<n:elt xmlns:n="some URI">       matches the struct name a__elt
...
<m:elt xmlns:m="other URI">       matches the struct name b__elt
...
<k:elt xmlns:k="my URI">       matches the struct name c__elt
...

The response of a service to a client request that uses the namespaces listed above, will include my URI for the name space of element k.
It is possible to use a number of different namespace tables and select the one that is appropriate. For example, an application might contact many different Web services all using different namespace URIs. If all the URIs are stored in one table, each service operation invocation will dump the whole namespace table in the SOAP payload. There is no technical problem with that, but it can be ugly when the table is large. To use different namespace tables, declare a pointer to a table and set the pointer to a particular table before service operation invocation. For example:

struct Namespace namespacesTable1[] = { ... };
struct Namespace namespacesTable2[] = { ... };
struct Namespace namespacesTable3[] = { ... };
struct Namespace *namespaces;
...
struct soap soap;
...
soap_init(&soap);
soap_set_namespaces(&soap, namespaceTable1);
soap_call_remote_method(&soap, URL, Action, ...);
...

11  gSOAP Serialization and Deserialization Rules

This section describes the serialization and deserialization of C and C++ data types for SOAP 1.1 and 1.2 compliant encoding and decoding.

11.1  SOAP RPC Encoding Versus Document/Literal and xsi:type Info

The wsdl2h tool automatically generates a header file specialized for SOAP RPC encoding or document/literal style. The serialization and deserialization rules for C/C++ objects is almost identical for these styles, except for the following important issues.
With SOAP RPC encoding style, care must be taken to ensure typed messages are produced for interoperability and compatibility reasons. To ensure that the gSOAP engine automatically generates typed (xsi:type attributed) messages, use soapcpp2 option -t, see also Section 9.1. While gSOAP can handle untyped messages, some toolkits fail to find deserializers when the xsi:type information is absent.
When starting the development of a gSOAP application from a header file, the soapcpp2 compiler will generate WSDL and schema files for SOAP 1.1 document/literal style by default (use the //gsoap directives to control this, see Section 19.2). Use soapcpp2 options -2, -e, and -t to generate code for SOAP 1.2, RPC encoding, and typed messages.
With SOAP RPC encoding, generic complexTypes with maxOccurs="unbounded" are not allowed and SOAP encoded arrays must be used. Also XML attributes and unions (XML schema choice) are not allowed with SOAP RPC encoding.
Also with SOAP RPC encoding, multi-reference accessors are common to encode co-referenced objects and object digraphs. Multi-reference encoding is not supported in document/literal style, which means that cyclic object digraphs cannot be serialized (the engine will crash). Also DAGs are represented as XML trees in document/literal style messaging.

11.2  Primitive Type Encoding

The default encoding rules for the primitive C and C++ data types are given in the table below:

Type XSD Type
bool boolean
char* (C string) string
char byte
long double decimal (with #import "custom/long_double.h")
double double
float float
int int
long long
LONG64 long
long long long
short short
time_t dateTime
struct tm dateTime (with #import "custom/struct_tm.h")
unsigned char unsignedByte
unsigned int unsignedInt
unsigned long unsignedLong
ULONG64 unsignedLong
unsigned long long unsignedLong
unsigned short unsignedShort
wchar_t* string

Objects of type void and void* cannot be encoded. Enumerations and bit masks are supported as well, see 11.4.

11.3  How to Represent Primitive C/C++ Types as XSD Types

By default, encoding of the primitive types will take place as per SOAP encoding style. The encoding can be changed to any XML Schema type (XSD type) with an optional namespace prefix by using a typedef in the header file input to the gSOAP soapcpp2 tool. The declaration enables the implementation of built-in XML Schema types (also known as XSD types) such as positiveInteger, xsd:anyURI, and xsd:date for which no built-in data structures in C and C++ exist but which can be represented using standard data structures such as strings, integers, and floats.
The typedef declaration is frequently used for convenience in C. A typedef declares a type name for a (complex) type expression. The type name can then be used in other declarations in place of the more complex type expression, which often improves the readability of the program code.
The gSOAP soapcpp2 compiler interprets typedef declarations the same way as a regular C compiler interprets them, i.e. as types in declarations. In addition however, the gSOAP soapcpp2 compiler will also use the type name in the encoding of the data in SOAP. The typedef name will appear as the XML element name of an independent element and as the value of the xsi:type attribute in the SOAP payload.
Many built-in primitive and derived XSD types such as xsd:anyURI, positiveInteger, and decimal can be stored by standard primitive data structures in C++, such as strings, integers, floats, and doubles. To serialize strings, integers, floats, and doubles as built-in primitive and derived XSD types, a typedef declaration can be used to declare an XSD type.
For example, the declaration

typedef unsigned int xsd__positiveInteger;

creates a named type positiveInteger which is represented by unsigned int in C++. For example, the encoding of a positiveInteger value 3 is

<positiveInteger xsi:type="xsd:positiveInteger">3</positiveInteger>

The built-in XML Schema datatype hierarchy from the XML Schema Part 2 documentation http://www.w3.org/TR/xmlschema-2 is depicted below.
Figure 1: Built-in Datatype Hierarchy
The built-in primitive and derived numerical XML Schema types are listed below together with their recommended typedef declarations. Note that the SOAP encoding schemas for primitive types are derived from the built-in XML Schema types, so SOAP_ENC__ can be used as a namespace prefix instead of xsd__.
xsd:anyURI
Represents a Uniform Resource Identifier Reference (URI). Each URI scheme imposes specialized syntax rules for URIs in that scheme, including restrictions on the syntax of allowed fragment identifiers. It is recommended to use strings to store xsd:anyURI XML Schema types. The recommended type declaration is:

typedef char *xsd__anyURI;

xsd:base64Binary
Represents Base64-encoded arbitrary binary data. For using the xsd:base64Binary XSD Schema type, the use of the base64Binary representation of a dynamic array is strongly recommended, see Section 11.12. However, the type can also be declared as a string and the encoding will be string-based:

typedef char *xsd__base64Binary;

With this approach, it is the responsibility of the application to make sure the string content is according to the Base64 Content-Transfer-Encoding defined in Section 6.8 of RFC 2045.
xsd:boolean
For declaring an xsd:boolean XSD Schema type, the use of a bool is strongly recommended. If a pure C compiler is used that does not support the bool type, see Section 11.4.5. The corresponding type declaration is:

typedef bool xsd__boolean;

Type xsd__boolean declares a Boolean (0 or 1), which is encoded as

<xsd:boolean xsi:type="xsd:boolean">...</xsd:boolean>

xsd:byte
Represents a byte (-128...127). The corresponding type declaration is:

typedef char xsd__byte;

Type xsd__byte declares a byte which is encoded as

<xsd:byte xsi:type="xsd:byte">...</xsd:byte>

xsd:dateTime
Represents a date and time. The lexical representation is according to the ISO 8601 extended format CCYY-MM-DDThh:mm:ss where "CC" represents the century, "YY" the year, "MM" the month and "DD" the day, preceded by an optional leading "-" sign to indicate a negative number. If the sign is omitted, "+" is assumed. The letter "T" is the date/time separator and "hh", "mm", "ss" represent hour, minute and second respectively. It is recommended to use the time_t type to store xsd:dateTime XSD Schema types and the type declaration is:

typedef time_t xsd__dateTime;

However, note that calendar times before the year 1902 or after the year 2037 cannot be represented. Upon receiving a date outside this range, the time_t value will be set to -1.
Strings (char*) can be used to store xsd:dateTime XSD Schema types. The type declaration is:

typedef char *xsd__dateTime;

In this case, it is up to the application to read and set the dateTime representation.
xsd:date
Represents a date. The lexical representation for date is the reduced (right truncated) lexical representation for dateTime: CCYY-MM-DD. It is recommended to use strings (char*) to store xsd:date XSD Schema types. The type declaration is:

typedef char *xsd__date;

xsd:decimal
Represents arbitrary precision decimal numbers. It is recommended to use the double type to store xsd:decimal XSD Schema types and the type declaration is:

typedef double xsd__decimal;

Type xsd__decimal declares a double floating point number which is encoded as

<xsd:double xsi:type="xsd:decimal">...</xsd:double>

xsd:double
Corresponds to the IEEE double-precision 64-bit floating point type. The type declaration is:

typedef double xsd__double;

Type xsd__double declares a double floating point number which is encoded as

<xsd:double xsi:type="xsd:double">...</xsd:double>

xsd:duration
Represents a duration of time. The lexical representation for duration is the ISO 8601 extended format PnYn MnDTnH nMnS, where nY represents the number of years, nM the number of months, nD the number of days, T is the date/time separator, nH the number of hours, nM the number of minutes and nS the number of seconds. The number of seconds can include decimal digits to arbitrary precision. It is recommended to use strings (char*) to store xsd:duration XSD Schema types. The type declaration is:

typedef char *xsd__duration;

xsd:float
Corresponds to the IEEE single-precision 32-bit floating point type. The type declaration is:

typedef float xsd__float;

Type xsd__float declares a floating point number which is encoded as

<xsd:float xsi:type="xsd:float">...</xsd:float>

xsd:hexBinary
Represents arbitrary hex-encoded binary data. It has a lexical representation where each binary octet is encoded as a character tuple, consisting of two hexadecimal digits ([0-9a-fA-F]) representing the octet code. For example, "0FB7" is a hex encoding for the 16-bit integer 4023 (binary representation is 111110110111. For using the xsd:hexBinary XSD Schema type, the use of the hexBinary representation of a dynamic array is strongly recommended, see Section 11.13. However, the type can also be declared as a string and the encoding will be string-based:

typedef char *xsd__hexBinary;

With this approach, it is solely the responsibility of the application to make sure the string content consists of a sequence of octets.
xsd:int
Corresponds to a 32-bit integer in the range -2147483648 to 2147483647. If the C++ compiler supports 32-bit int types, the type declaration can use the int type:

typedef int xsd__int;

Otherwise, the C++ compiler supports 16-bit int types and the type declaration should use the long type:

typedef long xsd__int;

Type xsd__int declares a 32-bit integer which is encoded as

<xsd:int xsi:type="xsd:int">...</xsd:int>

xsd:integer
Corresponds to an unbounded integer. Since C++ does not support unbounded integers as a standard feature, the recommended type declaration is:

typedef long long xsd__integer;

Type xsd__integer declares a 64-bit integer which is encoded as an unbounded xsd:integer:

<xsd:integer xsi:type="xsd:integer">...</xsd:integer>

Another possibility is to use strings to represent unbounded integers and do the translation in code.
xsd:long
Corresponds to a 64-bit integer in the range -9223372036854775808 to 9223372036854775807. The type declaration is:

typedef long long xsd__long;

Or in Visual C++:

typedef LONG64 xsd__long;

Type xsd__long declares a 64-bit integer which is encoded as

<xsd:long xsi:type="xsd:long">...</xsd:long>

xsd:negativeInteger
Corresponds to a negative unbounded integer ( < 0). Since C++ does not support unbounded integers as a standard feature, the recommended type declaration is:

typedef long long xsd__negativeInteger;

Type xsd__negativeInteger declares a 64-bit integer which is encoded as a xsd:negativeInteger:

<xsd:negativeInteger xsi:type="xsd:negativeInteger">...</xsd:negativeInteger>

Another possibility is to use strings to represent unbounded integers and do the translation in code.
xsd:nonNegativeInteger
Corresponds to a non-negative unbounded integer ( > 0). Since C++ does not support unbounded integers as a standard feature, the recommended type declaration is:

typedef unsigned long long xsd__nonNegativeInteger;

Type xsd__nonNegativeInteger declares a 64-bit unsigned integer which is encoded as a non-negative unbounded xsd:nonNegativeInteger:

<xsd:nonNegativeInteger xsi:type="xsd:nonNegativeInteger">...</xsd:nonNegativeInteger>

Another possibility is to use strings to represent unbounded integers and do the translation in code.
xsd:nonPositiveInteger
Corresponds to a non-positive unbounded integer ( ≤ 0). Since C++ does not support unbounded integers as a standard feature, the recommended type declaration is:

typedef long long xsd__nonPositiveInteger;

Type xsd__nonPositiveInteger declares a 64-bit integer which is encoded as a xsd:nonPositiveInteger:

<xsd:nonPositiveInteger xsi:type="xsd:nonPositiveInteger">...</xsd:nonPositiveInteger>

Another possibility is to use strings to represent unbounded integers and do the translation in code.
xsd:normalizedString
Represents normalized character strings. Normalized character strings do not contain the carriage return (#xD), line feed (#xA) nor tab (#x9) characters. It is recommended to use strings to store xsd:normalizeString XSD Schema types. The type declaration is:

typedef char *xsd__normalizedString;

Type xsd__normalizedString declares a string type which is encoded as

<xsd:normalizedString xsi:type="xsd:normalizedString">...</xsd:normalizedString>

It is solely the responsibility of the application to make sure the strings do not contain carriage return (#xD), line feed (#xA) and tab (#x9) characters.
xsd:positiveInteger
Corresponds to a positive unbounded integer ( ≥ 0). Since C++ does not support unbounded integers as a standard feature, the recommended type declaration is:

typedef unsigned long long xsd__positiveInteger;

Type xsd__positiveInteger declares a 64-bit unsigned integer which is encoded as a xsd:positiveInteger:

<xsd:positiveInteger xsi:type="xsd:positiveInteger">...</xsd:positiveInteger>

Another possibility is to use strings to represent unbounded integers and do the translation in code.
xsd:short
Corresponds to a 16-bit integer in the range -32768 to 32767. The type declaration is:

typedef short xsd__short;

Type xsd__short declares a short 16-bit integer which is encoded as

<xsd:short xsi:type="xsd:short">...</xsd:short>

xsd:string
Represents character strings. The type declaration is:

typedef char *xsd__string;

Type xsd__string declares a string type which is encoded as

<xsd:string xsi:type="xsd:string">...</xsd:string>

The type declaration for wide character strings is:

typedef wchar_t *xsd__string;

Both type of strings can be used at the same time, but requires one typedef name to be changed by appending an underscore which is invisible in XML. For example:

typedef wchar_t *xsd__string_;

xsd:time
Represents a time. The lexical representation for time is the left truncated lexical representation for dateTime: hh:mm:ss.sss with optional following time zone indicator. It is recommended to use strings (char*) to store xsd:time XSD Schema types. The type declaration is:

typedef char *xsd__time;

xsd:token
Represents tokenized strings. Tokens are strings that do not contain the line feed (#xA) nor tab (#x9) characters, that have no leading or trailing spaces (#x20) and that have no internal sequences of two or more spaces. It is recommended to use strings to store xsd:token XSD Schema types. The type declaration is:

typedef char *xsd__token;

Type xsd__token declares a string type which is encoded as

<xsd:token xsi:type="xsd:token">...</xsd:token>

It is solely the responsibility of the application to make sure the strings do not contain the line feed (#xA) nor tab (#x9) characters, that have no leading or trailing spaces (#x20) and that have no internal sequences of two or more spaces.
xsd:unsignedByte
Corresponds to an 8-bit unsigned integer in the range 0 to 255. The type declaration is:

typedef unsigned char xsd__unsignedByte;

Type xsd__unsignedByte declares a unsigned 8-bit integer which is encoded as

<xsd:unsignedByte xsi:type="xsd:unsignedByte">...</xsd:unsignedByte>

xsd:unsignedInt
Corresponds to a 32-bit unsigned integer in the range 0 to 4294967295. If the C++ compiler supports 32-bit int types, the type declaration can use the int type:

typedef unsigned int xsd__unsignedInt;

Otherwise, the C++ compiler supports 16-bit int types and the type declaration should use the long type:

typedef unsigned long xsd__unsignedInt;

Type xsd__unsignedInt declares an unsigned 32-bit integer which is encoded as

<xsd:unsignedInt xsi:type="xsd:unsignedInt">...</xsd:unsignedInt>

xsd:unsignedLong
Corresponds to a 64-bit unsigned integer in the range 0 to 18446744073709551615. The type declaration is:

typedef unsigned long long xsd__unsignedLong;

Or in Visual C++:

typedef ULONG64 xsd__unsignedLong;

Type xsd__unsignedLong declares an unsigned 64-bit integer which is encoded as

<xsd:unsignedLong xsi:type="xsd:unsignedLong">...</xsd:unsignedLong>

xsd:unsignedShort
Corresponds to a 16-bit unsigned integer in the range 0 to 65535. The type declaration is:

typedef unsigned short xsd__unsignedShort;

Type xsd__unsginedShort declares an unsigned short 16-bit integer which is encoded as

<xsd:unsignedShort xsi:type="xsd:unsignedShort">...</xsd:unsignedShort>

Other XSD Schema types such as gYearMonth, gYear, gMonthDay, gDay, xsd:gMonth, QName, NOTATION, etc., can be encoded similarly using a typedef declaration.

11.3.1  How to Use Multiple C/C++ Types for a Single Primitive XSD Type

Trailing underscores (see Section 10.3) can be used in the type name in a typedef to enable the declaration of multiple storage formats for a single XML Schema type. For example, one part of a C/C++ application's data structure may use plain strings while another part may use wide character strings. To enable this simultaneous use, declare:

typedef char *xsd__string;
typedef wchar_t *xsd__string_;

Now, the xsd__string and xsd__string_ types will both be encoded and decoded as XML string types and the use of trailing underscores allows multiple declarations for a single XML Schema type.

11.3.2  How to use C++ Wrapper Classes to Specify Polymorphic Primitive Types

SOAP 1.1 supports polymorphic types, because XSD Schema types form a hierarchy. The root of the hierarchy is called xsd:anyType (xsd:ur-type in the older 1999 schema). So, for example, an array of xsd:anyType in SOAP may actually contain any mix of element types that are the derived types of the root type. The use of polymorphic types is indicated by the WSDL and schema descriptions of a Web service and can therefore be predicted/expected for each particular case.
On the one hand, the typedef construct provides a convenient way to associate C/C++ types with XML Schema types and makes it easy to incorporate these types in a (legacy) C/C++ application. However, on the other hand the typedef declarations cannot be used to support polymorphic XML Schema types. Most SOAP clients and services do not use polymorphic types. In case they do, the primitive polymorphic types can be declared as a hierarchy of C++ classes that can be used simultaneously with the typedef declarations.
The general form of a primitive type declaration that is derived from a super type is:

class xsd__type_name: [public xsd__super_type_name]
{ public: Type __item;
   [public:] [private] [protected:]
   method1;
   method2;
   ...
};

where Type is a primitive C type. The __item field MUST be the first field in this wrapper class.
For example, the XML Schema type hierarchy can be copied to C++ with the following declarations:

class xsd__anyType { };
class xsd__anySimpleType: public xsd__anyType { };
typedef char *xsd__anyURI;
class xsd__anyURI_: public xsd__anySimpleType { public: xsd__anyURI __item; };
typedef bool xsd__boolean;
class xsd__boolean_: public xsd__anySimpleType { public: xsd__boolean __item; };
typedef char *xsd__date;
class xsd__date_: public xsd__anySimpleType { public: xsd__date __item; };
typedef time_t xsd__dateTime;
class xsd__dateTime_: public xsd__anySimpleType { public: xsd__dateTime __item; };
typedef double xsd__double;
class xsd__double_: public xsd__anySimpleType { public: xsd__double __item; };
typedef char *xsd__duration;
class xsd__duration_: public xsd__anySimpleType { public: xsd__duration __item; };
typedef float xsd__float;
class xsd__float_: public xsd__anySimpleType { public: xsd__float __item; };
typedef char *xsd__time;
class xsd__time_: public xsd__anySimpleType { public: xsd__time __item; };
typedef char *xsd__decimal;
class xsd__decimal_: public xsd__anySimpleType { public: xsd__decimal __item; };
typedef char *xsd__integer;
class xsd__integer_: public xsd__decimal_ { public: xsd__integer __item; };
typedef LONG64 xsd__long;
class xsd__long_: public xsd__integer_ { public: xsd__long __item; };
typedef long xsd__int;
class xsd__int_: public xsd__long_ { public: xsd__int __item; };
typedef short xsd__short;
class xsd__short_: public xsd__int_ { public: xsd__short __item; };
typedef char xsd__byte;
class xsd__byte_: public xsd__short_ { public: xsd__byte __item; };
typedef char *xsd__nonPositiveInteger;
class xsd__nonPositiveInteger_: public xsd__integer_ { public: xsd__nonPositiveInteger __item; };
typedef char *xsd__negativeInteger;
class xsd__negativeInteger_: public xsd__nonPositiveInteger_ { public: xsd__negativeInteger __item; };
typedef char *xsd__nonNegativeInteger;
class xsd__nonNegativeInteger_: public xsd__integer_ { public: xsd__nonNegativeInteger __item; };
typedef char *xsd__positiveInteger;
class xsd__positiveInteger_: public xsd__nonNegativeInteger_ { public: xsd__positiveInteger __item; };
typedef ULONG64 xsd__unsignedLong;
class xsd__unsignedLong_: public xsd__nonNegativeInteger_ { public: xsd__unsignedLong __item; };
typedef unsigned long xsd__unsignedInt;
class xsd__unsignedInt_: public xsd__unsginedLong_ { public: xsd__unsignedInt __item; };
typedef unsigned short xsd__unsignedShort;
class xsd__unsignedShort_: public xsd__unsignedInt_ { public: xsd__unsignedShort __item; };
typedef unsigned char xsd__unsignedByte;
class xsd__unsignedByte_: public xsd__unsignedShort_ { public: xsd__unsignedByte __item; };
typedef char *xsd__string;
class xsd__string_: public xsd__anySimpleType { public: xsd__string __item; };
typedef char *xsd__normalizedString;
class xsd__normalizedString_: public xsd__string_ { public: xsd__normalizedString __item; };
typedef char *xsd__token;
class xsd__token_: public xsd__normalizedString_ { public: xsd__token __item; };

Note the use of the trailing underscores for the class names to distinguish the typedef type names from the class names. Only the most frequently used built-in schema types are shown. It is also allowed to include the xsd:base64Binary and xsd:hexBinary types in the hierarchy:

class xsd__base64Binary: public xsd__anySimpleType { public: unsigned char *__ptr; int __size; };
class xsd__hexBinary: public xsd__anySimpleType { public: unsigned char *__ptr; int __size; };

See Sections 11.12 and 11.13.
Methods are allowed to be added to the classes above, such as constructors and getter/setter methods, see Section 11.6.4.
Wrapper structs are supported as well, similar to wrapper classes. But they cannot be used to implement polymorphism. Rather, the wrapper structs facilitate the use of XML attributes with a primitive typed object, see 11.6.7.

11.3.3  XSD Schema Type Decoding Rules

The decoding rules for the primitive C and C++ data types is given in the table below:

Type Allows Decoding of Precision Lost?
bool [xsd:]boolean no
char* (C string) any type, see 11.3.5 no
wchar_t * (wide string) any type, see 11.3.5 no
double [xsd:]double no
[xsd:]float no
[xsd:]long no
[xsd:]int no
[xsd:]short no
[xsd:]byte no
[xsd:]unsignedLong no
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
[xsd:]decimal possibly
[xsd:]integer possibly
[xsd:]positiveInteger possibly
[xsd:]negativeInteger possibly
[xsd:]nonPositiveInteger possibly
[xsd:]nonNegativeInteger possibly
float [xsd:]float no
[xsd:]long no
[xsd:]int no
[xsd:]short no
[xsd:]byte no
[xsd:]unsignedLong no
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
[xsd:]decimal possibly
[xsd:]integer possibly
[xsd:]positiveInteger possibly
[xsd:]negativeInteger possibly
[xsd:]nonPositiveInteger possibly
[xsd:]nonNegativeInteger possibly
long long [xsd:]long no
[xsd:]int no
[xsd:]short no
[xsd:]byte no
[xsd:]unsignedLong possibly
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
[xsd:]integer possibly
[xsd:]positiveInteger possibly
[xsd:]negativeInteger possibly
[xsd:]nonPositiveInteger possibly
[xsd:]nonNegativeInteger possibly



Type Allows Decoding of Precision Lost?
long [xsd:]long possibly, if long is 32 bit
[xsd:]int no
[xsd:]short no
[xsd:]byte no
[xsd:]unsignedLong possibly
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
int [xsd:]int no
[xsd:]short no
[xsd:]byte no
[xsd:]unsignedInt possibly
[xsd:]unsignedShort no
[xsd:]unsignedByte no
short [xsd:]short no
[xsd:]byte no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
char [xsd:]byte no
[xsd:]unsignedByte possibly
unsigned long long [xsd:]unsignedLong no
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
[xsd:]positiveInteger possibly
[xsd:]nonNegativeInteger possibly
unsigned long [xsd:]unsignedLong possibly, if long is 32 bit
[xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
unsigned int [xsd:]unsignedInt no
[xsd:]unsignedShort no
[xsd:]unsignedByte no
unsigned short [xsd:]unsignedShort no
[xsd:]unsignedByte no
unsigned char [xsd:]unsignedByte no
time_t [xsd:]dateTime no(?)

Due to limitations in representation of certain primitive C++ types, a possible loss of accuracy may occur with the decoding of certain XSD Schema types as is indicated in the table. The table does not indicate the possible loss of precision of floating point values due to the textual representation of floating point values in SOAP.
All explicitly declared XSD Schema encoded primitive types adhere to the same decoding rules. For example, the following declaration:

typedef unsigned long long xsd__nonNegativeInteger;

enables the encoding and decoding of xsd:nonNegativeInteger XSD Schema types (although decoding takes place with a possible loss of precision). The declaration also allows decoding of xsd:positiveInteger XSD Schema types, because of the storage as a unsigned long long data type.

11.3.4  Multi-Reference Strings

If more than one char pointer points to the same string, the string is encoded as a multi-reference value. Consider for example

char *s = "hello", *t = s;

The s and t variables are assigned the same string, and when serialized, t refers to the content of s:

<string id="123" xsi:type="string">hello</string>
...
<string href="#123"/>

The example assumed that s and t are encoded as independent elements.
Note: the use of typedef to declare a string type such as xsd__string will not affect the multi-reference string encoding. However, strings declared with different typedefs will never be considered multi-reference even when they point to the same string. For example

typedef char *xsd__string;
typedef char *xsd__anyURI;
xsd__anyURI *s = "http://www.myservice.com";
xsd__string *t = s;

The variables s and t point to the same string, but since they are considered different types their content will not be shared in the SOAP payload through a multi-referenced string.

11.3.5  "Smart String" Mixed-Content Decoding

The implementation of string decoding in gSOAP allows for mixed content decoding. If the SOAP payload contains a complex data type in place of a string, the complex data type is decoded in the string as plain XML text.
For example, suppose the getInfo service operation returns some detailed information. The service operation is declared as:

// Contents of header file "getInfo.h":
getInfo(char *detail);

The proxy of the service is used by a client to request a piece of information and the service responds with:

HTTP/1.1 200 OK
Content-Type: text/xml
Content-Length: nnn

<SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
<SOAP-ENV:Body>
<getInfoResponse>
<detail>
<picture>Mona Lisa by <i>Leonardo da Vinci</i></picture>
</detail>
</getInfoResponse>
</SOAP-ENV:Body>
</SOAP-ENV:Envelope>

As a result of the mixed content decoding, the detail string contains "<picture>Mona Lisa by <i>Leonardo da Vinci</i></picture>".

11.3.6  C++ Strings

gSOAP supports C++ strings std::string and std::wstring wide character strings. For example:

typedef std::string xsd__string;
class ns__myClass
{ public:
   xsd__string s; // serialized with xsi:type="xsd:string"
   std::string t; // serialized without xsi:type
...
};

Caution: Please avoid mixing std::string and C strings (char*) in the header file when using SOAP 1.1 encoding. The problem is that multi-referenced strings in SOAP encoded messages cannot be assigned simultaneously to a std::string and a char* string.

11.3.7  Changing the Encoding Precision of float and double Types

The double encoding format is by default set to "%.18G" (see a manual on printf text formatting in C), i.e. at most 18 digits of precision to limit a loss in accuracy. The float encoding format is by default "%.9G", i.e. at most 9 digits of precision.
The encoding format of a double type can be set by assigning a format string to soap.double_format, where soap is a variable that contains the current runtime context. For example:

struct soap soap;
soap_init(&soap); // sets double_format = "%.18G"
soap.double_format = "%e"; // redefine

which causes all doubles to be encoded in scientific notation. Likewise, the encoding format of a float type can be set by assigning a format string to the static soap_float_format string variable. For example:

struct soap soap;
soap_init(&soap); // sets float_format = "%.9G"
soap.float_format = "%.4f"; // redefine

which causes all floats to be encoded with four digits precision.
Caution: The format strings are not automatically reset before or after SOAP communications. An error in the format string may result in the incorrect encoding of floating point values.
A special case for C format string patterns is introduced in gSOAP 2.8.18. A C format string that is used as a pattern for a typedef float or double in the gSOAP header file is used to format the output of the floating point value in XML. For example:

typedef float time__ratio "%5.2f";

This will output the float with 5 digits total and 2 digits after the decimal point.
When xs:totalDigits and xs:fractionDigits are given in a XSD file, then also a C format string is produced to output floating point values with the proper precision and scale. For example:

<simpleType name="ratio">
   <restriction base="xsd:float">
      <totalDigits value="5"/>
      <fractionDigits value="2"/>
   </restriction>
</simpleType>

11.3.8  INF, -INF, and NaN Values of float and double Types

The gSOAP runtime stdsoap2.cpp and header file stdsoap2.h support the marshalling of IEEE INF, -INF, and NaN representations. Under certain circumstances this may break if the hardware and/or C/C++ compiler does not support these representations. To remove the representations, remove the inclusion of the < math.h > header file from the stdsoap2.h file. You can control the representations as well, which are defined by the macros:

#define FLT_NAN
#define FLT_PINFTY
#define FLT_NINFTY
#define DBL_NAN
#define DBL_PINFTY
#define DBL_NINFTY

11.4  Enumeration Serialization

Enumerations are generally useful for the declaration of named integer-valued constants, also called enumeration constants.

11.4.1  Serialization of Symbolic Enumeration Constants

The gSOAP soapcpp2 tool encodes the constants of enumeration-typed variables in symbolic form using the names of the constants when possible to comply to SOAP's enumeration encoding style. Consider for example the following enumeration of weekdays:

enum weekday {Mon, Tue, Wed, Thu, Fri, Sat, Sun};

The enumeration-constant Mon, for example, is encoded as

<weekday xsi:type="weekday">Mon</weekday>

The value of the xsi:type attribute is the enumeration-type identifier's name. If the element is independent as in the example above, the element name is the enumeration-type identifier's name.
The encoding of complex types such as enumerations requires a reference to an XML Schema through the use of a namespace prefix. The namespace prefix can be specified as part of the enumeration-type identifier's name, with the usual namespace prefix conventions for identifiers. This can be used to explicitly specify the encoding style. For example:

enum ns1__weekday {Mon, Tue, Wed, Thu, Fri, Sat, Sun};

The enumeration-constant Sat, for example, is encoded as:

<ns1:weekday xsi:type="ns1:weekday">Sat</ns1:weekday>

The corresponding XML Schema for this enumeration data type would be:

<xsd:element name="weekday" type="tns:weekday"/>
<xsd:simpleType name="weekday">
   <xsd:restriction base="xsd:string">
      <xsd:enumeration value="Mon"/>
      <xsd:enumeration value="Tue"/>
      <xsd:enumeration value="Wed"/>
      <xsd:enumeration value="Thu"/>
      <xsd:enumeration value="Fri"/>
      <xsd:enumeration value="Sat"/>
      <xsd:enumeration value="Sun"/>
   </xsd:restriction>
</xsd:simpleType>

11.4.2  Encoding of Enumeration Constants

If the value of an enumeration-typed variable has no corresponding named constant, the value is encoded as a signed integer literal. For example, the following declaration of a workday enumeration type lacks named constants for Saturday and Sunday:

enum ns1__workday {Mon, Tue, Wed, Thu, Fri};

If the constant 5 (Saturday) or 6 (Sunday) is assigned to a variable of the workday enumeration type, the variable will be encoded with the integer literals 5 and 6, respectively. For example:

<ns1:workday xsi:type="ns1:workday">5</ns1:workday>

Since this is legal in C++ and SOAP allows enumeration constants to be integer literals, this method ensures that non-symbolic enumeration constants are correctly communicated to another party if the other party accepts literal enumeration constants (as with the gSOAP soapcpp2 tool).
Both symbolic and literal enumeration constants can be decoded.
To enforce the literal enumeration constant encoding and to get the literal constants in the WSDL file, use the following trick:

enum ns1__nums { _1 = 1, _2 = 2, _3 = 3 };

The difference with an enumeration type without a list of values and the enumeration type above is that the enumeration constants will appear in the WSDL service description.

11.4.3  Initialized Enumeration Constants

The gSOAP soapcpp2 compiler supports the initialization of enumeration constants, as in:

enum ns1__relation {LESS = -1, EQUAL = 0, GREATER = 1};

The symbolic names LESS, EQUAL, and GREATER will appear in the SOAP payload for the encoding of the ns1__relation enumeration values -1, 0, and 1, respectively.

11.4.4  How to "Reuse" Symbolic Enumeration Constants

A well-known deficiency of C and C++ enumeration types is the lack of support for the reuse of symbolic names by multiple enumerations. That is, the names of all the symbolic constants defined by an enumeration cannot be reused by another enumeration. To force encoding of the same symbolic name by different enumerations, the identifier of the symbolic name can end in an underscore (_) or any number of underscores to distinguish it from other symbolic names in C++. This guarantees that the SOAP encoding will use the same name, while the symbolic names can be distinguished in C++. Effectively, the underscores are removed from a symbolic name prior to encoding.
Consider for example:

enum ns1__workday {Mon, Tue, Wed, Thu, Fri};
enum ns1__weekday {Mon_, Tue_, Wed_, Thu_, Fri_, Sat_, Sun_};

which will result in the encoding of the constants of enum ns1__weekday without the underscore, for example as Mon.
As an alternative to the trailing underscores that can get quite long for commonly used symbolic enum names, you can use the following convention with double underscores to add the enum name to the enum constants:

enum prefixedname { prefixedname__enumconst1, prefixedname__enumconst2, ... };

where the type name of the enumeration prefixedname is a prefixed name, such as:

enum ns1__workday { ns1__workday__Mon, ns1__workday__Tue, ns1__workday__Wed, ns1__workday__Thu, ns1__workday__Fri };
enum ns1__weekday { ns1__workday__Mon, ns1__workday__Tue, ns1__workday__Wed, ns1__workday__Thu, ns1__workday__Fri, ns1__workday__Sat, ns1__workday__Sun };

This ensures that the XML schema enumeration values are still simply Mon, Tue, Wed, Thu, Fri, Sat, and Sun.
Caution: The following declaration:

enum ns1__workday {Mon, Tue, Wed, Thu, Fri};
enum ns1__weekday {Sat = 5, Sun = 6};

will not properly encode the weekday enumeration when you assume that workdays are part of weekdays, because it lacks the named constants for workday in its enumeration list. All enumerations must be self-contained and cannot use enum constants of other enumerations.

11.4.5  Boolean Enumeration Serialization for C

When developing a C Web service application, the C++ bool type should not be used since it is not usually supported by the C compiler. Instead, an enumeration type should be used to serialize true/false values as xsd:boolean Schema type enumeration values. The xsd:boolean XML Schema type is defined as:

enum xsd__boolean {false_, true_};

The value false_, for example, is encoded as:

<xsd:boolean xsi:type="xsd:boolean">false</xsd:boolean>

Peculiar of the SOAP boolean type encoding is that it only defines the values 0 and 1, while the built-in XML Schema boolean type also defines the false and true symbolic constants as valid values. The following example declaration of an enumeration type lacks named constants altogether to force encoding of the enumeration values as literal constants:

enum SOAP_ENC__boolean {};

The value 0, for example, is encoded with an integer literal:

<SOAP-ENC:boolean xsi:type="SOAP-ENC:boolean">0<SOAP-ENC:boolean>

11.4.6  Bitmask Enumeration Serialization

A bitmask is an enumeration of flags such as declared with C#'s [Flags] enum annotation. gSOAP supports bitmask encoding and decoding for interoperability. However, bitmask types are not standardized with SOAP RPC.
A special syntactic convention is used in the header file input to the gSOAP soapcpp2 compiler to indicate the use of bitmasks with an asterisk:

enum * name { enum-constant, enum-constant, ... };

The gSOAP soapcpp2 compiler will encode the enumeration constants as flags, i.e. as a series of powers of 2 starting with 1. The enumeration constants can be or-ed to form a bitvector (bitmask) which is encoded and decoded as a list of symbolic values in SOAP. For example:

enum * ns__machineStatus { ON, BELT, VALVE, HATCH};
int ns__getMachineStatus(char *name, char *enum ns__machineStatus result);

Note that the use of the enum does not require the asterisk, only the definition. The gSOAP soapcpp2 compiler generates the enumeration:

enum ns__machineStatus { ON=1, BELT=2, VALVE=4, HATCH=8};

A service operation implementation in a Web service can return:

int ns__getMachineStatus(struct soap *soap, char *name, enum ns__machineStatus result)
{ ...
   *result = BELT - HATCH;
   return SOAP_OK;
}

11.5  Struct Serialization

A struct data type is encoded as an XML Schema complexType (SOAP-encoded compound data type) such that the struct name forms the data type's element name and schema type and the fields of the struct are the data type's accessors. This encoding is identical to the class instance encoding without inheritance and method declarations, see Section 11.6 for further details. However, the encoding and decoding of structs is more efficient compared to class instances due to the lack of inheritance and the requirement by the serialization routines to check inheritance properties at run time.
Certain type of fields of a struct can be (de)serialized as XML attributes using the @ type qualifier. See Section 11.6.7 for more details.
See Section 10.3 for more details on the struct/class member field serialization and the resulting element and attribute qualified forms.

11.6  Class Instance Serialization

A class instance is serialized as an XML Schema complexType (SOAP-encoded compound data type) such that the class name forms the data type's element name and schema type and the data member fields are the data type's accessors. Only the data member fields are encoded in the SOAP payload. Class methods are not encoded.
The general form of a class declaration is:

class [namespace_prefix__]class_name1 [:[public:] [private:] [protected:] [namespace_prefix__]class_name2]
{
   [public:] [private:] [protected:]
   field1;
   field2;
   ...
   [public:] [private:] [protected:]
   method1;
   method2;
   ...
};

where
namespace_prefix__
is the optional namespace prefix of the compound data type (see identifier translation rules 10.3)
class_name1
is the element name of the compound data type (see identifier translation rules 10.3).
class_name2
is an optional base class.
field
is a field declaration (data member). A field MAY be declared static and const and MAY be initialized.
method
is a method declaration. A method MAY be declared virtual, but abstract methods are not allowed. The method parameter declarations are REQUIRED to have parameter identifier names.
[public:] [private:] [protected:]
are OPTIONAL. Only members with public acces permission can be serialized.
A class name is REQUIRED to be unique and cannot have the same name as a struct, enum, or service operation name specified in the header file input to the gSOAP soapcpp2 compiler. The reason is that service operation requests are encoded similarly to class instances in SOAP and they are in principle undistinguishable (the method parameters are encoded just as the fields of a class).
Only single inheritance is supported by the gSOAP soapcpp2 compiler. Multiple inheritance is not supported, because of the limitations of the SOAP protocol.
If a constructor method is present, there MUST also be a constructor declaration with empty parameter list.
Classes should be declared "volatile" if you don't want gSOAP to add serialization methods to these classes, see Section 19.4 for more details.
Class templates are not supported by the gSOAP soapcpp2 compiler, but you can use STL containers, see Section 11.11.8. You can also define your own containers similar to STL containers.
Certain type of fields of a struct can be (de)serialized as XML attributes using the @ type qualifier. See Section 11.6.7 for more details.
See Section 10.3 for more details on the struct/class member field serialization and the resulting element and attribute qualified forms.
Arrays may be embedded within a class (and struct) using a pointer field and size information, see Section 11.11.7. This defines what is sometimes referred to in SOAP as "generics".
Void pointers may be used in a class (or struct), but you have to add a type field so the gSOAP runtime can determine the type of object pointed to, see Section 11.9.
A class instance is encoded as:

<[namespace-prefix:]class-name xsi:type="[namespace-prefix:]class-name">
<basefield-name1 xsi:type="...">...</basefield-name1>
<basefield-name2 xsi:type="...">...</basefield-name2>
...
<field-name1 xsi:type="...">...</field-name1>
<field-name2 xsi:type="...">...</field-name2>
...
</[namespace-prefix:]class-name>

where the field-name accessors have element-name representations of the class fields and the basefield-name accessors have element-name representations of the base class fields. (The optional parts resulting from the specification are shown enclosed in [].)
The decoding of a class instance allows any ordering of the accessors in the SOAP payload. However, if a base class field name is identical to a derived class field name because the field is overloaded, the base class field name MUST precede the derived class field name in the SOAP payload for decoding. gSOAP guarantees this, but interoperability with other SOAP implementations is cannot be guaranteed.

11.6.1  Example

The following example declares a base class ns__Object and a derived class ns__Shape:

// Contents of file "shape.h":
class ns__Object
{
   public:
   char *name;
};
class ns__Shape : public ns__Object
{
   public:
   int sides;
   enum ns__Color {Red, Green, Blue} color;
   ns__Shape();
   ns__Shape(int sides, enum ns__Green color);
   ~ns__Shape();
};

The implementation of the methods of class ns__Shape must not be part of the header file and need to be defined elsewhere.
An instance of class ns__Shape with name Triangle, 3 sides, and color Green is encoded as:

<ns:Shape xsi:type="ns:Shape">
<name xsi:type="string">Triangle</name>
<sides xsi:type="int">3</sides>
<color xsi:type="ns:Color">Green</color>
</ns:shape>

The namespace URI of the namespace prefix ns must be defined by a namespace mapping table, see Section 10.4.

11.6.2  Initialized static const Fields

A data member field of a class declared as static const is initialized with a constant value at compile time. This field is encoded in the serialization process, but is not decoded in the deserialization process. For example:

// Contents of file "triangle.h":
class ns__Triangle : public ns__Object
{
   public:
   int size;
   static const int sides = 3;
};

An instance of class ns__Triangle is encoded in SOAP as:

<ns:Triangle xsi:type="ns:Triangle">
<name xsi:type="string">Triangle</name>
<size xsi:type="int">15</size>
<sides xsi:type="int">3>/sides>
</ns:Triangle>

Decoding will ignore the sides field's value.
Caution: The current gSOAP implementation does not support encoding static const fields, due to C++ compiler compatibility differences. This feature may be provided the future.

11.6.3  Class Methods

A class declaration in the header file input to the gSOAP soapcpp2 compiler MAY include method declarations. The method implementations MUST NOT be part of the header file but are required to be defined in another C++ source that is externally linked with the application. This convention is also used for the constructors and destructors of the class.
Dynamic binding is supported, so a method MAY be declared virtual.

11.6.4  Getter and Setter Methods

Setter and getter methods are invoked at run time upon serialization and deserialization of class instances, respectively. The use of setter and getter methods adds more flexibility to the serialization and deserialization process.
A setter method is called in the serialization phase from the virtual soap_serialization method generated by the gSOAP soapcpp2 compiler. You can use setter methods to process a class instance just before it is serialized. A setter method can be used to convert application data, such as translating transient application data into serializable data, for example. You can also use setter methods to retrieve dynamic content and use it to update a class instance right before serialization. Remember setters as "set to serialize" operations.
Getter methods are invoked after deserialization of the instance. You can use them to adjust the contents of class instances after all their members have been deserialized. Getters can be used to convert deserialized members into transient members and even invoke methods to process the deserialized data on the fly.
Getter and setter methods have the following signature:

[virtual] int get(struct soap *soap) [const];
[virtual] int set(struct soap *soap);

The active soap struct will be passed to the get and set methods. The methods should return SOAP_OK when successful. A setter method should prepare the contents of the class instance for serialization. A getter method should process the instance after deserialization.
Here is an example of a base64 binary class:

class xsd__base64Binary
{ public:
   unsignedchar *__ptr;
   int__size;
   int get(struct soap *soap);
   int set(struct soap *soap);
};

Suppose that the type and options members of the attachment should be set when the class is about to be serialized. This can be accomplished with the set method from the information provided by the __ptr to the data and the soap struct passed to the set method (you can pass data via the void*soap.user field).
The get method is invoked after the base64 data has been processed. You can use it for post-processing purposes.
Here is another example. It defines a primitive update type. The class is a wrapper for the time_t type, see Section 11.3.2. Therefore, elements of this type contain xsd:dateType data.

class update
{ public:
   time_t __item;
   int set(struct soap *soap);
};

The setter method assigns the current time:

int update::set(struct soap *soap)
{
   this->__item = time(NULL);
   return SOAP_OK;
}

Therefore, serialization results in the inclusion of a time stamp in XML.
Caution: a get method is invoked only when the XML element with its data was completely parsed. The method is not invoked when the element is an xsi:nil element or has an href attribute.
Caution: The soap_serialize method of a class calls the setter (when provided). However, the soap_serialize method is declared const while the setter should be allowed to modify the contents of the class instance. Therefore, the gSOAP-generated code recasts the instance and the const is removed when invoking the setter.

11.6.5  Streaming XML with Getter and Setter Methods

Getter methods enable streaming XML operations. A getter method is invoked when the object is deserialized and the rest of the SOAP/XML message has not been processed yet. For example, you can add a getter method to the SOAP Header class to implement header processing logic that is activated as soon as the SOAP Header is received. An example code is shown below:

class h__Authentication
{ public:
   char *id;
   int get(struct soap *soap);
};
class SOAP_ENV__Header
{ public:
   h__Authentication *h__authentication;
};

The Authentication SOAP Header field is instantiated and decoded. After decoding, the getter method is invoked, which can be used to check the id before the rest of the SOAP message is processed.

11.6.6  Polymorphism, Derived Classes, and Dynamic Binding

Interoperability between client and service applications developed with gSOAP is established even when clients and/or services use derived classes instead of the base classes used in the declaration of the service operation parameters. A client application MAY use pointers to instances of derived classes for the input parameters of a service operation. If the service was compiled with a declaration and implementation of the derived class, the service operation base class input parameters are demarshalled and a derived class instance is created instead of a base class instance. If the service did not include a declaration of the derived class, the derived class fields are ignored and a base class instance is created. Therefore, interoperability is guaranteed even when the client sends an instance of a derived classes and when a service returns an instance of a derived class.
The following example declares Base and Derived classes and a service operation that takes a pointer to a Base class instance and returns a Base class instance:

// Contents of file "derived.h"
class Base
{
   public:
   char *name;
   Base();
   virtual void print();
};
class Derived : public Base
{
   public:
   int num;
   Derived();
   virtual void print();
};
int method(Base *in, struct methodResponse { Base *out; } &result);

This header file specification is processed by the gSOAP soapcpp2 compiler to produce the stub and skeleton routines which are used to implement a client and service. The pointer of the service operation is also allowed to point to Derived class instances and these instances will be marshalled as Derived class instances and send to a service, which is in accord to the usual semantics of parameter passing in C++ with dynamic binding.
The Base and Derived class method implementations are:

// Method implementations of the Base and Derived classes:
#include "soapH.h"
...
Base::Base()
{
   cout << "created a Base class instance" << endl;
}
Derived::Derived()
{
   cout << "created a Derived class instance" << endl;
}
Base::print()
{
   cout << "print(): Base class instance " << name << endl;
}
Derived::print()
{
   cout << "print(): Derived class instance " << name << " " << num << endl;
}

Below is an example CLIENT application that creates a Derived class instance that is passed as the input parameter of the service operation:

// CLIENT
#include "soapH.h"
int main()
{
   struct soap soap;
   soap_init(&soap);
   Derived obj1;
   Base *obj2;
   struct methodResponse r;
   obj1.name = "X";
   obj1.num = 3;
   soap_call_method(&soap, url, action, &obj1, r);
   r.obj2->print();
}
...

The following example SERVER1 application copies a class instance (Base or Derived class) from the input to the output parameter:

// SERVER1
#include "soapH.h"
int main()
{
   soap_serve(soap_new());
}
int method(struct soap *soap, Base *obj1, struct methodResponse &result)
{
   obj1->print();
   result.obj2 = obj1;
   return SOAP_OK;
}
...

The following messages are produced by the CLIENT and SERVER1 applications:

CLIENT: created a Derived class instance
SERVER1: created a Derived class instance
SERVER1: print(): Derived class instance X 3
CLIENT: created a Derived class instance
CLIENT: print(): Derived class instance X 3

Which indicates that the derived class kept its identity when it passed through SERVER1. Note that instances are created both by the CLIENT and SERVER1 by the demarshalling process.
Now suppose a service application is developed that only accepts Base class instances. The header file is:

// Contents of file "base.h":
class Base
{
   public:
   char *name;
   Base();
   virtual void print();
};
int method(Base *in, Base *out);

This header file specification is processed by the gSOAP soapcpp2 tool to produce skeleton routine which is used to implement a service (so the client will still use the derived classes).
The method implementation of the Base class are:

// Method implementations of the Base class:
#include "soapH.h"
...
Base::Base()
{
   cout << "created a Base class instance" << endl;
}
Base::print()
{
   cout << "print(): Base class instance " << name << endl;
}

And the SERVER2 application is that uses the Base class is:

// SERVER2
#include "soapH.h"
int main()
{
   soap_serve(soap_new());
}
int method(struct soap *soap, Base *obj1, struct methodResponse &result)
{
   obj1->print();
   result.obj2 = obj1;
   return SOAP_OK;
}
...

Here are the messages produced by the CLIENT and SERVER2 applications:

CLIENT: created a Derived class instance
SERVER2: created a Base class instance
SERVER2: print(): Base class instance X
CLIENT: created a Base class instance
CLIENT: print(): Base class instance X

In this example, the object was passed as a Derived class instance to SERVER2. Since SERVER2 only implements the Base class, this object is converted to a Base class instance and send back to CLIENT.

11.6.7  XML Attributes

The SOAP RPC/LIT and SOAP DOC/LIT encoding styles support XML attributes in SOAP messages while SOAP RPC with "Section 5" encoding does not support XML attributes other than the SOAP and XSD specific attributes. SOAP RPC "Section 5" encoding has advantages for cross-language interoperability and data encodings such as graph serialization. However, RPC/LIT and DOC/LIT enables direct exchange of XML documents, which may include encoded application data structures. Language interoperability is compromised, because no mapping between XML and the typical language data types is defined. The meaning of the RPC/LIT and DOC/LIT XML content is Schema driven rather than application/language driven.
gSOAP supports XML attribute (de)serialization of members in structs and classes. Attributes are primitive XSD types, such as strings, enumerations, boolean, and numeric types. To declare an XML attribute in a struct/class, the qualifier @ is used with the type of the attribute. The type must be primitive type (including enumerations and strings), which can be declared with or without a typedef to associate a XSD type with the C/C+ type. For example

typedef char *xsd__string;
typedef bool *xsd__boolean;
enum ns__state { _0, _1, _2 };
struct ns__myStruct
{
   @xsd__string ns__type; // encode as XML attribute 'ns:type' of type 'xsd:string'
   @xsd__boolean ns__flag = false; // encode as XML attribute 'ns:flag' of type 'xsd:boolean'
   @enum ns__state ns__state = _2; // encode as XML attribute 'ns:state' of type 'ns:state'
   struct ns__myStruct *next;
};

The @ qualifier indicates XML attribute encoding for the ns__type, ns__flag, and ns__state fields. Note that the namespace prefix ns is used to distinguish these attributes from any other attributes such as xsi:type (ns:type is not to be confused with xsi:type).
Default values can be associated with any field that has a primitive type in a struct/class, as is illustrated in this example. The default values are used when the receiving message does not contain the corresponding values.
String attributes are optional. Other type of attributes should be declared as pointers to make them optional:

struct ns__myStruct
{
   @int *a; // omitted when NULL
};

Because a service operation request and response is essentially a struct, XML attributes can also be associated with method requests and responses. For example

int ns__myMethod(@char *ns__name, ...);

Attributes can also be attached to the dynamic arrays, binary types, and wrapper classes/structs of primitive types. Wrapper classes are described in Section 11.3.2. For example

struct xsd__string
{
   char *__item;
   @xsd__boolean flag;
};

and

struct xsd__base64Binary
{
   unsigned char *__ptr;
   int __size;
   @xsd__boolean flag;
};

The attribute declarations MUST follow the __item, __ptr, and __size fields which define the characteristics of wrapper structs/classes and dynamic arrays.
Caution: Do not use XML attributes with SOAP RPC encoding. You can only use attributes with RPC literal encoding.

11.6.8  QName Attributes and Elements

gSOAP ensures the proper decoding of XSD QNames. An element or attribute with type QName (Qualified Name) contains a namespace prefix and a local name. You can declare a QName type as a typedef char *xsd__QName. Values of type QName are internally handled as regular strings. gSOAP takes care of the proper namespace prefix mappings when deserializing QName values. For example

typedef char *xsd__QName;
struct ns__myStruct
{
   xsd__QName elt = "ns:xyz"; // QName element with default value "ns:xyz"
   @xsd__QName att = "ns:abc"; // QName attribute with default value "ns:abc"
};

When the elt and att fields are serialized, their string contents are just transmitted (which means that the application is responsible to ensure proper formatting of the QName strings prior to transmission). When the fields are deserialized however, gSOAP takes care mapping the qualifiers to the appropriate namespace prefixes. Suppose that the inbound value for the elt is x:def, where the namespace name associated with the prefix x matches the namespace name of the prefix ns (as defined in the namespace mapping table). Then, the value is automatically converted into ns:def. If the namespace name is not in the table, then x:def is converted to "URI":def where "URI" is the namespace URI bound to x in the message received. This enables an application to retrieve the namespace information, whether it is in the namespace mapping table or not.
Note: QName is a pre-defined typedef type and used by gSOAP to (de)serialize SOAP Fault codes which are QName elements.

11.7  Union Serialization

A union is only serialized if the union is used within a struct or class declaration that includes a int __union field that acts as a discriminant or selector for the union fields. The selector stores run-time usage information about the union fields. That is, the selector is used to enumerate the union fields such that the gSOAP engine is able to select the correct union field to serialize.
A union within a struct or class with a selector field represents xs:choice within a Schema complexType component. For example:

struct ns__PO
{ ... };
struct ns__Invoice
{ ... };
union ns__PO_or_Invoice
{
   struct ns__PO po;
   struct ns__Invoice invoice;
};
struct ns__composite
{
   char *name;
   int __union;
   union ns__PO_or_Invoice value;
};

The union ns__PO_or_Invoice is expanded as a xs:choice:

<complexType name="composite">
   <sequence>
      <element name="name" type="xsd:string"/>
      <choice>
         <element name="po" type="ns:PO"/>
         <element name="invoice" type="ns:Invoice"/>
      </choice>
   </sequence>
</complexType>

Therefore, the name of the union and field can be freely chosen. However, the union name should be qualified (as shown in the example) to ensure instances of XML Schemas with elementFormDefault="qualified" are correctly serialized (po and invoice are ns: qualified).
The int __union field selector's values are determined by the soapcpp2 compiler. Each union field name has a selector value formed by:

SOAP_UNION_union-name_field-name

These selector values enumerate the union fields starting with 1. The value 0 (or any negative value) can be assigned to omit the serialization of the union, but only if explicitly allowed by validation rules, which requires minOccurs="0" for the xs:choice as follows:

struct ns__composite
{
   char *name;
   int __union 0; // <choice minOccurs="0">
   union ns__PO_or_Invoice value;
};

This way we can treat the union as an optional data item by setting __union=0.
Since 2.7.16 it is also possible to use a '$' as a special marker to annotate a selector field that must be of type int and the field name is no longer relevant:

struct ns__composite
{
   char *name;
   $int select 0; // <choice minOccurs="0">
   union ns__PO_or_Invoice value;
};

The following example shows how the struct ns__composite instance is initialized for serialization using the above declaration:

struct ns__composite data;
data.name = "...";
data.select = SOAP_UNION_ns__PO_or_Invoice_po; // select PO
data.value.po.number = ...; // populate the PO

Note that failing to set the selector to a valid union field can lead to a crash of the gSOAP serializer because it will attempt to serialize an invalid union field.
For deserialization of union types, the selector will be set to one of the union field selector values, as determined by the XML payload. The selector will be set to 0 or -1 when no union member was deserialized, where a negative value indicates that a member was required by validation rules. Strict validation enabled with SOAP_XML_STRICT results in a validation fault.
When more than one union is used in a struct or class, the __union selectors must be renamed to avoid name clashes by using suffixes as in:

struct ns__composite
{
   char *name;
   $int sel_value; // = SOAP_UNION_ns__PO_or_Invoice_[po - invoice]
   union ns__PO_or_Invoice value;
   $int sel_data; // = SOAP_UNIO_ns__Email_or_Fax_[email - fax]
   union ns__Email_or_Fax data;
};

11.8  Serializing Pointer Types

The serialization of a pointer to a data type amounts to the serialization of the data type in SOAP and the SOAP encoded representation of a pointer to the data type is indistinguishable from the encoded representation of the data type pointed to.

11.8.1  Multi-Referenced Data

A data structure pointed to by more than one pointer is serialized as SOAP multi-reference data. This means that the data will be serialized only once and identified with a unique id attribute. The encoding of the pointers to the shared data is done through the use of href or ref attributes to refer to the multi-reference data. See Section 9.12 on options to control the serialization of multi-reference data. To turn multi-ref off, use SOAP_XML_TREE to process plain tree-based XML. To completely eliminate multi-ref (de)serialization use the WITH_NOIDREF compile-time flag with all source code (including stdsoap2.c and stdsoap2.cpp) to permanently disable id-href processing. Cyclic C/C++ data structures are encoded with multi-reference SOAP encoding. Consider for example the following a linked list data structure:

typedef char *xsd__string;
struct ns__list
{
   xsd__string value;
   struct ns__list *next;
};

Suppose a cyclic linked list is created. The first node contains the value "abc" and points to a node with value "def" which in turn points to the first node. This is encoded as:

<ns:list id="1" xsi:type="ns:list">
   <value xsi:type="xsd:string">abc</value>
   <next xsi:type="ns:list">
      <value xsi:type="xsd:string">def</value>
      <next href="#1"/>
   </next>
</ns:list>

In case multi-referenced data is received that "does not fit in a pointer-based structure", the data is copied. For example, the following two structs are similar, except that the first uses pointer-based fields while the other uses non-pointer-based fields:

typedef long xsd__int;
struct ns__record
{
   xsd__int *a;
   xsd__int *b;
} P;
struct ns__record
{
   xsd__int a;
   xsd__int b;
} R;
...
   P.a = &n;
   P.b = &n;
...

Since both a and b fields of P point to the same integer, the encoding of P is multi-reference:

<ns:record xsi:type="ns:record">
   <a href="#1"/>
   <b href="#1"/>
</ns:record>
<id id="1" xsi:type="xsd:int">123</id>

Now, the decoding of the content in the R data structure that does not use pointers to integers results in a copy of each multi-reference integer. Note that the two structs resemble the same XML data type because the trailing underscore will be ignored in XML encoding and decoding.

11.8.2  NULL Pointers and Nil Elements

A NULL pointer is not serialized, unless the pointer itself is pointed to by another pointer (but see Section 9.12 to control the serialization of NULLs). For example:

struct X
{
   int *p;
   int **q;
}

Suppose pointer q points to pointer p and suppose p=NULL. In that case the p pointer is serialized as

<... id="123" xsi:nil="true"/>

and the serialization of q refers to href="#123". Note that SOAP 1.1 does not support pointer to pointer types (!), so this encoding is specific to gSOAP. The pointer to pointer encoding is rarely used in codes anyway. More common is a pointer to a data type such as a struct with pointer fields.
Caution: When the deserializer encounters an XML element that has a xsi:nil="true" attribute but the corresponding C++ data is not a pointer or reference, the deserializer will terminate with a SOAP_NULL fault when the SOAP_XML_STRICT flag is set. The types section of a WSDL description contains information on the "nilability" of data.

11.9  Void Pointers

In general, void pointers (void*) cannot be (de)serialized because the type of data referred to is untyped. To enable the (de)serialization of the void pointers that are members of structs or classes, you can insert a int __type field right before the void pointer field. The int __ type field contains run time information on the type of the data pointed to by void* member in a struct/class to enable the (de)serialization of this data. The int __type field is set to a SOAP_TYPE_X value, where X is the name of a type. gSOAP generates the SOAP_TYPE_X definitions in soapH.h and uses them internally to uniquely identify the type of each object. The type naming conventions outlined in Section 7.5.3 are used to determine the type name for X.
Here is an example to illustrate the (de)serialization of a void* field in a struct:

struct myStruct
{
   int __type; // the SOAP_TYPE pointed to by p
   void *p;
};

The __type integer can be set to 0 at run time to omit the serialization of the void pointer field.
The following example illustrates the initialization of myStruct with a void pointer to an int:

struct myStruct S;
int n;
S.p = &n;
S.__type = SOAP_TYPE_int;

The serialized output of S contains the integer.
The deserializer for myStruct will automatically set the __type field and void pointer to the deserialized data, provided that the XML content for p carries the xsi:type attribute from which gSOAP can determine the type.
Important: when (de)serializing strings via a void* field, the void* pointer MUST directly point to the string value rather than indirectly as with all other types. For example:

struct myStruct S;
S.p = (void*)"Hello";
S.__type = SOAP_TYPE_string;

This is the case for all string-based types, including types defined with typedef char*.
You may use an arbitrary suffix with the __type fields to handle multiple void pointers in structs/classes. For example

struct myStruct
{
   int __typeOfp; // the SOAP_TYPE pointed to by p
   void *p;
   int __typeOfq; // the SOAP_TYPE pointed to by q
   void *q;
};

Because service method parameters are stored within structs, you can use __type and void* parameters to pass polymorphic arguments without having to define a C++ class hierarchy (Section 11.6.6). For example:

typedef char *xsd__string;
typedef int xsd__int;
typedef float xsd__float;
enum ns__status { on, off };
struct ns__widget { xsd__string name; xsd__int part; }; int ns__myMethod(int __type, void *data, struct ns__myMethodResponse { int __type; void *return_; } *out);

This method has a polymorphic input parameter data and a polymorphic output parameter return_. The __type parameters can be one of SOAP_TYPE_xsd__string, SOAP_TYPE_xsd__int, SOAP_TYPE_xsd__float, SOAP_TYPE_ns__status, or SOAP_TYPE_ns__widget. The WSDL produced by the gSOAP soapcpp2 compiler declares the polymorphic parameters of type xsd:anyType which is "too loose" and doesn't allow the gSOAP importer to handle the WSDL accurately. Future gSOAP releases might replace xsd:anyType with a choice schema type that limits the choice of types to the types declared in the header file.

11.10  Fixed-Size Arrays

Fixed size arrays are encoded as per SOAP 1.1 one-dimensional array types. Multi-dimensional fixed size arrays are encoded by gSOAP as nested one-dimensional arrays in SOAP. Encoding of fixed size arrays supports partially transmitted and sparse array SOAP formats.
The decoding of (multi-dimensional) fixed-size arrays supports the SOAP multi-dimensional array format as well as partially transmitted and sparse array formats.
An example:

// Contents of header file "fixed.h":
struct Example
{
   float a[2][3];
};

This specifies a fixed-size array part of the struct Example. The encoding of array a is:

<a xsi:type="SOAP-ENC:Array" SOAP-ENC:arrayType="float[][2]">
<SOAP-ENC:Array xsi:type="SOAP-ENC:Array" SOAP-ENC:arrayType="float[3]"
<float xsi:type="float">...</float>
<float xsi:type="float">...</float>
<float xsi:type="float">...</float>
</SOAP-ENC:Array>
<SOAP-ENC:Array xsi:type="SOAP-ENC:Array" SOAP-ENC:arrayType="float[3]"
<float xsi:type="float">...</float>
<float xsi:type="float">...</float>
<float xsi:type="float">...</float>
</SOAP-ENC:Array>
</a>

Caution: Any decoded parts of a (multi-dimensional) array that do not "fit" in the fixed size array are ignored by the deserializer.

11.11  Dynamic Arrays

As the name suggests, dynamic arrays are much more flexible than fixed-size arrays and dynamic arrays are better adaptable to the SOAP encoding and decoding rules for arrays. In addition, a typical C application allocates a dynamic array using malloc, assigns the location to a pointer variable, and deallocates the array later with free. A typical C++ application allocates a dynamic array using new, assigns the location to a pointer variable, and deallocates the array later with delete. Such dynamic allocations are flexible, but pose a problem for the serialization of data: how does the array serializer know the length of the array to be serialized given only a pointer to the sequence of elements? The application stores the size information somewhere. This information is crucial for the array serializer and has to be made explicitly known to the array serializer by packaging the pointer and array size information within a struct or class.

11.11.1  SOAP Array Bounds Limits

SOAP encoded arrays use the SOAP-ENC:Array type and the SOAP-ENC:arrayType attribute to define the array dimensionality and size. As a security measure to avoid denial of service attacks based on sending a huge array size value requiring the allocation of large chunks of memory, the total number of array elements set by the SOAP-ENC:arrayType attribute cannot exceed SOAP_MAXARRAYSIZE, which is set to 100,000 by default. This constant is defined in stdsoap2.h. This constant only affects multi-dimensional arrays and the dimensionality of the receiving array will be lost when the number of elements exceeds 100,000. One-dimensional arrays will be populated in sequential order as expected.

11.11.2  One-Dimensional Dynamic SOAP Arrays

A special form of struct or class is used to define one-dimensional dynamic SOAP-encoded arrays. Each array has a pointer variable and a field that records the number of elements the pointer points to in memory.
The general form of the struct declaration that contains a one-dimensional dynamic SOAP-encoded array is:

struct some_name
{
   Type *__ptr; // pointer to array of elements in memory
   int __size; // number of elements pointed to
   [[static const] int __offset [= ...];] // optional SOAP 1.1 array offset
   ... // anything that follows here will be ignored
};

where Type MUST be a type associated with an XML Schema or MUST be a primitive type. If these conditions are not met, a vector-like XML (de)serialization is used (see Section 11.11.7). A primitive type can be used with or without a typedef. If the array elements are structs or classes, then the struct/class type names should have a namespace prefix for schema association, or they should be other (nested) dynamic arrays.
An alternative to a struct is to use a class with optional methods that MUST appear after the __ptr and __size fields:

class some_name
{
   public:
   Type *__ptr;
   int __size;
   [[static const] int __offset [= ...];]
   method1;
   method2;
   ... // any fields that follow will be ignored
};

To encode the data type as an array, the name of the struct or class SHOULD NOT have a namespace prefix, otherwise the data type will be encoded and decoded as a generic vector, see Section 11.11.7.
The deserializer of a dynamic array can decode partially transmitted and/or SOAP sparse arrays, and even multi-dimensional arrays which will be collapsed into a one-dimensional array with row-major ordering.
Caution: SOAP 1.2 does not support partially transmitted arrays. So the __offset field of a dynamic array is ignored.

11.11.3  Example

The following example header file specifies the XMethods Service Listing service getAllSOAPServices service operation and an array of SOAPService data structures:

// Contents of file "listing.h":
class ns3__SOAPService
{
   public:
   int ID;
   char *name;
   char *owner;
   char *description;
   char *homepageURL;
   char *endpoint;
   char *SOAPAction;
   char *methodNamespaceURI;
   char *serviceStatus;
   char *methodName;
   char *dateCreated;
   char *downloadURL;
   char *wsdlURL;
   char *instructions;
   char *contactEmail;
   char *serverImplementation;
};
class ServiceArray
{
   public:
   ns3__SOAPService *__ptr; // points to array elements
   int __size; // number of elements pointed to
   ServiceArray();
   ~ServiceArray();
   void print();
};
int ns__getAllSOAPServices(ServiceArray &return_);

An example client application:

#include "soapH.h" ...
// ServiceArray class method implementations:
ServiceArray::ServiceArray()
{
   __ptr = NULL;
   __size = 0;
}
ServiceArray::~ServiceArray()
{ // destruction handled by gSOAP
}
void ServiceArray::print()
{
   for (int i = 0; i < __size; i++)
      cout << __ptr[i].name << ": " << __ptr[i].homepage << endl;
}
...
// Request a service listing and display results:
{
   struct soap soap;
   ServiceArray result;
   const char *endpoint = "www.xmethods.net:80/soap/servlet/rpcrouter";
   const char *action = "urn:xmethodsServicesManager#getAllSOAPServices";
   ...
   soap_init(&soap);
   soap_call_ns__getAllSOAPServices(&soap, endpoint, action, result);
   result.print();
   ...
   soap_destroy(&soap); // dealloc class instances
   soap_end(&soap); // dealloc deserialized data
   soap_done(&soap); // cleanup and detach soap struct
}

11.11.4  One-Dimensional Dynamic SOAP Arrays With Non-Zero Offset

The declaration of a dynamic array as described in 11.11 MAY include an int __offset field. When set to an integer value, the serializer of the dynamic array will use this field as the start index of the array and the SOAP array offset attribute will be used in the SOAP payload. Note that array offsets is a SOAP 1.1 specific feature which is not supported in SOAP 1.2.
For example, the following header file declares a mathematical Vector class, which is a dynamic array of floating point values with an index that starts at 1:

// Contents of file "vector.h":
typedef float xsd__float;
class Vector
{
   xsd__float *__ptr;
   int __size;
   int __offset;
   Vector();
   Vector(int n);
   float& operator[](int i);
}

The implementations of the Vector methods are:

Vector::Vector()
{
   __ptr = NULL;
   __size = 0;
   __offset = 1;
}
Vector::Vector(int n)
{
   __ptr = (float*)malloc(n*sizeof(float));
   __size = n;
   __offset = 1;
}
Vector::~Vector()
{
   if (__ptr)
      free(__ptr);
}
float& Vector::operator[](int i)
{
   return __ptr[i-__offset];
}

An example program fragment that serializes a vector of 3 elements:

struct soap soap;
soap_init(&soap);
Vector v(3);
v[1] = 1.0;
v[2] = 2.0;
v[3] = 3.0;
soap_begin(&soap);
v.serialize(&soap);
v.put("vec");
soap_end(&soap);

The output is a partially transmitted array:

<vec xsi:type="SOAP-ENC:Array" SOAP-ENC:arrayType="xsd:float[4]" SOAP-ENC:offset="[1]">
<item xsi:type="xsd:float">1.0</item>
<item xsi:type="xsd:float">2.0</item>
<item xsi:type="xsd:float">3.0</item>
</vec>

Note that the size of the encoded array is necessarily set to 4 and that the encoding omits the non-existent element at index 0.
The decoding of a dynamic array with an __offset field is more efficient than decoding a dynamic array without an __offset field, because the __offset field will be assigned the value of the SOAP-ENC:offset attribute instead of padding the initial part of the array with default values.

11.11.5  Nested One-Dimensional Dynamic SOAP Arrays

One-dimensional dynamic arrays MAY be nested. For example, using class Vector declared in the previous section, class Matrix is declared:

// Contents of file "matrix.h":
class Matrix
{
   public:
   Vector *__ptr;
   int __size;
   int __offset;
   Matrix();
   Matrix(int n, int m);
   ~Matrix();
   Vector& operator[](int i);
};

The Matrix type is essentially an array of pointers to arrays which make up the rows of a matrix. The encoding of the two-dimensional dynamic array in SOAP will be in nested form.

11.11.6  Multi-Dimensional Dynamic SOAP Arrays

The general form of the struct declaration for K-dimensional (K > 1) dynamic arrays is:

struct some_name
{
   Type *__ptr;
   int __size[K];
   int __offset[K];
   ... // anything that follows here will be ignored
};

where Type MUST be a type associated with an XML Schema, which means that it must be a typedefed type in case of a primitive type, or a struct/class name with a namespace prefix for schema association, or another dynamic array. If these conditions are not met, a generic vector XML (de)serialization is used (see Section 11.11.7).
An alternative is to use a class with optional methods:

class some_name
{
   public:
   Type *__ptr;
   int __size[K];
   int __offset[K];
   method1;
   method2;
   ... // any fields that follow will be ignored
};

In the above, K is a constant denoting the number of dimensions of the multi-dimensional array.
To encode the data type as an array, the name of the struct or class SHOULD NOT have a namespace prefix, otherwise the data type will be encoded and decoded as a generic vector, see Section 11.11.7.
The deserializer of a dynamic array can decode partially transmitted multi-dimensional arrays.
For example, the following declaration specifies a matrix class:

typedef double xsd__double;
class Matrix
{
   public:
   xsd__double *__ptr;
   int __size[2];
   int __offset[2];
};

In contrast to the matrix class of Section 11.11.5 that defined a matrix as an array of pointers to matrix rows, this class has one pointer to a matrix stored in row-major order. The size of the matrix is determined by the __size field: __size[0] holds the number of rows and __size[1] holds the number of columns of the matrix. Likewise, __ offset[0] is the row offset and __offset[1] is the columns offset.

11.11.7  Encoding XML Generics Containing Dynamic Arrays

The XML "generics" concept discussed in the SOAP encoding protocols extends the concept of a SOAP struct by allowing repetitions of elements within the struct. This is just a form of a repetition of XML elements without the SOAP-encoded array requirements. While SOAP-encoded arrays are more expressive (offset information to encode sparse arrays for example), simple repetitions of values are used more frequently.
A simple generic reperition is an array-like data structure with a repetition of an element. To achieve this, declare a dynamic array as a struct or class with a name that is qualified with a namespace prefix. SOAP arrays are declared without prefix.
For example, we define a Map structure that contains a sequence of pairs of key-val:

struct ns__Map
{
   int __size; // number of pairs
   struct ns__Binding {char *key; char *val;} *pair;
};

Since 2.7.16 it is also possible to use a '$' as a special marker to annotate a size field that must be of type int or size_t and the field name is no longer relevant:

struct ns__Map
{
   $int length; // number of pairs
   struct ns__Binding {char *key; char *val;} *pair;
};

This declares a dynamic array pointed to by pair and size __size. The array will be serialized and deserialized as a sequence of pairs:

<ns:Map xsi:type="ns:Map">
<pair xsi:type="ns:Binding">
<key>Joe</key>
<val>555 77 1234</val>
</pair>
<pair xsi:type="ns:Binding">
<key>Susan</key>
<val>555 12 6725</val>
</pair>
<pair xsi:type="ns:Binding">
<key>Pete</key>
<val>555 99 4321</val>
</pair>
</ns:Map>

Deserialization is less efficient compared to a SOAP-encoded array, because the size of the sequence is not part of the SOAP encoding. Internal buffering is used by the deserializer to collect the elements. When the end of the list is reached, the buffered elements are copied to a newly allocated space on the heap for the dynamic array.
Multiple arrays can be used in a struct/class to support the concept of "generics". Each array results in a repetition of elements in the struct/class. This is achieved with a int __size (or $int) field in the struct/class where the next field (i.e. below the __size field) is a pointer type. The pointer type is assumed to point to an array of values at run time. The __size field holds the number of values at run time. Multiple arrays can be embedded in a struct/class with __size fields that have a distinct names. To make the __size fields distinct, you can end them with a unique name suffix such as __sizeOfstrings, for example.
The general convention for embedding arrays is:

struct ns__SomeStruct
{
   ...
   int __sizename1; // number of elements pointed to
   Type1 *field1; // by this field
   ...
   int __sizename2; // number of elements pointed to
   Type2 *field2; // by this field
   ...
};

where name1 and name2 are identifiers used as a suffix to distinguish the __size field. These names can be arbitrary and are not visible in XML.
In 2.7.16 and higher this is simplified with a '$' marker:

struct ns__SomeStruct
{
   ...
   $int name1; // number of elements pointed to
   Type1 *field1; // by this field
   ...
   $int name2; // number of elements pointed to
   Type2 *field2; // by this field
   ...
};

For example, the following struct has two embedded arrays:

struct ns__Contact
{
   char *firstName;
   char *lastName;
   $intnPhones; // number of Phones
   ULONG64 *phoneNumber; // array of phone numbers
   $intnEmails; // number of emails
   char **emailAddress; // array of email addresses
   char *socSecNumber;
};

The XML serialization of an example ns__Contact is:

<mycontact xsi:type="ns:Contact">
   <firstName>Joe</firstName>
   <lastName>Smith</lastName>
   <phoneNumber>5551112222</phoneNumber>
   <phoneNumber>5551234567</phoneNumber>
   <phoneNumber>5552348901</phoneNumber>
   <emailAddress>Joe.Smith@mail.com</emailAddress>
   <emailAddress>Joe@Smith.com</emailAddress>
   <socSecNumber>999999999</socSecNumber>
</mycontact>

11.11.8  STL Containers

gSOAP supports the STL containers std::deque, std::list, std::set, and std::vector.
STL containers can only be used within classes to declare members that contain multiple values. This is somewhat similar to the embedding of arrays in structs in C as explained in Section 11.11.7, but the STL container approach is more flexible.
You need to import stldeque.h, stllist.h, stlset.h, or stlvector.h to enable std::deque, std::list, std::set, and std::vector (de)serialization. Here is an example:

#import "stlvector.h"
class ns__myClass
{ public:
   std::vector < int > *number;
   std::vector < xsd__string > *name;
   ...
};

The use of pointer members is not required but advised. The reason is that interoperability with other SOAP toolkits may lead to copying of ns__ myClass instances at run time when (de)serializing multi-referenced data. When a copy is made, certain parts of the containers will be shared between the copies which could lead to disaster when the classes with their containers are deallocated. Another way to avoid this is to declare class ns__myClass within other data types via a pointer. (Interoperability between gSOAP clients and services does not lead to copying.)
The XML Schema that corresponds to the ns__myClass type is

<complexType name="myClass">
   <sequence>
      <element name="number" type="xsd:int" minOccurs="1" maxOccurs="unbounded"/>
      <element name="name" type="xsd:string" minOccurs="1" maxOccurs="unbounded"/>
      ...
   </sequence>
</complexType>

You can specify the minOccurs and maxOccurs values as explained in Section 19.2.
You can also implement your own containers similar to STL containers. The containers must be class templates and should define a forward iterator type, and provide the following methods:
  • void clear() empty the container;
  • iterator begin() return iterator to beginning;
  • const_iterator begin() const return const iterator to beginning;
  • iterator end() return iterator to end;
  • const_iterator end() const return const iterator to end;
  • size_t size() return size;
  • iterator insert(iterator pos, const_reference val) insert element.
The iterator should be a forward iterator with a dereference operator to access the container's elements, it must be comparable (equal/unequal), and be pre-incrementable (++it). The const iterator is used by gSOAP to send a sequence of XML element values. The insert method is used to populate a container with Container::iterator i = container.insert(container.end(), val).
Here is in example user-defined container template class:

// simple_vector.h
template <class T>
class simple_vector
{
public:
   typedef T value_type;
   typedef value_type * pointer;
   typedef const value_type * const_pointer;
   typedef value_type & reference;
   typedef const value_type & const_reference;
   typedef pointer iterator;
   typedef const_pointer const_iterator;
protected:
   iterator head;
   iterator tail;
   size_t capacity;
public:
   simple_vector() { head = tail = NULL; }
   simple_vector(const simple_vector& v)
   { operator=(v); }
   ~simple_vector() { if (head) delete[] head; }
   void clear() { tail = head; }
/* the member functions below are required for (de)serialization of templates */
   iterator begin() { return head; }
   const_iterator begin() const { return head; }
   iterator end() { return tail; }
   const_iterator end() const { return tail; }
   size_t size() const { return tail - head; }
   iterator insert(iterator pos, const_reference val)
   {
      if (!head)
         head = tail = new value_type[capacity = 1];
      else if (tail >= head + capacity)
      {
         iterator i = head;
         iterator j = new value_type[capacity *= 2];
         iterator k = j;
         while (i < tail)
            *k++ = *i++;
         if (pos)
            pos = j + (pos - head);
         tail = j + (tail - head);
         delete[] head;
         head = j;
      }
      if (pos && pos >= head && pos < tail)
      {
         iterator i = tail;
         iterator j = i - 1;
         while (j != pos)
            *i- = *j-;
         *pos = val;
      }
      else 
      {
         pos = tail;
         *tail++ = val;
      }
      return pos;
   }
   simple_vector& operator=(const simple_vector& v)
   {
      head = tail = NULL;
      capacity = v.capacity;
      if (v.head)
      {
         head = tail = new value_type[capacity];
         iterator i = v.head;
         while (i != v.tail)
            *tail++ = *i++;
      }
      return *this;
   }
};

To enable the container, we add the following two lines to our gSOAP header file:

#include "simpleVector.h"
template  < class T > class simpleVector;

The container class should not be defined in the gSOAP header file. It must be defined in a separate header file (e.g. "simpleVector.h"). The template  < class T > class simpleVector declaration ensures that gSOAP will recognize simpleVector as a container class.
Caution: when parsing XML content the container elements may not be stored in the same order given in the XML content. When gSOAP parses XML it uses the insert container methods to store elements one by one. However, element content that is "forwarded" with href attributes will be appended to the container. Forwarding can take place with multi-referenced data that is referred to from the main part of the SOAP 1.1 XML message to the independent elements that carry ids. Therefore, your application should not rely on the preservation of the order of elements in a container.

11.11.9  Polymorphic Dynamic Arrays and Lists

Polymorphic arrays (arrays of polymorphic element types) can be encoded when declared as an array of pointers to class instances. For example:

class ns__Object
{
   public:
   ...
};
class ns__Data: public ns__Object
{
   public:
   ...
};
class ArrayOfObject
{
   public:
   ns__Object **__ptr; // pointer to array of pointers to Objects
   int __size; // number of Objects pointed to
   int __offset; // optional SOAP 1.1 array offset
};
class ns__Objects
{
   public:
   std::vector < ns__Object* > objects; // vector of pointers to objects
};

The pointers in the array can point to the ns__Object base class or ns__Data derived class instances which will be serialized and deserialized accordingly in SOAP. That is, the array elements are polymorphic.
Since we can't use dynamic binding to support polymorphism in C, another mechanism is available based on the serialization of void pointers, that is, dynamic serialization of data referenced by void pointers, see Section 11.9.

struct __wrapper
{
   int __type; // type T represented by SOAP_TYPE_T
   void *__item; // pointer to data of type T
};
struct ArrayOfObject
{
   struct __wrapper __ptr; // pointer to array of pointers to Objects
   int __size; // number of Objects pointed to
   int __offset; // optional SOAP 1.1 array offset
};
struct ns__Objects
{
   int __size;
   struct __wrapper *objects; // array of pointers to wrapped types
};

11.11.10  How to Change the Tag Names of the Elements of a SOAP Array or List

The __ptr field in a struct or class declaration of a dynamic array may have an optional suffix part that describes the name of the tags of the SOAP array XML elements. The suffix is part of the field name:

Type *__ptrarray_elt_name

The suffix describes the tag name to be used for all array elements. The usual identifier to XML translations apply, see Section 10.3. The default XML element tag name for array elements is item (which corresponds to the use of field name __ptritem).
Consider for example:

struct ArrayOfstring
{
   xsd__string *__ptrstring;    int __size; };

The array is serialized as:

<array xsi:type="SOAP-ENC:Array" SOAP-ENC:arrayType="xsd:string[2]">
<string xsi:type="xsd:string">Hello</string>
<string xsi:type="xsd:string">World</string>
</array>

SOAP 1.1 and 1.2 do not require the use of a specific tag name for array elements. gSOAP will deserialize a SOAP array while ignoring the tag names. Certain XML Schemas used in doc/literal encoding may require the declaration of array element tag names.

11.12  Base64Binary XML Schema Type Encoding

The base64Binary XML Schema type is a special form of dynamic array declared with a pointer (__ptr) to an unsigned char array.
For example using a struct:

struct xsd__base64Binary
{
   unsigned char *__ptr;
   int __size;
};

Or with a class:

class xsd__base64Binary
{
   public:
   unsigned char *__ptr;
   int __size;
};

When compiled by the gSOAP soapcpp2 tool, this header file specification will generate base64Binary serializers and deserializers.
The SOAP_ENC:base64 encoding is another type for base 64 binary encoding specified by the SOAP data type schema and some SOAP applications may use this form (as indicated by their WSDL descriptions). It is declared by:

struct SOAP_ENC__base64
{
   unsigned char *__ptr;
   int __size;
};

Or with a class:

class SOAP_ENC__base64
{
   unsigned char *__ptr;
   int __size;
};

When compiled by the gSOAP soapcpp2 tool, this header file specification will generate SOAP-ENC:base64 serializers and deserializers.
The advantage of using a class is that methods can be used to initialize and manipulate the __ptr and __size fields. The user can add methods to this class to do this. For example:

class xsd__base64Binary
{
   public:
   unsigned char *__ptr;
   int __size;
   xsd__base64Binary(); // Constructor
   xsd__base64Binary(struct soap *soap, int n); // Constructor
   ~xsd__base64Binary(); // Destructor
   unsigned char *location(); // returns the memory location
   int size(); // returns the number of bytes
};

Here are example method implementations:

xsd__base64Binary::xsd__base64Binary()
{
   __ptr = NULL;
   __size = 0;
}
xsd__base64Binary::xsd__base64Binary(struct soap *soap, int n)
{
   __ptr = (unsigned char*)soap_malloc(soap, n);
   __size = n;
}
xsd__base64Binary::~xsd__base64Binary()
{ }
unsigned char *xsd__base64Binary::location()
{
   return __ptr;
}
int xsd__base64Binary::size()
{
   return __size;
}

The following example in C/C++ reads from a raw image file and encodes the image in SOAP using the base64Binary type:

...
FILE *fd = fopen("image.jpg", "rb");
xsd__base64Binary image(&soap, filesize(fd));
fread(image.location(), image.size(), 1, fd);
fclose(fd);
soap_begin_send(&soap);
image.soap_serialize(&soap);
image.soap_put(&soap, "jpegimage", NULL);
soap_end_send(&soap);
...

where filesize is a function that returns the size of a file given a file descriptor.
Reading the xsd:base64Binary encoded image.

...
xsd__base64Binary image;
soap_begin_recv(&soap);
image.get(&soap, "jpegimage");
soap_end_recv(&soap);
...

The struct or class name soap_enc__base64 should be used for SOAP-ENC:base64 schema type instead of xsd__base64Binary.

11.13  hexBinary XML Schema Type Encoding

The hexBinary XML Schema type is a special form of dynamic array declared with the name xsd__hexBinary and a pointer (__ptr) to an unsigned char array, similar to the base64Binary type described in the previous section. The only difference with the base64Binary type is the hexadecimal content instead of base64 content. Both types are declared identically, with the exception that the word "hex" occurs in the struct/class name.
For example, using a struct:

struct xsd__hexBinary
{
   unsigned char *__ptr;
   int __size;
};

Or using a class:

class xsd__hexBinary
{
   public:
   unsigned char *__ptr;
   int __size;
};

or if a binary type such as xsd__base64Binary is defined, then we can simply use a typedef to introduce the hex variant:

class xsd__base64Binary // serializes into base64 content
{
   public:
   unsigned char *__ptr;
   int __size;
};
typedef xsd__base64Binary xsd__hexBinary; // serializes into hex content

When compiled by the gSOAP soapcpp2 tool, this header file specification will generate hexBinary serializers and deserializers.

11.14  Literal XML Encoding Style

gSOAP supports document/literal encoding by default. Just as with SOAP RPC encoding, literal encoding requires the XML Schema of the message data to be provided e.g. in WSDL in order for the gSOAP soapcpp2 compiler to generate the (de)serialization routines.
The //gsoap service encoding, //gsoap service method-encoding, and //gsoap service method-response-encoding directives explicitly enable SOAP encoded or literal encoded messages. For example, to enable RPC encoding style for the entire service, use:

//gsoap ns service encoding: encoded

To enable encoding for particular service methods, use:

//gsoap ns service method-encoding: myMethod encoded
int ns__myMethod(...)

To enable encoding for particular service methods responses when the method request is literal, use:

//gsoap ns service method-response-encoding: myMethod encoded
int ns__myMethod(...)

Instead of the encoded value, you can use literal, or a specific encoding style value.
Consider the following example that uses the directive to make the literal encoding explicit. The LocalTimeByZipCode service operation of the LocalTime service provides the local time given a zip code and uses literal encoding (with MS .NET). The following header file declares the method:

int LocalTimeByZipCode(char *ZipCode, char **LocalTimeByZipCodeResult);

Note that none of the data types need to be namespace qualified using namespace prefixes.

//gsoap ns service name: localtime
//gsoap ns service encoding: literal
//gsoap ns service namespace: http://alethea.net/webservices/
int ns__LocalTimeByZipCode(char *ZipCode, char **LocalTimeByZipCodeResult);

In this case, the method name requires to be associated with a schema through a namespace prefix, e.g. ns is used in this example. See Section 19.2 for more details on gSOAP directives. With these directives, the gSOAP soapcpp2 compiler generates client and server sources with the specified settings.
The example client program is:

#include "soapH.h"
#include "localtime.nsmap" // include generated map file
int main()
{
   struct soap soap;
   char *t;
   soap_init(&soap);
   if (soap_call_ns__LocalTimeByZipCode(&soap, "http://alethea.net/webservices/LocalTime.asmx", "http://alethea.net/webservices/LocalTimeByZipCode", "32306", &t))
      soap_print_fault(&soap, stderr);
   else
      printf("Time = %s\n", t);
   return 0;
}

To illustrate the manual doc/literal setting, the following client program sets the required properties before the call:

#include "soapH.h"
#include "localtime.nsmap" // include generated map file
int main()
{
   struct soap soap;
   char *t;
   soap_init(&soap);
   soap.encodingStyle = NULL; // don't use SOAP encoding
   soap_set_omode(&soap, SOAP_XML_TREE);" // don't produce multi-ref data (but can accept)
   if (soap_call_ns__LocalTimeByZipCode(&soap, "http://alethea.net/webservices/LocalTime.asmx", "http://alethea.net/webservices/LocalTimeByZipCode", "32306", &t))
      soap_print_fault(&soap, stderr);
   else
      printf("Time = %s\n", t);
   return 0;
}

The SOAP request is:

POST /webservices/LocalTime.asmx HTTP/1.0
Host: alethea.net
Content-Type: text/xml; charset=utf-8
Content-Length: 479
SOAPAction: "http://alethea.net/webservices/LocalTimeByZipCode"

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   <SOAP-ENV:Body>
      <LocalTimeByZipCode xmlns="http://alethea.net/webservices/">
<ZipCode>32306</ZipCode></LocalTimeByZipCode>
   </SOAP-ENV:Body>
</SOAP-ENV:Envelope>

11.14.1  Serializing and Deserializing Mixed Content XML With Strings

To declare a literal XML "type" to hold XML documents in regular strings, use:

typedef char *XML;

To declare a literal XML "type" to hold XML documents in wide character strings, use:

typedef wchar_t *XML;

Note: only one of the two storage formats can be used. The differences between the use of regular strings versus wide character strings for XML documents are:
  • Regular strings for XML documents MUST hold UTF-8 encoded XML documents. That is, the string MUST contain the proper UTF-8 encoding to exchange the XML document in SOAP messages.
  • Wide character strings for XML documents SHOULD NOT hold UTF-8 encoded XML documents. Instead, the UTF-8 translation is done automatically by the gSOAP runtime marshalling routines.
Here is a C++ example of a service operation specification in which the parameters of the service operation uses literal XML encoding to pass an XML document to a service and back:

typedef char *XML;
ns__GetDocument(XML m__XMLDoc, XML &m__XMLDoc_);

and in C:

typedef char *XML;
ns__GetDocument(XML m__XMLDoc, XML *m__XMLDoc_);

The ns__Document is essentially a struct that forms the root of the XML document. The use of the underscore in the ns__Document response part of the message avoids the name clash between the structs. Assuming that the namespace mapping table contains the binding of ns to http://my.org/ and the binding of m to http://my.org/mydoc.xsd, the XML message is:

<?xml version="1.0" encoding="UTF-8"?>
<SOAP-ENV:Envelope
   xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"
   xmlns:SOAP-ENC="http://schemas.xmlsoap.org/soap/encoding/"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
   xmlns:xsd="http://www.w3.org/2001/XMLSchema"
   xmlns:ns="http://my.org/"
   xmlns:m="http://my.org/mydoc.xsd"
   SOAP-ENV:encodingStyle="">
   <SOAP-ENV:Body>
      <ns:GetDocument>
         <XMLDoc xmlns="http://my.org/mydoc.xsd">
            ...
         </XMLDoc>
      </ns:Document>
   </SOAP-ENV:Body>
</SOAP-ENV:Envelope>

When using literal encoding of method parameters and response as shown in the example above, the literal XML encoding style MUST be specified by setting soap.encodingStyle. For example, to specify no constraints on the encoding style (which is typical) use NULL:

struct soap soap;
soap_init(&soap);
soap.encodingStyle = NULL;

As a result, the SOAP-ENV:encodingStyle attribute will not appear in the SOAP payload.
For interoperability with Apache SOAP, use

struct soap soap;
soap_init(&soap);
soap.encodingStyle = "http://xml.apache.org/xml-soap/literalxml";

When the response parameter is an XML type, it will store the entire XML response content but without the enveloping response element.
The XML type can be used as part of any data structure to enable the rendering and parsing of custom XML documents. For example:

typedef char *XML;
struct ns__Data /* data in namespace 'ns' */
{
   int number;
   char *name;
   XML m__document; /* XML document in default namespace 'm' */
};
ns__Example(struct ns__Data data, struct ns__ExampleResponse { struct ns__Data data; } *out);

12  SOAP Fault Processing

A predeclared standard SOAP Fault data structure is generated by the gSOAP soapcpp2 tool for exchanging exception messages. The built-in struct SOAP_ENV__Fault data structure is defined as:

struct SOAP_ENV__Fault
{
   _QName faultcode; // _QName is builtin
   char *faultstring;
   char *faultactor;
   struct SOAP_ENV__Detail *detail;
   struct SOAP_ENV__Code *SOAP_ENV__Code; // MUST be a SOAP_ENV__Code struct defined below
   char *SOAP_ENV__Reason;
   char *SOAP_ENV__Node;
   char *SOAP_ENV__Role;
   struct SOAP_ENV__Detail *SOAP_ENV__Detail; // SOAP 1.2 detail field
}; struct SOAP_ENV__Code
{
   _QName SOAP_ENV__Value;
   struct SOAP_ENV__Code *SOAP_ENV__Subcode; };
struct SOAP_ENV__Detail
{
   int __type; // The SOAP_TYPE_ of the object serialized as Fault detail
   void *fault; // pointer to the fault object, or NULL
   char *__any; // any other detail element content (stored in XML format)
};

The first four fields in SOAP_ENV__Fault are SOAP 1.1 specific. The last five fields are SOAP 1.2 specific. You can redefine these structures in the header file. For example, you can use a class for the SOAP_ENV__Fault and add methods for convenience.
The data structure content can be changed to the need of an application, but this is generally not necessary because the application-specific SOAP Fault details can be serialized via the __type and fault fields in the SOAP_ENV__Detail field, see Section 11.9 on the serialization of data refered to by __type and fault.
The __type field allows application data to be serialized as part of the SOAP Fault. The application data SHOULD be defined as XML elements, which requires you to declare the type names with a leading underscore to ensure that the types are compatible with XML elements and not just simpleTypes and complexTypes.
When the skeleton of a service operation returns an error (see Section 10.2), then soap.fault contains the SOAP Fault data at the receiving side (client).
Server-side faults are raised with soap_sender_fault or soap_receiver_fault. The soap_sender_fault call should be used to inform that the sender is at fault and the sender (client) should not resend the request. The soap_receiver_fault call should be used to indicate a temporary server-side problem, so a sender (client) can resend the request later. For example:

int ns1__myMethod(struct soap *soap, ...)
{
   ...
   return soap_receiver_fault(soap, "Resource temporarily unavailable", NULL); // return fault to sender
}

In the example, the SOAP Fault details were empty (NULL). You may pass an XML fragment, which will be literally included in the SOAP Fault message. For WS-I Basic Profile compliance, you must pass an XML string with one or more namespace qualified elements, such as:

return soap_receiver_fault(soap, "Resource temporarily unavailable", " < errorcode xmlns='http://tempuri.org' > 123 < /errorcode > < errorinfo xmlns='http://tempuri.org' > abc < /errorinfo > ");

When a service operation must raise an exception with application SOAP Fault details, it does so by assigning the soap.fault field of the current reference to the runtime context with appropriate data associated with the exception and by returning the error SOAP_FAULT. For example:

   soap_receiver_fault(soap, "Stack dump", NULL);
   if (soap->version == 2) // SOAP 1.2 is used
   {
      soap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail);
      soap->fault->SOAP_ENV__Detail->__type = SOAP_TYPE_ns1__myStackDataType; // stack type
      soap->fault->SOAP_ENV__Detail->fault = sp; // point to stack
      soap->fault->SOAP_ENV__Detail->__any = NULL; // no other XML data
   }
   else 
   {
      soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail);
      soap->fault->detail->__type = SOAP_TYPE_ns1__myStackDataType; // stack type
      soap->fault->detail->fault = sp; // point to stack
      soap->fault->detail->__any = NULL; // no other XML data
   }
   return SOAP_FAULT; // return from service operation call

When soap_receiver_fault allocates a fault struct, this data is removed with the soap_end call (or soap_dealloc). Note that the soap_receiver_fault function is called to allocate the fault struct and set the fault string and detail fields, i.e. soap_receiver_fault(soap, "Stack dump", NULL). The advantage is that this is independent of SOAP 1.1 and SOAP 1.2. However, setting the custom detail fields requires inspecting the SOAP version used, using the soap->version attribute which is 1 for SOAP 1.1 and 2 for SOAP 1.2.
Each service operation implementation in a service application can return a SOAP Fault upon an exception by returning an error code, see Section 7.2.1 for details and an example. In addition, a SOAP Fault can be returned by a service application through calling the soap_send_fault function. This is useful in case the initialization of the application fails, as illustrated in the example below:

int main()
{
   struct soap soap;
   soap_init(&soap);
   some initialization code
   if (initialization failed)
   {
      soap.error = soap_receiver_fault(&soap, "Init failed", NULL); // set the error condition (SOAP_FAULT)
      soap_send_fault(&soap); // Send SOAP Fault to client
      return 0; // Terminate
   }
}

13  SOAP Header Processing

A predeclared standard SOAP Header data structure is generated by the gSOAP soapcpp2 tool for exchanging SOAP messages with SOAP Headers. This predeclared data structure is:

struct SOAP_ENV__Header { };

which declares and empty header (some C and C++ compilers don't accept empty structs, use compile flag -DWITH_NOEMPTYSTRUCT to avoid these errors).
To adapt the data structure to a specific need for SOAP Header processing, a new struct SOAP_ENV__Header can be added to the header file input to the gSOAP compiler. A class for the SOAP Header data structure can be used instead of a struct.
For example, the following header can be used for transaction control:

struct SOAP_ENV__Header
{ char *t__transaction;
};

with client-side code:

   struct soap soap;
   soap_init(&soap);
...
soap.header = NULL; // do not use a SOAP Header for the request (as set with soap_init)
soap.actor = NULL; // do not use an actor (receiver is actor)
soap_call_method(&soap, ...);
if (soap.header) // a SOAP Header was received
   cout << soap.header->t__transaction;
// Can reset, modify, or set soap.header here before next call
soap_call_method(&soap, ...); // reuse the SOAP Header of the service response for the request
...

The SOAP Web service response can include a SOAP Header with a transaction number that the client is supposed to use for the next service operation invocation to the service. Therefore, the next request includes a transaction number:

...
<SOAP-ENV:Envelope ...>
<SOAP-ENV:Header>
<transaction xmlns="..." xsi:type="int">12345</transaction>
</SOAP-ENV:Header>
<SOAP-ENV:Body>
...
</SOAP-ENV:Body>
</SOAP-ENV:Envelope>

This is just an example and the transaction control is not a feature of SOAP but can be added on by the application layer to implement stateful transactions between clients and services. At the client side, the soap.actor attribute can be set to indicate the recipient of the header (the SOAP SOAP-ENV:actor attribute).
A Web service can read and set the SOAP Header as follows:

int main()
{
   struct soap soap;
   soap.actor = NULL; // use this to accept all headers (default)
   soap.actor = "http://some/actor"; // accept headers destined for "http://some/actor" only
   soap_serve(&soap);
}
...
int method(struct soap *soap, ...)
{
   if (soap->header) // a Header was received
      ... = soap->header->t__transaction;
   else 
      soap->header = soap_malloc(sizeof(struct SOAP_ENV__Header)); // alloc new header
...       soap->header->t__transaction = ...;
   return SOAP_OK;
}

See Section 19.2 on how to generate WSDL with the proper method-to-header-part bindings.
The SOAP-ENV:mustUnderstand attribute indicates the requirement that the recipient of the SOAP Header (who must correspond to the SOAP-ENV:actor attribute when present or when the attribute has the value SOAP-ENV:actor="http://schemas.xmlsoap.org/soap/actor/next") MUST handle the Header part that carries the attribute. gSOAP handles this automatically on the background. However, an application still needs to inspect the header part's value and handle it appropriately. If a service operation in a Web service is not able to do this, it should return SOAP_MUSTUNDERSTAND to indicate this failure.
The syntax for the header file input to the gSOAP soapcpp2 compiler is extended with a special storage qualifier mustUnderstand. This qualifier can be used in the SOAP Header declaration to indicate which parts should carry a SOAP-ENV:mustUnderstand="1" attribute. For example:

struct SOAP_ENV__Header
{
   char *t__transaction;
   mustUnderstand char *t__authentication;
};

When both fields are set and soap.actor="http://some/actor" then the message contains:

<SOAP-ENV:Envelope ...>
<SOAP-ENV:Header>
<transaction xmlns="...">5</transaction>
<authentication xmlns="..."
   SOAP-ENV:actor="http://some/actor" SOAP-ENV:mustUnderstand="1">XX
</authentication>
</SOAP-ENV:Header>
<SOAP-ENV:Body>
...
</SOAP-ENV:Body>
</SOAP-ENV:Envelope>

14  MIME Attachments

The gSOAP toolkit supports MIME attachments as per SOAP with Attachments (SwA) specification (http://www.w3.org/TR/SOAP-attachments). In the following discussion, MIME attachment data is assumed to be resident in memory for sending operations and MIME attachments received will be stored in memory. MTOM and DIME attachments on the other hand can be streamed and therefore MTOM/DIME attachment data does not need to be stored in memory, see Section 15 and 16.
Transmitting multipart/related MIME attachments with a SOAP/XML message is accomplished with two functions, soap_set_mime and soap_set_mime_attachment. The first function is for initialization purposes and the latter function is used to specify meta data and content data for each attachment.

14.1  Sending a Collection of MIME Attachments (SwA)

The following functions should be used to set up a collection of multipart/related MIME attachments for transmission with a SOAP/XML message.

Function
void soap_set_mime(struct soap *soap, const char *boundary, const char *start)
This function must be called first to initialize MIME attachment send operations (receives are automatic). The function specifies a MIME boundary and start content ID used for the SOAP message body. When boundary is NULL, an appropriate MIME boundary will be choosen (important: boundaries cannot occur in the SOAP/XML message and cannot occur in any of the MIME attachments content). When a specific boundary value is provided, gSOAP will NOT verify that the boundary is valid. When start is NULL, the start ID of the SOAP message is <SOAP-ENV:Envelope>.
int soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description)
This function adds a new attachment to the list of attachments, where ptr and size refer to the block of memory that holds the attachment data. The encoding parameter specifies the content encoding of this block, where the value of encoding is one of SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, or SOAP_MIME_X_TOKEN. These constants reflect the content encoding defined in RFC2045 and you MUST adhere to the content encoding rules defined by RFC2045. When in doubt, use SOAP_MIME_BINARY, since this encoding type covers any content. The mandatory type string parameter is the MIME type of the data. The id string parameter is the content ID of the MIME attachment. The optional location string parameter is the content location of the attachment. The optional description string parameter holds a textual description of the attachment (it may not contain any control characters). All parameter values are copied, except ptr which must point to a valid location of the attachment data during the transfer. The value SOAP_OK is returned when the attachment was added. Otherwise a gSOAP error code is returned.
void soap_clr_mime(struct soap *soap)
Disables MIME attachments, e.g. to avoid MIME attachments to be part of a SOAP Fault response message.

When providing a MIME boundary with soap_set_mime, you have to make sure the boundary cannot match any SOAP/XML message content. Or you can simply pass NULL and let gSOAP select a safe boundary for you.
The internal list of attachments is destroyed with soap_end, you should call this function sometime after the message exchange was completed (the content of the block of memory referred to by the ptr parameter is unaffected).
The following example shows how a multipart/related HTTP message with three MIME attachments is set up and transmitted to a server. The first attachment contains the SOAP message. The second and third attachments contain image data. In this example we let the SOAP message body refer to the attachments using href attributes. The struct claim__form data type includes a definition of a href attribute for this purpose.

struct claim__form form1, form2;
form1.href = "cid:claim061400a.tiff@claiming-it.com";
form2.href = "cid:claim061400a.jpeg@claiming-it.com";
/* initialize and enable MIME */
soap_set_mime(soap, "MIME_boundary", "<claim061400a.xml@claiming-it.com>");
/* add a base64 encoded tiff image (tiffImage points to base64 data) */
soap_set_mime_attachment(soap, tiffImage, tiffLen, SOAP_MIME_BASE64, "image/tiff",
         "<claim061400a.tiff@claiming-it.com>", NULL, NULL);
/* add a raw binary jpeg image (jpegImage points to raw data) */
soap_set_mime_attachment(soap, jpegImage, jpegLen, SOAP_MIME_BINARY, "image/jpeg",
         "<claim061400a.jpeg@claiming-it.com>", NULL, NULL);
/* send the forms as MIME attachments with this invocation */
if (soap_call_claim__insurance_claim_auto(soap, form1, form2, ...))
   // an error occurred
else
   // process response

Note: the above example assumes that the boundary MIME_boundary does not match any part of the SOAP/XML message.
The claim__form struct is declared in the gSOAP header file as:

struct claim__form
{ @char *href;
};

This data type defines the parameter data of the operation. The claim forms in the SOAP/XML message consist of hrefs to the claim forms attached. The produced message is similar to the last example shown in the SOAP with Attachments specification (http://www.w3.org/TR/SOAP-attachments). Note that the use of href or other attributes for referring to the MIME attachments is optional according to the SwA standard.
To associate MIME attachments with the request and response of a service operation in the generated WSDL, please see Section 16.1.
The server-side code to transmit MIME attachments back to a client is similar:

int claim__insurance_claim_auto(struct soap *soap, ...)
{
   soap_set_mime(soap, NULL, NULL); // enable MIME
   // add a HTML document (htmlDoc points to data, where the HTML doc is stored in compliance with 7bit encoding RFC2045)
   if (soap_set_mime_attachment(soap, htmlDoc, strlen(htmlDoc), SOAP_MIME_7BIT, "text/html",
         "<claim061400a.html@claiming-it.com>", NULL, NULL))
   {
      soap_clr_mime(soap); // don't want fault with attachments
      return soap->error;
   }
   return SOAP_OK;
}

It is also possible to attach data to a SOAP fault message.
Caution: DIME in MIME is supported. However, gSOAP will not verify whether the MIME boundary is present in the DIME attachments and therefore will not select a boundary that is guaranteed to be unique. Therefore, you must provide a MIME boundary with soap_set_mime that is unique when using DIME in MIME.

14.2  Retrieving a Collection of MIME Attachments (SwA)

MIME attachments are automatically parsed and stored in memory. After receiving a set of MIME attachments, either at the client-side or the server-side, the list of MIME attachments can be traversed to extract meta data and the attachment content. The first attachment in the collection of MIME attachments always contains meta data about the SOAP message itself (because the SOAP message was processed the attachment does not contain any useful data).
To traverse the list of MIME attachments in C, you use a loop similar to:

struct soap_multipart *attachment;
for (attachment = soap.mime.list; attachment; attachment = attachment->next)
{
   printf("MIME attachment:\n");
   printf("Memory=%p\n", (*attachment).ptr);
   printf("Size=%ul\n", (*attachment).size);
   printf("Encoding=%d\n", (int)(*attachment).encoding);
   printf("Type=%s\n", (*attachment).type?(*attachment).type:"null");
   printf("ID=%s\n", (*attachment).id?(*attachment).id:"null");
   printf("Location=%s\n", (*attachment).location?(*attachment).location:"null");
   printf("Description=%s\n", (*attachment).description?(*attachment).description:"null");
}

C++ programmers can use an iterator instead, as in:

for (soap_multipart::iterator attachment = soap.mime.begin(); attachment != soap.mime.end(); ++attachment)
{
   cout << "MIME attachment:" << endl;
   cout << "Memory=" << (void*)(*attachment).ptr << endl;
   cout << "Size=" << (*attachment).size << endl;
   cout << Ëncoding=" << (*attachment).encoding << endl;
   cout << "Type=" << ((*attachment).type?(*attachment).type:"null") << endl;
   cout << "ID=" << ((*attachment).id?(*attachment).id:"null") << endl;
   cout << "Location=" << ((*attachment).location?(*attachment).location:"null") << endl;
   cout << "Description=" << ((*attachment).description?(*attachment).description:"null") << endl;
}

Note: keep in mind that the first attachment is associated with the SOAP message and you may want to ignore it.
A call to soap_end removes all of the received MIME data. To preserve an attachment in memory, use soap_unlink on the ptr field of the soap_multipart struct. Recall that the soap_unlink function is commonly used to prevent deallocation of deserialized data.

15  DIME Attachments

The gSOAP toolkit supports DIME attachments as per DIME specification, see http://msdn.microsoft.com/library/en-us/dnglobspec/html/draft-nielsen-dime-02.txt
Applications developed with gSOAP can transmit binary DIME attachments with or without streaming messages. Without streaming, all data is stored and retrieved in memory, which can be prohibitive when transmitting large files on small devices. The maximum DIME attachment size is limited to 8 MB by default as set with SOAP_MAXDIMESIZE in stdsoap2.h. In contrast, with DIME streaming, data handlers are used to pass the data to and from a resource, such as a file or device. With DIME output streaming, raw binary data is send from a data source in chunks on the fly without buffering the entire content to save memory. With DIME input streaming, raw binary data will be passed to data handlers (callbacks).

15.1  Sending a Collection of DIME Attachments

The following functions can be used to explicitly set up a collection of DIME attachments for transmission with a SOAP/XML message body. The attachments can be streamed, as described in Section 15.4. Without streaming, each attachment must refer to a block of data in memory.

Function
void soap_set_dime(struct soap *soap)
This function must be called first to initialize DIME attachment send operations (receives are automatic).
int soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option)
This function adds a new attachment to the list of attachments, where ptr and size refer to the block of memory that holds the attachment data (except when DIME streaming callback handlers are used as described in Section 15.4. The type string parameter is the MIME type of the data. The id string parameter is the content ID of the DIME attachment. The option string parameter holds optional text (gSOAP supports DIME options, but it can send only one) and optype is a user-defined option type (as per DIME option specification format). All parameter values are copied, except ptr. The value SOAP_OK is returned when the attachment was added. Otherwise a gSOAP error code is returned.
void soap_clr_dime(struct soap *soap)
Disables DIME attachments, unless the serialized SOAP message contains attachments for transmission.

These functions allow DIME attachments to be added without requiring message body references. This is also referred to as the open DIME attachment style. The closed attachment style requires all DIME attachments to be referenced from the SOAP message body with href (or similar) references. For the closed style, gSOAP supports an automatic binary data serialization method, see Section 15.3.

15.2  Retrieving a Collection of DIME Attachments

DIME attachments are automatically parsed and stored in memory (or passed to the streaming handlers, when applicable). After receiving a set of DIME attachments, either at the client-side or the server-side, the list of DIME attachments can be traversed to extract meta data and the attachment content.
To traverse the list of DIME attachments in C, you use a loop similar to:

struct soap_multipart *attachment;
for (attachment = soap.dime.list; attachment; attachment = attachment->next)
{
   printf("DIME attachment:\n");
   printf("Memory=%p\n", (*attachment).ptr);
   printf("Size=%ul\n", (*attachment).size);
   printf("Type=%s\n", (*attachment).type?(*attachment).type:"null");
   printf("ID=%s\n", (*attachment).id?(*attachment).id:"null");
}

C++ programmers can use an iterator instead, as in:

for (soap_multipart::iterator attachment = soap.dime.begin(); attachment != soap.dime.end(); ++attachment)
{
   cout << "DIME attachment:" << endl;
   cout << "Memory=" << (void*)(*attachment).ptr << endl;
   cout << "Size=" << (*attachment).size << endl;
   cout << "Type=" << ((*attachment).type?(*attachment).type:"null") << endl;
   cout << "ID=" << ((*attachment).id?(*attachment).id:"null") << endl;
}

The options field is available as well. The options content is formatted according to the DIME specification: the first two bytes are reserved for the option type, the next two bytes store the size of the option data, followed by the (binary) option data.
A call to soap_end removes all of the received DIME data. To preserve an attachment in memory, use soap_unlink on the ptr field of the soap_multipart struct. Recall that the soap_unlink function is commonly used to prevent deallocation of deserialized data.

15.3  Serializing Binary Data in DIME

Binary data stored in extended xsd:base64Binary and xsd:hexBinary types can be serialized and deserialized as DIME attachments. These attachments will be transmitted prior to the sequence of secondary DIME attachments defined by the user with soap_set_dime_attachment as explained in the previous section. The serialization process is automated and DIME attachments will be send even when soap_set_dime or soap_set_dime_attachment are not used.
The xsd:base64Binary XSD type is defined in gSOAP as a struct or class by

struct xsd__base64Binary
{
   unsigned char *__ptr; // pointer to raw binary data
   int __size; // size of the block of data
};

To enable serialization of the data in DIME, we extend this type with three additional fields:

struct xsd__base64Binary
{
   unsigned char *__ptr;
   int __size;
   char *id;
   char *type;
   char *options;
};

The three additional fields consist of an id field for attachment referencing (typically a content id (CID) or UUID), a type field to specify the MIME type of the binary data, and an options field to piggy-back additional information with a DIME attachment. The order of the declaration of the fields is significant. In addition, no other fields or methods may be declared before any of these fields in the struct/class, but additional fields and methods may appear after the field declarations. An extended xsd__hexBinary declaration is similar.
The id and type fields contain text. The set the DIME-specific options field, you can use the soap_dime_option function:

char *soap_dime_option(struct soap *soap, unsigned short type, const char *option)

returns a string with this encoding. For example

struct xsd__base64Binary image;
image.__ptr = ...;
image.__size = ...;
image.id = "uuid:09233523-345b-4351-b623-5dsf35sgs5d6";
image.type = "image/jpeg";
image.options = soap_dime_option(soap, 0, "My wedding picture");

When either the id or type field values are non-NULL at run time, the data will be serialized as a DIME attachment. The SOAP/XML message refers to the attachments using href attributes. This generally works will with SOAP RPC, because href attributes are permitted. However, with document/literal style the referencing mechanism must be explicitly defined in the schema of the binary type. The gSOAP declaration of an extended binary type is

struct ns__myBinaryDataType
{
   unsigned char *__ptr;
   int __size;
   char *id;
   char *type;
   char *options;
};

C++ programmers can use inheritance instead of textual extension required in C, as in

class xsd__base64Binary
{
   unsigned char *__ptr;
   int __size;
};
class ns__myBinaryDataType : xsd__base64Binary
{
   char *id;
   char *type;
   char *options;
};

This defines an extension of xsd:base64Binary, such that the data can be serialized as DIME attachments using href attributes for referencing. When a different attribute name is in fact used, it must be explicitly defined:

//gsoap WSref schema import: http://schemas.xmlsoap.org/ws/2002/04/reference/
struct ns__myBinaryDataType
{
   unsigned char *__ptr;
   int __size;
   char *id;
   char *type;
   char *options;
   @char *WSref__location;
};

The example above uses the location attribute defined in the content reference schema, as defined in one of the vendor's specific WSDL extensions for DIME (http://www.gotdotnet.com/team/xml_wsspecs/dime/WSDL-Extension-for-DIME.htm).
When receiving DIME attachments, the DIME meta data and binary data content is stored in binary data types only when the XML parts of the message uses href attributes to refer to these attachments. The gSOAP toolkit may support automatic (de)serialization with other user-defined (or WSDL-defined) attributes in future releases.
Messages may contain binary data that references external resources not provided as attachments. In that case, the __ptr field is NULL and the id field refers to the external data source.
The dime_id_format attribute of the current gSOAP run-time context can be set to the default format of DIME id fields. The format string MUST contain a %d format specifier (or any other int-based format specifier). The value of this specifier is a non-negative integer, with zero being the value of the DIME attachment id for the SOAP message. For example,

struct soap soap;
soap_init(&soap);
soap.dime_id_format = "uuid:09233523-345b-4351-b623-5dsf35sgs5d6-%x";

As a result, all attachments with a NULL id field will use a gSOAP-generated id value based on the format string.
Caution: Care must be taken not to introduce duplicate content id values, when assigning content id values to the id fields of DIME extended binary data types. Content ids must be unique.

15.4  Streaming DIME

Streaming DIME is achieved with callback functions to fetch and store data during transmission. Three function callbacks for streaming DIME output and three callbacks for streaming DIME input are available.


Callback (function pointer)
void *(*soap.fdimereadopen)(struct soap *soap, void *handle, const char *id, const char *type, const char *options)
Called by the gSOAP run-time DIME attachment sender to start reading from a (binary) data source for outbound transmission. The content will be read from the application's data source in chunks using the fdimeread callback and streamed into the SOAP/XML/DIME output stream. The handle contains the value of the __ptr field of an attachment struct/class, which could be a pointer to specific information such as a file descriptor or a pointer to a string to be passed to this callback. Both __ptr and __size fields should have been set by the application prior to the serialization of the content. The id, type, and options arguments are the DIME id, type, and options, respectively. The callback should return handle, or another pointer value which will be passed as a handle to fdimeread and fdimereadclose. The callback should return NULL and set soap->error when an error occurred. The callback should return NULL (and not set soap->error) when this particular DIME attachment is not to be streamed.
size_t (*soap.fdimeread)(struct soap *soap, void *handle, char *buf, size_t len)
Called by the gSOAP run-time DIME attachment sender to read more data from a (binary) data source for streaming into the output stream. The handle contains the value returned by the fdimereadopen callback. The buf argument is the buffer of length len into which a chunk of data should be stored. The actual amount of data stored in the buffer may be less than len and this amount should be returned by the application. A return value of 0 indicates an error (the callback may set soap->errnum to errno). The __size field of the attachment struct/class should have been set by the application prior to the serialization of the content. The value of __size indicates the total size of the content to be transmitted. When the __size is zero then DIME chunked transfers can be used under certain circumstances to stream content without prior determination of attachment size, see Section 15.5 below.
void(*soap.fdimereadclose)(struct soap *soap, void *handle)
Called by the gSOAP run-time DIME attachment sender at the end of the streaming process to close the data source. The handle contains the value returned by the fdimereadopen callback. The fdimewriteclose callback is called after successfully transmitting the data or when an error occurred.
void *(*soap.fdimewriteopen)(struct soap *soap, const char *id, const char *type, const char *options)
Called by the gSOAP run-time DIME attachment receiver to start writing an inbound DIME attachment to an application's data store. The content is streamed into an application data store through multiple fdimewrite calls from the gSOAP attachment receiver. The id, type, and options arguments are the DIME id, type, and options respectively. The callback should return a handle which is passed to the fdimewrite and fdimewriteclose callbacks. The __ptr field of the attachment struct/class is set to the value of this handle. The __size field is set to the total size of the attachment after receiving the entire content. The size is unknown in advance because DIME attachments may be chunked.
int (*soap.fdimewrite)(struct soap *soap, void *handle, const char *buf, size_t len)
Called by the gSOAP run-time DIME attachment receiver to write part of an inbound DIME attachment to an application's data store. The handle contains the value returned by the fdimewriteopen callback. The buf argument contains the data of length len. The callback should return a gSOAP error code (e.g. SOAP_OK when no error occurred).
void(*soap.fdimewriteclose)(struct soap *soap, void *handle)
Called by the gSOAP run-time DIME attachment receiver at the end of the streaming process to close the data store. The fdimewriteclose callback is called after successfully receiving the data or when an error occurred. The handle contains the value returned by the fdimewriteopen callback.

In addition, a void*user field in the struct soap data structure is available to pass user-defined data to the callbacks. This way, you can set soap.user to point to application data that the callbacks need such as a file name for example.
The following example illustrates the client-side initialization of an image attachment struct to stream a file into a DIME attachment:

int main()
{
   struct soap soap;
   struct xsd__base64Binary image;
   FILE *fd;
   struct stat sb;
   soap_init(&soap);
   if (!fstat(fileno(fd), &sb) && sb.st_size > 0)
   { // because we can get the length of the file, we can stream it
      soap.fdimereadopen = dime_read_open;
      soap.fdimereadclose = dime_read_close;
      soap.fdimeread = dime_read;
      image.__ptr = (unsigned char*)fd; // must set to non-NULL (this is our fd handle which we need in the callbacks)
      image.__size = sb.st_size; // must set size
   }
   else
   { // don't know the size, so buffer it
      size_t i;
      int c;
      image.__ptr = (unsigned char*)soap_malloc(&soap, MAX_FILE_SIZE);
      for (i = 0; i < MAX_FILE_SIZE; i++)
      {
         if ((c = fgetc(fd)) == EOF)
            break;
         image.__ptr[i] = c;
      }
      fclose(fd);
      image.__size = i;
   }
   image.type = "image/jpeg";
   image.options = soap_dime_option(&soap, 0, "My picture");
   soap_call_ns__method(&soap, ...);
   ...
}
void *dime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *options)
{ return handle;
}
void dime_read_close(struct soap *soap, void *handle)
{ fclose((FILE*)handle);
}
size_t dime_read(struct soap *soap, void *handle, char *buf, size_t len)
{ return fread(buf, 1, len, (FILE*)handle);
}

The following example illustrates the streaming of a DIME attachment into a file by a client:

int main()
{ struct soap soap;
   soap_init(&soap);
   soap.fdimewriteopen = dime_write_open;
   soap.fdimewriteclose = dime_write_close;
   soap.fdimewrite = dime_write;
   soap_call_ns__method(&soap, ...);
   ...
}
void *dime_write_open(struct soap *soap, const char *id, const char *type, const char *options)
{
   FILE *handle = fopen("somefile", "wb");
   if (!handle)
   {
      soap->error = SOAP_EOF;
      soap->errnum = errno; // get reason
   }
   return (void*)handle;
}
void dime_write_close(struct soap *soap, void *handle)
{ fclose((FILE*)handle);
}
int dime_write(struct soap *soap, void *handle, const char *buf, size_t len)
{
   size_t nwritten;
   while (len)
   {
      nwritten = fwrite(buf, 1, len, (FILE*)handle);
      if (!nwritten)
      {
         soap->errnum = errno; // get reason
         return SOAP_EOF;
      }
      len -= nwritten;
      buf += nwritten;
   }
   return SOAP_OK;
}

Note that compression can be used with DIME to compress the entire message. However, compression requires buffering to determine the HTTP content length header, which cancels the benefits of streaming DIME. To avoid this, you should use chunked HTTP (with the output-mode SOAP_IO_CHUNK flag) with compression and streaming DIME. At the server side, when you set SOAP_IO_CHUNK before calling soap_serve, gSOAP will automatically revert to buffering (SOAP_IO_STORE flag is set). You can check this flag with (soap->omode & SOAP_IO) == SOAP_IO_CHUNK to see if the client accepts chunking. More information about streaming chunked DIME can be found in Section 15.5.
Caution: The options field is a DIME-specific data structure, consisting of a 4 byte header containing the option type info (hi byte, lo byte), option string length (hi byte, lo byte), followed by a non-'\0' terminated string. The gSOAP DIME handler recognizes one option at most.

15.5  Streaming Chunked DIME

gSOAP automatically handles inbound chunked DIME attachments (streaming or non-streaming). To transmit outbound DIME attachments, the attachment sizes MUST be determined in advance to calculate HTTP message length required to stream DIME over HTTP. However, gSOAP also supports the transmission of outbound chunked DIME attachments without prior determination of DIME attachment sizes when certain conditions are met. These conditions require either non-HTTP transport (use the output-mode SOAP_ENC_XML flag), or chunked HTTP transport (use the output-mode SOAP_IO_CHUNK flag). You can also use the SOAP_IO_STORE flag (which is also used automatically with compression to determine the HTTP content length header) but that cancels the benefits of streaming DIME.
To stream chunked DIME, set the __size field of an attachment to zero and enable HTTP chunking. The DIME fdimeread callback then fetches data in chunks and it is important to fill the entire buffer unless the end of the data has been reached and the last chunk is to be send. That is, fdimeread should return the value of the last len parameter and fill the entire buffer buf for all chunks except the last.

15.6  WSDL Bindings for DIME Attachments

The wsdl2h WSDL parser recognizes DIME attachments and produces an annotated header file. Both open and closed layouts are supported for transmitting DIME attachments. For closed formats, all DIME attachments must be referenced from the SOAP message, e.g. using hrefs with SOAP encoding and using the application-specific reference attribute included in the base64Binary struct/class for doc/lit.
The gSOAP compiler soapcpp2 does not produce a WSDL with DIME extensions. DIME is an older binary format that has no WSDL protocol support, unlike MIME and MTOM.

16  MTOM Attachments

MTOM (Message Transmission Optimization Mechanism) is a relatively new format for transmitting attachments with SOAP messages (see http://www.w3.org/TR/soap12-mtom). MTOM is a W3C working draft as of this writing. MTOM attachments are essentially MIME attachments with standardized mechanisms for cross referencing attachments from the SOAP body, which is absent in (plain) MIME attachments and optional with DIME attachments.
Unlike the name suggests, the speed by which attached data is transmitted is not increased compared to MIME, DIME, or even XML encoded base64 data (at least the performance differences in gSOAP will be small). The advantage of the format is the standardized attachment reference mechanism, which should improve interoperability.
The MTOM specification mandates SOAP 1.2 and the use of the XOP namespace. The XOP Include element xop:Include is used to reference attachment(s) from the SOAP message body.
Because references from within the SOAP message body to attachments are mandatory with MTOM, the implementation of the serialization and deserialization of MTOM MIME attachments in gSOAP uses the extended binary type comparable to DIME support in gSOAP. This binary type is predefined in the import/xop.h file:

//gsoap xop schema import: http://www.w3.org/2004/08/xop/include
struct _xop__Include
{
   unsigned char *__ptr;
   int __size;
   char *id;
   char *type;
   char *options;
};
typedef struct _xop__Include _xop__Include;

The additional id, type, and option fields enable MTOM attachments for the data pointed to by __ptr of size __size. The process for sending and receiving MTOM XOP attachments is fully automated. The id field references the attachment (typically a content id CID or UUID). When set to NULL, gSOAP assigns a unique CID. The type field specifies the required MIME type of the binary data, and the optional options field can be used to piggy-back descriptive text with an attachment. The order of the declaration of the fields is significant.
You can explicitly import the xop.h in your header file to use the MTOM attachments in your service, for example:

#import "import/soap12.h"
/* alternatively, without the import above, use:
//gsoap SOAP-ENV schema namespace: http://www.w3.org/2003/05/soap-envelope
//gsoap SOAP-ENC schema namespace: http://www.w3.org/2003/05/soap-encoding
*/
#import "import/xop.h"
#import "import/xmime5.h"

//gsoap x schema namespace: http://my.first.mtom.net
struct x__myData
{
   _xop__Include xop__Include; // attachment
   @char *xmime5__contentType; // and its contentType
};
int x__myMTOMtest(struct x__myData *in, struct x__myData *out);

As you can see, there is really no difference between the specification of MTOM and DIME attachments in a gSOAP header file. Except that you MUST use SOAP 1.2 and the xop__Include element.
When an instance of x__myDataType is serialized and either or both the id and type fields are non-NULL, the data is transmitted as MTOM MIME attachment if the SOAP_ENC_MTOM flag is set in the gSOAP's soap struct context:

struct soap *soap = soap_new1(SOAP_ENC_MTOM);

Without this flag, the attachments will be transmitted in DIME format (Section 15). If your current clients and services are based on non-streaming DIME attachments using the SOAP body reference mechanism (thus, without using the soap_set_dime_attachment function) or plain base64 binary XML data elements, it is very easy to adopt MTOM by renaming the binary types to xop__Include and using the SOAP_ENC_MTOM flag with the SOAP 1.2 namespace.

16.1  Generating MultipartRelated MIME Attachment Bindings in WSDL

To generate multipartRelated bindings in the WSDL file, use the //gsoap ... service method-mime-type directive (see also Section 19.2. The directive can be repeated for each attachment you want to associate with a method's request and response messages.
For example:

#import "import/soap12.h"
#import "import/xop.h"
#import "import/xmime5.h"

//gsoap x schema namespace: http://my.first.mtom.net
struct x__myData
{
   _xop__Include xop__Include; // attachment
   @char *xmime5__contentType; // and its contentType
};
//gsoap x service method-mime-type: myMTOMtest text/xml
int x__myMTOMtest(struct x__myData *in, struct x__myData *out);

The //gsoap x service method-mime-type directive indicates that this operation accepts text/xml MIME attachments. See the SOAP-with-Attachment specification for the MIME types to use (for example, */* is a wildcard). If the operation has more than one attachment, just repeat this directive for each attachment you want to bind to the operation.
To bind attachments only to the request message of an operation, use //gsoap x service method-input-mime-type. Similarly, to bind attachments only to the response message of an operation, use //gsoap x service method-ouput-mime-type.
The wsdl2h WSDL parser recognizes MIME attachments and produces an annotated header file. However, the ordering of MIME parts in the multipartRelated elements is not reflected in the header file. Application developers should adhere the standards and ensure that multipart/related attachments are transmitted in compliance with the WSDL operation declarations.

16.2  Sending and Receiving MTOM Attachments

A receiver must be informed to recognize MTOM attachments by setting the SOAP_ENC_MTOM flag of the gSOAP context. Otherwise, the regular MIME attachment mechanism (SwA) will be used to store attachments.
When using wsdl2h to build clients and/or services, you should use the typemap.dat file included in the distribution package. The typemap.dat file defines the XOP namespace and XML MIME namespaces as imported namespaces:

xop = < http://www.w3.org/2004/08/xop/include >
xmime5 = < http://www.w3.org/2005/05/xmlmime >
xmime4 = < http://www.w3.org/2004/11/xmlmime >

The wsdl2h tool uses the typemap.dat file (see also option -t) to convert WSDL into a gSOAP header file. In this case we don't want the wsdl2h tool to read the XOP schema and translate it, since we have a pre-defined _xop__Include element to handle XOP for MTOM. This _xop__Include element is defined in xop.h. Therefore, the bindings shown above will not translate the XOP and XML MIME schemas to code, but generates #import statements instead:

#import "xop.h"
#import "xmime5.h"

The #import statements are only added for those namespaces that are actually used by the service.
Let's take a look at an example. The wsdl2h importer generates a header file with #import "xop.h" from a WSDL that references XOP, for example:

#import "xop.h"
#import "xmime5.h"
struct ns__Data
{
   _xop__Include xop__Include;
   @char *xmime5__contentType;
};

Suppose the WSDL defines an operation:

int ns__echoData(struct ns__Data *in, struct ns__Data *out);

After generating the stubs/proxies with the soapcpp2 compiler, we can invoke the stub at the client side with:

struct soap *soap = soap_new1(SOAP_ENC_MTOM);
struct ns__Data data;
data.xop__Include.__ptr = (unsigned char*)"<b>Hello world!</b>";
data.xop__Include.__size = 20;
data.xop__Include.id = NULL; // CID automatically generated by gSOAP engine
data.xop__Include.type = "text/html"; // MIME type
data.xop__Include.options = NULL; // no descriptive info added
data.xmime5__contentType = "text/html"; // MIME type
if (soap_call_ns__echoData(soap, endpoint, action, &data, &data))    soap_print_fault(soap, stderr); else
   printf("Got data\n");
soap_destroy(soap); // remove deserialized class instances
soap_end(soap); // remove temporary and deserialized data
soap_free(soap); // detach and free context

Note that the xop__Include.type field must be set to transmit MTOM attachments, otherwise plain base64 XML will be used.
At the server side, we show an example of an operation handler that just copies the input data to output:

int ns__echoData(struct soap *soap, struct ns__Data *in, struct ns__data *out)
{
   *out = *in;
   return SOAP_OK;
}

The server must use the SOAP_ENC_MTOM flag to initialize the soap struct to receive and send MTOM attachments.

16.3  Streaming MTOM/MIME

Streaming MTOM/MIME is achieved with callback functions to fetch and store data during transmission. Three function callbacks for streaming MTOM/MIME output and three callbacks for streaming MTOM/MIME input are available.


Callback (function pointer)
void *(*soap.fmimereadopen)(struct soap *soap, void *handle, const char *id, const char *type, const char *description)
Called by the gSOAP run-time MTOM/MIME attachment sender to start reading from a (binary) data source for outbound transmission. The content will be read from the application's data source in chunks using the fmimeread callback and streamed into the SOAP/XML/MTOM/MIME output stream. The handle contains the value of the __ptr field of an attachment struct/class, which could be a pointer to specific information such as a file descriptor or a pointer to a string to be passed to this callback. Both __ptr and __size fields should have been set by the application prior to the serialization of the content. The id, type, and description arguments are the MTOM/MIME id, type, and description, respectively. The callback should return handle, or another pointer value which will be passed as a handle to fmimeread and fmimereadclose. The callback should return NULL and set soap->error when an error occurred. The callback should return NULL (and not set soap->error) when this particular MTOM/MIME attachment is not to be streamed.
size_t (*soap.fmimeread)(struct soap *soap, void *handle, char *buf, size_t len)
Called by the gSOAP run-time MTOM/MIME attachment sender to read more data from a (binary) data source for streaming into the output stream. The handle contains the value returned by the fmimereadopen callback. The buf argument is the buffer of length len into which a chunk of data should be stored. The actual amount of data stored in the buffer may be less than len and this amount should be returned by the application. A return value of 0 indicates an error (the callback may set soap->errnum to errno). The __size field of the attachment struct/class should have been set by the application prior to the serialization of the content. The value of __size indicates the total size of the content to be transmitted. When the __size is zero then MTOM/MIME chunked transfers can be used under certain circumstances to stream content without prior determination of attachment size, see Section 16.5 below.
void(*soap.fmimereadclose)(struct soap *soap, void *handle)
Called by the gSOAP run-time MTOM/MIME attachment sender at the end of the streaming process to close the data source. The handle contains the value returned by the fmimereadopen callback. The fmimewriteclose callback is called after successfully transmitting the data or when an error occurred.
void *(*soap.fmimewriteopen)(struct soap *soap, void *handle, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding)
Called by the gSOAP run-time MTOM/MIME attachment receiver to start writing an inbound MTOM/MIME attachment to an application's data store. The content is streamed into an application data store through multiple fmimewrite calls from the gSOAP attachment receiver. The handle argument is normally NULL, unless soap_get_mime_attachment is used that passes the handle to the callback, see Section 16.4. The id, type, and description arguments are the MTOM/MIME id, type, and description respectively. The encoding enumeration value indicates the MIME content transfer encoding, which is one of SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN. Content decoding may have to be considered by the application based on this value. The callback should return a non-NULL handle which is passed to the fmimewrite and fmimewriteclose callbacks. The __ptr field of the attachment struct/class is set to the value of this handle. The __size field is set to the total size of the attachment after receiving the entire content. The size is unknown in advance because MTOM/MIME attachments may be chunked.
int (*soap.fmimewrite)(struct soap *soap, void *handle, const char *buf, size_t len)
Called by the gSOAP run-time MTOM/MIME attachment receiver to write part of an inbound MTOM/MIME attachment to an application's data store. The handle contains the value returned by the fmimewriteopen callback. The buf argument contains the data of length len. The callback should return a gSOAP error code (e.g. SOAP_OK when no error occurred).
void(*soap.fmimewriteclose)(struct soap *soap, void *handle)
Called by the gSOAP run-time MTOM/MIME attachment receiver at the end of the streaming process to close the data store. The fmimewriteclose callback is called after successfully receiving the data or when an error occurred. The handle contains the value returned by the fmimewriteopen callback.

In addition, a void*user field in the struct soap data structure is available to pass user-defined data to the callbacks. This way, you can set soap.user to point to application data that the callbacks need such as a file name for example.
The following example illustrates the client-side initialization of an image attachment struct to stream a file into a MTOM attachment without HTTP chunking (HTTP streaming chunked MTOM transfer is presented in Section 16.5):

int main()
{
   struct soap soap;
   struct xsd__base64Binary image;
   FILE *fd;
   struct stat sb;
   soap_init1(&soap, SOAP_ENC_MTOM); // mandatory to enable MTOM
   if (!fstat(fileno(fd), &sb) && sb.st_size > 0)
   { // because we can get the length of the file, we can stream it without chunking
      soap.fmimereadopen = mime_read_open;
      soap.fmimereadclose = mime_read_close;
      soap.fmimeread = mime_read;
      image.__ptr = (unsigned char*)fd; // must set to non-NULL (this is our fd handle which we need in the callbacks)
      image.__size = sb.st_size; // must set size
   }
   else
   { // don't know the size, so buffer it
      size_t i;
      int c;
      image.__ptr = (unsigned char*)soap_malloc(&soap, MAX_FILE_SIZE);
      for (i = 0; i < MAX_FILE_SIZE; i++)
      {
         if ((c = fgetc(fd)) == EOF)
            break;
         image.__ptr[i] = c;
      }
      fclose(fd);
      image.__size = i;
   }
   image.type = "image/jpeg"; // MIME type
   image.options = "This is my picture"; // description of object
   soap_call_ns__method(&soap, ...);
   ...
}
void *mime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *description)
{ return handle;
}
void mime_read_close(struct soap *soap, void *handle)
{ fclose((FILE*)handle);
}
size_t mime_read(struct soap *soap, void *handle, char *buf, size_t len)
{ return fread(buf, 1, len, (FILE*)handle);
}

The following example illustrates the streaming of a MTOM/MIME attachment into a file by a client:

int main()
{ struct soap soap;
   soap_init(&soap);
   soap.fmimewriteopen = mime_write_open;
   soap.fmimewriteclose = mime_write_close;
   soap.fmimewrite = mime_write;
   soap_call_ns__method(&soap, ...);
   ...
}
void *mime_write_open(struct soap *soap, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding)
{
   FILE *handle = fopen("somefile", "wb");
   // We ignore the MIME content transfer encoding here, but should check
   if (!handle)
   {
      soap->error = SOAP_EOF;
      soap->errnum = errno; // get reason
   }
   return (void*)handle;
}
void mime_write_close(struct soap *soap, void *handle)
{ fclose((FILE*)handle);
}
int mime_write(struct soap *soap, void *handle, const char *buf, size_t len)
{
   size_t nwritten;
   while (len)
   {
      nwritten = fwrite(buf, 1, len, (FILE*)handle);
      if (!nwritten)
      {
         soap->errnum = errno; // get reason
         return SOAP_EOF;
      }
      len -= nwritten;
      buf += nwritten;
   }
   return SOAP_OK;
}

Note that compression can be used with MTOM/MIME to compress the entire message. However, compression requires buffering to determine the HTTP content length header, which cancels the benefits of streaming MTOM/MIME. To avoid this, you should use chunked HTTP (with the output-mode SOAP_IO_CHUNK flag) with compression and streaming MTOM/MIME. At the server side, when you set SOAP_IO_CHUNK before calling soap_serve, gSOAP will automatically revert to buffering (SOAP_IO_STORE flag is set). You can check this flag with (soap->omode & SOAP_IO) == SOAP_IO_CHUNK to see if the client accepts chunking. More information about streaming chunked MTOM/MIME can be found in Section 16.5.
Note that the example above for mime_read uses a handle that points to the open file FILE*. The simple example above is not recommended when the platform imposes a limit on the number of open file descriptors. You can use the handle to pass along more information than just the file descriptor. So for example, when the number of open file descriptors is limited on your platform, you should let the handle point to a structure with file-related information. The C++ example below illustrates this:

file.xop__Include = soap_new__xop__Include(soap);
file.xop__Include->id = NULL;
file.xop__Include->type = type;
file.xop__Include->options = NULL;

file.xmime5__contentType = type;
file.filename = filename;

// The object holding all information to read data
FileStreamIn *ins = new FileStreamIn(errorhandler);
ins->setFilePath(path);
ins->setFileName(filename);

file.xop__Include->__size = size;
file.xop__Include->__ptr = (unsigned char*)ins;

To read the MTOM data for transmission:

void *mime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *description)
{
   if (!handle)
      return NULL;
   FileStreamIn *ins = (FileStreamIn*)handle;
   if (!ins->open())
   {
      soap->error = SOAP_ERR;
      return NULL;
   }
   return handle;
}
void mime_read_close(struct soap *soap, void *handle)
{
   if (!handle)
      return;
   FileStreamIn *ins = (FileStreamIn*)handle;
   delete ins;
}
size_t mime_read(struct soap *soap, void *handle, char *buf, size_t len)
{
   if (!handle)
      return 0;
   FileStreamIn *ins = (FileStreamIn*)handle;
   size_t nread = ins->read(buf, len);
   if (ins->streamError())
   {
      soap->error = ins->streamError();
      return 0;
   }
   return nread;
}

16.4  Redirecting Inbound MTOM/MIME Streams Based on SOAP Body Content

When it is preferable or required to redirect inbound MTOM/MIME attachment streams based on SOAP message body content, where for example the names of the resources are listed in the SOAP message body, an alternative mechanism must be used. This mechanism can be used both at the client and server side.
Because the routing of the streams is accomplished with explicit function calls, this method should only be used when required and should not be considered optional. That is, when you enable this method, you MUST check for pending MTOM/MIME attachments and handle them appropriately. This is true even when you don't expect MTOM/MIME attachments in the payload, because the peer may trick you by sending attachments anyway and you should be prepared to accept or reject them.
The explicit MTOM/MIME streaming mechanism consists of three API functions:

Function
void soap_post_check_mime_attachments(struct soap *soap)
Enables post-message body inbound streaming MTOM/MIME attachments. The presence of attachments must be explicitly checked using the function below.
int soap_check_mime_attachments(struct soap *soap)
Should be called after a client-side call (e.g. soap_call_ns__method) to check the presence of attachments. Returns 1 (true) when attachments are present. If present, each attachment MUST be processed with the function below.
struct soap_multipart *soap_get_mime_attachment(struct soap *soap, void *handle)
Parses an attachment and invokes the MIME callbacks (when set). The handle parameter is passed to fmimewriteopen. The handle may contain any data that is extracted from the SOAP message body to guide the redirection of the stream in the callbacks. The return value is a struct with a char *ptr field that contains the handle value returned by the fmimewriteopen callback, and char *id, char *type, and char *description fields with the optional MIME id, type, and description info.

Example client-side code in C:

struct soap *soap = soap_new1(SOAP_ENC_MTOM);
soap_post_check_mime_attachments(soap);
...
if (soap_call_ns__myMethod(soap, ...))
   soap_print_fault(soap, stderr); // an error occurred
else
{
   if (soap_check_mime_attachments(soap))    { // attachments are present, channel is still open
      {
         do
         {
            ... // get data 'handle' from SOAP response and pass to callbacks
            ... // set the fmime callbacks, if needed
            struct soap_multipart *content = soap_get_mime_attachment(soap, (void*)handle);
            printf("Received attachment with id=%s and type=%s\n", content->id?content->id:"", content->type?content->type:"");
         } while (content);
         if (soap->error)
            soap_print_fault(soap, stderr);
      }
   }
}
...
soap_destroy(soap);
soap_end(soap);
soap_free(soap); // detach and free context

The server-side service operations are implemented as usual, but with additional checks for MTOM/MIME attachments:

struct soap *soap = soap_new1(SOAP_ENC_MTOM);
soap_post_check_mime_attachments(soap);
...
soap_serve(soap);
...
int ns__myMethod(struct soap *soap, ...)
{    ... // server-side processing logic
   if (soap_check_mime_attachments(soap))    { // attachments are present, channel is still open
      {
         do
         {
            ... // get data 'handle' from SOAP request and pass to callbacks
            ... // set the fmime callbacks, if needed
            struct soap_multipart *content = soap_get_mime_attachment(soap, (void*)handle);
            printf("Received attachment with id=%s and type=%s\n", content->id?content->id:"", content->type?content->type:"");
         } while (content);
         if (soap->error)
            return soap->error;
      }
   }
   ... // server-side processing logic
   return SOAP_OK;
}

16.5  Streaming Chunked MTOM/MIME

gSOAP automatically handles inbound chunked MTOM/MIME attachments (streaming or non-streaming). To transmit outbound MTOM/MIME attachments, the attachment sizes MUST be determined in advance to calculate HTTP message length required to stream MTOM/MIME over HTTP. However, gSOAP also supports the transmission of outbound chunked MTOM/MIME attachments without prior determination of MTOM/MIME attachment sizes when certain conditions are met. These conditions require either non-HTTP transport (use the output-mode SOAP_ENC_XML flag), or chunked HTTP transport (use the output-mode SOAP_IO_CHUNK flag). You can also use the SOAP_IO_STORE flag (which is also used automatically with compression to determine the HTTP content length header) but that cancels the benefits of streaming MTOM/MIME.
To stream chunked MTOM/MIME, set the __size field of an attachment to zero and enable HTTP chunking. The MTOM/MIME fmimeread callback then fetches data in chunks of any size between 1 and the value of the len argument. The fmimeread callback should return 0 upon reaching the end of the data stream.

17  XML Validation

The gSOAP XML parser applies basic rules to validate content. Constraints are not automatically verified unless explicitly set using flags. This helps to avoid interoperability problems with toolkits that do not strictly enforce validation rules. In addition, we cannot always use strict validation for SOAP RPC encoded messages, since SOAP RPC encoding adopts a very loose serialization format.
Validation constraints are enabled with the SOAP_XML_STRICT input mode flag set, e.g. with soap_set_imode(soap, SOAP_XML_STRICT) or soap_new(SOAP_XML_STRICT), see Section 9.12 for the complete list of flags.

17.1  Occurrence Constraints

17.1.1  Default Values

Default values can be defined for optional elements and attributes, which means that the default value will be used when the element or attribute value is not present in the parsed XML. See also Section 7.5.7 and examples in subsequent subsections below.
Default values must be primitive types, integer, float, string, etc. Default values can be specified for struct and class members, as shown in the example below:

struct ns__MyRecord
{
   int n = 5; // optional element with default value 5
   char *name = "none"; // optional element with default value "none"
   @enum ns__color { RED, WHITE, BLUE } color = RED; // optional attribute with default value RED
};

Upon deserialization of absent data, these members will be set accordingly. When classes are instantiated with soap_new_ClassName the instance will be initialized with default values.

17.1.2  Elements with minOccurs and maxOccurs Restrictions

To force the validation of minOccurs and maxOccurs contraints the SOAP_XML_STRICT input mode flag must be set. The minOccurs and maxOccurs constraints are specified for fields of a struct and members of a class in a header file using the following syntax:

Type fieldname [minOccurs[:maxOccurs]] [= value]

The minOccurs and maxOccurs values must be integer literals. A default value can be provided. When minOccurs is not specified, it is assumed to be zero.
For example

struct ns__MyRecord
{
   int n = 5; // element with default value 5, minOccurs=0, maxOccurs=1
   int m 1; // element with minOccurs=1
   int __size 0:10; // sequence <item> with minOccurs=0, maxOccurs=10
   int *item;
   std::vector<double> nums 2; // sequence <nums> with minOccurs=2, maxOccurs=unbounded
};
struct arrayOfint
{
   int *__ptr 1:100; // minOccurs=1, maxOccurs=100
   int size;
};

Pointer-based struct fields and class members are allowed to be nillable when minOccurs is zero.

17.1.3  Required and Prohibited Attributes

Similar to the minOccurs and maxOccurs annotations defined in the previous section, attributes in a struct or class can be annotated with occurrence constraints to make them optional (0), required (1), or prohibited (0:0). Default values can be assigned to optional attributes.
For example

struct ns__MyRecord
{
   @int m 1; // required attribute (occurs at least once)
   @int n = 5; // optional attribute with default value 5
   @int o 0; // optional attribute (may or may not occur)
   @int p 0:0; // prohibited attribute
};

Remember to set the SOAP_XML_STRICT input mode flag to enable the validation of attribute occurrence constraints.

17.2  Value Constraints

17.2.1  Data Length Restrictions

A schema simpleType is defined with a typedef by taking a base primitive to defined a derived simpleType. For example:

typedef int time__seconds;

This defines the following schema type in time.xsd:

<simpleType name="seconds">
   <restriction base="xsd:int"/>
</simpleType>

A complexType with simpleContent is defined with a wrapper struct/class:

struct time__date
{
   char *__item; // some custom format date (restriction of string)
   @enum time__zone { EST, GMT, ... } zone;
}

This defines the following schema type in time.xsd:

<complexType name="date">
   <simpleContent>
      <extension base="xsd:string"/>
   </simpleContent>
   <attribute name="zone" type="time:zone" use="optional"/>
</complexType> <simpleType name="zone">
   <restriction base="xsd:string">
      <enumeration value="EST"/>
      <enumeration value="GMT"/>
      ...
   </restriction>
</simpleType>

Data value length constraints of simpleTypes and complexTypes with simpleContent are defined as follows.

typedef char *ns__string256 0:256; // simpleType restriction of string with max length 256 characters
typedef char *ns__string10 10:10; // simpleType restriction of string with length of 10 characters
typedef std::string *ns__string8 8; // simpleType restriction of string with at least 8 characters
struct ns__data // simpleContent wrapper
{
   char *__item :256; // simpleContent with at most 256 characters
   @char *name 1; // required name attribute
};
struct time__date // simpleContent wrapper
{
   char *__item :100;
   @enum time__zone { EST, GMT, ... } zone = GMT;
}

Remember to set the SOAP_XML_STRICT input mode flag to enable the validation of value length constraints.

17.2.2  Value Range Restrictions

Similar to data length constraints for string-based data, integer and floatig point value range constraints on numeric simpleTypes and complexTypes with simpleContent are declared with low : high, where low and high are optional.
As of gSOAP 2.8.26, floating point value ranges and integer ranges can be exclusive by adding < on either side of the ':' range operator:
Range Validitation check
1 1 ≤ x
1 : 1 ≤ x
  : 10 x ≤ 10
1 : 10 1 ≤ x ≤ 10
1 < : < 10 1 < x < 10 (shorthand form: 1 < 10)
1 : < 10 1 ≤ x < 10
  : < 10 x < 10 (shorhand form: < 10)
1 < : 1 < x (shorthand form: 1 < )
1 < : 10 1 < x ≤ 10
Example:


typedef int ns__int10 0:10; // simpleType restriction of int 0..10
typedef LONG64 ns__long -1000000:1000000; // simpleType restriction of long64 -1000000..1000000
typedef float ns__float -1.0 < : < 10.5; // simpleType restriction of float in (-1,10.5)
struct ns__data // simpleContent wrapper
{
   int __item 0:10; // simpleContent range 0..10
   @char *name 1; // required name attribute
};

17.2.3  Pattern Restrictions

Patterns can be defined for simpleType content. However, patterns are currently not enforced in the validation process though possibly in future releases.
To associate a pattern with a simpleType, you can define a simpleType with a typedef and a pattern string:

typedef int time__second "[1-5]?[0-9] - 60";

This defines the following schema type in time.xsd:

<simpleType name="second">
   <restriction base="xsd:int">
      <pattern value="[1-5]?[0-9] - 60"/>
   </restriction>
</simpleType>

The pattern string MUST contain a valid regular expression.
A special case for C format string patterns is introduced in gSOAP 2.8.18. When xs:totalDigits and xs:fractionDigits are given in a XSD file, then a C format string is produced to output floating point values with the proper precision and scale. For example:

<simpleType name="ratio">
   <restriction base="xsd:float">
      <totalDigits value="5"/>
      <fractionDigits value="2"/>
   </restriction>
</simpleType>

produces:

typedef float time__ratio "%5.2f";

The format string is used to format the output the floating point value in XML.

17.3  Element and Attribute Qualified/Unqualified Forms

Struct, class, and union members represent elements and attributes that are automatically qualified or unqualified depending on the schema element and attribute default forms. The gSOAP engine always validates the prefixes of elements and attributes. When a namespace mismatch occurs, the element or attribute is not consumed which can lead to a validation error (unless the complexType is extensible or when SOAP_XML_STRICT is turned off).
See Section 10.3 for details on the the struct/class/union member identifier translation rules. Consider for example:

//gsoap ns schema elementForm: qualified
//gsoap ns schema attributeForm: unqualified
struct ns__record
{
   @char * type;
   char * name;
};

Here, the ns__record struct is serialized with qualified element name and unqualified attribute type:

<ns:record type="...">
   <ns:name>...</ns:name>
</ns:record>

The "colon notation" for struct/class/union member field names is used to override element and attribute qualified or unqualified forms. To override the form for individual members that represent elements and attributes, use a namespace prefix and colon with the member name:

//gsoap ns schema elementForm: qualified
//gsoap ns schema attributeForm: unqualified
struct ns__record
{
   @char * ns:type;
   char * :name;
};

where name is unqualified and type is qualified:

<ns:record ns:type="...">
   <name>...</name>
</ns:record>

The colon notation is a syntactic notation used only in the gSOAP header file syntax, it is not translated to the C/C++ output.
The colon notation does not avoid name clashes between members. For example:

struct x__record
{
   @char * name;
   char * x:name;
};

results in a redefinition error, since both members have the same name. To avoid name clashes, use a underscore suffix:

struct x__record
{
   @char * name;
   char * x:name_;
};

Not that the namespace prefix convention can be used instead:

struct x__record
{
   @char * name;
   char * x__name;
};

which avoids the name clash. However, the resulting schema is different since the last example generates a global name element definition that is referenced by the local element.
More specifically, the difference between the namespace prefix convention with double underscores and colon notation is that the namespace prefix convention generates schema element/attribute references to elements/attributes at the top level, while the colon notation only affects the local element/attribute namespace qualification by form overriding. This is best illustrated by an example:

struct x__record
{
   char * :name;
   char * x:phone;
   char * x__fax;
   char * y__zip;
};

which generates the following x.xsdschema:

<complexType name="record">
   <sequence>
      <element name="name" type="xsd:string" minOccurs="0" maxOccurs="1" nillable="true" form="unqualified"/>
      <element name="phone" type="xsd:string" minOccurs="0" maxOccurs="1" nillable="true" form="qualified"/>
      <element ref="x:fax" minOccurs="0" maxOccurs="1"/>
      <element ref="y:zip" minOccurs="0" maxOccurs="1"/>
   </sequence>
</complexType>
<element name="fax" type="xsd:string"/>

and the y.xsd schema defines contains:

<element name="zip" type="xsd:string"/>

18  SOAP/XML Over UDP

UDP is a simple, unreliable datagram protocol: UDP sockets are connectionless. UDP address formats are identical to those used by TCP. In particular UDP provides a port identifier in addition to the normal Internet address format. The UDP port space is separate from the TCP port space (i.e. a UDP port may not be "connected" to a TCP port). In addition broadcast packets may be sent (assuming the underlying network supports this) by using a reserved "broadcast address"; this address is network interface dependent.
Client-side messages with SOAP-over-UDP endpoint URLs (soap.udp://...) will be automatically transmitted as datagrams. Server-side applications should set the SOAP_IO_UDP mode flag to accept UDP requests, e.g. using soap_init1 or soap_set_mode.
The maximum message length for datagram packets is restricted by the buffer size SOAP_BUFLEN, which is 65536 by default, unless compiled with WITH_LEAN to support small-scale embedded systems. For UDP transport SOAP_BUFLEN must not exceed the maximum UDP packet size 65536 (the size of datagram messages is constrained by the UDP packet size 216=65536 as per UDP standard). You can use gzip compression to reduce the message size, but note that compressed SOAP-over-UDP is a gSOAP-specific feature because it is not part of the SOAP-over-UDP specification.
The SOAP-over-UDP specification relies on WS-Addressing. The wsa.h file in the import directory defines the WS-Addressing elements for client and server applications.
The gSOAP implementation conforms to the SOAP-over-UDP requirements:
  • SOAP-over-UDP server endpoint URL format: soap.udp://host:port/path
  • Support one-way message-exchange pattern (MEP) where a SOAP envelope is carried in a user datagram.
  • Support request-response message-exchange pattern (MEP) where SOAP envelopes are carried in user datagrams.
  • Support multicast transmission of SOAP envelopes carried in user datagrams.
  • Support both SOAP 1.1 and SOAP 1.2 envelopes.
The following additional features are also available, but are not supported by the SOAP-over-UDP specification:
  • Zlib/gzip message compression (compile -DWITH_GZIP).
  • SOAP with DIME attachments over UDP.
  • SOAP with MIME attachments (SwA) over UDP.
  • Support for IPv6 (compile -DWITH_IPV6)

18.1  Using WS-Addressing with SOAP-over-UDP

A SOAP-over-UDP application MUST use WS-Addressing to control message delivery as per SOAP-over-UDP specification.
The wsa.h file in the import directory defines the WS-Addressing elements. To include the WS-Addressing elements in the SOAP Header for messaging, a struct SOAP_ENV__Header structure must be defined in your header file with the appropriate WS-Addressing elements. For example:

#import "wsa.h"
struct SOAP_ENV__Header
{
   mustUnderstand _wsa__MessageID wsa__MessageID 0;
   mustUnderstand _wsa__RelatesTo *wsa__RelatesTo 0;
   mustUnderstand _wsa__From *wsa__From 0;
   mustUnderstand _wsa__ReplyTo *wsa__ReplyTo 0;
   mustUnderstand _wsa__FaultTo *wsa__FaultTo 0;
   mustUnderstand _wsa__To wsa__To 0;
   mustUnderstand _wsa__Action wsa__Action 0;
};

We also included a //gsoap wsa schema import directive in the wsa.h file to enable the generation of WSDL specifications that import (instead of includes) the WS-Addressing elements. Note that the //gsoapopt w directive must not be present in your header file to enable WSDL generation.
One-way SOAP-over-UDP messages (see Section 7.3) should be declared to include the wsa:MessageID, wsa:To, and wsa:Action elements in the SOAP Header of the request message as follows:

//gsoap ns service method-header-part: sendString wsa__MessageID
//gsoap ns service method-header-part: sendString wsa__To
//gsoap ns service method-header-part: sendString wsa__Action
int ns__sendString(char *str, void);

Request-response SOAP-over-UDP messages should be declared to include the wsa:MessageID, wsa:To, wsa:Action, and wsa:ReplyTo elements in the SOAP Header of the request message, and the the wsa:MessageID, wsa:To, wsa:Action, and wsa:RelatesTo elements in the SOAP Header of the response message:

//gsoap ns service method-header-part: echoString wsa__MessageID
//gsoap ns service method-header-part: echoString wsa__To
//gsoap ns service method-header-part: echoString wsa__Action
//gsoap ns service method-input-header-part: sendString wsa__ReplyTo
//gsoap ns service method-output-header-part: echoString wsa__RelatesTo
int ns__echoString(char *str, char **res);

For the content requirements of these elements, please consult the SOAP-over-UDP specification and/or read the next sections explaining SOAP-over-UDP unicast, multicast, one-way, and request-response client and server applications.

18.2  Client-side One-way Unicast

This example assumes that the gSOAP header file includes the SOAP Header with WS-Addressing elements and the ns__sendString function discussed in Section 18.1

struct soap soap;
struct SOAP_ENV__Header header; // the SOAP Header
soap_init(&soap);
soap.send_timeout = 1; // 1s timeout
soap_default_SOAP_ENV__Header(&soap, &header); // init SOAP Header
header.wsa__MessageID = "message ID";
header.wsa__To = "server URL";
header.wsa__Action = "server action";
soap.header = &header; // bind the SOAP Header for transport
// Send the message over UDP:
if (soap_send_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!"))
   soap_print_fault(&soap, stderr); // report error
soap_end(&soap); // cleanup
soap_destroy(&soap); // cleanup
soap_done(&soap); // close connection (should not use soap struct after this)

18.3  Client-side One-way Multicast

This example is similar to the one-way unicast example discussed above, but uses a broadcast address and the SO_BROADCAST socket option:

struct soap soap;
struct SOAP_ENV__Header header; // the SOAP Header
in_addr_t addr = inet_addr("1.2.3.4"); // optional
soap_init(&soap);
soap.send_timeout = 1; // 1s timeout
soap.connect_flags = SO_BROADCAST; // required for broadcast
soap.ipv4_multicast_if = &addr; // optional for IPv4: see setsockopt IPPROTO_IP IP_MULTICAST_IF
soap.ipv6_multicast_if = addr; // optional for IPv6: multicast sin6_scope_id
soap.ipv4_multicast_ttl = 1; // optional, see setsockopt IPPROTO_IP, IP_MULTICAST_TTL
soap_default_SOAP_ENV__Header(&soap, &header); // init SOAP Header
header.wsa__MessageID = "message ID";
header.wsa__To = "server URL";
header.wsa__Action = "server action";
soap.header = &header; // bind the SOAP Header for transport
// Send the message over UDP to a broadcast address:
if (soap_send_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!"))
   soap_print_fault(&soap, stderr); // report error
soap_destroy(&soap); // cleanup
soap_end(&soap); // cleanup
soap_done(&soap); // close connection (should not use soap struct after this)

Please refer to the socket options for IPPROTO_IP IP_MULTICAST_IF to specify the default interface for multicast datagrams to be sent from. This is a struct in_addr (in_addr_t for sin6_scope_id) interface value. Otherwise, the default interface set by the system administrator will be used (if any).
Please refer to the socket options for IPPROTO_IP IP_MULTICAST_TTL to limit the lifetime of the packet. Multicast datagrams are sent with a default value of 1, to prevent them to be forwarded beyond the local network. This parameter can be set between 1 to 255.

18.4  Client-side Request-Response Unicast

This example assumes that the gSOAP header file includes the SOAP Header with WS-Addressing elements and the ns__echoString function discussed in Section 18.1

struct soap soap;
struct SOAP_ENV__Header header; // the SOAP Header
struct wsa__EndpointReferenceType replyTo; // (anonymous) reply address
char *res; // server response
soap_init(&soap);
soap.send_timeout = 1; // 1s timeout
soap.recv_timeout = 1; // 1s timeout
soap_default_SOAP_ENV__Header(&soap, &header); // init SOAP Header
soap_default_wsa__EndpointReferenceType(&soap, &replyTo); // init reply address
replyTo.Address = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous";
header.wsa__MessageID = "message ID";
header.wsa__To = "server URL";
header.wsa__Action = "server action";
header.wsa__ReplyTo = &replyTo;
soap.header = &header; // bind the SOAP Header for transport
// Send and receive messages over UDP:
if (soap_call_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!", &res))
{
   if (soap.error == SOAP_EOF && soap.errnum == 0)
      // Timeout: no response from server (message already delivered?)
   else
      soap_print_fault(&soap, stderr);
}
else
   // UDP server response is stored in 'res'
// check SOAP header received, if applicable
check_header(&soap.header);
soap_destroy(&soap); // cleanup
soap_end(&soap); // cleanup
soap_done(&soap); // close connection (should not use soap struct after this)

18.5  Client-side Request-Response Multicast

This example is similar to the request-response unicast example discussed above, but uses a broadcast address and the SO_BROADCAST socket option. Because we expect to receive multiple responses, we also need to use separate request-response messages to send one request and consume multiple responses. In this example we defined a bcastString request and a bcastStringResponse response message, which are essentially declared as one-way messages in the header file:

//gsoap ns service method-header-part: bcastString wsa__MessageID
//gsoap ns service method-header-part: bcastString wsa__To
//gsoap ns service method-header-part: bcastString wsa__Action
//gsoap ns service method-header-part: bcastString wsa__ReplyTo
int ns__bcastString(char *str, void);
//gsoap ns service method-header-part: bcastStringResponse wsa__MessageID
//gsoap ns service method-header-part: bcastStringResponse wsa__To
//gsoap ns service method-header-part: bcastStringResponse wsa__Action
//gsoap ns service method-header-part: bcastStringResponse wsa__RelatesTo
int ns__bcastStringResponse(char *res, void);

To obtain response one-way operations, use the wsdl2h -b option.
The client code includes a loop to receive response messages until a timeout occurs:

struct soap soap;
struct SOAP_ENV__Header header;
struct wsa__EndpointReferenceType replyTo;
char *res;
soap_init(&soap);
soap.connect_flags = SO_BROADCAST;
soap.send_timeout = 1; // 1s timeout
soap.recv_timeout = 1; // 1s timeout
soap_default_SOAP_ENV__Header(&soap, &header);
soap.header = &header;
soap_default_wsa__EndpointReferenceType(&soap, &replyTo);
replyTo.Address = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous";
header.wsa__MessageID = "message ID";
header.wsa__To = "server URL";
header.wsa__Action = "server action";
header.wsa__ReplyTo = &replyTo;
if (soap_send_ns__bcastString(&soap, "soap.udp://...", NULL, "hello world!"))
   soap_print_fault(&soap, stderr);
else
{
   for (;;)
   {
      if (soap_recv_ns__bcastStringResponse(&soap, &res))
         break;
      // Got response 'res' from a server
   }
   if (soap.error == SOAP_EOF && soap.errnum == 0)
      // Timeout: no more messages received
   else
      soap_print_fault(&soap, stderr);
}
soap_destroy(&soap); // cleanup
soap_end(&soap); // cleanup
soap_done(&soap); // close connection (should not use soap struct after this)

Note that a server for the bcastString does not need to use two-one way messages. Thus, multicast request-response message pattern can be declared and implemented as request-response operations at the server side.

18.6  SOAP-over-UDP Server

The following example code illustrates a SOAP-over-UDP server for one-way sendString and request-response echoString messages. This example assumes that the gSOAP header file includes the SOAP Header with WS-Addressing elements and the ns__echoString function discussed in Section 18.1.

int main()
{
   struct soap soap;
   soap_init1(&soap, SOAP_IO_UDP); // must set UDP flag
   // bind to host (NULL=current host) and port:
   if (!soap_valid_socket(soap_bind(&soap, host, port, 100)))
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }
   for (;;)
   {
      if (soap_serve(&soap))
         soap_print_fault(&soap, stderr); // report the problem
      soap_destroy(&soap);
      soap_end(&soap);
   }
   soap_done(&soap); // close connection
}
int ns__echoString(struct soap *soap, char *str, char **res)
{
   if (!soap->header)
      return soap_sender_fault(soap, "No SOAP header", NULL);
   if (!soap->header->wsa__MessageID)
      return soap_sender_fault(soap, "No WS-Addressing MessageID", NULL);
   soap->header->wsa__RelatesTo = (struct wsa__Relationship*)soap_malloc(soap, sizeof(struct wsa__Relationship));
   soap_default_wsa__Relationship(soap, soap->header->wsa__RelatesTo);
   soap->header->wsa__RelatesTo->__item = soap->header->wsa__MessageID;
   // must check for duplicate messages
   if (check_received(soap->header->wsa__MessageID))
   {
      // Request message already received
      return SOAP_STOP; // don't return response
   }
   if (!soap->header->wsa__ReplyTo || !soap->header->wsa__ReplyTo->Address)
      return soap_sender_fault(soap, "No WS-Addressing ReplyTo address", NULL);
   soap->header->wsa__To = soap->header->wsa__ReplyTo->Address;
   soap->header->wsa__MessageID = soap_strdup(soap, soap_int2s(soap, id_count++)) ;
   soap->header->wsa__Action = "http://genivia.com/udp/echoStringResponse";
   *res = str;
   return SOAP_OK;
}
int ns__sendString(struct soap *soap, char *str)
{
   if (!soap->header)
      return SOAP_STOP;
   if (!soap->header->wsa__MessageID)
      return SOAP_STOP;
   // must check for duplicate messages
   if (check_received(soap->header->wsa__MessageID))
      return SOAP_STOP;
   return SOAP_OK;
}
int ns__sendStringResponse(struct soap *soap, char *res)
{ return SOAP_NO_METHOD; } // we don't expect to serve this message

The server binds to a host and port and accepts messages in a tight sequential loop. Because UDP does not have the equivalent of an accept the messages cannot be dispatched to threads, the soap_serve waits for a message and immediately accepts it. You can use a receive timeout to make soap_serve non-blocking.
To obtain response one-way operations from a WSDL, use the wsdl2h -b option. This produces additional one-way operations to support asynchronous handling of response messages in the same way requests are handled.

18.7  SOAP-over-UDP Multicast Receiving Server

For UDP multicast support, follow the suggestions in Section 18.6 and change the initialization parts of the code to enable UDP multicast port binding by to telliing the kernel which multicast groups you are interested in:


int main()
{
   struct soap soap;
   struct ip_mreq mcast;
   soap_init1(&soap, SOAP_IO_UDP);
   if (!soap_valid_socket(soap_bind(&soap, host, port, 100)))
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }
   mcast.imr_multiaddr.s_addr = inet_addr("put IP multicast address of group here");
   mcast.imr_interface.s_addr = htonl(INADDR_ANY);
   if (setsockopt(soap.master, IPPROTO_IP, IP_ADD_MEMBERSHIP, &mcast, sizeof(mcast))<0)
      ... error ...

19  Advanced Features

19.1  Internationalization

gSOAP uses regular strings by default. Regular strings cannot be used to hold UCS characters outside of the character range [1,255]. gSOAP can handle wide-character content in two ways. First, applications can utilize wide-character strings (wchar_t*) instead of regular strings to store wide-character content. For example, the xsd:string string schema type can be declared as a wide-character string and used subsequently:

typedef wchar_t *xsd__string;
...
int ns__myMethod(xsd__string input, xsd__string *output);

Second, regular strings can be used to hold wide-character content in UTF-8 format. This is accomplished with the SOAP_C_UTFSTRING flag (for both input/output mode), see Section 9.12. With this flag set, gSOAP will deserialize XML into regular strings in UTF-8 format. An application is responsible for filling regular strings with UTF-8 content to ensure that strings can be correctly serialized XML. Third, the SOAP_C_MBSTRING flag (for both input/output mode) can be used to activate multibyte character support. Multibyte support depends on the locale settings for dealing with extended natural language encodings.
Both regular strings and wide-character strings can be used together within an application. For example, the following header file declaration introduces two string schema types:

typedef wchar_t *xsd__string;
typedef char *xsd__string_; // trailing '_' avoids name clash
...
int ns__myMethod(xsd__string input, xsd__string_ *output);

The input string parameter is a wide-character string and the output string parameter is a regular string. The regular string has UCS character content in the range [1,255] unless the SOAP_C_UTFSTRING flag is set. With this flag, the string has UTF-8 encoded content.
Please consult the UTF-8 specification for details on the UTF-8 format. Note that the ASCII character set [1-127] is a subset of UTF-8. Therefore, with the SOAP_C_UTFSTRING flag set, strings may hold ASCII character data and UTF-8 extensions.

19.2  Customizing the WSDL and Namespace Mapping Table File Contents With gSOAP Directives

A header file can be augmented with directives for the gSOAP soapcpp2 tool to automatically generate customized WSDL and namespace mapping tables contents. The WSDL and namespace mapping table files do not need to be modified by hand (Sections 7.2.9 and 10.4). In addition, the sample SOAP/XML request and response files generated by the compiler are valid provided that XML Schema namespace information is added to the header file with directives so that the gSOAP soapcpp2 compiler can produce example SOAP/XML messages that are correctly namespace qualified. These compiler directive are specified as //-comments. (Note: blanks can be used anywhere in the directive, except between // and gsoap.)
Three directives are currently supported that can be used to specify details associated with namespace prefixes used by the service operation names in the header file. To specify the name of a Web Service in the header file, use:

//gsoap namespace-prefix service name: service-name

where namespace-prefix is a namespace prefix used by identifiers in the header file and service-name is the name of a Web Service (only required to create new Web Services). The name may be followed by text up to the end of the line which is incorporated into the WSDL service documentation. Alternatively, the service documentation can be provided with the directive below.
To specify the name of the WSDL definitions in the header file, use:

//gsoap namespace-prefix service definitions: definitions-name

where namespace-prefix is a namespace prefix used by identifiers in the header file and definitions-name is the name of the WSDL definitions. By default, the WSDL definitions name is the same as the service name.
To specify the documentation of a Web Service in the header file, use:

//gsoap namespace-prefix service documentation: text

where namespace-prefix is a namespace prefix used by identifiers in the header file and text is the documentation text up to the end of the line. The text is incorporated into the WSDL service documentation.
To specify the portType of a Web Service in the header file, use:

//gsoap namespace-prefix service portType: portType-name

or just

//gsoap namespace-prefix service type: portType-name

or using WSDL 2.0 terms

//gsoap namespace-prefix service interface: portType-name

where namespace-prefix is a namespace prefix used by identifiers in the header file and portType-name is the portType name of the WSDL service portType.
To specify the port name of a Web Service in the header file, use:

//gsoap namespace-prefix service portName: port-name

where namespace-prefix is a namespace prefix used by identifiers in the header file and port-name is the name of the WSDL service port element. By default, the port name is the same as the service name.
To specify the binding name of a Web Service in the header file, use:

//gsoap namespace-prefix service binding: binding-name

where namespace-prefix is a namespace prefix used by identifiers in the header file and binding-name is the binding name of the WSDL service binding element. By default, the binding name is the same as the service name.
To specify the binding's transport protocol of a Web Service in the header file, use:

//gsoap namespace-prefix service transport: transport-URL

where namespace-prefix is a namespace prefix used by identifiers in the header file and transport-URL is the URL of the transport protocol such as http://schemas.xmlsoap.org/soap/http for HTTP. HTTP transport is assumed by default.
To specify the location (or port endpoint) of a Web Service in the header file, use:

//gsoap namespace-prefix service location: URL

or alternatively

//gsoap namespace-prefix service endpoint: URL

or

//gsoap namespace-prefix service port: URL

where URL is the location of the Web Service (only required to create new Web Services). The URL specifies the path to the service executable (so URL/service-executable is the actual location of the executable when declared).
To specify the name of the executable of a Web Service in the header file, use:

//gsoap namespace-prefix service executable: executable-name

where executable-name is the name of the executable of the Web Service.
When doc/literal encoding is required for the entire service, the service encoding can be specified in the header file as follows:

//gsoap namespace-prefix service encoding: literal

or when the SOAP-ENV:encodingStyle attribute is different from the SOAP 1.1/1.2 encoding style:

//gsoap namespace-prefix service encoding: encoding-style

To specify the namespace URI of a Web Service in the header file, use:

//gsoap namespace-prefix service namespace: namespace-URI

where namespace-URI is the URI associated with the namespace prefix.
In addition, the schema namespace URI can be specified in the header file:

//gsoap namespace-prefix schema namespace: namespace-URI

where namespace-URI is the schema URI associated with the namespace prefix. If present, it defines the schema-part of the generated WSDL file and the URI in the namespace mapping table. This declaration is useful when the service declares its own data types that need to be associated with a namespace. Furthermore, the header file for client applications do not need the full service details and the specification of the schema namespaces for namespace prefixes suffices. In addition, a second namespace can be defined that is only used to match the namespaces of inbound XML:

//gsoap namespace-prefix schema namespace2: namespace-URI-pattern

If the first namespace does not match the inbound parsed XML, then the second will be tried. This pattern may contain '*' multichar wildcards and '-' single chard wildcards. This allows two or more namespace versions to be handled by the same namespace prefix.
The directive above specifies a new schema and the gSOAP soapcpp2 compiler generates a schema files (.xsd) file for the schema. An existing schema namespace URI can be imported with:

//gsoap namespace-prefix schema import: namespace-URI

where namespace-URI is the schema URI associated with the namespace prefix. gSOAP does not produce XML Schema files for imported schemas and imports the schema namespaces in the generated WSDL file.
A schema namespace URI can be imported from a location with:

//gsoap namespace-prefix schema namespace: namespace-URI
//gsoap namespace-prefix schema import: schema-location

The elementFormDefault and attributeFormDefault qualification of a schema can be defined with:

//gsoap namespace-prefix schema elementForm: qualified
//gsoap namespace-prefix schema attributeForm: qualified

or:

//gsoap namespace-prefix schema elementForm: unqualified
//gsoap namespace-prefix schema attributeForm: unqualified

A shortcut to define the default qualification of elements and attributes of a schema:

//gsoap namespace-prefix schema form: qualified

or:

//gsoap namespace-prefix schema form: unqualified

To include xsi:type attributes in the runtime XML element output for specific schemas, use:

//gsoap namespace-prefix schema typed: yes

Note that soapcpp2 -t enables xsi:type for all elements in the runtime XML output.
To document a data type, use:

//gsoap namespace-prefix schema type-documentation: type-name //text

where type-name is the unqualified name of the data type and text is a line of text terminated by a newline. Do not use any XML reserved characters in text such as < and > . Use well-formed XML and XHTML markup instead. For example:

//gsoap ns schema type-documentation: tdata stores <a href="transaction.html">transaction</a> data
class ns__tdata
{ ... }

To document a data type's fields and members, use:

//gsoap namespace-prefix schema type-documentation: type-name::field //text

where type-name is the unqualified name of the data type, field is a field, member, or enum name, and text is a line of text terminated by a newline. Do not use any XML reserved characters in text such as < and > . Use well-formed XML and XHTML markup instead. For example:

//gsoap ns schema type-documentation: tdata::id the transaction number
//gsoap ns schema type-documentation: tdata::state transaction state
//gsoap ns schema type-documentation: tstate::INIT initial state
//gsoap ns schema type-documentation: tstate::DONE final state
class ns__tdata
{ @int id;
   enum ns__tstate { INIT, DONE } state;
   ...
}

The documentation form above can also be used to document SOAP/XML message parts in the generated WSDL. For the type-name use the function name. For the field names, you can use the function name and/or the function argument names.
To document a method, use:

//gsoap namespace-prefix service method-documentation: method-name //text

where method-name is the unqualified name of the method and text is a line of text terminated by a newline. Do not use any XML reserved characters in text such as < and > . Use well-formed XML and XHTML markup instead. For example:

//gsoap ns service method-documentation: getQuote returns a <i>stock quote</i>
int ns__getQuote(char *symbol, float &_result);

To specify the SOAP Action for a SOAP method, use:

//gsoap namespace-prefix service method-action: method-name action

where method-name is the unqualified name of the method and action is a string without spaces and blanks (the string can be quoted when preferred). For example:

//gsoap ns service method-action: getQuote ""
int ns__getQuote(char *symbol, float &_result);

Or, alternatively for the input action (part of the request):

//gsoap ns service method-input-action: getQuote ""
int ns__getQuote(char *symbol, float &_result);

To specify the HTTP "location" of REST methods to a perform POST/GET/PUT action, use:

//gsoap namespace-prefix service method-action: method-name action

where method-name is the unqualified name of the method and action is a string without spaces and blanks (the string can be quoted when preferred). This directive requires that the protocol: directive for this method is set to HTTP, POST, GET, or PUT.
A response action and fault action are defined by:

//gsoap namespace-prefix service method-output-action: method-name action //gsoap namespace-prefix service method-fault-action: method-name action

To override the SOAP or REST protocol of an operation (SOAP by default), use:

//gsoap namespace-prefix service method-protocol: method-name protocol

where protocol is one of

SOAP default SOAP transport (supports 1.1 and 1.2)
SOAP1.1 SOAP 1.1 only
SOAP1.2 SOAP 1.2 only
SOAP-GET one-way SOAP with HTTP GET
SOAP1.1-GET one-way SOAP 1.1 with HTTP GET
SOAP1.2-GET one-way SOAP 1.1 with HTTP GET
HTTP REST HTTP (POST or one-way PUT)
POST REST HTTP POST
GET one-way REST HTTP GET
PUT one-way REST HTTP PUT
DELETE REST HTTP DELETE

When document style is preferred for a particular service method, use:

//gsoap namespace-prefix service method-style: method-name document

When SOAP RPC encoding is required for a particular service method, use:

//gsoap namespace-prefix service method-encoding: method-name encoded

When literal encoding is required for a particular service method, use:

//gsoap namespace-prefix service method-encoding: method-name literal

or when the SOAP-ENV:encodingStyle attribute is different from the SOAP 1.1/1.2 encoding style, use:

//gsoap namespace-prefix service method-encoding: method-name encoding-style

When SOAP RPC encoding is required for a particular service method response when the request message is literal, use:

//gsoap namespace-prefix service method-response-encoding: method-name encoded

When literal encoding is required for a particular service method response when the request message is encoded, use:

//gsoap namespace-prefix service method-response-encoding: method-name literal

or when the SOAP-ENV:encodingStyle attribute is different from the SOAP 1.1/1.2 encoding style, use:

//gsoap namespace-prefix service method-response-encoding: method-name encoding-style

Note that the method-response-encoding is set to the value of method-encoding by default.
When header processing is required, each method declared in the WSDL should provide a binding to the parts of the header that may appear as part of a method request message. Such a binding is given by:

//gsoap namespace-prefix service method-header-part: method-name header-part

For example:

struct SOAP_ENV__Header
{
   char *h__transaction;
   struct UserAuth *h__authentication;
};

Suppose method ns__login uses both header parts (at most), then this is declared as:

//gsoap ns service method-header-part: login h__transaction
//gsoap ns service method-header-part: login h__authentication
int ns__login(...);

Suppose method ns__search uses only the first header part, then this is declared as:

//gsoap ns service method-header-part: search h__transaction
int ns__search(...);

Note that the method name and header part names MUST be namespace qualified. The headers MUST be present in all operations that declared the header parts.
To specify the header parts for the method input (method request message), use:

//gsoap namespace-prefix service method-input-header-part: method-name header-part

Similarly, to specify the header parts for the method output (method response message), use:

//gsoap namespace-prefix service method-output-header-part: method-name header-part

The declarations above only affect the WSDL. For example:

struct SOAP_ENV__Header
{
   char *h__transaction;
   struct UserAuth *h__authentication;
};
//gsoap ns service method-input-header-part: login h__authentication
//gsoap ns service method-input-header-part: login h__transaction
//gsoap ns service method-output-header-part: login h__transaction
int ns__login(...);

The headers MUST be present in all operations that declared the header parts.
To specify MIME attachments for the method input and output (method request and response messages), use:

//gsoap namespace-prefix service method-mime-type: method-name mime-type

You can repeat this directive for all multipartRelated MIME attachments you want to associate with the method.
To specify MIME attachments for the method input (method request message), use:

//gsoap namespace-prefix service method-input-mime-type: method-name mime-type

Similarly, to specify MIME attachments for the method output (method response message), use:

//gsoap namespace-prefix service method-output-mime-type: method-name mime-type

You can repeat these directives for all multipartRelated MIME attachments you want to associate with the method.

19.2.1  Example

The use of directives is best illustrated with an example. The example uses a hypothetical stock quote service and exchange rate service, actual services such as these are available for free on the web.

//gsoap ns1 service namespace: urn:GetQuote
int ns1__getQuote(char *symbol, float &result);

//gsoap ns2 service namespace: urn:CurrencyExchange
int ns2__getRate(char *country1, char *country2, float &result);

//gsoap ns3 service name: quotex
//gsoap ns3 service style: rpc
//gsoap ns3 service encoding: encoded
//gsoap ns3 service port: http://www.mydomain.com/quotex.cgi
//gsoap ns3 service namespace: urn:quotex
int ns3__getQuote(char *symbol, char *country, float &result);

The quotex.h example is a new Web Service created by combining two existing Web Services: a Stock Quote service and a Currency Exchange service.
Namespace prefix ns3 is used for the new quotex Web Service with namespace URI urn:quotex, service name quotex, and endpoint port http://www.mydomain.com/quotex.cgi.
Since the new Web Service invokes the ns1__getQuote and ns2__getRate service operations, the service namespaces and other details such as style and encoding of these methods are given by directives. After invoking the gSOAP soapcpp2 tool on the quotex.h header file:

> soapcpp2 quotex.h

the WSDL of the new quotex Web Service is saved as quotex.wsdl. Since the service name, endpoint port, and namespace URI were provided in the header file, the generated WSDL file can be published together with the compiled Web Service installed as a CGI application.
The namespace mapping table for the quotex.cpp Web Service implementation is saved as quotex.nsmap. This file can be directly included in quotex.cpp instead of specified by hand in the source of quotex.cpp:

#include "quotex.nsmap"

The automatic generation and inclusion of the namespace mapping table requires compiler directives for all namespace prefixes to associate each namespace prefix with a namespace URI. Otherwise, namespace URIs have to be manually added to the table (they appear as http://tempuri.org).

19.3  Transient Data Types

There are situations when certain data types have to be ignored by gSOAP for the compilation of (de)marshalling routines. For example, in certain cases only a few members of a class or struct need not be (de)serialized, or the base class of a derived class should not be (de)serialized. Certain built-in classes such as ostream cannot be (de)serialized. Data parts that should be kept invisible to gSOAP are called "transient". Transient data types and transient struct/class members are declared with the extern keyword or are declared within [ and ] blocks in the header file. The extern keyword has a special meaning to the gSOAP soapcpp2 compiler and won't affect the generated codes. The special [ and ] block construct can be used with data type declarations and within struct and class declarations. The use of extern or [ ] achieve the same effect, but [ ] may be more convenient to encapsulate transient types in a larger part of the header file. The use of extern with typedef is reserved for the declaration of user-defined external (de)serializers for data types, see Section 19.5.
First example:

extern class ostream; // ostream can't be (de)serialized, but need to be declared to make it visible to gSOAP
class ns__myClass
{ ...
   virtual void print(ostream &s) const; // need ostream here
   ...
};

Second example:

[
   class myBase // base class need not be (de)serialized
   { ... };
]
class ns__myDerived : myBase
{ ... };

Third example:

[ typedef int transientInt; ]
class ns__myClass
{
   int a; // will be (de)serialized
   [
   int b; // transient field
   char s[256]; // transient field
   ]
   extern float d; // transient field
   char *t; // will be (de)serialized
   transientInt *n; // transient field
   [
   virtual void method(char buf[1024]); // does not create a char[1024] (de)serializer
   ]
};

In this example, class ns__myClass has three transient fields: b, s, and n which will not be (de)serialized in SOAP. Field n is transient because the type is declared within a transient block. Pointers, references, and arrays of transient types are transient. The single class method is encapsulated within [ and ] to prevent gSOAP from creating (de)serializers for the char[1024] type. gSOAP will generate (de)serializers for all types that are not declared within a [ and ] transient block.

19.4  Serialization "as is" with Volatile Data Types

Volatile-declared data types in gSOAP are assumed to be part of an existing non-modifiable software package, such as a built-in library. It would not make sense to redefine the data types in a gSOAP header file. In certain cases it could also be problematic to have classes augmented with serializer methods. When you need to (de)serialize such data types "as is", you must declare them in a gSOAP header file and use the volatile qualifier.
Consider for example struct tm, declared in time.h. The structure may actually vary between platforms, but the tm structure includes at least the following fields:

volatile struct tm
{
   int tm_sec; /* seconds (0 - 60) */
   int tm_min; /* minutes (0 - 59) */
   int tm_hour; /* hours (0 - 23) */
   int tm_mday; /* day of month (1 - 31) */
   int tm_mon; /* month of year (0 - 11) */
   int tm_year; /* year - 1900 */
   int tm_wday; /* day of week (Sunday = 0) */
   int tm_yday; /* day of year (0 - 365) */
   int tm_isdst; /* is summer time in effect? */
   char *tm_zone; /* abbreviation of timezone name */
   long tm_gmtoff; /* offset from UTC in seconds */
};

Note that we qualified the structure volatile in the gSOAP header file to inform the gSOAP soapcpp2 compiler that it should not attempt to redeclare it. We can now readily serialize and deserialize the tm structure. The following program fragment serializes the local time stored in a tm structure to stdout:

struct soap *soap = soap_new();
...
time_t T = time(NULL);
struct tm *t = localtime(&T);
struct soap *soap = soap_new();
soap_write_tm(soap, t);
soap_destroy(soap);
soap_end(soap);
soap_free(soap); // detach and free context

It is also possible to serialize the tm fields as XML attributes using the @qualifier, see Section 11.6.7.
If you must produce a schema file, say time.xsd, that defines an XML schema and namespace for the tm struct, you can add a typedef declaration to the header file:

typedef struct tm time__struct_tm;

We used the typedef name time__struct_tm rather than time__ tm, because a schema name clash will occur with the latter since taking off the time prefix will result in the same name being used.
Classes should be declared volatile to prevent modification of these classes by ithe gSOAP soapcpp2 source code output. Note that gSOAP adds serialization methods to classes to support polymorphism. However, this is a problem when you can't modify class declarations because they are part of a non-modifiable software package. The solution is to declare these classes volatile, similar to the tm structure example illustrated above. You can also use a typedef to associate a schema with a class.

19.5  How to Declare User-Defined Serializers and Deserializers

Users can declare their own (de)serializers for specific data types instead of relying on the gSOAP-generated (de)serializers. To declare a external (de)serializer, declare a type with extern typedef. gSOAP will not generate the (de)serializers for the type name that is declared. For example:

extern typedef char *MyData;
struct Sample
{
   MyData s; // use user-defined (de)serializer for this field
   char *t; // use gSOAP (de)serializer for this field
};

The user is required to supply the following routines for each extern typedef'ed name T:

void soap_serialize_T(struct soap *soap, const T *a)
void soap_default_T(struct soap *soap, T *a)
void soap_out_T(struct soap *soap, const char *tag, int id, const T *a, const char *type)
T *soap_in_T(struct soap *soap, const char *tag, T *a, const char *type)

The function prototypes can be found in soapH.h.
For example, the (de)serialization of MyData can be done with the following code:

void soap_serialize_MyData(struct soap *soap, MyData *const*a)
{ } // no need to mark this node (for multi-ref and cycle detection)
void soap_default_MyData(&soap, MyData **a)
{ *a = NULL }
void soap_out_MyData(struct soap *soap, const char *tag, int id, MyData *const*a, const char *type)
{
   soap_element_begin_out(soap, tag, id, type); // print XML beginning tag
   soap_send(soap, *a); // just print the string (no XML conversion)
   soap_element_end_out(soap, tag); // print XML ending tag
}
MyData **soap_in_MyData(struct soap *soap, const char *tag, MyData **a, const char *type)
{
   if (soap_element_begin_in(soap, tag))
      return NULL;
   if (!a)
      a = (MyData**)soap_malloc(soap, sizeof(MyData*));
   if (soap->null)
      *a = NULL; // xsi:nil element
   if (*soap->type && soap_match_tag(soap, soap->type, type))
   {
      soap->error = SOAP_TYPE;
      return NULL; // type mismatch
   }
   if (*soap->href)
      a = (MyData**)soap_id_forward(soap, soap->href, a, SOAP_MyData, sizeof(MyData*))
   else if (soap->body)
   {
      char *s = soap_value(soap); // fill buffer
      *a = (char*)soap_malloc(soap, strlen(s)+1);
      strcpy(*a, s);
   }
   if (soap->body && soap_element_end_in(soap, tag))
      return NULL;
   return a;

More information on custom (de)serialization will be provided in this document or in a separate document in the future. The writing of the (de)serializer code requires the use of the low-level gSOAP API.

19.6  How to Serialize Data Without Generating XSD Type Attributes

gSOAP serializes data in XML with xsi:type attributes when the types are declared with namespace prefixes to indicate the schema type of the data contained in the elements. SOAP 1.1 and 1.2 requires xsi:type attributes in the presence of polymorphic data or when the type of the data cannot be deduced from the SOAP payload. The namespace prefixes are associated with the type names of typedefs (Section 11.3) for primitive data types, struct/class names, and enum names.
To prevent the output of these xsi:type attributes in the XML serialization, you can simply use type declarations that do not include these namespace prefixes. That is, don't use the typedefs for primitive types and use unqualified type names with structs, classes, and enums.
However, there are two issues. Firstly, if you want to use a primitive schema type that has no C/C++ counterpart, you must declare it as a typedef name with a leading underscore, as in:

typedef char *_xsd__date;

This will produce the necessary xsd:date information in the WSDL output by the gSOAP soapcpp2 compiler. But the XML serialization of this type at run time won't include the xsi:type attribute. Secondly, to include the proper schema definitions in the WSDL produced by the gSOAP soapcpp2 compiler, you should use qualified struct, class, and enum names with a leading underscore, as in:

struct _ns__myStruct
{ ... };

This ensures that myStruct is associated with a schema, and therefore included in the appropriate schema in the generated WSDL. The leading underscore prevents the XML serialization of xsi:type attributes for this type in the SOAP/XML payload.

19.7  Function Callbacks for Customized I/O and HTTP Handling

gSOAP provides five callback functions for customized I/O and HTTP handling:

Callback (function pointer)
SOAP_SOCKET (*soap.fopen)(struct soap *soap, const char *endpoint, const char *host, int port)
Called from a client proxy to open a connection to a Web Service located at endpoint. Input parameters host and port are micro-parsed from endpoint. Should return a valid file descriptor, or SOAP_INVALID_SOCKET and soap->error set to an error code. Built-in gSOAP function: tcp_connect
int (*soap.fclose)(struct soap *soap)
Called by client proxy multiple times, to close a socket connection before a new socket connection is established and at the end of communications when the SOAP_IO_KEEPALIVE flag is not set and soap.keep_alive ≠ 0 (indicating that the other party supports keep alive). Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: tcp_disconnect



Callback (function pointer)
int (*soap.fget)(struct soap *soap)
Called by the main server loop upon an HTTP GET request. The SOAP_GET_METHOD error is returned by default. This callback can be used to respond to HTTP GET methods with content, see Section 19.10. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_get
int (*soap.fput)(struct soap *soap)
Called by the main server loop upon an HTTP PUT request. The SOAP_PUT_METHOD error is returned by default. This callback can be used to respond to HTTP PUT. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_put
int (*soap.fdel)(struct soap *soap)
Called by the main server loop upon an HTTP DELETE request. The SOAP_DELETE_METHOD error is returned by default. This callback can be used to respond to HTTP DELETE methods. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_del
int (*soap.fhead)(struct soap *soap)
Called by the main server loop upon an HTTP HEAD request. The SOAP_HEAD_METHOD error is returned by default. This callback can be used to respond to HTTP HEAD methods. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_get
int (*soap.fform)(struct soap *soap)
Called by the main server loop when a user-defined fparsehdr callback returned SOAP_FORM to signal that the HTTP body must be processed by this form handler callback. The HTTP POST form data MUST be read, otherwise keep-alive messages will end up out of sync. Should return SOAP_OK or a gSOAP error code. Built-in gSOAP function: none.
int (*soap.fpost)(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count)
Called from a client proxy to generate the HTTP header to connect to endpoint. Input parameters host, port, and path are micro-parsed from endpoint, action is the SOAP action, and count is the length of the SOAP message or 0 when SOAP_ENC_XML is set or when SOAP_IO_LENGTH is reset. Use function soap_send(struct soap *soap, char *s) to write the header contents. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_post.
int (*soap.fposthdr)(struct soap *soap, const char *key, const char *val)
Called by http_post and http_response (through the callbacks). Emits HTTP key: val header entries. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_post_header.
int (*soap.fresponse)(struct soap *soap, int soap_error_code, size_t count)
Called from a service to generate the response HTTP header. Input parameter soap_error_code is a gSOAP error code (see Section 10.2 and count is the length of the SOAP message or 0 when SOAP_ENC_XML is set or when SOAP_IO_LENGTH is reset. Use function soap_send(struct soap *soap, char *s) to write the header contents. Should return SOAP_OK, or a gSOAP error code Built-in gSOAP function: http_response
int (*soap.fparse)(struct soap *soap)
Called by client proxy and service to parse an HTTP header (if present). When user-defined, this routine must at least skip the header. Use function int soap_getline(struct soap *soap, char *buf, int len) to read HTTP header lines into a buffer buf of length len (returns empty line at end of HTTP header). Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: http_parse
int (*soap.fparsehdr)(struct soap *soap, const char *key, const char *val)
Called by http_parse (through the fparse callback). Handles HTTP key: val header entries to set gSOAP's internals. Should return SOAP_OK, SOAP_STOP (see fstop) or a gSOAP error code. Built-in gSOAP function: http_parse_header



Callback (function pointer)
int (*soap.fsend)(struct soap *soap, const char *s, size_t n)
Called for all send operations to emit contents of s of length n. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: fsend
size_t (*soap.frecv)(struct soap *soap, char *s, size_t n)
Called for all receive operations to fill buffer s of maximum length n. Should return the number of bytes read or 0 in case of an error, e.g. EOF. Built-in gSOAP function: frecv
int (*soap.fignore)(struct soap *soap, const char *tag)
Called when an unknown XML element was encountered on the input. The tag parameter is the offending XML element tag name. Should return SOAP_OK, or a gSOAP error code such as SOAP_TAG_MISMATCH to throw an exception. Built-in gSOAP function: none.
int (*soap.fconnect)(struct soap *soap, const char *endpoint, const char *host, int port)
When non-NULL, this callback is called for all client-to-server connect operations instead of the built-in socket connect code. Therefore, it can be used to override the built-in connection establishment. Parameter endpoint contains the server endpoint URL, host the domain name or IP, and port the port number. Should return SOAP_OK, or a gSOAP error code. Built-in gSOAP function: none
SOAP_SOCKET (*soap.faccept)(struct soap *soap, SOAP_SOCKERT s, struct sockaddr *a, int *n)
Called by soap_accept. This is a wrapper routine for accept. Given master socket s should return a valid socket descriptor or SOAP_INVALID_SOCKET and set soap->error to an error code. Built-in gSOAP function: tcp_accept
int (*soap.fresolve)(struct soap *soap, const char *addr, struct in_addr *inaddr)
Called by soap_bind if a host name is given and soap_connect to resolve a domain name addr. Should set in_addr *a and return SOAP_OK or return SOAP_ERR upon failure.
Built-in gSOAP function: tcp_gethost
int (*soap.fpoll)(struct soap *soap)
Used by clients to check if the server is still responsive.
Built-in gSOAP function: soap_poll
int (*soap.fserveloop)(struct soap *soap)
Called after successful invocation of a server operation in the server loop, immediately after sending the response to a client. Can be used to clean up resources (e.g. using soap_end()) while serving a long sequence of keep-alive connections. Should return SOAP_OK, or set soap->error to a gSOAP error code and return soap->error. Built-in gSOAP function: none.
void (*soap.fmalloc)(struct soap *soap, size_t n)
Use to override memory allocation for deserialized C data. Memory allocated via this callback will not be automatically released by the gSOAP engine. The application must release this data by keeping track of the allocations. Note: it is not safe to traverse deserialized data structures and free each node, since data might be shared (SOAP multiref) and some allocated data such as the HTTP SOAPAction might no be part of the structure.
Built-in gSOAP function: none.
int (*soap.fheader)(struct soap *soap)
Called immediately after parsing a SOAP Header. The SOAP Header struct referenced by soap->header can be inspected and verified. The function should return SOAP_OK or a fault.
Built-in gSOAP function: none.
void (*soap.fsvalidate)(struct soap *soap, const char *pattern, const char *string)
Called to validate a non-NULL string against a non-NULL pattern. Patterns use XML schema regex syntax. Allows user-defined pattern validation. Should return SOAP_OK when the string matches the pattern or SOAP_PATTERN when the string does not match.
Built-in gSOAP function: none.
void (*soap.fwvalidate)(struct soap *soap, const char *pattern, const wchar_t *string)
Called to validate a non-NULL wide string against a non-NULL pattern. Patterns use XML schema regex syntax. Allows user-defined pattern validation. Should return SOAP_OK when the string matches the pattern or SOAP_PATTERN when the string does not match.
Built-in gSOAP function: none.
void (*soap.fseterror)(struct soap *soap, const char **code, const char **string)
Called to set the SOAP Fault code and string values based on the value of soap->error. Allows user-defined messages to be associated with gSOAP error codes to override gSOAP's built-in error messages.
Built-in gSOAP function: none.

In addition, a void*user field in the struct soap data structure is available to pass user-defined data to the callbacks.
The following example uses I/O function callbacks for customized serialization of data into a fixed-size buffer and deserialization back into a datastructure:

char buf[10000]; // XML buffer
int len1 = 0; // #chars written
int len2 = 0; // #chars read
// mysend: put XML in buf[]
int mysend(struct soap *soap, const char *s, size_t n)
{
   if (len1 + n > sizeof(buf))
      return SOAP_EOF;
   strcpy(buf + len1, s);
   len1 += n;
   return SOAP_OK;
}
// myrecv: get XML from buf[]
size_t myrecv(struct soap *soap, char *s, size_t n)
{
   if (len2 + n > len1)
      n = len1 - len2;
   strncpy(s, buf + len2, n);
   len2 += n;
   return n;
}
int main()
{
   struct soap soap;
   struct ns__person p;
   soap_init(&soap);
   len1 = len2 = 0; // reset buffer pointers
   p.name = "John Doe";
   p.age = 25;
   soap.fsend = mysend; // assign callback
   soap.frecv = myrecv; // assign callback
   soap_begin_send(&soap);
   soap_set_omode(&soap, SOAP_XML_TREE);
   soap_serialize_ns__person(&soap, &p);
   soap_put_ns__person(&soap, &p, "ns:person", NULL);
   soap_end_send(&soap);
   if (soap.error)
   {
      soap_print_fault(&soap, stdout);
      exit(1);
   }
   soap_begin_recv(&soap);
   soap_get_ns__person(&soap, &p, "ns:person", NULL);
   soap_end_recv(&soap);
   if (soap.error)
   {
      soap_print_fault(&soap, stdout);
      exit(1);
   }
   soap_destroy(&soap);
   soap_end(&soap);
   soap_done(&soap); // disable callbacks
}

A fixed-size buffer to store the outbound message sent is not flexible to handle large content. To store the message in an expanding buffer, use for example:

struct buffer
{
   size_t len;
   size_t max;
   char *buf;
};
int main()
{
   struct buffer *h = malloc(sizeof(struct buffer));
   h->len = 0;
   h->max = 0;
   h->buf = NULL;
   soap.user = (void *)h; // pass buffer as a handle to the callback
   soap.fsend = mysend; // assign callback
   ...
   if (h->len)
   {
      ... // use h->buf[0..h->len-1] content
      // then cleanup:
      h->len = 0;
      h->max = 0;
      free(h->buf);
      h->buf = NULL;
   }
   ...
}
int mysend(struct soap *soap, const char *s, size_t n)
{
   struct buffer *h = (struct buffer*)soap->user; // get buffer through handle
   int m = h->max, k = h->len + n;
   // need to increase space?
   if (m == 0)
      m = 1024;
   else 
      while (k >= m)
         m *= 2;
   if (m != h->max)
   {
      char *buf = malloc(m);
      memcpy(buf, h->buf, h->len);
      h->max = m;
      if(h->buf)
         free(h->buf);
      h->buf = buf;
   }
   memcpy(h->buf + h->len, s, n);
   h->len += n;
   return SOAP_OK;
}

The soap_done function can be called to reset the callback to the default internal gSOAP I/O and HTTP handlers.
The following example illustrates customized I/O and (HTTP) header handling. The SOAP request is saved to a file. The client proxy then reads the file contents as the service response. To perform this trick, the service response has exactly the same structure as the request. This is declared by the struct ns__test output parameter part of the service operation declaration. This struct resembles the service request (see the generated soapStub.h file created from the header file).
The header file is:

//gsoap ns service name: callback
//gsoap ns service namespace: urn:callback
struct ns__person
{
   char *name;
   int age;
};
int ns__test(struct ns__person in, struct ns__test &out);

The client program is:

#include "soapH.h"
...
SOAP_SOCKET myopen(struct soap *soap, const char *endpoint, const char *host, int port)
{
   if (strncmp(endpoint, "file:", 5))
   {
      printf("File name expected\n");
      return SOAP_INVALID_SOCKET;
   }
   if ((soap->sendfd = soap->recvfd = open(host, O_RDWR | O_CREAT, S_IWUSR | S_IRUSR)) < 0)
      return SOAP_INVALID_SOCKET;
   return soap->sendfd;
}
void myclose(struct soap *soap)
{
   if (soap->sendfd > 2) // still open?
      close(soap->sendfd); // then close it
   soap->recvfd = 0; // set back to stdin
   soap->sendfd = 1; // set back to stdout
}
int mypost(struct soap *soap, const char *endpoint, const char *host, const char *path, const char *action, size_t count)
{
   return soap_send(soap, "Custom-generated file\n"); // writes to soap->sendfd
}
int myparse(struct soap *soap)
{
   char buf[256];
   if (lseek(soap->recvfd, 0, SEEK_SET) < 0 || soap_getline(soap, buf, 256)) // go to begin and skip custom header
      return SOAP_EOF;
   return SOAP_OK;
}
int main()
{
   struct soap soap;
   struct ns__test r;
   struct ns__person p;
   soap_init(&soap); // reset
   p.name = "John Doe";
   p.age = 99;
   soap.fopen = myopen; // use custom open
   soap.fpost = mypost; // use custom post
   soap.fparse = myparse; // use custom response parser
   soap.fclose = myclose; // use custom close
   soap_call_ns__test(&soap, "file://test.xml", "", p, r);
   if (soap.error)
   {
      soap_print_fault(&soap, stdout);
      exit(1);
   }
   soap_end(&soap);
   soap_init(&soap); // reset to default callbacks
}

SOAP 1.1 and 1.2 specify that XML elements may be ignored when present in a SOAP payload on the receiving side. gSOAP ignores XML elements that are unknown, unless the XML attribute mustUnderstand="true" is present in the XML element. It may be undesirable for elements to be ignored when the outcome of the omission is uncertain. The soap.fignore callback can be set to a function that returns SOAP_OK in case the element can be safely ignored, or SOAP_MUSTUNDERSTAND to throw an exception, or to perform some application-specific action. For example, to throw an exception as soon as an unknown element is encountered on the input, use:

int myignore(struct soap *soap, const char *tag)
{
   return SOAP_MUSTUNDERSTAND; // never skip elements (secure)
}
...
soap.fignore = myignore;
soap_call_ns__method(&soap, ...); // or soap_serve(&soap);

To selectively throw an exception as soon as an unknown element is encountered but element ns:xyz can be safely ignored, use:

int myignore(struct soap *soap, const char *tag)
{
   if (soap_match_tag(soap, tag, "ns:xyz") != SOAP_OK)
      return SOAP_MUSTUNDERSTAND;
   return SOAP_OK;
}
...
soap.fignore = myignore;
soap_call_ns__method(&soap, ...); // or soap_serve(&soap)
...
struct Namespace namespaces[] =
{
   {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"},
   {"SOAP-ENC","http://schemas.xmlsoap.org/soap/encoding/"},
   {"xsi", "http://www.w3.org/2001/XMLSchema-instance"},
   {"xsd", "http://www.w3.org/2001/XMLSchema"},
   {"ns", "some-URI"}, // the namespace of element ns:xyz
   {NULL, NULL}

Function soap_match_tag compares two tags. The third parameter may be a pattern where * is a wildcard and - is a single character wildcard. So for example soap_match_tag(tag, "ns:*") will match any element in namespace ns or when no namespace prefix is present in the XML message.
The callback can also be used to keep track of unknown elements in an internal data structure such as a list:

struct Unknown
{
   char *tag;
   struct Unknown *next;
};
int myignore(struct soap *soap, const char *tag)
{
   char *s = (char*)soap_malloc(soap, strlen(tag)+1);
   struct Unknown *u = (struct Unknown*)soap_malloc(soap, sizeof(struct Unknown));
   if (s && u)
   {
      strcpy(s, tag);
      u->tag = s;
      u->next = ulist;
      ulist = u;
   }
}
...
struct soap *soap;
struct Unknown *ulist = NULL;
soap_init(&soap);
soap.fignore = myignore;
soap_call_ns__method(&soap, ...); // or soap_serve(&soap)
// print the list of unknown elements
soap_end(&soap); // clean up

19.8  HTTP 1.0 and 1.1

gSOAP uses HTTP 1.1 by default. You can revert to HTTP 1.0 as follows:

struct soap soap;
soap_init(&soap);
...
soap.http_version = "1.0";

This sets the HTTP version and reconfigures the engine to revert to HTTP 1.0. Note that you cannot use HTTP chunking with HTTP 1.0.

19.9  HTTP 307 Temporary Redirect Support

The client-side handling of HTTP 307 code "Temporary Redirect" and any of the redirect codes 301, 302, and 303 are not automated in gSOAP. Client application developers may want to consider adding a few lines of code to support redirects. It was decided not to automatically support redirects for the following reasons:
  • Redirecting a secure HTTPS address to a non-secure HTTP address via 307 creates a security vulnerability.
  • Cyclic redirects must be detected (e.g. allowing only a limited number of redirect levels).
  • Redirecting HTTP POST will result in re-serialization and re-post of the entire SOAP request. The SOAP request message must be re-posted in its entirity when re-issuing the SOAP operation to a new address.
To implement client-side 307 redirect, add the following lines of code:

char *endpoint = NULL; // use default endpoint given in WSDL (or add another one here)
int n = 10; // max redirect count
while (n− −)
{
   if (soap_call_ns1__myMethod(soap, endpoint, ...))
   {
      if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307)
         endpoint = soap_strdup(soap, soap->endpoint); // endpoint from HTTP 301, 302, 303, 307 Location header
      else
         { ... report and handle error
            break;
         }
   }
   else
      break;
}

19.10  HTTP GET Support

To implement your own HTTP (HTTPS) GET request responses, you need to set the soap.fget callback. The callback is required to produce a response to the request in textual form, such as a Web page or a SOAP/XML response. This method does not work with CGI.
The following example produces a Web page upon a HTTP GET request (e.g. from a browser):

struct soap *soap = soap_new();
soap->fget = http_get;
...
soap_serve(soap);
...
int http_get(struct soap *soap)
{
   soap_response(soap, SOAP_HTML); // HTTP response header with text/html
   soap_send(soap, "<HTML>My Web server is operational.</HTML>");
   soap_end_send(soap);
   return SOAP_OK;
}

The example below produces a WSDL file upon a HTTP GET with path ?wsdl:

int http_get(struct soap *soap)
{
   FILE *fd = NULL;
   char *s = strchr(soap->path, '?');
   if (!s || strcmp(s, "?wsdl"))
      return SOAP_GET_METHOD;
   fd = fopen("myservice.wsdl", "rb"); // open WSDL file to copy
   if (!fd)
      return 404; // return HTTP not found error
   soap->http_content = "text/xml"; // HTTP header with text/xml content
   soap_response(soap, SOAP_FILE);
   for (;;)
   {
      size_t r = fread(soap->tmpbuf, 1, sizeof(soap->tmpbuf), fd);
      if (!r)
         break;
      if (soap_send_raw(soap, soap->tmpbuf, r))
         break; // can't send, but little we can do about that
   }
   fclose(fd);
   soap_end_send(soap);
   return SOAP_OK;
}

Using one-way SOAP/XML message, you can also return a SOAP/XML response:

int http_get(struct soap *soap)
{
   if ((soap->omode & SOAP_IO) != SOAP_IO_CHUNK)
      soap_set_omode(soap, SOAP_IO_STORE); // if not chunking we MUST buffer entire content to determine content length
   soap_response(soap, SOAP_OK);
   return soap_send_ns1__mySendMethodResponse(soap, "", NULL, ... params ...);
}

where ns1__mySendMethodResponse is a one-way message declared in a gSOAP header file as:

int ns1__mySendMethodResponse(... params ..., void);

The generated soapClient.cpp includes the sending-side stub function.

19.11  TCP and HTTP Keep-Alive

gSOAP supports keep-alive socket connections. To activate keep-alive support, set the SOAP_IO_KEEPALIVE flag for both input and output modes, see Section 9.12. For example

struct soap soap;
soap_init2(&soap, SOAP_IO_KEEPALIVE, SOAP_IO_KEEPALIVE);

When a client or a service communicates with another client or service that supports keep alive, the attribute soap.keep_alive will be set to 1, otherwise it is reset to 0 (indicating that the other party will close the connection). The connection maybe terminated on either end before the communication completed, for example when the server keep-alive connection has timed out. This generates a "Broken Pipe" signal on Unix/Linux platforms. This signal can be caught with a signal handler:

signal(SIGPIPE, sigpipe_handle);

where, for example:

void sigpipe_handle(int x) { }

Alternatively, broken pipes can be kept silent by setting:

soap.socket_flags = MSG_NOSIGNAL;

This setting will not generate a sigpipe but read/write operations return SOAP_EOF instead. Note that Win32 systems do not support signals and lack the MSG_NOSIGNAL flag. The sigpipe handling and flags are not very portable.
A connection will be kept open only if the request contains an HTTP 1.0 header with "Connection: Keep-Alive" or an HTTP 1.1 header that does not contain "Connection: close". This means that a gSOAP client method call should use "http://" in the endpoint URL of the request to the stand-alone service to ensure HTTP headers are used.
If the client does not close the connection, the server will wait forever when no recv_timeout is specified. In addition, other clients will be denied service as long as a client keeps the connection to the server open. To prevent this from happening, the service should be multi-threaded such that each thread handles the client connection:

int main(int argc, char **argv)
{
   struct soap soap, *tsoap;
   pthread_t tid;
   int m, s;
   soap_init2(&soap, SOAP_IO_KEEPALIVE, SOAP_IO_KEEPALIVE);
   soap.max_keep_alive = 100; // at most 100 calls per keep-alive session
   soap.accept_timeout = 600; // optional: let server time out after ten minutes of inactivity
   m = soap_bind(&soap, NULL, 18000, BACKLOG); // use port 18000 on the current machine
   if (m < 0)
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }
   fprintf(stderr, "Socket connection successful %d\n", m);
   for (count = 0; count >= 0; count++)
   {
      soap.socket_flags = MSG_NOSIGNAL; // use this
      soap.accept_flags = SO_NOSIGPIPE; // or this to prevent sigpipe
      s = soap_accept(&soap);
      if (s < 0)
      {
         if (soap.errnum)
            soap_print_fault(&soap, stderr);
         else
            fprintf(stderr, "Server timed out\n"); // Assume timeout is long enough for threads to complete serving requests
         break;
      }
      fprintf(stderr, "Accepts socket %d connection from IP %d.%d.%d.%d\n", s, (int)(soap.ip >> 24)&0xFF, (int)(soap.ip >> 16)&0xFF, (int)(soap.ip >> 8)&0xFF, (int)soap.ip&0xFF);
      tsoap = soap_copy(&soap);
      pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)tsoap);
   }
   return 0;
}
void *process_request(void *soap)
{
   pthread_detach(pthread_self());
   ((struct soap*)soap)->recv_timeout = 300; // Timeout after 5 minutes stall on recv
   ((struct soap*)soap)->send_timeout = 60; // Timeout after 1 minute stall on send
   soap_serve((struct soap*)soap);
   soap_destroy((struct soap*)soap);
   soap_end((struct soap*)soap);
   soap_free((struct soap*)soap);
   return NULL;
}

To prevent a malicious client from keeping a thread waiting forever by keeping the connection open, timeouts are set in the process_request routine as shown. See Section 19.19 for more details on timeout settings.
A gSOAP client call will automatically attempt to re-establish a connection to a server when the server has terminated the connection for any reason. This way, a sequence of calls can be made to the server while keeping the connection open. Client stubs will poll the server to check if the connection is still open. When the connection was terminated by the server, the client will automatically reconnect.
A client should reset SOAP_IO_KEEPALIVE just before the last call to a server to close the connection after this last call. This will close the socket after the call and also informs the server to gracefully close the connection.
The client-side can also set the TCP keep-alive socket properties, using the soap.tcp_keep_alive flag (set to 1 to enable), soap.tcp_keep_idle to set the TCP_KEEPIDLE value, soap.tcp_keep_intvl to set the TCP_KEEPINTVL value, and soap.tcp_keep_cnt to set the TCP_KEEPCNT value.
If a client is in the middle of soap call that might take a long time and the server goes away/down the caller does not get any feedback until the soap.recv_timeout is reached. Enabling TCP keep alive on systems that support it allows for a faster connection teardown detection for applications that need it.

19.12  HTTP Chunked Transfer Encoding

gSOAP supports HTTP chunked transfer encoding. Un-chunking of inbound messages takes place automatically. Outbound messages are never chunked, except when the SOAP_IO_CHUNK flag is set for the output mode. Most Web services, however, will not accept chunked inbound messages.

19.13  HTTP Buffered Sends

The entire outbound message can be stored to determine the HTTP content length rather than the two-phase encoding used by gSOAP which requires a separate pass over the data to determine the length of the outbound message. Setting the flag SOAP_IO_STORE for the output mode will buffer the entire message. This can speed up the transmission of messages, depending on the content, but may require significant storage space to hold the verbose XML message.
Zlib compressed transfers require buffering. The SOAP_IO_STORE flag is set when the SOAP_ENC_ZLIB flag is set to send compressed messages. The use of chunking significantly reduces memory usage and may speed up the transmission of compressed SOAP/XML messages. This is accomplished by setting the SOAP_IO_CHUNK flag with SOAP_ENC_ZLIB for the output mode.

19.14  HTTP Authentication

HTTP authentication (basic) is enabled at the client-side by setting the soap.userid and soap.passwd strings to a username and password, respectively. A server may request user authentication and denies access (HTTP 401 error) when the client tries to connect without HTTP authentication (or with the wrong authentication information).
Here is an example client code fragment to set the HTTP authentication username and password:

struct soap soap;
soap_init(&soap);
soap.userid = "guest";
soap.passwd = "visit";
...

A client SOAP request will have the following HTTP header:

POST /XXX HTTP/1.0
Host: YYY
User-Agent: gSOAP/2.2
Content-Type: text/xml; charset=utf-8
Content-Length: nnn
Authorization: Basic Z3Vlc3Q6Z3Vlc3Q=
...

A client MUST set the soap.userid and soap.passwd strings for each call that requires client authentication. The strings are reset after each successful or unsuccessful call.
When present, the value of the WWW-Authenticate HTTP header with the authentication realm can be obtained from the soap.authrealm string. This is useful for clients to respond intelligently to authentication requests.
A stand-alone gSOAP Web Service can enforce HTTP authentication upon clients, by checking the soap.userid and soap.passwd strings. These strings are set when a client request contains HTTP authentication headers. The strings SHOULD be checked in each service method (that requires authentication to execute).
Here is an example service method implementation that enforced client authentication:

int ns__method(struct soap *soap, ...)
{
   if (!soap->.userid || !soap->.passwd || strcmp(soap->.userid, "guest") || strcmp(soap->.passwd, "visit"))
      return 401;
...
}

When the authentication fails, the service response with a SOAP Fault message and a HTTP error code "401 Unauthorized". The HTTP error codes are described in Section 10.2.

19.15  HTTP NTLM Authentication

HTTP NTLM authentication is enabled at the client-side by installing libntlm from http://www.nongnu.org/libntlm and compiling all project source codes with -DWITH_NTLM.
In your application code set the soap.userid, soap.passwd, and soap.authrealm strings to a username, password, and the authentication domain respectively. A server may request NTLM authentication and denies access (HTTP 401 authentication required or HTTP 407 HTTP proxy authentication required) when the client tries to connect without HTTP authentication (or with the wrong authentication information).
Here is an example client code fragment to set the NTLM authentication username and password:

struct soap soap;
soap_init1(&soap, SOAP_IO_KEEPALIVE);
if (soap_call_ns__method(&soap, ...))
{ if (soap.error == 401)
   { soap.userid = "Zaphod";
      soap.passwd = "Beeblebrox";
      soap.authrealm = "Ursa-Minor";
      if (soap_call_ns__method(&soap, ...))
         ...

The following NTLM handshake between the client C and server S is performed:

1: C -> S POST ...
Content-Type: text/xml; charset=utf-8
2: C <- S 401 Unauthorized
WWW-Authenticate: NTLM
3: C -> S GET ...
Authorization: NTLM <base64-encoded type-1-message>
4: C <- S 401 Unauthorized
WWW-Authenticate: NTLM <base64-encoded type-2-message>
5: C -> S POST ...
Content-Type: text/xml; charset=utf-8
Authorization: NTLM <base64-encoded type-3-message>
6: C <- S 200 OK

where stages 1 and 2 indicates a client attempting to connect without authorization information, which is the first method call in the code above. Stage 3 to 6 happen with the proper client authentication set with soap.userid, soap.passwd, and soap.authrealm provided. NTLM authenticates connections, not requests. When the connection is kept alive, subsequent messages can be exchanged without re-authentication.
To avoid the overhead of the first rejected call, use:

struct soap soap;
soap_init1(&soap, SOAP_IO_KEEPALIVE);
soap.userid = "Zaphod";
soap.passwd = "Beeblebrox";
soap.authrealm = "Ursa-Minor";
soap.ntlm_challenge = "";
if (soap_call_ns__method(&soap, ...))
   ...

When the authentication fails (stage 1 and 2), the service response with a SOAP Fault message and a HTTP error code "401 Unauthorized". The HTTP error codes are described in Section 10.2.
On windows, an alternative is to use the WinInet module, which has built-in NTLM support. The WinInet for gSOAP module is available in the mod_gsoap directory of the gSOAP package. Instructions for WinInet use are included there.

19.16  HTTP Proxy NTLM Authentication

For HTTP 407 Proxy Authentication Required, set the proxy userid and passwd:

struct soap soap;
soap_init1(&soap, SOAP_IO_KEEPALIVE);
soap.proxy_host = "...";
soap.proxy_port = ...;
if (soap_call_ns__method(&soap, ...))
{ if (soap.error == 407)
   { soap.proxy_userid = "Zaphod";
      soap.proxy_passwd = "Beeblebrox";
      soap.authrealm = "Ursa-Minor";
      if (soap_call_ns__method(&soap, ...))
         ...

To avoid the overhead of the first rejected call, use:

struct soap soap;
soap_init1(&soap, SOAP_IO_KEEPALIVE);
soap.proxy_host = "...";
soap.proxy_port = ...;
soap.proxy_userid = "Zaphod";
soap.proxy_passwd = "Beeblebrox";
soap.authrealm = "Ursa-Minor";
soap.ntlm_challenge = "";
if (soap_call_ns__method(&soap, ...))
   ...

19.17  HTTP Proxy Basic Authentication

HTTP proxy authentication (basic) is enabled at the client-side by setting the soap.proxy_userid and soap.proxy_passwd strings to a username and password, respectively. For example, a proxy server may request user authentication. Otherwise, access is denied by the proxy (HTTP 407 error). Example client code fragment to set proxy server, username, and password:

struct soap soap;
soap_init(&soap);
soap.proxy_host = "xx.xx.xx.xx"; // IP or domain
soap.proxy_port = 8080;
soap.proxy_userid = "guest";
soap.proxy_passwd = "guest";
...

A client SOAP request will have the following HTTP header:

POST /XXX HTTP/1.0
Host: YYY
User-Agent: gSOAP/2.2
Content-Type: text/xml; charset=utf-8
Content-Length: nnn
Proxy-Authorization: Basic Z3Vlc3Q6Z3Vlc3Q=
...

When X-Forwarded-For headers are returned by the proxy, the header can be accessed in the soap.proxy_from string.
The CONNECT method is used for HTTP proxy authentication:

CONNECT server.example.com:80 HTTP/1.1

In some cases, it may be necessary to use the Host HTTP header with the CONNECT protocol:

CONNECT server.example.com:80 HTTP/1.1
Host: server.example.com:80

If so, compile the gSOAP code with -DWITH_CONNECT_HOST to include the Host HTTP header with the CONNECT protocol.

19.18  Messaging Speed and Performance Improvement Tips

Here are some tips you can use to speed up gSOAP. gSOAP's default settings are choosen to maximize portability and compatibility. The settings can be tweaked to optimize the performance as follows:
  • Increase the buffer size SOAP_BUFLEN by changing the SOAP_BUFLEN macro in stdsoap2.h. Use buffer size 218=262144 for example.
  • Use HTTP keep-alive at the client-side, see 19.11, when the client needs to make a series of calls to the same server. Server-side keep-alive support can greatly improve performance of both client and server. But be aware that clients and services under Unix/Linux require signal handlers to catch dropped connections.
  • Use HTTP chunked transfers, see 19.12.
  • Do NOT use gzip compression, since the overhead of compression is typically higher than the bandwidth gains.
  • Set the SOAP_XML_TREE flag to disable id-ref multi-ref object (de)serialization. This boosts performance significantly and works with SOAP document/literal style (i.e. no id-ref graph serialization as required with SOAP encoding style).
  • Compile stdsoap2.c and stdsoap2.cpp and all other source codes with -DWITH_NOIDREF to improve performance even better by permanently disabling id-ref multi-ref object (de)serialization.
  • Do NOT use DEBUG mode, since the overhead of logging is significant.

19.19  Timeout Management for Non-Blocking Operations

Socket connect, accept, send, and receive timeout values can be set to manage socket communication timeouts. The soap.connect_timeout, soap.accept_timeout, soap.send_timeout, and soap.recv_timeout attributes of the current gSOAP runtime context soap can be set to the appropriate user-defined socket send, receive, and accept timeout values. A positive value measures the timeout in seconds. A negative timeout value measures the timeout in microseconds (10−6 sec).
The soap.connect_timeout specifies the timeout for soap_call_ns__method calls.
The soap.accept_timeout specifies the timeout for soap_accept(&soap) calls.
The soap.send_timeout and soap.recv_timeout specify the timeout for non-blocking socket I/O operations.
Example:

struct soap soap;
soap_init(&soap);
soap.send_timeout = 10;
soap.recv_timeout = 10;

This will result in a timeout if no data can be send in 10 seconds and no data is received within 10 seconds after initiating a send or receive operation over the socket. A value of zero disables timeout, for example:

soap.send_timeout = 0;
soap.recv_timeout = 0;

When a timeout occurs in send/receive operations, a SOAP_EOF exception will be raised ("end of file or no input"). Negative timeout values measure timeouts in microseconds, for example:

#define uSec *-1
#define mSec *-1000
soap.accept_timeout = 10 uSec;
soap.send_timeout = 20 mSec;
soap.recv_timeout = 20 mSec;

The macros improve readability.
Caution: many Linux versions do not support non-blocking connect(). Therefore, setting soap.connect_timeout for non-blocking soap_call_ns__method calls may not work under Linux.
Caution: interrupts (EINTR) can affect the blocking time in I/O operations. The maximum number of EINTR that will not trigger an error is set by SOAP_MAXEINTR in stdsoap2.h, which is 10 by default. Each EINTR may increase the blocking time by up to one second, up to SOAP_MAXEINTR seconds total.

19.20  Socket Options and Flags

gSOAP's socket communications can be controlled with socket options and flags. The gSOAP run-time context struct soap flags are: int soap.socket_flags to control socket send() and recv() calls, int soap.connect_flags to set client connection socket options, int soap.bind_flags to set server-side port bind socket options, int soap.accept_flags to set server-side request message accept socket options. See the manual pages of send and recv for soap.socket_flags values and see the manual pages of setsockopt for soap.connect_flags, soap.bind_flags, and soap.accept_flags (SOL_SOCKET) values. These SO_ socket option flags (see setsockopt manual pages) can be bit-wise or-ed to set multiple socket options at once. The client-side flag soap.connect_flags=SO_LINGER is supported with values l_onoff=1 and l_linger=soap.linger_time. The soap.linger_time determines the wait time (the time resolution is system dependent, though according to some experts only zero and nonzero values matter). The linger option can be used to manage the number of connections that remain in TIME_WAIT state at the server side.
For example, to disable sigpipe signals on Unix/Linux platforms use: soap.socket_flags = MSG_NOSIGNAL and/or soap.connect_flags = SO_NOSIGPIPE (i.e. client-side connect) depending on your platform.
Use soap.bind_flags=SO_REUSEADDR to enable server-side port reuse and local port sharing (but be aware of the possible security implications such as port hijacking).
Note that multiple socket options can be explicitly set with setsockopt as follows:

int sock = soap_bind(soap, host, port, backlog);
if (soap_valid_socket(sock))
{
   setsockopt(sock, ..., ..., ..., ...);    setsockopt(sock, ..., ..., ..., ...);

19.21  Secure Web Services with HTTPS/SSL

 
When a Web Service is installed as CGI, it uses standard I/O that is encrypted/decrypted by the Web server that runs the CGI application. HTTPS/SSL support must be configured for the Web server (not CGI-based Web Service application itself).
To enable SSL for stand-alone gSOAP servers, first install OpenSSL and use option -DWITH_OPENSSL to compile the sources with your C or C++ compiler (or use -DWITH_GNUTLS if you prefer GNUTLS), for example:

> c++ -DWITH_OPENSSL -o myprog myprog.cpp stdsoap2.cpp soapC.cpp soapServer.cpp -lssl -lcrypto

With GNUTLS:

> c++ -DWITH_GNUTLS -o myprog myprog.cpp stdsoap2.cpp soapC.cpp soapServer.cpp -lgnutls -lgcrypt -lgpg-error

SSL support for stand-alone gSOAP Web services is enabled by calling soap_ssl_accept to perform the SSL/TLS handshake after soap_accept. In addition, a key file, a CA file (or path to certificates), DH file (if RSA is not used), and password need to be supplied. Instructions on how to do this can be found in the OpenSSL documentation http://www.openssl.org. See also Section 19.24.
Let's take a look at an example SSL secure multi-threaded stand-alone SOAP Web Service:

int main()
{
   int m, s;
   pthread_t tid;
   struct soap soap, *tsoap;
   soap_ssl_init(); /* init OpenSSL (just once) */
   if (CRYPTO_thread_setup()) // OpenSSL
   {
      fprintf(stderr, "Cannot setup thread mutex\n");
      exit(1);
   }
   soap_init(&soap);
   if (soap_ssl_server_context(&soap,
      SOAP_SSL_DEFAULT,
      "server.pem", /* keyfile: required when server must authenticate to clients (see SSL docs on how to obtain this file) */
      "password", /* password to read the key file (not used with GNUTLS) */
      "cacert.pem", /* optional cacert file to store trusted certificates */
      NULL, /* optional capath to directory with trusted certificates */
      "dh512.pem", /* DH file name or DH key len bits (minimum is 512, e.g. "512") to generate DH param, if NULL use RSA */
      NULL, /* if randfile!=NULL: use a file with random data to seed randomness */
      NULL /* optional server identification to enable SSL session cache (must be a unique name) */    ))
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }
   m = soap_bind(&soap, NULL, 18000, 100); // use port 18000
   if (m < 0)
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }
   fprintf(stderr, "Socket connection successful: master socket = %d\n", m);
   for (;;)
   {
      s = soap_accept(&soap);
      fprintf(stderr, "Socket connection successful: slave socket = %d\n", s);
      if (s < 0)
      {
         soap_print_fault(&soap, stderr);
         break;
      }
      tsoap = soap_copy(&soap); /* should call soap_ssl_accept on a copy */
      if (!tsoap)
         break;
      pthread_create(&tid, NULL, &process_request, (void*)tsoap);
   }
   soap_done(&soap); /* deallocates SSL context */
   CRYPTO_thread_cleanup(); // OpenSSL
   return 0;
}
void *process_request(void *soap)
{
   pthread_detach(pthread_self());
   if (soap_ssl_accept((struct soap*)soap))
      soap_print_fault(tsoap, stderr);
   else
      soap_serve((struct soap*)soap);
   soap_destroy((struct soap*)soap);
   soap_end((struct soap*)soap);
   soap_free((struct soap*)soap); // done and free context
   return NULL;
}

The soap_ssl_server_context function initializes the server-side SSL context. The server.pem key file is the server's private key concatenated with its certificate. The cacert.pem is used to authenticate clients and contains the client certificates. Alternatively a directory name can be specified. This directory is assumed to contain the certificates. The dh512.pem file specifies that DH will be used for key agreement instead of RSA. A numeric value greater than 512 can be provided instead as a string constant (e.g. "512") to allow the engine to generate the DH parameters on the fly (this can take a while) rather than retrieving them from a file. The randfile entry can be used to seed the PRNG. The last entry enable server-side session caching. A unique server name is required.
The GNUTLS mutex lock setup is automatically peformed in the gSOAP engine, but only when POSIX threads are detected and available.
OpenSSL requires mutex locks to be explicitly setup in your code for multithreaded applications, for which we need to call CRYPTO_thread_setup() and CRYPTO_thread_cleanup(). These routines can be found in openssl/crypto/threads/th-lock.c and are also used in the SSL example codes samples/ssl. These routines are required to setup locks for multi-threaded applications that use SSL.
We give a Windows and POSIX threads implementation of these here:

#include < unistd.h > /* defines _POSIX_THREADS if pthreads are available */
#ifdef _POSIX_THREADS
# include < pthread.h >
#endif
#if defined(WIN32)
# define MUTEX_TYPE HANDLE
# define MUTEX_SETUP(x) (x) = CreateMutex(NULL, FALSE, NULL)
# define MUTEX_CLEANUP(x) CloseHandle(x)
# define MUTEX_LOCK(x) WaitForSingleObject((x), INFINITE)
# define MUTEX_UNLOCK(x) ReleaseMutex(x)
# define THREAD_ID GetCurrentThreadID()
#elif defined(_POSIX_THREADS)
# define MUTEX_TYPE pthread_mutex_t
# define MUTEX_SETUP(x) pthread_mutex_init(&(x), NULL)
# define MUTEX_CLEANUP(x) pthread_mutex_destroy(&(x))
# define MUTEX_LOCK(x) pthread_mutex_lock(&(x))
# define MUTEX_UNLOCK(x) pthread_mutex_unlock(&(x))
# define THREAD_ID pthread_self()
#else
# error "You must define mutex operations appropriate for your platform"
# error "See OpenSSL /threads/th-lock.c on how to implement mutex on your platform"
#endif
struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; };
static MUTEX_TYPE *mutex_buf;
static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line)
{
   struct CRYPTO_dynlock_value *value;
   value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value));
   if (value)
      MUTEX_SETUP(value->mutex);
   return value;
}
static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line)
{
   if (mode & CRYPTO_LOCK)
      MUTEX_LOCK(l->mutex);
   else
      MUTEX_UNLOCK(l->mutex);
}
static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line)
{
   MUTEX_CLEANUP(l->mutex);
   free(l);
}
void locking_function(int mode, int n, const char *file, int line)
{
   if (mode & CRYPTO_LOCK)
      MUTEX_LOCK(mutex_buf[n]);
   else
      MUTEX_UNLOCK(mutex_buf[n]);
}
unsigned long id_function()
{
   return (unsigned long)THREAD_ID;
}
int CRYPTO_thread_setup()
{
   int i;
   mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(MUTEX_TYPE));
   if (!mutex_buf)
      return SOAP_EOM;
   for (i = 0; i < CRYPTO_num_locks(); i++)
      MUTEX_SETUP(mutex_buf[i]);
   CRYPTO_set_id_callback(id_function);
   CRYPTO_set_locking_callback(locking_function);
   CRYPTO_set_dynlock_create_callback(dyn_create_function);
   CRYPTO_set_dynlock_lock_callback(dyn_lock_function);
   CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function);
   return SOAP_OK;
}
void CRYPTO_thread_cleanup()
{
   int i;
   if (!mutex_buf)
      return;
   CRYPTO_set_id_callback(NULL);
   CRYPTO_set_locking_callback(NULL);
   CRYPTO_set_dynlock_create_callback(NULL);
   CRYPTO_set_dynlock_lock_callback(NULL);
   CRYPTO_set_dynlock_destroy_callback(NULL);
   for (i = 0; i < CRYPTO_num_locks(); i++)
      MUTEX_CLEANUP(mutex_buf[i]);
   free(mutex_buf);
   mutex_buf = NULL;
}

For Unix and Linux, make sure you have signal handlers set in your service and/or client applications to catch broken connections (SIGPIPE):

signal(SIGPIPE, sigpipe_handle);

where, for example:

void sigpipe_handle(int x) { }

By default, clients are not required to authenticate. To support client authentication use the following:

   if (soap_ssl_server_context(&soap,
      SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION,
      "server.pem",
      "password",
      "cacert.pem",
      NULL,
      "dh512.pem",
      NULL,
      NULL
   ))
   {
      soap_print_fault(&soap, stderr);
      exit(1);
   }

This requires each client to authenticate with its certificate.
Since release version 2.8.20 SSL v3 is disabled. To enable SSL v3 together with TLS v1.0, v1.1, and v1.2 use SOAP_SSLv3_TLSv1 in soap_ssl_server_context. To use TLS v1.1 only use SOAP_TLSv1_1. To use TLS v1.2 only use SOAP_TLSv1_2. To use SSL v3 only use SOAP_SSLv3.
The cacert file and capath are optional. Either one can be specified when clients must run on non-trusted systems (capath is not used with GNUTLS). We want to avoid storing trusted certificates in the default location on the file system when that is not secure. Therefore, a flat cacert.pem file or directory can be specified to store trusted certificates.
The gSOAP distribution includes a cacerts.pem file with the certificates of all certificate authorities such as Verisign. You can use this file to verify the authentication of servers that provide certificates issued by these CAs.
The cacert.pem, client.pem, and server.pem files in the gSOAP distribution are examples of self-signed certificates. The client.pem and server.pem contain the client/server private key concatenated with the certificate. The keyfiles (client.pem and server.pem) are created by concatenating the private key PEM with the certificate PEM. The keyfile SHOULD NEVER be shared with any party. With OpenSSL, you can encrypt the keyfiles with a password to offer some protection and the password is used in the client/server code to read the keyfile. GNUTLS does not support this feature and cannot encrypt or decrypt a keyfile.
Caution: it is important that the WITH_OPENSSL macro MUST be consistently defined to compile the sources, such as stdsoap2.cpp, soapC.cpp, soapClient.cpp, soapServer.cpp, and all application sources that include stdsoap2.h or soapH.h. If the macros are not consistently used, the application will crash due to a mismatches in the declaration and access of the gSOAP context.

19.22  Secure Clients with HTTPS/SSL

To utilize HTTPS/SSL, you need to install the OpenSSL library on your platform or GNUTLS for a light-weight SSL/TLS library. After installation, compile all the sources of your application with option -DWITH_OPENSSL (or -DWITH_GNUTLS when using GNUTLS). For example on Linux:

> c++ -DWITH_OPENSSL myclient.cpp stdsoap.cpp soapC.cpp soapClient.cpp -lssl -lcrypto

or Unix:

> c++ -DWITH_OPENSSL myclient.cpp stdsoap.cpp soapC.cpp soapClient.cpp -lxnet -lsocket -lnsl -lssl -lcrypto

or you can add the following line to soapdefs.h:

#define WITH_OPENSSL

and compile with option -DWITH_SOAPDEFS_H to include soapdefs.h in your project. Alternatively, compile with GNUTLS:

> c++ -DWITH_GNUTLS myclient.cpp stdsoap.cpp soapC.cpp soapClient.cpp -lgnutls -lgcrypt -lgpg-error

A client program simply uses the prefix https: instead of http: in the endpoint URL of a service operation call to a Web Service to use encrypted transfers (if the service supports HTTPS). You need to specify the client-side key file and password of the keyfile:

soap_ssl_init(); /* init OpenSSL (just once) */
if (soap_ssl_client_context(&soap,
   SOAP_SSL_DEFAULT,
   "client.pem", /* keyfile: required only when client must authenticate to server (see SSL docs on how to obtain this file) */
   "password", /* password to read the key file (not used with GNUTLS) */
   "cacerts.pem", /* cacert file to store trusted certificates (needed to verify server) */    NULL, /* capath to directory with trusted certificates */
   NULL /* if randfile!=NULL: use a file with random data to seed randomness */
))
{
   soap_print_fault(&soap, stderr);
   exit(1);
}
soap_call_ns__mymethod(&soap, "https://domain/path/secure.cgi", "", ...);

By default, server authentication is enabled and the cacerts.pem or capath (not used with GNUTLS) must be set so that the CA certificates of the server(s) are accessible at run time. The cacerts.pem file included in the package contains the certificates of common CAs. This file must be supplied with the client, if server authentication is required. Althernatively, you can use the plugin/cacerts.h and plugin/cacerts.c code to embed CA certificates in your client code.
Other client-side SSL options are SOAP_SSL_SKIP_HOST_CHECK to skip the host name verification check and SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE to allow connecting to a host with an expired certificate. For example,


soap_ssl_init(); /* init OpenSSL (just once) */
if (soap_ssl_client_context(&soap,
   SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION
    - SOAP_SSL_SKIP_HOST_CHECK,
    - SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE,
   "client.pem", /* keyfile: required only when client must authenticate to server (see SSL docs on how to obtain this file) */
   "password", /* password to read the key file (not used with GNUTLS) */
   "cacerts.pem", /* cacert file to store trusted certificates (needed to verify server) */    NULL, /* capath to directory with trusted certificates */
   NULL /* if randfile!=NULL: use a file with random data to seed randomness */
))
{
   soap_print_fault(&soap, stderr);
   exit(1);
}
soap_call_ns__mymethod(&soap, "https://domain/path/secure.cgi", "", ...);

For systems based on Microsoft windows, the WinInet module can be used instead, see mod_gsoap/gsoap_win/wininet.
Since release version 2.8.20 SSL v3 is disabled. To enable SSL v3 together with TLS v1.0, v1.1, and v1.2 use SOAP_SSLv3_TLSv1 in soap_ssl_server_context. To use TLS v1.1 only use SOAP_TLSv1_1. To use TLS v1.2 only use SOAP_TLSv1_2. To use SSL v3 only use SOAP_SSLv3.
To disable server authentication for testing purposes, use the following:

if (soap_ssl_client_context(&soap,
   SOAP_SSL_NO_AUTHENTICATION,
   NULL,
   NULL,
   NULL,
   NULL,
   NULL
))
{
   soap_print_fault(&soap, stderr);
   exit(1);
}

This also assumes that the server does not require clients to authenticate (the keyfile is absent).
Make sure you have signal handlers set in your application to catch broken connections (SIGPIPE):

signal(SIGPIPE, sigpipe_handle);

where, for example:

void sigpipe_handle(int x) { }

Caution: it is important that the WITH_OPENSSL macro MUST be consistently defined to compile the sources, such as stdsoap2.cpp, soapC.cpp, soapClient.cpp, soapServer.cpp, and all application sources that include stdsoap2.h or soapH.h. If the macros are not consistently used, the application will crash due to a mismatches in the declaration and access of the gSOAP context. Caution: concurrent client calls MUST be made using separate soap structs copied with soap_copy from an originating struct initialized with soap_ssl_client_context. In addition, the thread initialization code discussed in Section 19.21 MUST be used to properly setup OpenSSL in a multi-threaded client application.

19.23  SSL Authentication Callbacks

The fsslauth callback function controls OpenSSL/GNUTLS authentication initialization:

Callback (function pointer)
int (*soap.fsslauth)(struct soap *soap)
Initialize the authentication information for clients and services, such as the certificate chain, password, read the key and/or DH file, generate an RSA key, and initialization of the RNG. Should return a gSOAP error code or SOAP_OK. Built-in gSOAP function: ssl_auth_init

The fsslverify callback function controls OpenSSL peer certificate verification, via internally invoking SSL_CTX_set_verify:

Callback (function pointer)
int (*soap.fssverify)(int ok, X509_STORE_CTX *store
Used to control the certificate verification behaviour when the SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION or SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION flags are specified with soap_ssl_client_context and soap_ssl_server_context. It receives two arguments: ok indicates, whether the verification of the certificate in question was passed (ok=1) or not (]blkok=0). If the callback returns 0, the verification process is immediately stopped with "verification failed" state. A verification failure alert is sent to the peer and the TLS/SSL handshake is terminated. If the callback returns 1, the verification process is continued. Built-in gSOAP function: ssl_verify_callback and ssl_verify_callback_allow_expired_certificate. These functions are used when fsslverify is initially set to NULL and were not reassigned before soap_ssl_client_context or soap_ssl_server_context are called.

19.24  SSL Certificates and Key Files

The gSOAP distribution includes a cacerts.pem file with the certificates of all certificate authorities (such as Verisign). You can use this file to verify the authentication of servers that provide certificates issued by these CAs. Just set the cafile parameter to the location of this file on your file system. Therefore, when you obtain a certifice signed by a trusted CA such as Verisign, you can simply use the cacerts.pem file to develop client applications that can verify the authenticity of your server.
Althernatively, you can use the plugin/cacerts.h and plugin/cacerts.c code to embed CA certificates in your client code.
For systems based on Microsoft windows, the WinInet module can be used instead, see the README.txt located in the package under mod_gsoap/gsoap_win/wininet.
The other .pem files in the gSOAP distribution are examples of self-signed certificates for testing purposes (cacert.pem, client.pem, server.pem). The client.pem and server.pem contain the private key and certificate of the client or server, respectively. The keyfiles (client.pem and server.pem) are created by concatenating the private key PEM with the certificate PEM. The keyfile SHOULD NEVER be shared with any party. With OpenSSL, you can encrypt the keyfiles with a password to offer some protection and the password is used in the client/server code to read the keyfile. GNUTLS does not support this feature and cannot encrypt or decrypt a keyfile.
You can also create your own self-signed certificates. There is more than one way to generate the necessary files for clients and servers. See http://www.openssl.org for information on OpenSSL and http://sial.org/howto/openssl/ca/ on how to setup and manage a local CA and http://sial.org/howto/openssl/self-signed/ on how to setup self-signed test certificates.
It is possible to convert IIS-generated certificates to PEM format with the openssl library and openssl command-line tool:

openssl x509 -in mycert.cer -inform DER -out mycert.pem -outform PEM

This converts the CRT-formatted mycert.cer to PEM-formatted mycert.pem.
Here is the simplest way to setup self-signed certificates. First you need to create a private Certificate Authority (CA). The CA is used in SSL to verify the authenticity of a given certificate. The CA acts as a trusted third party who has authenticated the user of the signed certificate as being who they say. The certificate is signed by the CA, and if the client trusts the CA, it will trust your certificate. For use within your organization, a private CA will probably serve your needs. However, if you intend use your certificates for a public service, you should probably obtain a certificate from a known CA (e.g. VeriSign). In addition to identification, your certificate is also used for encryption.
Creating certificates should be done through a CA to obtain signed certificates. But you can create your own certificates for testing purposes as follows.
  • Go to the OpenSSL bin directory (/usr/local/ssl by default and /System/Library/OpenSSL on Mac OS X)
  • There should be a file called openssl.cnf
  • Create a new directory in your home account, e.g. $HOME/CA, and copy the openssl.cnf file to this directory
  • Modify openssl.cnf by changing the 'dir' value to HOME/CA
  • Copy the README.txt, root.sh, and cert.sh scripts from the gSOAP distribution package located in the samples/ssl directory to HOME/CA
  • Follow the README.txt instructions
You now have a self-signed CA root certificate cacert.pem and a server.pem (or client.pem) certificate in PEM format. The cacert.pem certificate is used in the cafile parameter of the soap_ssl_client_context (or soap_ssl_server_context) at the client (or server) side to verify the authenticity of the peer. You can also provide a capath parameter to these trusted certificates. The server.pem (or client.pem) must be provided with the soap_ssl_server_context at the server side (or soap_ssl_client_context at the client side) together with the password you entered when generating the certificate using cert.sh to access the file. These certificates must be present to grant authentication requests by peers. In addition, the server.pem (and client.pem) include the host name of the machine on which the application runs (e.g. localhost), so you need to generate new certificates when migrating a server (or client).
Finally, you need to generate Diffie-Helmann (DH) parameters for the server if you wish to use DH instead of RSA. There are two options:
  1. Set the dhfile parameter to the numeric DH prime length in bits required (for example "1024") to let the engine generate DH parameters at initialization. This can be time consuming.
  2. Provide a file name for the dhfile parameter of soap_ssl_server_context. The file should be generated beforehand. To do so with the OpenSSL command line tool, use:

    > openssl dhparam -outform PEM -out dh.pem 512

    File dh512.pem is the output file and 512 is the number of bits used.

19.25  SSL Hardware Acceleration

You can specify a hardware engine to enable hardware support for cryptographic acceleration. This can be done once in a server or client with the following statements:

static const char *engine = "cswift"; /* engine name */
int main()
{
   ...
   ENGINE *e;
   if (!(e = ENGINE_by_id(engine)))
      fprintf(stderr, "Error finding engine %s\n", engine);
   else if (!ENGINE_set_default(e, ENGINE_METHOD_ALL))
      fprintf(stderr, "Error using engine %s\n", engine);
   ...

The following table lists the names of the hardware and software engines:

Name Description
openssl The default software engine for cryptographic operations
openbsd_dev_crypto OpenBSD supports kernel level cryptography
cswift CryptoSwift acceleration hardware
chil nCipher CHIL acceleration hardware
atalla Compaq Atalla acceleration hardware
nuron Nuron acceleration hardware
ubsec Broadcom uBSec acceleration hardware
aep Aep acceleration hardware
sureware SureWare acceleration hardware

19.26  SSL on Windows

Set the full path to libssl.lib and libcrypto.lib under the MSVC++ "Projects" menu, then choose "Link": "Object/Modules". Please make sure libssl32.dll and libeay32.dll can be loaded by gSOAP applications, thus they must be installed properly on the target machine.
If you're using compilation settings such as /MTd then link to the correct libeay32MTd.lib and ssleay32MTd.lib libraries.
Alternatively, you can use the WinInet interface available in the mod_gsoap directory of the gSOAP package. API instructions are included in the source.

19.27  Zlib Compression

To enable deflate and gzip compression with Zlib, install Zlib from http://www.zlib.org if not already installed on your system. Compile stdsoap2.cpp (or stdsoap2.c) and all your sources that include stdsoap2.h or soapH.h with compiler option -DWITH_GZIP and link your code with the Zlib library, e.g. -lz on Unix/Linux platforms.
The gzip compression is orthogonal to all transport encodings such as HTTP, SSL, DIME, and can be used with other transport layers. You can even save and load compressed XML data to/from files.
gSOAP supports two compression formats: deflate and gzip. The gzip format is used by default. The gzip format has several benefits over deflate. Firstly, gSOAP can automatically detect gzip compressed inbound messages, even without HTTP headers, by checking for the presence of a gzip header in the message content. Secondly, gzip includes a CRC32 checksum to ensure messages have been correctly received. Thirdly, gzip compressed content can be decompressed with other compression software, so you can decompress XML data saved by gSOAP in gzip format.
Gzip compression is enabled by compiling the sources with -DWITH_GZIP. To transmit gzip compressed SOAP/XML data, set the output mode flags to SOAP_ENC_ZLIB. For example:

soap_init(&soap);
...
soap_set_omode(&soap, SOAP_ENC_ZLIB); // enable Zlib's gzip
if (soap_call_ns__myMethod(&soap, ...))
...
soap_clr_omode(&soap, SOAP_ENC_ZLIB); // disable Zlib's gzip
...

This will send a compressed SOAP/XML request to a service, provided that Zlib is installed and linked with the application and the -DWITH_GZIP option was used to compile the sources. Receiving compressed SOAP/XML over HTTP either in gzip or deflate formats is automatic. The SOAP_ENC_ZLIB flag does not have to be set at the server side to accept compressed messages. Reading and receiving gzip compressed SOAP/XML without HTTP headers (e.g. with other transport protocols) is also automatic.
To control the level of compression for outbound messages, you can set the soap.z_level to a value between 1 and 9, where 1 is the best speed and 9 is the best compression (default is 6). For example

soap_init(&soap);
...
soap_set_omode(&soap, SOAP_ENC_ZLIB);
soap.z_level = 9; // best compression
...

To verify and monitor compression rates, you can use the values soap.z_ratio_in and soap.z_ratio_out. These two float values lie between 0.0 and 1.0 and express the ratio of the compressed message length over uncompressed message length.

soap_call_ns__myMethod(&soap, ...);
...
printf("Compression ratio: %f%% (in) %f%% (out)\n", 100*soap.z_ratio_out, 100*soap.z_ratio_in);
...

Note: lower ratios mean higher compression rates.
Compressed transfers require buffering the entire output message to determine HTTP message length. This means that the SOAP_IO_STORE flag is automatically set when the SOAP_ENC_ZLIB flag is set to send compressed messages. The use of HTTP chunking significantly reduces memory usage and may speed up the transmission of compressed SOAP/XML messages. This is accomplished by setting the SOAP_IO_CHUNK flag with SOAP_ENC_ZLIB for the output mode. However, some Web servers do not accept HTTP chunked request messages (even when they return HTTP chunked messages!). Stand-alone gSOAP services always accept chunked request messages.
To restrict the compression to the deflate format only, compile the sources with -DWITH_ZLIB. This limits compression and decompression to the deflate format. Only plain and deflated messages can be exchanged, gzip is not supported with this option. Receiving gzip compressed content is automatic, even in the absence of HTTP headers. Receiving deflate compressed content is not automatic in the absence of HTTP headers and requires the flag SOAP_ENC_ZLIB to be set for the input mode to decompress deflated data.
Caution: it is important that the WITH_GZIP and WITH_ZLIB macros MUST be consistently defined to compile the sources, such as stdsoap2.cpp, soapC.cpp, soapClient.cpp, soapServer.cpp, and all application sources that include stdsoap2.h or soapH.h. If the macros are not consistently used, the application will crash due to a mismatches in the declaration and access of the gSOAP context.

19.28  Client-Side Cookie Support

Client-side cookie support is optional. To enable cookie support, compile all sources with option -DWITH_COOKIES, for example:

> c++ -DWITH_COOKIES -o myclient stdsoap2.cpp soapC.cpp soapClient.cpp

or add the following line to stdsoap.h:

#define WITH_COOKIES

Client-side cookie support is fully automatic. So just (re)compile stdsoap2.cpp with -DWITH_COOKIES to enable cookie-based session control in your client.
A database of cookies is kept and returned to the appropriate servers. Cookies are not automatically saved to a file by a client. An example cookie file manager is included as an extras in the distribution. You should explicitly remove all cookies before terminating a gSOAP context by calling soap_free_cookies(soap) or by calling soap_done(soap).
To avoid "cookie storms" caused by malicious servers that return an unreasonable amount of cookies, gSOAP clients/servers are restricted to a database size that the user can limit (32 cookies by default), for example:

struct soap soap;
soap_init(&soap);
soap.cookie_max = 10;

The cookie database is a linked list pointed to by soap.cookies where each node is declared as:

struct soap_cookie
{
   char *name;
   char *value;
   char *domain;
   char *path;
   long expire; /* client-side: local time to expire; server-side: seconds to expire */
   unsigned int version;
   short secure;
   short session; /* server-side */
   short env; /* server-side: 1 = got cookie from client */
   short modified; /* server-side: 1 = client cookie was modified */
   struct soap_cookie *next;
};

Since the cookie database is linked to a soap struct, each thread has a local cookie database in a multi-threaded implementation.

19.29  Server-Side Cookie Support

Server-side cookie support is optional. To enable cookie support, compile all sources with option -DWITH_COOKIES, for example:

> c++ -DWITH_COOKIES -o myserver ...

gSOAP provides the following cookie API for server-side cookie session control:

Function
struct soap_cookie *soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path);
Add a cookie to the database with name name and value value. domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns pointer to a cookie node in the linked list, or NULL otherwise.
struct soap_cookie *soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path);
Find a cookie in the database with name name and value value. domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns pointer to a cookie node in the linked list, or NULL otherwise.
char *soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path);
Get value of a cookie in the database with name name. domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns the string pointer to the value, or NULL otherwise.
long soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path);
Get expiration value of the cookie in the database with name name (in seconds). domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. Returns the expiration value, or -1 if cookie does not exist.
int soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path);
Set expiration value expire of the cookie in the database with name name (in seconds). domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns SOAP_OK, or SOAP_EOF otherwise.
int soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path);
Set cookie in the database with name name to be a session cookie. This means that the cookie will be returned to the client. (Only cookies that are modified are returned to the client). domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns SOAP_OK, or SOAP_EOF otherwise.
int soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path);
Clear cookie in the database with name name to be a session cookie. domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path. If successful, returns SOAP_OK, or SOAP_EOF otherwise.
void soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path);
Remove cookie from the database with name name. domain and path may be NULL to use the current domain and path given by soap_cookie_domain and soap_cookie_path.
int soap_getenv_cookies(struct soap *soap);
Initializes cookie database by reading the 'HTTP_COOKIE' environment variable. This provides a means for a CGI application to read cookies send by a client. If successful, returns SOAP_OK, or SOAP_EOF otherwise.
void soap_free_cookies(struct soap *soap);
Release cookie database.

The following global variables are used to define the current domain and path:

Attribute value
const char *cookie_domain MUST be set to the domain (host) of the service
const char *cookie_path MAY be set to the default path to the service
int cookie_max maximum cookie database size (default=32)

The cookie_path value is used to filter cookies intended for this service according to the path prefix rules outlined in RFC2109.
The following example server adopts cookies for session control:

int main()
{
   struct soap soap;
   int m, s;
   soap_init(&soap);
   soap.cookie_domain = "...";
   soap.cookie_path = "/"; // the path which is used to filter/set cookies with this destination
   if (argc < 2)
   {
      soap_getenv_cookies(&soap); // CGI app: grab cookies from 'HTTP_COOKIE' env var
      soap_serve(&soap);
   }
   else
   {
      m = soap_bind(&soap, NULL, atoi(argv[1]), 100);
      if (m < 0)
         exit(1);
      for (int i = 1; ; i++)
      {
         s = soap_accept(&soap);
         if (s < 0)
            exit(1);
         soap_serve(&soap);
         soap_end(&soap); // clean up
         soap_free_cookies(&soap); // remove all old cookies from database so no interference occurs with the arrival of new cookies
      }
   }
   return 0;
}
int ck__demo(struct soap *soap, ...)
{
   int n;
   const char *s;
   s = soap_cookie_value(soap, "demo", NULL, NULL); // cookie returned by client?
   if (!s)
      s = "init-value"; // no: set initial cookie value
   else 
      ... // modify 's' to reflect session control
   soap_set_cookie(soap, "demo", s, NULL, NULL);
   soap_set_cookie_expire(soap, "demo", 5, NULL, NULL); // cookie may expire at client-side in 5 seconds
   return SOAP_OK;
}

19.30  Connecting Clients Through Proxy Servers

When a client needs to connect to a Web Service through a proxy server, set the soap.proxy_host string and soap.proxy_port integer attributes of the current soap runtime context to the proxy's host name and port, respectively. For example:

struct soap soap;
soap_init(&soap);
soap.proxy_host = "proxyhostname";
soap.proxy_port = 8080;
if (soap_call_ns__method(&soap, "http://host:port/path", "action", ...))
   soap_print_fault(&soap, stderr);
else
   ...

The attributes soap.proxy_host and soap.proxy_port keep their values through a sequence of service operation calls, so they only need to be set once.
When X-Forwarded-For headers are returned by the proxy, the header can be accessed in the soap.proxy_from string.

19.31  FastCGI Support

To enable FastCGI support, install FastCGI and compile all sources (do not use libgsoap but compile stdsoap2.c) and your application sources with option -DWITH_FASTCGI or add

#define WITH_FASTCGI

to stdsoap2.h and recompile the project code.
Caution: Do not link against the libgsoap libraries as these are not suitable for FastCGI. Compile stdsoap2.c (or stdsoap2.cpp) instead.

19.32  How to Create gSOAP Applications With a Small Memory Footprint

To compile gSOAP applications intended for small memory devices, you may want to remove all non-essential features that consume precious code and data space. To do this, compile the gSOAP sources with -DWITH_LEAN (i.e. #define WITH_LEAN) to remove many non-essential features. The features that will be disabled are:
  • No I/O timeouts. Note that many socket operations already obey some form of timeout handling, such as a connect timeout for example.
  • No UDP support
  • No HTTP keep alive
  • No HTTP cookies
  • No HTTP authentication
  • No HTTP chunked output (but input is OK)
  • No HTTP compressed output (but input is OK when compiled with WITH_GZIP)
  • No send/recv timeouts
  • No socket flags (no soap.socket_flag, soap.connect_flag, soap.bind_flag, soap.accept_flag)
  • No canonical XML output
  • No logging
  • Limited TCP/IP and HTTP error diagnostic messages
  • No support for time_t serialization
  • No support for hexBinary XML attribute serialization (remap hexBinary to strings by adding a remap entry to typemap.dat)
Use -DWITH_LEANER to make the executable even smaller by removing DIME and MIME attachment handling, LONG64 (64 bit) serialization, wchar_t* serialization, and support for XML DOM operations. Note that DIME/MIME attachments are not essential to achieve SOAP/XML interoperability. DIME attachments are a convenient way to exchange non-text-based (i.e. binary) content, but are not required for basic SOAP/XML interoperability. Attachment requirements are predictable. That is, applications won't suddenly decide to use DIME or MIME instead of XML to exchange content.
It is safe to try to compile your application with -DWITH_LEAN, provided that your application does not rely on I/O timeouts. When no linkage error occurs in the compilation process, it is safe to assume that your application will run just fine.

19.33  How to Eliminate BSD Socket Library Linkage

The stdsoap2.c and stdsoap2.cpp gSOAP runtime libraries should be linked with a BSD socket library in the project build, e.g. winsock2 for Win32. To eliminate the need to link a socket library, you can compile stdsoap2.c (for C) and stdsoap2.cpp (for C++) with the -DWITH_NOIO macro set (i.e. #define WITH_NOIO). This eliminates the dependency on the BSD socket API, IO streams, FILE type, and errno.
As a consequence, you MUST define callbacks to replace the missing socket stack. To do so, add to your code the following definitions:

struct soap soap;
soap_init(&soap);
/* fsend is used to transmit data in blocks */
soap.fsend = my_send;
/* frecv is used to receive data in blocks */
soap.frecv = my_recv;
/* fopen is used to connect */
soap.fopen = my_tcp_connect;
/* fclose is used to disconnect */
soap.fclose = my_tcp_disconnect;
/* fclosesocket is used only to close the master socket in a server upon soap_done() */
soap.fclosesocket = my_tcp_closesocket;
/* fshutdownsocket is used after completing a send operation to send TCP FIN */
soap.fshutdownsocket = my_tcp_shutdownsocket;
/* setting fpoll is optional, leave it NULL to omit polling the server */
soap.fpoll = my_poll;
/* faccept is used only by a server application */
soap.faccept = my_accept;

These functions are supposed to provide a (minimal) transport stack. See Section 19.7 for more details on the use of these callbacks. All callback function pointers should be non-NULL, except fpoll.
You cannot use soap_print_fault and soap_print_fault_location to print error diagnostics. Instead, the value of soap.error, which contains the gSOAP error code, can be used to determine the cause of a fault.

19.34  How to Combine Multiple Client and Server Implementations into one Executable

The wsdl2h tool can be used to import multiple WSDLs and schemas at once. The service definitions are combined in one header file to be parsed by soapcpp2. It is important to assign namespace prefixes to namespace URIs using the typemap.dat file. Otherwise, wsdl2h will assign namespace prefixes ns1, ns2, and so on to the service operations and schema types. Thus, any change to a WSDL or schema may result in a new prefix assignment. For more details, please see Section 8.2.
Another approach to combine multiple client and service applications into one executable is by using C++ namespaces to structurally separate the definitions or by creating C libraries for the client/server objects as explained in subsequent sections. This is automated with wsdl2h option -q.
Both approaches are demonstrated by example in the gSOAP distribution, the samples/link (C only) and samples/link++ (C++ with C++ namespaces) examples.

19.35  How to Build a Client or Server in a C++ Code Namespace

You can use a C++ code namespace of your choice in your header file to build a client or server in that code namespace. In this way, you can create multiple clients and servers that can be combined and linked together without conflicts, which is explained in more detail in the next section (which also shows an example combining two client libraries defined in two C++ code namespaces).
Use wsdl2h option -qname to generate definitions in the C++ name namespace. This option can also be used in combination with C++ proxy and server object generation, using soapcpp2 options -i (or -j) and -p.
At most one namespace can be defined for the entire gSOAP header file. The code namespace MUST completely encapsulate the entire contents of the header file:

namespace myNamespaceName {
... gSOAP header file contents ...
}

When compiling this header file with the gSOAP soapcpp2 compiler, all type definitions, the (de)serializers for these types, and the stub/skeleton codes will be placed in this namespace. The XML namespace mapping table (saved in a .nsmap file) will not be placed in the code namespace to allow it to be linked as a global object. You can use option -n to create local XML namespace tables, see Section 9.1 (but remember that you explicitly need to initialize the soap.namespaces to point to a table at run time). The generated files are prefixed with the code namespace name instead of the usual soap file name prefix to enable multiple client/server codes to be build in the same project directory (a code namespace automatically sets the -p compiler option, see Section 9.1 for options).
Because the SOAP Header and Fault serialization codes will also be placed in the namespace, they cannot be called from the stdsoap2.cpp run time library code and are therefore rendered unusable. Therefore, these serializers are not compiled at all (enforced with #define WITH_NOGLOBAL). To add SOAP Header and Fault serializers, you MUST compile them separately as follows. First, create a new header file env.h with the SOAP Header and Fault definitions. You can leave this header file empty if you want to use the default SOAP Header and Fault. Then compile this header file with:

> soapcpp2 -penv env.h

The generated envC.cpp file holds the SOAP Header and Fault serializers and you can link this file with your client or server application.

19.36  How to Create Client/Server Libraries

The gSOAP soapcpp2 compiler produces soapClientLib.cpp and soapServerLib.cpp codes that are specifically intended for building static or dynamic client/server libraries. These codes export the stubs and skeletons, but keep all marshaling code (i.e. parameter serializers and deserializers) local (i.e.  as static functions) to avoid link symbol conflicts when combining multiple clients and/or servers into one executable. Note that it is far simpler to use the wsdl2h tool on multiple WSDL files to generate a header file that combines all service definitions. However, the approach presented in this section is useful when creating (dynamic) libraries for client and server objects, such as DLLs as described in Section 19.37.
Do not link soapClientLib.cpp or soapServerLib.cpp together with soapC.cpp, soapClient.cpp, and soapServer.cpp. The library versions already include all of the necessary definitions.
To build multiple libraries in the same project directory, you can define a C++ code namespace in your header file (see Section 19.35) or you can use soapcpp2 with option -p to rename the generated soapClientLib.cpp and soapServerLib.cpp (and associated) files. The -p option specifies the file name prefix to replace the soap prefix. The libraries don't have to be C++ codes. You can use option -c to generate C code. A clean separation of libraries can also be achieved with C++ code namespaces, see Section 19.35.
The library codes do not define SOAP Header and Fault serializers. You MUST add SOAP Header and Fault serializers to your application, which are compiled separately as follows. First, create a new header file env.h with the SOAP Header and Fault definitions. You can leave this header file empty if you want to use the default SOAP Header and Fault. Then compile this header file with:

> soapcpp2 -penv env.h

The generated envC.cpp file holds the SOAP Header and Fault serializers and you can create a (dynamic) library for it to link this code with your client or server application.
You MUST compile the stdsoap2.cpp library using -DWITH_NONAMESPACES:

> c++ -DWITH_NONAMESPACES -c stdsoap2.cpp

This omits the reference to the global namespaces table, which is nowhere to be defined since we will use XML namespaces for each client/service separately. Therefore, you MUST explicitly set the namespaces value of the gSOAP context in your code every time after initialization of the soap struct with the soap_set_namespaces(struct soap*, const struct Namespace*) function.
For example, suppose we have two clients defined in header files client1.h and client2.h. We first generate the envH.h file for the SOAP Header and Fault definitions:

> soapcpp2 -c -penv env.h

Then we generate the code for client1 and client2:

> soapcpp2 -c -n -pmyClient1 client1.h
> soapcpp2 -c -n -pmyClient2 client2.h

This generates myClient1ClientLib.c and myClient2ClientLib.c (among many other files). These two files should be compiled and linked with your application. The source code of your application should include the generated envH.h, myClient1H.h, myClient2.h files and myClient1.nsmap, myClient2.nsmap files:

#include "envH.h" // include this file first!
#include "myClient1H.h" // include client 1 stubs
#include "myClient2H.h" // include client 2 stubs
...
#include "myClient1H.nsmap" // include client 1 nsmap
#include "myClient2H.nsmap" // include client 2 nsmap
...
soap_init(&soap);
soap_set_namespaces(&soap, myClient1_namespaces);
... make Client 1 invocations ...
...
soap_set_namespaces(&soap, myClient2_namespaces);
... make Client 2 invocations ...

It is important to use soapcpp2 option -n, see Section 9.1, to rename the namespace tables so we can include them all without running into redefinitions.
Note: Link conflicts may still occur in the unlikely situation that identical service operation names are defined in two or more client stubs or server skeletons when these methods share the same XML namespace prefix. You may have to use C++ code namespaces to avoid these link conflicts or rename the namespace prefixes used by the service operation defined in the header files.

19.36.1  C++ Clients Example

As an example we will build a Delayed Stock Quote client library and a Currency Exchange Rate client library.
First, we create an empty header file env.h (which may contain optional SOAP Header and Fault definitions), and compile it as follows:

> soapcpp2 -penv env.h
> c++ -c envC.cpp

We also compile stdsoap2.cpp without namespaces:

> c++ -c -DWITH_NONAMESPACES stdsoap2.cpp

Note: when you forget to use -DWITH_NONAMESPACES you will get an unresolved link error for the global namespaces table. You can define a dummy table to avoid having to recompile stdsoap2.cpp.
Second, we create the Delayed Stock Quote header file specification, which may be obtained using the WSDL importer. If you want to use C++ namespaces then you need to manually add the namespace declaration to the generated header file:

namespace quote {
//gsoap ns service name: Service
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://services.xmethods.net/soap
//gsoap ns schema namespace: urn:xmethods-delayed-quotes
//gsoap ns service method-action: getQuote ""
int ns__getQuote(char *symbol, float &Result);
}

We then compile it as a library and we use option -n to rename the namespace table to avoid link conflicts later:

> soapcpp2 -n quote.h
> c++ -c quoteClientLib.cpp

If you don't want to use a C++ code namespace, you should compile quote.h "as is" with soapcpp2 option -pquote:

> soapcpp2 -n -pquote quote.h
> c++ -c quoteClientLib.cpp

Third, we create the Currency Exchange Rate header file specification:

namespace rate {
//gsoap ns service name: Service
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://services.xmethods.net/soap
//gsoap ns schema namespace: urn:xmethods-CurrencyExchange
//gsoap ns service method-action: getRate ""
int ns__getRate(char *country1, char *country2, float &Result);
}

Similar to the Quote example above, we compile it as a library and we use option -n to rename the namespace table to avoid link conflicts:

> soapcpp2 -n rate.h

Fourth, we consider linking the libraries to the main program. The main program can import the quoteServiceProxy.h and rateServiceProxy.h files to obtain client proxies to invoke the services. The proxy implementations are defined in quoteClient.cpp. The -n option also affects the generation of the C++ proxy codes to ensure that the gSOAP context is properly initialized with the appropriate namespace table (so you don't have to initialize explicitly - this feature is only available with C++ proxy and server object classes).

#include "quoteServiceProxy.h" // get quote Service proxy
#include "rateServiceProxy.h" // get rate Service proxy
#include "quote.nsmap" // get quote namespace bindings
#include "rate.nsmap" // get rate namespace bindings
int main(int argc, char *argv[])
{
   if (argc < = 1)
   {
      std::cerr << "Usage: main ticker [currency]" << std::endl
      exit(0);
   }
   quote::Service quote;
   float q;
   if (quote.getQuote(argv[1], q)) // get quote
      soap_print_fault(quote.soap, stderr);
   else
   {
      if (argc > 2)
      {
         rate::Service rate;
         float r;
         if (rate.getRate("us", argv[2], r)) // get rate in US dollars
            soap_print_fault(rate.soap, stderr);
         else
            q *= r; // convert the quote
      }
      std::cout << argv[1] << ": " << q << std::endl;
   }
   return 0;
}

Compile and link this application with stdsoap2.o, envC.o, quoteServerProxy.o, and rateServerProxy.o.
To compile and link a server object is very similar. For example, assume that we need to implement a calculator service and we want to create a library for it.

namespace calc {
//gsoap ns service name: Service
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://www.cs.fsu.edu/~engelen/calc.cgi
//gsoap ns schema namespace: urn:calc
int ns__add(double a, double b, double &result);
int ns__sub(double a, double b, double &result);
int ns__mul(double a, double b, double &result);
int ns__div(double a, double b, double &result);
}

We compile this with:

> soapcpp2 -n calc.h

The effect of the -n option is that it creates local namespace tables, and a modified calcServiceObject.h server class definitions that properly initialize the gSOAP run time with the table.

#include "calcServiceObject.h" // get Service object
#include "calc.nsmap" // get calc namespace bindings
...
calc::Service calc;
calc.serve(); // calls request dispatcher to invoke one of the functions below
...
int calc::Service::add(double a, double b, double &result);
{ result = a + b; returnSOAP_OK; }
int calc::Service::sub(double a, double b, double &result);
{ result = a - b; returnSOAP_OK; }
int calc::Service::mul(double a, double b, double &result);
{ result = a * b; returnSOAP_OK; }
int calc::Service::div(double a, double b, double &result);
{ result = a / b; returnSOAP_OK; }

In fact, the calc::Service class is derived from the struct soap. So the context is available as this, which can be passed to all gSOAP functions that require a soap struct context.
The example above serves requests over stdin/out. Use the bind and accept calls to create a stand-alone server to service inbound requests over sockets, see 7.2.3.

19.36.2  C Clients Example

This is the same example as above, but the clients are build with pure C.
We create a env.h that contains the joint SOAP Header and SOAP Fault definitions. You may have to copy-paste these from the other header files. Then, compile it as follows:

> soapcpp2 -c -penv env.h
> cc -c envC.c

We also compile stdsoap2.c without namespaces:

> cc -c -DWITH_NONAMESPACES stdsoap2.c

Second, we create the Delayed Stock Quote header file specification, which may be obtained using the WSDL importer.

//gsoap ns service name: Service
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://services.xmethods.net/soap
//gsoap ns schema namespace: urn:xmethods-delayed-quotes
//gsoap ns service method-action: getQuote ""
int ns__getQuote(char *symbol, float *Result);

We compile it as a library and we use options -n and -p to rename the namespace table to avoid link conflicts:

> soapcpp2 -c -n -pquote quote.h
> cc -c quoteClientLib.c

Third, we create the Currency Exchange Rate header file specification:

//gsoap ns service name: Service
//gsoap ns service style: rpc
//gsoap ns service encoding: encoded
//gsoap ns service location: http://services.xmethods.net/soap
//gsoap ns schema namespace: urn:xmethods-CurrencyExchange
//gsoap ns service method-action: getRate ""
int ns__getRate(char *country1, char *country2, float *Result);

We compile it as a library and we use options -n and -p to rename the namespace table to avoid link conflicts:

> soapcpp2 -c -n -prate rate.h
> cc -c rateClientLib.c

The main program is:

#include "quoteStub.h" // get quote Service stub
#include "rateStub.h" // get rate Service stub
#include "quote.nsmap" // get quote namespace bindings
#include "rate.nsmap" // get rate namespace bindings
int main(int argc, char *argv[])
{
   if (argc < = 1)
   {
      fprintf(stderr, "Usage: main ticker [currency]\n");
      exit(0);
   }
   struct soap soap;
   float q;
   soap_init(&soap);
   soap_set_namespaces(&soap, quote_namespaces);
   if (soap_call_ns__getQuote(&soap, "http://services.xmethods.net/soap", "", argv[1], &q)) // get quote
      soap_print_fault(&soap, stderr);
   else
   {
      if (argc > 2)
      {
         soap_set_namespaces(&soap, rate_namespaces);
         float r;
         if (soap_call_ns__getRate(&soap, "http://services.xmethods.net/soap", "", "us", argv[2], &r)) // get rate in US dollars
            soap_print_fault(&soap, stderr);
         else
            q *= r; // convert the quote
      }
      printf("%s: %f \n", argv[1], q);
   }
   return 0;
}

Compile and link this application with stdsoap2.o, envC.o, quoteClientLib.o, and rateClientLib.o.
To compile and link a server library is very similar. Assuming that the server is named "calc" (as specified with options -n and -p), the application needs to include the calcStub.h file, link the calcServerLib.o file, and call calc_serve(&soap) function at run time.

19.36.3  C Services Chaining Example

We build a C application for multiple services served on one port.
We create a env.h that contains the joint SOAP Header and SOAP Fault definitions. You may have to copy-paste these from the other header files. Then, compile it as follows:

> soapcpp2 -c -penv env.h
> cc -c envC.c

We also compile stdsoap2.c without namespaces:

> cc -c -DWITH_NONAMESPACES stdsoap2.c

Say we have a service definition in quote.h. We compile it as a library and we use options -n and -p to rename the namespace table to avoid link conflicts:

> soapcpp2 -c -n -pquote quote.h
> cc -c quoteClientLib.c

We do the same for a service definition in rate.h:

> soapcpp2 -c -n -prate rate.h
> cc -c rateClientLib.c

To serve both the quote and rate services on the same port, we chain the service dispatchers as follows:

struct soap *soap = soap_new();
soap_bind(soap, NULL, 8080, 100);
soap_accept(soap);
if (soap_begin_serve(soap))
   soap_send_fault(&abc); // send fault to client
else if (quote_serve_request(soap) == SOAP_NO_METHOD)
{
   if (rate_serve_request(soap))       soap_send_fault(soap); // send fault to client
}
else if (soap.error)
   soap_send_fault(soap); // send fault to client
soap_destroy(soap);
soap_end(soap);
soap_free(soap);

This chaining can be arbitrarily deep. When the previous request fails with a SOAP_NO_METHOD then next request dispatcher can be tried.
The server should also define the service operations:

int ns__getQuote(struct soap *soap, char *symbol, float *Result);
{ *Result = ... ;
   return SOAP_OK;
}
int ns__getRate(struct soap *soap, char *country1, char *country2, float *Result);
{ *Result = ... ;
   return SOAP_OK;
}

19.37  How to Create DLLs

19.37.1  Create the Base stdsoap2.dll

First, create a new header file env.h with the SOAP Header and Fault definitions. You can leave this header file empty if you want to use the default SOAP Header and Fault. Then compile this header file with:

> soapcpp2 -penv env.h

The generated envC.cpp file holds the SOAP Header and Fault serializers, which need to be part of the base library functions. The SOAP Header and Fault structures are generated by wsdl2h and are also located in the .h files for plugins such as wsse.h. You should copy these Header and Fault structures into env.h to ensure processing by these plugins succeeds.
The next step is to create stdsoap2.dll which consists of the file stdsoap2.cpp and envC.cpp and optionally the plugins you want to use such as wsseapi.c (rename to .cpp to avoid warnings). This DLL contains all common functions needed for all other clients and servers based on gSOAP. Compile envC.cpp and stdsoap2.cpp into stdsoap2.dll using the C++ compiler option -DWITH_NONAMESPACES and the MSVC Pre-Processor definitions SOAP_FMAC1=__declspec(dllexport) and SOAP_FMAC3=__declspec(dllexport) as shown below from the MSVC command prompt:

C: cl /c /I. /EHsc /DWITH_NONAMESPACES /DSOAP_FMAC1=__declspec(dllexport) /DSOAP_FMAC3=__declspec(dllexport) envC.cpp stdsoap2.cpp
C: link /LIBPATH ws2_32.lib /OUT:mygsoap.dll /DLL envC.obj stdsoap2.obj

Alternatively, you can compile with -DWITH_SOAPDEFS_H and put the macro definitions in soapdefs.h. This exports all functions which are preceded by the macro SOAP_FMAC1 in the soapcpp2.cpp source file and macro SOAP_FMAC3 in the envC.cpp source file.

19.37.2  Creating Client and Server DLLs

Compile the soapClientLib.cpp and soapServerLib.cpp sources as DLLs by using the MSVC Pre-Processor definitions SOAP_FMAC5=__declspec(dllexport) and SOAP_CMAC=__declspec(dllexport), and by using the C++ compiler option -DWITH_NONAMESPACES. This DLL links to stdsoap2.dll.
To create multiple DLLs in the same project directory, you SHOULD use option -p to rename the generated soapClientLib.cpp and soapServerLib.cpp (and associated) files. The -p option specifies the file name prefix to replace the soap prefix. A clean separation of libraries can also be achieved with C++ namespaces, see Section 19.35.
Unless you use the client proxy and server object classes (soapXProxy.h and soapXObject.h where X is the name of the service), all client and server applications MUST explicitly set the namespaces value of the gSOAP context:

soap_init(&soap);
soap_set_namespaces(&soap, namespaces);

where the namespaces[] table should be defined in the client/server source. These tables are generated in the .nsmap files. You can rename the tables using option -n, see Section 9.1.

19.38  gSOAP Plug-ins

The gSOAP plug-in feature enables a convenient extension mechanism of gSOAP capabilities. When the plug-in registers with gSOAP, it has full access to the run-time settings and the gSOAP function callbacks. Upon registry, the plug-in's local data is associated with the gSOAP run-time. By overriding gSOAP's function callbacks with the plug-in's function callbacks, the plug-in can extend gSOAP's capabilities. The local plug-in data can be accessed through a lookup function, usually invoked within a callback function to access the plug-in data. The registry and lookup functions are:

int soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap *soap, struct soap_plugin *p, void *arg), void *arg)
void* soap_lookup_plugin(struct soap*, const char*);

Other functions that deal with plug-ins are:

int soap_copy(struct soap *soap);
void soap_done(struct soap *soap);

The soap_copy function returns a new dynamically allocated gSOAP context that is a copy of another, such that no data is shared between the copy and the original context. The soap_copy function invokes the plug-in copy callbacks to copy the plug-ins' local data. The soap_copy function returns a gSOAP error code or SOAP_OK. The soap_done function de-registers all plugin-ins, so this function should be called to cleanly terminate a gSOAP run-time context.
An example will be used to illustrate these functions. This example overrides the send and receive callbacks to copy all messages that are sent and received to the terminal (stderr).
First, we write a header file plugin.h to define the local plug-in data structure(s) and we define a global name to identify the plug-in:

#include "stdsoap2.h"
#define PLUGIN_ID "PLUGIN-1.0" // some name to identify plugin
struct plugin_data // local plugin data
{
   int (*fsend)(struct soap*, const char*, size_t); // to save and use send callback
   size_t (*frecv)(struct soap*, char*, size_t); // to save and use recv callback
};
int plugin(struct soap *soap, struct soap_plugin *plugin, void *arg);

Then, we write the plugin registry function and the callbacks:

#include "plugin.h"
static const char plugin_id[] = PLUGIN_ID; // the plugin id
static int plugin_init(struct soap *soap, struct plugin_data *data);
static int plugin_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src);
static void plugin_delete(struct soap *soap, struct soap_plugin *p);
static int plugin_send(struct soap *soap, const char *buf, size_t len);
static size_t plugin_recv(struct soap *soap, char *buf, size_t len);
// the registry function:
int plugin(struct soap *soap, struct soap_plugin *p, void *arg)
{
   p->id = plugin_id;
   p->data = (void*)malloc(sizeof(struct plugin_data));
   p->fcopy = plugin_copy; /* optional: when set the plugin must copy its local data */
   p->fdelete = plugin_delete;
   if (p->data)
      if (plugin_init(soap, (struct plugin_data*)p->data))
      {
         free(p->data); // error: could not init
         return SOAP_EOM; // return error
      }
   return SOAP_OK;
}
static int plugin_init(struct soap *soap, struct plugin_data *data)
{
   data->fsend = soap->fsend; // save old recv callback
   data->frecv = soap->frecv; // save old send callback
   soap->fsend = plugin_send; // replace send callback with new
   soap->frecv = plugin_recv; // replace recv callback with new
   return SOAP_OK;
}
// copy plugin data, called by soap_copy() // This is important: we need a deep copy to avoid data sharing by two run-time contexts
static int plugin_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src)
{
   if (!(dst->data = (struct plugin_data*)malloc(sizeof(struct plugin_data))))
      return SOAP_EOM;
   *dst->data = *src->data;
   return SOAP_OK;
}
// plugin deletion, called by soap_done()
static void plugin_delete(struct soap *soap, struct soap_plugin *p)
{ free(p->data); // free allocated plugin data
}
// the new send callback
static int plugin_send(struct soap *soap, const char *buf, size_t len)
{
   struct plugin_data *data = (struct plugin_data*)soap_lookup_plugin(soap, plugin_id); // fetch plugin's local data
   fwrite(buf, len, 1, stderr); // write message to stderr
   return data->fsend(soap, buf, len); // pass data on to old send callback
}
// the new receive callback
static size_t plugin_recv(struct soap *soap, char *buf, size_t len)
{
   struct plugin_data *data = (struct plugin_data*)soap_lookup_plugin(soap, plugin_id); // fetch plugin's local data
   size_t res = data->frecv(soap, buf, len); // get data from old recv callback
   fwrite(buf, res, 1, stderr);
   return res;
}

The fdelete callback of struct soap_plugin MUST be set to register the plugin. It is the responsibility of the plug-in to handle registry (init), copy, and deletion of the plug-in data and callbacks.
A plugin is copied with the soap_copy() call. This function copies a soap struct and the chain of plugins. It is up to the plugin implementation to share the plugin data or not:
  1. if the fcopy() callback is set by the plugin initialization, this callback will be called to allow the plugin to copy its local data upon a soap_copy() call. When soap_done() is called on the soap struct copy, the fdelete() callback is called for deallocation and cleanup of the local data.
  2. if the fcopy() callback is not set, then the plugin data will be shared (i.e. the data pointer points to the same address). The fdelete() callback will not be called upon a soap_done() on a copy of the soap struct. The fdelete() callback will be called for the original soap struct with which the plugin was registered.
The example plug-in should be used as follows:

struct soap soap;
soap_init(&soap);
soap_register_plugin(&soap, plugin);
...
soap_done(&soap);

Note: soap_register_plugin(...) is an alias for soap_register_plugin_arg(..., NULL). That is, it passes NULL as an argument to plug-in's registry callback.
A number of example plug-ins are included in the gSOAP package's plugin directory. Some of these plug-ins are discussed.

19.38.1  The Message Logging and Statistics Plug-in

The message logging and access statistics plug-in can be used to selectively log inbound and outbound messages to a file or stream. It also keeps access statistics to log the total number of bytes sent and received.
To use the plug-in, compile and link your application with logging.c located in the plugin directory of the package. To enable the plug-in in your code, register the plug-in and set the streams as follows:

#include "logging.h"
size_t bytes_in;
size_t bytes_out;
...
if (soap_register_plugin(&soap, logging))
   soap_print_fault(&soap, stderr); // failed to register
...
soap_set_logging_inbound(&soap, stdout);
soap_set_logging_outbound(&soap, stdout);
... process messages ...
soap_set_logging_inbound(&soap, NULL); // disable logging
soap_set_logging_outbound(&soap, NULL); // disable logging
soap_get_logging_stats(&soap, &bytes_out, &bytes_in);

If you use soap_copy to copy the soap struct with the plug-in, the plug-in's data will be shared by the copy. Therefore, the statistics are not 100% guaranteed to be accurate for multi-threaded services since race conditions on the counters may occur. Mutex is not used to update the counters to avoid introducing expensive synchronization points. If 100% server-side accuracy is required, add mutex at the points indicated in the logging.c code.

19.38.2  RESTful Interface: The HTTP GET Plug-in

Client-side and server-side use of RESTful HTTP GET operations are supported with the HTTP GET plug-in plugin/httpget.c. The HTTP GET plug-in allows your server to handle RESTful HTTP GET requests and at the same time still serve SOAP-based POST requests. The plug-in provides support to client applications to issue HTTP GET operations to a server.
Note that HTTP GET requests can also be handled at the server side with the fget callback, see Section 19.7. However, the HTTP GET plug-in also keeps statistics on the number of successful POST and GET exchanges and failed operations (HTTP faults, SOAP Faults, etc.). It also keeps hit histograms accumulated for up to a year of runtime.
To use the plug-in, compile and link your application with httpget.c located in the plugin directory of the package. To enable the plug-in in your code, register the plug-in with your HTTP GET handler function as follows:

#include "httpget.h"
...
if (soap_register_plugin_arg(&soap, httpget, (void*)my_http_get_handler))
   soap_print_fault(&soap, stderr); // failed to register
...
struct http_get_data *httpgetdata;
httpgetdata = (struct http_get_data*)soap_lookup_plugin(&soap, http_get_id);
if (!httpgetdata)
   ... // if the plug-in registered OK, there is certainly data but can't hurt to check
... process messages ...
size_t get_ok = httpgetdata->stat_get;
size_t post_ok = httpgetdata->stat_post;
size_t errors = httpgetdata->stat_fail;
...
time_t now = time(NULL);
struct tm *T;
T = localtime(&now);
size_t hitsthisminute = httpgetdata->min[T->tm_min];
size_t hitsthishour = httpgetdata->hour[T->tm_hour];
size_t hitstoday = httpgetdata->day[T->tm_yday];

An HTTP GET handler can simply produce some HTML content, or any other type of content by sending data:

int my_http_get_handler(struct *soap)
{
   soap->http_content = "text/html";
   soap_response(soap, SOAP_FILE);
   soap_send(soap, «html>Hello</html>");
   soap_end_send(soap);
   return SOAP_OK; // return SOAP_OK or HTTP error code, e.g. 404
}

If you use soap_copy to copy the soap struct with the plug-in, the plug-in's data will be shared by the copy. Therefore, the statistics are not 100% guaranteed to be accurate for multi-threaded services since race conditions on the counters may occur. Mutex is not used to update the counters to avoid introducing expensive synchronization points. If 100% server-side accuracy is required, add mutex at the points indicated in the httpget.c code.
The client-side use of HTTP GET is provided by the soap_get_connect operation. To receive a SOAP/XML (response) message ns:methodResponse, use:

#include "httpget.h"
...
soap_register_plugin(&soap, http_get);
...
if (soap_get_connect(&soap, endpoint, action))
   ... connect error ...
else if (soap_recv_ns__methodResponse(&soap, ... params ...))
   ... error ...
else
   ... ok ...
soap_destroy(&soap);
soap_end(&soap);
soap_done(&soap);

To receive any HTTP Body data into a buffer, use:

#include "httpget.h"
...
char *response = NULL;
soap_register_plugin(&soap, http_get);
...
if (soap_get_connect(&soap, endpoint, NULL))
   ... connect error ...
else if (soap_begin_recv(&soap))
   ... error ...
else
   response = soap_get_http_body(&soap);
soap_end_recv(&soap);
... use the 'response' string (NULL indicates no body or error)
soap_destroy(&soap);
soap_end(&soap);
soap_done(&soap);

19.38.3  RESTful Interface: The HTTP POST Plug-in

Client-side and server-side use of RESTful HTTP POST, PUT, and DELETE operations are supported with the HTTP POST plug-in plugin/httppost.c.
The HTTP POST plug-in allows your server to handle RESTful HTTP POST requests and at the same time still serve SOAP-based POST requests. The plug-in also provides support for client applications to issue HTTP POST operations to a server.
To simplify the server-side handling of POST requests, handlers can be associated with media types:

struct http_post_handlers my_handlers[] =
{ { "image/jpg", jpeg_handler },
   { "image/ *", image_handler },
   { "text/html", html_handler },
   { "text/ *", text_handler },
   { "text/ *;*", text_handler },
   { "POST", generic_POST_handler },
   { "PUT", generic_PUT_handler },
   { "DELETE", generic_DELETE_handler },
   { NULL }
};

Note that '*' can be used as a wildcard and some media types may have optional parameters (after ';'). The handlers are functions that will be invoked when a POSTed request message matching media type is send to the server.
An example image handler that checks the specific image type:

int image_handler(struct soap *soap)
{ const char *buf;
   size_t len;
   // if necessary, check type in soap->http_content
   if (soap->http_content && !soap_tag_cmp(soap->http_content, "image/gif")
      return 404; // HTTP error 404
   if (soap_http_body(soap, &buf, &len) != SOAP_OK)
      return soap->error;
   // ... now process image in buf
   // reply with empty HTTP OK response:
   soap_response(soap, SOAP_OK);
   soap_end_send(soap);
   return SOAP_OK;
}

The HTTP POST plug-in provides a soap_http_body operation as illustrated above to copy the HTTP Body content into a buffer.
The above example returns HTTP OK. If content is supposed to be returned, then use:

   soap->http_content = "image/jpeg"; // a jpeg image to return back
   soap_response(soap, SOAP_FILE); // SOAP_FILE sets custom http content
   soap_send_raw(soap, buf, len); // send image
   soap_end_send(soap);

For client applications to use HTTP POST, use the soap_post_connect operation:

char *buf; // holds the HTTP request/response body data
size_t len; // length of data
...
if (soap_post_connect(soap, "URL", "SOAP action or NULL", "media type")
   || soap_send_raw(soap, buf, len);
   || soap_end_send(soap))
   ... error ...
if (soap_begin_recv(&soap)
   || soap_http_body(&soap, &buf, &len)
   || soap_end_recv(&soap))
   ... error ...
// ... use buf[0..len-1]
soap_end(soap);

Similarly, soap_put_connect and soap_delete_connect commands are provided for PUT and DELETE handling.

19.38.4  The HTTP MD5 Checksum Plug-in

The HTTP MD5 plug-in works in the background to automatically verify the content of messages using MD5 checksums. With the plug-in, messages can be transferred over (trusted but) unreliable connections. The plug-in can be used on the client side and server side.
To use the plug-in, compile and link your application with httpmd5.c and md5evp.c located in the plugin directory of the package. The md5evp.c implementation uses the EVP interface to compute MD5 checksums with OpenSSL (compiled with -DWITH_OPENSSL).
To enable the plug-in in your code, register the plug-in as follows:

#include "httpmd5.h"
...
if (soap_register_plugin(&soap, http_md5))
   soap_print_fault(&soap, stderr); // failed to register

Once registered, MD5 checksums are produced for all outbound messages. Inbound messages with MD5 checksums in the HTTP header are automatically verified.
The plug-in requires you to set the SOAP_IO_STORE flag when sending SOAP with attachments:

#include "httpmd5.h"
...
struct soap soap;
soap_init1(&soap, SOAP_IO_STORE);
if (soap_register_plugin(&soap, http_md5)
   soap_print_fault(&soap, stderr); // failed to register
... now safe to send SOAP with attachments ...

Unfortunately, this eliminates streaming.

19.38.5  The HTTP Digest Authentication Plug-in

The HTTP digest authentication plug-in enables a more secure authentication scheme compared to basic authentication. HTTP basic authentication sends unencrypted userids and passwords over the net, while digest authentication does not exchange passwords but exchanges checksums of passwords (and other data such as nonces to avoid replay attacks). For more details, please see RFC 2617.
The HTTP digest authentication can be used next to the built-in basic authentication, or basic authentication can be rejected to tighten security. The server must have a database with userid's and passwords (in plain text form). The client, when challenged by the server, checks the authentication realm provided by the server and sets the userid and passwords for digest authentication. The client application can temporarily store the userid and password for a sequence of message exchanges with the server, which is faster than repeated authorization challenges and authentication responses.
At the client side, the plug-in is registered and service invocations are checked for authorization challenges (HTTP error code 401). When the server challenges the client, the client should set the userid and password and retry the invocation. The client can determine the userid and password based on the authentication realm part of the server's challenge. The authentication information can be temporarily saved for multiple invocations.
Client-side example:

#include "httpda.h"
...
if soap_register_plugin(&soap, http_da))
   soap_print_fault(&soap, stderr); // failed to register
...
if (soap_call_ns__method(&soap, ...) != SOAP_OK)
{
   if (soap.error == 401) // challenge: HTTP authentication required
   {
      if (!strcmp(soap.authrealm, authrealm)) // determine authentication realm       {
         struct http_da_info info; // to store userid and passwd
         http_da_save(&soap, &info, authrealm, userid, passwd); // set userid and passwd for this realm
         if (soap_call_ns__method(&soap, ...) == SOAP_OK) // retry
         { ...
            soap_end(&soap); // userid and passwd were deallocated
            http_da_restore(&soap, &info); // restore userid and passwd
            if (!soap_call_ns__method(&soap, ...) == SOAP_OK) // another call
               ...
            http_da_release(&soap, &info); // remove userid and passwd

This code supports both basic and digest authentication.
The server can challenge a client using HTTP code 401. With the plug-in, HTTP digest authentication challenges are send. Without the plug-in, basic authentication challenges are send.
Each server method can implement authentication as desired and may enforce digest authentication or may also accept basic authentication responses. To verify digest authentication responses, the server should compute and compare the checksums using the plug-in's http_da_verify_post function for HTTP POST requests (and http_da_verify_get for HTTP GET requests with the HTTP GET plugin) as follows:

#include "httpda.h"
...
if (soap_register_plugin(&soap, http_da))
   soap_print_fault(&soap, stderr); // failed to register
...
soap_serve(&soap);
...
int ns__method(struct soap *soap, ...)
{
   if (soap->userid && soap->passwd) // client used basic authentication
   { // may decide not to handle, but if ok then go ahead and compare info:
      if (!strcmp(soap->userid, userid) && !strcmp(soap->passwd, passwd))
      { ... handle request ...
         return SOAP_OK;
      }
   }
   else if (soap->authrealm && soap->userid) // Digest authentication
   {
      passwd = ... // database lookup on userid and authrealm to find passwd
      if (!strcmp(soap->authrealm, authrealm) && !strcmp(soap->userid, userid))
      {
         if (!http_da_verify_post(soap, passwd))
         { ... handle request ...
            return SOAP_OK;
         }
      }
   }
   soap->authrealm = authrealm; // set realm for challenge
   return 401; // Not authorized, challenge digest authentication
}

For more details, including how to configure HTTP Digest authentication for proxies, please see the doc/httpda/html/index.html documentation in the gSOAP package.

19.38.6  The WS-Addressing Plug-in

The WSA WS-Addressing plug-in and the source code are extensively documented in the doc/wsa directory of the gSOAP package. Please refer to the documentation included in the package.
The plug-in code is located in the plugin directory:

wsaapi.h and wsaapi.c WS-Addressing plugin (C and C++)

To enable WS-Addressing 2005 (and support for 8/2004), the service definitions header file for soapcpp2 should include the following imports:

#import "import/wsa5.h"

This imports the SOAP header elements required by WS-Addressing.
For more details, please see the doc/wsa/html/index.html documentation in the gSOAP package.

19.38.7  The WS-ReliableMessaging Plug-in

The WSRM WS-ReliableMessaging plug-in and the source code are extensively documented in the doc/wsrm directory of the gSOAP package. Please refer to the documentation included in the package.
The plug-in code is located in the plugin directory:

wsrmapi.h and wsrmapi.c WS-ReliableMessaging plugin (C and C++)

Also needed are:

threads.h and threads.c Multithreading and locking support

To enable WS-ReliableMessaging, the service definitions header file for soapcpp2 should include the following imports:

#import "import/wsrm.h"
#import "import/wsa5.h"

This imports the SOAP header elements required by WS-ReliableMessaging.
For more details, please see the doc/wsrm/html/index.html documentation in the gSOAP package.

19.38.8  The WS-Security Plug-in

The WSSE WS-Security plug-in and the source code are extensively documented in the doc/wsse directory of the gSOAP package. Please refer to the documentation included in the package for details.
The plug-in code is located in the plugin directory:

wsseapi.h and wsseapi.c WS-Security plugin (C and C++)

Also needed are:

smdevp.h and smdevp.c Streaming XML signature and message digest engine
mecevp.h and mecevp.c Streaming XML encryption engine
threads.h and threads.c Multithreading and locking support

To enable WS-Secrutiy, the service definitions header file for soapcpp2 should include the following imports:

#import "import/wsse.h"

This imports the SOAP header elements required by WS-Security.
For more details, please see the doc/wsse/html/index.html documentation in the gSOAP package.

19.38.9  WS-Discovery

The WS-Discovery implementation is documented in the doc/wsdd directory of the gSOAP package. Please refer to the documentation included in the package for details.
Basically, to add WS-Discovery support the following event handlers must be defined and linked:

void wsdd_event_Hello(struct soap *soap,
unsigned int InstanceId,
const char *SequenceId,
unsigned int MessageNumber,
const char *MessageID,
const char *RelatesTo,
const char *EndpointReference,
const char *Types,
const char *Scopes,
const char *MatchBy,
const char *XAddrs,
unsigned int MetadataVersion)



void wsdd_event_Bye(struct soap *soap,
unsigned int InstanceId,
const char *SequenceId,
unsigned int MessageNumber,
const char *MessageID,
const char *RelatesTo,
const char *EndpointReference,
const char *Types,
const char *Scopes,
const char *MatchBy,
const char *XAddrs,
unsigned int MetadataVersion)



soap_wsdd_mode wsdd_event_Probe(struct soap *soap,
const char *MessageID,
const char *ReplyTo,
const char *Types,
const char *Scopes,
const char *MatchBy,
struct wsdd__ProbeMatchesType *ProbeMatches)



void wsdd_event_ProbeMatches(struct soap *soap,
unsigned int InstanceId,
const char *SequenceId,
unsigned int MessageNumber,
const char *MessageID,
const char *RelatesTo,
struct wsdd__ProbeMatchesType *ProbeMatches)



soap_wsdd_mode wsdd_event_Resolve(struct soap *soap,
const char *MessageID,
const char *ReplyTo,
const char *EndpointReference,
struct wsdd__ResolveMatchesType *ResolveMatches)



void wsdd_event_ResolveMatches(struct soap *soap,
unsigned int InstanceId,
const char *SequenceId,
unsigned int MessageNumber,
const char *MessageID,
const char *RelatesTo,
const char *EndpointReference,
const char *Types,
const char *Scopes,
const char *MatchBy,
const char *XAddrs,
unsigned int MetadataVersion)

These event handlers will be invoked when inbound WS-Discovery messages arrive using:


if (!soap_valid_socket(soap_bind(soap, NULL, port, 100)))
   .. error
if (soap_wsdd_listen(soap, timeout))
   ... error

which will listen for timeout seconds to inbound WS-Discovery messages on a port and dispatches them to the event handlers. A negative timeout is measured in ns.


File translated from TEX by TTHgold, version 4.00.
On 31 Jan 2016, 08:32. gsoap-2.8.28/gsoap/doc/dom/0000755000175000017500000000000012654077574014742 5ustar ellertellertgsoap-2.8.28/gsoap/doc/dom/Doxyfile0000644000175000017500000002315312653650144016441 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "Level-2 DOM v5" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../import/dom.h ../../dom.cpp ../../samples/dom/dom2calc.cpp ../../samples/dom/README.md FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = NO MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/genivia_tabs.css0000644000175000017500000000320112653650144017311 0ustar ellertellert.tab_home { text-align: center; padding-top: 5px; padding-right: 10px; padding-left: 10px; font-size: 18px; } .tab_home a { color: #808080; text-decoration: none; } .tab_home a:hover { color: #D71E1E; text-decoration: none; } .tabs, .tabs2, .tabs3 { /* background-image: url('tab_b.png'); */ background: #c0504d; width: 90%; z-index: 101; font-size: 16px; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; padding-left: 10%; } .tabs2 { font-size: 12px; } .tabs3 { font-size: 10px; } .tablist { margin: 0; padding: 0; display: table; } .tablist li { float: left; display: table-cell; /* background-image: url('tab_b.png'); */ line-height: 36px; list-style: none; } .tablist a { display: block; /* padding: 0 20px; */ padding: 6px 20px 6px 20px; /* background-image:url('tab_s.png'); font-weight: bold; background-repeat:no-repeat; background-position:right; color: #283A5D; */ color: rgba(255, 255, 255, 0.9); /* text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); */ text-decoration: none; outline: none; } .tabs3 .tablist a { padding: 0 10px; } .tablist a:hover { /* background-image: url('tab_h.png'); background-repeat:repeat-x; */ background: #E23232; color: #fff; /* text-shadow: 0px 1px 1px rgba(0, 0, 0, 1.0); */ text-decoration: none; } .tablist li.current a { color: #ffffff; background: #E23232; /* background-image: url('tab_a.png'); background-repeat:repeat-x; color: #fff; text-shadow: 0px 1px 1px rgba(0, 0, 0, 1.0); */ } gsoap-2.8.28/gsoap/doc/doxygen_footer.html0000644000175000017500000000055712653650144020100 0ustar ellertellert
Copyright (C) $year, Robert van Engelen, Genivia Inc., All Rights Reserved.
Converted on $datetime by Doxygen $doxygenversion

gsoap-2.8.28/gsoap/doc/httpda/0000755000175000017500000000000012654077574015447 5ustar ellertellertgsoap-2.8.28/gsoap/doc/httpda/Doxyfile0000644000175000017500000002324212653650144017145 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "HTTP Digest Authentication" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/httpda.h ../../plugin/httpda.c ../../plugin/threads.h ../../plugin/threads.c ../../plugin/md5evp.h ../../plugin/md5evp.c FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/index.html0000644000175000017500000000063712653650144016153 0ustar ellertellert Redirect
The contents you are looking for have moved. You will be redirected to the new location automatically.
gsoap-2.8.28/gsoap/doc/xml-rpc-json/0000755000175000017500000000000012654077575016515 5ustar ellertellertgsoap-2.8.28/gsoap/doc/xml-rpc-json/Doxyfile0000644000175000017500000002334612653650146020221 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "XML-RPC & JSON/JSONPath" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../samples/xml-rpc-json/README.md ../../samples/xml-rpc-json/xml-rpc.h ../../samples/xml-rpc-json/xml-rpc-iters.h ../../samples/xml-rpc-json/json.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = "../doxygen_header.html" HTML_FOOTER = "../doxygen_footer.html" HTML_STYLESHEET = HTML_EXTRA_STYLESHEET = "../genivia_content.css" HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/wsse-lite/0000755000175000017500000000000012654077575016100 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wsse-lite/Doxyfile0000644000175000017500000002313712653650146017602 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WS-Security Lite" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../plugin/wsseapi-lite.h ../../plugin/wsseapi-lite.c ../../import/wsse.h FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/wininet/0000755000175000017500000000000012654077574015640 5ustar ellertellertgsoap-2.8.28/gsoap/doc/wininet/Doxyfile0000644000175000017500000002313612653650144017340 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WinInet Plugin" PROJECT_NUMBER = "2.8 Stable" PROJECT_LOGO = "../GeniviaLogo2_trans_noslogan.png" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = NO STRIP_FROM_PATH = STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = ../../mod_gsoap/gsoap_win/wininet/README.md ../../mod_gsoap/gsoap_win/wininet FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = NO INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = ../doxygen_header.html HTML_FOOTER = ../doxygen_footer.html HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/doc/soapdoc2.pdf0000644000175000017500000374724312653650144016401 0ustar ellertellert%PDF-1.4 % 3 0 obj << /Length 1102 /Filter /FlateDecode >> stream xX[s8~6xH&9GR&B;ˋ>}>O>=~M-\g2 Beh*t"\X 9'%pGgÖ$'W5|`3ΩaYRBjXߴ0"/`(4{sHۖ7c? ‚T2+NEkhq{aֶ/eӌzܖѶ-T&+FjrQ  GM̸Rd̪_)E;mKGb%H?K.s 1T1VpBE P=m$P1K-ª2–+B:Am)gJF8x΄Fư䬯› BIGh^hn(wc vc\*hEX|b}L<"U?4ȑ[V'uץ"Qrn^}=>fO`:⚪G(pwJ %""B0| 84ru#%G&AlA8Uj+U:Q!YRL?a~;@ߦY_ UN*#by>ö&m)aJ>V!H03Ag׉` NF=wYD;=B,ob'jh0,-i?fU3㪃|0#ca+c3V|X}7rz~R wC̆.]; 㱪>{T<(&q^_Ao,aw%K ]t2dU-&EL8۔8R=Y'_<2 Y'jeBPFZQJ1Su9`B@?9E i"^_V[sGK$0d_!rAB//MAJQ'ity n׉*_u<&pi@k}xb?#2PEx7BOk:WvпH7eLo30i7ifi;t!|y'?B2sˬ$FAO:K ud JGj҇{_ݏ;k endstream endobj 2 0 obj << /Type /Page /Contents 3 0 R /Resources 1 0 R /MediaBox [0 0 612 792] /Parent 22 0 R >> endobj 1 0 obj << /Font << /F16 6 0 R /F17 9 0 R /F26 12 0 R /F28 15 0 R /F29 18 0 R /F8 21 0 R >> /ProcSet [ /PDF /Text ] >> endobj 25 0 obj << /Length 1572 /Filter /FlateDecode >> stream xZrH+DcSUVTM͢G1SP n@,gW2^$FM 8ϽFo{^Q^D{"O=_p#^_8IB*-IwC:^UG/Ht¸sE0i qnP:(}eCt *sD4L<jNs^]eMc $+m wW܇ґ2ötpQ. )s ?is2tӗyuGe:Skfcʰ҄&^"J!<,\'ϻpxs-q!PBɾNdŲ\ɶg0 ?צe5L bg7 kg[Pb 减+ *MAJcV5[teI@xZϐA L YYċ2d2鉻OrhJcKnm6T>4ؤ;r\A˒? 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  Genivia Home Documentation
$title

updated $date
  
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gsoap-2.8.28/gsoap/samples/dime/dimeserver.cpp0000644000175000017500000004066412653650154020651 0ustar ellertellert/* dimeserver.cpp Example streaming DIME server. Supports three methods: putData stores multiple data sets on the server and returns named keys to each data set. The keys are unique and provide access to the data. Once data is stored, it cannot be removed. getData retrieves data sets given a set of named keys. getImage is an example file-based image retrieval method Data is stored in the current directory or the directory specified by the TMPDIR environment variable. Runs as CGI (not multi-threaded) or multi-threaded stand-alone Web service Copyright (C) 2000-2003 Robert A. van Engelen, Genivia, Inc. All Rights Reserved. NOTE: THE SERVER WILL ONLY SEND FILES THAT ARE IN THE CURRENT DIR FOR SECURITY REASONS. HOWEVER, THE AUTHOR IS NOT RESPONSIBLE FOR ANY DAMAGES THAT MAY RESULT FROM THE USE OF THIS PROGRAM. Usage: For stand-alone Web service functionality, run from the command line with port number as command line argument, e.g. > dimeserver 8085 & Use port 80 to run as HTTP Web server accessible over the Web Change the 'endpoint' in 'dimeclient.cpp' to endpoint="http://machine:8085" where 'machine' is the host name of the machine on which the service runs, or 'localhost' if the server runs on the same machine. Be careful to run the client in a separate directory from the server. Otherwise, the client and server may interfere in their file access. The service is multi-threaded. Multi-threading is not required, but can improve QoS. Remove the pthread code to obtain a non-multi-threaded service. Unix/Linux: add a sigpipe handler to avoid broken pipes with stand-alone server. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "dime.nsmap" #include // use fstat() for streaming DIME #include #include #ifdef _POSIX_THREADS #include // use Pthreads #endif #define BACKLOG (100) // max request backlog #define MAX_FILE_SIZE (10000) // max file size when buffering file for HTTP 1.0 and file size cannot be determined //////////////////////////////////////////////////////////////////////////////// // // Forward decls // //////////////////////////////////////////////////////////////////////////////// static void *process_request(void*); static int getdata(struct soap*, const char*, ns__Data&); static void saveData(ns__Data&, const char*); static void sigpipe_handle(int); //////////////////////////////////////////////////////////////////////////////// // // Streaming DIME attachment content handlers // //////////////////////////////////////////////////////////////////////////////// static void *dime_read_open(struct soap*, void*, const char*, const char*, const char*); static void dime_read_close(struct soap*, void*); static size_t dime_read(struct soap*, void*, char*, size_t); static void *dime_write_open(struct soap*, const char*, const char*, const char*); static void dime_write_close(struct soap*, void*); static int dime_write(struct soap*, void*, const char*, size_t); //////////////////////////////////////////////////////////////////////////////// // // Data for streaming DIME write handler // //////////////////////////////////////////////////////////////////////////////// struct dime_write_handle { char *name; // file name FILE *fd; // file fd }; //////////////////////////////////////////////////////////////////////////////// // // Static data // //////////////////////////////////////////////////////////////////////////////// static const char *TMPDIR = "."; //////////////////////////////////////////////////////////////////////////////// // // Main // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { struct soap soap; char *s = getenv("TMPDIR"); if (s) TMPDIR = s; // use HTTP chunking when possible // chunking allows streaming of DIME content without requiring DIME attachment size to be set // DIME attachments can be streamed without chunking only if the attachment size is set soap_init1(&soap, SOAP_IO_KEEPALIVE | SOAP_IO_CHUNK); // set DIME callbacks soap.fdimereadopen = dime_read_open; soap.fdimereadclose = dime_read_close; soap.fdimeread = dime_read; soap.fdimewriteopen = dime_write_open; soap.fdimewriteclose = dime_write_close; soap.fdimewrite = dime_write; if (argc < 2) { // no args: assume this is a CGI application // serve request soap_serve(&soap); // cleanup class instances soap_destroy(&soap); // cleanup soap_end(&soap); } else { #ifdef _POSIX_THREADS pthread_t tid; #endif struct soap *tsoap; int port; int m, s, i; // Unix SIGPIPE, this is OS dependent: // soap.accept_flags = SO_NOSIGPIPE; // some systems like this // soap.socket_flags = MSG_NOSIGNAL; // others need this // signal(SIGPIPE, sigpipe_handle); // or a sigpipe handler (portable) // port is first command line argument port = atoi(argv[1]); // bind to current host and specified port m = soap_bind(&soap, NULL, port, BACKLOG); // if we could not bind, exit if (m < 0) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); // die after 24 hrs waiting for activity on port soap.accept_timeout = 24*60*60; // IO timeouts soap.send_timeout = 30; soap.recv_timeout = 30; // loop through requests for (i = 1; ; i++) { // accept request s = soap_accept(&soap); // if timeout or error, report if (s < 0) { if (soap.errnum) soap_print_fault(&soap, stderr); else fprintf(stderr, "Server timed out\n"); break; } fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); // copy soap environment and spawn thread (if Pthreads is installed) tsoap = soap_copy(&soap); #ifdef _POSIX_THREADS pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)tsoap); #else process_request((void*)tsoap); #endif } } // detach soap_done(&soap); return 0; } void *process_request(void *soap) { #ifdef _POSIX_THREADS pthread_detach(pthread_self()); #endif // serve request (or multiple requests with keep-alive enabled) soap_serve((struct soap*)soap); // cleanup class instances soap_destroy((struct soap*)soap); // cleanup soap_end((struct soap*)soap); // detach and free thread's copy of soap environment soap_free((struct soap*)soap); return NULL; } //////////////////////////////////////////////////////////////////////////////// // // Server methods // //////////////////////////////////////////////////////////////////////////////// int ns__putData(struct soap *soap, arrayOfData *data, arrayOfName *names) { // gSOAP switches to SOAP_IO_STORE when SOAP_IO_CHUNK (HTTP chunking) is not supported by the client // Since it is undesirable to use SOAP_IO_STORE with streaming, we reset it to SOAP_IO_BUFFER if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; // return name (key) for each data item names->resize(data->size()); for (int i = 0; i < data->size(); i++) { char *s, *name; // the id field is set when DIME was used so the dime_write callbacks already saved the file if ((*data)[i].id) { assert((*data)[i].__ptr); name = ((struct dime_write_handle*)(*data)[i].__ptr)->name; } else { name = tempnam(TMPDIR, "data"); fprintf(stderr, "Saving file %s\n", name); saveData((*data)[i], name); } s = strrchr(name, '/'); if (!s) s = strrchr(name, '\\'); if (!s) s = name; else s++; (*names)[i] = soap_strdup(soap, s); if (!(*data)[i].id) { // free data alloced with tempnam() free(name); } } return SOAP_OK; } int ns__getData(struct soap *soap, arrayOfName *names, arrayOfData *data) { // gSOAP switches to SOAP_IO_STORE when SOAP_IO_CHUNK (HTTP chunking) is not supported by the client. // Since it is undesirable to use SOAP_IO_STORE, we reset it to SOAP_IO_BUFFER if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; if (!names) return soap_sender_fault(soap, "Names required", NULL); data->resize(names->size()); for (int i = 0; i < names->__size; i++) { if (!(*names)[i]) return soap_sender_fault(soap, "Name required", NULL); if (getdata(soap, (*names)[i], (*data)[i])) return soap_sender_fault(soap, "Access denied", NULL); } return SOAP_OK; } int ns__getImage(struct soap *soap, char *name, ns__Data& image) { if (!name) return soap_sender_fault(soap, "Name required", NULL); if (getdata(soap, name, image)) return soap_sender_fault(soap, "Access denied", NULL); image.type = (char*)"image/jpeg"; image.options = soap_dime_option(soap, 0, name); return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Helper functions // //////////////////////////////////////////////////////////////////////////////// static int getdata(struct soap *soap, const char *name, ns__Data& data) { struct stat sb; FILE *fd = NULL; if (name && !strchr(name, '/') && !strchr(name, '\\') && !strchr(name, ':')) { char *s = (char*)soap_malloc(soap, strlen(TMPDIR) + strlen(name) + 2); strcpy(s, TMPDIR); strcat(s, "/"); strcat(s, name); fd = fopen(s, "rb"); if (!fd) { strcpy(s, name); fd = fopen(s, "rb"); } } if (!fd) return SOAP_EOF; if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) // chunked response is possible { data.__ptr = (unsigned char*)fd; // must set to non-NULL (this is our fd handle which we need in the callbacks) data.__size = 0; // zero size streams data with HTTP chunking } else if (!fstat(fileno(fd), &sb) && sb.st_size > 0) { // since we can get the length of the file, we can stream it data.__ptr = (unsigned char*)fd; // must set to non-NULL (this is our fd handle which we need in the callbacks) data.__size = sb.st_size; } else // we can't use HTTP chunking and we don't know the size, so buffer it { int i; data.__ptr = (unsigned char*)soap_malloc(soap, MAX_FILE_SIZE); for (i = 0; i < MAX_FILE_SIZE; i++) { int c; if ((c = fgetc(fd)) == EOF) break; data.__ptr[i] = c; } fclose(fd); data.__size = i; } data.type = (char*)""; // specify non-NULL id or type to enable DIME data.options = soap_dime_option(soap, 0, name); return SOAP_OK; } static void saveData(ns__Data& data, const char *name) { char *buf = (char*)data.__ptr; int len = data.__size; FILE *fd = fopen(name, "wb"); if (!fd) { fprintf(stderr, "Cannot save file %s\n", name); return; } while (len) { size_t nwritten = fwrite(buf, 1, len, fd); if (!nwritten) { fprintf(stderr, "Cannot write to %s\n", name); return; } len -= nwritten; buf += nwritten; } } static void sigpipe_handle(int x) { } //////////////////////////////////////////////////////////////////////////////// // // Streaming DIME attachment content handlers // //////////////////////////////////////////////////////////////////////////////// static void *dime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *options) { // we should return NULL without setting soap->error if we don't want to use the streaming callback for this DIME attachment. The handle contains the non-NULL __ptr field value which should have been set in the application. // return value of this function will be passed on to the fdimeread and fdimereadclose callbacks. The return value will not affect the __ptr field. return handle; } static void dime_read_close(struct soap *soap, void *handle) { fclose((FILE*)handle); } static size_t dime_read(struct soap *soap, void *handle, char *buf, size_t len) { return fread(buf, 1, len, (FILE*)handle); } static void *dime_write_open(struct soap *soap, const char *id, const char *type, const char *options) { // we can return NULL without setting soap->error if we don't want to use the streaming callback for this DIME attachment struct dime_write_handle *handle = (struct dime_write_handle*)soap_malloc(soap, sizeof(struct dime_write_handle)); if (!handle) { soap->error = SOAP_EOM; return NULL; } char *name = tempnam(TMPDIR, "data"); fprintf(stderr, "Saving file %s\n", name); handle->name = soap_strdup(soap, name); free(name); handle->fd = fopen(handle->name, "wb"); if (!handle->fd) { soap->error = SOAP_EOF; // could not open file for writing soap->errnum = errno; // get reason return NULL; } return (void*)handle; } static void dime_write_close(struct soap *soap, void *handle) { fclose(((struct dime_write_handle*)handle)->fd); } static int dime_write(struct soap *soap, void *handle, const char *buf, size_t len) { while (len) { size_t nwritten = fwrite(buf, 1, len, ((struct dime_write_handle*)handle)->fd); if (!nwritten) { soap->errnum = errno; // get reason return SOAP_EOF; } len -= nwritten; buf += nwritten; } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // ns__Data class // //////////////////////////////////////////////////////////////////////////////// ns__Data::ns__Data() { __ptr = NULL; __size = 0; id = NULL; type = NULL; options = NULL; soap = NULL; } //////////////////////////////////////////////////////////////////////////////// // // arrayOfData class // //////////////////////////////////////////////////////////////////////////////// arrayOfData::arrayOfData() { __ptr = NULL; __size = 0; soap = NULL; } arrayOfData::arrayOfData(struct soap *soap, int n) { __ptr = NULL; __size = 0; this->soap = soap; resize(n); } arrayOfData::~arrayOfData() { resize(0); } int arrayOfData::size() { return __size; } void arrayOfData::resize(int n) { if (__ptr) { if (soap) // if created by soap environment soap_delete(soap, __ptr); // then delete else delete[] __ptr; } __size = n; if (n <= 0) __ptr = NULL; else if (soap) __ptr = soap_new_ns__Data(soap, n); else __ptr = new ns__Data[n]; } ns__Data& arrayOfData::operator[](int i) const { assert(__ptr && i >= 0 && i < __size); return __ptr[i]; } //////////////////////////////////////////////////////////////////////////////// // // arrayOfName class // //////////////////////////////////////////////////////////////////////////////// arrayOfName::arrayOfName() { __ptr = NULL; __size = 0; soap = NULL; } arrayOfName::arrayOfName(struct soap *soap, int n) { __ptr = NULL; __size = 0; this->soap = soap; resize(n); } arrayOfName::~arrayOfName() { resize(0); } int arrayOfName::size() { return __size; } void arrayOfName::resize(int n) { if (__ptr) { if (soap) // if created by soap environment soap_delete(soap, __ptr); // then delete else free(__ptr); } __size = n; if (n <= 0) __ptr = NULL; else { if (soap) __ptr = (char**)soap_malloc(soap, sizeof(char*) * n); else __ptr = (char**)malloc(sizeof(char*) * n); memset(__ptr, 0, n); } } char*& arrayOfName::operator[](int i) const { assert(__ptr && i >= 0 && i < __size); return __ptr[i]; } gsoap-2.8.28/gsoap/samples/dime/README.txt0000644000175000017500000000264612653650154017474 0ustar ellertellertExample DIME attachment processing. Note: DIME attachments are deprecated in favor of MTOM attachments. This demo illustrates streaming DIME attachments. DIME is an efficient binary attachment format. DIME has been deprecated by the DIME authors in favor of MTOM MIME-based attachments. Client and server examples are included. Both use streaming DIME attachment processing using data handlers. The service implements three streaming operations: putData stores multiple data sets on the server and returns named references to each data set getData retrieves data sets given named references. getImage is an example file-based image retrieval method Usage (server side): For stand-alone Web service functionality, run from the command line with port number as command line argument: dimeserver 8085 & Usage (client side): dimeclient dimeclient name dimeclient [-p] [-g] name ... dimeclient Without args retrieves image.jpg dimeclient name Retrieves image stored under name dimeclient -p name1 name2 ... Stores files name1, name2, etc. The storage keys are printed. The keys provide access to the data on the server. dimeclient -g name1 name2 ... Retrieves files stored under keys name1, name2, etc. The keys must correspond to the keys returned when storing files. Files are stored locally under the key name. All files are stored and retrieved in the current directory. gsoap-2.8.28/gsoap/samples/dime/Makefile.am0000644000175000017500000000121612653650154020022 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = dimeclient dimeserver SOAPHEADER = dime.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = dime.nsmap dime.wsdl dimeclient_SOURCES = dimeclient.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) dimeclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) dimeserver_SOURCES = dimeserver.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) dimeserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) -lpthread gsoap-2.8.28/gsoap/samples/dime/dimeclient.cpp0000644000175000017500000003006512653650154020613 0ustar ellertellert/* dimeclient.cpp Example streaming DIME client for DIME server (dimeserver.cpp). Supports three methods: putData stores multiple data sets on the server and returns named references to each data set getData retrieves data sets given named references. getImage is an example file-based image retrieval method Change the endpoint in dime.h to your needs. Copyright (C) 2000-2003 Robert A. van Engelen, Genivia, Inc. All Rights Reserved. Usage (server): Start dimeserver on your host at port 8085 (see dimeserver.cpp): dimeserver 8085 & Usage (client): dimeclient dimeclient name dimeclient [-p] [-g] name ... dimeclient Without args retrieves image.jpg dimeclient name Retrieves image stored under name dimeclient -p name1 name2 ... Stores files name1, name2, etc. The storage keys are printed. The keys provide access to the data on the server. dimeclient -g name1 name2 ... Retrieves files stored under keys name1, name2, etc. The keys must correspond to the keys returned when storing files. Files are stored locally under the key name. Unix/Linux: add a sigpipe handler to avoid broken pipes. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "dime.nsmap" #include // use the default endpoint set in dime.h for demo: const char *endpoint = NULL; // use the localhost for -p and -g (put and get): const char *localhost = "http://localhost:8085"; //////////////////////////////////////////////////////////////////////////////// // // Forward decls // //////////////////////////////////////////////////////////////////////////////// static void putData(struct soap*, int, char**); static void getData(struct soap*, int, char**); static void getImage(struct soap*, char*); static void saveData(ns__Data&, const char*); //////////////////////////////////////////////////////////////////////////////// // // Streaming DIME attachment content handlers // //////////////////////////////////////////////////////////////////////////////// static void *dime_read_open(struct soap*, void*, const char*, const char*, const char*); static void dime_read_close(struct soap*, void*); static size_t dime_read(struct soap*, void*, char*, size_t); static void *dime_write_open(struct soap*, const char*, const char*, const char*); static void dime_write_close(struct soap*, void*); static int dime_write(struct soap*, void*, const char*, size_t); //////////////////////////////////////////////////////////////////////////////// // // Main // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { struct soap soap; // use HTTP 1.1 chunking // HTTP chunking allows streaming of DIME content without requiring DIME attachment size to be set // DIME attachments can be streamed without chunking ONLY if the attachment size is set soap_init1(&soap, SOAP_IO_CHUNK); // set DIME callbacks soap.fdimereadopen = dime_read_open; soap.fdimereadclose = dime_read_close; soap.fdimeread = dime_read; soap.fdimewriteopen = dime_write_open; soap.fdimewriteclose = dime_write_close; soap.fdimewrite = dime_write; // connect timeout value (not supported by Linux) soap.connect_timeout = 10; // IO timeouts soap.send_timeout = 30; soap.recv_timeout = 30; // Unix/Linux SIGPIPE, this is OS dependent: // soap.accept_flags = SO_NOSIGPIPE; // some systems like this // soap.socket_flags = MSG_NOSIGNAL; // others need this // signal(SIGPIPE, sigpipe_handle); // or a sigpipe handler (portable) if (argc < 3) { char *name; if (argc < 2) name = (char*)"image.jpg"; else name = argv[1]; getImage(&soap, name); } else { switch (argv[1][1]) { case 'p': endpoint = localhost; putData(&soap, argc, argv); break; case 'g': endpoint = localhost; getData(&soap, argc, argv); break; default: fprintf(stderr, "Usage: [-p] [-g] name ...\n"); exit(0); } } soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Helper functions // //////////////////////////////////////////////////////////////////////////////// static void putData(struct soap *soap, int argc, char **argv) { arrayOfData data; arrayOfName names; data.resize(argc - 2); for (int i = 2; i < argc; i++) { data[i - 2].__ptr = (unsigned char*)argv[i]; // MUST set id or type to enable DIME // zero size indicates streaming DIME (this requires HTTP chunking) data[i - 2].type = (char*)""; } if (soap_call_ns__putData(soap, endpoint, NULL, &data, &names)) soap_print_fault(soap, stderr); else { printf("Data stored with keys:\n"); for (int j = 0; j < names.size(); j++) printf("\t%s\n", names[j]); printf("Use these keys to retrieve the data\n"); } } static void getData(struct soap *soap, int argc, char **argv) { arrayOfData data; arrayOfName names; names.resize(argc - 2); for (int i = 2; i < argc; i++) names[i - 2] = argv[i]; soap->user = (void*)names.__ptr; if (soap_call_ns__getData(soap, endpoint, NULL, &names, &data)) soap_print_fault(soap, stderr); else { for (int j = 0; j < data.size(); j++) if (!data[j].id) saveData(data[j], argv[j + 2]); printf("Data retrieved\n"); } } static void getImage(struct soap *soap, char *name) { ns__Data image; arrayOfName temp; temp.resize(1); temp[0] = name; soap->user = (void*)temp.__ptr; if (soap_call_ns__getImage(soap, endpoint, NULL, name, image)) soap_print_fault(soap, stderr); else if (image.id) { if (image.__size) printf("Got image %s size=%d type=%s through streaming DIME\n", name, image.__size, image.type?image.type:""); else printf("Got image %s type=%s through chunked streaming DIME\n", name, image.type?image.type:""); } else { printf("Got image %s\n", name); saveData(image, name); } } static void saveData(ns__Data& data, const char *name) { char *buf = (char*)data.__ptr; int len = data.__size; FILE *fd = fopen(name, "wb"); if (!fd) { fprintf(stderr, "Cannot save file %s\n", name); return; } while (len) { size_t nwritten = fwrite(buf, 1, len, fd); if (!nwritten) { fprintf(stderr, "Cannot write to %s\n", name); return; } len -= nwritten; buf += nwritten; } printf("Saved file %s\n", name); } //////////////////////////////////////////////////////////////////////////////// // // Streaming DIME attachment content handlers // //////////////////////////////////////////////////////////////////////////////// static void *dime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *options) { FILE *fd; // we should return NULL without setting soap->error if we don't want to use the streaming callback for this DIME attachment. The handle contains the non-NULL __ptr field value which should have been set in the application. // return value of this function will be passed on to the fdimeread and fdimereadclose callbacks. The return value will not affect the __ptr field. fd = fopen((char*)handle, "rb"); return (void*)fd; } static void dime_read_close(struct soap *soap, void *handle) { fclose((FILE*)handle); } static size_t dime_read(struct soap *soap, void *handle, char *buf, size_t len) { return fread(buf, 1, len, (FILE*)handle); } static void *dime_write_open(struct soap *soap, const char *id, const char *type, const char *options) { // we can return NULL without setting soap->error if we don't want to use the streaming callback for this DIME attachment FILE *handle = NULL; char *name; // get file name from options (here we assume it's not '\0' terminated), but the gsoap engine adds NULs to DIME options after reading content if (options) { size_t len = ((unsigned char)options[2] << 8) | ((unsigned char)options[3]); // option string length name = (char*)soap_malloc(soap, len + 1); strncpy(name, options + 4, len); name[len] = '\0'; handle = fopen(name, "wb"); if (!handle) { soap->error = SOAP_EOF; // could not open file for writing soap->errnum = errno; // get reason return NULL; } } else soap->error = soap_receiver_fault(soap, "Cannot save to file, because no file name was present in attachment", NULL); return (void*)handle; } static void dime_write_close(struct soap *soap, void *handle) { fclose((FILE*)handle); } static int dime_write(struct soap *soap, void *handle, const char *buf, size_t len) { while (len) { size_t nwritten = fwrite(buf, 1, len, (FILE*)handle); if (!nwritten) { soap->errnum = errno; // get reason return SOAP_EOF; } len -= nwritten; buf += nwritten; } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // ns__Data class // //////////////////////////////////////////////////////////////////////////////// ns__Data::ns__Data() { __ptr = NULL; __size = 0; id = NULL; type = NULL; options = NULL; soap = NULL; } //////////////////////////////////////////////////////////////////////////////// // // arrayOfData class // //////////////////////////////////////////////////////////////////////////////// arrayOfData::arrayOfData() { __ptr = NULL; __size = 0; soap = NULL; } arrayOfData::arrayOfData(struct soap *soap, int n) { __ptr = NULL; __size = 0; this->soap = soap; resize(n); } arrayOfData::~arrayOfData() { resize(0); } int arrayOfData::size() { return __size; } void arrayOfData::resize(int n) { if (__ptr) { if (soap) // if created by soap environment soap_delete(soap, __ptr); // then delete else delete[] __ptr; } __size = n; if (n <= 0) __ptr = NULL; else if (soap) __ptr = soap_new_ns__Data(soap, n); else __ptr = new ns__Data[n]; } ns__Data& arrayOfData::operator[](int i) const { assert(__ptr && i >= 0 && i < __size); return __ptr[i]; } //////////////////////////////////////////////////////////////////////////////// // // arrayOfName class // //////////////////////////////////////////////////////////////////////////////// arrayOfName::arrayOfName() { __ptr = NULL; __size = 0; soap = NULL; } arrayOfName::arrayOfName(struct soap *soap, int n) { __ptr = NULL; __size = 0; this->soap = soap; resize(n); } arrayOfName::~arrayOfName() { resize(0); } int arrayOfName::size() { return __size; } void arrayOfName::resize(int n) { if (__ptr) { if (soap) // if created by soap environment soap_delete(soap, __ptr); // then delete else free(__ptr); } __size = n; if (n <= 0) __ptr = NULL; else { if (soap) __ptr = (char**)soap_malloc(soap, sizeof(char*) * n); else __ptr = (char**)malloc(sizeof(char*) * n); memset(__ptr, 0, n); } } char*& arrayOfName::operator[](int i) const { assert(__ptr && i >= 0 && i < __size); return __ptr[i]; } gsoap-2.8.28/gsoap/samples/dime/dime.h0000644000175000017500000000530112653650154017054 0ustar ellertellert/* -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: dime //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/dime.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/dimesrv.cgi //gsoap ns schema namespace: urn:dime //gsoap ns schema type-documentation: Data contains DIME attachment data class ns__Data { unsigned char *__ptr; /* points to data */ int __size; /* size of data */ char *id; /* dime attachment ID (set to NULL to obtain unique cid) */ char *type; /* dime attachment content type */ char *options; /* dime attachment options (optional) */ ns__Data(); struct soap *soap; /* soap context that created this instance */ }; class arrayOfData /* SOAP array of data */ { ns__Data *__ptr; int __size; arrayOfData(); arrayOfData(struct soap*, int); virtual ~arrayOfData(); int size(); void resize(int); ns__Data& operator[](int) const; struct soap *soap; }; class arrayOfName /* SOAP array of strings */ { char **__ptr; int __size; arrayOfName(); arrayOfName(struct soap*, int); virtual ~arrayOfName(); int size(); void resize(int); char*& operator[](int) const; struct soap *soap; }; int ns__putData(arrayOfData *data, arrayOfName *names); int ns__getData(arrayOfName *names, arrayOfData *data); int ns__getImage(char *name, ns__Data &image); gsoap-2.8.28/gsoap/samples/udp/0000755000175000017500000000000012653650172015640 5ustar ellertellertgsoap-2.8.28/gsoap/samples/udp/udp.wsdl0000644000175000017500000001143212653650156017326 0ustar ellertellert Demo (anonymous) request-response MEP over UDP Demo one-way MEP over UDP gSOAP 2.8.28 generated service definition gsoap-2.8.28/gsoap/samples/udp/Makefile.in0000644000175000017500000004567212653650156017725 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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install-data-am install-dvi install-dvi-am \ install-exec install-exec-am install-html install-html-am \ install-info install-info-am install-man install-pdf \ install-pdf-am install-ps install-ps-am install-strip \ installcheck installcheck-am installdirs maintainer-clean \ maintainer-clean-generic mostlyclean mostlyclean-compile \ mostlyclean-generic pdf pdf-am ps ps-am tags tags-am uninstall \ uninstall-am $(SOAP_C_SRC) : $(SOAPHEADER) $(SOAP) -cL -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/udp/udpclient.c0000644000175000017500000000733512653650156020005 0ustar ellertellert/* udpclient.c SOAP-over-UDP demo client with zlib compression and WS-Addressing -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "udp.nsmap" #define SERVER "soap.udp://localhost:10000" // use NULL for address set in WSDL int main(int argc, char **argv) { struct soap soap; struct SOAP_ENV__Header header; struct wsa__EndpointReferenceType replyTo; char *res; char *mid1 = "id1"; char *mid2 = "id2"; if (argc > 1) mid1 = argv[1]; if (argc > 2) mid2 = argv[2]; soap_init(&soap); soap.send_timeout = 1; soap.recv_timeout = 1; /* To compress the request message (compile with -DWITH_GZIP): */ #ifdef WITH_GZIP soap_set_omode(&soap, SOAP_ENC_ZLIB); #endif /* To transmit MIME attachments: soap_set_mime(&soap, NULL, NULL); soap_set_mime_attachment(&soap, "abc", 3, SOAP_MIME_7BIT, "text/xml", "cid:abc", NULL, NULL); */ /* To transmit DIME attachments: soap_set_dime(&soap); soap_set_dime_attachment(&soap, "abc", 3, "cid:abc", "text/xml", 0, NULL); */ /* Prepare SOAP Header */ soap_default_SOAP_ENV__Header(&soap, &header); soap.header = &header; soap_default_wsa__EndpointReferenceType(&soap, &replyTo); replyTo.Address = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous"; /* Set WS-Addressing elements for request-response unicast */ header.wsa__MessageID = mid1; /* or use soap_wsa_rand_uuid(soap) for UUID */ header.wsa__To = "http://genivia.com/udp/server"; header.wsa__Action = "http://genivia.com/udp/echoString"; header.wsa__ReplyTo = &replyTo; /* Make request-response call */ if (soap_call_ns__echoString(&soap, SERVER, NULL, "hello world!", &res)) { if (soap.error == SOAP_EOF && soap.errnum == 0) printf("Timeout: message probably already delivered\n"); else soap_print_fault(&soap, stderr); } else printf("UDP server response: %s\n", res); /* Reset the SOAP Header */ soap_default_SOAP_ENV__Header(&soap, &header); soap.header = &header; /* Set WS-Addressing elements for one-way unicast */ header.wsa__MessageID = mid2; /* or use soap_wsa_rand_uuid(soap) for UUID */ header.wsa__To = "http://genivia.com/udp/server"; header.wsa__Action = "http://genivia.com/udp/sendString"; /* Send one-way message */ if (soap_send_ns__sendString(&soap, NULL, NULL, "hello world!")) soap_print_fault(&soap, stderr); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return 0; } gsoap-2.8.28/gsoap/samples/udp/udp.h0000644000175000017500000001044712653650156016611 0ustar ellertellert/* udp.h SOAP-over-UDP demo specification for udpclient and udpserver examples Requires WS-Addressing from import/wsa.h -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //////////////////////////////////////////////////////////////////////////////// // // Import WS-Addressing // //////////////////////////////////////////////////////////////////////////////// //gsoap wsa schema import: http://schemas.xmlsoap.org/ws/2004/08/addressing #import "wsa.h" // wsa.h is in the import directory //////////////////////////////////////////////////////////////////////////////// // // Demo UDP service // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service name: udp //gsoap ns service namespace: urn:gsoap-udp-demo //gsoap ns service location: soap.udp://localhost:10000 // I would have assumed UDP transport to be defined in the WSDL bindings, // but this doesn't appear to be possible, so we will use the default HTTP // transport binding and omit the transport directive below. // ---> //gsoap ns service transport: ... ??? //////////////////////////////////////////////////////////////////////////////// // // SOAP-over-UDP SOAP Headers with WS-Addressing // //////////////////////////////////////////////////////////////////////////////// struct SOAP_ENV__Header { mustUnderstand _wsa__MessageID wsa__MessageID 0; ///< WS-Addressing mustUnderstand _wsa__RelatesTo *wsa__RelatesTo 0; ///< WS-Addressing mustUnderstand _wsa__From *wsa__From 0; ///< WS-Addressing mustUnderstand _wsa__ReplyTo *wsa__ReplyTo 0; ///< WS-Addressing mustUnderstand _wsa__FaultTo *wsa__FaultTo 0; ///< WS-Addressing mustUnderstand _wsa__To wsa__To 0; ///< WS-Addressing mustUnderstand _wsa__Action wsa__Action 0; ///< WS-Addressing }; //////////////////////////////////////////////////////////////////////////////// // // echoString (anonymous) request-response MEP over UDP // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service method-documentation: echoString Demo (anonymous) request-response MEP over UDP //gsoap ns service method-header-part: echoString wsa__MessageID //gsoap ns service method-header-part: echoString wsa__To //gsoap ns service method-header-part: echoString wsa__Action //gsoap ns service method-input-header-part: sendString wsa__ReplyTo //gsoap ns service method-output-header-part: echoString wsa__RelatesTo int ns__echoString(char *str, char **res); //////////////////////////////////////////////////////////////////////////////// // // sendString one-way MEP over UDP // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service method-documentation: sendString Demo one-way MEP over UDP //gsoap ns service method-header-part: sendString wsa__MessageID //gsoap ns service method-header-part: sendString wsa__To //gsoap ns service method-header-part: sendString wsa__Action int ns__sendString(char *str, void); gsoap-2.8.28/gsoap/samples/udp/README.txt0000644000175000017500000002137512653650156017350 0ustar ellertellert SOAP-over-UDP Conformance ----------- The SOAP-over-UDP specification relies on WS-Addressing. The WS-Addressing.h file defines the WS-Addressing elements for client and server applications. The implementation conforms to the SOAP-over-UDP requirements: * SOAP-over-UDP server endpoint URL format: soap.udp://host:port/path * Support one-way message-exchange pattern (MEP) where a SOAP envelope is carried in a user datagram. * Support request-response message-exchange pattern (MEP) where SOAP envelopes are carried in user datagrams. * Support multicast transmission of SOAP envelopes carried in user datagrams. * Support both SOAP 1.1 and SOAP 1.2 envelopes. The SOAP-over-UDP specification can be found at: http://msdn.microsoft.com/library/default.asp?url=/library/en-us/dnglobspec/html/soap-over-udp.asp Features -------- The following additional features are also available: * Zlib/gzip message compression (compile -DWITH_GZIP and link with -lgsoapssl). * SOAP with DIME attachments over UDP. * SOAP with MIME attachments (SwA) over UDP. * Support for IPv6 (compile -DWITH_IPV6) Message retransmission ---------------------- Retransmission is implemented using a retry and exponential back-off algorithm as per SOAP-over-UDP retransmission requirements, see SOAP-over-UDP Appendix I. Duplicate message detection --------------------------- The user is responsible for implementing a duplicate message detection algorithm, see SOAP-over-UDP Appendix II. An example algorithm is given in udpserver.c Closing the socket ------------------ The socket is not automatically closed. At the server side the socket should never be closed (its bound). At the client side the socket is closed with soap_done() or soap_free(). Or close the socket explicitly with soap_closesocket(soap.socket). Usage ----- * Header file: //gsoap wsa schema import: http://schemas.xmlsoap.org/ws/2004/08/addressing #import "was.h" struct SOAP_ENV__Header { mustUnderstand wsa__AttributedURI wsa__MessageID 0; mustUnderstand struct wsa__Relationship *wsa__RelatesTo 0; mustUnderstand struct wsa__EndpointReferenceType *wsa__From 0; mustUnderstand struct wsa__EndpointReferenceType *wsa__ReplyTo 0; mustUnderstand struct wsa__EndpointReferenceType *wsa__FaultTo 0; mustUnderstand struct wsa__EndpointReferenceType *wsa__Recipient 0; mustUnderstand wsa__AttributedURI wsa__To 0; mustUnderstand wsa__AttributedURI wsa__Action 0; }; ... your declarations go here (request-response and one-way) ... ... for example: int ns__echoString(char *str, char **res); int ns__sendString(char *str, void); int ns__sendStringResponse(char *res, void); * Client-side one-way unicast/multicast: struct soap soap; struct SOAP_ENV__Header header; soap_init(&soap); if (multicast) soap.connect_flags = SO_BROADCAST; soap.send_timeout = 1; // 1s timeout soap_default_SOAP_ENV__Header(&soap, &header); soap.header = &header; header.wsa__MessageID = ""; header.wsa__To = ""; header.wsa__Action = ""; if (soap_send_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!")) soap_print_fault(&soap, stderr); soap_destroy(&soap); // cleanup soap_end(&soap); // cleanup soap_done(&soap); // close connection (should not use soap struct after this) * Client-side request-response unicast: struct soap soap; struct SOAP_ENV__Header header; struct wsa__EndpointReferenceType replyTo; char *res; soap_init(&soap); soap.send_timeout = 1; // 1s timeout soap.recv_timeout = 1; // 1s timeout soap_default_SOAP_ENV__Header(&soap, &header); soap.header = &header; soap_default_wsa__EndpointReferenceType(&soap, &replyTo); replyTo.Address = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous"; header.wsa__MessageID = ""; header.wsa__To = ""; header.wsa__Action = ""; header.wsa__ReplyTo = &replyTo; if (soap_call_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!", &res)) { if (soap.error == SOAP_EOF && soap.errnum == 0) printf("Timeout: message probably already delivered\n"); else soap_print_fault(&soap, stderr); } else printf("UDP server response: %s\n", res); soap_destroy(&soap); // cleanup soap_end(&soap); // cleanup soap_done(&soap); // close connection (should not use soap struct after this) * Client-side request-response multicast: struct soap soap; struct SOAP_ENV__Header header; struct wsa__EndpointReferenceType replyTo; char *res; soap_init(&soap); soap.connect_flags = SO_BROADCAST; soap.send_timeout = 1; // 1s timeout soap.recv_timeout = 1; // 1s timeout soap_default_SOAP_ENV__Header(&soap, &header); soap.header = &header; soap_default_wsa__EndpointReferenceType(&soap, &replyTo); replyTo.Address = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous"; header.wsa__MessageID = ""; header.wsa__To = ""; header.wsa__Action = ""; header.wsa__ReplyTo = &replyTo; if (soap_send_ns__echoString(&soap, "soap.udp://...", NULL, "hello world!")) soap_print_fault(&soap, stderr); else { for (;;) { if (soap_recv_ns__sendStringResponse(&soap, &res)) break; printf("Multicast response: %s\n", res); } if (soap.error == SOAP_EOF && soap.errnum == 0) printf("Timeout: no more messages received\n"); else soap_print_fault(&soap, stderr); } soap_destroy(&soap); // cleanup soap_end(&soap); // cleanup soap_done(&soap); // close connection (should not use soap struct after this) * Server-side struct soap soap; soap_init1(&soap, SOAP_IO_UDP); // must set UDP flag if (!soap_valid_socket(soap_bind(&soap, host, port, 100))) { soap_print_fault(&soap, stderr); exit(1); } for (;;) { if (soap_serve(&soap)) soap_print_fault(&soap, stderr); // just report the problem soap_destroy(&soap); soap_end(&soap); } soap_done(&soap); ... int ns__echoString(struct soap *soap, char *str, char **res) { if (!soap->header) return soap_sender_fault(soap, "No SOAP header", NULL); if (!soap->header->wsa__MessageID) return soap_sender_fault(soap, "No WS-Addressing MessageID", NULL); soap->header->wsa__RelatesTo = (struct wsa__Relationship*)soap_malloc(soap, sizeof(struct wsa__Relationship)); soap_default_wsa__Relationship(soap, soap->header->wsa__RelatesTo); soap->header->wsa__RelatesTo->__item = soap->header->wsa__MessageID; // must check for duplicate messages if (check_received(soap->header->wsa__MessageID)) { printf("Request message %s already received\n", soap->header->wsa__MessageID); return SOAP_STOP; // don't return response } if (!soap->header->wsa__ReplyTo || !soap->header->wsa__ReplyTo->Address) return soap_sender_fault(soap, "No WS-Addressing ReplyTo address", NULL); soap->header->wsa__To = soap->header->wsa__ReplyTo->Address; soap->header->wsa__MessageID = soap_strdup(soap, soap_int2s(soap, id_count++)) ; soap->header->wsa__Action = "http://genivia.com/udp/echoStringResponse"; *res = str; return SOAP_OK; } ... int ns__sendString(struct soap *soap, char *str) { if (!soap->header) return SOAP_STOP; if (!soap->header->wsa__MessageID) return SOAP_STOP; // must check for duplicate messages if (check_received(soap->header->wsa__MessageID)) return SOAP_STOP; return SOAP_OK; } ... int ns__sendStringResponse(struct soap *soap, char *res) { return SOAP_NO_METHOD; } // we don't expect to serve this message Built steps ----------- A Makefile is included to build client and server applications. To build the example client: make udpclient To build the example server: make udpserver To generate the wsa.h file: wsdl2h -c -t ../../WS/WS-typemap.dat -o wsa.h http://schemas.xmlsoap.org/ws/2004/08/addressing Then manually replace in WS-Addressing.h //gsoapopt cw with //gsoapopt c to ensure .wsdl and .xsd files are generated for your Web service applications. Example run ----------- Start udpserver in a shell window (window 1): $ ./udpserver Execute udpclient in another shell window (window 2): $ ./udpclient Window 1 displays (server): Accepting requests... Request message id1 accepted Response message 1 returned Accepting requests... One-way message id2 accepted and serviced Accepting requests... Window 2 displays (client): UDP server response: hello world! Re-execute the udpclient (window 2): $ ./udpclient Window 1 displays (server): Request message id1 already received SOAP FAULT: SOAP-ENV:Client "Stopped: no response sent" Accepting requests... One-way message id2 already received Accepting requests... Window 2 displays (client): Timeout: message probably already delivered gsoap-2.8.28/gsoap/samples/udp/udpserver.c0000644000175000017500000001500212653650156020023 0ustar ellertellert/* udpserver.c SOAP-over-UDP demo server with zlib compression and WS-Addressing -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "udp.nsmap" #define MAX_HISTORY (1000) char *received_id[MAX_HISTORY]; int last_received; void init_received(); int check_received(const char *id); int id_count = 1; #define MULTICAST_GROUP (NULL) /* use a group IP such as "225.0.0.37" */ #define PORT 10000 int main() { struct soap soap; init_received(); soap_init1(&soap, SOAP_IO_UDP); /* reuse address */ soap.bind_flags = SO_REUSEADDR; /* bind */ if (!soap_valid_socket(soap_bind(&soap, NULL, PORT, 100))) { soap_print_fault(&soap, stderr); exit(1); } /* optionally join a multicast group */ if (MULTICAST_GROUP) { struct ip_mreq mreq; mreq.imr_multiaddr.s_addr = inet_addr(MULTICAST_GROUP); mreq.imr_interface.s_addr = htonl(INADDR_ANY); if (setsockopt(soap.socket, IPPROTO_IP, IP_ADD_MEMBERSHIP, &mreq, sizeof(mreq)) < 0) exit(1); } /* serve requests */ for (;;) { printf("Accepting requests\n"); /* accept (not really needed for UDP, so can be omitted) */ if (!soap_valid_socket(soap_accept(&soap))) { soap_print_fault(&soap, stderr); exit(1); } if (soap_serve(&soap)) soap_print_fault(&soap, stderr); soap_destroy(&soap); soap_end(&soap); } soap_done(&soap); return 0; } void init_received() { int i; for (i = 0; i < MAX_HISTORY; i++) received_id[i] = NULL; last_received = 0; } int check_received(const char *id) { int i; if (!id) return 1; /* Check if Message ID already received */ for (i = 0; i < MAX_HISTORY; i++) { if (received_id[i] && !strcmp(id, received_id[i])) return 1; } if (received_id[last_received]) free(received_id[last_received]); received_id[last_received++] = strdup(id); /* Wrap to overwrite old IDs */ if (last_received >= MAX_HISTORY) last_received = 0; return 0; } int check_header(struct soap *soap) { /* MUST have received a SOAP Header */ if (!soap->header) return soap_sender_fault(soap, "No SOAP header", NULL); /* ... with a Message ID */ if (!soap->header->wsa__MessageID) return soap_sender_fault(soap, "No WS-Addressing MessageID", NULL); soap->header->wsa__RelatesTo = (struct wsa__Relationship*)soap_malloc(soap, sizeof(struct wsa__Relationship)); soap_default_wsa__Relationship(soap, soap->header->wsa__RelatesTo); soap->header->wsa__RelatesTo->__item = soap->header->wsa__MessageID; return SOAP_OK; } int ns__echoString(struct soap *soap, char *str, char **res) { char port[16]; /* Get Header info and setup response Header */ if (check_header(soap)) { printf("Malformed header\n"); return SOAP_FAULT; /* there was a problem */ } /* If message with MessageID already received, ignore it */ if (check_received(soap->header->wsa__MessageID)) { printf("Request message %s already received\n", soap->header->wsa__MessageID); return SOAP_STOP; } /* Get name of client */ getnameinfo((struct sockaddr*)&soap->peer, soap->peerlen, soap->host, sizeof(soap->host), port, 16, NI_DGRAM | NI_NAMEREQD | NI_NUMERICSERV); printf("Request message %s from %s:%s accepted\n", soap->header->wsa__MessageID, soap->host, port); /* Check ReplyTo has Address */ if (!soap->header->wsa__ReplyTo || !soap->header->wsa__ReplyTo->Address) return soap_sender_fault(soap, "No WS-Addressing ReplyTo address", NULL); /* Copy Header info into response Header */ soap->header->wsa__To = soap->header->wsa__ReplyTo->Address; /* Add info to response Header */ soap->header->wsa__MessageID = soap_strdup(soap, soap_int2s(soap, id_count++)); soap->header->wsa__Action = "http://genivia.com/udp/echoStringResponse"; /* Copy request string into response string */ printf("Response message %s returned\n", soap->header->wsa__MessageID); *res = str; return SOAP_OK; } int ns__sendString(struct soap *soap, char *str) { if (check_header(soap)) printf("Malformed header\n"); else if (check_received(soap->header->wsa__MessageID)) printf("One-way message %s already received\n", soap->header->wsa__MessageID); else printf("One-way message %s accepted and serviced\n", soap->header->wsa__MessageID); return SOAP_OK; } int SOAP_ENV__Fault(struct soap *soap, char *faultcode, char *faultstring, char *faultactor, struct SOAP_ENV__Detail *detail, struct SOAP_ENV__Code *SOAP_ENV__Code, struct SOAP_ENV__Reason *SOAP_ENV__Reason, char *SOAP_ENV__Node, char *SOAP_ENV__Role, struct SOAP_ENV__Detail *SOAP_ENV__Detail) { printf("Received one-way SOAP Fault message:\n"); /* populate the fault struct from the operation arguments to print it */ soap_fault(soap); /* SOAP 1.1 */ soap->fault->faultcode = faultcode; soap->fault->faultstring = faultstring; soap->fault->faultactor = faultactor; soap->fault->detail = detail; /* SOAP 1.2 */ soap->fault->SOAP_ENV__Code = SOAP_ENV__Code; soap->fault->SOAP_ENV__Reason = SOAP_ENV__Reason; soap->fault->SOAP_ENV__Node = SOAP_ENV__Node; soap->fault->SOAP_ENV__Role = SOAP_ENV__Role; soap->fault->SOAP_ENV__Detail = SOAP_ENV__Detail; /* set error */ soap->error = SOAP_FAULT; soap_print_fault(soap, stdout); return soap_send_empty_response(soap, SOAP_OK); /* HTTP 202 Accepted */ } gsoap-2.8.28/gsoap/samples/udp/Makefile.am0000644000175000017500000000077012653650156017702 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = udpclient udpserver SOAPHEADER = udp.h include ../Makefile.defines include ../Makefile.c_rules SOAP_NS = udp.nsmap udpclient_SOURCES = udpclient.c $(SOAPHEADER) $(SOAP_C_CLIENT) udpserver_SOURCES = udpserver.c $(SOAPHEADER) $(SOAP_C_SERVER) gsoap-2.8.28/gsoap/samples/template/0000755000175000017500000000000012653650172016663 5ustar ellertellertgsoap-2.8.28/gsoap/samples/template/primes.cpp0000644000175000017500000000556612653650156020704 0ustar ellertellert/* primes.cpp Prime sieve example that demsontrates the use of a user-defined simple_vector container and auto-generated code to display the container contents in XML. Build: > soapcpp2 -CS primes.h > c++ -o primes primes.cpp soapC.cpp stdsoap2.cpp Usage: > ./primes -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // include all generated header files: #include "soapH.h" #include int main() { primes p; // also instantiates the 'soap' context p.sieve(100); // sieve primes primes q; q = p; // to show that copy constructor and assignment are OK q.write(); // write primes in XML return 0; } // sieving primes in the simple_vector<> container: void primes::sieve(int n) { prime.clear(); prime.insert(prime.end(), 1); prime.insert(prime.end(), 2); for (int i = 3; i <= n; i += 2) { bool composite = false; for (simple_vector::const_iterator j = prime.begin(); j != prime.end(); ++j) { if (*j != 1 && i % *j == 0) { composite = true; break; } } if (!composite) prime.insert(prime.end(), i); } } // the writer uses the fact that the primes class inherits the context: void primes::write() { soap_set_omode(this, SOAP_XML_INDENT); // show with indentation please soap_write_primes(this, this); // soap_write_prime is generated } // the destructor cleans up the 'soap' context primes::~primes() { soap_destroy(this); soap_end(this); } // we need a dummy namespace table, even though we don't use XML namespaces: SOAP_NMAC struct Namespace namespaces[] = { {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/template/Makefile.in0000644000175000017500000004530412653650156020740 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; 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In order for the auto-generated XML serializers to work for templates, we must define at least these methods: void clear() iterator begin() const_iterator begin() const iterator end() const_iterator end() const size_t size() const iterator insert(iterator pos, const_reference val) where begin() gives a forward iterator over the container. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // declare the simple_vector<> template: #include template class simple_vector { public: typedef T value_type; typedef value_type * pointer; typedef const value_type * const_pointer; typedef value_type & reference; typedef const value_type & const_reference; typedef pointer iterator; typedef const_pointer const_iterator; protected: iterator head; iterator tail; size_t capacity; public: simple_vector() { head = tail = NULL; } simple_vector(const simple_vector& v) { operator=(v); } ~simple_vector() { if (head) delete[] head; } void clear() { tail = head; } /* the member functions below are required for (de)serialization of templates */ iterator begin() { return head; } const_iterator begin() const { return head; } iterator end() { return tail; } const_iterator end() const { return tail; } size_t size() const { return tail - head; } iterator insert(iterator pos, const_reference val) { if (!head) head = tail = new value_type[capacity = 1]; else if (tail >= head + capacity) { iterator i = head; iterator j = new value_type[capacity *= 2]; iterator k = j; while (i < tail) *k++ = *i++; if (pos) pos = j + (pos - head); tail = j + (tail - head); delete[] head; head = j; } if (pos && pos >= head && pos < tail) { iterator i = tail; iterator j = i - 1; while (j != pos) *i-- = *j--; *pos = val; } else { pos = tail; *tail++ = val; } return pos; } simple_vector& operator=(const simple_vector& v) { head = tail = NULL; capacity = v.capacity; if (v.head) { head = tail = new value_type[capacity]; iterator i = v.head; while (i != v.tail) *tail++ = *i++; } return *this; } }; gsoap-2.8.28/gsoap/samples/template/primes.h0000644000175000017500000000370012653650156020335 0ustar ellertellert/* primes.h Declarations for the soapcpp2 compiler to define a primes class derived from the 'soap' context and to define a simple_vector template. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // declare the simple_vector<> template: template class simple_vector; // declare a primes class that inherits a context for SOAP/XML serialization: class primes: struct soap { public: simple_vector prime; // container of ints void sieve(int n); void write(); virtual ~primes(); }; // #include is deferred to the generated code, which will then include the defs: #include "simple_vector.h" // defines simple_vector<> gsoap-2.8.28/gsoap/samples/template/README.txt0000644000175000017500000000551212653650156020366 0ustar ellertellert How container templates are serialized ====================================== In the gSOAP header file (the file processed by soapcpp2) a container template can be declared as follows: template class mycontainer; and mycontainer can be used as needed in the same gSOAP header file to serialize mycontainers of values in XML similar to std::vector: mycontainer ... mycontainer ... etc Compare this to: std::vector Note that the template class code itself should NOT be defined anywhere in the header file, but separately in a header file. You can include this header file with (not import): #include "mycontainer.h" // do not use #import: need mycontainer.h later That is, The "real" container template must be defined in a regular header file and implemented. For XML serialization to work with the template, the template class C container must define at least the following public members: void C::clear() C::iterator C::begin() C::const_iterator C::begin() const C::iterator C::end() C::const_iterator C::end() const size_t C::size() const C::iterator C::insert(C::iterator pos, const T& val) These members allow the gSOAP serializers to read and write the container content from/to XML. Of course, how you define these is up to you. A container can also store just one value, or you can use it to serialize trees and graphs, or even produce and consume content dynamically. You could define the templates as processors of (de)serialized XML content embedded in XML messages. Because the serializers are invoked twice to send a message over HTTP (one pass to compute the content length when chunking is off, then to send the HTTP body), you MUST ensure that the template instance's iterator produces the same content in the two-phase HTTP count/send (or use chunking). Example ------- The example code in this directory is kept small to highlight the basic features. The possibilities are endless. In order to use container templates, you need at least one file that defines the container and its implementation. In the example code here, we defined the container template in: simple_vector.h The application is a prime sieve: primes.cpp which computes primes and stores them in the container. The primes application uses the 'primes' class defined in the gSOAP header file: primes.h which is parsed by soapcpp2 to generate all the 'primes' class serialization routines to dump the XML content of the container, i.e. the list of primes. 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See the wsademo.h header file for details. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "wsademo.nsmap" #include "wsaapi.h" /* from plugin/wsaapi.h */ /******************************************************************************\ * * Common Constants * \******************************************************************************/ const char *FromAddress = "http://localhost:11000"; const char *ToAddress = "http://localhost:11001"; const char *ReplyToAddress = "http://localhost:11002"; const char *FaultToAddress = "http://localhost:11003"; /* the SOAP and WSA actions, as defined in wsdldemo.h service definitions */ const char *RequestAction = "urn:wsademo/wsademoPort/wsademo"; const char *ResponseAction = "urn:wsademo/wsademoPort/wsademoResponse"; /******************************************************************************\ * * Main * \******************************************************************************/ int main(int argc, char **argv) { struct soap *soap = soap_new1(SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsa); if (argc < 2) { /* no args: act as CGI service over stdin/out */ if (soap_serve(soap)) { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } } else { int port = atoi(argv[1]); if (port) { /* stand-alone server serving messages over port */ soap->bind_flags = SO_REUSEADDR; if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) { soap_print_fault(soap, stderr); exit(1); } printf("Server is running\n"); while (soap_valid_socket(soap_accept(soap))) { if (soap_serve(soap)) { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } printf("Request served\n"); soap_destroy(soap); soap_end(soap); } } else { /* client */ struct ns__wsademoResult res; const char *RequestMessageID; RequestMessageID = soap_wsa_rand_uuid(soap); soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction); if (argc >= 3) { if (strchr(argv[2], 'f')) soap_wsa_add_From(soap, FromAddress); if (strchr(argv[2], 'r')) soap_wsa_add_ReplyTo(soap, ReplyToAddress); if (strchr(argv[2], 'n')) { #ifdef SOAP_WSA_2005 soap_wsa_add_NoReply(soap); #else printf("'NoReply' feature not available with WS-Addressing 2003/2004\n"); #endif } if (strchr(argv[2], 'e')) soap_wsa_add_FaultTo(soap, FaultToAddress); } if (soap_call_ns__wsademo(soap, ToAddress, NULL, argv[1], &res)) { #ifdef SOAP_WSA_2005 wsa5__FaultCodesType fault; const char *info; if (soap->error == 202) /* HTTP ACCEPTED */ printf("Request was accepted\n"); else if (soap_wsa_check_fault(soap, &fault, &info)) { switch (fault) { case wsa5__EndpointUnavailable: fprintf(stderr, "Server %s is currently not available.\n", info?info:""); break; default: fprintf(stderr, "A wsa fault %d occurred:\n", (int)fault); soap_print_fault(soap, stderr); break; } } else soap_print_fault(soap, stderr); #else if (soap->error == 202) /* HTTP ACCEPTED */ printf("Request was accepted\n"); else soap_print_fault(soap, stderr); #endif } else if (res.out) printf("Result = %s\n", res.out); } } soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); return 0; } /******************************************************************************\ * * Service Operation of Main Server * \******************************************************************************/ int ns__wsademo(struct soap *soap, char *in, struct ns__wsademoResult *result) { const char *ResponseMessageID; if (soap_wsa_check(soap)) return soap->error; printf("Received '%s'\n", in?in:"(null)"); /* simulate a wsa Fault */ if (in && !strcmp(in, "error")) { printf("Simulating WS-Addressing Fault\n"); #if defined(SOAP_WSA_2005) return soap_wsa_error(soap, SOAP_WSA(EndpointUnavailable), ToAddress); #elif defined(SOAP_WSA_2003) return soap_wsa_error(soap, "Endpoint is not available"); #else return soap_wsa_error(soap, SOAP_WSA(EndpointUnavailable)); #endif } /* simulate a user-defined SOAP Fault */ if (in && !strcmp(in, "fault")) { printf("Simulating Server Operation Fault\n"); return soap_wsa_sender_fault(soap, "The demo service wsademo() operation returned a fault", NULL); } result->out = in; ResponseMessageID = soap_wsa_rand_uuid(soap); return soap_wsa_reply(soap, ResponseMessageID, ResponseAction); } /******************************************************************************\ * * Relayed Response Handler for ReplyTo Server * \******************************************************************************/ int ns__wsademoResult(struct soap *soap, char *out) { if (soap_wsa_check(soap)) return soap_send_empty_response(soap, 500); /* HTTP 500 error */ printf("Received Result = %s\n", out?out:""); return soap_send_empty_response(soap, SOAP_OK); /* HTTP 202 */ } /******************************************************************************\ * * Relayed SOAP-ENV:Fault Handler for FaultTo Server * \******************************************************************************/ int SOAP_ENV__Fault(struct soap *soap, char *faultcode, char *faultstring, char *faultactor, struct SOAP_ENV__Detail *detail, struct SOAP_ENV__Code *SOAP_ENV__Code, struct SOAP_ENV__Reason *SOAP_ENV__Reason, char *SOAP_ENV__Node, char *SOAP_ENV__Role, struct SOAP_ENV__Detail *SOAP_ENV__Detail) { printf("Received Fault:\n"); /* populate the fault struct from the operation arguments to print it */ soap_fault(soap); /* SOAP 1.1 */ soap->fault->faultcode = faultcode; soap->fault->faultstring = faultstring; soap->fault->faultactor = faultactor; soap->fault->detail = detail; /* SOAP 1.2 */ soap->fault->SOAP_ENV__Code = SOAP_ENV__Code; soap->fault->SOAP_ENV__Reason = SOAP_ENV__Reason; soap->fault->SOAP_ENV__Node = SOAP_ENV__Node; soap->fault->SOAP_ENV__Role = SOAP_ENV__Role; soap->fault->SOAP_ENV__Detail = SOAP_ENV__Detail; /* set error */ soap->error = SOAP_FAULT; soap_print_fault(soap, stdout); return soap_send_empty_response(soap, SOAP_OK); /* HTTP 202 Accepted */ } gsoap-2.8.28/gsoap/samples/wsa/wsademo.h0000644000175000017500000001646112653650156017464 0ustar ellertellert/* wsademo.h WS-Addressing demo service. See usage comments below. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- This example application demonstrates server-side and client-side logic for services based on WS-Addressing. At the server side, WS-Addressing enables forwarding/relaying of service responses and faults to other services. At the client side, a relayed response or fault will not be received and an HTTP ACCEPTED (code 202) is delivered instead, assuming that the relay was successful. This header file illustrates two gSOAP soapcpp2 tooling tricks to enable services to accept SOAP Fault messages and to create a one-way service operation to handle responses. Compile with (note the use of soapcpp2 -a to handle http action header): soapcpp2 -a -c -Iimport wsademo.h cc -Iplugin -o wsademo wsademo.c stdsoap2.c soapC.c soapClient.c soapServer.c plugin/wsaapi.c Usage: After compilation, start the main server at port 11001: > ./wsademo 11001 In a new window, start a return service at port 11002: > ./wsademo 11002 This service handles response messages from the main service. In a new window, start a fault service at port 11003: > ./wsademo 11003 This service handles faults from the main service. In a new window, run the client: > ./wsademo hello This example shows the server returning "hello" to the client. > ./wsademo fault This example shows the server returning a SOAP fault to the client: "The demo service wsademo() operation returned a fault". > ./wsademo hello r This example shows the server returning "hello" to the return service. > ./wsademo hello n This example shows the server accepting the message without reply. > ./wsademo error e This example shows the server returning a wsa fault to fault service: "The endpoint is unable to process the message at this time". > ./wsademo fault e This example shows the server returning a SOAP fault to fault service. "The demo service wsademo() operation returned a fault". Note: when the response service is down, the response cannot be relayed and the client (or fault service) will be informed about the failure. */ #import "soap12.h" #import "wsa5.h" //gsoap ns service name: wsademo demonstrates WS-Addressing capabilities //gsoap ns service port: http://localhost:11001 //gsoap ns service type: wsademoPort //gsoap ns service namespace: urn:wsademo /* To generate SOAP-ENV:Fault struct via a one-way service operation. * This allows us to implement a one-way service operation that accepts Faults. * Because a service operation input parameters has a corresponding struct, we * automatically generate the (original) SOAP_ENV__Fault struct on the fly! * Note: it is important to associate the wsa fault action with this operation * as defined below. The action is version-dependent, here we use 2005/08. * This declaration is now part of the wsa5.h imported specification and hereby * removed from this code. //gsoap SOAP_ENV service method-action: Fault http://www.w3.org/2005/08/addressing/soap/fault int SOAP_ENV__Fault ( _QName faultcode, // SOAP 1.1 char *faultstring, // SOAP 1.1 char *faultactor, // SOAP 1.1 struct SOAP_ENV__Detail *detail, // SOAP 1.1 struct SOAP_ENV__Code *SOAP_ENV__Code, // SOAP 1.2 struct SOAP_ENV__Reason *SOAP_ENV__Reason, // SOAP 1.2 char *SOAP_ENV__Node, // SOAP 1.2 char *SOAP_ENV__Role, // SOAP 1.2 struct SOAP_ENV__Detail *SOAP_ENV__Detail, // SOAP 1.2 void ); */ /* For the server side we need to generate a response struct for each * operation to implement one-way service response operations that can be * relayed. Because the service operation has a corresponding struct, we can * use that struct as a response parameter for the second two-way service * operation. This step is required to implement a wsa-capable server. */ //gsoap ns service method-header-part: wsademoResult wsa5__MessageID //gsoap ns service method-header-part: wsademoResult wsa5__RelatesTo //gsoap ns service method-header-part: wsademoResult wsa5__From //gsoap ns service method-header-part: wsademoResult wsa5__ReplyTo //gsoap ns service method-header-part: wsademoResult wsa5__FaultTo //gsoap ns service method-header-part: wsademoResult wsa5__To //gsoap ns service method-header-part: wsademoResult wsa5__Action //gsoap ns service method-action: wsademoResult urn:wsademo/wsademoPort/wsademoResponse //gsoap ns service method-documentation: wsademoResult accepts a string value from a relayed response int ns__wsademoResult(char *out, void); //gsoap ns service method-header-part: wsademo wsa5__MessageID //gsoap ns service method-header-part: wsademo wsa5__RelatesTo //gsoap ns service method-header-part: wsademo wsa5__From //gsoap ns service method-header-part: wsademo wsa5__ReplyTo //gsoap ns service method-header-part: wsademo wsa5__FaultTo //gsoap ns service method-header-part: wsademo wsa5__To //gsoap ns service method-header-part: wsademo wsa5__Action //gsoap ns service method-action: wsademo urn:wsademo/wsademoPort/wsademo //gsoap ns service method-output-action: wsademo urn:wsademo/wsademoPort/wsademoResponse //gsoap ns service method-documentation: wsademo echos a string value and relays the response to the wsa replyTo address (if present) int ns__wsademo(char *in, struct ns__wsademoResult *result); gsoap-2.8.28/gsoap/samples/wsa/README.txt0000644000175000017500000000072512653650156017346 0ustar ellertellert This application demonstrates server-side and client-side logic for services based on WS-Addressing. At the server side, WS-Addressing enables forwarding/relaying of service responses and faults to other services. At the client side, a relayed response or fault will not be received and an HTTP ACCEPTED (code 202) is delivered instead, assuming that the relay was successful. For more details, please see wsademo.h. Instructions about the demo are included therein. gsoap-2.8.28/gsoap/samples/wsa/Makefile.am0000644000175000017500000000111012653650156017671 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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Use CSS to format the HTML layout. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap dc schema namespace: http://purl.org/dc/elements/1.1/ /// Container for mixed XML content (XML gSOAP built-in) typedef char *XML; /// element struct channel { char *title; ///< channel title element char *link; ///< channel link element char *language; char *copyright; XML description; ///< description may contain XHTML that is preserved in XML struct image *image; ///< optional image element int __size; ///< an array of items of size __size struct item *item; ///< an array of item elements time_t *dc__date; ///< RSS 2.0 dc schema element (optional) }; /// element struct item { char *title; ///< item title element char *link; ///< item link element XML description; ///< description may contain XHTML that is preserved in XML char *pubDate; time_t *dc__date; ///< RSS 2.0 dc schema element }; /// element struct image { char *title; ///< image title element char *url; ///< image URL element char *link; ///< image link element int width 0:1 = 0; ///< optional, default value = 0 int height 0:1 = 0; ///< optional, default value = 0 XML description; ///< description may contain XHTML that is preserved in XML }; /// element struct rss { @char *version = "2.0"; ///< version attribute (optional, default="2.0") struct channel channel; ///< channel element }; gsoap-2.8.28/gsoap/samples/rss/README.txt0000644000175000017500000000260412653650156017361 0ustar ellertellert RSS Support =========== The gSOAP RSS library supports RSS 0.91, 0.92, and 2.0 Examples -------- An example RSS client and server are included. As a command-line client displays RSS feeds in text format. As a server reformats formats RSS feeds in HTML to be displayed in your web pages via a JavaScript (see below). Usage (client) -------------- > rss [maxitems] URL Prints RSS content in text format. Examples: > rss 10 http://newsrss.bbc.co.uk/rss/newsonline_world_edition/front_page/rss.xml > rss 10 http:// < your_rss_file.xml Usage (server) -------------- Installed as CGI application prints Javascript code to view RSS feeds in Web pages. The Javascript code produced by this application is executed with the following example script embedded in the Web page, e.g. to display BBC news: To control the appearance with cascading style sheets: rss_box the bounding div for the entire display rss_table the table with title, image, and items rss_title the title of the feed and link style if displayed rss_image the image rss_bar the dividing bar rss_item the title of the item rss_desc the description of the item gsoap-2.8.28/gsoap/samples/rss/rsstest.html0000444000175000017500000000052612653650156020257 0ustar ellertellert

BBC World News

gsoap-2.8.28/gsoap/samples/rss/Makefile.am0000644000175000017500000000063712653650156017723 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = rss SOAPHEADER = rss.h include ../Makefile.defines include ../Makefile.c_rules SOAP_NS = $(SOAP_NS_DEF) rss_SOURCES = rss.c $(SOAPHEADER) $(SOAP_C_CORE) gsoap-2.8.28/gsoap/samples/rss/rss.c0000644000175000017500000003120512653650156016635 0ustar ellertellert/* rss.c Supports RSS 0.91, 0.92, and 2.0 Server to retrieve RSS feeds and format the messages in HTML. Compile: $ soapcpp2 -c -CSL rss.h $ cc rss.c stdsoap2.c soapC.c Usage (client): $ rss [maxitems] URL Prints RSS content in text format. Examples: rss 10 http://newsrss.bbc.co.uk/rss/newsonline_world_edition/front_page/rss.xml rss 10 http:// < your_rss_file.xml Usage (server): Installed as CGI application prints Javascript code to view RSS feeds in Web pages. The Javascript code produced by this application is executed with the following example script embedded in the Web page, e.g. to display BBC news: To control the appearance with cascading style sheets: rss_box the bounding div for the entire display rss_table the table with title, image, and items rss_title the title of the feed and link style if displayed rss_image the image of the feed rss_bar the dividing bar between items rss_item the title of the item rss_date the date of the item rss_desc the description of the item -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #define STR(s) ((s)?(s):"") /* Maximum number of HTTP redirects */ #define MAX_REDIRECTS 10 static void docwrite0(struct soap *soap, const char *s); static void docwrite1(struct soap *soap, const char *s1, const char *s2, const char *s3); static void docwrite2(struct soap *soap, const char *s1, const char *s2, const char *s3, const char *s4, const char *s5); static void docerror(struct soap *soap, const char *s); static void strwrite(struct soap *soop, const char *s); static char *query_key(char *buf, size_t len, char **s); static char *query_val(char *buf, size_t len, char **s); int main(int argc, char **argv) { struct soap *soap = soap_new1(SOAP_C_UTFSTRING); /* preserve UTF8 string content */ const char *endpoint = NULL; struct rss *rss; int maxitems = 10; /* max items to show */ int show_date = 1; /* show date yes/no */ int i; /* RSS has no encoding style */ soap->encodingStyle = NULL; /* get URL of RSS feed or run as CGI app */ if (argc >= 3) { maxitems = atoi(argv[1]); endpoint = argv[2]; } else if (argc >= 2) endpoint = argv[1]; else { char *query = getenv("QUERY_STRING"); /* CGI app: get query string */ char *keybuf; char *valbuf; int len; if (query) { len = strlen(query); keybuf = (char*)soap_malloc(soap, len + 1); valbuf = (char*)soap_malloc(soap, len + 1); while (query) { char *key = query_key(keybuf, len, &query); /* decode next query string key */ char *val = query_val(valbuf, len, &query); /* decode next query string value (if any) */ /* get endpoint and max number of items to display */ if (key && val) { if (!strcmp(key, "rss")) endpoint = soap_strdup(soap, val); else if (!strcmp(key, "max")) maxitems = atoi(val); else if (!strcmp(key, "date")) show_date = (*val == 'y'); } } } if (!endpoint) { docerror(soap, "No RSS URL"); exit(0); } } /* connect and parse HTTP header (max HTTP redirects) */ for (i = 0; i < MAX_REDIRECTS; i++) { /* HTTP GET and parse HTTP header */ if (soap_connect_command(soap, SOAP_GET, endpoint, NULL) || soap_begin_recv(soap)) { if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307) endpoint = soap_strdup(soap, soap->endpoint); /* HTTP redirects */ else { soap_print_fault(soap, stderr); exit(soap->error); } } else break; } /* parse RSS */ rss = soap_get_rss(soap, NULL, "rss", NULL); /* close connection */ soap_end_recv(soap); soap_closesock(soap); if (argc < 2) { /* CGI application: produce Javascript */ if (rss && (!strcmp(rss->version, "0.91") || !strcmp(rss->version, "0.92") || !strcmp(rss->version, "2.0"))) { soap_begin_send(soap); soap->http_content = "application/javascript"; soap_response(soap, SOAP_FILE); /* SOAP_FILE specifies http_content should be used */ docwrite0(soap, "
"); docwrite0(soap, ""); if (rss->channel.title) { if (rss->channel.link) docwrite2(soap, ""); else docwrite1(soap, ""); } if (rss->channel.image && rss->channel.image->url) { struct image *image = rss->channel.image; if (image->link) docwrite2(soap, ""); else if (rss->channel.link) docwrite2(soap, ""); else docwrite1(soap, ""); if (!rss->channel.title && image->title) docwrite1(soap, ""); if (!rss->channel.description && image->description) docwrite1(soap, ""); } if (rss->channel.description) docwrite1(soap, ""); if (rss->channel.copyright) docwrite1(soap, ""); if (rss->channel.__size < maxitems) maxitems = rss->channel.__size; for (i = 0; i < maxitems; i++) { struct item *item = &rss->channel.item[i]; docwrite0(soap, ""); if (item->title) { if (item->link) docwrite2(soap, ""); else docwrite1(soap, ""); if (show_date && item->pubDate) docwrite1(soap, ""); else if (show_date && item->dc__date) docwrite1(soap, ""); if (item->description) docwrite1(soap, ""); } } docwrite0(soap, "
", rss->channel.title, "
", rss->channel.title, "
Channel Image
Channel Image
Channel Image
", image->title, "
", image->description, "
", rss->channel.description, "
", rss->channel.copyright, "
", item->title, "
", item->title, "
Posted ", item->pubDate, "
Posted ", ctime(item->dc__date), "
", item->description, "
"); docwrite0(soap, "
"); soap_end_send(soap); } else { docerror(soap, "No RSS 0.91, 0.92, or 2.0 data"); exit(0); } } else if (rss) { /* Interactive: produce text output */ if (!strcmp(rss->version, "0.91") || !strcmp(rss->version, "0.92") || !strcmp(rss->version, "2.0")) { printf("Title: %s\n", STR(rss->channel.title)); printf("Link: %s\n", STR(rss->channel.link)); printf("Language: %s\n", STR(rss->channel.language)); printf("Description: %s\n", STR(rss->channel.description)); if (rss->channel.image) { printf("Image title: %s\n", STR(rss->channel.image->title)); printf("Image url: %s\n", STR(rss->channel.image->url)); printf("Image link: %s\n", STR(rss->channel.image->link)); printf("Image dimensions: %d x %d\n", rss->channel.image->width, rss->channel.image->height); printf("Image description: %s\n", STR(rss->channel.image->description)); } if (rss->channel.__size < maxitems) maxitems = rss->channel.__size; for (i = 0; i < maxitems; i++) { printf("\n%3d Title: %s\n", i+1, STR(rss->channel.item[i].title)); printf(" Link: %s\n", STR(rss->channel.item[i].link)); printf(" Description: %s\n", STR(rss->channel.item[i].description)); if (rss->channel.item[i].pubDate) printf(" Posted: %s\n", rss->channel.item[i].pubDate); else if (rss->channel.item[i].dc__date) printf(" Posted: %s\n", ctime(rss->channel.item[i].dc__date)); } printf("\nCopyright: %s\n", STR(rss->channel.copyright)); } else fprintf(stderr, "RSS 0.91, 0.92, or 2.0 content expected\n"); } else soap_print_fault(soap, stderr); soap_end(soap); soap_done(soap); soap_free(soap); return 0; } static void docwrite0(struct soap *soap, const char *s) { soap_send3(soap, "document.write(\"", s, "\");\n"); } static void docwrite1(struct soap *soap, const char *s1, const char *s2, const char *s3) { soap_send2(soap, "document.write(\"", s1); strwrite(soap, s2); soap_send2(soap, s3, "\");\n"); } static void docwrite2(struct soap *soap, const char *s1, const char *s2, const char *s3, const char *s4, const char *s5) { soap_send2(soap, "document.write(\"", s1); strwrite(soap, s2); soap_send(soap, s3); strwrite(soap, s4); soap_send2(soap, s5, "\");\n"); } static void docerror(struct soap *soap, const char *s) { soap_begin_send(soap); soap->http_content = "application/javascript"; soap_response(soap, SOAP_FILE); soap_send(soap, s); soap_end_send(soap); } static void strwrite(struct soap *soap, const char *s) { while (*s) { const char *t; for (t = s; *t; t++) if (*t == '\\' || *t == '"' || *t == '\n') break; soap_send_raw(soap, s, t - s); if (*t == '\\') { soap_send(soap, "\\\\"); t++; } else if (*t == '"') { soap_send(soap, "\\\""); t++; } else if (*t == '\n') { t++; if (*t == '\n') { soap_send(soap, "

"); /* two line breaks? Probably a new paragraph was intended */ t++; } else soap_send(soap, " "); } s = t; } } static const char *decode_url(char *buf, size_t len, const char *val) { const char *s; char *t; if (!buf) return NULL; for (s = val; *s; s++) if (*s != ' ' && *s != '=') break; if (*s == '"') { t = buf; s++; while (*s && *s != '"' && --len) *t++ = *s++; *t = '\0'; do s++; while (*s && *s != '&' && *s != '='); } else { t = buf; while (*s && *s != '&' && *s != '=' && --len) { switch (*s) { case '+': *t++ = ' '; case ' ': s++; break; case '%': *t++ = ((s[1] >= 'A' ? (s[1]&0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2]&0x7) + 9 : s[2] - '0'); s += 3; break; default: *t++ = *s++; } } *t = '\0'; } if (*s == '&') s++; return s; } static char *query_key(char *buf, size_t len, char **s) { char *t = *s; if (t && *t) { *s = (char*)decode_url(buf, len, t); return buf; } return *s = NULL; } static char *query_val(char *buf, size_t len, char **s) { char *t = *s; if (t && *t == '=') { *s = (char*)decode_url(buf, len, t); return buf; } return NULL; } /* RSS 0.91 doesn't use namespaces, but RSS 2.0 does, which means that soap->namespace=NULL when serializing RSS 0.91 feeds */ struct Namespace namespaces[] = { { "dc", "http://purl.org/dc/elements/1.1/" }, { NULL, NULL } }; gsoap-2.8.28/gsoap/samples/link/0000755000175000017500000000000012653650156016007 5ustar ellertellertgsoap-2.8.28/gsoap/samples/link/gmt.h0000644000175000017500000000002112653650156016740 0ustar ellertellertt__gmt(time_t*); gsoap-2.8.28/gsoap/samples/link/xmas.h0000644000175000017500000001515112653650156017133 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* xmas.h Generated by wsdl2h 1.2.9l from xmas.wsdl and typemap.dat 2007-12-30 21:53:07 GMT Copyright (C) 2001-2007 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. - Use wsdl2h option -l to view the software license terms. DO NOT include this file directly into your project. Include only the soapcpp2-generated headers and source code files. */ //gsoapopt cw /******************************************************************************\ * * * http://www.genivia.com/mashup.wsdl * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://www.genivia.com/mashup.wsdl" ns2 = "urn:daystoxmas" */ //gsoap ns2 schema namespace: urn:daystoxmas //gsoap ns2 schema form: qualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Element "urn:daystoxmas":daystoxmas. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "urn:daystoxmas":commingtotown of complexType. /// "urn:daystoxmas":commingtotown is a complexType. struct _ns2__commingtotown { /// Element days of type xs:int. int days 1; ///< Required element. }; /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns1 service name: mashup //gsoap ns1 service type: PortType //gsoap ns1 service port: http://www.cs.fsu.edu/~engelen/mashup.cgi //gsoap ns1 service namespace: http://www.genivia.com/mashup.wsdl //gsoap ns1 service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage Service Definitions @section Service_bindings Bindings - @ref mashup */ /** @page mashup Binding "mashup" @section mashup_operations Operations of Binding "mashup" - @ref __ns1__dtx @section mashup_ports Endpoints of Binding "mashup" - http://www.cs.fsu.edu/~engelen/mashup.cgi Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * mashup * * * \******************************************************************************/ /******************************************************************************\ * * * __ns1__dtx * * * \******************************************************************************/ /// Operation "__ns1__dtx" of service binding "mashup" /** Operation details: - SOAP document/literal style C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__dtx( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _XML ns2__daystoxmas, // response parameters: struct _ns2__commingtotown* ns2__commingtotown ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__dtx( struct soap *soap, // request parameters: _XML ns2__daystoxmas, // response parameters: struct _ns2__commingtotown* ns2__commingtotown ); @endcode */ //gsoap ns1 service method-style: dtx document //gsoap ns1 service method-encoding: dtx literal //gsoap ns1 service method-action: dtx "" int __ns1__dtx( _XML ns2__daystoxmas, ///< Request parameter struct _ns2__commingtotown* ns2__commingtotown ///< Response parameter ); /* End of xmas.h */ gsoap-2.8.28/gsoap/samples/link/env.h0000644000175000017500000000156012653650156016752 0ustar ellertellert/* env.h Defines SOAP-ENV Header and Fault global structures shared by client and service modules to process SOAP headers and faults when combining multiple client and/or services into one executable. Defines SOAP Fault and SOAP Header structures, which will be shared by client and service modules. The Header structure should contain all fields required by the clients and services. To obtain these, look into the wsdl2h-generated .h files for struct SOAP_ENV__Header and struct SOAP_ENV__Detail. Copy these below to make them globally visible to the gSOAP engine and plugins. Copyright (C) 2000-2003 Robert A. van Engelen, Genivia inc. All Rights Reserved. Compile: soapcpp2 -penv env.h c++ -c envC.cpp c++ -DWITH_NONAMESPACES -c stdsoap2.cpp */ #import "header.h" // optional user-defined headers #import "fault.h" // optional user-defined fault details gsoap-2.8.28/gsoap/samples/link/Makefile0000644000175000017500000000302412653650156017446 0ustar ellertellert# Simple Makefile for C example with muliple client linkage WSDL2H=../../wsdl/wsdl2h GSOAP=../../src/soapcpp2 SOAPH=../../stdsoap2.h SOAPC=../../stdsoap2.c SOAPCPP=../../stdsoap2.cpp SOAPDOMC=../../dom.c SOAPDOMCPP=../../dom.cpp CC=gcc CPP=g++ LIBS= COFLAGS=-O2 CWFLAGS=-Wall CIFLAGS=-I.. -I../.. CMFLAGS= CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: xmas xmas: xmas.c envC.o stdsoap2.o gmtClientLib.o calcClientLib.o xmasServerLib.o $(CC) $(CFLAGS) -o xmas xmas.c envC.o stdsoap2.o gmtClientLib.o calcClientLib.o xmasServerLib.o stdsoap2.o: $(SOAPH) $(SOAPC) $(CC) $(CFLAGS) -DWITH_NONAMESPACES -c $(SOAPC) envC.o: env.h header.h fault.h $(GSOAP) -c -CS -penv env.h $(CC) $(CFLAGS) -c envC.c gmtClientLib.c: gmt.h $(GSOAP) -c -C -n -pgmt gmt.h gmtClientLib.o: gmtClientLib.c $(CC) $(CFLAGS) -c gmtClientLib.c calcClientLib.c:calc.h $(GSOAP) -c -C -n -pcalc calc.h calcClientLib.o:calcClientLib.c $(CC) $(CFLAGS) -c calcClientLib.c xmasServerLib.c:xmas.h $(GSOAP) -c -S -n -pxmas xmas.h xmasServerLib.o:xmasServerLib.c $(CC) $(CFLAGS) -c xmasServerLib.c xmas.h: xmas.wsdl $(WSDL2H) -c xmas.wsdl .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.cpp soapClient.cpp soapServer.cpp soapClientLib.cpp soapServerLib.cpp soap*Proxy.h soap*Proxy.cpp soap*Service.h soap*Service.cpp distclean: rm -f *.o soapH.h soapStub.h soapC.cpp soapClient.cpp soapServer.cpp soapClientLib.cpp soapServerLib.cpp soap*Proxy.h soap*Proxy.cpp soap*Service.h soap*Service.cpp rm -f *.xsd *.xml *.nsmap *.log rm -f xmas gsoap-2.8.28/gsoap/samples/link/xmas.wsdl0000444000175000017500000000426612653650156017660 0ustar ellertellert gsoap-2.8.28/gsoap/samples/link/xmas.c0000644000175000017500000000720412653650156017126 0ustar ellertellert/* xmas.c Example CGI service with multiple C client static linkage To generate non-client-server header and fault handlers: $ soapcpp2 -c -CS -penv env.h The gmt client: $ soapcpp2 -c -C -n -pgmt gmt.h The calc client: $ soapcpp2 -c -C -n -pcalc calc.h The xmas server: $ soapcpp2 -c -S -n -pxmas xmas.h cc -o xmas.cgi xmas.c stdsoap2.c envC.c xmasServerLib.c gmtClientLib.c calcClientLib.c The namespace table must include all proper namespace bindings. When multiple namespace tables are used, then the namespace tables can be reset using soap_set_namespaces() -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "envH.h" #include "gmtH.h" #include "calcH.h" #include "xmasH.h" #include "gmt.nsmap" #include "calc.nsmap" #include "xmas.nsmap" int main() { struct soap soap; soap_init(&soap); soap_set_namespaces(&soap, xmas_namespaces); return xmas_serve(&soap); } /******************************************************************************\ * * Server operation * \******************************************************************************/ int __ns1__dtx(struct soap *soap, _XML x, struct _ns2__commingtotown *response) { struct soap *csoap = soap_copy(soap); struct tm tm; time_t now, xmas; double sec, days; soap_set_namespaces(csoap, gmt_namespaces); if (soap_call_t__gmt(csoap, "http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi", NULL, &now)) { soap_end(csoap); soap_free(csoap); return soap_receiver_fault(soap, "Cannot connect to GMT server", NULL); } tm.tm_sec = 0; tm.tm_min = 0; tm.tm_hour = 0; tm.tm_mday = 25; tm.tm_mon = 11; tm.tm_year = gmtime(&now)->tm_year; /* this year */ tm.tm_isdst = 0; tm.tm_zone = NULL; xmas = soap_timegm(&tm); if (xmas < now) { tm.tm_year++; /* xmas just passed, go to next year */ xmas = soap_timegm(&tm); } sec = difftime(xmas, now); soap_set_namespaces(csoap, calc_namespaces); if (soap_call_ns__add(csoap, NULL, NULL, sec, 86400, &days)) { soap_end(csoap); soap_free(csoap); return soap_receiver_fault(soap, "Cannot connect to calc server", NULL); } soap_end(csoap); soap_free(csoap); response->days = (int)days; return SOAP_OK; } /* dummy namespaces to prevent link errors when not using WITH_NONAMSPACES */ SOAP_NMAC struct Namespace namespaces[] = { {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/link/README.txt0000644000175000017500000000330112653650156017502 0ustar ellertellert How to combine multiple clients and servers into one executable? 1. Run wsdl2h once on all WSDLs together. The wsdl2h tool can import multiple WSDL files at once to combine multiple clients and service into one executable. See the samples/mashup and samples/mashup++ examples. 2. Run wsdl2h on each WSDL and use soapcpp2 compiler options. If there is a need to build clients and services from multiple gSOAP header files, then an alternative approach is required demonstrated by the material included in this part of the gSOAP package. The advantages of #1 is that you end up with smaller code, because redundant definitions are eliminated. The advantage of #2 is a more modular setup, thus supporting dynamic linking of separately compiled service modules. However, the build process requires additional steps depending on C or C++. The C++ project build process is simpler, because C++ namespaces can be used to separate the definitions as is shown in the samples/link++ example. The C examples in this directory illustrate how multiple clients and services can be compiled and linked into one executable from multiple gSOAP header files. The C examples accomplish this by static linkage. When linking multiple soapcpp2-generated files, a single file with shared SOAP Header definitions is required. This means that all SOAP Header members must be collected into a single SOAP Header definition. Similar requirements are needed for SOAP Faults (SOAP Fault details to be more precise). So the first step is to generate header and fault handlers: $ soapcpp2 -c -CS -penv env.h Then each file.h is compiled with: $ soapcp2 -c -p .h Compile the ClientLib.c or ServerLib.c code. gsoap-2.8.28/gsoap/samples/link/header.h0000644000175000017500000000120412653650156017405 0ustar ellertellert/* header.h Example SOAP Header definitions, to demonstrate the use of env.h. This file defines the SOAP Header data structure shared by client and service modules Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. */ //gsoap h schema namespace: http://websrv.cs.fsu.edu/~engelen/h.xsd // h:authentication type of SOAP Header element struct h__authentication { @char *userid; // userid XML attribute @char *passwd; // passwd XML attribute }; // add the above to the SOAP Header elements: struct SOAP_ENV__Header { struct h__authentication *h__credentials; // rendered as XML }; gsoap-2.8.28/gsoap/samples/link/calc.h0000644000175000017500000001041012653650156017056 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/link/fault.h0000644000175000017500000000234612653650156017300 0ustar ellertellert/* fault.h Example SOAP Fault detail definitions, to demonstrate the use of env.h. Defines optional SOAP Fault derail data structures Copyright (C) 2000-2004 Robert A. van Engelen. All Rights Reserved. */ /* Add any data structure you want to serialize as part of the SOAP Fault detail element. The detail element '__type' and 'value' fields should be set to transmit data. The fields are set when data of corresponding types are received. For example, we define an of name with a string vector (note the leading _ in the following declaration): class _f__myData { public: std::vector *data; }; To return a fault from your service application: soap_sender_fault(soap, "An error occurred", NULL)); // set soap fault soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap->fault->detail->__type = SOAP_TYPE__f__myData; soap->fault->detail->value = soap_new__f__myData(soap, -1); return SOAP_FAULT; In addition, you can modify the SOAP_ENV__Detail struct and add your own set of fields, as in: struct SOAP_ENV__Detail { struct f__myDataType f__myData; int __type; void *value; char *__any; // or use '_XML __any' to store literal XML content }; */ gsoap-2.8.28/gsoap/samples/polytest/0000755000175000017500000000000012653650172016733 5ustar ellertellertgsoap-2.8.28/gsoap/samples/polytest/Makefile.in0000644000175000017500000004610612653650156021011 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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This application is both a client and CGI-based server to demonstrate object exchange (derived types + overriding) Server: install as CGI. Client: invoke from the command line, for example: $ polytest.cgi o $ polytest.cgi s $ polytest.cgi q $ polytest.cgi l Modify the server string below to target your server URL endpoint. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" const char *server = "http://www.cs.fsu.edu/~engelen/polytest2.cgi"; using namespace std; int main(int argc, char **argv) { struct soap soap; ns__polytestResponse r; soap_init(&soap); if (argc <= 1) soap_serve(&soap); // if no args, act as a CGI Web service else { switch (*argv[1]) { case 'o': { ns__Object o("SOAP"); cout << "Sending: "; o.print(); soap_call_ns__polytest(&soap, server, "", &o, r); break; } case 's': { ns__Shape s("Triangle", 3); cout << "Sending: "; s.print(); soap_call_ns__polytest(&soap, server, "", &s, r); break; } case 'q': { ns__Shape q("Cubicle", 2); cout << "Sending: "; q.print(); soap_call_ns__polytest(&soap, server, "", &q, r); break; } case 'l': { ns__List l(4); l[0] = new ns__Object("SOAP"); l[1] = new ns__Shape("Triangle", 3); l[2] = new ns__Square("Cubicle", 2); ns__List l2(1); l[3] = &l2; l2[0] = new ns__Object("End"); cout << "Sending: "; l.print(); soap_call_ns__polytest(&soap, server, "", &l, r); break; } default: fprintf(stderr, "Unknown command\nPlease use 'o', 's', 'q', or 'l'\n"); return -1; } if (soap.error) soap_print_fault(&soap, stderr); else { cout << "Received: "; r.out->print(); } } return 0; } ns__Object::ns__Object() { name = (char*)"Object"; } ns__Object::ns__Object(const char *name) { this->name = (char*)name; } ns__Object::~ns__Object() { } void ns__Object::print() { cout << "Object: " << (name?name:"") << endl; } ns__Shape::ns__Shape() { name = (char*)"Shape"; sides = 0; } ns__Shape::ns__Shape(const char *name, int sides) { this->name = (char*)name; this->sides = sides; } ns__Shape::~ns__Shape() { } void ns__Shape::print() { cout << "Shape: " << (name?name:"") << " sides=" << sides << endl; } ns__Square::ns__Square() { name = (char*)"Square"; ns__Shape::sides = 4; } ns__Square::ns__Square(const char *name, int size) { this->name = (char*)name; this->size = size; ns__Shape::sides = 4; } ns__Square::~ns__Square() { } void ns__Square::print() { cout << "Square: " << (name?name:"") << " size=" << size << endl; } ns__List::ns__List() { __ptr = 0; __size = 0; } ns__List::ns__List(int size) { __ptr = (ns__Object**)malloc(size*sizeof(ns__Object*)); __size = size; } ns__List::~ns__List() { } ns__Object*& ns__List::operator[](int i) { return __ptr[i]; } void ns__List::print() { cout << "List: [" << endl; for (int i = 0; i < __size; i++) __ptr[i]->print(); cout << "]" << endl; } // Web service remote method implementation: int ns__polytest(struct soap *soap, ns__Object *in, struct ns__polytestResponse &result) { result.out = in; return SOAP_OK; } struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2000/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2000/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:copy"}, {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/polytest/polymorph.h0000644000175000017500000000530212653650156021137 0ustar ellertellert/* polymorph.h Polymorphic object exchange example. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: polymorph //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/polymorph.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/polytest.cgi //gsoap ns schema namespace: urn:copy class ns__Object { public: char *name; ns__Object(); ns__Object(const char *name); virtual ~ns__Object(); virtual void print(); }; class ns__Shape: public ns__Object { public: char *name; // test overriding, both the ns__Object:name and ns__Shape:name are encoded int sides; ns__Shape(); ns__Shape(const char *name, int sides); virtual ~ns__Shape(); virtual void print(); }; class ns__Square: public ns__Shape { public: char *name; // test overriding static const int sides = 4; // will not be endoded and decoded int size; ns__Square(); ns__Square(const char *name, int size); virtual ~ns__Square(); virtual void print(); }; class ns__List: public ns__Object // ns__List is a dynamic array { public: ns__Object **__ptr; // array of pointers to objects int __size; ns__List(); ns__List(int size); virtual ~ns__List(); virtual ns__Object*& operator[](int i); virtual void print(); }; ns__polytest(ns__Object *in, struct ns__polytestResponse { ns__Object *out; } &result); gsoap-2.8.28/gsoap/samples/polytest/Makefile.am0000644000175000017500000000072212653650156020772 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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Although rarely used, the SOAP RPC encoding specification supports variable parameter lists. In addition, parameters can be polymorphic. Both features are demonstrated in this example. Because dynamic type binding is required, this feature is only supported in C++. gsoap-2.8.28/gsoap/samples/varparam/varparam.h0000644000175000017500000002003412653650156020644 0ustar ellertellert/* varparam.h Example use of variable parameter lists with the full XML schema type hierarchy implemented as a C++ class hierarchy. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: varparam //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: urn:varparam //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/varparam.cgi #include extern class std::ostream; // transient (external) type class xsd__anyType { char *__item; // default is string, also to hold mixed-content when receiving typeless XML struct soap *soap; // points to current gSOAP environment that created this object xsd__anyType(); virtual ~xsd__anyType(); virtual xsd__anyType*& operator[](int i); virtual void print(std::ostream &s) const; }; class xsd__anySimpleType: xsd__anyType { xsd__anySimpleType(); virtual ~xsd__anySimpleType(); virtual void print(std::ostream &s) const; }; class xsd__anyURI: xsd__anySimpleType { xsd__anyURI(); virtual ~xsd__anyURI(); xsd__anyURI(char *s); virtual void print(std::ostream &s) const; }; class xsd__boolean: xsd__anySimpleType { bool __item; xsd__boolean(); virtual ~xsd__boolean(); xsd__boolean(bool b); virtual void print(std::ostream &s) const; }; class xsd__date: xsd__anySimpleType // requires "CCYY-MM-DD" string values { xsd__date(); virtual ~xsd__date(); xsd__date(char *s); virtual void print(std::ostream &s) const; }; class xsd__dateTime: xsd__anySimpleType { time_t __item; // remove time_t __item to use char*__item with "CCYY-MM-DDThh:mm:ssi" for dates outside the range 1902-2037 xsd__dateTime(); virtual ~xsd__dateTime(); xsd__dateTime(time_t t); virtual void print(std::ostream &s) const; }; class xsd__double: xsd__anySimpleType { double __item; xsd__double(); virtual ~xsd__double(); xsd__double(double d); virtual void print(std::ostream &s) const; }; class xsd__duration: xsd__anySimpleType // requires "PnYnMnDTnHnMnS" string values { xsd__duration(); virtual ~xsd__duration(); xsd__duration(char *s); virtual void print(std::ostream &s) const; }; class xsd__float: xsd__anySimpleType { float __item; xsd__float(); virtual ~xsd__float(); xsd__float(float f); virtual void print(std::ostream &s) const; }; class xsd__time: xsd__anySimpleType // requires "hh:mm:ss" string values { xsd__time(); virtual ~xsd__time(); xsd__time(char *s); virtual void print(std::ostream &s) const; }; class xsd__string: xsd__anySimpleType { xsd__string(); xsd__string(char *s); virtual ~xsd__string(); virtual void print(std::ostream &s) const; }; class xsd__normalizedString: xsd__string // requires strings without CR, LF, TAB { xsd__normalizedString(); xsd__normalizedString(char *s); virtual ~xsd__normalizedString(); virtual void print(std::ostream &s) const; }; class xsd__token: xsd__normalizedString // requires strings without CR, LF, TAB, no leading/trailing spaces, and no sequences of more than one space { xsd__token(); xsd__token(char *s); virtual ~xsd__token(); virtual void print(std::ostream &s) const; }; class xsd__decimal: xsd__anySimpleType // requires decimal as string values, can use double, but possible loss of precision { xsd__decimal(); virtual ~xsd__decimal(); xsd__decimal(char *s); virtual void print(std::ostream &s) const; }; class xsd__integer: xsd__decimal // requires integer as string values, can use loong long, but possible loss of data { xsd__integer(); virtual ~xsd__integer(); xsd__integer(char *s); virtual void print(std::ostream &s) const; }; class xsd__nonPositiveInteger: xsd__integer // requires non-positive integer as string values { xsd__nonPositiveInteger(); virtual ~xsd__nonPositiveInteger(); xsd__nonPositiveInteger(char *s); virtual void print(std::ostream &s) const; }; class xsd__negativeInteger: xsd__nonPositiveInteger // requires negative integer as string values { xsd__negativeInteger(); virtual ~xsd__negativeInteger(); xsd__negativeInteger(char *s); virtual void print(std::ostream &s) const; }; class xsd__nonNegativeInteger: xsd__integer // requires non-negative integer as string values { xsd__nonNegativeInteger(); virtual ~xsd__nonNegativeInteger(); xsd__nonNegativeInteger(char *s); virtual void print(std::ostream &s) const; }; class xsd__positiveInteger: xsd__nonNegativeInteger // requires positive integer as string values { xsd__positiveInteger(); virtual ~xsd__positiveInteger(); xsd__positiveInteger(char *s); virtual void print(std::ostream &s) const; }; class xsd__long: xsd__integer { LONG64 __item; xsd__long(); virtual ~xsd__long(); xsd__long(LONG64 ll); virtual void print(std::ostream &s) const; }; class xsd__int: xsd__long { int __item; xsd__int(); virtual ~xsd__int(); xsd__int(int i); virtual void print(std::ostream &s) const; }; class xsd__short: xsd__int { short __item; xsd__short(); virtual ~xsd__short(); xsd__short(short h); virtual void print(std::ostream &s) const; }; class xsd__byte: xsd__short { char __item; xsd__byte(); virtual ~xsd__byte(); xsd__byte(char c); virtual void print(std::ostream &s) const; }; class xsd__unsignedLong: xsd__nonNegativeInteger { ULONG64 __item; xsd__unsignedLong(); virtual ~xsd__unsignedLong(); xsd__unsignedLong(ULONG64 ull); virtual void print(std::ostream &s) const; }; class xsd__unsignedInt: xsd__unsignedLong { unsigned int __item; xsd__unsignedInt(); virtual ~xsd__unsignedInt(); xsd__unsignedInt(unsigned int ui); virtual void print(std::ostream &s) const; }; class xsd__unsignedShort: xsd__unsignedInt { unsigned short __item; xsd__unsignedShort(); virtual ~xsd__unsignedShort(); xsd__unsignedShort(unsigned short uh); virtual void print(std::ostream &s) const; }; class xsd__unsignedByte: xsd__unsignedShort { unsigned char __item; xsd__unsignedByte(); virtual ~xsd__unsignedByte(); xsd__unsignedByte(unsigned char uc); virtual void print(std::ostream &s) const; }; class xsd__base64Binary: xsd__anySimpleType { unsigned char *__ptr; int __size; xsd__base64Binary(); virtual ~xsd__base64Binary(); xsd__base64Binary(char *s); virtual void print(std::ostream &s) const; }; class xsd__hexBinary: xsd__anySimpleType { unsigned char *__ptr; int __size; xsd__hexBinary(); virtual ~xsd__hexBinary(); xsd__hexBinary(char *s); virtual void print(std::ostream &s) const; }; class array: xsd__anyType { xsd__anyType **__ptr; int __size; array(); virtual ~array(); array(int n); virtual xsd__anyType*& operator[](int i); virtual void print(std::ostream &s) const; }; int ns__varStringParamTest(int __size, char **param, int &return_); int ns__varPolyParamTest(int __size, xsd__anyType **param, struct ns__varPolyParamTestResponse { int __size; xsd__anyType **param; } &out); gsoap-2.8.28/gsoap/samples/varparam/Makefile.am0000644000175000017500000000073012653650156020717 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = varparam SOAPHEADER = varparam.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = varparam.nsmap varparam.wsdl varparam_SOURCES = varparam.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) soapServer.cpp gsoap-2.8.28/gsoap/samples/varparam/varparam.cpp0000644000175000017500000002720612653650156021207 0ustar ellertellert/* varparam.cpp Example use of variable parameter lists with the full XML schema type hierarchy implemented as a C++ class hierarchy. Demonstrates the use of variable number of parameters and polymorphic parameters. The 'trick' is to use __size parameters. The __size fields can be used in structs/classes to embed arrays. Because a request message of a remote method is essentially a struct, the use of __size in parameters of a method has the effect of sending a variable number of parameters. Run the executable as client from the command line with one argument to test the polymorphic parameter exchange. Run with more arguments to send the arguments as a variable parameter list to the server. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "varparam.nsmap" const char *endpoint = "http://websrv.cs.fsu.edu/~engelen/varparam.cgi"; #define N 100 // max number of parameters int main(int argc, char **argv) { struct soap soap; struct ns__varPolyParamTestResponse r; int n; xsd__anyType *p[N]; // array of polymorphic parameters soap_init(&soap); if (argc < 2) { soap_serve(&soap); soap_destroy(&soap); soap_end(&soap); return 0; } if (argc < 3) { p[0] = new xsd__anyURI((char*)endpoint); p[1] = new xsd__string(argv[1]); p[2] = new xsd__boolean(true); p[3] = new xsd__dateTime(time(NULL)); p[4] = new xsd__double(1234567.89); p[5] = new xsd__base64Binary((char*)"encoded in base64"); p[6] = new xsd__hexBinary((char*)"encoded in hex"); p[7] = new array(4); (*p[7])[0] = new xsd__int(7); (*p[7])[1] = NULL; (*p[7])[2] = new xsd__token((char*)"x"); (*p[7])[3] = p[1]; p[8] = p[1]; n = 9; // actual number of parameters if (soap_call_ns__varPolyParamTest(&soap, endpoint, "", n, p, r)) soap_print_fault(&soap, stderr); else { std::cout << "Server has echoed:" << std::endl; for (int i = 0; i < r.__size; i++) r.param[i]->print(std::cout); std::cout << std::endl; } for (int i = 0; i < n; i++) delete p[i]; } else { if (soap_call_ns__varStringParamTest(&soap, endpoint, "", argc, argv, n)) soap_print_fault(&soap, stderr); else printf("Server has responded to %d strings\n", n); } soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return 0; } //////////////////////////////////////////////////////////////////////////////// // // Remote method implementations // //////////////////////////////////////////////////////////////////////////////// int ns__varStringParamTest(struct soap *soap, int __size, char **param, int &return_) { return_ = __size; return SOAP_OK; } int ns__varPolyParamTest(struct soap *soap, int __size, xsd__anyType **param, struct ns__varPolyParamTestResponse &out) { out.__size = __size; out.param = param; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // XSD schema class hierarchy // //////////////////////////////////////////////////////////////////////////////// xsd__anyType::xsd__anyType() { soap = NULL; // This will be set by gSOAP environment later (upon deserialization or calling soap_new_X() } xsd__anyType::~xsd__anyType() { soap_unlink(soap, this); // Let gSOAP not deallocate this object again if this object was explicitly removed } xsd__anyType*& xsd__anyType::operator[](int i) { static xsd__anyType *p = this; // trick: we don't expect the operator to be applied, but we need a method return p; } void xsd__anyType::print(std::ostream &s) const { s << ""; } xsd__anySimpleType::xsd__anySimpleType() { } xsd__anySimpleType::~xsd__anySimpleType() { } void xsd__anySimpleType::print(std::ostream &s) const { s << ""; } xsd__anyURI::xsd__anyURI() { } xsd__anyURI::~xsd__anyURI() { } xsd__anyURI::xsd__anyURI(char *s) { __item = s; } void xsd__anyURI::print(std::ostream &s) const { s << ""; } xsd__boolean::xsd__boolean() { } xsd__boolean::~xsd__boolean() { } xsd__boolean::xsd__boolean(bool b) { __item = b; } void xsd__boolean::print(std::ostream &s) const { s << ""; } xsd__date::xsd__date() { } xsd__date::~xsd__date() { } xsd__date::xsd__date(char *s) { __item = s; } void xsd__date::print(std::ostream &s) const { s << ""; } xsd__dateTime::xsd__dateTime() { } xsd__dateTime::~xsd__dateTime() { } xsd__dateTime::xsd__dateTime(time_t t) { __item = t; } void xsd__dateTime::print(std::ostream &s) const { s << ""; } xsd__double::xsd__double() { } xsd__double::~xsd__double() { } xsd__double::xsd__double(double d) { __item = d; } void xsd__double::print(std::ostream &s) const { s << ""; } xsd__duration::xsd__duration() { } xsd__duration::~xsd__duration() { } xsd__duration::xsd__duration(char *s) { __item = s; } void xsd__duration::print(std::ostream &s) const { s << ""; } xsd__float::xsd__float() { } xsd__float::~xsd__float() { } xsd__float::xsd__float(float f) { __item = f; } void xsd__float::print(std::ostream &s) const { s << ""; } xsd__time::xsd__time() { } xsd__time::~xsd__time() { } xsd__time::xsd__time(char *s) { __item = s; } void xsd__time::print(std::ostream &s) const { s << ""; } xsd__string::xsd__string() { } xsd__string::~xsd__string() { } xsd__string::xsd__string(char *s) { __item = s; } void xsd__string::print(std::ostream &s) const { s << ""; } xsd__normalizedString::xsd__normalizedString() { } xsd__normalizedString::~xsd__normalizedString() { } xsd__normalizedString::xsd__normalizedString(char *s) { __item = s; } void xsd__normalizedString::print(std::ostream &s) const { s << ""; } xsd__token::xsd__token() { } xsd__token::~xsd__token() { } xsd__token::xsd__token(char *s) { __item = s; } void xsd__token::print(std::ostream &s) const { s << ""; } xsd__decimal::xsd__decimal() { } xsd__decimal::~xsd__decimal() { } xsd__decimal::xsd__decimal(char *s) { __item = s; } void xsd__decimal::print(std::ostream &s) const { s << ""; } xsd__integer::xsd__integer() { } xsd__integer::~xsd__integer() { } xsd__integer::xsd__integer(char *s) { __item = s; } void xsd__integer::print(std::ostream &s) const { s << ""; } xsd__nonPositiveInteger::xsd__nonPositiveInteger() { } xsd__nonPositiveInteger::~xsd__nonPositiveInteger() { } xsd__nonPositiveInteger::xsd__nonPositiveInteger(char *s) { __item = s; } void xsd__nonPositiveInteger::print(std::ostream &s) const { s << ""; } xsd__negativeInteger::xsd__negativeInteger() { } xsd__negativeInteger::~xsd__negativeInteger() { } xsd__negativeInteger::xsd__negativeInteger(char *s) { __item = s; } void xsd__negativeInteger::print(std::ostream &s) const { s << ""; } xsd__nonNegativeInteger::xsd__nonNegativeInteger() { } xsd__nonNegativeInteger::~xsd__nonNegativeInteger() { } xsd__nonNegativeInteger::xsd__nonNegativeInteger(char *s) { __item = s; } void xsd__nonNegativeInteger::print(std::ostream &s) const { s << ""; } xsd__positiveInteger::xsd__positiveInteger() { } xsd__positiveInteger::~xsd__positiveInteger() { } xsd__positiveInteger::xsd__positiveInteger(char *s) { __item = s; } void xsd__positiveInteger::print(std::ostream &s) const { s << ""; } xsd__long::xsd__long() { } xsd__long::~xsd__long() { } xsd__long::xsd__long(LONG64 ll) { __item = ll; } void xsd__long::print(std::ostream &s) const { s << ""; } xsd__int::xsd__int() { } xsd__int::~xsd__int() { } xsd__int::xsd__int(int i) { __item = i; } void xsd__int::print(std::ostream &s) const { s << ""; } xsd__short::xsd__short() { } xsd__short::~xsd__short() { } xsd__short::xsd__short(short h) { __item = h; } void xsd__short::print(std::ostream &s) const { s << ""; } xsd__byte::xsd__byte() { } xsd__byte::~xsd__byte() { } xsd__byte::xsd__byte(char c) { __item = c; } void xsd__byte::print(std::ostream &s) const { s << ""; } xsd__unsignedLong::xsd__unsignedLong() { } xsd__unsignedLong::~xsd__unsignedLong() { } xsd__unsignedLong::xsd__unsignedLong(ULONG64 ull) { __item = ull; } void xsd__unsignedLong::print(std::ostream &s) const { s << ""; } xsd__unsignedInt::xsd__unsignedInt() { } xsd__unsignedInt::~xsd__unsignedInt() { } xsd__unsignedInt::xsd__unsignedInt(unsigned int ui) { __item = ui; 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ps-am tags tags-am uninstall \ uninstall-am $(SOAP_C_SRC) : $(SOAPHEADER) $(SOAP) -cL -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/wsse/wssedemo.h0000644000175000017500000002715612653650156020045 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* wssedemo.h Generated by wsdl2h 1.2.6 from wssedemo.wsdl and typemap.dat 2005-08-26 12:54:17 GMT Copyright (C) 2001-2005 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. - Use wsdl2h option -l to view the software license terms. */ /******************************************************************************\ * * * http://www.genivia.com/wsdl/wssetest.wsdl * * * \******************************************************************************/ //gsoapopt cw /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsse.h" // wsse = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ // Imported element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Security declared as _wsse__Security /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns1 service name: wssetest //gsoap ns1 service type: wssetestPortType //gsoap ns1 service port: http://localhost:80 //gsoap ns1 service namespace: http://www.genivia.com/schemas/wssetest.xsd //gsoap ns1 service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage wssetest Definitions @section wssetest_bindings Bindings - @ref wssetest */ /** @page wssetest Binding "wssetest" @section wssetest_operations Operations of Binding "wssetest" - @ref ns1__add - @ref ns1__sub - @ref ns1__mul - @ref ns1__div @section wssetest_ports Endpoints of Binding "wssetest" - http://localhost:80 */ /******************************************************************************\ * * * SOAP Header * * * \******************************************************************************/ /** The SOAP Header is part of the gSOAP context and its content is accessed through the soap.header variable. You may have to set the soap.actor variable to serialize SOAP Headers with SOAP-ENV:actor or SOAP-ENV:role attributes. */ struct SOAP_ENV__Header { mustUnderstand // must be understood by receiver _wsse__Security *wsse__Security ; ///< TODO: Check element type (imported type) }; /******************************************************************************\ * * * wssetest * * * \******************************************************************************/ /******************************************************************************\ * * * ns1__add * * * \******************************************************************************/ /// Operation "ns1__add" of service binding "wssetest" /** Operation details: - SOAP RPC encodingStyle="http://schemas.xmlsoap.org/soap/encoding/" - Request message has mandatory header part(s): - wsse__Security - Response message has mandatory header part(s): - wsse__Security C stub function (defined in soapClient.c[pp]): @code int soap_call_ns1__add(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: double a, double b, // response parameters: double *result ); @endcode */ //gsoap ns1 service method-style: add rpc //gsoap ns1 service method-encoding: add http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns1 service method-action: add "" //gsoap ns1 service method-input-header-part: add wsse__Security //gsoap ns1 service method-output-header-part: add wsse__Security int ns1__add( double a, double b, double *result ///< response parameter ); /******************************************************************************\ * * * ns1__sub * * * \******************************************************************************/ /// Operation "ns1__sub" of service binding "wssetest" /** Operation details: - SOAP RPC encodingStyle="http://schemas.xmlsoap.org/soap/encoding/" - Request message has mandatory header part(s): - wsse__Security - Response message has mandatory header part(s): - wsse__Security C stub function (defined in soapClient.c[pp]): @code int soap_call_ns1__sub(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: double a, double b, // response parameters: double *result ); @endcode */ //gsoap ns1 service method-style: sub rpc //gsoap ns1 service method-encoding: sub http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns1 service method-action: sub "" //gsoap ns1 service method-input-header-part: sub wsse__Security //gsoap ns1 service method-output-header-part: sub wsse__Security int ns1__sub( double a, double b, double *result ///< response parameter ); /******************************************************************************\ * * * ns1__mul * * * \******************************************************************************/ /// Operation "ns1__mul" of service binding "wssetest" /** Operation details: - SOAP RPC encodingStyle="http://schemas.xmlsoap.org/soap/encoding/" - Request message has mandatory header part(s): - wsse__Security - Response message has mandatory header part(s): - wsse__Security C stub function (defined in soapClient.c[pp]): @code int soap_call_ns1__mul(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: double a, double b, // response parameters: double *result ); @endcode */ //gsoap ns1 service method-style: mul rpc //gsoap ns1 service method-encoding: mul http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns1 service method-action: mul "" //gsoap ns1 service method-input-header-part: mul wsse__Security //gsoap ns1 service method-output-header-part: mul wsse__Security int ns1__mul( double a, double b, double *result ///< response parameter ); /******************************************************************************\ * * * ns1__div * * * \******************************************************************************/ /// Operation "ns1__div" of service binding "wssetest" /** Operation details: - SOAP RPC encodingStyle="http://schemas.xmlsoap.org/soap/encoding/" - Request message has mandatory header part(s): - wsse__Security - Response message has mandatory header part(s): - wsse__Security C stub function (defined in soapClient.c[pp]): @code int soap_call_ns1__div(struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: double a, double b, // response parameters: double *result ); @endcode */ //gsoap ns1 service method-style: div rpc //gsoap ns1 service method-encoding: div http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns1 service method-action: div "" //gsoap ns1 service method-input-header-part: div wsse__Security //gsoap ns1 service method-output-header-part: div wsse__Security int ns1__div( double a, double b, double *result ///< response parameter ); /* End of wssedemo.h */ gsoap-2.8.28/gsoap/samples/wsse/wssedemo.c0000644000175000017500000006524612653650156020042 0ustar ellertellert/* wssedemo.c WS-Security plugin demo application. See comments below. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- This application demonstrates the use of the wsse plugin. Compile: wsdl2h -c -t typemap.dat wssedemo.wsdl soapcpp2 -I import wssedemo.h cc -DWITH_OPENSSL -DWITH_DOM -o wssedemo wssedemo.c wsseapi.c smdevp.c mecevp.c dom.c stdsoap2.c soapC.c soapClient.c soapServer.c -lcrypto -lssl Other required files: server.pem server private key and certificate (do not distrubute) servercert.pem server public certificate for public distribution cacert.pem root CA certificate for public distribution Note: The wsse.h, wsu.h, ds.h, xenc.h c14n.h files are located in 'import'. The smdevp.*, mecevp.* and wsseapi.* files are located in 'plugin'. Usage: wssedemo abcdehiknstxyz [port] with options: a sign the ns1:add operation in the SOAP Body (use option b to remove Body sig) b don't sign the entire SOAP Body (signed by default) c enable chunked HTTP d use triple DES secret key for encryption instead of RSA e encrypt the SOAP Body f encrypt the operation in the Body, rather than entire SOAP Body g sign parts instead of entire SOAP Body h use hmac shared secret key for digital signatures instead of RSA keys i indent XML k don't put signature keys in the WS-Security header m use GCM with AES n canonicalize XML (recommended!) p prefixlist for c14n:InclusiveNamespaces/PrefixList for canonical XML interop s server (stand-alone) t use plain-text passwords (password digest by default) x use plain XML (no HTTP header), client only y buffered sends (experimental, not critical) z enable compression For example, to generate a request message and store it in file 'wssedemo.xml': ./wssedemo in > wssedemo.xml < /dev/null To parse and verify this request message: ./wssedemo ins < wssedemo.xml Alternatively, using HMAC (fast but uses shared symmetric keys): ./wssedemo ihn > wssedemo.xml < /dev/null ./wssedemo ihns < wssedemo.xml To run a stand-alone server: ./wssedemo ins 8080 And invoking it with a client: ./wssedemo in 8080 To test multiple calls, add a single digit number of runs at the end of the options: ./wssedemo in4 8080 */ #include "wsseapi.h" #include "wssetest.nsmap" /* The client and server side use the same certificates and keys for demonstration purposes */ X509 *cert = NULL; EVP_PKEY *rsa_privk = NULL, *rsa_pubk = NULL; /* The secret HMAC key is shared between client and server */ static char hmac_key[16] = /* Dummy HMAC key for signature test */ { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 }; /* The WS-SecureConversation Context Token ID we pick for the HMAC key, here we use a fake one to demo */ const char *contextId = "uuid:secure-conversation-context-token"; /* The secret triple DES key shared between client and server for message encryption */ static char des_key[20] = /* Dummy 160-bit triple DES key for encryption test */ { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 }; /* The secret AES key shared between client and server for message encryption */ static char aes_key[32] = /* Dummy 256-bit AES256 key for encryption test */ { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32 }; int addsig = 0; int addenc = 0; int nobody = 0; /* do not sign the SOAP Body */ int hmac = 0; /* symmetric signature */ int nokey = 0; /* do not include signer's public key in message */ int nohttp = 0; int sym = 0; /* symmetric encryption */ int enc = 0; /* encryption */ int oaep = 0; /* use Rsa-oaep-mgf1p with AES256 CBC */ int aes = 0; /* use AES256 instead of DES */ int gcm = 0; /* use AES with GCM instead of CBC mode (requires OpenSSL 1.0.2) */ /** Optional user-defined key lookup function, see WSSE docs */ static const void *token_handler(struct soap *soap, int *alg, const char *keyname, int *keylen) { const char *ctxId; /* we're not using keyname or other info, which is from the ds:KeyInfo/KeyName content */ (void)keyname; /* we can also access the issuer information to determine which key we have */ struct ds__X509IssuerSerialType *issuer = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(soap); switch (*alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA224: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA384: case SOAP_SMD_VRFY_RSA_SHA512: case SOAP_SMD_VRFY_ECDSA_SHA1: case SOAP_SMD_VRFY_ECDSA_SHA224: case SOAP_SMD_VRFY_ECDSA_SHA256: case SOAP_SMD_VRFY_ECDSA_SHA384: case SOAP_SMD_VRFY_ECDSA_SHA512: return (const void*)cert; /* signature verification with public cert */ case SOAP_SMD_HMAC_SHA1: /* Optional: WS-SecureConversation: get & check context token ID of HMAC key */ ctxId = soap_wsse_get_SecurityContextToken(soap); if (!ctxId || strcmp(ctxId, contextId)) return NULL; *keylen = sizeof(hmac_key); return (const void*)hmac_key; /* signature verification with secret key */ case SOAP_MEC_ENV_DEC_DES_CBC: /* should inquire keyname (contains key name or subject name/key id) */ if (issuer && issuer->X509IssuerName) { /* use this to get private key */ } if (issuer && issuer->X509SerialNumber) { /* use this to get private key */ } return (const void*)rsa_privk; /* envelope decryption with private key */ case SOAP_MEC_DEC_DES_CBC: /* should inquire keyname (contains key name or subject name/key id) */ *keylen = sizeof(des_key); return (const void*)des_key; /* decryption with secret key */ case SOAP_MEC_DEC_AES256_CBC: case SOAP_MEC_DEC_AES256_GCM: /* should inquire keyname (contains key name or subject name/key id) */ *keylen = sizeof(aes_key); return (const void*)aes_key; /* decryption with secret key */ } fprintf(stderr, "Could not return a key from token handler for '%s'\n", keyname ? keyname : ""); return NULL; /* fail */ } int main(int argc, char **argv) { struct soap *soap; int server = 0; int text = 0; int port = 0; FILE *fd; double result; char *user; int runs = 1; /* create context */ soap = soap_new(); /* register wsse plugin */ soap_register_plugin_arg(soap, soap_wsse, (void*)token_handler); /* options */ if (argc >= 2) { if (strchr(argv[1], 'c')) soap_set_omode(soap, SOAP_IO_CHUNK); else if (strchr(argv[1], 'y')) soap_set_omode(soap, SOAP_IO_STORE); if (strchr(argv[1], 'i')) soap_set_omode(soap, SOAP_XML_INDENT); if (strchr(argv[1], 'n')) soap_set_omode(soap, SOAP_XML_CANONICAL); if (strchr(argv[1], 'p')) soap_wsse_set_InclusiveNamespaces(soap, "SOAP-ENV SOAP-ENC xsi xsd"); if (strchr(argv[1], 'a')) aes = 1; if (strchr(argv[1], 'm')) gcm = 1; if (strchr(argv[1], 'o')) oaep = 1; if (strchr(argv[1], 'd')) sym = 1; if (strchr(argv[1], 'e')) enc = 1; if (strchr(argv[1], 'f')) addenc = 1; if (strchr(argv[1], 'h')) hmac = 1; if (strchr(argv[1], 'k')) nokey = 1; if (strchr(argv[1], 's')) server = 1; if (strchr(argv[1], 't')) text = 1; if (strchr(argv[1], 'g')) addsig = 1; if (strchr(argv[1], 'b')) nobody = 1; if (strchr(argv[1], 'x')) nohttp = 1; if (strchr(argv[1], 'z')) soap_set_mode(soap, SOAP_ENC_ZLIB); if (isdigit(argv[1][strlen(argv[1])-1])) { runs = argv[1][strlen(argv[1])-1] - '0'; soap_set_mode(soap, SOAP_IO_KEEPALIVE); } } /* soap->actor = "..."; */ /* set only when required by peer */ user = getenv("USER"); if (!user) user = (char*)"anyone"; /* read RSA private key for signing */ if ((fd = fopen("server.pem", "r"))) { rsa_privk = PEM_read_PrivateKey(fd, NULL, NULL, (void*)"password"); fclose(fd); if (!rsa_privk) { fprintf(stderr, "Could not read private RSA key from server.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); /* read certificate (more efficient is to keep certificate in memory) to obtain public key for encryption and signature verification */ if ((fd = fopen("servercert.pem", "r"))) { cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (!cert) { fprintf(stderr, "Could not read certificate from servercert.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); rsa_pubk = X509_get_pubkey(cert); if (!rsa_pubk) { fprintf(stderr, "Could not get public key from certificate\n"); exit(1); } /* port argument */ if (argc >= 3) port = atoi(argv[2]); /* need cacert to verify certificates with CA (cacert.pem for testing and cacerts.pem for production, which contains the trusted CA certificates) */ soap->cafile = "cacert.pem"; /* server / */ if (server) { if (port) { /* stand-alone server serving messages over port */ if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) { soap_print_fault(soap, stderr); exit(1); } printf("Server started at port %d\n", port); while (soap_valid_socket(soap_accept(soap))) { /* auto-verify signature options */ if (hmac) soap_wsse_verify_auto(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); else if (nokey) soap_wsse_verify_auto(soap, SOAP_SMD_VRFY_RSA_SHA1, rsa_pubk, 0); else soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); /* auto-decrypt options */ if (sym) { if (aes) { if (gcm) soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_GCM, aes_key, sizeof(aes_key)); else soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_CBC, aes_key, sizeof(aes_key)); } else soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_DES_CBC, des_key, sizeof(des_key)); } else if (enc) soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_privk, 0); if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } soap_destroy(soap); soap_end(soap); } soap_print_fault(soap, stderr); exit(1); } else /* CGI-style server serving messages over stdin/out */ { /* auto-verify signature options */ if (hmac) soap_wsse_verify_auto(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); else if (nokey) soap_wsse_verify_auto(soap, SOAP_SMD_VRFY_RSA_SHA1, rsa_pubk, 0); else soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); /* auto-decrypt options */ if (sym) { if (aes) { if (gcm) soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_GCM, aes_key, sizeof(aes_key)); else soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_CBC, aes_key, sizeof(aes_key)); } else soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_DES_CBC, des_key, sizeof(des_key)); } else if (enc) soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_privk, 0); if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); exit(1); } soap_destroy(soap); soap_end(soap); } } else /* client */ { int run; char endpoint[80]; /* ns1:test data */ struct ns1__add a; struct ns1__sub b; a.a = 123; a.b = 456; b.a = 789; b.b = -99999; /* client sending messages to stdout or over port */ if (port) (SOAP_SNPRINTF(endpoint, sizeof(endpoint), 37), "http://localhost:%d", port); else if (nohttp) soap_strcpy(endpoint, sizeof(endpoint), ""); else soap_strcpy(endpoint, sizeof(endpoint), "http://"); /* run */ for (run = 0; run < runs; run++) { /* message lifetime of 60 seconds */ soap_wsse_add_Timestamp(soap, "Time", 60); /* add user name with text password (unsafe unless over HTTPS) or digest password */ if (text) soap_wsse_add_UsernameTokenText(soap, "User", user, "userPass"); else soap_wsse_add_UsernameTokenDigest(soap, "User", user, "userPass"); /* symmetric encryption option */ if (sym) { if (aes) { /* symmetric encryption with AES CBC/GCM */ soap_wsse_add_EncryptedData_KeyInfo_KeyName(soap, "My AES Key"); if (gcm) { if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_GCM, aes_key, sizeof(aes_key))) soap_print_fault(soap, stderr); soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_GCM, aes_key, sizeof(aes_key)); } else { if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_CBC, aes_key, sizeof(aes_key))) soap_print_fault(soap, stderr); soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_CBC, aes_key, sizeof(aes_key)); } } else { /* symmetric encryption with DES */ soap_wsse_add_EncryptedData_KeyInfo_KeyName(soap, "My DES Key"); if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key))) soap_print_fault(soap, stderr); soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_DES_CBC, des_key, sizeof(des_key)); } } else if (addenc) /* RSA encryption option of specific XML element */ { /* RSA encryption of the element option */ const char *SubjectKeyId = NULL; /* set to non-NULL to use SubjectKeyIdentifier in Header rather than a full cert key */ /* MUST set wsu:Id of the elements to encrypt */ if (addenc) /* encrypt element */ { soap_wsse_set_wsu_id(soap, "ns1:add"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, SubjectKeyId, NULL, NULL, "ns1:add")) soap_print_fault(soap, stderr); } else /* encrypt element */ { soap_wsse_set_wsu_id(soap, "a"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, SubjectKeyId, NULL, NULL, "a")) soap_print_fault(soap, stderr); } soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_privk, 0); } else if (enc) /* RSA encryption of the SOAP Body option */ { const char *SubjectKeyId = NULL; /* set to non-NULL to use SubjectKeyIdentifier in Header rather than a full cert key */ if (oaep) { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP, "Cert", cert, SubjectKeyId, NULL, NULL)) soap_print_fault(soap, stderr); } else if (aes) { if (gcm) { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_GCM, "Cert", cert, SubjectKeyId, NULL, NULL)) soap_print_fault(soap, stderr); } else { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC, "Cert", cert, SubjectKeyId, NULL, NULL)) soap_print_fault(soap, stderr); } } else { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, SubjectKeyId, NULL, NULL)) soap_print_fault(soap, stderr); } soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_privk, 0); } /* HMAC signature */ if (hmac) { if (nobody) soap_wsse_sign(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); else soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); /* WS-SecureConversation contect token */ soap_wsse_add_SecurityContextToken(soap, "SCT", contextId); } else /* RSA signature verification */ { if (nokey) soap_wsse_add_KeyInfo_KeyName(soap, "MyKey"); else { soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); } if (nobody || addsig) /* do not sign body */ soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA1, rsa_privk, 0); else soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_privk, 0); } /* auto-verification of signatures in server responses */ if (hmac) soap_wsse_verify_auto(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); else if (nokey) soap_wsse_verify_auto(soap, SOAP_SMD_VRFY_RSA_SHA1, rsa_pubk, 0); else soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); /* sign message parts inside unsigned body? If so, set wsu:Id of those */ if (addsig) { soap_wsse_set_wsu_id(soap, "ns1:add"); soap_wsse_sign_only(soap, "User ns1:add"); } /* invoke the server. You can choose add, sub, mul, or div operations * that show different security aspects (intentional message rejections) * for demonstration purposes (see server operations below) */ if (!soap_call_ns1__add(soap, endpoint, NULL, 1.0, 2.0, &result)) { if (!soap_wsse_verify_Timestamp(soap)) { const char *servername = soap_wsse_get_Username(soap); if (servername && !strcmp(servername, "server") && !soap_wsse_verify_Password(soap, "serverPass")) printf("Result = %g\n", result); else { fprintf(stderr, "Server authentication failed\n"); soap_print_fault(soap, stderr); } } else { fprintf(stderr, "Server response expired\n"); soap_print_fault(soap, stderr); } } else { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); if (soap->error != SOAP_EOF) exit(1); } /* clean up security header */ soap_wsse_delete_Security(soap); /* disable soap_wsse_verify_auto */ soap_wsse_verify_done(soap); } /* run */ } /* clean up keys */ if (rsa_privk) EVP_PKEY_free(rsa_privk); if (rsa_pubk) EVP_PKEY_free(rsa_pubk); if (cert) X509_free(cert); /* clean up gSOAP engine */ soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); /* done */ return 0; } int ns1__add(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to add %g + %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { int err = soap->error; /* preserve error code */ soap_wsse_delete_Security(soap); /* remove WS-Security information */ /* the above suffices to return an unsigned fault, but here we show how to return a signed fault: */ soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_privk, 0); return err; } if (soap_wsse_verify_element(soap, "http://www.genivia.com/schemas/wssetest.xsd", "add") == 0) { soap_wsse_delete_Security(soap); return soap_sender_fault(soap, "Service operation not signed", NULL); } soap_wsse_delete_Security(soap); /* remove WS-Security before setting new security information */ soap_wsse_add_Timestamp(soap, "Time", 10); /* lifetime of 10 seconds */ soap_wsse_add_UsernameTokenDigest(soap, "User", "server", "serverPass"); if (hmac) { if (nobody || addsig) soap_wsse_sign(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); else soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); /* WS-SecureConversation context token */ soap_wsse_add_SecurityContextToken(soap, "SCT", contextId); } else { if (nokey) soap_wsse_add_KeyInfo_KeyName(soap, "MyKey"); else { soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); } if (nobody || addsig) soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA1, rsa_privk, 0); else soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_privk, 0); } /* sign the response message inside the unsigned enveloping body? If so, set wsu:Id of the response */ if (addsig) soap_wsse_set_wsu_id(soap, "ns1:addResponse"); if (sym) { if (aes) { soap_wsse_add_EncryptedData_KeyInfo_KeyName(soap, "My AES Key"); if (gcm) { if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_GCM, aes_key, sizeof(aes_key))) soap_print_fault(soap, stderr); } else { if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_CBC, aes_key, sizeof(aes_key))) soap_print_fault(soap, stderr); } } else { soap_wsse_add_EncryptedData_KeyInfo_KeyName(soap, "My DES Key"); if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key))) soap_print_fault(soap, stderr); } } else if (addenc) { /* MUST set wsu:Id of the elements to encrypt */ soap_wsse_set_wsu_id(soap, "ns1:addResponse"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL, "ns:addResponse")) soap_print_fault(soap, stderr); } else if (enc) { if (oaep) { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); } else if (aes) { if (gcm) { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_GCM, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); } else { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); } } else { if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); } } *result = a + b; return SOAP_OK; } int ns1__sub(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to subtract %g - %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { soap_wsse_delete_Security(soap); return soap->error; } if (soap_wsse_verify_element(soap, "http://www.genivia.com/schemas/wssetest.xsd", "sub") == 0) { soap_wsse_delete_Security(soap); return soap_sender_fault(soap, "Service operation not signed", NULL); } soap_wsse_delete_Security(soap); /* In this case we leave out the timestamp, which is the sender's * responsibility to add. The receiver only complains if the timestamp is out * of date, not that it is absent. */ if (hmac) { soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); /* WS-SecureConversation contect token */ soap_wsse_add_SecurityContextToken(soap, "SCT", contextId); } else { if (nokey) soap_wsse_add_KeyInfo_KeyName(soap, "MyKey"); else { soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); } soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_privk, 0); } *result = a - b; return SOAP_OK; } int ns1__mul(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to multiply %g * %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { soap_wsse_delete_Security(soap); return soap->error; } if (soap_wsse_verify_element(soap, "http://www.genivia.com/schemas/wssetest.xsd", "mul") == 0) { soap_wsse_delete_Security(soap); return soap_sender_fault(soap, "Service operation not signed", NULL); } soap_wsse_delete_Security(soap); soap_wsse_add_Timestamp(soap, "Time", 10); /* lifetime of 10 seconds */ /* In this case we leave out the server name and password. Because the * client receiver requires the presence of authentication information, the * client will reject the response. */ if (hmac) { soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); /* WS-SecureConversation contect token */ soap_wsse_add_SecurityContextToken(soap, "SCT", contextId); } else { if (nokey) soap_wsse_add_KeyInfo_KeyName(soap, "MyKey"); else { soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); } soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_privk, 0); } *result = a * b; return SOAP_OK; } int ns1__div(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to divide %g / %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { soap_wsse_delete_Security(soap); return soap->error; } if (soap_wsse_verify_element(soap, "http://www.genivia.com/schemas/wssetest.xsd", "div") == 0) { soap_wsse_delete_Security(soap); return soap_sender_fault(soap, "Service operation not signed", NULL); } soap_wsse_delete_Security(soap); soap_wsse_add_Timestamp(soap, "Time", 10); /* lifetime of 10 seconds */ soap_wsse_add_UsernameTokenDigest(soap, "User", "server", "serverPass"); /* In this case we leave out the signature and the receiver will reject this unsigned message. */ if (b == 0.0) return soap_sender_fault(soap, "Division by zero", NULL); *result = a / b; return SOAP_OK; } gsoap-2.8.28/gsoap/samples/wsse/server.pem0000644000175000017500000000724212653650156020051 0ustar ellertellert-----BEGIN ENCRYPTED PRIVATE KEY----- MIICxjBABgkqhkiG9w0BBQ0wMzAbBgkqhkiG9w0BBQwwDgQI74Clf0036IICAggA MBQGCCqGSIb3DQMHBAiOmGBFtHOX0wSCAoAPb8WN47mTunpkPpzBSNd4i+qX1f4V XyFMWxdibGTclHfNesksWkg38E0nt9ORMImgvpKIHgQ2l+dt725uAoRhtuva7N2R kQKkJOtbzlxbgmi0QylcaEZYCw/OLsL0sH0xaoJDJsjwF74RAu4CJ7XVPR+ldPb9 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If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. 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See comments below. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- This application demonstrates the use of the wsse plugin. Compile: soapcpp2 -I import wssedemo.h cc -o wsselite wsselite.c wsseapi.c stdsoap2.c soapC.c soapClient.c soapServer.c Note: The wsse.h, wsu.h, ds.h, xenc.h c14n.h files are located in 'import'. The wsseapi-lite.* files are located in 'plugin'. Usage: wsselite s [port] with options: s server (stand-alone) To run a stand-alone server: ./wssedemo s 8080 And invoking it with a client: ./wssedemo c 8080 */ #include "wsseapi-lite.h" #include "wssetest.nsmap" int main(int argc, char **argv) { struct soap *soap; int server = 0; int port = 0; double result; char *user; /* create context */ soap = soap_new(); /* options */ if (argc >= 2) { if (strchr(argv[1], 'c')) soap_set_omode(soap, SOAP_IO_CHUNK); soap_set_omode(soap, SOAP_XML_INDENT); if (strchr(argv[1], 's')) server = 1; } /* soap->actor = "..."; */ /* set only when required */ user = getenv("USER"); if (!user) user = "anyone"; /* port argument */ if (argc >= 3) port = atoi(argv[2]); /* server or client/ */ if (server) { if (port) { /* stand-alone server serving messages over port */ if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) { soap_print_fault(soap, stderr); exit(1); } printf("Server started at port %d\n", port); while (soap_valid_socket(soap_accept(soap))) { if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } soap_destroy(soap); soap_end(soap); } soap_print_fault(soap, stderr); exit(1); } else { /* CGI-style server serving messages over stdin/out */ if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } soap_destroy(soap); soap_end(soap); } } else /* client */ { char endpoint[80]; /* ns1:test data */ struct ns1__add a; struct ns1__sub b; a.a = 123; a.b = 456; b.a = 789; b.b = -99999; /* client sending messages to stdout or over port */ if (port) sprintf(endpoint, "http://localhost:%d", port); else strcpy(endpoint, "http://"); /* message lifetime of 60 seconds */ soap_wsse_add_Timestamp(soap, NULL, 60); /* add user name with text or digest password */ soap_wsse_add_UsernameTokenText(soap, NULL, user, "userPass"); /* invoke the server. You can choose add, sub, mul, or div operations * that show different security aspects (intentional message rejections) * for demonstration purposes (see server operations below) */ if (!soap_call_ns1__add(soap, endpoint, NULL, 1.0, 2.0, &result)) { if (!soap_wsse_verify_Timestamp(soap)) { const char *servername = soap_wsse_get_Username(soap); if (servername && !strcmp(servername, "server") && !soap_wsse_verify_Password(soap, "serverPass")) printf("Result = %g\n", result); else { fprintf(stderr, "Server authentication failed\n"); soap_print_fault(soap, stderr); } } else { fprintf(stderr, "Server response expired\n"); soap_print_fault(soap, stderr); } } else { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } /* clean up security header */ soap_wsse_delete_Security(soap); } /* clean up gSOAP engine */ soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); /* done */ return 0; } int ns1__add(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to add %g + %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { int err = soap->error; /* preserve error code */ soap_wsse_delete_Security(soap); /* remove WS-Security information */ return err; } soap_wsse_delete_Security(soap); /* remove WS-Security before setting new security information */ soap_wsse_add_Timestamp(soap, NULL, 10); /* lifetime of 10 seconds */ soap_wsse_add_UsernameTokenText(soap, NULL, "server", "serverPass"); *result = a + b; return SOAP_OK; } int ns1__sub(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to subtract %g - %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { soap_wsse_delete_Security(soap); return soap->error; } soap_wsse_delete_Security(soap); /* In this case we leave out the timestamp, which is the sender's * responsibility to add. The receiver only complains if the timestamp is out * of date, not that it is absent. */ *result = a - b; return SOAP_OK; } int ns1__mul(struct soap *soap, double a, double b, double *result) { const char *username = soap_wsse_get_Username(soap); if (username) fprintf(stderr, "Hello %s, want to multiply %g * %g = ?\n", username, a, b); if (soap_wsse_verify_Timestamp(soap) || soap_wsse_verify_Password(soap, "userPass")) { soap_wsse_delete_Security(soap); return soap->error; } soap_wsse_delete_Security(soap); soap_wsse_add_Timestamp(soap, NULL, 10); /* lifetime of 10 seconds */ /* In this case we leave out the server name and password. 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ellertellert Service definition of function t__gmt gSOAP 2.7.12 generated service definition gsoap-2.8.28/gsoap/samples/mashup/calc.wsdl0000644000175000017500000001256412653650156020154 0ustar ellertellert Sums two values Subtracts two values Multiplies two values Divides two values Raises a to b Simple calculator service gsoap-2.8.28/gsoap/samples/mashup/mashupclient.c0000644000175000017500000000355612653650156021220 0ustar ellertellert/* mashupclient.c Example mashup service client in C soapcpp2 -c mashup.h cc -o mashupclient mashupclient.c stdsoap2.c soapC.c soapClient.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "mashup.nsmap" int main() { struct soap *soap = soap_new(); struct _ns3__commingtotown response; if (soap_call___ns5__dtx(soap, NULL, NULL, "", &response)) soap_print_fault(soap, stderr); else if (response.days == 0) printf("Today is the day!\n"); else printf("Wait %d more days to xmas\n", response.days); return 0; } gsoap-2.8.28/gsoap/samples/mashup/mashup.h0000644000175000017500000011070212653650156020016 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* mashup.h Generated by wsdl2h 2.8.26 from t.wsdl calc.wsdl mashup.wsdl and typemap.dat 2015-11-29 16:32:22 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @page page_notes Notes @note HINTS: - Run soapcpp2 on mashup.h to generate the SOAP/XML processing logic. Use soapcpp2 -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 -j to generate improved proxy and server classes. - Use wsdl2h -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h -R to generate REST operations. - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'. - Use wsdl2h -Nname for service prefix and produce multiple service bindings - Use wsdl2h -d to enable DOM support for xsd:anyType. - Use wsdl2h -g to auto-generate readers and writers for root elements. - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops). - Use wsdl2h -U to map XML names to C++ Unicode identifiers instead of _xNNNN. - Use wsdl2h -u to disable the generation of unions. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. @warning DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE. USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. @copyright LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. The wsdl2h tool and its generated software are released under the GPL. This software is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt c,w /******************************************************************************\ * * * Definitions * * * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://tempuri.org/t.xsd" ns2 = "urn:calc" ns3 = "urn:daystoxmas" */ #define SOAP_NAMESPACE_OF_ns1 "http://tempuri.org/t.xsd" //gsoap ns1 schema namespace: http://tempuri.org/t.xsd //gsoap ns1 schema form: unqualified #define SOAP_NAMESPACE_OF_ns2 "urn:calc" //gsoap ns2 schema namespace: urn:calc //gsoap ns2 schema form: unqualified #define SOAP_NAMESPACE_OF_ns3 "urn:daystoxmas" //gsoap ns3 schema namespace: urn:daystoxmas //gsoap ns3 schema form: qualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /// @brief Top-level root element "urn:daystoxmas":daystoxmas. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /// @brief Top-level root element "http://tempuri.org/t.xsd":gmt /// @brief "http://tempuri.org/t.xsd":gmt is a complexType. /// /// struct _ns1__gmt operations: /// - soap_default__ns1__gmt(soap*, _ns1__gmt*) reset members to default /// - int soap_read__ns1__gmt(soap*, _ns1__gmt*) deserialize from a source /// - int soap_write__ns1__gmt(soap*, _ns1__gmt*) serialize to a sink /// - _ns1__gmt* soap_dup__ns1__gmt(soap*, _ns1__gmt* dst, _ns1__gmt *src) returns deep copy of _ns1__gmt src into dst, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - soap_del__ns1__gmt(_ns1__gmt*) deep deletes _ns1__gmt data members, use only on dst after soap_dup__ns1__gmt(NULL, _ns1__gmt *dst, _ns1__gmt *src) (use soapcpp2 -Ed) struct _ns1__gmt { }; /// @brief Top-level root element "http://tempuri.org/t.xsd":gmtResponse /// @brief "http://tempuri.org/t.xsd":gmtResponse is a complexType. /// /// struct _ns1__gmtResponse operations: /// - soap_default__ns1__gmtResponse(soap*, _ns1__gmtResponse*) reset members to default /// - int soap_read__ns1__gmtResponse(soap*, _ns1__gmtResponse*) deserialize from a source /// - int soap_write__ns1__gmtResponse(soap*, _ns1__gmtResponse*) serialize to a sink /// - _ns1__gmtResponse* soap_dup__ns1__gmtResponse(soap*, _ns1__gmtResponse* dst, _ns1__gmtResponse *src) returns deep copy of _ns1__gmtResponse src into dst, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - soap_del__ns1__gmtResponse(_ns1__gmtResponse*) deep deletes _ns1__gmtResponse data members, use only on dst after soap_dup__ns1__gmtResponse(NULL, _ns1__gmtResponse *dst, _ns1__gmtResponse *src) (use soapcpp2 -Ed) struct _ns1__gmtResponse { /// Element "param-1" of XSD type xs:dateTime. time_t* param_1 0; ///< Optional element. }; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:daystoxmas * * * \******************************************************************************/ /// @brief Top-level root element "urn:daystoxmas":commingtotown /// @brief "urn:daystoxmas":commingtotown is a complexType. /// /// struct _ns3__commingtotown operations: /// - soap_default__ns3__commingtotown(soap*, _ns3__commingtotown*) reset members to default /// - int soap_read__ns3__commingtotown(soap*, _ns3__commingtotown*) deserialize from a source /// - int soap_write__ns3__commingtotown(soap*, _ns3__commingtotown*) serialize to a sink /// - _ns3__commingtotown* soap_dup__ns3__commingtotown(soap*, _ns3__commingtotown* dst, _ns3__commingtotown *src) returns deep copy of _ns3__commingtotown src into dst, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - soap_del__ns3__commingtotown(_ns3__commingtotown*) deep deletes _ns3__commingtotown data members, use only on dst after soap_dup__ns3__commingtotown(NULL, _ns3__commingtotown *dst, _ns3__commingtotown *src) (use soapcpp2 -Ed) struct _ns3__commingtotown { /// Element "days" of XSD type xs:int. int days 1; ///< Required element. }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns2 service name: calc //gsoap ns2 service type: calcPortType //gsoap ns2 service port: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns2 service namespace: urn:calc //gsoap ns2 service transport: http://schemas.xmlsoap.org/soap/http //gsoap ns4 service name: Service //gsoap ns4 service type: ServicePortType //gsoap ns4 service port: http://localhost:80 //gsoap ns4 service namespace: http://tempuri.org/t.xsd/Service.wsdl //gsoap ns4 service transport: http://schemas.xmlsoap.org/soap/http //gsoap ns5 service name: mashup //gsoap ns5 service type: PortType //gsoap ns5 service port: http://www.cs.fsu.edu/~engelen/mashup.cgi //gsoap ns5 service namespace: http://www.genivia.com/mashup.wsdl //gsoap ns5 service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage WSDL Definitions @section WSDL_bindings Service Bindings - @ref calc - @ref Service - @ref mashup @section WSDL_more More Information - @ref page_notes "Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page calc Binding "calc" @section calc_service Service Documentation "calc" Simple calculator service @section calc_operations Operations of Binding "calc" - @ref ns2__add - @ref ns2__sub - @ref ns2__mul - @ref ns2__div - @ref ns2__pow @section calc_ports Endpoints of Binding "calc" - http://websrv.cs.fsu.edu/~engelen/calcserver.cgi @note Use wsdl2h option -Nname to change the service binding prefix name */ /** @page Service Binding "Service" @section Service_service Service Documentation "Service" gSOAP 2.8.26 generated service definition @section Service_operations Operations of Binding "Service" - @ref __ns4__gmt @section Service_ports Endpoints of Binding "Service" - http://localhost:80 @note Use wsdl2h option -Nname to change the service binding prefix name */ /** @page mashup Binding "mashup" @section mashup_operations Operations of Binding "mashup" - @ref __ns5__dtx @section mashup_ports Endpoints of Binding "mashup" - http://www.cs.fsu.edu/~engelen/mashup.cgi @note Use wsdl2h option -Nname to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * calc * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * ns2__add * * * \******************************************************************************/ /** Operation "ns2__add" of service binding "calc". Sums two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double *result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__add( struct soap *soap, // input parameters: double a, double b, // output parameters: double *result ); @endcode */ //gsoap ns2 service method-protocol: add SOAP //gsoap ns2 service method-style: add rpc //gsoap ns2 service method-encoding: add http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: add "" //gsoap ns2 service method-output-action: add Response int ns2__add( double a, ///< Input parameter double b, ///< Input parameter double *result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__sub * * * \******************************************************************************/ /** Operation "ns2__sub" of service binding "calc". Subtracts two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__sub( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double *result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__sub( struct soap *soap, // input parameters: double a, double b, // output parameters: double *result ); @endcode */ //gsoap ns2 service method-protocol: sub SOAP //gsoap ns2 service method-style: sub rpc //gsoap ns2 service method-encoding: sub http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: sub "" //gsoap ns2 service method-output-action: sub Response int ns2__sub( double a, ///< Input parameter double b, ///< Input parameter double *result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__mul * * * \******************************************************************************/ /** Operation "ns2__mul" of service binding "calc". Multiplies two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__mul( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double *result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__mul( struct soap *soap, // input parameters: double a, double b, // output parameters: double *result ); @endcode */ //gsoap ns2 service method-protocol: mul SOAP //gsoap ns2 service method-style: mul rpc //gsoap ns2 service method-encoding: mul http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: mul "" //gsoap ns2 service method-output-action: mul Response int ns2__mul( double a, ///< Input parameter double b, ///< Input parameter double *result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__div * * * \******************************************************************************/ /** Operation "ns2__div" of service binding "calc". Divides two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__div( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double *result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__div( struct soap *soap, // input parameters: double a, double b, // output parameters: double *result ); @endcode */ //gsoap ns2 service method-protocol: div SOAP //gsoap ns2 service method-style: div rpc //gsoap ns2 service method-encoding: div http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: div "" //gsoap ns2 service method-output-action: div Response int ns2__div( double a, ///< Input parameter double b, ///< Input parameter double *result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__pow * * * \******************************************************************************/ /** Operation "ns2__pow" of service binding "calc". Raises a to b - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__pow( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double *result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__pow( struct soap *soap, // input parameters: double a, double b, // output parameters: double *result ); @endcode */ //gsoap ns2 service method-protocol: pow SOAP //gsoap ns2 service method-style: pow rpc //gsoap ns2 service method-encoding: pow http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: pow "" //gsoap ns2 service method-output-action: pow Response int ns2__pow( double a, ///< Input parameter double b, ///< Input parameter double *result ///< Output parameter ); /** @page calc Binding "calc" @section calc_policy_enablers Policy Enablers of Binding "calc" None specified. */ /******************************************************************************\ * * * Service Binding * * Service * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns4__gmt * * * \******************************************************************************/ /** Operation "__ns4__gmt" of service binding "Service". Service definition of function t__gmt - SOAP document/literal style messaging - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns4__gmt( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct _ns1__gmt* ns1__gmt, // output parameters: struct _ns1__gmtResponse *ns1__gmtResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns4__gmt( struct soap *soap, // input parameters: struct _ns1__gmt* ns1__gmt, // output parameters: struct _ns1__gmtResponse *ns1__gmtResponse ); @endcode */ //gsoap ns4 service method-protocol: gmt SOAP //gsoap ns4 service method-style: gmt document //gsoap ns4 service method-encoding: gmt literal //gsoap ns4 service method-action: gmt "" //gsoap ns4 service method-output-action: gmt Response int __ns4__gmt( struct _ns1__gmt* ns1__gmt, ///< Input parameter struct _ns1__gmtResponse *ns1__gmtResponse ///< Output parameter ); /** @page Service Binding "Service" @section Service_policy_enablers Policy Enablers of Binding "Service" None specified. */ /******************************************************************************\ * * * Service Binding * * mashup * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns5__dtx * * * \******************************************************************************/ /** Operation "__ns5__dtx" of service binding "mashup". - SOAP document/literal style messaging - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns5__dtx( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: _XML ns3__daystoxmas, // output parameters: struct _ns3__commingtotown *ns3__commingtotown ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns5__dtx( struct soap *soap, // input parameters: _XML ns3__daystoxmas, // output parameters: struct _ns3__commingtotown *ns3__commingtotown ); @endcode */ //gsoap ns5 service method-protocol: dtx SOAP //gsoap ns5 service method-style: dtx document //gsoap ns5 service method-encoding: dtx literal //gsoap ns5 service method-action: dtx "" //gsoap ns5 service method-output-action: dtx Response int __ns5__dtx( _XML ns3__daystoxmas, ///< Input parameter struct _ns3__commingtotown *ns3__commingtotown ///< Output parameter ); /** @page mashup Binding "mashup" @section mashup_policy_enablers Policy Enablers of Binding "mashup" None specified. */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section ns1 Top-level root elements of schema "http://tempuri.org/t.xsd" - @ref _ns1__gmt @code // Reader (returns SOAP_OK on success): soap_read__ns1__gmt(struct soap*, struct _ns1__gmt*); // Writer (returns SOAP_OK on success): soap_write__ns1__gmt(struct soap*, struct _ns1__gmt*); @endcode - @ref _ns1__gmtResponse @code // Reader (returns SOAP_OK on success): soap_read__ns1__gmtResponse(struct soap*, struct _ns1__gmtResponse*); // Writer (returns SOAP_OK on success): soap_write__ns1__gmtResponse(struct soap*, struct _ns1__gmtResponse*); @endcode @section ns2 Top-level root elements of schema "urn:calc" @section ns3 Top-level root elements of schema "urn:daystoxmas" - @ref _ns3__daystoxmas @code // Reader (returns SOAP_OK on success): soap_read__ns3__daystoxmas(struct soap*, _XML); // Writer (returns SOAP_OK on success): soap_write__ns3__daystoxmas(struct soap*, _XML); @endcode - @ref _ns3__commingtotown @code // Reader (returns SOAP_OK on success): soap_read__ns3__commingtotown(struct soap*, struct _ns3__commingtotown*); // Writer (returns SOAP_OK on success): soap_write__ns3__commingtotown(struct soap*, struct _ns3__commingtotown*); @endcode */ /* End of mashup.h */ gsoap-2.8.28/gsoap/samples/mashup/README.txt0000644000175000017500000000157712653650156020057 0ustar ellertellert A simple example "mashup" service. The service computes the number of days to christmas using the GMT time service and calculator service. The wsdl2h importer accepts multiple WSDLs and generates one gSOAP definitions file to implement clients and/or services. In this case we create a new service to compute the days to christmas by invoking the GMT and calc services. A client for the mashup service is also included. The mashup.h gSOAP definitions file is generated from the GMT and calculator WSDLs using: wsdl2h -c -o mashup.h t.wsdl calc.wsdl mashup.wsdl where t.wsdl is generated in samples/gmt, calc.wsdl is generated in samples/calc, and mashup.wsdl is a new WSDL to expose the new "daystoxmas" service operation. The mashupserver is a CGI application. The mashupclient is a stand-alone client for the service. Invoking mashupclient will return the number of days to christmas. gsoap-2.8.28/gsoap/samples/mashup/mashupserver.c0000644000175000017500000000750612653650156021247 0ustar ellertellert/* mashupserver.c Example mashup CGI service in C soapcpp2 -c mashup.h cc -o mashupserver mashupserver.c stdsoap2.c soapC.c soapClient.c soapServer.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "mashup.nsmap" int main(int argc, char **argv) { return soap_serve(soap_new()); } /******************************************************************************\ * * Server operation * \******************************************************************************/ int __ns5__dtx(struct soap *soap, _XML x, struct _ns3__commingtotown *response) { struct soap *csoap = soap_copy(soap); struct _ns1__gmt gmt; struct _ns1__gmtResponse gmtResponse; struct tm tm; time_t *now, xmas; double sec, days; if (soap_call___ns4__gmt(csoap, "http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi", NULL, &gmt, &gmtResponse)) { soap_end(csoap); soap_free(csoap); return soap_receiver_fault(soap, "Cannot connect to GMT server", NULL); } now = gmtResponse.param_1; if (!now) return soap_receiver_fault(soap, "Could not retrieve current time", NULL); memset(&tm, 0, sizeof(struct tm)); tm.tm_mday = 25; tm.tm_mon = 11; tm.tm_year = gmtime(now)->tm_year; /* this year */ xmas = soap_timegm(&tm); if (xmas < *now) { tm.tm_year++; /* xmas just passed, go to next year */ xmas = soap_timegm(&tm); } sec = difftime(xmas, *now); if (soap_call_ns2__div(csoap, NULL, NULL, sec, 86400, &days)) { soap_end(csoap); soap_free(csoap); return soap_receiver_fault(soap, "Cannot connect to calc server", NULL); } soap_delegate_deletion(csoap, soap); /* server should delete data */ soap_end(csoap); soap_free(csoap); response->days = (int)days; return SOAP_OK; } /******************************************************************************\ * * Dummy operations (these are implemented in the calc and gmt servers * \******************************************************************************/ int ns2__add(struct soap *soap, double a, double b, double *r) { return SOAP_NO_METHOD; } int ns2__sub(struct soap *soap, double a, double b, double *r) { return SOAP_NO_METHOD; } int ns2__mul(struct soap *soap, double a, double b, double *r) { return SOAP_NO_METHOD; } int ns2__div(struct soap *soap, double a, double b, double *r) { return SOAP_NO_METHOD; } int ns2__pow(struct soap *soap, double a, double b, double *r) { return SOAP_NO_METHOD; } int __ns4__gmt(struct soap *soap, struct _ns1__gmt *a, struct _ns1__gmtResponse *r) { return SOAP_NO_METHOD; } gsoap-2.8.28/gsoap/samples/mashup/Makefile.am0000644000175000017500000000121412653650156020401 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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gsoap-2.8.28/gsoap/samples/roll/rollclient.cpp0000644000175000017500000000026212653650156020675 0ustar ellertellert#include "soapH.h" #include "r.nsmap" int main() { int d; soap_call_r__roll(soap_new(), "http://www.cs.fsu.edu/~engelen/rolllitserver.cgi", "", d); return !printf("%d\n", d); } gsoap-2.8.28/gsoap/samples/roll/README.txt0000644000175000017500000000103112653650156017513 0ustar ellertellertThis directory contains a "one-liner" service: gSOAP Web service and client applications that are only one line long (not counting the usual #includes). The oneliners are small, but they can do a number of useful things. The complete list of oneliners is: samples/gmt return current time in GMT samples/hello "Hello World!" samples/roll rolling a die You can use the client programs right away after compilation since they connect to our server. To run the server examples you have to install them as CGI applications. gsoap-2.8.28/gsoap/samples/roll/Makefile.am0000644000175000017500000000117512653650156020062 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = rollclient rollserver SOAPHEADER = roll.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = r.nsmap r.wsdl rollclient_SOURCES = rollclient.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) rollclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) rollserver_SOURCES = rollserver.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) rollserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/roll/roll.h0000644000175000017500000000001712653650156017141 0ustar ellertellertr__roll(int&); gsoap-2.8.28/gsoap/samples/roll/rollserver.cpp0000644000175000017500000000026012653650156020723 0ustar ellertellert#include "soapH.h" #include "r.nsmap" int main() { return soap_serve(soap_new()); } int r__roll(struct soap *soap, int &r) { srand(time(0)); r = rand()%6+1; return SOAP_OK; } gsoap-2.8.28/gsoap/samples/calc_vs2005/0000755000175000017500000000000012653650154016771 5ustar ellertellertgsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005.sln0000644000175000017500000000160712653650154021434 0ustar ellertellert Microsoft Visual Studio Solution File, Format Version 9.00 # Visual C++ Express 2005 Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "calc_vs2005", "calc_vs2005\calc_vs2005.vcproj", "{61B4085F-9AF4-44D0-9489-3CD86101AB83}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution Debug|Win32 = Debug|Win32 Release|Win32 = Release|Win32 EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {61B4085F-9AF4-44D0-9489-3CD86101AB83}.Debug|Win32.ActiveCfg = Debug|Win32 {61B4085F-9AF4-44D0-9489-3CD86101AB83}.Debug|Win32.Build.0 = Debug|Win32 {61B4085F-9AF4-44D0-9489-3CD86101AB83}.Release|Win32.ActiveCfg = Release|Win32 {61B4085F-9AF4-44D0-9489-3CD86101AB83}.Release|Win32.Build.0 = Release|Win32 EndGlobalSection GlobalSection(SolutionProperties) = preSolution HideSolutionNode = FALSE EndGlobalSection EndGlobal gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/0000755000175000017500000000000012654077574020724 5ustar ellertellertgsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/calc_vs2005.vcproj0000644000175000017500000001163012653650154024061 0ustar ellertellert gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/soapC.cpp0000644000175000017500000027420212653650154022472 0ustar ellertellert/* soapC.cpp Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "soapH.h" SOAP_SOURCE_STAMP("@(#) soapC.cpp ver 2.8.28 2016-01-31 15:56:10 GMT") #ifndef WITH_NOGLOBAL SOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap) { soap->part = SOAP_IN_HEADER; soap->header = soap_in_SOAP_ENV__Header(soap, "SOAP-ENV:Header", soap->header, NULL); soap->part = SOAP_END_HEADER; return soap->header == NULL; } SOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap) { if (soap->version && soap->header) { soap->part = SOAP_IN_HEADER; if (soap_out_SOAP_ENV__Header(soap, "SOAP-ENV:Header", 0, soap->header, NULL)) return soap->error; soap->part = SOAP_END_HEADER; } return SOAP_OK; } SOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap) { if (soap->version && soap->header) soap_serialize_SOAP_ENV__Header(soap, soap->header); } SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap) { if (soap->header == NULL) { if ((soap->header = soap_new_SOAP_ENV__Header(soap))) soap_default_SOAP_ENV__Header(soap, soap->header); } } SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap) { if (soap->fault == NULL) { soap->fault = soap_new_SOAP_ENV__Fault(soap); if (soap->fault == NULL) return; soap_default_SOAP_ENV__Fault(soap, soap->fault); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Code) { soap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Reason) { soap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap); soap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason); } } SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap) { soap_fault(soap); if (soap->fault) soap_serialize_SOAP_ENV__Fault(soap, soap->fault); } SOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap) { if (soap->fault) return soap_put_SOAP_ENV__Fault(soap, soap->fault, "SOAP-ENV:Fault", NULL); return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap) { return (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, "SOAP-ENV:Fault", NULL)) == NULL; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Code) return (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value; return (const char**)(void*)&soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode == NULL) { soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = soap_new_SOAP_ENV__Code(soap); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode); } return (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; } return (const char**)(void*)&soap->fault->faultcode; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) return soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; return NULL; } return soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap) { soap_fault(soap); if (soap->version == 2) return (const char**)(void*)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text; return (const char**)(void*)&soap->fault->faultstring; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Detail == NULL) { soap->fault->SOAP_ENV__Detail = soap_new_SOAP_ENV__Detail(soap); soap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail); } return (const char**)(void*)&soap->fault->SOAP_ENV__Detail->__any; } if (soap->fault->detail == NULL) { soap->fault->detail = soap_new_SOAP_ENV__Detail(soap); soap_default_SOAP_ENV__Detail(soap, soap->fault->detail); } return (const char**)(void*)&soap->fault->detail->__any; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Detail) return soap->fault->SOAP_ENV__Detail->__any; if (soap->fault->detail) return soap->fault->detail->__any; return NULL; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap) { int t; if (soap->version == 1) { for (;;) { if (!soap_getelement(soap, &t)) if ((soap->error && soap->error != SOAP_TAG_MISMATCH) || soap_ignore_element(soap)) break; } } if (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF) soap->error = SOAP_OK; return soap->error; } #endif #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type) { (void)type; if (soap_peek_element(soap)) return NULL; #ifndef WITH_NOIDREF if (!*soap->id || !(*type = soap_lookup_type(soap, soap->id))) *type = soap_lookup_type(soap, soap->href); switch (*type) { case SOAP_TYPE_byte: return soap_in_byte(soap, NULL, NULL, "xsd:byte"); case SOAP_TYPE_int: return soap_in_int(soap, NULL, NULL, "xsd:int"); case SOAP_TYPE_double: return soap_in_double(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE_ns__pow: return soap_in_ns__pow(soap, NULL, NULL, "ns:pow"); case SOAP_TYPE_ns__powResponse: return soap_in_ns__powResponse(soap, NULL, NULL, "ns:powResponse"); case SOAP_TYPE_ns__div: return soap_in_ns__div(soap, NULL, NULL, "ns:div"); case SOAP_TYPE_ns__divResponse: return soap_in_ns__divResponse(soap, NULL, NULL, "ns:divResponse"); case SOAP_TYPE_ns__mul: return soap_in_ns__mul(soap, NULL, NULL, "ns:mul"); case SOAP_TYPE_ns__mulResponse: return soap_in_ns__mulResponse(soap, NULL, NULL, "ns:mulResponse"); case SOAP_TYPE_ns__sub: return soap_in_ns__sub(soap, NULL, NULL, "ns:sub"); case SOAP_TYPE_ns__subResponse: return soap_in_ns__subResponse(soap, NULL, NULL, "ns:subResponse"); case SOAP_TYPE_ns__add: return soap_in_ns__add(soap, NULL, NULL, "ns:add"); case SOAP_TYPE_ns__addResponse: return soap_in_ns__addResponse(soap, NULL, NULL, "ns:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_in_PointerTodouble(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE__QName: { char **s; s = soap_in__QName(soap, NULL, NULL, "xsd:QName"); return s ? *s : NULL; } case SOAP_TYPE_string: { char **s; s = soap_in_string(soap, NULL, NULL, "xsd:string"); return s ? *s : NULL; } default: #else *type = 0; #endif { const char *t = soap->type; if (!*t) t = soap->tag; if (!soap_match_tag(soap, t, "xsd:byte")) { *type = SOAP_TYPE_byte; return soap_in_byte(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:int")) { *type = SOAP_TYPE_int; return soap_in_int(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:double")) { *type = SOAP_TYPE_double; return soap_in_double(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:pow")) { *type = SOAP_TYPE_ns__pow; return soap_in_ns__pow(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:powResponse")) { *type = SOAP_TYPE_ns__powResponse; return soap_in_ns__powResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:div")) { *type = SOAP_TYPE_ns__div; return soap_in_ns__div(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:divResponse")) { *type = SOAP_TYPE_ns__divResponse; return soap_in_ns__divResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:mul")) { *type = SOAP_TYPE_ns__mul; return soap_in_ns__mul(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:mulResponse")) { *type = SOAP_TYPE_ns__mulResponse; return soap_in_ns__mulResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:sub")) { *type = SOAP_TYPE_ns__sub; return soap_in_ns__sub(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:subResponse")) { *type = SOAP_TYPE_ns__subResponse; return soap_in_ns__subResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:add")) { *type = SOAP_TYPE_ns__add; return soap_in_ns__add(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:addResponse")) { *type = SOAP_TYPE_ns__addResponse; return soap_in_ns__addResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:QName")) { char **s; *type = SOAP_TYPE__QName; s = soap_in__QName(soap, NULL, NULL, NULL); return s ? *s : NULL; } if (!soap_match_tag(soap, t, "xsd:string")) { char **s; *type = SOAP_TYPE_string; s = soap_in_string(soap, NULL, NULL, NULL); return s ? *s : NULL; } t = soap->tag; #ifndef WITH_NOIDREF } #endif } soap->error = SOAP_TAG_MISMATCH; return NULL; } #ifdef __cplusplus } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap) { if (!soap_peek_element(soap)) { int t; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unexpected element '%s' in input (level = %u, %d)\n", soap->tag, soap->level, soap->body)); if (soap->mustUnderstand && !soap->other) return soap->error = SOAP_MUSTUNDERSTAND; if (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, "SOAP-ENV:")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "REJECTING element '%s'\n", soap->tag)); return soap->error = SOAP_TAG_MISMATCH; } if (!*soap->id || !soap_getelement(soap, &t)) { soap->peeked = 0; if (soap->fignore) soap->error = soap->fignore(soap, soap->tag); else soap->error = SOAP_OK; DBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, "IGNORING element '%s'\n", soap->tag)); if (!soap->error && soap->body) { soap->level++; while (!soap_ignore_element(soap)) ; if (soap->error == SOAP_NO_TAG) soap->error = soap_element_end_in(soap, NULL); } } } return soap->error; } #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap) { int i; struct soap_plist *pp; if (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH))) for (i = 0; i < SOAP_PTRHASH; i++) for (pp = soap->pht[i]; pp; pp = pp->next) if (pp->mark1 == 2 || pp->mark2 == 2) if (soap_putelement(soap, pp->ptr, SOAP_MULTIREFTAG, pp->id, pp->type)) return soap->error; return SOAP_OK; } #endif #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type) { (void)tag; switch (type) { case SOAP_TYPE_byte: return soap_out_byte(soap, tag, id, (const char *)ptr, "xsd:byte"); case SOAP_TYPE_int: return soap_out_int(soap, tag, id, (const int *)ptr, "xsd:int"); case SOAP_TYPE_double: return soap_out_double(soap, tag, id, (const double *)ptr, "xsd:double"); case SOAP_TYPE_ns__pow: return soap_out_ns__pow(soap, tag, id, (const struct ns__pow *)ptr, "ns:pow"); case SOAP_TYPE_ns__powResponse: return soap_out_ns__powResponse(soap, tag, id, (const struct ns__powResponse *)ptr, "ns:powResponse"); case SOAP_TYPE_ns__div: return soap_out_ns__div(soap, tag, id, (const struct ns__div *)ptr, "ns:div"); case SOAP_TYPE_ns__divResponse: return soap_out_ns__divResponse(soap, tag, id, (const struct ns__divResponse *)ptr, "ns:divResponse"); case SOAP_TYPE_ns__mul: return soap_out_ns__mul(soap, tag, id, (const struct ns__mul *)ptr, "ns:mul"); case SOAP_TYPE_ns__mulResponse: return soap_out_ns__mulResponse(soap, tag, id, (const struct ns__mulResponse *)ptr, "ns:mulResponse"); case SOAP_TYPE_ns__sub: return soap_out_ns__sub(soap, tag, id, (const struct ns__sub *)ptr, "ns:sub"); case SOAP_TYPE_ns__subResponse: return soap_out_ns__subResponse(soap, tag, id, (const struct ns__subResponse *)ptr, "ns:subResponse"); case SOAP_TYPE_ns__add: return soap_out_ns__add(soap, tag, id, (const struct ns__add *)ptr, "ns:add"); case SOAP_TYPE_ns__addResponse: return soap_out_ns__addResponse(soap, tag, id, (const struct ns__addResponse *)ptr, "ns:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_out_PointerTodouble(soap, tag, id, (double *const*)ptr, "xsd:double"); case SOAP_TYPE__QName: return soap_out_string(soap, tag, id, (char*const*)(void*)&ptr, "xsd:QName"); case SOAP_TYPE_string: return soap_out_string(soap, tag, id, (char*const*)(void*)&ptr, "xsd:string"); } return SOAP_OK; } #ifdef __cplusplus } #endif #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type) { (void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */ switch (type) { case SOAP_TYPE_ns__pow: soap_serialize_ns__pow(soap, (const struct ns__pow *)ptr); break; case SOAP_TYPE_ns__powResponse: soap_serialize_ns__powResponse(soap, (const struct ns__powResponse *)ptr); break; case SOAP_TYPE_ns__div: soap_serialize_ns__div(soap, (const struct ns__div *)ptr); break; case SOAP_TYPE_ns__divResponse: soap_serialize_ns__divResponse(soap, (const struct ns__divResponse *)ptr); break; case SOAP_TYPE_ns__mul: soap_serialize_ns__mul(soap, (const struct ns__mul *)ptr); break; case SOAP_TYPE_ns__mulResponse: soap_serialize_ns__mulResponse(soap, (const struct ns__mulResponse *)ptr); break; case SOAP_TYPE_ns__sub: soap_serialize_ns__sub(soap, (const struct ns__sub *)ptr); break; case SOAP_TYPE_ns__subResponse: soap_serialize_ns__subResponse(soap, (const struct ns__subResponse *)ptr); break; case SOAP_TYPE_ns__add: soap_serialize_ns__add(soap, (const struct ns__add *)ptr); break; case SOAP_TYPE_ns__addResponse: soap_serialize_ns__addResponse(soap, (const struct ns__addResponse *)ptr); break; case SOAP_TYPE_PointerTodouble: soap_serialize_PointerTodouble(soap, (double *const*)ptr); break; case SOAP_TYPE__QName: soap_serialize_string(soap, (char*const*)(void*)&ptr); break; case SOAP_TYPE_string: soap_serialize_string(soap, (char*const*)(void*)&ptr); break; } } #ifdef __cplusplus } #endif #endif SOAP_FMAC3 void * SOAP_FMAC4 soap_instantiate(struct soap *soap, int t, const char *type, const char *arrayType, size_t *n) { (void)type; switch (t) { case SOAP_TYPE_ns__addResponse: return (void*)soap_instantiate_ns__addResponse(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__add: return (void*)soap_instantiate_ns__add(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__subResponse: return (void*)soap_instantiate_ns__subResponse(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__sub: return (void*)soap_instantiate_ns__sub(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__mulResponse: return (void*)soap_instantiate_ns__mulResponse(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__mul: return (void*)soap_instantiate_ns__mul(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__divResponse: return (void*)soap_instantiate_ns__divResponse(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__div: return (void*)soap_instantiate_ns__div(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__powResponse: return (void*)soap_instantiate_ns__powResponse(soap, -1, type, arrayType, n); case SOAP_TYPE_ns__pow: return (void*)soap_instantiate_ns__pow(soap, -1, type, arrayType, n); #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Header: return (void*)soap_instantiate_SOAP_ENV__Header(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Code: return (void*)soap_instantiate_SOAP_ENV__Code(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Detail: return (void*)soap_instantiate_SOAP_ENV__Detail(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Reason: return (void*)soap_instantiate_SOAP_ENV__Reason(soap, -1, type, arrayType, n); #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Fault: return (void*)soap_instantiate_SOAP_ENV__Fault(soap, -1, type, arrayType, n); #endif } return NULL; } SOAP_FMAC3 int SOAP_FMAC4 soap_fdelete(struct soap_clist *p) { switch (p->type) { case SOAP_TYPE_ns__addResponse: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__add: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__subResponse: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__sub: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__mulResponse: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__mul: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__divResponse: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__div: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__powResponse: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; case SOAP_TYPE_ns__pow: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Header: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Code: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Detail: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Reason: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Fault: if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); break; #endif default: return SOAP_ERR; } return SOAP_OK; } #ifdef WIN32 #pragma warning(push) // do not warn on switch w/o cases #pragma warning(disable:4065) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_fbase(int t, int b) { do { switch (t) { default: return 0; } } while (t != b); return 1; } #ifdef WIN32 #pragma warning(pop) #endif #ifndef WITH_NOIDREF #ifdef WIN32 #pragma warning(push) // do not warn on switch w/o cases #pragma warning(disable:4065) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_finsert(struct soap *soap, int t, int tt, void *p, size_t index, const void *q, void **x) { (void)soap; (void)t; (void)p; (void)index; (void)q; (void)x; /* appease -Wall -Werror */ switch (tt) { case SOAP_TYPE_ns__addResponse: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__addResponse type=%d location=%p object=%p\n", t, p, q)); *(struct ns__addResponse*)p = *(struct ns__addResponse*)q; break; case SOAP_TYPE_ns__add: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__add type=%d location=%p object=%p\n", t, p, q)); *(struct ns__add*)p = *(struct ns__add*)q; break; case SOAP_TYPE_ns__subResponse: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__subResponse type=%d location=%p object=%p\n", t, p, q)); *(struct ns__subResponse*)p = *(struct ns__subResponse*)q; break; case SOAP_TYPE_ns__sub: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__sub type=%d location=%p object=%p\n", t, p, q)); *(struct ns__sub*)p = *(struct ns__sub*)q; break; case SOAP_TYPE_ns__mulResponse: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__mulResponse type=%d location=%p object=%p\n", t, p, q)); *(struct ns__mulResponse*)p = *(struct ns__mulResponse*)q; break; case SOAP_TYPE_ns__mul: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__mul type=%d location=%p object=%p\n", t, p, q)); *(struct ns__mul*)p = *(struct ns__mul*)q; break; case SOAP_TYPE_ns__divResponse: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__divResponse type=%d location=%p object=%p\n", t, p, q)); *(struct ns__divResponse*)p = *(struct ns__divResponse*)q; break; case SOAP_TYPE_ns__div: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__div type=%d location=%p object=%p\n", t, p, q)); *(struct ns__div*)p = *(struct ns__div*)q; break; case SOAP_TYPE_ns__powResponse: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__powResponse type=%d location=%p object=%p\n", t, p, q)); *(struct ns__powResponse*)p = *(struct ns__powResponse*)q; break; case SOAP_TYPE_ns__pow: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct ns__pow type=%d location=%p object=%p\n", t, p, q)); *(struct ns__pow*)p = *(struct ns__pow*)q; break; #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Header: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct SOAP_ENV__Header type=%d location=%p object=%p\n", t, p, q)); *(struct SOAP_ENV__Header*)p = *(struct SOAP_ENV__Header*)q; break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Code: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct SOAP_ENV__Code type=%d location=%p object=%p\n", t, p, q)); *(struct SOAP_ENV__Code*)p = *(struct SOAP_ENV__Code*)q; break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Detail: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct SOAP_ENV__Detail type=%d location=%p object=%p\n", t, p, q)); *(struct SOAP_ENV__Detail*)p = *(struct SOAP_ENV__Detail*)q; break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Reason: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct SOAP_ENV__Reason type=%d location=%p object=%p\n", t, p, q)); *(struct SOAP_ENV__Reason*)p = *(struct SOAP_ENV__Reason*)q; break; #endif #ifndef WITH_NOGLOBAL case SOAP_TYPE_SOAP_ENV__Fault: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy struct SOAP_ENV__Fault type=%d location=%p object=%p\n", t, p, q)); *(struct SOAP_ENV__Fault*)p = *(struct SOAP_ENV__Fault*)q; break; #endif default: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not insert type = %d in %d\n", t, tt)); } } #ifdef WIN32 #pragma warning(pop) #endif #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap *soap, char *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_byte *a = SOAP_DEFAULT_byte; #else *a = (char)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap *soap, const char *tag, int id, const char *a, const char *type) { return soap_outbyte(soap, tag, id, a, type, SOAP_TYPE_byte); } SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap *soap, const char *tag, char *a, const char *type) { a = soap_inbyte(soap, tag, a, type, SOAP_TYPE_byte); return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap *soap, const char *a, const char *tag, const char *type) { if (soap_out_byte(soap, tag?tag:"byte", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap *soap, char *p, const char *tag, const char *type) { if ((p = soap_in_byte(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap *soap, int *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_int *a = SOAP_DEFAULT_int; #else *a = (int)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap *soap, const char *tag, int id, const int *a, const char *type) { return soap_outint(soap, tag, id, a, type, SOAP_TYPE_int); } SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap *soap, const char *tag, int *a, const char *type) { a = soap_inint(soap, tag, a, type, SOAP_TYPE_int); return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap *soap, const int *a, const char *tag, const char *type) { if (soap_out_int(soap, tag?tag:"int", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap *soap, int *p, const char *tag, const char *type) { if ((p = soap_in_int(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap *soap, double *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_double *a = SOAP_DEFAULT_double; #else *a = (double)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap *soap, const char *tag, int id, const double *a, const char *type) { return soap_outdouble(soap, tag, id, a, type, SOAP_TYPE_double); } SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap *soap, const char *tag, double *a, const char *type) { a = soap_indouble(soap, tag, a, type, SOAP_TYPE_double); return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap *soap, const double *a, const char *tag, const char *type) { if (soap_out_double(soap, tag?tag:"double", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap *soap, double *p, const char *tag, const char *type) { if ((p = soap_in_double(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_ENV__Fault::SOAP_ENV__Fault() { soap_default_SOAP_ENV__Fault(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->faultcode); soap_default_string(soap, &a->faultstring); soap_default_string(soap, &a->faultactor); a->detail = NULL; a->SOAP_ENV__Code = NULL; a->SOAP_ENV__Reason = NULL; soap_default_string(soap, &a->SOAP_ENV__Node); soap_default_string(soap, &a->SOAP_ENV__Role); a->SOAP_ENV__Detail = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize__QName(soap, (char*const*)&a->faultcode); soap_serialize_string(soap, (char*const*)&a->faultstring); soap_serialize_string(soap, (char*const*)&a->faultactor); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->detail); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Code); soap_serialize_PointerToSOAP_ENV__Reason(soap, &a->SOAP_ENV__Reason); soap_serialize_string(soap, (char*const*)&a->SOAP_ENV__Node); soap_serialize_string(soap, (char*const*)&a->SOAP_ENV__Role); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->SOAP_ENV__Detail); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Fault *a, const char *type) { const char *soap_tmp_faultcode = soap_QName2s(soap, a->faultcode); (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Fault), type)) return soap->error; if (soap_out__QName(soap, "faultcode", -1, (char*const*)(void*)&soap_tmp_faultcode, "")) return soap->error; if (soap_out_string(soap, "faultstring", -1, (char*const*)&a->faultstring, "")) return soap->error; if (soap_out_string(soap, "faultactor", -1, (char*const*)&a->faultactor, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "detail", -1, &a->detail, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", -1, &a->SOAP_ENV__Code, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", -1, &a->SOAP_ENV__Reason, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Node", -1, (char*const*)&a->SOAP_ENV__Node, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Role", -1, (char*const*)&a->SOAP_ENV__Role, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", -1, &a->SOAP_ENV__Detail, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap *soap, const char *tag, struct SOAP_ENV__Fault *a, const char *type) { size_t soap_flag_faultcode = 1; size_t soap_flag_faultstring = 1; size_t soap_flag_faultactor = 1; size_t soap_flag_detail = 1; size_t soap_flag_SOAP_ENV__Code = 1; size_t soap_flag_SOAP_ENV__Reason = 1; size_t soap_flag_SOAP_ENV__Node = 1; size_t soap_flag_SOAP_ENV__Role = 1; size_t soap_flag_SOAP_ENV__Detail = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Fault *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Fault(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_faultcode && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "faultcode", (char**)&a->faultcode, "")) { soap_flag_faultcode--; continue; } if (soap_flag_faultstring && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultstring", (char**)&a->faultstring, "xsd:string")) { soap_flag_faultstring--; continue; } if (soap_flag_faultactor && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultactor", (char**)&a->faultactor, "xsd:string")) { soap_flag_faultactor--; continue; } if (soap_flag_detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "detail", &a->detail, "")) { soap_flag_detail--; continue; } if (soap_flag_SOAP_ENV__Code && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", &a->SOAP_ENV__Code, "")) { soap_flag_SOAP_ENV__Code--; continue; } if (soap_flag_SOAP_ENV__Reason && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", &a->SOAP_ENV__Reason, "")) { soap_flag_SOAP_ENV__Reason--; continue; } if (soap_flag_SOAP_ENV__Node && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Node", (char**)&a->SOAP_ENV__Node, "xsd:string")) { soap_flag_SOAP_ENV__Node--; continue; } if (soap_flag_SOAP_ENV__Role && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Role", (char**)&a->SOAP_ENV__Role, "xsd:string")) { soap_flag_SOAP_ENV__Role--; continue; } if (soap_flag_SOAP_ENV__Detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", &a->SOAP_ENV__Detail, "")) { soap_flag_SOAP_ENV__Detail--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Fault *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Fault, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Fault(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct SOAP_ENV__Fault *p; size_t k = sizeof(struct SOAP_ENV__Fault); if (n < 0) { p = SOAP_NEW(struct SOAP_ENV__Fault); } else { p = SOAP_NEW_ARRAY(struct SOAP_ENV__Fault, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct SOAP_ENV__Fault location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_SOAP_ENV__Fault, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a, const char *tag, const char *type) { if (soap_out_SOAP_ENV__Fault(soap, tag?tag:"SOAP-ENV:Fault", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Fault(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_ENV__Reason::SOAP_ENV__Reason() { soap_default_SOAP_ENV__Reason(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_string(soap, (char*const*)&a->SOAP_ENV__Text); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Reason *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Reason), type)) return soap->error; if (soap->lang) soap_set_attr(soap, "xml:lang", soap->lang, 1); if (soap_out_string(soap, "SOAP-ENV:Text", -1, (char*const*)&a->SOAP_ENV__Text, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason *a, const char *type) { size_t soap_flag_SOAP_ENV__Text = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Reason *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Reason(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Text && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Text", (char**)&a->SOAP_ENV__Text, "xsd:string")) { soap_flag_SOAP_ENV__Text--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Reason *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Reason, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Reason(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct SOAP_ENV__Reason *p; size_t k = sizeof(struct SOAP_ENV__Reason); if (n < 0) { p = SOAP_NEW(struct SOAP_ENV__Reason); } else { p = SOAP_NEW_ARRAY(struct SOAP_ENV__Reason, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct SOAP_ENV__Reason location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_SOAP_ENV__Reason, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a, const char *tag, const char *type) { if (soap_out_SOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_ENV__Detail::SOAP_ENV__Detail() { soap_default_SOAP_ENV__Detail(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->__any = NULL; a->__type = 0; a->fault = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_markelement(soap, a->fault, a->__type); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Detail *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Detail), type)) return soap->error; soap_outliteral(soap, "-any", (char*const*)&a->__any, NULL); if (soap_putelement(soap, a->fault, "fault", -1, a->__type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail *a, const char *type) { size_t soap_flag___any = 1; size_t soap_flag_fault = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Detail *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Detail(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_fault && soap->error == SOAP_TAG_MISMATCH) if ((a->fault = soap_getelement(soap, &a->__type))) { soap_flag_fault = 0; continue; } if (soap_flag___any && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_inliteral(soap, "-any", (char**)&a->__any)) { soap_flag___any--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Detail *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Detail, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Detail(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct SOAP_ENV__Detail *p; size_t k = sizeof(struct SOAP_ENV__Detail); if (n < 0) { p = SOAP_NEW(struct SOAP_ENV__Detail); } else { p = SOAP_NEW_ARRAY(struct SOAP_ENV__Detail, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct SOAP_ENV__Detail location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_SOAP_ENV__Detail, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a, const char *tag, const char *type) { if (soap_out_SOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_ENV__Code::SOAP_ENV__Code() { soap_default_SOAP_ENV__Code(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->SOAP_ENV__Value); a->SOAP_ENV__Subcode = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize__QName(soap, (char*const*)&a->SOAP_ENV__Value); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Subcode); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Code *a, const char *type) { const char *soap_tmp_SOAP_ENV__Value = soap_QName2s(soap, a->SOAP_ENV__Value); (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Code), type)) return soap->error; if (soap_out__QName(soap, "SOAP-ENV:Value", -1, (char*const*)(void*)&soap_tmp_SOAP_ENV__Value, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", -1, &a->SOAP_ENV__Subcode, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code *a, const char *type) { size_t soap_flag_SOAP_ENV__Value = 1; size_t soap_flag_SOAP_ENV__Subcode = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Code *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Code(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Value && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "SOAP-ENV:Value", (char**)&a->SOAP_ENV__Value, "")) { soap_flag_SOAP_ENV__Value--; continue; } if (soap_flag_SOAP_ENV__Subcode && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", &a->SOAP_ENV__Subcode, "")) { soap_flag_SOAP_ENV__Subcode--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Code *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Code, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Code(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct SOAP_ENV__Code *p; size_t k = sizeof(struct SOAP_ENV__Code); if (n < 0) { p = SOAP_NEW(struct SOAP_ENV__Code); } else { p = SOAP_NEW_ARRAY(struct SOAP_ENV__Code, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct SOAP_ENV__Code location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_SOAP_ENV__Code, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a, const char *tag, const char *type) { if (soap_out_SOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_ENV__Header::SOAP_ENV__Header() { soap_default_SOAP_ENV__Header(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Header *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Header), type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap *soap, const char *tag, struct SOAP_ENV__Header *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Header *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Header(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Header *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Header, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_SOAP_ENV__Header(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct SOAP_ENV__Header *p; size_t k = sizeof(struct SOAP_ENV__Header); if (n < 0) { p = SOAP_NEW(struct SOAP_ENV__Header); } else { p = SOAP_NEW_ARRAY(struct SOAP_ENV__Header, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct SOAP_ENV__Header location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_SOAP_ENV__Header, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a, const char *tag, const char *type) { if (soap_out_SOAP_ENV__Header(soap, tag?tag:"SOAP-ENV:Header", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Header(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif ns__pow::ns__pow() { soap_default_ns__pow(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__pow(struct soap *soap, struct ns__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__pow(struct soap *soap, const struct ns__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__pow(struct soap *soap, const char *tag, int id, const struct ns__pow *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__pow), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_in_ns__pow(struct soap *soap, const char *tag, struct ns__pow *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__pow *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__pow, sizeof(struct ns__pow), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__pow(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else if ((soap->mode & SOAP_XML_STRICT) && !*soap->href) { soap->error = SOAP_OCCURS; return NULL; } else { a = (struct ns__pow *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__pow, SOAP_TYPE_ns__pow, sizeof(struct ns__pow), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__pow * SOAP_FMAC2 soap_instantiate_ns__pow(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__pow(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__pow *p; size_t k = sizeof(struct ns__pow); if (n < 0) { p = SOAP_NEW(struct ns__pow); } else { p = SOAP_NEW_ARRAY(struct ns__pow, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__pow location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__pow, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__pow(struct soap *soap, const struct ns__pow *a, const char *tag, const char *type) { if (soap_out_ns__pow(soap, tag?tag:"ns:pow", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_get_ns__pow(struct soap *soap, struct ns__pow *p, const char *tag, const char *type) { if ((p = soap_in_ns__pow(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__powResponse::ns__powResponse() { soap_default_ns__powResponse(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__powResponse(struct soap *soap, struct ns__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__powResponse(struct soap *soap, const struct ns__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_PointerTodouble(soap, &a->result); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__powResponse(struct soap *soap, const char *tag, int id, const struct ns__powResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__powResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_in_ns__powResponse(struct soap *soap, const char *tag, struct ns__powResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__powResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__powResponse, sizeof(struct ns__powResponse), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__powResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__powResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__powResponse, SOAP_TYPE_ns__powResponse, sizeof(struct ns__powResponse), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__powResponse * SOAP_FMAC2 soap_instantiate_ns__powResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__powResponse(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__powResponse *p; size_t k = sizeof(struct ns__powResponse); if (n < 0) { p = SOAP_NEW(struct ns__powResponse); } else { p = SOAP_NEW_ARRAY(struct ns__powResponse, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__powResponse location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__powResponse, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__powResponse(struct soap *soap, const struct ns__powResponse *a, const char *tag, const char *type) { if (soap_out_ns__powResponse(soap, tag?tag:"ns:powResponse", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_get_ns__powResponse(struct soap *soap, struct ns__powResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__powResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__div::ns__div() { soap_default_ns__div(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__div(struct soap *soap, struct ns__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__div(struct soap *soap, const struct ns__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__div(struct soap *soap, const char *tag, int id, const struct ns__div *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__div), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_in_ns__div(struct soap *soap, const char *tag, struct ns__div *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__div *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__div, sizeof(struct ns__div), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__div(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else if ((soap->mode & SOAP_XML_STRICT) && !*soap->href) { soap->error = SOAP_OCCURS; return NULL; } else { a = (struct ns__div *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__div, SOAP_TYPE_ns__div, sizeof(struct ns__div), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__div * SOAP_FMAC2 soap_instantiate_ns__div(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__div(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__div *p; size_t k = sizeof(struct ns__div); if (n < 0) { p = SOAP_NEW(struct ns__div); } else { p = SOAP_NEW_ARRAY(struct ns__div, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__div location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__div, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__div(struct soap *soap, const struct ns__div *a, const char *tag, const char *type) { if (soap_out_ns__div(soap, tag?tag:"ns:div", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_get_ns__div(struct soap *soap, struct ns__div *p, const char *tag, const char *type) { if ((p = soap_in_ns__div(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__divResponse::ns__divResponse() { soap_default_ns__divResponse(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__divResponse(struct soap *soap, struct ns__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__divResponse(struct soap *soap, const struct ns__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_PointerTodouble(soap, &a->result); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__divResponse(struct soap *soap, const char *tag, int id, const struct ns__divResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__divResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_in_ns__divResponse(struct soap *soap, const char *tag, struct ns__divResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__divResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__divResponse, sizeof(struct ns__divResponse), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__divResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__divResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__divResponse, SOAP_TYPE_ns__divResponse, sizeof(struct ns__divResponse), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__divResponse * SOAP_FMAC2 soap_instantiate_ns__divResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__divResponse(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__divResponse *p; size_t k = sizeof(struct ns__divResponse); if (n < 0) { p = SOAP_NEW(struct ns__divResponse); } else { p = SOAP_NEW_ARRAY(struct ns__divResponse, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__divResponse location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__divResponse, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__divResponse(struct soap *soap, const struct ns__divResponse *a, const char *tag, const char *type) { if (soap_out_ns__divResponse(soap, tag?tag:"ns:divResponse", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_get_ns__divResponse(struct soap *soap, struct ns__divResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__divResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__mul::ns__mul() { soap_default_ns__mul(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mul(struct soap *soap, struct ns__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mul(struct soap *soap, const struct ns__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mul(struct soap *soap, const char *tag, int id, const struct ns__mul *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__mul), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_in_ns__mul(struct soap *soap, const char *tag, struct ns__mul *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__mul *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__mul, sizeof(struct ns__mul), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__mul(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else if ((soap->mode & SOAP_XML_STRICT) && !*soap->href) { soap->error = SOAP_OCCURS; return NULL; } else { a = (struct ns__mul *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__mul, SOAP_TYPE_ns__mul, sizeof(struct ns__mul), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__mul * SOAP_FMAC2 soap_instantiate_ns__mul(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__mul(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__mul *p; size_t k = sizeof(struct ns__mul); if (n < 0) { p = SOAP_NEW(struct ns__mul); } else { p = SOAP_NEW_ARRAY(struct ns__mul, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__mul location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__mul, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mul(struct soap *soap, const struct ns__mul *a, const char *tag, const char *type) { if (soap_out_ns__mul(soap, tag?tag:"ns:mul", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_get_ns__mul(struct soap *soap, struct ns__mul *p, const char *tag, const char *type) { if ((p = soap_in_ns__mul(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__mulResponse::ns__mulResponse() { soap_default_ns__mulResponse(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mulResponse(struct soap *soap, struct ns__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mulResponse(struct soap *soap, const struct ns__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_PointerTodouble(soap, &a->result); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mulResponse(struct soap *soap, const char *tag, int id, const struct ns__mulResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__mulResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_in_ns__mulResponse(struct soap *soap, const char *tag, struct ns__mulResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__mulResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__mulResponse, sizeof(struct ns__mulResponse), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__mulResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__mulResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__mulResponse, SOAP_TYPE_ns__mulResponse, sizeof(struct ns__mulResponse), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__mulResponse * SOAP_FMAC2 soap_instantiate_ns__mulResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__mulResponse(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__mulResponse *p; size_t k = sizeof(struct ns__mulResponse); if (n < 0) { p = SOAP_NEW(struct ns__mulResponse); } else { p = SOAP_NEW_ARRAY(struct ns__mulResponse, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__mulResponse location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__mulResponse, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mulResponse(struct soap *soap, const struct ns__mulResponse *a, const char *tag, const char *type) { if (soap_out_ns__mulResponse(soap, tag?tag:"ns:mulResponse", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_get_ns__mulResponse(struct soap *soap, struct ns__mulResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__mulResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__sub::ns__sub() { soap_default_ns__sub(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__sub(struct soap *soap, struct ns__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__sub(struct soap *soap, const struct ns__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__sub(struct soap *soap, const char *tag, int id, const struct ns__sub *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__sub), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_in_ns__sub(struct soap *soap, const char *tag, struct ns__sub *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__sub *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__sub, sizeof(struct ns__sub), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__sub(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else if ((soap->mode & SOAP_XML_STRICT) && !*soap->href) { soap->error = SOAP_OCCURS; return NULL; } else { a = (struct ns__sub *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__sub, SOAP_TYPE_ns__sub, sizeof(struct ns__sub), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__sub * SOAP_FMAC2 soap_instantiate_ns__sub(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__sub(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__sub *p; size_t k = sizeof(struct ns__sub); if (n < 0) { p = SOAP_NEW(struct ns__sub); } else { p = SOAP_NEW_ARRAY(struct ns__sub, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__sub location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__sub, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__sub(struct soap *soap, const struct ns__sub *a, const char *tag, const char *type) { if (soap_out_ns__sub(soap, tag?tag:"ns:sub", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_get_ns__sub(struct soap *soap, struct ns__sub *p, const char *tag, const char *type) { if ((p = soap_in_ns__sub(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__subResponse::ns__subResponse() { soap_default_ns__subResponse(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__subResponse(struct soap *soap, struct ns__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__subResponse(struct soap *soap, const struct ns__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_PointerTodouble(soap, &a->result); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__subResponse(struct soap *soap, const char *tag, int id, const struct ns__subResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__subResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_in_ns__subResponse(struct soap *soap, const char *tag, struct ns__subResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__subResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__subResponse, sizeof(struct ns__subResponse), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__subResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__subResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__subResponse, SOAP_TYPE_ns__subResponse, sizeof(struct ns__subResponse), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__subResponse * SOAP_FMAC2 soap_instantiate_ns__subResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__subResponse(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__subResponse *p; size_t k = sizeof(struct ns__subResponse); if (n < 0) { p = SOAP_NEW(struct ns__subResponse); } else { p = SOAP_NEW_ARRAY(struct ns__subResponse, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__subResponse location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__subResponse, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__subResponse(struct soap *soap, const struct ns__subResponse *a, const char *tag, const char *type) { if (soap_out_ns__subResponse(soap, tag?tag:"ns:subResponse", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_get_ns__subResponse(struct soap *soap, struct ns__subResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__subResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__add::ns__add() { soap_default_ns__add(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__add(struct soap *soap, struct ns__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__add(struct soap *soap, const struct ns__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__add(struct soap *soap, const char *tag, int id, const struct ns__add *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__add), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_in_ns__add(struct soap *soap, const char *tag, struct ns__add *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__add *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__add, sizeof(struct ns__add), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__add(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else if ((soap->mode & SOAP_XML_STRICT) && !*soap->href) { soap->error = SOAP_OCCURS; return NULL; } else { a = (struct ns__add *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__add, SOAP_TYPE_ns__add, sizeof(struct ns__add), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__add * SOAP_FMAC2 soap_instantiate_ns__add(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__add(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__add *p; size_t k = sizeof(struct ns__add); if (n < 0) { p = SOAP_NEW(struct ns__add); } else { p = SOAP_NEW_ARRAY(struct ns__add, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__add location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__add, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__add(struct soap *soap, const struct ns__add *a, const char *tag, const char *type) { if (soap_out_ns__add(soap, tag?tag:"ns:add", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_get_ns__add(struct soap *soap, struct ns__add *p, const char *tag, const char *type) { if ((p = soap_in_ns__add(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } ns__addResponse::ns__addResponse() { soap_default_ns__addResponse(NULL, this); } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__addResponse(struct soap *soap, struct ns__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__addResponse(struct soap *soap, const struct ns__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_serialize_PointerTodouble(soap, &a->result); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__addResponse(struct soap *soap, const char *tag, int id, const struct ns__addResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */ if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__addResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_in_ns__addResponse(struct soap *soap, const char *tag, struct ns__addResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__addResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__addResponse, sizeof(struct ns__addResponse), NULL, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__addResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__addResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__addResponse, SOAP_TYPE_ns__addResponse, sizeof(struct ns__addResponse), 0, soap_finsert, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC1 struct ns__addResponse * SOAP_FMAC2 soap_instantiate_ns__addResponse(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_ns__addResponse(%p, %d, %s, %s)\n", soap, n, type?type:"", arrayType?arrayType:"")); (void)type; (void)arrayType; /* appease -Wall -Werror */ struct ns__addResponse *p; size_t k = sizeof(struct ns__addResponse); if (n < 0) { p = SOAP_NEW(struct ns__addResponse); } else { p = SOAP_NEW_ARRAY(struct ns__addResponse, n); k *= n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated struct ns__addResponse location=%p n=%d\n", p, n)); soap_link(soap, p, SOAP_TYPE_ns__addResponse, n, soap_fdelete); if (size) *size = k; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__addResponse(struct soap *soap, const struct ns__addResponse *a, const char *tag, const char *type) { if (soap_out_ns__addResponse(soap, tag?tag:"ns:addResponse", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_get_ns__addResponse(struct soap *soap, struct ns__addResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__addResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Reason)) soap_serialize_SOAP_ENV__Reason(soap, *a); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Reason *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Reason, NULL); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Reason(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason **a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Reason **)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Reason(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Reason **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a, const char *tag, const char *type) { if (soap_out_PointerToSOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Detail)) soap_serialize_SOAP_ENV__Detail(soap, *a); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Detail *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Detail, NULL); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Detail(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail **a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Detail **)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Detail(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Detail **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a, const char *tag, const char *type) { if (soap_out_PointerToSOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Code)) soap_serialize_SOAP_ENV__Code(soap, *a); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Code *const*a, const char *type) { char *mark; id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Code, &mark); if (id < 0) return soap->error; soap_out_SOAP_ENV__Code(soap, tag, id, *a, type); soap_unmark(soap, mark); return soap->error; } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code **a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Code **)soap_malloc(soap, sizeof(struct SOAP_ENV__Code *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Code(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Code **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a, const char *tag, const char *type) { if (soap_out_PointerToSOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap *soap, double *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_reference(soap, *a, SOAP_TYPE_double); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap *soap, const char *tag, int id, double *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_double, NULL); if (id < 0) return soap->error; return soap_out_double(soap, tag, id, *a, type); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap *soap, const char *tag, double **a, const char *type) { (void)type; /* appease -Wall -Werror */ if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (double **)soap_malloc(soap, sizeof(double *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_double(soap, tag, *a, type))) return NULL; } else { a = (double **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_double, sizeof(double), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap *soap, double *const*a, const char *tag, const char *type) { if (soap_out_PointerTodouble(soap, tag?tag:"double", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap *soap, double **p, const char *tag, const char *type) { if ((p = soap_in_PointerTodouble(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize__QName(struct soap *soap, char *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_reference(soap, *a, SOAP_TYPE__QName); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE__QName); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap *soap, const char *tag, char **a, const char *type) { a = soap_instring(soap, tag, a, type, SOAP_TYPE__QName, 2, 0, -1, NULL); return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap *soap, char *const*a, const char *tag, const char *type) { if (soap_out__QName(soap, tag?tag:"QName", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in__QName(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap *soap, char **a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_string *a = SOAP_DEFAULT_string; #else *a = (char *)0; #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap *soap, char *const*a) { (void)soap; (void)a; /* appease -Wall -Werror */ #ifndef WITH_NOIDREF soap_reference(soap, *a, SOAP_TYPE_string); #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE_string); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap *soap, const char *tag, char **a, const char *type) { a = soap_instring(soap, tag, a, type, SOAP_TYPE_string, 1, 0, -1, NULL); return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap *soap, char *const*a, const char *tag, const char *type) { if (soap_out_string(soap, tag?tag:"string", -2, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in_string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of soapC.cpp */ gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/soapStub.h0000644000175000017500000002756612653650154022703 0ustar ellertellert/* soapStub.h Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef soapStub_H #define soapStub_H #include "stdsoap2.h" #if GSOAP_VERSION != 20828 # error "GSOAP VERSION 20828 MISMATCH IN GENERATED CODE VERSUS LIBRARY CODE: PLEASE REINSTALL PACKAGE" #endif /******************************************************************************\ * * * Enumerations * * * \******************************************************************************/ /******************************************************************************\ * * * Types with Custom Serializers * * * \******************************************************************************/ /******************************************************************************\ * * * Classes, Structs, and Unions * * * \******************************************************************************/ struct ns__addResponse; /* calc.h:97 */ struct ns__add; /* calc.h:97 */ struct ns__subResponse; /* calc.h:100 */ struct ns__sub; /* calc.h:100 */ struct ns__mulResponse; /* calc.h:103 */ struct ns__mul; /* calc.h:103 */ struct ns__divResponse; /* calc.h:106 */ struct ns__div; /* calc.h:106 */ struct ns__powResponse; /* calc.h:109 */ struct ns__pow; /* calc.h:109 */ /* calc.h:97 */ #ifndef SOAP_TYPE_ns__addResponse #define SOAP_TYPE_ns__addResponse (10) /* ns:addResponse complex type: */ struct ns__addResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 10; } /* = unique type id SOAP_TYPE_ns__addResponse */ ns__addResponse(); friend SOAP_FMAC1 ns__addResponse * SOAP_FMAC2 soap_instantiate_ns__addResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:97 */ #ifndef SOAP_TYPE_ns__add #define SOAP_TYPE_ns__add (11) /* ns:add complex type: */ struct ns__add { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 11; } /* = unique type id SOAP_TYPE_ns__add */ ns__add(); friend SOAP_FMAC1 ns__add * SOAP_FMAC2 soap_instantiate_ns__add(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:100 */ #ifndef SOAP_TYPE_ns__subResponse #define SOAP_TYPE_ns__subResponse (13) /* ns:subResponse complex type: */ struct ns__subResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 13; } /* = unique type id SOAP_TYPE_ns__subResponse */ ns__subResponse(); friend SOAP_FMAC1 ns__subResponse * SOAP_FMAC2 soap_instantiate_ns__subResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:100 */ #ifndef SOAP_TYPE_ns__sub #define SOAP_TYPE_ns__sub (14) /* ns:sub complex type: */ struct ns__sub { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 14; } /* = unique type id SOAP_TYPE_ns__sub */ ns__sub(); friend SOAP_FMAC1 ns__sub * SOAP_FMAC2 soap_instantiate_ns__sub(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:103 */ #ifndef SOAP_TYPE_ns__mulResponse #define SOAP_TYPE_ns__mulResponse (16) /* ns:mulResponse complex type: */ struct ns__mulResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 16; } /* = unique type id SOAP_TYPE_ns__mulResponse */ ns__mulResponse(); friend SOAP_FMAC1 ns__mulResponse * SOAP_FMAC2 soap_instantiate_ns__mulResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:103 */ #ifndef SOAP_TYPE_ns__mul #define SOAP_TYPE_ns__mul (17) /* ns:mul complex type: */ struct ns__mul { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 17; } /* = unique type id SOAP_TYPE_ns__mul */ ns__mul(); friend SOAP_FMAC1 ns__mul * SOAP_FMAC2 soap_instantiate_ns__mul(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:106 */ #ifndef SOAP_TYPE_ns__divResponse #define SOAP_TYPE_ns__divResponse (19) /* ns:divResponse complex type: */ struct ns__divResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 19; } /* = unique type id SOAP_TYPE_ns__divResponse */ ns__divResponse(); friend SOAP_FMAC1 ns__divResponse * SOAP_FMAC2 soap_instantiate_ns__divResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:106 */ #ifndef SOAP_TYPE_ns__div #define SOAP_TYPE_ns__div (20) /* ns:div complex type: */ struct ns__div { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 20; } /* = unique type id SOAP_TYPE_ns__div */ ns__div(); friend SOAP_FMAC1 ns__div * SOAP_FMAC2 soap_instantiate_ns__div(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:109 */ #ifndef SOAP_TYPE_ns__powResponse #define SOAP_TYPE_ns__powResponse (22) /* ns:powResponse complex type: */ struct ns__powResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 22; } /* = unique type id SOAP_TYPE_ns__powResponse */ ns__powResponse(); friend SOAP_FMAC1 ns__powResponse * SOAP_FMAC2 soap_instantiate_ns__powResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:109 */ #ifndef SOAP_TYPE_ns__pow #define SOAP_TYPE_ns__pow (23) /* ns:pow complex type: */ struct ns__pow { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 23; } /* = unique type id SOAP_TYPE_ns__pow */ ns__pow(); friend SOAP_FMAC1 ns__pow * SOAP_FMAC2 soap_instantiate_ns__pow(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) /* SOAP Header: */ struct SOAP_ENV__Header { public: int soap_type() const { return 24; } /* = unique type id SOAP_TYPE_SOAP_ENV__Header */ SOAP_ENV__Header(); friend SOAP_FMAC1 SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) /* Type SOAP_ENV__Code is a recursive data type (in)directly referencing itself through its (base) class members */ /* SOAP Fault Code: */ struct SOAP_ENV__Code { public: char *SOAP_ENV__Value; /* optional element of XSD type xsd:QName */ struct SOAP_ENV__Code *SOAP_ENV__Subcode; /* optional element of XSD type SOAP-ENV:Code */ public: int soap_type() const { return 25; } /* = unique type id SOAP_TYPE_SOAP_ENV__Code */ SOAP_ENV__Code(); friend SOAP_FMAC1 SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) /* SOAP-ENV:Detail complex type: */ struct SOAP_ENV__Detail { public: char *__any; int __type; /* any type of element (defined below) WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */ void *fault; /* transient (not serialized) */ public: int soap_type() const { return 27; } /* = unique type id SOAP_TYPE_SOAP_ENV__Detail */ SOAP_ENV__Detail(); friend SOAP_FMAC1 SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) /* SOAP-ENV:Reason complex type: */ struct SOAP_ENV__Reason { public: char *SOAP_ENV__Text; /* optional element of XSD type xsd:string */ public: int soap_type() const { return 30; } /* = unique type id SOAP_TYPE_SOAP_ENV__Reason */ SOAP_ENV__Reason(); friend SOAP_FMAC1 SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) /* SOAP Fault: */ struct SOAP_ENV__Fault { public: char *faultcode; /* optional element of XSD type xsd:QName */ char *faultstring; /* optional element of XSD type xsd:string */ char *faultactor; /* optional element of XSD type xsd:string */ struct SOAP_ENV__Detail *detail; /* optional element of XSD type SOAP-ENV:Detail */ struct SOAP_ENV__Code *SOAP_ENV__Code; /* optional element of XSD type SOAP-ENV:Code */ struct SOAP_ENV__Reason *SOAP_ENV__Reason; /* optional element of XSD type SOAP-ENV:Reason */ char *SOAP_ENV__Node; /* optional element of XSD type xsd:string */ char *SOAP_ENV__Role; /* optional element of XSD type xsd:string */ struct SOAP_ENV__Detail *SOAP_ENV__Detail; /* optional element of XSD type SOAP-ENV:Detail */ public: int soap_type() const { return 31; } /* = unique type id SOAP_TYPE_SOAP_ENV__Fault */ SOAP_ENV__Fault(); friend SOAP_FMAC1 SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /******************************************************************************\ * * * Typedefs * * * \******************************************************************************/ /* calc.h:97 */ #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) typedef char *_QName; #endif /* calc.h:97 */ #ifndef SOAP_TYPE__XML #define SOAP_TYPE__XML (6) typedef char *_XML; #endif /******************************************************************************\ * * * Externals * * * \******************************************************************************/ #endif /* End of soapStub.h */ gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/soapcalcProxy.cpp0000644000175000017500000003173412653650154024255 0ustar ellertellert/* soapcalcProxy.cpp Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" calcProxy::calcProxy() : soap(SOAP_IO_DEFAULT) { calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } calcProxy::calcProxy(const calcProxy& rhs) { soap_copy_context(this, &rhs); this->soap_endpoint = rhs.soap_endpoint; } calcProxy::calcProxy(const struct soap &_soap) : soap(_soap) { } calcProxy::calcProxy(const char *url) : soap(SOAP_IO_DEFAULT) { calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); soap_endpoint = url; } calcProxy::calcProxy(soap_mode iomode) : soap(iomode) { calcProxy_init(iomode, iomode); } calcProxy::calcProxy(const char *url, soap_mode iomode) : soap(iomode) { calcProxy_init(iomode, iomode); soap_endpoint = url; } calcProxy::calcProxy(soap_mode imode, soap_mode omode) : soap(imode, omode) { calcProxy_init(imode, omode); } calcProxy::~calcProxy() { this->destroy(); } void calcProxy::calcProxy_init(soap_mode imode, soap_mode omode) { soap_imode(this, imode); soap_omode(this, omode); soap_endpoint = NULL; static const struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL}, {NULL, NULL, NULL, NULL} }; soap_set_namespaces(this, namespaces); } #ifndef WITH_PURE_VIRTUAL calcProxy *calcProxy::copy() { calcProxy *dup = SOAP_NEW_COPY(calcProxy(*(struct soap*)this)); return dup; } #endif calcProxy& calcProxy::operator=(const calcProxy& rhs) { soap_copy_context(this, &rhs); this->soap_endpoint = rhs.soap_endpoint; return *this; } void calcProxy::destroy() { soap_destroy(this); soap_end(this); } void calcProxy::reset() { this->destroy(); soap_done(this); soap_initialize(this); calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } void calcProxy::soap_noheader() { this->header = NULL; } const SOAP_ENV__Header *calcProxy::soap_header() { return this->header; } const SOAP_ENV__Fault *calcProxy::soap_fault() { return this->fault; } const char *calcProxy::soap_fault_string() { return *soap_faultstring(this); } const char *calcProxy::soap_fault_detail() { return *soap_faultdetail(this); } int calcProxy::soap_close_socket() { return soap_closesock(this); } int calcProxy::soap_force_close_socket() { return soap_force_closesock(this); } void calcProxy::soap_print_fault(FILE *fd) { ::soap_print_fault(this, fd); } #ifndef WITH_LEAN #ifndef WITH_COMPAT void calcProxy::soap_stream_fault(std::ostream& os) { ::soap_stream_fault(this, os); } #endif char *calcProxy::soap_sprint_fault(char *buf, size_t len) { return ::soap_sprint_fault(this, buf, len); } #endif int calcProxy::add(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__add soap_tmp_ns__add; struct ns__addResponse *soap_tmp_ns__addResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__add.a = a; soap_tmp_ns__add.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__add(soap, &soap_tmp_ns__add); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__add(soap, &soap_tmp_ns__add, "ns:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__add(soap, &soap_tmp_ns__add, "ns:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__addResponse = soap_get_ns__addResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__addResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__addResponse->result) *result = *soap_tmp_ns__addResponse->result; return soap_closesock(soap); } int calcProxy::sub(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__sub soap_tmp_ns__sub; struct ns__subResponse *soap_tmp_ns__subResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__sub.a = a; soap_tmp_ns__sub.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__sub(soap, &soap_tmp_ns__sub); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__sub(soap, &soap_tmp_ns__sub, "ns:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__sub(soap, &soap_tmp_ns__sub, "ns:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__subResponse = soap_get_ns__subResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__subResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__subResponse->result) *result = *soap_tmp_ns__subResponse->result; return soap_closesock(soap); } int calcProxy::mul(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__mul soap_tmp_ns__mul; struct ns__mulResponse *soap_tmp_ns__mulResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__mul.a = a; soap_tmp_ns__mul.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__mul(soap, &soap_tmp_ns__mul); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mul(soap, &soap_tmp_ns__mul, "ns:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mul(soap, &soap_tmp_ns__mul, "ns:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__mulResponse = soap_get_ns__mulResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__mulResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__mulResponse->result) *result = *soap_tmp_ns__mulResponse->result; return soap_closesock(soap); } int calcProxy::div(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__div soap_tmp_ns__div; struct ns__divResponse *soap_tmp_ns__divResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__div.a = a; soap_tmp_ns__div.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__div(soap, &soap_tmp_ns__div); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__div(soap, &soap_tmp_ns__div, "ns:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__div(soap, &soap_tmp_ns__div, "ns:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__divResponse = soap_get_ns__divResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__divResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__divResponse->result) *result = *soap_tmp_ns__divResponse->result; return soap_closesock(soap); } int calcProxy::pow(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__pow soap_tmp_ns__pow; struct ns__powResponse *soap_tmp_ns__powResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__pow.a = a; soap_tmp_ns__pow.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__pow(soap, &soap_tmp_ns__pow); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__pow(soap, &soap_tmp_ns__pow, "ns:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__pow(soap, &soap_tmp_ns__pow, "ns:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__powResponse = soap_get_ns__powResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__powResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__powResponse->result) *result = *soap_tmp_ns__powResponse->result; return soap_closesock(soap); } /* End of client proxy code */ gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/soapcalcProxy.h0000644000175000017500000001007712653650154023717 0ustar ellertellert/* soapcalcProxy.h Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef soapcalcProxy_H #define soapcalcProxy_H #include "soapH.h" class SOAP_CMAC calcProxy : public soap { public: /// Endpoint URL of service 'calcProxy' (change as needed) const char *soap_endpoint; /// Variables globally declared in calc.h (non-static) /// Constructor calcProxy(); /// Copy constructor calcProxy(const calcProxy& rhs); /// Construct from another engine state calcProxy(const struct soap&); /// Constructor with endpoint URL calcProxy(const char *url); /// Constructor with engine input+output mode control calcProxy(soap_mode iomode); /// Constructor with URL and input+output mode control calcProxy(const char *url, soap_mode iomode); /// Constructor with engine input and output mode control calcProxy(soap_mode imode, soap_mode omode); /// Destructor deletes deserialized data and engine context virtual ~calcProxy(); /// Initializer used by constructors virtual void calcProxy_init(soap_mode imode, soap_mode omode); /// Create a new copy virtual calcProxy *copy() SOAP_PURE_VIRTUAL; /// Copy assignment calcProxy& operator=(const calcProxy&); /// Delete all deserialized data (with soap_destroy and soap_end) virtual void destroy(); /// Delete all deserialized data and reset to default virtual void reset(); /// Disables and removes SOAP Header from message virtual void soap_noheader(); /// Get SOAP Header structure (NULL when absent) virtual const SOAP_ENV__Header *soap_header(); /// Get SOAP Fault structure (NULL when absent) virtual const SOAP_ENV__Fault *soap_fault(); /// Get SOAP Fault string (NULL when absent) virtual const char *soap_fault_string(); /// Get SOAP Fault detail as string (NULL when absent) virtual const char *soap_fault_detail(); /// Close connection (normally automatic, except for send_X ops) virtual int soap_close_socket(); /// Force close connection (can kill a thread blocked on IO) virtual int soap_force_close_socket(); /// Print fault virtual void soap_print_fault(FILE*); #ifndef WITH_LEAN /// Print fault to stream #ifndef WITH_COMPAT virtual void soap_stream_fault(std::ostream&); #endif /// Put fault into buffer virtual char *soap_sprint_fault(char *buf, size_t len); #endif /// Web service operation 'add' (returns error code or SOAP_OK) virtual int add(double a, double b, double *result) { return this->add(NULL, NULL, a, b, result); } virtual int add(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'sub' (returns error code or SOAP_OK) virtual int sub(double a, double b, double *result) { return this->sub(NULL, NULL, a, b, result); } virtual int sub(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'mul' (returns error code or SOAP_OK) virtual int mul(double a, double b, double *result) { return this->mul(NULL, NULL, a, b, result); } virtual int mul(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'div' (returns error code or SOAP_OK) virtual int div(double a, double b, double *result) { return this->div(NULL, NULL, a, b, result); } virtual int div(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'pow' (returns error code or SOAP_OK) virtual int pow(double a, double b, double *result) { return this->pow(NULL, NULL, a, b, result); } virtual int pow(const char *endpoint, const char *soap_action, double a, double b, double *result); }; #endif gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/Debug/0000755000175000017500000000000012653650154021740 5ustar ellertellertgsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/calc.nsmap0000644000175000017500000000101012653650154022644 0ustar ellertellert #include "soapH.h" SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL}, {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/calc.h0000644000175000017500000001041012653650154021761 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/calcclient.cpp0000644000175000017500000000512012653650154023515 0ustar ellertellert/* calcclient.cpp Example calculator service client in C++ Service definitions in calc.h (not generated by wsdl2h, but similar) $ soapcpp2 -i calc.h $ cc -o calcclient calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp where stdsoap2.cpp is in the 'gsoap' directory, or use libgsoap++: $ cc -o calcclient calcclient.cpp soapC.cpp soapcalcProxy.cpp -lgsoap++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" #include "calc.nsmap" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; int main(int argc, char **argv) { if (argc < 4) { fprintf(stderr, "Usage: [add|sub|mul|div|pow] num num\n"); exit(0); } double a, b, result; a = strtod(argv[2], NULL); b = strtod(argv[3], NULL); calcProxy calc; calc.soap_endpoint = server; switch (*argv[1]) { case 'a': calc.add(a, b, &result); break; case 's': calc.sub(a, b, &result); break; case 'm': calc.mul(a, b, &result); break; case 'd': calc.div(a, b, &result); break; case 'p': calc.pow(a, b, &result); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (calc.error) calc.soap_stream_fault(std::cerr); else printf("result = %g\n", result); return 0; } gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/stdsoap2.cpp0000644000175000017500000203723112653650154023165 0ustar ellertellert/* stdsoap2.c[pp] 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20828 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) # include #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "Ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.28 2016-02-01 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.28 2016-02-01 00:00:00 GMT") #endif /* 8bit character representing unknown character entity or multibyte data */ #ifndef SOAP_UNKNOWN_CHAR # define SOAP_UNKNOWN_CHAR (0x7F) #endif /* unicode character representing unknown characters outside the XML 1.0 UTF8 unicode space */ #ifdef WITH_REPLACE_ILLEGAL_UTF8 # ifndef SOAP_UNKNOWN_UNICODE_CHAR # define SOAP_UNKNOWN_UNICODE_CHAR (0xFFFD) # endif #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t*, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static int soap_type_punned(struct soap*, const struct soap_ilist*); static int soap_is_shaky(struct soap*, void*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); #endif static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen); static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #ifdef WITH_SYSTEMSSL static int ssl_auth_init(struct soap*); static int ssl_recv(int sk, void *s, int n, char *user); static int ssl_send(int sk, void *s, int n, char *user); #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[21] = "\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[41] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { int nwritten, err; SOAP_SOCKET sk; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif sk = soap->sendsk; if (!soap_valid_socket(sk)) sk = soap->socket; while (n) { if (soap_valid_socket(sk)) { if (soap->send_timeout) { for (;;) { int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_write(soap->ssl, (char*)s, n, &nwritten); if (err != GSK_OK) nwritten = 0; } else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, sk, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } if (nwritten < 0) { err = soap_socket_errno(sk); if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(sk, s, (int)n, soap->socket_flags); #else nwritten = send(sk, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { int r = 0; err = soap_socket_errno(sk); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if ((soap->mode & SOAP_IO_LENGTH)) soap->count += n; else if (soap->mode & SOAP_IO) { size_t i = sizeof(soap->buf) - soap->bufidx; while (n >= i) { soap_memcpy((void*)(soap->buf + soap->bufidx), i, (const void*)s, i); soap->bufidx = sizeof(soap->buf); if (soap_flush(soap)) return soap->error; s += i; n -= i; i = sizeof(soap->buf); } soap_memcpy((void*)(soap->buf + soap->bufidx), sizeof(soap->buf) - soap->bufidx, (const void*)s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf))) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { void *t; if (!(t = soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; soap_memcpy(t, n, (const void*)s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[24]; (SOAP_SNPRINTF(t, sizeof(t), 20), &"\r\n%lX\r\n"[soap->chunksize ? 0 : 2], (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)n, soap->socket, soap->sendfd)); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { int r; int retries = 100; /* max 100 retries with non-blocking sockets */ SOAP_SOCKET sk; soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->is) /* recv from C++ stream */ { if (soap->is->good()) return (size_t)soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #else if (soap->is) /* recv from C buffer until NUL */ { size_t l = strlen(soap->is); if (l > n) l = n; soap_memcpy(s, n, soap->is, l); soap->is += l; return l; } #endif sk = soap->recvsk; if (!soap_valid_socket(sk)) sk = soap->socket; if (soap_valid_socket(sk)) { for (;;) { #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* OpenSSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_read(soap->ssl, s, n, &r); if (err == GSK_OK && r > 0) return (size_t)r; if (err != GSK_OK && err != GSK_WOULD_BLOCK && err != GSK_WOULD_BLOCK_WRITE) return 0; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); #endif } else #endif r = recv(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(sk); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_SYSTEMSSL) if (soap->ssl && err == GSK_WOULD_BLOCK_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(sk); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) int r; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; if (soap->count > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > sizeof(soap->buf) ? sizeof(soap->buf) : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket=%d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (soap->count + ret > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif if (ret) { soap->count += ret; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read count=%lu (+%lu)\n", (unsigned long)soap->count, (unsigned long)ret)); return SOAP_OK; } return EOF; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recverror = %d\n", soap->recverror)); if (soap->recverror) soap->bufidx = soap->buflen = 0; else { soap->recverror = soap_recv_raw(soap); /* do not call again after EOF */ soap->buflen -= soap->bufidx; /* chunked may set bufidx > 0 to skip hex chunk length */ } if ((err = soap->ffilterrecv(soap, soap->buf + soap->bufidx, &soap->buflen, sizeof(soap->buf) - soap->bufidx))) return soap->error = err; if (soap->buflen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filtered %lu\n", (unsigned long)soap->buflen)); soap->buflen += soap->bufidx; return SOAP_OK; } if (soap->recverror) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed EOF%d\n", soap->recverror)); return soap->recverror; } } return soap->recverror = soap_recv_raw(soap); #else return soap_recv_raw(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, LONG64 other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { LONG64 bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; int i; soap_wchar c; char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, (LONG64)SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; char *s = buf; int i = sizeof(buf); soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, size_t n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %lu bytes forward\n", (unsigned long)n)); for (; n; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, unsigned long c) { char tmp[24]; if ((c < 0x7F && c > 0x1F)) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifdef WITH_REPLACE_ILLEGAL_UTF8 if (!(c == 0x09 || c == 0x0A || c == 0x0D || (c >= 0x80 && c <= 0xD7FF) || (c >= 0xE000 && c <= 0xFFFD) || (c >= 0x10000 && c <= 0x10FFFF))) c = SOAP_UNKNOWN_UNICODE_CHAR; #endif #ifndef WITH_LEAN if (c > 0x9F) { char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } else #endif (SOAP_SNPRINTF(tmp, sizeof(tmp), 20), "&#x%lX;", c); return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c >= 0x80) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char *s) { size_t l = 0; while (*s) if ((*s++ & 0xC0) != 0x80) l++; return l; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_hex2s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { char *s; size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { char d1, d2; soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; size_t l = soap->lablen + i - k; soap_unget(soap, c); if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { char d1, d2; soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { int i; unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_base642s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { size_t i, k; char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (k > 2) { for (i = 0; i < k - 2; i += 3) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; size_t l; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } l = soap->lablen + i - k; if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_attachment_forward(soap, ptr, size, id, type, options) || (soap->body && soap_element_end_in(soap, "xop:Include"))) return soap->error; } } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_memdup(struct soap *soap, const void *s, size_t n) { void *t = NULL; if (s && (t = soap_malloc(soap, n))) soap_memcpy(t, n, s, n); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s) { size_t l = strlen(s) + 1; if ((t = (char*)soap_malloc(soap, l))) soap_memcpy((void*)t, l, (const void*)s, l); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; n = sizeof(wchar_t)*(n+1); if ((t = (wchar_t*)soap_malloc(soap, n))) soap_memcpy((void*)t, n, (const void*)s, n); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strtrim(struct soap *soap, char *s) { (void)soap; if (s) { char *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = '\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrtrim(struct soap *soap, wchar_t *s) { (void)soap; if (s) { wchar_t *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = L'\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->head = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { struct soap_bhead *p; if (!b) b = soap->blist; if (!(p = (struct soap_bhead*)SOAP_MALLOC(soap, sizeof(struct soap_bhead) + n))) { soap->error = SOAP_EOM; return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block %p of %u bytes (%u bytes total)\n", p, (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); p->next = b->head; b->head = p; p->size = n; b->size += n; return (void*)(p + 1); /* skip block header and point to n allocated bytes */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; if (!b->head) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->head; b->size -= p->size; b->head = p->next; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len) { const void *start = src, *end = src + len; #ifndef WITH_LEANER struct soap_xlist *xp; #endif #ifndef WITH_NOIDREF if ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update pointers %p (%lu bytes) -> %p\n", src, (unsigned long)len, dst)); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { struct soap_flist *fp; void *p, **q; if (ip->shaky) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update shaky id='%s'\n", ip->id)); if (ip->ptr && ip->ptr >= start && ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update ptr %p -> %p\n", ip->ptr, (const char*)ip->ptr + (dst-src))); ip->ptr = (void*)((const char*)ip->ptr + (dst-src)); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (fp = ip->flist; fp; fp = fp->next) { if (fp->ptr >= start && fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' target type=%d %p -> %p\n", ip->id, fp->type, fp->ptr, (char*)fp->ptr + (dst-src))); fp->ptr = (void*)((const char*)fp->ptr + (dst-src)); } } if (ip->smart && ip->smart >= start && ip->smart < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Smart shared pointer update %p -> %p\n", ip->smart, (const char*)ip->smart + (dst-src))); ip->smart = (void*)((const char*)ip->smart + (dst-src)); } } } } } #else (void)soap; (void)start; (void)end; (void)dst; (void)src; #endif #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (void*)xp->ptr >= start && (void*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update attachment id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (dst-src))); xp->ptr = (unsigned char**)((char*)xp->ptr + (dst-src)); xp->size = (int*)((char*)xp->size + (dst-src)); xp->type = (char**)((char*)xp->type + (dst-src)); xp->options = (char**)((char*)xp->options + (dst-src)); } } #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, const char *start, const char *end) { int i; struct soap_ilist *ip = NULL; struct soap_flist *fp = NULL; const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if (fp->type == ip->type && (const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { int i; short flag; const char *id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded refs\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { void **q; struct soap_flist *fp, **fpp = &ip->flist; if (ip->spine) ip->spine[0] = ip->ptr; q = (void**)ip->link; ip->link = NULL; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); while (q) { void *p = *q; *q = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, ip->ptr)); q = (void**)p; } while ((fp = *fpp)) { if (fp->level > 0 && fp->finsert) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... insert type=%d link %p -> %p\n", fp->type, fp->ptr, ip->ptr)); if (ip->spine && fp->level <= SOAP_MAXPTRS) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); else if (fp->level == 1) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->ptr, &ip->smart); else if (fp->level <= SOAP_MAXPTRS) { int i; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return soap->error = SOAP_EOM; ip->spine[0] = ip->ptr; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); } *fpp = fp->next; SOAP_FREE(soap, fp); } else fpp = &fp->next; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing id='%s'\n", ip->id)); soap_strcpy(soap->id, sizeof(soap->id), ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; id = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { struct soap_flist *fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving id='%s' type=%d ptr=%p size=%lu ...\n", ip->id, ip->type, ip->ptr, (unsigned long)ip->size)); if (ip->copy) { void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; soap_memcpy((void*)q, ip->size, (const void*)ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } while ((fp = ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d target type=%d location=%p level=%u id='%s'\n", ip->type, fp->type, ip->ptr, fp->level, ip->id)); if (fp->level == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%lu bytes)\n", ip->ptr, fp->ptr, (unsigned long)ip->size)); if (fp->finsert) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, ip->ptr, &ip->smart); else soap_memcpy((void*)fp->ptr, ip->size, (const void*)ip->ptr, ip->size); } ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } else id = ip->id; } } } } while (flag); if (id) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the gSOAP developers\n", id)); return soap_id_nullify(soap, id); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->head) { b->size -= b->head->size - n; b->head->size = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q, *r; if (!b) b = soap->blist; p = b->head; if (!p) return NULL; r = NULL; do { q = p->next; p->next = r; r = p; p = q; } while (p); b->head = r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block %p\n", r + 1)); return (char*)(r + 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; p = b->head; if (p) { b->head = p->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block %p, deleting current block\n", b->head + 1)); SOAP_FREE(soap, p); if (b->head) return (char*)(b->head + 1); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return b->head->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->head; p; p = q) { q = p->next; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restored previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { size_t n; char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->head, p)); if (p) { s = p; for (q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); if (flag) soap_update_pointers(soap, s, q, n); soap_memcpy((void*)s, n, (const void*)q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); #ifndef WITH_NOIDREF if (!soap->blist && ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH))) { int i; struct soap_ilist *ip = NULL; for (i = 0; i < SOAP_IDHASH; i++) for (ip = soap->iht[i]; ip; ip = ip->next) ip->shaky = 0; } #endif return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; const char *t = ",%d"; if (!type) return NULL; if (soap->version == 2) t = " %d"; if (soap->version != 2 && offset) { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i] + offset[i]); } } else { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i]); } } soap_strncat(soap->type, sizeof(soap->type), "]", 1); return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { int i; soap->arrayOffset[0] = '\0'; if (soap->version == 1) { (SOAP_SNPRINTF(soap->arrayOffset, sizeof(soap->arrayOffset) - 1, 20), "[%d", offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->arrayOffset); (SOAP_SNPRINTF(soap->arrayOffset + l, sizeof(soap->arrayOffset) - l - 1, 20), ",%d", offset[i]); } soap_strncat(soap->arrayOffset, sizeof(soap->arrayOffset), "]", 1); } return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *size, int dim) { int i; size_t n = 0; if (size[0] <= 0) return 0; n = (size_t)size[0]; for (i = 1; i < dim; i++) { if (size[i] <= 0) return 0; n *= (size_t)size[i]; } return (size_t)n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { size_t i, k, n; if (!*attr) return 0; i = strlen(attr); n = 1; do { for (; i > 0; i--) if (attr[i - 1] == '[' || attr[i - 1] == ',' || attr[i - 1] == ' ') break; n *= k = (size_t)soap_strtoul(attr + i, NULL, 10); size[--dim] = (int)k; if (n > SOAP_MAXARRAYSIZE) return 0; } while (dim > 0 && --i > 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { int i, j = 0; if (offset) { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } else { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { struct soap_nlist *np; struct Namespace *p; short i = -1; size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) break; if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) soap_strcpy(p->out, k, ns); break; } } } if (!p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; soap_strcpy((char*)np->id, n + 1, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s'='%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s' level=%u\n", soap->level, np->id, np->level)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS) && (n2 > 0 || !np->ns || *np->ns)) { if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; } return SOAP_OK; } if (n1 == 0) return n2 == 0 || (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { struct soap_nlist *np; const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns && *np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { int c1 = *s; int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { const char *s, *t; int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (!t[1]) { if ((soap->mode & SOAP_XML_IGNORENS) || soap_match_namespace(soap, tag1, tag2, 0, t - tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (!(soap->mode & SOAP_XML_IGNORENS) || SOAP_STRCMP(s + 1, tag2)) /* always fails (except when ignoring ns) */ return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2) || ((soap->mode & SOAP_XML_STRICT) && !(soap->mode & SOAP_XML_IGNORENS) && soap_match_namespace(soap, tag1, tag2, 0, 0))) /* strict checking: default namespace must be null namespace */ return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #else soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #endif { int err; soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = ssl_verify_callback; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS (void)randfile; (void)sid; if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; (void)sid; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile) #else soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) #endif { soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS (void)randfile; if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap *soap, const char *crlfile) { #ifdef WITH_OPENSSL if (crlfile && soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) X509_STORE *store = SSL_CTX_get_cert_store(soap->ctx); if (*crlfile) { int ret; X509_LOOKUP *lookup = X509_STORE_add_lookup(store, X509_LOOKUP_file()); if ((ret = X509_load_crl_file(lookup, crlfile, X509_FILETYPE_PEM)) <= 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "Can't read CRL file", SOAP_SSL_ERROR); } X509_VERIFY_PARAM *param = X509_VERIFY_PARAM_new(); X509_VERIFY_PARAM_set_flags(param, X509_V_FLAG_CRL_CHECK); X509_STORE_set1_param(store, param); X509_VERIFY_PARAM_free(param); #endif } else soap->crlfile = crlfile; /* activate later when store is available */ #endif #ifdef WITH_GNUTLS if (crlfile && soap->xcred) { if (*crlfile) if (gnutls_certificate_set_x509_crl_file(soap->xcred, crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } else soap->crlfile = crlfile; /* activate later when xcred is available */ #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* we keep ciphers and digests for the program's lifetime */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(msg) + 1), "%s\n", msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; while ((r = ERR_get_error())) { size_t l = strlen(soap->msgbuf); ERR_error_string_n(r, soap->msgbuf + l, sizeof(soap->msgbuf) - l); } } else { size_t l = strlen(soap->msgbuf); switch (ret) { case 0: soap_strcpy(soap->msgbuf + l, sizeof(soap->msgbuf) - l, "EOF was observed that violates the SSL/TLS protocol. The client probably provided invalid authentication information."); break; case -1: { const char *s = strerror(soap_errno); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, strlen(s) + 42), "Error observed by underlying SSL/TLS BIO: %s", s); } break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS (void)soap; return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_recv(int sk, void *s, int n, char *user) { (void)user; return recv(sk, s, n, 0); } #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_send(int sk, void *s, int n, char *user) { (void)user; return send(sk, s, n, 0); } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) EVP_PKEY* pkey; #endif if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x10100000L) /* TLS_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(TLS_method()); #else /* SSLv23_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(SSLv23_method()); #endif if (!soap->ctx) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } /* This code assumes a typical scenario with key and cert in one PEM file, see alternative code below */ #if 1 if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } #ifndef WM_SECURE_KEY_STORAGE if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); #endif } #else /* Suggested alternative approach to check the key file for cert only when cafile==NULL */ if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } else /* use cafile for (server) cert and keyfile for (server) key */ { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->keyfile) if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) if (NULL == (pkey = ipcom_key_db_pkey_get(soap->keyid))) return soap_set_receiver_error(soap, "SSL error", "Can't find key", SOAP_SSL_ERROR); if (0 == SSL_CTX_use_PrivateKey(soap->ctx, pkey)) return soap_set_receiver_error(soap, "SSL error", "Can't read key", SOAP_SSL_ERROR); #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') #if defined(VXWORKS) DH_generate_parameters_ex(dh, n, 2/*or 5*/, NULL); #else dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); #endif else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 by default */ if ((soap->ssl_flags & SOAP_SSLv3)) { #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; #else flags |= SSL_OP_NO_TLSv1; #endif } else { if (!(soap->ssl_flags & SOAP_SSLv3_TLSv1)) flags |= SSL_OP_NO_SSLv3; /* disable SSL v3 by default, unless SOAP_SSLv3 or SOAP_SSLv3_TLSv1 is set */ #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) if ((soap->ssl_flags & SOAP_TLSv1_0)) flags |= SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_1)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_2)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1; #endif } #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* Assumes that key and cert(s) are concatenated in the keyfile */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_SSLv3)) { int protocol_priority[] = { GNUTLS_SSL3, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_0)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.0 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_1)) { int protocol_priority[] = { GNUTLS_TLS1_1, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.1 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_2)) { int protocol_priority[] = { GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.2 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_SSLv3_TLSv1)) { int protocol_priority[] = { GNUTLS_SSL3, GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 & TLSv1 protocols", SOAP_SSL_ERROR); } else { int protocol_priority[] = { GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1 protocols", SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL if (!soap->ctx) { int err; err = gsk_environment_open(&soap->ctx); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV2, GSK_PROTOCOL_SSLV2_OFF); if (err == GSK_OK) { if ((soap->ssl_flags & SOAP_SSLv3) || (soap->ssl_flags & SOAP_SSLv3_TLSv1)) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_ON); else err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_OFF); } if (!(soap->ssl_flags & SOAP_SSLv3)) { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_ON); } else { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_OFF); } if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_FILE, soap->keyfile, 0); /* keyfile is a keyring .kdb file */ if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_PW, soap->password, 0); /* locked by password */ if (err == GSK_OK) err = gsk_environment_init(soap->ctx); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in ssl_auth_init()", SOAP_SSL_ERROR); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { (void)rwflag; if (!buf || !userdata) return 0; soap_strcpy(buf, (size_t)num, (char*)userdata); return (int)strlen(buf); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { (void)store; #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; int err = X509_STORE_CTX_get_error(store); X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "\nDEBUG mode TLS/SSL warnings:\nSSL verify error %d or warning with certificate at depth %d: %s\n", err, X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(err)); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate issuer: %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate subject: %s\n", buf); /* accept self-signed certificates and certificates out of date */ switch (err) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; fprintf(stderr, "Initialize soap_ssl_client_context with SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE to allow this verification error to pass without DEBUG mode enabled\n"); } } #endif /* Note: return 1 to try to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (!ok) { /* accept self signed certificates, expired certificates, and certficiates w/o CRL */ switch (X509_STORE_CTX_get_error(store)) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET sk = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; int err, s; int retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_SERVER_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in soap_ssl_accept()", SOAP_SSL_ERROR); while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (retries-- <= 0) break; if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in soap_ssl_accept()", SOAP_SSL_ERROR); #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 37), "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr((char*)addr); #endif #endif if (iadd != -1) { if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)&iadd, sizeof(iadd))) return soap->error = SOAP_EOM; return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) || defined(__ANDROID__) if (gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname((char*)addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)host->h_addr, (size_t)host->h_length)) return soap->error = SOAP_EOM; #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET sk; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err || !res) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: sk = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->error = SOAP_OK; soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) sk = socket(AF_INET, SOCK_DGRAM, 0); else #endif sk = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(sk)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if ((soap->connect_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(sk, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } if ((soap->connect_flags & ~SO_LINGER) && setsockopt(sk, SOL_SOCKET, soap->connect_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(sk, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(sk, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Opening socket=%d to host='%s' port=%d\n", sk, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return sk; #endif #else if ((soap->omode & SOAP_IO_UDP)) { if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)res->ai_addr, res->ai_addrlen)) { soap->error = SOAP_EOM; soap->fclosesocket(soap, sk); sk = SOAP_INVALID_SOCKET; } soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return sk; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(sk, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(sk, &soap->peer.addr, sizeof(soap->peer.in))) #endif { err = soap_socket_errno(sk); #ifdef WITH_IPV6 if (err == SOAP_ECONNREFUSED && res->ai_next) { soap->fclosesocket(soap, sk); res = res->ai_next; goto again; } #endif #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, sk); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { int r; r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum = soap_socket_errno(sk); if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(sk, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, sk); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = sk; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (endpoint && !soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifdef WITH_OPENSSL BIO *bio; #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server %s for destination endpoint %s\n", soap->proxy_http_version, soap->proxy_host, endpoint)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send_flush(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = status; /* restore */ soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (endpoint) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } #if (OPENSSL_VERSION_NUMBER >= 0x1000000aL) if (!(soap->ssl_flags & SOAP_SSLv3) && !SSL_set_tlsext_host_name(soap->ssl, host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #elif (OPENSSL_VERSION_NUMBER >= 0x0090800fL) && defined(SSL_CTRL_SET_TLSEXT_HOSTNAME) if (SSL_ctrl(soap->ssl, SSL_CTRL_SET_TLSEXT_HOSTNAME, TLSEXT_NAMETYPE_host_name, (void*)host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(sk) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; STACK_OF(CONF_VALUE) *val = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) GENERAL_NAMES *names = NULL; #else int ext_count; #endif int ok = 0; X509 *peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #if (OPENSSL_VERSION_NUMBER < 0x0090800fL) ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); unsigned char *data; if (!meth) break; data = ext->value->data; if (data) { #if (OPENSSL_VERSION_NUMBER > 0x00907000L) void *ext_data; if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { #if (OPENSSL_VERSION_NUMBER > 0x0090800fL) ext_data = meth->d2i(NULL, (const unsigned char **)&data, ext->value->length); #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif } if (ext_data) val = meth->i2v(meth, ext_data, NULL); else val = NULL; if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else void *ext_data = meth->d2i(NULL, &data, ext->value->length); if (ext_data) val = meth->i2v(meth, ext_data, NULL); meth->ext_free(ext_data); #endif if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } } } if (ok) break; } } #else names = (GENERAL_NAMES*)X509_get_ext_d2i(peer, NID_subject_alt_name, NULL, NULL); if (names) { val = i2v_GENERAL_NAMES(NULL, names, val); sk_GENERAL_NAME_pop_free(names, GENERAL_NAME_free); } if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #endif if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, sk); soap->error = soap_set_sender_error(soap, "SSL/TLS verify error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #ifdef WITH_SYSTEMSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); /* Certificate label */ if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_CLIENT_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) { soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in tcp_connect()", SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } /* Try connecting until success or timeout (when nonblocking) */ while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (r < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (r == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } #endif soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; #else soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET sk, int flags, int timeout) { int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; int retries = 0; int eintr = SOAP_MAXEINTR; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)sk >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; pollfd.fd = (int)sk; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout <= 0) timeout /= -1000; /* -usec -> ms */ else { retries = timeout - 1; timeout = 1000; } do { r = poll(&pollfd, 1, timeout); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif if (timeout > 0) retries = timeout - 1; do { rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(sk, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(sk, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(sk, efd); } if (timeout <= 0) { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } else { tv.tv_sec = 1; tv.tv_usec = 0; } r = select((int)sk + 1, rfd, sfd, efd, &tv); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(sk, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(sk, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(sk, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET sk; (void)soap; sk = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, FD_CLOEXEC); #endif #endif return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { soap_strcpy(soap->session_host, sizeof(soap->session_host), soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { gsk_secure_socket_shutdown(soap->ssl); gsk_secure_socket_close(&soap->ssl); } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET sk) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket=%d\n", (int)sk)); return soap_closesocket(sk); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET sk, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket=%d how=%d\n", (int)sk, how)); return shutdown(sk, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)addrinfo->ai_addr, addrinfo->ai_addrlen)) { soap->error = SOAP_EOM; return SOAP_INVALID_SOCKET; } soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = &soap->peer.addr; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->port = port; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && (!((soap->imode | soap->omode) & SOAP_IO_UDP)) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_FASTOPEN if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, SOL_TCP, TCP_FASTOPEN, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_FASTOPEN failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.in.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.in.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, &soap->peer.addr, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif { int t; if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, (char*)&t, 1, MSG_PEEK) > 0)) return SOAP_OK; } } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else (void)soap; return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); int err; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) n = (int)sizeof(soap->peer); soap->socket = soap->faccept(soap, soap->master, &soap->peer.addr, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 char *s = soap->host; char port[16]; int i; getnameinfo(&soap->peer.addr, n, soap->host, sizeof(soap->host), port, sizeof(port), NI_NUMERICHOST | NI_NUMERICSERV); soap->ip = 0; for (i = 0; i < 4 && *s; i++) { soap->ip = (soap->ip << 8) + (unsigned int)soap_strtoul(s, &s, 10); if (*s) s++; } soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); (SOAP_SNPRINTF(soap->host, sizeof(soap->host), 80), "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.in.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept socket=%d at port=%d from IP='%s'\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if ((soap->accept_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } if ((soap->accept_flags & ~SO_LINGER) && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (!(soap->mode & SOAP_MIME_POSTCHECK)) { if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; } #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context%s\n", soap->state == SOAP_COPY ? " copy" : "")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ if (soap->master == soap->socket) /* do not close twice */ soap->master = SOAP_INVALID_SOCKET; soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) gsk_secure_socket_close(&soap->ssl); if (soap->state == SOAP_INIT) if (soap->ctx) gsk_environment_close(&soap->ctx); #endif #ifdef WITH_C_LOCALE if (soap->c_locale) { # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif soap->c_locale = NULL; } #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; do { soap->length = 0; soap->http_content = NULL; soap->action = NULL; soap->status = 0; soap->body = 1; if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; /* HTTP 1.0 does not support chunked transfers */ } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m, n, k; while (soap_blank(soap->msgbuf[l])) l++; m = strlen(soap->endpoint); n = m + (s - soap->msgbuf) - l - 1; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; if (m > n) m = n; k = n - m + 1; if (k >= sizeof(soap->path)) k = sizeof(soap->path) - 1; while (k > 0 && soap_blank(soap->msgbuf[l + k - 1])) k--; soap_strncpy(soap->path, sizeof(soap->path), soap->msgbuf + l, k); if (*soap->path && *soap->path != '/') soap_strncpy(soap->endpoint, sizeof(soap->endpoint), soap->path, k); else soap_strncat(soap->endpoint, sizeof(soap->endpoint), soap->path, k); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Target endpoint='%s' path='%s'\n", soap->endpoint, soap->path)); if (httpcmd > 1) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; return SOAP_OK; } #if 0 if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) #endif if (soap->body) { if ((soap->status >= 200 && soap->status <= 299) /* OK, Accepted, etc */ || soap->status == 400 /* Bad Request */ || soap->status == 500) /* Internal Server Error */ return soap->error = SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap, NULL); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } else if (soap->status >= 200 && soap->status <= 299) return soap->error = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP error %d: %s\n", soap->status, soap->msgbuf)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "https://"); else #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "http://"); soap_strncat(soap->endpoint, sizeof(soap->endpoint), val, sizeof(soap->endpoint) - 9); } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); if (!soap->length) soap->body = 0; } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #if !defined(WITH_LEAN) || defined(WITH_NTLM) else if (!soap_tag_cmp(key, "Authorization") || !soap_tag_cmp(key, "Proxy-Authorization")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { soap_strcpy(soap->endpoint, sizeof(soap->endpoint), val); } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { const char *s = line; if (s) { while (*s) { short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; size_t i = len; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (len > 0) { if (*s == '"') { s++; while (*s && *s != '"' && --i) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --i) { if (*s == '%' && s[1] && s[2]) { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } buf[len - 1] = '\0'; /* appease */ } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { const char *msg = SOAP_STR_EOS; (void)soap; (void)status; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { (void)soap; return 405; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { const char *s; int err; size_t l; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && soap_tag_cmp(endpoint, "httpg:*"))) #endif return SOAP_OK; /* set l to prevent overruns ('host' and 'soap->host' are substrings of 'endpoint') */ l = strlen(endpoint) + strlen(soap->http_version) + 80; if (l > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s HTTP/%s", s, endpoint, soap->http_version); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]:%d", host, port); /* RFC 2732 */ else #endif (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s:%d", host, port); } else { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]", host); /* RFC 2732 */ else #endif soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), host); } if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) #ifdef WITH_NTLM if (soap->ntlm_challenge) { l = strlen(soap->ntlm_challenge); if (l) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l + 5), "NTLM %s", soap->ntlm_challenge); if (soap->proxy_host) { if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } else if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } } else { #endif if (soap->userid && soap->passwd) { l = strlen(soap->userid) + strlen(soap->passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd) { l = strlen(soap->proxy_userid) + strlen(soap->proxy_passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #ifdef WITH_NTLM } #endif #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(action) + 2), "\"%s\"", action); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { int err; char http[16]; int code = status; const char *line; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif (SOAP_SNPRINTF(http, sizeof(http), strlen(soap->http_version) + 5), "HTTP/%s", soap->http_version); else soap_strcpy(http, sizeof(http), "Status:"); if (!status || status == SOAP_HTML || status == SOAP_FILE) { if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) code = 200; else code = 202; } else if (status < 200 || status >= 600) { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) code = 405; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) code = 400; else code = 500; } line = http_error(soap, code); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP Status = %d %s\n", code, line)); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(http) + 22 + strlen(line)), "%s %d %s", http, code, line); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) + 14 < sizeof(soap->tmpbuf)) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char *s, const char *t) { if (!t || (*t != '/' && *t != '?')) return s; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t)), "%s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char *s, char *t, size_t len) { int c; size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap *soap, const char *s) { if (s) { size_t n = 3*strlen(s)+1; char *t = (char*)soap_malloc(soap, n); if (t) { soap_encode_url(s, t, n); return t; } } return SOAP_STR_EOS; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie='%s' domain='%s' path='%s'\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s='%s' domain='%s' path='%s' env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && ((!p->domain && !domain) || (p->domain && !strcmp(p->domain, domain))) && ((!p->path && !path) || (p->path && !strncmp(p->path, path, strlen(p->path))))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s='%s' domain='%s' path='%s'\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(name); if ((q->name = (char*)SOAP_MALLOC(soap, l + 1))) soap_strcpy(q->name, l + 1, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value) { size_t l = strlen(value); q->value = (char*)SOAP_MALLOC(soap, l + 1); if (q->value) soap_strcpy(q->value, l + 1, value); } if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain) { size_t l = strlen(domain); q->domain = (char*)SOAP_MALLOC(soap, l + 1); if (q->domain) soap_strcpy(q->domain, l + 1, domain); } if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path) { size_t l = strlen(path); q->path = (char*)SOAP_MALLOC(soap, l + 1); if (q->path) soap_strcpy(q->path, l + 1, path); } q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && (!q->domain || !strcmp(q->domain, domain)) && (!q->path || !strncmp(q->path, path, strlen(q->path)))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age=%ld: cookie='%s' domain='%s' path='%s'\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_url(p->name, s, 4064 - (s-tmp)); if (p->value && *p->value) { *s++ = '='; s += soap_encode_url(p->value, s, 4064 - (s-tmp)); } if (p->domain && (int)strlen(p->domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), soap->cookie_domain); } s += strlen(s); soap_strcpy(s, 4096 - (s-tmp), ";Path=/"); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < 4064 - (s-tmp)) { if (strchr(t, '%')) /* already URL encoded? */ { soap_strcpy(s, 4096 - (s-tmp), t); s += strlen(s); } else s += soap_encode_url(t, s, 4064 - (s-tmp)); } } if (p->version > 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) soap_strcpy(s, 4096 - (s-tmp), ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain='%s' path='%s'\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = hostent->h_name; if (*t == '.') { size_t k = strlen(hostent->h_name); if (k >= n) r = hostent->h_name + k - n; } flag = !strncmp(t, r, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Domain cookie %s host %s (match=%d)\n", t, r, flag)); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { *s++ = ' '; } if (q->version != version && s-tmp < 4060) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_url(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_url(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path && (s-tmp) + strlen(q->path) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain && (s-tmp) + strlen(q->domain) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)tmp, l); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)tmp, l); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(tmp) + 1; if ((p->name = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->name, l, (const void*)tmp, l); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { l = strlen(tmp) + 1; if ((p->value = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->value, l, (const void*)tmp, l); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { l = strlen(soap->host) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)soap->host, l); } else p->domain = NULL; if (path) p->path = path; else if (*soap->path) { l = strlen(soap->path) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)soap->path, l); } else { if ((p->path = (char*)SOAP_MALLOC(soap, 2))) soap_memcpy((void*)p->path, 2, (const void*)"/", 2); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { size_t l = strlen(p->name) + 1; if (((*q)->name = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->name, l, p->name, l); } if (p->value) { size_t l = strlen(p->value) + 1; if (((*q)->value = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->value, l, p->value, l); } if (p->domain) { size_t l = strlen(p->domain) + 1; if (((*q)->domain = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->domain, l, p->domain, l); } if (p->path) { size_t l = strlen(p->path) + 1; if (((*q)->path = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->path, l, p->path, l); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char *s) { size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap; #ifdef __cplusplus soap = SOAP_NEW(struct soap); #else soap = (struct soap*)malloc(sizeof(struct soap)); #endif if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); #ifdef __cplusplus SOAP_DELETE(soap); #else free(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { struct soap_pblk *pb, *next; int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int t) { int id; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (!p || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return 0; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return id; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { size_t h; struct soap_plist *pp; (void)n; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%lu type=%d id=%d\n", p, a, (unsigned long)n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->dup = NULL; pp->array = a; pp->size = n; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (!p || !a) return 0; for (pp = soap->pht[soap_hash_ptr(a)]; pp; pp = pp->next) { if (pp->type == type && pp->array == a && pp->size == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a, type, pp->id)); return pp->id; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; } if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #else (void)soap; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; if (soap->count > sizeof(soap->buf)) return soap->error = SOAP_UDP_ERROR; } #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #if !defined(__cplusplus) || defined(WITH_COMPAT) else if (soap->os != NULL) { *soap->os = NULL; soap->mode |= SOAP_IO_STORE; } #endif } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->os && soap->sendfd >= 0) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { if (soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)"\37\213\10\0\0\0\0\0\0\377", 10)) return soap->error = SOAP_EOM; soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = sizeof(soap->buf) - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const void *a, int n, int t) { struct soap_plist *pp; if (!p || !a || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_array_pointer_lookup(soap, p, a, n, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p n=%lu type=%d (%d %d)\n", p, a, (unsigned long)n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (id >= 0 || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (id < -1) return soap_embed(soap, p, NULL, 0, t); if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (soap->version == 1 && soap->part != SOAP_IN_HEADER) { if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } else if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *aid, const char *atype, const char *aoptions, const char *type, int t) { struct soap_plist *pp; int i; if (!p || !a || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->dime_id_format) + 20), soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a, n); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a, n); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { size_t l = strlen(aid) - 1; char *s = (char*)soap_malloc(soap, l); if (s) { s[0] = '<'; soap_strncpy(s + 1, l - 1, aid + 4, l - 3); s[l - 2] = '>'; s[l - 1] = '\0'; content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { int i; struct soap_ilist *ip = NULL, *p = NULL; struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id, int t, size_t n) { size_t h; struct soap_ilist *ip; size_t l = strlen(id); ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + l); if (ip) { ip->type = t; ip->size = n; ip->ptr = NULL; ip->spine = NULL; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->smart = NULL; ip->shaky = 0; soap_strcpy((char*)ip->id, l + 1, id); h = soap_hash(id); /* h = (HASH(id) % SOAP_IDHASH) so soap->iht[h] is safe */ ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { char *p; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if ((p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t))) == NULL) { soap->error = SOAP_EOM; return NULL; } /* set a canary word to detect memory overruns and data corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { int i; struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { void *p = malloc(size); if (soap) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { if (!soap) free(p); else { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } free(p); mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { char **q; for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { struct soap_clist *q = *cp; *cp = q->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Delete %p type=%d (cp=%p)\n", q->ptr, q->type, q)); if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* assume this was deallocated */ soap->header = NULL; /* assume this was deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { struct soap_clist *cp; char **q; #ifdef SOAP_MEM_DEBUG void *p; struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; #ifdef SOAP_MEM_DEBUG cp = soap->clist; while (cp) { h = soap_hash_ptr(cp); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == cp) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } cp = cp->next; } #endif cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { struct soap_clist *cp = NULL; if (soap && p && n != SOAP_NO_LINK_TO_DELETE) { if (!(cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) soap->error = SOAP_EOM; else { cp->next = soap->clist; cp->type = soap->alloced = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { char **q; struct soap_clist **cp; if (soap && p) { for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap *soap) { short f = soap->shaky; soap->shaky = 1; return f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap *soap, short f) { soap->shaky = f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF static int soap_is_shaky(struct soap *soap, void *p) { (void)p; if (!soap->blist && !soap->shaky) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shaky %p\n", p)); return 1; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); *p = NULL; if (k) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; *p = &ip->spine[k - 1]; } else { ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); } } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t)) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup type incompatibility: ref='%s' id-type=%d ref-type=%d\n", id, ip->type, t)); soap_id_nullify(soap, id); return NULL; } else if (k == 0 && ip->ptr && !ip->shaky) /* when block lists are in use, ip->ptr will change */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, ip->ptr, (unsigned int)n, k)); *p = ip->ptr; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } *p = NULL; if (k) { if (!ip->spine) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; } *p = &ip->spine[k - 1]; if (ip->ptr && !ip->shaky) ip->spine[0] = ip->ptr; } else { void *q = ip->link; ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); *p = q; } } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, t, (unsigned long)n, k, p)); } else if ((ip->type != t || ip->size != n) && k == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } if (finsert || n < sizeof(void*)) { struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->index = i; fp->finsert = finsert; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u index=%lu href='%s'\n", t, tt, (unsigned long)n, p, k, (unsigned long)i, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, t, href)); *(void**)p = ip->copy; ip->copy = p; } ip->shaky = soap_is_shaky(soap, p); return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif (void)id; (void)fbase; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d location=%p size=%lu\n", id, t, p, (unsigned long)n)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); /* alloced set in soap_link() */ else { p = soap_malloc(soap, n); soap->alloced = t; } } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup entry id='%s' for location=%p\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; ip->ptr = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu location=%p\n", id, t, (unsigned long)n, p)); if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); soap_strcpy(soap->id, sizeof(soap->id), id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter type incompatibility id='%s' expect type=%d size=%lu got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, t, (unsigned long)n)); soap_id_nullify(soap, id); return NULL; } else { ip->type = t; ip->size = n; ip->ptr = p; if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); if (soap->alloced || !ip->shaky) { void **q; /* ptr will not change later, so resolve links now */ if (ip->spine) ip->spine[0] = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); q = (void**)ip->link; while (q) { void *r = *q; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, p)); q = (void**)r; } ip->link = NULL; } } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char *id, int t, size_t n) { (void)soap; (void)id; (void)t; (void)n; #ifndef WITH_NOIDREF if (id && *id) { struct soap_ilist *ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New smart shared pointer entry id='%s' type=%d size=%lu smart=%p\n", id, t, (unsigned long)n, ip->smart)); return &ip->smart; } #endif return NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 static int soap_type_punned(struct soap *soap, const struct soap_ilist *ip) { const struct soap_flist *fp; (void)soap; if (ip->ptr || ip->copy) return 1; for (fp = ip->flist; fp; fp = fp->next) if (fp->level == 0) return 1; return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap *soap, const char *id) { int i; for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { void *p, *q; for (p = ip->link; p; p = q) { q = *(void**)p; *(void**)p = NULL; } ip->link = NULL; } } soap_strcpy(soap->id, sizeof(soap->id), id); return soap->error = SOAP_HREF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif return soap_end_send_flush(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != sizeof(soap->buf)) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf) - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { #if !defined(__cplusplus) || defined(WITH_COMPAT) if (soap->os) { char *b = (char*)soap_push_block(soap, NULL, 1); if (b) *soap->os = soap_save_block(soap, NULL, NULL, 0); } else #endif { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)soap_block_size(soap, NULL), soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; #endif } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send 7 bytes to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) if (!soap->ssl) #endif if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) soap->os->flush(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ soap->c14ninclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) continue; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { struct soap_attribute *tp, *tq; struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { SOAP_FREE(soap, ns->out); ns->out = NULL; } } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_iht(soap); #endif soap_free_pht(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, s); if (logfile) { size_t l = strlen(logfile) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)logfile, l); } soap->logfile[i] = t; } #endif /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); #endif } /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { struct soap *copy = soap_versioning(soap_new)(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); if (soap_copy_context(copy, soap) != NULL) return copy; soap_free(copy); return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); soap_memcpy((void*)copy, sizeof(struct soap), (const void*)soap, sizeof(struct soap)); copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = soap->local_namespaces; copy->local_namespaces = NULL; soap_set_local_namespaces(copy); /* copy content of soap->local_namespaces */ copy->namespaces = soap->namespaces; /* point to shared read-only namespaces table */ copy->c_locale = NULL; #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); #endif soap_init_pht(copy); copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not allocate plugin '%s'\n", p->id)); soap_end(copy); soap_done(copy); return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && (copy->error = p->fcopy(copy, q, p))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s' error = %d\n", p->id, copy->error)); SOAP_FREE(copy, q); soap_end(copy); soap_done(copy); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->header = soap->header; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->master = soap->master; copy->socket = soap->socket; copy->sendsk = soap->sendsk; copy->recvsk = soap->recvsk; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; copy->os = soap->os; copy->is = soap->is; copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; soap_memcpy((void*)copy->host, sizeof(copy->host), (const void*)soap->host, sizeof(soap->host)); soap_memcpy((void*)copy->endpoint, sizeof(copy->endpoint), (const void*)soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = soap->bio; copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_GNUTLS copy->session = soap->session; #endif #ifdef WITH_SYSTEMSSL copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (soap->d_stream && soap->zlib_state != SOAP_ZLIB_NONE) { if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) soap_memcpy((void*)copy->d_stream, sizeof(z_stream), (const void*)soap->d_stream, sizeof(z_stream)); } copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, sizeof(soap->buf)); if (copy->z_buf) soap_memcpy((void*)copy->z_buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif soap_memcpy((void*)copy->buf, sizeof(copy->buf), (const void*)soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); copy->version = soap->version; if (soap->nlist && soap->local_namespaces) { struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; soap_memcpy((void*)np, n, (const void*)nq, n); np->next = nr; } while (np) { const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } soap_memcpy((void*)copy->tag, sizeof(copy->tag), (const void*)soap->tag, sizeof(soap->tag)); soap_memcpy((void*)copy->id, sizeof(copy->id), (const void*)soap->id, sizeof(soap->id)); soap_memcpy((void*)copy->href, sizeof(copy->href), (const void*)soap->href, sizeof(soap->href)); soap_memcpy((void*)copy->type, sizeof(copy->type), (const void*)soap->type, sizeof(soap->type)); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); soap_memcpy((void*)tp, n, (const void*)tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) soap_memcpy((void*)tp->value, tp->size, (const void*)tq->value, tp->size); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; soap->ctx = NULL; soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->ctx = (gsk_handle)NULL; soap->ssl = (gsk_handle)NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap *soap) { soap_versioning(soap_init)(soap, SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; /* in_addr_t value */ soap->ipv4_multicast_if = NULL; /* points to struct in_addr or in_addr_t */ soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->long_double_format = NULL; /* Defined in custom serializer custom/long_double.c */ soap->dime_id_format = "cid:id%d"; /* default DIME id format for int id index */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = NULL; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->shaky = 0; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->path[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = "\n"; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->c14ninclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); #endif soap_init_pht(soap); #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = (gsk_handle)NULL; soap->ctx = (gsk_handle)NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif soap->c_locale = NULL; soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap *soap, short version) { soap_set_local_namespaces(soap); if (soap->version != version && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (version == 1) { soap->local_namespaces[0].ns = soap_env1; soap->local_namespaces[1].ns = soap_enc1; } else if (version == 2) { soap->local_namespaces[0].ns = soap_env2; soap->local_namespaces[1].ns = soap_enc2; } soap->version = version; } if (version == 0) soap->encodingStyle = SOAP_STR_EOS; else soap->encodingStyle = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap *soap) { struct Namespace *p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) soap_strncpy(p[1].out, sizeof(soap_enc1), soap_enc1, sizeof(soap_enc1) - 1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) soap_strncpy(p[1].out, sizeof(soap_enc2), soap_enc2, sizeof(soap_enc2) - 1); } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { struct Namespace *ns = soap->local_namespaces; struct soap_nlist *np, *nq, *nr; unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { const struct Namespace *ns1; struct Namespace *ns2; size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { soap_memcpy((void*)ns2, n, (const void*)soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else if (!strcmp(ns2[0].ns, soap_env2)) soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (big && little) { size_t n = strlen(little); const char *s = big; while (s) { const char *t = s; size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (!strncmp(np->id, tag, n) && !np->id[n]) return np; return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; soap_strcpy((char*)np->id, n + 1, id); if (ns) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k + 1, ns); } else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index <= 0) { if (np->level == soap->level) np->index = 1; else soap_push_ns(soap, np->id, np->ns, 1); } } else if (n && strncmp(tag, "xml", 3)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { int p = soap_tagsearch(soap->c14ninclude, np->id) != NULL; if (np->index == 2 || p) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1 && !p) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, tag); elt->lead = NULL; elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog)) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS)) { struct Namespace *ns = soap->local_namespaces; size_t n = 0; s = strchr(tag, ':'); if (s) n = s++ - tag; else s = tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s)) return soap->error; if (n) { if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && ns->ns && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else if (!soap->nlist || *soap->nlist->id) { soap_push_ns(soap, "", "", 0); if (soap_attribute(soap, "xmlns", "")) return soap->error; } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns = soap->local_namespaces; int k = -1; if (ns) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) { if (soap->version) k = 4; /* first four required entries */ else if (!(soap->mode & SOAP_XML_NOTYPE) || (soap->mode & SOAP_XML_NIL)) { ns += 2; k = 2; /* next two entries */ } else k = 0; /* no entries */ } #endif while (k-- && ns->id) { const char *t = ns->out; if (!t) t = ns->ns; if (*ns->id && t && *t) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(ns->id) + 6), "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, t)) return soap->error; } ns++; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, tag); #endif if (id > 0) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(SOAP_BASEREFNAME) + 20), SOAP_BASEREFNAME "%d", id); if (soap->version == 2) { if (soap_attribute(soap, "SOAP-ENC:id", soap->tmpbuf)) return soap->error; } else if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } else if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; } if (soap->null && soap->position > 0 && soap->version == 1) { int i; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf) - 1, 20), "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l - 1, 20), ",%d", soap->positions[i]); } soap_strncat(soap->tmpbuf, sizeof(soap->tmpbuf), "]", 1); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } else soap->encodingStyle = NULL; soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) { if (neg && n == 214748364 && c == '8') { if (t) *t = (char*)(s + 1); return -2147483648; } break; } n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type || soap->version == 0) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, NULL)) return soap->error; if (soap->version == 1) { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } else { const char *s; s = soap_strrchr(type, '['); if (s && (size_t)(s - type) < sizeof(soap->tmpbuf)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), type, s - type); if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; s++; if (*s) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); soap->tmpbuf[strlen(soap->tmpbuf) - 1] = '\0'; if (soap_attribute(soap, "SOAP-ENC:arraySize", soap->tmpbuf)) return soap->error; } } } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && *tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->ns && (np->index == 1 || (np->index == 0 && soap->event == SOAP_SEC_BEGIN && soap_tagsearch(soap->c14ninclude, np->id)))) { if (*(np->id)) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(np->id) + 6), "xmlns:%s", np->id); else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "xmlns"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s' c14ninclude='%s'\n", np->level, soap->tmpbuf, np->ns, soap->c14ninclude ? soap->c14ninclude : "(null)")); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Binding (level=%u) %s='%s' utilized=%d\n", np->level, np->id, np->ns, np->index)); } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->text = soap_strdup(soap, tp->value); (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send_raw(soap, " ", 1) || soap_send(soap, s)) return soap->error; } else #endif if (soap_send_raw(soap, " ", 1) || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) { if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; } else if (soap->mode & SOAP_XML_STRICT) { if (soap_send_raw(soap, "=\"\"", 3)) return soap->error; } tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif if (soap->nlist) soap_pop_namespace(soap); soap->level--; /* decrement level just before /> */ soap->body = 0; return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->nlist) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) tag = s + 1; #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { const char *s = "ref"; int n = 1; if (soap->version == 1) { s = "href"; n = 0; } else if (soap->version == 2) s = "SOAP-ENC:ref"; (SOAP_SNPRINTF(soap->href, sizeof(soap->href), sizeof(SOAP_BASEREFNAME) + 21), "#" SOAP_BASEREFNAME "%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true")) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; } else { soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || (soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark) { (void)a; (void)n; if (!p) { soap->error = soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element_id %p type=%d id=%d\n", p, t, id)); if ((!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return soap_check_and_mark(soap, p, t, mark); if (mark) *mark = NULL; if (id < -1) return soap_embed(soap, p, a, n, t); else if (id <= 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return soap_check_and_mark(soap, p, t, mark); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark) { if (mark) { struct soap_plist *pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check %p and mark %p\n", p, mark)); if (!soap_pointer_lookup(soap, p, t, &pp)) if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return -1; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 > 0) return -1; pp->mark1 = 1; *mark = &pp->mark1; } else { if (pp->mark2 > 0) return -1; pp->mark2 = 1; *mark = &pp->mark2; } } return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **ppp, char **mark) { if (!soap) return NULL; if (mark || !(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark lookup %p type %d\n", p, t)); if (!soap_pointer_lookup(soap, p, t, ppp)) { if (!soap_pointer_enter(soap, p, NULL, 0, t, ppp)) return NULL; } else if (!(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark found %p\n", (*ppp)->dup)); return (*ppp)->dup; } if (mark) { if ((*ppp)->mark1 > 0) (*ppp)->mark1 = 2; /* cycle */ else (*ppp)->mark1 = 1; /* cycle detection */ *mark = &(*ppp)->mark1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark cycle %d\n", (*ppp)->mark1)); } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp) { (void)soap; return pp && pp->mark1 == 2 && (soap->mode & SOAP_XML_TREE); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp) { (void)soap; if (pp) pp->dup = a; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark) { (void)soap; if (mark) *mark = 0; /* release detection */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { (void)tag; if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1, NULL); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->text = soap_strdup(soap, value); a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send_raw(soap, " ", 1) || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); soap->error = SOAP_OK; } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { soap_wchar c; char *s; int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, -1, -1, -1, NULL)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (!soap_match_tag(soap, tp->name, name)) break; } if (tp && tp->visible == 2) { if (flag == 4 || (flag == 2 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 3 || (flag == 1 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { struct soap_attribute *tp, *tq; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { size_t l = strlen(name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)); if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } soap_strcpy((char*)tp->name, l + 1, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } soap_strcpy(tp->value, tp->size, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; soap_strcpy(soap->id, sizeof(soap->id), value); } if ((soap->mode & SOAP_XML_CANONICAL)) { const char *s = strchr(name, ':'); if (s) /* should also check default namespace when 'type' is not qualified? */ { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np && np->ns && soap->local_namespaces) { if ((!strcmp(s + 1, "type") && !strcmp(np->ns, soap->local_namespaces[2].ns)) /* xsi:type QName */ || ((!strcmp(s + 1, "arrayType") || !strcmp(s + 1, "itemType")) && !strcmp(np->ns, soap->local_namespaces[1].ns))) /* SOAP-ENC:arrayType and SOAP-ENC:itemType QName */ soap_utilize_ns(soap, value); } } } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t *n, soap_wchar d) { char buf[8]; size_t i; size_t k = *n; size_t m = 0; char *t = buf; for (i = 0; i < k; i++) { soap_wchar c; if (m) { *s++ = *t++; m--; continue; } if ((soap->mode & SOAP_C_UTFSTRING)) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { t = buf; c &= 0x7FFFFFFF; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = t - buf - 1; if (i + m >= k) { soap_unget(soap, c | 0x80000000); *n = i; return soap->error = SOAP_EOM; } t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = (char)c; break; default: if ((int)c == EOF) { *s = '\0'; *n = i + 1; return soap->error = SOAP_CHK_EOF; } *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, size=%lu\n", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New look-aside buffer size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { soap_memcpy((void*)soap->labbuf, soap->lablen, (const void*)t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { soap_memcpy((void*)(soap->labbuf + soap->labidx), soap->lablen - soap->labidx, (const void*)s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM struct soap_dom_attribute **att = NULL; char *lead = NULL; #endif struct soap_attribute *tp, *tq = NULL; const char *t; char *s; soap_wchar c; int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading up to the start tag is significant for DOM as-is (but comments and PIs are removed from this lead) */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifdef WITH_DOM /* whitespace leading up to the end tag is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = SOAP_STR_EOS; /* body with closing tag instead of */ } #endif return soap->error = SOAP_NO_TAG; } do c = soap_get1(soap); while (soap_blank(c)); s = soap->tag; i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; while (soap_blank(c)) c = soap_get1(soap); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (lead && *lead) elt->lead = soap_strdup(soap, lead); else elt->lead = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->text = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { size_t l = strlen(soap->tmpbuf); tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l); if (!tp) return soap->error = SOAP_EOM; soap_strcpy((char*)tp->name, l + 1, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* append attribute to the end of the list */ if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { size_t k; do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } k = tp->size; if (soap_getattrval(soap, tp->value, &k, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, k)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); tp->value = NULL; for (;;) { k = soap->lablen - soap->labidx; if (soap_getattrval(soap, soap->labbuf + soap->labidx, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; soap_strcpy(tp->value, tp->size, soap->labbuf); #else tp->size = k; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; k = SOAP_BLKLEN; if (soap_getattrval(soap, s, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap_size_block(soap, NULL, k); } else break; } k = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, k))) return soap->error = SOAP_EOM; if (tp->value) { soap_memcpy((void*)s, k, (const void*)tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = k; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->text = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } } else if (!strcmp(tp->name, "href")) { if ((soap->version == 1 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH) || ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#')) soap_strcpy(soap->href, sizeof(soap->href), tp->value); } else if (!strcmp(tp->name, "ref")) { if ((soap->version == 2 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } } #else if (!strcmp(tp->name, "href")) { if ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#') soap_strcpy(soap->href, sizeof(soap->href), tp->value); } #endif else if (!soap_match_tag(soap, tp->name, "xsi:type")) { soap_strcpy(soap->type, sizeof(soap->type), tp->value); } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:encodingStyle")) { if (!soap->encodingStyle) soap->encodingStyle = SOAP_STR_EOS; soap_get_version(soap); } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { soap_strncpy(soap->arrayType, sizeof(soap->arrayType), tp->value, s - tp->value); soap_strcpy(soap->arraySize, sizeof(soap->arraySize), s); } else soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) soap_strcpy(soap->arrayOffset, sizeof(soap->arrayOffset), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!soap_match_tag(soap, tp->name, "SOAP-ENC:id")) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) soap_strcpy(soap->arraySize, sizeof(soap->arraySize), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { const char *t; soap_wchar c; soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || (soap->mode & SOAP_C_UTFSTRING)) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; case 0x7F: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "", 6)) return soap->error; s = t; break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned long)wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { char *s; char *t = NULL; size_t i; long l = 0; int n = 0, f = 0, m = 0; soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (flag <= 0) { int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if ((c & 0x7FFFFFFF) >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if ((c & 0x7FFFFFFF) >= 0x80 && (flag <= 0 || (soap->mode & SOAP_C_UTFSTRING))) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else if (c != ']') state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else if (c != '-') state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else if (c != '?') state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } #ifndef WITH_CDATA if (flag <= 0) c = soap_getchar(soap); else #endif { c = soap_getutf8(soap); if ((soap->mode & SOAP_C_UTFSTRING)) { if (c >= 0x80 || (c < SOAP_AP && c >= -0x7FFFFF80)) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } continue; } } } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { if (flag > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; } else { c = soap_getchar(soap); if (c == '>') n--; } soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag > 0) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag > 0) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag > 0) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag > 0) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag > 0) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_CDATA if (c == '<') { c = soap_getchar(soap); soap_unget(soap, c); if (c == '/') { c = SOAP_TT; if (n == 0) goto end; n--; } else n++; *s++ = '<'; break; } else #endif #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i + 1); t = soap_save_block(soap, NULL, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifndef WITH_LEANER if (pattern && soap->fsvalidate && (soap->error = soap->fsvalidate(soap, pattern, s))) return NULL; #else (void)pattern; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag > 0) soap->dom->text = t; else soap->dom->code = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_wchar2s(soap, s); return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else { /* check for UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && (c & 0xFC00) == 0xD800) { soap_wchar d = *s++; if ((d & 0xFC00) == 0xDC00) c = ((c - 0xD800) << 10) + (d - 0xDC00) + 0x10000; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { wchar_t *s; int i, n = 0, f = 0; long l = 0; soap_wchar c; char *t = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag > 0) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag > 0) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag > 0) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; /* use UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifndef WITH_LEANER if (pattern && soap->fwvalidate && (soap->error = soap->fwvalidate(soap, pattern, s))) return NULL; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_wchar2s(soap, s); #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), NULL, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(int), 0, NULL, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), NULL, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(long), 0, NULL, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOLL *p = soap_strtoll(s, &r, 10); #else *p = (LONG64)soap_strtol(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(LONG64), 0, NULL, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), NULL, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(char), 0, NULL, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), NULL, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(short), 0, NULL, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->float_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->float_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), soap->float_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = (float)strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, SOAP_LOCALE(soap)); if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) double n; if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #elif defined(HAVE_SSCANF) double n; if (sscanf(s, "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), NULL, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(float), 0, NULL, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->double_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->double_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 40), soap->double_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lf", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), NULL, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(double), 0, NULL, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned char), 0, NULL, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned short), 0, NULL, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned int), 0, NULL, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned long), 0, NULL, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOULL *p = soap_strtoull(s, &r, 10); #else *p = (ULONG64)soap_strtoul(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(ULONG64), 0, NULL, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } } return s; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { #ifndef WITH_FAST char *b; #endif if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } #ifdef WITH_FAST soap->labidx = 0; #else if (soap_new_block(soap) == NULL) return NULL; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; const char *p = NULL; short flag = 0; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "#" or "xml" then copy string */ if (!np || *s == '#' || !strncmp(s, "xml:", 4)) { r = s; m = n; } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') { r = q; m = k; } else { flag = 1; r = soap->local_namespaces[np->index].ns; m = strlen(r); } } else if (np->ns) { flag = 1; r = np->ns; m = strlen(r); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI='%s')\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); soap->error = SOAP_NAMESPACE; return NULL; } } else if (s[n]) /* no namespace, part of string */ { r = s; m = n; } else /* no namespace: assume "" namespace */ { flag = 1; } } #ifdef WITH_FAST if ((flag && soap_append_lab(soap, "\"", 1)) || (m && soap_append_lab(soap, r, m)) || (flag && soap_append_lab(soap, "\"", 1)) || (p && (soap_append_lab(soap, ":", 1) || soap_append_lab(soap, p, n - (p-s))))) return NULL; #else k = 2*flag + m + (p ? n - (p-s) + 1 : 0) + (s[n] != '\0'); b = (char*)soap_push_block(soap, NULL, k); if (!b) return NULL; if (flag) *b++ = '"'; if (m) { if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; } if (flag) *b++ = '"'; if (p) { *b++ = ':'; if (soap_memcpy((void*)b, k - m - flag - 1, (const void*)p, n - (p-s))) { soap->error = SOAP_EOM; return NULL; } b += n - (p-s); } #endif /* advance to next and add spacing */ s += n; if (*s) { #ifdef WITH_FAST if (soap_append_lab(soap, " ", 1)) return NULL; #else *b = ' '; #endif } } #ifdef WITH_FAST if (soap_append_lab(soap, SOAP_STR_EOS, 1)) return NULL; return soap->labbuf; #else b = (char*)soap_push_block(soap, NULL, 1); if (!b) return NULL; *b = '\0'; return (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { #ifdef WITH_FAST soap->labidx = 0; #else char *b; if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { size_t n; const char *q = NULL; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 0; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); if ((soap->mode & SOAP_XML_DEFAULTNS)) { r = strchr(s, ':'); if (r && soap->nlist && !strncmp(soap->nlist->id, s, r - s) && !soap->nlist->id[r - s]) { n -= r - s + 1; s = r + 1; } } #endif r = s; m = n + 1; } else /* URL-based string prefix */ { s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } q++; /* URL is in the namespace table? */ if (p && p->id) { r = p->id; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS) && soap->nlist && !strcmp(soap->nlist->id, r)) q++; else #endif m = strlen(r); } else /* not in namespace table: create xmlns binding */ { char *x = soap_strdup(soap, s); x[q - s - 1] = '\0'; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 27), "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, x, 1); r = soap->tmpbuf + 6; m = strlen(r); } } } /* copy normalized QName into buffer, including the ending blank or NUL */ #ifdef WITH_FAST if ((m && soap_append_lab(soap, r, m)) || (q && soap_append_lab(soap, q, n - (q - s)))) return NULL; #else k = m + (q ? n - (q - s) : 0); b = (char*)soap_push_block(soap, NULL, k); if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; if (q) { if (soap_memcpy((void*)b, k - m, (const void*)q, n - (q - s))) { soap->error = SOAP_EOM; return NULL; } b += n - (q - s); } #endif /* advance to next */ s += n; } #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else t = (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r && !(*t = soap_wstrdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap *soap, const char *s, std::wstring *t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { long l; wchar_t wc; soap->labidx = 0; if (soap->mode & SOAP_ENC_LATIN) { wchar_t *r; if (soap_append_lab(soap, NULL, sizeof(wchar_t) * (strlen(s) + 1))) return NULL; r = (wchar_t*)soap->labbuf; while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) wc = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) wc = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) wc = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) wc = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) wc = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else wc = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; } } l = (long)(soap->labidx / sizeof(wchar_t)); wc = L'\0'; if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; if ((maxlen >= 0 && l > maxlen) || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } return (wchar_t*)soap->labbuf; } return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { soap_wchar c; char *r, *t; const wchar_t *q = s; size_t n = 0; if (!s) return NULL; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen, pattern); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_strdup(soap, SOAP_STR_EOS); } if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen, pattern); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); } if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE mktime (based on the mingw-runtime, public domain) */ #define __FILETIME_to_ll(f) ((long long)(f).dwHighDateTime << 32 | (long long)(f).dwLowDateTime) static time_t mktime(struct tm *pt) { SYSTEMTIME s, s1, s2; FILETIME f, f1, f2; long long diff; GetSystemTime(&s1); GetLocalTime(&s2); SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s2, &f2); diff = (__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL; s.wYear = pt->tm_year + 1900; s.wMonth = pt->tm_mon + 1; s.wDayOfWeek = pt->tm_wday; s.wDay = pt->tm_mday; s.wHour = pt->tm_hour; s.wMinute = pt->tm_min; s.wSecond = pt->tm_sec; s.wMilliseconds = 0; SystemTimeToFileTime(&s, &f); return (time_t)((__FILETIME_to_ll(f) - 116444736000000000LL) / 10000000LL) - (time_t)diff; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE gmtime_r (based on the mingw-runtime, public domain) */ #define HAVE_GMTIME_R static struct tm* gmtime_r(const time_t *t, struct tm *pt) { FILETIME f, f1, f2; SYSTEMTIME s, s1 = {0}; long long time = (long long)(*t) * 10000000LL + 116444736000000000LL; f.dwHighDateTime = (DWORD)((time >> 32) & 0x00000000FFFFFFFF); f.dwLowDateTime = (DWORD)(time & 0x00000000FFFFFFFF); FileTimeToSystemTime(&f, &s); pt->tm_year = s.wYear - 1900; pt->tm_mon = s.wMonth - 1; pt->tm_wday = s.wDayOfWeek; pt->tm_mday = s.wDay; s1.wYear = s.wYear; s1.wMonth = 1; s1.wDayOfWeek = 1; s1.wDay = 1; SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s, &f2); pt->tm_yday = (((__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL) / (60 * 60 * 24)); pt->tm_hour = s.wHour; pt->tm_min = s.wMinute; pt->tm_sec = s.wSecond; pt->tm_isdst = 0; return pt; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE very simple strftime for format "%Y-%m-%dT%H:%M:%SZ", note: %F and %T not supported by MS */ static size_t strftime(char *buf, size_t len, const char *format, const struct tm *pT) { (void)len; (void)format; #ifndef WITH_NOZONE (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02dZ", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #else (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02d", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #endif return len; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; #ifndef HAVE_GMTIME_R struct tm *tp; #endif t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R if (gmtime_r(&t, &tm) == SOAP_FUNC_R_ERR) return (time_t)-1; #else tp = gmtime(&t); if (!tp) return (time_t)-1; tm = *tp; #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) && !defined(WITH_NOZONE) if (gmtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) && !defined(WITH_NOZONE) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif (defined(HAVE_TM_GMTOFF) || defined(HAVE_STRUCT_TM_TM_GMTOFF) || defined(HAVE_STRUCT_TM___TM_GMTOFF)) && !defined(WITH_NOZONE) #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #else if ((pT = localtime(&n))) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #endif #elif defined(HAVE_GETTIMEOFDAY) && !defined(WITH_NOZONE) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) && !defined(WITH_NOZONE) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { *p = 0; if (s) { char *t; unsigned long d; struct tm T; memset((void*)&T, 0, sizeof(T)); d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ T.tm_year = (int)d; T.tm_mon = (int)soap_strtoul(t + 1, &t, 10); T.tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ T.tm_year = (int)(d / 10000); T.tm_mon = (int)(d / 100 % 100); T.tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ T.tm_hour = (int)d; T.tm_min = (int)soap_strtoul(t + 1, &t, 10); T.tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ T.tm_hour = (int)(d / 10000); T.tm_min = (int)(d / 100 % 100); T.tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*t == '.') { for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), NULL, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(time_t), 0, NULL, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) /* send as-is */ return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { if (tag && *tag != '-') *p = soap_string_in(soap, -1, -1, -1, NULL); else *p = soap_string_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) /* send as-is in UTF8 */ return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { if (tag && *tag != '-') *p = soap_wstring_in(soap, -1, -1, -1, NULL); else *p = soap_wstring_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { size_t i; soap_wchar c = 0; char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; soap->tmpbuf[sizeof(soap->tmpbuf) - 1] = '\0'; /* appease */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *buf, int len) { char *s = buf; int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } *s = '\0'; if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { if (i + 1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i <= 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER struct soap_multipart *content; size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count=%lu\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); soap_strcpy(s + 4, n + 1, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { soap_wchar c; size_t i; char *s; char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; /* force NUL terminated */ if ((soap->error = soap_move(soap, (size_t)(-(long)n&3)))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { soap_wchar c; char *s; int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, soap->dime.size - soap_tell(soap))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id='%s', type='%s', options='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (size_t)(((soap->dime.size+3)&(~3)) - soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { soap_wchar c; size_t i; char *s; if (soap->dime.size > SOAP_MAXDIMESIZE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu exceeds SOAP_MAXDIMESIZE=%lu\n", (unsigned long)soap->dime.size, (unsigned long)SOAP_MAXDIMESIZE)); return soap->error = SOAP_DIME_ERROR; } s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more byte in blist for the terminating '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* make 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME header\n")); do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { char *key = soap->msgbuf; char *val; if (!*key) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!content->id && !soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (LONG64)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) continue; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { soap_wchar c = 0; size_t i, m = 0; char *s, *t = NULL; struct soap_multipart *content; short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME (%p)\n", content)); if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id='%s' type='%s'\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_getchar(soap); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { memset((void*)soap->msgbuf, 0, sizeof(soap->msgbuf)); soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "\n--"); if (soap->mime.boundary) soap_strncat(soap->msgbuf, sizeof(soap->msgbuf), soap->mime.boundary, sizeof(soap->msgbuf) - 4); t = soap->msgbuf; do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* make 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1) - 1; /* last block with '\0' */ content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id='%s'\n", content->id)); while (*xp) { struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment id='%s' for content id='%s'\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type='%s'\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New MIME attachment %p (%lu)\n", ptr, (unsigned long)size)); content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { char *s = soap->mime.boundary; size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } *s++ = '='; *s++ = '='; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } *s++ = '='; *s++ = '='; *s = '\0'; } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { struct soap_multipart *content; size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { const char *p = (const char*)content->ptr; size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input from socket=%d/fd=%d\n", soap->socket, soap->recvfd)); soap->error = SOAP_OK; #ifndef WITH_LEANER soap->recverror = SOAP_OK; #endif soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->shaky = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->body = 1; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->is && soap->recvfd >= 0) /* Set win32 stdin or soap->recvfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML/MIME/DIME/ZLIB, assume HTTP method or status line */ if (((c >= 'A' && c <= 'Z') || (c >= 'a' && c <= 'z')) && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB | SOAP_ENC_XML))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ #if 0 if (soap->status > 200 && soap->length == 0 && !(soap->http_content && (!soap->keep_alive || soap->recv_timeout)) && (soap->imode & SOAP_IO) != SOAP_IO_CHUNK) #endif if (soap->status && !soap->body) return soap->error = soap->status; #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == (int)EOF) return soap->error = SOAP_EOF; if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Invoking fpreparerecv\n")); if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap_get0(soap) == (int)EOF) { if (soap->status == 0) return soap->error = SOAP_NO_DATA; /* server side expects data */ return soap->error = soap->status; /* client side received HTTP status code */ } if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start) { const char *s; if (strlen(soap->mime.boundary) + strlen(soap->mime.start) + 140 > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ (SOAP_SNPRINTF(soap->id, sizeof(soap->id), strlen(soap->dime_id_format) + 20), soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap, size_t *len) { #ifndef WITH_LEAN size_t l = 0, n = 0; char *s; if (len) *len = 0; /* get HTTP body length */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing HTTP body (mode=0x%x,len=%lu)\n", soap->mode, (unsigned long)n)); #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_get1(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; if (len) *len = l - 1; /* len excludes terminating \0 */ #ifdef WITH_FAST if ((s = (char*)soap_malloc(soap, l))) soap_memcpy((void*)s, l, (const void*)soap->labbuf, l); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, NULL, 0); #endif return s; #else if (len) *len = 0; return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH) { if (!soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status == 0 || (soap->status >= 200 && soap->status <= 299)) return SOAP_OK; /* allow non-SOAP (REST) XML content to be captured */ soap->error = soap->status; } else if (soap->status) soap->error = soap->status; return soap->error; } soap_get_version(soap); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { const char *s; size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) soap_strcpy(soap->path, sizeof(soap->path), s + i); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { if (endpoints) { const char *s; s = strchr(endpoints, ' '); if (s) { size_t l = strlen(endpoints); char *endpoint = (char*)SOAP_MALLOC(soap, l + 1); for (;;) { soap_strncpy(endpoint, l + 1, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; soap_strcpy(host, sizeof(soap->host), soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); soap->action = soap_strdup(soap, action); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect/reconnect to '%s' host='%s' path='%s' port=%d\n", endpoint?endpoint:"(null)", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, soap->host, soap->port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send_flush(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); struct SOAP_ENV__Header *oldheader; if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; size_t c = soap->count; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; char *a = soap->action; short v = soap->version; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&req, NULL, SmbLength(&req)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, soap->path, soap->action, 0) || soap_end_send_flush(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); oldheader = soap->header; if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->header = oldheader; soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&res, NULL, SmbLength(&res)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->userid = NULL; soap->passwd = NULL; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->keep_alive = k; soap->length = l; soap->count = c; soap->mode = m; soap->omode = o; soap->status = s; soap->action = a; soap->version = v; } return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { int i; unsigned long m; char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) /* 0 < n <= 2 implies that t[0..4] is allocated (base64 scaling formula) */ { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { size_t i, j; soap_wchar c; unsigned long m; const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* space for raw binary and \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (i = 0; ; i += 3, l -= 3) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { if (l >= j - 1) { switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; l--; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; l -= 2; } } if (n) *n = (int)i; if (l) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n = (int)i; if (l) *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { const char *s = "text/xml; charset=utf-8"; int err = SOAP_OK; #ifndef WITH_LEANER const char *r = NULL; size_t n; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content && !strchr(s, 10) && !strchr(s, 13)) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { const char *t; size_t l; n = strlen(soap->mime.boundary); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), n + 53), "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); t = strchr(s, ';'); if (t) n = t - s; else n = strlen(s); l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > n) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, s, n); if (soap->mime.start) { l = strlen(soap->tmpbuf); n = strlen(soap->mime.start); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 10), "\"; start=\"%s", soap->mime.start); } if (r) { l = strlen(soap->tmpbuf); n = strlen(r); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 15), "\"; start-info=\"%s", r); } l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > 1) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, "\"", 1); } else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (status == SOAP_OK && soap->version == 2 && soap->action) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 11), "; action=\"%s\"", soap->action); } #endif if ((err = soap->fposthdr(soap, "Content-Type", soap->tmpbuf))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, (ULONG64)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (!t) t = SOAP_STR_EOS; if (*soap->tag) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + strlen(soap->tag) + 47), "Validation constraint violation: %s%s in element '%s'", s, t, soap->tag); else (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + 33), "Validation constraint violation: %s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else if (soap->version == 1) *c = "SOAP-ENV:Client"; else *c = "at source"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: if (*soap->type) *s = soap_set_validation_fault(soap, "type mismatch ", soap->type); else *s = soap_set_validation_fault(soap, "invalid value", NULL); break; case SOAP_SYNTAX_ERROR: *s = soap_set_validation_fault(soap, "syntax error", NULL); break; case SOAP_NO_TAG: if (soap->version == 0 && soap->level == 0) *s = soap_set_validation_fault(soap, "missing root element", NULL); else if (soap->version != 0 && soap->level < 3) *s = soap_set_validation_fault(soap, "missing SOAP message", NULL); else *s = soap_set_validation_fault(soap, "missing element", NULL); break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 65), "The data in element '%s' must be understood but cannot be processed", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data access error"; break; case SOAP_FATAL_ERROR: *s = "A fatal error has occurred"; break; case SOAP_NO_METHOD: (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 66), "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple elements (use the SOAP_XML_TREE flag) with duplicate id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type id-ref ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error or max DIME size exceeds SOAP_MAXDIMESIZE"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), (soap->d_stream && soap->d_stream->msg ? strlen(soap->d_stream->msg) : 0) + 19), "Zlib/gzip error: '%s'", soap->d_stream && soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "value range or content length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO *s = soap_strerror(soap); /* *s = soap->msgbuf */ #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { soap_memmove((void*)(soap->msgbuf + 25), sizeof(soap->tmpbuf) - 25, (const void*)soap->msgbuf, strlen(soap->msgbuf) + 1); if (soap->is) #if defined(__cplusplus) && !defined(WITH_COMPAT) soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End or bad std::istream: ", 25); #else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End at NUL buffer input: ", 25); #endif else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End of file or no input: ", 25); } #endif break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error >= 200 && soap->error < 600) { const char *t = http_error(soap, soap->error); (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(t) + 54), "Error %d: HTTP %d %s", soap->error, soap->error, t); *s = soap->msgbuf; } else #endif #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 26), "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { int status = soap->error; if (status == SOAP_OK || status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { int t; if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, (char*)&t, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap->encodingStyle = NULL; /* no encodingStyle in Faults */ soap_serializeheader(soap); soap_serializefault(soap); (void)soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); } (void)soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { int status = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check (%d) if receiving SOAP Fault (status = %d)\n", check, status)); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } else if (soap->version == 0) /* check == 1 but no SOAP: do not parse SOAP Fault */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Not a SOAP protocol\n")); return SOAP_OK; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); if (status) soap->error = status; else soap->error = status = SOAP_NO_DATA; soap_set_fault(soap); } else { const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { soap_mode m = soap->omode; if (!(m & SOAP_IO_UDP)) { soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; soap_response(soap, httpstatuscode); soap_end_send(soap); /* force end of sends */ soap->error = SOAP_STOP; /* stops the server (from returning another response */ soap->omode = m; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!(soap->omode & SOAP_IO_UDP)) { if (!soap_begin_recv(soap)) { if (soap->body) { if ((soap->status != 400 && soap->status != 500) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { #ifndef WITH_LEAN const char *s = soap_get_http_body(soap, NULL); #endif soap_end_recv(soap); #ifndef WITH_LEAN if (s) soap_set_receiver_error(soap, "HTTP Error", s, soap->status); #endif } else return soap_recv_fault(soap, 1); } else soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { int err = soap->errnum; *soap->msgbuf = '\0'; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R # ifdef _GNU_SOURCE return strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* GNU-specific */ # else strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* XSI-compliant */ # endif # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { int rt = soap->recv_timeout, st = soap->send_timeout; #ifndef WITH_LEAN int ru = ' ', su = ' '; #endif soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "message transfer interrupted"); if (rt || st) soap_strcpy(soap->msgbuf + 28, sizeof(soap->msgbuf) - 28, " or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs recv delay)", rt, ru); } if (st) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs send delay)", st, su); } #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized with soap_init\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized with soap_init\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) { soap_strcpy(buf, len, "Error: soap struct not initialized with soap_init"); } else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); (SOAP_SNPRINTF(buf, len, strlen(*c) + strlen(v) + strlen(s) + strlen(d) + 72), "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= sizeof(soap->buf)) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #else (void)soap; (void)fd; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { struct soap_plugin *p; int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); /* no logs to prevent leaks when user calls soap_init() on this context */ soap_set_test_logfile(this, NULL); soap_set_sent_logfile(this, NULL); soap_set_recv_logfile(this, NULL); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus struct soap& soap::operator=(const struct soap& soap) { soap_copy_context(this, &soap); return *this; } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/soapH.h0000644000175000017500000012603412653650154022143 0ustar ellertellert/* soapH.h Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef soapH_H #define soapH_H #include "soapStub.h" #ifndef WITH_NOIDREF #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int); #ifdef __cplusplus } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*); SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*); #endif #ifdef __cplusplus extern "C" { #endif SOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*); SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int); #ifdef __cplusplus } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*); SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap); SOAP_FMAC3 void * SOAP_FMAC4 soap_instantiate(struct soap*, int, const char*, const char*, size_t*); SOAP_FMAC3 int SOAP_FMAC4 soap_fdelete(struct soap_clist*); SOAP_FMAC3 int SOAP_FMAC4 soap_fbase(int, int); SOAP_FMAC3 void SOAP_FMAC4 soap_finsert(struct soap*, int, int, void*, size_t, const void*, void**); #ifndef SOAP_TYPE_byte #define SOAP_TYPE_byte (3) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap*, char *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap*, const char*, int, const char *, const char*); SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap*, const char*, char *, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap*, const char *, const char*, const char*); #ifndef soap_write_byte #define soap_write_byte(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || soap_put_byte(soap, data, "byte", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap*, char *, const char*, const char*); #ifndef soap_read_byte #define soap_read_byte(soap, data) ( ((data) ? (soap_default_byte(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_byte(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_int #define SOAP_TYPE_int (1) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap*, int *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap*, const char*, int, const int *, const char*); SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap*, const char*, int *, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap*, const int *, const char*, const char*); #ifndef soap_write_int #define soap_write_int(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || soap_put_int(soap, data, "int", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap*, int *, const char*, const char*); #ifndef soap_read_int #define soap_read_int(soap, data) ( ((data) ? (soap_default_int(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_int(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_double #define SOAP_TYPE_double (7) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap*, double *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap*, const char*, int, const double *, const char*); SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap*, const char*, double *, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap*, const double *, const char*, const char*); #ifndef soap_write_double #define soap_write_double(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || soap_put_double(soap, data, "double", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap*, double *, const char*, const char*); #ifndef soap_read_double #define soap_read_double(soap, data) ( ((data) ? (soap_default_double(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_double(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap*, const char*, int, const struct SOAP_ENV__Fault *, const char*); SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap*, const char*, struct SOAP_ENV__Fault *, const char*); SOAP_FMAC1 struct SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap*, int, const char*, const char*, size_t*); inline struct SOAP_ENV__Fault * soap_new_SOAP_ENV__Fault(struct soap *soap, int n = -1) { return soap_instantiate_SOAP_ENV__Fault(soap, n, NULL, NULL, NULL); } inline struct SOAP_ENV__Fault * soap_new_req_SOAP_ENV__Fault( struct soap *soap) { struct SOAP_ENV__Fault *_p = soap_new_SOAP_ENV__Fault(soap); if (_p) { soap_default_SOAP_ENV__Fault(soap, _p); } return _p; } inline struct SOAP_ENV__Fault * soap_new_set_SOAP_ENV__Fault( struct soap *soap, char *faultcode, char *faultstring, char *faultactor, struct SOAP_ENV__Detail *detail, struct SOAP_ENV__Code *SOAP_ENV__Code, struct SOAP_ENV__Reason *SOAP_ENV__Reason, char *SOAP_ENV__Node, char *SOAP_ENV__Role, struct SOAP_ENV__Detail *SOAP_ENV__Detail) { struct SOAP_ENV__Fault *_p = soap_new_SOAP_ENV__Fault(soap); if (_p) { soap_default_SOAP_ENV__Fault(soap, _p); _p->faultcode = faultcode; _p->faultstring = faultstring; _p->faultactor = faultactor; _p->detail = detail; _p->SOAP_ENV__Code = SOAP_ENV__Code; _p->SOAP_ENV__Reason = SOAP_ENV__Reason; _p->SOAP_ENV__Node = SOAP_ENV__Node; _p->SOAP_ENV__Role = SOAP_ENV__Role; _p->SOAP_ENV__Detail = SOAP_ENV__Detail; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_write_SOAP_ENV__Fault #define soap_write_SOAP_ENV__Fault(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Fault(soap, data), 0) || soap_put_SOAP_ENV__Fault(soap, data, "SOAP-ENV:Fault", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Fault #define soap_read_SOAP_ENV__Fault(soap, data) ( ((data) ? (soap_default_SOAP_ENV__Fault(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_SOAP_ENV__Fault(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap*, const char*, int, const struct SOAP_ENV__Reason *, const char*); SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason *, const char*); SOAP_FMAC1 struct SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap*, int, const char*, const char*, size_t*); inline struct SOAP_ENV__Reason * soap_new_SOAP_ENV__Reason(struct soap *soap, int n = -1) { return soap_instantiate_SOAP_ENV__Reason(soap, n, NULL, NULL, NULL); } inline struct SOAP_ENV__Reason * soap_new_req_SOAP_ENV__Reason( struct soap *soap) { struct SOAP_ENV__Reason *_p = soap_new_SOAP_ENV__Reason(soap); if (_p) { soap_default_SOAP_ENV__Reason(soap, _p); } return _p; } inline struct SOAP_ENV__Reason * soap_new_set_SOAP_ENV__Reason( struct soap *soap, char *SOAP_ENV__Text) { struct SOAP_ENV__Reason *_p = soap_new_SOAP_ENV__Reason(soap); if (_p) { soap_default_SOAP_ENV__Reason(soap, _p); _p->SOAP_ENV__Text = SOAP_ENV__Text; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_write_SOAP_ENV__Reason #define soap_write_SOAP_ENV__Reason(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Reason(soap, data), 0) || soap_put_SOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Reason #define soap_read_SOAP_ENV__Reason(soap, data) ( ((data) ? (soap_default_SOAP_ENV__Reason(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_SOAP_ENV__Reason(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap*, const char*, int, const struct SOAP_ENV__Detail *, const char*); SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail *, const char*); SOAP_FMAC1 struct SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap*, int, const char*, const char*, size_t*); inline struct SOAP_ENV__Detail * soap_new_SOAP_ENV__Detail(struct soap *soap, int n = -1) { return soap_instantiate_SOAP_ENV__Detail(soap, n, NULL, NULL, NULL); } inline struct SOAP_ENV__Detail * soap_new_req_SOAP_ENV__Detail( struct soap *soap, int __type, void *fault) { struct SOAP_ENV__Detail *_p = soap_new_SOAP_ENV__Detail(soap); if (_p) { soap_default_SOAP_ENV__Detail(soap, _p); _p->__type = __type; _p->fault = fault; } return _p; } inline struct SOAP_ENV__Detail * soap_new_set_SOAP_ENV__Detail( struct soap *soap, char *__any, int __type, void *fault) { struct SOAP_ENV__Detail *_p = soap_new_SOAP_ENV__Detail(soap); if (_p) { soap_default_SOAP_ENV__Detail(soap, _p); _p->__any = __any; _p->__type = __type; _p->fault = fault; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_write_SOAP_ENV__Detail #define soap_write_SOAP_ENV__Detail(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Detail(soap, data), 0) || soap_put_SOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Detail #define soap_read_SOAP_ENV__Detail(soap, data) ( ((data) ? (soap_default_SOAP_ENV__Detail(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_SOAP_ENV__Detail(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap*, const char*, int, const struct SOAP_ENV__Code *, const char*); SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code *, const char*); SOAP_FMAC1 struct SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap*, int, const char*, const char*, size_t*); inline struct SOAP_ENV__Code * soap_new_SOAP_ENV__Code(struct soap *soap, int n = -1) { return soap_instantiate_SOAP_ENV__Code(soap, n, NULL, NULL, NULL); } inline struct SOAP_ENV__Code * soap_new_req_SOAP_ENV__Code( struct soap *soap) { struct SOAP_ENV__Code *_p = soap_new_SOAP_ENV__Code(soap); if (_p) { soap_default_SOAP_ENV__Code(soap, _p); } return _p; } inline struct SOAP_ENV__Code * soap_new_set_SOAP_ENV__Code( struct soap *soap, char *SOAP_ENV__Value, struct SOAP_ENV__Code *SOAP_ENV__Subcode) { struct SOAP_ENV__Code *_p = soap_new_SOAP_ENV__Code(soap); if (_p) { soap_default_SOAP_ENV__Code(soap, _p); _p->SOAP_ENV__Value = SOAP_ENV__Value; _p->SOAP_ENV__Subcode = SOAP_ENV__Subcode; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_write_SOAP_ENV__Code #define soap_write_SOAP_ENV__Code(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Code(soap, data), 0) || soap_put_SOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Code #define soap_read_SOAP_ENV__Code(soap, data) ( ((data) ? (soap_default_SOAP_ENV__Code(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_SOAP_ENV__Code(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap*, const char*, int, const struct SOAP_ENV__Header *, const char*); SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap*, const char*, struct SOAP_ENV__Header *, const char*); SOAP_FMAC1 struct SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap*, int, const char*, const char*, size_t*); inline struct SOAP_ENV__Header * soap_new_SOAP_ENV__Header(struct soap *soap, int n = -1) { return soap_instantiate_SOAP_ENV__Header(soap, n, NULL, NULL, NULL); } inline struct SOAP_ENV__Header * soap_new_req_SOAP_ENV__Header( struct soap *soap) { struct SOAP_ENV__Header *_p = soap_new_SOAP_ENV__Header(soap); if (_p) { soap_default_SOAP_ENV__Header(soap, _p); } return _p; } inline struct SOAP_ENV__Header * soap_new_set_SOAP_ENV__Header( struct soap *soap) { struct SOAP_ENV__Header *_p = soap_new_SOAP_ENV__Header(soap); if (_p) { soap_default_SOAP_ENV__Header(soap, _p); } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_write_SOAP_ENV__Header #define soap_write_SOAP_ENV__Header(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Header(soap, data), 0) || soap_put_SOAP_ENV__Header(soap, data, "SOAP-ENV:Header", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Header #define soap_read_SOAP_ENV__Header(soap, data) ( ((data) ? (soap_default_SOAP_ENV__Header(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_SOAP_ENV__Header(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef SOAP_TYPE_ns__pow #define SOAP_TYPE_ns__pow (23) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__pow(struct soap*, struct ns__pow *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__pow(struct soap*, const struct ns__pow *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__pow(struct soap*, const char*, int, const struct ns__pow *, const char*); SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_in_ns__pow(struct soap*, const char*, struct ns__pow *, const char*); SOAP_FMAC1 struct ns__pow * SOAP_FMAC2 soap_instantiate_ns__pow(struct soap*, int, const char*, const char*, size_t*); inline struct ns__pow * soap_new_ns__pow(struct soap *soap, int n = -1) { return soap_instantiate_ns__pow(soap, n, NULL, NULL, NULL); } inline struct ns__pow * soap_new_req_ns__pow( struct soap *soap, double a, double b) { struct ns__pow *_p = soap_new_ns__pow(soap); if (_p) { soap_default_ns__pow(soap, _p); _p->a = a; _p->b = b; } return _p; } inline struct ns__pow * soap_new_set_ns__pow( struct soap *soap, double a, double b) { struct ns__pow *_p = soap_new_ns__pow(soap); if (_p) { soap_default_ns__pow(soap, _p); _p->a = a; _p->b = b; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__pow(struct soap*, const struct ns__pow *, const char*, const char*); #ifndef soap_write_ns__pow #define soap_write_ns__pow(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__pow(soap, data), 0) || soap_put_ns__pow(soap, data, "ns:pow", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_get_ns__pow(struct soap*, struct ns__pow *, const char*, const char*); #ifndef soap_read_ns__pow #define soap_read_ns__pow(soap, data) ( ((data) ? (soap_default_ns__pow(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__pow(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__powResponse #define SOAP_TYPE_ns__powResponse (22) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__powResponse(struct soap*, struct ns__powResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__powResponse(struct soap*, const struct ns__powResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__powResponse(struct soap*, const char*, int, const struct ns__powResponse *, const char*); SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_in_ns__powResponse(struct soap*, const char*, struct ns__powResponse *, const char*); SOAP_FMAC1 struct ns__powResponse * SOAP_FMAC2 soap_instantiate_ns__powResponse(struct soap*, int, const char*, const char*, size_t*); inline struct ns__powResponse * soap_new_ns__powResponse(struct soap *soap, int n = -1) { return soap_instantiate_ns__powResponse(soap, n, NULL, NULL, NULL); } inline struct ns__powResponse * soap_new_req_ns__powResponse( struct soap *soap) { struct ns__powResponse *_p = soap_new_ns__powResponse(soap); if (_p) { soap_default_ns__powResponse(soap, _p); } return _p; } inline struct ns__powResponse * soap_new_set_ns__powResponse( struct soap *soap, double *result) { struct ns__powResponse *_p = soap_new_ns__powResponse(soap); if (_p) { soap_default_ns__powResponse(soap, _p); _p->result = result; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__powResponse(struct soap*, const struct ns__powResponse *, const char*, const char*); #ifndef soap_write_ns__powResponse #define soap_write_ns__powResponse(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__powResponse(soap, data), 0) || soap_put_ns__powResponse(soap, data, "ns:powResponse", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_get_ns__powResponse(struct soap*, struct ns__powResponse *, const char*, const char*); #ifndef soap_read_ns__powResponse #define soap_read_ns__powResponse(soap, data) ( ((data) ? (soap_default_ns__powResponse(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__powResponse(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__div #define SOAP_TYPE_ns__div (20) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__div(struct soap*, struct ns__div *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__div(struct soap*, const struct ns__div *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__div(struct soap*, const char*, int, const struct ns__div *, const char*); SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_in_ns__div(struct soap*, const char*, struct ns__div *, const char*); SOAP_FMAC1 struct ns__div * SOAP_FMAC2 soap_instantiate_ns__div(struct soap*, int, const char*, const char*, size_t*); inline struct ns__div * soap_new_ns__div(struct soap *soap, int n = -1) { return soap_instantiate_ns__div(soap, n, NULL, NULL, NULL); } inline struct ns__div * soap_new_req_ns__div( struct soap *soap, double a, double b) { struct ns__div *_p = soap_new_ns__div(soap); if (_p) { soap_default_ns__div(soap, _p); _p->a = a; _p->b = b; } return _p; } inline struct ns__div * soap_new_set_ns__div( struct soap *soap, double a, double b) { struct ns__div *_p = soap_new_ns__div(soap); if (_p) { soap_default_ns__div(soap, _p); _p->a = a; _p->b = b; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__div(struct soap*, const struct ns__div *, const char*, const char*); #ifndef soap_write_ns__div #define soap_write_ns__div(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__div(soap, data), 0) || soap_put_ns__div(soap, data, "ns:div", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_get_ns__div(struct soap*, struct ns__div *, const char*, const char*); #ifndef soap_read_ns__div #define soap_read_ns__div(soap, data) ( ((data) ? (soap_default_ns__div(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__div(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__divResponse #define SOAP_TYPE_ns__divResponse (19) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__divResponse(struct soap*, struct ns__divResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__divResponse(struct soap*, const struct ns__divResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__divResponse(struct soap*, const char*, int, const struct ns__divResponse *, const char*); SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_in_ns__divResponse(struct soap*, const char*, struct ns__divResponse *, const char*); SOAP_FMAC1 struct ns__divResponse * SOAP_FMAC2 soap_instantiate_ns__divResponse(struct soap*, int, const char*, const char*, size_t*); inline struct ns__divResponse * soap_new_ns__divResponse(struct soap *soap, int n = -1) { return soap_instantiate_ns__divResponse(soap, n, NULL, NULL, NULL); } inline struct ns__divResponse * soap_new_req_ns__divResponse( struct soap *soap) { struct ns__divResponse *_p = soap_new_ns__divResponse(soap); if (_p) { soap_default_ns__divResponse(soap, _p); } return _p; } inline struct ns__divResponse * soap_new_set_ns__divResponse( struct soap *soap, double *result) { struct ns__divResponse *_p = soap_new_ns__divResponse(soap); if (_p) { soap_default_ns__divResponse(soap, _p); _p->result = result; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__divResponse(struct soap*, const struct ns__divResponse *, const char*, const char*); #ifndef soap_write_ns__divResponse #define soap_write_ns__divResponse(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__divResponse(soap, data), 0) || soap_put_ns__divResponse(soap, data, "ns:divResponse", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_get_ns__divResponse(struct soap*, struct ns__divResponse *, const char*, const char*); #ifndef soap_read_ns__divResponse #define soap_read_ns__divResponse(soap, data) ( ((data) ? (soap_default_ns__divResponse(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__divResponse(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__mul #define SOAP_TYPE_ns__mul (17) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mul(struct soap*, struct ns__mul *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mul(struct soap*, const struct ns__mul *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mul(struct soap*, const char*, int, const struct ns__mul *, const char*); SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_in_ns__mul(struct soap*, const char*, struct ns__mul *, const char*); SOAP_FMAC1 struct ns__mul * SOAP_FMAC2 soap_instantiate_ns__mul(struct soap*, int, const char*, const char*, size_t*); inline struct ns__mul * soap_new_ns__mul(struct soap *soap, int n = -1) { return soap_instantiate_ns__mul(soap, n, NULL, NULL, NULL); } inline struct ns__mul * soap_new_req_ns__mul( struct soap *soap, double a, double b) { struct ns__mul *_p = soap_new_ns__mul(soap); if (_p) { soap_default_ns__mul(soap, _p); _p->a = a; _p->b = b; } return _p; } inline struct ns__mul * soap_new_set_ns__mul( struct soap *soap, double a, double b) { struct ns__mul *_p = soap_new_ns__mul(soap); if (_p) { soap_default_ns__mul(soap, _p); _p->a = a; _p->b = b; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mul(struct soap*, const struct ns__mul *, const char*, const char*); #ifndef soap_write_ns__mul #define soap_write_ns__mul(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__mul(soap, data), 0) || soap_put_ns__mul(soap, data, "ns:mul", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_get_ns__mul(struct soap*, struct ns__mul *, const char*, const char*); #ifndef soap_read_ns__mul #define soap_read_ns__mul(soap, data) ( ((data) ? (soap_default_ns__mul(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__mul(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__mulResponse #define SOAP_TYPE_ns__mulResponse (16) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mulResponse(struct soap*, struct ns__mulResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mulResponse(struct soap*, const struct ns__mulResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mulResponse(struct soap*, const char*, int, const struct ns__mulResponse *, const char*); SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_in_ns__mulResponse(struct soap*, const char*, struct ns__mulResponse *, const char*); SOAP_FMAC1 struct ns__mulResponse * SOAP_FMAC2 soap_instantiate_ns__mulResponse(struct soap*, int, const char*, const char*, size_t*); inline struct ns__mulResponse * soap_new_ns__mulResponse(struct soap *soap, int n = -1) { return soap_instantiate_ns__mulResponse(soap, n, NULL, NULL, NULL); } inline struct ns__mulResponse * soap_new_req_ns__mulResponse( struct soap *soap) { struct ns__mulResponse *_p = soap_new_ns__mulResponse(soap); if (_p) { soap_default_ns__mulResponse(soap, _p); } return _p; } inline struct ns__mulResponse * soap_new_set_ns__mulResponse( struct soap *soap, double *result) { struct ns__mulResponse *_p = soap_new_ns__mulResponse(soap); if (_p) { soap_default_ns__mulResponse(soap, _p); _p->result = result; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mulResponse(struct soap*, const struct ns__mulResponse *, const char*, const char*); #ifndef soap_write_ns__mulResponse #define soap_write_ns__mulResponse(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__mulResponse(soap, data), 0) || soap_put_ns__mulResponse(soap, data, "ns:mulResponse", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_get_ns__mulResponse(struct soap*, struct ns__mulResponse *, const char*, const char*); #ifndef soap_read_ns__mulResponse #define soap_read_ns__mulResponse(soap, data) ( ((data) ? (soap_default_ns__mulResponse(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__mulResponse(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__sub #define SOAP_TYPE_ns__sub (14) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__sub(struct soap*, struct ns__sub *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__sub(struct soap*, const struct ns__sub *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__sub(struct soap*, const char*, int, const struct ns__sub *, const char*); SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_in_ns__sub(struct soap*, const char*, struct ns__sub *, const char*); SOAP_FMAC1 struct ns__sub * SOAP_FMAC2 soap_instantiate_ns__sub(struct soap*, int, const char*, const char*, size_t*); inline struct ns__sub * soap_new_ns__sub(struct soap *soap, int n = -1) { return soap_instantiate_ns__sub(soap, n, NULL, NULL, NULL); } inline struct ns__sub * soap_new_req_ns__sub( struct soap *soap, double a, double b) { struct ns__sub *_p = soap_new_ns__sub(soap); if (_p) { soap_default_ns__sub(soap, _p); _p->a = a; _p->b = b; } return _p; } inline struct ns__sub * soap_new_set_ns__sub( struct soap *soap, double a, double b) { struct ns__sub *_p = soap_new_ns__sub(soap); if (_p) { soap_default_ns__sub(soap, _p); _p->a = a; _p->b = b; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__sub(struct soap*, const struct ns__sub *, const char*, const char*); #ifndef soap_write_ns__sub #define soap_write_ns__sub(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__sub(soap, data), 0) || soap_put_ns__sub(soap, data, "ns:sub", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_get_ns__sub(struct soap*, struct ns__sub *, const char*, const char*); #ifndef soap_read_ns__sub #define soap_read_ns__sub(soap, data) ( ((data) ? (soap_default_ns__sub(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__sub(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__subResponse #define SOAP_TYPE_ns__subResponse (13) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__subResponse(struct soap*, struct ns__subResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__subResponse(struct soap*, const struct ns__subResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__subResponse(struct soap*, const char*, int, const struct ns__subResponse *, const char*); SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_in_ns__subResponse(struct soap*, const char*, struct ns__subResponse *, const char*); SOAP_FMAC1 struct ns__subResponse * SOAP_FMAC2 soap_instantiate_ns__subResponse(struct soap*, int, const char*, const char*, size_t*); inline struct ns__subResponse * soap_new_ns__subResponse(struct soap *soap, int n = -1) { return soap_instantiate_ns__subResponse(soap, n, NULL, NULL, NULL); } inline struct ns__subResponse * soap_new_req_ns__subResponse( struct soap *soap) { struct ns__subResponse *_p = soap_new_ns__subResponse(soap); if (_p) { soap_default_ns__subResponse(soap, _p); } return _p; } inline struct ns__subResponse * soap_new_set_ns__subResponse( struct soap *soap, double *result) { struct ns__subResponse *_p = soap_new_ns__subResponse(soap); if (_p) { soap_default_ns__subResponse(soap, _p); _p->result = result; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__subResponse(struct soap*, const struct ns__subResponse *, const char*, const char*); #ifndef soap_write_ns__subResponse #define soap_write_ns__subResponse(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__subResponse(soap, data), 0) || soap_put_ns__subResponse(soap, data, "ns:subResponse", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_get_ns__subResponse(struct soap*, struct ns__subResponse *, const char*, const char*); #ifndef soap_read_ns__subResponse #define soap_read_ns__subResponse(soap, data) ( ((data) ? (soap_default_ns__subResponse(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__subResponse(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__add #define SOAP_TYPE_ns__add (11) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__add(struct soap*, struct ns__add *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__add(struct soap*, const struct ns__add *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__add(struct soap*, const char*, int, const struct ns__add *, const char*); SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_in_ns__add(struct soap*, const char*, struct ns__add *, const char*); SOAP_FMAC1 struct ns__add * SOAP_FMAC2 soap_instantiate_ns__add(struct soap*, int, const char*, const char*, size_t*); inline struct ns__add * soap_new_ns__add(struct soap *soap, int n = -1) { return soap_instantiate_ns__add(soap, n, NULL, NULL, NULL); } inline struct ns__add * soap_new_req_ns__add( struct soap *soap, double a, double b) { struct ns__add *_p = soap_new_ns__add(soap); if (_p) { soap_default_ns__add(soap, _p); _p->a = a; _p->b = b; } return _p; } inline struct ns__add * soap_new_set_ns__add( struct soap *soap, double a, double b) { struct ns__add *_p = soap_new_ns__add(soap); if (_p) { soap_default_ns__add(soap, _p); _p->a = a; _p->b = b; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__add(struct soap*, const struct ns__add *, const char*, const char*); #ifndef soap_write_ns__add #define soap_write_ns__add(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__add(soap, data), 0) || soap_put_ns__add(soap, data, "ns:add", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_get_ns__add(struct soap*, struct ns__add *, const char*, const char*); #ifndef soap_read_ns__add #define soap_read_ns__add(soap, data) ( ((data) ? (soap_default_ns__add(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__add(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_ns__addResponse #define SOAP_TYPE_ns__addResponse (10) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__addResponse(struct soap*, struct ns__addResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__addResponse(struct soap*, const struct ns__addResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__addResponse(struct soap*, const char*, int, const struct ns__addResponse *, const char*); SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_in_ns__addResponse(struct soap*, const char*, struct ns__addResponse *, const char*); SOAP_FMAC1 struct ns__addResponse * SOAP_FMAC2 soap_instantiate_ns__addResponse(struct soap*, int, const char*, const char*, size_t*); inline struct ns__addResponse * soap_new_ns__addResponse(struct soap *soap, int n = -1) { return soap_instantiate_ns__addResponse(soap, n, NULL, NULL, NULL); } inline struct ns__addResponse * soap_new_req_ns__addResponse( struct soap *soap) { struct ns__addResponse *_p = soap_new_ns__addResponse(soap); if (_p) { soap_default_ns__addResponse(soap, _p); } return _p; } inline struct ns__addResponse * soap_new_set_ns__addResponse( struct soap *soap, double *result) { struct ns__addResponse *_p = soap_new_ns__addResponse(soap); if (_p) { soap_default_ns__addResponse(soap, _p); _p->result = result; } return _p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__addResponse(struct soap*, const struct ns__addResponse *, const char*, const char*); #ifndef soap_write_ns__addResponse #define soap_write_ns__addResponse(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_ns__addResponse(soap, data), 0) || soap_put_ns__addResponse(soap, data, "ns:addResponse", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_get_ns__addResponse(struct soap*, struct ns__addResponse *, const char*, const char*); #ifndef soap_read_ns__addResponse #define soap_read_ns__addResponse(soap, data) ( ((data) ? (soap_default_ns__addResponse(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_ns__addResponse(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Reason #define SOAP_TYPE_PointerToSOAP_ENV__Reason (33) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap*, const char *, int, struct SOAP_ENV__Reason *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*, const char*, const char*); #ifndef soap_write_PointerToSOAP_ENV__Reason #define soap_write_PointerToSOAP_ENV__Reason(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Reason(soap, data), 0) || soap_put_PointerToSOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason **, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Reason #define soap_read_PointerToSOAP_ENV__Reason(soap, data) ( ((data) ? (soap_default_PointerToSOAP_ENV__Reason(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Reason(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Detail #define SOAP_TYPE_PointerToSOAP_ENV__Detail (32) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap*, const char *, int, struct SOAP_ENV__Detail *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*, const char*, const char*); #ifndef soap_write_PointerToSOAP_ENV__Detail #define soap_write_PointerToSOAP_ENV__Detail(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Detail(soap, data), 0) || soap_put_PointerToSOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail **, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Detail #define soap_read_PointerToSOAP_ENV__Detail(soap, data) ( ((data) ? (soap_default_PointerToSOAP_ENV__Detail(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Detail(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Code #define SOAP_TYPE_PointerToSOAP_ENV__Code (26) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap*, const char *, int, struct SOAP_ENV__Code *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*, const char*, const char*); #ifndef soap_write_PointerToSOAP_ENV__Code #define soap_write_PointerToSOAP_ENV__Code(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Code(soap, data), 0) || soap_put_PointerToSOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code **, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Code #define soap_read_PointerToSOAP_ENV__Code(soap, data) ( ((data) ? (soap_default_PointerToSOAP_ENV__Code(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Code(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif #ifndef SOAP_TYPE_PointerTodouble #define SOAP_TYPE_PointerTodouble (8) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap*, double *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap*, const char *, int, double *const*, const char *); SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap*, const char*, double **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap*, double *const*, const char*, const char*); #ifndef soap_write_PointerTodouble #define soap_write_PointerTodouble(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_PointerTodouble(soap, data), 0) || soap_put_PointerTodouble(soap, data, "double", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap*, double **, const char*, const char*); #ifndef soap_read_PointerTodouble #define soap_read_PointerTodouble(soap, data) ( ((data) ? (soap_default_PointerTodouble(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_PointerTodouble(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) #endif #define soap_default__QName(soap, a) soap_default_string(soap, a) SOAP_FMAC3 void SOAP_FMAC4 soap_serialize__QName(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap*, const char*, char **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap*, char *const*, const char*, const char*); #ifndef soap_write__QName #define soap_write__QName(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize__QName(soap, data), 0) || soap_put__QName(soap, data, "QName", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap*, char **, const char*, const char*); #ifndef soap_read__QName #define soap_read__QName(soap, data) ( ((data) ? (soap_default__QName(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get__QName(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #ifndef SOAP_TYPE_string #define SOAP_TYPE_string (4) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap*, char **); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap*, const char*, char **, const char*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap*, char *const*, const char*, const char*); #ifndef soap_write_string #define soap_write_string(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_string(soap, data), 0) || soap_put_string(soap, data, "string", NULL) || soap_end_send(soap), (soap)->error ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap*, char **, const char*, const char*); #ifndef soap_read_string #define soap_read_string(soap, data) ( ((data) ? (soap_default_string(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_string(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error ) #endif #endif /* End of soapH.h */ gsoap-2.8.28/gsoap/samples/calc_vs2005/calc_vs2005/stdsoap2.h0000644000175000017500000042137712653650154022640 0ustar ellertellert/* stdsoap2.h 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems, Inc., for the following additions - vxWorks compatible -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_VERSION 20828 #ifdef WITH_SOAPDEFS_H # include "soapdefs.h" /* include user-defined stuff in soapdefs.h */ #endif #ifndef _THREAD_SAFE # define _THREAD_SAFE #endif #ifndef OPENSERVER # ifndef _REENTRANT # define _REENTRANT # endif #endif #ifndef SOAP_FMAC1 /* stdsoap2.h declaration macro */ # define SOAP_FMAC1 #endif #ifndef SOAP_FMAC2 /* stdsoap2.h declaration macro */ # define SOAP_FMAC2 #endif #ifndef SOAP_FMAC3 /* (de)serializer declaration macro */ # define SOAP_FMAC3 #endif #ifndef SOAP_FMAC3S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC3S SOAP_FMAC3 #endif #ifndef SOAP_FMAC4 /* (de)serializer declaration macro */ # define SOAP_FMAC4 #endif #ifndef SOAP_FMAC4S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC4S SOAP_FMAC4 #endif #ifndef SOAP_FMAC5 /* stub/skeleton declaration macro */ # define SOAP_FMAC5 #endif #ifndef SOAP_FMAC6 /* stub/skeleton declaration macro */ # define SOAP_FMAC6 #endif #ifndef SOAP_CMAC /* class declaration macro */ # define SOAP_CMAC #endif #ifndef SOAP_NMAC /* namespace table declaration macro */ # define SOAP_NMAC #endif #ifndef SOAP_SOURCE_STAMP # define SOAP_SOURCE_STAMP(str) #endif #ifndef STDSOAP_H #define STDSOAP_H #define SOAP_XSTRINGIFY(s) SOAP_STRINGIFY(s) #define SOAP_STRINGIFY(s) #s #ifdef SOAPDEFS_H # include SOAP_XSTRINGIFY(SOAPDEFS_H) /* include user-defined "SOAPDEFS_H" */ #endif #if defined(__vxworks) || defined(__VXWORKS__) # ifndef VXWORKS # define VXWORKS # endif #endif #ifdef _WIN32 # ifndef WIN32 # define WIN32 # endif #endif /* for legacy purposes we use WIN32 macro, even when WIN64 is supported */ #ifdef _WIN64 # ifndef WIN32 # define WIN32 # endif #endif #ifdef _WIN32_WCE # ifndef UNDER_CE # define UNDER_CE _WIN32_WCE # endif #endif #ifdef UNDER_CE # ifndef WIN32 # define WIN32 # endif #endif #ifdef __BORLANDC__ # ifdef __WIN32__ # ifndef WIN32 # define WIN32 # endif # endif #endif #ifdef __CYGWIN__ # ifndef CYGWIN # define CYGWIN # endif #endif #ifdef __SYMBIAN32__ # define SYMBIAN # undef WIN32 #endif #if defined(__palmos__) || defined(PALM_GCC) || defined(__PALMOS_TRAPS__) # ifndef PALM # define PALM # endif #endif #if defined(__hpux) # ifndef HP_UX # define HP_UX # endif #endif #if defined(__digital__) && defined(__unix__) # ifndef TRU64 # define TRU64 # endif #endif #ifdef __MVS__ # ifndef OS390 # define OS390 # endif #endif #if defined(__sun) && defined(__SVR4) # ifndef SUN_OS # define SUN_OS # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" # if defined(WITH_OPENSSL) # ifndef HAVE_OPENSSL_SSL_H # undef WITH_OPENSSL # endif # endif # if defined(WITH_GNUTLS) # ifndef HAVE_GNUTLS_GNUTLS_H # undef WITH_GNUTLS # endif # endif # if defined(WITH_ZLIB) || defined(WITH_GZIP) # ifndef HAVE_ZLIB_H # undef WITH_ZLIB # undef WITH_GZIP # endif # endif #else # if defined(UNDER_CE) # define SOAP_BUFLEN (2048) # define SOAP_PTRHASH (32) # define SOAP_IDHASH (19) # define SOAP_BLKLEN (32) # define SOAP_TAGLEN (128) # define SOAP_HDRLEN (1024) # define SOAP_MAXDIMS (4) # define HAVE_SSCANF # elif defined(WIN32) # if _MSC_VER >= 1400 # define HAVE_SNPRINTF # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # if _MSC_VER >= 1300 # define HAVE_STRTOLL /* use _strtoi64 */ # define HAVE_STRTOULL /* use _strtoui64 */ # endif # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_GMTIME # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # elif defined(CYGWIN) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__APPLE__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_TM_GMTOFF # define HAVE_GETTIMEOFDAY # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_INTTYPES_H # elif defined(_AIX43) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX41) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(HP_UX) # include extern intmax_t __strtoll(const char*, char**, int); extern intmax_t __strtoull(const char*, char**, int); # define strtoll __strtoll # define strtoull __strtoull # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # elif defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_GETTIMEOFDAY # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%qd" # define SOAP_ULONG_FORMAT "%qu" # define HAVE_ISNAN # define HAVE_ISINF # elif defined(__VMS) # include # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__GLIBC__) || defined(__GNU__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(TRU64) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GETTIMEOFDAY # define HAVE_SYS_TIMEB_H # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define __USE_STD_IOSTREAM # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(MAC_CARBON) # define WITH_NOIO # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(PALM) # define WITH_LEAN # define HAVE_STRTOD /* strtod() is defined in palmFunctions.h */ # include /* Needs to be included before unix headers */ # include # define IGNORE_STDIO_STUBS # include # define O_NONBLOCK FNONBIO # include # include "palmFunctions.h" # elif defined(SYMBIAN) # define WITH_LEAN # define WITH_NONAMESPACES # define HAVE_STRTOD /* use STRTOD since sscanf doesn't seem to work */ # include # include # elif defined(VXWORKS) # ifdef _WRS_KERNEL # define _POSIX_THREADS 1 # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GMTIME # define HAVE_LOCALTIME # define HAVE_MKTIME # elif defined(OS390) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(AS400) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__QNX__) || defined(QNX) /* QNX does not have a working version of strtof */ # undef HAVE_STRTOF # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(SUN_OS) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # else /* Default assumptions for supported library functions when not including config.h */ # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # ifdef MB_LEN_MAX # define HAVE_WCTOMB # define HAVE_MBTOWC # endif # endif #endif #ifdef WITH_LEANER # ifndef WITH_LEAN # define WITH_LEAN # endif #endif /* gSOAP 2.7.15 and higher: always use FAST and retain CDATA in literal XML, unless WITH_LEAN or WITH_NOCDATA */ #ifndef WITH_LEAN # ifndef WITH_FAST # define WITH_FAST # endif # ifndef WITH_NOCDATA # ifndef WITH_CDATA # define WITH_CDATA # endif # endif #endif #ifdef WITH_LEAN # ifdef WITH_COOKIES # error "Cannot build WITH_LEAN code WITH_COOKIES enabled" # endif #endif /* allowing empty struct/union in C is a GNU extension */ #if !defined(__GNU__) # define WITH_NOEMPTYSTRUCT #endif /* silence clang's C99 variadic macro warnings */ #ifdef __clang__ # pragma clang diagnostic ignored "-Wvariadic-macros" #endif #ifdef WITH_PURE_VIRTUAL # define SOAP_PURE_VIRTUAL = 0 #else # define SOAP_PURE_VIRTUAL #endif /* older OpenVMS TCP/IP stacks cannot handle 65536 bytes */ #ifdef __VMS # ifndef SOAP_BUFLEN # define SOAP_BUFLEN (65535) # endif #endif /* if we have xlocale.h then we can use it WITH_C_LOCALE enabled to avoid decimal point conversion issues */ #ifdef WITH_C_LOCALE # ifdef WIN32 # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = _create_locale(LC_ALL, "C"))) # else # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = newlocale(LC_ALL_MASK, "C", NULL))) # endif #else # undef HAVE_STRTOF_L # undef HAVE_STRTOD_L # undef HAVE_SSCANF_L # undef HAVE_SPRINTF_L #endif #ifdef TANDEM_NONSTOP /* Support for Guardian */ # define SOAP_BUFLEN (32767) /*# define WITH_NOSTDLIB */ /* uncommment to remove stdlib dependences */ # define WITH_NOIO /* no IO dependences, e.g. remove TCP/IP */ # define int32_t int # define int64_t long long # define LONG64 long long # define ULONG64 long long # define DBL_PINFTY (1.1579208923716189e77) # undef HAVE_WCTOMB # undef HAVE_MBTOWC # undef HAVE_GMTIME_R # undef HAVE_LOCALTIME_R # undef HAVE_SNPRINTF # define SOAP_BUFLEN (32767) # define SOAP_SOCKET short #pragma nolist # include # include # include # include # include # include # include # include # include # include # include # define INET_ERROR 4294967295 #pragma list #elif defined(__TANDEM) /* Support for OSS */ # define int32_t int # define SOAP_BUFLEN (32767) #endif #ifndef WITH_NOSTDLIB # include # ifndef PALM # include # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_CTYPE_H) # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_LIMITS_H) # include /* for MB_LEN_MAX */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_FLOAT_H) # include /* for INFINITY */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_MATH_H) # ifndef PALM # include /* for isnan() and isinf() */ # endif # endif #endif #ifdef WITH_NTLM # include #endif #ifdef HAVE_POLL # include #endif #if defined(__cplusplus) # include # include # if !defined(WITH_LEAN) && !defined(WITH_COMPAT) # include # include # endif #endif #ifdef WITH_NOHTTP # ifndef WITH_NOIO # define WITH_NOIO # undef WITH_COOKIES # endif #endif /* Suggestion when SOAP_FD_EXCEEDED error occurs: Some systems allow increasing FD_SETSIZE before including sys/types.h: #define FD_SETSIZE (2048) */ #ifndef UNDER_CE # ifndef PALM # ifndef WITH_NOIO # include # include # endif # ifndef WITH_LEAN # ifdef HAVE_SYS_TIMEB_H # include /* for ftime() */ # endif # include # endif # endif #endif #ifdef OPENSERVER # include # include # include extern int h_errno; #endif #ifndef WITH_NOIO # ifndef WIN32 # ifndef PALM # include # ifdef VXWORKS # include # include # ifndef _WRS_KERNEL # include # endif # else # ifndef SYMBIAN # include # endif # endif # ifdef SUN_OS # include /* SUN */ # include /* only needed with SUN < 2.8 ? */ # endif # ifdef VXWORKS # ifdef _WRS_KERNEL # include # endif # else # include # endif # include # ifdef OS390 # include # else # include /* TCP_NODELAY, TCP_FASTOPEN */ # endif # include # endif # endif #endif #ifdef WIN32 # define SOAP_WINSOCKINT int #else # define SOAP_WINSOCKINT size_t #endif #if defined(WITH_IPV6_V6ONLY) || defined(WITH_NO_IPV6_V6ONLY) # ifndef WITH_IPV6 # define WITH_IPV6 # endif #endif #ifdef WIN32 # ifndef UNDER_CE # include # include # endif // When you get macro redefinition errors when compiling the code below, then: // a) try arrange your includes so is included after "stdsoap2.h" // b) or define _WINSOCKAPI_ first: // #define _WINSOCKAPI_ // stops windows.h including winsock.h // #include // #include "stdsoap2.h" // c) or compile with the -DWIN32_LEAN_AND_MEAN switch # include // Visual Studio 2005 users: install Platform SDK (R2) # include // # define _WSPIAPI_COUNTOF // DEV NOTE: enble to fix problems with VC6 // # include # include // DEV NOTE: replaces older wspiapi.h above # ifdef WITH_IPV6 # define SOAP_GAI_STRERROR gai_strerrorA # endif #else # ifdef VXWORKS # include # include # include # endif # ifndef WITH_NOIO # ifndef PALM # include # include # include # include # ifdef _AIX41 # include # endif # endif # endif #endif #ifdef WITH_FASTCGI # include #endif #ifdef WITH_OPENSSL # ifdef __VMS # pragma names save # pragma names uppercase # endif # undef WITH_GNUTLS # define OPENSSL_NO_KRB5 # include # include # include # include # include # ifndef ALLOW_OLD_VERSIONS # if (OPENSSL_VERSION_NUMBER < 0x00905100L) # error "Must use OpenSSL 0.9.6 or later" # endif # endif # ifdef __VMS # pragma names restore # endif #endif #ifdef WITH_GNUTLS # include # include # include # ifndef HAVE_PTHREAD_H # ifdef _POSIX_THREADS # define HAVE_PTHREAD_H /* make GNUTLS thread safe */ # endif # endif #endif #ifdef WITH_SYSTEMSSL # include #endif #ifdef WITH_GZIP # ifndef WITH_ZLIB # define WITH_ZLIB # endif #endif #ifdef WITH_CASEINSENSITIVETAGS # define SOAP_STRCMP soap_tag_cmp /* case insensitve XML element/attribute names */ #else # define SOAP_STRCMP strcmp /* case sensitive XML element/attribute names */ #endif #ifdef WITH_ZLIB # include #endif /* #define DEBUG */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and internal operations (in file TEST.log) */ /* #define DEBUG_STAMP */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and time-stamped operations (in file TEST.log) */ #ifdef __cplusplus extern "C" { #endif /* Portability (X/Open, BSD sockets etc): define SOAP_SOCKLEN_T as socklen_t or int or ... */ #if defined(_AIX) || defined(AIX) # if defined(_AIX43) # define SOAP_SOCKLEN_T socklen_t # else # define SOAP_SOCKLEN_T int # endif #elif defined(SOCKLEN_T) # define SOAP_SOCKLEN_T SOCKLEN_T #elif defined(__socklen_t_defined) || defined(_SOCKLEN_T) || defined(CYGWIN) || defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) || defined(__QNX__) || defined(QNX) || defined(OS390) || defined(__ANDROID__) || defined(_XOPEN_SOURCE) # define SOAP_SOCKLEN_T socklen_t #elif defined(IRIX) || defined(WIN32) || defined(__APPLE__) || defined(SUN_OS) || defined(OPENSERVER) || defined(TRU64) || defined(VXWORKS) || defined(HP_UX) # define SOAP_SOCKLEN_T int #elif !defined(SOAP_SOCKLEN_T) # define SOAP_SOCKLEN_T size_t #endif /* AIX DCE threads portability: define SOAP_FUNC_R_ERR gmtime_r and localtime_r err ret val as -1 */ #ifdef _AIX32_THREADS # define SOAP_FUNC_R_ERR (-1) #elif !defined(SOAP_FUNC_R_ERR) # define SOAP_FUNC_R_ERR (NULL) #endif #ifndef SOAP_SOCKET # ifdef WIN32 # define SOAP_SOCKET SOCKET # define soap_closesocket(n) closesocket(n) # else # define SOAP_SOCKET int # define soap_closesocket(n) close(n) # endif #endif #define SOAP_INVALID_SOCKET ((SOAP_SOCKET)-1) #define soap_valid_socket(n) ((n) != SOAP_INVALID_SOCKET) #define SOAP_SHUT_WR (1) #define SOAP_SHUT_RDWR (2) #ifndef SOAP_GAI_STRERROR # define SOAP_GAI_STRERROR gai_strerror #endif #ifndef FD_SETSIZE # define FD_SETSIZE (1024) #endif #ifdef WITH_LEAN # define SOAP_CHK_EOF SOAP_EOF #else # define SOAP_CHK_EOF (soap->error ? soap->error : SOAP_EOF) #endif #ifdef __cplusplus # ifndef __STDC_FORMAT_MACROS # define __STDC_FORMAT_MACROS # endif #endif #if defined(SYMBIAN) # define LONG64 long # define ULONG64 unsigned LONG64 #elif !defined(__cplusplus) && defined(__STDC__) && !defined(__STDC_VERSION__) /* C90? */ # define LONG64 long # define ULONG64 unsigned LONG64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # undef HAVE_STRTOLL # undef HAVE_STRTOULL #elif !defined(WIN32) || defined(CYGWIN) || defined(__GLIBC__) || defined(__GNU__) # ifndef LONG64 # if defined(HAVE_INTTYPES_H) # ifdef HAVE_STDINT_H # include # endif # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_SYS_INTTYPES_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_STDINT_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(__GLIBC__) # include # if (__WORDSIZE == 64) # define LONG64 int64_t # define ULONG64 uint64_t # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # endif #elif defined(UNDER_CE) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #elif defined(__BORLANDC__) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #endif #ifdef PRId64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%" PRId64 # endif #endif #ifdef PRIu64 # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%" PRIu64 # endif #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #if defined(WIN32) && !defined(CYGWIN) # define soap_int32 __int32 #elif defined(SYMBIAN) # define soap_int32 long #elif defined(PALM) # define soap_int32 Int32 #elif defined(_AIX) || defined(AIX) # if defined(_AIX43) # define soap_int32 int32_t # else # define soap_int32 signed int # endif #else # define soap_int32 int32_t #endif #ifdef WIN32 # define SOAP_ERANGE ERANGE # define SOAP_EINTR WSAEINTR # define SOAP_EAGAIN WSAEWOULDBLOCK # define SOAP_EWOULDBLOCK WSAEWOULDBLOCK # define SOAP_EINPROGRESS WSAEINPROGRESS # define SOAP_EADDRINUSE WSAEADDRINUSE # define SOAP_ECONNREFUSED WSAECONNREFUSED #else # ifdef ERANGE # define SOAP_ERANGE ERANGE # else # define SOAP_ERANGE (34) # endif # define SOAP_EINTR EINTR # define SOAP_EAGAIN EAGAIN # define SOAP_EADDRINUSE EADDRINUSE # define SOAP_ECONNREFUSED ECONNREFUSED # ifdef SYMBIAN # define SOAP_EWOULDBLOCK 9898 # define SOAP_EINPROGRESS 9899 # else # define SOAP_EWOULDBLOCK EWOULDBLOCK # define SOAP_EINPROGRESS EINPROGRESS # endif #endif #ifdef WIN32 # ifdef UNDER_CE # define soap_errno GetLastError() # define soap_socket_errno(s) GetLastError() # define soap_reset_errno SetLastError(0) # else # define soap_errno GetLastError() # define soap_socket_errno(s) WSAGetLastError() # define soap_reset_errno SetLastError(0) # endif #else # ifndef WITH_NOIO # define soap_errno errno # define soap_socket_errno(s) errno # define soap_reset_errno (errno = 0) # else # define soap_errno 0 # define soap_socket_errno(s) 0 # define soap_reset_errno # endif #endif #ifndef SOAP_BUFLEN # if !defined(WITH_LEAN) # define SOAP_BUFLEN (65536) /* buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # else # define SOAP_BUFLEN (2048) /* lean size */ # endif #endif #ifndef SOAP_LABLEN # define SOAP_LABLEN (256) /* initial look-aside buffer length */ #endif #ifndef SOAP_PTRBLK # define SOAP_PTRBLK (32) /* block allocation for pointer hash table chains */ #endif #ifndef SOAP_PTRHASH # ifndef WITH_LEAN # define SOAP_PTRHASH (4096) /* size of pointer analysis hash table (must be power of 2) */ # else # define SOAP_PTRHASH (32) # endif #endif #ifndef SOAP_IDHASH # ifndef WITH_LEAN # define SOAP_IDHASH (1999) /* prime size of hash table for parsed id/ref */ # else # define SOAP_IDHASH (19) /* 19, 199 */ # endif #endif #ifndef SOAP_BLKLEN # ifndef WITH_LEAN # define SOAP_BLKLEN (256) /* to collect long strings and XML attributes */ # else # define SOAP_BLKLEN (32) # endif #endif #ifndef SOAP_TAGLEN # ifndef WITH_LEAN # define SOAP_TAGLEN (1024) /* maximum length of XML element tag/attribute name or host/path name + 1 */ # else # define SOAP_TAGLEN (128) # endif #endif #ifndef SOAP_HDRLEN # ifndef WITH_LEAN # define SOAP_HDRLEN (8192) /* maximum length of HTTP header line (must be >4096 to read cookies) */ # else # define SOAP_HDRLEN (1024) # endif #endif #ifndef SOAP_TMPLEN # ifndef WITH_LEAN # define SOAP_TMPLEN (1024) /* maximum length of msgbuf and tmpbuf short message buffers, must be >=1024 */ # else # define SOAP_TMPLEN (1024) # endif #endif #ifndef SOAP_MAXDIMS # ifndef WITH_LEAN # define SOAP_MAXDIMS (16) /* maximum array dimensions (array nestings) must be less than 64 to protect soap->tmpbuf */ # else # define SOAP_MAXDIMS (4) # endif #endif #ifndef SOAP_MAXPTRS # ifndef WITH_LEAN # define SOAP_MAXPTRS (4) /* maximum depth + 1 of id-ref deserialized pointer types (int* has depth 0, int*** has depth 2) */ # else # define SOAP_MAXPTRS (2) # endif #endif #ifndef SOAP_MAXLOGS # define SOAP_MAXLOGS (3) /* max number of debug logs per struct soap environment */ # define SOAP_INDEX_RECV (0) # define SOAP_INDEX_SENT (1) # define SOAP_INDEX_TEST (2) #endif /* Tag name of multiref elements in SOAP 1.1 encoding */ #ifndef SOAP_MULTIREFTAG # define SOAP_MULTIREFTAG "id" #endif /* href-id value base name in multiref SOAP encoding */ #ifndef SOAP_BASEREFNAME # define SOAP_BASEREFNAME "_" #endif /* Max number of EINTR while poll/select on a socket */ /* Each EINTR can lengthen the I/O blocking time by at most one second */ #ifndef SOAP_MAXEINTR # define SOAP_MAXEINTR (10) #endif /* SOAP_MAXKEEPALIVE: Max iterations in soap_serve() to keep server connection alive */ #ifndef SOAP_MAXKEEPALIVE # define SOAP_MAXKEEPALIVE (100) #endif /* SOAP_MAXARRAYSIZE: Trusted total max size of an inbound SOAP Array. Arrays of larger size are not pre-allocated, but deserialized on an element-by-element basis. */ #ifndef SOAP_MAXARRAYSIZE # define SOAP_MAXARRAYSIZE (100000) #endif /* SOAP_MAXDIMESIZE: Trusted max size of inbound DIME data. Increase if necessary to allow larger attachments, or decrease when server resources are limited. */ #ifndef SOAP_MAXDIMESIZE # define SOAP_MAXDIMESIZE (8*1048576) /* 8 MB */ #endif /* SOAP_MAXINFLATESIZE: Trusted inflated content size. Larger content is subject to the SOAP_MINDEFLATERATIO constraint. If SOAP_MINDEFLATERATIO is 1.0, SOAP_MAXINFLATESIZE is always the max size of uncompressed content. */ #ifndef SOAP_MAXINFLATESIZE # define SOAP_MAXINFLATESIZE (1*1048576) /* 1 MB */ #endif /* SOAP_MINDEFLATERATIO: Trusted deflation ratio after SOAP_MAXINFLATESIZE is reached. Trust when compressed / deflated > SOAP_MINDEFLATERATIO Sets a ratio > 0.00096899224806 (1032:1) According to the zlib site: the limit (1032:1) comes from the fact that one length/distance pair can represent at most 258 output bytes. A length requires at least one bit and a distance requires at least one bit, so two bits in can give 258 bytes out, or eight bits in give 1032 bytes out. A dynamic block has no length restriction, so you could get arbitrarily close to the limit of 1032:1. */ #ifndef SOAP_MINDEFLATERATIO # define SOAP_MINDEFLATERATIO (0.001) /* ratio of deflated/inflated > 0.1% */ #endif #ifdef VXWORKS # ifdef WMW_RPM_IO # include "httpLib.h" # endif # ifdef __INCmathh # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef soap_isnan # define soap_isnan(num) isNan(num) # endif # endif # ifdef WM_SECURE_KEY_STORAGE # include # endif #endif #ifdef WIN32 # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # define soap_isnan(n) _isnan(n) # ifndef HAVE_ISINF # define HAVE_ISINF # endif # define soap_isinf(n) (!_finite(n)) #endif #ifdef SUN_OS # define HAVE_ISNAN #endif #ifdef __APPLE__ # ifdef __cplusplus # ifndef isnan extern "C" int isnan(double); extern "C" int isinf(double); # endif # endif # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef HAVE_ISINF # define HAVE_ISINF # endif #endif #if !defined(HAVE_ISNAN) && (defined(_MATH_H) || defined(_MATH_INCLUDED)) # define HAVE_ISNAN #endif union soap_double_nan {struct {unsigned int n1, n2;} iv; double dv; float fv;}; extern const union soap_double_nan soap_double_nan; extern const char soap_base64o[], soap_base64i[]; #ifdef VXWORKS # ifndef FLT_MAX # define FLT_MAX _ARCH_FLT_MAX # endif # ifndef DBL_MAX # define DBL_MAX _ARCH_DBL_MAX # endif #endif #ifndef FLT_NAN # define FLT_NAN (soap_double_nan.fv) #endif #ifndef FLT_PINFTY # if defined(INFINITY) # define FLT_PINFTY INFINITY # elif defined(FLT_MAX) # define FLT_PINFTY FLT_MAX # elif defined(HUGE_VALF) # define FLT_PINFTY (float)HUGE_VALF # elif defined(HUGE_VAL) # define FLT_PINFTY (float)HUGE_VAL # elif defined(FLOAT_MAX) # define FLT_PINFTY FLOAT_MAX # else # define FLT_PINFTY (3.40282347e+38F) # endif #endif #ifndef FLT_NINFTY # define FLT_NINFTY (-FLT_PINFTY) #endif #ifndef DBL_NAN # define DBL_NAN (soap_double_nan.dv) #endif #ifndef DBL_PINFTY # if defined(INFINITY) # define DBL_PINFTY INFINITY # elif defined(DBL_MAX) # define DBL_PINFTY DBL_MAX # elif defined(HUGE_VALF) # define DBL_PINFTY (double)HUGE_VALF # elif defined(HUGE_VAL) # define DBL_PINFTY (double)HUGE_VAL # elif defined(DOUBLE_MAX) # define DBL_PINFTY DOUBLE_MAX # else # define DBL_PINFTY (1.7976931348623157e+308) # endif #endif #ifndef DBL_NINFTY # define DBL_NINFTY (-DBL_PINFTY) #endif #ifndef soap_isnan # ifdef HAVE_ISNAN # define soap_isnan(n) isnan(n) # else # define soap_isnan(n) ((n) != (n)) # endif #endif #ifndef soap_isinf # ifdef HAVE_ISINF # define soap_isinf(n) isinf(n) # else # define soap_isinf(n) (!soap_isnan(n) && soap_isnan((n) - (n))) # endif #endif #define soap_ispinfd(n) ((n) > 0 && soap_isinf(n)) #define soap_ispinff(n) ((n) > 0 && soap_isinf(n)) #define soap_isninfd(n) ((n) < 0 && soap_isinf(n)) #define soap_isninff(n) ((n) < 0 && soap_isinf(n)) /* Safer str & mem functions */ /* The gSOAP code uses guards to ensure that these functions are well behaved and do not raise errors. Therefore, the WIN _s functions should never execute the "invalid parameter handler". */ /* use safer snprintf if possible or guard sprintf against overrun (assumes no variadic macros) */ # ifdef HAVE_SNPRINTF # if _MSC_VER >= 1400 # define SOAP_SNPRINTF(buf, len, num) void)_snprintf_s((buf), (len), _TRUNCATE # define SOAP_SNPRINTF_SAFE(buf, len) void)_snprintf_s((buf), (len), _TRUNCATE # else # define SOAP_SNPRINTF(buf, len, num) void)snprintf((buf), (len) # define SOAP_SNPRINTF_SAFE(buf, len) void)snprintf((buf), (len) # endif # else # define SOAP_SNPRINTF(buf, len, num) (len) <= (num)) ? (void)((buf)[0] = '\0') : (void)sprintf((buf) # define SOAP_SNPRINTF_SAFE(buf, len) void)sprintf((buf) # endif /* copy string (truncating the result) */ #if _MSC_VER >= 1400 # define soap_strcpy(buf, len, src) (void)strncpy_s((buf), (len), (src), _TRUNCATE) #elif defined(HAVE_STRLCPY) # define soap_strcpy(buf, len, src) (void)strlcpy((buf), (src), (len)) #else # define soap_strcpy(buf, len, src) (void)((buf) && (size_t)(len) > 0 && (strncpy((buf), (src), (len) - 1), (buf)[(len) - 1] = '\0')) #endif /* copy string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncpy(buf, len, src, num) (void)strncpy_s((buf), (len), (src), (num)) #else # define soap_strncpy(buf, len, src, num) (void)((buf) && ((size_t)(len) > (size_t)(num) ? (strncpy((buf), (src), (num)), (buf)[(size_t)(num)] = '\0') : ((buf)[0] = '\0'))) #endif /* concat string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncat(buf, len, src, num) (void)strncat_s((buf), (len), (src), (num)) #else # define soap_strncat(buf, len, src, num) (void)((buf) && ((size_t)(len) > strlen((buf)) + (size_t)(num) ? (strncat((buf), (src), (num)), (buf)[(size_t)(len) - 1] = '\0') : ((buf)[0] = '\0'))) #endif /* copy memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memcpy_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memcpy((buf), (src), (num)) : SOAP_ERANGE) #endif /* move memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memmove_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memmove((buf), (src), (num)) : SOAP_ERANGE) #endif /* gSOAP status/error codes */ typedef soap_int32 soap_status; #define SOAP_EOF EOF #define SOAP_ERR EOF #define SOAP_OK 0 #define SOAP_CLI_FAULT 1 #define SOAP_SVR_FAULT 2 #define SOAP_TAG_MISMATCH 3 #define SOAP_TYPE 4 #define SOAP_SYNTAX_ERROR 5 #define SOAP_NO_TAG 6 #define SOAP_IOB 7 #define SOAP_MUSTUNDERSTAND 8 #define SOAP_NAMESPACE 9 #define SOAP_USER_ERROR 10 #define SOAP_FATAL_ERROR 11 #define SOAP_FAULT 12 #define SOAP_NO_METHOD 13 #define SOAP_NO_DATA 14 #define SOAP_GET_METHOD 15 #define SOAP_PUT_METHOD 16 #define SOAP_DEL_METHOD 17 /* deprecated */ #define SOAP_HEAD_METHOD 18 /* deprecated */ #define SOAP_HTTP_METHOD 19 #define SOAP_EOM 20 #define SOAP_MOE 21 #define SOAP_HDR 22 #define SOAP_NULL 23 #define SOAP_DUPLICATE_ID 24 #define SOAP_MISSING_ID 25 #define SOAP_HREF 26 #define SOAP_UDP_ERROR 27 #define SOAP_TCP_ERROR 28 #define SOAP_HTTP_ERROR 29 #define SOAP_SSL_ERROR 30 #define SOAP_ZLIB_ERROR 31 #define SOAP_DIME_ERROR 32 #define SOAP_DIME_HREF 33 #define SOAP_DIME_MISMATCH 34 #define SOAP_DIME_END 35 #define SOAP_MIME_ERROR 36 #define SOAP_MIME_HREF 37 #define SOAP_MIME_END 38 #define SOAP_VERSIONMISMATCH 39 #define SOAP_PLUGIN_ERROR 40 #define SOAP_DATAENCODINGUNKNOWN 41 #define SOAP_REQUIRED 42 #define SOAP_PROHIBITED 43 #define SOAP_OCCURS 44 #define SOAP_LENGTH 45 #define SOAP_PATTERN 46 #define SOAP_FD_EXCEEDED 47 #define SOAP_UTF_ERROR 48 #define SOAP_NTLM_ERROR 49 #define soap_xml_error_check(e) ((e) == SOAP_TAG_MISMATCH || (e) == SOAP_NO_TAG || (e) == SOAP_SYNTAX_ERROR || (e) == SOAP_NAMESPACE || (e) == SOAP_DUPLICATE_ID || (e) == SOAP_MISSING_ID || (e) == SOAP_REQUIRED || (e) == SOAP_PROHIBITED || (e) == SOAP_OCCURS || (e) == SOAP_LENGTH || (e) == SOAP_PATTERN || (e) == SOAP_NULL || (e) == SOAP_HREF) #define soap_soap_error_check(e) ((e) == SOAP_CLI_FAULT || (e) == SOAP_SVR_FAULT || (e) == SOAP_VERSIONMISMATCH || (e) == SOAP_MUSTUNDERSTAND || (e) == SOAP_FAULT || (e) == SOAP_NO_METHOD) #define soap_tcp_error_check(e) ((e) == SOAP_EOF || (e) == SOAP_TCP_ERROR) #define soap_ssl_error_check(e) ((e) == SOAP_SSL_ERROR) #define soap_zlib_error_check(e) ((e) == SOAP_ZLIB_ERROR) #define soap_http_error_check(e) ((e) == SOAP_HTTP_ERROR || (e) == SOAP_NO_DATA || ((e) >= SOAP_GET_METHOD && (e) <= SOAP_HTTP_METHOD) || ((e) >= 100 && (e) < 600)) /* gSOAP HTTP response status codes 100 to 599 are reserved */ /* Codes 600 to 999 are user definable */ /* Exceptional gSOAP HTTP server response status codes >= 1000 */ #define SOAP_STOP 1000 /* No HTTP response */ #define SOAP_FORM 1001 /* Request (form) data is present, no HTTP response */ #define SOAP_HTML 1002 /* Custom HTML response */ #define SOAP_FILE 1003 /* Custom file-based response */ /* gSOAP HTTP method codes (client) */ #define SOAP_POST 2000 /* POST request */ #define SOAP_POST_FILE 2001 /* Custom file-based POST request */ #define SOAP_GET 2002 /* GET request */ #define SOAP_PUT 2003 /* PUT request */ #define SOAP_DEL 2004 /* DELETE request */ #define SOAP_CONNECT 2005 /* CONNECT request */ /* gSOAP DIME */ #define SOAP_DIME_CF 0x01 #define SOAP_DIME_ME 0x02 #define SOAP_DIME_MB 0x04 #define SOAP_DIME_VERSION 0x08 /* DIME version 1 */ #define SOAP_DIME_MEDIA 0x10 #define SOAP_DIME_ABSURI 0x20 /* gSOAP ZLIB */ #define SOAP_ZLIB_NONE 0x00 #define SOAP_ZLIB_DEFLATE 0x01 #define SOAP_ZLIB_INFLATE 0x02 #define SOAP_ZLIB_GZIP 0x02 /* gSOAP transport, connection, and content encoding modes */ typedef soap_int32 soap_mode; #define SOAP_IO 0x00000003 /* IO mask */ #define SOAP_IO_FLUSH 0x00000000 /* flush output immediately, no buffering */ #define SOAP_IO_BUFFER 0x00000001 /* buffer output in packets of size SOAP_BUFLEN */ #define SOAP_IO_STORE 0x00000002 /* store entire output to determine length for transport */ #define SOAP_IO_CHUNK 0x00000003 /* use HTTP chunked transfer AND buffer packets */ #define SOAP_IO_UDP 0x00000004 /* TCP or UDP */ #define SOAP_IO_LENGTH 0x00000008 /* calc message length (internal) */ #define SOAP_IO_KEEPALIVE 0x00000010 /* keep connection alive */ #define SOAP_ENC 0x00000FFF /* IO and ENC mask */ #define SOAP_ENC_LATIN 0x00000020 /* in: accept iso-8859-1 */ #define SOAP_ENC_XML 0x00000040 /* out: plain (XML or other) body, no HTTP header */ #define SOAP_ENC_DIME 0x00000080 #define SOAP_ENC_MIME 0x00000100 #define SOAP_ENC_MTOM 0x00000200 #define SOAP_ENC_ZLIB 0x00000400 #define SOAP_ENC_SSL 0x00000800 #define SOAP_XML_STRICT 0x00001000 /* in: strict validation */ #define SOAP_XML_INDENT 0x00002000 /* out: emit indented XML */ #define SOAP_XML_IGNORENS 0x00004000 /* in: ignore namespaces */ #define SOAP_XML_DEFAULTNS 0x00008000 /* out: emit xmlns="..." */ #define SOAP_XML_CANONICAL 0x00010000 /* out: excC14N canonical XML */ #define SOAP_XML_TREE 0x00020000 /* in/out: XML tree (no id/ref) */ #define SOAP_XML_NIL 0x00040000 /* out: all NULLs as xsi:nil */ #define SOAP_XML_NOTYPE 0x00080000 /* out: do not add xsi:type */ #define SOAP_DOM_TREE 0x00100000 /* see DOM manual */ #define SOAP_DOM_NODE 0x00200000 #define SOAP_DOM_ASIS 0x00400000 #define SOAP_RESERVED 0x00800000 /* reserved for future use */ #define SOAP_C_NOIOB 0x01000000 /* don't fault on array index out of bounds (just ignore) */ #define SOAP_C_UTFSTRING 0x02000000 /* (de)serialize strings with UTF8 content */ #define SOAP_C_MBSTRING 0x04000000 /* (de)serialize strings with multi-byte content */ #define SOAP_C_NILSTRING 0x08000000 /* serialize empty strings as nil (omitted) */ #define SOAP_XML_DOM 0x10000000 /* enable internal DOM */ #define SOAP_XML_GRAPH 0x20000000 /* force id-ref XML graph */ #define SOAP_MIME_POSTCHECK 0x40000000 /* MIME flag (internal) */ #define SOAP_SEC_WSUID 0x80000000 /* Add Body wsu:Id flag (internal) */ /* WITH_XMLNS backward compatibility: always use XML default namespaces */ #ifdef WITH_XMLNS # define SOAP_IO_DEFAULT (SOAP_IO_FLUSH | SOAP_XML_DEFAULTNS) #else # define SOAP_IO_DEFAULT SOAP_IO_FLUSH #endif /* SSL client/server authentication settings */ #define SOAP_SSL_NO_AUTHENTICATION 0x0000 /* for testing purposes */ #define SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION 0x0001 /* client requires server to authenticate (default) */ #define SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION 0x0002 /* server requires client to authenticate */ #define SOAP_SSL_SKIP_HOST_CHECK 0x0004 /* client skips common name check against host name */ #define SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE 0x0008 /* allow self-signed and expired certificates and those w/o CRL */ #define SOAP_SSL_NO_DEFAULT_CA_PATH 0x0010 /* don't use default_verify_paths */ #define SOAP_SSL_RSA 0x0020 /* use RSA */ #define SOAP_TLSv1 0x0000 /* enable TLS v1.0/1.1/1.2 only (default) */ #define SOAP_SSLv3_TLSv1 0x0040 /* enable SSL v3 and TLS v1.0/1.1/1.2 */ #define SOAP_SSLv3 0x0080 /* only SSL v3 */ #define SOAP_TLSv1_0 0x0100 /* only TLS v1.0 */ #define SOAP_TLSv1_1 0x0200 /* only TLS v1.1 */ #define SOAP_TLSv1_2 0x0400 /* only TLS v1.2 */ #define SOAP_SSL_CLIENT 0x1000 /* client context */ #define SOAP_SSL_DEFAULT (SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION | SOAP_TLSv1) /* state */ #define SOAP_NONE 0 #define SOAP_INIT 1 #define SOAP_COPY 2 #define soap_check_state(soap) (!(soap) || ((soap)->state != SOAP_INIT && (soap)->state != SOAP_COPY)) /* parts */ #define SOAP_BEGIN 0 #define SOAP_IN_ENVELOPE 2 #define SOAP_IN_HEADER 3 #define SOAP_END_HEADER 4 #define SOAP_NO_BODY 5 #define SOAP_IN_BODY 6 #define SOAP_END_BODY 7 #define SOAP_END_ENVELOPE 8 #define SOAP_END 9 /* events */ #define SOAP_SEC_BEGIN 1 #define SOAP_SEC_SIGN 2 #define SOAP_SEC_DECRYPT 3 /* DEBUG macros */ #ifndef WITH_LEAN # ifdef DEBUG_STAMP # ifndef DEBUG # define DEBUG # endif # endif # ifdef DEBUG # ifndef SOAP_DEBUG # define SOAP_DEBUG # endif # ifndef SOAP_MEM_DEBUG # define SOAP_MEM_DEBUG # endif # endif #endif #ifdef SOAP_MEM_DEBUG # ifndef SOAP_MALLOC # define SOAP_MALLOC(soap, size) soap_track_malloc((soap), __FILE__, __LINE__, (size)) # endif # ifndef SOAP_FREE # define SOAP_FREE(soap, ptr) soap_track_free((soap), __FILE__, __LINE__, (void*)(ptr)) # endif #endif #ifndef SOAP_MALLOC /* use libc malloc */ # define SOAP_MALLOC(soap, size) malloc(size) #endif #ifndef SOAP_FREE /* use libc free */ # define SOAP_FREE(soap, ptr) free((void*)(ptr)) #endif #ifndef SOAP_NOTHROW # if defined(__GNUC__) && (__GNUC__ <= 2) # define SOAP_NOTHROW # elif defined(WITH_LEAN) || defined(WITH_COMPAT) # define SOAP_NOTHROW # else # define SOAP_NOTHROW (std::nothrow) # endif #endif #if (defined(__GNUC__) && (__GNUC__ <= 2) && !defined(__BORLANDC__)) || defined(__clang__) || defined(_AIX) || defined(AIX) /* old form w/o parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW type # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) type # endif #else /* new form with parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW (type) # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) (type) # endif #endif #ifndef SOAP_NEW_COPY /* use C++ new operator for ::copy() */ # define SOAP_NEW_COPY(clas) new SOAP_NOTHROW clas #endif #ifndef SOAP_DELETE /* use C++ delete operator */ # define SOAP_DELETE(obj) delete obj #endif #ifndef SOAP_DELETE_ARRAY /* use C++ delete[] operator */ # define SOAP_DELETE_ARRAY(obj) delete[] obj #endif #ifdef SOAP_DEBUG # ifndef SOAP_MESSAGE # define SOAP_MESSAGE fprintf # endif # ifndef DBGLOG # ifdef DEBUG_STAMP # ifdef WIN32 # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ SYSTEMTIME _localTime;\ ::GetLocalTime(&_localTime); \ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%03d|", _localTime.wYear%100, _localTime.wMonth, _localTime.wDay, _localTime.wHour, _localTime.wMinute, _localTime.wSecond, _localTime.wMilliseconds);\ CMD;\ fflush(fdebug);\ }\ }\ } # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ struct timeval _tv;\ struct tm _tm;\ gettimeofday(&_tv, NULL);\ localtime_r(&_tv.tv_sec, &_tm);\ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%06d|", _tm.tm_year%100, _tm.tm_mon+1, _tm.tm_mday, _tm.tm_hour, _tm.tm_min, _tm.tm_sec, _tv.tv_usec);\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # endif # ifndef DBGMSG # define DBGMSG(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { fwrite((void*)(MSG), 1, (size_t)(LEN), soap->fdebug[SOAP_INDEX_##DBGFILE]);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif # ifndef DBGFUN # define DBGFUN(FNAME) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s()\n", __FILE__, __LINE__, FNAME)) # define DBGFUN1(FNAME, FMT, ARG) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT ")\n", __FILE__, __LINE__, FNAME, (ARG))) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2))) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ", " FMT3 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2), (ARG3))) # endif # ifndef DBGHEX # define DBGHEX(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile(soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { int i; char *s;\ for (s = (char*)(MSG), i = (LEN); i; i--)\ fprintf(soap->fdebug[SOAP_INDEX_##DBGFILE], "%2.2X ", (int)*s++&0xFF);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif #else # define DBGLOG(DBGFILE, CMD) # define DBGMSG(DBGFILE, MSG, LEN) # define DBGFUN(FNAME) # define DBGFUN1(FNAME, FMT, ARG) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) # define DBGHEX(DBGFILE, MSG, LEN) #endif /* UCS-4 requires 32 bits (0-7FFFFFFF, the sign bit is used by gSOAP to distinguish XML entities) */ typedef soap_int32 soap_wchar; /* namespace table row */ struct Namespace { const char *id; const char *ns; const char *in; char *out; }; /* namespace stack */ struct soap_nlist { struct soap_nlist *next; unsigned int level; /* nesting depth level */ short index; /* corresponding entry in ns mapping table */ const char *ns; /* only set when parsed ns URI is not in the ns mapping table */ char id[1]; /* the actual string value flows into the allocated region id[0...] below this struct */ }; /* block header, the data flows into the allocated region below this struct */ struct soap_bhead { struct soap_bhead *next; size_t size; }; /* block stack for nested block allocations */ struct soap_blist { struct soap_blist *next; struct soap_bhead *head; size_t size; }; /* pointer serialization management */ struct soap_plist { struct soap_plist *next; const void *ptr; void *dup; const void *array; /* array pointer */ int size; /* array size */ int type; int id; char mark1; /* 0=single-ref, 1=embedded-multi-ref (SOAP1.1), 2=multi-ref, 3=attachment */ char mark2; }; /* block allocation for pointer serialization management */ struct soap_pblk { struct soap_pblk *next; struct soap_plist plist[SOAP_PTRBLK]; }; #ifdef SOAP_MEM_DEBUG /* malloc/free tracking for debugging */ struct soap_mlist { struct soap_mlist *next; const void *ptr; const char *file; int line; short live; }; #endif /* class allocation list */ struct soap_clist { struct soap_clist *next; void *ptr; int type; int size; /* array size */ int (*fdelete)(struct soap_clist*); }; /* attributes */ struct soap_attribute { struct soap_attribute *next; short flag; /* soap_set_attr: 1 = normal, 2 = utf content */ char *value; size_t size; const char *ns; short visible; char name[1]; /* the actual name string flows into the allocated region below this struct */ }; #ifndef WITH_LEAN struct soap_cookie { struct soap_cookie *next; char *name; char *value; char *domain; char *path; time_t expire; /* client-side: local time to expire */ long maxage; /* server-side: seconds to expire */ unsigned int version; short secure; short session; /* server-side */ short env; /* server-side: got cookie from client and should not be (re)send */ short modified; /* server-side: client cookie was modified and should be send */ }; #endif SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart*); #ifdef __cplusplus class soap_multipart_iterator { public: struct soap_multipart *content; bool operator==(const soap_multipart_iterator& iter) const { return (bool)(content == iter.content); } bool operator!=(const soap_multipart_iterator& iter) const { return (bool)(content != iter.content); } struct soap_multipart &operator*() const { return *content; } soap_multipart_iterator &operator++() { content = soap_next_multipart(content); return *this; } soap_multipart_iterator() : content(NULL) { } soap_multipart_iterator(struct soap_multipart *p) : content(p) { } }; #endif #ifndef WITH_LEANER struct soap_dime { size_t count; size_t size; size_t chunksize; size_t buflen; char flags; char *ptr; const char *id; const char *type; const char *options; struct soap_multipart *list; /* list of DIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER struct soap_mime { char *boundary; /* MIME boundary */ const char *start; /* MIME start ID */ struct soap_multipart *list; /* list of MIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER /* RFC2045 MIME content transfer encodings */ enum soap_mime_encoding { SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN }; #endif #ifndef WITH_LEANER /* DIME/MIME multipart list */ struct soap_multipart { struct soap_multipart *next; char *ptr; /* points to raw data content */ size_t size; /* size of data content */ const char *id; /* DIME/MIME content ID or form data name */ const char *type; /* DIME/MIME type (MIME type format) */ const char *options; /* DIME options */ enum soap_mime_encoding encoding; /* MIME Content-Transfer-Encoding */ const char *location; /* MIME Content-Location (optional) */ const char *description; /* MIME Content-Description (optional) */ #ifdef __cplusplus typedef soap_multipart_iterator iterator; #endif }; #endif #ifndef WITH_LEANER /* attachment DIME and MTOM XOP forwarding */ struct soap_xlist { struct soap_xlist *next; unsigned char **ptr; int *size; char *id; char **type; char **options; }; #endif /******************************************************************************/ #ifndef WITH_LEANER /* dom.c[pp] functions (optional, compile and link dom.c[pp] */ struct soap; struct soap_dom_element; struct soap_dom_attribute; /* soap_dom_element construction */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt(struct soap_dom_element *elt, const char *ns, const char *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth(struct soap_dom_element *elt, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_att(struct soap_dom_element *elt, const struct soap_dom_attribute *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elt(struct soap_dom_element *elt, const struct soap_dom_element *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_atts(struct soap_dom_element *elt, const struct soap_dom_attribute *atts); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elts(struct soap_dom_element *elt, const struct soap_dom_element *elts); /* soap_dom_element assignment */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_bool(struct soap_dom_element *elt, LONG64 b); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_int(struct soap_dom_element *elt, LONG64 n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_double(struct soap_dom_element *elt, double x); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text(struct soap_dom_element *elt, const char *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text_w(struct soap_dom_element *elt, const wchar_t *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_node(struct soap_dom_element *elt, const void *node, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_copy(struct soap_dom_element *elt, const struct soap_dom_element *node); /* soap_dom_element properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_ns(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_tag(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_true(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_false(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_int(const struct soap_dom_element *elt); SOAP_FMAC1 long SOAP_FMAC2 soap_elt_get_long(const struct soap_dom_element *elt); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_elt_get_LONG64(const struct soap_dom_element *elt); SOAP_FMAC1 double SOAP_FMAC2 soap_elt_get_double(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_text(const struct soap_dom_element *elt); SOAP_FMAC1 const void * SOAP_FMAC2 soap_elt_get_node(const struct soap_dom_element *elt, int type); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_type(const struct soap_dom_element *elt, const void **node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_parent(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_depth(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_index(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_len(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_nth(const struct soap_dom_element *elt); /* soap_dom_attribute construction */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); /* soap_dom_attribute assignment */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_bool(struct soap_dom_attribute *att, LONG64 b); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_int(struct soap_dom_attribute *att, LONG64 n); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_double(struct soap_dom_attribute *att, double x); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text(struct soap_dom_attribute *att, const char *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text_w(struct soap_dom_attribute *att, const wchar_t *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_copy(struct soap_dom_attribute *att, const struct soap_dom_attribute *node); /* soap_dom_attribute properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_att_match_w(const struct soap_dom_attribute *att, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_ns(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_tag(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_true(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_false(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_get_int(const struct soap_dom_attribute *att); SOAP_FMAC1 long SOAP_FMAC2 soap_att_get_long(const struct soap_dom_attribute *att); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_att_get_LONG64(const struct soap_dom_attribute *att); SOAP_FMAC1 double SOAP_FMAC2 soap_att_get_double(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_text(const struct soap_dom_attribute *att); /* DOM local traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_next(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_next(const struct soap_dom_element *elt); /* DOM local retrieval */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_next(const struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_nth(struct soap_dom_element *elt, size_t n); /* DOM local search */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find_next(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next_type(const struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM size of local search results */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_att_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM deep traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(const struct soap_dom_element *elt, const struct soap_dom_element *end); /* DOM deep search */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find(struct soap_dom_element *begin, const struct soap_dom_element *end, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find_next(const struct soap_dom_element *elt, const struct soap_dom_element *end, const char *ns, const char *patt, int type); #endif #if defined(__cplusplus) } #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_attribute_iterator { public: struct soap_dom_attribute *iter; const char *nstr; const char *name; bool operator==(const soap_dom_attribute_iterator&) const; bool operator!=(const soap_dom_attribute_iterator&) const; struct soap_dom_attribute& operator*() const; struct soap_dom_attribute *operator->() const; soap_dom_attribute_iterator& operator++(); soap_dom_attribute_iterator operator++(int); soap_dom_attribute_iterator(); soap_dom_attribute_iterator(struct soap_dom_attribute*); ~soap_dom_attribute_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_attribute { struct soap_dom_attribute *next; const char *nstr; const char *name; const char *text; struct soap *soap; #ifdef __cplusplus typedef soap_dom_attribute_iterator iterator; soap_dom_attribute(struct soap *soap = NULL); soap_dom_attribute(const soap_dom_attribute& att); soap_dom_attribute(struct soap *soap, const char *tag); soap_dom_attribute(struct soap *soap, const wchar_t *tag); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); ~soap_dom_attribute(); soap_dom_attribute& set(const char *ns, const char *tag) { return *soap_att_set(this, ns, tag); } soap_dom_attribute& set(const char *ns, const wchar_t *tag) { return *soap_att_set_w(this, ns, tag); } soap_dom_attribute& set(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& set(int n) { return *soap_att_int(this, n); } soap_dom_attribute& set(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& set(float x) { return *soap_att_double(this, x); } soap_dom_attribute& set(double x) { return *soap_att_double(this, x); } soap_dom_attribute& set(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& set(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& set(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& set(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& operator=(int n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(float x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(double x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& operator=(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& operator=(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& operator=(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(const soap_dom_attribute& att) { return *soap_att_copy(this, &att); } soap_dom_attribute& att(const char *tag) { return *soap_att_add(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_add_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att_add(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_add_w(this, ns, tag); } bool match(const char *patt) const { return soap_att_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_att_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_att_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_att_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } bool is_true() const { return soap_att_is_true(this) != 0; } bool is_false() const { return soap_att_is_false(this) != 0; } LONG64 get_int() const { return soap_att_get_LONG64(this); } double get_double() const { return soap_att_get_double(this); } const char *get_text() const { return this->text; } operator bool() const { return soap_att_is_true(this) != 0; } operator int() const { return soap_att_get_int(this); } operator LONG64() const { return soap_att_get_LONG64(this); } operator double() const { return soap_att_get_double(this); } operator const char*() const { return this->text; } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_element_iterator { public: struct soap_dom_element *iter; struct soap_dom_element *stop; const char *nstr; const char *name; int type; bool deep; bool operator==(const soap_dom_element_iterator&) const; bool operator!=(const soap_dom_element_iterator&) const; struct soap_dom_element& operator*() const; struct soap_dom_element *operator->() const; soap_dom_element_iterator& operator++(); soap_dom_element_iterator operator++(int); soap_dom_element_iterator(); soap_dom_element_iterator(struct soap_dom_element*); ~soap_dom_element_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_element { struct soap_dom_element *next; struct soap_dom_element *prnt; struct soap_dom_element *elts; struct soap_dom_attribute *atts; const char *nstr; const char *name; const char *lead; const char *text; const char *code; const char *tail; const void *node; int type; struct soap *soap; #ifdef __cplusplus typedef soap_dom_element_iterator iterator; soap_dom_element(struct soap *soap = NULL); soap_dom_element(const soap_dom_element& elt); soap_dom_element(struct soap *soap, const char *tag); soap_dom_element(struct soap *soap, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); #ifndef WITH_COMPAT soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); #endif soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type); ~soap_dom_element(); soap_dom_element& set(const char *ns, const char *tag) { return *soap_elt_set(this, ns, tag); } soap_dom_element& set(const char *ns, const wchar_t *tag) { return *soap_elt_set_w(this, ns, tag); } soap_dom_element& set(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& set(int n) { return *soap_elt_int(this, n); } soap_dom_element& set(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& set(float x) { return *soap_elt_double(this, x); } soap_dom_element& set(double x) { return *soap_elt_double(this, x); } soap_dom_element& set(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& set(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& set(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& set(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& set(const void *node, int type) { return *soap_elt_node(this, node, type); } soap_dom_element& add(soap_dom_element& elt) { return *soap_add_elt(this, &elt); } soap_dom_element& add(soap_dom_element *elt) { return *soap_add_elt(this, elt); } soap_dom_element& add(soap_dom_attribute& att) { return *soap_add_att(this, &att); } soap_dom_element& add(soap_dom_attribute *att) { return *soap_add_att(this, att); } soap_dom_element& adds(soap_dom_element& elts) { return *soap_add_elts(this, &elts); } soap_dom_element& adds(soap_dom_element *elts) { return *soap_add_elts(this, elts); } soap_dom_element& adds(soap_dom_attribute& atts) { return *soap_add_atts(this, &atts); } soap_dom_element& adds(soap_dom_attribute *atts) { return *soap_add_atts(this, atts); } soap_dom_element& operator=(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& operator=(int n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(float x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(double x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& operator=(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& operator=(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& operator=(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& operator=(const soap_dom_element& elt) { return *soap_elt_copy(this, &elt); } template soap_dom_element& operator=(const T& node) { return this->set(&node, node.soap_type()); } template soap_dom_element& operator=(const T *node) { return this->set(node, node->soap_type()); } template soap_dom_element& operator=(T *node) { return this->set(node, node->soap_type()); } soap_dom_attribute& att(const char *tag) { return *soap_att(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_w(this, ns, tag); } soap_dom_element& elt() { return *soap_elt(this, NULL, NULL); } soap_dom_element& elt(const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& elt(const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& elt(const char *ns, const char *tag) { return *soap_elt(this, ns, tag); } soap_dom_element& elt(const char *ns, const wchar_t *tag) { return *soap_elt_w(this, ns, tag); } soap_dom_element& operator[](const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& operator[](const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& operator[](size_t n) { return *soap_nth(this, n); } soap_dom_attribute *att_get(const char *tag) const { return soap_att_get(this, NULL, tag); } soap_dom_attribute *att_get(const wchar_t *tag) const { return soap_att_get_w(this, NULL, tag); } soap_dom_attribute *att_get(const char *ns, const char *tag) const { return soap_att_get(this, ns, tag); } soap_dom_attribute *att_get(const char *ns, const wchar_t *tag) const { return soap_att_get_w(this, ns, tag); } soap_dom_element *elt_get() const { return soap_elt_get(this, NULL, NULL); } soap_dom_element *elt_get(const char *tag) const { return soap_elt_get(this, NULL, tag); } soap_dom_element *elt_get(const wchar_t *tag) const { return soap_elt_get_w(this, NULL, tag); } soap_dom_element *elt_get(const char *ns, const char *tag) const { return soap_elt_get(this, ns, tag); } soap_dom_element *elt_get(const char *ns, const wchar_t *tag) const { return soap_elt_get_w(this, ns, tag); } soap_dom_element *get_next() const { return soap_elt_get_next(this); } soap_dom_element *get_nth(size_t n) { return soap_elt_get_nth(this, n); } bool match(const char *patt) const { return soap_elt_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_elt_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_elt_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_elt_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } soap_dom_element *parent() { return this->prnt; } size_t depth() const { return soap_elt_depth(this); } size_t index() const { return soap_elt_index(this); } size_t len() const { return soap_elt_len(this); } size_t nth() const { return soap_elt_nth(this); } size_t elt_size() { return soap_elt_size(this, NULL, NULL); } size_t elt_size(const char *patt, int type = 0) { return elt_size(NULL, patt, type); } size_t elt_size(const char *ns, const char *patt, int type = 0) { return soap_elt_size_type(this, ns, patt, type); } size_t att_size() { return soap_att_size(this, NULL, NULL); } size_t att_size(const char *patt) { return att_size(NULL, patt); } #ifndef WITH_COMPAT size_t att_size(const std::string& patt) { return att_size(NULL, patt); } #endif size_t att_size(const char *ns, const char *patt) { return soap_att_size(this, ns, patt); } #ifndef WITH_COMPAT size_t att_size(const char *ns, const std::string& patt) { return soap_att_size(this, ns, patt.c_str()); } #endif bool is_true() const { return soap_elt_is_true(this) != 0; } bool is_false() const { return soap_elt_is_false(this) != 0; } LONG64 get_int() const { return soap_elt_get_LONG64(this); } double get_double() const { return soap_elt_get_double(this); } const char *get_text() const { return this->text; } const void *get_node(int type) const { return soap_elt_get_node(this, type); } int get_type(const void **node) const { return soap_elt_get_type(this, node); } operator bool() const { return soap_elt_is_true(this) != 0; } operator int() const { return soap_elt_get_int(this); } operator LONG64() const { return soap_elt_get_LONG64(this); } operator double() const { return soap_elt_get_double(this); } operator const char*() const { return this->text; } soap_dom_element_iterator begin(); soap_dom_element_iterator end() { return soap_dom_element_iterator(NULL); } soap_dom_element_iterator elt_begin() { return soap_dom_element_iterator(this->elts); } soap_dom_element_iterator elt_end() { return soap_dom_element_iterator(NULL); } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this->atts); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_element_iterator find(const char *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const wchar_t *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator find(int type); soap_dom_element_iterator elt_find(const char *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const wchar_t *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator elt_find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator elt_find(int type); soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dup_xsd__anyType(struct soap *soap, struct soap_dom_element *d, const struct soap_dom_element *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyType(const struct soap_dom_element *a); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dup_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *d, const struct soap_dom_attribute *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyAttribute(const struct soap_dom_attribute *a); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element *out); #if defined(__cplusplus) && !defined(WITH_COMPAT) extern std::ostream &operator<<(std::ostream&, const struct soap_dom_element&); extern std::istream &operator>>(std::istream&, struct soap_dom_element&); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element *out); #endif #if defined(__cplusplus) extern "C" { #endif /******************************************************************************/ #ifdef WIN32 # ifdef SOAP_STD_EXPORTS # define SOAP_STD_API __declspec(dllexport) # else # define SOAP_STD_API # endif #else # define SOAP_STD_API #endif struct SOAP_STD_API soap { short state; /* 0 = uninitialized, 1 = initialized, 2 = copy of another soap struct */ short version; /* 1 = SOAP1.1 and 2 = SOAP1.2 (set automatically from namespace URI in nsmap table), 0 indicates non-SOAP content */ soap_mode mode; soap_mode imode; soap_mode omode; const char *float_format; /* user-definable format string for floats (<1024 chars) */ const char *double_format; /* user-definable format string for doubles (<1024 chars) */ const char *long_double_format; /* user-definable format string for long doubles (<1024 chars) */ const char *dime_id_format; /* user-definable format string for integer DIME id ( 0, gives socket recv timeout in seconds, < 0 in usec */ int send_timeout; /* when > 0, gives socket send timeout in seconds, < 0 in usec */ int connect_timeout; /* when > 0, gives socket connect() timeout in seconds, < 0 in usec */ int accept_timeout; /* when > 0, gives socket accept() timeout in seconds, < 0 in usec */ int socket_flags; /* socket recv() and send() flags, e.g. set to MSG_NOSIGNAL to disable sigpipe */ int connect_flags; /* connect() SOL_SOCKET sockopt flags, e.g. set to SO_DEBUG to debug socket */ int bind_flags; /* bind() SOL_SOCKET sockopt flags, e.g. set to SO_REUSEADDR to enable reuse */ int accept_flags; /* accept() SOL_SOCKET sockopt flags */ unsigned short linger_time; /* linger time for SO_LINGER option */ const struct Namespace *namespaces; /* Pointer to global namespace mapping table */ struct Namespace *local_namespaces; /* Local namespace mapping table */ struct soap_nlist *nlist; /* namespace stack */ struct soap_blist *blist; /* block allocation stack */ struct soap_clist *clist; /* class instance allocation list */ void *alist; /* memory allocation (malloc) list */ short shaky; /* objects in reallocatable containers are on shaky grounds */ #if !defined(WITH_LEANER) || !defined(WITH_NOIDREF) struct soap_ilist *iht[SOAP_IDHASH]; #endif struct soap_plist *pht[SOAP_PTRHASH]; struct soap_pblk *pblk; /* plist block allocation */ short pidx; /* plist block allocation */ struct SOAP_ENV__Header *header; struct SOAP_ENV__Fault *fault; int idnum; void *user; /* for user to pass user-defined data to callbacks */ void *data[4]; /* extension data = {smdevp, mecevp, ...} */ struct soap_plugin *plugins; /* linked list of plug-in data */ const char *userid; /* HTTP Basic authorization userid */ const char *passwd; /* HTTP Basic authorization passwd */ const char *authrealm; /* HTTP authentication realm (NTLM domain) */ #if !defined(WITH_LEAN) || defined(WITH_NTLM) const char *ntlm_challenge; /* HTTP NTLM challenge key string */ short ntlm_auth; /* HTTP NTLM authentication type */ short ntlm_stage; /* HTTP NTLM stage 0..3 */ #endif int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); int (*fget)(struct soap*); /* HTTP GET hook (not set by default) */ int (*fput)(struct soap*); /* HTTP PUT hook (handled as POST by default) */ int (*fdel)(struct soap*); /* HTTP DELETE hook (not set by default) */ int (*fopt)(struct soap*); /* HTTP OPTIONS hook (not set by default) */ int (*fhead)(struct soap*); /* HTTP HEAD hook (not set by default) */ int (*fform)(struct soap*); /* HTTP/HTML form handler for plugins */ int (*fposthdr)(struct soap*, const char*, const char*); int (*fresponse)(struct soap*, int, size_t); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fheader)(struct soap*); int (*fresolve)(struct soap*, const char*, struct in_addr* inaddr); int (*fconnect)(struct soap*, const char*, const char*, int); int (*fdisconnect)(struct soap*); int (*fclosesocket)(struct soap*, SOAP_SOCKET); int (*fshutdownsocket)(struct soap*, SOAP_SOCKET, int); SOAP_SOCKET (*fopen)(struct soap*, const char*, const char*, int); SOAP_SOCKET (*faccept)(struct soap*, SOAP_SOCKET, struct sockaddr*, int *n); int (*fclose)(struct soap*); int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); int (*fpoll)(struct soap*); void (*fseterror)(struct soap*, const char **c, const char **s); int (*fignore)(struct soap*, const char*); int (*fserveloop)(struct soap*); void *(*fplugin)(struct soap*, const char*); void *(*fmalloc)(struct soap*, size_t); #ifndef WITH_LEANER int (*fsvalidate)(struct soap*, const char*, const char*); int (*fwvalidate)(struct soap*, const char*, const wchar_t*); int (*feltbegin)(struct soap*, const char*); int (*feltendin)(struct soap*, const char*, const char*); int (*feltbegout)(struct soap*, const char*); int (*feltendout)(struct soap*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int recverror; /* last soap_recv_raw error code for filterrecv */ int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); void *(*fdimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fdimewriteopen)(struct soap*, const char*, const char*, const char*); void (*fdimereadclose)(struct soap*, void*); void (*fdimewriteclose)(struct soap*, void*); size_t (*fdimeread)(struct soap*, void*, char*, size_t); int (*fdimewrite)(struct soap*, void*, const char*, size_t); void *(*fmimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fmimewriteopen)(struct soap*, void*, const char*, const char*, const char*, enum soap_mime_encoding); void (*fmimereadclose)(struct soap*, void*); void (*fmimewriteclose)(struct soap*, void*); size_t (*fmimeread)(struct soap*, void*, char*, size_t); int (*fmimewrite)(struct soap*, void*, const char*, size_t); #endif SOAP_SOCKET master; /* socket bound to TCP/IP port */ SOAP_SOCKET socket; /* socket to send and receive */ SOAP_SOCKET sendsk; /* socket to send (overrides ::socket) */ SOAP_SOCKET recvsk; /* socket to receive (overrides ::socket) */ #if defined(__cplusplus) && !defined(WITH_COMPAT) std::ostream *os; /* C++ only: ostream to send */ std::istream *is; /* C++ only: istream to receive */ #else const char **os; /* C only: pointer to a const char*, will be set to point to the string output */ const char *is; /* C only: a const char* to read from (soap->is will advance) */ #endif #ifndef UNDER_CE int sendfd; /* int file descriptor for sending */ int recvfd; /* int file descriptor for receiving */ #else FILE *sendfd; /* WinCE FILE* to send */ FILE *recvfd; /* WinCE FILE* to receive */ #endif size_t bufidx; /* index in soap.buf[] */ size_t buflen; /* length of soap.buf[] content */ soap_wchar ahead; /* parser lookahead */ short cdata; /* CDATA parser state */ short body; /* HTTP or XML element has a body (1) or not (0) */ unsigned int level; /* XML nesting level */ size_t count; /* message length counter */ size_t length; /* message length as set by HTTP header */ char *labbuf; /* look-aside buffer */ size_t lablen; /* look-aside buffer allocated length */ size_t labidx; /* look-aside buffer index to available part */ char buf[SOAP_BUFLEN];/* send and receive buffer */ char msgbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers and short messages, must be >=1024 bytes */ char tmpbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers, simpleType values, element and attribute tag names, and DIME must be >=1024 bytes */ char tag[SOAP_TAGLEN]; char id[SOAP_TAGLEN]; char href[SOAP_TAGLEN]; char type[SOAP_TAGLEN]; char arrayType[SOAP_TAGLEN]; char arraySize[SOAP_TAGLEN]; char arrayOffset[SOAP_TAGLEN]; short other; short root; int position; int positions[SOAP_MAXDIMS]; struct soap_attribute *attributes; /* attribute list */ short encoding; /* when set, output encodingStyle */ short mustUnderstand; /* a mustUnderstand element was parsed or is output */ short null; /* parsed XML is xsi:nil */ short ns; /* zero to output all xmlns */ short part; /* SOAP part state (header or body) */ short event; /* engine events and states for use by plugins */ short peeked; unsigned int evlev; /* event level */ int alloced; size_t chunksize; size_t chunkbuflen; char endpoint[SOAP_TAGLEN]; char path[SOAP_TAGLEN]; char host[SOAP_TAGLEN]; char *action; const char *prolog; /* XML declaration prolog */ unsigned long ip; /* IP number */ int port; /* port number */ short keep_alive; /* connection should be kept open */ short tcp_keep_alive; /* enable SO_KEEPALIVE */ unsigned int tcp_keep_idle; /* set TCP_KEEPIDLE */ unsigned int tcp_keep_intvl; /* set TCP_KEEPINTVL */ unsigned int tcp_keep_cnt; /* set TCP_KEEPCNT */ unsigned int max_keep_alive; /* maximum keep-alive session (default=100) */ const char *proxy_http_version;/* HTTP version of proxy "1.0" or "1.1" */ const char *proxy_host; /* Proxy Server host name */ int proxy_port; /* Proxy Server port (default = 8080) */ const char *proxy_userid; /* Proxy Authorization user name */ const char *proxy_passwd; /* Proxy Authorization password */ const char *proxy_from; /* X-Forwarding-For header returned by proxy */ int status; /* -1 when request, else error code to be returned by server */ int error; int errmode; int errnum; #ifndef WITH_LEANER struct soap_dom_element *dom; struct soap_dime dime; struct soap_mime mime; struct soap_xlist *xlist; #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) const char *logfile[SOAP_MAXLOGS]; FILE *fdebug[SOAP_MAXLOGS]; struct soap_mlist *mht[SOAP_PTRHASH]; #endif #ifndef WITH_LEAN const char *wsuid; /* space-separated string of element tags */ const char *c14nexclude; /* space-separated string of prefixes for c14n exclusion */ const char *c14ninclude; /* space-separated string of prefixes for c14n inclusion */ struct soap_cookie *cookies; const char *cookie_domain; const char *cookie_path; int cookie_max; #endif #ifndef WITH_NOIO unsigned int ipv6_multicast_if; /* in_addr_t in6addr->sin6_scope_id IPv6 value */ char* ipv4_multicast_if; /* IP_MULTICAST_IF IPv4 setsockopt interface_addr */ unsigned char ipv4_multicast_ttl; /* IP_MULTICAST_TTL value 0..255 */ union { struct sockaddr addr; struct sockaddr_in in; struct sockaddr_storage storage; } peer; /* set by soap_connect/soap_accept and by UDP recv */ #endif size_t peerlen; #if defined(WITH_OPENSSL) /* OpenSSL */ int (*fsslauth)(struct soap*); int (*fsslverify)(int, X509_STORE_CTX*); BIO *bio; SSL *ssl; SSL_CTX *ctx; SSL_SESSION *session; const char *dhfile; const char *randfile; #elif defined(WITH_GNUTLS) /* GNUTLS */ int (*fsslauth)(struct soap*); void *fsslverify; gnutls_certificate_credentials_t xcred; /* cert pointer */ gnutls_anon_client_credentials_t acred; /* anon pointer */ gnutls_priority_t cache; /* priority cache pointer */ gnutls_session_t session; /* session pointer */ gnutls_dh_params_t dh_params; gnutls_rsa_params_t rsa_params; #elif defined(WITH_SYSTEMSSL) /* SYSTEM SSL */ int (*fsslauth)(struct soap*); void *fsslverify; /* N/A */ void *bio; /* N/A */ gsk_handle ctx; /* environment */ gsk_handle ssl; /* ssl socket */ void *session; /* N/A */ const char *dhfile; /* N/A */ const char *randfile; /* N/A */ #else /* No SSL/TLS */ void *fsslauth; /* dummy members, to preserve struct size */ void *fsslverify; void *bio; void *ssl; void *ctx; void *session; void *dh_params; void *rsa_params; #endif unsigned short ssl_flags; const char *keyfile; const char *keyid; const char *password; const char *cafile; const char *capath; const char *crlfile; char session_host[SOAP_TAGLEN]; int session_port; #ifdef WITH_C_LOCALE # ifdef WIN32 _locale_t c_locale; /* set to C locale by default */ # else locale_t c_locale; /* set to C locale by default */ # endif #else void *c_locale; #endif #ifdef WITH_ZLIB z_stream *d_stream; /* decompression stream */ uLong z_crc; /* internal gzip crc */ #else void *d_stream; /* dummy members, to preserve struct size */ soap_int32 z_crc; #endif const char *z_dict; /* support for zlib static dictionaries */ unsigned int z_dict_len; short zlib_state; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_INFLATE */ short zlib_in; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ short zlib_out; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ char *z_buf; /* buffer */ size_t z_buflen; unsigned short z_level; /* compression level to be used (0=none, 1=fast to 9=best) */ float z_ratio_in; /* detected compression ratio compressed_length/length of inbound message */ float z_ratio_out; /* detected compression ratio compressed_length/length of outbound message */ #ifdef WMW_RPM_IO /* VxWorks */ void *rpmreqid; #endif #ifdef __cplusplus soap(); soap(soap_mode); soap(soap_mode, soap_mode); soap(const struct soap&); struct soap& operator=(const struct soap&); ~soap(); /* no virtual methods, so sizeof(soap) is same in C and C++ */ #endif }; struct soap_code_map { LONG64 code; const char *string; }; /* forwarding list */ struct soap_flist { struct soap_flist *next; int type; void *ptr; unsigned int level; size_t index; void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**); }; /* id-ref forwarding list */ struct soap_ilist { struct soap_ilist *next; int type; size_t size; void *ptr; void **spine; void *link; void *copy; struct soap_flist *flist; void *smart; short shaky; char id[1]; /* the actual id string value flows into the allocated region below this struct */ }; struct soap_plugin { struct soap_plugin *next; const char *id; void *data; int (*fcopy)(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); void (*fdelete)(struct soap *soap, struct soap_plugin *p); /* should delete fields of plugin only and not free(p) */ }; extern SOAP_NMAC struct Namespace namespaces[]; #ifndef WITH_LEAN # define soap_get0(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx]) # define soap_get1(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx++]) #else soap_wchar soap_get0(struct soap*); soap_wchar soap_get1(struct soap*); #endif #define soap_versioning_paste(name, ext) name##_REQUIRE_lib_v##ext #define soap_versioning_ext(name, ext) soap_versioning_paste(name, ext) #define soap_versioning(name) soap_versioning_ext(name, GSOAP_VERSION) #define soap_init(soap) soap_init1(soap, SOAP_IO_DEFAULT) #define soap_init1(soap, mode) soap_init2(soap, mode, mode) #define soap_init2(soap, imode, omode) soap_versioning(soap_init)(soap, imode, omode) #define soap_new() soap_new1(SOAP_IO_DEFAULT) #define soap_new1(mode) soap_new2(mode, mode) #define soap_new2(imode, omode) soap_versioning(soap_new)(imode, omode) #define soap_revget1(soap) ((soap)->bufidx--) #define soap_unget(soap, c) ((soap)->ahead = c) #define soap_register_plugin(soap, plugin) soap_register_plugin_arg(soap, plugin, NULL) #define soap_mode(soap, n) ((soap)->mode = (soap)->imode = (soap)->omode = (n)) #define soap_imode(soap, n) ((soap)->imode = (n)) #define soap_omode(soap, n) ((soap)->omode = (n)) #define soap_set_imode(soap, n) ((soap)->imode |= (n)) #define soap_clr_imode(soap, n) ((soap)->imode &= ~(n)) #define soap_set_omode(soap, n) ((soap)->omode |= (n)) #define soap_clr_omode(soap, n) ((soap)->omode &= ~(n)) #define soap_set_mode(soap, n) ((soap)->mode |= (n), (soap)->imode |= (n), (soap)->omode |= (n)) #define soap_clr_mode(soap, n) ((soap)->mode &= ~(n), (soap)->imode &= ~(n), (soap)->omode &= ~(n)) #define soap_destroy(soap) soap_delete((soap), NULL) #define SOAP_NO_LINK_TO_DELETE (-2) /* pass to soap_link() as size n: do not manage, smart pointers are self-managing */ #ifdef HAVE_STRRCHR # define soap_strrchr(s, t) strrchr(s, t) #else SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t); #endif #ifdef HAVE_STRTOL # define soap_strtol(s, t, b) strtol(s, t, b) #else SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char*, char**, int); #endif #ifdef HAVE_STRTOUL # define soap_strtoul(s, t, b) strtoul(s, t, b) #else SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char*, char**, int); #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoll _strtoi64 #else # define soap_strtoll strtoll #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoull _strtoui64 #else # define soap_strtoull strtoull #endif #if defined(WITH_OPENSSL) # define soap_random soap_rand() SOAP_FMAC1 int SOAP_FMAC2 soap_rand(void); #elif defined(HAVE_RANDOM) # define soap_random (int)random() #else # define soap_random rand() #endif #ifdef WITH_NOIDREF # define soap_embedded(s, p, t) ((void)(s), 0) # define soap_id_lookup(s, i, p, t, n, k, fb) ((void)(s), (p)) # define soap_id_forward(s, h, p, i, t, tt, n, k, fi, fb) ((void)(s), (p)) # define soap_id_nullify(s, i) ((void)(s), (i)) # define soap_reference(s, a, t) ((void)(s), 1) # define soap_array_reference(s, p, a, n, t) ((void)(s), 1) # define soap_embed(s, p, a, n, t) ((void)(s), 0) # define soap_embedded_id(s, i, p, t) ((void)(s), (void)(t), i) # define soap_is_embedded(s, p) ((void)(s), 0) # define soap_is_single(s, p) ((void)(s), 1) # define soap_lookup_type(s, i) ((void)(s), 0) # define soap_getindependent(s) ((void)(s), 0) # define soap_putindependent(s) ((void)(s), 0) # define soap_markelement(s, p, t) ((void)(s), 0) # define soap_begin_shaky(s) ((void)(s), 0) # define soap_end_shaky(s, f) ((void)(s), (void)(f), 0) #endif /* soap_traverse() traversal/walker routines take walker function arguments */ typedef void soap_walker(struct soap*, void*, int, const char*, const char*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve(struct soap *soap); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_request(struct soap *soap); SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultsubcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultstring(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultdetail(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultsubcode(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultdetail(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializeheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getfault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putfault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init(void); SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap*, int, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap*, const char*, const char*); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap*, const char*, int, int); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap*, const char*); #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap*, int status, size_t count); SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char*, size_t, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char*, size_t, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap*, unsigned long); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap*, int*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap*, int*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap*, unsigned char**, int*, char**, char**, char**); SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap*, unsigned char**, int*, char**, char**, char**); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap*, const void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup_id(struct soap*, void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int type); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_lookup(struct soap*, const char*); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_enter(struct soap*, const char*, int, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap*, const void *p, const void *a, int n, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap*, int id, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap*, struct soap_plist*); SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap*, struct soap_plist*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap*, struct soap_plist*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark); SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **pp, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap*); SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map*, const char*); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map*, const char*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map*, long); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap*, const struct soap_code_map*, long); SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap*, char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap*, void*); SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap*, void*, int, int, int (*fdelete)(struct soap_clist*)); SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap*, const void*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap*, const char*, int, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap*, const char*, int, void*); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap*, const char *id); SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap*, short); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap*, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap*, const char *id, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void(*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)); SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap*, const char*); #endif SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap*, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)); SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char*, int, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *, int); SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *, const int *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *, int *); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizesoffsets(struct soap*, const char *, const int *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffsets(struct soap*, const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_versioning(soap_new)(soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy(const struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy_context(struct soap*, const struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap*, struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap*, soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap*, void*); SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap*, struct soap*); /* API functions available with DEBUG or SOAP_DEBUG defined: */ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap*, int); /* */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_value(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap*, const char*, const char *); SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap*, const char*, int, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap*, const char *tag, int id, const char *type, const char *offset); SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap*, const char *tag, int id, int href); SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap*, const char *tag, int id, const char *ref, const char *val); SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap*, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap*, const char *tag); SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap*, const char *tag, int nillable, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_memdup(struct soap*, const void*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_strdup(struct soap*, const char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrdup(struct soap*, const wchar_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_strtrim(struct soap*, char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrtrim(struct soap*, wchar_t*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little); SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap*, const char *s, int flag); SOAP_FMAC1 char* SOAP_FMAC2 soap_string_in(struct soap*, int, long, long, const char*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap*, const wchar_t *s, int flag); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstring_in(struct soap*, int, long, long, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap*, const char *, const char*, size_t n1, size_t n2); SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap*, short); SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap*, const struct Namespace*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap*); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_push_namespace(struct soap*, const char *,const char *); SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap*, const char*, size_t); SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap*, struct soap_blist*, char*, int); SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap*, struct soap_blist*); SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap*); SOAP_FMAC1 char * SOAP_FMAC2 soap_get_http_body(struct soap*, size_t *len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap*, int status); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap*, int check); #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap*, FILE*); SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap*, FILE*); # ifndef WITH_LEAN # ifndef WITH_COMPAT # ifdef __cplusplus SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap*, std::ostream&); # endif # endif SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap*, char*, size_t); # endif #endif SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap*, const char*, char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap*, const char*, short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap*, const char*, int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap*, const char*, long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap*, const char*, LONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap*, const char*, float*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap*, const char*, double*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap*, const char*, unsigned char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap*, const char*, unsigned short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap*, const char*, unsigned int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap*, const char*, unsigned long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap*, const char*, ULONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap*, const char*, char**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap*, const char*, char**, long minlen, long maxlen); #ifndef WITH_COMPAT #ifdef __cplusplus SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap*, const char*, std::wstring*, long minlen, long maxlen); #endif #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap*, const char*, wchar_t**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap*, const char*, time_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap*, const unsigned char*, char*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap*, const unsigned char*, char*, int); #endif SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap*, char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap*, short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap*, int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap*, float); SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap*, double); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap*, unsigned char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap*, unsigned short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap*, unsigned int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap*, unsigned long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap*, ULONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap*, const char*); #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap*, time_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap*, const char*, char*, size_t, int*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap*, const char*, char*, size_t, int*); #endif SOAP_FMAC1 int* SOAP_FMAC2 soap_inint(struct soap*, const char *tag, int *p, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_inbyte(struct soap*, const char *tag, char *p, const char *, int); SOAP_FMAC1 long* SOAP_FMAC2 soap_inlong(struct soap*, const char *tag, long *p, const char *, int); SOAP_FMAC1 LONG64* SOAP_FMAC2 soap_inLONG64(struct soap*, const char *tag, LONG64 *p, const char *, int); SOAP_FMAC1 short* SOAP_FMAC2 soap_inshort(struct soap*, const char *tag, short *p, const char *, int); SOAP_FMAC1 float* SOAP_FMAC2 soap_infloat(struct soap*, const char *tag, float *p, const char *, int); SOAP_FMAC1 double* SOAP_FMAC2 soap_indouble(struct soap*, const char *tag, double *p, const char *, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_inunsignedByte(struct soap*, const char *tag, unsigned char *p, const char *, int); SOAP_FMAC1 unsigned short* SOAP_FMAC2 soap_inunsignedShort(struct soap*, const char *tag, unsigned short *p, const char *, int); SOAP_FMAC1 unsigned int* SOAP_FMAC2 soap_inunsignedInt(struct soap*, const char *tag, unsigned int *p, const char *, int); SOAP_FMAC1 unsigned long* SOAP_FMAC2 soap_inunsignedLong(struct soap*, const char *tag, unsigned long *p, const char *, int); SOAP_FMAC1 ULONG64* SOAP_FMAC2 soap_inULONG64(struct soap*, const char *tag, ULONG64 *p, const char *, int); SOAP_FMAC1 char** SOAP_FMAC2 soap_instring(struct soap*, const char *tag, char **p, const char *, int, int, long, long, const char*); SOAP_FMAC1 char** SOAP_FMAC2 soap_inliteral(struct soap*, const char *tag, char **p); #ifndef WITH_LEAN SOAP_FMAC1 time_t* SOAP_FMAC2 soap_indateTime(struct soap*, const char *tag, time_t *p, const char *, int); SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm*); #endif #ifndef WITH_LEANER SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwstring(struct soap*, const char *tag, wchar_t **p, const char *, int, long, long, const char*); SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwliteral(struct soap*, const char *tag, wchar_t **p); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap*, const char *tag, int id, const char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap*, const char *tag, int id, const short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap*, const char *tag, int id, const int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap*, const char *tag, int id, const long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap*, const char *tag, int id, const LONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap*, const char *tag, int id, const float *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap*, const char *tag, int id, const double *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap*, const char *tag, int id, const unsigned char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap*, const char *tag, int id, const unsigned short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap*, const char *tag, int id, const unsigned int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap*, const char *tag, int id, const unsigned long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap*, const char *tag, int id, const ULONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap*, const char *tag, int id, char *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap*, const char *tag, char *const*p, const char *type); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap*, const char *tag, int id, const time_t *p, const char *, int); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap*, const char *tag, int id, wchar_t *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap*, const char *tag, wchar_t *const*p, const char *type); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *, const char*, int, const void*, const void*, int, const char*, const char*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap*, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_dime_option(struct soap*, unsigned short, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap*, struct soap_multipart*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap*, const char *boundary, const char *start); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap*, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option); SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap*, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description); 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#ifdef WITH_COOKIES SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap*, const char*, const char*, const char*, const char*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_env_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern time_t SOAP_FMAC2 soap_cookie_expire(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_expire(struct soap*, const char*, long, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_clr_cookie_session(struct soap*, const char*, const char*, const char*); 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((T*)(b->head + 1))->T::~T(); soap_pop_block(soap, b); } static void save(struct soap *soap, struct soap_blist *b, T *p) { if (!b) b = soap->blist; for (T *q = (T*)soap_first_block(soap, b); q; q = (T*)soap_next_block(soap, b)) { soap_update_pointers(soap, (const char*)p, (const char*)q, sizeof(T)); *p++ = *q; q->T::~T(); } } static void end(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; for (T *p = (T*)soap_first_block(soap, b); p; p = (T*)soap_next_block(soap, b)) p->T::~T(); soap_end_block(soap, b); } }; #endif #endif /* STDSOAP_H */ gsoap-2.8.28/gsoap/samples/calc_vs2005/README.txt0000644000175000017500000000201512653650154020465 0ustar ellertellertMicrosoft Visual Studio 2005 project example for the simple calculator service. To create a new gSOAP-based VS2005 project, follow these additional steps: Add a custom-build step to invoke soapcpp2 on the gSOAP header file (xyz.h): Right-button select xyz.h and select Properties In Configuration Propertes select Custom Build Step Command Line: soapcpp2.exe -i -wx -C $(InputFileName) Outputs: soapH.h soapStub.h soapC.cpp IMPORTANT: make sure to compile all sources in C++ compilation mode. If you migrate to a project file .vcproj, please set CompileAs="2" in your .vcproj file. Notes: 1. soapcpp2.exe must be installed as an executable, or you need to copy it to your project directory to enable custom-build step execution. 2. do not #include "xyz.h" in our source code directly, but #include the soapxyzProxy.h (for proxies) or soapH.h file and the .nsmap file The calc_vs2005 executable is a simple console application to invoke the calculator service from the DOS command line: $ calc_vs2005 add 3 4 result = 7 gsoap-2.8.28/gsoap/samples/calc_vs2005/debug/0000755000175000017500000000000012653650154020057 5ustar ellertellertgsoap-2.8.28/gsoap/samples/chaining++/0000755000175000017500000000000012653650172016756 5ustar ellertellertgsoap-2.8.28/gsoap/samples/chaining++/quote.h0000644000175000017500000000046712653650154020273 0ustar ellertellert//gsoap ns service name: quote //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: urn:xmethods-delayed-quotes //gsoap ns service location: http://64.124.140.30:9090/soap //gsoap ns service method-action: getQuote "" int ns__getQuote(char *symbol, float *Result); 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least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/chaining++/env.h0000644000175000017500000000156012653650154017721 0ustar ellertellert/* env.h Defines SOAP-ENV Header and Fault global structures shared by client and service modules to process SOAP headers and faults when combining multiple client and/or services into one executable. Defines SOAP Fault and SOAP Header structures, which will be shared by client and service modules. The Header structure should contain all fields required by the clients and services. To obtain these, look into the wsdl2h-generated .h files for struct SOAP_ENV__Header and struct SOAP_ENV__Detail. Copy these below to make them globally visible to the gSOAP engine and plugins. Copyright (C) 2000-2003 Robert A. van Engelen, Genivia inc. All Rights Reserved. Compile: soapcpp2 -penv env.h c++ -c envC.cpp c++ -DWITH_NONAMESPACES -c stdsoap2.cpp */ #import "header.h" // optional user-defined headers #import "fault.h" // optional user-defined fault details gsoap-2.8.28/gsoap/samples/chaining++/README.txt0000644000175000017500000000431312653650154020455 0ustar ellertellert How to combine multiple C++ services into one server executable? The following method works well for all simple services, but not for plugin-based behaviors as plugin states are not propagated when chaining. In that case, please read suggestions further below to use a different option. Run wsdl2h on each WSDL, with "wsdl2h name.wsdl" to produce name.h Run "soapcpp2 -i -S -qName name.h" to produce a service class in a C++ namespace. The files generated by this command that you need are NamexxxService.h, NamexxxService.cpp, and NameC.cpp Run "soapcpp2 -CS -penv env.h" on an empty env.h (or an env.h with shared SOAP Header and SOAP Fault definitions) to produce envC.cpp for Header and Fault processing. Compile and link all these files together with libgsoap++ (or stdsoap2.cpp). Implement service chaining as follows: Name1::xxxService s1; Name2::yyyService s2; Name3::zzzService s3; s1.bind(NULL, 8080, 100); s1.accept(); if (soap_begin_serve(&s1)) ... error else if (s1.dispatch() == SOAP_NO_METHOD) { soap_copy_stream(&s2, &s1); if (s2.dispatch() == SOAP_NO_METHOD) { soap_copy_stream(&s3, &s2); if (s3.dispatch() == SOAP_NO_METHOD) ... error soap_free_stream(&s3); } soap_free_stream(&s2); } s1.destroy(); s2.desotry(); s3.destroy(); The above assumes soapcpp2 option -i is used, which means that each service object has its own engine state. This does not work well with plugins as it is tricky to ensure the plugin states are kept in sync. You can use soapcpp2 with option -j instead of -i: run "soapcpp2 -j -S -qName name.h" to produce a service class in a C++ namespace such that the instance has a soap context that can be shared. This allows plugins to be registered just once and shared across the services. The code is changed to: struct soap *soap = soap_new(); Name1::xxxService s1(soap); Name2::yyyService s2(soap); Name3::zzzService s3(soap); soap_bind(soap, NULL, 8080, 100); soap_accept(soap); if (soap_begin_serve(soap)) ... error else if (s1.dispatch() == SOAP_NO_METHOD) { if (s2.dispatch() == SOAP_NO_METHOD) { if (s3.dispatch() == SOAP_NO_METHOD) ... error } } soap_destroy(soap); soap_end(soap); soap_free(soap); // only safe when s1, s2, s3 are also deleted gsoap-2.8.28/gsoap/samples/chaining++/header.h0000644000175000017500000000120412653650154020354 0ustar ellertellert/* header.h Example SOAP Header definitions, to demonstrate the use of env.h. This file defines the SOAP Header data structure shared by client and service modules Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. */ //gsoap h schema namespace: http://websrv.cs.fsu.edu/~engelen/h.xsd // h:authentication type of SOAP Header element struct h__authentication { @char *userid; // userid XML attribute @char *passwd; // passwd XML attribute }; // add the above to the SOAP Header elements: struct SOAP_ENV__Header { struct h__authentication *h__credentials; // rendered as XML }; gsoap-2.8.28/gsoap/samples/chaining++/chaining.cpp0000644000175000017500000000600512653650154021243 0ustar ellertellert/* chaining.cpp Example chaining of C++ service classes into one service application, assuming they are built with soapcpp2 option -i NOTE: option -j is preferred, see chaining2.cpp To generate non-client-server header and fault handlers: $ soapcpp2 -CS -penv env.h The quote service: $ soapcpp2 -i -S -qQuote quote.h The calc service: $ soapcpp2 -i -S -qCalc calc.h c++ -o chaining.cgi chaining.cpp stdsoap2.cpp envC.c QuotequoteService.cpp CalccalcService.cpp QuoteC.cpp CalcC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "QuotequoteService.h" #include "CalccalcService.h" /* A dummy global table, to keep the linker happy */ struct Namespace namespaces[] = { {NULL} }; int main() { Quote::quoteService quote; Calc::calcService calc; /* serve over stdin/out, CGI style */ if (soap_begin_serve("e)) quote.soap_stream_fault(std::cerr); else if (quote.dispatch() == SOAP_NO_METHOD) { soap_copy_stream(&calc, "e); if (calc.dispatch()) soap_send_fault(&calc); soap_free_stream(&calc); } else if (quote.error) soap_send_fault("e); quote.destroy(); calc.destroy(); return 0; } int Quote::quoteService::getQuote(char *s, float *r) { *r = 123; /* a dummy service, stocks don't move */ return SOAP_OK; } int Calc::calcService::add(double a, double b, double *r) { *r = a + b; return SOAP_OK; } int Calc::calcService::sub(double a, double b, double *r) { *r = a - b; return SOAP_OK; } int Calc::calcService::mul(double a, double b, double *r) { *r = a * b; return SOAP_OK; } int Calc::calcService::div(double a, double b, double *r) { *r = a / b; return SOAP_OK; } int Calc::calcService::pow(double a, double b, double *r) { *r = ::pow(a, b); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/chaining++/calc.h0000644000175000017500000001041012653650154020025 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/chaining++/Makefile.am0000644000175000017500000000247412653650154021021 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = chaining include ../Makefile.defines envC.cpp: env.h $(SOAP) -CS -penv -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< QuotequoteService.cpp: quote.h $(SOAP) -iS -qQuote -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< CalccalcService.cpp: calc.h $(SOAP) -iS -qCalc -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< BUILT_SOURCES = QuotequoteService.cpp CalccalcService.cpp envC.cpp CLEANFILES = *.req.xml *.res.xml *.nsmap *.xsd *.wsdl envStub.h envH.h envC.cpp CalcStub.h CalcH.h CalcC.cpp Calc*Proxy.h Calc*Proxy.cpp Calc*Object.h Calc*Service.h Calc*Service.cpp CalcClient.cpp CalcServer.cpp CalcClientLib.cpp CalcServerLib.cpp QuoteStub.h QuoteH.h QuoteC.cpp Quote*Proxy.h Quote*Proxy.cpp Quote*Object.h Quote*Service.h Quote*Service.cpp QuoteClient.cpp QuoteServer.cpp QuoteClientLib.cpp QuoteServerLib.cpp *~ SOAP_NS = Calc.nsmap chaining_SOURCES = chaining.cpp quote.h calc.h env.h QuotequoteService.cpp CalccalcService.cpp QuoteC.cpp CalcC.cpp envC.cpp chaining_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) -lm gsoap-2.8.28/gsoap/samples/chaining++/fault.h0000644000175000017500000000234612653650154020247 0ustar ellertellert/* fault.h Example SOAP Fault detail definitions, to demonstrate the use of env.h. Defines optional SOAP Fault derail data structures Copyright (C) 2000-2004 Robert A. van Engelen. All Rights Reserved. */ /* Add any data structure you want to serialize as part of the SOAP Fault detail element. The detail element '__type' and 'value' fields should be set to transmit data. The fields are set when data of corresponding types are received. For example, we define an of name with a string vector (note the leading _ in the following declaration): class _f__myData { public: std::vector *data; }; To return a fault from your service application: soap_sender_fault(soap, "An error occurred", NULL)); // set soap fault soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap->fault->detail->__type = SOAP_TYPE__f__myData; soap->fault->detail->value = soap_new__f__myData(soap, -1); return SOAP_FAULT; In addition, you can modify the SOAP_ENV__Detail struct and add your own set of fields, as in: struct SOAP_ENV__Detail { struct f__myDataType f__myData; int __type; void *value; char *__any; // or use '_XML __any' to store literal XML content }; */ gsoap-2.8.28/gsoap/samples/webserver/0000755000175000017500000000000012653650156017056 5ustar ellertellertgsoap-2.8.28/gsoap/samples/webserver/opt.h0000644000175000017500000000270712653650156020037 0ustar ellertellert/* opt.h To generate serializers for options.c. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2004, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ struct t__Option { char *key; char *val; }; gsoap-2.8.28/gsoap/samples/webserver/dh512.pem0000644000175000017500000000023412653650156020403 0ustar ellertellert-----BEGIN DH PARAMETERS----- MEYCQQDYbhGNVV6GoxOPsX+rBNGmgfJqh7+e1PFj8IketLqWtA2gkXAB9PKxrkDQ jvuEoXE4A6PVPfstmP/Ef4uNfCqLAgEC -----END DH PARAMETERS----- gsoap-2.8.28/gsoap/samples/webserver/bt.gif0000444000175000017500000000056312653650156020154 0ustar ellertellertGIF89a ---PPPfff! AdobeGoLivexmQMO0 -@Sib*abguHi<%NΜqKW"%_?E~FLb$GSpe:KByWH6_oU!MX SwV43f/߄4옽v=6 L=ȋU+pR^XW(/g|&K^mmGp_5uO{,U;*Т`GBc7%}t=YK2խ,j+!."'VX іB8Ui2N_; ⵑ!, (@41$;gsoap-2.8.28/gsoap/samples/webserver/test.html0000444000175000017500000000125512653650156020724 0ustar ellertellert

Test Page

Text test.

Image test.

HTTP GET form test (HTML response).

HTTP POST form test (HTML response).

HTTP POST multipart/form-data test (HTML response).

HTTP POST multipart/form-data test (XML response).


Web server administration (logon to this demo with "admin" and "guest").


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Copyright (c) 2000-2012 Robert van Engelen, Florida State University and Genivia Inc. gsoap-2.8.28/gsoap/samples/webserver/btl.gif0000444000175000017500000000066612653650156020334 0ustar ellertellertGIF89a (((UUU???eeebbb,,,ggg---PPPfff! AdobeGoLivexmQ]N0 ;EdYATI n)\p;j)g+V_G)5/'[Q0p+$׹ODfTlc|;@7cIle^P䃭9ڐ6b8s8-E:U+ LKzg ܖ: > $O#֛W{V6GBeH5|?$S]ҡ2"$s9G-.HC}q//˵}!, /G+E)ƻSI'%3A6 ,K<6ƢanH;gsoap-2.8.28/gsoap/samples/webserver/checked.gif0000444000175000017500000000261312653650156021133 0ustar ellertellertGIF89ajfff@'''))),,,dk_q fȡm***ߐqm(3*>q6%EgXP|oDZq%}&222C-V{6^omW49W|u]wޥAң@J{D@BBs瀱f 999~MrQ ^YX:::rm`6]#6F"""׻".;Եtttpq]T~LL p+++q}N\rjjDDpR\{wӦ~[!,6i\ e=yډ摺C/AAEK[! AdobeGoLivexmQ]J1>'㻻 "Jm )lkWn^imH7ZoԕkZ2)u[>;W`6QyYf-\,]hSY-קtl 8e/ɿ eq5GF @c}B8ǎ|KQ@pE?⒞v#yO2ՙM,Z/cD}(^Z={[amc/,O)mEN/e}!,@ Hp`?ju+͕>f#,i x`|IJeRT( )HxZTbaX*Sla8 Z6=UFYFzC5K$ 4|aQ`Ce1B=$ `M_y)Ÿ1C8,(jA`J> 3jYE0(Akq"SQIEDY 6ƞ7m!GGCrVf\ﾬE\hcYja qĽ eqSa2`>"\ 'o  7)o-j/ / @ |D|QjDm3c5rj({ҡmmz^"꩚"4 kƒname; p++ ) { if (p->value) free(p->value); } free(options); } } int parse_options(int argc, char **argv, struct option *options) { int i; for (i = 1; i < argc; i++) { const char *key, *val; key = argv[i]; if (*key == OPTION_CHAR) { int flag = 1; while (flag && *++key) { if (*key == '?' || !strcmp(key, "help")) { print_usage(argc, argv, options); return 1; } if (i < argc) val = argv[i + 1]; else val = NULL; switch (set_option(key, val, options)) { case 2: i++; case 1: flag = 0; case 0: break; case -1: fprintf(stderr, "%s: missing argument value for option %c%s\n", argv[0], OPTION_CHAR, key); print_usage(argc, argv, options); return 1; case -2: fprintf(stderr, "%s: unknown option %c%s\n", argv[0], OPTION_CHAR, key); print_usage(argc, argv, options); return 1; } } } else if (set_option(NULL, key, options) < 0) fprintf(stderr, "%s: invalid argument %s\n", argv[0], key); } return 0; } void query_options(struct soap *soap, struct option *options) { char *s = query(soap); /* get arguments from query string */ while (s) { char *key = query_key(soap, &s); /* decode next query string key */ char *val = query_val(soap, &s); /* decode next query string value */ if (key) set_option(key, val, options); } } int load_options(const char *file, const char *name, struct option *options) { struct soap soap; soap_init(&soap); if (file) { soap.recvfd = open(file, O_RDONLY); if (soap.recvfd < 0) { soap_done(&soap); return EOF; } } if (!soap_begin_recv(&soap) && !soap_element_begin_in(&soap, name, 1, NULL)) { struct t__Option t; while (soap_in_t__Option(&soap, "option", &t, NULL)) if (set_option(t.key, t.val, options) < 0) ; /* error, just ignore for now */ if (!soap_element_end_in(&soap, name)) soap_end_recv(&soap); } if (file) close(soap.recvfd); soap_end(&soap); soap_done(&soap); return soap.error; } int save_options(const char *file, const char *name, struct option *options) { struct soap soap; soap_init1(&soap, SOAP_XML_TREE); soap.namespaces = NULL; soap.encodingStyle = NULL; if (file) { soap.sendfd = open(file, O_CREAT | O_RDWR, 0644); if (soap.sendfd < 0) { soap_done(&soap); return EOF; } } if (!soap_begin_send(&soap) && !soap_element_begin_out(&soap, name, 0, NULL)) { struct option *p; struct t__Option t; for (p = options; p->name; p++) { t.val = NULL; if (!p->name[0]) { if (!p->value) continue; t.key = NULL; t.val = p->value; } else if (p->name[1] == '.') t.key = (char*)p->name + 2; else t.key = (char*)p->name; if (p->selections && strchr(p->selections, ' ')) { const char *s = p->selections - 1; char *r; int i; for (i = p->selected; i > 0; i--) { s = strchr(s + 1, ' '); if (!s) break; } if (s) { t.val = soap_strdup(&soap, s + 1); r = strchr(t.val, ' '); if (r) *r = '\0'; } } else if (p->value) t.val = p->value; else if (!p->selected) continue; if (soap_out_t__Option(&soap, "option", 0, &t, NULL)) break; } if (!soap_element_end_out(&soap, name)) soap_end_send(&soap); } if (file) close(soap.sendfd); soap_end(&soap); soap_done(&soap); return soap.error; } int html_options(struct soap *soap, struct option *options) { struct option *p; soap_send(soap, "\n"); soap_send(soap, ""); for (p = options; p->name; p++) { const char *s, *t, *n; int i; n = p->name; if (n[0] && n[1] == '.') n += 2; s = p->selections; soap_send(soap, ""); } else if (!s) { soap_send(soap, n); soap_send(soap, ""); else soap_send(soap, "'>"); } else if (strchr(s, ' ')) { soap_send(soap, n); soap_send(soap, ""); for (i = 0; ; i++) { t = strchr(s, ' '); if (i == 0) soap_send(soap, ""); if (!t) break; soap_send(soap, "\n"); s = t + 1; } } else { char buf[24]; soap_send(soap, n); soap_send(soap, ""); } soap_send(soap, "\n"); // \n"); } soap_send(soap, "\n\n
"); if (!n[0]) { if (s) soap_send(soap, s); soap_send(soap, ""); if (p->value) soap_send(soap, p->value); soap_send(soap, "onoff"); else soap_send(soap, "
"); if (i == p->selected) soap_send(soap, ""); else { soap_send(soap, ""); soap_send(soap, ""); } if (t) soap_send_raw(soap, s, t - s); else soap_send(soap, s); soap_send(soap, "
 
\n"); return SOAP_OK; } int html_form_options(struct soap *soap, struct option *options) { soap_send(soap, "

"); html_options(soap, options); return soap_send(soap, "
"); } static int set_option(const char *key, const char *val, struct option *options) { struct option *p; if (!key) { for (p = options; p->name; p++) { if (!p->name[0]) { if (p->value) { size_t l = strlen(p->value) + strlen(val); char *s = (char*)malloc(l + 2); if (s) { (SOAP_SNPRINTF(s, l + 2, l + 1), "%s %s", p->value, val); free((void*)p->value); p->value = s; } } else { size_t l = strlen(val); p->value = (char*)malloc(l + 1); if (p->value) soap_strcpy(p->value, l + 1, val); } return 2; } } return -2; } for (p = options; p->name; p++) { if (p->name[0] && ((p->name[1] == '.' && !strcmp(key, p->name + 2)) || (p->name[1] != '.' && !strcmp(key, p->name)))) { if (p->selections) { if (!val) return -1; if (set_selection(val, p) < 0) return -1; return 2; } if (val && !*val) { p->selected = 0; return 2; } p->selected = 1; return 1; } } for (p = options; p->name; p++) { if (p->name[0] == key[0] && p->name[1] == '.') { if (p->selections) { const char *s = key + 1; if (!s[0]) { s = val; if (!s) return -1; } if (set_selection(s, p) < 0) return -1; if (s == val) return 2; return 1; } p->selected = 1; return 0; } } return -2; } static int set_selection(const char *val, struct option *p) { size_t l; if (strchr(p->selections, ' ')) return p->selected = find_selection(val, p->selections); if (p->value) free(p->value); l = strlen(val); p->value = (char*)malloc(l + 1); if (p->value) soap_strcpy(p->value, l + 1, val); return 0; } static int find_selection(const char *val, const char *selections) { int i = 0; const char *s = selections; size_t n = strlen(val); for (;;) { if (!strncmp(s, val, n) && (s[n] == ' ' || s[n] == '\0')) return i; s = strchr(s, ' '); if (!s) break; s++; i++; } return -1; } static void print_usage(int argc, char **argv, struct option *options) { struct option *p; fprintf(stderr, "Usage: %s", argv[0]); for (p = options; p->name; p++) { if (p->name[0]) { int flag = (p->name[1] == '.'); if (p->selections) { if (strchr(p->selections, ' ')) { if (flag) fprintf(stderr, " %c%c[%s]", OPTION_CHAR, p->name[0], p->selections); else fprintf(stderr, " %c%s [%s]", OPTION_CHAR, p->name, p->selections); } else if (flag) fprintf(stderr, " %c%c<%s>", OPTION_CHAR, p->name[0], p->selections); else fprintf(stderr, " %c%s <%s>", OPTION_CHAR, p->name, p->selections); } else if (flag) fprintf(stderr, " %c%c", OPTION_CHAR, p->name[0]); else fprintf(stderr, " %c%s", OPTION_CHAR, p->name); } else if (p->selections) fprintf(stderr, " %s", p->selections); else fprintf(stderr, " ..."); } fprintf(stderr, "\n"); } gsoap-2.8.28/gsoap/samples/webserver/favicon.gif0000444000175000017500000000056612653650156021177 0ustar ellertellertGIF89a1rfzz發l#((uFUTɁf͒/9:ٜ٦_tvp ,@@p10$á! 0@*C%#D(pP1&, RTw  !TqgwXxqIudC!kceI !Sc !ã!b X !oI XTB ߛA;gsoap-2.8.28/gsoap/samples/webserver/otrs.gif0000444000175000017500000000116212653650156020532 0ustar ellertellertGIF89a 恁Ξyyy! AdobeGoLivexmQj0 }{)N+=^*Ү{=c)YZF瓔R߯[ԤgR;]|.9`$Q^!~-2[_,e*䳟 R:\Q kxYMҋp0>M@4E* bRҖItݸd!Zng0&i 6ǰ:f)P#].4 ÜBcX27!K;`|ܚ8hgó)h/R1(Ϥg|%GAM~ Simple Calculator Web Service Using HTTP POST multipart/form-data
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gsoap-2.8.28/gsoap/samples/webserver/calcform2.html0000444000175000017500000000265512653650156021622 0ustar ellertellert Simple Calculator Web Service Using HTTP POST multipart/form-data
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gsoap-2.8.28/gsoap/samples/webserver/itrs.gif0000444000175000017500000000116412653650156020526 0ustar ellertellertGIF89a {{{zzzkkkiii䲲mmmѓpppȤ؆vvvgggfff܂uuulllhhhjjjwwwooosssnnn! AdobeGoLivexmQj0 }vo;;)cXKXVuҞk׽,- `#}IJRj^3)u.>j0DK^tl(lm? b OzaIi(Ԇ5W&dN8&OJ"\Zaxrj (CM\Kzgr4ܭMQ$&o^UPMv\r}%mt9G2ԍ, 'KD1&VK^ɱOmYΆ`|cv"!, @[@0&N'i0D*Úl0HbHRN&  "8,! sXR$f !)( $,# (*A;gsoap-2.8.28/gsoap/samples/webserver/calcpost.html0000444000175000017500000000134312653650156021553 0ustar ellertellert Simple Calculator Web Service Using HTTP POST
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gsoap-2.8.28/gsoap/samples/webserver/Makefile0000644000175000017500000000325312653650156020521 0ustar ellertellertGSOAP=../../src/soapcpp2 SOAPH=../../stdsoap2.h SOAPC=../../stdsoap2.c SOAPCPP=../../stdsoap2.cpp SOAPDOMC=../../dom.c SOAPDOMCPP=../../dom.cpp CC=gcc CPP=g++ LIBS=-lpthread -lz -lssl -lcrypto COFLAGS=-O2 CWFLAGS=-Wall -Wno-deprecated-declarations CIFLAGS=-I../.. -I../../plugin CMFLAGS=-DWITH_COOKIES -DWITH_GZIP -DWITH_OPENSSL CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: webserver webserver: webserver.h webserver.c logging.o httpget.o httpform.o httpda.o md5evp.o threads.o options.o $(SOAPH) $(SOAPC) $(GSOAP) -c -L webserver.h $(CC) $(CFLAGS) -o webserver webserver.c logging.o httpget.o httpform.o httpda.o md5evp.o threads.o options.o soapC.c soapClient.c soapServer.c $(SOAPC) $(LIBS) options.o: opt.h options.h options.c $(GSOAP) -cnpopt opt.h $(CC) $(CFLAGS) -c options.c logging.o: ../../plugin/logging.h ../../plugin/logging.c $(CC) $(CFLAGS) -c ../../plugin/logging.c httpget.o: ../../plugin/httpget.h ../../plugin/httpget.c $(CC) $(CFLAGS) -c ../../plugin/httpget.c httpform.o: ../../plugin/httpform.h ../../plugin/httpform.c $(CC) $(CFLAGS) -c ../../plugin/httpform.c httpda.o: ../../plugin/httpda.h ../../plugin/httpda.c $(CC) $(CFLAGS) -c ../../plugin/httpda.c md5evp.o: ../../plugin/md5evp.h ../../plugin/md5evp.c $(CC) $(CFLAGS) -c ../../plugin/md5evp.c threads.o: ../../plugin/threads.h ../../plugin/threads.c $(CC) $(CFLAGS) -c ../../plugin/threads.c .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.c soapClient.c soapServer.c soapClientLib.c soapServerLib.c distclean: rm -f *.o soapH.h soapStub.h soapC.c soapClient.c soapServer.c soapClientLib.c soapServerLib.c rm -f *.wsdl *.xsd *.xml *.nsmap *.log rm -f webserver gsoap-2.8.28/gsoap/samples/webserver/calcget.html0000444000175000017500000000134112653650156021343 0ustar ellertellert Simple Calculator Web Service Using HTTP GET
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gsoap-2.8.28/gsoap/samples/webserver/unchecked.gif0000444000175000017500000000170612653650156021500 0ustar ellertellertGIF89aۻ𯯯rrrfff)))޴sss'''׾ooo󱱱,,,̢:::999+++***Аwww񍍍Θԁ븸҉~~~eee܆! AdobeGoLivexmQ]N0 [)~VJ]ɽ RvC5ߍa]+$[/Df뫘lB|;jCRZ3 a ٿ Y ^Ci\DSk Ϯ VcѳPKqIBY{ 8|S@IjFt(Va8Q$;\-׶c@ΑLua"Kx)(rZxgr,4ph((KG 0a!,@TTS8.?HH 7!TK  SQDJJAS*NGGG, CB2SH KKSSKKM+K@PQOQI S E%U<1QOPU;0Hp 3XĉÇ5i!I ac $l<I&RR8‹M| Bf5KD f@@ʑ LxHD r LgI(Or Sٸ* k_!_xn bF֬e&.G 6GyjU+ d+ͺ빦 bEjGeZ(t0](C侏N'kIՁCme<8Dץc"9$!R=0: current selection in selections list */ char *value; /* parsed value (when 'selections' is one name) */ }; extern struct option *copy_options(const struct option *options); extern void free_options(struct option *options); extern int parse_options(int argc, char **argv, struct option *options); extern void query_options(struct soap *soap, struct option *options); extern int save_options(const char *file, const char *name, struct option *options); extern int load_options(const char *file, const char *name, struct option *options); extern int html_options(struct soap *soap, struct option *options); extern int html_form_options(struct soap *soap, struct option *options); gsoap-2.8.28/gsoap/samples/webserver/deselected.gif0000444000175000017500000000172012653650156021644 0ustar ellertellertGIF89aůꚚDDD򏏏ⅅ󩩩zzzVVV說Ή쨨kkk:::lllYYYۃ|||pppд]]]IJ! AdobeGoLivexmQMk0 ;vv cn$*ҮS$$TCԍ[2)uξ0DK^fu˽B1,kdY&Tg?˹)$u\;`|ܚ>?h(pn* b5RD035P.WXM 'RQH X*X 4YR! @G !XXWWT/1'nA%T]IR$G\ "p2(@T`CdtB劉+@J("Á)T\˔$*$ b1CHXHP(`>,;gsoap-2.8.28/gsoap/samples/webserver/otls.gif0000444000175000017500000000116112653650156020523 0ustar ellertellertGIF89a ލ恁񺺺Ξyyy! AdobeGoLivexmQj0 }vi;=JG>(ilϟ~>I)U/~RҞItո!ZsXf4GydmXvl}M~rnV搔BcXfoB^섃qo4."܀+5WQɏR1T(ϥg|%GA?x^C=6=5, Xy'jDmZ3㈟ږ<P&4hL/ŸZ$ zw&BVXb webserver 8080 & Start a web browser and open a (localhost) location: http://127.0.0.1:8080 and type userid 'admin' and passwd 'guest' to gain access Open the location: http://127.0.0.1:8080/calc.html and enter an expression Open the locations: http://127.0.0.1:8080/test.html http://127.0.0.1:8081/webserver.wsdl Use (HTTPS GET): Create the SSL certificate (see samples/ssl README and scripts) Compile the web server with OpenSSL as explained above Start the web server on an odd numbered port (e.g. 8081) > webserver 8081 & Actually, you can start two servers, one on 8080 and a secure one on 8081 Start a web browser and open a (localhost) location: https://127.0.0.1:8081 and type userid 'admin' and passwd 'guest' to gain access Open the location: https://127.0.0.1:8081/calc.html and enter an expression Open the locations: https://127.0.0.1:8081/test.html https://127.0.0.1:8081/webserver.wsdl Use (HTTP POST): Serves SOAP/XML calculation requests Command-line options: -z enables compression -c enables chunking -k enables keep-alive -i enables non-threaded iterative server -v enables verbose mode -t sets I/O timeout value (seconds) -s sets server timeout value (seconds) -d sets cookie domain -p sets cookie path -l[none inbound outbound both] enables logging gsoap-2.8.28/gsoap/samples/webserver/ruler.gif0000444000175000017500000000063012653650156020673 0ustar ellertellertGIF89a PPPgggfff! AdobeGoLivexmQ=O05kg6iA)N:TBtc3%*R~3+;גFTK};f񫔺; RW?z19 &0GYv 5۲م:X#|=t3Е8X6g9ڐ66b(*9^c|5EE/)@3$O#mqP{V6GB-'j*8=T6th"\NPegaNŵ5!, +X୆`)@iibnpltmA^?6>~+bC!, @0;gsoap-2.8.28/gsoap/samples/webserver/bs.gif0000444000175000017500000000062012653650156020145 0ustar ellertellertGIF89a pppxxxн! AdobeGoLivexmQN0 .םyrtBLE;LB Bvxr܍vWi)g'IMF6BjΧ[(x|`VLUܗ[ m,rܢ] d6cIY1(M( 71T{;Y#?X@p\aۢiqM/B]9H-^)cWgU#zTll );X]#c|&IQAu:x+%ՌR\xo+ PdZ+p}c:!, @0dA;gsoap-2.8.28/gsoap/samples/webserver/webserver.h0000644000175000017500000000410512653650156021233 0ustar ellertellert/* webserver.h -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2004, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: webserver //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://localhost:8080 //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns schema namespace: urn:calc int ns__add(double a, double b, double *result); // HTTP POST request-response int ns__sub(double a, double b, double *result); // HTTP POST request-response int ns__mul(double a, double b, double *result); // HTTP POST request-response int ns__div(double a, double b, double *result); // HTTP POST request-response //gsoap f schema namespace: urn:form int f__form1(void); // one-way MEP int f__form2(struct f__formResponse { double result; } *); gsoap-2.8.28/gsoap/samples/webserver/obrs.gif0000444000175000017500000000115612653650156020513 0ustar ellertellertGIF89a э恁񺺺Ξyyy! AdobeGoLivexmQj0 ^A{o:{SJG c7Qc[eOӔ- `#]j~ORj_3)OK%e:y>buWH߆o1؄'Cw0WZ>֫n'{g qa.-7 V|b(гQIqIN@i_Q+$ˮ>TPMusqml6.9G2ԍ, '{D9|Ts!b;S`C',G1"i 0_5!, @Z@Y *rPqHhRu4"Σ 5Qu @P6),)  *$ ) ('  !A;gsoap-2.8.28/gsoap/samples/webserver/bbr.gif0000444000175000017500000000075112653650156020313 0ustar ellertellertGIF89a OOOeeekkk>>>~~~gggPPPfff! AdobeGoLivexmQN0 ]8q;Hpj:!&!uHi<%x-^]I糕R[UJMK;&n~W=hkx":+$oAf똥lB|Kw0s a o߄,섃qg⨡2."\K[ / VJyPgS?⒞ t }=6' jx|z$`Qو ݴLgʐ䀟?s$S]ҡq2""^L(cWe p}gnﴄ!, 4`1N$& 1pFpPf[ \d2Lt(6 0;gsoap-2.8.28/gsoap/samples/webserver/cacert.pem0000644000175000017500000000242212653650156021022 0ustar ellertellert-----BEGIN CERTIFICATE----- MIIDkDCCAvmgAwIBAgIJANZ2BsVMtBtVMA0GCSqGSIb3DQEBBQUAMIGNMQswCQYD VQQGEwJVUzELMAkGA1UECBMCRkwxFDASBgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYD VQQKEw1HZW5pdmlhLCBJbmMuMQswCQYDVQQLEwJJVDESMBAGA1UEAxMJbG9jYWxo b3N0MSIwIAYJKoZIhvcNAQkBFhNjb250YWN0QGdlbml2aWEuY29tMB4XDTE1MDgw NDE5MDEyMFoXDTE4MDgwMzE5MDEyMFowgY0xCzAJBgNVBAYTAlVTMQswCQYDVQQI EwJGTDEUMBIGA1UEBxMLVGFsbGFoYXNzZWUxFjAUBgNVBAoTDUdlbml2aWEsIElu Yy4xCzAJBgNVBAsTAklUMRIwEAYDVQQDEwlsb2NhbGhvc3QxIjAgBgkqhkiG9w0B CQEWE2NvbnRhY3RAZ2VuaXZpYS5jb20wgZ8wDQYJKoZIhvcNAQEBBQADgY0AMIGJ AoGBALx/LiwGRi4wH8y0MEL64VJs5H2O1F4uuYO+aNVZHl5ULRDmSh/4eF8aOYXT B05PfVoctBogcK0ohPEhiUcR/029LQTkEs/5D7XsuRuQsUnMfkEihmC2VtEuJMqT OeXmuIcemEw0QL3ulny7H8W6Aq2rByC2r5iqytnM4Uuw7LMnAgMBAAGjgfUwgfIw HQYDVR0OBBYEFPjHgoC7fuLKD8eItzogWWMDKpTQMIHCBgNVHSMEgbowgbeAFPjH goC7fuLKD8eItzogWWMDKpTQoYGTpIGQMIGNMQswCQYDVQQGEwJVUzELMAkGA1UE CBMCRkwxFDASBgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYDVQQKEw1HZW5pdmlhLCBJ bmMuMQswCQYDVQQLEwJJVDESMBAGA1UEAxMJbG9jYWxob3N0MSIwIAYJKoZIhvcN AQkBFhNjb250YWN0QGdlbml2aWEuY29tggkA1nYGxUy0G1UwDAYDVR0TBAUwAwEB /zANBgkqhkiG9w0BAQUFAAOBgQB+fmbScGp3R4D0Sf4gbBJ/3CGEn4/HvupSikDq vyaviwJ2KQKGlAr/lDh1qSYItkazJpJDIxyG2Dzm2w0F0u1+CSwpym6eq1pxc8dh GRdrCVyuM0gUoBvxUym7o0Bq1V6onUjwrAti+onsZjDpfAIKBI8TRfjuTNzFeSAV G2zULg== -----END CERTIFICATE----- gsoap-2.8.28/gsoap/samples/webserver/ibrs.gif0000444000175000017500000000116512653650156020505 0ustar ellertellertGIF89a {{{zzzkkkiii䲲mmmѓpppȤ؆vvvgggfff܂uuulllhhhjjjwwwooosssnnn! AdobeGoLivexmQ]N0 ;EeِOMih;Ah6RO1#SFJdJK)5.혔MK%nl lc? b OR :\Qh kx^MN8w&ϏJ"\cXXO~!GϦB&%=9 nW>msHmމTPMz9m6N9G2ԍ, '>'WV ՜X/Xh QǮ4K׳`|cn~p!, @[Q"L  ! ɤ(#* DHbI H!i0D*Ò08"+  +,')(+qS*,, 'TA;gsoap-2.8.28/gsoap/samples/webserver/top.gif0000444000175000017500000000011512653650156020342 0ustar ellertellertGIF89a1dFdV,q:@@@,pD;gsoap-2.8.28/gsoap/samples/webserver/btr.gif0000444000175000017500000000075412653650156020340 0ustar ellertellertGIF89a SSSaaa~~~mmm!!!VVVkkk@@@RRR}}}www^^^```---ggg݇PPPfff! AdobeGoLivexmQj0 }l┱CaO%Jjpb:{}vCLҐB 6O?|~RҖIlѺd!ZR,yd[iXl}Mh~r.RHj밠(MȳN8&/j"8 b<7 %z6 J/(h-NOD OvevT6CB7;ՙ2$9zck8T&th꺴#j,b;Sb5D;Ur\ٴ[I!, 6 &btdhFlfd\Z/!1ͥB 0a/ H0Fd;gsoap-2.8.28/gsoap/samples/webserver/bb.gif0000444000175000017500000000056212653650156020131 0ustar ellertellertGIF89a PPPgggfff! AdobeGoLivexmQN0 .=Ee 鄘vm#p<n٪MjD?EQmE7rc7[~v6ޣ" A^!|i-2ׄN+qBlu:7!NhCZوOpxj  75JC)._S4p;Ёfg^h= <<>XNYل[ ݶLG)^$I:CeM@4Epi* b5|CLJ f$^_%}Yѿ5"-O@i<ĝ߄"T؆:hWy[b:MrAl5 yb@huꅾ;Q#!ej{Q5Gvʶ2z9q=PW66hNLjRI! m^Yb< EE>764'I!, @QɄ;gsoap-2.8.28/gsoap/samples/webserver/webserver.c0000644000175000017500000013446212653650156021240 0ustar ellertellert/* webserver.c Example stand-alone gSOAP Web server based on the gSOAP HTTP GET plugin. This is a small but fully functional (embedded) Web server for serving static and dynamic pages and SOAP/XML responses over HTTP/HTTPS. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL OR Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- The Web server handles HTTP GET requests to serve pages and HTTP POST reguests to handle SOAP/XML messages. This example only implements a simple calculator XML Web service for demonstration purposes (the service responds with SOAP/XML). HTTPS (SSL/TLS) connectivity is supported. However, some browsers do not allow self-signed certificates. The example certificate server.pem included here is self signed. You can import the cacert.pem certificate into the browser to validate the web server. This application requires Zlib and Pthreads (you can replace Pthreads with another thread library, but you need to study the OpenSSL thread changes in the OpenSSL documentation). On Unix/Linux, please enable SIGPIPE handling, see main function below. SIGPIPE handling will avoid your server from termination when sockets are disconnected by clients before the transaction was completed (aka broken pipe). Compile without OpenSSL: soapcpp2 -c -n -popt opt.h soapcpp2 -c webserver.h Customize your COOKIE_DOMAIN in this file gcc -DWITH_COOKIES -DWITH_ZLIB -o webserver webserver.c options.c plugin/httpget.c plugin/httpform.c plugin/logging.c stdsoap2.c soapC.c soapClient.c soapServer.c -lpthread -lz Compile with OpenSSL (also enables HTTP Digest Authentication): soapcpp2 -c -n -popt opt.h soapcpp2 -c webserver.h Customize your COOKIE_DOMAIN in this file gcc -DWITH_OPENSSL -DWITH_COOKIES -DWITH_ZLIB -o webserver webserver.c options.c plugin/httpget.c plugin/httpform.c plugin/logging.c plugin/threads.c plugin/httpda.c plugin/md5evp.c stdsoap2.c soapC.c soapClient.c soapServer.c -lpthread -lz -lssl -lcrypto Compile with GNUTLS: soapcpp2 -c -n -popt opt.h soapcpp2 -c webserver.h Customize your COOKIE_DOMAIN in this file gcc -DWITH_GNUTLS -DWITH_COOKIES -DWITH_ZLIB -o webserver webserver.c options.c plugin/httpget.c plugin/httpform.c plugin/logging.c stdsoap2.c soapC.c soapClient.c soapServer.c -lpthread -lz -lgnutls -lgcrypt Use (HTTP GET): Compile the web server as explained above Start the web server on an even numbered port (e.g. 8080): > webserver 8080 & Start a web browser and open a (localhost) location: http://127.0.0.1:8080 and type userid 'admin' and passwd 'guest' to gain access Open the location: http://127.0.0.1:8080/calc.html then enter an expression Open the locations: http://127.0.0.1:8080/test.html http://127.0.0.1:8081/webserver.wsdl Use (HTTPS GET): Create the SSL certificate (see samples/ssl README and scripts) Compile the web server with OpenSSL as explained above Start the web server on an odd numbered port (e.g. 8081) > webserver 8081 & Actually, you can start two servers, one on 8080 and a secure one on 8081 Start a web browser and open a (localhost) location: https://127.0.0.1:8081 and type userid 'admin' and passwd 'guest' to gain access Open the location: https://127.0.0.1:8081/calcform1.html and enter an expression to calculate Open the locations: https://127.0.0.1:8081/test.html https://127.0.0.1:8081/webserver.wsdl Use (HTTP POST): Serves SOAP/XML calculation requests Command-line options: -z enables compression -c enables chunking -k enables keep-alive -i enables non-threaded iterative server -v enables verbose mode -o pool of threads (cannot be used with option -i) Note: interactive chunking/keep-alive settings cannot be changed, unless the number of threads is interactively changed to restart the pool Note: =0 specifies unlimited threads -t sets I/O timeout value (seconds) -s sets server timeout value (seconds) -d sets cookie domain -p sets cookie path -l[none inbound outbound both] enables logging Requires options.h and options.c for command line option parsing and for parsing interactive Web page options settings. The default_options[] array defines application options, short-hands, selection lists, and default values. See options.h for more details. */ #include "soapH.h" #include "webserver.nsmap" /* namespaces updated 4/4/13 */ #include "options.h" #include "httpget.h" #include "httpform.h" #include "logging.h" #include "threads.h" #ifdef WITH_OPENSSL #include "httpda.h" /* optionally enable HTTP Digest Authentication */ #endif #include /* need SIGPIPE */ #define BACKLOG (100) #define AUTH_REALM "gSOAP Web Server Admin" #define AUTH_USERID "admin" /* user ID to access admin pages */ #define AUTH_PASSWD "guest" /* user pw to access admin pages */ /******************************************************************************\ * * Thread pool and request queue * \******************************************************************************/ #define MAX_THR (100) #define MAX_QUEUE (1000) static int poolsize = 0; static int queue[MAX_QUEUE]; static int head = 0, tail = 0; static MUTEX_TYPE queue_cs; static COND_TYPE queue_cv; /******************************************************************************\ * * Program options * \******************************************************************************/ /* The options.c module parses command line options, HTTP form options, and options stored in a config file. Options are defined as follows: */ static const struct option default_options[] = { /* "key.fullname", "unit or selection list", text field width, "default value" */ { "z.compress", NULL, }, { "c.chunking", NULL, }, { "k.keepalive", NULL, }, { "i.iterative", NULL, }, { "v.verbose", NULL, }, { "o.pool", "threads", 6, (char*)"none"}, { "t.ioTimeout", "seconds", 6, (char*)"5"}, { "s.serverTimeout", "seconds", 6, (char*)"3600"}, { "d.cookieDomain", "host", 20, (char*)"127.0.0.1"}, { "p.cookiePath", "path", 20, (char*)"/"}, { "l.logging", "none inbound outbound both", }, { "", "port", }, /* takes the rest of command line args */ { NULL }, /* must be NULL terminated */ }; /* The numbering of these defines must correspond to the option order above */ #define OPTION_z 0 #define OPTION_c 1 #define OPTION_k 2 #define OPTION_i 3 #define OPTION_v 4 #define OPTION_o 5 #define OPTION_t 6 #define OPTION_s 7 #define OPTION_d 8 #define OPTION_p 9 #define OPTION_l 10 #define OPTION_port 11 /******************************************************************************\ * * Static * \******************************************************************************/ static struct option *options = NULL; static time_t start; static int secure = 0; /* =0: no SSL, =1: support SSL */ static const char *minutes[60] = {"0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9" }; static const char *hours[24] = {"00", "01", "02", "03", "04", "05", "06", "07", "08", "09", "10", "11", "12", "13", "14", "15", "16", "17", "18", "19", "20", "21", "22", "23"}; /******************************************************************************\ * * Forward decls * \******************************************************************************/ void server_loop(struct soap*); void *process_request(void*); /* multi-threaded request handler */ void *process_queue(void*); /* multi-threaded request handler for pool */ int enqueue(SOAP_SOCKET); SOAP_SOCKET dequeue(); int http_get_handler(struct soap*); /* HTTP get handler */ int http_form_handler(struct soap*); /* HTTP form handler */ int check_authentication(struct soap*); /* HTTP authentication check */ int copy_file(struct soap*, const char*, const char*); /* copy file as HTTP response */ int calcget(struct soap*); int calcpost(struct soap*); int info(struct soap*); int html_hbar(struct soap*, const char*, size_t, size_t, unsigned long); int html_hist(struct soap*, const char*, size_t, size_t, size_t, const char**, size_t*, size_t); void sigpipe_handle(int); /* SIGPIPE handler: Unix/Linux only */ int CRYPTO_thread_setup(); void CRYPTO_thread_cleanup(); /******************************************************************************\ * * Main * \******************************************************************************/ int main(int argc, char **argv) { struct soap soap; SOAP_SOCKET master; int port = 0; start = time(NULL); options = copy_options(default_options); /* must copy, so option values can be modified */ if (parse_options(argc, argv, options)) exit(0); if (options[OPTION_port].value) port = atol(options[OPTION_port].value); if (!port) port = 8080; fprintf(stderr, "Starting Web server on port %d\n", port); /* if the port is an odd number, the Web server uses HTTPS only */ if (port % 2) secure = 1; if (secure) fprintf(stderr, "[Note: https://127.0.0.1:%d/test.html to test the server from browser]\n", port); else fprintf(stderr, "[Note: http://127.0.0.1:%d/test.html to test the server from browser]\n", port); fprintf(stderr, "[Note: http://127.0.0.1:%d for settings, login: '"AUTH_USERID"' and '"AUTH_PASSWD"']\n", port); fprintf(stderr, "[Note: you should enable Linux/Unix SIGPIPE handlers to avoid broken pipe]\n"); soap_init2(&soap, SOAP_IO_KEEPALIVE, SOAP_IO_DEFAULT); if (CRYPTO_thread_setup()) { fprintf(stderr, "Cannot setup thread mutex\n"); exit(1); } #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) /* The supplied server certificate "server.pem" assumes that the server is running on 'localhost', so clients can only connect from the same host when verifying the server's certificate. To verify the certificates of third-party services, they must provide a certificate issued by Verisign or another trusted CA. At the client-side, the capath parameter should point to a directory that contains these trusted (root) certificates or the cafile parameter should refer to one file will all certificates. To help you out, the supplied "cacerts.pem" file contains the certificates issued by various CAs. You should use this file for the cafile parameter instead of "cacert.pem" to connect to trusted servers. Note that the client may fail to connect if the server's credentials have problems (e.g. expired). Note 1: the password and capath are not used with GNUTLS Note 2: setting capath may not work on Windows. */ if (secure && soap_ssl_server_context(&soap, SOAP_SSL_DEFAULT, "server.pem", /* keyfile: see SSL docs on how to obtain this file */ "password", /* password to read the key file */ NULL, /* cacert CA certificate, or ... */ NULL, /* capath CA certificate path */ NULL, /* DH file (e.g. "dh2048.pem") or numeric DH param key len bits in string (e.g. "2048"), if NULL then use RSA */ NULL, /* if randfile!=NULL: use a file with random data to seed randomness */ "webserver" /* server identification for SSL session cache (must be a unique name) */ )) { soap_print_fault(&soap, stderr); exit(1); } #endif /* Register HTTP GET plugin */ if (soap_register_plugin_arg(&soap, http_get, (void*)http_get_handler)) soap_print_fault(&soap, stderr); /* Register HTTP POST plugin */ if (soap_register_plugin_arg(&soap, http_form, (void*)http_form_handler)) soap_print_fault(&soap, stderr); /* Register logging plugin */ if (soap_register_plugin(&soap, logging)) soap_print_fault(&soap, stderr); #ifdef HTTPDA_H /* Register HTTP Digest Authentication plugin */ if (soap_register_plugin(&soap, http_da)) soap_print_fault(&soap, stderr); #endif /* Unix SIGPIPE, this is OS dependent (win does not need this) */ /* soap.accept_flags = SO_NOSIGPIPE; */ /* some systems like this */ /* soap.socket_flags = MSG_NOSIGNAL; */ /* others need this */ /* signal(SIGPIPE, sigpipe_handle); */ /* and some older Unix systems may require a sigpipe handler */ master = soap_bind(&soap, NULL, port, BACKLOG); if (!soap_valid_socket(master)) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Port bind successful: master socket = %d\n", master); MUTEX_SETUP(queue_cs); COND_SETUP(queue_cv); server_loop(&soap); COND_CLEANUP(queue_cv); MUTEX_CLEANUP(queue_cs); free_options(options); soap_end(&soap); soap_done(&soap); CRYPTO_thread_cleanup(); THREAD_EXIT; return 0; } void server_loop(struct soap *soap) { struct soap *soap_thr[MAX_THR]; THREAD_TYPE tid, tids[MAX_THR]; int req; for (req = 1; ; req++) { SOAP_SOCKET sock; int newpoolsize; soap->cookie_domain = options[OPTION_d].value; soap->cookie_path = options[OPTION_p].value; soap_set_cookie(soap, "visit", "true", NULL, NULL); soap_set_cookie_expire(soap, "visit", 600, NULL, NULL); if (options[OPTION_c].selected) soap_set_omode(soap, SOAP_IO_CHUNK); /* use chunked HTTP content (fast) */ if (options[OPTION_k].selected) soap_set_omode(soap, SOAP_IO_KEEPALIVE); if (options[OPTION_t].value) soap->send_timeout = soap->recv_timeout = atol(options[OPTION_t].value); if (options[OPTION_s].value) soap->accept_timeout = atol(options[OPTION_s].value); if (options[OPTION_l].selected == 1 || options[OPTION_l].selected == 3) soap_set_logging_inbound(soap, stdout); else soap_set_logging_inbound(soap, NULL); if (options[OPTION_l].selected == 2 || options[OPTION_l].selected == 3) soap_set_logging_outbound(soap, stdout); else soap_set_logging_outbound(soap, NULL); newpoolsize = atol(options[OPTION_o].value); if (newpoolsize < 0) newpoolsize = 0; else if (newpoolsize > MAX_THR) newpoolsize = MAX_THR; if (poolsize > newpoolsize) { int job; for (job = 0; job < poolsize; job++) { while (enqueue(SOAP_INVALID_SOCKET) == SOAP_EOM) sleep(1); } for (job = 0; job < poolsize; job++) { fprintf(stderr, "Waiting for thread %d to terminate...\n", job); THREAD_JOIN(tids[job]); fprintf(stderr, "Thread %d has stopped\n", job); soap_done(soap_thr[job]); free(soap_thr[job]); } poolsize = 0; } if (poolsize < newpoolsize) { int job; for (job = poolsize; job < newpoolsize; job++) { soap_thr[job] = soap_copy(soap); if (!soap_thr[job]) break; soap_thr[job]->user = (void*)(long)job; /* int to ptr */ fprintf(stderr, "Starting thread %d\n", job); THREAD_CREATE(&tids[job], (void*(*)(void*))process_queue, (void*)soap_thr[job]); } poolsize = job; } /* to control the close behavior and wait states, use the following: soap->accept_flags |= SO_LINGER; soap->linger_time = 60; */ /* the time resolution of linger_time is system dependent, though according * to some experts only zero and nonzero values matter. */ sock = soap_accept(soap); if (!soap_valid_socket(sock)) { if (soap->errnum) { soap_print_fault(soap, stderr); fprintf(stderr, "Retry...\n"); continue; } fprintf(stderr, "gSOAP Web server timed out\n"); break; } if (options[OPTION_v].selected) fprintf(stderr, "Request #%d accepted on socket %d connected from IP %d.%d.%d.%d\n", req, sock, (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); if (poolsize > 0) { while (enqueue(sock) == SOAP_EOM) sleep(1); } else { struct soap *tsoap = NULL; if (!options[OPTION_i].selected) tsoap = soap_copy(soap); if (tsoap) { tsoap->user = (void*)(long)req; THREAD_CREATE(&tid, (void*(*)(void*))process_request, (void*)tsoap); } else { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (secure && soap_ssl_accept(soap)) { soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); soap_end(soap); continue; } #endif /* Keep-alive: frequent EOF faults occur related to KA-timeouts: timeout: soap->error == SOAP_EOF && soap->errnum == 0 error: soap->error != SOAP_OK */ if (soap_serve(soap) && (soap->error != SOAP_EOF || (soap->errnum != 0 && !(soap->omode & SOAP_IO_KEEPALIVE)))) { fprintf(stderr, "Request #%d completed with failure %d\n", req, soap->error); soap_print_fault(soap, stderr); } else if (options[OPTION_v].selected) fprintf(stderr, "Request #%d completed\n", req); soap_destroy(soap); soap_end(soap); } } } if (poolsize > 0) { int job; for (job = 0; job < poolsize; job++) { while (enqueue(SOAP_INVALID_SOCKET) == SOAP_EOM) sleep(1); } for (job = 0; job < poolsize; job++) { fprintf(stderr, "Waiting for thread %d to terminate... ", job); THREAD_JOIN(tids[job]); fprintf(stderr, "terminated\n"); soap_free(soap_thr[job]); } } } /******************************************************************************\ * * Process dispatcher * \******************************************************************************/ void *process_request(void *soap) { struct soap *tsoap = (struct soap*)soap; THREAD_DETACH(THREAD_ID); #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (secure && soap_ssl_accept(tsoap)) { soap_print_fault(tsoap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); soap_destroy(tsoap); soap_end(tsoap); soap_done(tsoap); free(tsoap); return NULL; } #endif if (soap_serve(tsoap) && (tsoap->error != SOAP_EOF || (tsoap->errnum != 0 && !(tsoap->omode & SOAP_IO_KEEPALIVE)))) { fprintf(stderr, "Thread %d completed with failure %d\n", (int)(long)tsoap->user, tsoap->error); soap_print_fault(tsoap, stderr); } else if (options[OPTION_v].selected) fprintf(stderr, "Thread %d completed\n", (int)(long)tsoap->user); soap_destroy(tsoap); soap_end(tsoap); soap_done(tsoap); free(soap); return NULL; } /******************************************************************************\ * * Thread pool (enabled with option -o) * \******************************************************************************/ void *process_queue(void *soap) { struct soap *tsoap = (struct soap*)soap; for (;;) { tsoap->socket = dequeue(); if (!soap_valid_socket(tsoap->socket)) { if (options[OPTION_v].selected) fprintf(stderr, "Thread %d terminating\n", (int)(long)tsoap->user); break; } #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (secure && soap_ssl_accept(tsoap)) { soap_print_fault(tsoap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); soap_destroy(tsoap); soap_end(tsoap); continue; } #endif if (options[OPTION_v].selected) fprintf(stderr, "Thread %d accepted a request\n", (int)(long)tsoap->user); if (soap_serve(tsoap) && (tsoap->error != SOAP_EOF || (tsoap->errnum != 0 && !(tsoap->omode & SOAP_IO_KEEPALIVE)))) { fprintf(stderr, "Thread %d finished serving request with failure %d\n", (int)(long)tsoap->user, tsoap->error); soap_print_fault(tsoap, stderr); } else if (options[OPTION_v].selected) fprintf(stderr, "Thread %d finished serving request\n", (int)(long)tsoap->user); soap_destroy(tsoap); soap_end(tsoap); } soap_destroy(tsoap); soap_end(tsoap); soap_done(tsoap); return NULL; } int enqueue(SOAP_SOCKET sock) { int status = SOAP_OK; int next; int ret; if ((ret = MUTEX_LOCK(queue_cs))) fprintf(stderr, "MUTEX_LOCK error %d\n", ret); next = (tail + 1) % MAX_QUEUE; if (head == next) { /* don't block on full queue, return SOAP_EOM */ status = SOAP_EOM; } else { queue[tail] = sock; tail = next; if (options[OPTION_v].selected) fprintf(stderr, "enqueue(%d)\n", sock); if ((ret = COND_SIGNAL(queue_cv))) fprintf(stderr, "COND_SIGNAL error %d\n", ret); } if ((ret = MUTEX_UNLOCK(queue_cs))) fprintf(stderr, "MUTEX_UNLOCK error %d\n", ret); return status; } SOAP_SOCKET dequeue() { SOAP_SOCKET sock; int ret; if ((ret = MUTEX_LOCK(queue_cs))) fprintf(stderr, "MUTEX_LOCK error %d\n", ret); while (head == tail) if ((ret = COND_WAIT(queue_cv, queue_cs))) fprintf(stderr, "COND_WAIT error %d\n", ret); sock = queue[head]; head = (head + 1) % MAX_QUEUE; if (options[OPTION_v].selected) fprintf(stderr, "dequeue(%d)\n", sock); if ((ret = MUTEX_UNLOCK(queue_cs))) fprintf(stderr, "MUTEX_UNLOCK error %d\n", ret); return sock; } /******************************************************************************\ * * SOAP/XML handling: calculator example * \******************************************************************************/ int ns__add(struct soap *soap, double a, double b, double *c) { *c = a + b; return SOAP_OK; } int ns__sub(struct soap *soap, double a, double b, double *c) { *c = a - b; return SOAP_OK; } int ns__mul(struct soap *soap, double a, double b, double *c) { *c = a * b; return SOAP_OK; } int ns__div(struct soap *soap, double a, double b, double *c) { *c = a / b; return SOAP_OK; } /******************************************************************************\ * * Server dummy methods to avoid link errors * \******************************************************************************/ int ns__addResponse_(struct soap *soap, double a) { return SOAP_NO_METHOD; /* we don't use this: we use soap_send_ns__addResponse instead */ } int ns__subResponse_(struct soap *soap, double a) { return SOAP_NO_METHOD; /* we don't use this: we use soap_send_ns__subResponse instead */ } int ns__mulResponse_(struct soap *soap, double a) { return SOAP_NO_METHOD; /* we don't use this: we use soap_send_ns__mulResponse instead */ } int ns__divResponse_(struct soap *soap, double a) { return SOAP_NO_METHOD; /* we don't use this: we use soap_send_ns__divResponse instead */ } /******************************************************************************\ * * HTTP GET handler for plugin * \******************************************************************************/ int http_get_handler(struct soap *soap) { /* gSOAP >=2.5 soap_response() will do this automatically for us, when sending SOAP_HTML or SOAP_FILE: if ((soap->omode & SOAP_IO) != SOAP_IO_CHUNK) soap_set_omode(soap, SOAP_IO_STORE); */ /* if not chunking we MUST buffer entire content when returning HTML pages to determine content length */ #ifdef WITH_ZLIB if (options[OPTION_z].selected && soap->zlib_out == SOAP_ZLIB_GZIP) /* client accepts gzip */ { soap_set_omode(soap, SOAP_ENC_ZLIB); /* so we can compress content (gzip) */ soap->z_level = 9; /* best compression */ } else soap_clr_omode(soap, SOAP_ENC_ZLIB); /* so we can compress content (gzip) */ #endif /* Use soap->path (from request URL) to determine request: */ if (options[OPTION_v].selected) fprintf(stderr, "HTTP GET Request '%s' to host '%s' path '%s'\n", soap->endpoint, soap->host, soap->path); /* Note: soap->path always starts with '/' */ if (strchr(soap->path + 1, '/') || strchr(soap->path + 1, '\\')) /* we don't like snooping in dirs */ return 403; /* HTTP forbidden */ if (!soap_tag_cmp(soap->path, "*.html")) return copy_file(soap, soap->path + 1, "text/html"); if (!soap_tag_cmp(soap->path, "*.xml")) return copy_file(soap, soap->path + 1, "text/xml"); if (!soap_tag_cmp(soap->path, "*.jpg")) return copy_file(soap, soap->path + 1, "image/jpeg"); if (!soap_tag_cmp(soap->path, "*.gif")) return copy_file(soap, soap->path + 1, "image/gif"); if (!soap_tag_cmp(soap->path, "*.png")) return copy_file(soap, soap->path + 1, "image/png"); if (!soap_tag_cmp(soap->path, "*.ico")) return copy_file(soap, soap->path + 1, "image/ico"); if (!strncmp(soap->path, "/calc?", 6)) return calcget(soap); if (!strncmp(soap->path, "/genivia", 8)) { (SOAP_SNPRINTF(soap->endpoint, sizeof(soap->endpoint), strlen(soap->path) + 10), "http://genivia.com%s", soap->path + 8); /* redirect */ return 307; /* Temporary Redirect */ } /* Check requestor's authentication: */ if (check_authentication(soap)) return 401; /* HTTP not authorized */ /* For example, we can put WSDL and XSD files behind authentication wall */ if (!soap_tag_cmp(soap->path, "*.xsd") || !soap_tag_cmp(soap->path, "*.wsdl")) return copy_file(soap, soap->path + 1, "text/xml"); /* Return Web server status */ if (soap->path[1] == '\0' || soap->path[1] == '?') return info(soap); return 404; /* HTTP not found */ } int check_authentication(struct soap *soap) { if (soap->userid && soap->passwd) { if (!strcmp(soap->userid, AUTH_USERID) && !strcmp(soap->passwd, AUTH_PASSWD)) return SOAP_OK; } #ifdef HTTPDA_H else if (soap->authrealm && soap->userid) { if (!strcmp(soap->authrealm, AUTH_REALM) && !strcmp(soap->userid, AUTH_USERID)) if (!http_da_verify_get(soap, (char*)AUTH_PASSWD)) return SOAP_OK; } #endif soap->authrealm = AUTH_REALM; return 401; } /******************************************************************************\ * * HTTP POST application/x-www-form-urlencoded handler for plugin * \******************************************************************************/ int http_form_handler(struct soap *soap) { #ifdef WITH_ZLIB if (options[OPTION_z].selected && soap->zlib_out == SOAP_ZLIB_GZIP) /* client accepts gzip */ soap_set_omode(soap, SOAP_ENC_ZLIB); /* so we can compress content (gzip) */ soap->z_level = 9; /* best compression */ #endif /* Use soap->path (from request URL) to determine request: */ if (options[OPTION_v].selected) fprintf(stderr, "HTTP POST Request: %s\n", soap->endpoint); /* Note: soap->path always starts with '/' */ if (!strcmp(soap->path, "/calc")) return calcpost(soap); return 404; /* HTTP not found */ } /******************************************************************************\ * * Copy static page * \******************************************************************************/ int copy_file(struct soap *soap, const char *name, const char *type) { FILE *fd; size_t r; fd = fopen(name, "rb"); /* open file to copy */ if (!fd) return 404; /* return HTTP not found */ soap->http_content = type; if (soap_response(soap, SOAP_FILE)) /* OK HTTP response header */ { soap_end_send(soap); fclose(fd); return soap->error; } for (;;) { r = fread(soap->tmpbuf, 1, sizeof(soap->tmpbuf), fd); if (!r) break; if (soap_send_raw(soap, soap->tmpbuf, r)) { soap_end_send(soap); fclose(fd); return soap->error; } } fclose(fd); return soap_end_send(soap); } /******************************************************************************\ * * Example dynamic HTTP GET application/x-www-form-urlencoded calculator * \******************************************************************************/ int calcget(struct soap *soap) { int o = 0, a = 0, b = 0, val; char buf[256]; char *s = query(soap); /* get argument string from URL ?query string */ while (s) { char *key = query_key(soap, &s); /* decode next query string key */ char *val = query_val(soap, &s); /* decode next query string value (if any) */ if (key && val) { if (!strcmp(key, "o")) o = val[0]; else if (!strcmp(key, "a")) a = strtol(val, NULL, 10); else if (!strcmp(key, "b")) b = strtol(val, NULL, 10); } } switch (o) { case 'a': val = a + b; break; case 's': val = a - b; break; case 'm': val = a * b; break; case 'd': val = a / b; break; default: return soap_sender_fault(soap, "Unknown operation", NULL); } soap_response(soap, SOAP_HTML); (SOAP_SNPRINTF(buf, sizeof(buf), 40), "value=%d", val); soap_send(soap, buf); soap_end_send(soap); return SOAP_OK; } /******************************************************************************\ * * Example dynamic HTTP POST application/x-www-form-urlencoded calculator * \******************************************************************************/ int calcpost(struct soap *soap) { int o = 0, a = 0, b = 0, val; char buf[256]; char *s = form(soap); /* get form data from body */ while (s) { char *key = query_key(soap, &s); /* decode next key */ char *val = query_val(soap, &s); /* decode next value (if any) */ if (key && val) { if (!strcmp(key, "o")) o = val[0]; else if (!strcmp(key, "a")) a = strtol(val, NULL, 10); else if (!strcmp(key, "b")) b = strtol(val, NULL, 10); } } switch (o) { case 'a': val = a + b; break; case 's': val = a - b; break; case 'm': val = a * b; break; case 'd': val = a / b; break; default: return soap_sender_fault(soap, "Unknown operation", NULL); } soap_response(soap, SOAP_HTML); (SOAP_SNPRINTF(buf, sizeof(buf), 40), "value=%d", val); soap_send(soap, buf); soap_end_send(soap); return SOAP_OK; } /******************************************************************************\ * * Example dynamic HTTP POST multipart/form-data form-based calculator * \******************************************************************************/ int f__form1(struct soap *soap) { int o = 0, a = 0, b = 0, val; char buf[256]; struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) { if (content->id && content->ptr) { /* may have to check content->encoding to convert data when necessary! */ if (!strcmp(content->id, "o")) o = content->ptr[0]; else if (!strcmp(content->id, "a")) a = strtol(content->ptr, NULL, 10); else if (!strcmp(content->id, "b")) b = strtol(content->ptr, NULL, 10); } } switch (o) { case 'a': val = a + b; break; case 's': val = a - b; break; case 'm': val = a * b; break; case 'd': val = a / b; break; default: return soap_sender_fault(soap, "Unknown operation", NULL); } soap_response(soap, SOAP_HTML); (SOAP_SNPRINTF(buf, sizeof(buf), 40), "value=%d", val); soap_send(soap, buf); soap_end_send(soap); return SOAP_OK; } int f__form2(struct soap *soap, struct f__formResponse *response) { int o = 0, a = 0, b = 0; struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) { if (content->id && content->ptr) { /* may have to check content->encoding to convert data when necessary! */ if (!strcmp(content->id, "o")) o = content->ptr[0]; else if (!strcmp(content->id, "a")) a = strtol(content->ptr, NULL, 10); else if (!strcmp(content->id, "b")) b = strtol(content->ptr, NULL, 10); } } switch (o) { case 'a': response->result = a + b; break; case 's': response->result = a - b; break; case 'm': response->result = a * b; break; case 'd': response->result = a / b; break; default: return soap_sender_fault(soap, "Unknown operation", NULL); } return SOAP_OK; } /******************************************************************************\ * * Dynamic Web server info page * \******************************************************************************/ int info(struct soap *soap) { struct http_get_data *getdata; size_t stat_sent, stat_recv; const char *t0, *t1, *t2, *t3, *t4, *t5, *t6, *t7; char buf[4096]; /* buffer large enough to hold parts of HTML content */ struct soap_plugin *p; time_t now = time(NULL), elapsed = now - start; query_options(soap, options); if (soap->omode & SOAP_IO_KEEPALIVE) t0 = "YES"; else t0 = "NO"; #ifdef WITH_COOKIES t1 = "YES"; /* soap_env_cookie_value() returns value of a cookie received (from client) */ if (soap_env_cookie_value(soap, "visit", NULL, NULL)) t2 = "PASS"; else t2 = "WAIT"; #else t1 = "NO"; t2 = "N/A"; #endif if (secure) { t3 = "YES"; if (soap->imode & SOAP_ENC_SSL) t4 = "PASS"; else t4 = "FAIL"; } else { t3 = "NO"; t4 = "N/A"; } #ifdef WITH_ZLIB if (options[OPTION_z].selected) { t5 = "YES"; if (soap->omode & SOAP_ENC_ZLIB) t6 = "PASS"; else t6 = "WAIT"; } else { t5 = "NO"; t6 = "N/A"; } #else t5 = "NO"; t6 = "N/A"; #endif if (options[OPTION_c].selected || (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) t7 = "YES"; else t7 = "NO"; if (soap_response(soap, SOAP_HTML)) return soap->error; (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ \ \ \ \ \ \ gSOAP Web Server Administration\ \ \

gSOAP Web Server Administration

\

Server endpoint=%s client agent IP=%d.%d.%d.%d\

Registered Plugins

\ ", soap->endpoint, (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); if (soap_send(soap, buf)) return soap->error; for (p = soap->plugins; p; p = p->next) { if (soap_send(soap, p->id) || soap_send(soap, "
")) return soap->error; } if (soap_send(soap, "

Elapsed Time

")) return soap->error; if (elapsed >= 86400) html_hbar(soap, "Days:", 100, elapsed/86400, 0x000000); if (elapsed >= 3600) html_hbar(soap, "Hours:", 100, elapsed/3600%24, 0x000000); html_hbar(soap, "Minutes:", 100, elapsed/60%60, 0x000000); soap_send(soap, "

Control Panel

"); if (html_form_options(soap, options)) return soap->error; (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\

Function Tests

\ \ \ \ %s\ %s\ %s\ %s\ %s\ %s\ %s\ %s\ \
FunctionResult
HTTP operationalYES
HTTP keep alive enabled
HTTP cookies enabled
HTTP cookies test
HTTPS (OpenSSL) enabled
HTTPS (OpenSSL) test
HTTP compression enabled
HTTP compression test
HTTP chunking enabled
", t0, t1, t2, t3, t4, t5, t6, t7); if (soap_send(soap, buf)) return soap->error; getdata = (struct http_get_data*)soap_lookup_plugin(soap, http_get_id); soap_get_logging_stats(soap, &stat_sent, &stat_recv); soap_send(soap, "

Usage Statistics

"); if (getdata) { html_hbar(soap, "HTTP GET", 120, getdata->stat_get, 0x0000FF); html_hbar(soap, "HTTP POST", 120, getdata->stat_post, 0x00FF00); html_hbar(soap, "HTTP FAIL", 120, getdata->stat_fail, 0xFF0000); } html_hbar(soap, "SENT(kB)", 120, stat_sent/1024, 0x00FFFF); html_hbar(soap, "RECV(kB)", 120, stat_recv/1024, 0x00FFFF); if (elapsed > 0) { html_hbar(soap, "SENT(kB/s)", 120, stat_sent/elapsed/1024, 0x00FFFF); html_hbar(soap, "RECV(kB/s)", 120, stat_recv/elapsed/1024, 0x00FFFF); } if (getdata) { struct tm T; T.tm_min = 99; T.tm_hour = 99; T.tm_yday = 999; #ifdef HAVE_LOCALTIME_R localtime_r(&now, &T); #else T = *localtime(&now); #endif soap_send(soap, "

Requests by the Minute

"); html_hist(soap, "Minute", 12, 0, 60, minutes, getdata->min, T.tm_min); soap_send(soap, "

Requests by the Hour

"); html_hist(soap, "Hour", 30, 0, 24, hours, getdata->hour, T.tm_hour); soap_send(soap, "

Requests by Day of the Year

"); html_hist(soap, "Day", 2, 0, 365, NULL, getdata->day, T.tm_yday); } soap_send(soap, "\

This page will automatically reload every minute to refresh the statistics.\


Powered by gSOAP\ \ "); return soap_end_send(soap); } static size_t html_scaled(char *buf, size_t max, size_t len) { if (len > 1000000) { (SOAP_SNPRINTF(buf, max, 39), "%.2f·106", (float)len/1000000.0); return len / 1000000; } if (len > 1000) { (SOAP_SNPRINTF(buf, max, 39), "%.2f·103", (float)len/1000.0); return len / 1000; } (SOAP_SNPRINTF(buf, max, 20), "%lu", (unsigned long)len); return len; } int html_hbar(struct soap *soap, const char *title, size_t pix, size_t len, unsigned long color) { char buf[4096]; /* buffer large enough to hold parts of HTML content */ char lab[40]; len = html_scaled(lab, sizeof(lab), len); (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
%s %s
", (unsigned long)pix, title && strlen(title) < 80 ? title : "", lab, color, (unsigned long)len * 2); return soap_send(soap, buf); } int html_hist(struct soap *soap, const char *title, size_t barwidth, size_t height, size_t num, const char **key, size_t *val, size_t highlight) { char buf[4096]; /* buffer large enough to hold HTML content */ char lab[40]; size_t i, max; float scale; max = 0; for (i = 0; i < num; i++) { if (val[i] > max) max = val[i]; } if (height < 20) { height = max; if (height < 20) height = 20; else if (height > 256) height = 256; } scale = (float)height / (float)max; html_scaled(lab, sizeof(lab), max); (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ \ \ \ \ \ \ \ ", title && strlen(title) < 80 ? title : "", (unsigned long)height + 50, (unsigned long)num + 1, (unsigned long)height, (unsigned long)height, lab); if (soap_send(soap, buf)) return soap->error; for (i = 0; i < num; i++) { unsigned long bar = (scale * val[i] + 0.5); if (bar >= 1) (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ ", (unsigned long)i, title && strlen(title) < 80 ? title : "", (unsigned long)barwidth, (unsigned long)barwidth, bar - 1); else (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ ", (unsigned long)barwidth); if (soap_send(soap, buf)) return soap->error; } (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ \ \ \ \ \ ", (unsigned long)height, (unsigned long)height, title && strlen(title) < 80 ? title : ""); if (soap_send(soap, buf)) return soap->error; for (i = 0; i < num; i++) { (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "%s", (i == highlight) ? " bgcolor='#777777'" : "", key ? key[i] : ""); if (soap_send(soap, buf)) return soap->error; } if (soap_send(soap, "\ \ ")) return soap->error; (SOAP_SNPRINTF(buf, sizeof(buf), 4095), "\ \ \ \ \ \ \ \ \ \
%s
%s
", (unsigned long)num + 1, (unsigned long)num + 2); return soap_send(soap, buf); } /******************************************************************************\ * * OpenSSL * \******************************************************************************/ #ifdef WITH_OPENSSL struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(MUTEX_TYPE)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } #else /* OpenSSL not used */ int CRYPTO_thread_setup() { return SOAP_OK; } void CRYPTO_thread_cleanup() { } #endif /******************************************************************************\ * * SIGPIPE * \******************************************************************************/ void sigpipe_handle(int x) { } gsoap-2.8.28/gsoap/samples/calc_xcode/0000755000175000017500000000000012653650154017134 5ustar ellertellertgsoap-2.8.28/gsoap/samples/calc_xcode/soapStub.h0000644000175000017500000002756612653650154021125 0ustar ellertellert/* soapStub.h Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef soapStub_H #define soapStub_H #include "stdsoap2.h" #if GSOAP_VERSION != 20828 # error "GSOAP VERSION 20828 MISMATCH IN GENERATED CODE VERSUS LIBRARY CODE: PLEASE REINSTALL PACKAGE" #endif /******************************************************************************\ * * * Enumerations * * * \******************************************************************************/ /******************************************************************************\ * * * Types with Custom Serializers * * * \******************************************************************************/ /******************************************************************************\ * * * Classes, Structs, and Unions * * * \******************************************************************************/ struct ns__addResponse; /* calc.h:97 */ struct ns__add; /* calc.h:97 */ struct ns__subResponse; /* calc.h:100 */ struct ns__sub; /* calc.h:100 */ struct ns__mulResponse; /* calc.h:103 */ struct ns__mul; /* calc.h:103 */ struct ns__divResponse; /* calc.h:106 */ struct ns__div; /* calc.h:106 */ struct ns__powResponse; /* calc.h:109 */ struct ns__pow; /* calc.h:109 */ /* calc.h:97 */ #ifndef SOAP_TYPE_ns__addResponse #define SOAP_TYPE_ns__addResponse (10) /* ns:addResponse complex type: */ struct ns__addResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 10; } /* = unique type id SOAP_TYPE_ns__addResponse */ ns__addResponse(); friend SOAP_FMAC1 ns__addResponse * SOAP_FMAC2 soap_instantiate_ns__addResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:97 */ #ifndef SOAP_TYPE_ns__add #define SOAP_TYPE_ns__add (11) /* ns:add complex type: */ struct ns__add { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 11; } /* = unique type id SOAP_TYPE_ns__add */ ns__add(); friend SOAP_FMAC1 ns__add * SOAP_FMAC2 soap_instantiate_ns__add(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:100 */ #ifndef SOAP_TYPE_ns__subResponse #define SOAP_TYPE_ns__subResponse (13) /* ns:subResponse complex type: */ struct ns__subResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 13; } /* = unique type id SOAP_TYPE_ns__subResponse */ ns__subResponse(); friend SOAP_FMAC1 ns__subResponse * SOAP_FMAC2 soap_instantiate_ns__subResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:100 */ #ifndef SOAP_TYPE_ns__sub #define SOAP_TYPE_ns__sub (14) /* ns:sub complex type: */ struct ns__sub { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 14; } /* = unique type id SOAP_TYPE_ns__sub */ ns__sub(); friend SOAP_FMAC1 ns__sub * SOAP_FMAC2 soap_instantiate_ns__sub(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:103 */ #ifndef SOAP_TYPE_ns__mulResponse #define SOAP_TYPE_ns__mulResponse (16) /* ns:mulResponse complex type: */ struct ns__mulResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 16; } /* = unique type id SOAP_TYPE_ns__mulResponse */ ns__mulResponse(); friend SOAP_FMAC1 ns__mulResponse * SOAP_FMAC2 soap_instantiate_ns__mulResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:103 */ #ifndef SOAP_TYPE_ns__mul #define SOAP_TYPE_ns__mul (17) /* ns:mul complex type: */ struct ns__mul { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 17; } /* = unique type id SOAP_TYPE_ns__mul */ ns__mul(); friend SOAP_FMAC1 ns__mul * SOAP_FMAC2 soap_instantiate_ns__mul(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:106 */ #ifndef SOAP_TYPE_ns__divResponse #define SOAP_TYPE_ns__divResponse (19) /* ns:divResponse complex type: */ struct ns__divResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 19; } /* = unique type id SOAP_TYPE_ns__divResponse */ ns__divResponse(); friend SOAP_FMAC1 ns__divResponse * SOAP_FMAC2 soap_instantiate_ns__divResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:106 */ #ifndef SOAP_TYPE_ns__div #define SOAP_TYPE_ns__div (20) /* ns:div complex type: */ struct ns__div { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 20; } /* = unique type id SOAP_TYPE_ns__div */ ns__div(); friend SOAP_FMAC1 ns__div * SOAP_FMAC2 soap_instantiate_ns__div(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:109 */ #ifndef SOAP_TYPE_ns__powResponse #define SOAP_TYPE_ns__powResponse (22) /* ns:powResponse complex type: */ struct ns__powResponse { public: double *result; /* SOAP 1.2 RPC return element (when namespace qualified) */ /* optional element of XSD type xsd:double */ public: int soap_type() const { return 22; } /* = unique type id SOAP_TYPE_ns__powResponse */ ns__powResponse(); friend SOAP_FMAC1 ns__powResponse * SOAP_FMAC2 soap_instantiate_ns__powResponse(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:109 */ #ifndef SOAP_TYPE_ns__pow #define SOAP_TYPE_ns__pow (23) /* ns:pow complex type: */ struct ns__pow { public: double a; /* required element of XSD type xsd:double */ double b; /* required element of XSD type xsd:double */ public: int soap_type() const { return 23; } /* = unique type id SOAP_TYPE_ns__pow */ ns__pow(); friend SOAP_FMAC1 ns__pow * SOAP_FMAC2 soap_instantiate_ns__pow(struct soap*, int, const char*, const char*, size_t*); }; #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) /* SOAP Header: */ struct SOAP_ENV__Header { public: int soap_type() const { return 24; } /* = unique type id SOAP_TYPE_SOAP_ENV__Header */ SOAP_ENV__Header(); friend SOAP_FMAC1 SOAP_ENV__Header * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Header(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) /* Type SOAP_ENV__Code is a recursive data type (in)directly referencing itself through its (base) class members */ /* SOAP Fault Code: */ struct SOAP_ENV__Code { public: char *SOAP_ENV__Value; /* optional element of XSD type xsd:QName */ struct SOAP_ENV__Code *SOAP_ENV__Subcode; /* optional element of XSD type SOAP-ENV:Code */ public: int soap_type() const { return 25; } /* = unique type id SOAP_TYPE_SOAP_ENV__Code */ SOAP_ENV__Code(); friend SOAP_FMAC1 SOAP_ENV__Code * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Code(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) /* SOAP-ENV:Detail complex type: */ struct SOAP_ENV__Detail { public: char *__any; int __type; /* any type of element (defined below) WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */ void *fault; /* transient (not serialized) */ public: int soap_type() const { return 27; } /* = unique type id SOAP_TYPE_SOAP_ENV__Detail */ SOAP_ENV__Detail(); friend SOAP_FMAC1 SOAP_ENV__Detail * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Detail(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) /* SOAP-ENV:Reason complex type: */ struct SOAP_ENV__Reason { public: char *SOAP_ENV__Text; /* optional element of XSD type xsd:string */ public: int soap_type() const { return 30; } /* = unique type id SOAP_TYPE_SOAP_ENV__Reason */ SOAP_ENV__Reason(); friend SOAP_FMAC1 SOAP_ENV__Reason * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Reason(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /* calc.h:110 */ #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) /* SOAP Fault: */ struct SOAP_ENV__Fault { public: char *faultcode; /* optional element of XSD type xsd:QName */ char *faultstring; /* optional element of XSD type xsd:string */ char *faultactor; /* optional element of XSD type xsd:string */ struct SOAP_ENV__Detail *detail; /* optional element of XSD type SOAP-ENV:Detail */ struct SOAP_ENV__Code *SOAP_ENV__Code; /* optional element of XSD type SOAP-ENV:Code */ struct SOAP_ENV__Reason *SOAP_ENV__Reason; /* optional element of XSD type SOAP-ENV:Reason */ char *SOAP_ENV__Node; /* optional element of XSD type xsd:string */ char *SOAP_ENV__Role; /* optional element of XSD type xsd:string */ struct SOAP_ENV__Detail *SOAP_ENV__Detail; /* optional element of XSD type SOAP-ENV:Detail */ public: int soap_type() const { return 31; } /* = unique type id SOAP_TYPE_SOAP_ENV__Fault */ SOAP_ENV__Fault(); friend SOAP_FMAC1 SOAP_ENV__Fault * SOAP_FMAC2 soap_instantiate_SOAP_ENV__Fault(struct soap*, int, const char*, const char*, size_t*); }; #endif #endif /******************************************************************************\ * * * Typedefs * * * \******************************************************************************/ /* calc.h:97 */ #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) typedef char *_QName; #endif /* calc.h:97 */ #ifndef SOAP_TYPE__XML #define SOAP_TYPE__XML (6) typedef char *_XML; #endif /******************************************************************************\ * * * Externals * * * \******************************************************************************/ #endif /* End of soapStub.h */ gsoap-2.8.28/gsoap/samples/calc_xcode/calc_xcode.10000644000175000017500000000607012653650154021305 0ustar ellertellert.\"Modified from man(1) of FreeBSD, the NetBSD mdoc.template, and mdoc.samples. .\"See Also: .\"man mdoc.samples for a complete listing of options .\"man mdoc for the short list of editing options .\"/usr/share/misc/mdoc.template .Dd 12/31/07 \" DATE .Dt calc_xcode 1 \" Program name and manual section number .Os Darwin .Sh NAME \" Section Header - required - don't modify .Nm calc_xcode, .\" The following lines are read in generating the apropos(man -k) database. Use only key .\" words here as the database is built based on the words here and in the .ND line. .Nm Other_name_for_same_program(), .Nm Yet another name for the same program. .\" Use .Nm macro to designate other names for the documented program. .Nd This line parsed for whatis database. .Sh SYNOPSIS \" Section Header - required - don't modify .Nm .Op Fl abcd \" [-abcd] .Op Fl a Ar path \" [-a path] .Op Ar file \" [file] .Op Ar \" [file ...] .Ar arg0 \" Underlined argument - use .Ar anywhere to underline arg2 ... \" Arguments .Sh DESCRIPTION \" Section Header - required - don't modify Use the .Nm macro to refer to your program throughout the man page like such: .Nm Underlining is accomplished with the .Ar macro like this: .Ar underlined text . .Pp \" Inserts a space A list of items with descriptions: .Bl -tag -width -indent \" Begins a tagged list .It item a \" Each item preceded by .It macro Description of item a .It item b Description of item b .El \" Ends the list .Pp A list of flags and their descriptions: .Bl -tag -width -indent \" Differs from above in tag removed .It Fl a \"-a flag as a list item Description of -a flag .It Fl b Description of -b flag .El \" Ends the list .Pp .\" .Sh ENVIRONMENT \" May not be needed .\" .Bl -tag -width "ENV_VAR_1" -indent \" ENV_VAR_1 is width of the string ENV_VAR_1 .\" .It Ev ENV_VAR_1 .\" Description of ENV_VAR_1 .\" .It Ev ENV_VAR_2 .\" Description of ENV_VAR_2 .\" .El .Sh FILES \" File used or created by the topic of the man page .Bl -tag -width "/Users/joeuser/Library/really_long_file_name" -compact .It Pa /usr/share/file_name FILE_1 description .It Pa /Users/joeuser/Library/really_long_file_name FILE_2 description .El \" Ends the list .\" .Sh DIAGNOSTICS \" May not be needed .\" .Bl -diag .\" .It Diagnostic Tag .\" Diagnostic informtion here. .\" .It Diagnostic Tag .\" Diagnostic informtion here. .\" .El .Sh SEE ALSO .\" List links in ascending order by section, alphabetically within a section. .\" Please do not reference files that do not exist without filing a bug report .Xr a 1 , .Xr b 1 , .Xr c 1 , .Xr a 2 , .Xr b 2 , .Xr a 3 , .Xr b 3 .\" .Sh BUGS \" Document known, unremedied bugs .\" .Sh HISTORY \" Document history if command behaves in a unique manner gsoap-2.8.28/gsoap/samples/calc_xcode/calc_xcode.xcodeproj/0000755000175000017500000000000012653650154023214 5ustar ellertellertgsoap-2.8.28/gsoap/samples/calc_xcode/calc_xcode.xcodeproj/project.pbxproj0000644000175000017500000002453512653650154026301 0ustar ellertellert// !$*UTF8*$! { archiveVersion = 1; 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All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" calcProxy::calcProxy() : soap(SOAP_IO_DEFAULT) { calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } calcProxy::calcProxy(const calcProxy& rhs) { soap_copy_context(this, &rhs); this->soap_endpoint = rhs.soap_endpoint; } calcProxy::calcProxy(const struct soap &_soap) : soap(_soap) { } calcProxy::calcProxy(const char *url) : soap(SOAP_IO_DEFAULT) { calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); soap_endpoint = url; } calcProxy::calcProxy(soap_mode iomode) : soap(iomode) { calcProxy_init(iomode, iomode); } calcProxy::calcProxy(const char *url, soap_mode iomode) : soap(iomode) { calcProxy_init(iomode, iomode); soap_endpoint = url; } calcProxy::calcProxy(soap_mode imode, soap_mode omode) : soap(imode, omode) { calcProxy_init(imode, omode); } calcProxy::~calcProxy() { this->destroy(); } void calcProxy::calcProxy_init(soap_mode imode, soap_mode omode) { soap_imode(this, imode); soap_omode(this, omode); soap_endpoint = NULL; static const struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL}, {NULL, NULL, NULL, NULL} }; soap_set_namespaces(this, namespaces); } #ifndef WITH_PURE_VIRTUAL calcProxy *calcProxy::copy() { calcProxy *dup = SOAP_NEW_COPY(calcProxy(*(struct soap*)this)); return dup; } #endif calcProxy& calcProxy::operator=(const calcProxy& rhs) { soap_copy_context(this, &rhs); this->soap_endpoint = rhs.soap_endpoint; return *this; } void calcProxy::destroy() { soap_destroy(this); soap_end(this); } void calcProxy::reset() { this->destroy(); soap_done(this); soap_initialize(this); calcProxy_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } void calcProxy::soap_noheader() { this->header = NULL; } const SOAP_ENV__Header *calcProxy::soap_header() { return this->header; } const SOAP_ENV__Fault *calcProxy::soap_fault() { return this->fault; } const char *calcProxy::soap_fault_string() { return *soap_faultstring(this); } const char *calcProxy::soap_fault_detail() { return *soap_faultdetail(this); } int calcProxy::soap_close_socket() { return soap_closesock(this); } int calcProxy::soap_force_close_socket() { return soap_force_closesock(this); } void calcProxy::soap_print_fault(FILE *fd) { ::soap_print_fault(this, fd); } #ifndef WITH_LEAN #ifndef WITH_COMPAT void calcProxy::soap_stream_fault(std::ostream& os) { ::soap_stream_fault(this, os); } #endif char *calcProxy::soap_sprint_fault(char *buf, size_t len) { return ::soap_sprint_fault(this, buf, len); } #endif int calcProxy::add(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__add soap_tmp_ns__add; struct ns__addResponse *soap_tmp_ns__addResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__add.a = a; soap_tmp_ns__add.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__add(soap, &soap_tmp_ns__add); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__add(soap, &soap_tmp_ns__add, "ns:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__add(soap, &soap_tmp_ns__add, "ns:add", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__addResponse = soap_get_ns__addResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__addResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__addResponse->result) *result = *soap_tmp_ns__addResponse->result; return soap_closesock(soap); } int calcProxy::sub(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__sub soap_tmp_ns__sub; struct ns__subResponse *soap_tmp_ns__subResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__sub.a = a; soap_tmp_ns__sub.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__sub(soap, &soap_tmp_ns__sub); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__sub(soap, &soap_tmp_ns__sub, "ns:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__sub(soap, &soap_tmp_ns__sub, "ns:sub", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__subResponse = soap_get_ns__subResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__subResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__subResponse->result) *result = *soap_tmp_ns__subResponse->result; return soap_closesock(soap); } int calcProxy::mul(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__mul soap_tmp_ns__mul; struct ns__mulResponse *soap_tmp_ns__mulResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__mul.a = a; soap_tmp_ns__mul.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__mul(soap, &soap_tmp_ns__mul); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mul(soap, &soap_tmp_ns__mul, "ns:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mul(soap, &soap_tmp_ns__mul, "ns:mul", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__mulResponse = soap_get_ns__mulResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__mulResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__mulResponse->result) *result = *soap_tmp_ns__mulResponse->result; return soap_closesock(soap); } int calcProxy::div(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__div soap_tmp_ns__div; struct ns__divResponse *soap_tmp_ns__divResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__div.a = a; soap_tmp_ns__div.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__div(soap, &soap_tmp_ns__div); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__div(soap, &soap_tmp_ns__div, "ns:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__div(soap, &soap_tmp_ns__div, "ns:div", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__divResponse = soap_get_ns__divResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__divResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__divResponse->result) *result = *soap_tmp_ns__divResponse->result; return soap_closesock(soap); } int calcProxy::pow(const char *endpoint, const char *soap_action, double a, double b, double *result) { struct soap *soap = this; struct ns__pow soap_tmp_ns__pow; struct ns__powResponse *soap_tmp_ns__powResponse; if (endpoint) soap_endpoint = endpoint; if (soap_endpoint == NULL) soap_endpoint = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; soap_tmp_ns__pow.a = a; soap_tmp_ns__pow.b = b; soap_begin(soap); soap->encodingStyle = ""; soap_serializeheader(soap); soap_serialize_ns__pow(soap, &soap_tmp_ns__pow); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__pow(soap, &soap_tmp_ns__pow, "ns:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; } if (soap_end_count(soap)) return soap->error; if (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__pow(soap, &soap_tmp_ns__pow, "ns:pow", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); if (!result) return soap_closesock(soap); soap_default_double(soap, result); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) return soap_closesock(soap); if (soap_recv_fault(soap, 1)) return soap->error; soap_tmp_ns__powResponse = soap_get_ns__powResponse(soap, NULL, "", NULL); if (!soap_tmp_ns__powResponse || soap->error) return soap_recv_fault(soap, 0); if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap_closesock(soap); if (result && soap_tmp_ns__powResponse->result) *result = *soap_tmp_ns__powResponse->result; return soap_closesock(soap); } /* End of client proxy code */ gsoap-2.8.28/gsoap/samples/calc_xcode/soapcalcProxy.h0000644000175000017500000001007712653650154022141 0ustar ellertellert/* soapcalcProxy.h Generated by gSOAP 2.8.28 from calc.h gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. The soapcpp2 tool and its generated software are released under the GPL. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef soapcalcProxy_H #define soapcalcProxy_H #include "soapH.h" class SOAP_CMAC calcProxy : public soap { public: /// Endpoint URL of service 'calcProxy' (change as needed) const char *soap_endpoint; /// Variables globally declared in calc.h (non-static) /// Constructor calcProxy(); /// Copy constructor calcProxy(const calcProxy& rhs); /// Construct from another engine state calcProxy(const struct soap&); /// Constructor with endpoint URL calcProxy(const char *url); /// Constructor with engine input+output mode control calcProxy(soap_mode iomode); /// Constructor with URL and input+output mode control calcProxy(const char *url, soap_mode iomode); /// Constructor with engine input and output mode control calcProxy(soap_mode imode, soap_mode omode); /// Destructor deletes deserialized data and engine context virtual ~calcProxy(); /// Initializer used by constructors virtual void calcProxy_init(soap_mode imode, soap_mode omode); /// Create a new copy virtual calcProxy *copy() SOAP_PURE_VIRTUAL; /// Copy assignment calcProxy& operator=(const calcProxy&); /// Delete all deserialized data (with soap_destroy and soap_end) virtual void destroy(); /// Delete all deserialized data and reset to default virtual void reset(); /// Disables and removes SOAP Header from message virtual void soap_noheader(); /// Get SOAP Header structure (NULL when absent) virtual const SOAP_ENV__Header *soap_header(); /// Get SOAP Fault structure (NULL when absent) virtual const SOAP_ENV__Fault *soap_fault(); /// Get SOAP Fault string (NULL when absent) virtual const char *soap_fault_string(); /// Get SOAP Fault detail as string (NULL when absent) virtual const char *soap_fault_detail(); /// Close connection (normally automatic, except for send_X ops) virtual int soap_close_socket(); /// Force close connection (can kill a thread blocked on IO) virtual int soap_force_close_socket(); /// Print fault virtual void soap_print_fault(FILE*); #ifndef WITH_LEAN /// Print fault to stream #ifndef WITH_COMPAT virtual void soap_stream_fault(std::ostream&); #endif /// Put fault into buffer virtual char *soap_sprint_fault(char *buf, size_t len); #endif /// Web service operation 'add' (returns error code or SOAP_OK) virtual int add(double a, double b, double *result) { return this->add(NULL, NULL, a, b, result); } virtual int add(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'sub' (returns error code or SOAP_OK) virtual int sub(double a, double b, double *result) { return this->sub(NULL, NULL, a, b, result); } virtual int sub(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'mul' (returns error code or SOAP_OK) virtual int mul(double a, double b, double *result) { return this->mul(NULL, NULL, a, b, result); } virtual int mul(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'div' (returns error code or SOAP_OK) virtual int div(double a, double b, double *result) { return this->div(NULL, NULL, a, b, result); } virtual int div(const char *endpoint, const char *soap_action, double a, double b, double *result); /// Web service operation 'pow' (returns error code or SOAP_OK) virtual int pow(double a, double b, double *result) { return this->pow(NULL, NULL, a, b, result); } virtual int pow(const char *endpoint, const char *soap_action, double a, double b, double *result); }; #endif gsoap-2.8.28/gsoap/samples/calc_xcode/README.txt0000644000175000017500000000165012653650154020634 0ustar ellertellertA MAC OS X Xcode example client for the simple calculator service. To create a new gSOAP-based Xcode project, follow these additional steps: Add a new run script to invoke soapcpp2: Project -> New Build Phase -> New Run Script Build Phase In the New script edit box: Script content: ./../src/soapcpp2 -i -wx -C calc.h Input files: $(SRCROOT)/calc.h Output files: $(DERIVED_FILE_DIR)/soapcalcProxy.h $(DERIVED_FILE_DIR)/soapcalcProxy.cpp $(DERIVED_FILE_DIR)/soapStub.h $(DERIVED_FILE_DIR)/soapH.h $(DERIVED_FILE_DIR)/soapC.cpp In the project overview move the new Run script to the start of the build: Groups & Files window pane: Targets -> calc_xcode -> Run script -> Compile Sources ... The calcclient application invokes the service and is used from the command line as follows: $ calcclient add 3 4 result = 7 The calcserver application is a CGI application that can be installed under the cgibin of your Web server. gsoap-2.8.28/gsoap/samples/calc_xcode/calc.nsmap0000644000175000017500000000101012653650154021066 0ustar ellertellert #include "soapH.h" SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL}, {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/calc_xcode/calc.h0000644000175000017500000001041012653650154020203 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/calc_xcode/calcclient.cpp0000644000175000017500000000512012653650154021737 0ustar ellertellert/* calcclient.cpp Example calculator service client in C++ Service definitions in calc.h (not generated by wsdl2h, but similar) $ soapcpp2 -i calc.h $ cc -o calcclient calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp where stdsoap2.cpp is in the 'gsoap' directory, or use libgsoap++: $ cc -o calcclient calcclient.cpp soapC.cpp soapcalcProxy.cpp -lgsoap++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" #include "calc.nsmap" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; int main(int argc, char **argv) { if (argc < 4) { fprintf(stderr, "Usage: [add|sub|mul|div|pow] num num\n"); exit(0); } double a, b, result; a = strtod(argv[2], NULL); b = strtod(argv[3], NULL); calcProxy calc; calc.soap_endpoint = server; switch (*argv[1]) { case 'a': calc.add(a, b, &result); break; case 's': calc.sub(a, b, &result); break; case 'm': calc.mul(a, b, &result); break; case 'd': calc.div(a, b, &result); break; case 'p': calc.pow(a, b, &result); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (calc.error) calc.soap_stream_fault(std::cerr); else printf("result = %g\n", result); return 0; } gsoap-2.8.28/gsoap/samples/chaining/0000755000175000017500000000000012653650172016630 5ustar ellertellertgsoap-2.8.28/gsoap/samples/chaining/quote.h0000644000175000017500000000046712653650154020145 0ustar ellertellert//gsoap ns service name: quote //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: urn:xmethods-delayed-quotes //gsoap ns service location: http://64.124.140.30:9090/soap //gsoap ns service method-action: getQuote "" int ns__getQuote(char *symbol, float *Result); gsoap-2.8.28/gsoap/samples/chaining/Makefile.in0000644000175000017500000004453012653650170020701 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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ps-am tags tags-am uninstall \ uninstall-am # include ../Makefile.c_rules envC.c: env.h $(SOAP) -c -CS -penv -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< qServerLib.c: quote.h $(SOAP) -c -S -np q -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< cServerLib.c: calc.h $(SOAP) -c -S -np c -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/chaining/chaining.c0000644000175000017500000000574412653650154020566 0ustar ellertellert/* chaining.c Example chaining of C services into one service application, To generate non-client-server header and fault handlers: $ soapcpp2 -c -CS -penv env.h The quote service: $ soapcpp2 -c -S -np q quote.h The calc service: $ soapcpp2 -c -S -np c calc.h cc -o chaining.cgi chaining.c stdsoap2.c envC.c qServiceLib.c cServiceLib.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* prevent duplicate declarations for global SOAP Header and Fault */ #define WITH_NOGLOBAL #include "q.nsmap" #include "c.nsmap" /* A dummy global table, to keep the linker happy */ struct Namespace namespaces[] = { {NULL} }; int main() { struct soap *soap = soap_new(); soap_set_namespaces(soap, q_namespaces); /* serve over stdin/out, CGI style */ if (soap_begin_serve(soap)) soap_print_fault(soap, stderr); else if (q_serve_request(soap) == SOAP_NO_METHOD) { soap_set_namespaces(soap, c_namespaces); if (c_serve_request(soap)) soap_send_fault(soap); } else if (soap->error) soap_send_fault(soap); soap_destroy(soap); soap_end(soap); soap_free(soap); return 0; } int ns__getQuote(struct soap *soap, char *s, float *r) { *r = 123; /* a dummy service, stocks don't move */ return SOAP_OK; } int ns__add(struct soap *soap, double a, double b, double *r) { *r = a + b; return SOAP_OK; } int ns__sub(struct soap *soap, double a, double b, double *r) { *r = a - b; return SOAP_OK; } int ns__mul(struct soap *soap, double a, double b, double *r) { *r = a * b; return SOAP_OK; } int ns__div(struct soap *soap, double a, double b, double *r) { *r = a / b; return SOAP_OK; } int ns__pow(struct soap *soap, double a, double b, double *r) { *r = pow(a, b); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/chaining/calcH.h0000644000175000017500000006766512653650154020037 0ustar ellertellert/* calcH.h Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef calcH_H #define calcH_H #include "calcStub.h" #ifdef __cplusplus extern "C" { #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int); SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*); SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*); SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*); #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*); #ifndef SOAP_TYPE_byte #define SOAP_TYPE_byte (3) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap*, char *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap*, const char*, int, const char *, const char*); SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap*, const char*, char *, const char*); #ifndef soap_write_byte #define soap_write_byte(soap, data) ( soap_begin_send(soap) || soap_put_byte(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap*, const char *, const char*, const char*); #ifndef soap_read_byte #define soap_read_byte(soap, data) ( soap_begin_recv(soap) || !soap_get_byte(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap*, char *, const char*, const char*); #ifndef SOAP_TYPE_int #define SOAP_TYPE_int (1) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap*, int *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap*, const char*, int, const int *, const char*); SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap*, const char*, int *, const char*); #ifndef soap_write_int #define soap_write_int(soap, data) ( soap_begin_send(soap) || soap_put_int(soap, data, "int", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap*, const int *, const char*, const char*); #ifndef soap_read_int #define soap_read_int(soap, data) ( soap_begin_recv(soap) || !soap_get_int(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap*, int *, const char*, const char*); #ifndef SOAP_TYPE_double #define SOAP_TYPE_double (7) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap*, double *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap*, const char*, int, const double *, const char*); SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap*, const char*, double *, const char*); #ifndef soap_write_double #define soap_write_double(soap, data) ( soap_begin_send(soap) || soap_put_double(soap, data, "double", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap*, const double *, const char*, const char*); #ifndef soap_read_double #define soap_read_double(soap, data) ( soap_begin_recv(soap) || !soap_get_double(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap*, double *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (31) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap*, const char*, int, const struct SOAP_ENV__Fault *, const char*); SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap*, const char*, struct SOAP_ENV__Fault *, const char*); #ifndef soap_write_SOAP_ENV__Fault #define soap_write_SOAP_ENV__Fault(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Fault(soap, data), 0) || soap_put_SOAP_ENV__Fault(soap, data, "SOAP-ENV:Fault", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Fault #define soap_read_SOAP_ENV__Fault(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Fault(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (30) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap*, const char*, int, const struct SOAP_ENV__Reason *, const char*); SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason *, const char*); #ifndef soap_write_SOAP_ENV__Reason #define soap_write_SOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Reason(soap, data), 0) || soap_put_SOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Reason #define soap_read_SOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (27) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap*, const char*, int, const struct SOAP_ENV__Detail *, const char*); SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail *, const char*); #ifndef soap_write_SOAP_ENV__Detail #define soap_write_SOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Detail(soap, data), 0) || soap_put_SOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Detail #define soap_read_SOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (25) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap*, const char*, int, const struct SOAP_ENV__Code *, const char*); SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code *, const char*); #ifndef soap_write_SOAP_ENV__Code #define soap_write_SOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Code(soap, data), 0) || soap_put_SOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Code #define soap_read_SOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (24) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap*, const char*, int, const struct SOAP_ENV__Header *, const char*); SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap*, const char*, struct SOAP_ENV__Header *, const char*); #ifndef soap_write_SOAP_ENV__Header #define soap_write_SOAP_ENV__Header(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Header(soap, data), 0) || soap_put_SOAP_ENV__Header(soap, data, "SOAP-ENV:Header", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Header #define soap_read_SOAP_ENV__Header(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Header(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *, const char*, const char*); #endif #ifndef SOAP_TYPE_ns__pow #define SOAP_TYPE_ns__pow (23) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__pow(struct soap*, struct ns__pow *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__pow(struct soap*, const struct ns__pow *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__pow(struct soap*, const char*, int, const struct ns__pow *, const char*); SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_in_ns__pow(struct soap*, const char*, struct ns__pow *, const char*); #ifndef soap_write_ns__pow #define soap_write_ns__pow(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__pow(soap, data), 0) || soap_put_ns__pow(soap, data, "ns:pow", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__pow(struct soap*, const struct ns__pow *, const char*, const char*); #ifndef soap_read_ns__pow #define soap_read_ns__pow(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__pow(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_get_ns__pow(struct soap*, struct ns__pow *, const char*, const char*); #ifndef SOAP_TYPE_ns__powResponse #define SOAP_TYPE_ns__powResponse (22) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__powResponse(struct soap*, struct ns__powResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__powResponse(struct soap*, const struct ns__powResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__powResponse(struct soap*, const char*, int, const struct ns__powResponse *, const char*); SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_in_ns__powResponse(struct soap*, const char*, struct ns__powResponse *, const char*); #ifndef soap_write_ns__powResponse #define soap_write_ns__powResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__powResponse(soap, data), 0) || soap_put_ns__powResponse(soap, data, "ns:powResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__powResponse(struct soap*, const struct ns__powResponse *, const char*, const char*); #ifndef soap_read_ns__powResponse #define soap_read_ns__powResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__powResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_get_ns__powResponse(struct soap*, struct ns__powResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns__div #define SOAP_TYPE_ns__div (20) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__div(struct soap*, struct ns__div *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__div(struct soap*, const struct ns__div *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__div(struct soap*, const char*, int, const struct ns__div *, const char*); SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_in_ns__div(struct soap*, const char*, struct ns__div *, const char*); #ifndef soap_write_ns__div #define soap_write_ns__div(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__div(soap, data), 0) || soap_put_ns__div(soap, data, "ns:div", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__div(struct soap*, const struct ns__div *, const char*, const char*); #ifndef soap_read_ns__div #define soap_read_ns__div(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__div(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_get_ns__div(struct soap*, struct ns__div *, const char*, const char*); #ifndef SOAP_TYPE_ns__divResponse #define SOAP_TYPE_ns__divResponse (19) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__divResponse(struct soap*, struct ns__divResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__divResponse(struct soap*, const struct ns__divResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__divResponse(struct soap*, const char*, int, const struct ns__divResponse *, const char*); SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_in_ns__divResponse(struct soap*, const char*, struct ns__divResponse *, const char*); #ifndef soap_write_ns__divResponse #define soap_write_ns__divResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__divResponse(soap, data), 0) || soap_put_ns__divResponse(soap, data, "ns:divResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__divResponse(struct soap*, const struct ns__divResponse *, const char*, const char*); #ifndef soap_read_ns__divResponse #define soap_read_ns__divResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__divResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_get_ns__divResponse(struct soap*, struct ns__divResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns__mul #define SOAP_TYPE_ns__mul (17) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mul(struct soap*, struct ns__mul *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mul(struct soap*, const struct ns__mul *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mul(struct soap*, const char*, int, const struct ns__mul *, const char*); SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_in_ns__mul(struct soap*, const char*, struct ns__mul *, const char*); #ifndef soap_write_ns__mul #define soap_write_ns__mul(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__mul(soap, data), 0) || soap_put_ns__mul(soap, data, "ns:mul", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mul(struct soap*, const struct ns__mul *, const char*, const char*); #ifndef soap_read_ns__mul #define soap_read_ns__mul(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__mul(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_get_ns__mul(struct soap*, struct ns__mul *, const char*, const char*); #ifndef SOAP_TYPE_ns__mulResponse #define SOAP_TYPE_ns__mulResponse (16) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mulResponse(struct soap*, struct ns__mulResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mulResponse(struct soap*, const struct ns__mulResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mulResponse(struct soap*, const char*, int, const struct ns__mulResponse *, const char*); SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_in_ns__mulResponse(struct soap*, const char*, struct ns__mulResponse *, const char*); #ifndef soap_write_ns__mulResponse #define soap_write_ns__mulResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__mulResponse(soap, data), 0) || soap_put_ns__mulResponse(soap, data, "ns:mulResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mulResponse(struct soap*, const struct ns__mulResponse *, const char*, const char*); #ifndef soap_read_ns__mulResponse #define soap_read_ns__mulResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__mulResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_get_ns__mulResponse(struct soap*, struct ns__mulResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns__sub #define SOAP_TYPE_ns__sub (14) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__sub(struct soap*, struct ns__sub *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__sub(struct soap*, const struct ns__sub *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__sub(struct soap*, const char*, int, const struct ns__sub *, const char*); SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_in_ns__sub(struct soap*, const char*, struct ns__sub *, const char*); #ifndef soap_write_ns__sub #define soap_write_ns__sub(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__sub(soap, data), 0) || soap_put_ns__sub(soap, data, "ns:sub", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__sub(struct soap*, const struct ns__sub *, const char*, const char*); #ifndef soap_read_ns__sub #define soap_read_ns__sub(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__sub(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_get_ns__sub(struct soap*, struct ns__sub *, const char*, const char*); #ifndef SOAP_TYPE_ns__subResponse #define SOAP_TYPE_ns__subResponse (13) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__subResponse(struct soap*, struct ns__subResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__subResponse(struct soap*, const struct ns__subResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__subResponse(struct soap*, const char*, int, const struct ns__subResponse *, const char*); SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_in_ns__subResponse(struct soap*, const char*, struct ns__subResponse *, const char*); #ifndef soap_write_ns__subResponse #define soap_write_ns__subResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__subResponse(soap, data), 0) || soap_put_ns__subResponse(soap, data, "ns:subResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__subResponse(struct soap*, const struct ns__subResponse *, const char*, const char*); #ifndef soap_read_ns__subResponse #define soap_read_ns__subResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__subResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_get_ns__subResponse(struct soap*, struct ns__subResponse *, const char*, const char*); #ifndef SOAP_TYPE_ns__add #define SOAP_TYPE_ns__add (11) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__add(struct soap*, struct ns__add *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__add(struct soap*, const struct ns__add *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__add(struct soap*, const char*, int, const struct ns__add *, const char*); SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_in_ns__add(struct soap*, const char*, struct ns__add *, const char*); #ifndef soap_write_ns__add #define soap_write_ns__add(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__add(soap, data), 0) || soap_put_ns__add(soap, data, "ns:add", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__add(struct soap*, const struct ns__add *, const char*, const char*); #ifndef soap_read_ns__add #define soap_read_ns__add(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__add(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_get_ns__add(struct soap*, struct ns__add *, const char*, const char*); #ifndef SOAP_TYPE_ns__addResponse #define SOAP_TYPE_ns__addResponse (10) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__addResponse(struct soap*, struct ns__addResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__addResponse(struct soap*, const struct ns__addResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__addResponse(struct soap*, const char*, int, const struct ns__addResponse *, const char*); SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_in_ns__addResponse(struct soap*, const char*, struct ns__addResponse *, const char*); #ifndef soap_write_ns__addResponse #define soap_write_ns__addResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__addResponse(soap, data), 0) || soap_put_ns__addResponse(soap, data, "ns:addResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__addResponse(struct soap*, const struct ns__addResponse *, const char*, const char*); #ifndef soap_read_ns__addResponse #define soap_read_ns__addResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__addResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_get_ns__addResponse(struct soap*, struct ns__addResponse *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Reason #define SOAP_TYPE_PointerToSOAP_ENV__Reason (33) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap*, const char *, int, struct SOAP_ENV__Reason *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Reason #define soap_write_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Reason(soap, data), 0) || soap_put_PointerToSOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Reason #define soap_read_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Detail #define SOAP_TYPE_PointerToSOAP_ENV__Detail (32) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap*, const char *, int, struct SOAP_ENV__Detail *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Detail #define soap_write_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Detail(soap, data), 0) || soap_put_PointerToSOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Detail #define soap_read_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Code #define SOAP_TYPE_PointerToSOAP_ENV__Code (26) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap*, const char *, int, struct SOAP_ENV__Code *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Code #define soap_write_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Code(soap, data), 0) || soap_put_PointerToSOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Code #define soap_read_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code **, const char*, const char*); #endif #ifndef SOAP_TYPE_PointerTodouble #define SOAP_TYPE_PointerTodouble (8) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap*, double *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap*, const char *, int, double *const*, const char *); SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap*, const char*, double **, const char*); #ifndef soap_write_PointerTodouble #define soap_write_PointerTodouble(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTodouble(soap, data), 0) || soap_put_PointerTodouble(soap, data, "double", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap*, double *const*, const char*, const char*); #ifndef soap_read_PointerTodouble #define soap_read_PointerTodouble(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTodouble(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap*, double **, const char*, const char*); #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) #endif #define soap_default__QName(soap, a) soap_default_string(soap, a) #define soap_serialize__QName(soap, a) soap_serialize_string(soap, a) SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap*, const char*, char **, const char*); #ifndef soap_write__QName #define soap_write__QName(soap, data) ( soap_begin_send(soap) || (soap_serialize__QName(soap, data), 0) || soap_put__QName(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap*, char *const*, const char*, const char*); #ifndef soap_read__QName #define soap_read__QName(soap, data) ( soap_begin_recv(soap) || !soap_get__QName(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap*, char **, const char*, const char*); #ifndef SOAP_TYPE_string #define SOAP_TYPE_string (4) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap*, char **); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap*, const char*, char **, const char*); #ifndef soap_write_string #define soap_write_string(soap, data) ( soap_begin_send(soap) || (soap_serialize_string(soap, data), 0) || soap_put_string(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap*, char *const*, const char*, const char*); #ifndef soap_read_string #define soap_read_string(soap, data) ( soap_begin_recv(soap) || !soap_get_string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap*, char **, const char*, const char*); #ifdef __cplusplus } #endif #endif /* End of calcH.h */ gsoap-2.8.28/gsoap/samples/chaining/env.h0000644000175000017500000000156012653650154017573 0ustar ellertellert/* env.h Defines SOAP-ENV Header and Fault global structures shared by client and service modules to process SOAP headers and faults when combining multiple client and/or services into one executable. Defines SOAP Fault and SOAP Header structures, which will be shared by client and service modules. The Header structure should contain all fields required by the clients and services. To obtain these, look into the wsdl2h-generated .h files for struct SOAP_ENV__Header and struct SOAP_ENV__Detail. Copy these below to make them globally visible to the gSOAP engine and plugins. Copyright (C) 2000-2003 Robert A. van Engelen, Genivia inc. All Rights Reserved. Compile: soapcpp2 -penv env.h c++ -c envC.cpp c++ -DWITH_NONAMESPACES -c stdsoap2.cpp */ #import "header.h" // optional user-defined headers #import "fault.h" // optional user-defined fault details gsoap-2.8.28/gsoap/samples/chaining/quoteC.c0000644000175000017500000013541412653650154020244 0ustar ellertellert/* quoteC.c Generated by gSOAP 2.8.8 from quote.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "quoteH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) quoteC.c ver 2.8.8 2012-04-18 14:36:19 GMT") #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap) { if (soap->header) soap_serialize_SOAP_ENV__Header(soap, soap->header); } SOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap) { if (soap->header) { soap->part = SOAP_IN_HEADER; if (soap_out_SOAP_ENV__Header(soap, "SOAP-ENV:Header", 0, soap->header, NULL)) return soap->error; soap->part = SOAP_END_HEADER; } return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap) { soap->part = SOAP_IN_HEADER; soap->header = soap_in_SOAP_ENV__Header(soap, "SOAP-ENV:Header", NULL, NULL); soap->part = SOAP_END_HEADER; return soap->header == NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap) { if (!soap->header) { if ((soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header)))) soap_default_SOAP_ENV__Header(soap, soap->header); } } SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap) { if (!soap->fault) { soap->fault = (struct SOAP_ENV__Fault*)soap_malloc(soap, sizeof(struct SOAP_ENV__Fault)); if (!soap->fault) return; soap_default_SOAP_ENV__Fault(soap, soap->fault); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Code) { soap->fault->SOAP_ENV__Code = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Reason) { soap->fault->SOAP_ENV__Reason = (struct SOAP_ENV__Reason*)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason)); soap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason); } } SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap) { if (soap->fault) soap_serialize_SOAP_ENV__Fault(soap, soap->fault); } SOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap) { if (soap->fault) return soap_put_SOAP_ENV__Fault(soap, soap->fault, "SOAP-ENV:Fault", NULL); return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap) { return (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, "SOAP-ENV:Fault", NULL)) == NULL; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Code) return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value; return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (!soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) { soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode); } return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; } return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) return soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; return NULL; } return soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap) { soap_fault(soap); if (soap->version == 2) return (const char**)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text; return (const char**)&soap->fault->faultstring; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 1) { if (!soap->fault->detail) { soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->detail); } return (const char**)&soap->fault->detail->__any; } if (!soap->fault->SOAP_ENV__Detail) { soap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail); } return (const char**)&soap->fault->SOAP_ENV__Detail->__any; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Detail) return soap->fault->SOAP_ENV__Detail->__any; if (soap->fault->detail) return soap->fault->detail->__any; return NULL; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap) { int t; if (soap->version == 1) { for (;;) { if (!soap_getelement(soap, &t)) if (soap->error || soap_ignore_element(soap)) break; } } if (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF) soap->error = SOAP_OK; return soap->error; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type) { (void)type; if (soap_peek_element(soap)) return NULL; if (!*soap->id || !(*type = soap_lookup_type(soap, soap->id))) *type = soap_lookup_type(soap, soap->href); switch (*type) { case SOAP_TYPE_byte: return soap_in_byte(soap, NULL, NULL, "xsd:byte"); case SOAP_TYPE_int: return soap_in_int(soap, NULL, NULL, "xsd:int"); case SOAP_TYPE_float: return soap_in_float(soap, NULL, NULL, "xsd:float"); case SOAP_TYPE_ns__getQuote: return soap_in_ns__getQuote(soap, NULL, NULL, "ns:getQuote"); case SOAP_TYPE_ns__getQuoteResponse: return soap_in_ns__getQuoteResponse(soap, NULL, NULL, "ns:getQuoteResponse"); case SOAP_TYPE_PointerTofloat: return soap_in_PointerTofloat(soap, NULL, NULL, "xsd:float"); case SOAP_TYPE__QName: { char **s; s = soap_in__QName(soap, NULL, NULL, "xsd:QName"); return s ? *s : NULL; } case SOAP_TYPE_string: { char **s; s = soap_in_string(soap, NULL, NULL, "xsd:string"); return s ? *s : NULL; } default: { const char *t = soap->type; if (!*t) t = soap->tag; if (!soap_match_tag(soap, t, "xsd:byte")) { *type = SOAP_TYPE_byte; return soap_in_byte(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:int")) { *type = SOAP_TYPE_int; return soap_in_int(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:float")) { *type = SOAP_TYPE_float; return soap_in_float(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:getQuote")) { *type = SOAP_TYPE_ns__getQuote; return soap_in_ns__getQuote(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:getQuoteResponse")) { *type = SOAP_TYPE_ns__getQuoteResponse; return soap_in_ns__getQuoteResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:QName")) { char **s; *type = SOAP_TYPE__QName; s = soap_in__QName(soap, NULL, NULL, NULL); return s ? *s : NULL; } if (!soap_match_tag(soap, t, "xsd:string")) { char **s; *type = SOAP_TYPE_string; s = soap_in_string(soap, NULL, NULL, NULL); return s ? *s : NULL; } t = soap->tag; } } soap->error = SOAP_TAG_MISMATCH; return NULL; } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap) { if (!soap_peek_element(soap)) { int t; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unexpected element '%s' in input (level=%u, %d)\n", soap->tag, soap->level, soap->body)); if (soap->mustUnderstand && !soap->other) return soap->error = SOAP_MUSTUNDERSTAND; if (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, "SOAP-ENV:")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "REJECTING element '%s'\n", soap->tag)); return soap->error = SOAP_TAG_MISMATCH; } if (!*soap->id || !soap_getelement(soap, &t)) { soap->peeked = 0; if (soap->fignore) soap->error = soap->fignore(soap, soap->tag); else soap->error = SOAP_OK; DBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, "IGNORING element '%s'\n", soap->tag)); if (!soap->error && soap->body) { soap->level++; while (!soap_ignore_element(soap)) ; if (soap->error == SOAP_NO_TAG) soap->error = soap_element_end_in(soap, NULL); } } } return soap->error; } #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap) { int i; struct soap_plist *pp; if (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH))) for (i = 0; i < SOAP_PTRHASH; i++) for (pp = soap->pht[i]; pp; pp = pp->next) if (pp->mark1 == 2 || pp->mark2 == 2) if (soap_putelement(soap, pp->ptr, "id", pp->id, pp->type)) return soap->error; return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type) { (void)tag; switch (type) { case SOAP_TYPE_byte: return soap_out_byte(soap, tag, id, (const char *)ptr, "xsd:byte"); case SOAP_TYPE_int: return soap_out_int(soap, tag, id, (const int *)ptr, "xsd:int"); case SOAP_TYPE_float: return soap_out_float(soap, tag, id, (const float *)ptr, "xsd:float"); case SOAP_TYPE_ns__getQuote: return soap_out_ns__getQuote(soap, tag, id, (const struct ns__getQuote *)ptr, "ns:getQuote"); case SOAP_TYPE_ns__getQuoteResponse: return soap_out_ns__getQuoteResponse(soap, tag, id, (const struct ns__getQuoteResponse *)ptr, "ns:getQuoteResponse"); case SOAP_TYPE_PointerTofloat: return soap_out_PointerTofloat(soap, tag, id, (float *const*)ptr, "xsd:float"); case SOAP_TYPE__QName: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:QName"); case SOAP_TYPE_string: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:string"); } return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type) { (void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */ switch (type) { case SOAP_TYPE_ns__getQuote: soap_serialize_ns__getQuote(soap, (const struct ns__getQuote *)ptr); break; case SOAP_TYPE_ns__getQuoteResponse: soap_serialize_ns__getQuoteResponse(soap, (const struct ns__getQuoteResponse *)ptr); break; case SOAP_TYPE_PointerTofloat: soap_serialize_PointerTofloat(soap, (float *const*)ptr); break; case SOAP_TYPE__QName: soap_serialize_string(soap, (char*const*)&ptr); break; case SOAP_TYPE_string: soap_serialize_string(soap, (char*const*)&ptr); break; } } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap *soap, char *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_byte *a = SOAP_DEFAULT_byte; #else *a = (char)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap *soap, const char *tag, int id, const char *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outbyte(soap, tag, id, a, type, SOAP_TYPE_byte); } SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap *soap, const char *tag, char *a, const char *type) { char *p; p = soap_inbyte(soap, tag, a, type, SOAP_TYPE_byte); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap *soap, const char *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_byte); if (soap_out_byte(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap *soap, char *p, const char *tag, const char *type) { if ((p = soap_in_byte(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap *soap, int *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_int *a = SOAP_DEFAULT_int; #else *a = (int)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap *soap, const char *tag, int id, const int *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outint(soap, tag, id, a, type, SOAP_TYPE_int); } SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap *soap, const char *tag, int *a, const char *type) { int *p; p = soap_inint(soap, tag, a, type, SOAP_TYPE_int); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap *soap, const int *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_int); if (soap_out_int(soap, tag?tag:"int", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap *soap, int *p, const char *tag, const char *type) { if ((p = soap_in_int(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_float(struct soap *soap, float *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_float *a = SOAP_DEFAULT_float; #else *a = (float)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_float(struct soap *soap, const char *tag, int id, const float *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outfloat(soap, tag, id, a, type, SOAP_TYPE_float); } SOAP_FMAC3 float * SOAP_FMAC4 soap_in_float(struct soap *soap, const char *tag, float *a, const char *type) { float *p; p = soap_infloat(soap, tag, a, type, SOAP_TYPE_float); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_float(struct soap *soap, const float *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_float); if (soap_out_float(soap, tag?tag:"float", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 float * SOAP_FMAC4 soap_get_float(struct soap *soap, float *p, const char *tag, const char *type) { if ((p = soap_in_float(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->faultcode); soap_default_string(soap, &a->faultstring); soap_default_string(soap, &a->faultactor); a->detail = NULL; a->SOAP_ENV__Code = NULL; a->SOAP_ENV__Reason = NULL; soap_default_string(soap, &a->SOAP_ENV__Node); soap_default_string(soap, &a->SOAP_ENV__Role); a->SOAP_ENV__Detail = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->faultcode); soap_serialize_string(soap, &a->faultstring); soap_serialize_string(soap, &a->faultactor); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->detail); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Code); soap_serialize_PointerToSOAP_ENV__Reason(soap, &a->SOAP_ENV__Reason); soap_serialize_string(soap, &a->SOAP_ENV__Node); soap_serialize_string(soap, &a->SOAP_ENV__Role); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->SOAP_ENV__Detail); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Fault *a, const char *type) { const char *soap_tmp_faultcode = soap_QName2s(soap, a->faultcode); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Fault), type)) return soap->error; if (soap_out__QName(soap, "faultcode", -1, (char*const*)&soap_tmp_faultcode, "")) return soap->error; if (soap_out_string(soap, "faultstring", -1, &a->faultstring, "")) return soap->error; if (soap_out_string(soap, "faultactor", -1, &a->faultactor, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "detail", -1, &a->detail, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", -1, &a->SOAP_ENV__Code, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", -1, &a->SOAP_ENV__Reason, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Node", -1, &a->SOAP_ENV__Node, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Role", -1, &a->SOAP_ENV__Role, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", -1, &a->SOAP_ENV__Detail, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap *soap, const char *tag, struct SOAP_ENV__Fault *a, const char *type) { size_t soap_flag_faultcode = 1; size_t soap_flag_faultstring = 1; size_t soap_flag_faultactor = 1; size_t soap_flag_detail = 1; size_t soap_flag_SOAP_ENV__Code = 1; size_t soap_flag_SOAP_ENV__Reason = 1; size_t soap_flag_SOAP_ENV__Node = 1; size_t soap_flag_SOAP_ENV__Role = 1; size_t soap_flag_SOAP_ENV__Detail = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Fault *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Fault(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_faultcode && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "faultcode", &a->faultcode, "")) { soap_flag_faultcode--; continue; } if (soap_flag_faultstring && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultstring", &a->faultstring, "xsd:string")) { soap_flag_faultstring--; continue; } if (soap_flag_faultactor && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultactor", &a->faultactor, "xsd:string")) { soap_flag_faultactor--; continue; } if (soap_flag_detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "detail", &a->detail, "")) { soap_flag_detail--; continue; } if (soap_flag_SOAP_ENV__Code && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", &a->SOAP_ENV__Code, "")) { soap_flag_SOAP_ENV__Code--; continue; } if (soap_flag_SOAP_ENV__Reason && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", &a->SOAP_ENV__Reason, "")) { soap_flag_SOAP_ENV__Reason--; continue; } if (soap_flag_SOAP_ENV__Node && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Node", &a->SOAP_ENV__Node, "xsd:string")) { soap_flag_SOAP_ENV__Node--; continue; } if (soap_flag_SOAP_ENV__Role && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Role", &a->SOAP_ENV__Role, "xsd:string")) { soap_flag_SOAP_ENV__Role--; continue; } if (soap_flag_SOAP_ENV__Detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", &a->SOAP_ENV__Detail, "")) { soap_flag_SOAP_ENV__Detail--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Fault *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Fault, 0, sizeof(struct SOAP_ENV__Fault), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Fault); if (soap_out_SOAP_ENV__Fault(soap, tag?tag:"SOAP-ENV:Fault", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Fault(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Reason *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Reason), type)) return soap->error; if (soap->lang) soap_set_attr(soap, "xml:lang", soap->lang, 1); if (soap_out_string(soap, "SOAP-ENV:Text", -1, &a->SOAP_ENV__Text, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason *a, const char *type) { size_t soap_flag_SOAP_ENV__Text = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Reason *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Reason(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Text && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Text", &a->SOAP_ENV__Text, "xsd:string")) { soap_flag_SOAP_ENV__Text--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Reason *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Reason, 0, sizeof(struct SOAP_ENV__Reason), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Reason); if (soap_out_SOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->__any = NULL; a->__type = 0; a->fault = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_markelement(soap, a->fault, a->__type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Detail *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Detail), type)) return soap->error; soap_outliteral(soap, "-any", &a->__any, NULL); if (soap_putelement(soap, a->fault, "fault", -1, a->__type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail *a, const char *type) { size_t soap_flag___any = 1; size_t soap_flag_fault = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Detail *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Detail(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_fault && soap->error == SOAP_TAG_MISMATCH) if ((a->fault = soap_getelement(soap, &a->__type))) { soap_flag_fault = 0; continue; } if (soap_flag___any && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_inliteral(soap, "-any", &a->__any)) { soap_flag___any--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Detail *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Detail, 0, sizeof(struct SOAP_ENV__Detail), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Detail); if (soap_out_SOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->SOAP_ENV__Value); a->SOAP_ENV__Subcode = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->SOAP_ENV__Value); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Subcode); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Code *a, const char *type) { const char *soap_tmp_SOAP_ENV__Value = soap_QName2s(soap, a->SOAP_ENV__Value); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Code), type)) return soap->error; if (soap_out__QName(soap, "SOAP-ENV:Value", -1, (char*const*)&soap_tmp_SOAP_ENV__Value, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", -1, &a->SOAP_ENV__Subcode, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code *a, const char *type) { size_t soap_flag_SOAP_ENV__Value = 1; size_t soap_flag_SOAP_ENV__Subcode = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Code *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Code(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Value && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "SOAP-ENV:Value", &a->SOAP_ENV__Value, "")) { soap_flag_SOAP_ENV__Value--; continue; } if (soap_flag_SOAP_ENV__Subcode && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", &a->SOAP_ENV__Subcode, "")) { soap_flag_SOAP_ENV__Subcode--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Code *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Code, 0, sizeof(struct SOAP_ENV__Code), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Code); if (soap_out_SOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Header *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Header), type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap *soap, const char *tag, struct SOAP_ENV__Header *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Header *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Header(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Header *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Header, 0, sizeof(struct SOAP_ENV__Header), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Header); if (soap_out_SOAP_ENV__Header(soap, tag?tag:"SOAP-ENV:Header", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Header(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__getQuote(struct soap *soap, struct ns__getQuote *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->symbol); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__getQuote(struct soap *soap, const struct ns__getQuote *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_string(soap, &a->symbol); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__getQuote(struct soap *soap, const char *tag, int id, const struct ns__getQuote *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__getQuote), type)) return soap->error; if (soap_out_string(soap, "symbol", -1, &a->symbol, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__getQuote * SOAP_FMAC4 soap_in_ns__getQuote(struct soap *soap, const char *tag, struct ns__getQuote *a, const char *type) { size_t soap_flag_symbol = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__getQuote *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__getQuote, sizeof(struct ns__getQuote), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__getQuote(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_symbol && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "symbol", &a->symbol, "xsd:string")) { soap_flag_symbol--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__getQuote *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__getQuote, 0, sizeof(struct ns__getQuote), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__getQuote(struct soap *soap, const struct ns__getQuote *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__getQuote); if (soap_out_ns__getQuote(soap, tag?tag:"ns:getQuote", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__getQuote * SOAP_FMAC4 soap_get_ns__getQuote(struct soap *soap, struct ns__getQuote *p, const char *tag, const char *type) { if ((p = soap_in_ns__getQuote(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__getQuoteResponse(struct soap *soap, struct ns__getQuoteResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->Result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__getQuoteResponse(struct soap *soap, const struct ns__getQuoteResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTofloat(soap, &a->Result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__getQuoteResponse(struct soap *soap, const char *tag, int id, const struct ns__getQuoteResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__getQuoteResponse), type)) return soap->error; if (soap_out_PointerTofloat(soap, "Result", -1, &a->Result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__getQuoteResponse * SOAP_FMAC4 soap_in_ns__getQuoteResponse(struct soap *soap, const char *tag, struct ns__getQuoteResponse *a, const char *type) { size_t soap_flag_Result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__getQuoteResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__getQuoteResponse, sizeof(struct ns__getQuoteResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__getQuoteResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_Result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTofloat(soap, "Result", &a->Result, "xsd:float")) { soap_flag_Result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__getQuoteResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__getQuoteResponse, 0, sizeof(struct ns__getQuoteResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__getQuoteResponse(struct soap *soap, const struct ns__getQuoteResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__getQuoteResponse); if (soap_out_ns__getQuoteResponse(soap, tag?tag:"ns:getQuoteResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__getQuoteResponse * SOAP_FMAC4 soap_get_ns__getQuoteResponse(struct soap *soap, struct ns__getQuoteResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__getQuoteResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Reason)) soap_serialize_SOAP_ENV__Reason(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Reason *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Reason); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Reason(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Reason **)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Reason(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Reason **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Reason); if (soap_out_PointerToSOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Detail)) soap_serialize_SOAP_ENV__Detail(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Detail *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Detail); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Detail(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Detail **)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Detail(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Detail **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Detail); if (soap_out_PointerToSOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Code)) soap_serialize_SOAP_ENV__Code(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Code *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Code); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Code(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Code **)soap_malloc(soap, sizeof(struct SOAP_ENV__Code *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Code(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Code **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Code); if (soap_out_PointerToSOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTofloat(struct soap *soap, float *const*a) { soap_reference(soap, *a, SOAP_TYPE_float); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTofloat(struct soap *soap, const char *tag, int id, float *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_float); if (id < 0) return soap->error; return soap_out_float(soap, tag, id, *a, type); } SOAP_FMAC3 float ** SOAP_FMAC4 soap_in_PointerTofloat(struct soap *soap, const char *tag, float **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (float **)soap_malloc(soap, sizeof(float *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_float(soap, tag, *a, type))) return NULL; } else { a = (float **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_float, sizeof(float), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTofloat(struct soap *soap, float *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTofloat); if (soap_out_PointerTofloat(soap, tag?tag:"float", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 float ** SOAP_FMAC4 soap_get_PointerTofloat(struct soap *soap, float **p, const char *tag, const char *type) { if ((p = soap_in_PointerTofloat(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE__QName); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE__QName, 2, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE__QName); if (soap_out__QName(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in__QName(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap *soap, char **a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_string *a = SOAP_DEFAULT_string; #else *a = (char *)0; #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap *soap, char *const*a) { soap_reference(soap, *a, SOAP_TYPE_string); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE_string); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE_string, 1, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_string); if (soap_out_string(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in_string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifdef __cplusplus } #endif #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of quoteC.c */ gsoap-2.8.28/gsoap/samples/chaining/calcServerLib.c0000644000175000017500000000134412653650154021516 0ustar ellertellert/* calcServerLib.c Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ /** Use this file in your project build instead of the two files calcC.c and calcServer.c. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */ #ifndef WITH_NOGLOBAL #define WITH_NOGLOBAL #endif #define SOAP_FMAC3 static #include "calcC.c" #include "calcServer.c" /* End of calcServerLib.c */ gsoap-2.8.28/gsoap/samples/chaining/quoteH.h0000644000175000017500000004604012653650154020252 0ustar ellertellert/* quoteH.h Generated by gSOAP 2.8.8 from quote.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #ifndef quoteH_H #define quoteH_H #include "quoteStub.h" #ifdef __cplusplus extern "C" { #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int); SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*); SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*); SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*); #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*); #ifndef SOAP_TYPE_byte #define SOAP_TYPE_byte (3) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap*, char *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap*, const char*, int, const char *, const char*); SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap*, const char*, char *, const char*); #ifndef soap_write_byte #define soap_write_byte(soap, data) ( soap_begin_send(soap) || soap_put_byte(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap*, const char *, const char*, const char*); #ifndef soap_read_byte #define soap_read_byte(soap, data) ( soap_begin_recv(soap) || !soap_get_byte(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap*, char *, const char*, const char*); #ifndef SOAP_TYPE_int #define SOAP_TYPE_int (1) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap*, int *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap*, const char*, int, const int *, const char*); SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap*, const char*, int *, const char*); #ifndef soap_write_int #define soap_write_int(soap, data) ( soap_begin_send(soap) || soap_put_int(soap, data, "int", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap*, const int *, const char*, const char*); #ifndef soap_read_int #define soap_read_int(soap, data) ( soap_begin_recv(soap) || !soap_get_int(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap*, int *, const char*, const char*); #ifndef SOAP_TYPE_float #define SOAP_TYPE_float (7) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_float(struct soap*, float *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_float(struct soap*, const char*, int, const float *, const char*); SOAP_FMAC3 float * SOAP_FMAC4 soap_in_float(struct soap*, const char*, float *, const char*); #ifndef soap_write_float #define soap_write_float(soap, data) ( soap_begin_send(soap) || soap_put_float(soap, data, "float", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_float(struct soap*, const float *, const char*, const char*); #ifndef soap_read_float #define soap_read_float(soap, data) ( soap_begin_recv(soap) || !soap_get_float(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 float * SOAP_FMAC4 soap_get_float(struct soap*, float *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Fault #define SOAP_TYPE_SOAP_ENV__Fault (19) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap*, const char*, int, const struct SOAP_ENV__Fault *, const char*); SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap*, const char*, struct SOAP_ENV__Fault *, const char*); #ifndef soap_write_SOAP_ENV__Fault #define soap_write_SOAP_ENV__Fault(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Fault(soap, data), 0) || soap_put_SOAP_ENV__Fault(soap, data, "SOAP-ENV:Fault", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap*, const struct SOAP_ENV__Fault *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Fault #define soap_read_SOAP_ENV__Fault(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Fault(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap*, struct SOAP_ENV__Fault *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Reason #define SOAP_TYPE_SOAP_ENV__Reason (18) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap*, const char*, int, const struct SOAP_ENV__Reason *, const char*); SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason *, const char*); #ifndef soap_write_SOAP_ENV__Reason #define soap_write_SOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Reason(soap, data), 0) || soap_put_SOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap*, const struct SOAP_ENV__Reason *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Reason #define soap_read_SOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Detail #define SOAP_TYPE_SOAP_ENV__Detail (15) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap*, const char*, int, const struct SOAP_ENV__Detail *, const char*); SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail *, const char*); #ifndef soap_write_SOAP_ENV__Detail #define soap_write_SOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Detail(soap, data), 0) || soap_put_SOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap*, const struct SOAP_ENV__Detail *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Detail #define soap_read_SOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Code #define SOAP_TYPE_SOAP_ENV__Code (13) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap*, const char*, int, const struct SOAP_ENV__Code *, const char*); SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code *, const char*); #ifndef soap_write_SOAP_ENV__Code #define soap_write_SOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Code(soap, data), 0) || soap_put_SOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap*, const struct SOAP_ENV__Code *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Code #define soap_read_SOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_SOAP_ENV__Header #define SOAP_TYPE_SOAP_ENV__Header (12) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap*, const char*, int, const struct SOAP_ENV__Header *, const char*); SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap*, const char*, struct SOAP_ENV__Header *, const char*); #ifndef soap_write_SOAP_ENV__Header #define soap_write_SOAP_ENV__Header(soap, data) ( soap_begin_send(soap) || (soap_serialize_SOAP_ENV__Header(soap, data), 0) || soap_put_SOAP_ENV__Header(soap, data, "SOAP-ENV:Header", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap*, const struct SOAP_ENV__Header *, const char*, const char*); #ifndef soap_read_SOAP_ENV__Header #define soap_read_SOAP_ENV__Header(soap, data) ( soap_begin_recv(soap) || !soap_get_SOAP_ENV__Header(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap*, struct SOAP_ENV__Header *, const char*, const char*); #endif #ifndef SOAP_TYPE_ns__getQuote #define SOAP_TYPE_ns__getQuote (11) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__getQuote(struct soap*, struct ns__getQuote *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__getQuote(struct soap*, const struct ns__getQuote *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__getQuote(struct soap*, const char*, int, const struct ns__getQuote *, const char*); SOAP_FMAC3 struct ns__getQuote * SOAP_FMAC4 soap_in_ns__getQuote(struct soap*, const char*, struct ns__getQuote *, const char*); #ifndef soap_write_ns__getQuote #define soap_write_ns__getQuote(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__getQuote(soap, data), 0) || soap_put_ns__getQuote(soap, data, "ns:getQuote", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__getQuote(struct soap*, const struct ns__getQuote *, const char*, const char*); #ifndef soap_read_ns__getQuote #define soap_read_ns__getQuote(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__getQuote(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__getQuote * SOAP_FMAC4 soap_get_ns__getQuote(struct soap*, struct ns__getQuote *, const char*, const char*); #ifndef SOAP_TYPE_ns__getQuoteResponse #define SOAP_TYPE_ns__getQuoteResponse (10) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__getQuoteResponse(struct soap*, struct ns__getQuoteResponse *); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__getQuoteResponse(struct soap*, const struct ns__getQuoteResponse *); SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__getQuoteResponse(struct soap*, const char*, int, const struct ns__getQuoteResponse *, const char*); SOAP_FMAC3 struct ns__getQuoteResponse * SOAP_FMAC4 soap_in_ns__getQuoteResponse(struct soap*, const char*, struct ns__getQuoteResponse *, const char*); #ifndef soap_write_ns__getQuoteResponse #define soap_write_ns__getQuoteResponse(soap, data) ( soap_begin_send(soap) || (soap_serialize_ns__getQuoteResponse(soap, data), 0) || soap_put_ns__getQuoteResponse(soap, data, "ns:getQuoteResponse", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__getQuoteResponse(struct soap*, const struct ns__getQuoteResponse *, const char*, const char*); #ifndef soap_read_ns__getQuoteResponse #define soap_read_ns__getQuoteResponse(soap, data) ( soap_begin_recv(soap) || !soap_get_ns__getQuoteResponse(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct ns__getQuoteResponse * SOAP_FMAC4 soap_get_ns__getQuoteResponse(struct soap*, struct ns__getQuoteResponse *, const char*, const char*); #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Reason #define SOAP_TYPE_PointerToSOAP_ENV__Reason (21) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap*, const char *, int, struct SOAP_ENV__Reason *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap*, const char*, struct SOAP_ENV__Reason **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Reason #define soap_write_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Reason(soap, data), 0) || soap_put_PointerToSOAP_ENV__Reason(soap, data, "SOAP-ENV:Reason", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Reason #define soap_read_PointerToSOAP_ENV__Reason(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Reason(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap*, struct SOAP_ENV__Reason **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Detail #define SOAP_TYPE_PointerToSOAP_ENV__Detail (20) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap*, const char *, int, struct SOAP_ENV__Detail *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap*, const char*, struct SOAP_ENV__Detail **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Detail #define soap_write_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Detail(soap, data), 0) || soap_put_PointerToSOAP_ENV__Detail(soap, data, "SOAP-ENV:Detail", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Detail #define soap_read_PointerToSOAP_ENV__Detail(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Detail(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap*, struct SOAP_ENV__Detail **, const char*, const char*); #endif #ifndef WITH_NOGLOBAL #ifndef SOAP_TYPE_PointerToSOAP_ENV__Code #define SOAP_TYPE_PointerToSOAP_ENV__Code (14) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap*, const char *, int, struct SOAP_ENV__Code *const*, const char *); SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap*, const char*, struct SOAP_ENV__Code **, const char*); #ifndef soap_write_PointerToSOAP_ENV__Code #define soap_write_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerToSOAP_ENV__Code(soap, data), 0) || soap_put_PointerToSOAP_ENV__Code(soap, data, "SOAP-ENV:Code", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code *const*, const char*, const char*); #ifndef soap_read_PointerToSOAP_ENV__Code #define soap_read_PointerToSOAP_ENV__Code(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerToSOAP_ENV__Code(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap*, struct SOAP_ENV__Code **, const char*, const char*); #endif #ifndef SOAP_TYPE_PointerTofloat #define SOAP_TYPE_PointerTofloat (8) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTofloat(struct soap*, float *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTofloat(struct soap*, const char *, int, float *const*, const char *); SOAP_FMAC3 float ** SOAP_FMAC4 soap_in_PointerTofloat(struct soap*, const char*, float **, const char*); #ifndef soap_write_PointerTofloat #define soap_write_PointerTofloat(soap, data) ( soap_begin_send(soap) || (soap_serialize_PointerTofloat(soap, data), 0) || soap_put_PointerTofloat(soap, data, "float", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTofloat(struct soap*, float *const*, const char*, const char*); #ifndef soap_read_PointerTofloat #define soap_read_PointerTofloat(soap, data) ( soap_begin_recv(soap) || !soap_get_PointerTofloat(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 float ** SOAP_FMAC4 soap_get_PointerTofloat(struct soap*, float **, const char*, const char*); #ifndef SOAP_TYPE__QName #define SOAP_TYPE__QName (5) #endif #define soap_default__QName(soap, a) soap_default_string(soap, a) #define soap_serialize__QName(soap, a) soap_serialize_string(soap, a) SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap*, const char*, char **, const char*); #ifndef soap_write__QName #define soap_write__QName(soap, data) ( soap_begin_send(soap) || (soap_serialize__QName(soap, data), 0) || soap_put__QName(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap*, char *const*, const char*, const char*); #ifndef soap_read__QName #define soap_read__QName(soap, data) ( soap_begin_recv(soap) || !soap_get__QName(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap*, char **, const char*, const char*); #ifndef SOAP_TYPE_string #define SOAP_TYPE_string (4) #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap*, char **); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap*, char *const*); SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap*, const char*, int, char*const*, const char*); SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap*, const char*, char **, const char*); #ifndef soap_write_string #define soap_write_string(soap, data) ( soap_begin_send(soap) || (soap_serialize_string(soap, data), 0) || soap_put_string(soap, data, "byte", NULL) || soap_end_send(soap) ) #endif SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap*, char *const*, const char*, const char*); #ifndef soap_read_string #define soap_read_string(soap, data) ( soap_begin_recv(soap) || !soap_get_string(soap, data, NULL, NULL) || soap_end_recv(soap) ) #endif SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap*, char **, const char*, const char*); #ifdef __cplusplus } #endif #endif /* End of quoteH.h */ gsoap-2.8.28/gsoap/samples/chaining/quoteServer.c0000644000175000017500000000641612653650154021327 0ustar ellertellert/* quoteServer.c Generated by gSOAP 2.8.8 from quote.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "quoteH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) quoteServer.c ver 2.8.8 2012-04-18 14:36:19 GMT") SOAP_FMAC5 int SOAP_FMAC6 quote_serve(struct soap *soap) { #ifndef WITH_FASTCGI unsigned int k = soap->max_keep_alive; #endif do { #ifndef WITH_FASTCGI if (soap->max_keep_alive > 0 && !--k) soap->keep_alive = 0; #endif if (soap_begin_serve(soap)) { if (soap->error >= SOAP_STOP) continue; return soap->error; } if (quote_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap))) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } #ifdef WITH_FASTCGI soap_destroy(soap); soap_end(soap); } while (1); #else } while (soap->keep_alive); #endif return SOAP_OK; } #ifndef WITH_NOSERVEREQUEST SOAP_FMAC5 int SOAP_FMAC6 quote_serve_request(struct soap *soap) { soap_peek_element(soap); if (!soap_match_tag(soap, soap->tag, "ns:getQuote")) return soap_serve_ns__getQuote(soap); return soap->error = SOAP_NO_METHOD; } #endif SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__getQuote(struct soap *soap) { struct ns__getQuote soap_tmp_ns__getQuote; struct ns__getQuoteResponse soap_tmp_ns__getQuoteResponse; float soap_tmp_float; soap_default_ns__getQuoteResponse(soap, &soap_tmp_ns__getQuoteResponse); soap_default_float(soap, &soap_tmp_float); soap_tmp_ns__getQuoteResponse.Result = &soap_tmp_float; soap_default_ns__getQuote(soap, &soap_tmp_ns__getQuote); soap->encodingStyle = ""; if (!soap_get_ns__getQuote(soap, &soap_tmp_ns__getQuote, "ns:getQuote", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__getQuote(soap, soap_tmp_ns__getQuote.symbol, soap_tmp_ns__getQuoteResponse.Result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__getQuoteResponse(soap, &soap_tmp_ns__getQuoteResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__getQuoteResponse(soap, &soap_tmp_ns__getQuoteResponse, "ns:getQuoteResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; }; if (soap_end_count(soap) || soap_response(soap, SOAP_OK) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__getQuoteResponse(soap, &soap_tmp_ns__getQuoteResponse, "ns:getQuoteResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap->error; return soap_closesock(soap); } #ifdef __cplusplus } #endif #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of quoteServer.c */ gsoap-2.8.28/gsoap/samples/chaining/calcC.c0000644000175000017500000022024312653650154020004 0ustar ellertellert/* calcC.c Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "calcH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) calcC.c ver 2.8.8 2012-04-18 14:36:19 GMT") #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap) { if (soap->header) soap_serialize_SOAP_ENV__Header(soap, soap->header); } SOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap) { if (soap->header) { soap->part = SOAP_IN_HEADER; if (soap_out_SOAP_ENV__Header(soap, "SOAP-ENV:Header", 0, soap->header, NULL)) return soap->error; soap->part = SOAP_END_HEADER; } return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap) { soap->part = SOAP_IN_HEADER; soap->header = soap_in_SOAP_ENV__Header(soap, "SOAP-ENV:Header", NULL, NULL); soap->part = SOAP_END_HEADER; return soap->header == NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap) { if (!soap->header) { if ((soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header)))) soap_default_SOAP_ENV__Header(soap, soap->header); } } SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap) { if (!soap->fault) { soap->fault = (struct SOAP_ENV__Fault*)soap_malloc(soap, sizeof(struct SOAP_ENV__Fault)); if (!soap->fault) return; soap_default_SOAP_ENV__Fault(soap, soap->fault); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Code) { soap->fault->SOAP_ENV__Code = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code); } if (soap->version == 2 && !soap->fault->SOAP_ENV__Reason) { soap->fault->SOAP_ENV__Reason = (struct SOAP_ENV__Reason*)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason)); soap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason); } } SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap) { if (soap->fault) soap_serialize_SOAP_ENV__Fault(soap, soap->fault); } SOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap) { if (soap->fault) return soap_put_SOAP_ENV__Fault(soap, soap->fault, "SOAP-ENV:Fault", NULL); return SOAP_OK; } SOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap) { return (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, "SOAP-ENV:Fault", NULL)) == NULL; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Code) return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value; return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (!soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) { soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code)); soap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode); } return (const char**)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; } return (const char**)&soap->fault->faultcode; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap) { soap_fault(soap); if (soap->version == 2) { if (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode) return soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value; return NULL; } return soap->fault->faultcode; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap) { soap_fault(soap); if (soap->version == 2) return (const char**)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text; return (const char**)&soap->fault->faultstring; } SOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 1) { if (!soap->fault->detail) { soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->detail); } return (const char**)&soap->fault->detail->__any; } if (!soap->fault->SOAP_ENV__Detail) { soap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail); } return (const char**)&soap->fault->SOAP_ENV__Detail->__any; } SOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap) { soap_fault(soap); if (soap->version == 2 && soap->fault->SOAP_ENV__Detail) return soap->fault->SOAP_ENV__Detail->__any; if (soap->fault->detail) return soap->fault->detail->__any; return NULL; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap) { int t; if (soap->version == 1) { for (;;) { if (!soap_getelement(soap, &t)) if (soap->error || soap_ignore_element(soap)) break; } } if (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF) soap->error = SOAP_OK; return soap->error; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type) { (void)type; if (soap_peek_element(soap)) return NULL; if (!*soap->id || !(*type = soap_lookup_type(soap, soap->id))) *type = soap_lookup_type(soap, soap->href); switch (*type) { case SOAP_TYPE_byte: return soap_in_byte(soap, NULL, NULL, "xsd:byte"); case SOAP_TYPE_int: return soap_in_int(soap, NULL, NULL, "xsd:int"); case SOAP_TYPE_double: return soap_in_double(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE_ns__pow: return soap_in_ns__pow(soap, NULL, NULL, "ns:pow"); case SOAP_TYPE_ns__powResponse: return soap_in_ns__powResponse(soap, NULL, NULL, "ns:powResponse"); case SOAP_TYPE_ns__div: return soap_in_ns__div(soap, NULL, NULL, "ns:div"); case SOAP_TYPE_ns__divResponse: return soap_in_ns__divResponse(soap, NULL, NULL, "ns:divResponse"); case SOAP_TYPE_ns__mul: return soap_in_ns__mul(soap, NULL, NULL, "ns:mul"); case SOAP_TYPE_ns__mulResponse: return soap_in_ns__mulResponse(soap, NULL, NULL, "ns:mulResponse"); case SOAP_TYPE_ns__sub: return soap_in_ns__sub(soap, NULL, NULL, "ns:sub"); case SOAP_TYPE_ns__subResponse: return soap_in_ns__subResponse(soap, NULL, NULL, "ns:subResponse"); case SOAP_TYPE_ns__add: return soap_in_ns__add(soap, NULL, NULL, "ns:add"); case SOAP_TYPE_ns__addResponse: return soap_in_ns__addResponse(soap, NULL, NULL, "ns:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_in_PointerTodouble(soap, NULL, NULL, "xsd:double"); case SOAP_TYPE__QName: { char **s; s = soap_in__QName(soap, NULL, NULL, "xsd:QName"); return s ? *s : NULL; } case SOAP_TYPE_string: { char **s; s = soap_in_string(soap, NULL, NULL, "xsd:string"); return s ? *s : NULL; } default: { const char *t = soap->type; if (!*t) t = soap->tag; if (!soap_match_tag(soap, t, "xsd:byte")) { *type = SOAP_TYPE_byte; return soap_in_byte(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:int")) { *type = SOAP_TYPE_int; return soap_in_int(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:double")) { *type = SOAP_TYPE_double; return soap_in_double(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:pow")) { *type = SOAP_TYPE_ns__pow; return soap_in_ns__pow(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:powResponse")) { *type = SOAP_TYPE_ns__powResponse; return soap_in_ns__powResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:div")) { *type = SOAP_TYPE_ns__div; return soap_in_ns__div(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:divResponse")) { *type = SOAP_TYPE_ns__divResponse; return soap_in_ns__divResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:mul")) { *type = SOAP_TYPE_ns__mul; return soap_in_ns__mul(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:mulResponse")) { *type = SOAP_TYPE_ns__mulResponse; return soap_in_ns__mulResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:sub")) { *type = SOAP_TYPE_ns__sub; return soap_in_ns__sub(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:subResponse")) { *type = SOAP_TYPE_ns__subResponse; return soap_in_ns__subResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:add")) { *type = SOAP_TYPE_ns__add; return soap_in_ns__add(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "ns:addResponse")) { *type = SOAP_TYPE_ns__addResponse; return soap_in_ns__addResponse(soap, NULL, NULL, NULL); } if (!soap_match_tag(soap, t, "xsd:QName")) { char **s; *type = SOAP_TYPE__QName; s = soap_in__QName(soap, NULL, NULL, NULL); return s ? *s : NULL; } if (!soap_match_tag(soap, t, "xsd:string")) { char **s; *type = SOAP_TYPE_string; s = soap_in_string(soap, NULL, NULL, NULL); return s ? *s : NULL; } t = soap->tag; } } soap->error = SOAP_TAG_MISMATCH; return NULL; } #endif SOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap) { if (!soap_peek_element(soap)) { int t; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unexpected element '%s' in input (level=%u, %d)\n", soap->tag, soap->level, soap->body)); if (soap->mustUnderstand && !soap->other) return soap->error = SOAP_MUSTUNDERSTAND; if (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, "SOAP-ENV:")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "REJECTING element '%s'\n", soap->tag)); return soap->error = SOAP_TAG_MISMATCH; } if (!*soap->id || !soap_getelement(soap, &t)) { soap->peeked = 0; if (soap->fignore) soap->error = soap->fignore(soap, soap->tag); else soap->error = SOAP_OK; DBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, "IGNORING element '%s'\n", soap->tag)); if (!soap->error && soap->body) { soap->level++; while (!soap_ignore_element(soap)) ; if (soap->error == SOAP_NO_TAG) soap->error = soap_element_end_in(soap, NULL); } } } return soap->error; } #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap) { int i; struct soap_plist *pp; if (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH))) for (i = 0; i < SOAP_PTRHASH; i++) for (pp = soap->pht[i]; pp; pp = pp->next) if (pp->mark1 == 2 || pp->mark2 == 2) if (soap_putelement(soap, pp->ptr, "id", pp->id, pp->type)) return soap->error; return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type) { (void)tag; switch (type) { case SOAP_TYPE_byte: return soap_out_byte(soap, tag, id, (const char *)ptr, "xsd:byte"); case SOAP_TYPE_int: return soap_out_int(soap, tag, id, (const int *)ptr, "xsd:int"); case SOAP_TYPE_double: return soap_out_double(soap, tag, id, (const double *)ptr, "xsd:double"); case SOAP_TYPE_ns__pow: return soap_out_ns__pow(soap, tag, id, (const struct ns__pow *)ptr, "ns:pow"); case SOAP_TYPE_ns__powResponse: return soap_out_ns__powResponse(soap, tag, id, (const struct ns__powResponse *)ptr, "ns:powResponse"); case SOAP_TYPE_ns__div: return soap_out_ns__div(soap, tag, id, (const struct ns__div *)ptr, "ns:div"); case SOAP_TYPE_ns__divResponse: return soap_out_ns__divResponse(soap, tag, id, (const struct ns__divResponse *)ptr, "ns:divResponse"); case SOAP_TYPE_ns__mul: return soap_out_ns__mul(soap, tag, id, (const struct ns__mul *)ptr, "ns:mul"); case SOAP_TYPE_ns__mulResponse: return soap_out_ns__mulResponse(soap, tag, id, (const struct ns__mulResponse *)ptr, "ns:mulResponse"); case SOAP_TYPE_ns__sub: return soap_out_ns__sub(soap, tag, id, (const struct ns__sub *)ptr, "ns:sub"); case SOAP_TYPE_ns__subResponse: return soap_out_ns__subResponse(soap, tag, id, (const struct ns__subResponse *)ptr, "ns:subResponse"); case SOAP_TYPE_ns__add: return soap_out_ns__add(soap, tag, id, (const struct ns__add *)ptr, "ns:add"); case SOAP_TYPE_ns__addResponse: return soap_out_ns__addResponse(soap, tag, id, (const struct ns__addResponse *)ptr, "ns:addResponse"); case SOAP_TYPE_PointerTodouble: return soap_out_PointerTodouble(soap, tag, id, (double *const*)ptr, "xsd:double"); case SOAP_TYPE__QName: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:QName"); case SOAP_TYPE_string: return soap_out_string(soap, tag, id, (char*const*)&ptr, "xsd:string"); } return SOAP_OK; } #endif #ifndef WITH_NOIDREF SOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type) { (void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */ switch (type) { case SOAP_TYPE_ns__pow: soap_serialize_ns__pow(soap, (const struct ns__pow *)ptr); break; case SOAP_TYPE_ns__powResponse: soap_serialize_ns__powResponse(soap, (const struct ns__powResponse *)ptr); break; case SOAP_TYPE_ns__div: soap_serialize_ns__div(soap, (const struct ns__div *)ptr); break; case SOAP_TYPE_ns__divResponse: soap_serialize_ns__divResponse(soap, (const struct ns__divResponse *)ptr); break; case SOAP_TYPE_ns__mul: soap_serialize_ns__mul(soap, (const struct ns__mul *)ptr); break; case SOAP_TYPE_ns__mulResponse: soap_serialize_ns__mulResponse(soap, (const struct ns__mulResponse *)ptr); break; case SOAP_TYPE_ns__sub: soap_serialize_ns__sub(soap, (const struct ns__sub *)ptr); break; case SOAP_TYPE_ns__subResponse: soap_serialize_ns__subResponse(soap, (const struct ns__subResponse *)ptr); break; case SOAP_TYPE_ns__add: soap_serialize_ns__add(soap, (const struct ns__add *)ptr); break; case SOAP_TYPE_ns__addResponse: soap_serialize_ns__addResponse(soap, (const struct ns__addResponse *)ptr); break; case SOAP_TYPE_PointerTodouble: soap_serialize_PointerTodouble(soap, (double *const*)ptr); break; case SOAP_TYPE__QName: soap_serialize_string(soap, (char*const*)&ptr); break; case SOAP_TYPE_string: soap_serialize_string(soap, (char*const*)&ptr); break; } } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_byte(struct soap *soap, char *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_byte *a = SOAP_DEFAULT_byte; #else *a = (char)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_byte(struct soap *soap, const char *tag, int id, const char *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outbyte(soap, tag, id, a, type, SOAP_TYPE_byte); } SOAP_FMAC3 char * SOAP_FMAC4 soap_in_byte(struct soap *soap, const char *tag, char *a, const char *type) { char *p; p = soap_inbyte(soap, tag, a, type, SOAP_TYPE_byte); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_byte(struct soap *soap, const char *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_byte); if (soap_out_byte(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char * SOAP_FMAC4 soap_get_byte(struct soap *soap, char *p, const char *tag, const char *type) { if ((p = soap_in_byte(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_int(struct soap *soap, int *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_int *a = SOAP_DEFAULT_int; #else *a = (int)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_int(struct soap *soap, const char *tag, int id, const int *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outint(soap, tag, id, a, type, SOAP_TYPE_int); } SOAP_FMAC3 int * SOAP_FMAC4 soap_in_int(struct soap *soap, const char *tag, int *a, const char *type) { int *p; p = soap_inint(soap, tag, a, type, SOAP_TYPE_int); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_int(struct soap *soap, const int *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_int); if (soap_out_int(soap, tag?tag:"int", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 int * SOAP_FMAC4 soap_get_int(struct soap *soap, int *p, const char *tag, const char *type) { if ((p = soap_in_int(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_double(struct soap *soap, double *a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_double *a = SOAP_DEFAULT_double; #else *a = (double)0; #endif } SOAP_FMAC3 int SOAP_FMAC4 soap_out_double(struct soap *soap, const char *tag, int id, const double *a, const char *type) { (void)soap; (void)type; (void)tag; (void)id; return soap_outdouble(soap, tag, id, a, type, SOAP_TYPE_double); } SOAP_FMAC3 double * SOAP_FMAC4 soap_in_double(struct soap *soap, const char *tag, double *a, const char *type) { double *p; p = soap_indouble(soap, tag, a, type, SOAP_TYPE_double); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_double(struct soap *soap, const double *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_double); if (soap_out_double(soap, tag?tag:"double", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double * SOAP_FMAC4 soap_get_double(struct soap *soap, double *p, const char *tag, const char *type) { if ((p = soap_in_double(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->faultcode); soap_default_string(soap, &a->faultstring); soap_default_string(soap, &a->faultactor); a->detail = NULL; a->SOAP_ENV__Code = NULL; a->SOAP_ENV__Reason = NULL; soap_default_string(soap, &a->SOAP_ENV__Node); soap_default_string(soap, &a->SOAP_ENV__Role); a->SOAP_ENV__Detail = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->faultcode); soap_serialize_string(soap, &a->faultstring); soap_serialize_string(soap, &a->faultactor); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->detail); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Code); soap_serialize_PointerToSOAP_ENV__Reason(soap, &a->SOAP_ENV__Reason); soap_serialize_string(soap, &a->SOAP_ENV__Node); soap_serialize_string(soap, &a->SOAP_ENV__Role); soap_serialize_PointerToSOAP_ENV__Detail(soap, &a->SOAP_ENV__Detail); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Fault(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Fault *a, const char *type) { const char *soap_tmp_faultcode = soap_QName2s(soap, a->faultcode); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Fault), type)) return soap->error; if (soap_out__QName(soap, "faultcode", -1, (char*const*)&soap_tmp_faultcode, "")) return soap->error; if (soap_out_string(soap, "faultstring", -1, &a->faultstring, "")) return soap->error; if (soap_out_string(soap, "faultactor", -1, &a->faultactor, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "detail", -1, &a->detail, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", -1, &a->SOAP_ENV__Code, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", -1, &a->SOAP_ENV__Reason, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Node", -1, &a->SOAP_ENV__Node, "")) return soap->error; if (soap_out_string(soap, "SOAP-ENV:Role", -1, &a->SOAP_ENV__Role, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", -1, &a->SOAP_ENV__Detail, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_in_SOAP_ENV__Fault(struct soap *soap, const char *tag, struct SOAP_ENV__Fault *a, const char *type) { size_t soap_flag_faultcode = 1; size_t soap_flag_faultstring = 1; size_t soap_flag_faultactor = 1; size_t soap_flag_detail = 1; size_t soap_flag_SOAP_ENV__Code = 1; size_t soap_flag_SOAP_ENV__Reason = 1; size_t soap_flag_SOAP_ENV__Node = 1; size_t soap_flag_SOAP_ENV__Role = 1; size_t soap_flag_SOAP_ENV__Detail = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Fault *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Fault, sizeof(struct SOAP_ENV__Fault), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Fault(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_faultcode && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "faultcode", &a->faultcode, "")) { soap_flag_faultcode--; continue; } if (soap_flag_faultstring && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultstring", &a->faultstring, "xsd:string")) { soap_flag_faultstring--; continue; } if (soap_flag_faultactor && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "faultactor", &a->faultactor, "xsd:string")) { soap_flag_faultactor--; continue; } if (soap_flag_detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "detail", &a->detail, "")) { soap_flag_detail--; continue; } if (soap_flag_SOAP_ENV__Code && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Code", &a->SOAP_ENV__Code, "")) { soap_flag_SOAP_ENV__Code--; continue; } if (soap_flag_SOAP_ENV__Reason && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Reason(soap, "SOAP-ENV:Reason", &a->SOAP_ENV__Reason, "")) { soap_flag_SOAP_ENV__Reason--; continue; } if (soap_flag_SOAP_ENV__Node && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Node", &a->SOAP_ENV__Node, "xsd:string")) { soap_flag_SOAP_ENV__Node--; continue; } if (soap_flag_SOAP_ENV__Role && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Role", &a->SOAP_ENV__Role, "xsd:string")) { soap_flag_SOAP_ENV__Role--; continue; } if (soap_flag_SOAP_ENV__Detail && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Detail(soap, "SOAP-ENV:Detail", &a->SOAP_ENV__Detail, "")) { soap_flag_SOAP_ENV__Detail--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Fault *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Fault, 0, sizeof(struct SOAP_ENV__Fault), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Fault(struct soap *soap, const struct SOAP_ENV__Fault *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Fault); if (soap_out_SOAP_ENV__Fault(soap, tag?tag:"SOAP-ENV:Fault", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Fault * SOAP_FMAC4 soap_get_SOAP_ENV__Fault(struct soap *soap, struct SOAP_ENV__Fault *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Fault(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_string(soap, &a->SOAP_ENV__Text); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Reason(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Reason *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Reason), type)) return soap->error; if (soap->lang) soap_set_attr(soap, "xml:lang", soap->lang, 1); if (soap_out_string(soap, "SOAP-ENV:Text", -1, &a->SOAP_ENV__Text, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_in_SOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason *a, const char *type) { size_t soap_flag_SOAP_ENV__Text = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Reason *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Reason(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Text && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in_string(soap, "SOAP-ENV:Text", &a->SOAP_ENV__Text, "xsd:string")) { soap_flag_SOAP_ENV__Text--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Reason *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Reason, 0, sizeof(struct SOAP_ENV__Reason), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Reason(struct soap *soap, const struct SOAP_ENV__Reason *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Reason); if (soap_out_SOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason * SOAP_FMAC4 soap_get_SOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->__any = NULL; a->__type = 0; a->fault = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_markelement(soap, a->fault, a->__type); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Detail(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Detail *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Detail), type)) return soap->error; soap_outliteral(soap, "-any", &a->__any, NULL); if (soap_putelement(soap, a->fault, "fault", -1, a->__type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_in_SOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail *a, const char *type) { size_t soap_flag___any = 1; size_t soap_flag_fault = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Detail *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Detail(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_fault && soap->error == SOAP_TAG_MISMATCH) if ((a->fault = soap_getelement(soap, &a->__type))) { soap_flag_fault = 0; continue; } if (soap_flag___any && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_inliteral(soap, "-any", &a->__any)) { soap_flag___any--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Detail *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Detail, 0, sizeof(struct SOAP_ENV__Detail), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Detail(struct soap *soap, const struct SOAP_ENV__Detail *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Detail); if (soap_out_SOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail * SOAP_FMAC4 soap_get_SOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default__QName(soap, &a->SOAP_ENV__Value); a->SOAP_ENV__Subcode = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize__QName(soap, &a->SOAP_ENV__Value); soap_serialize_PointerToSOAP_ENV__Code(soap, &a->SOAP_ENV__Subcode); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Code(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Code *a, const char *type) { const char *soap_tmp_SOAP_ENV__Value = soap_QName2s(soap, a->SOAP_ENV__Value); (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Code), type)) return soap->error; if (soap_out__QName(soap, "SOAP-ENV:Value", -1, (char*const*)&soap_tmp_SOAP_ENV__Value, "")) return soap->error; if (soap_out_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", -1, &a->SOAP_ENV__Subcode, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_in_SOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code *a, const char *type) { size_t soap_flag_SOAP_ENV__Value = 1; size_t soap_flag_SOAP_ENV__Subcode = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Code *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Code(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_SOAP_ENV__Value && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG)) if (soap_in__QName(soap, "SOAP-ENV:Value", &a->SOAP_ENV__Value, "")) { soap_flag_SOAP_ENV__Value--; continue; } if (soap_flag_SOAP_ENV__Subcode && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerToSOAP_ENV__Code(soap, "SOAP-ENV:Subcode", &a->SOAP_ENV__Subcode, "")) { soap_flag_SOAP_ENV__Subcode--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Code *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Code, 0, sizeof(struct SOAP_ENV__Code), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Code(struct soap *soap, const struct SOAP_ENV__Code *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Code); if (soap_out_SOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code * SOAP_FMAC4 soap_get_SOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_default_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } SOAP_FMAC3 int SOAP_FMAC4 soap_out_SOAP_ENV__Header(struct soap *soap, const char *tag, int id, const struct SOAP_ENV__Header *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_SOAP_ENV__Header), type)) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_in_SOAP_ENV__Header(struct soap *soap, const char *tag, struct SOAP_ENV__Header *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct SOAP_ENV__Header *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_SOAP_ENV__Header, sizeof(struct SOAP_ENV__Header), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_SOAP_ENV__Header(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct SOAP_ENV__Header *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_SOAP_ENV__Header, 0, sizeof(struct SOAP_ENV__Header), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_SOAP_ENV__Header(struct soap *soap, const struct SOAP_ENV__Header *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_SOAP_ENV__Header); if (soap_out_SOAP_ENV__Header(soap, tag?tag:"SOAP-ENV:Header", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Header * SOAP_FMAC4 soap_get_SOAP_ENV__Header(struct soap *soap, struct SOAP_ENV__Header *p, const char *tag, const char *type) { if ((p = soap_in_SOAP_ENV__Header(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__pow(struct soap *soap, struct ns__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__pow(struct soap *soap, const struct ns__pow *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__pow(struct soap *soap, const char *tag, int id, const struct ns__pow *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__pow), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_in_ns__pow(struct soap *soap, const char *tag, struct ns__pow *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__pow *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__pow, sizeof(struct ns__pow), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__pow(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__pow *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__pow, 0, sizeof(struct ns__pow), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__pow(struct soap *soap, const struct ns__pow *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__pow); if (soap_out_ns__pow(soap, tag?tag:"ns:pow", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__pow * SOAP_FMAC4 soap_get_ns__pow(struct soap *soap, struct ns__pow *p, const char *tag, const char *type) { if ((p = soap_in_ns__pow(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__powResponse(struct soap *soap, struct ns__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__powResponse(struct soap *soap, const struct ns__powResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__powResponse(struct soap *soap, const char *tag, int id, const struct ns__powResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__powResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_in_ns__powResponse(struct soap *soap, const char *tag, struct ns__powResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__powResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__powResponse, sizeof(struct ns__powResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__powResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__powResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__powResponse, 0, sizeof(struct ns__powResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__powResponse(struct soap *soap, const struct ns__powResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__powResponse); if (soap_out_ns__powResponse(soap, tag?tag:"ns:powResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__powResponse * SOAP_FMAC4 soap_get_ns__powResponse(struct soap *soap, struct ns__powResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__powResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__div(struct soap *soap, struct ns__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__div(struct soap *soap, const struct ns__div *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__div(struct soap *soap, const char *tag, int id, const struct ns__div *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__div), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_in_ns__div(struct soap *soap, const char *tag, struct ns__div *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__div *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__div, sizeof(struct ns__div), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__div(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__div *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__div, 0, sizeof(struct ns__div), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__div(struct soap *soap, const struct ns__div *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__div); if (soap_out_ns__div(soap, tag?tag:"ns:div", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__div * SOAP_FMAC4 soap_get_ns__div(struct soap *soap, struct ns__div *p, const char *tag, const char *type) { if ((p = soap_in_ns__div(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__divResponse(struct soap *soap, struct ns__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__divResponse(struct soap *soap, const struct ns__divResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__divResponse(struct soap *soap, const char *tag, int id, const struct ns__divResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__divResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_in_ns__divResponse(struct soap *soap, const char *tag, struct ns__divResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__divResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__divResponse, sizeof(struct ns__divResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__divResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__divResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__divResponse, 0, sizeof(struct ns__divResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__divResponse(struct soap *soap, const struct ns__divResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__divResponse); if (soap_out_ns__divResponse(soap, tag?tag:"ns:divResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__divResponse * SOAP_FMAC4 soap_get_ns__divResponse(struct soap *soap, struct ns__divResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__divResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mul(struct soap *soap, struct ns__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mul(struct soap *soap, const struct ns__mul *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mul(struct soap *soap, const char *tag, int id, const struct ns__mul *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__mul), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_in_ns__mul(struct soap *soap, const char *tag, struct ns__mul *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__mul *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__mul, sizeof(struct ns__mul), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__mul(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__mul *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__mul, 0, sizeof(struct ns__mul), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mul(struct soap *soap, const struct ns__mul *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__mul); if (soap_out_ns__mul(soap, tag?tag:"ns:mul", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__mul * SOAP_FMAC4 soap_get_ns__mul(struct soap *soap, struct ns__mul *p, const char *tag, const char *type) { if ((p = soap_in_ns__mul(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__mulResponse(struct soap *soap, struct ns__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__mulResponse(struct soap *soap, const struct ns__mulResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__mulResponse(struct soap *soap, const char *tag, int id, const struct ns__mulResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__mulResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_in_ns__mulResponse(struct soap *soap, const char *tag, struct ns__mulResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__mulResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__mulResponse, sizeof(struct ns__mulResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__mulResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__mulResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__mulResponse, 0, sizeof(struct ns__mulResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__mulResponse(struct soap *soap, const struct ns__mulResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__mulResponse); if (soap_out_ns__mulResponse(soap, tag?tag:"ns:mulResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__mulResponse * SOAP_FMAC4 soap_get_ns__mulResponse(struct soap *soap, struct ns__mulResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__mulResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__sub(struct soap *soap, struct ns__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__sub(struct soap *soap, const struct ns__sub *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__sub(struct soap *soap, const char *tag, int id, const struct ns__sub *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__sub), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_in_ns__sub(struct soap *soap, const char *tag, struct ns__sub *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__sub *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__sub, sizeof(struct ns__sub), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__sub(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__sub *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__sub, 0, sizeof(struct ns__sub), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__sub(struct soap *soap, const struct ns__sub *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__sub); if (soap_out_ns__sub(soap, tag?tag:"ns:sub", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__sub * SOAP_FMAC4 soap_get_ns__sub(struct soap *soap, struct ns__sub *p, const char *tag, const char *type) { if ((p = soap_in_ns__sub(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__subResponse(struct soap *soap, struct ns__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__subResponse(struct soap *soap, const struct ns__subResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__subResponse(struct soap *soap, const char *tag, int id, const struct ns__subResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__subResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_in_ns__subResponse(struct soap *soap, const char *tag, struct ns__subResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__subResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__subResponse, sizeof(struct ns__subResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__subResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__subResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__subResponse, 0, sizeof(struct ns__subResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__subResponse(struct soap *soap, const struct ns__subResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__subResponse); if (soap_out_ns__subResponse(soap, tag?tag:"ns:subResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__subResponse * SOAP_FMAC4 soap_get_ns__subResponse(struct soap *soap, struct ns__subResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__subResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__add(struct soap *soap, struct ns__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_default_double(soap, &a->a); soap_default_double(soap, &a->b); } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__add(struct soap *soap, const struct ns__add *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_embedded(soap, &a->a, SOAP_TYPE_double); soap_embedded(soap, &a->b, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__add(struct soap *soap, const char *tag, int id, const struct ns__add *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__add), type)) return soap->error; if (soap_out_double(soap, "a", -1, &a->a, "")) return soap->error; if (soap_out_double(soap, "b", -1, &a->b, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_in_ns__add(struct soap *soap, const char *tag, struct ns__add *a, const char *type) { size_t soap_flag_a = 1; size_t soap_flag_b = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__add *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__add, sizeof(struct ns__add), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__add(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_a && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "a", &a->a, "xsd:double")) { soap_flag_a--; continue; } if (soap_flag_b && soap->error == SOAP_TAG_MISMATCH) if (soap_in_double(soap, "b", &a->b, "xsd:double")) { soap_flag_b--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__add *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__add, 0, sizeof(struct ns__add), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } if ((soap->mode & SOAP_XML_STRICT) && (soap_flag_a > 0 || soap_flag_b > 0)) { soap->error = SOAP_OCCURS; return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__add(struct soap *soap, const struct ns__add *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__add); if (soap_out_ns__add(soap, tag?tag:"ns:add", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__add * SOAP_FMAC4 soap_get_ns__add(struct soap *soap, struct ns__add *p, const char *tag, const char *type) { if ((p = soap_in_ns__add(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_ns__addResponse(struct soap *soap, struct ns__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ a->result = NULL; } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_ns__addResponse(struct soap *soap, const struct ns__addResponse *a) { (void)soap; (void)a; /* appease -Wall -Werror */ soap_serialize_PointerTodouble(soap, &a->result); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_ns__addResponse(struct soap *soap, const char *tag, int id, const struct ns__addResponse *a, const char *type) { (void)soap; (void)tag; (void)id; (void)type; if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_ns__addResponse), type)) return soap->error; if (soap_out_PointerTodouble(soap, "result", -1, &a->result, "")) return soap->error; return soap_element_end_out(soap, tag); } SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_in_ns__addResponse(struct soap *soap, const char *tag, struct ns__addResponse *a, const char *type) { size_t soap_flag_result = 1; if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (struct ns__addResponse *)soap_id_enter(soap, soap->id, a, SOAP_TYPE_ns__addResponse, sizeof(struct ns__addResponse), 0, NULL, NULL, NULL); if (!a) return NULL; soap_default_ns__addResponse(soap, a); if (soap->body && !*soap->href) { for (;;) { soap->error = SOAP_TAG_MISMATCH; if (soap_flag_result && soap->error == SOAP_TAG_MISMATCH) if (soap_in_PointerTodouble(soap, "result", &a->result, "xsd:double")) { soap_flag_result--; continue; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = soap_ignore_element(soap); if (soap->error == SOAP_NO_TAG) break; if (soap->error) return NULL; } if (soap_element_end_in(soap, tag)) return NULL; } else { a = (struct ns__addResponse *)soap_id_forward(soap, soap->href, (void*)a, 0, SOAP_TYPE_ns__addResponse, 0, sizeof(struct ns__addResponse), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_ns__addResponse(struct soap *soap, const struct ns__addResponse *a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_ns__addResponse); if (soap_out_ns__addResponse(soap, tag?tag:"ns:addResponse", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct ns__addResponse * SOAP_FMAC4 soap_get_ns__addResponse(struct soap *soap, struct ns__addResponse *p, const char *tag, const char *type) { if ((p = soap_in_ns__addResponse(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Reason)) soap_serialize_SOAP_ENV__Reason(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Reason *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Reason); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Reason(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Reason(struct soap *soap, const char *tag, struct SOAP_ENV__Reason **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Reason **)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Reason(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Reason **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Reason, sizeof(struct SOAP_ENV__Reason), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Reason); if (soap_out_PointerToSOAP_ENV__Reason(soap, tag?tag:"SOAP-ENV:Reason", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Reason ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Reason(struct soap *soap, struct SOAP_ENV__Reason **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Reason(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Detail)) soap_serialize_SOAP_ENV__Detail(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Detail *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Detail); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Detail(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Detail(struct soap *soap, const char *tag, struct SOAP_ENV__Detail **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Detail **)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Detail(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Detail **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Detail, sizeof(struct SOAP_ENV__Detail), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Detail); if (soap_out_PointerToSOAP_ENV__Detail(soap, tag?tag:"SOAP-ENV:Detail", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Detail ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Detail(struct soap *soap, struct SOAP_ENV__Detail **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Detail(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif #ifndef WITH_NOGLOBAL SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a) { if (!soap_reference(soap, *a, SOAP_TYPE_SOAP_ENV__Code)) soap_serialize_SOAP_ENV__Code(soap, *a); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, int id, struct SOAP_ENV__Code *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_SOAP_ENV__Code); if (id < 0) return soap->error; return soap_out_SOAP_ENV__Code(soap, tag, id, *a, type); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_in_PointerToSOAP_ENV__Code(struct soap *soap, const char *tag, struct SOAP_ENV__Code **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (struct SOAP_ENV__Code **)soap_malloc(soap, sizeof(struct SOAP_ENV__Code *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_SOAP_ENV__Code(soap, tag, *a, type))) return NULL; } else { a = (struct SOAP_ENV__Code **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_SOAP_ENV__Code, sizeof(struct SOAP_ENV__Code), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerToSOAP_ENV__Code); if (soap_out_PointerToSOAP_ENV__Code(soap, tag?tag:"SOAP-ENV:Code", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 struct SOAP_ENV__Code ** SOAP_FMAC4 soap_get_PointerToSOAP_ENV__Code(struct soap *soap, struct SOAP_ENV__Code **p, const char *tag, const char *type) { if ((p = soap_in_PointerToSOAP_ENV__Code(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_PointerTodouble(struct soap *soap, double *const*a) { soap_reference(soap, *a, SOAP_TYPE_double); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_PointerTodouble(struct soap *soap, const char *tag, int id, double *const*a, const char *type) { id = soap_element_id(soap, tag, id, *a, NULL, 0, type, SOAP_TYPE_double); if (id < 0) return soap->error; return soap_out_double(soap, tag, id, *a, type); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_in_PointerTodouble(struct soap *soap, const char *tag, double **a, const char *type) { if (soap_element_begin_in(soap, tag, 1, NULL)) return NULL; if (!a) if (!(a = (double **)soap_malloc(soap, sizeof(double *)))) return NULL; *a = NULL; if (!soap->null && *soap->href != '#') { soap_revert(soap); if (!(*a = soap_in_double(soap, tag, *a, type))) return NULL; } else { a = (double **)soap_id_lookup(soap, soap->href, (void**)a, SOAP_TYPE_double, sizeof(double), 0); if (soap->body && soap_element_end_in(soap, tag)) return NULL; } return a; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_PointerTodouble(struct soap *soap, double *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_PointerTodouble); if (soap_out_PointerTodouble(soap, tag?tag:"double", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 double ** SOAP_FMAC4 soap_get_PointerTodouble(struct soap *soap, double **p, const char *tag, const char *type) { if ((p = soap_in_PointerTodouble(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_out__QName(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE__QName); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in__QName(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE__QName, 2, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put__QName(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE__QName); if (soap_out__QName(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get__QName(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in__QName(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } SOAP_FMAC3 void SOAP_FMAC4 soap_default_string(struct soap *soap, char **a) { (void)soap; /* appease -Wall -Werror */ #ifdef SOAP_DEFAULT_string *a = SOAP_DEFAULT_string; #else *a = (char *)0; #endif } SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_string(struct soap *soap, char *const*a) { soap_reference(soap, *a, SOAP_TYPE_string); } SOAP_FMAC3 int SOAP_FMAC4 soap_out_string(struct soap *soap, const char *tag, int id, char *const*a, const char *type) { return soap_outstring(soap, tag, id, a, type, SOAP_TYPE_string); } SOAP_FMAC3 char * * SOAP_FMAC4 soap_in_string(struct soap *soap, const char *tag, char **a, const char *type) { char **p; p = soap_instring(soap, tag, a, type, SOAP_TYPE_string, 1, 0, -1); return p; } SOAP_FMAC3 int SOAP_FMAC4 soap_put_string(struct soap *soap, char *const*a, const char *tag, const char *type) { register int id = soap_embed(soap, (void*)a, NULL, 0, tag, SOAP_TYPE_string); if (soap_out_string(soap, tag?tag:"byte", id, a, type)) return soap->error; return soap_putindependent(soap); } SOAP_FMAC3 char ** SOAP_FMAC4 soap_get_string(struct soap *soap, char **p, const char *tag, const char *type) { if ((p = soap_in_string(soap, tag, p, type))) if (soap_getindependent(soap)) return NULL; return p; } #ifdef __cplusplus } #endif #if defined(__BORLANDC__) #pragma option pop #pragma option pop #endif /* End of calcC.c */ gsoap-2.8.28/gsoap/samples/chaining/README.txt0000644000175000017500000000246712653650154020337 0ustar ellertellert How to combine multiple C services into one server executable and let the services listen to the same port (or serve over CGI)? Run wsdl2h on each WSDL, with "wsdl2h -c name.wsdl" to produce name.h Run "soapcpp2 -c -S -np name name.h" to produce nameServerLib.c Run "soapcpp2 -c -CS -penv env.h" on an empty env.h (or an env.h with shared SOAP Header and SOAP Fault definitions) to produce envC.c for Header and Fault processing. Say we have name1 and name2 services, each with different methods ns1__method1 and ns2__method2. Implement service chaining as follows: #include "name1.nsmap" #include "name2.nsmap" int main() { struct soap *soap = soap_new(); soap_set_namespaces(soap, name1_namespaces); /* serve over stdin/out, CGI style */ if (soap_begin_serve(soap)) soap_print_fault(soap, stderr); else if (name1_serve_request(soap) == SOAP_NO_METHOD) { soap_set_namespaces(soap, name2_namespaces); if (name2_serve_request(soap)) soap_print_fault(soap, stderr); } soap_destroy(soap); soap_end(soap); soap_free(soap); return 0; } int ns1__method1(struct soap *soap, ...) { ... return SOAP_OK; } int ns2__method2(struct soap *soap, ...) { ... return SOAP_OK; } gsoap-2.8.28/gsoap/samples/chaining/header.h0000644000175000017500000000120412653650154020226 0ustar ellertellert/* header.h Example SOAP Header definitions, to demonstrate the use of env.h. This file defines the SOAP Header data structure shared by client and service modules Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. */ //gsoap h schema namespace: http://websrv.cs.fsu.edu/~engelen/h.xsd // h:authentication type of SOAP Header element struct h__authentication { @char *userid; // userid XML attribute @char *passwd; // passwd XML attribute }; // add the above to the SOAP Header elements: struct SOAP_ENV__Header { struct h__authentication *h__credentials; // rendered as XML }; gsoap-2.8.28/gsoap/samples/chaining/calc.h0000644000175000017500000001041012653650154017677 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/chaining/Makefile.am0000644000175000017500000000205412653650154020665 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = chaining include ../Makefile.defines # include ../Makefile.c_rules envC.c: env.h $(SOAP) -c -CS -penv -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< qServerLib.c: quote.h $(SOAP) -c -S -np q -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< cServerLib.c: calc.h $(SOAP) -c -S -np c -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< BUILT_SOURCES = qServerLib.c cServerLib.c envC.c CLEANFILES = *.req.xml *.res.xml *.nsmap *.xsd *.wsdl envStub.h envH.h envC.c cStub.h cH.h cC.c cClient.c cServer.c cClientLib.c cServerLib.c qStub.h qH.h qC.c qClient.c qServer.c qClientLib.c qServerLib.c *~ SOAP_NS = c.nsmap chaining_SOURCES = chaining.c quote.h calc.h env.h qServerLib.c cServerLib.c envC.c chaining_LDADD = $(SOAP_C_LIB) $(SAMPLE_EXTRA_LIBS) -lm gsoap-2.8.28/gsoap/samples/chaining/fault.h0000644000175000017500000000234612653650154020121 0ustar ellertellert/* fault.h Example SOAP Fault detail definitions, to demonstrate the use of env.h. Defines optional SOAP Fault derail data structures Copyright (C) 2000-2004 Robert A. van Engelen. All Rights Reserved. */ /* Add any data structure you want to serialize as part of the SOAP Fault detail element. The detail element '__type' and 'value' fields should be set to transmit data. The fields are set when data of corresponding types are received. For example, we define an of name with a string vector (note the leading _ in the following declaration): class _f__myData { public: std::vector *data; }; To return a fault from your service application: soap_sender_fault(soap, "An error occurred", NULL)); // set soap fault soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap->fault->detail->__type = SOAP_TYPE__f__myData; soap->fault->detail->value = soap_new__f__myData(soap, -1); return SOAP_FAULT; In addition, you can modify the SOAP_ENV__Detail struct and add your own set of fields, as in: struct SOAP_ENV__Detail { struct f__myDataType f__myData; int __type; void *value; char *__any; // or use '_XML __any' to store literal XML content }; */ gsoap-2.8.28/gsoap/samples/chaining/quoteServerLib.c0000644000175000017500000000135312653650154021751 0ustar ellertellert/* quoteServerLib.c Generated by gSOAP 2.8.8 from quote.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ /** Use this file in your project build instead of the two files quoteC.c and quoteServer.c. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */ #ifndef WITH_NOGLOBAL #define WITH_NOGLOBAL #endif #define SOAP_FMAC3 static #include "quoteC.c" #include "quoteServer.c" /* End of quoteServerLib.c */ gsoap-2.8.28/gsoap/samples/chaining/calcServer.c0000644000175000017500000002327412653650154021075 0ustar ellertellert/* calcServer.c Generated by gSOAP 2.8.8 from calc.h Copyright(C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. The generated code is released under one of the following licenses: 1) GPL or 2) Genivia's license for commercial use. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. */ #if defined(__BORLANDC__) #pragma option push -w-8060 #pragma option push -w-8004 #endif #include "calcH.h" #ifdef __cplusplus extern "C" { #endif SOAP_SOURCE_STAMP("@(#) calcServer.c ver 2.8.8 2012-04-18 14:36:19 GMT") SOAP_FMAC5 int SOAP_FMAC6 calc_serve(struct soap *soap) { #ifndef WITH_FASTCGI unsigned int k = soap->max_keep_alive; #endif do { #ifndef WITH_FASTCGI if (soap->max_keep_alive > 0 && !--k) soap->keep_alive = 0; #endif if (soap_begin_serve(soap)) { if (soap->error >= SOAP_STOP) continue; return soap->error; } if (calc_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap))) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } #ifdef WITH_FASTCGI soap_destroy(soap); soap_end(soap); } while (1); #else } while (soap->keep_alive); #endif return SOAP_OK; } #ifndef WITH_NOSERVEREQUEST SOAP_FMAC5 int SOAP_FMAC6 calc_serve_request(struct soap *soap) { soap_peek_element(soap); if (!soap_match_tag(soap, soap->tag, "ns:add")) return soap_serve_ns__add(soap); if (!soap_match_tag(soap, soap->tag, "ns:sub")) return soap_serve_ns__sub(soap); if (!soap_match_tag(soap, soap->tag, "ns:mul")) return soap_serve_ns__mul(soap); if (!soap_match_tag(soap, soap->tag, "ns:div")) return soap_serve_ns__div(soap); if (!soap_match_tag(soap, soap->tag, "ns:pow")) return soap_serve_ns__pow(soap); return soap->error = SOAP_NO_METHOD; } #endif SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__add(struct soap *soap) { struct ns__add soap_tmp_ns__add; struct ns__addResponse soap_tmp_ns__addResponse; double soap_tmp_double; soap_default_ns__addResponse(soap, &soap_tmp_ns__addResponse); soap_default_double(soap, &soap_tmp_double); soap_tmp_ns__addResponse.result = &soap_tmp_double; soap_default_ns__add(soap, &soap_tmp_ns__add); soap->encodingStyle = ""; if (!soap_get_ns__add(soap, &soap_tmp_ns__add, "ns:add", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__add(soap, soap_tmp_ns__add.a, soap_tmp_ns__add.b, soap_tmp_ns__addResponse.result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__addResponse(soap, &soap_tmp_ns__addResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__addResponse(soap, &soap_tmp_ns__addResponse, "ns:addResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; }; if (soap_end_count(soap) || soap_response(soap, SOAP_OK) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__addResponse(soap, &soap_tmp_ns__addResponse, "ns:addResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap->error; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__sub(struct soap *soap) { struct ns__sub soap_tmp_ns__sub; struct ns__subResponse soap_tmp_ns__subResponse; double soap_tmp_double; soap_default_ns__subResponse(soap, &soap_tmp_ns__subResponse); soap_default_double(soap, &soap_tmp_double); soap_tmp_ns__subResponse.result = &soap_tmp_double; soap_default_ns__sub(soap, &soap_tmp_ns__sub); soap->encodingStyle = ""; if (!soap_get_ns__sub(soap, &soap_tmp_ns__sub, "ns:sub", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__sub(soap, soap_tmp_ns__sub.a, soap_tmp_ns__sub.b, soap_tmp_ns__subResponse.result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__subResponse(soap, &soap_tmp_ns__subResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__subResponse(soap, &soap_tmp_ns__subResponse, "ns:subResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; }; if (soap_end_count(soap) || soap_response(soap, SOAP_OK) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__subResponse(soap, &soap_tmp_ns__subResponse, "ns:subResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap->error; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__mul(struct soap *soap) { struct ns__mul soap_tmp_ns__mul; struct ns__mulResponse soap_tmp_ns__mulResponse; double soap_tmp_double; soap_default_ns__mulResponse(soap, &soap_tmp_ns__mulResponse); soap_default_double(soap, &soap_tmp_double); soap_tmp_ns__mulResponse.result = &soap_tmp_double; soap_default_ns__mul(soap, &soap_tmp_ns__mul); soap->encodingStyle = ""; if (!soap_get_ns__mul(soap, &soap_tmp_ns__mul, "ns:mul", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__mul(soap, soap_tmp_ns__mul.a, soap_tmp_ns__mul.b, soap_tmp_ns__mulResponse.result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__mulResponse(soap, &soap_tmp_ns__mulResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mulResponse(soap, &soap_tmp_ns__mulResponse, "ns:mulResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; }; if (soap_end_count(soap) || soap_response(soap, SOAP_OK) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__mulResponse(soap, &soap_tmp_ns__mulResponse, "ns:mulResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap->error; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__div(struct soap *soap) { struct ns__div soap_tmp_ns__div; struct ns__divResponse soap_tmp_ns__divResponse; double soap_tmp_double; soap_default_ns__divResponse(soap, &soap_tmp_ns__divResponse); soap_default_double(soap, &soap_tmp_double); soap_tmp_ns__divResponse.result = &soap_tmp_double; soap_default_ns__div(soap, &soap_tmp_ns__div); soap->encodingStyle = ""; if (!soap_get_ns__div(soap, &soap_tmp_ns__div, "ns:div", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__div(soap, soap_tmp_ns__div.a, soap_tmp_ns__div.b, soap_tmp_ns__divResponse.result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__divResponse(soap, &soap_tmp_ns__divResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__divResponse(soap, &soap_tmp_ns__divResponse, "ns:divResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; }; if (soap_end_count(soap) || soap_response(soap, SOAP_OK) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__divResponse(soap, &soap_tmp_ns__divResponse, "ns:divResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap->error; return soap_closesock(soap); } SOAP_FMAC5 int SOAP_FMAC6 soap_serve_ns__pow(struct soap *soap) { struct ns__pow soap_tmp_ns__pow; struct ns__powResponse soap_tmp_ns__powResponse; double soap_tmp_double; soap_default_ns__powResponse(soap, &soap_tmp_ns__powResponse); soap_default_double(soap, &soap_tmp_double); soap_tmp_ns__powResponse.result = &soap_tmp_double; soap_default_ns__pow(soap, &soap_tmp_ns__pow); soap->encodingStyle = ""; if (!soap_get_ns__pow(soap, &soap_tmp_ns__pow, "ns:pow", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = ns__pow(soap, soap_tmp_ns__pow.a, soap_tmp_ns__pow.b, soap_tmp_ns__powResponse.result); if (soap->error) return soap->error; soap_serializeheader(soap); soap_serialize_ns__powResponse(soap, &soap_tmp_ns__powResponse); if (soap_begin_count(soap)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_put_ns__powResponse(soap, &soap_tmp_ns__powResponse, "ns:powResponse", NULL) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap->error; 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(see samples/calc/calc.h): $ soapcpp2 -c calc.h $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c where stdsoap2.c is in the 'gsoap' directory, or use libgsoap: $ cc -o calcserver calcserver.c soapC.c soapServer.c -lgsoap -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calc.nsmap" int main(int argc, char **argv) { SOAP_SOCKET m, s; /* master and slave sockets */ struct soap soap; soap_init(&soap); if (argc < 2) soap_serve(&soap); /* serve as CGI application */ else { m = soap_bind(&soap, NULL, atoi(argv[1]), 100); if (!soap_valid_socket(m)) { soap_print_fault(&soap, stderr); exit(-1); } fprintf(stderr, "Socket connection successful: master socket = %d\n", m); for ( ; ; ) { s = soap_accept(&soap); fprintf(stderr, "Socket connection successful: slave socket = %d\n", s); if (!soap_valid_socket(s)) { soap_print_fault(&soap, stderr); exit(-1); } soap_serve(&soap); soap_end(&soap); } } return 0; } int ns__add(struct soap *soap, double a, double b, double *result) { (void)soap; *result = a + b; return SOAP_OK; } int ns__sub(struct soap *soap, double a, double b, double *result) { (void)soap; *result = a - b; return SOAP_OK; } int ns__mul(struct soap *soap, double a, double b, double *result) { (void)soap; *result = a * b; return SOAP_OK; } int ns__div(struct soap *soap, double a, double b, double *result) { if (b) *result = a / b; else { char *s = (char*)soap_malloc(soap, 1024); (SOAP_SNPRINTF(s, 1024, 100), "Can't divide %f by %f", a, b); return soap_sender_fault(soap, "Division by zero", s); } return SOAP_OK; } int ns__pow(struct soap *soap, double a, double b, double *result) { *result = pow(a, b); if (soap_errno == EDOM) /* soap_errno is like errno, but compatible with Win32 */ { char *s = (char*)soap_malloc(soap, 1024); (SOAP_SNPRINTF(s, 1024, 100), "Can't raise %f to %f", a, b); return soap_sender_fault(soap, "Power function domain error", s); } return SOAP_OK; } gsoap-2.8.28/gsoap/samples/calc/README.txt0000644000175000017500000001333712653650154017457 0ustar ellertellertSimple calculator service implements: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): soapcpp2 -c calc.h cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): soapcpp2 -i calc.h cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp For C++ development soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The calcclient application invokes the service and is used from the command line as follows: $ calcclient add 3 4 result = 7 The calcserver application is a CGI application that can be installed under the cgibin of your Web server. The C client-side uses: Initialization of the runtime engine: soap_init(struct soap*) Invoking a call of xyz, this function is generated by soapcpp2: soap_call_ns__xyz(struct soap*, const char *endpoint, const char *action, double a, double b, double *result) Note: endpoint=NULL and action=NULL for defaults Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) The C server-side uses: Initialization of the runtime engine: soap_init(struct soap*) Binding the port: soap_bind(struct soap*, const char *host, int port, int backlog) Accepting a request: soap_accept(struct soap*); Invoking the service dispatcher, this function is generated by soapcpp2: soap_serve(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Send back sender-related fault: soap_sender_fault(struct soap*, const char *string, const char *detailXML) Send back receiver-related fault: soap_receiver_fault(struct soap*, const char *string, const char *detailXML) Finalize and detach the runtime engine: soap_done(struct soap*) Service operations are not auto-generated (user-defined): ns__add(struct soap*, double a, double b, double *result) ns__sub(struct soap*, double a, double b, double *result) ns__mul(struct soap*, double a, double b, double *result) ns__div(struct soap*, double a, double b, double *result) ns__pow(struct soap*, double a, double b, double *result) The C++ client-side uses a proxy generated with soapcpp2 -i: class calcProxy The default endpoint can be changed: const char *calcProxxy::endpoint Invoke a call of xyz: calcProxy::xyz(double a, double b, double *result) Print communication errors: calcProxy::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): calcProxy::error Allocate data, deallocated by soap_end() or calcProxy destructor soap_malloc(calcProxy*, size_t len) Get new instance of class X, deallocated by soap_destroy() or calcProxy destructor soap_new_X(calcProxy*, -1) Get array of new instances of class X, deallocated by soap_destroy() or calcProxy destructor soap_new_X(calcProxy*, arraylen) Delete deserialized C++ class instances (also part of calcProxy destructor): soap_destroy(calcProxy*) Delete deserialized data (also part of calcProxy destructor): soap_end(calcProxy*) The C++ server-side uses a class generated with soapcpp2 -i: class calcService Serve requests over stdin/out (for CGI) calcService::serve() Serve multiple requests over port (iterative HTTP server): calcService::run() Print communication errors: calcService::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): calcService::error Send back sender-related fault: calcService::soap_senderfault(const char *string, const char *detailXML) Send back sender-related fault with subcode (SOAP 1.2): calcService::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML) Send back receiver-related fault: calcService::soap_receiver_fault(const char *string, const char *detailXML) Send back receiver-related fault with subcode (SOAP 1.2): calcService::soap_receiver_fault(const char *subcodeQName, const char *string, const char *detailXML) Service operations are user-defined (not auto-generated): calcService::add(double a, double b, double *result) calcService::sub(double a, double b, double *result) calcService::mul(double a, double b, double *result) calcService::div(double a, double b, double *result) calcService::pow(double a, double b, double *result) Allocate data, deallocated by soap_end() or calcService destructor soap_malloc(calcService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or calcService destructor soap_new_X(calcService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or calcService destructor soap_new_X(calcService*, arraylen) Delete deserialized C++ class instances (also part of calcService destructor): soap_destroy(calcService*) Delete deserialized data (also part of calcService destructor): soap_end(calcService*) Note: all soap_xyz(struct soap*, ...) gSOAP API functions are also available to the calcProxy and calcService classes by inheritance of the struct soap runtime engine state object. gsoap-2.8.28/gsoap/samples/calc/calcclient.c0000644000175000017500000000546412653650154020230 0ustar ellertellert/* calcclient.c Example calculator service client in C Compilation in C (see samples/calc/calc.h): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c where stdsoap2.c is in the 'gsoap' directory, or use libgsoap: $ cc -o calcclient calcclient.c soapC.c soapClient.c -lgsoap -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calc.nsmap" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; /* = "http://localhost:8080"; to test against samples/webserver */ int main(int argc, char **argv) { struct soap soap; double a, b, result; if (argc < 4) { fprintf(stderr, "Usage: [add|sub|mul|div|pow] num num\n"); exit(0); } soap_init1(&soap, SOAP_XML_INDENT); a = strtod(argv[2], NULL); b = strtod(argv[3], NULL); switch (*argv[1]) { case 'a': soap_call_ns__add(&soap, server, "", a, b, &result); break; case 's': soap_call_ns__sub(&soap, server, "", a, b, &result); break; case 'm': soap_call_ns__mul(&soap, server, "", a, b, &result); break; case 'd': soap_call_ns__div(&soap, server, "", a, b, &result); break; case 'p': soap_call_ns__pow(&soap, server, "", a, b, &result); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (soap.error) { soap_print_fault(&soap, stderr); exit(1); } else printf("result = %g\n", result); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return 0; } gsoap-2.8.28/gsoap/samples/calc/calc.h0000644000175000017500000001041012653650154017021 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/calc/Makefile.am0000644000175000017500000000117112653650154020006 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/lu/lu.h0000644000175000017500000001106112653650156016262 0ustar ellertellert/* lu.h LU factorization Web service -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns1 service name: lu //gsoap ns1 service style: rpc //gsoap ns1 service encoding: encoded //gsoap ns1 service namespace: http://websrv.cs.fsu.edu/~engelen/lu.wsdl //gsoap ns1 service location: http://websrv.cs.fsu.edu/~engelen/luserver.cgi //gsoap ns1 schema namespace: urn:lu typedef double xsd__double; typedef int xsd__int; class vector // dynamic array of type SOAP-ENC:Array with arrayType="double[]" { public: xsd__double *__ptr; // pointer to array of double int __size; // number of elements pointed to int __offset; struct soap *soap; // gSOAP env. instance was created vector(); vector(struct soap *env); vector(struct soap *env, int size); vector(struct soap *env, int start, int end); virtual ~vector(); virtual int start(); // index of first element (=__offset) virtual int end(); // index of last element virtual int size(); // vector size virtual void resize(int size); virtual void resize(int start, int end); virtual double& operator[](int i); virtual double operator()(int i); virtual void print(); }; class ivector // dynamic array of type SOAP-ENC:Array with arrayType="int[]" { public: xsd__int *__ptr; // pointer to array of int int __size; // number of elements pointed to int __offset; struct soap *soap; // gSOAP env. instance was created ivector(); ivector(struct soap *env); ivector(struct soap *env, int size); ivector(struct soap *env, int start, int end); virtual ~ivector(); virtual int start(); // index of first element (=__offset) virtual int end(); // index of last element virtual int size(); // vector size virtual void resize(int size); virtual void resize(int start, int end); virtual int& operator[](int i); virtual int operator()(int i); virtual void print(); }; class matrix // dynamic array of type SOAP-ENC:Array with arrayType="double[][]" { public: vector *__ptr; // pointer to array of vectors int __size; // number of vectors pointed to int __offset; struct soap *soap; // gSOAP env. instance was created matrix(); matrix(struct soap *env); matrix(struct soap *env, int rows); matrix(struct soap *env, int rows, int cols); matrix(struct soap *env, int rowstart, int rowend, int colstart, int colend); virtual ~matrix(); virtual int start(); virtual int end(); virtual int size(); virtual void resize(int rows, int cols); virtual void resize(int rowstart, int rowend, int colstart, int colend); virtual vector& operator[](int i); virtual double operator()(int i, int j); virtual void print(); }; // LU decomposition, see Numerical Recipies for C ns1__ludcmp(matrix *a, struct ns1__ludcmpResponse {matrix *a; ivector *i; xsd__double d;} &result); // backsubstitution, see Numerical Recipies for C ns1__lubksb(matrix *a, ivector *i, vector *b, vector *x); // Linear system solver using LU decomposition: solves ax=b ns1__lusol(matrix *a, vector *b, vector *x); // Linear systems solver using LU decomposition: solves ax=b for all rows in x and b ns1__lusols(matrix *a, matrix *b, matrix *x); // Matrix inversion using LU decomposition ns1__luinv(matrix *a, matrix *b); // Determinant of matrix ns1__ludet(matrix *a, xsd__double &d); gsoap-2.8.28/gsoap/samples/lu/lumat.cpp0000644000175000017500000002057612653650156017332 0ustar ellertellert/* lumat.cpp LU factorization vector and matrix operations. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" //////////////////////////////////////////////////////////////////////////////// // // vector // //////////////////////////////////////////////////////////////////////////////// vector::vector() { vector(NULL); } vector::vector(struct soap *env) { soap = env; __ptr = 0; __size = 0; __offset = 0; } vector::vector(struct soap *env, int size) { soap = env; __size = size; __offset = 1; __ptr = (double*)soap_malloc(soap, size*sizeof(double)); for (int i = 0; i < size; i++) __ptr[i] = 0.0; } vector::vector(struct soap *env, int start, int end) { soap = env; __size = end-start+1; __offset = start; __ptr = (double*)soap_malloc(soap, __size*sizeof(double)); for (int i = 0; i < __size; i++) __ptr[i] = 0.0; } vector::~vector() { // no deallocation: let gSOAP handle all dynamic allocation and deallocation } int vector::start() { return __offset; } int vector::end() { return __size+__offset-1; } int vector::size() { return __size; } void vector::resize(int size) { resize(1, size); } void vector::resize(int start, int end) { double *p; int n, size = end-start+1; if (__offset == start && __size == size) return; // nothing to do p = (double*)soap_malloc(soap, size*sizeof(double)); for (int i = 0; i < size; i++) p[i] = 0.0; if (__ptr) { if (start < __offset) { n = (size-__offset+start <= __size ? size-__offset+start : __size); for (int i = 0; i < n; i++) p[__offset-start+i] = __ptr[i]; } else { n = (__size-start+__offset <= size ? __size-start+__offset : size); for (int i = 0; i < n; i++) p[i] = __ptr[start-__offset+i]; } soap_dealloc(soap, __ptr); } __ptr = p; __size = size; __offset = start; } double& vector::operator[](int i) { return __ptr[i-__offset]; } double vector::operator()(int i) { if (i >= __offset && i < __size+__offset) return __ptr[i-__offset]; return 0.0; } void vector::print() { int i; for (i = 1; i <= end(); i++) printf("% f ", (*this)(i)); printf("\n"); } //////////////////////////////////////////////////////////////////////////////// // // ivector // //////////////////////////////////////////////////////////////////////////////// ivector::ivector() { ivector(NULL); } ivector::ivector(struct soap *env) { soap = env; __ptr = 0; __size = 0; } ivector::ivector(struct soap *env, int size) { soap = env; __size = size; __offset = 1; __ptr = (int*)soap_malloc(soap, size*sizeof(int)); for (int i = 0; i < size; i++) __ptr[i] = 0; } ivector::ivector(struct soap *env, int start, int end) { soap = env; __size = end-start+1; __offset = start; __ptr = (int*)soap_malloc(soap, __size*sizeof(int)); for (int i = 0; i < __size; i++) __ptr[i] = 0; } ivector::~ivector() { // no deallocation: let gSOAP handle all dynamic allocation and deallocation } int ivector::start() { return __offset; } int ivector::end() { return __size+__offset-1; } int ivector::size() { return __size; } void ivector::resize(int size) { resize(1, size); } void ivector::resize(int start, int end) { int *p; int n, size = end-start+1; if (__offset == start && __size == size) return; // nothing to do p = (int*)soap_malloc(soap, size*sizeof(int)); for (int i = 0; i < size; i++) p[i] = 0; if (__ptr) { if (start < __offset) { n = (size-__offset+start <= __size ? size-__offset+start : __size); for (int i = 0; i < n; i++) p[__offset-start+i] = __ptr[i]; } else { n = (__size-start+__offset <= size ? __size-start+__offset : size); for (int i = 0; i < n; i++) p[i] = __ptr[start-__offset+i]; } soap_dealloc(soap, __ptr); } __ptr = p; __size = size; __offset = start; } int& ivector::operator[](int i) { return __ptr[i-__offset]; } int ivector::operator()(int i) { if (i >= __offset && i < __size+__offset) return __ptr[i-__offset]; return 0; } void ivector::print() { int i; for (i = 1; i <= end(); i++) printf("%4d ", (*this)(i)); printf("\n"); } //////////////////////////////////////////////////////////////////////////////// // // matrix // //////////////////////////////////////////////////////////////////////////////// matrix::matrix() { matrix(NULL); } matrix::matrix(struct soap *env) { soap = env; __ptr = 0; __size = 0; __offset = 0; } matrix::matrix(struct soap *env, int rows) { soap = env; __ptr = soap_new_vector(soap, rows); __size = rows; __offset = 1; } matrix::matrix(struct soap *env, int rows, int cols) { soap = env; __size = rows; __offset = 1; __ptr = soap_new_vector(soap, __size); for (int i = 0; i < __size; i++) __ptr[i].resize(cols); } matrix::matrix(struct soap *env, int rowstart, int rowend, int colstart, int colend) { soap = env; __size = rowend-rowstart+1; __offset = rowstart; __ptr = soap_new_vector(soap, __size); for (int i = 0; i <= __size-__offset; i++) __ptr[i].resize(colstart, colend); } matrix::~matrix() { // no deallocation: let gSOAP handle all dynamic allocation and deallocation } int matrix::start() { return __offset; } int matrix::end() { return __size+__offset-1; } int matrix::size() { return __size; } void matrix::resize(int rows, int cols) { resize(1, rows, 1, cols); } void matrix::resize(int rowstart, int rowend, int colstart, int colend) { int i; vector *p; int n, size = rowend-rowstart+1; if (__offset != rowstart || __size != rowend-rowstart+1) { if (__ptr) { p = soap_new_vector(soap, size); if (rowstart < __offset) { for (i = 0; i < __offset-rowstart; i++) p[i].resize(colstart, colend); n = (size-__offset+rowstart <= __size ? size-__offset+rowstart : __size); for (i = 0; i < n; i++) { __ptr[i].resize(colstart, colend); p[__offset-rowstart+i] = __ptr[i]; } for (; i < size-__offset+rowstart; i++) p[i].resize(colstart, colend); } else { n = (__size-rowstart+__offset <= size ? __size-rowstart+__offset : size); for (i = 0; i < n; i++) { __ptr[i].resize(colstart, colend); p[i] = __ptr[rowstart-__offset+i]; } for (; i < size; i++) p[i].resize(colstart, colend); } __ptr = p; __size = size; __offset = rowstart; } else { __size = size; __offset = rowstart; __ptr = soap_new_vector(soap, size); for (i = 0; i < size; i++) __ptr[i].resize(colstart, colend); } } else for (i = 0; i < size; i++) __ptr[i].resize(colstart, colend); } vector& matrix::operator[](int i) { return __ptr[i-__offset]; } double matrix::operator()(int i, int j) { int s; if (i >= __offset && i < __size+__offset) { s = __ptr[i-__offset].__offset; if (j >= s && j < __ptr[i-__offset].__size+s) return __ptr[i-__offset].__ptr[j-s]; } return 0.0; } void matrix::print() { int i, j; for (i = start(); i <= end(); i++) { for (j = 1; j < (*this)[i].start(); j++) printf(" "); for (; j <= (*this)[i].end(); j++) printf("% f ", (*this)(i, j)); printf("\n"); } } gsoap-2.8.28/gsoap/samples/lu/Makefile.am0000644000175000017500000000121612653650156017526 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = luclient luserver.cgi SOAPHEADER = lu.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = lu.nsmap lu.wsdl luclient_SOURCES = luclient.cpp lumat.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) luclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) luserver_cgi_SOURCES = luserver.cpp lumat.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) luserver_cgi_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/lu/luserver.cpp0000644000175000017500000002145212653650156020051 0ustar ellertellert/* luserver.h LU factorization Web service. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include //////////////////////////////////////////////////////////////////////////////// // // main // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { struct soap *soap; int m, s; soap = soap_new(); if (argc < 3) soap_serve(soap); // run as CGI application over the Web else // run as stand-alone server on machine given by argv[1] listening to port argv[2] { m = soap_bind(soap, argv[1], atoi(argv[2]), 100); if (m < 0) { soap_print_fault(soap, stderr); exit(-1); } fprintf(stderr, "Socket connection successful: master socket = %d\n", m); for (int i = 1; ; i++) { s = soap_accept(soap); if (s < 0) { soap_print_fault(soap, stderr); exit(-1); } fprintf(stderr, "%d: accepted connection from IP = %d.%d.%d.%d socket = %d ... ", i, (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF, s); soap_serve(soap); // process request fprintf(stderr, "request served\n"); soap_destroy(soap); // delete class instances soap_end(soap); // clean up everything and close socket } } soap_done(soap); return 0; } //////////////////////////////////////////////////////////////////////////////// // // LU decomposition: remote method interface // //////////////////////////////////////////////////////////////////////////////// int ludcmp(struct soap*, matrix&, ivector&, double&); int ns1__ludcmp(struct soap *soap, matrix *a, struct ns1__ludcmpResponse &result) { result.a = a; result.i = soap_new_ivector(soap, -1); if (ludcmp(soap, *result.a, *result.i, result.d)) return soap_sender_fault(soap, "Singular matrix in routine ludcmp", NULL); return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // LU decomposition: algorithm // //////////////////////////////////////////////////////////////////////////////// int ludcmp(struct soap *soap, matrix &a, ivector &indx, double &d) { int i, imax = 0, j, k, n; double big, dum, sum, temp; n = a.size(); vector vv(soap); vv.resize(n); indx.resize(n); d = 1.0; for (i = 1; i <= n; i++) { big = 0.0; a[i].resize(n); for (j = 1; j <= n; j++) if ((temp = fabs(a[i][j])) > big) big = temp; if (big == 0.0) return -1; vv[i] = 1.0/big; } for (j = 1; j <= n; j++) { for (i = 1; i < j; i++) { sum = a[i][j]; for (k = 1; k < i; k++) sum -= a[i][k]*a[k][j]; a[i][j] = sum; } big = 0.0; for (i = j; i <= n; i++) { sum = a[i][j]; for (k = 1; k < j; k++) sum -= a[i][k]*a[k][j]; a[i][j] = sum; if ((dum = vv[i]*fabs(sum)) >= big) { big = dum; imax = i; } } if (j != imax) { for (k = 1; k <= n; k++) { dum = a[imax][k]; a[imax][k] = a[j][k]; a[j][k] = dum; } d = -d; vv[imax] = vv[j]; } indx[j] = imax; if (a[j][j] == 0.0) a[j][j] = 1.0e-20; if (j != n) { dum = 1.0/a[j][j]; for (i = j+1; i <= n; i++) a[i][j] *= dum; } } for (i = 1; i <= n; i++) { for (j = 1; j <= n; j++) if (fabs(a[i][j]) > 1.0e-15) break; for (k = n; k > j; k--) if (fabs(a[i][k]) > 1.0e-15) break; a[i].resize(j, k); } return 0; } //////////////////////////////////////////////////////////////////////////////// // // Forward- and backsubstitution: remote method interface // //////////////////////////////////////////////////////////////////////////////// int lubksb(matrix&, ivector&, vector &b); int ns1__lubksb(struct soap *soap, matrix *a, ivector *i, vector *b, vector *x) { lubksb(*a, *i, *b); *x = *b; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Forward- and backsubstitution: algorithm // //////////////////////////////////////////////////////////////////////////////// int lubksb(matrix &a, ivector &indx, vector &b) { int i, j, k, ip, n, m, ii = 0; double sum; n = a.size(); b.resize(n); for (i = 1; i <= n; i++) { ip = indx[i]; sum = b[ip]; b[ip] = b[i]; if (ii) { k = a[i].start(); if (ii > k) k = ii; m = a[i].end(); if (i-1 < m) m = i-1; for (j = k; j <= m; j++) sum -= a[i][j]*b[j]; } else if (sum) ii = i; b[i] = sum; } for (i = n; i >= 1; i--) { sum = b[i]; k = a[i].start(); if (i+1 > k) k = i+1; m = a[i].end(); if (n < m) m = n; for (j = k; j <= m; j++) sum -= a[i][j]*b[j]; b[i] = sum/a[i][i]; } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // LU solve: remote method interface // //////////////////////////////////////////////////////////////////////////////// int ns1__lusol(struct soap *soap, matrix *a, vector *b, vector *x) { ivector indx(soap); double d; if (ludcmp(soap, *a, indx, d)) return soap_sender_fault(soap, "Singular matrix in routine ludcmp", NULL); lubksb(*a, indx, *b); *x = *b; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // LU solve multiple: remote method interface // //////////////////////////////////////////////////////////////////////////////// int ns1__lusols(struct soap *soap, matrix *a, matrix *b, matrix *x) { ivector indx(soap); double d; if (ludcmp(soap, *a, indx, d)) return soap_sender_fault(soap, "Singular matrix in routine ludcmp", NULL); for (int i = 1; i <= b->size(); i++) lubksb(*a, indx, (*b)[i]); *x = *b; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // LU inverse: remote method interface // //////////////////////////////////////////////////////////////////////////////// int ns1__luinv(struct soap *soap, matrix *a, matrix *b) { vector col(soap); ivector indx(soap); double d; int i, j, k, n; if (ludcmp(soap, *a, indx, d)) return soap_sender_fault(soap, "Singular matrix in routine ludcmp", NULL); n = a->size(); col.resize(n); b->resize(n, n); for (j = 1; j <= n; j++) { for (i = 1; i <= n; i++) col[i] = 0.0; col[j] = 1.0; lubksb(*a, indx, col); for (i = 1; i <= n; i++) (*b)[i][j] = col[i]; } for (i = 1; i <= n; i++) { for (j = 1; j <= n; j++) if (fabs((*b)[i][j]) > 1.0e-15) break; for (k = n; k > j; k--) if (fabs((*b)[i][k]) > 1.0e-15) break; (*b)[i].resize(j, k); } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // LU determinant: remote method interface // //////////////////////////////////////////////////////////////////////////////// int ns1__ludet(struct soap *soap, matrix *a, double &d) { ivector indx(soap); if (ludcmp(soap, *a, indx, d)) return soap_sender_fault(soap, "Singular matrix in routine ludcmp", NULL); for (int i = 1; i <= a->__size; i++) d *= (*a)[i][i]; return SOAP_OK; } struct Namespace namespaces[] = {// "ns-prefix", "ns-name", "ns-pattern" {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://wwww.w3.org/*/XMLSchema-instance"}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema"}, {"ns1", "urn:lu"}, {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/lu/luclient.cpp0000644000175000017500000000643512653650156020025 0ustar ellertellert/* luclient.h LU factorization Web service client. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include const char luserver[] = "http://websrv.cs.fsu.edu/~engelen/luserver.cgi"; int main(int argc, char **argv) { struct soap *soap = soap_new(); const char *endpoint; matrix a(soap, 3); // matrix with 3 rows created in current soap env. // set up matrix by specifying non-zero elements only (this is optional) a[1].resize(1,2); // 2-element vector indexed from 1 to 2 a[1][1] = 2; a[1][2] = 1; a[2].resize(1,3); // 3-element vector a[2][1] = 1; a[2][2] = 2; a[2][3] = 1; a[3].resize(2,3); // 2-element vector indexed from 2 to 3 a[3][2] = 1; a[3][3] = 2; std::cout << "* Demonstration example *" << std::endl; std::cout << "Matrix:" << std::endl; a.print(); vector b(soap, 3); b[1] = 1; b[2] = 2; b[3] = 3; std::cout << "Vector:" << std::endl; b.print(); vector x(soap); if (argc < 2) endpoint = luserver; else endpoint = argv[1]; /* solve ax=b */ if (soap_call_ns1__lusol(soap, endpoint, "", &a, &b, &x)) { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } else { std::cout << "Solution vector from service:" << std::endl; x.print(); } matrix a1(soap); if (soap_call_ns1__luinv(soap, endpoint, "", &a, &a1)) { soap_print_fault(soap, stderr); soap_print_fault_location(soap, stderr); } else { std::cout << "Inverse matrix matrix from service:" << std::endl; a1.print(); } soap_destroy(soap); soap_end(soap); soap_free(soap); return 0; } struct Namespace namespaces[] = {// "ns-prefix", "ns-name", "ns-pattern" {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance"}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema"}, {"ns1", "urn:lu"}, {NULL, NULL} }; 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You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = gmtclient gmtserver SOAPHEADER = gmt.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = t.nsmap t.wsdl gmtclient_SOURCES = gmtclient.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) gmtclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gmtserver_SOURCES = gmtserver.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) gmtserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/gmt/gmtclient.cpp0000644000175000017500000000031612653650156020333 0ustar ellertellert#include "soapH.h" #include "t.nsmap" int main() { time_t t; soap_call_t__gmt(soap_new(), "http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi", "", &t); return printf("The current time is %s\n", ctime(&t)); } gsoap-2.8.28/gsoap/samples/gmt/gmtserver.cpp0000644000175000017500000000023712653650156020365 0ustar ellertellert#include "soapH.h" #include "t.nsmap" int main() { return soap_serve(soap_new()); 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distclean-tags distdir dvi \ dvi-am html html-am info info-am install install-am \ install-data install-data-am install-dvi install-dvi-am \ install-exec install-exec-am install-html install-html-am \ install-info install-info-am install-man install-pdf \ install-pdf-am install-ps install-ps-am install-strip \ installcheck installcheck-am installdirs maintainer-clean \ maintainer-clean-generic mostlyclean mostlyclean-compile \ mostlyclean-generic pdf pdf-am ps ps-am tags tags-am uninstall \ uninstall-am $(SOAP_CPP_SRC) : $(WSDLINPUT) $(WSDL) $(WSDL_FLAGS) $(WSDLINPUT) $(SOAP) $(SOAP_FLAGS) $(SOAPHEADER) duration.cpp : ../../custom/duration.c ln -s ../../custom/duration.c duration.cpp long_time.cpp : ../../custom/long_time.c ln -s ../../custom/long_time.c long_time.cpp struct_tm.cpp : ../../custom/struct_tm.c ln -s ../../custom/struct_tm.c struct_tm.cpp struct_tm_date.cpp : ../../custom/struct_tm_date.c ln -s ../../custom/struct_tm_date.c struct_tm_date.cpp # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/autotest/typemap.dat0000644000175000017500000000075112653650154021074 0ustar ellertellert# typemap.dat for W3C basic and advanced XML schema pattern databindings xsd__duration = #import "duration.h" xsd__dateTime = #import "struct_tm.h" xsd__date = #import "struct_tm_date.h" xsd__time = #import "long_time.h" # test/wsdl/typemap.dat ex = "http://www.w3.org/2002/ws/databinding/examples/6/09/" st = "http://www.w3.org/2002/ws/databinding/examples/6/09/strict/" # prevents importing from an non-existing site by making it "built-in": x = gsoap-2.8.28/gsoap/samples/autotest/test-patterns12.sh0000755000175000017500000000071612653650154022243 0ustar ellertellert#!/bin/sh echo "test-patterns12.log generated " `date` > test-patterns12.log for req in databinding/examples/6/09/*/*-soap12.xml; do name=`basename $req` echo "** $name" echo "" >> test-patterns12.log echo "*** REQUEST $name ***" >> test-patterns12.log cat $req >> test-patterns12.log echo "" >> test-patterns12.log echo "*** RESPONSE ***" >> test-patterns12.log ./autotest 12288 < $req >> test-patterns12.log || echo "\n>> SKIPPED $name\n" done gsoap-2.8.28/gsoap/samples/autotest/databinding/0000755000175000017500000000000012653650150021160 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/0000755000175000017500000000000012653650150022776 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/0000755000175000017500000000000012653650150023143 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/0000755000175000017500000000000012653650154023377 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/0000755000175000017500000000000012653650150027155 5ustar ellertellert././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeReference-AttributeReference01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeRefere0000755000175000017500000000200412653650150033032 0ustar ellertellert Bobby Sox ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeReference-AttributeReference01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeRefere0000755000175000017500000000242312653650150033037 0ustar ellertellert Bobby Sox ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/AttributeReference-AttributeReference01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/AttributeReference-0000755000175000017500000000173312653650150032746 0ustar ellertellert Bobby Sox ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeReference-AttributeReference01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeReference/echoAttributeRefere0000755000175000017500000000242112653650150033035 0ustar ellertellert Bobby Sox gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/0000755000175000017500000000000012653650150030351 5ustar ellertellert././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/AttributeFormUnqualified-AttributeFormUnqualifiedExample01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/AttributeForm0000755000175000017500000000177712653650150033102 0ustar ellertellert 1175 ././@LongLink0000644000000000000000000000024100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttributeFormUnqualified-AttributeFormUnqualifiedExample01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttribute0000755000175000017500000000242312653650150033102 0ustar ellertellert 1175 ././@LongLink0000644000000000000000000000023200000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttributeFormUnqualified-AttributeFormUnqualifiedExample01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttribute0000755000175000017500000000204612653650150033103 0ustar ellertellert 1175 ././@LongLink0000644000000000000000000000024100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttributeFormUnqualified-AttributeFormUnqualifiedExample01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormUnqualified/echoAttribute0000755000175000017500000000242512653650150033104 0ustar ellertellert 1175 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/0000755000175000017500000000000012653650152026143 5ustar ellertellert././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-SchemaVersion01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-Schema0000755000175000017500000000217512653650152032701 0ustar ellertellert foo ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/SchemaVersion-SchemaVersion01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/SchemaVersion-SchemaVers0000755000175000017500000000155412653650152032702 0ustar ellertellert foo././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-SchemaVersion01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-Schema0000755000175000017500000000160512653650152032676 0ustar ellertellert foo ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-SchemaVersion01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SchemaVersion/echoSchemaVersion-Schema0000755000175000017500000000217312653650152032677 0ustar ellertellert foo gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Id/0000755000175000017500000000000012653650152023731 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Id/echoId-IdExample01-soap12.xml0000755000175000017500000000215612653650152030767 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Id/Id-IdExample01.xml0000755000175000017500000000154012653650152027021 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Id/echoId-IdExample01-soap11.xml0000755000175000017500000000216012653650152030761 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Id/echoId-IdExample01.xml0000755000175000017500000000155212653650152027663 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/0000755000175000017500000000000012653650152030027 5ustar ellertellert././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimpleTypePattern-TokenSimpleTypePattern01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimple0000755000175000017500000000224612653650152033052 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimpleTypePattern-TokenSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimple0000755000175000017500000000170212653650152033046 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimpleTypePattern-TokenSimpleTypePattern01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/echoTokenSimple0000755000175000017500000000225012653650152033045 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/TokenSimpleTypePattern-TokenSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenSimpleTypePattern/TokenSimpleType0000755000175000017500000000164012653650152033052 0ustar ellertellert 1gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/List/0000755000175000017500000000000012653650152024310 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/List/echoList-List01.xml0000755000175000017500000000153412653650152027664 0ustar ellertellert This is a list of strings gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/List/List-List01.xml0000755000175000017500000000151412653650152027023 0ustar ellertellert This is a list of stringsgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/List/echoList-List01-soap11.xml0000755000175000017500000000214612653650152030766 0ustar ellertellert This is a list of strings gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/List/echoList-List01-soap12.xml0000755000175000017500000000214412653650152030765 0ustar ellertellert This is a list of strings gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/0000755000175000017500000000000012653650154026644 5ustar ellertellert././@LongLink0000644000000000000000000000017300000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000164012653650154032754 0ustar ellertellert a string? ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000221112653650154032747 0ustar ellertellert 22 ././@LongLink0000644000000000000000000000016700000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/UnionMemberTypes-UnionMemberTypes02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/UnionMemberTypes-Unio0000755000175000017500000000160412653650154032750 0ustar ellertellert a string?././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000222212653650154032751 0ustar ellertellert a string? ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000222012653650154032747 0ustar ellertellert a string? ././@LongLink0000644000000000000000000000017300000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000163112653650154032754 0ustar ellertellert 22 ././@LongLink0000644000000000000000000000016700000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/UnionMemberTypes-UnionMemberTypes01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/UnionMemberTypes-Unio0000755000175000017500000000157512653650154032757 0ustar ellertellert 22././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-UnionMemberTypes01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionMemberTypes/echoUnionMemberTypes-0000755000175000017500000000221312653650154032751 0ustar ellertellert 22 ././@LongLink0000644000000000000000000000014600000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension/gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension0000755000175000017500000000000012653650152033136 5ustar ellertellert././@LongLink0000644000000000000000000000030400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension/echoGlobalElementComplexTypeEmptyExtension-GlobalElementComplexTypeEmptyExtension01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension0000755000175000017500000000231212653650152033141 0ustar ellertellert ././@LongLink0000644000000000000000000000030400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension/echoGlobalElementComplexTypeEmptyExtension-GlobalElementComplexTypeEmptyExtension01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension0000755000175000017500000000231412653650152033143 0ustar ellertellert ././@LongLink0000644000000000000000000000027500000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension/echoGlobalElementComplexTypeEmptyExtension-GlobalElementComplexTypeEmptyExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension0000755000175000017500000000200612653650152033141 0ustar ellertellert ././@LongLink0000644000000000000000000000027100000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension/GlobalElementComplexTypeEmptyExtension-GlobalElementComplexTypeEmptyExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeEmptyExtension0000755000175000017500000000172412653650152033147 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/0000755000175000017500000000000012653650150031115 5ustar ellertellert././@LongLink0000644000000000000000000000023300000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/DecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/DecimalSi0000755000175000017500000000171012653650150032674 0ustar ellertellert 12345././@LongLink0000644000000000000000000000024600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000231012653650150032717 0ustar ellertellert 12345 ././@LongLink0000644000000000000000000000023300000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/DecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/DecimalSi0000755000175000017500000000170712653650150032702 0ustar ellertellert 1234././@LongLink0000644000000000000000000000024600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000231212653650150032721 0ustar ellertellert 12345 ././@LongLink0000644000000000000000000000023700000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000175712653650150032735 0ustar ellertellert 1234 ././@LongLink0000644000000000000000000000024600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000230712653650150032725 0ustar ellertellert 1234 ././@LongLink0000644000000000000000000000024600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000231112653650150032720 0ustar ellertellert 1234 ././@LongLink0000644000000000000000000000023700000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecimalSimpleTypeTotalDigits-DecimalSimpleTypeTotalDigits02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DecimalSimpleTypeTotalDigits/echoDecim0000755000175000017500000000176012653650150032727 0ustar ellertellert 12345 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ImportSchemaNamespace/0000755000175000017500000000000012653650152027605 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateAttribute/0000755000175000017500000000000012653650150026134 5ustar ellertellert././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateAttribute/echoDateAttribute-DateAttribute04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateAttribute/echoDateAttribute-DateAt0000755000175000017500000000223112653650150032620 0ustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementSequence/echoGlobalElementSequence-GlobalElementSequence01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementSequence/echoGlobalElemen0000755000175000017500000000177312653650152032723 0ustar ellertellert one two gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/0000755000175000017500000000000012653650152026647 5ustar ellertellert././@LongLink0000644000000000000000000000016700000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/RestrictedLength-RestrictedLength01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/RestrictedLength-Rest0000755000175000017500000000157512653650152032772 0ustar ellertellert en././@LongLink0000644000000000000000000000016700000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/RestrictedLength-RestrictedLength02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/RestrictedLength-Rest0000755000175000017500000000157512653650152032772 0ustar ellertellert FR././@LongLink0000644000000000000000000000017300000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000163112653650152032764 0ustar ellertellert en ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000221112653650152032757 0ustar ellertellert FR ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000221112653650152032757 0ustar ellertellert en ././@LongLink0000644000000000000000000000017300000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000163112653650152032764 0ustar ellertellert FR ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000221312653650152032761 0ustar ellertellert FR ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-RestrictedLength01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedLength/echoRestrictedLength-0000755000175000017500000000221312653650152032761 0ustar ellertellert en gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/0000755000175000017500000000000012653650152030143 5ustar ellertellert././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimpleTypePattern-GMonthSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimp0000755000175000017500000000171412653650152032760 0ustar ellertellert --11 ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimpleTypePattern-GMonthSimpleTypePattern01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimp0000755000175000017500000000225612653650152032762 0ustar ellertellert --11 ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimpleTypePattern-GMonthSimpleTypePattern01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/echoGMonthSimp0000755000175000017500000000226012653650152032755 0ustar ellertellert --11 ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/GMonthSimpleTypePattern-GMonthSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthSimpleTypePattern/GMonthSimpleTy0000755000175000017500000000165112653650152032757 0ustar ellertellert --11gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/0000755000175000017500000000000012653650152030515 5ustar ellertellert././@LongLink0000644000000000000000000000022200000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/SimpleContentAnyAttribute-SimpleContentAnyAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/SimpleConten0000755000175000017500000000174612653650152033053 0ustar ellertellert string././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleContentAnyAttribute-SimpleContentAnyAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleCo0000755000175000017500000000236412653650152033022 0ustar ellertellert string ././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleContentAnyAttribute-SimpleContentAnyAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleCo0000755000175000017500000000201612653650152033014 0ustar ellertellert string ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleContentAnyAttribute-SimpleContentAnyAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleContentAnyAttribute/echoSimpleCo0000755000175000017500000000236212653650152033020 0ustar ellertellert string gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/0000755000175000017500000000000012653650152026275 5ustar ellertellert././@LongLink0000644000000000000000000000017700000000000011610 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-ENTITYAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-EN0000755000175000017500000000222712653650152032265 0ustar ellertellert ././@LongLink0000644000000000000000000000017700000000000011610 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-ENTITYAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-EN0000755000175000017500000000223112653650152032260 0ustar ellertellert ././@LongLink0000644000000000000000000000017000000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-ENTITYAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/echoENTITYAttribute-EN0000755000175000017500000000163712653650152032271 0ustar ellertellert ././@LongLink0000644000000000000000000000016400000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/ENTITYAttribute-ENTITYAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITYAttribute/ENTITYAttribute-ENTITY0000755000175000017500000000160112653650152032133 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/0000755000175000017500000000000012653650150026014 5ustar ellertellert././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURIElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURI0000755000175000017500000000165012653650150032331 0ustar ellertellert http://www.w3.org/2002/ws/databinding/ ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/AnyURIElement-AnyURIElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/AnyURIElement-AnyURIElem0000755000175000017500000000161712653650150032300 0ustar ellertellert http://www.w3.org/2002/ws/databinding/././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURIElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURI0000755000175000017500000000223612653650150032332 0ustar ellertellert http://www.w3.org/2002/ws/databinding/ ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURIElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AnyURIElement/echoAnyURIElement-AnyURI0000755000175000017500000000224012653650150032325 0ustar ellertellert http://www.w3.org/2002/ws/databinding/ gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/0000755000175000017500000000000012653650152030554 5ustar ellertellert././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormalizedStringAttribute-NormalizedStringAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormaliz0000755000175000017500000000177012653650152033141 0ustar ellertellert ././@LongLink0000644000000000000000000000022200000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/NormalizedStringAttribute-NormalizedStringAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/NormalizedSt0000755000175000017500000000172012653650152033115 0ustar ellertellert ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormalizedStringAttribute-NormalizedStringAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormaliz0000755000175000017500000000233612653650152033140 0ustar ellertellert ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormalizedStringAttribute-NormalizedStringAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringAttribute/echoNormaliz0000755000175000017500000000233412653650152033136 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/0000755000175000017500000000000012653650152026341 5ustar ellertellert././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-TokenAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-Toke0000755000175000017500000000163212653650152032774 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-TokenAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-Toke0000755000175000017500000000222612653650152032774 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-TokenAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/echoTokenAttribute-Toke0000755000175000017500000000222412653650152032772 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/TokenAttribute-TokenAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/TokenAttribute/TokenAttribute-TokenAtt0000755000175000017500000000157512653650152032772 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/0000755000175000017500000000000012653650152031512 5ustar ellertellert././@LongLink0000644000000000000000000000024500000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlobalAttributeUnqualifiedType-GlobalAttributeUnqualifiedType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlo0000755000175000017500000000230612653650152033021 0ustar ellertellert another string ././@LongLink0000644000000000000000000000025400000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlobalAttributeUnqualifiedType-GlobalAttributeUnqualifiedType01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlo0000755000175000017500000000265112653650152033024 0ustar ellertellert another string ././@LongLink0000644000000000000000000000025400000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlobalAttributeUnqualifiedType-GlobalAttributeUnqualifiedType01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/echoGlo0000755000175000017500000000264712653650152033031 0ustar ellertellert another string ././@LongLink0000644000000000000000000000024100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/GlobalAttributeUnqualifiedType-GlobalAttributeUnqualifiedType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttributeUnqualifiedType/GlobalA0000755000175000017500000000223112653650152032737 0ustar ellertellert another string gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/0000755000175000017500000000000012653650150026162 5ustar ellertellert././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000162112653650150032724 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221412653650150032723 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221512653650150032724 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221512653650150032724 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221712653650150032726 0ustar ellertellert ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttrib0000755000175000017500000000156312653650150032753 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221612653650150032725 0ustar ellertellert ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttrib0000755000175000017500000000156512653650150032755 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000221312653650150032722 0ustar ellertellert ././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000161712653650150032731 0ustar ellertellert ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/ByteAttribute-ByteAttrib0000755000175000017500000000156412653650150032754 0ustar ellertellert ././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ByteAttribute/echoByteAttribute-ByteAt0000755000175000017500000000162012653650150032723 0ustar ellertellert ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtension/gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtens0000755000175000017500000000000012653650152033102 5ustar ellertellert././@LongLink0000644000000000000000000000030600000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtension/echoGlobalElementComplexTypeSequenceExtension-GlobalElementComplexTypeSequenceExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtens0000755000175000017500000000216412653650152033112 0ustar ellertellert some data ././@LongLink0000644000000000000000000000030200000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtension/GlobalElementComplexTypeSequenceExtension-GlobalElementComplexTypeSequenceExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtens0000755000175000017500000000207712653650152033115 0ustar ellertellert some data ././@LongLink0000644000000000000000000000031500000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtension/echoGlobalElementComplexTypeSequenceExtension-GlobalElementComplexTypeSequenceExtension01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtens0000755000175000017500000000247312653650152033115 0ustar ellertellert some data ././@LongLink0000644000000000000000000000031500000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtension/echoGlobalElementComplexTypeSequenceExtension-GlobalElementComplexTypeSequenceExtension01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementComplexTypeSequenceExtens0000755000175000017500000000247112653650152033113 0ustar ellertellert some data gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/0000755000175000017500000000000012653650154027140 5ustar ellertellert././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000164712653650154032767 0ustar ellertellert -0 ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-UnsignedIntElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-0000755000175000017500000000161212653650154032704 0ustar ellertellert +42././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222212653650154032755 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222412653650154032757 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000165012653650154032761 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000164612653650154032766 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000165712653650154032770 0ustar ellertellert 4294967295 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222512653650154032760 0ustar ellertellert -0 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000223512653650154032761 0ustar ellertellert 4294967295 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222312653650154032756 0ustar ellertellert -0 ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-UnsignedIntElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-0000755000175000017500000000161112653650154032703 0ustar ellertellert -0././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222412653650154032757 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000222612653650154032761 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElement-UnsignedIntElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/echoUnsignedIntElem0000755000175000017500000000223312653650154032757 0ustar ellertellert 4294967295 ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-UnsignedIntElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-0000755000175000017500000000161012653650154032702 0ustar ellertellert 1././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-UnsignedIntElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntElement/UnsignedIntElement-0000755000175000017500000000162112653650154032704 0ustar ellertellert 4294967295gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/0000755000175000017500000000000012653650152027513 5ustar ellertellert././@LongLink0000644000000000000000000000021600000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerationType-FloatEnumerationType01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerat0000755000175000017500000000225012653650152033045 0ustar ellertellert 1267.43233E12 ././@LongLink0000644000000000000000000000020300000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/FloatEnumerationType-FloatEnumerationType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/FloatEnumerationT0000755000175000017500000000164012653650152033042 0ustar ellertellert 1267.43233E12././@LongLink0000644000000000000000000000021600000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerationType-FloatEnumerationType01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerat0000755000175000017500000000225212653650152033047 0ustar ellertellert 1267.43233E12 ././@LongLink0000644000000000000000000000020700000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerationType-FloatEnumerationType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FloatEnumerationType/echoFloatEnumerat0000755000175000017500000000170012653650152033044 0ustar ellertellert 1267.43233E12 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/0000755000175000017500000000000012653650152030504 5ustar ellertellert././@LongLink0000644000000000000000000000022200000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/RestrictedStringMaxLength-RestrictedStringMaxLength01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/RestrictedSt0000755000175000017500000000167512653650152033062 0ustar ellertellert String Value././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrictedStringMaxLength-RestrictedStringMaxLength01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrict0000755000175000017500000000174212653650152033074 0ustar ellertellert String Value ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrictedStringMaxLength-RestrictedStringMaxLength01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrict0000755000175000017500000000230212653650152033065 0ustar ellertellert String Value ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrictedStringMaxLength-RestrictedStringMaxLength01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/RestrictedStringMaxLength/echoRestrict0000755000175000017500000000230012653650152033063 0ustar ellertellert String Value gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/0000755000175000017500000000000012653650152026270 5ustar ellertellert././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000223312653650152032573 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163112653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222312653650152032572 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute05-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000223312653650152032573 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222512653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163712653650152032602 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222512653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute05-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000223112653650152032571 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute06.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000157512653650152032577 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163112653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute06-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222612653650152032575 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000223112653650152032571 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute07-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222612653650152032575 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute06.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163212653650152032575 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute07-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222412653650152032573 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163112653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000160212653650152032566 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222512653650152032574 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute06-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222412653650152032573 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222312653650152032572 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163712653650152032602 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000157412653650152032576 0ustar ellertellert ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute07.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000163212653650152032575 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000157412653650152032576 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000160212653650152032566 0ustar ellertellert ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYearAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/echoGYearAttribute-GYea0000755000175000017500000000222312653650152032572 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000157412653650152032576 0ustar ellertellert ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAttribute07.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearAttribute/GYearAttribute-GYearAtt0000755000175000017500000000157512653650152032577 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/echoGDayElement-GDayElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/echoGDayElement-GDayElemen0000755000175000017500000000216312653650152032430 0ustar ellertellert ---05 ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/GDayElement-GDayElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/GDayElement-GDayElement02.0000755000175000017500000000154312653650152032176 0ustar ellertellert ---12Z././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/echoGDayElement-GDayElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GDayElement/echoGDayElement-GDayElemen0000755000175000017500000000216612653650152032433 0ustar ellertellert ---12Z gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/0000755000175000017500000000000012653650152030456 5ustar ellertellert././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSequenceElementList-NestedSequenceElementList01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSe0000755000175000017500000000325612653650152032763 0ustar ellertellert item onexone item onextwo item onexthree item onexfour item twoxone item twoxtwo item twoxthree item twoxfour ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSequenceElementList-NestedSequenceElementList01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSe0000755000175000017500000000326012653650152032756 0ustar ellertellert item onexone item onextwo item onexthree item onexfour item twoxone item twoxtwo item twoxthree item twoxfour ././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSequenceElementList-NestedSequenceElementList01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NestedSequenceElementList/echoNestedSe0000755000175000017500000000262512653650152032762 0ustar ellertellert item onexone item onextwo item onexthree item onexfour item twoxone item twoxtwo item twoxthree item twoxfour 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElementMinOccurs2MaxOccurs2-ElementMinOccurs2MaxOccurs201-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElemen0000755000175000017500000000236512653650152032602 0ustar ellertellert Red Yellow ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElementMinOccurs2MaxOccurs2-ElementMinOccurs2MaxOccurs201.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElemen0000755000175000017500000000176012653650152032600 0ustar ellertellert Red Yellow ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElementMinOccurs2MaxOccurs2-ElementMinOccurs2MaxOccurs201-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/echoElemen0000755000175000017500000000236712653650152032604 0ustar ellertellert Red Yellow ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/ElementMinOccurs2MaxOccurs2-ElementMinOccurs2MaxOccurs201.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs2MaxOccurs2/ElementMin0000755000175000017500000000167112653650152032572 0ustar ellertellert Red Yellow gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/0000755000175000017500000000000012653650152030043 5ustar ellertellert././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnumerationType-IntegerEnumerationType01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnum0000755000175000017500000000225612653650152033057 0ustar ellertellert 4000000 ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnumerationType-IntegerEnumerationType01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnum0000755000175000017500000000225412653650152033055 0ustar ellertellert 4000000 ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/IntegerEnumerationType-IntegerEnumerationType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/IntegerEnumerat0000755000175000017500000000164612653650152033076 0ustar ellertellert 4000000././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnumerationType-IntegerEnumerationType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntegerEnumerationType/echoIntegerEnum0000755000175000017500000000171012653650152033051 0ustar ellertellert 4000000 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/0000755000175000017500000000000012653650152026461 5ustar ellertellert././@LongLink0000644000000000000000000000016400000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/GlobalAttribute-GlobalAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/GlobalAttribute-Global0000755000175000017500000000177312653650152032701 0ustar ellertellert another string ././@LongLink0000644000000000000000000000017700000000000011610 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-GlobalAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-Gl0000755000175000017500000000243012653650152032671 0ustar ellertellert another string ././@LongLink0000644000000000000000000000017700000000000011610 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-GlobalAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-Gl0000755000175000017500000000243212653650152032673 0ustar ellertellert another string ././@LongLink0000644000000000000000000000017000000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-GlobalAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalAttribute/echoGlobalAttribute-Gl0000755000175000017500000000203112653650152032666 0ustar ellertellert another string gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/0000755000175000017500000000000012653650152026724 5ustar ellertellert././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement06.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161112653650152032515 0ustar ellertellert 2007-05Z././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161612653650152032522 0ustar ellertellert 2007-05-01:00././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161612653650152032522 0ustar ellertellert 2007-05+01:00././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161012653650152032514 0ustar ellertellert 2038-02././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement07.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161112653650152032515 0ustar ellertellert 10739-05././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000223312653650152032654 0ustar ellertellert 2007-05+01:00 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000223112653650152032652 0ustar ellertellert 2007-05+01:00 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222512653650152032655 0ustar ellertellert 1999-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222312653650152032653 0ustar ellertellert 0739-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement07-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222612653650152032656 0ustar ellertellert 10739-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement07-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222412653650152032654 0ustar ellertellert 10739-05 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000164512653650152032662 0ustar ellertellert 2038-02 ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161012653650152032514 0ustar ellertellert 0739-05././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GYearMonthElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/GYearMonthElement-GY0000755000175000017500000000161012653650152032514 0ustar ellertellert 1999-05././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000164512653650152032662 0ustar ellertellert 1999-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222512653650152032655 0ustar ellertellert 0739-05 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000165312653650152032661 0ustar ellertellert 2007-05+01:00 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000165312653650152032661 0ustar ellertellert 2007-05-01:00 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement05-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000223312653650152032654 0ustar ellertellert 2007-05-01:00 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000164512653650152032662 0ustar ellertellert 0739-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222312653650152032653 0ustar ellertellert 1999-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement06-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222612653650152032656 0ustar ellertellert 2007-05Z ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222512653650152032655 0ustar ellertellert 2038-02 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement06.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000164612653650152032663 0ustar ellertellert 2007-05Z ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222312653650152032653 0ustar ellertellert 2038-02 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement07.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000164612653650152032663 0ustar ellertellert 10739-05 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement05-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000223112653650152032652 0ustar ellertellert 2007-05-01:00 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElement-GYearMonthElement06-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthElement/echoGYearMonthElemen0000755000175000017500000000222412653650152032654 0ustar ellertellert 2007-05Z gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/0000755000175000017500000000000012653650152026010 5ustar ellertellert././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCNameElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCName0000755000175000017500000000217312653650152032312 0ustar ellertellert foo ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/NCNameElement-NCNameElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/NCNameElement-NCNameElem0000755000175000017500000000155412653650152032260 0ustar ellertellert foo././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCNameElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCName0000755000175000017500000000160512653650152032311 0ustar ellertellert foo ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCNameElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NCNameElement/echoNCNameElement-NCName0000755000175000017500000000217512653650152032314 0ustar ellertellert foo gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSimpleType/0000755000175000017500000000000012653650152027151 5ustar ellertellert././@LongLink0000644000000000000000000000021000000000000011574 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-GMonthDayElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-0000755000175000017500000000222112653650152032544 0ustar ellertellert --12-31Z ././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-GMonthDayElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-0000755000175000017500000000222012653650152032543 0ustar ellertellert --12-31 ././@LongLink0000644000000000000000000000016700000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/GMonthDayElement-GMonthDayElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/GMonthDayElement-GMon0000755000175000017500000000160212653650152032470 0ustar ellertellert --12-31././@LongLink0000644000000000000000000000020200000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-GMonthDayElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayElement/echoGMonthDayElement-0000755000175000017500000000222612653650152032551 0ustar ellertellert --12-31-05:00 ././@LongLink0000644000000000000000000000016700000000000011607 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/ElementDefault-ElementDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/ElementDefault-ElementD0000755000175000017500000000163712653650150032617 0ustar ellertellert default ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-ElementDefault02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-Elem0000755000175000017500000000167512653650150032645 0ustar ellertellert wrong value ././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-ElementDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-Elem0000755000175000017500000000167112653650150032641 0ustar ellertellert default ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-ElementDefault02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-Elem0000755000175000017500000000227212653650150032637 0ustar ellertellert wrong value ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/ElementDefault-ElementDefault02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/ElementDefault-ElementD0000755000175000017500000000164312653650150032614 0ustar ellertellert wrong value ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-ElementDefault02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-Elem0000755000175000017500000000227012653650150032635 0ustar ellertellert wrong value ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-ElementDefault01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementDefault/echoElementDefault-Elem0000755000175000017500000000226412653650150032640 0ustar ellertellert default gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/0000755000175000017500000000000012653650150027044 5ustar ellertellert././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptional-AttributeOptional02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptiona0000755000175000017500000000175412653650150033135 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptional-AttributeOptional01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptiona0000755000175000017500000000242512653650150033131 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/AttributeOptional-AttributeOptional02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/AttributeOptional-At0000755000175000017500000000171412653650150033010 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptional-AttributeOptional01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptiona0000755000175000017500000000202412653650150033124 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptional-AttributeOptional02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptiona0000755000175000017500000000235112653650150033127 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/AttributeOptional-AttributeOptional01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/AttributeOptional-At0000755000175000017500000000176112653650150033012 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptional-AttributeOptional01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeOptional/echoAttributeOptiona0000755000175000017500000000242712653650150033133 0ustar ellertellert 1250 ././@LongLink0000644000000000000000000000020500000000000011600 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsignedIntEnumerationType-UnsignedIntEnumerationType01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsigne0000755000175000017500000000230312653650154033072 0ustar ellertellert 3333333333 ././@LongLink0000644000000000000000000000024000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsignedIntEnumerationType-UnsignedIntEnumerationType01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsigne0000755000175000017500000000230512653650154033074 0ustar ellertellert 3333333333 ././@LongLink0000644000000000000000000000023100000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsignedIntEnumerationType-UnsignedIntEnumerationType01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedIntEnumerationType/echoUnsigne0000755000175000017500000000174712653650154033105 0ustar ellertellert 3333333333 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/0000755000175000017500000000000012653650150025732 5ustar ellertellert././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDefault01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDef0000755000175000017500000000217012653650150032525 0ustar ellertellert foo ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDefault01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDef0000755000175000017500000000216612653650150032532 0ustar ellertellert foo ././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/echoBlockDefault-BlockDef0000755000175000017500000000157612653650150032536 0ustar ellertellert foo ././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/BlockDefault-BlockDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BlockDefault/BlockDefault-BlockDefault0000755000175000017500000000154612653650150032562 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Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217312653650150032542 0ustar ellertellert 2038-05-31Z ././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217012653650150032537 0ustar ellertellert 0739-05-31 ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement03.0000755000175000017500000000155012653650150032306 0ustar ellertellert 2038-05-31Z././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217612653650150032545 0ustar ellertellert 1999-05-31+05:43 ././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000220012653650150032531 0ustar ellertellert 1999-05-31+05:43 ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement02.0000755000175000017500000000154712653650150032313 0ustar ellertellert 0739-05-31././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217212653650150032541 0ustar ellertellert 1999-05-31 ././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217112653650150032540 0ustar ellertellert 2038-05-31Z ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement01.0000755000175000017500000000154712653650150032312 0ustar ellertellert 1999-05-31././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217012653650150032537 0ustar ellertellert 1999-05-31 ././@LongLink0000644000000000000000000000015400000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000160412653650150032540 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement05-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217312653650150032542 0ustar ellertellert 10739-05-31 ././@LongLink0000644000000000000000000000015400000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000157712653650150032551 0ustar ellertellert 10739-05-31 ././@LongLink0000644000000000000000000000015400000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000157612653650150032550 0ustar ellertellert 0739-05-31 ././@LongLink0000644000000000000000000000016300000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000217212653650150032541 0ustar ellertellert 0739-05-31 ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement05.0000755000175000017500000000155012653650150032310 0ustar ellertellert 10739-05-31././@LongLink0000644000000000000000000000015400000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/echoDateElement-DateElemen0000755000175000017500000000157612653650150032550 0ustar ellertellert 1999-05-31 ././@LongLink0000644000000000000000000000015000000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/DateElement/DateElement-DateElement04.0000755000175000017500000000155512653650150032314 0ustar ellertellert 1999-05-31+05:43gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NegativeIntegerElement/0000755000175000017500000000000012653650152027767 5ustar ellertellert././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NegativeIntegerElement/echoNegativeIntegerElement-NegativeIntegerElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NegativeIntegerElement/echoNegativeInt0000755000175000017500000000232212653650152032770 0ustar ellertellert -12343242342345345346453643564536543645363456 ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NegativeIntegerElement/echoNegativeIntegerElement-NegativeIntegerElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NegativeIntegerElement/echoNegativeInt0000755000175000017500000000170312653650152032772 0ustar ellertellert -1 ././@LongLink0000644000000000000000000000021100000000000011575 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ComplexTypeAttributeExtension/echoComplexTypeAttributeExtension-ComplexTypeAttributeExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ComplexTypeAttributeExtension/echoComp0000755000175000017500000000206312653650150033111 0ustar ellertellert Mary ././@LongLink0000644000000000000000000000023600000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ComplexTypeAttributeExtension/ComplexTypeAttributeExtension-ComplexTypeAttributeExtension01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ComplexTypeAttributeExtension/ComplexT0000755000175000017500000000200712653650150033105 0ustar ellertellert Mary ././@LongLink0000644000000000000000000000025100000000000011601 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000222012653650152033067 0ustar ellertellert ././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000165412653650152033101 0ustar ellertellert ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000221612653650152033074 0ustar ellertellert ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/NormalizedStringElement-NormalizedStringElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/NormalizedStri0000755000175000017500000000166712653650152033110 0ustar ellertellert How now brown cow.././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000173212653650152033076 0ustar ellertellert How now brown cow. ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/NormalizedStringElement-NormalizedStringElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/NormalizedStri0000755000175000017500000000161112653650152033075 0ustar ellertellert ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000227412653650152033100 0ustar ellertellert How now brown cow. ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalizedStringElement-NormalizedStringElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NormalizedStringElement/echoNormalized0000755000175000017500000000227612653650152033102 0ustar ellertellert How now brown cow. gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionSimpleDateString/0000755000175000017500000000000012653650154027626 5ustar ellertellert././@LongLink0000644000000000000000000000020600000000000011601 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionSimpleDateString/echoUnionSimpleDateString-UnionSimpleDateString01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionSimpleDateString/echoUnionSimpleD0000755000175000017500000000170612653650154032765 0ustar ellertellert Monday Night ././@LongLink0000644000000000000000000000022100000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionSimpleDateString/echoUnionSimpleDateString-UnionSimpleDateString02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnionSimpleDateString/echoUnionSimpleD0000755000175000017500000000225412653650154032764 0ustar ellertellert 2006-06-06 ././@LongLink0000644000000000000000000000021200000000000011576 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute05-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000242612653650152032771 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000234012653650152032764 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000233612653650152032771 0ustar ellertellert ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/NonNegativeIntegerAttribute-NonNegativeIntegerAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/NonNegativ0000755000175000017500000000172412653650152033016 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000234212653650152032766 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000234012653650152032764 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000234112653650152032765 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000200012653650152032755 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNegativeIntegerAttribute-NonNegativeIntegerAttribute05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerAttribute/echoNonNeg0000755000175000017500000000206412653650152032767 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SequenceMinOccurs1/0000755000175000017500000000000012653650152027051 5ustar ellertellert././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SequenceMinOccurs1/SequenceMinOccurs1-SequenceMinOccurs101.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SequenceMinOccurs1/SequenceMinOccurs1-0000755000175000017500000000172312653650152032533 0ustar ellertellert item1 ././@LongLink0000644000000000000000000000021000000000000011574 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SequenceMinOccurs1/echoSequenceMinOccurs1-SequenceMinOccurs101.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SequenceMinOccurs1/echoSequenceMinOccu0000755000175000017500000000176112653650152032671 0ustar ellertellert item1 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IDREFSAttribute/0000755000175000017500000000000012653650152026235 5ustar ellertellert././@LongLink0000644000000000000000000000017000000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IDREFSAttribute/echoIDREFSAttribute-IDREFSAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IDREFSAttribute/echoIDREFSAttribute-ID0000755000175000017500000000164212653650152032157 0ustar ellertellert ././@LongLink0000644000000000000000000000016400000000000011604 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-GMonthDayAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-0000755000175000017500000000163312653650152032637 0ustar ellertellert ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-GMonthDayAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-0000755000175000017500000000163412653650152032640 0ustar ellertellert ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-GMonthDayAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-0000755000175000017500000000164112653650152032636 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000226612653650152032706 0ustar ellertellert ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000170212653650152032700 0ustar ellertellert ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000167412653650152032710 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000225612653650152032705 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000225712653650152032706 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000226612653650152032706 0ustar ellertellert ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000170212653650152032700 0ustar ellertellert ././@LongLink0000644000000000000000000000020100000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000167512653650152032711 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000226112653650152032701 0ustar ellertellert ././@LongLink0000644000000000000000000000017500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-GMonthDayAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/GMonthDayAttribute-0000755000175000017500000000164112653650152032636 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000226412653650152032704 0ustar ellertellert ././@LongLink0000644000000000000000000000021000000000000011574 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttribute-GMonthDayAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GMonthDayAttribute/echoGMonthDayAttrib0000755000175000017500000000226012653650152032700 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/0000755000175000017500000000000012653650152026735 5ustar ellertellert././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/NoTargetNamespace-NoTargetNamespace01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/NoTargetNamespace-No0000755000175000017500000000156212653650152032601 0ustar ellertellert foo././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespace-NoTargetNamespace01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespac0000755000175000017500000000162212653650152032716 0ustar ellertellert foo ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespace-NoTargetNamespace01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespac0000755000175000017500000000221012653650152032710 0ustar ellertellert foo ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespace-NoTargetNamespace01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NoTargetNamespace/echoNoTargetNamespac0000755000175000017500000000220612653650152032715 0ustar ellertellert foo gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/Include/0000755000175000017500000000000012653650152024760 5ustar ellertellertgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/QNameElement/0000755000175000017500000000000012653650152025710 5ustar ellertellert././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/QNameElement/QNameElement-QNameElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/QNameElement/QNameElement-QNameElement0000755000175000017500000000156212653650152032466 0ustar ellertellert 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementChoice-GlobalElementChoice02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementC0000755000175000017500000000234312653650152032626 0ustar ellertellert two ././@LongLink0000644000000000000000000000020400000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementChoice-GlobalElementChoice01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementC0000755000175000017500000000176212653650152032632 0ustar ellertellert one ././@LongLink0000644000000000000000000000020400000000000011577 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementChoice-GlobalElementChoice02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GlobalElementChoice/echoGlobalElementC0000755000175000017500000000234512653650152032630 0ustar ellertellert two gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/0000755000175000017500000000000012653650152026155 5ustar ellertellert././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-StringElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-String0000755000175000017500000000162412653650152032771 0ustar ellertellert Hello cruel world. ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/StringElement-StringElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/StringElement-StringElem0000755000175000017500000000152712653650152032737 0ustar ellertellert ././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-StringElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-String0000755000175000017500000000156012653650152032770 0ustar ellertellert ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-StringElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-String0000755000175000017500000000214612653650152032771 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-StringElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-String0000755000175000017500000000221212653650152032763 0ustar ellertellert Hello cruel world. ././@LongLink0000644000000000000000000000017100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-StringElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/StringElement/echoStringElement-String0000755000175000017500000000215012653650152032764 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ChoiceSequence/0000755000175000017500000000000012653650150026256 5ustar ellertellert././@LongLink0000644000000000000000000000016100000000000011601 Lustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormQualified/echoAttributeFormQualified-AttributeFormQualified01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormQualified/echoAttributeFo0000755000175000017500000000250512653650150033025 0ustar ellertellert string string ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormQualified/AttributeFormQualified-AttributeFormQualified01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AttributeFormQualified/AttributeFormQu0000755000175000017500000000205312653650150033031 0ustar ellertellert string string gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ImportSchema/0000755000175000017500000000000012653650152025770 5ustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/echoNameAttribute-NameAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/echoNameAttribute-NameAt0000755000175000017500000000221612653650152032636 0ustar ellertellert ././@LongLink0000644000000000000000000000016200000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/echoNameAttribute-NameAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/echoNameAttribute-NameAt0000755000175000017500000000162012653650152032634 0ustar ellertellert ././@LongLink0000644000000000000000000000015600000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/NameAttribute-NameAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NameAttribute/NameAttribute-NameAttrib0000755000175000017500000000156412653650152032665 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement010000755000175000017500000000215412653650152032477 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement030000755000175000017500000000215612653650152032503 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement030000755000175000017500000000215412653650152032501 0ustar 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rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement020000755000175000017500000000215612653650152032502 0ustar ellertellert -42 ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement010000755000175000017500000000215212653650152032475 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement030000755000175000017500000000156012653650152032501 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement040000755000175000017500000000216312653650152032502 0ustar ellertellert 2147483647 ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement050000755000175000017500000000157012653650152032504 0ustar ellertellert -2147483648 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/IntElement-IntElement01.xml0000755000175000017500000000153012653650152032434 0ustar ellertellert 1././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/IntElement/echoIntElement-IntElement040000755000175000017500000000216512653650152032504 0ustar ellertellert 2147483647 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/0000755000175000017500000000000012653650150027777 5ustar ellertellert././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementFormUnqualified-ElementFormUnqualified01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementForm0000755000175000017500000000175212653650150033006 0ustar ellertellert string ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementFormUnqualified-ElementFormUnqualified01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementForm0000755000175000017500000000232712653650150033005 0ustar ellertellert string ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/ElementFormUnqualified-ElementFormUnqualified01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/ElementFormUnqu0000755000175000017500000000171012653650150033012 0ustar ellertellert string ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementFormUnqualified-ElementFormUnqualified01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementFormUnqualified/echoElementForm0000755000175000017500000000232512653650150033003 0ustar ellertellert string gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/0000755000175000017500000000000012653650154031345 5ustar ellertellert././@LongLink0000644000000000000000000000024200000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000176512653650154033061 0ustar ellertellert 123 ././@LongLink0000644000000000000000000000025100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000231312653650154033047 0ustar ellertellert 009 ././@LongLink0000644000000000000000000000025100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000231312653650154033047 0ustar ellertellert 123 ././@LongLink0000644000000000000000000000025100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000231512653650154033051 0ustar ellertellert 009 ././@LongLink0000644000000000000000000000023600000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/UnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/Unsigned0000755000175000017500000000171412653650154033052 0ustar ellertellert 123././@LongLink0000644000000000000000000000023600000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/UnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/Unsigned0000755000175000017500000000171412653650154033052 0ustar ellertellert 009././@LongLink0000644000000000000000000000025100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000231512653650154033051 0ustar ellertellert 123 ././@LongLink0000644000000000000000000000024200000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsignedLongSimpleTypePattern-UnsignedLongSimpleTypePattern02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedLongSimpleTypePattern/echoUnsi0000755000175000017500000000176512653650154033061 0ustar ellertellert 009 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/0000755000175000017500000000000012653650152031054 5ustar ellertellert././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiveIntegerAttribute-NonPositiveIntegerAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiv0000755000175000017500000000172612653650152033120 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000233712653650152033062 0ustar ellertellert ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiveIntegerAttribute-NonPositiveIntegerAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiv0000755000175000017500000000172412653650152033116 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000233612653650152033061 0ustar ellertellert ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiveIntegerAttribute-NonPositiveIntegerAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiv0000755000175000017500000000172512653650152033117 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000241012653650152033052 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000205012653650152033052 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000177712653650152033071 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000177612653650152033070 0ustar ellertellert ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000200012653650152033045 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000234012653650152033054 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000234112653650152033055 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000234012653650152033054 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000234212653650152033056 0ustar ellertellert ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPositiveIntegerAttribute-NonPositiveIntegerAttribute04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/echoNonPos0000755000175000017500000000241212653650152033054 0ustar ellertellert ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiveIntegerAttribute-NonPositiveIntegerAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonPositiveIntegerAttribute/NonPositiv0000755000175000017500000000177612653650152033125 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/0000755000175000017500000000000012653650154030057 5ustar ellertellert././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230312653650154033070 0ustar ellertellert ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAttribute-UnsignedShortAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAt0000755000175000017500000000166512653650154033076 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230612653650154033073 0ustar ellertellert ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000173012653650154033073 0ustar ellertellert ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000172712653650154033101 0ustar ellertellert ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAttribute-UnsignedShortAttribute03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAt0000755000175000017500000000166312653650154033074 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230312653650154033070 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230212653650154033067 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230112653650154033066 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230412653650154033071 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230412653650154033071 0ustar ellertellert ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000173212653650154033075 0ustar ellertellert ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAttribute-UnsignedShortAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAt0000755000175000017500000000166212653650154033073 0ustar ellertellert ././@LongLink0000644000000000000000000000022400000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000230112653650154033066 0ustar ellertellert ././@LongLink0000644000000000000000000000021100000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAttribute-UnsignedShortAttribute02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/UnsignedShortAt0000755000175000017500000000166212653650154033073 0ustar ellertellert ././@LongLink0000644000000000000000000000021500000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedShortAttribute-UnsignedShortAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/UnsignedShortAttribute/echoUnsignedSho0000755000175000017500000000172712653650154033101 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/0000755000175000017500000000000012653650150026301 5ustar ellertellert././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-AppinfoElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-Appi0000755000175000017500000000220612653650150032663 0ustar ellertellert some info ././@LongLink0000644000000000000000000000016100000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/AppinfoElement-AppinfoElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/AppinfoElement-AppinfoE0000755000175000017500000000157012653650150032637 0ustar ellertellert some info././@LongLink0000644000000000000000000000016500000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-AppinfoElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-Appi0000755000175000017500000000162212653650150032664 0ustar ellertellert some info ././@LongLink0000644000000000000000000000017400000000000011605 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-AppinfoElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/AppinfoElement/echoAppinfoElement-Appi0000755000175000017500000000221012653650150032656 0ustar ellertellert some info gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/0000755000175000017500000000000012653650150026667 5ustar ellertellert././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs002-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000244412653650150032674 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs002-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000244612653650150032676 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs002.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000204712653650150032673 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/ElementMinOccurs0-ElementMinOccurs001.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/ElementMinOccurs0-El0000755000175000017500000000173412653650150032454 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/ElementMinOccurs0-ElementMinOccurs002.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/ElementMinOccurs0-El0000755000175000017500000000201212653650150032442 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs001-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000236212653650150032673 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs001.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000177112653650150032676 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0-ElementMinOccurs001-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0/echoElementMinOccurs0000755000175000017500000000236412653650150032675 0ustar ellertellert Paul Downey gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/0000755000175000017500000000000012653650152027537 5ustar ellertellert././@LongLink0000644000000000000000000000020300000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/SimpleTypeAttributes-SimpleTypeAttributes01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/SimpleTypeAttribu0000755000175000017500000000173412653650152033120 0ustar ellertellert hello././@LongLink0000644000000000000000000000021600000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAttributes-SimpleTypeAttributes01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAtt0000755000175000017500000000237012653650152033072 0ustar ellertellert hello ././@LongLink0000644000000000000000000000021600000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAttributes-SimpleTypeAttributes01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAtt0000755000175000017500000000236612653650152033077 0ustar ellertellert hello ././@LongLink0000644000000000000000000000020700000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAttributes-SimpleTypeAttributes01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/SimpleTypeAttributes/echoSimpleTypeAtt0000755000175000017500000000200212653650152033062 0ustar ellertellert hello gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/0000755000175000017500000000000012653650152030764 5ustar ellertellert././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearMonthSimpleTypePattern-GYearMonthSimpleTypePattern01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearM0000755000175000017500000000230712653650152032677 0ustar ellertellert 2001-12 ././@LongLink0000644000000000000000000000023400000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearMonthSimpleTypePattern-GYearMonthSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearM0000755000175000017500000000175312653650152032703 0ustar ellertellert 2001-12 ././@LongLink0000644000000000000000000000024300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearMonthSimpleTypePattern-GYearMonthSimpleTypePattern01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/echoGYearM0000755000175000017500000000230512653650152032675 0ustar ellertellert 2001-12 ././@LongLink0000644000000000000000000000023000000000000011576 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/GYearMonthSimpleTypePattern-GYearMonthSimpleTypePattern01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/GYearMonthSimpleTypePattern/GYearMonth0000755000175000017500000000170412653650152032731 0ustar ellertellert 2001-12gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/0000755000175000017500000000000012653650152032362 5ustar ellertellert././@LongLink0000644000000000000000000000027400000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded101-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000222212653650150032673 0ustar ellertellert ././@LongLink0000644000000000000000000000027400000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded102-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000251112653650150032674 0ustar ellertellert 24 34 44 ././@LongLink0000644000000000000000000000026100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded102.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/El0000755000175000017500000000177212653650152032657 0ustar ellertellert 24 34 44 ././@LongLink0000644000000000000000000000026500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded102.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000210012653650150032666 0ustar ellertellert 24 34 44 ././@LongLink0000644000000000000000000000027400000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded101-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000222012653650150032671 0ustar ellertellert ././@LongLink0000644000000000000000000000027400000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded102-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000250712653650150032701 0ustar ellertellert 24 34 44 ././@LongLink0000644000000000000000000000026100000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded101.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/El0000755000175000017500000000152212653650150032646 0ustar ellertellert ././@LongLink0000644000000000000000000000026500000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/echoElementMinOccurs0MaxOccursUnbounded-ElementMinOccurs0MaxOccursUnbounded101.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ElementMinOccurs0MaxOccursUnbounded/ec0000755000175000017500000000163012653650150032675 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/0000755000175000017500000000000012653650152027004 5ustar ellertellert././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribute-LanguageAttribute01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribut0000755000175000017500000000224312653650152033034 0ustar ellertellert ././@LongLink0000644000000000000000000000017200000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/LanguageAttribute-LanguageAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/LanguageAttribute-La0000755000175000017500000000161712653650152032700 0ustar ellertellert ././@LongLink0000644000000000000000000000020500000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribute-LanguageAttribute01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribut0000755000175000017500000000224512653650152033036 0ustar ellertellert ././@LongLink0000644000000000000000000000017600000000000011607 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribute-LanguageAttribute01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/LanguageAttribute/echoLanguageAttribut0000755000175000017500000000165712653650152033044 0ustar ellertellert gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/0000755000175000017500000000000012653650152025733 5ustar ellertellert././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDefault01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDef0000755000175000017500000000216612653650152032531 0ustar ellertellert foo ././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/FinalDefault-FinalDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/FinalDefault-FinalDefault0000755000175000017500000000154612653650152032561 0ustar ellertellert foo././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDefault01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDef0000755000175000017500000000157612653650152032535 0ustar ellertellert foo ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDefault01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/FinalDefault/echoFinalDefault-FinalDef0000755000175000017500000000217012653650152032524 0ustar ellertellert foo gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/0000755000175000017500000000000012653650152030137 5ustar ellertellert././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000250512653650152032747 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000251312653650152032746 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000243112653650152032745 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000206212653650152032745 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000214012653650152032742 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000243312653650152032747 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOptionalElement-NillableOptionalElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOption0000755000175000017500000000207212653650152033001 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000251512653650152032750 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000022700000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000250712653650152032751 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOptionalElement-NillableOptionalElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOption0000755000175000017500000000210012653650152032771 0ustar ellertellert Paul Sumner Downey ././@LongLink0000644000000000000000000000021400000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOptionalElement-NillableOptionalElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/NillableOption0000755000175000017500000000202212653650152032774 0ustar ellertellert Paul Downey ././@LongLink0000644000000000000000000000022000000000000011575 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOptionalElement-NillableOptionalElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NillableOptionalElement/echoNillableOp0000755000175000017500000000213212653650152032743 0ustar ellertellert Paul Downey gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/0000755000175000017500000000000012653650152030275 5ustar ellertellert././@LongLink0000644000000000000000000000021700000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/ExtendedSequenceLaxOther-ExtendedSequenceLaxOther01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/ExtendedSeque0000755000175000017500000000226412653650152032772 0ustar ellertellert String String Stuff ././@LongLink0000644000000000000000000000022300000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedSequenceLaxOther-ExtendedSequenceLaxOther01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedS0000755000175000017500000000233312653650152032746 0ustar ellertellert String String Stuff ././@LongLink0000644000000000000000000000023200000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedSequenceLaxOther-ExtendedSequenceLaxOther01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedS0000755000175000017500000000266312653650152032754 0ustar ellertellert String String Stuff ././@LongLink0000644000000000000000000000023200000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedSequenceLaxOther-ExtendedSequenceLaxOther01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ExtendedSequenceLaxOther/echoExtendedS0000755000175000017500000000266512653650152032756 0ustar ellertellert String String Stuff gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/0000755000175000017500000000000012653650152026006 5ustar ellertellert././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement0000755000175000017500000000155112653650152032756 0ustar ellertellert -32768././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000217012653650152032727 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000160112653650152032725 0ustar ellertellert -32768 ././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000157612653650152032740 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000216612653650152032734 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000216612653650152032734 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000217212653650152032731 0ustar ellertellert 32767 ././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000157412653650152032736 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000015700000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000160012653650152032724 0ustar ellertellert 32767 ././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement0000755000175000017500000000154412653650152032760 0ustar ellertellert 1././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement0000755000175000017500000000154612653650152032762 0ustar ellertellert +42././@LongLink0000644000000000000000000000015300000000000011602 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/ShortElement-ShortElement0000755000175000017500000000155012653650152032755 0ustar ellertellert 32767././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000217112653650152032730 0ustar ellertellert -32768 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000216412653650152032732 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000217012653650152032727 0ustar ellertellert 32767 ././@LongLink0000644000000000000000000000016600000000000011606 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortElement04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ShortElement/echoShortElement-ShortEle0000755000175000017500000000217312653650152032732 0ustar ellertellert -32768 gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/0000755000175000017500000000000012653650150025427 5ustar ellertellert././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector04.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector040000755000175000017500000000201712653650150032446 0ustar ellertellert item one item two item three item four gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/BareVector-BareVector01.xml0000755000175000017500000000210612653650150032402 0ustar ellertellert item one item two item three item four item five item six ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector02-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector020000755000175000017500000000244012653650150032444 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector040000755000175000017500000000243612653650150032453 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector03-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector030000755000175000017500000000256512653650150032455 0ustar ellertellert item one item two item three item four item five item six ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector04-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector040000755000175000017500000000244012653650150032446 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector030000755000175000017500000000213412653650150032445 0ustar ellertellert item one item two item three item four item five item six gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/BareVector-BareVector04.xml0000755000175000017500000000177112653650150032414 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector02.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector020000755000175000017500000000201712653650150032444 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector020000755000175000017500000000243612653650150032451 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector01-soap11.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector010000755000175000017500000000256512653650150032453 0ustar ellertellert item one item two item three item four item five item six gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/BareVector-BareVector03.xml0000755000175000017500000000210612653650150032404 0ustar ellertellert item one item two item three item four item five item six ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector01-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector010000755000175000017500000000256312653650150032451 0ustar ellertellert item one item two item three item four item five item six gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/BareVector-BareVector02.xml0000755000175000017500000000177112653650150032412 0ustar ellertellert item one item two item three item four ././@LongLink0000644000000000000000000000015100000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector010000755000175000017500000000213412653650150032443 0ustar ellertellert item one item two item three item four item five item six ././@LongLink0000644000000000000000000000016000000000000011600 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/BareVector/echoBareVector-BareVector030000755000175000017500000000256312653650150032453 0ustar ellertellert item one item two item three item four item five item six gsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITIESElement/0000755000175000017500000000000012653650152026133 5ustar ellertellert././@LongLink0000644000000000000000000000016400000000000011604 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITIESElement/ENTITIESElement-ENTITIESElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITIESElement/ENTITIESElement-ENTITI0000755000175000017500000000160412653650152031612 0ustar ellertellert lt gt apos quot././@LongLink0000644000000000000000000000017000000000000011601 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITIESElement/echoENTITIESElement-ENTITIESElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/ENTITIESElement/echoENTITIESElement-EN0000755000175000017500000000163712653650152031765 0ustar ellertellert lt gt apos quot 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Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000201512653650152032736 0ustar ellertellert 3141592653531415926536106615151970884848347234273984723 ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement03-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000226512653650152032745 0ustar ellertellert 0 ././@LongLink0000644000000000000000000000022200000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/NonNegativeIntegerElement-NonNegativeIntegerElement03.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/NonNegativeI0000755000175000017500000000166212653650152032723 0ustar ellertellert 0././@LongLink0000644000000000000000000000022200000000000011577 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/NonNegativeIntegerElement-NonNegativeIntegerElement05.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/NonNegativeI0000755000175000017500000000175012653650152032721 0ustar ellertellert 3141592653531415926536106615151970884848347234273984723././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement02-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000226612653650152032746 0ustar ellertellert -0 ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement05-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000235312653650152032743 0ustar ellertellert 3141592653531415926536106615151970884848347234273984723 ././@LongLink0000644000000000000000000000023500000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement04-soap12.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000226712653650152032747 0ustar ellertellert +42 ././@LongLink0000644000000000000000000000022600000000000011603 Lustar rootrootgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegativeIntegerElement-NonNegativeIntegerElement01.xmlgsoap-2.8.28/gsoap/samples/autotest/databinding/examples/6/09/NonNegativeIntegerElement/echoNonNegat0000755000175000017500000000172712653650152032747 0ustar ellertellert 1 ././@LongLink0000644000000000000000000000022200000000000011577 Lustar 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===================================== The soapcpp2 option -T generates an autotest server soapTester.c[pp], which can be used to test a client application against, or to test messaging and XML databindings. Option -T can be used in combination with option -i to generate test server object classes, instead of C code. In this example an autotest server is generated and used to verify the schema mapping capability against 294 schema patterns published by the W3C Schema Patterns for Databinding Working Group. XML Schema Patterns for Databinding Interoperability Testing ------------------------------------------------------------ Both basic and advanced XML schema patterns test suite are passed by gSOAP. For more information about the W3C working group databinding test patterns, see http://www.w3.org/2002/ws/databinding/ Code is autogenerated from WSDL and XSD documents for interoperability testing. This example shows the auto test functionality for a large WSDL with 294 echo operations for basic and advanced XML schema patterns. The generated auto test server implements the echo operations where the echo operations are generated by soapcpp2 option -T based on the fact that the input and output operation types are identical. From the 294 test patterns, gSOAP passes all except for 10 that are deemed impossible to test because these 10 patterns in examples.xsd/examples.wsdl (provided by the working group) have errors due to skipped test patterns in the schemas. For details on errors and skipped tests, see further below. Acknowledgments and Licenses ---------------------------- W3C XML Schema Patterns for Databinding Working Group: http://www.w3.org/2002/ws/databinding/ Schemas and XML documents duplicated here with permission: examples.wsdl WSDL from the W3C (with some edits) examples.xsd the schema only, provided by the W3C ChameleonIncluded.xsd referenced in examples.wsdl Included.xsd referenced in examples.wsdl RelativeIncluded.xsd referenced in examples.wsdl redefineschema.xsd referenced in examples.wsdl strict.xsd referenced in examples.wsdl databinding/examples/6/09/.../ (copy of XML message files only) W3C copyright and document licensing: http://www.w3.org/Consortium/Legal/copyright-documents Introduction and Usage ---------------------- This example demonstrates the auto-test code generation features of gSOAP. An echo server is auto-generated and tested with auto-generated XML request messages and the W3C working group's databinding patterns. 1. Invoke the 'wsdl2h' tool to generate the C++ databindings: > wsdl2h -d examples.wsdl -d ensures we capture mixed content, anyType, anyAttribute. Other suggested options for databinding interoperability: -P to suppress anyType inheritance (to simplify code). -f to flatten type inheritance hierarchy, includes base members in classes. -c to generate ANSI C (but limits type inheritance). -s to remove STL dependence. typemap.dat addition to increase xsd:dateTime range (from time_t's limits): xsd__dateTime = #import "custom/struct_tm.h" | xsd__dateTime typemap.dat addition to map xsd:duration to a 64 bit long: xsd__duration = #import "custom/duration.h" | xsd__duration 2. Invoke the 'soapcpp2' tool to generate the C++ server logic and autotest: > soapcpp2 -SL -T -I../../import examples.wsdl -T to generate a test echo server. -S to generate server-side code only. -L to omit *Lib.cpp generation. This generates: soapStub.h copy of examples.h without annotations soapH.h serializers soapC.cpp serializers soapServer.cpp server operation dispatcher (RPC skeleton) soapTester.cpp echo server operation implementations (-T option) Other suggested options for databinding interoperability: -s to enforce strict validation. 3. Compile: > c++ -o autotest soapTester.cpp soapServer.cpp soapC.cpp -libgsoap++.a or compile with stdsoap2.cpp and dom.cpp: > c++ -o autotest soapTester.cpp soapServer.cpp soapC.cpp stdsoap2.cpp dom.cpp 4. Run the tests: > ./autotest < SoapBinding.echoXYZ.req.xml Note: XYZ is one of the patterns used in the databinding test suite. The autotest server can also run as a standalone application on port 8080: > ./autotest 0 8080 It will accept the test message over HTTP, e.g. using a router app. A shell script is included to test all gSOAP auto-generated XML request messages: > sh test-self.sh which generates a test-self.log with request-response messages. A shell script is included to test all W3C basic and advanced XML schema patterns with SOAP 1.1 and SOAP 1.2, respectively: > sh test-patterns11.sh > sh test-patterns12.sh which generate test-patterns11.log and test-patterns12.log with request-response messages. The faults are not filtered, so SKIPPED tests show up as faults in these log files (more details below). Corrected errors and skipped tests in databinding test suite ------------------------------------------------------------ Note: we changed in examples.wsdl to make all imported XSD files local (rather than http addresses to download). Some test patterns are "SKIPPED". These patterns are skipped due to the incomplete examples.xsd schema: 1. echoBlockDefault: SKIPPED 2. echoElementReferenceUnqualified: fixed in examples.wsdl: xmlns="http://www.w3.org/2002/ws/databinding/examples/6/09/" added 3. echoFinalDefault: SKIPPED 4. echoMinOccurs1: fixed in examples.wsdl: two value elements but maxOccurs=1, changed to 2 5. echoMixedComplexContent: requires DOM support to pass (wsdl2h option -d) and by treating all content with a DOM (thus, removing other class members). 6. echoMixedContentType: requires DOM support to pass (wsdl2h option -d) and by treating all content with a DOM (thus, removing other class members). 7. echoNoTargetNamespace: SKIPPED 8. echoQualifiedLocalAttributes: SKIPPED incomplete: 9. echoQualifiedLocalElements: SKIPPED 10. echoSOAPEncodedArray: SKIPPED 11. echoSchemaVersion: SKIPPED, because examples.xsd appears incomplete: 12. echoTargetNamespace: SKIPPED 13. echoUnqualifiedLocalAttributes: SKIPPED 14. echoUnqualifiedLocalElements: SKIPPED Fixed test patterns that did not conform to the pattern schemas: 1. echoComplexTypeAttributeExtension: fixed placement of gender attribute in test pattern databinding/examples/6/09/ComplexTypeAttributeExtension: Mary Correct: Mary 2. echoLocalElementSimpleType: fixed … in test pattern examples/6/09/echoLocalElementSimpleType: gsoap-2.8.28/gsoap/samples/autotest/test-patterns11.sh0000755000175000017500000000071612653650154022242 0ustar ellertellert#!/bin/sh echo "test-patterns11.log generated " `date` > test-patterns11.log for req in databinding/examples/6/09/*/*-soap11.xml; do name=`basename $req` echo "** $name" echo "" >> test-patterns11.log echo "*** REQUEST $name ***" >> test-patterns11.log cat $req >> test-patterns11.log echo "" >> test-patterns11.log echo "*** RESPONSE ***" >> test-patterns11.log ./autotest 12288 < $req >> test-patterns11.log || echo "\n>> SKIPPED $name\n" done gsoap-2.8.28/gsoap/samples/autotest/LICENSE.txt0000644000175000017500000000051712653650154020546 0ustar ellertellert W3C copyright and document licensing: http://www.w3.org/Consortium/Legal/copyright-documents gSOAP software licensing: Copyright (C) 2001-2010 Robert van Engelen, Genivia Inc. 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typemap.dat 2013-05-08 02:22:07 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2000-2013 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calcrest.h to generate the SOAP/XML processing logic. Use soapcpp2 -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 -j to generate improved proxy and server classes. - Use wsdl2h -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h -R to generate REST operations. - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'. - Use wsdl2h -Nname for service prefix and produce multiple service bindings - Use wsdl2h -d to enable DOM support for xsd:anyType. - Use wsdl2h -g to auto-generate readers and writers for root elements. - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops). - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE. USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt cw /******************************************************************************\ * * * Definitions * * http://websrv.cs.fsu.edu/~engelen/calc.wsdl * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://websrv.cs.fsu.edu/~engelen/calc.wsdl" ns2 = "urn:calc" */ #define SOAP_NAMESPACE_OF_ns2 "urn:calc" //gsoap ns2 schema namespace: urn:calc //gsoap ns2 schema form: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:calc * * * \******************************************************************************/ /// "urn:calc":pair is a complexType. struct ns2__pair { /// Element a of type xs:double. double a 1; ///< Required element. /// Element b of type xs:double. double b 1; ///< Required element. }; /******************************************************************************\ * * * Additional Top-Level Elements * * urn:calc * * * \******************************************************************************/ /// Top-level root element "urn:calc":add of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":sub of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":mul of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":div of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":pow of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":addResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":subResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":mulResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":divResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":powResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns1 service name: calcPOST //gsoap ns1 service type: calcPortType //gsoap ns1 service port: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns1 service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl /** @mainpage calcPOST Definitions @section calcPOST_bindings Service Bindings - @ref calcPOST @section calcPOST_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page calcPOST Binding "calcPOST" @section calcPOST_operations Operations of Binding "calcPOST" - @ref __ns1__add - @ref __ns1__sub - @ref __ns1__mul - @ref __ns1__div - @ref __ns1__pow @section calcPOST_ports Endpoints of Binding "calcPOST" - http://websrv.cs.fsu.edu/~engelen/calcserver.cgi Note: use wsdl2h option -Nname to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * calcPOST * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns1__add * * * \******************************************************************************/ /// Operation "__ns1__add" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__add, // output parameters: double *ns2__addResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__add( struct soap *soap, // input parameters: struct ns2__pair* ns2__add, // output parameters: double *ns2__addResponse ); @endcode */ //gsoap ns1 service method-protocol: add POST //gsoap ns1 service method-style: add document //gsoap ns1 service method-encoding: add literal //gsoap ns1 service method-action: add "" int __ns1__add( struct ns2__pair* ns2__add, ///< Input parameter double *ns2__addResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__sub * * * \******************************************************************************/ /// Operation "__ns1__sub" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__sub( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__sub, // output parameters: double *ns2__subResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__sub( struct soap *soap, // input parameters: struct ns2__pair* ns2__sub, // output parameters: double *ns2__subResponse ); @endcode */ //gsoap ns1 service method-protocol: sub POST //gsoap ns1 service method-style: sub document //gsoap ns1 service method-encoding: sub literal //gsoap ns1 service method-action: sub "" int __ns1__sub( struct ns2__pair* ns2__sub, ///< Input parameter double *ns2__subResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__mul * * * \******************************************************************************/ /// Operation "__ns1__mul" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__mul( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__mul, // output parameters: double *ns2__mulResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__mul( struct soap *soap, // input parameters: struct ns2__pair* ns2__mul, // output parameters: double *ns2__mulResponse ); @endcode */ //gsoap ns1 service method-protocol: mul POST //gsoap ns1 service method-style: mul document //gsoap ns1 service method-encoding: mul literal //gsoap ns1 service method-action: mul "" int __ns1__mul( struct ns2__pair* ns2__mul, ///< Input parameter double *ns2__mulResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__div * * * \******************************************************************************/ /// Operation "__ns1__div" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__div( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__div, // output parameters: double *ns2__divResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__div( struct soap *soap, // input parameters: struct ns2__pair* ns2__div, // output parameters: double *ns2__divResponse ); @endcode */ //gsoap ns1 service method-protocol: div POST //gsoap ns1 service method-style: div document //gsoap ns1 service method-encoding: div literal //gsoap ns1 service method-action: div "" int __ns1__div( struct ns2__pair* ns2__div, ///< Input parameter double *ns2__divResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__pow * * * \******************************************************************************/ /// Operation "__ns1__pow" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__pow( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__pow, // output parameters: double *ns2__powResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__pow( struct soap *soap, // input parameters: struct ns2__pair* ns2__pow, // output parameters: double *ns2__powResponse ); @endcode */ //gsoap ns1 service method-protocol: pow POST //gsoap ns1 service method-style: pow document //gsoap ns1 service method-encoding: pow literal //gsoap ns1 service method-action: pow "" int __ns1__pow( struct ns2__pair* ns2__pow, ///< Input parameter double *ns2__powResponse ///< Output parameter ); /** @page calcPOST Binding "calcPOST" @section calcPOST_policy_enablers Policy Enablers of Binding "calcPOST" Based on policies, this service imports - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.0: @code #import "wsrm5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section ns2 Top-level root elements of schema "urn:calc" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ /* End of calcrest.h */ gsoap-2.8.28/gsoap/samples/rest/httpposttest.c0000644000175000017500000001550612653650156020767 0ustar ellertellert/* httpposttest.c gSOAP HTTP POST plugin client and server example application. gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -S -c httpposttest.h cc -Iplugin -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -Iplugin -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c -lssl -lcrypto -lz */ #include "soapH.h" #include "httppost.h" int jpg_post_handler(struct soap *soap); int image_post_handler(struct soap *soap); int text_post_handler(struct soap *soap); int generic_POST_handler(struct soap *soap); int generic_PUT_handler(struct soap *soap); int generic_DELETE_handler(struct soap *soap); int main(int argc, char **argv) { char *buf; size_t len; struct soap soap; soap_init(&soap); /* chunking conserves memory and is generally faster: */ soap_set_omode(&soap, SOAP_IO_CHUNK); if (argc < 2) { /* CGI server */ struct http_post_handlers handlers[] = { { "image/jpg", jpg_post_handler }, { "image/*", image_post_handler }, { "image/*;*", image_post_handler }, { "text/*", text_post_handler }, { "text/*;*", text_post_handler }, { "POST", generic_POST_handler }, { "PUT", generic_PUT_handler }, { "DELETE", generic_DELETE_handler }, { NULL } }; soap_register_plugin_arg(&soap, http_post, handlers); /* register plugin (server only) */ soap_serve(&soap); exit(0); } /* HTTP POST client */ if (soap_post_connect(&soap, argv[1], NULL, "text/html") || soap_send(&soap, "") || soap_send(&soap, argc == 2 ? "Hello" : argv[2]) || soap_send(&soap, "") || soap_end_send(&soap)) { soap_print_fault(&soap, stderr); exit(1); } /* after sending POST content, receive body (note: POST handlers should not be set for client) */ if (soap_begin_recv(&soap) || soap_http_body(&soap, &buf, &len) || soap_end_recv(&soap)) { soap_print_fault(&soap, stderr); exit(1); } soap_closesock(&soap); /* close only when not keep-alive */ printf("Received %lu bytes of type %s:\n", (unsigned long)len, soap.http_content?soap.http_content:""); soap_end(&soap); soap_done(&soap); return 0; } /* Calculator service operations */ int __ns1__add(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a + in->b; return SOAP_OK; } int __ns1__sub(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a - in->b; return SOAP_OK; } int __ns1__mul(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a * in->b; return SOAP_OK; } int __ns1__div(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a / in->b; return SOAP_OK; } int __ns1__pow(struct soap *soap, struct ns2__pair *in, double *out) { *out = pow(in->a, in->b); return SOAP_OK; } /* the jpg handler just responds with HTTP OK */ int jpg_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_OK); soap_end_send(soap); return SOAP_OK; } /* the image handler responds with HTTP OK and a text/html body */ int image_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_HTML); soap_send(soap, "Image received"); soap_end_send(soap); return SOAP_OK; } /* the text handler copies the message back */ int text_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); /* use current soap->http_content from HTTP header as return HTTP type */ soap_response(soap, SOAP_FILE); soap_send_raw(soap, buf, len); soap_end_send(soap); return SOAP_OK; } /* the generic POST handler */ int generic_POST_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); fprintf(stderr, "Generic POST accepted URL=\"%s\" content=\"%s\"\n", soap->endpoint, soap->http_content); soap_response(soap, SOAP_HTML); soap_send(soap, "Data received"); soap_end_send(soap); return SOAP_OK; } /* the generic PUT handler */ int generic_PUT_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); fprintf(stderr, "Generic PUT accepted URL=\"%s\" content=\"%s\"\n", soap->endpoint, soap->http_content); return soap_send_empty_response(soap, 202); /* HTTP Accepted */ } /* the generic DELETE handler */ int generic_DELETE_handler(struct soap *soap) { fprintf(stderr, "Generic DELETE accepted URL=\"%s\"\n", soap->endpoint); return soap_send_empty_response(soap, 202); /* HTTP Accepted */ } SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/rest/calcrest.c0000644000175000017500000000657212653650156020005 0ustar ellertellert/* calcrest.c Example REST calculator service client in C Compilation in C (see samples/calc/calc.h): $ wsdl2h -R -c calcrest.wsdl $ soapcpp2 calcrest.h $ cc -o calcrest calcrest.c stdsoap2.c soapC.c soapClient.c where stdsoap2.c is in the 'gsoap' directory, or use libgsoap: $ cc -o calcrest calcrest.c soapC.c soapClient.c -lgsoap -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2013, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calcPOST.nsmap" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcrest.cgi"; /* "http://"; */ /* to test with stdin/out */ int main(int argc, char **argv) { struct soap soap; struct ns2__pair in; double out; soap_init1(&soap, SOAP_XML_INDENT); if (argc < 4) return soap_serve(&soap); /* simple CGI server over stdin/out */ in.a = strtod(argv[2], NULL); in.b = strtod(argv[3], NULL); switch (*argv[1]) { case 'a': soap_call___ns1__add(&soap, server, "", &in, &out); break; case 's': soap_call___ns1__sub(&soap, server, "", &in, &out); break; case 'm': soap_call___ns1__mul(&soap, server, "", &in, &out); break; case 'd': soap_call___ns1__div(&soap, server, "", &in, &out); break; case 'p': soap_call___ns1__pow(&soap, server, "", &in, &out); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (soap.error) { soap_print_fault(&soap, stderr); exit(1); } else printf("result = %g\n", out); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return 0; } int __ns1__add(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a + in->b; return SOAP_OK; } int __ns1__sub(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a - in->b; return SOAP_OK; } int __ns1__mul(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a * in->b; return SOAP_OK; } int __ns1__div(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a / in->b; return SOAP_OK; } int __ns1__pow(struct soap *soap, struct ns2__pair *in, double *out) { *out = pow(in->a, in->b); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/rest/httpgettest.c0000644000175000017500000000602212653650156020552 0ustar ellertellert/* httpgettest.c gSOAP HTTP GET plugin client example application. For server example usage of the HTTP GET plugin, see samples/webserver gSOAP XML Web services tools Copyright (C) 2000-2006, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -CS -c httpgettest.h cc -DWITH_NONAMESPACES -Iplugin -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c To support https and compression, compile with: cc -DWITH_NONAMESPACES -DWITH_OPENSSL -DWITH_GZIP -Iplugin -o httpgettest httpgettest.c soapC.c httpget.c stdsoap2.c -lssl -lcrypto -lz */ #include "soapH.h" #include "httpget.h" int main(int argc, char **argv) { struct soap soap; char *body; if (argc < 2) { fprintf(stderr, "Usage: httpgettest URL\n"); exit(0); } soap_init(&soap); soap_register_plugin(&soap, http_get); /* register plugin */ if (soap_get_connect(&soap, argv[1], NULL) || soap_begin_recv(&soap)) { soap_print_fault(&soap, stderr); exit(1); } if (soap.http_content) printf("HTTP Content Type: %s\n", soap.http_content); body = soap_get_http_body(&soap, NULL); soap_end_recv(&soap); if (body) printf("HTTP Body:\n%s\n", body); soap_end(&soap); soap_done(&soap); return 0; } SOAP_NMAC struct Namespace namespaces[] = { {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/rest/README.txt0000644000175000017500000002064312653650156017532 0ustar ellertellert HTTP REST Examples for gSOAP ============================ calcrest.wsdl WSDL with REST calc operations calcrest.c REST-based calculator client and CGI server in C httpgettest.h demonstrates HTTP GET hook httpgettest.c httpposttest.h demonstrates HTTP POST/PUT/DELETE hooks httpposttest.c REST-Based Calculator ===================== Build steps: $ wsdl2h -R -c calcrest.wsdl $ soapcpp2 -0 -L calcrest.h $ cc -o calcrest calcrest.c soapC.c soapClient.c soapServer.c stdsoap2.c Example run: $ ./calcrest add 1 2 HTTP REST Hooks =============== 1. HTTP REST via hooks: server-side hooks are provided with the gSOAP engine: soap::fget(struct soap*) HTTP GET soap::fput(struct soap*) HTTP PUT soap::fdel(struct soap*) HTTP DELETE soap::fopt(struct soap*) HTTP OPTIONS soap::fhead(struct soap*) HTTP HEAD The function being invoked uses the soap.endpoint string to parse the URL. The hook should return SOAP_OK or HTTP error code. 2. HTTP REST via plugins: plugins are available for enhanced support for HTTP REST GET and POST/PUT/DELETE. See below. 3. In addition, XML can be serialized and deserialized over sockets, file FD, and C++ streams. See also the wsdl2h tool output .h file section "XML Data Binding" with readers/writers API calls for the XML root elements of a schema. REST support is provided by the following plugins (plugin directory): httpget.h HTTP GET httpget.c httppost.h HTTP POST/PUT/DELETE httppost.c httpform.h HTTP POST application/x-www-form-urlencoded httpform.c httpda.h HTTP Digest authentication (default is basic authentication) httpda.c httpmd5.h HTTP MD5 checksum httpmd5.c threads.h portable threads threads.c See also the gSOAP documentation: Section "RESTful Interface: The HTTP GET Plug-in" Section "RESTful Interface: The HTTP POST Plug-in" The web server example implements GET, POST, and HTML form operations: samples/webserver XML-RPC and JSON examples with HTTP POST: samples/xml-rpc-json HTTP GET Hooks ============== The HTTP GET plug-in allows your server to handle RESTful HTTP GET requests and at the same time still serve SOAP-based POST requests. The plug-in provides support to client applications to issue HTTP GET operations to a server. Example Client with the GET Hook -------------------------------- To get the HTTP body as a string: #include "plugin/httpget.h" // also compile and link httpget.c ... char *body = NULL; struct soap *soap = soap_new(); soap_register_plugin(soap, http_get); ... if (soap_get_connect(soap, endpoint, NULL) || soap_begin_recv(soap) || !(body = soap_get_http_body(soap)) || soap_end_recv(soap)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); To get an XML document and deserialize it using a "reader" generated by wsdl2h and soapcpp2 from an XML schema, say with as a root element represented by the struct ns__root (or class ns__root in C++): #include "plugin/httpget.h" // also compile and link httpget.c ... struct ns__root root; struct soap *soap = soap_new(); soap_register_plugin(soap, http_get); ... soap_default_ns__root(soap, &root); if (soap_get_connect(soap, endpoint, NULL) || soap_read_ns__root(soap, &root)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); To get a JSON response and convert to C++ (see samples/xml-rpc-json): #include "plugin/httpget.h" // also compile and link httpget.c #include "json.h" // also compile and link json.cpp ... struct soap *soap = soap_new(); soap_register_plugin(soap, http_get); value val(soap); ... if (soap_get_connect(soap, endpoint, NULL) || soap_begin_recv(soap) || json_recv(soap, val) || soap_end_recv(soap)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); Note: after the call to soap_begin_recv(soap) the soap->http_content string contains the HTTP ContentType header, which can be used to determine the HTTP body content information. Note: if binary data is to be received in a buffer, rather than a string, use: soap_http_body(soap, &buf, &len) which is available in httppost.h and httppost.c Example Server with the GET Hook -------------------------------- To extend a SOAP server with GET capability (see also samples/webserver): #include "plugin/httpget.h" // also compile and link httpget.c ... ... // run server ... int my_http_get_handler(struct soap *soap) { // use soap_tag_cmp() for pattern matching: if (!soap_tag_cmp(soap->path, "*.html")) { soap->http_content = "text/html"; soap_response(soap, SOAP_FILE); soap_send(soap, myhtml); soap_end_send(soap); return SOAP_OK; } if (!soap_tag_cmp(soap->path, "*.xml")) { struct ns__root root; ... // populate root XML element soap->http_content = "text/xml"; soap_response(soap, SOAP_FILE); soap_put_ns__root(soap, root, NULL, NULL); soap_end_send(soap); return SOAP_OK; } return 404; // HTTP Not Found } ... struct soap *soap = soap_new(); soap_register_plugin_arg(soap, http_get, my_http_get_handler); To return JSON content, use: #include "json.h" // also compile and link json.cpp ... int my_http_get_handler(struct soap *soap) { ... if (!soap_tag_cmp(soap->path, "*.json")) { value val(soap); ... // populate root XML element soap->http_content = "application/json"; soap_response(soap, SOAP_FILE); json_send(soap, val); soap_end_send(soap); return SOAP_OK; } HTTP POST Hooks =============== The HTTP POST plug-in allows your server to handle RESTful HTTP POST requests and at the same time still serve SOAP-based POST requests. The plug-in also provides support for client applications to issue HTTP POST operations to a server. Example Clients with the POST Hook ---------------------------------- To send and receive data over HTTP POST, say HTML content: #include "plugin/httppost.h" // also compile and link plugin/httppost.c ... struct soap *soap = soap_new(); char *buf; size_t len; if (soap_post_connect(soap, endpoint, NULL, "text/html") || soap_send(soap, myhtml) || soap_end_send(soap)) ... // error if (soap_begin_recv(soap) || soap_http_body(soap, &buf, &len) || soap_end_recv(soap)) ... // error ... // use data in buf[0..len-1] soap_destroy(soap); soap_end(soap); soap_free(soap); To send and receive JSON over HTTP (see samples/xml-rpc-json): #include "plugin/httppost.h" // also compile and link plugin/httppost.c #include "json.h" // also compile and link json.cpp ... soap *ctx = soap_new(); value request(ctx); // now populate the 'request' data to send ... if (soap_post_connect(ctx, endpoint, NULL, "application/json") || json_send(ctx, request) || soap_end_send(ctx)) ... // error value response(ctx); if (soap_begin_recv(ctx) || json_recv(ctx, response) || soap_end_recv(ctx)) ... // error // use the 'response' data response ... // dealloc objects and temp data soap_destroy(ctx); soap_end(ctx); // make other calls etc. ... // dealloc context soap_free(ctx); Example Server with the POST Hook --------------------------------- At the server side you need to register the plugin with handlers for MIME types: #include "plugin/httppost.h" // also compile and link plugin/httppost.c ... struct http_post_handlers handlers[] = { { "image/jpg", jpg_handler }, { "image/*", image_handler }, { "image/*;*", image_handler }, { "text/*", text_handler }, { "text/*;*", text_handler }, { NULL } }; struct soap *soap = soap_new(); soap_register_plugin_arg(&soap, http_post, handlers); ... int jpg_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_OK); soap_end_send(soap); return SOAP_OK; } int image_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_HTML); soap_send(soap, "Image received"); soap_end_send(soap); return SOAP_OK; } int text_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); // use current soap->http_content from HTTP header as return HTTP type: soap_response(soap, SOAP_FILE); soap_send_raw(soap, buf, len); soap_end_send(soap); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/rest/Makefile.am0000644000175000017500000000115712653650156020067 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = foreign 1.4 noinst_PROGRAMS = calcrest httpgettest httpposttest SOAPHEADER = calcrest.h include ../Makefile.defines include ../Makefile.c_rules SOAP_NS = $(SOAP_NS_DEF) calcrest_SOURCES = calcrest.c calcrest.h $(SOAP_C_SRC) httpgettest_SOURCES = httpgettest.c httpgettest.h $(SOAP_C_CORE) ../../plugin/httpget.c httpposttest_SOURCES = httpposttest.c httpposttest.h $(SOAP_C_SERVER) ../../plugin/httppost.c gsoap-2.8.28/gsoap/samples/rest/httpposttest.h0000644000175000017500000000440312653650156020766 0ustar ellertellert/* httpposttest.h gSOAP HTTP POST plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpposttest.h cc -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c -lssl -lcrypto -lz */ // Implements the REST calculator service #import "calcrest.h" gsoap-2.8.28/gsoap/samples/rest/httpgettest.h0000644000175000017500000000437212653650156020565 0ustar ellertellert/* httpgettest.h gSOAP HTTP GET plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2006, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpgettest.h cc -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c -lssl -lcrypto -lz */ // Intentionally left blank: there are no SOAP methods supported gsoap-2.8.28/gsoap/samples/databinding/0000755000175000017500000000000012653650162017313 5ustar ellertellertgsoap-2.8.28/gsoap/samples/databinding/README.md0000644000175000017500000054312212653650154020602 0ustar ellertellert XML Data Bindings {#mainpage} ================= [TOC] Introduction {#intro} ============ This is a detailed overview of the gSOAP XML data bindings concepts and implementation. At the end of this document two examples are given to illustrate the application of data bindings. The first simple example `address.cpp` shows how to use wsdl2h to bind an XML schema to C++. The C++ application reads and writes an XML file into and from a C++ "address book" data structure. The C++ data structure is an STL vector of address objects. The second example `graph.cpp` shows how XML is serialized as a tree, digraph, and cyclic graph. The digraph and cyclic graph serialization rules are similar to SOAP 1.1/1.2 encoded multi-ref elements with id-ref attributes to link elements through IDREF XML references, creating a an XML graph with pointers to XML nodes. These examples demonstrate XML data bindings only for relatively simple data structures and types. The gSOAP tools support more than just these type of structures, which we will explain in the next sections. Support for XML schema components is practically unlimited. The wsdl2h tool maps schemas to C and C++ using built-in intuitive mapping rules, while allowing the mappings to be customized using a `typemap.dat` file with mapping instructions for wsdl2h. The information in this document is applicable to gSOAP 2.8.26 and higher, which supports C++11 features. However, C++11 is not required to use this material and follow the example, unless we need smart pointers and scoped enumerations. While most of the examples in this document are given in C++, the concepts also apply to C with the exception of containers, smart pointers, classes and their methods. None of these exceptions limit the use of the gSOAP tools for C in any way. The data binding concepts described in this document were first envisioned in 1999 by Prof. van Engelen at the Florida State University. An implementation was created in 2000, named "stub/skeleton compiler". The first articles on its successor version "gSOAP" appeared in 2002. The principle of mapping XSD components to C/C++ types and vice versa is now widely adopted in systems and programming languages, including Java web services and by C# WCF. Mapping WSDL and XML schemas to C/C++ {#tocpp} ===================================== To convert WSDL and XML schemas (XSD files) to code, we first use the wsdl2h command to generate the data binding interface code that is saved to a special gSOAP header file: wsdl2h [options] -o file.h ... XSD and WSDL files ... This command converts WSDL and XSD files to C++ (or pure C with wsdl2h option `-c`) and saves a data binding interface file `file.h` that uses familar C/C++ syntax extended with `gsoap` directives and includes notational conventions to declare C/C++ types and functions that are associated with these bindings. The WSDL 1.1/2.0, SOAP 1.1/1.2, and XSD 1.0/1.1 standards are supported by the gSOAP tools. In addition, the most popular WS specifications are also supported, including WS-Addressing, WS-ReliableMessaging, WS-Discovery, WS-Security, WS-Policy, WS-SecurityPolicy, and WS-SecureConversation. This document focusses on XML data bindings and mapping C/C++ to XML 1.0/1.1 and XSD 1.0/1.1. This covers all of the following standard XSD components with their optional attributes and properties: | XSD Component | Attributes and Properties | | -------------- | ------------------------------------------------------------------------------------------------------------------- | | schema | targetNamespace, version, elementFormDefault, attributeFormDefault, defaultAttributes | | attribute | name, ref, type, use, default, fixed, form, targetNamespace, wsdl:arrayType | | element | name, ref, type, default, fixed, form, nillable, abstract, substitutionGroup, minOccurs, maxOccurs, targetNamespace | | simpleType | name | | complexType | name, abstract, mixed, defaultAttributesApply | | all | | | choice | minOccurs, maxOccurs | | sequence | minOccurs, maxOccurs | | group | name, ref, minOccurs, maxOccurs | | attributeGroup | name, ref | | any | minOccurs, maxOccurs | | anyAttribute | | And also the following standard XSD directives are covered: | Directive | Description | | ---------- | ---------------------------------------------------------- | | import | Imports a schema into the importing schema for referencing | | include | Include schema component definitions into a schema | | override | Override by replacing schema component definitions | | redefine | Extend or restrict schema component definitions | | annotation | Annotates a component | The XSD facets and their mappings to C/C++ are: | XSD Facet | Maps to | | -------------- | ------------------------------------------------------------------------------------------- | | enumeration | `enum` | | simpleContent | class/struct wrapper with `__item` member | | complexContent | class/struct | | list | `enum*` bitmask (`enum*` enumerates up to 64 bit masks) | | extension | class/struct inheritance/extension | | restriction | `typedef` and class/struct inheritance/redeclaration | | length | `typedef` with restricted content length annotation | | minLength | `typedef` with restricted content length annotation | | maxLength | `typedef` with restricted content length annotation | | minInclusive | `typedef` with restrict numerical value range annotation | | maxInclusive | `typedef` with restrict numerical value range annotation | | minExclusive | `typedef` with restrict numerical value range annotation | | maxExclusive | `typedef` with restrict numerical value range annotation | | precision | `typedef` with pattern annotation (pattern used for output, but input is not validated) | | scale | `typedef` with pattern annotation (pattern used for output, but input is not validated) | | totalDigits | `typedef` with pattern annotation (pattern used for output, but input is not validated) | | fractionDigits | `typedef` with pattern annotation (pattern used for output, but input is not validated) | | pattern | `typedef` with pattern annotation (define `soap::fsvalidate` callback to validate patterns) | | union | string with union of values All primitive XSD types are supported, including but not limited to the following XSD types: | XSD Type | Maps to | | ---------------- | --------------------------------------------------------------------------------- | | any/anyType | `_XML` string with literal XML content (or enable DOM with wsdl2h option `-d`) | | anyURI | string (i.e. `char*`, `wchar_t*`, `std::string`, `std::wstring`) | | string | string (i.e. `char*`, `wchar_t*`, `std::string`, `std::wstring`) | | boolean | `bool` (C++) or `enum xsd__boolean` (C) | | byte | `char` (i.e. `int8_t`) | | short | `short` (i.e. `int16_t`) | | int | `int` (i.e. `int32_t`) | | long | `LONG64` (i.e. `long long` and `int64_t`) | | unsignedByte | `unsigned char` (i.e. `uint8_t`) | | unsignedShort | `unsigned short` (i.e. `uint16_t`) | | unsignedInt | `unsigned int` (i.e. `uint32_t`) | | unsignedLong | `ULONG64` (i.e. `unsigned long long` and `uint64_t`) | | float | `float` | | double | `double` | | integer | string or `#import "custom/int128.h"` to use 128 bit `xsd__integer` | | decimal | string or `#import "custom/long_double.h"` to use `long double` | | precisionDecimal | string | | duration | string or `#import "custom/duration.h"` to use 64 bit `xsd__duration` | | dateTime | `time_t` or `#import "custom/struct_tm.h"` to use `struct tm` for `xsd__dateTime` | | time | string or `#import "custom/long_time.h"` to use 64 bit `xsd__time` | | date | string or `#import "custom/struct_tm_date.h"` to use `struct tm` for `xsd__date` | | hexBinary | special class/struct `xsd__hexBinary` | | base64Bianry | special class/struct `xsd__base64Binary` | | QName | `_QName` string (URI normalization rules are applied) | All other primitive XSD types not listed above are mapped to strings, by wsdl2h generating a typedef to string for these types. For example, xsd:token is bound to a C++ or C string: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string xsd__token; // C++ typedef char *xsd__token; // C (wsdl2h option -c) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This associates a compatible value space to the type with the appropriate XSD type name used by the soapcpp2-generated serializers. It is possible to remap types by adding the appropriate mapping rules to `typemap.dat` as we will explain in more detail in the next section. Imported custom serializers are intended to extend the C/C++ type bindings when the default binding to string is not satisfactory to your taste and if the target platform supports these C/C++ types. To add custom serializers to `typemap.dat` for wsdl2h, see [Adding custom serializers](#custom) below. Using typemap.dat to customize data bindings {#typemap} ============================================ We use a `typemap.dat` file to redefine namespace prefixes and to customize type bindings for the the generated header files produced by the wsdl2h tool. The `typemap.dat` is the default file processed by wsdl2h. Use wsdl2h option `-t` to specify a different file. Declarations in `typemap.dat` can be broken up over multiple lines by continuing on the next line by ending each line to be continued with a backslash `\`. The limit is 4095 characters per line, whether the line is broken up or not. XML namespace bindings {#typemap1} ---------------------- The wsdl2h tool generates C/C++ type declarations that use `ns1`, `ns2`, etc. as schema-binding URI prefixes. These default prefixes are generated somewhat arbitrarily for each schema targetNamespace URI, meaning that their ordering may change depending on the WSDL and XSD order of processing with wsdl2h. Therefore, it is **strongly recommended** to declare your own prefix for each schema URI in `typemap.dat` to reduce maintaince effort of your code. This is more robust when anticipating possible changes of the schema(s) and/or the binding URI(s) and/or the tooling algorithms. The first and foremost important thing to do is to define prefix-URI bindings for our C/C++ code by adding the following line(s) to our `typemap.dat` or make a copy of this file and add the line(s) that bind our choice of prefix name to each URI: prefix = "URI" For example: g = "urn:graph" This produces `g__name` C/C++ type names that are bound to the "urn:graph" schema by association of `g` to the generated C/C++ types. This means that `` is parsed as an instance of a `g__name` C/C++ type. Also `` parses as an instance of `g__name`, because the prefix `x` has the same URI value `urn:graph`. Prefixes in XML have local scopes (like variables in a block). The first run of wsdl2h will reveal the URIs, so you do not need to search WSDLs and XSD files for all of the target namespaces. Just copy them from the generated header file after the first run into `typemap.dat` for editing. XSD type bindings {#typemap2} ----------------- Custom C/C++ type bindings can be declared in `typemap.dat` to associate C/C++ types with specific schema types. These type bindings have four parts: prefix__type = declaration | use | ptruse where - `prefix__type` is the schema type to be customized (the `prefix__type` name uses the common double underscore naming convention); - `declaration` declares the C/C++ type in the wsdl2h-generated header file. This part can be empty if no explicit declaration is needed; - `use` is an optional part that specifies how the C/C++ type is used in the code. When omitted, it is the same as `prefix__type`; - `ptruse` is an optional part that specifies how the type is used as a pointer type. By default it is the `use` type name with a `*` or C++11 `std::shared_ptr<>` when enabled (see further below). For example, to map xsd:duration to a `long long` (`LONG64`) type that holds millisecond duration values, we can use the custom serializer declared in `custom/duration.h` by adding the following line to `typemap.dat`: xsd__duration = #import "custom/duration.h" Here, we omitted the second field, because `xsd__duration` is the name that wsdl2h uses to identify and use this type for our code. The third field is omitted to let wsdl2h use `xsd__duration *` for pointers or `std::shared_ptr` if smart pointers are enabled. To map xsd:string to `wchar_t*` wide strings: xsd__string = | wchar_t* | wchar_t* Note that the first field is empty, because `wchar_t` is a C type and does not need to be declared. A `ptruse` field is given so that we do not end up generating the wrong pointer types, such as `wchar_t**` and `std::shared_ptr`. When the auto-generated declaration should be preserved but the `use` or `ptruse` fields replaced, then we use an ellipsis for the declaration part: prefix__type = ... | use | ptruse This is useful to map schema polymorphic types to C types for example, where we need to be able to both handle a base type and its extensions as per schema extensibility. Say we have a base type called ns:base that is extended, then we can remap this to a C type that permits referening the extended types via a `void*` as follows: ns__base = ... | int __type_base; void* such that `__type_base` and `void*` will be used to (de)serialize any data type, including base and its derived types. The `__type_base` integer is set to a `SOAP_TYPE_T` value to indicate what type of data the `void*` pointer points to. Custom serializers for XSD types {#custom} -------------------------------- In the previous part we saw how a custom serializer is used to bind xsd:duration to a `long long` (`LONG64` or `int64_t`) type to store millisecond duration values: xsd__duration = #import "custom/duration.h" The `xsd__duration` type is an alias of `long long` (`LONG64` or `int64_t`). While wsdl2h will use this binding declared in `typemap.dat` automatically, you will also need to compile `custom/duration.c`. Each custom serializer has a header file and an implementation file written in C. You can compile these in C++ (rename files to `.cpp` if needed). We will discuss the custom serializers that are available to you. ### xsd:integer {#custom-1} The wsdl2h tool maps xsd:integer to a string by default. To map xsd:integer to the 128 bit big int type `__int128_t`: xsd__integer = #import "custom/int128.h" The `xsd__integer` type is an alias of `__int128_t`. @warning Beware that the xsd:integer value space of integers is in principle unbounded and values can be of arbitrary length. A value range fault `SOAP_TYPE` (value exceeds native representation) or `SOAP_LENGTH` (value exceeds range bounds) will be thrown by the deserializer if the value is out of range. Other XSD integer types that are restrictions of xsd:integer, are xsd:nonNegativeInteger and xsd:nonPositiveInteger, which are further restricted by xsd:positiveInteger and xsd:negativeInteger. To bind these types to `__int128_t` we should also add the following definitions to `typemap.dat`: xsd__nonNegativeInteger = typedef xsd__integer xsd__nonNegativeInteger 0 : ; xsd__nonPositiveInteger = typedef xsd__integer xsd__nonPositiveInteger : 0 ; xsd__positiveInteger = typedef xsd__integer xsd__positiveInteger 1 : ; xsd__negativeInteger = typedef xsd__integer xsd__negativeInteger : -1 ; @note If `__int128_t` 128 bit integers are not supported on your platform and if it is certain that xsd:integer values are within 64 bit value bounds for your application's use, then you can map this type to `LONG64`: xsd__integer = typedef LONG64 xsd__integer; @note Again, a value range fault `SOAP_TYPE` or `SOAP_LENGTH` will be thrown by the deserializer if the value is out of range. @see Section [Numerical types](#toxsd5). ### xsd:decimal {#custom-2} The wsdl2h tool maps xsd:decimal to a string by default. To map xsd:decimal to extended precision floating point: xsd__decimal = #import "custom/long_double.h" | long double By contrast to all other custom serializers, this serializer enables `long double` natively without requiring a new binding name (`xsd__decimal` is NOT defined). If your system supports `` quadruple precision floating point `__float128`, you can map xsd:decimal to `xsd__decimal` that is an alias of `__float128`: xsd__decimal = #import "custom/float128.h" @warning Beware that xsd:decimal is in principle a decimal value with arbitraty lengths. A value range fault `SOAP_TYPE` will be thrown by the deserializer if the value is out of range. In the XML payload the special values `INF`, `-INF`, `NaN` represent plus or minus infinity and not-a-number, respectively. @see Section [Numerical types](#toxsd5). ### xsd:dateTime {#custom-3} The wsdl2h tool maps xsd:dateTime to `time_t` by default. The trouble with `time_t` when represented as 32 bit `long` integers is that it is limited to dates between 1970 and 2038. A 64 bit `time_t` is safe to use if the target platform supports it, but lack of 64 bit `time_t` portability may still cause date range issues. For this reason `struct tm` should be used to represent wider date ranges. This custom serializer avoids using date and time information in `time_t`. You get the raw date and time information. You only lose the day of the week information. It is always Sunday (`tm_wday=0`). To map xsd:dateTime to `xsd__dateTime` which is an alias of `struct tm`: xsd__dateTime = #import "custom/struct_tm.h" If the limited date range of `time_t` is not a problem but you want to increase the time precision with fractional seconds, then we suggest to map xsd:dateTime to `struct timeval`: xsd__dateTime = #import "custom/struct_timeval.h" If the limited date range of `time_t` is not a problem but you want to use the C++11 time point type `std::chrono::system_clock::time_point` (which internally uses `time_t`): xsd__dateTime = #import "custom/chrono_time_point.h" Again, we should make sure that the dates will not exceed the date range when using the default `time_t` binding for xsd:dateTime or when binding xsd:dateTime to `struct timeval` or to `std::chrono::system_clock::time_point`. These are safe to use in applications that use xsd:dateTime to record date stamps within a given window. Otherwise, we recommend the `struct tm` custom serializer. You could even map xsd:dateTime to a plain string (use `char*` with C and `std::string` with C++). For example: xsd__dateTime = | char* @see Section [Date and time types](#toxsd7). ### xsd:date {#custom-4} The wsdl2h tool maps xsd:date to a string by default. We can map xsd:date to `struct tm`: xsd__date = #import "custom/struct_tm_date.h" The `xsd__date` type is an alias of `struct tm`. The serializer ignores the time part and the deserializer only populates the date part of the struct, setting the time to 00:00:00. There is no unreasonable limit on the date range because the year field is stored as an integer (`int`). @see Section [Date and time types](#toxsd7). ### xsd:time {#custom-5} The wsdl2h tool maps xsd:time to a string by default. We can map xsd:time to an `unsigned long long` (`ULONG64` or `uint64_t`) integer with microsecond time precision: xsd__time = #import "custom/long_time.h" This type represents 00:00:00.000000 to 23:59:59.999999, from `0` to an upper bound of `86399999999`. A microsecond resolution means that a 1 second increment requires an increment of 1000000 in the integer value. The serializer adds a UTC time zone. @see Section [Date and time types](#toxsd7). ### xsd:duration {#custom-6} The wsdl2h tool maps xsd:duration to a string by default, unless xsd:duration is mapped to a `long long` (`LONG64` or `int64_t`) type with with millisecond (ms) time duration precision: xsd__duration = #import "custom/duration.h" The `xsd__duration` type is a 64 bit signed integer that can represent 106,751,991,167 days forwards (positive) and backwards (negative) in time in increments of 1 ms (1/1000 of a second). Rescaling of the duration value by may be needed when adding the duration value to a `time_t` value, because `time_t` may or may not have a seconds resolution, depending on the platform and possible changes to `time_t`. Rescaling is done automatically when you add a C++11 `std::chrono::nanoseconds` value to a `std::chrono::system_clock::time_point` value. To use `std::chrono::nanoseconds` as xsd:duration: xsd__duration = #import "custom/chrono_duration.h" This type can represent 384,307,168 days (2^63 nanoseconds) forwards and backwards in time in increments of 1 ns (1/1,000,000,000 of a second). Certain observations with respect to receiving durations in years and months apply to both of these serializer decoders for xsd:duration. @see Section [Time duration types](#toxsd8). Class/struct member additions {#typemap3} ----------------------------- All generated classes and structs can be augmented with additional members such as methods, constructors and destructors, and private members: prefix__type = $ member-declaration For example, we can add method declarations and private members to a class, say `ns__record` as follows: ns__record = $ ns__record(const ns__record &); // copy constructor ns__record = $ void print(); // a print method ns__record = $ private: int status; // a private member Note that method declarations cannot include any code, because soapcpp2's input permits only type declarations, not code. Replacing XSD types by equivalent alternatives {#typemap4} ---------------------------------------------- Type replacements can be given to replace one type entirely with another given type: prefix__type1 == prefix__type2 This replaces all `prefix__type1` by `prefix__type2` in the wsdl2h output. @warning Do not agressively replace types, because this can cause XML validation to fail when a value-type mismatch is encountered in the XML input. Therefore, only replace similar types with other similar types that are wider (e.g. `short` by `int` and `float` by `double`). The built-in typemap.dat variables $CONTAINER and $POINTER {#typemap5} ---------------------------------------------------------- The `typemap.dat` `$CONTAINER` variable defines the container to emit in the generated declarations, which is `std::vector` by default. For example, to emit `std::list` as the container in the wsdl2h-generated declarations: $CONTAINER = std::list The `typemap.dat` `$POINTER` variable defines the smart pointer to emit in the generated declarations, which replaces the use of `*` pointers. For example: $POINTER = std::shared_ptr Not all pointers in the generated output can be replaced by smart pointers. Regular pointers are still used as union members and for pointers to arrays of objects. @note The standard smart pointer `std::shared_ptr` is generally safe to use. Other smart pointers such as `std::unique_ptr` and `std::auto_ptr` may cause compile-time errors when classes have smart pointer members but no copy constructor (a default copy constructor). A copy constructor is required for non-shared smart pointer copying or swapping. Alternatives to `std::shared_ptr` of the form `NAMESPACE::shared_ptr` can be assigned to `$POINTER` when the namespace `NAMESPACE` also implements `NAMESPACE::make_shared` and when the shared pointer class provides `reset()` and`get()` methods and the dereference operator. For example Boost `boost::shared_ptr`: [ #include ] $POINTER = boost::shared_ptr The user-defined content between `[` and `]` ensures that we include the Boost header files that are needed to support `boost::shared_ptr` and `boost::make_shared`. User-defined content {#typemap6} -------------------- Any other content to be generated by wsdl2h can be included in `typemap.dat` by enclosing it within brackets `[` and `]` anywhere in the `typemap.dat` file. Each of the two brackets MUST appear at the start of a new line. For example, we can add an `#import "wsa5.h"` directive to the wsdl2h-generated output as follows: [ #import "import/wsa5.h" ] which emits the `#import "import/wsa5.h"` literally at the start of the wsdl2h-generated header file. Mapping C/C++ to XML schema {#toxsd} =========================== The soapcpp2 command generates the data binding implementation code from a data binding interface `file.h`: soapcpp2 [options] file.h where `file.h` is a gSOAP header file that declares the XML data binding interface. The `file.h` is typically generated by wsdl2h, but we can also declare one ourself. If so, we add gSOAP directives and declare in this file all our C/C++ types we want to serialize in XML. We can also declare functions that will be converted to service operations by soapcpp2. Global function declarations define service operations, which are of the form: int ns__name(arg1, arg2, ..., argn, result); where `arg1`, `arg2`, ..., `argn` are formal argument declarations of the input and `result` is a formal argument for the output, which must be a pointer or reference to the result object to be populated. More information can be found in the gSOAP user guide. Overview of serializable C/C++ types {#toxsd1} ------------------------------------ The following C/C++ types are supported by soapcpp2 and mapped to XSD types and constructs. See the subsections below for more details or follow the links. ### List of Boolean types | Boolean Type | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `bool` | C++ bool | | `enum xsd__boolean` | C alternative to C++ `bool` with `false_` and `true_` | @see Section [C++ bool and C alternative](#toxsd3). ### List of enumeration and bitmask types | Enumeration Type | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `enum` | enumeration | | `enum class` | C++11 scoped enumeration (soapcpp2 `-c++11`) | | `enum*` | a bitmask that enumerates values 1, 2, 4, 8, ... | | `enum* class` | C++11 scoped enumeration bitmask (soapcpp2 `-c++11`) | @see Section [Enumerations and bitmasks](#toxsd4). ### List of numerical types | Numerical Type | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `char` | byte | | `short` | 16 bit integer | | `int` | 32 bit integer | | `long` | 32 bit integer | | `LONG64` | 64 bit integer | | `xsd__integer` | 128 bit integer, use `#import "custom/int128.h"` | | `long long` | same as `LONG64` | | `unsigned char` | unsigned byte | | `unsigned short` | unsigned 16 bit integer | | `unsigned int` | unsigned 32 bit integer | | `unsigned long` | unsigned 32 bit integer | | `ULONG64` | unsigned 64 bit integer | | `unsigned long long` | same as `ULONG64` | | `int8_t` | same as `char` | | `int16_t` | same as `short` | | `int32_t` | same as `int` | | `int64_t` | same as `LONG64` | | `uint8_t` | same as `unsigned char` | | `uint16_t` | same as `unsigned short` | | `uint32_t` | same as `unsigned int` | | `uint64_t` | same as `ULONG64` | | `size_t` | transient type (not serializable) | | `float` | 32 bit float | | `double` | 64 bit float | | `long double` | extended precision float, use `#import "custom/long_double.h"` | | `xsd__decimal` | `` 128 bit quadruple precision float, use `#import "custom/float128.h"` | | `typedef` | declares a type name, with optional value range and string length bounds | @see Section [Numerical types](#toxsd5). ### List of string types | String Type | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `char*` | string (may contain UTF-8 with flag `SOAP_C_UTFSTRING`) | | `wchar_t*` | wide string | | `std::string` | C++ string (may contain UTF-8 with flag `SOAP_C_UTFSTRING`) | | `std::wstring` | C++ wide string | | `char[N]` | fixed-size string, requires soapcpp2 option `-b` | | `_QName` | normalized QName content | | `_XML` | literal XML string content with wide characters in UTF-8 | | `typedef` | declares a new string type name, may restrict string length | @see Section [String types](#toxsd6). ### List of date and time types | Date and Time Type | Notes | | --------------------------------------- | ------------------------------------------------------------------------- | | `time_t` | date and time point since epoch | | `struct tm` | date and time point, use `#import "custom/struct_tm.h"` | | `struct tm` | date point, use `#import "custom/struct_tm_date.h"` | | `struct timeval` | date and time point, use `#import "custom/struct_timeval.h"` | | `unsigned long long` | time point in microseconds, use `#import "custom/long_time.h"` | | `std::chrono::system_clock::time_point` | date and time point, use `#import "custom/chrono_time_point.h"` | @see Section [Date and time types](#toxsd7). ### List of time duration types | Time Duration Type | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `long long` | duration in milliseconds, use `#import "custom/duration.h"` | | `std::chrono::nanoseconds` | duration in nanoseconds, use `#import "custom/chrono_duration.h"` | @see Section [Time duration types](#toxsd8). ### List of classes and structs | Classes, Structs, and Members | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | `class` | C++ class with single inheritance only | | `struct` | C struct or C++ struct without inheritance | | `std::shared_ptr` | C++11 smart shared pointer | | `std::unique_ptr` | C++11 smart pointer | | `std::auto_ptr` | C++ smart pointer | | `std::deque` | use `#import "import/stldeque.h"` | | `std::list` | use `#import "import/stllist.h"` | | `std::vector` | use `#import "import/stlvector.h"` | | `std::set` | use `#import "import/stlset.h"` | | `template class` | a container with `begin()`, `end()`, `size()`, `clear()`, and `insert()` methods | | `T*` | data member: pointer to data of type `T` or points to array of `T` of size `__size` | | `T[N]` | data member: fixed-size array of type `T` | | `union` | data member: requires a variant selector member `__union` | | `void*` | data member: requires a `__type` member to indicate the type of object pointed to | @see Section [Classes and structs](#toxsd9). ### List of special classes and structs | Special Classes and Structs | Notes | | ----------------------------- | ----------------------------------------------------------------------------------- | | Special Array class/struct | single and multidimensional SOAP Arrays | | Special Wrapper class/struct | complexTypes with simpleContent, wraps `__item` member | | `xsd__hexBinary` | binary content | | `xsd__base64Binary` | binary content and optional MIME/MTOM attachments | | `xsd__anyType` | DOM elements, use `#import "dom.h"` | | `@xsd__anyAttribute` | DOM attributes, use `#import "dom.h"` | @see Section [Special classes and structs](#toxsd10). Colon notation versus name prefixing {#toxsd2} ------------------------------------ To bind C/C++ type names to XSD types, a simple form of name prefixing is used by the gSOAP tools by prepending the XML namespace prefix to the C/C++ type name with a pair of undescrores. This also ensures that name clashes cannot occur when multiple WSDL and XSD files are converted to C/C++. Also, C++ namespaces are not sufficiently rich to capture XML schema namespaces accurately, for example when class members are associated with schema elements defined in another XML namespace and thus the XML namespace scope of the member's name is relevant, not just its type. However, from a C/C++ centric point of view this can be cumbersome. Therefore, colon notation is an alternative to physically augmenting C/C++ names with prefixes. For example, the following class uses colon notation to bind the `record` class to the `urn:types` schema: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns schema namespace: urn:types class ns:record // binding 'ns:' to a type name { public: std::string name; uint64_t SSN; ns:record *spouse; // using 'ns:' with the type name ns:record(); // using 'ns:' here too ~ns:record(); // and here }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The colon notation is stripped away by soapcpp2 when generating the data binding implementation code for our project. So the final code just uses `record` to identify this class and its constructor/destructor. When using colon notation we have to be consistent and not use colon notation mixed with prefixed forms. The name `ns:record` differs from `ns__record`, because `ns:record` is compiled to an unqualified `record` name. Colon notation also facilitates overruling the elementFormDefault and attributeFormDefault declaration that is applied to local elements and attributes, when declared as members of classes, structs, and unions. For more details, see [Qualified and unqualified members](#toxsd9-6). C++ Bool and C alternatives {#toxsd3} --------------------------- The C++ `bool` type is bound to built-in XSD type xsd:boolean. The C alternative is to define an enumeration: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum xsd__boolean { false_, true_ }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ or by defining an enumeration in C with pseudo-scoped enumeration constants: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum xsd__boolean { xsd__boolean__false, xsd__boolean__true }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The XML value space of these types is `false` and `true`, but also accepted are `0` and `1` values for false and true, respectively. To prevent name clashes, `false_` and `true_` have an underscore. Trailing underscores are removed from the XML value space. Enumerations and bitmasks {#toxsd4} ------------------------- Enumerations are mapped to XSD simpleType enumeration restrictions of xsd:string, xsd:QName, and xsd:long. Consider for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__Color { RED, WHITE, BLUE }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of xsd:string in the soapcpp2-generated schema: Enumeration name constants can be pseudo-scoped to prevent name clashes, because enumeration name constants have a global scope in C and C++: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__Color { ns__Color__RED, ns__Color__WHITE, ns__Color__BLUE }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We can also use C++11 scoped enumerations to prevent name clashes: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum class ns__Color : int { RED, WHITE, BLUE }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Here, the enumeration class base type `: int` is optional. In place of `int` in the example above, we can also use `int8_t`, `int16_t`, `int32_t`, or `int64_t`. The XML value space of the enumertions defined above is `RED`, `WHITE`, and `BLUE`. Prefix-qualified enumeration name constants are mapped to simpleType restrictions of xsd:QName, for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__types { xsd__int, xsd__float }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of xsd:QName in the soapcpp2-generated schema: Enumeration name constants can be pseudo-numeric as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__Primes { _3 = 3, _5 = 5, _7 = 7, _11 = 11 }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of `xsd:long`: The XML value space of this type is `3`, `5`, `7`, and `11`. Besides (pseudo-) scoped enumerations, another way to prevent name clashes accross enumerations is to start an enumeration name constant with one underscore or followed it by any number of underscores, which makes it unique. The leading and trailing underscores are removed from the XML value space. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__ABC { A, B, C }; enum ns__BA { B, A }; // BAD: B = 1 but B is already defined as 2 enum ns__BA_ { B_, A_ }; // OK ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The gSOAP soapcpp2 tool permits reusing enumeration name constants across (non-scoped) enumerations as long as these values are assigned the same constant. Therefore, the following is permitted: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__Primes { _3 = 3, _5 = 5, _7 = 7, _11 = 11 }; enum ns__Throws { _1 = 1, _2 = 2, _3 = 3, _4 = 4, _5 = 5, _6 = 6 }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ A bitmask type is an `enum*` "product" enumeration with a geometric, power-of-two sequence of values assigned to the enumeration constants: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum* ns__Options { SSL3, TLS10, TLS11, TLS12 }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where the product enum assigns 1 to `SSL3`, 2 to `TLS10`, 4 to `TLS11`, and 8 to `TLS12`, which allows these enumeration constants to be used in composing bitmasks with `|` (bitwise or) `&` (bitwise and), and `~` (bitwise not): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum ns__Options options = (enum ns__Options)(SSL3 | TLS10 | TLS11 | TLS12); if (options & SSL3) // if SSL3 is an option, warn and remove from options { warning(); options &= ~SSL3; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The bitmask type maps to a simpleType list restriction of xsd:string in the soapcpp2-generated schema: The XML value space of this type consists of all 16 possible subsets of the four values, represented by an XML string with space-separated values. For example, the bitmask `TLS10 | TLS11 | TLS12` equals 14 and is represented in by the XML string `TLS10 TLS11 TLS12`. We can also use C++11 scoped enumerations with bitmasks: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} enum* class ns__Options { SSL3, TLS10, TLS11, TLS12 }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The base type of a scoped enumeration bitmask, when explicitly given, is ignored. The base type is either `int` or `int64_t`, depending on the number of constants enumerated in the bitmask. To convert `enum` name constants and bitmasks to a string, we use the auto-generated function for enum `T`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} const char *soap_T2s(struct soap*, enum T val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The string returned is stored in an internal buffer of the current `soap` context, so you MUST copy it to keep it from being overwritten. For example, use `char *soap_strdup(struct soap*, const char*)`. To convert a string to an `enum` constant or bitmask, we use the auto-generated function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int soap_s2T(struct soap*, const char *str, enum T *val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This function takes the name (or names, space-separated for bitmasks) of the enumeration constant in a string `str`. Names should be given without the pseudo-scope prefix and without trailing underscores. The function sets `val` to the corresponding integer enum constant or to a bitmask. The function returns `SOAP_OK` (zero) on success or an error if the string is not a valid enumeration name. Numerical types {#toxsd5} --------------- Integer and floating point types are mapped to the equivalent built-in XSD types with the same sign and bit width. The `size_t` type is transient (not serializable) because its width is platform dependent. We recommend to use `uint64_t` instead. The XML value space of integer types are their decimal representations without loss of precision. The XML value space of floating point types are their decimal representations. The decimal representations are formatted with the printf format string "%.9G" for floats and the printf format string "%.17lG" for double. To change the format strings, we can assign new strings to the following `struct soap` context members: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap.float_format = "%g"; soap.double_format = "%lg"; soap.long_double_format = "%Lg"; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that decimal representations may result in a loss of precision of the least significant decimal. Therefore, the format strings that are used by default are sufficiently precise to avoid loss, but this may result in long decimal fractions in the XML value space. The `long double` extended floating point type requires a custom serializer: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/long_double.h" ... use long double ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can now use `long double`, which has a serializer that serializes this type as `xsd:decimal`. Compile and link your code with `custom/long_double.c`. The value space of floating point values includes the special values `INF`, `-INF`, and `NaN`. You can check a value for plus or minus infinity and not-a-number as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap_isinf(x) && x > 0 // is x INF? soap_isinf(x) && x < 0 // is x -INF? soap_isnan(x) // is x NaN? ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To assign these values, use: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // x is float // x is double, long double, or __float128 x = FLT_PINFY; x = DBL_PINFTY; x = FLT_NINFY; x = DBL_NINFTY; x = FLT_NAN; x = DBL_NAN; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ If your system supports `__float128` then you can also use this 128 bit floating point type with a custom serializer: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/float128.h" ... use xsd__decimal ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Then use the `xsd__decimal` alias of `__float128`, which has a serializer. Do not use `__float128` directly, which is transient (not serializable). To check for `INF`, `-INF`, and `NaN` of a `__float128` value use: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} isinfq(x) && x > 0 // is x INF? isinfq(x) && x < 0 // is x -INF? isnanq(x) // is x NaN? ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The range of a typedef-defined numerical type can be restricted using the range `:` operator with inclusive lower and upper bounds. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef int ns__narrow -10 : 10; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to a simpleType restriction of xsd:int in the soapcpp2-generated schema: The lower and upper bound of a range are optional. When omitted, values are not bound from below or from above, respectively. The range of a floating point typedef-defined type can be restricted within floating point constant bounds. Also with a floating point typedef a printf format pattern can be given of the form `"%[width][.precision]f"` to format decimal values using the given width and precision fields: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef float ns__PH "%5.2f" 0.0 : 14.0; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to a simpleType restriction of xsd:float in the soapcpp2-generated schema: For exclusive bounds, we use the `<` operator instead of the `:` range operator: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef float ns__epsilon 0.0 < 1.0; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Values `eps` of `ns__epsilon` are restricted between `0.0 < eps < 1.0`. This maps to a simpleType restriction of xsd:float in the soapcpp2-generated schema: To make just one of the bounds exclusive, while keeping the other bound inclusive, we add a `<` on the left or on the right side of the range ':' operator. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef float ns__pos 0.0 < : ; // 0.0 < pos typedef float ns__neg : < 0.0 ; // neg < 0.0 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ It is valid to make both left and right side exclusive with `< : <` which is in fact identical to the exlusive range `<` operator: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef float ns__epsilon 0.0 < : < 1.0; // 0.0 < eps < 1.0 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ It helps to think of the `:` as a placeholder of the value between the two bounds, which is easier to memorize than the shorthand forms of bounds from which the `:` is removed: | Bounds | Validation Check | Shorthand | | ---------- | ---------------- | --------- | | 1 : | 1 <= x | 1 | | 1 : 10 | 1 <= x <= 10 | | | : 10 | x <= 10 | | | 1 < : < 10 | 1 < x < 10 | 1 < 10 | | 1 : < 10 | 1 <= x < 10 | | | : < 10 | x < 10 | < 10 | | 1 < : | 1 < x | 1 < | | 1 < : 10 | 1 < x <= 10 | | Besides `float`, also `double` and `long double` values can be restricted. For example, consider a nonzero probability extended floating point precision type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/long_double.h" typedef long double ns__probability "%16Lg" 0.0 < : 1.0; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Value range restrictions are validated by the parser for all inbound XML data. A type fault `SOAP_TYPE` will be thrown by the deserializer if the value is out of range. Finally, if your system supports `__int128_t` then you can also use this 128 bit integer type with a custom serializer: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/int128.h" ... use xsd__integer ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We use the `xsd__integer` alias of `__int128_t`, which has a serializer. Do not use `__int128_t` directly, which is transient (not serializable). To convert numeric values to a string, we use the auto-generated function for numeric type `T`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} const char *soap_T2s(struct soap*, T val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For numeric types `T`, the string returned is stored in an internal buffer of the current `soap` context, so you MUST copy it to keep it from being overwritten. For example, use `char *soap_strdup(struct soap*, const char*)`. To convert a string to a numeric value, we use the auto-generated function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int soap_s2T(struct soap*, const char *str, T *val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `T` is for example `int`, `LONG64`, `float`, `decimal` (the custom serializer name of `long double`) or `xsd__integer` (the custom serializer name of `__int128_t`). The function `soap_s2T` returns `SOAP_OK` on success or an error when the value is not numeric. For floating point types, "INF", "-INF" and "NaN" are valid strings to convert to numbers. String types {#toxsd6} ------------ String types are mapped to the built-in xsd:string and xsd:QName XSD types. The wide strings `wchar_t*` and `std::wstring` may contain Unicode that is preserved in the XML value space. Strings `char*` and `std::string` can only contain extended Latin, but we can store UTF-8 content that is preserved in the XML value space when the `struct soap` context is initialized with the flag `XML_C_UTFSTRING`. @warning Beware that many XML 1.0 parsers reject all control characters (those between `#x1` and `#x1F`) except `#x9`, `#xA`, and `#xD`. With the newer XML 1.1 version parsers (including gSOAP) you should be fine. The length of a string of a typedef-defined string type can be restricted: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string ns__password 6 : 16; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of xsd:string in the soapcpp2-generated schema: String length restrictions are validated by the parser for inbound XML data. A value length fault `SOAP_LENGTH` will be thrown by the deserializer if the string is too long or too short. In addition, an XSD regex pattern restriction can be associated with a string typedef: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string ns__password "([a-zA-Z]|[0-9]|-)+" 6 : 16; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of xsd:string in the soapcpp2-generated schema: Pattern restrictions are validated by the parser for inbound XML data only if the `soap::fsvalidate` and `soap::fwvalidate` callbacks are defined, see the gSOAP user guide for more details. Exclusive length bounds can be used with strings: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string ns__string255 : < 256; // same as 0 : 255 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Fixed-size strings (`char[N]`) are rare occurrences in the wild, but apparently still used in some projects to store strings. To facilitate fixed-size string serialization, use soapcpp2 option `-b`. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef char ns__buffer[10]; // requires soapcpp2 option -b ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which maps to a simpleType restriction of xsd:string in the soapcpp2-generated schema: Note that fixed-size strings MUST contain NUL-terminated text and SHOULD NOT contain raw binary data. Also, the length limitation is more restrictive for UTF-8 content (enabled with the `SOAP_C_UTFSTRING`) that requires multibyte character encodings. As a consequence, UTF-8 content may be truncated to fit. Note that raw binary data can be stored in a `xsd__base64Binary` or `xsd__hexBinary` structure, or transmitted as a MIME attachment. The built-in `_QName` type is a regular C string type (`char*`) that maps to xsd:QName but has the added advantage that it holds normalized qualified names. There are actually two forms of normalized QName content, to ensure any QName is represented accurately and uniquely: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} "prefix:name" "\"URI\":name" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The first form of string is used when the prefix (and the binding URI) is defined in the namespace table and is bound to a URI (see the .nsmap file). The second form is used when the URI is not defined in the namespace table and therefore no prefix is available to bind and normalize the URI to. A `_QName` string may contain a sequence of space-separated QName values, not just one, and all QName values are normalized to the format shown above. To define a `std::string` base type for xsd:QName, we use a typedef: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string xsd__QName; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `xsd__QName` string content is normalized, just as with the `_QName` normalization. To serialize strings that contain literal XML content to be reproduced in the XML value space, use the built-in `_XML` string type, which is a regular C string type (`char*`) that maps to plain XML CDATA. To define a `std::string` base type for literal XML content, use a typedef: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string XML; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Strings can hold any of the values of the XSD built-in primitive types. We can use a string typedef to declare the use of the string type as a XSD built-in type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string xsd__token; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We MUST ensure that the string values we populate in this type conform to the XML standard, which in case of xsd:token is: the lexical and value spaces of xsd:token are the sets of all strings after whitespace replacement of any occurrence of `#x9`, `#xA` , and `#xD` by `#x20` and collapsing. To copy `char*` or `wchar_t*` strings with a context that manages the allocated memory, use functions ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} char *soap_strdup(struct soap*, const char*) wchar_t *soap_wstrdup(struct soap*, const wchar_t*) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To convert a wide string to a UTF-8 encoded string, use function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t *s) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The function allocates and returns a string, with its memory being managed by the context. To convert a UTF-8 encoded string to a wide string, use function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int soap_s2wchar(struct soap*, const char *from, wchar_t **to, long minlen, long maxlen) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `to` is set to point to an allocated `wchar_t*` string. Pass `-1` for `minlen` and `maxlen` to ignore length constraints on the target string. The function returns `SOAP_OK` or an error when the length constraints are not met. Date and time types {#toxsd7} ------------------- The C/C++ `time_t` type is mapped to the built-in xsd:dateTime XSD type that represents a date and time within a time zone (typically UTC). The XML value space contains ISO 8601 Gregorian time instances of the form `[-]CCYY-MM-DDThh:mm:ss.sss[Z|(+|-)hh:mm]`, where `Z` is the UTC time zone or a time zone offset `(+|-)hh:mm]` from UTC is used. A `time_t` value is considered and represented in UTC by the serializer. Because the `time_t` value range is restricted to dates after 01/01/1970 and before 2038 assuming `time_t` is a `long` 32 bit, care must be taken to ensure the range of xsd:dateTime values in XML exchanges do not exceed the `time_t` range. This restriction does not hold for `struct tm` (``), which we can use to store and exchange a date and time in UTC without date range restrictions. The serializer uses the `struct tm` members directly for the XML value space of xsd:dateTime: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct tm { int tm_sec; // seconds (0 - 60) int tm_min; // minutes (0 - 59) int tm_hour; // hours (0 - 23) int tm_mday; // day of month (1 - 31) int tm_mon; // month of year (0 - 11) int tm_year; // year - 1900 int tm_wday; // day of week (Sunday = 0) (NOT USED) int tm_yday; // day of year (0 - 365) (NOT USED) int tm_isdst; // is summer time in effect? char* tm_zone; // abbreviation of timezone (NOT USED) }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You will lose the day of the week information. It is always Sunday (`tm_wday=0`) and the day of the year is not set either. The time zone is UTC. This `struct tm` type is mapped to the built-in xsd:dateTime XSD type and serialized with the custom serializer `custom/struct_tm.h` that declares a `xsd__dateTime` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/struct_tm.h" // import typedef struct tm xsd__dateTime; ... use xsd__dateTime ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/struct_tm.c`. The `struct timeval` (``) type is mapped to the built-in xsd:dateTime XSD type and serialized with the custom serializer `custom/struct_timeval.h` that declares a `xsd__dateTime` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/struct_timeval.h" // import typedef struct timeval xsd__dateTime; ... use xsd__dateTime ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/struct_timeval.c`. Note that the same value range restrictions apply to `struct timeval` as they apply to `time_t`. The added benefit of `struct timeval` is the addition of a microsecond-precise clock: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct timeval { time_t tv_sec; // seconds since Jan. 1, 1970 suseconds_t tv_usec; // and microseconds }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ A C++11 `std::chrono::system_clock::time_point` type is mapped to the built-in xsd:dateTime XSD type and serialized with the custom serializer `custom/chrono_time_point.h` that declares a `xsd__dateTime` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/chrono_time_point.h" // import typedef std::chrono::system_clock::time_point xsd__dateTime; ... use xsd__dateTime ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/chrono_time_point.cpp`. The `struct tm` type is mapped to the built-in xsd:date XSD type and serialized with the custom serializer `custom/struct_tm_date.h` that declares a `xsd__date` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/struct_tm_date.h" // import typedef struct tm xsd__date; ... use xsd__date ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/struct_tm_date.c`. The XML value space of xsd:date are Gregorian calendar dates of the form `[-]CCYY-MM-DD[Z|(+|-)hh:mm]` with a time zone. The serializer ignores the time part and the deserializer only populates the date part of the struct, setting the time to 00:00:00. There is no unreasonable limit on the date range because the year field is stored as an integer (`int`). An `unsigned long long` (`ULONG64` or `uint64_t`) type that contains a 24 hour time in microseconds UTC is mapped to the built-in xsd:time XSD type and serialized with the custom serializer `custom/long_time.h` that declares a `xsd__time` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/long_time.h" // import typedef unsigned long long xsd__time; ... use xsd__time ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/long_time.c`. This type represents 00:00:00.000000 to 23:59:59.999999, from `0` to an upper bound of `86399999999`. A microsecond resolution means that a 1 second increment requires an increment of 1000000 in the integer value. The XML value space of xsd:time are points in time recurring each day of the form `hh:mm:ss.sss[Z|(+|-)hh:mm]`, where `Z` is the UTC time zone or a time zone offset from UTC is used. The `xsd__time` value is always considered and represented in UTC by the serializer. To convert date and/or time values to a string, we use the auto-generated function for type `T`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} const char *soap_T2s(struct soap*, T val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For date and time types `T`, the string returned is stored in an internal buffer of the current `soap` context, so you MUST copy it to keep it from being overwritten. For example, use `char *soap_strdup(struct soap*, const char*)`. To convert a string to a date/time value, we use the auto-generated function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int soap_s2T(struct soap*, const char *str, T *val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `T` is for example `dateTime` (for `time_t`), `xsd__dateTime` (for `struct tm`, `struct timeval`, or `std::chrono::system_clock::time_point`). The function `soap_s2T` returns `SOAP_OK` on success or an error when the value is not a date/time. Time duration types {#toxsd8} ------------------- The XML value space of xsd:duration are values of the form `PnYnMnDTnHnMnS` where the capital letters are delimiters. Delimiters may be omitted when the corresponding member is not used. A `long long` (`LONG64` or `int64_t`) type that contains a duration (time lapse) in milliseconds is mapped to the built-in xsd:duration XSD type and serialized with the custom serializer `custom/duration.h` that declares a `xsd__duration` type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/duration.h" // import typedef long long xsd__duration; ... use xsd__duration ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/duration.c`. The duration type `xsd__duration` can represent 106,751,991,167 days forward and backward with millisecond precision. Durations that exceed a month are always output in days, rather than months to avoid days-per-month conversion inacurracies. Durations that are received in years and months instead of total number of days from a reference point are not well defined, since there is no accepted reference time point (it may or may not be the current time). The decoder simple assumes that there are 30 days per month. For example, conversion of "P4M" gives 120 days. Therefore, the durations "P4M" and "P120D" are assumed to be identical, which is not necessarily true depending on the reference point in time. Rescaling of the duration value by may be needed when adding the duration value to a `time_t` value, because `time_t` may or may not have a seconds resolution, depending on the platform and possible changes to `time_t`. Rescaling is done automatically when you add a C++11 `std::chrono::nanoseconds` value to a `std::chrono::system_clock::time_point` value. To use `std::chrono::nanoseconds` as xsd:duration: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "custom/chrono_duration.h" // import typedef std::chrono::duration xsd__duration; ... use xsd__duration ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your code with `custom/chrono_duration.cpp`. This type can represent 384,307,168 days (2^63 nanoseconds) forwards and backwards in time in increments of 1 ns (1/1000000000 second). The same observations with respect to receiving durations in years and months apply to this serializer's decoder. To convert duration values to a string, we use the auto-generated function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} const char *soap_xsd__duration2s(struct soap*, xsd__duration val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The string returned is stored in an internal buffer, so you MUST copy it to keep it from being overwritten, Use `soap_strdup(struct soap*, const char*)` for example to copy this string. To convert a string to a duration value, we use the auto-generated function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int soap_s2xsd__dateTime(struct soap*, const char *str, xsd__dateTime *val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The function returns `SOAP_OK` on success or an error when the value is not a duration. Classes and structs {#toxsd9} ------------------- Classes and structs are mapped to XSD complexTypes. The XML value space consists of XML elements with attributes and subelements, possibly constrained by validation rules that enforce element and attribute occurrence contraints, numerical value range constraints, and string length and pattern constraints. Classes that are declared with the gSOAP tools are limited to single inheritence only. Structs cannot be inherited. The class and struct name is bound to an XML namespace by means of the prefix naming convention or by using [Colon notation](#toxsd1): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns schema namespace: urn:types class ns__record { public: std::string name; uint64_t SSN; ns__record *spouse; ns__record(); ~ns__record(); protected: struct soap *soap; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ In the example above, we also added a context pointer to the `struct soap` that manages this instance. It is set when the instance is created in the engine's context, for example when deserialized and populated by the engine. The class maps to a complexType in the soapcpp2-generated schema: ### Serializable versus transient types and members {#toxsd9-1} Public data members of a class or struct are serialized. Private and protected members are transient and not serializable. Also `const` and `static` members are not serializable, with the exception of `const char*` and `const wchar_t*`. Types and specific class/struct members can be made transient by using the `extern` qualifier: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} extern class std::ostream; // declare 'std::ostream' transient class ns__record { public: extern int num; // not serialized std::ostream out; // not serialized static const int MAX = 1024; // not serialized }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ By declaring `std::ostream` transient we can use this type where we need it and without soapcpp2 complaining that this class is not defined. ### Volatile classes and structs {#toxsd9-2} Classes and structs can be declared `volatile` with the gSOAP tools. This means that they are already declared elsewhere in our project's source code. We do not want soapcpp2 to generate a second definition for these types. For example, `struct tm` is declared in ``. We want it serializable and serialize only a selection of its data members: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} volatile struct tm { int tm_sec; // seconds (0 - 60) int tm_min; // minutes (0 - 59) int tm_hour; // hours (0 - 23) int tm_mday; // day of month (1 - 31) int tm_mon; // month of year (0 - 11) int tm_year; // year - 1900 }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We can declare classes and structs `volatile` for any such types we want to serialize by only providing the public data members we want to serialize. Colon notation is a simple and effective way to bind an existing class or struct to a schema. For example, we can change the `tm` name as follows without affecting the code that uses `struct tm` generated by soapcpp2: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} volatile struct ns:tm { ... } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This struct maps to a complexType in the soapcpp2-generated schema: ### Mutable classes and structs {#toxsd9-3} Classes and structs can be declared `mutable` with the gSOAP tools. This means that their definition can be spread out over the source code. This promotes the concept of a class or struct as a *row of named values*, also known as a *named tuple*, that can be extended at compile time in our source code with additional members. Because these types differ from the traditional object-oriented principles and design concepts of classes and objects, constructors and destructors cannot be defined (also because we cannot guarantee merging these into one such that all members will be initialized). A default constructor, copy constructor, assignment operation, and destructor will be assigned automatically by soapcpp2. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} mutable struct ns__tuple { @std::string id; }; mutable struct ns__tuple { std::string name; std::string value; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The members are collected into one definition generated by soapcpp2. Members may be repeated from one definition to another, but only if their associated types are identical. So, for example, a third extension with a `value` member with a different type fails: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} mutable struct ns__tuple { float value; // BAD: value is already declared std::string }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `mutable` concept has proven to be very useful when declaring and collecting SOAP Headers for multiple services, which are collected into one `struct SOAP_ENV__Header` by the soapcpp2 tool. ### Default member values in C and C++ {#toxsd9-4} Class and struct data members in C and C++ may be declared with an optional default initialization value that is provided "inline" with the declaration of the member: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: std::string name = "Joe"; ... }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ These initializations are made by the default constructor that is added by soapcpp2 to each class and struct. A constructor is only added when a default constructor is not already defined with the class declaration. You can explicitly (re)initialize an object with the auto-generated `soap_default(struct soap*)` method of a class and the auto-generated `soap_default_T(struct soap*, T*)` function for a struct `T` in C and C++. Initializations can only be provided for members that have primitive types (`bool`, `enum`, `time_t`, numeric and string types). ### Attribute members {#toxsd9-5} Class and struct data members can be declared as XML attributes by annotating their type with a `@` with the declaration of the member: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: @std::string name; @uint64_t SSN; ns__record *spouse; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema: An example XML instance of `ns__record` is: Attribute data members are restricted to primitive types (`bool`, `enum`, `time_t`, numeric and string types), `xsd__hexBinary`, `xsd__base64Binary`, and custom serializers, such as `xsd__dateTime`. Custom serializers for types that may be used as attributes MUST define `soap_s2T` and `soap_T2s` functions that convert values of type `T` to strings and back. Attribute data members can be pointers and smart pointers to these types, which permits attributes to be optional. ### Qualified and unqualified members {#toxsd9-6} Class, struct, and union data members are mapped to namespace qualified or unqualified tag names of local elements and attributes. If a data member has no prefix then the default form of qualification is applied based on the element/attribute form that is declared with the schema of the class, struct, or union type. If the member name has a namespace prefix by colon notation, then the prefix overrules the default (un)qualified form. Colon notation is an effective mechanism to control qualification of tag names of individual members of classes, structs, and unions. The XML schema elementFormDefault and attributeFormDefault declarations control the tag name qualification of local elements and attributes, respectively. - "unqualified" indicates that local elements/attributes are not qualified with the namespace prefix. - "qualified" indicates that local elements/attributes must be qualified with the namespace prefix. Individual schema declarations of local elements and attributes may overrule this by using the form declaration in a schema and by using colon notation to add namespace prefixes to class, struct, and union members in the header file for soapcpp2. Consider for example an `ns__record` class in the `ns` namespace in which local elements are qualified and local attributes are unqualified by default: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns schema namespace: urn:types //gsoap ns schema elementForm: qualified //gsoap ns schema attributeForm: unqualified class ns__record { public: @std::string name; @uint64_t SSN; ns__record *spouse; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema with targetNamespace "urn:types", elementFormDefault qualified and attributeFormDefault unqualified: An example XML instance of `ns__record` is: name="Jane" SSN="1987654320"> Note that the root element ns:record is qualified because it is a root element of the schema with target namespace "urn:types". Its local element ns:spouse is namespace qualified because the elementFormDefault of local elements is qualified. Attributes are unqualified. The default namespace (un)qualification of local elements and attributes can be overruled by adding a prefix to the member name by using colon notation: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns schema namespace: urn:types //gsoap ns schema elementForm: qualified //gsoap ns schema attributeForm: unqualified class ns__record { public: @std::string ns:name; // 'ns:' qualified @uint64_t SSN; ns__record *:spouse; // ':' unqualified }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The colon notation for member `ns:name` forces qualification of its attribute tag in XML. The colon notation for member `:spouse` removes qualification from its local element tag: XML instances of `ns__record` have unqualified spouse elements and qualified ns:name attributes: ns:name="Jane" SSN="1987654320"> Note that data members can also be prefixed using the `prefix__name` convention. However, this has a different effect by referring to global (root) elements and attributes, see [Defining document root elements](#toxsd9-7). @note You must declare a target namespace with a `//gsoap ns schema namespace:` directive to enable the `elementForm` and `attributeForm` directives in order to generate valid schemas with soapcpp2. ### Defining document root elements {#toxsd9-7} To define and reference XML document root elements we use type names that start with an underscore: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class _ns__record ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Alternatively, we can use a typedef to define a document root element with a given type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef ns__record _ns__record; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This typedef maps to a global root element that is added to the soapcpp2-generated schema: An example XML instance of `_ns__record` is: Joe 1234567890 Jane 1987654320 Global-level element/attribute definitions are also referenced and/or added to the generated schema when serializable data members reference these by their qualified name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string _ns__name 1 : 100; class _ns__record { public: @_QName xsi__type; // built-in XSD attribute xsi:type _ns__name ns__name; // ref to global ns:name element uint64_t SSN; _ns__record *spouse; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ These types map to the following comonents in the soapcpp2-generated schema: Use only use qualified member names when their types match the global-level element types that they refer to. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} typedef std::string _ns__name; // global element ns:name of type xsd:string class _ns__record { public: int ns__name; // BAD: global element ns:name is NOT type int _ns__record ns__record; // OK: ns:record is a global-level root element ... }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Therefore, we recommend to use qualified member names only when necessary to refer to standard XSD elements and attributes, such as `xsi__type`, and `xsd__lang`. By contrast, colon notation has the desired effect to (un)qualify local tag names by overruling the default element/attribute namespace qualification, see [Qualified and unqualified members](#toxsd9-6). ### (Smart) pointer members and their occurrence constraints {#toxsd9-8} A public pointer-typed data member is serialized by following its (smart) pointer(s) to the value pointed to. To serialize pointers to dynamic arrays of data, please see the next section on [Container members and their occurrence constraints](#toxsd9-9). Pointers that are NULL and smart pointers that are empty are serialized to produce omitted element and attribute values, unless an element is required and is nillable. To control the occurrence requirements of pointer-based data members, occurrence constraints are associated with data members in the form of a range `minOccurs : maxOccurs`. For non-repeatable (meaning, not a container or array) data members, there are only three reasonable occurrence constraints: - `0:0` means that this element or attribute is prohibited. - `0:1` means that this element or attribute is optional. - `1:1` means that this element or attribute is required. Pointer-based data members have a default `0:1` occurrence constraint, making them optional, and their XML schema local element/attribute definition is marked as nillable. Non-pointer data members have a default `1:1` occurence constraint, making them required. A pointer data member that is explicitly marked as required with `1:1` will be serialized as an element with an xsi:nil attribute, thus effectively revealing the NULL property of its value. A non-pointer data member that is explicitly marked as optional with `0:1` will be set to its default value when no XML value is presented to the deserializer. A default value can be assigned to data members that have primitive types. Consider for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: std::shared_ptr name; // optional (0:1) uint64_t SSN 0:1 = 999; // forced this to be optional with default 999 ns__record *spouse 1:1; // forced this to be required (only married people) }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema: An example XML instance of `ns__record` with its `name` string value set to `Joe`, `SSN` set to its default, and `spouse` set to NULL: Joe 999 @note In general, a smart pointer is simply declared as a `volatile` template in a gSOAP header file for soapcpp2: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} volatile template class NAMESPACE::shared_ptr; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ @note The soapcpp2 tool generates code that uses `NAMESPACE::shared_ptr` and `NAMESPACE::make_shared` to create shared pointers to objects, where `NAMESPACE` is any valid C++ namespace such as `std` and `boost` if you have Boost installed. ### Container members and their occurrence constraints {#toxsd9-9} Class and struct data member types that are containers `std::deque`, `std::list`, `std::vector` and `std::set` are serialized as a collection of the values they contain. You can also serialize dynamic arrays, which is the alternative for C to store collections of data. Let's start with STL containers. You can use `std::deque`, `std::list`, `std::vector`, and `std::set` containers by importing: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "import/stl.h" // import all containers #import "import/stldeque.h" // import deque #import "import/stllist.h" // import list #import "import/stlvector.h" // import vector #import "import/stlset.h" // import set ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For example, to use a vector data mamber to store names in a record: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "import/stlvector.h" class ns__record { public: std::vector names; uint64_t SSN; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To limit the number of names in the vector within reasonable bounds, occurrence constraints are associated with the container. Occurrence constraints are of the form `minOccurs : maxOccurs`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "import/stlvector.h" class ns__record { public: std::vector names 1:10; uint64_t SSN; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema: @note In general, a container is simply declared as a template in a gSOAP header file for soapcpp2. All class templates are considered containers (except when declared `volatile`, see smart pointers). For example, `std::vector` is declared in `gsoap/import/stlvector.h` as: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} template class std::vector; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ @note You can define and use your own containers. The soapcpp2 tool generates code that uses the following members of the `template class C` container: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} void C::clear() C::iterator C::begin() C::const_iterator C::begin() const C::iterator C::end() C::const_iterator C::end() const size_t C::size() const C::iterator C::insert(C::iterator pos, const T& val) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ @note For more details see the example `simple_vector` container with documentation in the package under `gsoap/samples/template`. Because C does not support a container template library, we can use a dynamically-sized array of values. This array is declared as a size-pointer pair of members within a struct or class. The array size information is stored in a special size tag member with the name `__size` or `__sizeX`, where `X` can be any name, or by an `$int` member to identify the member as a special size tag: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct ns__record { $int sizeofnames; // array size char* *names; // array of char* names uint64_t SSN; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema: To limit the number of names in the array within reasonable bounds, occurrence constraints are associated with the array size member. Occurrence constraints are of the form `minOccurs : maxOccurs`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct ns__record { $int sizeofnames 1:10; // array size 1..10 char* *names; // array of one to ten char* names uint64_t SSN; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This class maps to a complexType in the soapcpp2-generated schema: ### Tagged union members {#toxsd9-10} A union member in a class or in a struct cannot be serialized unless a discriminating *variant selector* member is provided that tells the serializer which union field to serialize. This effectively creates a *tagged union*. The variant selector is associated with the union as a selector-union pair of members. The variant selector is a member with the name `__union` or `__unionX`, where `X` can be any name, or by an `$int` member to identify the member as a variant selector tag: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int xORnORs; // variant selector with values SOAP_UNION_fieldname union choice { float x; int n; char *s; } u; std::string name; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The variant selector values are auto-generated based on the union name `choice` and the names of its members `x`, `n`, and `s`: - `xORnORs = SOAP_UNION_choice_x` when `u.x` is valid. - `xORnORs = SOAP_UNION_choice_n` when `u.n` is valid. - `xORnORs = SOAP_UNION_choice_s` when `u.s` is valid. - `xORnORs = 0` when none are valid (should only be used with great care, because XML content validation may fail when content is required but absent). This class maps to a complexType with a sequence and choice in the soapcpp2-generated schema: An STL container or dynamic array of a union requires wrapping the variant selector and union member in a struct: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: std::vector< struct ns__data // data with a choice of x, n, or s { $int xORnORs; // variant selector with values SOAP_UNION_fieldname union choice { float x; int n; char *s; } u; }> data; // vector with data }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ and an equivalent definition with a dynamic array instead of a `std::vector` (you can use this in C with structs): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int sizeOfdata; // size of dynamic array struct ns__data // data with a choice of x, n, or s { $int xORnORs; // variant selector with values SOAP_UNION_fieldname union choice { float x; int n; char *s; } u; } *data; // points to the data array of length sizeOfdata }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to two complexTypes in the soapcpp2-generated schema: The XML value space consists of a sequence of item elements each wrapped in an data element: 123 3.1 hello world To remove the wrapping data element, simply rename the wrapping struct and member to `__data` to make this member invisible to the serializer with the double underscore prefix naming convention. Also use a dynamic array instead of a STL container (you can use this in C with structs): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int sizeOfdata; // size of dynamic array struct __data // contains choice of x, n, or s { $int xORnORs; // variant selector with values SOAP_UNION_fieldname union choice { float x; int n; char *s; } u; } *__data; // points to the data array of length sizeOfdata }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to a complexType in the soapcpp2-generated schema: The XML value space consists of a sequence of x, n, and/or s elements: 123 3.1 hello world Please note that structs, classes, and unions are unnested by soapcpp2 (as in the C standard of nested structs and unions). Therefore, the `choice` union in the `ns__record` class is redeclared at the top level despite its nesting within the `ns__record` class. This means that you will have to choose a unique name for each nested struct, class, and union. ### Tagged void pointer members {#toxsd9-11} To serialize data pointed to by `void*` requires run-time type information that tells the serializer what type of data to serialize by means of a *tagged void pointer*. This type information is stored in a special type tag member of a struct/class with the name `__type` or `__typeX`, where `X` can be any name, or alternatively by an `$int` special member of any name as a type tag: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int typeOfdata; // type tag with values SOAP_TYPE_T void *data; // points to some data of type T }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ A type tag member has nonzero values `SOAP_TYPE_T` where `T` is the name of a struct/class or the name of a primitive type, such as `int`, `std__string` (for `std::string`), `string` (for `char*`). This class maps to a complexType with a sequence in the soapcpp2-generated schema: The XML value space consists of the XML value space of the type with the addition of an xsi:type attribute to the enveloping element: 123 This xsi:type attribute is important for the receiving end to distinguish the type of data to instantiate. The receiver cannot deserialize the data without an xsd:type attribute. You can find the `SOAP_TYPE_T` name of each serializable type in the auto-generated soapStub.h file. Also all serializable C++ classes have a virtual `int T::soap_type()` member that returns their `SOAP_TYPE_T` value that you can use. When the `void*` pointer is NULL or when `typeOfdata` is zero, the data is not serialized. An STL container or dynamic array of `void*` pointers to xsd:anyType data requires wrapping the type tag and `void*` members in a struct: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: std::vector< struct ns__data // data with an xsd:anyType item { $int typeOfitem; // type tag with values SOAP_TYPE_T void *item; // points to some item of type T }> data; // vector with data }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ and an equivalent definition with a dynamic array instead of a `std::vector` (you can use this in C with structs): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int sizeOfdata; // size of dynamic array struct ns__data // data with an xsd:anyType item { $int typeOfitem; // type tag with values SOAP_TYPE_T void *item; // points to some item of type T } *data; // points to the data array of length sizeOfdata }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to two complexTypes in the soapcpp2-generated schema: The XML value space consists of a sequence of item elements each wrapped in a data element: 123 3.1 abc To remove the wrapping data elements, simply rename the wrapping struct and member to `__data` to make this member invisible to the serializer with the double underscore prefix naming convention. Also use a dynamic array instead of a STL container (you can use this in C with structs): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: $int sizeOfdata; // size of dynamic array struct __data // contains xsd:anyType item { $int typeOfitem; // type tag with values SOAP_TYPE_T void *item; // points to some item of type T } *__data; // points to the data array of length sizeOfdata }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This maps to a complexType in the soapcpp2-generated schema: The XML value space consists of a sequence of data elements: 123 3.1 abc Again, please note that structs, classes, and unions are unnested by soapcpp2 (as in the C standard of nested structs and unions). Therefore, the `__data` struct in the `ns__record` class is redeclared at the top level despite its nesting within the `ns__record` class. This means that you will have to choose a unique name for each nested struct, class, and union. @see Section [XSD type bindings](#typemap2). ### Adding get and set methods {#toxsd9-12} A public `get` method may be added to a class or struct, which will be triggered by the deserializer. This method will be invoked right after the instance is populated by the deserializer. The `get` method can be used to update or verify deserialized content. It should return `SOAP_OK` or set `soap::error` to a nonzero error code and return it. A public `set` method may be added to a class or struct, which will be triggered by the serializer. The method will be invoked just before the instance is serialized. Likewise, the `set` method should return `SOAP_OK` or set set `soap::error` to a nonzero error code and return it. For example, adding a `set` and `get` method to a class declaration: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: int set(struct soap*); // triggered before serialization int get(struct soap*); // triggered after deserialization ... }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To add these and othe rmethods to classes and structs with wsdl2h and `typemap.dat`, please see [Class/struct member additions](#typemap3). ### Operations on classes and structs {#toxsd9-13} The following functions/macros are generated by soapcpp2 for each type `T`, which should make it easier to send, receive, and copy XML data in C and in C++: - `int soap_write_T(struct soap*, T*)` writes an instance of `T` to a file via file descriptor `int soap::sendfd)` or to a stream via `std::ostream *soap::os` (C++ only) or saves into a NUL-terminated string by setting `const char **soap::os` to a string pointer to be set (C only). Returns `SOAP_OK` on success or an error code, also stored in `soap->error`. - `int soap_read_T(struct soap*, T*)` reads an instance of `T` from a file via file descriptor `int soap::recvfd)` or from a stream via `std::istream *soap::is` (C++ only) or reads from a NUL-termianted string `const char *soap::is` (C only). Returns `SOAP_OK` on success or an error code, also stored in `soap->error`. - `void soap_default_T(struct soap*, T*)` sets an instance `T` to its default value, resetting members of a struct to their initial values (for classes we use method `T::soap_default`, see below). - `T * soap_dup_T(struct soap*, T *dst, const T *src)` (soapcpp2 option `-Ec`) deep copy `src` into `dst`, replicating all deep cycles and shared pointers when a managing soap context is provided as argument. When `dst` is NULL, allocates space for `dst`. Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination. Use flag `SOAP_XML_TREE` with managing context to copy into a tree without cycles and pointers to shared objects. Returns `dst` (or allocated space when `dst` is NULL). - `void soap_del_T(const T*)` (soapcpp2 option `-Ed`) deletes all heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data). Can be safely used after `soap_dup(NULL)` to delete the deep copy. Does not delete the object itself. When in C++ mode, soapcpp2 tool adds several methods to classes and structs, in addition to adding a default constructor and destructor (when these were not explicitly declared). The public methods added to a class/struct `T`: - `virtual int T::soap_type(void)` returns a unique type ID (`SOAP_TYPE_T`). This numeric ID can be used to distinguish base from derived instances. - `virtual void T::soap_default(struct soap*)` sets all data members to default values. - `virtual void T::soap_serialize(struct soap*) const` serializes object to prepare for SOAP 1.1/1.2 encoded output (or with `SOAP_XML_GRAPH`) by analyzing its (cyclic) structures. - `virtual int T::soap_put(struct soap*, const char *tag, const char *type) const` emits object in XML, compliant with SOAP 1.1 encoding style, return error code or `SOAP_OK`. Requires `soap_begin_send(soap)` and `soap_end_send(soap)`. - `virtual int T::soap_out(struct soap*, const char *tag, int id, const char *type) const` emits object in XML, with tag and optional id attribute and xsi:type, return error code or `SOAP_OK`. Requires `soap_begin_send(soap)` and `soap_end_send(soap)`. - `virtual void * T::soap_get(struct soap*, const char *tag, const char *type)` Get object from XML, compliant with SOAP 1.1 encoding style, return pointer to object or NULL on error. Requires `soap_begin_recv(soap)` and `soap_end_recv(soap)`. - `virtual void *soap_in(struct soap*, const char *tag, const char *type)` Get object from XML, with matching tag and type (NULL matches any tag and type), return pointer to object or NULL on error. Requires `soap_begin_recv(soap)` and `soap_end_recv(soap)` - `virtual T * T::soap_alloc(void) const` returns a new object of type `T`, default initialized and not managed by a soap context. - `virtual T * T::soap_dup(struct soap*) const` (soapcpp2 option `-Ec`) returns a duplicate of this object by deep copying, replicating all deep cycles and shared pointers when a managing soap context is provided as argument. Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination. Use flag `SOAP_XML_TREE` with the managing context to copy into a tree without cycles and pointers to shared objects. - `virtual void T::soap_del() const` (soapcpp2 option `-Ed`) deletes all heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data). Can be safely used after `soap_dup(NULL)` to delete the deep copy. Does not delete the object itself. Special classes and structs {#toxsd10} --------------------------- ### SOAP encoded arrays {#toxsd10-1} A class or struct with the following layout is a one-dimensional SOAP encoded Array type: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ArrayOfT { public: T *__ptr; // array pointer int __size; // array size }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `T` is the array element type. A multidimensional SOAP Array is: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ArrayOfT { public: T *__ptr; // array pointer int __size[N]; // array size of each dimension }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `N` is the constant number of dimensions. The pointer points to an array of `__size[0]*__size[1]* ... * __size[N-1]` elements. This maps to a complexType restriction of SOAP-ENC:Array in the soapcpp2-generated schema: The name of the class can be arbitrary. We often use `ArrayOfT` without a prefix to distinguish arrays from other classes and structs. With SOAP 1.1 encoding, an optional offset member can be added that controls the start of the index range for each dimension: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ArrayOfT { public: T *__ptr; // array pointer int __size[N]; // array size of each dimension int __offset[N]; // array offsets to start each dimension }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For example, we can define a matrix of floats as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class Matrix { public: double *__ptr; int __size[2]; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following code populates the matrix and serializes it in XML: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *soap = soap_new1(SOAP_XML_INDENT); Matrix A; double a[6] = { 1, 2, 3, 4, 5, 6 }; A.__ptr = a; A.__size[0] = 2; A.__size[1] = 3; soap_write_Matrix(soap, &A); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Matrix A is serialized as an array with 2x3 values: 1 2 3 4 5 6 ### XSD hexBinary and base64Binary types {#toxsd10-2} A special case of a one-dimensional array is used to define xsd:hexBinary and xsd:base64Binary types when the pointer type is `unsigned char`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class xsd__hexBinary { public: unsigned char *__ptr; // points to raw binary data int __size; // size of data }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ and ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class xsd__base64Binary { public: unsigned char *__ptr; // points to raw binary data int __size; // size of data }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### MIME/MTOM attachment binary types {#toxsd10-3} A class or struct with a binary content layout can be extended to support MIME/MTOM (and older DIME) attachments, such as in xop:Include elements: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap xop schema import: http://www.w3.org/2004/08/xop/include class _xop__Include { public: unsigned char *__ptr; // points to raw binary data int __size; // size of data char *id; // NULL to generate an id, or set to a unique UUID char *type; // MIME type of the data char *options; // optional description of MIME attachment }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Attachments are beyond the scope of this document and we refer to the gSOAP user guide for more details. ### Wrapper class/struct with simpleContent {#toxsd10-4} A class or struct with the following layout is a complexType that wraps simpleContent: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__simple { public: T __item; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The type `T` is a primitive type (`bool`, `enum`, `time_t`, numeric and string types), `xsd__hexBinary`, `xsd__base64Binary`, and custom serializers, such as `xsd__dateTime`. This maps to a complexType with simpleContent in the soapcpp2-generated schema: A wrapper class/struct may include any number of attributes declared with `@`. ### DOM anyType and anyAttribute {#toxsd10-5} Use of a DOM is optional and enabled by `#import "dom.h"` to use the DOM `xsd__anyType` element node and `xsd__anyAttribute` attribute node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "dom.h" class ns__record { public: @xsd__anyAttribute attributes; // list of DOM attributes ... xsd__anyType *name; // optional DOM element }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `name` contains XML stored in a DOM node set and `attributes` is a list of all visibly rendered attributes. The name `attributes` is arbitrary and any name will suffice. We should place the `xsd__anyType` members at the end of the struct or class. This ensures that the DOM members are populated last as a "catch all". A member name starting with double underscore is a wildcard member name and matches any XML tag. These members are placed at the end of a struct or class automatically by soapcpp2. An `#import "dom.h"` import is automatically added by wsdl2h with option `-d` to bind xsd:anyType to DOM nodes, and also to populate xsd:any, xsd:anyAttribute and xsd:mixed XML content: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "dom.h" class ns__record { public: ... @xsd__anyAttribute __anyAttribute; // optional DOM attributes std::vector __any 0; // optional DOM elements xsd__anyType __mixed 0; // optional mixed content }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where the members prefixed with `__` are "invisible" to the XML parser, meaning that these members are not bound to XML tag names. In C you can use a dynamic arrary instead of `std::vector`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #import "dom.h" struct ns__record { ... @xsd__anyAttribute __anyAttribute; // optional DOM attributes $int __sizeOfany; // size of the array xsd__anyType *__any; // optional DOM elements xsd__anyType __mixed 0; // optional mixed content }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Classes can inherit DOM, which enables full use of polymorphism with one base DOM class: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "dom.h" class ns__record : public xsd__anyType { ... std::vector array; // array of objects of any class }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This permits an `xsd__anyType` pointer to refer to a derived class such as `ns__record`, which will be serialized with an xsi:type attribute that is set to "ns:record". The xsi:type attributes add the necessary type information to distinguish the XML content from the DOM base type. This is important for the receiving end: without xsd:type attributes with type names, only base DOM objects are recognized and instantiated. Because C lacks OOP principles such as class inheritance and polymorphism, you will need to use the special [`void*` members](#toxsd9-11) to serialize data pointed to by a `void*` member. To ensure that wsdl2h generates pointer-based `xsd__anyType` DOM nodes with option `-d` for xsd:any, add the following line to `typemap.dat`: xsd__any = | xsd__anyType* This lets wsdl2h produce class/struct members and containers with `xsd__anyType*` for xsd:any instead of `xsd__anyType`. To just force all xsd:anyType uses to be pointer-based, declare in `typemap.dat`: xsd__anyType = | xsd__anyType* If you use wsdl2h with option `-p` with option `-d` then every class will inherit DOM as shown above. Without option `-d`, an `xsd__anyType` type is generated to serve as the root type in the type hierarchy: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class xsd__anyType { _XML __item; struct soap *soap; }; class ns__record : public xsd__anyType { ... }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where the `_XML __item` member holds any XML content as a literal XML string. To use the DOM API, compile `dom.c` (or `dom.cpp` for C++), or link with `-lgsoapssl` (or `-lgsoapssl++` for C++). @see Documentation of the [gSOAP DOM parser](http://www.genivia.com/doc/dom/html) for more details. Serialization rules {#rules} =================== A presentation on XML data bindings is not complete without discussing the serialization rules and options that put your data in XML on the wire or store it a file or buffer. There are several options to choose from to serialize data in XML. The choice depends on the use of the SOAP protocol or if SOAP is not required. The wsdl2h tool automates this for you by taking the WSDL transport bindings into account when generating the service functions in C and C++ that use SOAP or REST. The gSOAP tools are not limited to SOAP. The tools implement generic XML data bindings for SOAP, REST, and other uses of XML. So you can read and write XML using the serializing [Operations on classes and structs](#toxsd9-13). The following sections briefly explain the serialization rules with respect to the SOAP protocol for XML Web services. A basic understanding of the SOAP protocol is useful when developing client and server applications that must interoperate with other SOAP applications. SOAP/REST Web service client and service operations are represented as functions in our gSOAP header file for soapcpp2. The soapcpp2 tool will translate these function to client-side service invocation calls and server-side service operation dispatchers. A discussion of SOAP clients and servers is beyond the scope of this document. However, the SOAP options discussed here also apply to SOAP client and server development. SOAP document versus rpc style {#doc-rpc} ------------------------------ The `wsdl:binding/soap:binding/@style` attribute in the wsdl:binding section of a WSDL is either "document" or "rpc". The "rpc" style refers to SOAP RPC (Remote Procedure Call), which is more restrictive than the "document" style by requiring one XML element in the SOAP Body to act as the procedure name with XML subelements as its parameters. For example, the following directives in the gSOAP header file for soapcpp2 declare that `DBupdate` is a SOAP RPC encoding service method: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns service namespace: urn:DB //gsoap ns service method-protocol: DBupdate SOAP //gsoap ns service method-style: DBupdate rpc int ns__DBupdate(...); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The XML payload has a SOAP envelope, optional SOAP header, and a SOAP body with one element representing the operation with the parameters as subelements: ... The "document" style puts no restrictions on the SOAP Body content. However, we recommend that the first element's tag name in the SOAP Body should be unique to each type of operation, so that the receiver can dispatch the operation based on this element's tag name. Alternatively, the HTTP URL path can be used to specify the operation, or the HTTP action header can be used to dispatch operations automatically on the server side (soapcpp2 options -a and -A). SOAP literal versus encoding {#lit-enc} ---------------------------- The `wsdl:operation/soap:body/@use` attribute in the wsdl:binding section of a WSDL is either "literal" or "encoded". The "encoded" use refers to the SOAP encoding rules that support id-ref multi-referenced elements to serialize data as graphs. SOAP encoding is very useful if the data internally forms a graph (including cycles) and we want the graph to be serialized in XML in a format that ensures that its structure is preserved. In that case, SOAP 1.2 encoding is the best option. SOAP encoding also adds encoding rules for [SOAP arrays](toxsd10) to serialize multi-dimensional arrays. The use of XML attributes to exchange XML data in SOAP encoding is not permitted. The only attributes permitted are the standard XSD attributes, SOAP encoding attributes (such as for arrays), and id-ref. For example, the following directives in the gSOAP header file for soapcpp2 declare that `DBupdate` is a SOAP RPC encoding service method: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns service namespace: urn:DB //gsoap ns service method-protocol: DBupdate SOAP //gsoap ns service method-style: DBupdate rpc //gsoap ns service method-encoding: DBupdate encoded int ns__DBupdate(...); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The XML payload has a SOAP envelope, optional SOAP header, and a SOAP body with an encodingStyle attribute for SOAP 1.1 encoding and an element representing the operation with parameters that are SOAP 1.1 encoded: 1234567890 Jane 1987654320 2345678901 Joe Note that the name "Joe" is shared by two records and the string is referenced by SOAP 1.1 href and id attributes. While gSOAP only introduces multi-referenced elements in the payload when they are actually multi-referenced in the data graph, other SOAP applications may render multi-referenced elements more aggressively. The example could also be rendered as: 1234567890 1987654320 2345678901 Joe Jane SOAP 1.2 encoding is cleaner and produces more accurate XML encodings of data graphs by setting the id attribute on the element that is referenced: Joe 1234567890 Jane 1987654320 2345678901 @note Some SOAP 1.2 applications consider the namespace `SOAP-ENC` of `SOAP-ENC:id` and `SOAP-ENC:ref` optional. The gSOAP SOAP 1.2 encoding serialization follows the 2007 standard, while accepting unqualified id and ref attributes. To remove all rendered id-ref multi-referenced elements in gSOAP, use the `SOAP_XML_TREE` flag to initialize the gSOAP engine context. Some XML validation rules are turned off with SOAP encoding, because of the presence of additional attributes, such as id and ref/href, SOAP arrays with arbitrary element tags for array elements, and the occurrence of additional multi-ref elements in the SOAP 1.1 Body. The use of "literal" puts no restrictions on the XML in the SOAP Body. Full XML validation is possible, which can be enabled with the `SOAP_XML_STRICT` flag to initialize the gSOAP engine context. However, data graphs will be serialized as trees and cycles in the data will be cut from the XML rendition. SOAP 1.1 versus SOAP 1.2 {#soap} ------------------------ There are two SOAP protocol versions: 1.1 and 1.2. The gSOAP tools can switch between the two versions seamlessly. You can declare the default SOAP version for a service operation as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns service method-protocol: DBupdate SOAP1.2 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The gSOAP soapcpp2 auto-generates client and server code. At the client side, this operation sends data with SOAP 1.2 but accepts responses also in SOAP 1.1. At the server side, this operation accepts requests in SOAP 1.1 and 1.2 and will return responses in the same SOAP version. As we discussed in the previous section, the SOAP 1.2 protocol has a cleaner multi-referenced element serialization format that greatly enhances the accuracy of data graph serialization with SOAP RPC encoding and is therefore recommended. The SOAP 1.2 protocol default can also be set by importing and loading `gsoap/import/soap12.h`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "soap12.h" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Non-SOAP XML serialization {#non-soap} -------------------------- You can serialize data that is stored on the heap, on the stack (locals), and static data as long as the serializable (i.e. non-transient) members are properly initialized and pointers in the structures are either NULL or point to valid structures. Deserialized data is put on the heap and managed by the gSOAP engine context `struct soap`, see also [Memory management](#memory). You can read and write XML directly to a file or stream with the serializing [Operations on classes and structs](#toxsd9-13). To define and use XML Web service client and service operations, we can declare these operations in our gSOAP header file for soapcpp2 as functions that soapcpp2 will translate in client-side service invocation calls and server-side service operation dispatchers. These functions are auto-generated by wsdl2h from WSDLs. Note that XSDs do not include service definitions. The REST operations POST, GET, and PUT are declared with gSOAP directives in the gSOAP header file for soapcpp2. For example, a REST POST operation is declared as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} //gsoap ns service namespace: urn:DB //gsoap ns service method-protocol: DBupdate POST int ns__DBupdate(...); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ There is no SOAP Envelope and no SOAP Body in the payload for `DBupdate`. Also the XML serialization rules are identical to SOAP document/literal. The XML payload only has the operation name as an element with its parameters serialized as subelements: ... To force id-ref serialization with REST similar to SOAP 1.2 multi-reference encoding, use the `SOAP_XML_GRAPH` flag to initialize the gSOAP engine context. The XML serialization includes id and ref attributes for multi-referenced elements as follows: Joe 1234567890 Jane 1987654320 2345678901 Input and output {#io} ================ Reading and writing XML from/to files, streams and string buffers is done via the managing context by setting one of the following context members that control IO sources and sinks: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap->recvfd = fd; // an int file descriptor to read from (0 by default) soap->sendfd = fd; // an int file descriptor to write to (1 by default) soap->is = &is; // C++ only: a std::istream is object to read from soap->os = &os; // C++ only: a std::ostream os object to write to soap->is = cs; // C only: a const char* string to read from (soap->is will advance) soap->os = &cs; // C only: pointer to a const char*, will be set to point to the string output ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Normally, all of these context members are NULL, which is required to send and receive data over sockets by gSOAP clients and servers. Therefore, if you set any of these context members in a client or server application then you MUST reset them to NULL to ensure that socket communications are not blocked. Note: the use of `soap->is` and `soap->os` in C requires gSOAP 2.8.28 or later. In the following sections, we present more details on how to read and write to files and streams, and use string buffers as sources and sinks for XML data. In addition, you can set IO callback functions to handle IO at a lower level. For more details, see the gSOAP user guide. Reading and writing from/to files and streams {#io1} --------------------------------------------- The default IO is standard input and output. Other sources and sinks (those listed above) will be used until you (re)set them. For example with file-based input and output: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} FILE *fp = fopen("record.xml", "r"); if (fp != NULL) { soap->recvfd = fileno(fp); // get file descriptor of file to read from if (soap_read_ns__record(soap, &pers1)) ... // handle IO error fclose(fp); soap->recvfd = 0; // read from stdin, or -1 to block reading } FILE *fp = fopen("record.xml", "w"); if (fp != NULL) { soap->sendfd = fileno(fp); // get file descriptor of file to write to if (soap_write_ns__record(soap, &pers1)) ... // handle IO error fclose(fp); soap->sendfd = 1; // write to stdout, or -1 to block writing } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Similar code with streams in C++: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include std::fstream fs; fs.open("record.xml", std::ios::in); if (fs) { soap->is = &fs; if (soap_read__ns__record(soap, &pers1)) ... // handle IO error fs.close(); soap->is = NULL; } fs.open("record.xml", std::ios::out); if (fs) { soap->os = &fs; if (soap_write__ns__record(soap, &pers1)) ... // handle IO error fs.close(); soap->os = NULL; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Reading and writing from/to string buffers {#io2} ------------------------------------------ For C++ we recommend to use `std::stringstream` objects from `` as illustrated in the following example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include std::stringstream ss; ss.str("..."); // XML to parse soap->is = &ss; if (soap_read__ns__record(soap, &pers1)) ... // handle IO error soap->is = NULL; soap->os = &ss; if (soap_write__ns__record(soap, &pers1)) ... // handle IO error soap->os = NULL; std::string s = ss.str(); // string with XML ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For C we can use `soap->is` and `soap->os` to point to strings of XML content as follows (this requires gSOAP 2.8.28 or later): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap->is = "..."; // XML to parse if (soap_read__ns__record(soap, &pers1)) ... // handle IO error soap->is = NULL; const char *cs = NULL; soap->os = &cs; if (soap_write__ns__record(soap, &pers1)) ... // handle IO error soap->os = NULL; ... = cs; // string with XML (do not free(cs): managed by the context and freed with soap_end()) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that `soap->os` is a pointer to a `const char*` string. The pointer is set by the managing context to point to the XML data that is stored on the context-managed heap. For earlier gSOAP versions we recommend to use IO callbacks `soap->frecv` and `soap->fsend` as shown in the gSOAP user guide. Memory management {#memory} ================= Memory management with the `soap` context enables us to allocate data in context-managed heap space that can be collectively deleted. All deserialized data is placed on the context-managed heap by the gSOAP engine. Memory management in C {#memory1} ---------------------- In C (wsdl2h option `-c` and soapcpp2 option `-c`), the gSOAP engine allocates data on a context-managed heap with: - `void *soap_malloc(struct soap*, size_t len)`. You can also make shallow copies of data with `soap_memdup` that uses `soap_malloc` and a safe version of `memcpy` to copy a chunk of data `src` with length `len` to the context-managed heap: - `void *soap_memdup(struct soap*, const void *src, size_t len)` This function returns a pointer to the copy. This function requires gSOAP 2.8.27 or later. The `soap_malloc` function is a wrapper around `malloc`, but which also permits the `struct soap` context to track all heap allocations for collective deletion with `soap_end(soap)`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "ns.nsmap" ... struct soap *soap = soap_new(); // new context ... struct ns__record *record = soap_malloc(soap, sizeof(struct ns__record)); soap_default_ns__record(soap, record); ... soap_destroy(soap); // only for C++, see section on C++ below soap_end(soap); // delete record and all other heap allocations soap_free(soap); // delete context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The soapcpp2 auto-generated deserializers in C use `soap_malloc` to allocate and populate deserialized structures, which are managed by the context for collective deletion. To make `char*` and `wchar_t*` string copies to the context-managed heap, we can use the functions: - `char *soap_strdup(struct soap*, const char *str)` and - `wchar_t *soap_wstrdup(struct soap*, const wchar_t *wstr)`. We use the soapcpp2 auto-generated `soap_dup_T` functions to duplicate data into another context (this requires soapcpp2 option `-Ec` to generate), here shown for C with the second argument `dst` NULL because we want to allocate a new managed structure: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct soap *other_soap = soap_new(); // another context struct ns__record *other_record = soap_dup_ns__record(other_soap, NULL, record); ... soap_destroy(other_soap); // only for C++, see section on C++ below soap_end(other_soap); // delete other_record and all of its deep data soap_free(other_soap); // delete context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that the only reason to use another context and not to use the primary context is when the primary context must be destroyed together with all of the objects it manages while some of the objects must be kept alive. If the objects that are kept alive contain deep cycles then this is the only option we have, because deep copy with a managing context detects and preserves these cycles unless the `SOAP_XML_TREE` flag is used with the context: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct soap *other_soap = soap_new1(SOAP_XML_TREE); // another context struct ns__record *other_record = soap_dup_ns__record(other_soap, NULL, record); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The resulting deep copy will be a full copy of the source data structure as a tree without co-referenced data (i.e. no digraph) and without cycles. Cycles are pruned and (one of the) pointers that forms a cycle is repaced by NULL. We can also deep copy into unmanaged space and use the auto-generated `soap_del_T()` function (requires soapcpp2 option `-Ed` to generate) to delete it later, but we MUST NOT do this for any data that we suspect has deep cycles: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct ns__record *other_record = soap_dup_ns__record(NULL, NULL, record); ... soap_del_ns__record(other_record); // deep delete record data members free(other_record); // delete the record ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Cycles in the data structure will lead to non-termination when making unmanaged deep copies. Consider for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct ns__record { const char *name; uint64_t SSN; ns__record *spouse; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Our code to populate a structure with a mutual spouse relationship: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct soap *soap = soap_new(); ... struct ns__record pers1, pers2; soap_default_ns__record(soap, &pers1); soap_default_ns__record(soap, &pers2); pers1.name = "Joe"; // OK to serialize static data pers1.SSN = 1234567890; pers1.spouse = &pers2; pers2.name = soap_strdup(soap, "Jane"); // allocates and copies a string pers2.SSN = 1987654320; pers2.spouse = &pers1; ... struct ns__record *pers3 = soap_dup_ns__record(NULL, NULL, &pers1); // BAD struct ns__record *pers4 = soap_dup_ns__record(soap, NULL, &pers1); // OK soap_set_mode(soap, SOAP_XML_TREE); struct ns__record *pers5 = soap_dup_ns__record(soap, NULL, &pers1); // OK ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ As we can see, the gSOAP serializer can serialize any heap, stack, or static allocated data, such as in our code above. So we can serialize the stack-allocated `pers1` record as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} FILE *fp = fopen("record.xml", "w"); if (fp != NULL) { soap->sendfd = fileno(fp); // file descriptor to write to soap_set_mode(soap, SOAP_XML_GRAPH); // support id-ref w/o requiring SOAP soap_clr_mode(soap, SOAP_XML_TREE); // if set, clear soap_write_ns__record(soap, &pers1); fclose(fp); soap->sendfd = -1; // block further writing } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which produces an XML document record.xml that is similar to: Joe 1234567890 Jane 1987654320 Deserialization of an XML document with a SOAP 1.1/1.2 encoded id-ref graph leads to the same non-termination problem when we later try to copy the data into unmanaged space: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct soap *soap = soap_new1(SOAP_XML_GRAPH); // support id-ref w/o SOAP ... struct ns__record pers1; FILE *fp = fopen("record.xml", "r"); if (fp != NULL) { soap->recvfd = fileno(fp); if (soap_read_ns__record(soap, &pers1)) ... // handle IO error fclose(fp); soap->recvfd = -1; // blocks further reading } ... struct ns__record *pers3 = soap_dup_ns__record(NULL, NULL, &pers1); // BAD struct ns__record *pers4 = soap_dup_ns__record(soap, NULL, &pers1); // OK soap_set_mode(soap, SOAP_XML_TREE); struct ns__record *pers5 = soap_dup_ns__record(soap, NULL, &pers1); // OK ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Copying data with `soap_dup_T(soap)` into managed space is always safe. Copying into unmanaged space requires diligence. But deleting unmanaged data is easy with `soap_del_T()`. We can also use `soap_del_T()` to delete structures that we created in C, but only if these structures are created with `malloc` and do NOT contain pointers to stack and static data. Memory management in C++ {#memory2} ------------------------ In C++, the gSOAP engine allocates data on a managed heap using a combination of `void *soap_malloc(struct soap*, size_t len)` and `soap_new_T()`, where `T` is the name of a class, struct, or class template (container or smart pointer). Heap allocation is tracked by the `struct soap` context for collective deletion with `soap_destroy(soap)` and `soap_end(soap)`. Only structs, classes, and class templates are allocated with `new` via `soap_new_T(struct soap*)` and mass-deleted with `soap_destroy(soap)`. There are four variations of `soap_new_T` for class/struct/template type `T` that soapcpp2 auto-generates to create instances on a context-managed heap: - `T * soap_new_T(struct soap*)` returns a new instance of `T` with default data member initializations that are set with the soapcpp2 auto-generated `void T::soap_default(struct soap*)` method), but ONLY IF the soapcpp2 auto-generated default constructor is used that invokes `soap_default()` and was not replaced by a user-defined default constructor. - `T * soap_new_T(struct soap*, int n)` returns an array of `n` new instances of `T`. Similar to the above, instances are initialized. - `T * soap_new_req_T(struct soap*, ...)` returns a new instance of `T` and sets the required data members to the values specified in `...`. The required data members are those with nonzero minOccurs, see the subsections on [(Smart) pointer members and their occurrence constraints](#toxsd9-8) and [Container members and their occurrence constraints](#toxsd9-9). - `T * soap_new_set_T(struct soap*, ...)` returns a new instance of `T` and sets the public/serializable data members to the values specified in `...`. The above functions can be invoked with a NULL `soap` context, but we will be responsible to use `delete T` to remove this instance from the unmanaged heap. Primitive types and arrays of these are allocated with `soap_malloc` by the gSOAP engine. As we stated above, all types except for classes, structs, class templates (containers and smart pointers) are allocated with `soap_malloc` for reasons of efficiency. We can use a C++ template to simplify the managed allocation and initialization of primitive values as follows (this is for primitive types only, because we should allocate structs and classes with `soap_new_T`): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} template T * soap_make(struct soap *soap, T val) { T *p = (T*)soap_malloc(soap, sizeof(T)); if (p) // out of memory? Can also guard with assert(p != NULL) or throw an error *p = val; return p; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For example, assuming we have the following class: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { public: std::string name; // required name uint64_t *SSN; // optional SSN ns__record *spouse; // optional spouse }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We can instantiate a record by using the auto-generated `soap_new_set_ns__record` and our `soap_make` to create a SSN value on the managed heap: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *soap = soap_new(); // new context ... ns__record *record = soap_new_set_ns__record( soap, "Joe", soap_make(soap, 1234567890LL), NULL); ... soap_destroy(soap); // delete record and all other managed instances soap_end(soap); // delete managed soap_malloc'ed heap data soap_free(soap); // delete context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note however that the gSOAP serializer can serialize any heap, stack, or static allocated data. So we can also create a new record as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} uint64_t SSN = 1234567890LL; ns__record *record = soap_new_set_ns__record(soap, "Joe", &SSN, NULL); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which will be fine to serialize this record as long as the local `SSN` stack-allocated value remains in scope when invoking the serializer and/or using `record`. It does not matter if `soap_destroy` and `soap_end` are called beyond the scope of `SSN`. To facilitate our class methods to access the managing context, we can add a soap context pointer to a class/struct: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { ... void create_more(); // needs a context to create more internal data protected: struct soap *soap; // the context that manages this instance, or NULL }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The context is set when invoking `soap_new_T` (and similar) with a non-NULL context argument. We use the soapcpp2 auto-generated `soap_dup_T` functions to duplicate data into another context (this requires soapcpp2 option `-Ec` to generate), here shown for C++ with the second argument `dst` NULL because we want to allocate a new managed object: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *other_soap = soap_new(); // another context ns__record *other_record = soap_dup_ns__record(other_soap, NULL, record); ... soap_destroy(other_soap); // delete record and other managed instances soap_end(other_soap); // delete other data (the SSNs on the heap) soap_free(other_soap); // delete context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To duplicate base and derived instances when a base class pointer or reference is provided, use the auto-generated method `T * T::soap_dup(struct soap*)`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *other_soap = soap_new(); // another context ns__record *other_record = record->soap_dup(other_soap); ... soap_destroy(other_soap); // delete record and other managed instances soap_end(other_soap); // delete other data (the SSNs on the heap) soap_free(other_soap); // delete context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that the only reason to use another context and not to use the primary context is when the primary context must be destroyed together with all of the objects it manages while some of the objects must be kept alive. If the objects that are kept alive contain deep cycles then this is the only option we have, because deep copy with a managing context detects and preserves these cycles unless the `SOAP_XML_TREE` flag is used with the context: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *other_soap = soap_new1(SOAP_XML_TREE); // another context ns__record *other_record = record->soap_dup(other_soap); // deep tree copy ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The resulting deep copy will be a full copy of the source data structure as a tree without co-referenced data (i.e. no digraph) and without cycles. Cycles are pruned and (one of the) pointers that forms a cycle is repaced by NULL. We can also deep copy into unmanaged space and use the auto-generated `soap_del_T()` function or the `T::soap_del()` method (requires soapcpp2 option `-Ed` to generate) to delete it later, but we MUST NOT do this for any data that we suspect has deep cycles: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} ns__record *other_record = record->soap_dup(NULL); ... other_record->soap_del(); // deep delete record data members delete other_record; // delete the record ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Cycles in the data structure will lead to non-termination when making unmanaged deep copies. Consider for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} class ns__record { const char *name; uint64_t SSN; ns__record *spouse; }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Our code to populate a structure with a mutual spouse relationship: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *soap = soap_new(); ... ns__record pers1, pers2; pers1.name = "Joe"; pers1.SSN = 1234567890; pers1.spouse = &pers2; pers2.name = "Jane"; pers2.SSN = 1987654320; pers2.spouse = &pers1; ... ns__record *pers3 = soap_dup_ns__record(NULL, NULL, &pers1); // BAD ns__record *pers4 = soap_dup_ns__record(soap, NULL, &pers1); // OK soap_set_mode(soap, SOAP_XML_TREE); ns__record *pers5 = soap_dup_ns__record(soap, NULL, &pers1); // OK ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that the gSOAP serializer can serialize any heap, stack, or static allocated data, such as in our code above. So we can serialize the stack-allocated `pers1` record as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} FILE *fp = fopen("record.xml", "w"); if (fp != NULL) { soap->sendfd = fileno(fp); // file descriptor to write to soap_set_mode(soap, SOAP_XML_GRAPH); // support id-ref w/o requiring SOAP soap_clr_mode(soap, SOAP_XML_TREE); // if set, clear if (soap_write_ns__record(soap, &pers1)) ... // handle IO error fclose(fp); soap->sendfd = -1; // block further writing } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which produces an XML document record.xml that is similar to: Joe 1234567890 Jane 1987654320 Deserialization of an XML document with a SOAP 1.1/1.2 encoded id-ref graph leads to the same non-termination problem when we later try to copy the data into unmanaged space: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *soap = soap_new1(SOAP_XML_GRAPH); // support id-ref w/o SOAP ... ns__record pers1; FILE *fp = fopen("record.xml", "r"); if (fp != NULL) { soap->recvfd = fileno(fp); // file descriptor to read from if (soap_read_ns__record(soap, &pers1)) ... // handle IO error fclose(fp); soap->recvfd = -1; // block further reading } ... ns__record *pers3 = soap_dup_ns__record(NULL, NULL, &pers1); // BAD ns__record *pers4 = soap_dup_ns__record(soap, NULL, &pers1); // OK soap_set_mode(soap, SOAP_XML_TREE); ns__record *pers5 = soap_dup_ns__record(soap, NULL, &pers1); // OK ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Copying data with `soap_dup_T(soap)` into managed space is always safe. Copying into unmanaged space requires diligence. But deleting unmanaged data is easy with `soap_del_T()`. We can also use `soap_del_T()` to delete structures in C++, but only if these structures are created with `new` (and `new []` for arrays when applicable) for classes, structs, and class templates and with `malloc` for anything else, and the structures do NOT contain pointers to stack and static data. Features and limitations {#features} ======================== In general, to use the generated code: - Make sure to `#include "soapH.h"` in your code and also define a namespace table or `#include "ns.nsmap"` with the generated table, where `ns` is the namespace prefix for services. - Use soapcpp2 option -j (C++ only) to generate C++ proxy and service objects. The auto-generated files include documented inferfaces. Compile with soapC.cpp and link with -lgsoap++, or alternatively compile stdsoap2.cpp. - Without soapcpp2 option -j: client-side uses the auto-generated soapClient.cpp and soapC.cpp (or C versions of those). Compile and link with -lgsoap++ (-lgsoap for C), or alternatively compile stdsoap2.cpp (stdsoap2.c for C). - Without soapcpp2 option -j: server-side uses the auto-generated soapServer.cpp and soapC.cpp (or C versions of those). Compile and link with -lgsoap++ (-lgsoap for C), or alternatively compile stdsoap2.cpp (stdsoap2.c for C). - Use `soap_new()` or `soap_new1(int flags)` to allocate and initialize a heap-allocated context with or without flags. Delete this context with `soap_free(struct soap*)`, but only after `soap_destroy(struct soap*)` and `soap_end(struct soap*)`. - Use `soap_init(struct *soap)` or `soap_init1(struct soap*, int flags)` to initialize a stack-allocated context with or without flags. End the use of this context with `soap_done(struct soap*)`, but only after `soap_destroy(struct soap*)` and `soap_end(struct soap*)`. There are several context initialization flags and context mode flags to control XML serialization at runtime: - `SOAP_C_UTFSTRING`: enables all `std::string` and `char*` strings to contain UTF-8 content. This option is recommended. - `SOAP_XML_STRICT`: strictly validates XML while deserializing. Should not be used together with SOAP 1.1/1.2 encoding style of messaging. Use soapcpp2 option `-s` to hard code `SOAP_XML_STRICT` in the generated serializers. Not recommended with SOAP 1.1/1.2 encoding style messaging. - `SOAP_XML_INDENT`: produces indented XML. - `SOAP_XML_CANONICAL`: c14n canonocalization, removes unused `xmlns` bindings and adds them to appropriate places by applying c14n normalization rules. Should not be used together with SOAP 1.1/1.2 encoding style messaging. - `SOAP_XML_TREE`: write tree XML without id-ref, while pruning data structure cycles to prevent nontermination of the serializer for cyclic structures. - `SOAP_XML_GRAPH`: write graph (digraph and cyclic graphs with shared pointers to objects) using id-ref attributes. That is, XML with SOAP multi-ref encoded id-ref elements. This is a structure-preserving serialization format, because co-referenced data and also cyclic relations are accurately represented. - `SOAP_XML_DEFAULTNS`: uses xmlns default namespace declarations, assuming that the schema attribute form is "qualified" by default (be warned if it is not, since attributes in the null namespace will get bound to namespaces!). - `SOAP_XML_NOTYPE`: removes all xsi:type attribuation. This option is usually not needed unless the receiver rejects all xs:type attributes. This option may affect the quality of the deserializer, which relies on xsi:type attributes to distinguish base class instances from derived class instances transported in the XML payloads. Additional notes with respect to the wsdl2h and soapcpp2 tools: - Nested classes, structs, and unions in a gSOAP header file are unnested by soapcpp2. - Use `#import "file.h"` instead of `#include` to import other header files in a gSOAP header file for soapcpp2. The `#include` and `#define` directives are accepted, but are moved to the very start of the generated code for the C/C++ compiler to include before all generated definitions. You should use `#include` in combinatio with "volatile" types and to ensure transient (incomplete) types are declared when these are used in the gSOAP header file. - To remove any SOAP-specific bindings, use soapcpp2 option `-0`. - A gSOAP header file for soapcpp2 should not include any code statements, only data type declarations. This includes constructor initialization lists that are not permitted. Use member initializations instead. - C++ namespaces are supported. Use wsdl2h option `-qname`. Or add a `namespace name { ... }` to the header file, but the `{ ... }` MUST cover the entire header file content from begin to end. - Optional DOM support can be used to store mixed content or literal XML content. Otherwise, mixed content may be lost. Use wsdl2h option `-d` for DOM support and compile and link with `dom.c` or `dom.cpp`. Removing SOAP namespaces from XML payloads {#nsmap} ========================================== The soapcpp2 tool generates a `.nsmap` file that includes two bindings for SOAP namespaces. We can remove all SOAP namespaces (and SOAP processing logic) with soapcpp2 option `-0` or by simply setting the two entries to NULL: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct Namespace namespaces[] = { {"SOAP-ENV", NULL, NULL, NULL}, {"SOAP-ENC", NULL, NULL, NULL}, ... }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that once the `.nsmap` is generated, we can copy-paste the content into our project code. However, if we rerun wsdl2h on updated WSDL/XSD files or `typemap.dat` declarations then we need to use the updated table. In cases that no XML namespaces are used at all, for example with [XML-RPC](http://www.genivia.com/doc/xml-rpc-json/html), you may use an empty namespace table: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ However, beware that any built-in xsi attributes that are rendered will lack the proper namespace binding. At least we suggest to use `SOAP_XML_NOTYPE` for this reason. Examples {#examples} ======== Select the project files below to peruse the source code examples. Source files ------------ - `address.xsd` Address book schema - `address.cpp` Address book app (reads/writes address.xml file) - `addresstypemap.dat` Schema namespace prefix name preference for wsdl2h - `graph.h` Graph data binding (tree, digraph, cyclic graph) - `graph.cpp` Test graph serialization as tree, digraph, and cyclic Generated files --------------- - `address.h` gSOAP-specific data binding definitions from address.xsd - `addressStub.h` C++ data binding definitions - `addressH.h` Serializers - `addressC.cpp` Serializers - `address.xml` Address book data generated by address app - `graphStub.h` C++ data binding definitions - `graphH.h` Serializers - `graphC.cpp` Serializers - `g.xsd` XSD schema with `g:Graph` complexType - `g.nsmap` xmlns bindings namespace mapping table Build steps ----------- Building the AddressBook example: wsdl2h -g -t addresstypemap.dat address.xsd soapcpp2 -0 -CS -I../../import -p address address.h c++ -I../.. address.cpp addressC.cpp -o address -lgsoap++ Option `-g` produces bindings for global (root) elements in addition to types. In this case the root element `a:address-book` is bound to `_a__address_book`. The complexType `a:address` is bound to class `a__address`, which is also the type of `_a__address_book`. This option is not required, but allows you to use global element tag names when referring to their serializers, instead of their type name. Option `-0` removes the SOAP protocol. Options `-C` and `-S` removes client and server code generation. Option `-p` renames the output `soap` files to `address` files. See the `address.cpp` implementation and [Related Pages](pages.html). The `addresstypemap.dat` file specifies the XML namespace prefix for the bindings: # Bind the address book schema namespace to prefix 'a' a = "urn:address-book-example" # By default the xsd:dateTime schema type is translated to time_t # To map xsd:dateTime to struct tm, enable the following line: # xsd__dateTime = #import "../../custom/struct_tm.h" # ... and compile/link with custom/struct_tm.c The DOB field is a xsd:dateTime, which is bound to `time_t` by default. To change this to `struct tm`, enable the import of the `xsd__dateTime` custom serializer by uncommenting the definition of `xsd__dateTime` in `addresstypemap.dat`. Then change `soap_dateTime2s` to `soap_xsd__dateTime2s` in the code. Building the graph serialization example: soapcpp2 -CS -I../../import -p graph graph.h c++ -I../.. graph.cpp graphC.cpp -o graph -lgsoap++ To compile without using the `libgsoap++` library: simply compile `stdsoap2.cpp` together with the above. Usage ----- To execute the AddressBook example: ./address To execute the Graph serialization example: ./graph gsoap-2.8.28/gsoap/samples/databinding/addresstypemap.dat0000644000175000017500000000057012653650154023035 0ustar ellertellert# Example typemap.dat file for the address book example # Bind the address book schema namespace to prefix 'a' a = "urn:address-book-example" # By default the xsd:dateTime schema type is translated to time_t # To map xsd:dateTime to struct tm, enable the following line: # xsd__dateTime = #import "../../custom/struct_tm.h" # ... and compile/link with custom/struct_tm.c gsoap-2.8.28/gsoap/samples/databinding/Makefile.in0000644000175000017500000005220612653650154021366 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; 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You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 CPPFLAGS=$(SAMPLE_INCLUDES) -I$(top_srcdir)/gsoap -I$(top_srcdir)/gsoap/plugin AM_LDFLAGS=$(AM_CPPFLAGS) -I$(srcdir) -L$(srcdir) SOAP=$(top_srcdir)/gsoap/src/soapcpp2$(EXEEXT) WSDL=$(top_srcdir)/gsoap/wsdl/wsdl2h$(EXEEXT) WSDL_FLAGS=-g -t $(srcdir)/addresstypemap.dat SOAP_FLAGS=-0 -CS -p address -I$(top_srcdir)/gsoap/import WSDLINPUT=$(srcdir)/address.xsd SOAPHEADER=$(srcdir)/address.h SOAP_CPP_SRC=addressC.cpp SOAP_CPP_LIB=$(top_builddir)/gsoap/libgsoap++.a $(SOAP_CPP_SRC) : $(WSDLINPUT) $(WSDL) $(WSDL_FLAGS) $(WSDLINPUT) $(SOAP) $(SOAP_FLAGS) $(SOAPHEADER) #LIBS= noinst_PROGRAMS=address address_CFLAGS=$(C_DEBUG_FLAGS) -D$(platform) address_CPPFLAGS=$(C_DEBUG_FLAGS) -D$(platform) address_CXXFLAGS=$(WSDL2H_EXTRA_FLAGS) address_SOURCES=$(SOAP_CPP_SRC) address.cpp address_LDADD=$(SOAP_CPP_LIB) CLEANFILES= *~ address.h *C.cpp *H.h *Stub.h *.nsmap gsoap-2.8.28/gsoap/samples/databinding/address.cpp0000644000175000017500000001526712653650154021460 0ustar ellertellert/** address.cpp Address book example XML data binding application. Illustrates the gSOAP XML data binding with wsdl2h and soappcp2. Copyright (C) 2000-2015 Robert A. van Engelen. All Rights Reserved. Project Source Files - address.xsd Address book - address.cpp Address book app (reads/writes address.xml file) - addresstypemap.dat Schema namespace prefix name preference Generated Files - address.h gSOAP data binding definitions from address.xsd - addressStub.h C++ data binding definitions - addressH.h Serializers - addressC.cpp Serializers - a.nsmap XML namespace mapping file (binds 'a' URI) - address.xml Address book data generated by address app Build: > wsdl2h -g -t addresstypemap.dat address.xsd > soapcpp2 -2 -CS -I../../import -p address address.h > c++ -I../.. address.cpp addressC.cpp -o address ../../stdsoap2.cpp Run: > ./address */ /* -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ int main(); #include #include #include "addressH.h" // generated, also includes stdsoap2.h #include "a.nsmap" // generated /** @fn char *user_input(const char *prompt) @brief A quick-and-dirty user input function: reads string from stdin (up to 80 chars), trims leading and trailing blanks, and returns it @param prompt displays prompt to user @return string input */ char *user_input(const char *prompt); /** @brief Address book application: reads address.xml, displays its content, prompts the user for new contact, adds it, and saves the updated address.xml. */ int main() { // New soap struct engine context // Use strict validation and indented canonicalized output struct soap *soap = soap_new1(SOAP_XML_STRICT | SOAP_XML_INDENT | SOAP_XML_NOTYPE); _a__address_book *ab = soap_new__a__address_book(soap, -1); std::fstream fs; // Read the address book from address.xml (defined by address.xsd) fs.open("address.xml", std::ios::in); if (fs) { soap->is = &fs; if (soap_read__a__address_book(soap, ab) != SOAP_OK) { std::cerr << "Error reading address.xml file" << std::endl; soap_stream_fault(soap, std::cerr); exit(1); } fs.close(); } // Display the address book content std::cout << std::endl << "ADDRESS BOOK - An Example XML Data Binding Application" << std::endl << std::endl; for (std::vector::const_iterator i = ab->address.begin(); i != ab->address.end(); ++i) { if (*i) { std::cout << "Address entry " << (*i)->ID << std::endl; std::cout << "Name: " << (*i)->name << std::endl; std::cout << "Street: " << (*i)->street << std::endl; std::cout << "City: " << (*i)->city << std::endl; std::cout << "Zip: " << (*i)->zip << std::endl; // Advanced level: we use the soapcpp2-generated soap_a__ISO_country2s() // function to convert enum a__ISO_country values to strings. The strings // are allocated in the gSOAP engine and deleted with soap_end() std::cout << "Country: " << soap_a__ISO_country2s(soap, (*i)->country) << std::endl; if ((*i)->phone) std::cout << "Phone: " << *(*i)->phone << std::endl; if ((*i)->mobile) std::cout << "Mobile: " << *(*i)->mobile << std::endl; // Advanced level: use the soap_dateTime2s() from the stdsoap2.cpp engine if ((*i)->dob) std::cout << "DOB: " << soap_dateTime2s(soap, *(*i)->dob) << std::endl; std::cout << "---------" << std::endl; } } // Allocate a new address in the gSOAP engine's data space a__address *a = soap_new_a__address(soap, -1); // Set object's default values (soap_default is generated) a->soap_default(soap); a->ID = ab->address.size() + 1; std::cout << "Enter a new contact:" << std::endl; a->name = user_input("Name"); a->street = user_input("Street"); a->city = user_input("City"); a->zip = user_input("Zip"); char *s = user_input("Country"); // Advanced level: use the generated s2a__ISO_country() to convert string to // enum constant if (soap_s2a__ISO_country(soap, s, &a->country) != SOAP_OK) std::cerr << "Not a valid country code" << std::endl; if (*(s = user_input("Phone"))) { // Allocate string in engine's data space: a->phone = soap_new_std__string(soap, -1); *a->phone = s; } if (*(s = user_input("Mobile"))) { // Allocate string in engine's data space: a->mobile = soap_new_std__string(soap, -1); *a->mobile = s; } // Add contact to address book ab->address.push_back(a); std::cout << std::endl << "Contact information added." << std::endl; // Save updated address book to address.xml fs.open("address.xml", std::ios::out); if (!fs) { std::cerr << "Cannot create address.xml file" << std::endl; exit(1); } soap->os = &fs; if (soap_write__a__address_book(soap, ab) != SOAP_OK) { std::cerr << "Error writing address.xml file" << std::endl; soap_stream_fault(soap, std::cerr); exit(1); } fs.close(); // Delete instances soap_destroy(soap); // Delete data soap_end(soap); // Free soap struct engine context soap_free(soap); return 0; } char *user_input(const char *prompt) { static char buf[80]; char *s; printf("%-9s> ", prompt); fgets(buf, 80, stdin); // Strip trailing space for (s = buf + strlen(buf) - 1; s > buf; s--) { if (*s > ' ') break; } s[1] = '\0'; // Strip leading space for (s = buf; *s; s++) { if (*s > ' ') break; } return s; } gsoap-2.8.28/gsoap/samples/databinding/graph.h0000644000175000017500000000334512653650154020573 0ustar ellertellert/* graph.h Tree, digraph, and cyclic graph serialization example. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "stlvector.h" // a gSOAP directive to produce a xmlns:g="urn:graph" namespace binding: //gsoap g schema namespace: urn:graph /** A recursive data type that is (invisibly) bound to the 'g' XML namespace */ class g:Graph { public: std::vector edges; ///< public members are serializable }; gsoap-2.8.28/gsoap/samples/databinding/graph.cpp0000644000175000017500000001306712653650154021130 0ustar ellertellert/** graph.cpp Demonstrated tree, digraph, and cyclic graph serialization. Copyright (C) 2000-2015 Robert A. van Engelen. All Rights Reserved. Project Source Files - graph.h Graph (tree, digraph, cyclic graph) data binding - graph.cpp Test graph serialization as tree, digraph, and cyclic Generated Files - graphH.h Serializers - graphC.cpp Serializers Build: > soapcpp2 -CS -Iimport -p graph graph.h > c++ -o graph graph.cpp graphC.cpp stdsoap2.cpp Usage: > ./graph */ /* -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ int main(); // include all gSOAP header files: #include "graphH.h" #include "g.nsmap" /// Namespace mapping table for non-SOAP use static struct Namespace nosoap_nsmap[] = { {"SOAP-ENV", NULL, NULL, NULL}, {"SOAP-ENC", NULL, NULL, NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"g", "urn:graph", NULL, NULL}, {NULL, NULL, NULL, NULL} }; /// Namespace mapping table for SOAP 1.1 static struct Namespace soap11_nsmap[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"g", "urn:graph", NULL, NULL}, {NULL, NULL, NULL, NULL} }; /// Namespace mapping table for SOAP 1.2 static struct Namespace soap12_nsmap[] = { {"SOAP-ENV", "http://www.w3.org/2003/05/soap-envelope", "http://schemas.xmlsoap.org/soap/envelope/", NULL}, {"SOAP-ENC", "http://www.w3.org/2003/05/soap-encoding", "http://schemas.xmlsoap.org/soap/encoding/", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"g", "urn:graph", NULL, NULL}, {NULL, NULL, NULL, NULL} }; int main() { struct soap *ctx = soap_new1(SOAP_XML_INDENT); soap_set_namespaces(ctx, nosoap_nsmap); // a tree: Graph tree; // with 5 branches: for (int i = 0; i < 4; ++i) { Graph *branch = soap_new_Graph(ctx); tree.edges.push_back(branch); // each branch has a couple of leaves: for (int j = 0; j < i; ++j) branch->edges.push_back(soap_new_Graph(ctx)); } std::cout << "**** XML TREE FROM C++ TREE ****" << std::endl; soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; std::cout << "**** XML TREE FROM C++ DIGRAPH ****" << std::endl; tree.edges[0] = tree.edges[1]; // first pair of edges point to shared node tree.edges[2] = tree.edges[3]; // second pair of edges point to shared node soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; std::cout << "**** XML ID-REF DIGRAPH FROM C++ DIGRAPH ****" << std::endl; soap_set_omode(ctx, SOAP_XML_GRAPH); soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; soap_clr_omode(ctx, SOAP_XML_GRAPH); std::cout << "**** XML ID-REF DIGRAPH FROM C++ CYCLIC GRAPH ****" << std::endl; tree.edges[0]->edges = tree.edges; // create cycle soap_set_omode(ctx, SOAP_XML_GRAPH); soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; soap_clr_omode(ctx, SOAP_XML_GRAPH); std::cout << "**** XML TREE (PRUNED CYCLIC BRANCHES) FROM C++ CYCLIC GRAPH ****" << std::endl; soap_set_omode(ctx, SOAP_XML_TREE); soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; soap_clr_omode(ctx, SOAP_XML_TREE); std::cout << "**** SOAP 1.1 ENCODED GRAPH FROM C++ CYCLIC GRAPH ****" << std::endl; soap_set_namespaces(ctx, soap11_nsmap); soap_set_version(ctx, 1); // enable SOAP 1.1 soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; std::cout << "**** SOAP 1.2 ENCODED GRAPH FROM C++ CYCLIC GRAPH ****" << std::endl; soap_set_namespaces(ctx, soap12_nsmap); soap_set_version(ctx, 2); // enable SOAP 1.2 soap_write_Graph(ctx, &tree); std::cout << std::endl << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // free temp data soap_free(ctx); // release context return 0; } gsoap-2.8.28/gsoap/samples/wsrm/0000755000175000017500000000000012653650172016040 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wsrm/Makefile.in0000644000175000017500000021117212653650156020113 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; 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See the wsrmdemo.h header file for build and usage details. See gsoap/doc/wsrm for the WS-RM plugin user guide. gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* This code auto-configures depending on the folling flags: -D WITH_UDP: enables UDP, disables multithreaded servicing -D WITH_OPENSSL: enables SSL transfers (transfer security) To use WS-ReliableMessaging 1.0, change wsrmdemo.h to import the 2005 protocol, then rerun soapcpp2 and compile: #import "wsrm5.h" */ #include "soapH.h" #include "wsrmdemo.nsmap" #include /* defines _POSIX_THREADS if pthreads are available */ #if defined(_POSIX_THREADS) || defined(_SC_THREADS) #include /* from plugin/threads.h */ #endif #include "wsaapi.h" /* from plugin/wsaapi.h */ #include "wsrmapi.h" /* from plugin/wsrmapi.h */ /* HTTP Basic Authentication is used by default, which is only secure over HTTPS. Use the HTTP Digest Authentication plugin for secure auth over HTTP by enabling this line: #include "httpda.h" Then compile and link with plugin/httpda.c and plugin/md5evp.c, Compile with -DWITH_OPENSSL to use SSL. */ /******************************************************************************\ * * Common Constants * \******************************************************************************/ #if defined(WITH_UDP) # define HTTP_TARGET "soap.udp:" /* Test WS-ReliableMessaging with SOAP-over-UDP */ #elif defined(WITH_OPENSSL) # define HTTP_TARGET "https:" /* Test HTTPS */ #else # define HTTP_TARGET "http:" #endif #if defined(WITH_OPENSSL) || defined(HTTPDA_H) # define HTTP_USERID "foo" # define HTTP_PASSWD "bar" # define HTTP_REALM "svc" #endif #if defined(HTTP_USERID) && defined(HTTP_PASSWD) const char *userid = HTTP_USERID; const char *passwd = HTTP_PASSWD; #else const char *userid = NULL; const char *passwd = NULL; #endif /* the matching SOAP/WSA actions, defined in wsdldemo.h service definitions */ const char *RequestAction = "urn:wsrmdemo/wsrmdemoPort/wsrmdemo"; const char *ResponseAction = "urn:wsrmdemo/wsrmdemoPort/wsrmdemoResponse"; const char *serverURI = HTTP_TARGET"//localhost:8000"; const char *clientURI = HTTP_TARGET"//localhost:8001"; int serverPort = 8000; int clientPort = 8001; /******************************************************************************\ * * Main Implements a Server and Client * \******************************************************************************/ int callback_poll(struct soap *soap, int timeout); void *callback_server(void *soap); void *process_request(void *soap); int CRYPTO_thread_setup(); void CRYPTO_thread_cleanup(); int main(int argc, char **argv) { struct soap *soap = soap_new1(SOAP_XML_INDENT | SOAP_XML_STRICT); #ifdef HTTPDA_H /* Use HTTP Digest Authentication, see gsoap/doc/httpda/html/index.html */ struct http_da_info info; soap_register_plugin(soap, http_da); http_da_save(soap, &info, HTTP_REALM, HTTP_USERID, HTTP_PASSWD); #endif soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); if (argc < 2) /* no args: server */ { soap_set_mode(soap, SOAP_IO_KEEPALIVE); #if !defined(WITH_UDP) && defined(THREADS_H) THREAD_TYPE tid; #endif /* TCP/IP and UDP timeouts + = seconds, - = microsecond*/ soap->send_timeout = soap->recv_timeout = 5; #if defined(WITH_UDP) /* UDP recv timeout is short to limit blocking time */ soap->recv_timeout = -200000; /* set UDP server, pure XML w/o HTTP headers */ soap_set_mode(soap, SOAP_IO_UDP); #elif defined(WITH_OPENSSL) if (CRYPTO_thread_setup()) { fprintf(stderr, "Cannot setup thread mutex for OpenSSL\n"); exit(1); } /* WS-Addressing server uses client-side sends, so init SSL for client+server: */ if (soap_ssl_server_context(soap, SOAP_SSL_DEFAULT, "server.pem", /* keyfile (server) */ "password", /* password to read the key file (server) */ "cacert.pem", /* cacert file to store trusted certificates (client) */ NULL, /* optional capath */ NULL, /* DH file name or DH param key len bits, NULL: RSA */ NULL, /* file with random data to seed randomness */ NULL /* unique server identification for SSL session cache */ )) { soap_print_fault(soap, stderr); exit(1); } #endif soap->bind_flags = SO_REUSEADDR; /* allow immediate port rebinding */ if (!soap_valid_socket(soap_bind(soap, NULL, serverPort, 100))) { soap_print_fault(soap, stderr); exit(1); } printf("**** Server Running\n"); soap->accept_timeout = -100000; /* 100ms timeout: do not block on accept */ for (;;) { /* TCP accept (for UDP simply returns current socket) */ if (!soap_valid_socket(soap_accept(soap))) { if (soap->errnum) soap_print_fault(soap, stderr); else /* timeout, send acknowledgements to all peers */ { soap_wsrm_pulse(soap, -10000); /* 10 ms */ #ifdef WITH_UDP sleep(1); /* optional, needed for UDP: accept() ruturns immediately */ #endif } continue; } /* do not spawn threads for UDP, since accept() is a no-op for UDP */ #if !defined(WITH_UDP) && defined(THREADS_H) THREAD_CREATE(&tid, (void*(*)(void*))process_request, (void*)soap_copy(soap)); #else #if !defined(WITH_UDP) && defined(WITH_OPENSSL) /* SSL accept */ if (soap_ssl_accept(soap)) { soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); soap_destroy(soap); soap_end(soap); continue; } #endif if (soap_serve(soap) && soap->error != SOAP_STOP && soap->error != SOAP_EOF) soap_print_fault(soap, stderr); else if (soap->error != SOAP_EOF || soap->errnum) printf("\n**** Request served\n"); soap_wsrm_dump(soap, stdout); soap_destroy(soap); soap_end(soap); #endif } soap_destroy(soap); soap_end(soap); soap_done(soap); /* MUST call before CRYPTO_thread_cleanup */ CRYPTO_thread_cleanup(); } else /* client */ { xsd__duration expires = 30000; /* 30000 ms to expire */ soap_wsrm_sequence_handle seq; struct ns__wsrmdemoResponse res; int retry; const char *replyto = NULL; struct soap *callback = NULL; int duplex = 0; /* duplex mode */ int server = 0; /* use callback server with duplex mode */ int alive = 0; /* keep-alive callback port */ const char *to = NULL; /* service endpoint */ #ifdef THREADS_H THREAD_TYPE tid; #endif /* TCP/IP and UDP timeouts + = seconds, - = microsecond*/ soap->send_timeout = soap->recv_timeout = 5; #if defined(WITH_UDP) /* UDP recv timeout is short to limit blocking time */ soap->recv_timeout = -200000; /* "soap.udp:" endpoint specifies SOAP-over-UDP and should always be used for ReplyTo and FaultTo if these use UDP */ /* When the endpoint is an IP with a UDP destination, it is important to set UDP: */ soap_set_mode(soap, SOAP_IO_UDP); #elif defined(WITH_OPENSSL) CRYPTO_thread_setup(); if (soap_ssl_client_context(soap, SOAP_SSL_DEFAULT | SOAP_SSL_SKIP_HOST_CHECK, NULL, /* optional keyfile to authenticate to server */ NULL, /* password to read the keyfile */ "cacert.pem", /* cacert file to store trusted certificates */ NULL, /* capath to directory with trusted certificates */ NULL /* optional file with random data to seed randomness */ )) { soap_print_fault(soap, stderr); exit(1); } #endif /* Command-line options: d duplex mode with dual channels s callback server for duplex mode (default is callback polling) */ if (argc >= 3) { if (strchr(argv[2], 's')) { duplex = 1; server = 1; } else if (strchr(argv[2], 'd')) { duplex = 1; #ifdef WITH_OPENSSL fprintf(stderr, "Warning: SSL requires a callback server for duplex mode, because the client waits for the HTTP Accepted response while server is sending a message to the callback: deadlock will occur\n"); #endif } if (strchr(argv[2], 'a')) alive = 1; } if (alive) soap_set_mode(soap, SOAP_IO_KEEPALIVE); if (duplex) { /* set up the callback for duplex communication */ replyto = clientURI; callback = soap_new1(SOAP_XML_INDENT | SOAP_XML_STRICT); if (alive) soap_set_mode(callback, SOAP_IO_KEEPALIVE); soap_register_plugin(callback, soap_wsa); soap_register_plugin(callback, soap_wsrm); #if defined(WITH_UDP) /* "soap.udp:" endpoint specifies SOAP-over-UDP and should always be used for ReplyTo and FaultTo if these use UDP */ /* When the endpoint is an IP with a UDP destination, it is important to set UDP: */ soap_set_mode(callback, SOAP_IO_UDP); #elif defined(WITH_OPENSSL) if (soap_ssl_server_context(callback, SOAP_SSL_DEFAULT, "client.pem", /* keyfile (client) */ "password", /* password to read the key file (server) */ "cacert.pem", /* cacert file to store trusted certificates (client) */ NULL, /* optional capath */ NULL, /* DH file name or DH param key len bits, NULL: RSA */ NULL, /* file with random data to seed randomness */ NULL /* unique server identification for SSL session cache */ )) { soap_print_fault(soap, stderr); exit(1); } #endif callback->bind_flags = SO_REUSEADDR; /* allow immediate port rebinding */ if (!soap_valid_socket(soap_bind(callback, NULL, clientPort, 100))) { soap_print_fault(soap, stderr); exit(1); } } #ifdef THREADS_H if (server) THREAD_CREATE(&tid, (void*(*)(void*))callback_server, (void*)callback); #endif printf("\n**** Creating a Sequence\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif if (soap_wsrm_create_offer(soap, serverURI, replyto, NULL, expires, DiscardEntireSequence, NULL, &seq)) { if (soap->error == 202) printf("\n**** Create request was accepted\n"); else if (!duplex) /* if not duplex, error is fatal */ { soap_print_fault(soap, stderr); soap_wsrm_seq_free(soap, seq); return soap->error; } } if (duplex) { for (retry = 10; retry && !soap_wsrm_seq_created(soap, seq); retry--) { if (server) sleep(1); /* wait for callback server to receive response */ else if (callback_poll(callback, 1)) /* poll for 1 sec */ return callback->error; } if (!retry) { fprintf(stderr, "CANNOT CREATE SEQUENCE - SERVER NOT RESPONDING\n"); exit(1); } } soap_wsrm_dump(soap, stdout); printf("\n**** Sending first message\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif /* this shows how to use a retry loop to improve message delivery */ /* UDP may timeout when no UDP response message is sent by the server */ if (soap_wsrm_request(soap, seq, soap_wsa_rand_uuid(soap), RequestAction)) { soap_print_fault(soap, stderr); return soap->error; } while ((to = soap_wsrm_to(seq)) != NULL && soap_call_ns__wsrmdemo(soap, to, RequestAction, "First Message", &res)) { if (soap->error == 202) { printf("\n**** Request was accepted\n"); break; } else if (soap->error == SOAP_NO_TAG) /* empty */ { printf("\n**** Request was accepted, acks received\n"); break; } else if (duplex) /* duplex: we opt not to retry (could poll first) */ break; soap_print_fault(soap, stderr); /* only continue if retry is recommended */ if (soap_wsrm_check_retry(soap, seq)) break; /* wait a second to give network a chance to recover */ printf("\n**** Transmission failed: retrying after 1 second...\n"); sleep(1); } if (soap->error == SOAP_OK || soap->error == 202) printf("\n**** Response OK\n"); soap_wsrm_dump(soap, stdout); if (duplex) { if (server) sleep(1); else if (callback_poll(callback, -200000)) /* poll for 200 ms */ return callback->error; } printf("\n**** Sending second message, requesting acks\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif /* here we just send the message without retry loop */ /* UDP may timeout when no UDP response message is sent by the server */ to = soap_wsrm_to(seq); if (to) { if (soap_wsrm_request_acks(soap, seq, soap_wsa_rand_uuid(soap), RequestAction)) { soap_print_fault(soap, stderr); return soap->error; } if (soap_call_ns__wsrmdemo(soap, to, RequestAction, (char*)"Second Message", &res)) { if (soap->error == 202) printf("\n**** Request was accepted\n"); else if (soap->error == SOAP_NO_TAG) /* empty */ printf("\n**** Request was accepted, acks received\n"); else if (!duplex) soap_print_fault(soap, stderr); } else printf("\n**** Response OK\n"); if (duplex) { if (server) sleep(1); else if (callback_poll(callback, -200000)) /* poll for 200 ms */ return callback->error; } } /* check for any non-acked messages, and resend these */ if (soap_wsrm_nack(seq)) { printf("\n**** Resending "SOAP_ULONG_FORMAT" Non-Acked Messages\n", soap_wsrm_nack(seq)); soap_wsrm_resend(soap, seq, 0, 0); /* 0 0 means full range of msg nums of non-acked message to resend */ if (duplex) { if (server) sleep(1); else if (callback_poll(callback, 1)) /* poll for 1 sec */ return callback->error; } } soap_wsrm_dump(soap, stdout); printf("\n**** Sending third message\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif /* here we show how to just send the message without retry loop */ /* UDP may timeout when no UDP response message is sent by the server */ to = soap_wsrm_to(seq); if (to) { if (soap_wsrm_request(soap, seq, soap_wsa_rand_uuid(soap), RequestAction)) { soap_print_fault(soap, stderr); return soap->error; } if (soap_call_ns__wsrmdemo(soap, to, RequestAction, argv[1], &res)) { if (soap->error == 202) printf("\n**** Request was accepted\n"); else if (soap->error == SOAP_NO_TAG) /* empty */ printf("\n**** Request was accepted, acks received\n"); else if (!duplex) soap_print_fault(soap, stderr); } else printf("\n**** Response OK\n"); if (duplex) { if (server) sleep(1); /* allows to get messages before closing */ else if (callback_poll(callback, -200000)) /* poll for 200 ms */ return callback->error; } soap_wsrm_dump(soap, stdout); } printf("\n**** Closing the Sequence\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif /* close the sequence */ if (soap_wsrm_close(soap, seq, soap_wsa_rand_uuid(soap))) { if (soap->error == 202) printf("\n**** Close request was accepted\n"); else if (!duplex) { soap_print_fault(soap, stderr); soap_wsrm_seq_free(soap, seq); return soap->error; } } if (duplex) { if (server) sleep(1); /* still accept messages after close */ else if (callback_poll(callback, 1)) /* poll for 1 sec */ return callback->error; } soap_wsrm_dump(soap, stdout); /* Resend messages marked as non-acked (as an option) */ for (retry = 2; retry && soap_wsrm_nack(seq); retry--) { printf("\n**** Resending "SOAP_ULONG_FORMAT" Non-Acked Messages\n", soap_wsrm_nack(seq)); soap_wsrm_resend(soap, seq, 0, 0); /* 0 0 means full range of msg nums */ if (duplex) { if (server) sleep(1); else if (callback_poll(callback, 1)) /* poll for 1 sec */ return callback->error; } } printf("\n**** Terminating the Sequence\n"); #ifdef HTTPDA_H /* Digest Auth */ http_da_restore(soap, &info); #else /* Basic Auth */ soap->userid = userid; soap->passwd = passwd; #endif /* termination fails if the server did not get all messages */ if (soap_wsrm_terminate(soap, seq, soap_wsa_rand_uuid(soap))) { if (soap->error == 202) printf("\n**** Terminate request was accepted\n"); else if (!duplex || soap->error != SOAP_EOF) soap_print_fault(soap, stderr); } if (duplex) { if (server) sleep(1); else if (callback_poll(callback, 1)) /* poll for 1 sec */ return callback->error; } soap_wsrm_dump(soap, stdout); #ifdef THREADS_H if (server) THREAD_JOIN(tid); #endif /* delete the sequence */ soap_wsrm_seq_free(soap, seq); /* delete the callback */ if (callback) { soap_destroy(callback); soap_end(callback); soap_free(callback); } /* cleanup deserialized data, allowed at any time in/after sequence */ soap_destroy(soap); soap_end(soap); soap_free(soap); /* MUST call before CRYPTO_thread_cleanup */ CRYPTO_thread_cleanup(); } return 0; } /******************************************************************************\ * * Threaded Server * \******************************************************************************/ #ifdef THREADS_H void *process_request(void *ctx) { struct soap *soap = (struct soap*)ctx; pthread_detach(pthread_self()); #if !defined(WITH_UDP) && defined(WITH_OPENSSL) /* SSL accept */ if (soap_ssl_accept(soap)) { soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed\n"); soap_destroy(soap); soap_end(soap); soap_free(soap); return NULL; } #endif if (soap_serve(soap) && soap->error != SOAP_STOP && soap->error != SOAP_EOF) soap_print_fault(soap, stderr); else if (soap->error == SOAP_EOF && soap->errnum == 0) printf("\n**** Thread timed out\n"); else { printf("\n**** Request served by thread\n"); soap_wsrm_dump(soap, stdout); } soap_destroy(soap); soap_end(soap); soap_free(soap); return NULL; } #endif /******************************************************************************\ * * Optional Client-Side Threaded Callback Server * \******************************************************************************/ #ifdef THREADS_H void *callback_server(void *ctx) { struct soap *soap = (struct soap*)ctx; soap->accept_timeout = 10; /* server quits after 10 seconds of inactivity */ soap->recv_timeout = 10; soap->send_timeout = 1; /* 1 sec I/O timeout */ printf("\n**** Callback Server Running\n"); while (soap_valid_socket(soap_accept(soap))) { #if !defined(WITH_UDP) && defined(WITH_OPENSSL) if (soap_ssl_accept(soap)) { soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); continue; } #endif if (soap_serve(soap) && soap->error != SOAP_STOP && soap->error != SOAP_EOF) soap_print_fault(soap, stderr); else if (soap->error == SOAP_EOF && !soap->errnum) continue; /* messaging IO timed out */ else soap_wsrm_dump(soap, stdout); } printf("\n**** Callback Server Terminated\n"); return NULL; } #endif /******************************************************************************\ * * Client-Side Callback Polling * \******************************************************************************/ int callback_poll(struct soap *soap, int timeout) { int poll = 5; /* 5 poll cycles max, ensures we make progress */ soap->accept_timeout = timeout; soap->recv_timeout = timeout; soap->send_timeout = 1; /* 1 sec I/O timeout */ printf("\n**** Callback Polling\n"); while (poll-- && soap_valid_socket(soap_accept(soap))) { #if !defined(WITH_UDP) && defined(WITH_OPENSSL) if (soap_ssl_accept(soap)) { soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); continue; } #endif if (soap_serve(soap) && soap->error != SOAP_STOP) { if (soap->error == SOAP_EOF) /* timed out */ return SOAP_OK; soap_print_fault(soap, stderr); return soap->error; } soap_wsrm_dump(soap, stdout); } return SOAP_OK; } /******************************************************************************\ * * Service Operations * \******************************************************************************/ int ns__wsrmdemo(struct soap *soap, char *in, struct ns__wsrmdemoResponse *result) { /* check Basic/Digest Auth, when enabled */ if (userid && passwd) { if (!soap->userid || !soap->passwd || strcmp(userid, soap->userid) || strcmp(passwd, soap->passwd)) { #ifdef HTTPDA_H soap->authrealm = HTTP_REALM; #endif return 401; /* HTTP Unauthorized */ } } /* check for WS-RM/WSA and set WS-RM/WSA return headers */ if (soap_wsrm_check(soap)) return soap->error; printf("\n**** Received Request \"%s\"\n", in?in:"(null)"); /* simulate a fatal server error, which is possibly relayed */ /* for fatal errors that terminate the sequence, we must call soap_wsrm_sender_fault() before soap_wsrm_check() */ if (in && !strcmp(in, "error")) { /* this is fatal, we terminate the sequence */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); soap_wsrm_seq_release(soap, seq); printf("\n**** Simulating Server Operation Fatal Error\n"); return soap_wsrm_sender_fault(soap, "The demo service wsrmdemo() operation generated a fatal error", NULL); } /* simulate a non-fatal user-defined error, which is can be relayed */ if (in && !strcmp(in, "fault")) { printf("\n**** Simulating Server Operation Fault\n"); return soap_wsrm_sender_fault(soap, "The demo service wsrmdemo() operation returned a fault", NULL); } result->out = in; #if 0 /* to just respond without requesting acks for response messages: */ return soap_wsrm_reply(soap, soap_wsa_rand_uuid(soap), ResponseAction); #else /* to request acks for response messages (only when WS-RM "create offer" was made): */ return soap_wsrm_reply_request_acks(soap, soap_wsa_rand_uuid(soap), ResponseAction); #endif } /******************************************************************************\ * * Client-Side Callback Operation to Receive Service Responses * \******************************************************************************/ int ns__wsrmdemoResponse(struct soap *soap, char *out) { /* check Basic Auth, when enabled */ if (userid && passwd) { if (!soap->userid || !soap->passwd || strcmp(userid, soap->userid) || strcmp(passwd, soap->passwd)) return soap_send_empty_response(soap, 401); /* HTTP Unauthorized */ } /* check for WS-RM/WSA and set WS-RM/WSA return headers */ if (soap_wsrm_check(soap)) return soap->error; printf("\n**** Received Response \"%s\"\n", out?out:"(null)"); return soap_send_empty_response(soap, 202); /* HTTP 202 Accepted */ } /******************************************************************************\ * * Relayed SOAP-ENV:Fault Handler for FaultTo Server * \******************************************************************************/ int SOAP_ENV__Fault(struct soap *soap, _QName faultcode, // SOAP 1.1 char *faultstring, // SOAP 1.1 char *faultactor, // SOAP 1.1 struct SOAP_ENV__Detail *detail, // SOAP 1.1 struct SOAP_ENV__Code *Code, // SOAP 1.2 struct SOAP_ENV__Reason *Reason, // SOAP 1.2 char *Node, // SOAP 1.2 char *Role, // SOAP 1.2 struct SOAP_ENV__Detail *Detail // SOAP 1.2 ) { soap_send_empty_response(soap, 202); /* HTTP 202 Accepted */ /* populate the fault struct from the operation arguments to print it */ soap_fault(soap); /* SOAP 1.1 */ soap->fault->faultcode = faultcode; soap->fault->faultstring = faultstring; soap->fault->faultactor = faultactor; soap->fault->detail = detail; /* SOAP 1.2 */ soap->fault->SOAP_ENV__Code = Code; soap->fault->SOAP_ENV__Reason = Reason; soap->fault->SOAP_ENV__Node = Node; soap->fault->SOAP_ENV__Role = Role; soap->fault->SOAP_ENV__Detail = Detail; /* set error and display */ soap->error = SOAP_FAULT; printf("\n**** Received Fault:\n"); soap_print_fault(soap, stdout); if (!detail) detail = Detail; if (detail && detail->__type == SOAP_TYPE__wsrm__Identifier) { /* the sequence id is in the Fault Detail __type and fault members */ char *id = (char*)detail->fault; /* we opt to treat all faults fatal, so let's terminate the sequence */ soap_wsrm_sequence_handle seq = soap_wsrm_seq_lookup_id(soap, id); if (seq) { soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); soap_wsrm_seq_release(soap, seq); return soap->error; } } return SOAP_OK; } /******************************************************************************\ * * OpenSSL * \******************************************************************************/ #ifdef WITH_OPENSSL struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } #else /* OpenSSL not used */ int CRYPTO_thread_setup() { return SOAP_OK; } void CRYPTO_thread_cleanup() { } #endif gsoap-2.8.28/gsoap/samples/wsrm/README.txt0000644000175000017500000000033512653650156017541 0ustar ellertellert This application demonstrates server-side and client-side logic for services based on WS-ReliableMessaging (and WS-Addressing). For more details, please see wsrmdemo.h. Instructions about the demo are included therein. gsoap-2.8.28/gsoap/samples/wsrm/wsrmdemo.h0000644000175000017500000002413512653650156020055 0ustar ellertellert/* wsrmdemo.h WS-ReliableMessaging and WS-Addressing demo service and client. This file is to be passed to soapcpp2 only. See usage comments below. gSOAP XML Web services tools Copyright (C) 2000-2012 Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- This example application demonstrates server-side and client-side logic for services based on WS-ReliableMessaging (which uses WS-Addressing). WS-ReliableMessaging provides a reliable message sequence mechanism. A message sequence is created by the WS-RM source (e.g. client), the messages follow with possible acknowledgements and resends of unacknowledged messages in between, then the sequence is closed and finally terminated. Sequences can expire, to allow local resources to be reclaimed. WS-ReliableMessaging may not be useful to improve the reliability of request-response message exchanges between two parties over HTTP, since receiving a response obviously indicates successful delivery of the request. WS-ReliableMessaging is useful to improve the reliability of one-way asynchronous messaging, for unreliable data gram messaging (SOAP-over-UDP), or when responses are relayed to other destinations, such as response messages that are relayed to destinations indicated by the WS-Addressing ReplyTo header. It is also useful when multiple sources are sending messages that arrive in different order or must be flagged as an incomplete message assemble when messages are missing as defined by the notion of a sequence of related messages. WS-ReliableMessaging ensures that all messages must have been received for the message sequence to terminate normally (indicated by the DiscardEntireSequence behavior). Messages in a sequence are enumerated and message acknowledgements are message ranges received. Acknowledgements are normally sent to the source to help identify which messages should be resend. Acknowledgements can also be send to a destination, the AcksTo destination server. This header file illustrates two gSOAP soapcpp2 tooling tricks to enable services to accept SOAP Fault messages (the SOAP_ENV__Fault message definition below) and to create a one-way service operation to handle WS-Addressing relayed responses (the ns__wsrmdemoResponse one-way message definition below) to accept a response as a service request. Compile with (note the use of soapcpp2 -a to handle http action header): soapcpp2 -a -c -Iimport wsrmdemo.h cc -Iplugin -o wsrmdemo wsrmdemo.c stdsoap2.c soapC.c soapClient.c soapServer.c plugin/wsaapi.c plugin/wsrmapi.c custom/duration.c Alternative compile step, to use SOAP-over-UDP testing (no HTTP!): cc -Iplugin -DWITH_UDP -o wsrmdemo_udp wsrmdemo.c stdsoap2.c soapC.c soapClient.c soapServer.c plugin/wsaapi.c plugin/wsrmapi.c custom/duration.c Alternative compile step, to use OpenSSL for HTTPS: cc -Iplugin -DWITH_OPENSSL -o wsrmdemo_ssl wsrmdemo.c stdsoap2.c soapC.c soapClient.c soapServer.c plugin/wsaapi.c plugin/wsrmapi.c custom/duration.c -lssl -l crypto With SSL enabled, please make sure that server.pem, cacert.pem, and client.pem are copied with your executable. Usage: After compilation, start the main server: > ./wsrmdemo In a new window, run the client: > ./wsrmdemo hello This example shows the main server returning "hello" to the client. WS-RM message acknowledgements are also returned to the client as piggy-backed headers, so the client keeps track of ack'ed messages that do not need to be resend. > ./wsrmdemo hello d This example shows the main server returning "hello" to the client in duplex mode. The client uses a callback polling service to accept response messages on a port. > ./wsrmdemo hello ds This example shows the main server returning "hello" to the client in duplex mode. The client uses a stand-alone (non-polling) callback server to accept response messages on a port. > ./wsrmdemo fault Simulates a fault generated by the server. The fault is non-fatal and processing resumes until the sequence is terminated. > ./wsrmdemo fault d Same, in duplex mode with callback polling. > ./wsrmdemo fault ds Same, in duplex mode with callback server. > ./wsrmdemo error Simulates an error generated by the server. The error is fatal and further processing is refused by the server. > ./wsrmdemo error d Same, in duplex mode with callback polling. > ./wsrmdemo error ds Same, in duplex mode with callback server. Note 1: when the ReplyTo service is down, the response cannot be relayed and the client (or the fault service when FaultTo is set) will be informed about the failure. Note 2: HTTP Basic authentication can be enabled by setting the following values in wsrmdemo.c: const char *userid = "..."; const char *passwd = "..."; The client operations set HTTP Basic Auth while server operation check it. The WS-RM CreateSequence, CloseSequence, and TerminateSequence do NOT check the credentials of the client (only the sequence messages). Of course, and incomplete sequence abnormally terminates when the behavior is set to DiscardEntireSequence. Note 3: HTTP compression can be enabled by compiling the sources with -DWITH_ZLIB. Then use SOAP_ENC_ZLIB flag to send compressed messages. Note 4: HTTPS can be enabled by compiling with -DWITH_OPENSSL. Note 5: The client is set-up for two-way messaging, so UDP one-way messaging is not demonstrated. This also leads to timeouts at the client side when no response is received (and no acks or faults). To implement one-way messaging, please refer to the documentation. */ #import "soap12.h" #import "wsrm.h" #import "wsa5.h" //gsoap ns service name: wsrmdemo demonstrates WS-ReliableMessaging capabilities //gsoap ns service port: http://localhost:11001 //gsoap ns service type: wsrmdemoPort //gsoap ns service namespace: urn:wsrmdemo /* We need to generate a response struct for each operation to implement * one-way service response operations that can be relayed. Because the service * operation has a corresponding struct, we can use that struct as a response * parameter for the second two-way service operation. This step is required to * implement a wsa-capable server. Future changes to wsdl2h will make manual * addition of these one-way operations unnecessary and automated. */ //gsoap ns service method-header-part: wsrmdemoResponse wsa5__MessageID //gsoap ns service method-header-part: wsrmdemoResponse wsa5__RelatesTo //gsoap ns service method-header-part: wsrmdemoResponse wsa5__From //gsoap ns service method-header-part: wsrmdemoResponse wsa5__ReplyTo //gsoap ns service method-header-part: wsrmdemoResponse wsa5__FaultTo //gsoap ns service method-header-part: wsrmdemoResponse wsa5__To //gsoap ns service method-header-part: wsrmdemoResponse wsa5__Action //gsoap ns service method-header-part: wsrmdemoResponse wsrm__Sequence //gsoap ns service method-header-part: wsrmdemoResponse wsrm__AckRequested //gsoap ns service method-header-part: wsrmdemoResponse wsrm__SequenceAcknowledgement //gsoap ns service method-action: wsademoResponse urn:wsrmdemo/wsrmdemoPort/wsrmdemoResponse //gsoap ns service method-documentation: wsrmdemoResponse accepts a string value from a relayed response int ns__wsrmdemoResponse(char *out, void); //gsoap ns service method-header-part: wsrmdemo wsa5__MessageID //gsoap ns service method-header-part: wsrmdemo wsa5__RelatesTo //gsoap ns service method-header-part: wsrmdemo wsa5__From //gsoap ns service method-header-part: wsrmdemo wsa5__ReplyTo //gsoap ns service method-header-part: wsrmdemo wsa5__FaultTo //gsoap ns service method-header-part: wsrmdemo wsa5__To //gsoap ns service method-header-part: wsrmdemo wsa5__Action //gsoap ns service method-header-part: wsrmdemo wsrm__Sequence //gsoap ns service method-header-part: wsrmdemo wsrm__AckRequested //gsoap ns service method-header-part: wsrmdemo wsrm__SequenceAcknowledgement //gsoap ns service method-action: wsrmdemo urn:wsrmdemo/wsrmdemoPort/wsrmdemo //gsoap ns service method-output-action: wsrmdemo urn:wsrmdemo/wsrmdemoPort/wsrmdemoResponse //gsoap ns service method-documentation: wsrmdemo echos a string value and relays the response to the wsa replyTo address (if present) int ns__wsrmdemo(char *in, struct ns__wsrmdemoResponse *result); gsoap-2.8.28/gsoap/samples/wsrm/Makefile.am0000644000175000017500000000223512653650156020100 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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Build: > soapcpp2 -CS primes.h > c++ -o primes primes.cpp soapC.cpp stdsoap2.cpp Usage: > ./primes -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2011, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // include all generated header files: #include "soapH.h" #include int main() { primes p; // also instantiates the 'soap' context p.sieve(100); // sieve primes primes q; q = p; // to show that copy constructor and assignment are OK q.write(); // write primes in XML return 0; } // sieving primes in the simple_vector<> container: void primes::sieve(int n) { prime.clear(); prime.insert(prime.end(), 1); prime.insert(prime.end(), 2); for (int i = 3; i <= n; i += 2) { bool composite = false; for (simple_vector::const_iterator j = prime.begin(); j != prime.end(); ++j) { if (*j != 1 && i % *j == 0) { composite = true; break; } } if (!composite) prime.insert(prime.end(), i); } } // the writer uses the fact that the primes class inherits the context: void primes::write() { soap_set_omode(this, SOAP_XML_INDENT); // show with indentation please soap_write_primes(this, this); // soap_write_prime is generated } // the destructor cleans up the 'soap' context primes::~primes() { soap_destroy(this); soap_end(this); } // we need a dummy namespace table, even though we don't use XML namespaces: SOAP_NMAC struct Namespace namespaces[] = { {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/samples/primes/Makefile.in0000644000175000017500000004531712653650156020430 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; 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This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // declare the simple_vector<> template: template class simple_vector; // declare a primes class that inherits a context for SOAP/XML serialization: class primes: struct soap { public: simple_vector prime; // container of ints void sieve(int n); void write(); virtual ~primes(); }; // #include is deferred to the generated code, which will then include the defs: #include "simple_vector.h" // defines simple_vector<> gsoap-2.8.28/gsoap/samples/primes/README.txt0000644000175000017500000000064612653650156020055 0ustar ellertellert Demonstates the use of a user-defined C++ container simple_vector<> defined in simple_vector.h suitable for XML serialization. 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The remote object factory uses a lease-based system. Remote objects are purged from the pool when the lease expires (see LEASETERM in factory.cpp). Supports inheritance. Compile: soapcpp2 factory.h c++ -o factory factory.cpp stdsoap2.cpp soapC.cpp soapServer.cpp Run (e.g. in the background) factory where is a available port number, e.g. 18085 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: factory //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/factory.wsdl //gsoap ns service location: http://localhost:18085 //gsoap ns schema namespace: urn:factoryService //gsoap t schema namespace: urn:factoryTypes //gsoap h schema namespace: urn:factoryHandles //////////////////////////////////////////////////////////////////////////////// // // SOAP Header: used to exchange stateful object handles // //////////////////////////////////////////////////////////////////////////////// struct SOAP_ENV__Header { mustUnderstand unsigned int h__handle; }; //////////////////////////////////////////////////////////////////////////////// // // Server-side root class // //////////////////////////////////////////////////////////////////////////////// enum t__object // object types: { ROOT, // t__root object ADDER, // t__adder object COUNTER // t__counter object }; enum t__status // remote object status: { FACTORY_OK, // ok FACTORY_INVALID, // invalid handle (wrong type of object or lease expired) FACTORY_NOTFOUND, // lookup operation not successful FACTORY_RETRY // cannot create new object: try later }; class t__root { public: enum t__object object; // object type char *name; // object name for lookup operation (optional) unsigned int handle; // internal handle time_t lease; // lease expiration time t__root(); virtual ~t__root(); virtual void renew(); // to renew lease }; //////////////////////////////////////////////////////////////////////////////// // // Server-side adder class derived from root // //////////////////////////////////////////////////////////////////////////////// class t__adder: public t__root { public: double val; // current value of the adder void set(double val); // to set the adder double get(); // to get value of the adder void add(double val); // to add a value to the adder }; //////////////////////////////////////////////////////////////////////////////// // // Server-side counter class derived from adder // //////////////////////////////////////////////////////////////////////////////// class t__counter: public t__adder { public: void inc(); // to increment the counter }; //////////////////////////////////////////////////////////////////////////////// // // Remote factory method interfaces // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service method-header-part: create h__handle int ns__create(enum t__object object, char *name, enum t__status &status); //gsoap ns service method-header-part: lookup h__handle int ns__lookup(enum t__object object, char *name, enum t__status &status); //gsoap ns service method-header-part: rename h__handle int ns__rename(char *name, enum t__status &status); //gsoap ns service method-header-part: release h__handle int ns__release(enum t__status &status); //////////////////////////////////////////////////////////////////////////////// // // Rewote adder method interfaces // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service method-header-part: set h__handle int ns__set(double val, enum t__status &status); //gsoap ns service method-header-part: get h__handle int ns__get(double &val); //gsoap ns service method-header-part: add h__handle int ns__add(double val, enum t__status &status); //////////////////////////////////////////////////////////////////////////////// // // Remote counter method interfaces // //////////////////////////////////////////////////////////////////////////////// //gsoap ns service method-header-part: inc h__handle int ns__inc(enum t__status &status); gsoap-2.8.28/gsoap/samples/factory/README.txt0000644000175000017500000000056112653650154020217 0ustar ellertellert A remote object factory. Server objects are instantiated, manipulated, and destroyed remotely using SOAP messages. The objects are persistent and can be named. Objects are purged when their lease expires. A lease is renewed when the object is used. This example defines a root object, an adder object, and a counter object. See samples/factorytest for client code. gsoap-2.8.28/gsoap/samples/factory/factory.cpp0000644000175000017500000003452212653650154020700 0ustar ellertellert/* factory.cpp Remote object factory The remote object factory uses a lease-based system. Remote objects are purged from the pool when the lease expires. Supports inheritance. Compile: soapcpp2 factory.h c++ -o factory factory.cpp stdsoap2.cpp soapC.cpp soapServer.cpp Run (e.g. in the background) factory where is a available port number, e.g. 18085 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include // for open() #include "soapH.h" #include "factory.nsmap" #define POOLSIZE 1000 // max number of remote objects that can be alive at any instance #define LEASETERM 60 // lease term (in seconds). Also the rate at which objects are purged //////////////////////////////////////////////////////////////////////////////// // // Factory class maintains pool of objects and can act as a simple ORB // //////////////////////////////////////////////////////////////////////////////// class Factory { public: t__root *ref[POOLSIZE]; // pool of objects (t__root is base class) unsigned int handle; // handle generation counter (is allowed to wrap around 32 bits) Factory(); ~Factory(); unsigned int create(struct soap *soap, enum t__object object, char *name); unsigned int lookup(enum t__object object, char *name); unsigned int rename(unsigned int handle, char *name); void release(unsigned int handle); void purge(struct soap* soap); t__root *get(unsigned int handle); t__root *root(unsigned int handle); t__adder *adder(unsigned int handle); t__counter *counter(unsigned int handle); int save(const char *file); int load(const char *file); }; // Initialize empty pool and set handle generation counter to 0 Factory::Factory() { for (int i = 0; i < POOLSIZE; i++) ref[i] = NULL; handle = 0; } // Remove all objects from pool Factory::~Factory() { for (int i = 0; i < POOLSIZE; i++) if (ref[i]) delete ref[i]; } // Create a new object, place it in the pool, and return handle unsigned int Factory::create(struct soap *soap, enum t__object object, char *name) { (void)soap; for (int i = 0; i < POOLSIZE; i++) if (!ref[++handle % POOLSIZE]) // succeeds if this slot is available { t__root *r = NULL; if (!handle) handle += POOLSIZE; // make sure handle is never 0 (0 indicates invalid handle) switch (object) // type of object to instantiate { case ROOT: r = new t__root(); break; case ADDER: r = new t__adder(); break; case COUNTER: r = new t__counter(); break; } if (r) { ref[handle % POOLSIZE] = r; // add object to the pool r->object = object; // save type if (name) // save name (if assigned) { size_t l = strlen(name); r->name = (char*)malloc(l + 1); soap_strcpy(r->name, l + 1, name); } else r->name = NULL; r->handle = handle; // keep handle for verification r->renew(); // renew its lease return handle; } return 0; } return 0; } // Lookup the name of an object and return handle unsigned int Factory::lookup(enum t__object object, char *name) { for (int i = 0; i < POOLSIZE; i++) if (ref[i] && ref[i]->object == object && ref[i]->name && !strcmp(ref[i]->name, name)) { ref[i]->renew(); return ref[i]->handle; } return 0; } // Rename object and return handle if successful unsigned int Factory::rename(unsigned int handle, char *name) { t__root *r = get(handle); if (r) { size_t l = strlen(name); if (r->name) free(r->name); r->name = (char*)malloc(l + 1); soap_strcpy(r->name, l + 1, name); r->renew(); return handle; } return 0; } // get ref to object from handle t__root *Factory::get(unsigned int handle) { t__root *r = ref[handle % POOLSIZE]; if (r && r->handle == handle) return r; return NULL; } // get ref to root object from handle and renew lease t__root *Factory::root(unsigned int handle) { t__root *r = get(handle); if (r) r->renew(); return r; } // get ref to adder object from handle and renew lease t__adder *Factory::adder(unsigned int handle) { t__adder *a = (t__adder*)get(handle); if (a) { if (a->object == ADDER || a->object == COUNTER) a->renew(); else a = NULL; } return a; } // get ref to counter object from handle and renew lease t__counter *Factory::counter(unsigned int handle) { t__counter *c = (t__counter*)get(handle); if (c) { if (c->object == COUNTER) c->renew(); else c = NULL; } return c; } // remove all objects from pool whose lease has expired void Factory::purge(struct soap *soap) { time_t t = time(NULL); // current time int flag = 1; for (int i = 0; i < POOLSIZE; i++) { t__root *r = ref[i]; if (r && r->lease < t) // expired? { if (flag) fprintf(stderr, "\nPurging objects:"); if (r->name) fprintf(stderr, "%s(%u)\n", r->name, r->handle); else fprintf(stderr, "(%u)\n", r->handle); soap_delete(soap, r); ref[i] = NULL; flag = 0; } } } // remove object from pool and release slot void Factory::release(unsigned int handle) { t__root *r = get(handle); if (r) ref[handle % POOLSIZE] = NULL; } // save object pool to file (or stdout) int Factory::save(const char *file) { struct soap soap; // use a new local gSOAP environment soap_init(&soap); soap_begin(&soap); if (file) soap.sendfd = open(file, O_CREAT|O_TRUNC|O_WRONLY, S_IREAD|S_IWRITE); if (soap.sendfd < 0) return -1; soap_begin_send(&soap); for (int i = 0; i < POOLSIZE; i++) if (ref[i]) { ref[i]->soap_serialize(&soap); soap_begin_send(&soap); ref[i]->soap_put(&soap, "item", NULL); soap_end_send(&soap); } if (file) close(soap.sendfd); soap_end(&soap); soap_done(&soap); return 0; } // load object pool from file (or stdin) int Factory::load(const char *file) { struct soap soap; t__root *r; soap_init(&soap); if (file) soap.recvfd = open(file, O_RDONLY); if (soap.recvfd < 0) return -1; soap_begin_recv(&soap); for (int i = 0; i < POOLSIZE; i++) { if (ref[i]) { delete ref[i]; ref[i] = NULL; } } for (;;) { r = soap_in_t__root(&soap, "item", NULL, NULL); // use the 'in' routine ('get' will also attempt to parse the remaining XML) if (r) ref[r->handle % POOLSIZE] = r; else break; } if (file) close(soap.recvfd); if (soap.error != SOAP_OK && soap.error != SOAP_EOF) { soap_print_fault(&soap, stderr); soap_print_fault_location(&soap, stderr); } soap_free(&soap); // do not call soap_end: this would remove all deserialized data soap_done(&soap); return 0; } //////////////////////////////////////////////////////////////////////////////// // // Main server program // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { int m, s; struct soap soap; Factory factory; // create factory and simple ORB soap_init(&soap); soap.user = (void*)&factory; // associate factory with run-time soap.accept_timeout = 1; // check every second, if not too busy for purging objects if (argc < 2) { factory.load("factory.dat"); // if CGI is used, load the entire pool (not very efficient and there may be a competition for access to this file! This is just to demonstrate load/save of the entire pool) factory.purge(&soap); soap_serve(&soap); factory.save("factory.dat"); // ... and save afterwards } else { m = soap_bind(&soap, NULL, atoi(argv[1]), 100); // use command line argument as port number if (m < 0) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); for (int i = 1; ; i++) { s = soap_accept(&soap); if (s < 0) { if (soap.errnum) soap_print_fault(&soap, stderr); else // errnum is 0, which means a timeout has occurred { factory.purge(&soap); // purge objects whose lease has ran out continue; } exit(1); } fprintf(stderr, "%d: accepted %d IP=%d.%d.%d.%d ... ", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); soap_serve(&soap); fprintf(stderr, "served\n"); soap_end(&soap); // clean up: this will remove deserialized data } } return 0; } //////////////////////////////////////////////////////////////////////////////// // // Remote factory method implementations // //////////////////////////////////////////////////////////////////////////////// int ns__create(struct soap *soap, enum t__object object, char *name, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (!soap->header) soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header)); if (soap->header) { soap->header->h__handle = factory->create(soap, object, name); if (soap->header->h__handle) status = FACTORY_OK; else status = FACTORY_INVALID; } else status = FACTORY_RETRY; return SOAP_OK; } int ns__lookup(struct soap *soap, enum t__object object, char *name, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (!soap->header) soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header)); if (soap->header) { soap->header->h__handle = factory->lookup(object, name); if (soap->header->h__handle) status = FACTORY_OK; else status = FACTORY_NOTFOUND; } else status = FACTORY_RETRY; return SOAP_OK; } int ns__rename(struct soap *soap, char *name, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (soap->header) { soap->header->h__handle = factory->rename(soap->header->h__handle, name); if (soap->header->h__handle) status = FACTORY_OK; else status = FACTORY_INVALID; } else status = FACTORY_INVALID; return SOAP_OK; } int ns__release(struct soap *soap, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (soap->header && soap->header->h__handle) { factory->release(soap->header->h__handle); status = FACTORY_OK; } else status = FACTORY_INVALID; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Remote adder method implementations // //////////////////////////////////////////////////////////////////////////////// int ns__set(struct soap *soap, double val, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (soap->header) { t__adder *adder = factory->adder(soap->header->h__handle); if (adder) { adder->set(val); status = FACTORY_OK; } else status = FACTORY_INVALID; } else status = FACTORY_INVALID; return SOAP_OK; } int ns__get(struct soap *soap, double &val) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment val = DBL_NAN; if (soap->header) { t__adder *adder = factory->adder(soap->header->h__handle); if (adder) val = adder->get(); } return SOAP_OK; } int ns__add(struct soap *soap, double val, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (soap->header) { t__adder *adder = factory->adder(soap->header->h__handle); if (adder) { adder->add(val); status = FACTORY_OK; } else status = FACTORY_INVALID; } else status = FACTORY_INVALID; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Remote counter method implementations // //////////////////////////////////////////////////////////////////////////////// int ns__inc(struct soap *soap, enum t__status &status) { Factory *factory = (Factory*)soap->user; // get factory from gSOAP environment if (soap->header) { t__counter *counter = factory->counter(soap->header->h__handle); if (counter) { counter->inc(); status = FACTORY_OK; } else status = FACTORY_INVALID; } else status = FACTORY_INVALID; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Server-side base factory class methods // //////////////////////////////////////////////////////////////////////////////// t__root::t__root() { } t__root::~t__root() { if (name) free(name); } void t__root::renew() { lease = time(NULL) + LEASETERM; // can adopt a leasing policy per class } //////////////////////////////////////////////////////////////////////////////// // // Server-side adder class methods // //////////////////////////////////////////////////////////////////////////////// void t__adder::set(double val) { this->val = val; // copy data to update state } double t__adder::get() { return val; } void t__adder::add(double val) { this->val += val; } //////////////////////////////////////////////////////////////////////////////// // // Server-side counter class methods // //////////////////////////////////////////////////////////////////////////////// void t__counter::inc() { add(1.0); } gsoap-2.8.28/gsoap/samples/factory/Makefile.am0000644000175000017500000000077012653650154020557 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = factory SOAPHEADER = factory.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = factory.nsmap factory.wsdl factory_SOURCES = factory.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) factory_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/dom/0000755000175000017500000000000012653650166015632 5ustar ellertellertgsoap-2.8.28/gsoap/samples/dom/README.md0000644000175000017500000035472612653650154017127 0ustar ellertellert XML DOM & XPath {#mainpage} =============== [TOC] Introduction {#intro} ============ XML data bindings provide a powerful mechanism to parse, validate, manipulate, and write XML data with ease as if we are working with native C and C++ data. Occasionally we will need to work with raw XML data. Raw XML can be parsed with a DOM parser and stored in a DOM node graph. The DOM (Document Object Model) node graph (actually a node tree) can be inspected to retrieve text and other values. We can iteratively and recursively traverse the XML tree via its DOM node graph at increasingly deeper levels to inspect and retrieve values of XML elements and attributes. We can also use XPath queries to locate data deep in the DOM node hierarchy to retrieve specific values. The gSOAP XML DOM API is compact in size but offers a wealth of operations to construct, inspect, traverse, and search data in DOM node graphs. The DOM API offers powerful constructors to construct a DOM node graph for XML with **smart XML namespace handling** to simplify coding. The DOM API also offers a hybrid **DOM + data binding approach** that allows you to embed serializable C/C++ data types including user-defined structs and classes. You can also search and retrieve values from XML and XML with namespaces using the DOM API's smart XML namespace handling. We also offer a new code generation tool, **domcpp**, that greatly simplifies writing DOM API code by generating DOM construction code, DOM inspection code, and XPath code to query a DOM. The generated code uses the DOM API transparently in C and C++ (C++ by default and pure C as an option). So it is easy to get familiar with the DOM API by using the domcpp tool. In the first part of this introduction we show how to effectively use the domcpp tool to get started. XML DOM and gSOAP {#intro-1} ----------------- To help you quickly develop C/C++ code to construct, inspect, and search DOM node graphs using the XML DOM API, we offer a new code generator **domcpp** with the gSOAP package (version 2.8.28 and up). You can find the domcpp tool with the DOM examples in `gsoap/samples/dom`. The domcpp command-line tool auto-generates C or C++ code from an XML fragment. The generated code creates a DOM node graph for this fragment, which can be further tweaked as necessary. Let's demonstrate this with an example `menu.xml` XML file: cat menu.xml ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp}

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ domcpp menu.xml ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); ctx->double_format = "%lG"; xsd__anyType dom(ctx, "menu"); dom.att("id") = "file"; dom.att("value") = "File"; dom["popup"]["menuitem"][1].att("value") = "New"; dom["popup"]["menuitem"][1].att("onclick") = "CreateNewDoc()"; dom["popup"]["menuitem"][2].att("value") = "Open"; dom["popup"]["menuitem"][2].att("onclick") = "OpenDoc()"; dom["popup"]["menuitem"][3].att("value") = "Close"; dom["popup"]["menuitem"][3].att("onclick") = "CloseDoc()"; std::cout << dom << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete DOM data soap_free(ctx); // free context } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The C++ DOM API is designed around the concept of XPath's path location to construct a node graph by aligning the C++ `[]` overloaded operator to XPath's path steps and position predicates. You can use domcpp option `-e` to reveal the XPath for each assignment statement. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} xsd__anyType dom(ctx, "menu"); // /menu/@id = file dom.att("id") = "file"; // /menu/@value = File dom.att("value") = "File"; // /menu/popup/menuitem[1]/@value = New dom["popup"]["menuitem"][1].att("value") = "New" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Domcpp option `-e` adds explanatory comments to the generated code, which explains what the code does to help you understand the DOM API by including XPath path locations and other details. You can use domcpp option `-M` to narrow the generated code down to the essentials, without the initialization and cleanup parts of the code. This makes the generated code suitable for direct inclusion in your codebase. Generating code to populate a DOM node graph is one option. Another option is to generate code to inspect a DOM node graph. Use domcpp option `-i` to generate code to inspect the DOM node graph of XML parsed from input, given that the XML file provided with option `-i` serves as a generic template: domcpp -i menu.xml ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); ctx->double_format = "%lG"; xsd__anyType dom(ctx); std::cin >> dom; if (dom.soap->error) exit(EXIT_FAILURE); // error parsing XML xsd__anyAttribute *att; xsd__anyType *elt; #define USE_ATT(path, text) std::cout << path << " = " << text << std::endl #define USE_ELT(path, text) std::cout << path << " = " << text << std::endl if ((att = dom.att_get("id"))) USE_ATT("/menu/@id", att->get_text()); if ((att = dom.att_get("value"))) USE_ATT("/menu/@value", att->get_text()); if ((elt = dom.elt_get("popup"))) { xsd__anyType& dom_popup = *elt; for (xsd__anyType *it = dom_popup.elt_get("menuitem"); it; it = it->get_next()) { xsd__anyType& dom_popup_menuitem = *it; if ((att = dom_popup_menuitem.att_get("value"))) USE_ATT("/menu/popup/menuitem/@value", att->get_text()); if ((att = dom_popup_menuitem.att_get("onclick"))) USE_ATT("/menu/popup/menuitem/@onclick", att->get_text()); } } std::cout << dom << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete DOM data soap_free(ctx); // free context } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also use domcpp option `-p` to generate efficient XPath query code to query and retrieve specific XML values. For example, let's write an XPath query to display the authors of books in a store. We will read the XML data from `std:cin` and filter the authors with the query `/store/book/@author` to collect them in a DOM node graph `y` containing the query results with domcpp option `-y`. We generate the code from the command line with domcpp as follows: domcpp -M -p'/store/book/@author' -y ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} xsd__anyType dom(ctx); std::cin >> dom; // XPath: /store/book/@author xsd__anyAttribute *att; xsd__anyType *elt; xsd__anyType y(ctx, "results"); #define QUERY_YIELD_ATT(v) y.add(xsd__anyType(ctx, "result").add(v)); #define QUERY_YIELD_ELT(v) y.add(xsd__anyType(ctx, "result").add(v)); if (dom.match("store")) { size_t pos = 1; for (xsd__anyType *it = dom.elt_get("book"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; if ((att = v.att_get("author"))) { xsd__anyAttribute& v = *att; QUERY_YIELD_ATT(v); } } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Let's apply this query to the `store.xml` file that you can find in section [XPath by example](#domcpp-4): ./query < store.xml You can compile this example yourself with: domcpp -o query.cpp -m -p'/store/book/@author' -y soapcpp2 -CSL import/dom.h c++ -o query query.cpp soapC.cpp dom.cpp stdsoap2.cpp You can also embed C/C++ code in XPath queries to filter and select values from XML at runtime. The domcpp code generator aims to produce clean, high-quality and readable C and C++ code. You can also embed C/C++ code in XPath queries to filter and select values from XML data at runtime. We will present domcpp in more detail in the next section. The remainder of this document explains how you can use the DOM C and C++ APIs to create XML data, access XML data, send/recv data via REST, and to read/write XML data to files, streams, and string buffers. XML DOM versus XML data bindings {#intro-2} -------------------------------- XML data bindings greatly simplify the development of XML applications. Compared to DOM manipulation and search by DOM tree traversal, all that is needed are declarations of the C/C++ data types that need to be serializable in XML by using the soapcpp2 tool the generate the data binding implementation. Furthermore, XML parsing is much faster with XML data bindings. XML is efficiently pulled and converted by the C/C++ deserializers. For more details, see [XML Data Bindings](http://www.genivia.com/doc/databinding/html). On the other hand, you can use the XML DOM API to develop REST operations for SOAP and XML messaging by composing and decomposing the XML manually. For example in C++: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance"}, {"xsd", "http://www.w3.org/2001/XMLSchema"}, {"t", "http://tempuri.org/t.xsd"}, {NULL, NULL} }; int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); const char *endpoint = "http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi"; xsd__anyType req(ctx, "SOAP-ENV:Envelope"); // DOM with SOAP envelope xsd__anyType res(ctx); // DOM for SOAP response req["SOAP-ENV:Body"]["t:gmt"] = ""; // SOAP Body with soap_dom_call(ctx, // make a call (POST) endpoint, // the service endpoint URL NULL, // no SOAPAction header req, // request t:gmt res); // response, if OK if (ctx->error) ... // handle IO error xsd__anyType::iterator i = res.find("param-1"); if (i != res.end()) // if found, display time cout << "Current time = " << i->get_text() << endl; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `SOAP_DOM_TREE` context flag used here disables the deserialization of embedded objects and data, which will be discussed in the next section. Other REST methods can be used to manage the state of resources via URL references, allowing for the storage of data (HTTP PUT), retrieval of data (HTTP GET), and removal of data (HTTP DELETE) from a resource. The `soap_dom_call` function takes NULL as the service input request and service output response parameters to facilitate PUT (NULL for response), GET (NULL for request), and DELETE (both request and response are NULL). However, XML data bindings greatly simplify the development of XML applications such as client and server runtimes for XML messaging and message validation. Compared to DOM manipulation and search by DOM tree traversal, all that is needed are declarations of server operations as C functions and the C/C++ data types passed to these functions. For example, with XML data bindings it only takes one line to declare the SOAP/XML service operation: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} t__gmt(time_t*); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The soapcpp2 tool generates the data binding implementation such that `t__gmt` can be invoked as a function in a client-side C or C++ runtime: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "t.nsmap" int main () { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); time_t t; soap_call_t__gmt(ctx, endpoint, NULL, &t); if (ctx->error == SOAP_OK) cout << "Current time = " << ctime(t) << endl; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The gSOAP DOM API offers a hybrid **DOM + data binding approach** that allows you to use DOM nodes a members of serializable structs and classes (these DOM parts are auto-generated by wsdl2h with option `-d`). This hybrid approach also allows you to embed serializable C/C++ data into a DOM node graph. This way, you get the best of both XML DOM and XML data bindings. Embedding serializable objects and data in DOM element nodes {#intro-3} ------------------------------------------------------------ To embed serializable data types we first declare these types in a header file for soapcpp2 to generate the data binding code. We also import `dom.h` from `gsoap/import` to use the DOM API: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "import/dom.h" //gsoap t schema namespace: urn:demotime typedef time_t _t__time; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This is a very small example to illustrate the concept. You can add declarations of data types to serialize. If namespaces are used in the XML document, then follow the naming conventions outlined in [XML Data Bindings: Colon notation versus name prefixing](http://www.genivia.com/doc/databinding/html/index.html#toxsd2). Importing `dom.h` is automated with wsdl2h option `-d` when running wsdl2h on WSDL and XSD files to produce a header file with the data binding interface for soapcpp2. Here, we assume you are starting with a header file for soapcpp2 with the declarations of C/C++ types to serialize. We use soapcpp2 to generate the data binding implementation code together with the DOM API in `soapStub.h`, `soapH.h`, `soapC.cpp` and a namespace table file `t.nsmap` and `t.xsd` schema that declares a `time` type (at line 11) and also an element (at line 15) because by convention the `_t__time` type name is prefixed with a `_`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.xml} ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For details on declaring C/C++ types for XML data bindings and serialization, see [XML Data Bindings: Defining document root elements](http://www.genivia.com/doc/databinding/html/index.html#toxsd9-7). You can use these serializable types declared in the header file as embedded serializable objects and data in DOM element nodes. The `SOAP_DOM_NODE` context flag should be set to enable this feature. In the following example we use `_t__time` to construct a DOM for an XML root element `` that contains an embedded serializable `time_t` value: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "t.nsmap" int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_NODE); time_t t = time(0); xsd__anyType dom(ctx, NULL, "t:time", &t, SOAP_TYPE__t__time); cout << dom << endl; // write XML ... if (dom.soap->error) ... // handle IO error } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ and to parse and deserialize a `` into a `time_t` value: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "t.nsmap" int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_NODE); xsd__anyType dom(ctx); cin >> dom; // parse XML ... if (dom.soap->error) ... // handle IO error const time_t *t = static_cast(dom.get_node(SOAP_TYPE__t__time)); if (t) cout << "Time = " << ctime(t) << endl; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ With the `SOAP_DOM_NODE` flag set, there are two ways the C/C++ types are deserialized into DOM elements: by element tag name matching or by xsi:type matching: 1. If an xsi:type attribute is present (which requires preparations on the sending side), then its value is matched against the names of the C/C++ types to select a deserializer to parse and deserialize the data into a DOM element node as embedded objects/data. If no xsi:type attribute is present or if no serializer is found, then: 2. The element tag is matched against the names of serializable C/C++ types to select a deserializer to deserialize the data into a DOM element node as embedded objects/data. If no deserializer is found then the XML element is parsed and stored as a DOM element node. While `SOAP_DOM_NODE` instructs the DOM parser to deserialize the values of C/C++ types that match element tags, the opposite, `SOAP_DOM_TREE` prevents deserialization, even when an `id` attribute is present in the XML payload. The default is to deserialze only when an `id` attribute is present in the XML payload. This is to ensure that the SOAP encoding protocol deos not break when id-ref attibutes are used for multireferenced objects. The domcpp command-line tool {#domcpp} ============================ The domcpp command produces high-quality, readable and reusable source code. The generated code can be readily used in your projects to populate XML data and retrieve XML data, thereby saving you substantial time and effort to write DOM API code in C or C++. The domcpp command-line tool generates C or C++ source code to populate a DOM node graph with the XML data given in an XML file. The command also has an option `-i` to generate source code to inspect parsed XML by using an XML file as a generic template for this code. And option `-p` generates efficient source code for XPath queries. Even stand-alone XPath query filter applications can be auto-generated with option `-m` (for main). Compiling the domcpp command {#domcpp-1} ---------------------------- You will find domcpp and the XML DOM examples in the gSOAP package in `gsoap/samples/dom`. To build domcpp, [install gSOAP](http://www.genivia.com/downloads.html) and build all sample codes as follows: ./configure --enable-samples make make install This builds the command-line tool domcpp in `gsoap/samples/dom` from where you can use it and/or copy it for use with your projects. If you do not have the samples built, you can use soapcpp2 (or soapcpp2.exe in `gsoap/bin/win32`) from the command line to generate the C++ code required for domcpp: cd gsoap/samples/dom soapcpp2 -CSL ../../import/dom.h c++ -I../.. -o domcpp domcpp.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp The above builds the domcpp command-line tool. Command-line options {#domcpp-2} -------------------- The domcpp command takes several options and an optional XML input file: domcpp [-c] [-e] [-f%fmt] [-h] [-i] [-l] [-m] [-M] [-n] [-O] [-ofile] [-ppath] [-rroot] [-xcode] [-y] [infile] where the domcpp command-line options are: | Option | Description | | -------- | ----------------------------------------------------------------- | | `-c` | generate C code instead of C++ | | `-e` | add explanatory comments to the generated code | | `-f%%fmt`| use `%%fmt` to format double floats, e.g. `-f%%lG` | | `-h` | display help message | | `-i` | generate code to inspect DOM node graph parsed from XML input | | `-l` | generate code for option `-i` to store values in local variables | | `-m` | generate stand-alone code by adding `main()` | | `-M` | generate minimal code unadorned with initialization and cleanup | | `-n` | generate XML namespace table | | `-O` | optimize code by factoring common indices when applicable | | `-ofile` | save source code to `file` | | `-ppath` | generate XPath query code for `path` | | `-rroot` | use `root` instead of root value `dom` in the generated code | | `-xcode` | generate code that executes `code` for each XPath query result | | `-y` | generate code that yields an array `y` of XPath query results | | `infile` | optional XML file to parse | | `-` | read XML from standard input | The domcpp command takes an XML input file `infile` to generate code to construct a DOM node graph in C/C++ for this XML, or, with option `-i`, to generate code that reads XML from input and traverses it to inspect its value by using the XML input file `infile` as a template to match against. For option `-i`, if you want additional code that uses local variables to store boolean, integer, and floating point values retrieved from the DOM node graph, then also use option `-l` with option `-i`. Use option `-c` to generate C code instead of C++ and use option `-e` to add explanatory comments to the generated code. The domcpp command emits source code to standard output or to the file specified with option `-o`. Minimalistic code is generated with option `-M`, which is useful to automate pasting of the unadorned source code into the source code of your project. Optimized code is generated with option `-O` by factoring common array indices and object field names. This produces more elaborate code that is more efficient but may be harder to read and modify. This option has no effect on the code generated with option `-i`. The default name of the root value in the generated source code is `dom`. To change this name use option `-r`. Do not use the name `v`, which represents the current value in XPath query C/C++ code. Other variable names to avoid are `it` `att`, `elt`, `pos`, since these are internally used by the generated code. To include a namespace table in the generated code, use option `-n`. This option simplifies the use of the DOM API by removing namespace URIs passed to API functions as qualified tag names suffice in most cases. Use option `-p` to generate code that filters XML data from a source of input with an XPath query `path`. Option `-x` specifies XPath query code to execute for each query result. The default action in the generated code is to print each query result value in XML separated by newlines. Option `-y` yields an XML DOM with root `results` and each query result stored in a `result` element. Option `-x` overrides option `-y`. To generate a stand-alone application use option `-m`. This option is useful for testing XPath query filters given with option `-p`. Option `-f%``fmt` sets the floating point double precision format to use in the generated code. By default, domcpp emits floating point numbers with up to 17 digit mantissas to preserve precision. Use `-f%``lG` for the shortest floating point representation. XPath syntax support for domcpp {#domcpp-3} ------------------------------- XPath (the XML Path Language), is a query language for selecting nodes from an XML document. A XPath query returns the XML elements and attributes of a DOM node structure of an XML document that match the selection criteria. An XPath expression specifies a data query to select elements and attributes (and their values) typically starting from the root node, and descending deeper into the node graph to match child nodes. For example, suppose we have a `` root element with a number of `` child elements. Each `` element has a `title` attribute with the title text and some other attributes which we will ignore for now. The following XPath query returns the titles of all books in the store: /store/book/@title This example illustrates the most important kind of expression in XPath, which is a **location path**. A location path consists of a sequence of **location steps**. Locations steps are separated by '/'. Each step consists of an **axis** followed by an optional **node test** and zero or more **predicates**. The axis, node tests, and predicates supported by domcpp XPath expressions are listed in the three tables below. | Axis | Nodes matched and returned | | ------------- | ------------------------------------------------------------ | | `/` | document root (when used at the start of the location path) | | `//` | descendant or self | | `.` | self | | `..` | parent node | | `@` | attribute node | | `tag` | tag name of attributes or elements in the null namespace | | `ns:tag` | tag name of attributes or elements in the `ns` namespace | | `*` or `*:*` | any tag name in any namespace | | `*:tag` | tag name in any namespace | | `ns:*` | all tags in the `ns` namespace | Note that domcpp XPath does not (yet) support the full XPath axis syntax. | Node test | Nodes matched and returned | | ------------- | ------------------------------------------------------------ | | `text()` | text-only child nodes | A `text()` node test is useful to select text-only child nodes when its siblings are a mix of text and elements. This mixed content of elements and text is more common in XHTML markup, but not in XML Web service messaging for example. Zero or more predicates may follow to filter nodes by position, by path, or by a C/C++ expression: | Predicate | Nodes filtered | | ------------- | ------------------------------------------------------------ | | `[n]` | select nodes that are at the n-th position | | `[path]` | select nodes if XPath `path` matches | | `[?expr]` | select nodes if C/C++ expression `expr` is true or nonzero | Note that domcpp XPath does not (yet) support functions and operators in predicates. Instead, you can use C/C++ expressions to filter nodes where variable `v` refers to the axis node (i.e. self, which is an `xsd__anyType` element node or an `xsd__anyAttribute` attribute node) and the integer variable `pos` that refers to the query position. Path subexpressions are grouped with `(` and `)`. Grouping is useful to apply predicates to a specific part of the location path. Without grouping, a predicate only applies to the axis that immediately preceeds it. For example, `x/y[1]` selects the first child element `y` of all `x` elements. By contrast, `(x/y)[1]` selects the first `y` child element of the first `x` element that has at least one `y` child element. XPath by example {#domcpp-4} ---------------- Consider the following XML document: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.xml} ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To match the `title` of the first book in a `store`, starting at the root indicated by `/`, we use the following XPath query expression: /store/book[1]/@title This query returns `"Sayings of the Century"` when applied to the XML document. To try the XPath examples yourself, we suggest to create a `store.xml` file with the above XML and run domcpp from the command line to compile an XPath query as follows: cd gsoap/samples/dom soapcpp2 -CSL ../../import/dom.h domcpp -o test-dom.cpp -m -p'/store/book[1]/@title' c++ -I../.. -o test-dom test-dom.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp ./test-dom < store.xml The `soapC.cpp` file, and the header files `soapStub.h` and `soapH.h`, are generated with the command `soapcpp2 -CSL dom.h`, which is done just once for all C++ DOM applications. Use soapcpp2 option `-c` to generate `soapC.c` for C (with the corresponding `soapStub.h` and `soapH.h` in C). The compiled XPath query is applied to the `store.xml` document and returns the matches found. Use domcpp option `-y` to collect and return all matches in an XML document with root `results`: To match any tag name of an element or attribute, we use a wildcard `*`: /store/*/@price This matches and returns the prices of all items in the store. If we want to obtain all `price` attributes at any level of the node graph, we can also use `//` called "recursive descent" or simply "recurse" to select descendents (and self when used at the root): //@price This query selects all `price` attributes in an XML document at any level, including the `price` attribute of the document root if any. For our example XML store this query returns the prices of all items in the store. To select all attributes of a node we use a wildcard `@*`, for example to obtain all attributes of the first book in the store: /store/book[1]/@* We can predicate node selections with criteria based on path location matches. For example, to select items from the store that have an `isbn` attribute, and then obtain their price, we use a path location predicate `[@isbn]`: /store/*[@isbn]/@price If we only want to find the first result, we specify a position predicate `[1]` and apply it to all location steps in the XPath expression: /(store/*[@isbn]/@price)[1] A predicate applies to the axis and its predicates located to the left of the predicate as part of one location step, so we used parenthesis to group the location steps to apply the `[1]` position predicate. There can be several ways an XPath query can be formulated. Here is a different one without parenthesis to obtain the same result: /store/*[@isbn][@price][1]/@price This query matches books with both an isbn and price attribute and returns the price of the first match found. Because all store items are priced in our XML store example, we can also use the following XPath query: /store/*[@isbn][1]/@price However, it is generally better to use more robust XPath queries that are not based on assumptions, such as the previous queries for our XML store that cope with price omissions. More complex queries can be formulated by embedding C/C++ expressions in the query as predicates with `[?expr]`. This is an extension of domcpp and not standard XPath expression syntax. For example, the following XPath query with C++ predicate selects store items with prices under 10.0: /store//@price[?(double)v < 10.0] and in C: /store//@price[?soap_att_get_double(v) < 10.0] We can combine the C/C++ predicate with a path predicate to get books priced under 10.0: /store/book[@price[?(double)v < 10.0]] and to obtain the book titles of these books only: /store/book[@price[?(double)v < 10.0]]/@title XPath queries do not modify the node graph searched. So you do not need to worry about predicates with position indices that are out of bounds or about tag names that refer to non-existent attributes or elements. @warning In this respect we should caution you about using C/C++ expressions that modify DOM nodes, since this may affect the query results in unpredictable ways. For example: //[?(double)v.att("price") < 10.0] @warning The `att("price")` method sets an attribute, not just reads it, so disaster strikes as we visit every node in the DOM node graph to set a price attribute! As you can see, C/C++ predicates can inspect the current XPath node by accessing variable `v`. This variable is either an `xsd__anyType` DOM element node or an `xsd__anyAttribute` DOM attribute node, depending on the path. Variable `v` is a reference in C++ and a pointer in C. Besides the current node `v` you can also access the XPath root node `dom`. Instead of the default root name `dom`, you can change `dom` to another name with domcpp option `-r`. You can also access `pos` which corresponds to the XPath `position()` value. You can access variables and functions in C/C++ predicates, but do not modify the variables `it` and `pos` which are internally used by the generated XPath query code. For example, you can access variable `pos` (but you should not change it): /(store/*[@isbn]/@price)[?pos > 1] This XPath query returns the price of books with an `isbn`, but after the first match was discarded by the predicate. Other temporary variables used internally are a pointer to an attribute `att` and a pointer to an element `elt`. You may set and use these as temporaries in the scope of a C/C++ predicate. The C/C++ predicates are quite powerful and can be used to filter values as shown earlier but also to select attributes and elements by matching their tag name using `v,match(tag)` in C++ and `soap_att_match(v, NULL, tag)` or `soap_elt_match(v, NULL, tag)` in C: //book/@*[?v.match(argv[1])] This assumes that the command-line argument (`argv[1]`) of the application is a book attribute name. Otherwise, no results are returned. After compiling the XPath query with domcpp -o test-dom.cpp -m -p'//book/@*[?v.match(argv[1])]' c++ -I../.. -o test-dom test-dom.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp we can obtain the book titles with: ./test-dom title < store.xml Finally, let's use the value of `argv` to filter products in the store by a given command-line argument price: domcpp -m -p'//@price[?(double)v < strtod(argv[1], NULL))]' and in C: domcpp -c -m -p'//@price[?soap_att_get_double(v) < strtod(argv[1], NULL))]' Note that the `strtod` function returns the double float value of `argv[1]` and is repeately called. A more efficient implementation would store the value in a temporary variable and use the temporary in the C/C++ predicate. Understanding XML namespaces {#ns} ============================ XML namespaces are commonly used with XML documents that are instances of XML schemas. A full introduction is beyond the scope of this document. We instroduce the basics here to help you understand why XML namespaces are important and how they are used in the C/C++ DOM API of gSOAP. XML namespace are important when XML documents contain instances of multiple XML schemas. XML elements and attributes that are declared in separate schemas should be distinguishable and their content should be verifyable. Tag name conflicts that may be caused by combining multiple XML schemas to define an XML document can be resolved by binding elements and attributes to specific XML namespaces. XML elements and attributes are bound to an XML namespace by using a namespace prefix in qualified tag names of elements and attributes. A qualified tag is of the form `prefix:name`, such that the prefix is bound in the scope of the tag to a namespace URI with an `xmlns:prefix="URI"` declaration. Unqualified tags can be bound to a namesapce with a `xmlns="URI"` default namespace declaration. An XML namespace is a Uniform Resource Identifier (URI). There are two general forms of URI: Uniform Resource Locators (URL) and Uniform Resource Names (URN). Consider for example the XML document with elements and attributes in three distinct XML namespaces `"urn:one"`, `"urn:two"`, and `"urn:three"`: Element `e1` is bound to `"urn:one"`, `e2` and `e3` are bound to `"urn:three"`. Attribute `a1` has no namespace (it is in the null namespace), `a2` is bound to `"urn:two"` and `a3` is bound to `"urn:three"`. A namespace declaration (`xmlns`) scope extends to all descendants or until redeclared. The `x` and `y` prefixes declared in element `e1` have a scope of visibility in all elements, since `e1` is the root. The default namespace declaration in element `e2` has a scope of visibility in element `e2` and extends to all of its attributes and all of its child elements. An XML namespace may refer to the defining XML schema by a URL, but often they do not. The URI string itself should be sufficiently unique, which is important to distinguish XML elements and attributes in different XML namespaces. This is similar to C++ namespaces. A unique c++ namespace name suffices (we do not need to know where the source files are located). The DOM API aims to simplify XML document construction and XML analysis by offering an API that does not require full namespace URIs to passed to the API functions when the URIs are defined in a namespace table. You can simply use qualified tag names to construct XML documents in a DOM and to analyze a DOM after XML parsing. This approach works on the basis of internal normalization so that two prefixes match when their associated URI matches (i.e. prefix names may differ but still match when their URIs match). Assume we have the following namespace table of `{"prefix", "URI"}` bindings that includes the three namespace URIs used in our example XML document, but we pick three different prefixes `a`, `b`, and `c`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"a", "urn:one"}, {"b", "urn:two"}, {"c", "urn:three"}, {NULL, NULL, NULL, NULL} }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ With this table defined globally (or by using `soap_set_namespaces()` see next section), we can conveniently use qualified tag names with the prefixes `a`, `b`, and `c` to construct and/or match XML elements and attributes in these namespaces, because namespace matching is based on the URI of a prefix. Therefore, the following qualified tag names match the following elements and attributes in the example XML document: | Tag name | Matches | | -------- | ------------------------------------------------------- | | `"a:e1"` | element `` in namespace scope `xmlns:x="urn:one"` | | `"a1"` | attribute `a1` in the null namespace | | `"b:a2"` | attribute `y:a2` in namespace scope `xmlns:y="urn:two"` | | `"c:e2"` | element `` in namespace scope `xmlns="urn:three"` | | `"c:a3"` | attribute `a3` in namespace scope `xmlns="urn:three"` | | `"c:e3"` | element `e3` in namespace scope `xmlns="urn:three"` | The choice of prefixes `a`, `b`, and `c` is rather arbitrary. We can pick prefix names for the table as long as they are unique and are valid names (we refer to the XML syntax of "colonized names" and "non-colonized names"). The domcpp option `-n` includes XML namespaces in a namespace table in the auto-generated code by copying namespace bindings from the XML document analyzed by the tool to a namespace table. @note You can also use the wsdl2h tool to retrieve namespaces and declare your own prefix names in `typemap.dat`. The soapcpp2 tool generates the data binding implementation and a `.nsmap` file with the namespace bindings. You can still use the DOM API without a namespace table or with an incomplete table, but the namespace URIs that are left out from the table must be specified as additional `ns` parameters in the DOM API functions. C++ XML DOM API {#cpp} =============== XML is represented as a DOM node graph internally consisting of values (text strings of character data in UTF-8), attribute nodes with tag name and optional namespace URI, and element nodes with optional tag names and optional namespace URI. Tag names are stored in strings of UTF-8. Tag names can be qualified of the form `q:tag` or unqualified. An element tag name that is NULL represents a text-only node, which will only be present in mixed content of elements and text character data (as in XHTML markup). XML namespace handling is "smart" in the gSOAP DOM API: the DOM engine matches and stores XML with namespace URIs to ensure that a prefix qualifier is always locally bound to a namespace URI in the node graph. Furthermore, you can use qualified tags when constructing a DOM node instead of the full namespace URI, but only if the prefix and URI are defined in the namespace table (global `struct Namespace namesapces[]`. When working with wsdl2h and soapcpp2 you should include the soapcpp2-generated `.nsmap` file with namespace bindings that are applicable to your XML tags. List of C++ files {#cpp-files} ----------------- The following files located in the package under `gsoap` are required to use the C++ DOM API: - `stdsoap2.h`: gSOAP engine - `stdsoap2.cpp`: gSOAP engine - `dom.cpp`: DOM parser and DOM C/C++ API implementation - `import/dom.h`: DOM import for data bindings in a .h file for soapcpp2 (do not #include this file in your project builds). Use soapcpp2 `-Iimport` to specify import path when `dom.h` is imported in a header file for soapcpp2. The gSOAP header file `dom.h` declares the DOM for use in data bindings and should generally be imported with `#import` in gSOAP header files for the soapcpp2 tool. You can also run soapcpp2 directly on `import/dom.h` for DOM-only projects. This generates `soapStub.h`, `soapH.h` and `soapC.cpp`. To auto-generate these files, execute: soapcpp2 -CSL import/dom.h Then compile and link the `dom.cpp` files listed above with the auto-generated `soapC.cpp` and `stdsoap2.cpp`: c++ -I../.. -o myapp myapp.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp Instead of `stdsoap2.cpp` you can link `-lgsoap++.a` when installed by the gSOAP package. Or link `-lgsoapssl++.a` to get both `stdsoap2.cpp` and `dom.cpp` with OpenSSL enabled for HTTPS: c++ -DWITH_OPENSSL -I../.. -o myapp myapp.cpp soapC.cpp -lgsoapssl++ -lssl -lcrypto Note that we compile with `-DWITH_OPENSSL` and link `-lssl`, and `-lcrypto`. Because XML namespaces are required except for the most simple plain XML applications, you should include the generated `.nsmap` file: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "soap.nsmap" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Or define your own namespace table. For example, at a minimum you want a table with SOAP and XSD bindings: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {NULL, NULL, NULL, NULL} }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Then also add entries of the form `{"prefix", "URI"}` before the last NULL entry to complete the table with xmlns prefix and URI bindings for your XML project. C++ DOM API functions {#cpp-api} --------------------- This overview of the DOM API functions refers to the following types of parameters and values, which are used throughout this section: | Name | Type and value | | ------ | ----------------------------------------------------------------- | | `ctx` | `struct soap *ctx` context pointer (manages memory and IO) | | `ns` | `const char *ns` XML namespace URI string or NULL | | `tag` | `const char *tag` or `const wchar_t *tag` (un)qualified tag name | | `utag` | `const char *utag` or `const wchar_t *utag` unqualified tag name | | `qtag` | `const char *qtag` or `const wchar_t *qtag` qualified tag name | | `patt` | (wide) string (un)qualified tag name pattern with `*` wildcard(s) | | `text` | (wide) string | | `node` | `const void *node` pointer to serializable C/C++ data object | | `type` | `SOAP_TYPE_T` type identifier of serializable C/C++ data type T | | `att` | `xsd__anyAttribute att` DOM attribute node | | `elt` | `xsd__anyType elt` DOM element node | | `dom` | a DOM node (an element or an attribute node) | | `val` | bool, integer, float, or (wide) string | | `pos` | element position > 0 (XPath position numbering) | The API includes functions that take wide strings and normalizes these internally to UTF-8 encoded strings. However, when retrieving tags and text you will only be able to obtain UTF-8 strings. You can convert UTF-8 strings to wide strings that are managed by the context by using: - `int soap_s2wchar(soap *ctx, const char *s, wchar_t **t, long minlen, long maxlen)` Convert string `s` with UTF-8 content to a `wchar_t` string and set `t` to point to this string. If no length restrictions are enforced, pass -1 for `minlen` and `maxlen`. Returns `SOAP_OK` (zero) if heap allocation succeeded, or an error code. - `int soap_s2std__wstring(soap *ctx, const char *s, std::wstring *t, long minlen, long maxlen)` Convert string `s` with UTF-8 content to `std::wstring` pointed to by `t`. If no length restrictions are enforced, pass -1 for `minlen` and `maxlen`. Returns `SOAP_OK` (zero) if heap allocation succeeded, or an error code. ### Creating a DOM root element node {#cpp-api1} Creating a DOM node graph starts with creating the root element node using one of the `xsd__anyType` constructors: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // 8 ways to create a root element node 'dom' xsd__anyType dom(ctx); // unnamed element node managed by context xsd__anyType dom(elt); // copy constructor (shares context and data) xsd__anyType dom(ctx, utag); // element node xsd__anyType dom(ctx, qtag); // element node xsd__anyType dom(ctx, ns, utag); // element node xsd__anyType dom(ctx, ns, qtag); // element node xsd__anyType dom(ctx, ns, tag, text); // element node as above with a text value xsd__anyType dom(ctx, ns, tag, node, type); // element node as above with serializable object ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The third and fourth constructors omit the `ns` parameter, which is the same as passing a NULL `ns` parameter. The fourth constructor is convenient to use to construct an element node that is bound to an XML namespace by using a qualified tag name `qtag` without specifying the namespace URI with the `ns` parameter. To use this approach, you should define the namespace prefix in `qtag` in a global namespace table, see [Understanding XML namespaces](#ns), and as shown below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // a global namespace table with {"prefix", "URI"} xmlns bindings struct Namespace namespaces[] = { ... {"q", "urn:example"}, {NULL, NULL, NULL, NULL} }; xsd__anyType dom(ctx, "q:tag"); // OK: "q" is in the namespace table xsd__anyType dom(ctx, "bad:tag"); // BAD: "bad" is not in the namespace table xsd__anyType dom(ctx, "urn:ok", "ok:tag"); // OK: "ok" is locally scoped in the DOM ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also use multiple namespace tables and select the one you want to use with the `soap_set_namespaces()` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // a local (static) namespace table with {"prefix", "URI"} xmlns bindings struct Namespace my_dom_namespaces[] = { ... {"q", "urn:example"}, {NULL, NULL, NULL, NULL} }; soap_set_namespaces(ctx, my_dom_namespaces); // use namespace table for qualified tags xsd__anyType dom(ctx, "q:tag"); // OK: "q" is in the namespace table ... soap_set_namespaces(ctx, namespaces); // restore to global table ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Assigning child nodes and values to a DOM node {#cpp-api2} After creating a root element node we can start populating the root with attributes, child elements, and values. To assign a value to a DOM attribute node or element node `dom`, we can use the the `xsd__anyType::set()` and `xsd__anyAttribute::set()` methods or use the assignment operator as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // 4 ways to assign a value to an element node or to an attribute node dom.set(val); // set text character data from bool, integer, float, string value dom = val; // same as above dom = att; // copy attribute node to attribute dom node (shallow, shares data) dom = elt; // copy element node to element dom node (shallow, shares data) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ In addition, element nodes can be assigned serializable objects and data as values, meaning that the object and data will be serialized in place of the element content: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // two ways to assign serializable data to an element node 'dom' dom.set(node, type); // assign serializable C/C++ object or data to element node dom = node; // assign serializable C/C++ object (object class must have soap_type() method) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To learn more about embedding serializable objects and data in DOM node graphs, see [Embedding serializable objects and data in DOM element nodes](#intro-3). To add attributes to the element node `xsd__anyType dom` we use one of the `xsd__anyType::att()` methods as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // 4 ways to add an attribute to an element node 'dom' or extend an attribute list 'dom' dom.att(utag) = val; // add attribute utag="val" dom.att(qtag) = val; // add attribute q:tag="val" xmlns:q="ns" dom.att(ns, utag) = val; // add attribute _1:utag="val" xmlns:_1="ns" with temporary _1, _2, _3, ... dom.att(ns, qtag) = val; // add attribute q:tag="val" xmlns:q="ns" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To add child elements to the element node `xsd__anyType dom` we use one of the `xsd__anyType::elt()` methods and the bracket operator as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // 7 ways to add a child element to an element node 'dom' xsd__anyType& elt = dom.elt(); // add text-only child, unnamed (no tags) xsd__anyType& elt = dom.elt(utag); // add child element xsd__anyType& elt = dom[utag]; // same as above xsd__anyType& elt = dom.elt(qtag); // add child element xsd__anyType& elt = dom[qtag]; // same as above xsd__anyType& elt = dom.elt(ns, utag); // add child xsd__anyType& elt = dom.elt(ns, qtag); // add child ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Given the `elt` reference to a child element of the `dom` node above, you can use this reference to build more complex node graphs by assigning attributes, child elements, and values at increasingly deeper levels of the tree. Because element nodes can have multiple children with the same tag name, essentially representing an array, you can use the bracket operator to index the child elements at their relative position among its siblings that have the same tag name. Position indexing starts at one (i.e. `[1]` XPath style) and child elements are added up to the highest position index used: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // add 'array' of three child elements to an element node 'dom' xsd__anyType& elt = dom[tag]; // add child (using one of the methods above) elt[1] = val; // assign val to first child element elt[3] = val; // add children at positions 2 and 3, assign val to the 3rd ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that `elt[1]` refers to `elt` itself, because indexing starts at 1 (as in XPath). Thus, position index `[1]` is optional to use. You can combine these operations and methods in various ways to create more complex DOM node graphs. Let's illustrate this with an example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType dom(ctx, "menu"); dom.att("id") = 7; dom.att("key") = L"⌘F"; dom["popup"]["menuitem"][1].att("value") = "New"; dom["popup"]["menuitem"][1].att("onclick") = "CreateNewDoc()"; dom["popup"]["menuitem"][2].att("value") = "Open"; dom["popup"]["menuitem"][2].att("onclick") = "OpenDoc()"; dom["popup"]["menuitem"][3].att("value") = "Close"; dom["popup"]["menuitem"][3].att("onclick") = "CloseDoc()"; std::cout << dom; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This code emits the following XML output: The `xsd__anyAttribute` DOM attribute node constructors are identical to the `xsd__anyType` DOM element node constructors and can be used to create an attribute node or to create a list of attributes. As an alternative to creating attributes and elements in place, you can also construct attribute and element nodes and add them to other element nodes by using the `xsd__anyType::add()` method. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // add an attribute 'att' and an element node 'elt' to another element node 'dom' xsd__anyAttribute att(ctx, NULL, "id", "7"); // id attribute xsd__anyType elt(ctx, "popup"); // popup element dom.add(att).add(elt); // add id attribute and popup as child element ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To create a list of two attributes and add them to an element node `dom`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // add a list of attributes 'atts' to an element node 'dom' xsd__anyAttribute atts(ctx); atts.att("id") = 7; atts.att("key") = L"⌘F"; dom.adds(atts); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Finally, you can use domcpp to generate DOM construction code from a sample XML document. ### Matching and retrieving DOM node values and properties {#cpp-api3} Given a DOM node graph parsed from an XML document, we can match its tag names and use methods to retrieve values, attribuets, child elements, and properties. Given a DOM attribute node `xsd__anyAttribute dom` or element node `xsd__anyType dom`, you can use the following methods to match and retrieve the node's namespace and tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} bool b = dom.match(patt); // true if tag matches pattern bool b = dom.match(ns, patt); // true if ns and tag match the patterns const char *s = dom.ns(); // namespace URI string or NULL if none const char *t = dom.tag(); // (un)qualified tag name string, NULL if unnamed ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Given a DOM attribute node `xsd__anyAttribute dom` or element node `xsd__anyType dom`, the following methods can be used to retrieve the value of the node's character data content: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} bool b = dom.is_true(); // true if text is "true" or "1" bool b = dom.is_false(); // true if text is "false" or "0" LONG64 n = dom.get_int(); // 64 bit integer value of text, or 0 double x = dom.get_double(); // double float value of text, or NaN const char *t = dom.get_text(); // text string in UTF-8, or NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also cast an element or attribute node to a bool, an int, a double, or a string to obtain its value. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int n = dom; // integer value cast from text in DOM node, or 0 const char *t = dom; // text string in UTF-8 of the DOM node, or NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Element nodes may contain deserialized objects and data as values, which can be retrieved with one of two methods: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} T *node = (T*)dom.get_node(SOAP_TYPE_T); // get deserialized C/C++ object or data of type T, NULL if none int type = dom.get_type(&node); // get deserialized C/C++ object or data of any type, 0 if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To learn more about embedding serializable objects and data in DOM node graphs, see [Embedding serializable objects and data in DOM element nodes](#intro-3). Given a DOM element node `xsd__anyType dom`, one of the following methods can be used to retrieve an attribute by its unqualfied tag name (default namespace), by qualified tag name (assuming the prefix is defined in the namespace table), or by namespace and unqualified tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} xsd__anyAttribute *att = dom.att_get(utag); // get attribute utag, NULL if none xsd__anyAttribute *att = dom.att_get(qtag); // get attribute q:tag xsd__anyAttribute *att = dom.att_get(ns, utag); // get attribute utag in namespace ns, NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The second form is convenient to use to retrieve attributes in namespaces by using a qualified tag name `qtag` without having to specify the `ns` namespace URI parameter. This requires the namespace prefix used in `qtag` to be defined in the global namespace table. Given a DOM element node `xsd__anyType dom`, one of the following methods can be used to retrieve a child element by its unqualfied tag name (default namespace), by qualified tag name (assuming the prefix is defined in the namespace table), or by namespace and unqualified tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} xsd__anyType *elt = dom.elt_get(); // get first text-only child element, NULL if none xsd__anyType *elt = dom.elt_get(utag); // get first child element , NULL if none xsd__anyType *elt = dom.elt_get(qtag); // get first child element , NULL if none xsd__anyType *elt = dom.elt_get(ns, utag); // get first child element , NULL if none elt = elt.get_next(); // get next matching child element, NULL if none elt = elt.get_nth(pos); // get matching child element at pos counting from 1, NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `get_next()` method can be used in loops to iterate over child elements with the same namespace and tag, as if traversing an array. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // iterate over child elements of element node 'dom' for (xsd__anyType *it = dom.elt_get("menuitem"); it; it = it->get_next()) ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To obtain various properties of an `xsd__anyType dom` element node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} xsd__anyType *elt = dom.parent(); // parent node, or NULL when root size_t n = dom.depth(); // depth from the root node (0 is root) size_t n = dom.len(); // number of siblings that have the same tag name size_t pos = dom.nth(); // node is at pos with the same tag name as some siblings, or 0 if alone ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following invariants hold (assuming that pointer dereferences (`->`) are verified and valid): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} dom[tag].match(tag) == dom.elt(tag).match(tag) == true dom[tag].parent() == dom.elt(tag).parent() == dom dom[tag].tag() == dom.elt(tag).tag() == tag dom.elt(ns, tag).match(ns, tag) == dom dom.elt(ns, tag).parent() == dom dom.elt(ns, tag).ns() == ns dom.elt(ns, tag).tag() == tag dom.att(tag).match(tag) == true dom.att(ns, tag).match(ns, tag) == true dom.att(ns, tag).ns() == ns dom.att(ns, tag).tag() == tag dom.set(val) == val // by casting to bool, int, float, string dom.elt_get(tag)->parent() == dom dom.elt_get(tag)->depth() == dom.depth() + 1 dom.elt_get(tag)->nth() <= dom.elt_get(tag)->len() dom.elt_get(tag)->nth() == 0 if dom.elt_get(tag)->len() == 1 dom.elt_get(tag)->nth() == 1 if dom.elt_get(tag)->len() > 1 dom.elt_get(tag)->get_next()->nth() == 2 dom.elt_get(tag)->get_nth(pos)->nth() == pos ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Traversing a DOM node graph {#cpp-api4} Given a DOM node graph, we can traverse its attribute list and its child elements by using the iterators `xsd__anyAttribute::iterator` and `xsd__anyType::iterator`, respectively: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // print attribute tags for (xsd__anyAttribute::iterator it = dom.att_begin(); it != dom.att_end(); ++it) std::cout << "@" << it->tag() << std::endl; // print child element tags for (xsd__anyType::iterator it = dom.elt_begin(); it != dom.elt_end(); ++it) std::cout << "<" << it->tag() << ">" << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also traverse the entire node graph below a certain DOM element node `xsd__anyType dom` in depth-first order starting with the current `dom` node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // print all element tags in depth-first order for (xsd__anyType::iterator it = dom.begin(); it != dom.end(); ++it) std::cout << "<" << it->tag() << "> at depth " << it->depth() << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Searching a DOM node graph {#cpp-api5} Given a DOM node graph, we can search its attribute list and its child elements by using a pattern with wildcards `*` to match namespace and/or tag names, similar to XPath `*` pattern matching: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // print attribute tags that match *:id (* matches any namespace, including default) for (xsd__anyAttribute::iterator it = dom.att_find("*:id"); it != dom.att_end(); ++it) std::cout << "@" << it->tag() << std::endl; // print element tags in namespace "urn:one" (assuming "x" is "urn:one" in the namespace table) for (xsd__anyType::iterator it = dom.elt_find("x:*"); it != dom.elt_end(); ++it) std::cout << "<" << it->tag() << ">" << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The above assumes that a namespace table is used that defines namespace `x`. Alternatively, you can specify namespace parameters that can be NULL or `"*"` to match any namespace URI (NULL can be used in place of a `"*"` pattern): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // print attribute tags that match *:id for (xsd__anyAttribute::iterator it = dom.att_find("*", "id"); it != dom.att_end(); ++it) std::cout << "@" << it->tag() << std::endl; // print element tags in namespace "urn:one" for (xsd__anyType::iterator it = dom.elt_find("urn:one", "*"); it != dom.elt_end(); ++it) std::cout << "<" << it->tag() << "<" << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Patterns for namespaces and tags are not restricted to wildcards `*`. You can specify parts of a namespace URI or tag name and use one or more `*` to match the rest. You can also search the entire node graph below a certain DOM element node in depth-first order starting with the current node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // find all element nodes with attribute "id" deep in the node graph for (xsd__anyType::iterator it = dom.find("@*:id"); it != dom.end(); ++it) std::cout << "element " << it->tag() << " has an @id=" << it->att_get("*:id")->get_text() << std::endl; // print all element tags in namespace "urn:one" for (xsd__anyType::iterator it = dom.find("urn:one", "*"); it != dom.end(); ++it) std::cout << "<" << it->tag() << ">" << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### XML DOM parsing and writing from/to streams {#cpp-api6} To parse XML from a stream into a DOM node graph you can use the `>>` operator on an input stream and a DOM element node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create new context and parse XML from 'cin' into 'dom' soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType dom(ctx); std::cin >> dom; if (dom.soap->error) ... // check for IO end parse errors ... soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To write a DOM node graph in XML to a stream, you can use the `<<` operator on an output stream and a DOM element node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create new context and create a 'dom', write its XML to 'cout' soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType dom(ctx, "store"); ... std::cout << dom << std::endl; if (dom.soap->error) ... // check for IO errors ... soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also parse XML from a string into a DOM node graph by using a `std::istringstream` object: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create new context and parse XML from a string into 'dom' soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); std::istringstream in; in.str(""); xsd__anyType dom(ctx); in >> dom; // parse XML into DOM if (dom.soap->error) ... // check for IO and parse errors ... soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Likewise, you can write a DOM node graph in XML to a string by using a `std::ostringstream` object: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create new context and create a 'dom', write its XML to a string soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); std::ostringstream out; xsd__anyType dom(ctx, "store"); ... out << dom; // convert DOM to XML string in UTF-8 ... soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ It is also possible to send and receive XML over HTTP as REST operations as was illustrated in the introduction. To make REST HTTP POST, GET, OUT, and DELETE calls, use: - `int soap_dom_call(soap *ctx, const char *URL, const char *action, const xsd__anyType *in, xsd__anyType *out)` Make a POST, GET, PUT, DELETE call. Connect to endpoint `URL` with HTTP SOAPAction `action` (or NULL) and send request `in` to server and receive response `out`. Returns `SOAP_OK` (zero) or an error code. POST method: pass both `in` and `out`. GET method: pass a NULL to `in`. PUT method: pass a NULL to `out`. DELETE method: pass both NULL to `in` and `out`. This function is overloaded to accept references to the `in` and `out` parameters in C++. C XML DOM API {#c} ============= XML is represented as a DOM node graph internally consisting of values (text strings of character data in UTF-8), attribute nodes with tag name and optional namespace URI, and element nodes with optional tag names and optional namespace URI. Tag names are stored in strings of UTF-8. Tag names can be qualified of the form `q:tag` or unqualified. An element tag name that is NULL represents a text-only node, which will only be present in mixed content of elements and text character data (as in XHTML markup). XML namespace handling is "smart" in the gSOAP DOM API: the DOM engine matches and stores XML with namespace URIs to ensure that a prefix qualifier is always locally bound to a namespace URI in the node graph. Furthermore, you can use qualified tags when constructing a DOM node instead of the full namespace URI, but only if the prefix and URI are defined in the namespace table (global `struct Namespace namesapces[]`. When working with wsdl2h and soapcpp2 you should include the soapcpp2-generated `.nsmap` file with namespace bindings that are applicable to your XML tags. List of C files {#c-files} --------------- The following files located in the package under `gsoap` are required to use the C DOM API: - `stdsoap2.h`: gSOAP engine - `stdsoap2.c`: gSOAP engine - `dom.c`: DOM parser and DOM C/C++ API implementation - `import/dom.h`: DOM import for data bindings in a .h file for soapcpp2 (do not #include this file in your project builds) Use soapcpp2 `-Iimport` to specify import path when `dom.h` is imported in a header file for soapcpp2. The gSOAP header file `dom.h` declares the DOM for use in data bindings and should generally be imported with `#import` in gSOAP header files for the soapcpp2 tool. You can also run soapcpp2 directly on `import/dom.h` for DOM-only projects. This generates `soapStub.h`, `soapH.h` and `soapC.cpp`. To auto-generate these files, execute: soapcpp2 -c -CSL import/dom.h Then compile and link the `dom.c` files listed above with the auto-generated `soapC.c` and `stdsoap2.c`: cc -I../.. -o myapp myapp.c soapC.c ../../dom.c ../../stdsoap2.c Instead of `stdsoap2.c` you can link `-lgsoap.a` when installed by the gSOAP package. Or link `-lgsoapssl.a` to get both `stdsoap2.c` and `dom.c` with OpenSSL enabled for HTTPS: cc -DWITH_OPENSSL -I../.. -o myapp myapp.c soapC.c -lgsoapssl -lssl -lcrypto Note that we compile with `-DWITH_OPENSSL` and link `-lssl`, and `-lcrypto`. Because XML namespaces are required except for the most simple plain XML applications, you should include the generated `.nsmap` file: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" #include "soap.nsmap" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Or define your own namespace table. For example, at a minimum you want a table with SOAP and XSD bindings: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {NULL, NULL, NULL, NULL} }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Then also add entries of the form `{"prefix", "URI"}` before the last NULL entry to complete the table with xmlns prefix and URI bindings for your XML project. C DOM API functions {#c-api} ------------------- This overview of the DOM API functions refers to the following types of parameters and values, which are used throughout this section: | Name | Type and value | | ------ | ----------------------------------------------------------------- | | `ctx` | `struct soap *ctx` context pointer (manages memory and IO) | | `ns` | `const char *ns` XML namespace URI string or NULL | | `tag` | `const char *tag` or `const wchar_t *tag` (un)qualified tag name | | `utag` | `const char *utag` or `const wchar_t *utag` unqualified tag name | | `qtag` | `const char *qtag` or `const wchar_t *qtag` qualified tag name | | `patt` | (wide) string (un)qualified tag name pattern with `*` wildcard(s) | | `text` | (wide) string | | `node` | `const void *node` pointer to serializable C/C++ data object | | `type` | `SOAP_TYPE_T` type identifier of serializable C/C++ data type T | | `att` | `xsd__anyAttribute *att` DOM attribute node pointer | | `elt` | `xsd__anyType *elt` DOM element node pointer | | `dom` | a DOM node (a pointer to an element or an attribute node) | | `val` | bool, integer, float, or (wide) string | | `pos` | element position > 0 (XPath position numbering) | The API includes functions that take wide strings and normalizes these internally to UTF-8 encoded strings. However, when retrieving tags and text you will only be able to obtain UTF-8 strings. You can convert UTF-8 strings to wide strings that are managed by the context by using: - `int soap_s2wchar(struct soap *ctx, const char *s, wchar_t **t, long minlen, long maxlen)` Convert string `s` with UTF-8 content to a `wchar_t` string and set `t` to point to this string. If no length restrictions are enforced, pass -1 for `minlen` and `maxlen`. Returns `SOAP_OK` (zero) if heap allocation succeeded, or an error code. ### Creating a DOM root element node {#c-api1} Creating a DOM node graph starts with creating the root element node using one of the `xsd__anyType` allocators: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // 4 ways to create a root element node pointer 'dom' xsd__anyType *dom = soap_elt_new(ctx, NULL, utag); // element node xsd__anyType *dom = soap_elt_new(ctx, NULL, qtag); // element node xsd__anyType *dom = soap_elt_new(ctx, ns, utag); // element node xsd__anyType *dom = soap_elt_new(ctx, ns, qtag); // element node ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For wide string tags, use `soap_elt_new_w(ctx, ns, tag)`. All C API functions that support wide strings end in `_w` by convention. The second function call in the list is convenient to use to construct an element node that is bound to an XML namespace by using a qualified tag name `qtag` while specifying the namespace URI as NULL. To use this approach, you should define the namespace prefix in `qtag` in a global namespace table, see [Understanding XML namespaces](#ns), and as shown below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // a global namespace table with {"prefix", "URI"} xmlns bindings struct Namespace namespaces[] = { ... {"q", "urn:example"}, {NULL, NULL, NULL, NULL} }; xsd__anyType *dom = soap_elt_new(ctx, NULL, "q:tag"); // OK: "q" is in the namespace table xsd__anyType *dom = soap_elt_new(ctx, NULL, "bad:tag"); // BAD: "bad" is not in the namespace table xsd__anyType *dom = soap_elt_new(ctx, "urn:ok", "ok:tag"); // OK: "ok" is locally scoped in the DOM ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also use multiple namespace tables and select the one you want to use with the `soap_set_namespaces()` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // a local (static) namespace table with {"prefix", "URI"} xmlns bindings struct Namespace my_dom_namespaces[] = { ... {"q", "urn:example"}, {NULL, NULL, NULL, NULL} }; soap_set_namespaces(ctx, my_dom_namespaces); // use namespace table for qualified tags xsd__anyType *dom = soap_elt_new(ctx, NULL, "q:tag"); // OK: "q" is in the namespace table ... soap_set_namespaces(ctx, namespaces); // restore to global table ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Assigning child nodes and values to a DOM node {#c-api2} After creating a root element node we can start populating the root with attributes, child elements, and values. To assign a value to a DOM element node `dom` you can use one the the following functions: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // 6 ways to assign a value to an element node 'dom' soap_elt_bool(dom, val); // set text to boolean "false" or "true" soap_elt_int(dom, val); // set text to integer (64 bit) soap_elt_double(dom, val); // set text to (double) float soap_elt_text(dom, val); // set text with UTF-8 string content soap_elt_text_w(dom, val); // set text with wide string content soap_elt_copy(dom, elt); // copy element node to element dom node (shallow, shares data) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can use similar functions for DOM attribute nodes, altough you do not need these to populate DOM element nodes because it is easier to use the `soap_att()` function shown further below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // 6 ways to assign a value to an attribute node 'dom' soap_att_bool(dom, val); // set text to boolean "false" or "true" soap_att_int(dom, val); // set text to integer (64 bit) soap_att_double(dom, val); // set text to (double) float soap_att_text(dom, val); // set text with UTF-8 string content soap_att_text_w(dom, val); // set text with wide string content soap_att_copy(dom, elt); // copy attribute node to attribute dom node (shallow, shares data) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ In addition, element nodes can be assigned serializable objects and data as values, meaning that the object and data will be serialized in place of the element content: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // assign serializable data to an element node 'dom' soap_elt_node(dom, node, type); // assign serializable C data to element node ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To learn more about embedding serializable objects and data in DOM node graphs, see [Embedding serializable objects and data in DOM element nodes](#intro-3). To add attributes to an element node `dom` you can use one of the following functions (use `soap_att_w` for wide string tags): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // 4 ways to add an attribute to an element node 'dom' or extend an attribute list 'dom' xsd__anyAttribute *att = soap_att(dom, NULL, utag); // add attribute utag="val" xsd__anyAttribute *att = soap_att(dom, NULL, qtag); // add attribute q:tag="val" xmlns:q="ns" xsd__anyAttribute *att = soap_att(dom, ns, utag); // add attribute _1:utag="val" xmlns:_1="ns" with temporary _1, _2, _3, ... xsd__anyAttribute *att = soap_att(dom, ns, qtag); // add attribute q:tag="val" xmlns:q="ns" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can then set the value of the attribute `att` as was shown earlier. To add child elements to the element node `dom` we use one of the following functions (use `soap_elt_w` for wide string tags): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // 5 ways to add a child element to an element node 'dom' xsd__anyType *elt = soap_elt(dom, NULL, NULL); // add text-only child, unnamed (no tags) xsd__anyType *elt = soap_elt(dom, NULL, utag); // add child element xsd__anyType *elt = soap_elt(dom, NULL, qtag); // add child element xsd__anyType *elt = soap_elt(dom, ns, utag); // add child xsd__anyType *elt = soap_elt(dom, ns, qtag); // add child ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Given the `elt` pointer to a child element node of the `dom` node, you can use the pointer to build more complex node graphs by assigning attributes, child elements, and values at increasingly deeper levels of the tree. Because element nodes can have multiple children with the same tag name, essentially representing an array, you can index the child elements at their relative position among its siblings that have the same tag name. Position indexing starts at one (i.e. XPath style) and child elements are added up to the highest position index used: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // add 'array' of three child elements to an element node 'dom' xsd__anyType *elt = soap_elt(dom, NULL, tag); // add child (using one of the functions above) soap_elt_int(soap_nth(elt, 1), val); // assign val to first child element soap_elt_int(soap_nth(elt, 3), val); // add children at positions 2 and 3, assign val to the 3rd ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The combination `soap_nth(soap_elt(dom, ns, tag), pos)` can be shortend to `soap_nth_elt(dom, ns, tag, pos)`. Note that `soap_nth(elt, 1)` refers to `elt` itself, because indexing starts at 1 (as in XPath). You can combine these operations in various ways to create more complex DOM node graphs. Let's illustrate this with an example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType *dom = soap_elt_new(ctx, NULL, "menu"); soap_att_int(soap_att(dom, NULL, "id"), 7); soap_att_text_w(soap_att(dom, NULL, "value"), "⌘F"); { xsd__anyType *dom_popup = soap_elt(dom, NULL, "popup"); { xsd__anyType *dom_popup_menuitem = soap_nth_elt(dom_popup, NULL, "menuitem", 1); soap_att_text(soap_att(dom_popup_menuitem, NULL, "value"), "New"); soap_att_text(soap_att(dom_popup_menuitem, NULL, "onclick"), "CreateNewDoc()"); } { xsd__anyType *dom_popup_menuitem = soap_nth_elt(dom_popup, NULL, "menuitem", 2); soap_att_text(soap_att(dom_popup_menuitem, NULL, "value"), "Open"); soap_att_text(soap_att(dom_popup_menuitem, NULL, "onclick"), "OpenDoc()"); } { xsd__anyType *dom_popup_menuitem = soap_nth_elt(dom_popup, NULL, "menuitem", 3); soap_att_text(soap_att(dom_popup_menuitem, NULL, "value"), "Close"); soap_att_text(soap_att(dom_popup_menuitem, NULL, "onclick"), "CloseDoc()"); } } soap_write_xsd__anyType(ctx, dom); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This code emits the following XML output: The `xsd__anyAttribute` DOM attribute node allocation functions are identical to the `xsd__anyType` DOM element node allocation functions and can be used to create an attribute node or to create a list of attributes. As an alternative to creating attributes and elements in place, you can also construct attribute and element nodes and add them to other element nodes: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // add an attribute 'att' and an element node 'elt' to another element node 'dom' xsd__anyAttribute *att = soap_att_new(ctx, NULL, "id"); xsd__anyType *elt = soap_elt_new(ctx, NULL, "popup"); soap_att_int(att, 7); soap_add_att(dom, att); soap_add_elt(dom, elt); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To create a list of two attributes and add them to an element node `dom`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // add a list of attributes 'atts' to an element node 'dom' xsd__anyAttribute *atts = soap_att_new(ctx, NULL, NULL); soap_att_int(soap_att_add(atts, NULL, "id"), 7); soap_att_text_w(soap_att_add(atts, NULL, "key"), L"⌘F"); soap_add_atts(dom, atts); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Finally, you can use domcpp to generate DOM construction code from a sample XML document. ### Matching and retrieving DOM node values and properties {#c-api3} Given a DOM node graph parsed from an XML document, we can match its tag names and use functions to retrieve values, attribuets, child elements, and properties. Given a DOM element node `dom`, you can use the following functions to match and retrieve the node's namespace and tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} int b = soap_elt_match(dom, NULL, patt); // true if tag matches pattern int b = soap_elt_match(dom, ns, patt); // true if ns and tag match the patterns const char *s = soap_elt_get_ns(dom)); // namespace URI string or NULL if none const char *t = soap_elt_get_tag(dom); // (un)qualified tag name string, NULL if unnamed ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Similar for attribute node `dom`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} int b = soap_att_match(dom, NULL, patt); // true if tag matches pattern int b = soap_att_match(dom, ns, patt); // true if ns and tag match the patterns const char *s = soap_att_get_ns(dom)); // namespace URI string or NULL if none const char *t = soap_att_get_tag(dom); // (un)qualified tag name string, NULL if unnamed ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Given a DOM element node `dom`, the following functions can be used to retrieve the value of the node's character data content: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} int b = soap_elt_is_true(dom); // true if text is "true" or "1" int b = soap_elt_is_false(dom); // true if text is "false" or "0" LONG64 n = soap_elt_get_int(dom)); // 64 bit integer value of text, or 0 double x = soap_elt_get_double(dom); // double float value of text, or NaN const char *t = soap_elt_get_text(dom)); // text string in UTF-8, or NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Similar for attribute node `dom`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} int b = soap_att_is_true(dom); // true if text is "true" or "1" int b = soap_att_is_false(dom); // true if text is "false" or "0" LONG64 n = soap_att_get_int(dom)); // 64 bit integer value of text, or 0 double x = soap_att_get_double(dom); // double float value of text, or NaN const char *t = soap_att_get_text(dom)); // text string in UTF-8, or NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Element nodes may contain deserialized objects and data as values, which can be retrieved with one of two methods: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} T *node = (T*)soap_elt_get_node(dom, SOAP_TYPE_T); // get deserialized C data of type T, NULL if none int type = soap_elt_get_type(dom, &node); // get deserialized C data of any type, 0 if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To learn more about embedding serializable objects and data in DOM node graphs, see [Embedding serializable objects and data in DOM element nodes](#intro-3). Given a DOM element node `dom`, one of the following methods can be used to retrieve an attribute by its unqualfied tag name (has no namespace), by qualified tag name (assuming the prefix is defined in the namespace table), or by namespace and unqualified tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} xsd__anyAttribute *att = soap_att_get(dom, NULL, utag); // get attribute utag, NULL if none xsd__anyAttribute *att = soap_att_get(dom, NULL, qtag); // get attribute q:tag xsd__anyAttribute *att = soap_att_get(dom, ns, utag); // get attribute utag in namespace ns, NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The second form is convenient to use to retrieve attributes in namespaces by using a qualified tag name `qtag` without having to specify the `ns` namespace URI parameter. This requires the namespace prefix used in `qtag` to be defined in the global namespace table. Given a DOM element node `dom`, one of the following functions can be used to retrieve a child element by its unqualfied tag name (has no namespace), by qualified tag name (assuming the prefix is defined in the namespace table), or by namespace and unqualified tag name: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} xsd__anyType *elt = soap_elt_get(dom, NULL, NULL); // get first text-only child element, NULL if none xsd__anyType *elt = soap_elt_get(dom, NULL, utag); // get first child element , NULL if none xsd__anyType *elt = soap_elt_get(dom, NULL, qtag); // get first child element , NULL if none xsd__anyType *elt = soap_elt_get(dom, ns, utag); // get first child element , NULL if none elt = soap_elt_get_next(elt); // get next matching child element, NULL if none elt = soap_elt_get_nth(elt, pos); // get matching child element at pos counting from 1, NULL if none ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `soap_elt_get_next(elt)` function can be used in loops to iterate over child elements with the same namespace and tag, as if traversing an array. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // iterate over child elements of element node 'dom' xsd__anyType *it; for (it = soap_elt_get(dom, NULL, "menuitem"); it; it = soap_elt_get_next(it)) ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To obtain various properties of a `dom` element node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} xsd__anyType *elt = soap_elt_parent(dom); // parent node, or NULL when root size_t n = soap_elt_depth(dom); // depth from the root node (0 is root) size_t n = soap_elt_len(dom); // number of siblings that have the same tag name size_t pos = soap_elt_nth(dom); // node is at pos with the same tag name as some siblings, or 0 if alone ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following invariants hold (assuming that `soap_elt_get(dom, ns, tag)` is not NULL and thus `dom` has a child element that matches namespace ns and tag): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} soap_elt_match(soap_elt(dom, NULL, tag), NULL, tag) == true (nonzero) soap_elt_parent(soap_elt(dom, NULL, tag)) == dom soap_elt_get_tag(soap_elt(dom, NULL, tag)) == tag soap_elt_match(soap_elt(dom, ns, tag), ns, tag) == true (nonzero) soap_elt_parent(soap_elt(dom, ns, tag)) == dom soap_elt_get_ns(soap_elt(dom, ns, tag)) == ns soap_elt_get_tag(soap_elt(dom, ns, tag)) == tag soap_att_match(soap_att(dom, ns, tag), ns, tag) == true (nonzero) soap_att_get_ns(soap_att(dom, ns, tag)) == ns soap_att_get_tag(soap_att(dom, ns, tag)) == tag soap_elt_get_int(soap_elt_int(dom, val)) == val // also holds for bool, double, string soap_att_get_int(soap_att_int(dom, val)) == val // also holds for bool, double, string soap_elt_parent(soap_elt_get(dom, ns, tag)) == dom soap_elt_depth(soap_elt_get(dom, ns, tag)) == soap_elt_depth(dom) + 1 soap_elt_nth(soap_elt_get(dom, ns, tag)) <= soap_elt_len(soap_elt_get(dom, ns, tag)) soap_elt_nth(soap_elt_get(dom, ns, tag)) == 0 if soap_elt_len(soap_elt_get(dom, ns, tag)) == 1 soap_elt_nth(soap_elt_get(dom, ns, tag)) == 1 if soap_elt_len(soap_elt_get(dom, ns, tag)) > 1 soap_elt_nth(soap_elt_get_next(soap_elt_get(dom, ns, tag))) == 2 soap_elt_nth(soap_elt_get_nth(soap_elt_get(dom, ns, tag), pos)) == pos ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Traversing a DOM node graph {#c-api4} Given a DOM node graph `dom`, we can traverse its attribute list `xsd__anyType::atts` and its child elements `xsd__anyType::elts` as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // print attribute tags xsd__anyAttribute *it; for (it = dom->atts; it; it = it->next) printf("@%s\n", soap_att_get_tag(it)); // print child element tags xsd__anyType *it; for (it = dom->elts; it; it = it->next) printf("<%s>\n", soap_elt_get_tag(it)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also traverse the entire node graph below a certain DOM element node `dom` in depth-first order starting with the current `dom` and stepping through all element nodes with `soap_dom_next_element(elt, end)` where `end` is a pointer to the ending element node (exclusive), usually the starting node of the graph traversal: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // print all element tags in depth-first order xsd__anyType *it; for (it = dom; it; it = soap_dom_next_element(it, dom)) printf("<%s> at depth %zd\n", soap_elt_get_tag(it), soap_elt_depth(it)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### Searching a DOM node graph {#c-api5} Given a DOM node graph, we can search its attribute list and its child elements by using a pattern with wildcards `*` to match namespace and/or tag names, similar to XPath `*` pattern matching: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // print attribute tags that match *:id (* matches any namespace, including default) xsd__anyAttribute *it; for (it = soap_att_find(dom, NULL, "*:id"); it; it = soap_att_find_next(it, NULL, "*:id")) printf("@%s\n", soap_att_get_tag(it)); // print element tags in namespace "urn:one" (assuming "x" is "urn:one" in the namespace table) xsd__anyType *it; for (it = soap_elt_find(dom, NULL, "x:*"); it; it = soap_elt_find_next(it, NULL, "x:*")) printf("<%s>\n", soap_elt_get_tag(it)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The above assumes that a namespace table is used that defines namespace `x`. Alternatively, you can specify namespace parameters that can be NULL or `"*"` to match any namespace URI (NULL can be used in place of a `"*"` pattern): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // print attribute tags that match *:id xsd__anyAttribute *it; for (it = soap_att_find(dom, "*", "id"); it; it = soap_att_find_next(it, "*", "id")) printf("@%s\n", soap_att_get_tag(it)); // print element tags in namespace "urn:one" xsd__anyType *it; for (it = soap_elt_find(dom, "urn:one", "*"); it; it = soap_elt_find_next(it, "urn:one", "*")) printf("<%s>\n", soap_elt_get_tag(it)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Patterns for namespaces and tags are not restricted to wildcards `*`. You can specify parts of a namespace URI or tag name and use one or more `*` to match the rest. You can also search the entire node graph below a certain DOM element node in depth-first order starting with the current node: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // find all element nodes with attribute "id" deep in the node graph xsd__anyType *it; for (it = soap_dom_find(dom, NULL, "@*:id"); it; it = soap_dom_find_next(it, dom, NULL, "@*:id") printf("element <%s> has an @id=%s\n", soap_elt_get_tag(it), soap_att_get_text(soap_att_find(it, NULL, "*:id"))); // print all element tags in namespace "urn:one" xsd__anyType *it; for (it = soap_dom_find(dom, "urn:one", "*"); it; it = soap_dom_find_next(it, dom, "urn:one", "*")) printf("<%s>\n", soap_elt_get_tag(it)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ### XML DOM parsing and writing from/to streams {#c-api6} Reading and writing XML from/to files, streams and string buffers is done via the managing context by setting one of the following context members that control IO sources and sinks: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} ctx->recvfd = fd; // an int file descriptor to read from (0 by default) ctx->sendfd = fd; // an int file descriptor to write to (1 by default) ctx->is = cs; // C only: a const char* string to read from (soap->is will advance) ctx->os = &cs; // C only: pointer to a const char*, will be set to point to the string output ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To parse XML from a file descriptor `ctx->recvfd` into a DOM node graph you can use to soapcpp2 auto-generated `soap_read_xsd__anyType(ctx, dom)` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // create new context and parse XML from 'cin' into 'dom' struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType *dom = soap_elt_new(ctx, NULL, NULL); ctx->recvfd = stdin; if (soap_read_xsd__anyType(ctx, dom)) ... // check for IO end parse errors ... soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To write a DOM node graph in XML to a file descriptor `ctx->sendfd` you can use the soapcpp2 auto-generated `soap_write_xsd__anyType(ctx, dom)` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // create new context and create a 'dom', write its XML to 'cout' struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); xsd__anyType *dom = soap_elt_new(ctx, NULL, "store"); ... ctx->sendfd = stdout; if (soap_write_xsd__anyType(ctx, dom)) ... // check for IO errors ... soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also parse XML from a string into a DOM node graph by using the `ctx->is` input string and the soapcpp2 auto-generated `soap_read_xsd__anyType(ctx, dom)` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // create new context and parse XML from a string into 'dom' struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); const char *in = ""; xsd__anyType *dom = soap_elt_new(ctx, NULL, NULL); ctx->is = in; if (soap_read_xsd__anyType(ctx, dom)) ... // check for IO end parse errors ctx->is = NULL; ... soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Likewise, you can write a DOM node graph in XML to a string by using the `ctx->os` output string pointer and the soapcpp2 auto-generated `soap_write_xsd__anyType(ctx, dom)` function: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} // create new context and create a 'dom', write its XML to a string struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); const char *out = NULL; xsd__anyType *dom = soap_elt_new(ctx, NULL, "store"); ... ctx->os = &out; // string to set to point to the output soap_write_xsd__anyType(ctx, dom); // convert DOM to XML string in UTF-8 ctx->os = NULL; printf("%s\n", out); ... soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `soap_read_xsd__anyType(ctx, dom)` and `soap_write_xsd__anyType(ctx, dom)` functions return `SOAP_OK` (zero) or an error code in `ctx->error`. It is also possible to send and receive XML over HTTP as REST operations as was illustrated in the introduction. To make REST HTTP POST, GET, OUT, and DELETE calls, use: - `int soap_dom_call(struct soap *ctx, const char *URL, const char *action, const xsd__anyType *in, xsd__anyType *out)` Make a POST, GET, PUT, DELETE call. Connect to endpoint `URL` with HTTP SOAPAction `action` (or NULL) and send request `in` to server and receive response `out`. Returns `SOAP_OK` (zero) or an error code. POST method: pass both `in` and `out`. GET method: pass a NULL to `in`. PUT method: pass a NULL to `out`. DELETE method: pass both NULL to `in` and `out`. XML DOM parsing and display options {#opt} =================================== The soap context flags that control XML parsing and visual display are set when the context is created or with the `soap_set_mode` and `soap_clr_mode` functions: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_DOM_TREE); soap_set_mode(ctx, SOAP_XML_INDENT); // use indent soap_clr_mode(ctx, SOAP_XML_INDENT); // no indent ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Options to control XML parsing, object serialization, and XML rendition are: - (no flag): only elements with an `id` attribute are deserialized as C/C++ data types when a deserializer is available. This is to ensure that the SOAP encoding protocol deos not break when id-ref attibutes are used for multireferenced objects. - `SOAP_DOM_TREE`: prevents deserialization of C/C++ data structures into the DOM even when an `id` attribute is present. - `SOAP_DOM_NODE`: deserialize C/C++ data structures into the DOM. A deserializer is selected based on matching the element tag name or the xsi:type attribute value with the C/C++ type name. - `SOAP_DOM_ASIS`: render XML "as is", i.e. do not insert xmlns bindings for URIs internally stored with nodes. Assumes that the DOM is self-contained with respect to namespaces. - `SOAP_XML_INDENT`: render XML with indent. - `SOAP_XML_CANONICAL`: render XML in canonical (exc-c14n) form. - `SOAP_C_UTFSTRING`: the XML DOM always uses UTF-8, but embedded serializable objects only use UTF-8 when this flag is also set. Using DOM together with serializeble types in a gSOAP header file {#dom} ================================================================= To use DOM nodes with types declared in a gSOAP header file, import `dom.h` into your header file for processing with soapcpp2: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "dom.h" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The import is automatically added by wsdl2h with option `-d`. The wsdl2h tool binds xsd:anyType, xsd:any, xsd:anyAttribute and xsd:mixed XML content to DOM nodes instead of using XML literal strings. The `#import "dom.h"` enables us use the DOM `xsd__anyType` element node and `xsd__anyAttribute` attribute node in a gSOAP header file type declarations, such as: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #import "dom.h" class ns__record { public: @xsd__anyAttribute atts; // list of DOM attributes ... xsd__anyType __any; // xsd:any, consumes all other XML }; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where `__any` contains XML stored in a DOM node set and `atts` is a list of all visibly rendered attributes. The name `atts` is arbitrary and any name will suffice. We should place the `xsd__anyType` members at the end of the struct or class. This ensures that the DOM members are populated last as a "catch all". A member name starting with double underscore is a wildcard member name and matches any XML tag. These members are placed at the end of a struct or class automatically by soapcpp2. The soapcpp2 tool generates code that "serializes" the DOM nodes as part of the serialization of the C/C++ types in which they are used. @see Documentation of [XML Data Bindings: DOM anyType and anyAttribute](http://www.genivia.com/doc/databinding/html/index.html#toxsd10-5). Example {#example} ======= This example demonstrates the domcpp tool to generate code for a SOAP request message to send to a calculator service and to generate code to obtain the floating point value from the SOAP response returned. The generated code is copied and modified to create a DOM-based SOAP client application in C++ `dom2calc.cpp`. We use a very simple calculator service to demonstrate the C++ DOM API to populate a DOM node graph and to query a DOM node graph. The codes to accomplish both of these tasks can be generated with domcpp and modified as needed for our purposes. The SOAP calculator service and client on which this example is based are located in `gsoap/samples/calc` (for C) and `gsoap/samples/calc++` (for C++) in the gSOAP package. We use the SOAP calculator sample SOAP message `calc.add.req.xml` generated by soapcpp2 in `gsoap/samples/calc++`. This XML message contains a SOAP request to add two floating point values: 0.0 0.0 To generate code that populates this SOAP request message as a DOM node graph, we invoke: domcpp -M -n -rrequest calc.add.req.xml We copied the generated code into `dom2calc.cpp` as shown further below. A sample SOAP response message `calc.add.res.xml` from the calculator service is: 0.0 We want to generate code that inspects the SOAP response message to extract the value of ``. For this purpose we can use the XPath query `/SOAP-ENV:Envelope/SOAP-ENV:Body/ns:addResponse/result` and use this XPath with domcpp option `-p` and option `-x` to generate code that prints the `` value: domcpp -p'/SOAP-ENV:Envelope/SOAP-ENV:Body/ns:addResponse/result' \ -rresponse -x'std::cout << "Result = " << v << std::endl;' We copied the generated code into `dom2calc.cpp` as shown below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; // copied from: // domcpp -M -n -rrequest calc.add.req.xml struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL }, {NULL, NULL, NULL, NULL} }; int main(int argc, char **argv) { struct soap *ctx = soap_new1(SOAP_DOM_TREE | SOAP_XML_INDENT); if (argc <= 3) { std::cerr << "Usage: dom2calc [add|sub|mul|div|pow] " << std::endl; exit(1); } // create command tag ns:add, ns:sub, ns:mul, ns:div, or ns:pow std::string command = std::string("ns:").append(argv[1]); // copied and modified from: // domcpp -M -n -rrequest calc.add.req.xml xsd__anyType request(ctx, "SOAP-ENV:Envelope"); request["SOAP-ENV:Body"].att("SOAP-ENV:encodingStyle") = "http://schemas.xmlsoap.org/soap/encoding/"; request["SOAP-ENV:Body"][command.c_str()]["a"] = strtod(argv[2], NULL); request["SOAP-ENV:Body"][command.c_str()]["b"] = strtod(argv[3], NULL); std::cout << "** Request message: " << std::endl << request << std::endl << std::endl; // create response xsd__anyType response(ctx); // invoke server: make POST XML request and receive XML response if (soap_dom_call(ctx, server, "", request, response)) { soap_stream_fault(ctx, std::cerr); } else { std::cout << "** Response message:" << std::endl << response << std::endl << std::endl; // copied from: // domcpp -p'/SOAP-ENV:Envelope/SOAP-ENV:Body/ns:addResponse/result' -rresponse -x'std::cout << "Result = " << v << std::endl;' if (response.match("SOAP-ENV:Envelope")) { size_t pos = 1; for (xsd__anyType *it = response.elt_get("SOAP-ENV:Body"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; size_t pos = 1; for (xsd__anyType *it = v.elt_get("ns:addResponse"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; size_t pos = 1; for (xsd__anyType *it = v.elt_get("result"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; std::cout << "Result = " << v.get_double() << std::endl; } } } } } soap_destroy(ctx); // delete objects soap_end(ctx); // delete temp data soap_free(ctx); // free context return 0; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To compile `dom2calc.cpp` we first generate `soapC.cpp`, `soapStub.h` and `soapH.h` from the gSOAP header file `dom.h`: soapcpp2 dom.h c++ -o dom2calc dom2calc.cpp soapC.cpp dom.cpp stdsoap2.cpp Running the DOM-based calculator client gives: ./dom2calc add 3 4 ** Request message: 3 4 ** Response message: 7 Result = 7 Another way to extract the floating point value from the SOAP response is to use the `xsd__anyType::find()` method to search (and iterate) over `` elements: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} for (xsd__anyType::iterator it = response.find("result"); it != response.end(); ++it) std::cout << std::endl << "Result = " << it->get_double() << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ where the `xsd__anyType::get_double()` method is used to cast the XML value to a `double`. Miscellaneous {#misc} ============= Floating point format {#fp} --------------------- The floating point format used to output values in XML-RPC and JSON is by default ".17lG' to ensure accuracy up to the last digit. 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Take an XML sample document and render it in DOM API code to construct this XML as a DOM object: echo '\ \ \ \ \ \ \ ' | ./domcpp #include "soapH.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); ctx->double_format = "%lG"; xsd__anyType dom(ctx, "menu"); dom.att("id") = "file"; dom.att("value") = "File"; dom["popup"]["menuitem"][1].att("value") = "New"; dom["popup"]["menuitem"][1].att("onclick") = "CreateNewDoc()"; dom["popup"]["menuitem"][2].att("value") = "Open"; dom["popup"]["menuitem"][2].att("onclick") = "OpenDoc()"; dom["popup"]["menuitem"][3].att("value") = "Close"; dom["popup"]["menuitem"][3].att("onclick") = "CloseDoc()"; std::cout << dom << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete DOM data soap_free(ctx); // free context } 2. Take a XML sample document and render it in DOM API code to inspect and extract values from XML input, by using the XML sample document as a template: echo '\ { "menu": {\ "id": "file",\ "value": "File",\ "popup": {\ "menuitem": [\ {"value": "New", "onclick": "CreateNewDoc()"},\ {"value": "Open", "onclick": "OpenDoc()"},\ {"value": "Close", "onclick": "CloseDoc()"}\ ]\ }\ }\ }' | ./domcpp -i #include "soapH.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); ctx->double_format = "%lG"; xsd__anyType dom(ctx); std::cin >> dom; if (dom.soap->error) exit(EXIT_FAILURE); // error parsing XML xsd__anyAttribute *att; xsd__anyType *elt; #define USE_ATT(path, text) std::cout << path << " = " << text << std::endl #define USE_ELT(path, text) std::cout << path << " = " << text << std::endl if ((att = dom.att_get("id"))) USE_ATT("/menu/@id", att->get_text()); if ((att = dom.att_get("value"))) USE_ATT("/menu/@value", att->get_text()); if ((elt = dom.elt_get("popup"))) { xsd__anyType& dom_popup = *elt; for (xsd__anyType *it = dom_popup.elt_get("menuitem"); it; it = it->get_next()) { xsd__anyType& dom_popup_menuitem = *it; if ((att = dom_popup_menuitem.att_get("value"))) USE_ATT("/menu/popup/menuitem/@value", att->get_text()); if ((att = dom_popup_menuitem.att_get("onclick"))) USE_ATT("/menu/popup/menuitem/@onclick", att->get_text()); } } std::cout << dom << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete DOM data soap_free(ctx); // free context } 3. Take an XPath to generate a stand-alone application that filters XML documents with a store of books to return their titles: ./domcpp -m -p'/store/book/@title' #include "soapH.h" struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; int main(int argc, char **argv) { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE); ctx->double_format = "%lG"; xsd__anyType dom(ctx); std::cin >> dom; if (dom.soap->error) exit(EXIT_FAILURE); // error parsing XML // XPath: /store/book/@title xsd__anyAttribute *att; xsd__anyType *elt; #define QUERY_YIELD_ATT(v) std::cout << v.get_text() << std::endl #define QUERY_YIELD_ELT(v) std::cout << v << std::endl if (dom.match("store")) { size_t pos = 1; for (xsd__anyType *it = dom.elt_get("book"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; if ((att = v.att_get("title"))) { xsd__anyAttribute& v = *att; QUERY_YIELD_ATT(v); } } } soap_destroy(ctx); // delete objects soap_end(ctx); // delete DOM data soap_free(ctx); // free context return 0; } 4. To build domcpp: cd gsoap/samples/dom soapcpp2 -CSL ../../import/dom.h c++ -I../.. -o domcpp domcpp.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp 5. To compile and link domcpp-generated C++ code: ./domcpp -o mydom.cpp ... soapcpp2 -CSL ../../import/dom.h c++ -I../.. -o mydom mydom.cpp soapC.cpp ../../dom.cpp ../../stdsoap2.cpp 6. To compile and link domcpp-generated C code: ./domcpp -c -o mydom.c ... soapcpp2 -c -CSL ../../import/dom.h cc -I../.. -o mydom mydom.c soapC.c ../../dom.c ../../stdsoap2.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" // generated by soapcpp2 -CSL dom.h #include #include #include #include struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; //////////////////////////////////////////////////////////////////////////////// // // Command line options // //////////////////////////////////////////////////////////////////////////////// static bool coutput = false; // -c generate C code instead of C++ static bool explain = false; // -e add explanatory comments to the generated code static bool genread = false; // -i generate code to inspect DOM node graph parsed from XML input static bool genvars = false; // -l generate code for option -i to store values in local variables static bool genmain = false; // -m generate stand-alone code by adding main() static bool minimal = false; // -M generate minimal code unadorned with initialization and cleanup static bool nstable = false; // -n generate XML namespace table static bool optimal = false; // -O optimize code by factoring common indices when applicable static bool collect = false; // -y generate code that yields an array 'y' of XPath query results static const char *dform = NULL; // -f%fmt use %fmt to format double floats, e.g. -f%lG static const char *ofile = NULL; // -ofile save source code to file static const char *xpath = NULL; // -ppath generate XPath query code for 'path' static const char *xroot = "dom"; // -rroot use 'root' instead of root 'dom' in the generated code static const char *xcode = NULL; // -xcode generate code that executes 'code' for each XPath query result static const char *ifile = NULL; // [infile] //////////////////////////////////////////////////////////////////////////////// // // Proto // //////////////////////////////////////////////////////////////////////////////// static void out_gen_c(soap*, xsd__anyType&, const char*, const std::map&, const std::string&, const std::string&, int); static void in_gen_c(soap*, xsd__anyType&, const std::map&, const std::string&, const std::string&, int); static void out_gen_cpp(soap*, xsd__anyType&, const char*, const std::map&, const std::string&, const std::string&, int); static void in_gen_cpp(soap*, xsd__anyType&, const std::map&, const std::string&, const std::string&, int); static void path_gen_c(soap*, const char*, std::string&, bool, bool, int, size_t, size_t); static void path_exec_c(soap*, std::string&, bool, int); static void path_gen_cpp(soap*, const char*, std::string&, bool, bool, int, size_t, bool); static void path_exec_cpp(soap*, std::string&, bool, int); static std::ostream& indent(soap*, int); static bool is_bool(const char*); static bool is_int(soap*, const char*, LONG64&); static bool is_double(soap*, const char*, double&); static bool need_ns(const char*, const char*, const std::map&, const char*); static bool is_qualified(const char*); static bool is_current(const char*, const char*); static std::string prefix(const char*); static const char *name(const char*); static std::string gen_ident(const std::string&, const char*); static std::string putstrname(const char*); static std::string getname(const char**); static size_t getnth(const char**); //////////////////////////////////////////////////////////////////////////////// // // Pretty printer // //////////////////////////////////////////////////////////////////////////////// struct putstr { const char *str; int quote; putstr(const char *str, int quote = '"') : str(str), quote(quote) { } putstr(const std::string& str, int quote = '"') : str(str.c_str()), quote(quote) { } }; std::ostream& operator<<(std::ostream& os, const putstr& p) { if (p.str) { if (p.quote) os << (char)p.quote; for (const char *s = p.str; *s; ++s) { switch (*s) { case '\t': os << "\\t"; break; case '\n': os << "\\n"; break; case '\r': os << "\\r"; break; default: if (*s > 0 && *s < 0x10) os << "\\x0" << std::hex << *s << std::dec; else if (*s < 0x20 || *s > 0x7f) os << "\\x" << std::hex << (*s & 0xff) << std::dec; else if (coutput && !p.quote && s[0] == '*' && s[1] == '/') os << "\\x2a"; else if (p.quote && s[0] == '?' && s[1] == '?') os << "?\\"; else { if (p.quote && (*s == '"' || *s == '\\')) os << "\\"; os << (char)*s; } } } if (p.quote) os << (char)p.quote; } else os << "NULL"; return os; } //////////////////////////////////////////////////////////////////////////////// // // domcpp main // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { if (argc >= 2) { for (int i = 1; i < argc; i++) { const char *a = argv[i]; if ((a[0] == '-' && a[1]) #ifdef WIN32 || a[0] == '/' #endif ) { bool f = true; while (f && *++a) { switch (*a) { case 'c': coutput = true; break; case 'e': explain = true; break; case 'f': a++; f = false; if (*a) dform = a; else if (i < argc) dform = argv[++i]; break; case 'i': genread = true; if (!ifile) ifile = "-"; break; case 'l': genvars = true; break; case 'm': genmain = true; break; case 'M': minimal = true; break; case 'n': nstable = true; break; case 'O': optimal = true; break; case 'o': a++; f = false; if (*a) ofile = a; else if (i < argc) ofile = argv[++i]; break; case 'p': a++; f = false; if (*a) xpath = a; else if (i < argc) xpath = argv[++i]; break; case 'r': a++; f = false; if (*a) xroot = a; else if (i < argc) xroot = argv[++i]; break; case 'x': a++; f = false; if (*a) xcode = a; else if (i < argc) xcode = argv[++i]; break; case 'y': collect = true; break; case '?': case 'h': fprintf(stderr, "Usage: domcpp [-c] [-e] [-f%%fmt] [-h] [-i] [-l] [-m] [-M] [-n] [-O] [-ofile] [-ppath] [-rroot] [-xcode] [-y] [infile]\n\n" "-c generate C code instead of C++\n" "-e add explanatory comments to the generated code\n" "-f%%fmt use %%fmt to format double floats, e.g. -f%%lG\n" "-h display help message\n" "-i generate code to inspect DOM node graph parsed from XML input\n" "-l generate code for option -i to store values in local variables\n" "-m generate stand-alone code by adding main()\n" "-M generate minimal code unadorned with initialization and cleanup\n" "-n generate XML namespace table\n" "-O optimize code by factoring common indices when applicable\n" "-ofile save source code to file\n" "-ppath generate XPath query code for 'path'\n" "-rroot use 'root' instead of root 'x' in the generated code\n" "-xcode generate code that executes 'code' for each XPath query result\n" "-y generate code that yields an array 'y' of XPath query results\n" "infile optional XML file to parse\n" "- read XML from standard input\n\n"); exit(EXIT_SUCCESS); default: fprintf(stderr, "domcpp: Unknown option %s\n\n", a); exit(EXIT_FAILURE); } } } else { if (ifile && strcmp(ifile, "-")) fprintf(stderr, "domcpp: Input already specified as %s, ignoring %s\n\n", ifile, a); else ifile = argv[i]; } } } else { ifile = "-"; } if (genmain) minimal = false; soap *ctx = soap_new1(SOAP_C_UTFSTRING); if (dform && *dform == '%' && *(dform+1)) ctx->double_format = dform; std::ifstream ifs; if (ifile) { if (!strcmp(ifile, "-")) { ctx->is = &std::cin; } else { ifs.open(ifile, std::ifstream::in); if (!ifs.is_open()) { fprintf(stderr, "Cannot open %s for reading\n", ifile); exit(EXIT_FAILURE); } ctx->is = &ifs; } } std::ofstream ofs; if (ofile) { ofs.open(ofile, std::ofstream::out); if (!ofs.is_open()) { fprintf(stderr, "Cannot open %s for writing\n", ofile); exit(EXIT_FAILURE); } ctx->os = &ofs; } else { ctx->os = &std::cout; } xsd__anyType dom(ctx); if (ifile) { if (soap_read_xsd__anyType(ctx, &dom)) { soap_print_fault(ctx, stderr); soap_print_fault_location(ctx, stderr); exit(EXIT_FAILURE); } if (!dom.tag()) { fprintf(stderr, "No root element in %s\n", ifile); exit(EXIT_FAILURE); } } else { nstable = false; } if (ifile && strcmp(ifile, "-")) ifs.close(); if (!minimal) { if (coutput) { *ctx->os << "/* Dependencies:\n" " dom.h stdsoap2.h\n" " dom.c stdsoap2.c\n" " Build:\n" " soapcpp2 -c -CSL dom.h (generates soapStub.h, soapH.h, soapC.c)\n" " cc ... soapC.c dom.c stdsoap2.c ...\n" "*/\n"; } else { *ctx->os << "// Dependencies:\n" "// dom.h stdsoap2.h\n" "// dom.cpp stdsoap2.cpp\n" "// Build:\n" "// soapcpp2 -CSL dom.h (generates soapStub.h, soapH.h, soapC.cpp)\n" "// c++ ... soapC.cpp dom.cpp stdsoap2.cpp ...\n"; } *ctx->os << "\n#include \"soapH.h\"\n"; if (!coutput && xpath && strstr(xpath, "..")) *ctx->os << "#include \n"; } std::map nsmap; if ((nstable || genmain) && explain) { *ctx->os << "/*\n" " Global namespace table with xmlns:prefix=\"URI\" bindings of the form:\n" " { \"prefix\", \"URI\", \"alt-URI\", NULL }\n" "\n" " When using qualified element and attribute tag names with the DOM API\n" " functions without setting the corresponding namespace URI as a function\n" " argument, you MUST include a global namespace table that defines the\n" " namespace prefixes and URIs that are used. This permits the DOM API engine\n" " to locate the URI that corresponds to each prefix in a qualified tag name.\n" "\n" " Use domcpp option -n with an XML file to collect the xmlns bindings from that\n" " file and generate the namespace table automatically.\n"; if (nstable) *ctx->os << "\n" " The first four entries are required in this order for gSOAP client/server\n" " applications. When combining this code with a gSOAP client/server\n" " application then use the soapcpp2-generated .nsmap file with namespace table\n" " for that application and add entries below that are missing from the table.\n"; *ctx->os << "*/\n"; } if (nstable) { for (xsd__anyType::iterator i = dom.begin(); i != dom.end(); ++i) { for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) { if (is_qualified(j->tag()) && strncmp(j->tag(), "SOAP-ENV:", 9) && strncmp(j->tag(), "SOAP-ENC:", 9) && strncmp(j->tag(), "xsi:", 4) && strncmp(j->tag(), "xsd:", 4) && strncmp(j->tag(), "xml", 3)) { std::string id = prefix(j->tag()); nsmap[id] = j->ns(); } } if (is_qualified(i->tag()) && strncmp(i->tag(), "SOAP-ENV:", 9) && strncmp(i->tag(), "SOAP-ENC:", 9) && strncmp(i->tag(), "xsi:", 4) && strncmp(i->tag(), "xsd:", 4) && strncmp(i->tag(), "xml", 3)) { std::string id = prefix(i->tag()); nsmap[id] = i->ns(); } } *ctx->os << "struct Namespace namespaces[] = {\n" " {\"SOAP-ENV\", \"http://schemas.xmlsoap.org/soap/envelope/\", \"http://www.w3.org/*/soap-envelope\", NULL},\n" " {\"SOAP-ENC\", \"http://schemas.xmlsoap.org/soap/encoding/\", \"http://www.w3.org/*/soap-encoding\", NULL},\n" " {\"xsi\", \"http://www.w3.org/2001/XMLSchema-instance\", \"http://www.w3.org/*/XMLSchema-instance\", NULL},\n" " {\"xsd\", \"http://www.w3.org/2001/XMLSchema\", \"http://www.w3.org/*/XMLSchema\", NULL},\n"; for (std::map::const_iterator i = nsmap.begin(); i != nsmap.end(); ++i) *ctx->os << " {\"" << i->first << "\", " << putstr(i->second) << ", NULL, NULL },\n"; *ctx->os << " {NULL, NULL, NULL, NULL}\n};\n\n"; nsmap["SOAP-ENV"] = "http://schemas.xmlsoap.org/soap/envelope/"; nsmap["SOAP-ENC"] = "http://schemas.xmlsoap.org/soap/encoding/"; nsmap["xsi"] = "http://www.w3.org/2001/XMLSchema-instance"; nsmap["xsd"] = "http://www.w3.org/2001/XMLSchema"; } if (genmain) { if (!nstable) *ctx->os << "struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}};\n\n"; *ctx->os << "int main(int argc, char **argv)\n"; } if (!minimal) { if (coutput) *ctx->os << "{ /* Generated by domcpp"; else *ctx->os << "{ // Generated by domcpp"; for (int i = 1; i < argc; ++i) *ctx->os << " " << putstr(argv[i], 0); if (coutput) *ctx->os << " */\n" " /* domcpp tool Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. */\n"; else *ctx->os << "\n" " // domcpp tool Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc.\n"; *ctx->os << " struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT | SOAP_DOM_TREE);\n" " ctx->double_format = \"" << (dform ? dform : "%lG") << "\";\n\n"; } if (coutput) { if (!genread && explain) { *ctx->os << " /* <" << putstr(dom.tag(), 0); for (xsd__anyAttribute::iterator i = dom.att_begin(); i != dom.att_end(); ++i) *ctx->os << " " << putstr(i->tag(), 0) << "=" << putstr(*i); *ctx->os << "> */\n"; } if (genread || !ifile) *ctx->os << " xsd__anyType *" << xroot << " = soap_elt_new(ctx, NULL, NULL);\n"; else if (need_ns(dom.ns(), dom.tag(), nsmap, NULL)) *ctx->os << " xsd__anyType *" << xroot << " = soap_elt_new(ctx, " << putstr(dom.ns()) << ", " << putstr(dom.tag()) << ");\n"; else *ctx->os << " xsd__anyType *" << xroot << " = soap_elt_new(ctx, NULL, " << putstr(dom.tag()) << ");\n"; std::string path = "/"; path.append(dom.tag()); if (ifile && !genread) { out_gen_c(ctx, dom, NULL, nsmap, xroot, path, 2); if (explain) *ctx->os << " /* */\n"; } else { if (explain) *ctx->os << " /* parse XML into DOM object " << xroot << " */\n"; *ctx->os << " soap_read_xsd__anyType(ctx, " << xroot << ");\n"; if (!minimal) *ctx->os << " if (" << xroot << "->soap->error)\n" " exit(EXIT_FAILURE); /* error parsing XML */\n"; if (ifile) { if (explain) *ctx->os << " /* DOM attribute and element pointers to inspect DOM */\n"; *ctx->os << " xsd__anyAttribute *att;\n" " xsd__anyType *elt;\n"; if (genvars) *ctx->os << " #define USE_ATT(path, var, text) printf(\"%s = %s\\n\", path, text)\n" " #define USE_ELT(path, var, text) printf(\"%s = %s\\n\", path, text)\n"; else *ctx->os << " #define USE_ATT(path, text) printf(\"%s = %s\\n\", path, text)\n" " #define USE_ELT(path, text) printf(\"%s = %s\\n\", path, text)\n"; in_gen_c(ctx, dom, nsmap, xroot, path, 2); } } if (xpath) { *ctx->os << " /* XPath: " << putstr(xpath, 0) << " */\n"; if (!ifile || !genread) { if (explain) *ctx->os << " /* DOM attribute and element pointers to inspect DOM */\n"; *ctx->os << " xsd__anyAttribute *att;\n" " xsd__anyType *elt;\n"; } if (!xcode) { if (collect) { if (explain) *ctx->os << " /* XPath query yields an array 'y' of XPath query results: */\n"; *ctx->os << " xsd__anyType *y = soap_elt_new(ctx, NULL, \"results\");\n" " #define QUERY_YIELD_ATT(v) soap_add_elt(y, soap_add_att(soap_elt_new(ctx, NULL, \"result\"), v));\n" " #define QUERY_YIELD_ELT(v) soap_add_elt(y, soap_add_elt(soap_elt_new(ctx, NULL, \"result\"), v));\n"; } else { if (explain) *ctx->os << " /* XPath query yields are shown for each XPath result: */\n"; *ctx->os << " #define QUERY_YIELD_ATT(v) printf(\"%s\\n\", soap_att_get_text(v))\n" " #define QUERY_YIELD_ELT(v) soap_write_xsd__anyType(ctx, v), putchar('\\n')\n"; } } std::string root(xroot); if (explain) { *ctx->os << " /* Synopsis of variables used:\n" " " << root << "\troot element node pointer\n" << ( collect ? " y\tyield query results\n" : "" ) << " v\tcurrent element or attribute node pointer, to use in [?expr]\n" " att\tattribute node pointer\n" " elt\telement node pointer\n" " pos\tXPath position()\n" " */\n"; } path_gen_c(ctx, xpath, root, true, false, 2, 0, 0); if (!minimal && collect) *ctx->os << " soap_write_xsd__anyType(ctx, y), putchar('\\n');\n"; } else if (!minimal) { if (explain) *ctx->os << " /* output DOM " << xroot << " in XML */\n"; *ctx->os << " soap_write_xsd__anyType(ctx, " << xroot << "), putchar('\\n');\n"; } if (!minimal) { *ctx->os << "\n" " soap_end(ctx); /* delete DOM data */\n" " soap_free(ctx); /* free context */\n" << (genmain ? " return 0;\n" : "") << "}\n"; } } else { if (!genread && explain) { *ctx->os << " // <" << putstr(dom.tag(), 0); for (xsd__anyAttribute::iterator i = dom.att_begin(); i != dom.att_end(); ++i) *ctx->os << " " << putstr(i->tag(), 0) << "=" << putstr(*i); *ctx->os << "> \n"; } if (genread || !ifile) *ctx->os << " xsd__anyType " << xroot << "(ctx);\n"; else if (need_ns(dom.ns(), dom.tag(), nsmap, NULL)) *ctx->os << " xsd__anyType " << xroot << "(ctx, " << putstr(dom.ns()) << ", " << putstr(dom.tag()) << ");\n"; else *ctx->os << " xsd__anyType " << xroot << "(ctx, " << putstr(dom.tag()) << ");\n"; std::string path = "/"; path.append(dom.tag()); if (ifile && !genread) { out_gen_cpp(ctx, dom, NULL, nsmap, xroot, path, 2); if (explain) *ctx->os << " // \n"; } else { if (explain) *ctx->os << " // parse XML into DOM object " << xroot << " \n"; *ctx->os << " std::cin >> " << xroot << ";\n"; if (!minimal) *ctx->os << " if (" << xroot << ".soap->error)\n" " exit(EXIT_FAILURE); // error parsing XML\n"; if (ifile) { if (explain) *ctx->os << " // DOM attribute and element pointers to inspect DOM\n"; *ctx->os << " xsd__anyAttribute *att;\n" " xsd__anyType *elt;\n"; if (genvars) *ctx->os << " #define USE_ATT(path, var, text) std::cout << path << \" = \" << text << std::endl\n" " #define USE_ELT(path, var, text) std::cout << path << \" = \" << text << std::endl\n"; else *ctx->os << " #define USE_ATT(path, text) std::cout << path << \" = \" << text << std::endl\n" " #define USE_ELT(path, text) std::cout << path << \" = \" << text << std::endl\n"; in_gen_cpp(ctx, dom, nsmap, xroot, path, 2); } } if (xpath) { *ctx->os << " // XPath: " << xpath << "\n"; if (!ifile || !genread) { if (explain) *ctx->os << " // DOM attribute and element pointers to inspect DOM\n"; *ctx->os << " xsd__anyAttribute *att;\n" " xsd__anyType *elt;\n"; } if (!xcode) { if (collect) { if (explain) *ctx->os << " // XPath query yields an array 'y' of XPath query results:\n"; *ctx->os << " xsd__anyType y(ctx, \"results\");\n" " #define QUERY_YIELD_ATT(v) y.add(xsd__anyType(ctx, \"result\").add(v));\n" " #define QUERY_YIELD_ELT(v) y.add(xsd__anyType(ctx, \"result\").add(v));\n"; } else { if (explain) *ctx->os << " // XPath query yields are shown for each XPath result:\n"; *ctx->os << " #define QUERY_YIELD_ATT(v) std::cout << v.get_text() << std::endl\n" " #define QUERY_YIELD_ELT(v) std::cout << v << std::endl\n"; } } std::string root(xroot); if (explain) { *ctx->os << " // Synopsis of variables used:\n" " // " << root << "\troot element node\n" << ( collect ? " // y\tyields query results\n" : "" ) << " // v\tcurrent element or attribute node reference, to use in [?expr]\n" " // it\tloop iterator or pointer over elements and attributes\n" " // att\tattribute node pointer\n" " // elt\telement node pointer\n" " // pos\tXPath position()\n"; } path_gen_cpp(ctx, xpath, root, true, false, 2, 0, false); if (!minimal && collect) *ctx->os << " std::cout << y << std::endl;\n"; } else if (!minimal) { if (explain) *ctx->os << " // output DOM " << xroot << " in XML\n"; *ctx->os << " std::cout << " << xroot << " << std::endl;\n"; } if (!minimal) { *ctx->os << "\n" " soap_destroy(ctx); // delete objects\n" " soap_end(ctx); // delete DOM data\n" " soap_free(ctx); // free context\n" << (genmain ? " return 0;\n" : "") << "}\n"; } } if (ofile) ofs.close(); soap_destroy(ctx); soap_end(ctx); soap_free(ctx); return 0; } //////////////////////////////////////////////////////////////////////////////// // // C gen DOM writer/reader from infile // //////////////////////////////////////////////////////////////////////////////// static void out_gen_c(soap *ctx, xsd__anyType& v, const char *current, const std::map& nsmap, const std::string& lhs, const std::string& path, int k) { for (xsd__anyAttribute::iterator i = v.att_begin(); i != v.att_end(); ++i) { if (i->tag()) { if (strncmp(i->tag(), "xmlns", 5)) { if (explain) indent(ctx, k) << "/* " << path << "/@" << putstr(i->tag(), 0) << " = " << putstr(*i, 0) << " */\n"; bool is_b, is_n, is_x; LONG64 n = 0; double x = 0.0; const char *text = *i; if (text) { if ((is_b = is_bool(text))) indent(ctx, k) << "soap_att_bool("; else if ((is_n = is_int(ctx, text, n))) indent(ctx, k) << "soap_att_int("; else if ((is_x = is_double(ctx, text, x))) indent(ctx, k) << "soap_att_double("; else indent(ctx, k) << "soap_att_text("; } else indent(ctx, k); if (need_ns(i->ns(), i->tag(), nsmap, current)) *ctx->os << "soap_att(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(i->tag()) << ")"; else *ctx->os << "soap_att(" << lhs << ", NULL, " << putstr(i->tag()) << ")"; if (text) { *ctx->os << ", "; if (is_b) *ctx->os << (*text == 't'); else if (is_n) *ctx->os << n << "LL"; else if (is_x) *ctx->os << x; else *ctx->os << putstr(text); *ctx->os << ")"; } *ctx->os << ";\n"; } } } for (xsd__anyType::iterator i = v.elt_begin(); i != v.elt_end(); ++i) { size_t attno = 0; for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) if (j->tag() && strncmp(j->tag(), "xmlns", 5)) attno++; if (attno > 0 || i->elt_size() > 0) { if (i->tag() != NULL) { std::string newpath = path; newpath.append("/").append(i->tag()); int nth = i->nth(); if (explain) { indent(ctx, k) << "/* " << newpath << " */\n"; indent(ctx, k) << "/*" << std::setw(2*i->depth()) << "" << std::setw(0) << "<" << putstr(i->tag(), 0); for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) *ctx->os << " " << putstr(j->tag(), 0) << "=" << putstr(*j); if (i->elt_size() > 0 || i->get_text()) *ctx->os << "> */\n"; else *ctx->os << "/> */\n"; } std::string newlhs; if (optimal) { indent(ctx, k) << "{\n"; k += 2; newlhs = gen_ident(lhs, i->tag()); if (nth > 0) { if (need_ns(i->ns(), i->tag(), nsmap, current)) indent(ctx, k) << "xsd__anyType *" << newlhs << " = soap_nth_elt(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(i->tag()) << ", " << nth << ");\n"; else indent(ctx, k) << "xsd__anyType *" << newlhs << " = soap_nth_elt(" << lhs << ", NULL, " << putstr(i->tag()) << ", " << nth << ");\n"; } else { if (need_ns(i->ns(), i->tag(), nsmap, current)) indent(ctx, k) << "xsd__anyType *" << newlhs << " = soap_elt(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(i->tag()) << ");\n"; else indent(ctx, k) << "xsd__anyType *" << newlhs << " = soap_elt(" << lhs << ", NULL, " << putstr(i->tag()) << ");\n"; } } else { if (nth > 0) { newlhs = "soap_nth_elt("; newlhs.append(lhs); if (need_ns(i->ns(), i->tag(), nsmap, current)) newlhs.append(", ").append(putstrname(i->ns())).append(", ").append(putstrname(i->tag())).append(", ").append(soap_int2s(ctx, nth)).append(")"); else newlhs.append(", NULL, ").append(putstrname(i->tag())).append(", ").append(soap_int2s(ctx, nth)).append(")"); } else { newlhs = "soap_elt("; newlhs.append(lhs); if (need_ns(i->ns(), i->tag(), nsmap, current)) newlhs.append(", ").append(putstrname(i->ns())).append(", ").append(putstrname(i->tag())).append(")"); else newlhs.append(", NULL, ").append(putstrname(i->tag())).append(")"); } } if (nth == 0 && i->ns() && !is_qualified(i->tag())) out_gen_c(ctx, *i, i->ns(), nsmap, newlhs, newpath, k); else out_gen_c(ctx, *i, current, nsmap, newlhs, newpath, k); if (optimal) { k -= 2; indent(ctx, k) << "}\n"; } if (explain && (i->elt_size() > 0 || i->get_text())) indent(ctx, k) << "/*" << std::setw(2*i->depth()) << "" << std::setw(0) << "tag(), 0) << "> */\n"; } } else { const char *text = *i; int nth = i->nth(); if (explain) { if (i->tag() == NULL) { if (text && *text) indent(ctx, k) << "/* " << path << " = " << putstr(text, 0) << " */\n"; } else { indent(ctx, k) << "/* " << path << "/" << putstr(i->tag(), 0); if (nth > 0) *ctx->os << "[" << nth << "]"; if (text && *text) *ctx->os << " = " << putstr(text, 0) << "*/\n"; else *ctx->os << "*/\n"; if (i->att_size() > 0) { indent(ctx, k) << "/*" << std::setw(2*i->depth()) << "" << std::setw(0) << "<" << putstr(i->tag(), 0); for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) *ctx->os << " " << putstr(j->tag(), 0) << "=" << putstr(*j); if (text) *ctx->os << ">" << putstr(text, 0) << "tag(), 0) << "> */\n"; else *ctx->os << "/> */\n"; } } } bool is_b, is_n, is_x; LONG64 n = 0; double x = 0.0; if (text) { if ((is_b = is_bool(text))) indent(ctx, k) << "soap_elt_bool("; else if ((is_n = is_int(ctx, text, n))) indent(ctx, k) << "soap_elt_int("; else if ((is_x = is_double(ctx, text, x))) indent(ctx, k) << "soap_elt_double("; else indent(ctx, k) << "soap_elt_text("; } else indent(ctx, k); if (i->tag() == NULL) *ctx->os << "soap_elt(" << lhs << ", NULL, NULL)"; else { if (nth > 0) { if (need_ns(i->ns(), i->tag(), nsmap, current)) *ctx->os << "soap_nth_elt(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(i->tag()) << ", " << nth << ")"; else *ctx->os << "soap_nth_elt(" << lhs << ", NULL, " << putstr(i->tag()) << ", " << nth << ")"; } else { if (need_ns(i->ns(), i->tag(), nsmap, current)) *ctx->os << "soap_elt(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(i->tag()) << ")"; else *ctx->os << "soap_elt(" << lhs << ", NULL, " << putstr(i->tag()) << ")"; } } if (text) { *ctx->os << ", "; if (is_b) *ctx->os << (*text == 't'); else if (is_n) *ctx->os << n << "LL"; else if (is_x) *ctx->os << x; else *ctx->os << putstr(text); *ctx->os << ")"; } *ctx->os << ";\n"; } } const char *text = v; if (text) { if (explain && *text) indent(ctx, k) << "/* " << path << " = " << putstr(text, 0) << " */\n"; LONG64 n; double x; if (is_bool(text)) indent(ctx, k) << "soap_elt_bool(" << lhs << ", " << (*text == 't'); else if (is_int(ctx, text, n)) indent(ctx, k) << "soap_elt_int(" << lhs << ", " << n << "LL"; else if (is_double(ctx, text, x)) indent(ctx, k) << "soap_elt_double(" << lhs << ", " << x; else indent(ctx, k) << "soap_elt_text(" << lhs << ", " << putstr(text); *ctx->os << ");\n"; } } static void in_gen_c(soap *ctx, xsd__anyType& v, const std::map& nsmap, const std::string& lhs, const std::string& path, int k) { for (xsd__anyAttribute::iterator i = v.att_begin(); i != v.att_end(); ++i) { if (i->tag()) { if (strncmp(i->tag(), "xmlns", 5)) { if (explain) indent(ctx, k) << "/* " << path << "/@" << putstr(i->tag(), 0) << " = " << putstr(*i, 0) << " */\n"; if (genvars) { bool is_b = false; bool is_n = false; bool is_x = false; std::string newlhs = gen_ident(lhs, i->tag()); indent(ctx, k) << "{\n"; const char *text = *i; if (text && *text) { LONG64 n; double x; if ((is_b = is_bool(text))) indent(ctx, k + 2) << "short " << newlhs << "_att = " << (*text == 't') << "; /* a default bool value */\n"; else if ((is_n = is_int(ctx, text, n))) indent(ctx, k + 2) << "LONG64 " << newlhs << "_att = " << n << "LL; /* a default int value */\n"; else if ((is_x = is_double(ctx, text, x))) indent(ctx, k + 2) << "double " << newlhs << "_att = " << x << "; /* a default float value */\n"; else indent(ctx, k + 2) << "const char *" << newlhs << "_att = " << putstr(text) << "; /* a default string value */\n"; } else { indent(ctx, k + 2) << "const char *" << newlhs << "_att = NULL;\n"; } if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k + 2) << "if ((att = soap_att_get(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k + 2) << "if ((att = soap_att_get(" << lhs << ", NULL, " << putstr(i->tag()) << ")))\n"; if (is_b) indent(ctx, k + 4) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", " << newlhs << "_att = soap_att_is_true(att), soap_att_get_text(att));\n"; else if (is_n) indent(ctx, k + 4) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", " << newlhs << "_att = soap_att_get_LONG64(att), soap_att_get_text(att));\n"; else if (is_x) indent(ctx, k + 4) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", " << newlhs << "_att = soap_att_get_double(att), soap_att_get_text(att));\n"; else indent(ctx, k + 4) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", " << newlhs << "_att = soap_att_get_text(att), soap_att_get_text(att));\n"; indent(ctx, k + 2) << "(void)" << newlhs << "_att;\n"; indent(ctx, k) << "}\n"; } else { if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "if ((att = soap_att_get(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k) << "if ((att = soap_att_get(" << lhs << ", NULL, " << putstr(i->tag()) << ")))\n"; indent(ctx, k + 2) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", soap_att_get_text(att));\n"; } } } } for (xsd__anyType::iterator i = v.elt_begin(); i != v.elt_end(); ++i) { if (i->tag()) { bool is_done = true; bool is_repeat = false; for (xsd__anyType::iterator j = v.elt_begin(); j != v.elt_end(); ++j) { if (j->tag() && !strcmp(i->tag(), j->tag())) { if (i == j) is_done = false; else { if (!is_done) is_repeat = true; break; } } } if (!is_done) { std::string newpath = path; newpath.append("/").append(i->tag()); if (explain) { if (is_repeat) indent(ctx, k) << "/* a repetition of elements " << newpath << " */\n"; else indent(ctx, k) << "/* " << newpath << " */\n"; } std::string newlhs = gen_ident(lhs, i->tag()); if (is_repeat) { indent(ctx, k) << "xsd__anyType *" << newlhs << ";\n"; if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "for (" << newlhs << " = soap_elt_get(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(name(i->tag())) << "); " << newlhs << "; " << newlhs << " = soap_elt_get_next(" << newlhs << "))\n"; else indent(ctx, k) << "for (" << newlhs << " = soap_elt_get(" << lhs << ", NULL, " << putstr(i->tag()) << "); " << newlhs << "; " << newlhs << " = soap_elt_get_next(" << newlhs << "))\n"; } else { if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "if ((elt = soap_elt_get(" << lhs << ", " << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k) << "if ((elt = soap_elt_get(" << lhs << ", NULL, " << putstr(i->tag()) << ")))\n"; } indent(ctx, k) << "{\n"; if (!is_repeat) indent(ctx, k + 2) << "xsd__anyType *" << newlhs << " = elt;\n"; in_gen_c(ctx, *i, nsmap, newlhs, newpath, k + 2); indent(ctx, k) << "}\n"; } } } const char *text = v; if (text) { if (explain && *text) indent(ctx, k) << "/* " << path << " = " << putstr(text, 0) << " */\n"; if (genvars) { bool is_b = false; bool is_n = false; bool is_x = false; indent(ctx, k) << "{\n"; if (*text) { LONG64 n; double x; if ((is_b = is_bool(text))) indent(ctx, k + 2) << "short " << lhs << "_elt = " << (*text == 't') << "; /* a default bool value */\n"; else if ((is_n = is_int(ctx, text, n))) indent(ctx, k + 2) << "LONG64 " << lhs << "_elt = " << n << "LL; /* a default int value */\n"; else if ((is_x = is_double(ctx, text, x))) indent(ctx, k + 2) << "double " << lhs << "_elt = " << x << "; /* a default float value */\n"; else indent(ctx, k + 2) << "const char *" << lhs << "_elt = " << putstr(text) << "; /* a default string value */\n"; } else { indent(ctx, k + 2) << "const char *" << lhs << "_elt = NULL;\n"; } indent(ctx, k + 2) << "if (soap_elt_get_text(" << lhs << "))\n"; if (is_b) indent(ctx, k + 4) << "USE_ELT(\"" << path << "\", " << lhs << "_elt = soap_elt_is_true(" << lhs << "), soap_elt_get_text(" << lhs << "));\n"; else if (is_n) indent(ctx, k + 4) << "USE_ELT(\"" << path << "\", " << lhs << "_elt = soap_elt_get_LONG64(" << lhs << "), soap_elt_get_text(" << lhs << "));\n"; else if (is_x) indent(ctx, k + 4) << "USE_ELT(\"" << path << "\", " << lhs << "_elt = soap_elt_get_double(" << lhs << "), soap_elt_get_text(" << lhs << "));\n"; else indent(ctx, k + 4) << "USE_ELT(\"" << path << "\", " << lhs << "_elt = soap_elt_get_text(" << lhs << "), soap_elt_get_text(" << lhs << "));\n"; indent(ctx, k + 2) << "(void)" << lhs << "_elt;\n"; indent(ctx, k) << "}\n"; } else { indent(ctx, k) << "if (soap_elt_get_text(" << lhs << "))\n"; indent(ctx, k + 2) << "USE_ELT(\"" << path << "\", soap_elt_get_text(" << lhs << "));\n"; } } } //////////////////////////////////////////////////////////////////////////////// // // C++ gen DOM writer/reader from infile // //////////////////////////////////////////////////////////////////////////////// static void out_gen_cpp(soap *ctx, xsd__anyType& v, const char *current, const std::map& nsmap, const std::string& lhs, const std::string& path, int k) { for (xsd__anyAttribute::iterator i = v.att_begin(); i != v.att_end(); ++i) { if (i->tag()) { if (strncmp(i->tag(), "xmlns", 5)) { if (explain) indent(ctx, k) << "// " << path << "/@" << putstr(i->tag(), 0) << " = " << putstr(*i, 0) << "\n"; if (need_ns(i->ns(), i->tag(), nsmap, current)) indent(ctx, k) << lhs << ".att(" << putstr(i->ns()) << ", " << putstr(i->tag()) << ")"; else indent(ctx, k) << lhs << ".att(" << putstr(i->tag()) << ")"; const char *text = *i; if (text) { *ctx->os << " = "; LONG64 n; double x; if (is_bool(text)) *ctx->os << text; else if (is_int(ctx, text, n)) *ctx->os << n << "LL"; else if (is_double(ctx, text, x)) *ctx->os << x; else *ctx->os << putstr(text); } *ctx->os << ";\n"; } } } for (xsd__anyType::iterator i = v.elt_begin(); i != v.elt_end(); ++i) { size_t attno = 0; for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) if (j->tag() && strncmp(j->tag(), "xmlns", 5)) attno++; if (attno > 0 || i->elt_size() > 0) { if (i->tag()) { std::string newpath = path; newpath.append("/").append(i->tag()); int nth = i->nth(); if (nth > 0) newpath.append("[").append(soap_int2s(ctx, nth)).append("]"); if (explain) { indent(ctx, k) << "// " << newpath << "\n"; indent(ctx, k) << "//" << std::setw(2*i->depth()) << "" << std::setw(0) << "<" << putstr(i->tag(), 0); for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) *ctx->os << " " << putstr(j->tag(), 0) << "=" << putstr(*j); if (i->elt_size() > 0 || i->get_text()) *ctx->os << ">\n"; else *ctx->os << "/>\n"; } std::string newlhs; if (optimal) { indent(ctx, k) << "{\n"; k += 2; newlhs = gen_ident(lhs, i->tag()); if (need_ns(i->ns(), i->tag(), nsmap, current)) indent(ctx, k) << "xsd__anyType& " << newlhs << " = " << lhs << ".elt(" << putstr(i->ns()) << ", " << putstr(i->tag()) << ")"; else indent(ctx, k) << "xsd__anyType& " << newlhs << " = " << lhs << "[" << putstr(i->tag()) << "]"; if (nth > 0) *ctx->os << "[" << nth << "]"; *ctx->os << ";\n"; } else { newlhs = lhs; if (need_ns(i->ns(), i->tag(), nsmap, current)) newlhs.append(".elt(").append(putstrname(i->ns())).append(", ").append(putstrname(i->tag())).append(")"); else newlhs.append("[").append(putstrname(i->tag())).append("]"); if (nth > 0) newlhs.append("[").append(soap_int2s(ctx, nth)).append("]"); } if (nth == 0 && i->ns() && !is_qualified(i->tag())) out_gen_cpp(ctx, *i, i->ns(), nsmap, newlhs, newpath, k); else out_gen_cpp(ctx, *i, current, nsmap, newlhs, newpath, k); if (optimal) { k -= 2; indent(ctx, k) << "}\n"; } if (explain && (i->elt_size() > 0 || i->get_text())) indent(ctx, k) << "//" << std::setw(2*i->depth()) << "" << std::setw(0) << "tag(), 0) << ">\n"; } } else { const char *text = *i; int nth = i->nth(); if (explain) { if (i->tag() == NULL) { if (text && *text) indent(ctx, k) << "// " << path << " = " << putstr(text, 0) << "\n"; } else { indent(ctx, k) << "// " << path << "/" << putstr(i->tag(), 0); if (nth > 0) *ctx->os << "[" << nth << "]"; if (text && *text) *ctx->os << " = " << putstr(text, 0) << "\n"; else *ctx->os << "\n"; if (i->att_size() > 0) { indent(ctx, k) << "//" << std::setw(2*i->depth()) << "" << std::setw(0) << "<" << putstr(i->tag(), 0); for (xsd__anyAttribute::iterator j = i->att_begin(); j != i->att_end(); ++j) *ctx->os << " " << putstr(j->tag(), 0) << "=" << putstr(*j); if (text) *ctx->os << ">" << putstr(text, 0) << "tag(), 0) << ">\n"; else *ctx->os << "/>\n"; } } } if (i->tag() == NULL) indent(ctx, k) << lhs << ".elt()"; else { if (need_ns(i->ns(), i->tag(), nsmap, current)) indent(ctx, k) << lhs << ".elt(" << putstr(i->ns()) << ", " << putstr(i->tag()) << ")"; else indent(ctx, k) << lhs << "[" << putstr(i->tag()) << "]"; if (nth > 0) *ctx->os << "[" << nth << "]"; } if (text) { *ctx->os << " = "; LONG64 n; double x; if (is_bool(text)) *ctx->os << text; else if (is_int(ctx, text, n)) *ctx->os << n << "LL"; else if (is_double(ctx, text, x)) *ctx->os << x; else *ctx->os << putstr(text); } *ctx->os << ";\n"; } } const char *text = v; if (text) { if (explain && *text) indent(ctx, k) << "// " << path << " = " << putstr(text, 0) << "\n"; indent(ctx, k) << lhs << " = "; LONG64 n; double x; if (is_bool(text)) *ctx->os << text; else if (is_int(ctx, text, n)) *ctx->os << n << "LL"; else if (is_double(ctx, text, x)) *ctx->os << x; else *ctx->os << putstr(text); *ctx->os << ";\n"; } } static void in_gen_cpp(soap *ctx, xsd__anyType& v, const std::map& nsmap, const std::string& lhs, const std::string& path, int k) { for (xsd__anyAttribute::iterator i = v.att_begin(); i != v.att_end(); ++i) { if (i->tag()) { if (strncmp(i->tag(), "xmlns", 5)) { if (explain) indent(ctx, k) << "// " << path << "/@" << putstr(i->tag(), 0) << " = " << putstr(*i, 0) << "\n"; if (genvars) { std::string newlhs = gen_ident(lhs, i->tag()); const char *text = *i; if (text && *text) { LONG64 n; double x; if (is_bool(text)) indent(ctx, k) << "bool " << newlhs << "_att = " << text << "; // a default bool value\n"; else if (is_int(ctx, text, n)) indent(ctx, k) << "LONG64 " << newlhs << "_att = " << n << "LL; // a default int value\n"; else if (is_double(ctx, text, x)) indent(ctx, k) << "double " << newlhs << "_att = " << x << "; // a default float value\n"; else indent(ctx, k) << "const char *" << newlhs << "_att = " << putstr(text) << "; // a default string value\n"; } else { indent(ctx, k) << "const char *" << newlhs << "_att = NULL;\n"; } if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "if ((att = " << lhs << ".att_get(" << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k) << "if ((att = " << lhs << ".att_get(" << putstr(i->tag()) << ")))\n"; indent(ctx, k + 2) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", " << newlhs << "_att = *att, att->get_text());\n"; indent(ctx, k) << "(void)" << newlhs << "_att;\n"; } else { if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "if ((att = " << lhs << ".att_get(" << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k) << "if ((att = " << lhs << ".att_get(" << putstr(i->tag()) << ")))\n"; indent(ctx, k + 2) << "USE_ATT(\"" << path << "/@" << putstr(i->tag(), 0) << "\", att->get_text());\n"; } } } } for (xsd__anyType::iterator i = v.elt_begin(); i != v.elt_end(); ++i) { if (i->tag()) { bool is_done = true; bool is_repeat = false; for (xsd__anyType::iterator j = v.elt_begin(); j != v.elt_end(); ++j) { if (j->tag() && !strcmp(i->tag(), j->tag())) { if (i == j) is_done = false; else { if (!is_done) is_repeat = true; break; } } } if (!is_done) { std::string newpath = path; newpath.append("/").append(i->tag()); if (explain) { if (is_repeat) indent(ctx, k) << "// a repetition of elements " << newpath << "\n"; else indent(ctx, k) << "// " << newpath << "\n"; } std::string newlhs = gen_ident(lhs, i->tag()); if (is_repeat) { if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "for (xsd__anyType *it = " << lhs << ".elt_get(" << putstr(i->ns()) << ", " << putstr(name(i->tag())) << "); it; it = it->get_next())\n"; else indent(ctx, k) << "for (xsd__anyType *it = " << lhs << ".elt_get(" << putstr(i->tag()) << "); it; it = it->get_next())\n"; } else { if (need_ns(i->ns(), i->tag(), nsmap, NULL)) indent(ctx, k) << "if ((elt = " << lhs << ".elt_get(" << putstr(i->ns()) << ", " << putstr(name(i->tag())) << ")))\n"; else indent(ctx, k) << "if ((elt = " << lhs << ".elt_get(" << putstr(i->tag()) << ")))\n"; } indent(ctx, k) << "{\n"; if (is_repeat) indent(ctx, k + 2) << "xsd__anyType& " << newlhs << " = *it;\n"; else indent(ctx, k + 2) << "xsd__anyType& " << newlhs << " = *elt;\n"; in_gen_cpp(ctx, *i, nsmap, newlhs, newpath, k + 2); indent(ctx, k) << "}\n"; } } } const char *text = v; if (text) { if (explain && *text) indent(ctx, k) << "// " << path << " = " << putstr(text, 0) << "\n"; if (genvars) { if (*text) { LONG64 n; double x; if (is_bool(text)) indent(ctx, k) << "bool " << lhs << "_elt = " << text << "; // a default bool value\n"; else if (is_int(ctx, text, n)) indent(ctx, k) << "LONG64 " << lhs << "_elt = " << n << "LL; // a default int value\n"; else if (is_double(ctx, text, x)) indent(ctx, k) << "double " << lhs << "_elt = " << x << "; // a default float value\n"; else indent(ctx, k) << "const char *" << lhs << "_elt = " << putstr(text) << "; // a default string value\n"; } else { indent(ctx, k) << "const char *" << lhs << "_elt = NULL;\n"; } indent(ctx, k) << "if (" << lhs << ".get_text())\n"; indent(ctx, k + 2) << "USE_ELT(\"" << path << "\", " << lhs << "_elt = " << lhs << ", " << lhs << ".get_text());\n"; indent(ctx, k) << "(void)" << lhs << "_elt;\n"; } else { indent(ctx, k) << "if (" << lhs << ".get_text())\n"; indent(ctx, k + 2) << "USE_ELT(\"" << path << "\", " << lhs << ".get_text());\n"; } } } //////////////////////////////////////////////////////////////////////////////// // // C gen XPath from -ppath // //////////////////////////////////////////////////////////////////////////////// static void path_gen_c(struct soap *ctx, const char *xpath, std::string& v, bool atroot, bool attrib, int k, size_t parens, size_t label) { if (*xpath == ')') // path: ...)... { if (parens == 0) { fprintf(stderr, "domcpp: XPath ')' without '(' ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; --parens; indent(ctx, k) << "size_t pos = ++pos" << parens << ";\n"; } if (*xpath == '/' && *(xpath + 1) != '/') // skip single / { if (attrib) { fprintf(stderr, "domcpp: XPath / follows attribute at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; } if (*xpath == '(') // path: (... { ++xpath; indent(ctx, k) << "size_t pos" << parens << " = 0;\n"; ++parens; } if (*xpath == '.') { ++xpath; if (*xpath == '.') { if (atroot) { fprintf(stderr, "domcpp: XPath .. at root ...->%s\n\n", xpath); exit(EXIT_FAILURE); } indent(ctx, k) << "if ((elt = soap_elt_parent(" << v << ")))\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "xsd__anyType *v = elt\n"; v = "v"; path_gen_c(ctx, xpath, v, false, attrib, k + 2, parens, label); indent(ctx, k) << "}\n"; } else { path_gen_c(ctx, xpath, v, false, attrib, k, parens, label); } } else if (*xpath == '/') // path: //... { ++xpath; if (*xpath == '/') { if (attrib) { fprintf(stderr, "domcpp: XPath // follows attribute at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; if (explain) { if (atroot) indent(ctx, k) << "/* iterate over descendants and current node " << v << " to match " << putstr(xpath, 0) << " */\n"; else indent(ctx, k) << "/* iterate over descendants of current node " << v << " to match " << putstr(xpath, 0) << " */\n"; } indent(ctx, k) << "xsd__anyType *it;\n"; indent(ctx, k) << "for (it = " << v << "; it; it = soap_dom_next_element(it, " << v << "))\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "xsd__anyType *v = it;\n"; v = "v"; path_gen_c(ctx, xpath, v, atroot, false, k + 2, parens, label); indent(ctx, k) << "}\n"; } else { fprintf(stderr, "domcpp: XPath unexpected end at '/'\n\n"); exit(EXIT_FAILURE); } } else if (*xpath == '[') // path: [...]... { size_t nth = getnth(&xpath); if (nth) // path: [n]... where n is an integer > 0 position { if (explain) indent(ctx, k) << "/* if position of current node " << v << " is " << nth << " then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if (pos == " << nth << ")\n"; indent(ctx, k) << "{\n"; path_gen_c(ctx, xpath, v, false, attrib, k + 2, parens, label); indent(ctx, k) << "}\n"; } else { ++xpath; int nest = 0; const char *s; for (s = xpath; *s; ++s) { if (*s == ']') { if (nest == 0) break; --nest; } else if (*s == '[') ++nest; } if (*s != ']') { fprintf(stderr, "domcpp: XPath ']' expected at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } if (*xpath == '?') // path: [?e]... where e is a C boolean (nonzero is true) expression { std::string code(xpath + 1, s - xpath - 1); xpath = s + 1; if (explain) indent(ctx, k) << "/* filter current node " << v << " with 'if (" << code << ")' to match " << putstr(xpath, 0) << " */\n"; if (v != "v") { if (attrib) indent(ctx, k) << "xsd__anyAttribute *v = " << v << ";\n"; else indent(ctx, k) << "xsd__anyType *v = " << v << ";\n"; } indent(ctx, k) << "if (" << code << ")\n"; indent(ctx, k) << "{\n"; path_gen_c(ctx, xpath, v, atroot, attrib, k + 2, parens, label); indent(ctx, k) << "}\n"; } else // path: [p]... where p is an XPath to match to continue { if (explain) indent(ctx, k) << "/* check current node " << v << " matches " << putstr(xpath, 0) << " */\n"; std::string u = v; static size_t state = 0; size_t found = ++state; if (*xpath == '/' && *(xpath + 1) != '/') { v = "dom"; path_gen_c(ctx, xpath, v, true, attrib, k, 0, found); } else { path_gen_c(ctx, xpath, v, atroot, attrib, k, 0, found); } indent(ctx, k) << "if (0)\n"; indent(ctx, 2) << "found" << found << ":\n"; indent(ctx, k) << "{\n"; xpath = s + 1; path_gen_c(ctx, xpath, u, atroot, attrib, k + 2, parens, label); indent(ctx, k) << "}\n"; } } } else if (*xpath == ']') { if (!label) { fprintf(stderr, "domcpp: XPath ']' without '[' ...->%s\n\n", xpath); exit(EXIT_FAILURE); } indent(ctx, k) << "(void)" << v << ";\n"; indent(ctx, k) << "goto found" << label << ";\n"; } else if (!*xpath) { if (parens) { fprintf(stderr, "domcpp: XPath ')' expected ...->%s\n\n", xpath); exit(EXIT_FAILURE); } path_exec_c(ctx, v, attrib, k); } else if (!strncmp(xpath, "text()", 6)) // path: text() { xpath += 6; size_t nth = getnth(&xpath); if (nth == 1) { if (explain) indent(ctx, k) << "/* if current node " << v << " has a text-only element then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if ((elt = soap_elt_get(" << v << ", NULL, \"\")))\n"; } else if (nth > 1) { if (explain) indent(ctx, k) << "/* if current node " << v << " has a " << nth << "-th text-only element then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if ((elt = soap_elt_get(" << v << ", NULL, \"\")) && (elt = soap_elt_get_nth(elt, " << nth << ")))\n"; } else { if (explain) indent(ctx, k) << "/* for each text-only element of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "xsd__anyType *it;\n"; indent(ctx, k) << "for (it = soap_elt_get(" << v << ", NULL, \"\"); it; it = soap_elt_get_next(it), ++pos)\n"; } indent(ctx, k) << "{\n"; if (nth) indent(ctx, k + 2) << "xsd__anyType *v = elt;\n"; else indent(ctx, k + 2) << "xsd__anyType *v = it;\n"; v = "v"; path_gen_c(ctx, xpath, v, false, false, k + 2, parens, label); indent(ctx, k) << "}\n"; } else if (atroot && *xpath != '@') // path: /name... { const char *tag = getname(&xpath).c_str(); if (explain) indent(ctx, k) << "/* if node " << v << " is '" << tag << "' then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if (soap_elt_match(" << v << ", NULL, " << putstr(tag) << "))\n"; indent(ctx, k) << "{\n"; path_gen_c(ctx, xpath, v, false, false, k + 2, parens, label); indent(ctx, k) << "}\n"; } else // path: name..., name[n]..., @name, *..., *:*..., @*..., @*:*... { const char *tag = getname(&xpath).c_str(); size_t nth = 0; bool is_att = (*tag == '@'); bool is_patt = strchr(tag, '*') != NULL; bool is_wild = !strcmp(tag + is_att, "*") || !strcmp(tag + is_att, "*:*"); if (!is_patt) nth = getnth(&xpath); if (is_att && is_wild) { if (explain) indent(ctx, k) << "/* for each attribute of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "xsd__anyAttribute *it;\n"; indent(ctx, k) << "for (it = soap_att_first(" << v << "); it; it = soap_att_next(it))\n"; } else if (is_att && is_patt) { if (explain) indent(ctx, k) << "/* for each attribute '" << tag + 1 << "' of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "xsd__anyAttribute *it;\n"; indent(ctx, k) << "for (it = soap_att_find(" << v << ", NULL, " << putstr(tag) << "); it; it = soap_att_find_next(it, NULL, " << putstr(tag) << "))\n"; } else if (is_att) { if (explain) indent(ctx, k) << "/* if current node " << v << " has an attribute '" << tag + 1 << "' then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if ((att = soap_att_get(" << v << ", NULL, " << putstr(tag + 1) << ")))\n"; } else if (is_wild) { if (explain) indent(ctx, k) << "/* for each element of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "xsd__anyType *it;\n"; indent(ctx, k) << "for (it = soap_elt_first(" << v << "); it; it = soap_elt_next(it), ++pos)\n"; } else if (is_patt) { if (explain) indent(ctx, k) << "/* for each element '" << tag << "' of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "xsd__anyType *it;\n"; indent(ctx, k) << "for (it = soap_elt_find(" << v << ", NULL, " << putstr(tag) << "); it; it = soap_elt_find_next(it, NULL, " << putstr(tag) << ", ++pos)\n"; } else if (nth == 1) { if (explain) indent(ctx, k) << "/* if current node " << v << " has an element '" << tag << "' then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if ((elt = soap_elt_get(" << v << ", NULL, " << putstr(tag) << ")))\n"; } else if (nth > 1) { if (explain) indent(ctx, k) << "/* if current node " << v << " has a " << nth << "-th element '" << tag << "' then match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "if ((elt = soap_elt_get(" << v << ", NULL, " << putstr(tag) << ")) && (elt = soap_elt_get_nth(elt, " << nth << ")))\n"; } else { if (explain) indent(ctx, k) << "/* for each element '" << tag << "' of current node " << v << " match " << putstr(xpath, 0) << " */\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "xsd__anyType *it;\n"; indent(ctx, k) << "for (it = soap_elt_get(" << v << ", NULL, " << putstr(tag) << "); it; it = soap_elt_get_next(it), ++pos)\n"; } indent(ctx, k) << "{\n"; if (is_att && is_patt) indent(ctx, k + 2) << "xsd__anyAttribute *v = it;\n"; else if (is_att) indent(ctx, k + 2) << "xsd__anyAttribute *v = att;\n"; else if (nth) indent(ctx, k + 2) << "xsd__anyType *v = elt;\n"; else indent(ctx, k + 2) << "xsd__anyType *v = it;\n"; v = "v"; path_gen_c(ctx, xpath, v, false, is_att, k + 2, parens, label); indent(ctx, k) << "}\n"; } } static void path_exec_c(struct soap *ctx, std::string& v, bool attrib, int k) { if (xcode) { if (attrib) indent(ctx, k) << "xsd__anyAttribute *v = " << v << ";\n"; else indent(ctx, k) << "xsd__anyType *v = " << v << ";\n"; indent(ctx, k) << xcode << "\n"; } else { if (attrib) indent(ctx, k) << "QUERY_YIELD_ATT(" << v << ");\n"; else indent(ctx, k) << "QUERY_YIELD_ELT(" << v << ");\n"; } } //////////////////////////////////////////////////////////////////////////////// // // C++ gen XPath from -ppath // //////////////////////////////////////////////////////////////////////////////// static void path_gen_cpp(struct soap *ctx, const char *xpath, std::string& v, bool atroot, bool attrib, int k, size_t parens, bool throwup) { if (*xpath == ')') // path: ...)... { if (parens == 0) { fprintf(stderr, "domcpp: XPath ')' without '(' ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; --parens; indent(ctx, k) << "size_t pos = ++pos" << parens << ";\n"; } if (*xpath == '/' && *(xpath + 1) != '/') // skip single / { if (attrib) { fprintf(stderr, "domcpp: XPath / follows attribute at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; } if (*xpath == '(') // path: (... { ++xpath; indent(ctx, k) << "size_t pos" << parens << " = 0;\n"; ++parens; } if (*xpath == '.') { ++xpath; if (*xpath == '.') { if (atroot) { fprintf(stderr, "domcpp: XPath .. at root ...->%s\n\n", xpath); exit(EXIT_FAILURE); } indent(ctx, k) << "if ((elt = " << v << ".parent()))\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "xsd__anyType& v = *elt\n"; v = "v"; path_gen_cpp(ctx, xpath, v, false, attrib, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else { path_gen_cpp(ctx, xpath, v, false, attrib, k, parens, throwup); } } else if (*xpath == '/') // path: //... { ++xpath; if (*xpath == '/') { if (attrib) { fprintf(stderr, "domcpp: XPath // follows attribute at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } ++xpath; if (explain) { if (atroot) indent(ctx, k) << "// iterate over descendants and current node " << v << " to match " << putstr(xpath, 0) << "\n"; else indent(ctx, k) << "// iterate over descendants of current node " << v << " to match " << putstr(xpath, 0) << "\n"; } indent(ctx, k) << "for (xsd__anyType::iterator it = " << v << ".begin(); it != " << v << ".end(); ++it)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "xsd__anyType& v = *it;\n"; v = "v"; path_gen_cpp(ctx, xpath, v, atroot, false, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else { fprintf(stderr, "domcpp: XPath unexpected end at '/'\n\n"); exit(EXIT_FAILURE); } } else if (*xpath == '[') // path: [...]... { size_t nth = getnth(&xpath); if (nth) // path: [n]... where n is an integer > 0 position { if (explain) indent(ctx, k) << "// if position of current node " << v << " is " << nth << " then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if (pos == " << nth << ")\n"; indent(ctx, k) << "{\n"; path_gen_cpp(ctx, xpath, v, false, attrib, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else { ++xpath; int nest = 0; const char *s; for (s = xpath; *s; ++s) { if (*s == ']') { if (nest == 0) break; --nest; } else if (*s == '[') ++nest; } if (*s != ']') { fprintf(stderr, "domcpp: XPath ']' expected at ...->%s\n\n", xpath); exit(EXIT_FAILURE); } if (*xpath == '?') // path: [?e]... where e is a C++ bool expression { std::string code(xpath + 1, s - xpath - 1); xpath = s + 1; if (explain) indent(ctx, k) << "// filter current node " << v << " with 'if (" << code << ")' to match " << putstr(xpath, 0) << "\n"; if (v != "v") { if (attrib) indent(ctx, k) << "xsd__anyAttribute& v = " << v << ";\n"; else indent(ctx, k) << "xsd__anyType& v = " << v << ";\n"; } indent(ctx, k) << "if (" << code << ")\n"; indent(ctx, k) << "{\n"; path_gen_cpp(ctx, xpath, v, atroot, attrib, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else // path: [p]... where p is an XPath to match to continue { if (explain) indent(ctx, k) << "// check current node " << v << " matches " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "try\n"; indent(ctx, k) << "{\n"; std::string u = v; if (*xpath == '/' && *(xpath + 1) != '/') { v = "dom"; path_gen_cpp(ctx, xpath, v, true, attrib, k + 2, 0, true); } else { path_gen_cpp(ctx, xpath, v, atroot, attrib, k + 2, 0, true); } indent(ctx, k) << "}\n"; indent(ctx, k) << "catch (const bool&)\n"; indent(ctx, k) << "{\n"; xpath = s + 1; path_gen_cpp(ctx, xpath, u, atroot, attrib, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } } } else if (*xpath == ']') { if (!throwup) { fprintf(stderr, "domcpp: XPath ']' without '[' ...->%s\n\n", xpath); exit(EXIT_FAILURE); } indent(ctx, k) << "(void)" << v << ";\n"; indent(ctx, k) << "throw true;\n"; } else if (!*xpath) { if (parens) { fprintf(stderr, "domcpp: XPath ')' expected ...->%s\n\n", xpath); exit(EXIT_FAILURE); } path_exec_cpp(ctx, v, attrib, k); } else if (!strncmp(xpath, "text()", 6)) // path: text() { xpath += 6; size_t nth = getnth(&xpath); if (nth == 1) { if (explain) indent(ctx, k) << "// if current node " << v << " has a text-only element then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if ((elt = " << v << ".elt_get()))\n"; } else if (nth > 1) { if (explain) indent(ctx, k) << "// if current node " << v << " has a " << nth << "-th text-only element then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if ((elt = " << v << ".elt_get()) && (elt = elt->get_nth(" << nth << ")))\n"; } else { if (explain) indent(ctx, k) << "// for each text-only element of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "for (xsd__anyType *it = " << v << ".elt_get(); it; it = it->get_next(), ++pos)\n"; } indent(ctx, k) << "{\n"; if (nth) indent(ctx, k + 2) << "xsd__anyType& v = *elt;\n"; else indent(ctx, k + 2) << "xsd__anyType& v = *it;\n"; v = "v"; path_gen_cpp(ctx, xpath, v, false, false, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else if (atroot && *xpath != '@') // path: /name... { const char *tag = getname(&xpath).c_str(); if (explain) indent(ctx, k) << "// if node " << v << " is '" << tag << "' then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if (" << v << ".match(" << putstr(tag) << "))\n"; indent(ctx, k) << "{\n"; path_gen_cpp(ctx, xpath, v, false, false, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } else // path: name..., name[n]..., @name, *..., *:*..., @*..., @*:*... { const char *tag = getname(&xpath).c_str(); size_t nth = 0; bool is_att = (*tag == '@'); bool is_patt = strchr(tag, '*') != NULL; bool is_wild = !strcmp(tag + is_att, "*") || !strcmp(tag + is_att, "*:*"); if (!is_patt) nth = getnth(&xpath); if (is_att && is_wild) { if (explain) indent(ctx, k) << "// for each attribute of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "for (xsd__anyAttribute::iterator it = " << v << ".att_begin(); it != " << v << ".att_end(); ++it)\n"; } else if (is_att && is_patt) { if (explain) indent(ctx, k) << "// for each attribute '" << tag + 1 << "' of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "for (xsd__anyAttribute::iterator it = " << v << ".att_find(" << putstr(tag) << "); it != " << v << ".att_end(); ++it)\n"; } else if (is_att) { if (explain) indent(ctx, k) << "// if current node " << v << " has an attribute '" << tag + 1 << "' then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if ((att = " << v << ".att_get(" << putstr(tag + 1) << ")))\n"; } else if (is_wild) { if (explain) indent(ctx, k) << "// for each element of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "for (xsd__anyType::iterator it = " << v << ".elt_begin(); it != " << v << ".elt_end(); ++it, ++pos)\n"; } else if (is_patt) { if (explain) indent(ctx, k) << "// for each element '" << tag << "' of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "for (xsd__anyType::iterator it = " << v << ".elt_find(" << putstr(tag) << "); it != " << v << ".elt_end(); ++it, ++pos)\n"; } else if (nth == 1) { if (explain) indent(ctx, k) << "// if current node " << v << " has an element '" << tag << "' then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if ((elt = " << v << ".elt_get(" << putstr(tag) << ")))\n"; } else if (nth > 1) { if (explain) indent(ctx, k) << "// if current node " << v << " has a " << nth << "-th element '" << tag << "' then match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "if ((elt = " << v << ".elt_get(" << putstr(tag) << ")) && (elt = elt->get_nth(" << nth << ")))\n"; } else { if (explain) indent(ctx, k) << "// for each element '" << tag << "' of current node " << v << " match " << putstr(xpath, 0) << "\n"; indent(ctx, k) << "size_t pos = 1;\n"; indent(ctx, k) << "for (xsd__anyType *it = " << v << ".elt_get(" << putstr(tag) << "); it; it = it->get_next(), ++pos)\n"; } indent(ctx, k) << "{\n"; if (is_att && is_patt) indent(ctx, k + 2) << "xsd__anyAttribute& v = *it;\n"; else if (is_att) indent(ctx, k + 2) << "xsd__anyAttribute& v = *att;\n"; else if (nth) indent(ctx, k + 2) << "xsd__anyType& v = *elt;\n"; else indent(ctx, k + 2) << "xsd__anyType& v = *it;\n"; v = "v"; path_gen_cpp(ctx, xpath, v, false, is_att, k + 2, parens, throwup); indent(ctx, k) << "}\n"; } } static void path_exec_cpp(struct soap *ctx, std::string& v, bool attrib, int k) { if (xcode) { if (v != "v") { if (attrib) indent(ctx, k) << "xsd__anyAttribute& v = " << v << ";\n"; else indent(ctx, k) << "xsd__anyType& v = " << v << ";\n"; } indent(ctx, k) << xcode << "\n"; } else { if (attrib) indent(ctx, k) << "QUERY_YIELD_ATT(" << v << ");\n"; else indent(ctx, k) << "QUERY_YIELD_ELT(" << v << ");\n"; } } //////////////////////////////////////////////////////////////////////////////// // // Misc // //////////////////////////////////////////////////////////////////////////////// static std::ostream& indent(soap *ctx, int k) { *ctx->os << std::setw(k) << "" << std::setw(0); return *ctx->os; } static std::string gen_ident(const std::string& lhs, const char *tag) { std::string id = lhs; id.append("_"); for (const char *s = tag; *s; tag = s) { while (isalnum(*s)) s++; id.append(tag, s - tag); if (*s) s++; } return id; } static bool is_bool(const char *text) { if (!text) return false; return !strcmp(text, "true") || !strcmp(text, "false"); } static bool is_int(soap *ctx, const char *text, LONG64& n) { if (!text) return false; if (soap_s2LONG64(ctx, text, &n)) { ctx->error = SOAP_OK; return false; } return true; } static bool is_double(soap *ctx, const char *text, double& x) { if (!text) return false; if (soap_s2double(ctx, text, &x)) { ctx->error = SOAP_OK; return false; } return !soap_isnan(x) && !soap_isinf(x); } static bool need_ns(const char *ns, const char *tag, const std::map& nsmap, const char *current) { if (ns == NULL) return false; if (!is_qualified(tag) && is_current(ns, current)) return false; if (nstable && is_qualified(tag)) { std::map::const_iterator i = nsmap.find(prefix(tag)); if (i != nsmap.end() && !strcmp(ns, i->second)) return false; } return true; } static bool is_qualified(const char *tag) { return tag && strchr(tag, ':'); } static bool is_current(const char *ns, const char *current) { return ns && current && !strcmp(ns, current); } static std::string prefix(const char *tag) { const char *s = strchr(tag, ':'); if (s) return std::string(tag, s - tag); return std::string(tag); } static const char *name(const char *tag) { const char *s = strchr(tag, ':'); if (s) return s + 1; return tag; } static std::string putstrname(const char *name) { std::stringstream ss; ss << putstr(name); return ss.str(); } static std::string getname(const char **xpath) { const char *s = *xpath; const char *t = s; if (*t == '@') ++t; while (*t && (isalnum(*t) || *t == '_' || *t == '*' || *t == ':' || *t == '-' || *t == '.' || *t > 0x7f || *t < 0)) ++t; if (t == s) { fprintf(stderr, "domcpp: XPath empty field name at ...->%s\n\n", s); exit(EXIT_FAILURE); } *xpath = t; return std::string(s, t - s); } static size_t getnth(const char **xpath) { size_t nth = 0; if (**xpath == '[') { char *r; nth = soap_strtoul(*xpath + 1, &r, 10); if (*r == ']') *xpath = r + 1; } return nth; } gsoap-2.8.28/gsoap/samples/dom/dom2calc.cpp0000644000175000017500000001131012653650154020013 0ustar ellertellert/* dom2calc.cpp Example DOM processing with a calculator service This is version 2 based on the improved DOM API v5 gSOAP 2.8.28 This example is based on the calculator service (samples/calc) and implements a DOM-message-based calculator client. See gsoap/doc/dom/html/index.html for the DOM API documentation, including the domcpp tool that was used to generate the XPath code in this exampple. soapcpp2 -Iimport dom2calc.h cc -o dom2calc dom2calc.cpp stdsoap2.cpp soapC.cpp dom.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; // copied and modified from: // domcpp -M -n -rrequest calc.add.req.xml struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {"ns", "urn:calc", NULL, NULL }, {NULL, NULL, NULL, NULL} }; int main(int argc, char **argv) { struct soap *ctx = soap_new1(SOAP_DOM_TREE | SOAP_XML_INDENT); if (argc <= 3) { std::cerr << "Usage: dom2calc [add|sub|mul|div|pow] " << std::endl; exit(1); } // create command tag ns:add, ns:sub, ns:mul, ns:div, or ns:pow std::string command = std::string("ns:").append(argv[1]); // copied and modified from: // domcpp -M -n -rrequest calc.add.req.xml xsd__anyType request(ctx, "SOAP-ENV:Envelope"); request["SOAP-ENV:Body"].att("SOAP-ENV:encodingStyle") = "http://schemas.xmlsoap.org/soap/encoding/"; request["SOAP-ENV:Body"][command.c_str()]["a"] = strtod(argv[2], NULL); request["SOAP-ENV:Body"][command.c_str()]["b"] = strtod(argv[3], NULL); std::cout << "** Request message: " << std::endl << request << std::endl << std::endl; // create response xsd__anyType response(ctx); // invoke server: make POST XML request and receive XML response if (soap_dom_call(ctx, server, "", request, response)) { soap_stream_fault(ctx, std::cerr); } else { std::cout << "** Response message:" << std::endl << response << std::endl << std::endl; // copied from: // domcpp -p'/SOAP-ENV:Envelope/SOAP-ENV:Body/ns:addResponse/result' -rresponse -x'std::cout << "Result = " << v << std::endl;' if (response.match("SOAP-ENV:Envelope")) { size_t pos = 1; for (xsd__anyType *it = response.elt_get("SOAP-ENV:Body"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; size_t pos = 1; for (xsd__anyType *it = v.elt_get("ns:addResponse"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; size_t pos = 1; for (xsd__anyType *it = v.elt_get("result"); it; it = it->get_next(), ++pos) { xsd__anyType& v = *it; std::cout << "Result = " << v.get_double() << std::endl; } } } } // Here is another way to search DOM for element(s): // for (xsd__anyType::iterator it = response.find("result"); it != response.end(); ++it) // std::cout << std::endl << "Result = " << it->get_double() << std::endl; } soap_destroy(ctx); // delete objects soap_end(ctx); // delete temp data soap_free(ctx); // free context return 0; } gsoap-2.8.28/gsoap/samples/dom/Makefile.am0000644000175000017500000000114512653650154017664 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = domcpp dom2calc SOAPHEADER = dom2calc.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = $(SOAP_NS_DEF) domcpp_SOURCES = domcpp.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) domcpp_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) dom2calc_SOURCES = $(SOAPHEADER) dom2calc.cpp $(SOAP_CPP_CORE) dom2calc_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/dom/dom2calc.h0000644000175000017500000000531112653650154017464 0ustar ellertellert/* dom2calc.h A gSOAP header file for the DOM example You can define C and C++ types to be serialized and deserialized automatically in a DOM object. To do this, enable the SOAP_DOM_NODE flag and make sure that either xsi:types attribute values or XML element/attribute tag names match the name of the type definition. The deserialization only works when xsi:type attributes are present in messages or when XML element or attribute tag names match the type name. A deserializer is chosen based on these tag names xsi:type attribute value. For example, when an element has an xsi:type="xsd:double" attribute and SOAP_DOM_NODE is set, then the xsd__double type is deserialized into the void *soap_dom_element::node (points to a double) and soap_dom_element::type==SOAP_TYPE_xsd__double. Likewise, when an element tag name is , then the 'result' deserializer is invoked to populate void *soap_dom_element::node (points to double) and soap_dom_element::type==SOAP_TYPE_result. When declaring types for elements and attributes, it is advised to use a leading '_' to prevent them from being (de)serialized as types. The leading '_' suppresses the rendering of xsi:type. See the '_result' example below. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "dom.h" typedef double xsd__double; /* matches xsi:type="xsd:double" */ typedef double _result; /* matches the unqualified tag */ gsoap-2.8.28/gsoap/samples/httpcookies/0000755000175000017500000000000012653650170017402 5ustar ellertellertgsoap-2.8.28/gsoap/samples/httpcookies/Makefile.in0000644000175000017500000007604512653650156021467 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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installdirs maintainer-clean \ maintainer-clean-generic mostlyclean mostlyclean-compile \ mostlyclean-generic pdf pdf-am ps ps-am tags tags-am uninstall \ uninstall-am $(SOAP_CPP_SRC) : $(SOAPHEADER) $(SOAP) -L -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/httpcookies/ckserver.cpp0000644000175000017500000001026512653650156021742 0ustar ellertellert/* ckserver.cpp Example HTTP cookie-enabled server Run from command line to start a stand-alone server: $ ./ckserver 8080 where 8080 is a port number Then run the client in a new window: $ ./ckclient Please see the ckclient.cpp file for HTTP cookie-related details. Remember to change the soap.cookie_domain value to your host -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "ck.nsmap" int main(int argc, char **argv) { int m, s; struct soap soap; soap_init(&soap); // cookie domain for CGI must be the current host name: // soap.cookie_domain = "www.cs.fsu.edu"; // Cookie domain for stand-alone server: soap.cookie_domain = "localhost:8080"; // the path which is used to filter/set cookies with this destination soap.cookie_path = "/"; if (argc < 2) { // CGI app: grab cookies from 'HTTP_COOKIE' env var soap_getenv_cookies(&soap); soap_serve(&soap); } else { int port; char buf[100]; port = atoi(argv[1]); m = soap_bind(&soap, NULL, port, 100); if (m < 0) { soap_print_fault(&soap, stderr); exit(1); } sprintf(buf, "localhost:%d", port); soap.cookie_domain = buf; fprintf(stderr, "Socket connection successful %d\n", m); for (int i = 1; ; i++) { s = soap_accept(&soap); if (s < 0) exit(-1); fprintf(stderr, "%d: accepted %d IP=%d.%d.%d.%d ... ", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); if (!soap_serve(&soap)) fprintf(stderr, "served\n"); else soap_print_fault(&soap, stderr); // clean up soap_destroy(&soap); soap_end(&soap); // remove all old cookies from database so no interference when new // requests with new cookies arrive soap_free_cookies(&soap); // Note: threads can have their own cookie DB which they need to cleanup // before they terminate } } return 0; } //////////////////////////////////////////////////////////////////////////////// // // Demo cookie // //////////////////////////////////////////////////////////////////////////////// int ck__demo(struct soap *soap, char **r) { int n; char *s, buf[16]; // The host and path are set by soap_cookie_domain and soap_cookie_path // which MUST be the current domain and path of the CGI app or stand-alone // server in order to accept cookies intended for this service s = soap_cookie_value(soap, "demo", NULL, NULL); // cookie was returned by client? if (s) n = atoi(s)+1; // yes: increment int value as demo example session else n = 1; // no: return cookie with value 1 to client to start session sprintf(buf, "%d", n); soap_set_cookie(soap, "demo", buf, NULL, NULL); // cookie expires in 5 seconds: soap_set_cookie_expire(soap, "demo", 5, NULL, NULL); if ((*r = (char*)soap_malloc(soap, strlen(buf)+1))) strcpy(*r, buf); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/httpcookies/ck.h0000644000175000017500000000540112653650156020154 0ustar ellertellert/* ck.h This is a gSOAP header file with web service definitions. This demo illustrates the use of HTTP cookies for stateful services. This code base can be used to implement your own cookie-based stateful services. gSOAP's cookie handling is fully automatic at the client-side. A database of cookies is kept and returned to the appropriate servers. In this demo, the value (int) of the (invisible) cookie is returned as an output parameter by the service to demonstrate that each call uses a unique and updated cookie. Cookies are not automatically saved to a file by the client. So the internal cookie database is discarded when the program terminates. The server runs as CGI or stand alone with: ./ckserver For example: ./ckserver 18000 The client runs from the command line with an optional endpoint: ./ckclient For example: ./ckclient http://localhost:18000 By default, the client connects to our CGI-based server. Compilation in C++: $ soapcpp2 ck.h $ cc -o ckclient ckclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp $ cc -o ckserver ckserver.cpp stdsoap2.cpp soapC.cpp soapServer.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ck service name: ck //gsoap ck service style: rpc //gsoap ck service encoding: encoded //gsoap ck service location: http://www.cs.fsu.edu/~engelen/ck.cgi //gsoap ck service namespace: http://www.cs.fsu.edu/~engelen/ck.wsdl //gsoap ck schema namespace: urn:ck int ck__demo(char **r); gsoap-2.8.28/gsoap/samples/httpcookies/README.txt0000644000175000017500000000152212653650156021104 0ustar ellertellertThis demo illustrates the use of HTTP cookies to implement stateful services. This code base can be used to implement your own cookie-based stateful services, even with CGI which is inherently stateless. gSOAP's cookie handling is fully automatic at the client-side. A database of cookies is kept and returned to the appropriate servers. In this demo, the value (int) of the (invisible) cookie is returned as an output parameter by the service to demonstrate that each call uses a unique and updated cookie. Cookies are not automatically saved to a file by the client. So the internal cookie database is discarded when the program terminates. The code is written in C++ and compiled with: soapcpp2 ck.h cc -o ckclient ckclient.cpp stdsoap2.cpp soapC.cpp soapClient.cpp cc -o ckserver ckserver.cpp stdsoap2.cpp soapC.cpp soapServer.cpp gsoap-2.8.28/gsoap/samples/httpcookies/Makefile.am0000644000175000017500000000131712653650156021444 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = ck.cgi ckclient SOAPHEADER = ck.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = ck.nsmap ck.wsdl ck_cgi_CXXFLAGS = -DWITH_COOKIES -D$(platform) ck_cgi_SOURCES = ckserver.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) ck_cgi_LDADD = $(SOAP_CPP_LIB_CK) $(SAMPLE_EXTRA_LIBS) ckclient_CXXFLAGS = -DWITH_COOKIES -D$(platform) ckclient_SOURCES = ckclient.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) ckclient_LDADD = $(SOAP_CPP_LIB_CK) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/httpcookies/ckclient.cpp0000644000175000017500000001077612653650156021721 0ustar ellertellert/* ckclient.cpp Example HTTP cookie-enabled client See cookie processing details in the code below. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "ck.nsmap" //////////////////////////////////////////////////////////////////////////////// // // Example cookie client // //////////////////////////////////////////////////////////////////////////////// static const char *ckserver = "http://localhost:8080"; // To access a stand-alone server on a port, use: // const char ckserver[] = "IP:PORT"; // const char ckserver[] = "http://IP:PORT"; // include HTTP header in request // const char ckserver[] = "http://www.domain.com:8008"; // const char ckserver[] = ""; // use I/O redirect // const char ckserver[] = "http://"; // use I/O redirect (includes HTTP headers) int main(int argc, char **argv) { char *r; struct soap soap; if (argc >= 2) ckserver = argv[1]; soap_init(&soap); // gSOAP's cookie handling is fully automatic at the client-side. // A database of cookies is kept and returned to the appropriate servers. // In this demo, the value (int) of the (invisible) cookie is returned as // an output parameter by the service to demonstrate that each call uses // a unique and updated cookie. Cookies are not automatically saved to a // file by the client. So the internal cookie database is discarded when // the program terminates. // To avoid "cookie storms" caused by malicious servers that return an // unreasonable amount of cookies, gSOAP clients/servers are restricted to // a database size that the user can limit (32 cookies by default): soap.cookie_max = 10; // In case all three calls below return the same cookie value 1, the service // (ck.cgi) is unable to return cookies (e.g. because the Web server does // not allow CGI applications to handle cookies which the user need to fix // by reconfiguration and restart of the Web server). Or the // soap.cookie_domain value is not set in the ckserver code to the host on // which the service runs . // First call (no cookies returned to service, service will return a cookie): if (soap_call_ck__demo(&soap, ckserver, NULL, &r)) { soap_print_fault(&soap, stderr); soap_print_fault_location(&soap, stderr); exit(-1); } printf("The server responded with: %s\n", r); // Second call (return cookie to service indicating continuation of session): if (soap_call_ck__demo(&soap, ckserver, NULL, &r)) { soap_print_fault(&soap, stderr); soap_print_fault_location(&soap, stderr); exit(-1); } printf("The server responded with: %s\n", r); // Third call (return cookie to service indicating continuation of session): if (soap_call_ck__demo(&soap, ckserver, NULL, &r)) { soap_print_fault(&soap, stderr); soap_print_fault_location(&soap, stderr); exit(-1); } printf("The server responded with: %s\n", r); // Fourth call (let cookie expire) printf("Waiting 6 seconds to let cookie expire...\n"); sleep(6); // wait to let cookie expire if (soap_call_ck__demo(&soap, ckserver, NULL, &r)) { soap_print_fault(&soap, stderr); soap_print_fault_location(&soap, stderr); exit(-1); } printf("The server responded with: %s\n", r); soap_end(&soap); return 0; } gsoap-2.8.28/gsoap/samples/README.txt0000644000175000017500000001206112653650156016550 0ustar ellertellert GSOAP APPLICATION EXAMPLES To build the example services and clients, run 'make' in the 'samples' directory. The concurrent server examples require the Pthreads library. The SSL example requires OpenSSL. The webserver example also requires Zlib. autotest: Autotest code generation for XML databindings (C++) calc: Simple calculator client and server (C) calc++: Simple calculator client and server (C++) calc_vs2005: VS2005 project calc client example (C++) calc_xcode: Mac OS X Xcode project calc client example (C++) chaining: Chaining multiple separately-compiled services (C) chaining++: Chaining multiple separately-compiled services (C++) databinding: Data binding example for address.xsd addressbook (C++) dime: DIME attachment client and server (C++,pthreads) dom: DOM-based calculator client (C++) factory: Remote object factory and simple ORB (C++) factorytest: Test client for remote object factory (C++) gmt: One-liner service to tell the time in GMT (C++) googleapi: Google Web API client (deprecated by Google) (C) hello: One-liner greeting service (C++) httpcookies: HTTP cookie client and server (C++) link: Linking multiple clients/services (C) link++: Linking multiple clients/services (C++) lu: Linear solver client and server (C++) magic: Magic squares client and server (C++,pthreads) mashup: Combining two services into a new service (C) mashup++: Combining two services into a new service (C++) mtom: MTOM attachment client and server (C) mtom-stream: MTOM streaming attachment client and server (C) oneway: One-way SOAP messaging event handling (C,pthreads) oneway++: One-way SOAP messaging event handling (C++,pthreads) polytest: Polymorphic object exchange (C++) rest: REST clients and services examples (C/C++) roll: One-liner roll of a dice service (C++) router: Router of HTTP messages over TCP/IP (C,pthreads) rss: RSS 0.91, 0.92, and 2.0 server (C) ssl: HTTPS/SSL example (C,pthreads,OpenSSL) template: Shows how container templates can be serialized (C++) udp: SOAP-over-UDP example client and server (C) varparam: Variable polymorphic parameters (C++) wcf: Sample client/server interop with WCF (C++) webserver: Stand-alone Web server (C,pthreads,OpenSSL,Zlib) wsa: WS-Addressing demo (C) wsrm: WS-ReliableMessaging demo (C) wsse: WS-Security demo (C,OpenSSL) xml-rpc-json: XML-RPC and JSON support and examples (C/C++) LIBRARY AND GSOAP PLUGIN SUPPORT Some of the examples require the following support libraries and plugins: plugin/threads.h/.c MS Windows threads and Posix threads wrapper plugin/cacerts.h/.c Hard-coded SSL public certificates plugin/wsaapi.h/.c WS-Addressing plugin plugin/wsseapi.h/.c WS-Security plugin DISCLAIMER WE DO OUR BEST TO PROVIDE YOU WITH REAL-WORLD EXAMPLES BUT WE CANNOT GUARANTEE THAT ALL CLIENT EXAMPLES CAN CONNECT TO THIRD PARTY WEB SERVICES WHEN THESE SERVICES ARE DOWN OR HAVE BEEN REMOVED. MAC OS X XCODE PROJECTS A Mac OS X Xcode project example is included in samples/calc_xcode. MS VS2005 PROJECTS A Visual Studio 2005 project example is included in samples/calc_vs2005. A custom build step is defined for the gSOAP header file calc.h. The custom build step invokes soapcpp2 to generate the source code for the project. Note that the step to obtain the gSOAP header file calc.h is intentionally omitted, e.g. wsdl2h is not part of this process. It is advised to run wsdl2h manually and try various wsdl2h options and typemap.dat definitions to customize the wsdl2h output. SSL WITH OPENSSL To try the SSL-secure SOAP server, install OpenSSL and change the occurrences of "linprog2.cs.fsu.edu" in sslclient.c and sslserver.c to the machine name (or machine IP) you are using. Example .pem files are included but you need to create your own .pem files (see OpenSSL documentation). The sslclient and sslserver codes can then be build as follows: soapcpp2 -c ssl.h gcc -DWITH_OPENSSL -o sslclient sslclient.c stdsoap2.c soapC.c soapClient.c -lssl -lcrypto gcc -DWITH_OPENSSL -o sslserver sslserver.c stdsoap2.c soapC.c soapServer.c -lssl -lcrypto -lpthread COPYRIGHT AND LICENSE Several examples in the 'samples' directory are distributed under GPL or commercial license. Please refer to the specific licensing comments provided in the source code files. A commercial license is available from Genivia, Inc. 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Copyright (C) 2002, Robert A. van Engelen, Florida State University. */ #include "soapH.h" #include "googleapi.nsmap" int main(int argc, char **argv) { char *key, *dir, *arg; struct soap soap; soap_init2(&soap, SOAP_IO_DEFAULT, SOAP_XML_TREE); if (argc <= 3) { fprintf(stderr, "Usage: googleapi search|cached|spell \n"); return 0; } key = argv[1]; dir = argv[2]; arg = argv[3]; if (!strcmp(dir, "search")) { struct api__doGoogleSearchResponse r; if (soap_call_api__doGoogleSearch(&soap, "http://api.google.com/search/beta2", "urn:GoogleSearchAction", key, arg, 0, 10, true_, "", false_, "", "latin1", "latin1", &r)) { soap_print_fault(&soap, stderr); exit(1); } else { int i; printf("documentFiltering = %d\n", (int)r._return.documentFiltering); printf("searchQuery = %s\n", r._return.searchQuery?r._return.searchQuery:""); printf("searchComments = %s\n", r._return.searchComments?r._return.searchComments:""); printf("searchTips = %s\n", r._return.searchTips); printf("searchTime = %f\n", r._return.searchTime); printf("estimatedTotalResultsCount = %d\n", r._return.estimatedTotalResultsCount); printf("estimateIsExact = %d\n", (int)r._return.estimateIsExact); printf("startIndex = %d\n", r._return.startIndex); printf("endIndex = %d\n", r._return.endIndex); printf("resultElements = \n"); for (i = 0; i < r._return.resultElements.__size; i++) { const char *s1 = r._return.resultElements.__ptr[i].summary; const char *s2 = r._return.resultElements.__ptr[i].URL; const char *s3 = r._return.resultElements.__ptr[i].snippet; const char *s4 = r._return.resultElements.__ptr[i].title; const char *s5 = r._return.resultElements.__ptr[i].cachedSize; const char *s6 = r._return.resultElements.__ptr[i].directoryTitle; /* skipped printing of directoryCategory field */ printf("[%3d]\tSummary = %s\n", i+1, s1?s1:""); printf("\ttitle = %s\n", s4?s4:""); printf("\tURL = %s\n", s2?s2:""); printf("\tsnippet = %s\n", s3?s3:""); printf("\tcachedSize = %s\n", s5?s5:""); printf("\trelatedInfo = %d\n", (int)r._return.resultElements.__ptr[i].relatedInformationPresent); printf("\tdirectoryTitle = %s\n", s6?s6:""); } printf("directoryCategories = \n"); for (i = 0; i < r._return.directoryCategories.__size; i++) { const char *s1 = r._return.directoryCategories.__ptr[i].fullViewableName; const char *s2 = r._return.directoryCategories.__ptr[i].specialEncoding; printf("\t%s\t%s\n", s1?s1:"", s2?s2:""); } } } else if (!strcmp(dir, "cached")) { struct xsd__base64Binary r; if (soap_call_api__doGetCachedPage(&soap, "http://api.google.com/search/beta2", "urn:GoogleSearchAction", key, arg, &r)) { soap_print_fault(&soap, stderr); exit(1); } else { int i; for (i = 0; i < r.__size; i++) putchar(r.__ptr[i]); putchar('\n'); } } else if (!strcmp(dir, "spell")) { char *r; if (soap_call_api__doSpellingSuggestion(&soap, "http://api.google.com/search/beta2", "urn:GoogleSearchAction", key, arg, &r)) { soap_print_fault(&soap, stderr); exit(1); } else printf("Suggested spelling: %s\n", r?r:""); } else fprintf(stderr, "Unknown directive\n"); /* remove all temporary and deserialized data */ soap_end(&soap); /* detach run-time engine and context */ soap_done(&soap); return 0; } gsoap-2.8.28/gsoap/samples/googleapi/googleapi.h0000644000175000017500000000430512653650156021141 0ustar ellertellert/* googleapi.h Google Web APIs Note: the Google API server needs typed messages. 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-I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/ssl/cert.sh0000644000175000017500000000313612653650156017147 0ustar ellertellert#!/bin/sh if [ "$#" = 1 ] then echo "* This utility create certificate ${1}.pem signed by the root CA:" echo " ${1}cert.pem - public key (CA-signed certificate to be shared)" echo " ${1}key.pem - private key (keep this secret)" echo " ${1}.pem - private key bundled with certificates (keep secret)" echo "* Distribute the CA root cacert.pem (and/or ${1}cert.pem when needed)" echo "* Before using this utility, create a root CA root.pem using root.sh" echo "* Keep ${1}.pem key file secret: store locally with client/server app" echo "*" echo "* Enter a secret pass phrase when requested" echo "* The pass phrase is used to access ${1}.pem in your application" echo "* Enter the server's host name as the Common Name when requested" echo "* Enter the root CA pass phrase (Getting CA Private Key) to sign the key file" echo "* The key file will expire after three years or when the root CA expires" # Create a certificate and signing request openssl req -newkey rsa:1024 -sha1 -keyout ${1}key.pem -out ${1}req.pem # Sign the certificate with the root CA openssl x509 -req -in ${1}req.pem -sha1 -extfile openssl.cnf -extensions usr_cert -CA root.pem -CAkey root.pem -CAcreateserial -out ${1}cert.pem -days 1095 # Bundle the CA certificate cacert with the certificate file cat ${1}cert.pem cacert.pem > ${1}tmp.pem mv -f ${1}tmp.pem ${1}cert.pem # Bundle certificates with the private key file cat ${1}key.pem ${1}cert.pem > ${1}.pem # Show what we got openssl x509 -subject -issuer -dates -noout -in ${1}.pem else echo "Usage: cert.sh " exit 1 fi gsoap-2.8.28/gsoap/samples/ssl/server.pem0000644000175000017500000000724212653650156017671 0ustar ellertellert-----BEGIN ENCRYPTED PRIVATE KEY----- MIICxjBABgkqhkiG9w0BBQ0wMzAbBgkqhkiG9w0BBQwwDgQI74Clf0036IICAggA MBQGCCqGSIb3DQMHBAiOmGBFtHOX0wSCAoAPb8WN47mTunpkPpzBSNd4i+qX1f4V XyFMWxdibGTclHfNesksWkg38E0nt9ORMImgvpKIHgQ2l+dt725uAoRhtuva7N2R kQKkJOtbzlxbgmi0QylcaEZYCw/OLsL0sH0xaoJDJsjwF74RAu4CJ7XVPR+ldPb9 hWSPb9KIkAe779KChZUaEkDa61ce0Bh7hSztjXYKqwI4W+xB0hv32dkwiap74mxr qw8fqu64+jj2UipUG0FVkruuYy0bW8Nh1P4aGIIKpFjjNBaHQoHWuluh0jDI7cpT A0Sfyg1teEtbBJgF2ebej6f7AHMHq2PuPo/nWzb2d6Akkc3q1Ab44yUeRgPhNTxA glhjoCSOOIFm2YfBh22A1h3JHDyr4INptSnlPl4lMMFYLS/JmJ+zg0cUTK53uY91 ncBtu6odT69Vxb/z5X3LIhjqJS6oSXDoFMlHxLkFyLamjPBgtvNSnlLQPWsrwpUd Fsl94W7OxIu4U711xMBbkYbYhLOAQ3KlF1GbYIyfOcQbvJ8UsXu959WJK6bQ0+ud XcnmQFZnEoxtDMcSCqcZfbcTasHGvrp4pBpxUyPNC5AUnLXsIg5QaplO7i5atrT/ e/I/jPA7AefUol5s8fyDKbKNBfuPk6VTvtIXKEGP8vKf5ZRai6HhhoE0pbEsNdSD CVfESYrTfgXf2h1gvSunWwDMbC/AaaNjjoHBTLQJfCbvacqK9zz/8o/BFEUWi/30 KeqA5pnlKIRL2nblWcKZE9xSKomsZqch7xTK5m9FUxAwwlAAVM5kwgiaFGEgrAO2 pFP9pJxZzxThlxQi2EgyHUoGqPjdPNFVuhBEcyIhVZp86qoikNoxtdBE -----END ENCRYPTED PRIVATE KEY----- -----BEGIN CERTIFICATE----- MIID4TCCA0qgAwIBAgIBHzANBgkqhkiG9w0BAQUFADCBjTELMAkGA1UEBhMCVVMx CzAJBgNVBAgTAkZMMRQwEgYDVQQHEwtUYWxsYWhhc3NlZTEWMBQGA1UEChMNR2Vu aXZpYSwgSW5jLjELMAkGA1UECxMCSVQxEjAQBgNVBAMTCWxvY2FsaG9zdDEiMCAG CSqGSIb3DQEJARYTY29udGFjdEBnZW5pdmlhLmNvbTAeFw0xNTA4MDQxOTAzNDda Fw0xODA4MDMxOTAzNDdaMIGNMQswCQYDVQQGEwJVUzELMAkGA1UECBMCRkwxFDAS BgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYDVQQKEw1HZW5pdmlhLCBJbmMuMQswCQYD VQQLEwJJVDESMBAGA1UEAxMJbG9jYWxob3N0MSIwIAYJKoZIhvcNAQkBFhNjb250 YWN0QGdlbml2aWEuY29tMIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQC4J9vn Sde1q+Pyvgs4QUPiNKnqezL0Cqp1vA7gfUJ31Q/0071gkgMSX/DL+SZPjRSfEjA1 c9JyPjSdeZ5zydAz9f5R680Nvs8VKR9MsB3/XAnI3Rhd9G11QHXuW7DsaF6TXHNk EoipcN7ebie9eeqadv8xzhvTBHBE8rkf8iMI2QIDAQABo4IBTTCCAUkwCQYDVR0T BAIwADALBgNVHQ8EBAMCBPAwHQYDVR0lBBYwFAYIKwYBBQUHAwEGCCsGAQUFBwMC MCwGCWCGSAGG+EIBDQQfFh1PcGVuU1NMIEdlbmVyYXRlZCBDZXJ0aWZpY2F0ZTAd BgNVHQ4EFgQUYJXHvmkvx1zc7GjmBJ9G0YQpKSgwgcIGA1UdIwSBujCBt4AU+MeC 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KEY----- -----BEGIN CERTIFICATE----- MIID4TCCA0qgAwIBAgIBHjANBgkqhkiG9w0BAQUFADCBjTELMAkGA1UEBhMCVVMx CzAJBgNVBAgTAkZMMRQwEgYDVQQHEwtUYWxsYWhhc3NlZTEWMBQGA1UEChMNR2Vu aXZpYSwgSW5jLjELMAkGA1UECxMCSVQxEjAQBgNVBAMTCWxvY2FsaG9zdDEiMCAG CSqGSIb3DQEJARYTY29udGFjdEBnZW5pdmlhLmNvbTAeFw0xNTA4MDQxOTAzMTZa Fw0xODA4MDMxOTAzMTZaMIGNMQswCQYDVQQGEwJVUzELMAkGA1UECBMCRkwxFDAS BgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYDVQQKEw1HZW5pdmlhLCBJbmMuMQswCQYD VQQLEwJJVDESMBAGA1UEAxMJbG9jYWxob3N0MSIwIAYJKoZIhvcNAQkBFhNjb250 YWN0QGdlbml2aWEuY29tMIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQC1KFPq 9x2mB6pLpHOTTr1MjAb/NL1For9p78INDFgdr0qfvv1ADTRDGtIgzpPBzJlJ2Cdi fWbn4+0I3LzY3n2n5GVSjhH6bJcXwRtPJRL9JHIjqKnWTWH9lTpT9DtOd1NfqLN4 /YEbUpOBWRyF7StZXdvc/RjehYslZFWN0QjnaQIDAQABo4IBTTCCAUkwCQYDVR0T BAIwADALBgNVHQ8EBAMCBPAwHQYDVR0lBBYwFAYIKwYBBQUHAwEGCCsGAQUFBwMC MCwGCWCGSAGG+EIBDQQfFh1PcGVuU1NMIEdlbmVyYXRlZCBDZXJ0aWZpY2F0ZTAd BgNVHQ4EFgQUNIRI7RyXyWIAH1L4KFDCRvgAozAwgcIGA1UdIwSBujCBt4AU+MeC 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If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. GlobalSign Root CA ================== -----BEGIN CERTIFICATE----- MIIDdTCCAl2gAwIBAgILBAAAAAABFUtaw5QwDQYJKoZIhvcNAQEFBQAwVzELMAkGA1UEBhMCQkUx GTAXBgNVBAoTEEdsb2JhbFNpZ24gbnYtc2ExEDAOBgNVBAsTB1Jvb3QgQ0ExGzAZBgNVBAMTEkds b2JhbFNpZ24gUm9vdCBDQTAeFw05ODA5MDExMjAwMDBaFw0yODAxMjgxMjAwMDBaMFcxCzAJBgNV BAYTAkJFMRkwFwYDVQQKExBHbG9iYWxTaWduIG52LXNhMRAwDgYDVQQLEwdSb290IENBMRswGQYD VQQDExJHbG9iYWxTaWduIFJvb3QgQ0EwggEiMA0GCSqGSIb3DQEBAQUAA4IBDwAwggEKAoIBAQDa DuaZjc6j40+Kfvvxi4Mla+pIH/EqsLmVEQS98GPR4mdmzxzdzxtIK+6NiY6arymAZavpxy0Sy6sc THAHoT0KMM0VjU/43dSMUBUc71DuxC73/OlS8pF94G3VNTCOXkNz8kHp1Wrjsok6Vjk4bwY8iGlb Kk3Fp1S4bInMm/k8yuX9ifUSPJJ4ltbcdG6TRGHRjcdGsnUOhugZitVtbNV4FpWi6cgKOOvyJBNP c1STE4U6G7weNLWLBYy5d4ux2x8gkasJU26Qzns3dLlwR5EiUWMWea6xrkEmCMgZK9FGqkjWZCrX gzT/LCrBbBlDSgeF59N89iFo7+ryUp9/k5DPAgMBAAGjQjBAMA4GA1UdDwEB/wQEAwIBBjAPBgNV HRMBAf8EBTADAQH/MB0GA1UdDgQWBBRge2YaRQ2XyolQL30EzTSo//z9SzANBgkqhkiG9w0BAQUF AAOCAQEA1nPnfE920I2/7LqivjTFKDK1fPxsnCwrvQmeU79rXqoRSLblCKOzyj1hTdNGCbM+w6Dj 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CERTIFICATE----- Secure Global CA ================ -----BEGIN CERTIFICATE----- MIIDvDCCAqSgAwIBAgIQB1YipOjUiolN9BPI8PjqpTANBgkqhkiG9w0BAQUFADBKMQswCQYDVQQG EwJVUzEgMB4GA1UEChMXU2VjdXJlVHJ1c3QgQ29ycG9yYXRpb24xGTAXBgNVBAMTEFNlY3VyZSBH bG9iYWwgQ0EwHhcNMDYxMTA3MTk0MjI4WhcNMjkxMjMxMTk1MjA2WjBKMQswCQYDVQQGEwJVUzEg MB4GA1UEChMXU2VjdXJlVHJ1c3QgQ29ycG9yYXRpb24xGTAXBgNVBAMTEFNlY3VyZSBHbG9iYWwg Q0EwggEiMA0GCSqGSIb3DQEBAQUAA4IBDwAwggEKAoIBAQCvNS7YrGxVaQZx5RNoJLNP2MwhR/jx YDiJiQPpvepeRlMJ3Fz1Wuj3RSoC6zFh1ykzTM7HfAo3fg+6MpjhHZevj8fcyTiW89sa/FHtaMbQ bqR8JNGuQsiWUGMu4P51/pinX0kuleM5M2SOHqRfkNJnPLLZ/kG5VacJjnIFHovdRIWCQtBJwB1g 8NEXLJXr9qXBkqPFwqcIYA1gBBCWeZ4WNOaptvolRTnIHmX5k/Wq8VLcmZg9pYYaDDUz+kulBAYV HDGA76oYa8J719rO+TMg1fW9ajMtgQT7sFzUnKPiXB3jqUJ1XnvUd+85VLrJChgbEplJL4hL/VBi 0XPnj3pDAgMBAAGjgZ0wgZowEwYJKwYBBAGCNxQCBAYeBABDAEEwCwYDVR0PBAQDAgGGMA8GA1Ud EwEB/wQFMAMBAf8wHQYDVR0OBBYEFK9EBMJBfkiD2045AuzshHrmzsmkMDQGA1UdHwQtMCswKaAn 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SSL-enabled services use the gSOAP SSL interface. See sslclient.c and sslserver.c for example code with instructions and the gSOAP documentation more details. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "ssl.nsmap" #include /* defines _POSIX_THREADS if pthreads are available */ #if defined(_POSIX_THREADS) || defined(_SC_THREADS) #include /* gsoap/plugin/threads.h */ #include #endif #include /* defines SIGPIPE */ /******************************************************************************\ * * Forward decls * \******************************************************************************/ void *process_request(struct soap*); int CRYPTO_thread_setup(); void CRYPTO_thread_cleanup(); void sigpipe_handle(int); /******************************************************************************\ * * Main * \******************************************************************************/ int main() { SOAP_SOCKET m; #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_t tid; #endif struct soap soap, *tsoap; /* Need SIGPIPE handler on Unix/Linux systems to catch broken pipes: */ signal(SIGPIPE, sigpipe_handle); if (CRYPTO_thread_setup()) { fprintf(stderr, "Cannot setup thread mutex for OpenSSL\n"); exit(1); } /* init gsoap context and SSL */ soap_init(&soap); /* The supplied server certificate "server.pem" assumes that the server is running on 'localhost', so clients can only connect from the same host when verifying the server's certificate. To verify the certificates of third-party services, they must provide a certificate issued by Verisign or another trusted CA. At the client-side, the capath parameter should point to a directory that contains these trusted (root) certificates or the cafile parameter should refer to one file will all certificates. To help you out, the supplied "cacerts.pem" file contains the certificates issued by various CAs. You should use this file for the cafile parameter instead of "cacert.pem" to connect to trusted servers. Note that the client may fail to connect if the server's credentials have problems (e.g. expired). Note 1: the password and capath are not used with GNUTLS Note 2: setting capath may not work on Windows. */ if (soap_ssl_server_context(&soap, SOAP_SSL_DEFAULT, /* use SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION to verify clients: client must provide a key file e.g. "client.pem" and "password" */ "server.pem", /* keyfile (cert+key): see README.txt to create this file */ "password", /* password to read the private key in the key file */ "cacert.pem", /* cacert file to store trusted certificates (to authenticate clients), see README.txt */ NULL, /* capath */ "dh2048.pem", /* DH file name or DH param key len bits in string (e.g. "2048"), if NULL then RSA with 2048 bits is used instead (bits defined by SOAP_SSL_RSA_BITS) */ NULL, /* if randfile!=NULL: use a file with random data to seed randomness */ "sslserver" /* server identification for SSL session cache (unique server name, e.g. use argv[0]) */ ) ) { soap_print_fault(&soap, stderr); exit(1); } /* enable CRL, may need SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE when certs have no CRL if (soap_ssl_crl(&soap, "")) { soap_print_fault(&soap, stderr); exit(1); } */ soap.accept_timeout = 60; /* server times out after 1 minute inactivity */ soap.send_timeout = soap.recv_timeout = 30; /* if I/O stalls, then timeout after 30 seconds */ m = soap_bind(&soap, NULL, 18081, 100); if (!soap_valid_socket(m)) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Bind successful: socket = %d\n", m); for (;;) { SOAP_SOCKET s = soap_accept(&soap); if (!soap_valid_socket(s)) { if (soap.errnum) soap_print_fault(&soap, stderr); else fprintf(stderr, "Server timed out (timeout set to %d seconds)\n", soap.accept_timeout); break; } fprintf(stderr, "Socket %d connection from IP %d.%d.%d.%d\n", s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); tsoap = soap_copy(&soap); if (!tsoap) { soap_closesock(&soap); continue; } #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_create(&tid, NULL, (void*(*)(void*))&process_request, tsoap); #else process_request(tsoap); #endif } soap_destroy(&soap); soap_end(&soap); soap_done(&soap); /* MUST call before CRYPTO_thread_cleanup */ CRYPTO_thread_cleanup(); return 0; } void *process_request(struct soap *soap) { #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_detach(pthread_self()); #endif if (soap_ssl_accept(soap) != SOAP_OK) { /* when soap_ssl_accept() fails, socket is closed and SSL data reset */ soap_print_fault(soap, stderr); fprintf(stderr, "SSL request failed, continue with next call...\n"); } else soap_serve(soap); soap_destroy(soap); /* for C++ */ soap_end(soap); soap_free(soap); return NULL; } /******************************************************************************\ * * Service methods * \******************************************************************************/ int ns__add(struct soap *soap, double a, double b, double *result) { *result = a + b; return SOAP_OK; } /******************************************************************************\ * * OpenSSL * \******************************************************************************/ #ifdef WITH_OPENSSL struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } #else /* OpenSSL not used, e.g. GNUTLS is used */ int CRYPTO_thread_setup() { return SOAP_OK; } void CRYPTO_thread_cleanup() { } #endif /******************************************************************************\ * * SIGPIPE * \******************************************************************************/ void sigpipe_handle(int x) { } gsoap-2.8.28/gsoap/samples/ssl/openssl.cnf0000644000175000017500000002257412653650156020040 0ustar ellertellert# # OpenSSL example configuration file. # This is mostly being used for generation of certificate requests. # # This definition stops the following lines choking if HOME isn't # defined. HOME = . RANDFILE = $ENV::HOME/.rnd # Extra OBJECT IDENTIFIER info: #oid_file = $ENV::HOME/.oid oid_section = new_oids # To use this configuration file with the "-extfile" option of the # "openssl x509" utility, name here the section containing the # X.509v3 extensions to use: # extensions = # (Alternatively, use a configuration file that has only # X.509v3 extensions in its main [= default] section.) [ new_oids ] # We can add new OIDs in here for use by 'ca' and 'req'. # Add a simple OID like this: # testoid1=1.2.3.4 # Or use config file substitution like this: # testoid2=${testoid1}.5.6 #################################################################### [ ca ] default_ca = CA_default # The default ca section #################################################################### [ CA_default ] dir = ./demoCA # Where everything is kept certs = $dir/certs # Where the issued certs are kept crl_dir = $dir/crl # Where the issued crl are kept database = $dir/index.txt # database index file. #unique_subject = no # Set to 'no' to allow creation of # several ctificates with same subject. new_certs_dir = $dir/newcerts # default place for new certs. certificate = $dir/cacert.pem # The CA certificate serial = $dir/serial # The current serial number #crlnumber = $dir/crlnumber # the current crl number must be # commented out to leave a V1 CRL crl = $dir/crl.pem # The current CRL private_key = $dir/private/cakey.pem# The private key RANDFILE = $dir/private/.rand # private random number file x509_extensions = usr_cert # The extentions to add to the cert # Comment out the following two lines for the "traditional" # (and highly broken) format. name_opt = ca_default # Subject Name options cert_opt = ca_default # Certificate field options # Extension copying option: use with caution. # copy_extensions = copy # Extensions to add to a CRL. Note: Netscape communicator chokes on V2 CRLs # so this is commented out by default to leave a V1 CRL. # crlnumber must also be commented out to leave a V1 CRL. # crl_extensions = crl_ext default_days = 365 # how long to certify for default_crl_days= 30 # how long before next CRL default_md = sha256 # which md to use. preserve = no # keep passed DN ordering # A few difference way of specifying how similar the request should look # For type CA, the listed attributes must be the same, and the optional # and supplied fields are just that :-) policy = policy_match # For the CA policy [ policy_match ] countryName = match stateOrProvinceName = match organizationName = match organizationalUnitName = optional commonName = supplied emailAddress = optional # For the 'anything' policy # At this point in time, you must list all acceptable 'object' # types. [ policy_anything ] countryName = optional stateOrProvinceName = optional localityName = optional organizationName = optional organizationalUnitName = optional commonName = supplied emailAddress = optional #################################################################### [ req ] default_bits = 1024 default_keyfile = privkey.pem distinguished_name = req_distinguished_name attributes = req_attributes x509_extensions = v3_ca # The extentions to add to the self signed cert # Passwords for private keys if not present they will be prompted for # input_password = secret # output_password = secret # This sets a mask for permitted string types. There are several options. # default: PrintableString, T61String, BMPString. # pkix : PrintableString, BMPString. # utf8only: only UTF8Strings. # nombstr : PrintableString, T61String (no BMPStrings or UTF8Strings). # MASK:XXXX a literal mask value. # WARNING: current versions of Netscape crash on BMPStrings or UTF8Strings # so use this option with caution! string_mask = nombstr # req_extensions = v3_req # The extensions to add to a certificate request [ req_distinguished_name ] countryName = Country Name (2 letter code) countryName_default = AU countryName_min = 2 countryName_max = 2 stateOrProvinceName = State or Province Name (full name) stateOrProvinceName_default = Some-State localityName = Locality Name (eg, city) 0.organizationName = Organization Name (eg, company) 0.organizationName_default = Internet Widgits Pty Ltd # we can do this but it is not needed normally :-) #1.organizationName = Second Organization Name (eg, company) #1.organizationName_default = World Wide Web Pty Ltd organizationalUnitName = Organizational Unit Name (eg, section) #organizationalUnitName_default = commonName = Common Name (eg, YOUR name) commonName_default = localhost commonName_max = 64 emailAddress = Email Address emailAddress_max = 64 # SET-ex3 = SET extension number 3 [ req_attributes ] challengePassword = A challenge password challengePassword_min = 4 challengePassword_max = 20 unstructuredName = An optional company name [ usr_cert ] # These extensions are added when 'ca' signs a request. # This goes against PKIX guidelines but some CAs do it and some software # requires this to avoid interpreting an end user certificate as a CA. basicConstraints = CA:FALSE keyUsage = nonRepudiation, digitalSignature, keyEncipherment, dataEncipherment extendedKeyUsage = serverAuth, clientAuth # Here are some examples of the usage of nsCertType. If it is omitted # the certificate can be used for anything *except* object signing. # This is OK for an SSL server. # nsCertType = server # For an object signing certificate this would be used. # nsCertType = objsign # For normal client use this is typical # nsCertType = client, email # and for everything including object signing: # nsCertType = client, email, objsign # This is typical in keyUsage for a client certificate. # keyUsage = nonRepudiation, digitalSignature, keyEncipherment # This will be displayed in Netscape's comment listbox. nsComment = "OpenSSL Generated Certificate" # PKIX recommendations harmless if included in all certificates. subjectKeyIdentifier=hash authorityKeyIdentifier=keyid,issuer:always # This stuff is for subjectAltName and issuerAltname. # Import the email address. # subjectAltName=email:copy # An alternative to produce certificates that aren't # deprecated according to PKIX. # subjectAltName=email:move # Copy subject details # issuerAltName=issuer:copy #nsCaRevocationUrl = http://www.domain.dom/ca-crl.pem #nsBaseUrl #nsRevocationUrl #nsRenewalUrl #nsCaPolicyUrl #nsSslServerName [ v3_req ] # Extensions to add to a certificate request basicConstraints = CA:FALSE keyUsage = nonRepudiation, digitalSignature, keyEncipherment, dataEncipherment extendedKeyUsage = serverAuth,clientAuth [ v3_ca ] # Extensions for a typical CA # PKIX recommendation. subjectKeyIdentifier=hash authorityKeyIdentifier=keyid:always,issuer:always # This is what PKIX recommends but some broken software chokes on critical # extensions. #basicConstraints = critical,CA:true # So we do this instead. basicConstraints = CA:true # Key usage: this is typical for a CA certificate. However since it will # prevent it being used as an test self-signed certificate it is best # left out by default. # keyUsage = cRLSign, keyCertSign # Some might want this also # nsCertType = sslCA, emailCA # Include email address in subject alt name: another PKIX recommendation # subjectAltName=email:copy # Copy issuer details # issuerAltName=issuer:copy # DER hex encoding of an extension: beware experts only! # obj=DER:02:03 # Where 'obj' is a standard or added object # You can even override a supported extension: # basicConstraints= critical, DER:30:03:01:01:FF [ crl_ext ] # CRL extensions. # Only issuerAltName and authorityKeyIdentifier make any sense in a CRL. # issuerAltName=issuer:copy authorityKeyIdentifier=keyid:always,issuer:always [ proxy_cert_ext ] # These extensions should be added when creating a proxy certificate # This goes against PKIX guidelines but some CAs do it and some software # requires this to avoid interpreting an end user certificate as a CA. basicConstraints=CA:FALSE # Here are some examples of the usage of nsCertType. If it is omitted # the certificate can be used for anything *except* object signing. # This is OK for an SSL server. # nsCertType = server # For an object signing certificate this would be used. # nsCertType = objsign # For normal client use this is typical # nsCertType = client, email # and for everything including object signing: # nsCertType = client, email, objsign # This is typical in keyUsage for a client certificate. # keyUsage = nonRepudiation, digitalSignature, keyEncipherment # This will be displayed in Netscape's comment listbox. nsComment = "OpenSSL Generated Certificate" # PKIX recommendations harmless if included in all certificates. subjectKeyIdentifier=hash authorityKeyIdentifier=keyid,issuer:always # This stuff is for subjectAltName and issuerAltname. # Import the email address. # subjectAltName=email:copy # An alternative to produce certificates that aren't # deprecated according to PKIX. # subjectAltName=email:move # Copy subject details # issuerAltName=issuer:copy #nsCaRevocationUrl = http://www.domain.dom/ca-crl.pem #nsBaseUrl #nsRevocationUrl #nsRenewalUrl #nsCaPolicyUrl #nsSslServerName # This really needs to be in place for it to be a proxy certificate. proxyCertInfo=critical,language:id-ppl-anyLanguage,pathlen:3,policy:foo gsoap-2.8.28/gsoap/samples/ssl/README.txt0000644000175000017500000002106712653650156017357 0ustar ellertellert SSL/TLS Client and Server Examples and Key Generation with gSOAP ================================================================ Using OpenSSL ------------- The SSL-enabled applications are compiled with -DWITH_OPENSSL -DWITH_GZIP and linked with -lgsoapssl++ (or -lgsoapssl) -lssl -lcrypto -lz OpenSSL multithreaded applications require mutex locks, see the CRYPTO_thread_setup() and CRYPTO_thread_cleanup() code in the examples. The certificates of trusted certificate authorities (CA) are stored in cacerts.pem and can be used to connect gSOAP clients to secure services. To do so, use cacerts.pem instead of the demo cacert.pem with soap_ssl_client_context. Using GNUTLS ------------ The SSL-enabled applications are compiled with -DWITH_GNUTLS -DWITH_GZIP and linked with stdsoap2.c[pp] -lgnutls -lgcrypt -lz Note that stdsoap2.c[pp] MUST be compiled with -DWITH_GNUTLS to use GNUTLS, because libgsoapssl is built with OpenSSL by default. Note: GNUTLS does not support encrypted PEM keyfiles, so you cannot use the key files generated with OpenSSL and use them in a GNUTLS-enabled application. GNUTLS mutex locks are automatically enabled by the gSOAP engine stdsoap2.c[pp] when pthreads are detected. How to create self-signed certificates with OpenSSL --------------------------------------------------- How to generate self-signed root certificate and client.pem/server.pem with certificates signed by the root CA for deployment in clients and servers. Create a 'CA' directory and copy openssl.cnf, root.sh, and cert.sh to this dir. Change dir to 'CA'. Modify the openssl.cnf file in the [req_distinguished_name] section for the following items: [ req_distinguished_name ] countryName_default = US stateOrProvinceName_default = Your-State localityName_default = Your-City 0.organizationName_default = Your-Company-Name emailAddress_default = your-email@address If you are going to use these settings often, add this line to your .cshrc: setenv OPENSSL_CONF $HOME/CA/openssl.cnf To generate the root CA: ./root.sh When prompted, choose a passphrase to protect the CA's private key that you are about to generate. You need the passphrase again when you sign certificates with the CA's private key. Save the root.pem key and the passphrase in a safe place (don't distribute!). Now you got the root.pem with the CA's keys and the cacert.pem certificate of the CA (for distribution). The root.pem and cacert.pem are valid for three years. Don't repeat this step until the certificate expires. Next, we will generate the server.pem key file: ./cert.sh server Enter a password when prompted and enter the host or simply "localhost" for the domain of the server application. The password is used to lock the private key of the server and will therefore be needed by your server application to unlock the private key in the server.pem when needed for secure communications. Use the root CA passphrase when prompted to sign the server certificate. When applicable, repeat the procedure for the client (use a fresh password and select a host for the client application): ./cert.sh client The client.pem and server.pem keys are valid for one year. Do not distribute them (they include the private key, which is encrypted with the passwords you selected which is not very secure). They are used ony locally by the SSL application. Only distribute the CA certificate. To print the contents of a PEM file: openssl x509 -text -in file.pem To generate parameters for DH (Diffie Hellman) key exchange with OpenSSL, use: openssl dhparam -out dh2048.pem -2 2048 To convert a CRL file in DER format to PEM format: openssl crl -inform DER -out crl.pem -in file.crl To summarize, the files you need are: openssl.cnf root.sh cert.sh Files generated: cacert.pem root's certificate for distribution, to verify authentication root.pem root CA (to sign client/server key files, do not distribute!) rootkey.pem private key (do not distribute!) rootreq.pem sign request root.srl serial number client.pem client key with private key and certificate (do not distribute!) clientcert.pem client certificate signed by root CA (public) clientkey.pem private key (do not distribute!) clientreq.pem sign request server.pem server key with private key and certificate (do not distribute!) servercert.pem server certificate, signed by root CA, for distribution serverkey.pem private key (do not distribute!) serverreq.pem sign request How to convert certificates to CER format for MS Windows -------------------------------------------------------- To convert certificate cacert.pem to CER format: openssl x509 -in cacert.pem -outform der -out cacert.cer Install the certificate on MS Windows by opening it and then select "Install Certificate". Client applications running on MS Windows can now connect to the server. The server authenticates to the client by means of the certificate. How to create self-signed certificates with GNUTLS -------------------------------------------------- We use the GNUTLS 'certtool' command (or the 'gnutls-certtool' command) to create keys and certificates as follows. First we generate a private key (for a client or server): certtool --generate-privkey --outfile privkey.pem Make sure to use GNUTLS 'certtool', sometimes renamed to 'gnutls-certtool' to avoid confusion with the system 'certtool' command. Then we self-sign the certificate: certtool --generate-self-signed --load-privkey privkey.pem --outfile cert.pem When prompted, the following options are recommended for the certificate: * The certificate MUST NOT be marked as a CA certificate. * The DNS name MUST match the FQDN that clients will use to access the server. Use the server domain name here. One name suffices. * The certificate MUST be marked as usable for encryption. * The certificate MUST be marked as usable for a TLS server (or client when appropriate). The client.pem and server.pem keyfiles used in the soap_ssl_client_context() and soap_ssl_server_context() API functions is a combination of the private key and the certificate: cat privkey.pem cert.pem > server.pem The client can use the cert.pem to authenticate the server. The private key file and server.pem are for the server only and SHOULD NEVER be shared. Note that the server.pem file generated above is NOT encrypted with a password, so the password parameter of soap_ssl_server_context() is not used. Neither is the capath parameter used for the fact that GNUTLS does not search for loadable certificates. The PEM files produced by GNUTLS can be used with OpenSSL. The PEM key files created with OpenSSL (such as server.pem and client.pem) CANNOT be used with GNUTLS, because they contain encrypted private keys that GNUTLS cannot read ("SSL/TLS error: Can't read key file"). We can also use GNUTLS 'certtool' to create a Certificate Authority (CA) to sign client and server certificates as follows. certtool --generate-privkey --outfile cakey.pem Then we self-sign the CA certificate: certtool --generate-self-signed --load-privkey cakey.pem --outfile cacert.pem When prompted, the following options are recommended for the CA certificate: * The CA certificate SHOULD be marked to belong to an authority. * The CA certificate MUST be marked as a CA certificate. * The CA certificate MUST be usable for signing other certificates. * The CA certificate MUST be usable for signing Certificate Revocation Lists (CRLs). Now we can create a server key and use the CA to sign the server's certificate: certtool --generate-privkey --outfile serverkey.pem certtool --generate-request --load-privkey serverkey.pem --outfile server.csr certtool --generate-certificate --load-request server.csr --load-ca-certificate cacert.pem --load-ca-privkey cakey.pem --outfile servercert.pem Use the recommended options shown earlier for creating the certificate. The client.pem and server.pem keyfiles used in the soap_ssl_client_context() and soap_ssl_server_context() API functions is a combination of the private key and the certificate: cat serverkey.pem servercert.pem > server.pem The procedure above can be repeated to create a key and signed certificate for clients and other servers. All clients and servers can be authenticated with the CA certificate. The cacert.pem is to be used by all peers that require the other party to authenticate (e.g. the client uses cacert.pem CA cert to authenticate the server, who uses the server.pem keyfile). To generate parameters for DH (Diffie Hellman) key exchange with GNUTLS, use: certtool --generate-dh-params --bits 2048 --outfile dh2048.pem gsoap-2.8.28/gsoap/samples/ssl/ssl.h0000644000175000017500000000352412653650156016631 0ustar ellertellert/* ssl.h Example SSL-secure client and server. SSL-enabled services use the gSOAP SSL interface. See sslclient.c and sslserver.c for example code with instructions and the gSOAP documentation more details. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: ssl //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: urn:ssl //gsoap ns service location: https://localhost:18081 typedef double xsd__double; int ns__add(xsd__double a, xsd__double b, xsd__double *result); gsoap-2.8.28/gsoap/samples/ssl/dh4096.pem0000644000175000017500000000140112653650156017270 0ustar ellertellert-----BEGIN DH PARAMETERS----- MIICCAKCAgEAoIvNMvr8VU9p1EWhurnPtxt6V/503dBKuN3SZWzOJVEEpdA+oBff 8NcxiIzFOtyXpNy09GDkheZUUt+vtxKV64yjzIvW1774/1B6/vpT8gTajsvakxlP SwCpcKKjGlIRs/23mOUZb0IVr0ZLtXO1rZiHDb/EnJfDvcOhjPCCC59hRIIGeDgY XY3QHryOM4XRvyPh79Q8fG8x2GxHhuZtwH8OgYs4L876kKqP0XnmdlawIxzcv2qb jL+Ysy2Mc9GPQHy3d/5x45fhRuXPhsHLNmHhmf66u57y1FJjoslr3CSpbyoBzZGy UjIKlvtB9CGAYO0mgvDFgKpb0JC+BVMwvWQK+GWohvCO/wwrnQ5YFsMmK3uqELMN A5uHQoTXj0htsV8LSUC3mbPcvc+IBryINJkM0utredKexs9jMtWcaNfqNz6J0t0M NU+Ajkqqf5qE8n5b0X/mj6pH2j2YasCqi7S/T2VRCtB4RvE3y8+Cu9TgeU2p2pQh JHbaOH2AQW6lDlP37ieGDHhIS+xLvUubARtVNk4qtVSqMKMbwCQbDvS77PSXcdqt NEA1kZ0KuYYdepMJ6XT1/Pb7ObDfs8VZEIofLbTwzZf/Vp5CsOqVXPzC1tCImdpJ iPwTbofsyrlDfpBGfh2jnWRlytsyZ11r9qi1QGFlAWpLoFRJt6gQ6usCAQI= -----END DH PARAMETERS----- gsoap-2.8.28/gsoap/samples/ssl/root.sh0000644000175000017500000000211312653650156017167 0ustar ellertellert#!/bin/sh # Create the self-signed root CA and root's certificate: root.pem cacert.pem echo "* This utility creates a self-signed private root CA and public certificate:" echo " root.pem - private root CA (keep this secret)" echo " cacert.pem - public CA certificate (shared)" echo "* Distribute the cacert.pem to clients to authenticate your server" echo "* Use root.pem to sign certificates using the cert.sh utility" echo "*" echo "* Enter a (new) secret pass phrase when requested" echo "* Enter it again when prompted to self-sign the CA root certificate" echo "* You also need the pass phrase later to sign the client and server key files" echo "* Enter your company name as the Common Name (e.g. genivia.com) when requested" echo "* The root CA will expire after three years (1095 days)" openssl req -newkey rsa:1024 -sha1 -keyout rootkey.pem -out rootreq.pem openssl x509 -req -in rootreq.pem -sha1 -extfile openssl.cnf -extensions v3_ca -signkey rootkey.pem -out cacert.pem -days 1095 cat cacert.pem rootkey.pem > root.pem openssl x509 -subject -issuer -dates -noout -in root.pem gsoap-2.8.28/gsoap/samples/ssl/dh1024.pem0000644000175000017500000000036512653650156017264 0ustar ellertellert-----BEGIN DH PARAMETERS----- MIGHAoGBAP60Z2NxZi679crmEYW6RnBtSVBtD/ismDZMf/0pgs3gVOZQoSA9yJTO zkwMvQW3ox0XM+54PFKtmNOmS8jXKBaL0iUO+BuEZl44Oh1CA096tbET5jWlGCR2 PlxtcipPA5fx+ZM8RoYZKoCxP1JLr8UU4VQkEJiliz8QD0mfpygzAgEC -----END DH PARAMETERS----- gsoap-2.8.28/gsoap/samples/ssl/sslclient.c0000644000175000017500000002006512653650156020022 0ustar ellertellert/* sslclient.c Example SSL-secure client. SSL-enabled services use the gSOAP SSL interface. See sslclient.c and sslserver.c for example code with instructions and the gSOAP documentation more details. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "ssl.nsmap" #include /* defines _POSIX_THREADS if pthreads are available */ #if defined(_POSIX_THREADS) || defined(_SC_THREADS) #include #endif #include /* defines SIGPIPE */ const char server[] = "https://localhost:18081"; int CRYPTO_thread_setup(); void CRYPTO_thread_cleanup(); void sigpipe_handle(int); int main() { struct soap soap; double a, b, result; /* Init SSL */ soap_ssl_init(); if (CRYPTO_thread_setup()) { fprintf(stderr, "Cannot setup thread mutex for OpenSSL\n"); exit(1); } a = 10.0; b = 20.0; /* Init gSOAP context */ soap_init(&soap); /* The supplied server certificate "server.pem" assumes that the server is running on 'localhost', so clients can only connect from the same host when verifying the server's certificate. Use SOAP_SSL_NO_AUTHENTICATION to omit the authentication of the server and use encryption directly from any site. To verify the certificates of third-party services, they must provide a certificate issued by Verisign or another trusted CA. At the client-side, the capath parameter should point to a directory that contains these trusted (root) certificates or the cafile parameter should refer to one file will all certificates. To help you out, the supplied "cacerts.pem" file contains the certificates issued by various CAs. You should use this file for the cafile parameter instead of "cacert.pem" to connect to trusted servers. Note that the client may fail to connect if the server's credentials have problems (e.g. expired). Use SOAP_SSL_NO_AUTHENTICATION and set cacert to NULL to encrypt messages if you don't care about the trustworthyness of the server. Note 1: the password and capath are not used with GNUTLS Note 2: setting capath may not work on Windows. */ if (soap_ssl_client_context(&soap, /* SOAP_SSL_NO_AUTHENTICATION, */ /* for encryption w/o authentication */ /* SOAP_SSL_DEFAULT | SOAP_SSL_SKIP_HOST_CHECK, */ /* if we don't want the host name checks since these will change from machine to machine */ SOAP_SSL_DEFAULT | SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE, /* allow self-signed, expired, and certificates w/o CRL */ /* SOAP_SSL_DEFAULT, */ /* use SOAP_SSL_DEFAULT in production code */ NULL, /* keyfile (cert+key): required only when client must authenticate to server (see SSL docs to create this file) */ NULL, /* password to read the keyfile */ "cacert.pem", /* optional cacert file to store trusted certificates, use cacerts.pem for all public certificates issued by common CAs */ NULL, /* optional capath to directory with trusted certificates */ NULL /* if randfile!=NULL: use a file with random data to seed randomness */ )) { soap_print_fault(&soap, stderr); exit(1); } /* code below enables CRL, may need SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE when certs have no CRL */ if (soap_ssl_crl(&soap, "") ) { soap_print_fault(&soap, stderr); exit(1); } soap.connect_timeout = 60; /* try to connect for 1 minute */ soap.send_timeout = soap.recv_timeout = 30; /* if I/O stalls, then timeout after 30 seconds */ if (soap_call_ns__add(&soap, server, "", a, b, &result) == SOAP_OK) fprintf(stdout, "Result: %f + %f = %f\n", a, b, result); else soap_print_fault(&soap, stderr); soap_destroy(&soap); /* C++ */ soap_end(&soap); soap_done(&soap); CRYPTO_thread_cleanup(); return 0; } /******************************************************************************\ * * OpenSSL * \******************************************************************************/ #ifdef WITH_OPENSSL #if defined(WIN32) # define MUTEX_TYPE HANDLE # define MUTEX_SETUP(x) (x) = CreateMutex(NULL, FALSE, NULL) # define MUTEX_CLEANUP(x) CloseHandle(x) # define MUTEX_LOCK(x) WaitForSingleObject((x), INFINITE) # define MUTEX_UNLOCK(x) ReleaseMutex(x) # define THREAD_ID GetCurrentThreadId() #elif defined(_POSIX_THREADS) || defined(_SC_THREADS) # define MUTEX_TYPE pthread_mutex_t # define MUTEX_SETUP(x) pthread_mutex_init(&(x), NULL) # define MUTEX_CLEANUP(x) pthread_mutex_destroy(&(x)) # define MUTEX_LOCK(x) pthread_mutex_lock(&(x)) # define MUTEX_UNLOCK(x) pthread_mutex_unlock(&(x)) # define THREAD_ID pthread_self() #else # error "You must define mutex operations appropriate for your platform" # error "See OpenSSL /threads/th-lock.c on how to implement mutex on your platform" #endif struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } #else /* OpenSSL not used, e.g. GNUTLS is used */ int CRYPTO_thread_setup() { return SOAP_OK; } void CRYPTO_thread_cleanup() { } #endif /******************************************************************************\ * * SIGPIPE * \******************************************************************************/ void sigpipe_handle(int x) { } gsoap-2.8.28/gsoap/samples/ssl/Makefile.am0000644000175000017500000000141412653650156017707 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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$(SOAP_C_SRC) : $(SOAPHEADER) $(SOAP) -cL -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/router/router.c0000644000175000017500000006532512653650156020071 0ustar ellertellert/* router.c SOAP/XML message router (relay server and message forwarding). Note: HTTP cookies are not supported Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. Configure ========= The router uses two routing tables: an internal table (for speed) and an external routing file (for flexibility). The internal is always checked first. Change the contents of the tables to your needs. Internal table: struct t__Routing routing[] (see below) External table: provide the name of a default routing file (see below) or use router option -r Compile ======= soapcpp2 -c router.h gcc -o router router.c stdsoap2.c soapC.c Notes ===== Unix/Linux SIGPIPE handler must be added to avoid broken pipe. In DEBUG mode the engine reports memory leaks for the allocation of the external routing table. This is normal, because the routing table is permanent. Usage scenarios =============== Command-line options: -a action value override (SOAP Action) -c connect directly to endpoint if routing table redirect fails -e endpoint URL -g start stand-alone router on port -r use external routing table (XML file) -t connect/send/recv timeout Forwarding of messages to a service ----------------------------------- router [-c] [-e | -g] [-a] [-r] [-t] [] Examples: 1. router -c request.soap Sends the request message stored in file request.soap and returns response to stdout where file request.soap contains a SOAP request with HTTP header and SOAP/XML/DIME body. If the SOAPAction in the message is present and matches one or more keys in the routing table, the alternative service endpoints in the table will be tried first until one service endpoint is found to accept the connection. If no SOAPAction is given or the SOAPAction does not match any key, then the endpoint in the HTTP header in request.soap is searched in the routing table. If the endoint matches one or more keys in the routing table, the alternative endpoints will be tried first until one endpoint is found to accept the connection. Finally, the endpoint in the HTTP header of request.soap is used to establish a connection if all other service endpoints in the table failed and if option -c is enabled. 2. router -c -e http://domain/path request.soap Sends request message to http://domain/path and returns the service response to stdout. If http://domain/path matches one or more keys in the routing table, then the alternative service endpoints in the table will be tried first until one service endpoint is found to accept the connection. The http://domain/path endpoint is tried last when all other service endpoints in the table failed. File request.soap MAY contain an HTTP header but MUST of course contain a body. To try this, compile the 'calc' client (samples/calc). Edit the 'calc.add.req.xml' SOAP/XML request file and replace and values. Then run: router -c -e "http://www.cs.fsu.edu/~engelen/calcserver.cgi" -a "" calc.add.req.xml The SOAP/XML response is returned. 3. router -a SOAPAction request.soap When SOAPAction matches one or more keys in the routing table, then the alternative endpoints in the table will be tried first until one endpoint is found to accept the connection. When all endpoints fail, or when SOAPAction does not match a key, the router fails. File request.soap MAY contain an HTTP header but MUST of course contain a body. 4. router -c -r routingtable.xml request.soap Same as 1. but uses routingtable.xml as the routing table after checking keys in the internal routing table. The XSD schema of routingtable.xml is generated as t.xsd. The default routing table file is router.xml. 5. router -c -t5 request.soap Same as 1. but searches the routing table for an endpoint that takes less than 5 seconds to connect to. Use negative timeouts to specify a timeout value in microseconds. The timeout also specifies the message receive timeout AFTER the connection was established. 6. cat request.soap | router -c -e http://domain/path | more When request.soap does not contain an HTTP header, the router computes the HTTP content length by buffering the entire request message which allows you to use it as a filter as in this example. (fstat() is generally tried first to determine file length.) 7. router -c -g http://domain/path/file.html Sends an HTTP GET request to the host and copies the response to stdout. CGI-based relay server ---------------------- Install the router as CGI application. The CGI-based relay service uses SOAPActions in the messages and HTTP query strings to index the routing table. Examples: Messages addressed to "http://domain/cgi-bin/router?key" will be routed by the router to the service endpoint associated with the key in the routing table. When messages use SOAPActions, the SOAPActions will be used to find service endpoints instead of a query string. To tunnel SOAP through firewals to stateful stand-alone Web services: run a stand-alone gSOAP Web service on a port, e.g. 18000. Add the key-endpoint pair "myservice", "http://localhost:18000" to the router table. After installing the router, all requests for endpoint http://domain/cgi-bin/router?myservice will be tunneled to the stand-alone Web service. To add backup services: add multiple key-endpoint pairs to the routing table with the same key. Given a key (e.g. SOAPAction or Query string) the router will check the endpoints in sequence until it can connect. If one or more of the backup services are down, an active service endpoint will be selected. Multi-threaded stand-alone relay server --------------------------------------- router -p [-r] [-t] & Examples: router -p18000 -rtable.xml -t5 & Runs a stand-alone router on port 18000 using table.xml as the external routing table for lookup. Service endpoints are selected from alternative endpoints that take less than 5 seconds to connect to. Clients connect to the router with a service endpoint such as "http://machine:/path" where the endpoint "http://machine/path" (note the absence of the port) will be used as a key in the routing table to find an endpoint when no SOAPAction is present. For example, a stand-alone Web service called "quote" runs on a machine named "zulu" port 18080. To address this service through the router, add key "http://zulu/quote" and endpoint "http://zulu:18080" to the routing table. Run the router on port 18000. Router requests with endpoint "http://zulu:18000/quote" will be relayed to zulu:18080 Gateway keeper -------------- When the routing table contains userid and passwd information, the client requests are only tunnelled when the proper HTTP Authorization userid and passwd are provided in the client request message. It is possible to provide different service endpoint in the table depending on the client's HTTP Authorization information. Notes ----- * Table lookup algorithm: SOAPActions (if provided) are used first to match routing table keys. Next, HTTP query string in the endpoint URL (CGI only) is used to match routing table keys. Next, the service endpoint is checked to match routing table keys. Finally, if the -c option is set the service endpoint URL itself is used to connect. * Keys in routing table may contain * (multi-char) and - (single-char) wildcards to match multiple SOAPActions and endpoints. * When a match is found but the endpoint is NULL in the table, the search is terminated. This can be used to prevent searches in the routing file for specific patterns. * Optional HTTP Authorization userid and passwd are checked if present in the routing table. The userid and passwd may be patterns with '*' and '-' wildcards. An endpoint in the table is selected for which the userid and passwd match. * is TCP connect and I/O timeout for router-server connection in seconds (use negative value for timeout in microseconds). * When an external routing table is once read by a stand-alone router, it will be cached to optimize speed. But this also means that changing the contents of the routing table file does not affect the actual routing while the stand-alone router is running. * HTTP POST and HTTP GET styles of SOAP messaging is supported (but CGI-based router does not support HTTP GET) * Supports any type of messages (e.g. DIME) * HTTP cookies are not handled and will be deleted from the HTTP header * Keep-alive support has not been tested and might not work -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include /* need fstat */ #include "threads.h" /* plugin/threads.h for portable threads+mutex */ /* Maximum request backlog */ #define BACKLOG (100) /* Default file name of external routing table (or NULL if none used) */ #define DEFAULT_ROUTINGFILE "router.xml" /* Internal routine table (fast) */ static struct t__Routing routing[] = /* SOAPAction/endpoint -> target endpoint [userid, passwd] */ { {"dime", "http://websrv.cs.fsu.edu/~engelen/dimesrv.cgi"}, {"http://*/dime", "http://websrv.cs.fsu.edu/~engelen/dimesrv.cgi"}, {"magic", "http://www.cs.fsu.edu/~engelen/magicserver.cgi"}, {NULL, NULL} }; #ifdef WIN32 #define OPTION_CHAR '/' #else #define OPTION_CHAR '-' #endif struct header { struct header *next; char line[SOAP_HDRLEN]; }; static int port_number = 0; static const char *input_file = NULL; static const char *service_endpoint = NULL; static const char *service_action = NULL; static const char *routing_file = DEFAULT_ROUTINGFILE; static int server_timeout = 0; static int method = SOAP_POST; static int connect_flag = 0; void options(int, char**); void *process_request(void*); const char *lookup(struct t__RoutingTable*, const char*, const char*, const char*); int copy_header(struct soap*, struct soap*, const char*, const char*); int create_header(struct soap*, int, const char*, const char*, size_t); int buffer_body(struct soap*); int copy_body(struct soap*, struct soap*); int server_connect(struct soap*, const char*, const char*, const char*, const char*); int make_connect(struct soap*, const char*); int main(int argc, char **argv) { options(argc, argv); if (port_number) { /* run server on port */ THREAD_TYPE tid; struct soap soap, *tsoap; int m, s, i; soap_init(&soap); soap.bind_flags = SO_REUSEADDR; /* don't use this in a secure environment. We keep it here so you can quickly restart the router */ m = soap_bind(&soap, NULL, port_number, BACKLOG); if (!soap_valid_socket(m)) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); for (i = 1; ; i++) { s = soap_accept(&soap); if (!soap_valid_socket(s)) { if (soap.errnum) soap_print_fault(&soap, stderr); else fprintf(stderr, "router timed out\n"); /* if accept_timeout is set */ break; } fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); tsoap = soap_copy(&soap); THREAD_CREATE(&tid, (void*(*)(void*))process_request, (void*)tsoap); } } else /* run as stand-alone or CGI */ { struct soap client; struct soap server; int err; soap_init(&client); soap_init(&server); if (argc <= 1) /* try CGI env vars */ { char *s = getenv("REQUEST_METHOD"); if (s && !strcmp(s, "GET")) method = SOAP_GET; else { s = getenv("Content-Length"); if (s) client.length = strtoul(s, NULL, 10); } service_action = getenv("HTTP_SOAPAction"); if (!service_action) service_action = getenv("QUERY_STRING"); } if (method == SOAP_POST) { soap_wchar c; if (input_file) { client.recvfd = open(input_file, O_RDONLY); if (client.recvfd < 0) { fprintf(stderr, "router: cannot open file '%s' for reading\n", input_file); exit(1); } } c = soap_get0(&client); if (c == 'G' || c == 'P') /* simple check to see if HTTP GET/POST header is present */ { if (copy_header(&client, &server, service_endpoint, service_action)) { err = client.error = server.error; soap_send_fault(&client); return err; } } else { struct stat sb; if (!fstat(client.recvfd, &sb) && sb.st_size > 0) client.length = sb.st_size; else if ((err = buffer_body(&client)) != SOAP_OK) { soap_send_fault(&client); return err; } if (create_header(&server, SOAP_POST, service_endpoint, service_action, client.length)) { err = client.error = server.error; soap_send_fault(&client); return err; } } if ((err = copy_body(&client, &server)) != SOAP_OK) { soap_send_fault(&client); return err; } } else { if (create_header(&server, SOAP_GET, service_endpoint, service_action, 0)) { err = client.error = server.error; soap_send_fault(&client); return err; } soap_end_send(&server); } soap_begin(&server); copy_header(&server, &client, NULL, NULL); /* ignore TCP error for stdout */ if ((err = copy_body(&server, &client)) != SOAP_OK) return err; soap_closesock(&client); soap_closesock(&server); soap_end(&client); soap_end(&server); soap_done(&client); soap_done(&server); } return 0; } void options(int argc, char **argv) { int i, flag; char *arg; for (i = 1; i < argc; i++) { arg = argv[i]; if (*arg == OPTION_CHAR) { flag = 1; while (flag && *++arg) switch (*arg) { case 'h': fprintf(stderr, "Usage: router [-c] [-p] [-e | -g] [-a] [-r] [-t] []\n-a\taction value override (SOAP Action)\n-c\tconnect directly to endpoint\n-e\tendpoint URL\n-g\tget content (instead of HTTP POST)\n-p\tstart stand-alone router on port\n-r\trouting table\n-t\ttimeout in seconds"); exit(0); case 'p': flag = 0; if (*++arg) port_number = atol(arg); else if (i < argc && argv[++i]) port_number = atol(argv[i]); else { fprintf(stderr, "router: -p requires \n"); exit(1); } break; case 'g': method = SOAP_GET; case 'e': flag = 0; if (*++arg) service_endpoint = arg; else if (i < argc && argv[++i]) service_endpoint = argv[i]; else { fprintf(stderr, "router: -e and -g require \n"); exit(1); } break; case 'a': flag = 0; if (*++arg) service_action = arg; else if (i < argc && argv[++i]) service_action = argv[i]; else { fprintf(stderr, "router: -a requires \n"); exit(1); } break; case 'r': flag = 0; if (*++arg) routing_file = arg; else if (i < argc && argv[++i]) routing_file = argv[i]; else { fprintf(stderr, "router: -r requires \n"); exit(1); } break; case 't': flag = 0; if (*++arg) server_timeout = atol(arg); else if (i < argc && argv[++i]) server_timeout = atol(argv[i]); else { fprintf(stderr, "router: -t requires \n"); exit(1); } break; case 'c': connect_flag = 1; break; default: fprintf(stderr, "router: unknown option -%c\n", *arg); } } else input_file = arg; } } void* process_request(void *soap) { struct soap *client = (struct soap*)soap, server; soap_wchar c; THREAD_DETACH(THREAD_ID); soap_init(&server); soap_begin(client); c = soap_get0(client); if (c == 'G' || c == 'P') /* simple check to see if HTTP GET/POST header is present */ { if (copy_header(client, &server, NULL, NULL)) client->error = server.error; } else { buffer_body(client); if (create_header(&server, method, service_endpoint, service_action, client->length)) client->error = server.error; } if (!client->error) { copy_body(client, &server); soap_begin(&server); copy_header(&server, client, NULL, NULL); copy_body(&server, client); } else soap_send_fault(client); soap_closesock(client); soap_closesock(&server); soap_end(&server); soap_end(client); soap_done(&server); soap_free(client); return NULL; } const char* lookup(struct t__RoutingTable *route, const char *key, const char *userid, const char *passwd) { static struct t__RoutingTable routing_table = {0, NULL}; /* file-based routing table cache */ if (!key) return NULL; /* can't do lookup on nil key */ if (!route->__ptr) { route->__ptr = routing; /* first stage: use internal routing table */ route->__size = 999999999; } else if (route->__size) { route->__ptr++; route->__size--; } for (;;) { if (route->__ptr) { while (route->__size && route->__ptr->key) { if (!soap_tag_cmp(key, route->__ptr->key)) if (!route->__ptr->userid || !route->__ptr->passwd || !userid || !passwd || !soap_tag_cmp(userid, route->__ptr->userid) || !soap_tag_cmp(passwd, route->__ptr->passwd)) return route->__ptr->endpoint; route->__ptr++; route->__size--; } } if (route->__size) /* second stage: use file-based routing table */ { if (routing_table.__ptr) *route = routing_table; /* table is already cached in memory */ else if (routing_file) /* else read table from file */ { static struct soap soap = { SOAP_NONE }; MUTEX_TYPE lock; MUTEX_LOCK(lock); if (soap.state == SOAP_NONE) soap_init(&soap); soap.recvfd = open(routing_file, O_RDONLY); if (soap.recvfd < 0) /* no routing file: silently stop */ { MUTEX_UNLOCK(lock); break; } if (!soap_begin_recv(&soap)) if (!soap_get_t__RoutingTable(&soap, &routing_table, "router", NULL)) { close(soap.recvfd); MUTEX_UNLOCK(lock); break; } soap_end_recv(&soap); close(soap.recvfd); *route = routing_table; MUTEX_UNLOCK(lock); } } else break; } return NULL; } int make_connect(struct soap *server, const char *endpoint) { char host[SOAP_TAGLEN]; int port; soap_strcpy(host, sizeof(host), server->host); port = server->port; soap_set_endpoint(server, endpoint); /* get host, path, and port */ server->connect_timeout = server_timeout; server->recv_timeout = server_timeout; server->send_timeout = server_timeout; /* server->connect_flags = SO_NOSIGPIPE; */ /* prevents UNIX SIGPIPE */ /* server->socket_flags = MSG_NOSIGNAL; */ /* prevents UNIX SIGPIPE */ if (*server->host) { if (!soap_valid_socket(server->socket) || strcmp(server->host, host) || server->port != port) { soap_closesock(server); server->socket = server->fopen(server, endpoint, server->host, server->port); if (!soap_valid_socket(server->socket)) return server->error; } } return SOAP_OK; } int server_connect(struct soap *server, const char *endpoint, const char *action, const char *userid, const char *passwd) { if (action && *action) { struct t__RoutingTable route; route.__ptr = NULL; route.__size = 0; fprintf(stderr, "Searching services on action %s...\n", action); while (lookup(&route, action, userid, passwd)) { fprintf(stderr, "Attempting to connect to '%s'\n", route.__ptr->endpoint); if (!make_connect(server, route.__ptr->endpoint)) return SOAP_OK; } } if (endpoint && *endpoint) { struct t__RoutingTable route; route.__ptr = NULL; route.__size = 0; fprintf(stderr, "Searching services on endpoint %s...\n", endpoint); while (lookup(&route, endpoint, userid, passwd)) { fprintf(stderr, "Attempting to connect to '%s'\n", route.__ptr->endpoint); if (!make_connect(server, route.__ptr->endpoint)) return SOAP_OK; } } if (connect_flag && endpoint && *endpoint) { fprintf(stderr, "Connect to endpoint %s...\n", endpoint); if (!make_connect(server, endpoint)) return SOAP_OK; } return server->error = SOAP_TCP_ERROR; } int copy_header(struct soap *sender, struct soap *receiver, const char *endpoint, const char *action) { struct header *h, *p; char *s, *t; h = (struct header*)SOAP_MALLOC(sender, sizeof(struct header)); for (;;) { if (soap_getline(sender, h->line, SOAP_HDRLEN)) { SOAP_FREE(sender, h); return sender->error = SOAP_EOF; } t = strchr(h->line, ' '); if (!t || strncmp(t, " 100 ", 5)) break; do { if (soap_getline(sender, h->line, SOAP_HDRLEN)) { SOAP_FREE(sender, h); return sender->error = SOAP_EOF; } } while (*h->line); } p = h; for (;;) { p = p->next = (struct header*)SOAP_MALLOC(sender, sizeof(struct header)); p->next = NULL; if (soap_getline(sender, p->line, SOAP_HDRLEN)) { while (h) { p = h->next; SOAP_FREE(sender, h); h = p; } return sender->error = SOAP_EOF; } if (!*p->line) break; s = t = strchr(p->line, ':'); if (t) { *t = '\0'; do t++; while (*t && *t <= 32); } sender->fparsehdr(sender, p->line, t); if (s) *s = ':'; } s = strstr(h->line, "HTTP/"); if (s && (!strncmp(h->line, "GET ", 4) || !strncmp(h->line, "POST ", 5))) { size_t m = strlen(sender->endpoint); size_t n = m + (s - h->line) - 5 - (*h->line == 'P'); if (n >= sizeof(sender->endpoint)) n = sizeof(sender->endpoint) - 1; soap_strncpy(sender->path, sizeof(sender->path), h->line + 4 + (*h->line == 'P'), n - m); soap_strncpy(sender->endpoint + m, sizeof(sender->endpoint) - m, sender->path, n - m); } if (!endpoint || !*endpoint) endpoint = sender->endpoint; if (!action || !*action) action = sender->action; if (server_connect(receiver, endpoint, action, receiver->userid, receiver->passwd)) { while (h) { p = h->next; SOAP_FREE(sender, h); h = p; } return receiver->error; } receiver->count = sender->length; soap_begin_send(receiver); receiver->mode &= ~SOAP_IO; receiver->mode |= SOAP_IO_BUFFER; while (h) { receiver->fposthdr(receiver, h->line, NULL); p = h->next; SOAP_FREE(sender, h); h = p; } if ((sender->mode & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(receiver)) return receiver->error; receiver->mode &= ~SOAP_IO; receiver->mode |= SOAP_IO_CHUNK; } return SOAP_OK; } int create_header(struct soap *server, int method, const char *endpoint, const char *action, size_t count) { if (server_connect(server, endpoint, action, NULL, NULL)) return server->error; soap_begin_send(server); server->mode &= ~SOAP_IO; server->mode |= SOAP_IO_BUFFER; server->status = method; return server->error = server->fpost(server, server->endpoint, server->host, server->port, server->path, action, count); } int buffer_body(struct soap *sender) { char *s; if (!soap_new_block(sender)) return sender->error; for (;;) { if (!(s = (char*)soap_push_block(sender, NULL, sender->buflen - sender->bufidx))) return SOAP_EOM; soap_memcpy((void*)s, sender->buflen - sender->bufidx, (const void*)(sender->buf + sender->bufidx), sender->buflen - sender->bufidx); if (soap_recv_raw(sender)) break; } if (sender->error == SOAP_EOF) sender->error = SOAP_OK; if (sender->error || soap_end_recv(sender)) return sender->error; sender->length = sender->blist->size; return SOAP_OK; } int copy_body(struct soap *sender, struct soap *receiver) { if (sender->blist) { char *p; for (p = soap_first_block(sender, NULL); p; p = soap_next_block(sender, NULL)) soap_send_raw(receiver, p, soap_block_size(sender, NULL)); soap_end_block(sender, NULL); } else { if ((sender->mode & SOAP_IO) == SOAP_IO_CHUNK) { sender->chunkbuflen = sender->buflen; sender->buflen = sender->bufidx; sender->chunksize = 0; while (!soap_recv_raw(sender)) { if (soap_send_raw(receiver, sender->buf + sender->bufidx, sender->buflen - sender->bufidx)) return receiver->error; } } else { soap_send_raw(receiver, sender->buf + sender->bufidx, sender->buflen - sender->bufidx); /* send part after HTTP header */ if (sender->buflen - sender->bufidx < sender->length) { sender->length -= sender->buflen - sender->bufidx; while (!soap_recv_raw(sender)) { if (soap_send_raw(receiver, sender->buf, sender->buflen)) return receiver->error; if (sender->buflen >= sender->length) break; sender->length -= sender->buflen; } } } if (soap_end_recv(sender)) return sender->error; } if (soap_end_send(receiver)) return receiver->error; return SOAP_OK; } struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance"}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema"}, {"t", "http://tempuri.org"}, {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/router/router.h0000644000175000017500000000331012653650156020060 0ustar ellertellert/* router.h Simple Web Service message router (relay server) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ struct t__Routing { char *key; // key matches SOAPAction or query string or endpoint URL char *endpoint; char *userid; // optional HTTP Authorization userid char *passwd; // optional HTTP Authorization passwd }; struct t__RoutingTable { int __size; struct t__Routing *__ptr; }; gsoap-2.8.28/gsoap/samples/router/README.txt0000644000175000017500000001706112653650156020075 0ustar ellertellert SOAP/XML over HTTP message router. Supports many HTTP message routing scenarios. Command-line options: -a action value override (SOAP Action) -c connect directly to endpoint if routing table redirect fails -e endpoint URL -g start stand-alone router on port -r routing table XML file -t timeout Forwarding of messages to a service ----------------------------------- router [-c] [-e | -g] [-a] [-r] [-t] [] Examples: 1. router -c request.soap Sends the request message stored in file request.soap and returns response to stdout where file request.soap contains a SOAP request with HTTP header and SOAP/XML/DIME body. If the SOAPAction in the message is present and matches one or more keys in the routing table, the alternative service endpoints in the table will be tried first until one service endpoint is found to accept the connection. If no SOAPAction is given or the SOAPAction does not match any key, then the endpoint in the HTTP header in request.soap is searched in the routing table. If the endoint matches one or more keys in the routing table, the alternative endpoints will be tried first until one endpoint is found to accept the connection. Finally, the endpoint in the HTTP header of request.soap is used to establish a connection if all other service endpoints in the table failed and if option -c is enabled. 2. router -c -ehttp://domain/path request.soap Sends request message to http://domain/path and returns the service response to stdout. If http://domain/path matches one or more keys in the routing table, then the alternative service endpoints in the table will be tried first until one service endpoint is found to accept the connection. The http://domain/path endpoint is tried last when all other service endpoints in the table failed. File request.soap MAY contain an HTTP header but MUST of course contain a body. To try this, compile the 'calc' client (samples/calc). Edit the 'calc.add.req.xml' SOAP/XML request file and replace and values. Then run: router -ehttp://www.cs.fsu.edu/~engelen/calcserver.cgi -a"" calc.add.req.xml The SOAP/XML response is returned. 3. router -aSOAPAction request.soap When SOAPAction matches one or more keys in the routing table, then the alternative endpoints in the table will be tried first until one endpoint is found to accept the connection. When all endpoints fail, or when SOAPAction does not match a key, the router fails. File request.soap MAY contain an HTTP header but MUST of course contain a body. 4. router -c -rroutingtable.xml request.soap Same as 1. but uses routingtable.xml as the routing table after checking keys in the internal routing table. The XSD schema of routingtable.xml is generated as t.xsd. The default routing table file is router.xml. 5. router -c -t5 request.soap Same as 1. but searches the routing table for an endpoint that takes less than 5 seconds to connect to. Use negative timeouts to specify a timeout value in microseconds. The timeout also specifies the message receive timeout AFTER the connection was established. 6. cat request.soap | router -ehttp://domain/path | more When request.soap does not contain an HTTP header, the router computes the HTTP content length by buffering the entire request message which allows you to use it as a filter as in this example. (fstat() is generally tried first to determine file length.) 7. router -ghttp://domain/path/file.html Sends an HTTP GET request to the host and copies the response to stdout. CGI-based relay server ---------------------- Install the router as CGI application. The CGI-based relay service uses SOAPActions in the messages and HTTP query strings to index the routing table. Examples: Messages addressed to "http://domain/cgi-bin/router?key" will be routed by the router to the service endpoint associated with the key in the routing table. When messages use SOAPActions, the SOAPActions will be used to find service endpoints instead of a query string. To tunnel SOAP through firewals to stateful stand-alone Web services: run a stand-alone gSOAP Web service on a port, e.g. 18000. Add the key-endpoint pair "myservice", "http://localhost:18000" to the router table. After installing the router, all requests for endpoint http://domain/cgi-bin/router?myservice will be tunneled to the stand-alone Web service. To add backup services: add multiple key-endpoint pairs to the routing table with the same key. Given a key (e.g. SOAPAction or Query string) the router will check the endpoints in sequence until it can connect. If one or more of the backup services are down, an active service endpoint will be selected. Multi-threaded stand-alone relay server --------------------------------------- router -p [-r] [-t] & Examples: router -p18000 -rtable.xml -t5 & Runs a stand-alone router on port 18000 using table.xml as the external routing table for lookup. Service endpoints are selected from alternative endpoints that take less than 5 seconds to connect to. Clients connect to the router with a service endpoint such as "http://machine:/path" where the endpoint "http://machine/path" (note the absence of the port) will be used as a key in the routing table to find an endpoint when no SOAPAction is present. For example, a stand-alone Web service called "quote" runs on a machine named "zulu" port 18080. To address this service through the router, add key "http://zulu/quote" and endpoint "http://zulu:18080" to the routing table. Run the router on port 18000. Router requests with endpoint "http://zulu:18000/quote" will be relayed to zulu:18080 Gateway keeper -------------- When the routing table contains userid and passwd information, the client requests are only tunnelled when the proper HTTP Authorization userid and passwd are provided in the client request message. It is possible to provide different service endpoint in the table depending on the client's HTTP Authorization information. Notes ----- * Table lookup algorithm: SOAPActions (if provided) are used first to match routing table keys. Next, HTTP query string in the endpoint URL (CGI only) is used to match routing table keys. Next, the service endpoint is checked to match routing table keys. Finally, if the -c option is set the service endpoint URL itself is used to connect. * Keys in routing table may contain * (multi-char) and - (single-char) wildcards to match multiple SOAPActions and endpoints. * When a match is found but the endpoint is NULL in the table, the search is terminated. This can be used to prevent searches in the routing file for specific patterns. * Optional HTTP Authorization userid and passwd are checked if present in the routing table. The userid and passwd may be patterns with '*' and '-' wildcards. An endpoint in the table is selected for which the userid and passwd match. * is TCP connect and I/O timeout for router-server connection in seconds (use negative value for timeout in microseconds). * When an external routing table is once read by a stand-alone router, it will be cached to optimize speed. But this also means that changing the contents of the routing table file does not affect the actual routing while the stand-alone router is running. * HTTP POST and HTTP GET styles of SOAP messaging is supported (but CGI-based router does not support HTTP GET) * Supports any type of messages (e.g. DIME) * HTTP cookies are not handled and will be deleted from the HTTP header * Keep-alive support has not been tested and might not work gsoap-2.8.28/gsoap/samples/router/Makefile.am0000644000175000017500000000074712653650156020436 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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Copyright (C) 2000-2006 Robert A. van Engelen, Genivia, Inc. All Rights Reserved. Usage (CGI server): Install as CGI application, e.g. under cgi-bin Usage (server): mtom-stream-test 8085 & Starts a server on your host at port 8085. Usage (client): mtom-stream-test -p file1 file2 file3 ... Stores files file1, file2, etc. at the server side. The server saves them locally under a key. The storage keys are printed at the client side. The keys provide access to the data using option -g (get). mtom-stream-test -g name1 name2 name3 ... Retrieves files stored under keys name1, name2, etc. The keys must correspond to the keys returned when storing files. Files are stored by the server locally under the key name. Unix/Linux: add a sigpipe handler to avoid broken pipes. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "soap12.h" #import "xop.h" #import "xmime5.h" //gsoap m service name: mtom_stream_test //gsoap m service namespace: http://www.genivia.com/wsdl/mtom_stream_test.wsdl //gsoap x schema namespace: http://www.genivia.com/schemas/mtom_stream_test.xsd //gsoap x schema elementForm: qualified //gsoap x schema type-documentation: Data holds a MIME attachment struct x__Data { _xop__Include xop__Include; @char *xmime5__contentType; }; //gsoap x schema type-documentation: DataSet holds a set of MIME attachments struct x__DataSet { int __size; struct x__Data *item; }; //gsoap x schema type-documentation: Keys holds a set of strings to access the data collection at the server side struct x__Keys { int __size; char **key; }; //gsoap m service method-mime-type: PutData */* //gsoap m service method-documentation: PutData stores a data set at the server side and returns a set of unique keys to access that data int m__PutData( struct x__DataSet *x__data, struct m__PutDataResponse { struct x__Keys x__keys; }* ); //gsoap m service method-mime-type: GetData */* //gsoap m service method-documentation: GetData gets a set of data items from the server given a set of keys int m__GetData( struct x__Keys *x__keys, struct m__GetDataResponse { struct x__DataSet x__data; }* ); gsoap-2.8.28/gsoap/samples/mtom-stream/README.txt0000644000175000017500000000154312653650156021020 0ustar ellertellertMTOM attachment streaming processing example. This application is a server and client to demonstrate MTOM attachment handling. Usage (CGI server): Install as CGI application, e.g. under cgi-bin Usage (stand-alone server): $ mtom-stream-test 8085 & Starts a server on your host at port 8085. Usage (client): $ mtom-stream-test -p file1 file2 file3 ... Stores files file1, file2, etc. at the server side. The server saves them locally under a key. The storage keys are printed at the client side. The keys provide access to the data using option -g (get). $ mtom-stream-test -g name1 name2 name3 ... Retrieves files stored under keys name1, name2, etc. The keys must correspond to the keys returned when storing files. Files are stored by the server locally under the key name. gsoap-2.8.28/gsoap/samples/mtom-stream/Makefile.am0000644000175000017500000000104712653650156021355 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = mtom-stream SOAPHEADER = mtom-stream-test.h include ../Makefile.defines include ../Makefile.c_rules SOAP_NS = mtom_stream_test.nsmap mtom_stream_test.wsdl mtom_stream_SOURCES = mtom-stream-test.c $(SOAPHEADER) $(SOAP_C_SRC) mtom_stream_LDADD = $(SOAP_C_LIB) $(SAMPLE_EXTRA_LIBS) -lpthread gsoap-2.8.28/gsoap/samples/mtom-stream/mtom-stream-test.c0000644000175000017500000005017512653650156022715 0ustar ellertellert/* mtom-stream-test.c Example streaming MTOM client and server. Copyright (C) 2000-2006 Robert A. van Engelen, Genivia, Inc. All Rights Reserved. Usage (server): mtom-stream-test 8085 & Starts a server on your local host at port 8085. Usage (client): mtom-stream-test -p file1 file2 file3 ... Stores files file1, file2, etc. at the server side. The server saves them locally under a key. The storage keys are printed at the client side. The keys provide access to the data using option -g (get). The server saves files in its current directory, or the directory specified by the TMPDIR environment variable. mtom-stream-test -g name1 name2 name3 ... Retrieves files stored under keys name1, name2, etc. The keys must correspond to the keys returned when storing files. Files are stored by the server locally under the key name. Unix/Linux: add a sigpipe handler to avoid broken pipes. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "mtom_stream_test.nsmap" #if defined(_POSIX_THREADS) || defined(_SC_THREADS) #include #endif #include /******************************************************************************\ * * Default endpoint * \******************************************************************************/ const char *endpoint = "http://localhost:8085"; /******************************************************************************\ * * Server-Side Location to Store Files (Changed by TMPDIR env var) * \******************************************************************************/ const char *TMPDIR = "."; /******************************************************************************\ * * Server-Side Streaming MIME Handler for Saving File Data Under Keys * \******************************************************************************/ struct mime_server_handle { char *key; /* file name */ FILE *fd; /* file fd */ }; /******************************************************************************\ * * Forward Declarations * \******************************************************************************/ int cgi_server(); int run_server(int port); int run_client(int, char**); int open_data(struct soap *soap, const char *file, struct x__Data *data); int client_putData(struct soap *soap, int argc, char **argv); int client_getData(struct soap *soap, int argc, char **argv); void *mime_read_open(struct soap*, void*, const char*, const char*, const char*); void mime_read_close(struct soap*, void*); size_t mime_read(struct soap*, void*, char*, size_t); void *mime_server_write_open(struct soap *soap, void *handle, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding); void mime_server_write_close(struct soap *soap, void *handle); int mime_server_write(struct soap *soap, void *handle, const char *buf, size_t len); void *mime_client_write_open(struct soap *soap, void *handle, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding); void mime_client_write_close(struct soap *soap, void *handle); int mime_client_write(struct soap *soap, void *handle, const char *buf, size_t len); char *file_type(const char *file); /******************************************************************************\ * * Main * \******************************************************************************/ int main(int argc, char **argv) { const char *tmp = getenv("TMPDIR"); if (tmp) TMPDIR = tmp; if (argc < 2) return cgi_server(); if (argc < 3) return run_server(atoi(argv[1])); return run_client(argc, argv); } /******************************************************************************\ * * CGI Server * \******************************************************************************/ int cgi_server() { /* CGI-style: serve request from stdin to stdout */ return soap_serve(soap_new1(SOAP_ENC_MTOM)); /* Enable MTOM XOP attachments */ } #if !defined(_POSIX_THREADS) && !defined(_SC_THREADS) /******************************************************************************\ * * Stand-Alone Iterative Server * \******************************************************************************/ int run_server(int port) { struct soap soap; int ret; /* Enable MTOM */ #ifdef WITH_GZIP soap_init1(&soap, SOAP_ENC_MTOM | SOAP_ENC_ZLIB); /* Enable MTOM */ #else soap_init1(&soap, SOAP_ENC_MTOM); #endif /* Set the MIME callbacks */ soap.fmimereadopen = mime_read_open; soap.fmimereadclose = mime_read_close; soap.fmimeread = mime_read; soap.fmimewriteopen = mime_server_write_open; soap.fmimewriteclose = mime_server_write_close; soap.fmimewrite = mime_server_write; /* Bind socket */ if (!soap_valid_socket(soap_bind(&soap, NULL, port, 100))) soap_print_fault(&soap, stderr); else { fprintf(stderr, "Bind to port %d successful\n", port); /* Optional: let server time out after one hour */ soap.accept_timeout = 3600; /* Unix/Linux SIGPIPE, this is OS dependent: soap.accept_flags = SO_NOSIGPIPE; // some systems like this soap.socket_flags = MSG_NOSIGNAL; // others need this signal(SIGPIPE, sigpipe_handle); // or a sigpipe handler (more portable) */ /* Server loop */ for (;;) { int sock = soap_accept(&soap); if (!soap_valid_socket(sock)) { if (soap.errnum) soap_print_fault(&soap, stderr); else { fprintf(stderr, "Server timed out (see code how to change this)\n"); break; } } fprintf(stderr, "Accepting socket %d connection from IP %d.%d.%d.%d... ", sock, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); if (soap_serve(&soap)) soap_print_fault(&soap, stderr); fprintf(stderr, "done\n"); soap_destroy(&soap); soap_end(&soap); } } ret = soap.error; soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return ret; } #else /******************************************************************************\ * * Multi-Threaded Stand-Alone Server * \******************************************************************************/ void *process_request(void*); int run_server(int port) { struct soap soap; int i, ret; /* Enable MTOM */ #ifdef WITH_GZIP soap_init1(&soap, SOAP_ENC_MTOM | SOAP_ENC_ZLIB); /* Enable MTOM */ #else soap_init1(&soap, SOAP_ENC_MTOM); #endif /* Set the MIME callbacks */ soap.fmimereadopen = mime_read_open; soap.fmimereadclose = mime_read_close; soap.fmimeread = mime_read; soap.fmimewriteopen = mime_server_write_open; soap.fmimewriteclose = mime_server_write_close; soap.fmimewrite = mime_server_write; /* Bind socket */ if (!soap_valid_socket(soap_bind(&soap, NULL, port, 100))) soap_print_fault(&soap, stderr); else { fprintf(stderr, "Bind to port %d successful\n", port); /* Optional: let server time out after one hour */ soap.accept_timeout = 3600; /* Unix/Linux SIGPIPE, this is OS dependent: soap.accept_flags = SO_NOSIGPIPE; // some systems like this soap.socket_flags = MSG_NOSIGNAL; // others need this signal(SIGPIPE, sigpipe_handle); // or a sigpipe handler (more portable) */ /* Main thread spawns server threads */ for (i = 1; ; i++) { struct soap *tsoap; pthread_t tid; int sock = soap_accept(&soap); if (!soap_valid_socket(sock)) { if (soap.errnum) soap_print_fault(&soap, stderr); else { fprintf(stderr, "Server timed out (see code how to change this)\n"); break; } } fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, sock, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); /* Copy soap environment and spawn thread */ tsoap = soap_copy(&soap); pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)tsoap); } } ret = soap.error; soap_done(&soap); return ret; } void *process_request(void *soap) { pthread_detach(pthread_self()); /* Serve request (or multiple requests with keep-alive enabled) */ soap_serve((struct soap*)soap); /* Cleanup and delete deserialized data */ soap_destroy((struct soap*)soap); soap_end((struct soap*)soap); /* Detach thread's copy of soap environment */ soap_done((struct soap*)soap); /* Free soap environment */ free(soap); fprintf(stderr, "done\n"); return NULL; } #endif /******************************************************************************\ * * Client * \******************************************************************************/ int run_client(int argc, char **argv) { struct soap soap; int ret = 0; #ifdef WITH_GZIP soap_init1(&soap, SOAP_ENC_MTOM | SOAP_ENC_ZLIB); /* Enable MTOM */ #else soap_init1(&soap, SOAP_ENC_MTOM); /* Enable MTOM */ #endif /* Set the MIME callbacks */ soap.fmimereadopen = mime_read_open; soap.fmimereadclose = mime_read_close; soap.fmimeread = mime_read; soap.fmimewriteopen = mime_client_write_open; soap.fmimewriteclose = mime_client_write_close; soap.fmimewrite = mime_client_write; /* Connect timeout value (sec) (not supported by Linux) */ soap.connect_timeout = 10; /* IO timeouts (sec) */ soap.send_timeout = 30; soap.recv_timeout = 30; /* Unix/Linux SIGPIPE, this is OS dependent: soap.accept_flags = SO_NOSIGPIPE; // some systems like this soap.socket_flags = MSG_NOSIGNAL; // others need this signal(SIGPIPE, sigpipe_handle); // or a sigpipe handler (more portable) */ switch (argv[1][1]) { case 'p': ret = client_putData(&soap, argc, argv); break; case 'g': ret = client_getData(&soap, argc, argv); break; default: fprintf(stderr, "Usage: mtom-stream-test -p file1 file2 file3 ...\n"); fprintf(stderr, " mtom-stream-test -g key1 key2 key3 ...\n"); } soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return ret; } int open_data(struct soap *soap, const char *file, struct x__Data *data) { struct stat sb; FILE *fd = NULL; int size; soap_default_x__Data(soap, data); fd = fopen(file, "rb"); if (!fd) { fprintf(stderr, "Cannot open file %s\n", file); return soap->error = SOAP_EOF; } /* The handle for the streaming MIME callback is the open file fd */ data->xop__Include.__ptr = (unsigned char*)fd; if (!fstat(fileno(fd), &sb) && sb.st_size > 0) size = sb.st_size; else { /* File size is unknown, so must use HTTP chunking and set size = 0 */ soap_set_omode(soap, SOAP_IO_CHUNK); size = 0; } data->xop__Include.__size = size; data->xmime5__contentType = file_type(file); data->xop__Include.id = NULL; data->xop__Include.type = data->xmime5__contentType; data->xop__Include.options = NULL; return SOAP_OK; } int client_putData(struct soap *soap, int argc, char **argv) { int i; struct x__DataSet data; struct m__PutDataResponse response; data.__size = argc - 2; data.item = soap_malloc(soap, (argc - 2)*sizeof(struct x__Data)); for (i = 2; i < argc; i++) open_data(soap, argv[i], &data.item[i - 2]); if (soap_call_m__PutData(soap, endpoint, NULL, &data, &response)) soap_print_fault(soap, stderr); else { printf("Data stored with keys:\n"); for (i = 0; i < response.x__keys.__size; i++) printf("\t%s\n", response.x__keys.key[i]); printf("Use these keys to retrieve the data with -g key1 key2 ...\n"); } return soap->error; } int client_getData(struct soap *soap, int argc, char **argv) { int i; struct x__Keys keys; struct m__GetDataResponse response; keys.__size = argc - 2; keys.key = soap_malloc(soap, (argc - 2)*sizeof(char*)); for (i = 2; i < argc; i++) keys.key[i - 2] = argv[i]; /* Pass this information to the callbacks using the soap->user variable */ soap->user = (void*)keys.key; if (soap_call_m__GetData(soap, endpoint, NULL, &keys, &response)) soap_print_fault(soap, stderr); else printf("Data retrieved\n"); return soap->error; } /******************************************************************************\ * * Server Operations * \******************************************************************************/ int m__PutData(struct soap *soap, struct x__DataSet *data, struct m__PutDataResponse *response) { int i; /* This operation is called AFTER the streaming MIME attachment callbacks handled the data. gSOAP switches to SOAP_IO_STORE when SOAP_IO_CHUNK (HTTP chunking) is not supported by the client. Since it is undesirable to use SOAP_IO_STORE to buffer the entire message, we reset it to the default SOAP_IO_BUFFER for socket connections. */ if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; if (!data) return soap_sender_fault(soap, "No data", NULL); /* Set up array of keys to return a key for each data item saved */ response->x__keys.__size = data->__size; response->x__keys.key = soap_malloc(soap, data->__size*sizeof(char**)); /* Each key is stored in the mime_server_handle object, set by the callbacks and accessible through the data __ptr, where .type must be set as this indicates the presence of an attachment with a type */ for (i = 0; i < data->__size; i++) { if (data->item[i].xop__Include.__ptr && data->item[i].xop__Include.type) { const char *key = ((struct mime_server_handle*)(data->item[i].xop__Include.__ptr))->key; const char *s; if (!key) return soap_sender_fault(soap, "Missing name", NULL); s = strrchr(key, '/'); if (!s) s = strrchr(key, '\\'); if (!s) s = key; else s++; response->x__keys.key[i] = soap_strdup(soap, s); } else response->x__keys.key[i] = "-"; } return SOAP_OK; } int m__GetData(struct soap *soap, struct x__Keys *keys, struct m__GetDataResponse *response) { int i; char *file = soap_malloc(soap, strlen(TMPDIR) + 80); if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; if (!keys) return soap_sender_fault(soap, "No keys", NULL); /* Set up array of attachments to return */ response->x__data.__size = keys->__size; response->x__data.item = soap_malloc(soap, keys->__size*sizeof(struct x__Data)); for (i = 0; i < keys->__size; ++i) { strcpy(file, TMPDIR); strcat(file, "/"); if (strncmp(keys->key[i], "data", 4)) strcat(file, "data"); strcat(file, keys->key[i]); open_data(soap, file, &response->x__data.item[i]); } return SOAP_OK; } /******************************************************************************\ * * Streaming MIME Callbacks * \******************************************************************************/ void *mime_read_open(struct soap *soap, void *handle, const char *id, const char *type, const char *description) { FILE *fd = (FILE*)handle; /* we should return NULL without setting soap->error if we don't want to use the streaming callback for this MIME attachment. The handle contains the non-NULL __ptr field value of xop__Include which should have been set in the application. The return value of this function will be passed on to the fmimeread and fmimereadclose callbacks. The return value will not affect the value of the __ptr field. */ fprintf(stderr, "Opening streaming outbound MIME channel for id=%s type=%s\n", id, type); return (void*)fd; } size_t mime_read(struct soap *soap, void *handle, char *buf, size_t len) { return fread(buf, 1, len, (FILE*)handle); } void mime_read_close(struct soap *soap, void *handle) { fprintf(stderr, "Closing streaming outbound MIME channel\n"); fclose((FILE*)handle); } /******************************************************************************\ * * Server-Side Streaming MIME Callbacks * \******************************************************************************/ void *mime_server_write_open(struct soap *soap, void *unused_handle, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding) { /* Note: the 'unused_handle' is always NULL */ /* Return NULL without setting soap->error if we don't want to use the streaming callback for this DIME attachment */ const char *file; struct mime_server_handle *handle = soap_malloc(soap, sizeof(struct mime_server_handle)); if (!handle) { soap->error = SOAP_EOM; return NULL; } /* Create a new file */ file = tempnam(TMPDIR, "data"); /* The file name is also the key */ handle->key = soap_strdup(soap, file); handle->fd = fopen(file, "wb"); free((void*)file); if (!handle->fd) { soap->error = soap_sender_fault(soap, "Cannot save data to file", handle->key); soap->errnum = errno; /* get reason */ return NULL; } fprintf(stderr, "Saving file %s type %s\n", handle->key, type?type:""); return (void*)handle; } void mime_server_write_close(struct soap *soap, void *handle) { fclose(((struct mime_server_handle*)handle)->fd); } int mime_server_write(struct soap *soap, void *handle, const char *buf, size_t len) { FILE *fd = ((struct mime_server_handle*)handle)->fd; while (len) { size_t nwritten = fwrite(buf, 1, len, fd); if (!nwritten) { soap->errnum = errno; return SOAP_EOF; } len -= nwritten; buf += nwritten; } return SOAP_OK; } /******************************************************************************\ * * Client-Side Streaming MIME Callbacks * \******************************************************************************/ void *mime_client_write_open(struct soap *soap, void *unused_handle, const char *id, const char *type, const char *description, enum soap_mime_encoding encoding) { /* Note: the 'unused_handle' is always NULL */ FILE *fd; const char *file; fprintf(stderr, "Opening streaming inbound MIME channel for id=%s type=%s\n", id, type); /* soap->user points to array of keys (strings) that are file names */ file = *(char**)soap->user; soap->user = (void*)(((char**)soap->user)+1); fd = fopen(file, "wb"); if (!fd) soap->error = soap_receiver_fault(soap, "Cannot save data to file", file); return (void*)fd; } void mime_client_write_close(struct soap *soap, void *handle) { fprintf(stderr, "Closing streaming inbound MIME channel\n"); fclose((FILE*)handle); } int mime_client_write(struct soap *soap, void *handle, const char *buf, size_t len) { FILE *fd = (FILE*)handle; while (len) { size_t nwritten = fwrite(buf, 1, len, fd); if (!nwritten) { soap->errnum = errno; return SOAP_EOF; } len -= nwritten; buf += nwritten; } return SOAP_OK; } /******************************************************************************\ * * Misc * \******************************************************************************/ char *file_type(const char *file) { int n = strlen(file); if (n > 4 && (!strcmp(file + n - 4, ".xml") || !strcmp(file + n - 4, ".xsd") || !strcmp(file + n - 5, ".wsdl"))) return "text/xml"; if (n > 4 && !strcmp(file + n - 4, ".jpg")) return "image/jpg"; return "*/*"; } gsoap-2.8.28/gsoap/samples/link++/0000755000175000017500000000000012654077574016145 5ustar ellertellertgsoap-2.8.28/gsoap/samples/link++/gmt.h0000644000175000017500000000002112653650156017066 0ustar ellertellertt__gmt(time_t*); gsoap-2.8.28/gsoap/samples/link++/env.h0000644000175000017500000000156012653650156017100 0ustar ellertellert/* env.h Defines SOAP-ENV Header and Fault global structures shared by client and service modules to process SOAP headers and faults when combining multiple client and/or services into one executable. Defines SOAP Fault and SOAP Header structures, which will be shared by client and service modules. The Header structure should contain all fields required by the clients and services. To obtain these, look into the wsdl2h-generated .h files for struct SOAP_ENV__Header and struct SOAP_ENV__Detail. Copy these below to make them globally visible to the gSOAP engine and plugins. Copyright (C) 2000-2003 Robert A. van Engelen, Genivia inc. All Rights Reserved. Compile: soapcpp2 -penv env.h c++ -c envC.cpp c++ -DWITH_NONAMESPACES -c stdsoap2.cpp */ #import "header.h" // optional user-defined headers #import "fault.h" // optional user-defined fault details gsoap-2.8.28/gsoap/samples/link++/Makefile0000644000175000017500000000310712653650156017576 0ustar ellertellert# Simple Makefile for C++ example with muliple client proxy linkage WSDL2H=../../wsdl/wsdl2h GSOAP=../../src/soapcpp2 -I../.. SOAPH=../../stdsoap2.h SOAPC=../../stdsoap2.c SOAPCPP=../../stdsoap2.cpp SOAPDOMC=../../dom.c SOAPDOMCPP=../../dom.cpp CC=gcc CPP=g++ LIBS= COFLAGS=-O2 CWFLAGS=-Wall CIFLAGS=-I. -I.. -I../.. CMFLAGS= CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: xmas xmas: xmas.cpp envC.o stdsoap2.o gmtProxy.o calccalcProxy.o xmasmashupService.o $(CPP) $(CFLAGS) -o xmas xmas.cpp envC.o stdsoap2.o gmtProxy.o calccalcProxy.o xmasmashupService.o gmtC.cpp calcC.cpp xmasC.cpp stdsoap2.o: $(SOAPH) $(SOAPC) $(CPP) $(CFLAGS) -DWITH_NONAMESPACES -c ../../stdsoap2.cpp envC.o: env.h header.h fault.h $(GSOAP) -CS -penv env.h $(CPP) $(CFLAGS) -c envC.cpp gmtProxy.cpp: gmt.h $(GSOAP) -i -w -C -qgmt gmt.h gmtProxy.o: gmtProxy.cpp $(CPP) $(CFLAGS) -c gmtProxy.cpp calccalcProxy.cpp: calc.h $(GSOAP) -i -w -C -qcalc calc.h cp calcH.h soapH.h calccalcProxy.o: calccalcProxy.cpp $(CPP) $(CFLAGS) -c calccalcProxy.cpp xmasmashupService.cpp: xmas.hpp $(GSOAP) -i -S -qxmas xmas.hpp xmasmashupService.o: xmasmashupService.cpp $(CPP) $(CFLAGS) -c xmasmashupService.cpp xmas.hpp: xmas.wsdl $(WSDL2H) -s -o xmas.hpp xmas.wsdl .PHONY: clean distclean clean: rm -f *.o *H.h *Stub.h *C.cpp *Client.cpp *Server.cpp *ClientLib.cpp *ServerLib.cpp *Proxy.h *Proxy.cpp *Service.h *Service.cpp distclean: rm -f *.o *H.h *Stub.h *C.cpp *Client.cpp *Server.cpp *ClientLib.cpp *ServerLib.cpp *Proxy.h *Proxy.cpp *Service.h *Service.cpp rm -f *.xsd *.xml *.nsmap *.log rm -f xmas gsoap-2.8.28/gsoap/samples/link++/xmas.wsdl0000444000175000017500000000426612653650156020006 0ustar ellertellert gsoap-2.8.28/gsoap/samples/link++/gmt_time_t.h0000644000175000017500000000002112653650156020427 0ustar ellertellertt__gmt(time_t*); gsoap-2.8.28/gsoap/samples/link++/README.txt0000644000175000017500000000443412653650156017640 0ustar ellertellert How to combine multiple clients and servers into one executable? 1. Run wsdl2h once on all WSDLs together. The wsdl2h tool can import multiple WSDL files at once to combine multiple clients and service into one executable. See the samples/mashup and samples/mashup++ examples. 2. Run wsdl2h on each WSDL and use soapcpp2 compiler options. If there is a need to build clients and services from multiple gSOAP header files, then an alternative approach is required demonstrated by the material included in this part of the gSOAP package. The advantages of #1 is that you end up with smaller code, because redundant definitions are eliminated. The advantage of #2 is a more modular setup, thus supporting dynamic linking of separately compiled service modules. However, the build process requires additional steps depending on C or C++. The C++ project build process is simpler, because C++ namespaces can be used to separate the definitions as is shown in the samples/link++ example. The C++ examples in this directory illustrate how multiple clients and services can be compiled and linked into one executable from multiple gSOAP header files. The C++ examples accomplish this by using C++ namespaces (soapcpp2 option -q) to separate the service definitions and type serializers. When linking multiple soapcpp2-generated files, a single file with shared SOAP Header definitions is required. This means that all SOAP Header members must be collected into a single SOAP Header definition. Similar requirements are needed for SOAP Faults (the SOAP_ENV__Detail struct with details to be more precise). So the first step is to generate header and fault handlers: $ soapcpp2 -CS -penv env.h Multiple SOAP_ENV__Header structs can be defined in env.h moved there from the client and service gSOAP header files. All SOAP_ENV__Header members will be combined into a single struct by soapcpp2. Also the struct SOAP_ENV__Detail can be defined this way. Its definition is shared among the clients and services. Then each file.h is compiled with: $ soapcp2 -i -q .h where is a name for a C++ namespace. The -i option generates proxies and server objects, which are declared in this namespace. Compile the xyzProxy.cpp or xyzServer.cpp code and the C.cpp serializers, and envC.cpp. gsoap-2.8.28/gsoap/samples/link++/header.h0000644000175000017500000000120412653650156017533 0ustar ellertellert/* header.h Example SOAP Header definitions, to demonstrate the use of env.h. This file defines the SOAP Header data structure shared by client and service modules Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. */ //gsoap h schema namespace: http://websrv.cs.fsu.edu/~engelen/h.xsd // h:authentication type of SOAP Header element struct h__authentication { @char *userid; // userid XML attribute @char *passwd; // passwd XML attribute }; // add the above to the SOAP Header elements: struct SOAP_ENV__Header { struct h__authentication *h__credentials; // rendered as XML }; gsoap-2.8.28/gsoap/samples/link++/xmas.cpp0000644000175000017500000000604112653650156017612 0ustar ellertellert/* xmas.cpp Example CGI service with multiple C++ proxy linkage To generate non-client-server header and fault handlers: $ soapcpp2 -CS -penv env.h The gmt client proxy in 'gmt' C++ namespace: $ soapcpp2 -i -C -qgmt gmt.h The calc client proxy in 'calc' C++ namespace: $ soapcpp2 -i -C -qcalc calc.h The xmas service in 'xmas' C++ namespace: $ soapcpp2 -i -S -qxmas xmas.hpp cc -o xmas.cgi xmas.cpp stdsoap2.cpp envC.cpp gmtProxy.cpp calccalcProxy.cpp xmasmashupService.cpp gmtC.cpp calcC.cpp xmasC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "envH.h" #include "gmtProxy.h" #include "calccalcProxy.h" #include "xmasmashupService.h" int main() { xmas::mashupService service; return service.serve(); } /******************************************************************************\ * * Server operation * \******************************************************************************/ int xmas::mashupService::dtx(_XML x, struct _ns2__commingtotown *response) { gmt::Proxy Time("http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi"); time_t now; if (Time.gmt(&now)) return soap_receiverfault("Cannot connect to GMT server", NULL); struct tm tm; tm.tm_sec = 0; tm.tm_min = 0; tm.tm_hour = 0; tm.tm_mday = 25; tm.tm_mon = 11; tm.tm_year = gmtime(&now)->tm_year; /* this year */ tm.tm_isdst = 0; tm.tm_zone = NULL; time_t xmas = soap_timegm(&tm); if (xmas < now) { tm.tm_year++; /* xmas just passed, go to next year */ xmas = soap_timegm(&tm); } double sec = difftime(xmas, now); calc::calcProxy Calc; double days; if (Calc.div(sec, 86400.0, &days)) return soap_receiverfault("Cannot connect to calc server", NULL); response->days = (int)days; return SOAP_OK; } gsoap-2.8.28/gsoap/samples/link++/xmas.hpp0000644000175000017500000001575612653650156017634 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* xmas.hpp Generated by wsdl2h 1.2.9l from xmas.wsdl and typemap.dat 2007-12-31 01:37:25 GMT Copyright (C) 2001-2007 Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /* NOTE: - Compile this file with soapcpp2 to complete the code generation process. - Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control schema namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) to browse this file. - Use wsdl2h option -l to view the software license terms. DO NOT include this file directly into your project. Include only the soapcpp2-generated headers and source code files. */ //gsoapopt w /******************************************************************************\ * * * http://www.genivia.com/mashup.wsdl * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://www.genivia.com/mashup.wsdl" ns2 = "urn:daystoxmas" */ //gsoap ns2 schema namespace: urn:daystoxmas //gsoap ns2 schema form: qualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Element "urn:daystoxmas":daystoxmas. /// Note: use wsdl2h option -g to generate this global element declaration. // Forward declaration of class _ns2__commingtotown. class _ns2__commingtotown; /// Element "urn:daystoxmas":commingtotown of complexType. /// "urn:daystoxmas":commingtotown is a complexType. class _ns2__commingtotown { public: /// Element days of type xs:int. int days 1; ///< Required element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns1 service name: mashup //gsoap ns1 service type: PortType //gsoap ns1 service port: http://www.cs.fsu.edu/~engelen/mashup.cgi //gsoap ns1 service namespace: http://www.genivia.com/mashup.wsdl //gsoap ns1 service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage Service Definitions @section Service_bindings Bindings - @ref mashup */ /** @page mashup Binding "mashup" @section mashup_operations Operations of Binding "mashup" - @ref __ns1__dtx @section mashup_ports Endpoints of Binding "mashup" - http://www.cs.fsu.edu/~engelen/mashup.cgi Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * mashup * * * \******************************************************************************/ /******************************************************************************\ * * * __ns1__dtx * * * \******************************************************************************/ /// Operation "__ns1__dtx" of service binding "mashup" /** Operation details: - SOAP document/literal style C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__dtx( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _XML ns2__daystoxmas, // response parameters: _ns2__commingtotown* ns2__commingtotown ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__dtx( struct soap *soap, // request parameters: _XML ns2__daystoxmas, // response parameters: _ns2__commingtotown* ns2__commingtotown ); @endcode C++ proxy class (defined in soapmashupProxy.h): class mashup; Note: use soapcpp2 option '-i' to generate improved proxy and service classes; */ //gsoap ns1 service method-style: dtx document //gsoap ns1 service method-encoding: dtx literal //gsoap ns1 service method-action: dtx "" int __ns1__dtx( _XML ns2__daystoxmas, ///< Request parameter _ns2__commingtotown* ns2__commingtotown ///< Response parameter ); /* End of xmas.hpp */ gsoap-2.8.28/gsoap/samples/link++/calc.h0000644000175000017500000001041012653650156017204 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/link++/fault.h0000644000175000017500000000234612653650156017426 0ustar ellertellert/* fault.h Example SOAP Fault detail definitions, to demonstrate the use of env.h. Defines optional SOAP Fault derail data structures Copyright (C) 2000-2004 Robert A. van Engelen. All Rights Reserved. */ /* Add any data structure you want to serialize as part of the SOAP Fault detail element. The detail element '__type' and 'value' fields should be set to transmit data. The fields are set when data of corresponding types are received. For example, we define an of name with a string vector (note the leading _ in the following declaration): class _f__myData { public: std::vector *data; }; To return a fault from your service application: soap_sender_fault(soap, "An error occurred", NULL)); // set soap fault soap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); soap->fault->detail->__type = SOAP_TYPE__f__myData; soap->fault->detail->value = soap_new__f__myData(soap, -1); return SOAP_FAULT; In addition, you can modify the SOAP_ENV__Detail struct and add your own set of fields, as in: struct SOAP_ENV__Detail { struct f__myDataType f__myData; int __type; void *value; char *__any; // or use '_XML __any' to store literal XML content }; */ gsoap-2.8.28/gsoap/samples/wcf/0000755000175000017500000000000012653650156015631 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/WS/0000755000175000017500000000000012653650156016162 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/0000755000175000017500000000000012653650156017707 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/netrm.xsd0000644000175000017500000000223512653650156021556 0ustar ellertellert gsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/calculator.h0000644000175000017500000011726512653650156022225 0ustar ellertellert/* calculator.h Generated by wsdl2h 2.8.9 from calculator.wsdl and typemap.dat 2012-08-18 17:13:16 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2001-2012 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calculator.h to generate the SOAP/XML processing logic. Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 option -i to generate improved proxy and server classes. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h options -nname and -Nname to globally rename the prefix 'ns'. - Use wsdl2h option -d to enable DOM support for xsd:anyType. - Use wsdl2h option -g to auto-generate readers and writers for root elements. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS. USE THE SOURCE CODE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT BUILDS: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: 1) GPL or 2) Genivia's license for commercial use. -------------------------------------------------------------------------------- 1) GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- 2) A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt w /******************************************************************************\ * * * Definitions * * http://tempuri.org/ * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ // STL vector containers (use option -s to remove STL dependency) #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ // This service supports SOAP 1.2 namespaces: #import "soap12.h" /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: tempuri = "http://tempuri.org/" mssadhi = "http://Microsoft.Samples.DualHttp/Imports" mssadh = "http://Microsoft.Samples.DualHttp" */ #define SOAP_NAMESPACE_OF_mssadhi "http://Microsoft.Samples.DualHttp/Imports" //gsoap mssadhi schema namespace: http://Microsoft.Samples.DualHttp/Imports //gsoap mssadhi schema form: unqualified #define SOAP_NAMESPACE_OF_mssadh "http://Microsoft.Samples.DualHttp" //gsoap mssadh schema namespace: http://Microsoft.Samples.DualHttp //gsoap mssadh schema elementForm: qualified //gsoap mssadh schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Forward Declarations * * * \******************************************************************************/ // Forward declaration of class _mssadh__Clear. class _mssadh__Clear; // Forward declaration of class _mssadh__AddTo. class _mssadh__AddTo; // Forward declaration of class _mssadh__SubtractFrom. class _mssadh__SubtractFrom; // Forward declaration of class _mssadh__MultiplyBy. class _mssadh__MultiplyBy; // Forward declaration of class _mssadh__DivideBy. class _mssadh__DivideBy; // Forward declaration of class _mssadh__Result. class _mssadh__Result; // Forward declaration of class _mssadh__Equation. class _mssadh__Equation; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.DualHttp/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.DualHttp * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.DualHttp/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.DualHttp * * * \******************************************************************************/ /// Top-level root element "http://Microsoft.Samples.DualHttp":Clear /// "http://Microsoft.Samples.DualHttp":Clear is a complexType. class _mssadh__Clear { public: /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":AddTo /// "http://Microsoft.Samples.DualHttp":AddTo is a complexType. class _mssadh__AddTo { public: /// Element n of type xs:double. double* n 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":SubtractFrom /// "http://Microsoft.Samples.DualHttp":SubtractFrom is a complexType. class _mssadh__SubtractFrom { public: /// Element n of type xs:double. double* n 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":MultiplyBy /// "http://Microsoft.Samples.DualHttp":MultiplyBy is a complexType. class _mssadh__MultiplyBy { public: /// Element n of type xs:double. double* n 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":DivideBy /// "http://Microsoft.Samples.DualHttp":DivideBy is a complexType. class _mssadh__DivideBy { public: /// Element n of type xs:double. double* n 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":Result /// "http://Microsoft.Samples.DualHttp":Result is a complexType. class _mssadh__Result { public: /// Element result of type xs:double. double* result 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.DualHttp":Equation /// "http://Microsoft.Samples.DualHttp":Equation is a complexType. class _mssadh__Equation { public: /// Element eqn of type xs:string. std::string* eqn 0; ///< Nullable pointer. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.DualHttp/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.DualHttp/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.DualHttp * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.DualHttp * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap tempuri service name: WSDualHttpBinding_USCOREICalculatorDuplex //gsoap tempuri service type: ICalculatorDuplex //gsoap tempuri service port: http://192.168.2.2:8000/ServiceModelSamples/service //gsoap tempuri service namespace: http://tempuri.org/ //gsoap tempuri service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage CalculatorService Definitions @section CalculatorService_bindings Service Bindings - @ref WSDualHttpBinding_USCOREICalculatorDuplex @section CalculatorService_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page WSDualHttpBinding_USCOREICalculatorDuplex Binding "WSDualHttpBinding_USCOREICalculatorDuplex" @section WSDualHttpBinding_USCOREICalculatorDuplex_operations Operations of Binding "WSDualHttpBinding_USCOREICalculatorDuplex" - @ref __tempuri__Clear - @ref __tempuri__AddTo - @ref __tempuri__SubtractFrom - @ref __tempuri__MultiplyBy - @ref __tempuri__DivideBy - @ref __tempuri__Result - @ref __tempuri__Equation @section WSDualHttpBinding_USCOREICalculatorDuplex_ports Endpoints of Binding "WSDualHttpBinding_USCOREICalculatorDuplex" - http://192.168.2.2:8000/ServiceModelSamples/service @section WSDualHttpBinding_USCOREICalculatorDuplex_policy Policy of Binding "WSDualHttpBinding_USCOREICalculatorDuplex" See Section @ref WSDualHttpBinding_USCOREICalculatorDuplex_policy_enablers - WS-Policy applicable to the service endpoint ports: - Exactly one of the following: - All of the following: - WS-Addressing is used - WS-ReliableMessaging is used - Inactivity Timeout = 600000 (ms) - Acknowledgement Interval = 200 (ms) - Other policy requirements: @verbatim @endverbatim - Other policy requirements: @verbatim @endverbatim Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * WSDualHttpBinding_USCOREICalculatorDuplex * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __tempuri__Clear * * * \******************************************************************************/ /// Operation "__tempuri__Clear" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service input message request - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Clear" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/Clear" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__Clear( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssadh__Clear* mssadh__Clear, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Clear( struct soap *soap, // request parameters: _mssadh__Clear* mssadh__Clear, // response parameters: ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Clear document //gsoap tempuri service method-encoding: Clear literal //gsoap tempuri service method-action: Clear http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Clear int __tempuri__Clear( _mssadh__Clear* mssadh__Clear, ///< Request parameter void ///< One-way message: no response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__AddTo * * * \******************************************************************************/ /// Operation "__tempuri__AddTo" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service input message request - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/AddTo" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/AddTo" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__AddTo( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssadh__AddTo* mssadh__AddTo, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__AddTo( struct soap *soap, // request parameters: _mssadh__AddTo* mssadh__AddTo, // response parameters: ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: AddTo document //gsoap tempuri service method-encoding: AddTo literal //gsoap tempuri service method-action: AddTo http://Microsoft.Samples.DualHttp/ICalculatorDuplex/AddTo int __tempuri__AddTo( _mssadh__AddTo* mssadh__AddTo, ///< Request parameter void ///< One-way message: no response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__SubtractFrom * * * \******************************************************************************/ /// Operation "__tempuri__SubtractFrom" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service input message request - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/SubtractFrom" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/SubtractFrom" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__SubtractFrom( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssadh__SubtractFrom* mssadh__SubtractFrom, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__SubtractFrom( struct soap *soap, // request parameters: _mssadh__SubtractFrom* mssadh__SubtractFrom, // response parameters: ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: SubtractFrom document //gsoap tempuri service method-encoding: SubtractFrom literal //gsoap tempuri service method-action: SubtractFrom http://Microsoft.Samples.DualHttp/ICalculatorDuplex/SubtractFrom int __tempuri__SubtractFrom( _mssadh__SubtractFrom* mssadh__SubtractFrom, ///< Request parameter void ///< One-way message: no response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__MultiplyBy * * * \******************************************************************************/ /// Operation "__tempuri__MultiplyBy" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service input message request - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/MultiplyBy" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/MultiplyBy" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__MultiplyBy( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssadh__MultiplyBy* mssadh__MultiplyBy, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__MultiplyBy( struct soap *soap, // request parameters: _mssadh__MultiplyBy* mssadh__MultiplyBy, // response parameters: ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: MultiplyBy document //gsoap tempuri service method-encoding: MultiplyBy literal //gsoap tempuri service method-action: MultiplyBy http://Microsoft.Samples.DualHttp/ICalculatorDuplex/MultiplyBy int __tempuri__MultiplyBy( _mssadh__MultiplyBy* mssadh__MultiplyBy, ///< Request parameter void ///< One-way message: no response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__DivideBy * * * \******************************************************************************/ /// Operation "__tempuri__DivideBy" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service input message request - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/DivideBy" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/DivideBy" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__DivideBy( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssadh__DivideBy* mssadh__DivideBy, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__DivideBy( struct soap *soap, // request parameters: _mssadh__DivideBy* mssadh__DivideBy, // response parameters: ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: DivideBy document //gsoap tempuri service method-encoding: DivideBy literal //gsoap tempuri service method-action: DivideBy http://Microsoft.Samples.DualHttp/ICalculatorDuplex/DivideBy int __tempuri__DivideBy( _mssadh__DivideBy* mssadh__DivideBy, ///< Request parameter void ///< One-way message: no response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Result * * * \******************************************************************************/ /// Operation "__tempuri__Result" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service output response message - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/Result" - Addressing method output action: "http://tempuri.org//ICalculatorDuplex/Result" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__Result( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // parameters: _mssadh__Result* mssadh__Result, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Result( struct soap *soap, // parameters: _mssadh__Result* mssadh__Result, ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Result document //gsoap tempuri service method-encoding: Result literal //gsoap tempuri service method-action: Result http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result int __tempuri__Result( _mssadh__Result* mssadh__Result, ///< Request parameter void ///< One-way message ); /******************************************************************************\ * * * Service Operation * * __tempuri__Equation * * * \******************************************************************************/ /// Operation "__tempuri__Equation" of service binding "WSDualHttpBinding_USCOREICalculatorDuplex" /** Operation details: - One-way service output response message - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Equation" - Addressing method action: "http://tempuri.org//ICalculatorDuplex/Equation" - Addressing method output action: "http://tempuri.org//ICalculatorDuplex/Equation" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_send___tempuri__Equation( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // parameters: _mssadh__Equation* mssadh__Equation, ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Equation( struct soap *soap, // parameters: _mssadh__Equation* mssadh__Equation, ); @endcode C++ proxy class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapWSDualHttpBinding_USCOREICalculatorDuplexService.h): @code class WSDualHttpBinding_USCOREICalculatorDuplexService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Equation document //gsoap tempuri service method-encoding: Equation literal //gsoap tempuri service method-action: Equation http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Equation int __tempuri__Equation( _mssadh__Equation* mssadh__Equation, ///< Request parameter void ///< One-way message ); /** @page WSDualHttpBinding_USCOREICalculatorDuplex Binding "WSDualHttpBinding_USCOREICalculatorDuplex" @section WSDualHttpBinding_USCOREICalculatorDuplex_policy_enablers Policy Enablers of Binding "WSDualHttpBinding_USCOREICalculatorDuplex" Based on policies, this service imports wsa5.h wsrm5.h - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.0: @code #import "wsrm5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ #import "wsa5.h" #import "wsrm5.h" /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section mssadhi Top-level root elements of schema "http://Microsoft.Samples.DualHttp/Imports" @section mssadh Top-level root elements of schema "http://Microsoft.Samples.DualHttp" - @ref _mssadh__Clear @code // Reader (returns SOAP_OK on success): soap_read__mssadh__Clear(struct soap*, _mssadh__Clear*); // Writer (returns SOAP_OK on success): soap_write__mssadh__Clear(struct soap*, _mssadh__Clear*); @endcode - @ref _mssadh__AddTo @code // Reader (returns SOAP_OK on success): soap_read__mssadh__AddTo(struct soap*, _mssadh__AddTo*); // Writer (returns SOAP_OK on success): soap_write__mssadh__AddTo(struct soap*, _mssadh__AddTo*); @endcode - @ref _mssadh__SubtractFrom @code // Reader (returns SOAP_OK on success): soap_read__mssadh__SubtractFrom(struct soap*, _mssadh__SubtractFrom*); // Writer (returns SOAP_OK on success): soap_write__mssadh__SubtractFrom(struct soap*, _mssadh__SubtractFrom*); @endcode - @ref _mssadh__MultiplyBy @code // Reader (returns SOAP_OK on success): soap_read__mssadh__MultiplyBy(struct soap*, _mssadh__MultiplyBy*); // Writer (returns SOAP_OK on success): soap_write__mssadh__MultiplyBy(struct soap*, _mssadh__MultiplyBy*); @endcode - @ref _mssadh__DivideBy @code // Reader (returns SOAP_OK on success): soap_read__mssadh__DivideBy(struct soap*, _mssadh__DivideBy*); // Writer (returns SOAP_OK on success): soap_write__mssadh__DivideBy(struct soap*, _mssadh__DivideBy*); @endcode - @ref _mssadh__Result @code // Reader (returns SOAP_OK on success): soap_read__mssadh__Result(struct soap*, _mssadh__Result*); // Writer (returns SOAP_OK on success): soap_write__mssadh__Result(struct soap*, _mssadh__Result*); @endcode - @ref _mssadh__Equation @code // Reader (returns SOAP_OK on success): soap_read__mssadh__Equation(struct soap*, _mssadh__Equation*); // Writer (returns SOAP_OK on success): soap_write__mssadh__Equation(struct soap*, _mssadh__Equation*); @endcode */ /* End of calculator.h */ gsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/Doxyfile0000644000175000017500000002271312653650156021422 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WCF WS Dual Http" PROJECT_NUMBER = "" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = YES STRIP_FROM_PATH = /Applications/ STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = calculator.h calculator.cpp FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = YES INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = HTML_FOOTER = HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/Makefile0000644000175000017500000000334312653650156021352 0ustar ellertellertURL=http://192.168.2.2:8000/ServiceModelSamples/service WSDL=../../../../wsdl/wsdl2h GSOAP=../../../../src/soapcpp2 SOAPH=../../../../stdsoap2.h SOAPC=../../../../stdsoap2.c SOAPCPP=../../../../stdsoap2.cpp SOAPDOMC=../../../../dom.c SOAPDOMCPP=../../../../dom.cpp TYPEMAP=../../../../typemap.dat CC=gcc -x c CPP=g++ -x c++ LIBS=-lssl -lcrypto GSFLAGS=-L -I../../../../import -I../../../.. COFLAGS=-O2 CWFLAGS=-Wall -Wno-deprecated-declarations CIFLAGS=-I. -I../../../.. -I../../../../plugin CMFLAGS=-DCB_THREAD -DWITH_WCF -DWITH_DOM -DWITH_OPENSSL CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: calculator calculator: calculator.h calculator.cpp $(SOAPH) $(SOAPC) wsrxClient.cpp $(GSOAP) $(GSFLAGS) -a -j calculator.h $(CPP) $(CFLAGS) -o calculator calculator.cpp soapC.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexService.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.cpp wsrxClient.cpp wsrxServer.cpp ../../../../plugin/wsrmapi.c ../../../../plugin/wsaapi.c ../../../../custom/duration.c $(SOAPDOMCPP) $(SOAPCPP) $(LIBS) wsrxClient.cpp wsrxServer.cpp: $(GSOAP) $(GSFLAGS) -A -pwsrx ../../../../import/wsrm5.h %.cer: %.pem openssl x509 -in $< -outform der -out $@ calculator.h: $(WSDL) -t $(TYPEMAP) -o calculator.h $(URL)?wsdl .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* rm -f *.o wsrxH.h wsrxStub.h wsrxC.* wsrxClient.* wsrxServer.* wsrxwsrmObject.h wsrxwsrmProxy.h distclean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* rm -f *.o wsrxH.h wsrxStub.h wsrxC.* wsrxClient.* wsrxServer.* wsrxwsrmObject.h wsrxwsrmProxy.h rm -f *.xml *.nsmap *.log rm -f calculator gsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/calculator.cpp0000644000175000017500000006051212653650156022550 0ustar ellertellert/* calculator.cpp WCF wsDualHttpBinding demo See the README.txt gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* To build with C++ service objects (proxies, services, and callback service objects), run soapcpp2 twice, first for the WS-RM logic and then for the app logic: $ soapcpp2 -L -I../../../../import -I../../../.. -A -pwsrx ../../../../import/wsrm5.h $ soapcpp2 -L -I../../../../import -I../../../.. -a -j calculator.h then compile: $ c++ -o calculator calculator.cpp soapC.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexService.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.cpp wsrxClient.cpp wsrxServer.cpp ../../../../plugin/wsrmapi.c ../../../../plugin/wsaapi.c ../../../../custom/duration.c ../../../../dom.cpp ../../../../stdsoap2.cpp Run service on port 8000: $ ./calculator 8000 Run client: $ ./calculator Note: Set serverURI to "http://localhost:8000" and clientURI to "http://localhost:8001" in the code below to run the client and server on the same host. See README.txt for custimizations and instructions for WCF. When comppiled with -DCB_THREAD, the client will start a callback server to accept incoming messages instead of using a polling method. */ #include "soapWSDualHttpBinding_USCOREICalculatorDuplexService.h" #include "soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.h" #include "WSDualHttpBinding_USCOREICalculatorDuplex.nsmap" // Set to the service URI: const char *serverURI = "http://localhost:8000"; // const char *serverURI = "http://192.168.2.2:8000/ServiceModelSamples/service"; // Set to the client callback URI and port: const char *clientURI = "http://localhost:8001"; // const char *clientURI = "http://10.0.1.3:8001"; int clientPort = 8001; #include #include "wsrmapi.h" #ifdef CB_THREAD void *callback_server(void*); void *callback_thread(void *ctx); #define CB_WAIT (1) /* threaded callback service operation may block for up to 1s with NoDiscard */ #else #define CB_WAIT (0) /* callback polling service operations should not block with NoDiscard */ #endif class Service : public WSDualHttpBinding_USCOREICalculatorDuplexService { private: double result; std::stringstream equation; WSDualHttpBinding_USCOREICalculatorDuplexProxy callback; public: Service() { soap_set_mode(soap, SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); soap->send_timeout = soap->recv_timeout = 10; // 10 sec soap_set_mode(callback.soap, SOAP_XML_INDENT); soap_register_plugin(callback.soap, soap_wsa); soap_register_plugin(callback.soap, soap_wsrm); callback.soap->send_timeout = callback.soap->recv_timeout = 10; // 10 sec result = 0.0; equation.str(""); equation << 0.0; } ~Service() { destroy(); callback.destroy(); } int start(int port); int Clear(_mssadh__Clear*); int AddTo(_mssadh__AddTo*); int SubtractFrom(_mssadh__SubtractFrom*); int MultiplyBy(_mssadh__MultiplyBy*); int DivideBy(_mssadh__DivideBy*); }; class Client : public WSDualHttpBinding_USCOREICalculatorDuplexProxy { private: WSDualHttpBinding_USCOREICalculatorDuplexService callback; public: #ifdef CB_THREAD THREAD_TYPE tid; // callback service thread #endif Client(const char *serverURI) { soap_set_mode(soap, SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); soap_endpoint = serverURI; soap->send_timeout = soap->recv_timeout = 10; // 10 sec soap_set_mode(callback.soap, SOAP_XML_INDENT); soap_register_plugin(callback.soap, soap_wsa); soap_register_plugin(callback.soap, soap_wsrm); callback.soap->send_timeout = callback.soap->recv_timeout = 10; // 10 sec callback.soap->bind_flags = SO_REUSEADDR; // allow immediate bind if (!soap_valid_socket(callback.bind(NULL, clientPort, 100))) { callback.soap_stream_fault(std::cerr); exit(1); } #ifdef CB_THREAD THREAD_CREATE(&tid, (void*(*)(void*))callback_server, (void*)&callback); #endif } ~Client() { destroy(); #ifdef CB_THREAD THREAD_JOIN(tid); #endif callback.destroy(); } int run(); int poll(int timeout); }; int main(int argc, char **argv) { // Command line argument? If yes, then run the service on a port if (argc >= 2) { int port = atoi(argv[1]); Service service; service.start(port); } else { Client client(serverURI); client.run(); } } int Client::run() { // Create a reliable messaging sequence handle for client-initiated session soap_wsrm_sequence_handle seq; xsd__duration expires = 30000; /* 30000 ms = 30 seconds to expire */ const char *id = soap_wsa_rand_uuid(soap); double n; int retry; printf("\n**** Creating the Sequence\n"); // Create session for in-order messaging, init sequence handle if (soap_wsrm_create_offer(soap, serverURI, clientURI, id, expires, NoDiscard, soap_wsa_rand_uuid(soap), &seq)) { soap_stream_fault(std::cerr); soap_wsrm_seq_free(soap, seq); return soap->error; } // poll 100 times for .1 second until created for (retry = 100; retry && !soap_wsrm_seq_created(soap, seq); retry--) { if (poll(-100000)) return soap->error; } if (!retry) { fprintf(stderr, "CANNOT CREATE SEQUENCE - SERVER NOT RESPONDING\n"); exit(1); } // Reliable messaging request message if (soap_wsrm_request_acks(soap, seq, soap_wsa_rand_uuid(soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/AddTo")) { soap_stream_fault(std::cerr); return soap->error; } n = 3.14; _mssadh__AddTo addTo; addTo.n = &n; if (AddTo(&addTo) == SOAP_OK) std::cout << std::endl << "**** AddTo(" << *addTo.n << ")" << std::endl; else soap_stream_fault(std::cerr); destroy(); #ifndef CB_THREAD // callback polling: 500 ms polling cycle if (poll(-500000)) return soap->error; #endif // Reliable messaging request message if (soap_wsrm_request_acks(soap, seq, soap_wsa_rand_uuid(soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/SubtractFrom")) { soap_stream_fault(std::cerr); return soap->error; } n = 1.41; _mssadh__SubtractFrom subtractFrom; subtractFrom.n = &n; if (SubtractFrom(&subtractFrom) == SOAP_OK) std::cout << std::endl << "**** SubtractFrom(" << *subtractFrom.n << ")" << std::endl; else soap_stream_fault(std::cerr); destroy(); #ifndef CB_THREAD // callback polling: 500 ms polling cycle if (poll(-500000)) return soap->error; #endif // Reliable messaging request message if (soap_wsrm_request_acks(soap, seq, soap_wsa_rand_uuid(soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Clear")) { soap_stream_fault(std::cerr); return soap->error; } _mssadh__Clear clear; if (Clear(&clear) == SOAP_OK) std::cout << std::endl << "**** Clear()" << std::endl; else soap_stream_fault(std::cerr); destroy(); #ifndef CB_THREAD // callback polling: 500 ms polling cycle if (poll(-500000)) return soap->error; #endif printf("\n**** Closing the Sequence\n"); if (soap_wsrm_close(soap, seq, soap_wsa_rand_uuid(soap))) { soap_stream_fault(std::cerr); soap_wsrm_seq_free(soap, seq); return soap->error; } for (retry = 30; retry; retry--) { // Receive more messages when last not yet received if (soap_wsrm_lastnum(seq) == 0) { #ifdef CB_THREAD // we want to pulse here to send acks for incoming messages to keep flow going soap_wsrm_pulse(soap, -500000); /* 500 ms */ #endif printf("\n**** Receiving Messages Until Last\n"); // callback polling or delay: 500 ms polling cycle if (poll(-500000)) return soap->error; } // Resend messages marked as non-acked (as an option) if (soap_wsrm_nack(seq)) { printf("\n**** Resending "SOAP_ULONG_FORMAT" Non-Acked Messages\n", soap_wsrm_nack(seq)); soap_wsrm_resend(soap, seq, 0, 0); /* 0 0 means full range of msg nums */ } } if (soap_wsrm_nack(seq) || soap_wsrm_lastnum(seq) == 0) { printf("\n**** Incomplete Sequence\n"); soap_wsrm_dump(soap, stdout); } printf("\n**** Terminating the Sequence\n"); // Termination fails if the server did not get all messages if (soap_wsrm_terminate(soap, seq, soap_wsa_rand_uuid(soap))) { soap_stream_fault(std::cerr); soap_wsrm_seq_free(soap, seq); return soap->error; } #ifdef CB_THREAD soap_wsrm_dump(soap, stdout); printf("\n**** Waiting for Callback Server to Terminate\n"); #endif // callback polling: 1 s polling cycle if (poll(1)) return soap->error; // Delete the reliable messaging session sequence (assuming no more inbound messages) soap_wsrm_seq_free(soap, seq); return 0; } /******************************************************************************\ * * Client-side callback polling * \******************************************************************************/ int Client::poll(int timeout) { #ifdef CB_THREAD // We leave the acceptance of messages to the callback server thread if (timeout < 0) timeout = 1; sleep(timeout); // but we want to wait some until these messages arrive #else callback.soap->accept_timeout = timeout; printf("\n**** Callback Polling\n"); while (soap_valid_socket(callback.accept())) { /* chain the WSRM operations after callback operations */ if (soap_begin_serve(callback.soap) == SOAP_OK) if (callback.dispatch() == SOAP_NO_METHOD) soap_serve_request(callback.soap); if (callback.soap->error) soap_send_fault(callback.soap); soap->error = callback.soap->error; callback.destroy(); if (soap->error && soap->error != SOAP_STOP) { soap_stream_fault(std::cerr); return soap->error; } soap_wsrm_dump(callback.soap, stdout); } #endif return SOAP_OK; } /******************************************************************************\ * * Optional Client-Side Threaded Callback Server * \******************************************************************************/ #ifdef CB_THREAD void *callback_server(void *ctx) { WSDualHttpBinding_USCOREICalculatorDuplexService *callback = (WSDualHttpBinding_USCOREICalculatorDuplexService*)ctx; THREAD_TYPE tid; callback->soap->accept_timeout = 30; /* server quits after 30 seconds of inactivity */ printf("\n**** Callback Server Running\n"); while (soap_valid_socket(callback->accept())) THREAD_CREATE(&tid, (void*(*)(void*))callback_thread, (void*)callback->copy()); printf("\n**** Callback Server Terminated\n"); return NULL; } void *callback_thread(void *ctx) { WSDualHttpBinding_USCOREICalculatorDuplexService *callback = (WSDualHttpBinding_USCOREICalculatorDuplexService*)ctx; THREAD_DETACH(THREAD_ID); /* chain the WSRM operations after callback operations */ if (soap_begin_serve(callback->soap) == SOAP_OK) if (callback->dispatch() == SOAP_NO_METHOD) soap_serve_request(callback->soap); if (callback->soap->error) soap_send_fault(callback->soap); if (callback->soap->error != SOAP_STOP && callback->soap->error != SOAP_EOF) callback->soap_stream_fault(std::cerr); else if (callback->soap->error != SOAP_EOF || callback->soap->errnum) soap_wsrm_dump(callback->soap, stdout); callback->destroy(); delete callback; return NULL; } #endif /******************************************************************************\ * * Client-side callback operations via callback polling service * \******************************************************************************/ int WSDualHttpBinding_USCOREICalculatorDuplexService::Result(_mssadh__Result *req) { /* check for WS-RM/WSA, send empty response (this is a one-way operation over HTTP) */ if (soap_wsrm_check_send_empty_response_and_wait(soap, CB_WAIT)) return soap->error; if (req->result) std::cout << std::endl << "**** Result(" << *req->result << ")" << std::endl; return SOAP_OK; } int WSDualHttpBinding_USCOREICalculatorDuplexService::Equation(_mssadh__Equation *req) { /* check for WS-RM/WSA, send empty response (this is a one-way operation over HTTP) */ if (soap_wsrm_check_send_empty_response_and_wait(soap, CB_WAIT)) return soap->error; if (req->eqn) std::cout << std::endl << "**** Equation(" << *req->eqn << ")" << std::endl; return SOAP_OK; } /******************************************************************************\ * * Service operations * \******************************************************************************/ int Service::start(int port) { if (!soap_valid_socket(bind(NULL, port, 100))) { soap_stream_fault(std::cerr); exit(1); } std::cerr << "Server Running" << std::endl; /* optional: set accept timeout to pulse acks every 500 ms, see below */ soap->accept_timeout = -500000; for (;;) { if (soap_valid_socket(accept())) { /* with iterative servers asynchronous messaging deadlock scenarios exist! */ /* chain the WSRM service operations after the main service operations */ if (soap_begin_serve(soap) == SOAP_OK) if (dispatch() == SOAP_NO_METHOD) soap_serve_request(soap); if (soap->error) soap_send_fault(soap); if (soap->error && soap->error != SOAP_STOP) soap_stream_fault(std::cerr); destroy(); callback.destroy(); soap_wsrm_dump(soap, stdout); } else { /* error or timeout? */ if (soap->errnum) { soap_stream_fault(std::cerr); exit(1); } /* timeout occurs after 1 sec */ /* send acks to peers (optional), 10 ms per message timeout */ soap_wsrm_pulse(soap, -10000); /* 10 ms */ } } return SOAP_OK; } int Service::Clear(_mssadh__Clear *req) { /* check for WS-RM/WSA, send empty response (this is a one-way operation over HTTP) */ if (soap_wsrm_check_send_empty_response(soap)) return soap->error; /* get the handle to the current sequence of the inbound message */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); /* TODO: send acknowledgement(s) immediately? */ /* soap_wsrm_acknowledgement(soap, seq, NULL); */ if (soap_wsrm_request_acks(callback.soap, seq, soap_wsa_rand_uuid(callback.soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Equation")) { callback.soap_stream_fault(std::cerr); soap_wsrm_seq_release(soap, seq); return callback.soap->error; } callback.soap_endpoint = soap_wsrm_to(seq); soap_wsrm_seq_release(soap, seq); equation << " = " << result; if (callback.soap_endpoint) { _mssadh__Equation eqn; std::string s = equation.str(); eqn.eqn = &s; if (callback.Equation(&eqn) == SOAP_OK) std::cout << "Equation(" << s << ")" << std::endl; else callback.soap_stream_fault(std::cerr); } callback.destroy(); result = 0.0; equation.str(""); equation << 0.0; return SOAP_OK; } int Service::AddTo(_mssadh__AddTo *req) { /* check for WS-RM/WSA */ if (soap_wsrm_check(soap)) return soap->error; if (req && req->n) { result += *req->n; equation << " + " << *req->n; } else return soap_wsrm_sender_fault(soap, "Invalid data in AddTo", NULL); /* this is a one-way operation over HTTP, so we're done with client */ soap_send_empty_response(soap, 202); /* get the handle to the current sequence of the inbound message */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); /* TODO: send acknowledgement(s) immediately? */ /* soap_wsrm_acknowledgement(soap, seq, NULL); */ if (soap_wsrm_request_acks(callback.soap, seq, soap_wsa_rand_uuid(callback.soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result")) { callback.soap_stream_fault(std::cerr); soap_wsrm_seq_release(soap, seq); return callback.soap->error; } callback.soap_endpoint = soap_wsrm_to(seq); soap_wsrm_seq_release(soap, seq); if (callback.soap_endpoint) { _mssadh__Result res; res.result = &result; if (callback.Result(&res) == SOAP_OK) std::cout << "Result(" << result << ")" << std::endl; else callback.soap_stream_fault(std::cerr); } callback.destroy(); return SOAP_OK; } int Service::SubtractFrom(_mssadh__SubtractFrom *req) { /* check for WS-RM/WSA */ if (soap_wsrm_check(soap)) return soap->error; if (req && req->n) { result -= *req->n; equation << " - " << *req->n; } else return soap_wsrm_sender_fault(soap, "Invalid data in SubtractFrom", NULL); /* this is a one-way operation over HTTP, so we're done with client */ soap_send_empty_response(soap, 202); /* get the handle to the current sequence of the inbound message */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); /* TODO: send acknowledgement(s) immediately? */ /* soap_wsrm_acknowledgement(soap, seq, NULL); */ if (soap_wsrm_request_acks(callback.soap, seq, soap_wsa_rand_uuid(callback.soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result")) { callback.soap_stream_fault(std::cerr); soap_wsrm_seq_release(soap, seq); return callback.soap->error; } callback.soap_endpoint = soap_wsrm_to(seq); soap_wsrm_seq_release(soap, seq); if (callback.soap_endpoint) { _mssadh__Result res; res.result = &result; if (callback.Result(&res) == SOAP_OK) std::cout << "Result(" << result << ")" << std::endl; else callback.soap_stream_fault(std::cerr); } callback.destroy(); return SOAP_OK; } int Service::MultiplyBy(_mssadh__MultiplyBy *req) { /* check for WS-RM/WSA */ if (soap_wsrm_check(soap)) return soap->error; if (req && req->n) { result *= *req->n; equation << " * " << *req->n; } else return soap_wsrm_sender_fault(soap, "Invalid data in MultiplyBy", NULL); /* this is a one-way operation over HTTP, so we're done with client */ soap_send_empty_response(soap, 202); /* get the handle to the current sequence of the inbound message */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); /* TODO: send acknowledgement(s) immediately? */ /* soap_wsrm_acknowledgement(soap, seq, NULL); */ if (soap_wsrm_request_acks(callback.soap, seq, soap_wsa_rand_uuid(callback.soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result")) { callback.soap_stream_fault(std::cerr); soap_wsrm_seq_release(soap, seq); return callback.soap->error; } callback.soap_endpoint = soap_wsrm_to(seq); soap_wsrm_seq_release(soap, seq); if (callback.soap_endpoint) { _mssadh__Result res; res.result = &result; if (callback.Result(&res) == SOAP_OK) std::cout << "Result(" << result << ")" << std::endl; else callback.soap_stream_fault(std::cerr); } callback.destroy(); return SOAP_OK; } int Service::DivideBy(_mssadh__DivideBy *req) { /* check for WS-RM/WSA */ if (soap_wsrm_check(soap)) return soap->error; if (req && req->n) { result /= *req->n; equation << " / " << *req->n; } else return soap_wsrm_sender_fault(soap, "Invalid data in DivideBy", NULL); /* this is a one-way operation over HTTP, so we're done with client */ soap_send_empty_response(soap, 202); /* get the handle to the current sequence of the inbound message */ soap_wsrm_sequence_handle seq = soap_wsrm_seq(soap); /* TODO: send acknowledgement(s) immediately? */ /* soap_wsrm_acknowledgement(soap, seq, NULL); */ if (soap_wsrm_request_acks(callback.soap, seq, soap_wsa_rand_uuid(callback.soap), "http://Microsoft.Samples.DualHttp/ICalculatorDuplex/Result")) { callback.soap_stream_fault(std::cerr); soap_wsrm_seq_release(soap, seq); return callback.soap->error; } callback.soap_endpoint = soap_wsrm_to(seq); soap_wsrm_seq_release(soap, seq); if (callback.soap_endpoint) { _mssadh__Result res; res.result = &result; if (callback.send_Result(&res) == SOAP_OK) std::cout << "Result(" << result << ")" << std::endl; else callback.soap_stream_fault(std::cerr); } callback.destroy(); return SOAP_OK; } /******************************************************************************\ * * Catch and Report the SOAP Faults Sent by Peer * \******************************************************************************/ int SOAP_ENV__Fault(struct soap *soap, _QName faultcode, // SOAP 1.1 char *faultstring, // SOAP 1.1 char *faultactor, // SOAP 1.1 struct SOAP_ENV__Detail *detail, // SOAP 1.1 struct SOAP_ENV__Code *Code, // SOAP 1.2 struct SOAP_ENV__Reason *Reason, // SOAP 1.2 char *Node, // SOAP 1.2 char *Role, // SOAP 1.2 struct SOAP_ENV__Detail *Detail // SOAP 1.2 ) { soap_send_empty_response(soap, 202); printf("\n**** Fault Received ****\n"); if (faultstring) printf("reason: %s\n", faultstring); else if (Reason && Reason->SOAP_ENV__Text) printf("reason: %s\n", Reason->SOAP_ENV__Text); if (!detail) detail = Detail; if (detail && detail->__type == SOAP_TYPE__wsrm__Identifier) { /* the sequence id is in the Fault Detail __type and fault members */ char *id = (char*)detail->fault; printf("id: %s\n", id); /* we opt to treat all faults fatal, so let's terminate the sequence */ soap_wsrm_sequence_handle seq = soap_wsrm_seq_lookup_id(soap, id); if (seq) { soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); soap_wsrm_seq_release(soap, seq); return soap->error; } } return SOAP_OK; } /******************************************************************************\ * * Base Service operations (inactive) * \******************************************************************************/ /* These service methods are defined to avoid vtable linking errors. A more elegant alternative is to compile all code with #define SOAP_PURE_VIRTUAL = NULL which makes all base service operations pure virtual (abstract) */ int WSDualHttpBinding_USCOREICalculatorDuplexService::Clear(_mssadh__Clear *req) { return SOAP_NO_METHOD; } int WSDualHttpBinding_USCOREICalculatorDuplexService::AddTo(_mssadh__AddTo *req) { return SOAP_NO_METHOD; } int WSDualHttpBinding_USCOREICalculatorDuplexService::SubtractFrom(_mssadh__SubtractFrom *req) { return SOAP_NO_METHOD; } int WSDualHttpBinding_USCOREICalculatorDuplexService::MultiplyBy(_mssadh__MultiplyBy *req) { return SOAP_NO_METHOD; } int WSDualHttpBinding_USCOREICalculatorDuplexService::DivideBy(_mssadh__DivideBy *req) { return SOAP_NO_METHOD; } gsoap-2.8.28/gsoap/samples/wcf/WS/DualHttp/README.txt0000644000175000017500000001234712653650156021414 0ustar ellertellertINSTRUCTIONS Install the WCF samples: Windows Communication Foundation (WCF) and Windows Workflow Foundation (WF) Samples for .NET Framework 4. You should have: C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp\CS Open the WS DualHttp WCF C# example client and service project in Visual Studio. Modify the configuration and source code as described below. Notes: C:> denotes the Windows command line $ denotes the Unix/Linux command line A pre-generated calculator.h gSOAP example file is included, which was generated by wsdl2h -b from the WCF's calculator service WSDL file. Use wsdl2h option -b (option /b with wsdl2h.exe) to enable duplex WS-RM and generate additional bi-directional one-way operations that are required for asynchronous request-response operations by client-side callback services (duplex mode). To enable gSOAP to use WS-ReliableMessaging 1.0 (2005) for wsDualHttp interop, we added the following line to calculator.h, which is processed by soapcpp2: #import "wsrm5.h" Note that "wsrm.h" defines WS-ReliableMessaging 1.1, but WCF supports the older 2005 version 1.0. See doc/wsrm on WS-RM plugin usage. The Makefile builds the WS-RM logic and then the app logic with soapcpp2: $ soapcpp2 -L -I../../../../import -I../../../.. -A -pwsrx ../../../../import/wsrm5.h $ soapcpp2 -L -I../../../../import -I../../../.. -a -j calculator.h $ cc -o calculator -DCB_THREAD -DWITH_WCF -DWITH_OPENSSL calculator.cpp soapC.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexService.cpp soapWSDualHttpBinding_USCOREICalculatorDuplexProxy.cpp wsrxClient.cpp wsrxServer.cpp ../../../../plugin/wsrmapi.c ../../../../plugin/wsaapi.c ../../../../custom/duration.c ../../../../dom.cpp ../../../../stdsoap2.cpp The -DWITH_WCF def ensures WS-RM plugin compatibility with WCF. To enable the gSOAP client-side threaded callback server, use -DCB_THREAD. Debugging is enabled with -DDEBUG or -DDEBUG_STAMP to timestamp the logs. To connect a WCF client to a gSOAP service ------------------------------------------ In App.config set the endpoint to the server endpoint, say "10.0.1.5" over wifi, with Message Security disabled, and clientBase (for callback calls) to the current machine, say 192.168.2.2: Edit calculator.cpp to change the URIs: Compile and run the gSOAP server on port 8000 on machine "10.0.1.5": $ ./calculator 8000 Compile and run the WCF client: C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp\CS\client> bin\client.exe The gSOAP server in this example is an iterative server. Therefore, SOAP_IO_KEEPALIVE is not recommended since this leads to messages being blocked on the server port. To self-host a WCF service -------------------------- Obtain the machine name or IP C:> ipconfig /all say it is 192.168.2.2. Add a Main() to self-host by adding a Program class in the WCF sample C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp\CS\service using System; using System.ServiceModel; using System.Configuration; using System.ServiceModel.Description; namespace ... { ... public class Program { public static void Main() { Uri httpUrl = new Uri("http://192.168.2.2:8000/ServiceModelSamples/service"); using (ServiceHost serviceHost = new ServiceHost(typeof(CalculatorService), httpUrl)) { WSDualHttpBinding dhb = new WSDualHttpBinding(); dhb.Security.Mode = WSDualHttpSecurityMode.None; serviceHost.AddServiceEndpoint(typeof(ICalculatorDuplex), dhb, ""); ServiceMetadataBehavior smb = new ServiceMetadataBehavior(); smb.HttpGetEnabled = true; serviceHost.Description.Behaviors.Add(smb); serviceHost.Open(); Console.WriteLine("Press to terminate service."); Console.ReadLine(); } } } Under Project Properties change the Output type to Console Application to generate a service.exe. Compile and run the WCF service: C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp\CS\service> bin\service.exe Use a web browser to access the service at http://192.168.2.2:8000/ServiceModelSamples/service and access the WSDL at http://192.168.2.2:8000/ServiceModelSamples/service?wsdl To run wsdl2h to generate C++ code: $ wsdl2h -b -t ../../../../typemap.dat -o calculator.h 'http://192.168.2.2:8000/ServiceModelSamples/service?wsdl' This may take some time, since the self-hosted service is an iterative web server that allows only one open connection. A pre-generated calculator.h file is included in the build directory. Note that WCF supports WS-ReliableMessaging 1.0 (2005) so we changed calculator.h as follows: #import "wsrm.h" to #import "wsrm5.h" To connect a gSOAP client to a WCF self-hosted service ------------------------------------------------------ In the gSOAP calculator.cpp, change the hosts to the WCF server host URI and the client host URI and port number: const char *serverURI = "http://192.168.2.2:8000/ServiceModelSamples/service"; const char *clientURI = "http://10.0.1.5:8001"; int clientPort = 8001; Compile and run: C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp\CS\service> bin\service.exe $ ./calculator gsoap-2.8.28/gsoap/samples/wcf/Basic/0000755000175000017500000000000012653650156016652 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/0000755000175000017500000000000012653650156021766 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/servercertWCF.pem0000755000175000017500000000134012653650156025216 0ustar ellertellertBag Attributes localKeyID: 01 00 00 00 subject=/CN=10.0.1.5 issuer=/CN=Root Agency -----BEGIN CERTIFICATE----- MIIBsDCCAV6gAwIBAgIQi65mfnzMd7FImSdgjiZmeTAJBgUrDgMCHQUAMBYxFDAS BgNVBAMTC1Jvb3QgQWdlbmN5MB4XDTEyMDYwMzAxMDAwM1oXDTM5MTIzMTIzNTk1 OVowEzERMA8GA1UEAxMIMTAuMC4xLjUwgZ8wDQYJKoZIhvcNAQEBBQADgY0AMIGJ AoGBANEk3zsPY0C1U32aiUejqIwP2KFnXrIB2mLfbPHs4vRh768FiY3Olr05x1bo nAVTei0ZAIv813bZ+E9EdP2JFXOTbqwb+UAWefLRjpKNQJC+BP5gH2c+472vFgmO iSc+sCncSbn3WqMt9AFrPJinA0d3/4vQ8c46eTN0vF3T8s17AgMBAAGjSzBJMEcG A1UdAQRAMD6AEBLkCS0GHR1PAI1hIdwWZGOhGDAWMRQwEgYDVQQDEwtSb290IEFn ZW5jeYIQBjdsAKoAZIoRz7jUqlw19DAJBgUrDgMCHQUAA0EAAicd/NhTpJx0uXFJ iSM7xbDkaRlevdy2uBhjgHY0qgGJxFU+O/wpx2/xUowJXmyb1IDVpS5CD7loqGK9 bX7hGw== -----END CERTIFICATE----- gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/calculator.h0000644000175000017500000011723412653650156024300 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* calculator.h Generated by wsdl2h 2.8.9 from http://192.168.2.2:8000/ServiceModelSamples/service?wsdl and ../../typemap.dat 2012-05-23 00:15:28 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2001-2012 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calculator.h to generate the SOAP/XML processing logic. Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 option -i to generate improved proxy and server classes. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h options -nname and -Nname to globally rename the prefix 'ns'. - Use wsdl2h option -d to enable DOM support for xsd:anyType. - Use wsdl2h option -g to auto-generate readers and writers for root elements. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS. USE THE SOURCE CODE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT BUILDS: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: 1) GPL or 2) Genivia's license for commercial use. -------------------------------------------------------------------------------- 1) GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- 2) A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt w /******************************************************************************\ * * * Definitions * * http://tempuri.org/ * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ // STL vector containers (use option -s to remove STL dependency) #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: tempuri = "http://tempuri.org/" mssammi = "http://Microsoft.Samples.MessageSecurity/Imports" mssamm = "http://Microsoft.Samples.MessageSecurity" */ #define SOAP_NAMESPACE_OF_mssammi "http://Microsoft.Samples.MessageSecurity/Imports" //gsoap mssammi schema namespace: http://Microsoft.Samples.MessageSecurity/Imports //gsoap mssammi schema form: unqualified #define SOAP_NAMESPACE_OF_mssamm "http://Microsoft.Samples.MessageSecurity" //gsoap mssamm schema namespace: http://Microsoft.Samples.MessageSecurity //gsoap mssamm schema elementForm: qualified //gsoap mssamm schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Forward Declarations * * * \******************************************************************************/ // Forward declaration of class _mssamm__Add. class _mssamm__Add; // Forward declaration of class _mssamm__AddResponse. class _mssamm__AddResponse; // Forward declaration of class _mssamm__Subtract. class _mssamm__Subtract; // Forward declaration of class _mssamm__SubtractResponse. class _mssamm__SubtractResponse; // Forward declaration of class _mssamm__Multiply. class _mssamm__Multiply; // Forward declaration of class _mssamm__MultiplyResponse. class _mssamm__MultiplyResponse; // Forward declaration of class _mssamm__Divide. class _mssamm__Divide; // Forward declaration of class _mssamm__DivideResponse. class _mssamm__DivideResponse; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.MessageSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.MessageSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.MessageSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.MessageSecurity * * * \******************************************************************************/ /// Top-level root element "http://Microsoft.Samples.MessageSecurity":Add /// "http://Microsoft.Samples.MessageSecurity":Add is a complexType. class _mssamm__Add { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":AddResponse /// "http://Microsoft.Samples.MessageSecurity":AddResponse is a complexType. class _mssamm__AddResponse { public: /// Element AddResult of type xs:double. double* AddResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":Subtract /// "http://Microsoft.Samples.MessageSecurity":Subtract is a complexType. class _mssamm__Subtract { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":SubtractResponse /// "http://Microsoft.Samples.MessageSecurity":SubtractResponse is a complexType. class _mssamm__SubtractResponse { public: /// Element SubtractResult of type xs:double. double* SubtractResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":Multiply /// "http://Microsoft.Samples.MessageSecurity":Multiply is a complexType. class _mssamm__Multiply { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":MultiplyResponse /// "http://Microsoft.Samples.MessageSecurity":MultiplyResponse is a complexType. class _mssamm__MultiplyResponse { public: /// Element MultiplyResult of type xs:double. double* MultiplyResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":Divide /// "http://Microsoft.Samples.MessageSecurity":Divide is a complexType. class _mssamm__Divide { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.MessageSecurity":DivideResponse /// "http://Microsoft.Samples.MessageSecurity":DivideResponse is a complexType. class _mssamm__DivideResponse { public: /// Element DivideResult of type xs:double. double* DivideResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.MessageSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.MessageSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.MessageSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.MessageSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap tempuri service name: BasicHttpBinding_USCOREICalculator //gsoap tempuri service type: ICalculator //gsoap tempuri service port: http://192.168.2.2:8000/ServiceModelSamples/service //gsoap tempuri service namespace: http://tempuri.org/ //gsoap tempuri service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage CalculatorService Definitions @section CalculatorService_bindings Service Bindings - @ref BasicHttpBinding_USCOREICalculator @section CalculatorService_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_operations Operations of Binding "BasicHttpBinding_USCOREICalculator" - @ref __tempuri__Add - @ref __tempuri__Subtract - @ref __tempuri__Multiply - @ref __tempuri__Divide @section BasicHttpBinding_USCOREICalculator_ports Endpoints of Binding "BasicHttpBinding_USCOREICalculator" - http://192.168.2.2:8000/ServiceModelSamples/service @section BasicHttpBinding_USCOREICalculator_policy Policy of Binding "BasicHttpBinding_USCOREICalculator" See Section @ref BasicHttpBinding_USCOREICalculator_policy_enablers - WS-Policy applicable to the service endpoint ports: - Exactly one of the following: - All of the following: - [7.5] WS-Security Asymmetric Binding (public key) requirements: - [7.1] Security Binding Algorithm Suite requirements: - Basic256 - [7.2] WS-Security Header Layout requirements: - WS-Security headers may occur in any order (gSOAP allows this) - Initiator requirements: - [5.4.3] WS-Security X509 required: -# IncludeToken = http://schemas.xmlsoap.org/ws/2005/07/securitypolicy/IncludeToken/AlwaysToRecipient - An X509 Version 3 token should be used as defined in X509TokenProfile1.0 - Recipient requirements: - [5.4.3] WS-Security X509 required: -# IncludeToken = http://schemas.xmlsoap.org/ws/2005/07/securitypolicy/IncludeToken/Never - An X509 Version 3 token should be used as defined in X509TokenProfile1.0 - WS-Security Timestamp should be set prior to send: @code #include "plugin/wsseapi.h" soap_wsse_add_Timestamp(soap, "Timestamp", ); @endcode - WS-Security Timestamp presence and expiration verified post-receive with: @code #include "plugin/wsseapi.h" if (soap_wsse_verify_Timestamp(soap)) ...... @endcode - WS-Security Encrypt Signature @code #include "plugin/wsseapi.h" soap_wsse_add_EncryptedKey_encrypt_only(soap, , NULL, , NULL, , , "ds:Signature SOAP-ENV:Body"); @endcode - WS-Security Sign Entire Headers and Body: @code #include "plugin/wsseapi.h" soap_wsse_set_wsu_id(soap, " ..."); // list each ns:tagname used in SOAP Header soap_wsse_sign_body(soap, , , ); @endcode - [9.1] WSS: SOAP Message Security 1.0 options: - Key Identifier References - Issuer Serial References Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * BasicHttpBinding_USCOREICalculator * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __tempuri__Add * * * \******************************************************************************/ /// Operation "__tempuri__Add" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - WS-Policy applicable to the request message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - WS-Policy applicable to the response message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.MessageSecurity/ICalculator/Add" - Addressing method action: "http://tempuri.org//ICalculator/Add" - Addressing method output action: "http://tempuri.org//ICalculator/AddResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamm__Add* mssamm__Add, // response parameters: _mssamm__AddResponse* mssamm__AddResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Add( struct soap *soap, // request parameters: _mssamm__Add* mssamm__Add, // response parameters: _mssamm__AddResponse* mssamm__AddResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Add document //gsoap tempuri service method-encoding: Add literal //gsoap tempuri service method-action: Add http://Microsoft.Samples.MessageSecurity/ICalculator/Add //gsoap tempuri service method-output-action: Add http://tempuri.org//ICalculator/AddResponse int __tempuri__Add( _mssamm__Add* mssamm__Add, ///< Request parameter _mssamm__AddResponse* mssamm__AddResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Subtract * * * \******************************************************************************/ /// Operation "__tempuri__Subtract" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - WS-Policy applicable to the request message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - WS-Policy applicable to the response message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.MessageSecurity/ICalculator/Subtract" - Addressing method action: "http://tempuri.org//ICalculator/Subtract" - Addressing method output action: "http://tempuri.org//ICalculator/SubtractResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Subtract( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamm__Subtract* mssamm__Subtract, // response parameters: _mssamm__SubtractResponse* mssamm__SubtractResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Subtract( struct soap *soap, // request parameters: _mssamm__Subtract* mssamm__Subtract, // response parameters: _mssamm__SubtractResponse* mssamm__SubtractResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Subtract document //gsoap tempuri service method-encoding: Subtract literal //gsoap tempuri service method-action: Subtract http://Microsoft.Samples.MessageSecurity/ICalculator/Subtract //gsoap tempuri service method-output-action: Subtract http://tempuri.org//ICalculator/SubtractResponse int __tempuri__Subtract( _mssamm__Subtract* mssamm__Subtract, ///< Request parameter _mssamm__SubtractResponse* mssamm__SubtractResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Multiply * * * \******************************************************************************/ /// Operation "__tempuri__Multiply" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - WS-Policy applicable to the request message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - WS-Policy applicable to the response message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.MessageSecurity/ICalculator/Multiply" - Addressing method action: "http://tempuri.org//ICalculator/Multiply" - Addressing method output action: "http://tempuri.org//ICalculator/MultiplyResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Multiply( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamm__Multiply* mssamm__Multiply, // response parameters: _mssamm__MultiplyResponse* mssamm__MultiplyResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Multiply( struct soap *soap, // request parameters: _mssamm__Multiply* mssamm__Multiply, // response parameters: _mssamm__MultiplyResponse* mssamm__MultiplyResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Multiply document //gsoap tempuri service method-encoding: Multiply literal //gsoap tempuri service method-action: Multiply http://Microsoft.Samples.MessageSecurity/ICalculator/Multiply //gsoap tempuri service method-output-action: Multiply http://tempuri.org//ICalculator/MultiplyResponse int __tempuri__Multiply( _mssamm__Multiply* mssamm__Multiply, ///< Request parameter _mssamm__MultiplyResponse* mssamm__MultiplyResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Divide * * * \******************************************************************************/ /// Operation "__tempuri__Divide" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - WS-Policy applicable to the request message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - WS-Policy applicable to the response message: - Exactly one of the following: - All of the following: - [4.1.1] WS-Security Signed Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_sign_body(soap, , , ); @endcode - [4.2.1] Security Encrypted Parts requirements: -# Body: @code #include "plugin/wsseapi.h" soap_wsse_encrypt_body(soap, , , ); @endcode - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.MessageSecurity/ICalculator/Divide" - Addressing method action: "http://tempuri.org//ICalculator/Divide" - Addressing method output action: "http://tempuri.org//ICalculator/DivideResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Divide( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamm__Divide* mssamm__Divide, // response parameters: _mssamm__DivideResponse* mssamm__DivideResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Divide( struct soap *soap, // request parameters: _mssamm__Divide* mssamm__Divide, // response parameters: _mssamm__DivideResponse* mssamm__DivideResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Divide document //gsoap tempuri service method-encoding: Divide literal //gsoap tempuri service method-action: Divide http://Microsoft.Samples.MessageSecurity/ICalculator/Divide //gsoap tempuri service method-output-action: Divide http://tempuri.org//ICalculator/DivideResponse int __tempuri__Divide( _mssamm__Divide* mssamm__Divide, ///< Request parameter _mssamm__DivideResponse* mssamm__DivideResponse ///< Response parameter ); /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_policy_enablers Policy Enablers of Binding "BasicHttpBinding_USCOREICalculator" Based on policies, this service imports wsse.h - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ #import "wsse.h" /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section mssammi Top-level root elements of schema "http://Microsoft.Samples.MessageSecurity/Imports" @section mssamm Top-level root elements of schema "http://Microsoft.Samples.MessageSecurity" - @ref _mssamm__Add @code // Reader (returns SOAP_OK on success): soap_read__mssamm__Add(struct soap*, _mssamm__Add*); // Writer (returns SOAP_OK on success): soap_write__mssamm__Add(struct soap*, _mssamm__Add*); @endcode - @ref _mssamm__AddResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamm__AddResponse(struct soap*, _mssamm__AddResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamm__AddResponse(struct soap*, _mssamm__AddResponse*); @endcode - @ref _mssamm__Subtract @code // Reader (returns SOAP_OK on success): soap_read__mssamm__Subtract(struct soap*, _mssamm__Subtract*); // Writer (returns SOAP_OK on success): soap_write__mssamm__Subtract(struct soap*, _mssamm__Subtract*); @endcode - @ref _mssamm__SubtractResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamm__SubtractResponse(struct soap*, _mssamm__SubtractResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamm__SubtractResponse(struct soap*, _mssamm__SubtractResponse*); @endcode - @ref _mssamm__Multiply @code // Reader (returns SOAP_OK on success): soap_read__mssamm__Multiply(struct soap*, _mssamm__Multiply*); // Writer (returns SOAP_OK on success): soap_write__mssamm__Multiply(struct soap*, _mssamm__Multiply*); @endcode - @ref _mssamm__MultiplyResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamm__MultiplyResponse(struct soap*, _mssamm__MultiplyResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamm__MultiplyResponse(struct soap*, _mssamm__MultiplyResponse*); @endcode - @ref _mssamm__Divide @code // Reader (returns SOAP_OK on success): soap_read__mssamm__Divide(struct soap*, _mssamm__Divide*); // Writer (returns SOAP_OK on success): soap_write__mssamm__Divide(struct soap*, _mssamm__Divide*); @endcode - @ref _mssamm__DivideResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamm__DivideResponse(struct soap*, _mssamm__DivideResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamm__DivideResponse(struct soap*, _mssamm__DivideResponse*); @endcode */ /* End of calculator.h */ gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/Doxyfile0000644000175000017500000002272512653650156023504 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WCF Basic Message Security" PROJECT_NUMBER = "" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = YES STRIP_FROM_PATH = /Applications/ STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = calculator.h calculator.cpp FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = YES INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = HTML_FOOTER = HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/Makefile0000644000175000017500000000260712653650156023433 0ustar ellertellertURL=http://192.168.2.2:8000/ServiceModelSamples/service WSDL=../../../../wsdl/wsdl2h GSOAP=../../../../src/soapcpp2 SOAPH=../../../../stdsoap2.h SOAPC=../../../../stdsoap2.c SOAPCPP=../../../../stdsoap2.cpp SOAPDOMC=../../../../dom.c SOAPDOMCPP=../../../../dom.cpp TYPEMAP=../../../../typemap.dat CC=gcc -x c CPP=g++ -x c++ LIBS=-lssl -lcrypto GSFLAGS=-L -I../../../../import COFLAGS=-O2 CWFLAGS=-Wall -Wno-deprecated-declarations CIFLAGS=-I. -I../../../.. -I../../../../plugin CMFLAGS=-DWITH_DOM -DWITH_OPENSSL #CMFLAGS=-DDEBUG -DWITH_DOM -DWITH_OPENSSL CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: calculator calculator: calculator.h calculator.cpp $(SOAPH) $(SOAPC) $(GSOAP) $(GSFLAGS) -a -j calculator.h $(CPP) $(CFLAGS) -o calculator calculator.cpp soapC.cpp soapBasicHttpBinding_USCOREICalculatorService.cpp soapBasicHttpBinding_USCOREICalculatorProxy.cpp ../../../../plugin/wsseapi.c ../../../../plugin/smdevp.c ../../../../mecevp.c $(SOAPDOMCPP) $(SOAPCPP) $(LIBS) %.cer: %.pem openssl x509 -in $< -outform der -out $@ calculator.h: $(WSDL) -t $(TYPEMAP) -o calculator.h $(URL)?wsdl .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* distclean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* rm -f *.xml *.nsmap *.log rm -f calculator gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/calculator.cpp0000644000175000017500000004352212653650156024631 0ustar ellertellert/* calculator.cpp WCF BasicMessageSecurity demo See the README.txt gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapBasicHttpBinding_USCOREICalculatorService.h" #include "soapBasicHttpBinding_USCOREICalculatorProxy.h" #include "BasicHttpBinding_USCOREICalculator.nsmap" #include "wsseapi.h" /* gsoap/plugin/wsseapi.h */ #define ENCRYPTION /* to enable encryption with signatures */ const char *endpoint = "http://10.0.1.5:8000/ServiceModelSamples/service"; // Set to the service endpoint X509 *srv_cert = NULL, *clt_cert = NULL; EVP_PKEY *srv_privk = NULL, *clt_privk = NULL; EVP_PKEY *srv_pubk = NULL, *clt_pubk = NULL; char srv_subject[256], clt_subject[256]; char srv_issuer[256], clt_issuer[256]; char *srv_serial = NULL, *clt_serial = NULL; static int chk_security(struct soap *soap); static int set_srv_security(struct soap *soap); static int set_clt_security(struct soap *soap); static const void *token_handler(struct soap *soap, int alg, const char *keyname, int *keylen); static int ssl_verify(int, X509_STORE_CTX*); int main(int argc, char **argv) { FILE *fd; BIGNUM *bn = BN_new(); /* init OpenSSL before any OpenSSL and crypto operations */ soap_ssl_init(); /* server's RSA private key for signing */ if ((fd = fopen("serverWCF.pem", "r"))) { srv_privk = PEM_read_PrivateKey(fd, NULL, NULL, (void*)"password"); fclose(fd); if (!srv_privk) { fprintf(stderr, "Could not read private RSA key from server.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); /* server's certificate with public key for encryption and signature verification */ if ((fd = fopen("servercertWCF.pem", "r"))) { srv_cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (!srv_cert) { fprintf(stderr, "Could not read certificate from clientcert.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); /* server's RSA public key from the certificate */ srv_pubk = X509_get_pubkey(srv_cert); if (!srv_pubk) { fprintf(stderr, "Could not get public key from certificate\n"); exit(1); } /* server's certificate subject, issuer and serial number */ X509_NAME_oneline(X509_get_subject_name(srv_cert), srv_subject, sizeof(srv_subject)); X509_NAME_oneline(X509_get_issuer_name(srv_cert), srv_issuer, sizeof(srv_issuer)); ASN1_INTEGER_to_BN(X509_get_serialNumber(srv_cert), bn); srv_serial = BN_bn2dec(bn); fprintf(stderr, "Server certificate issuer = \"%s\"\n", srv_issuer); fprintf(stderr, "Server certificate serial = %s (%s)\n", BN_bn2hex(bn), srv_serial); /* client's RSA private key for signing */ if ((fd = fopen("clientWCF.pem", "r"))) { clt_privk = PEM_read_PrivateKey(fd, NULL, NULL, (void*)"password"); fclose(fd); if (!clt_privk) { fprintf(stderr, "Could not read private RSA key from server.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); /* client's certificate with public key for encryption and signature verification */ if ((fd = fopen("clientcertWCF.pem", "r"))) { clt_cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (!clt_cert) { fprintf(stderr, "Could not read certificate from clientcert.pem\n"); exit(1); } } else fprintf(stderr, "Could not read server.pem\n"); /* client's RSA public key from the certificate */ clt_pubk = X509_get_pubkey(clt_cert); if (!clt_pubk) { fprintf(stderr, "Could not get public key from certificate\n"); exit(1); } /* client's certificate subject, issuer and serial number */ X509_NAME_oneline(X509_get_subject_name(clt_cert), clt_subject, sizeof(clt_subject)); X509_NAME_oneline(X509_get_issuer_name(clt_cert), clt_issuer, sizeof(clt_issuer)); ASN1_INTEGER_to_BN(X509_get_serialNumber(clt_cert), bn); clt_serial = BN_bn2dec(bn); fprintf(stderr, "Client certificate issuer = \"%s\"\n", clt_issuer); fprintf(stderr, "Client certificate serial = %s (%s)\n", BN_bn2hex(bn), clt_serial); OPENSSL_free(bn); if (argc >= 2) { // Service sample application int port = atoi(argv[1]); BasicHttpBinding_USCOREICalculatorService service(SOAP_XML_INDENT | SOAP_XML_CANONICAL); soap_register_plugin_arg(service.soap, soap_wsse, (void*)token_handler); service.soap->send_timeout = service.soap->recv_timeout = 10; // 10 sec /* need cacert to verify certificates */ service.soap->cafile = "clientcertWCF.pem"; service.soap->fsslverify = ssl_verify; if (!soap_valid_socket(service.bind(NULL, port, 100))) { service.soap_stream_fault(std::cerr); exit(1); } std::cerr << "Server running" << std::endl; for (;;) { soap_wsse_verify_auto(service.soap, SOAP_WSSE_IGNORE_EXTRA_REFS, NULL, 0); soap_wsse_decrypt_auto(service.soap, SOAP_MEC_ENV_DEC_AES256_CBC, srv_privk, 0); if (!soap_valid_socket(service.accept()) || service.serve()) service.soap_stream_fault(std::cerr); service.destroy(); } } else { // Client sample application BasicHttpBinding_USCOREICalculatorProxy proxy(endpoint, SOAP_XML_INDENT | SOAP_XML_CANONICAL); soap_register_plugin_arg(proxy.soap, soap_wsse, (void*)token_handler); proxy.soap->send_timeout = proxy.soap->recv_timeout = 10; // 10 sec /* need cacert to verify certificates */ proxy.soap->cafile = "servercertWCF.pem"; proxy.soap->fsslverify = ssl_verify; double n1 = 3.14, n2 = 1.41; if (set_clt_security(proxy.soap)) proxy.soap_stream_fault(std::cerr); else { _mssamm__Add areq; _mssamm__AddResponse ares; areq.n1 = &n1; areq.n2 = &n2; if (proxy.Add(&areq, &ares) == SOAP_OK && ares.AddResult && chk_security(proxy.soap) == SOAP_OK) printf("Add(%g, %g) = %g\n", *areq.n1, *areq.n2, *ares.AddResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } if (set_clt_security(proxy.soap)) proxy.soap_stream_fault(std::cerr); else { _mssamm__Subtract sreq; _mssamm__SubtractResponse sres; sreq.n1 = &n1; sreq.n2 = &n2; if (proxy.Subtract(&sreq, &sres) == SOAP_OK && sres.SubtractResult && chk_security(proxy.soap) == SOAP_OK) printf("Subtract(%g, %g) = %g\n", *sreq.n1, *sreq.n2, *sres.SubtractResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } if (set_clt_security(proxy.soap)) proxy.soap_stream_fault(std::cerr); else { _mssamm__Multiply mreq; _mssamm__MultiplyResponse mres; mreq.n1 = &n1; mreq.n2 = &n2; if (proxy.Multiply(&mreq, &mres) == SOAP_OK && mres.MultiplyResult && chk_security(proxy.soap) == SOAP_OK) printf("Multiply(%g, %g) = %g\n", *mreq.n1, *mreq.n2, *mres.MultiplyResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } if (set_clt_security(proxy.soap)) proxy.soap_stream_fault(std::cerr); else { _mssamm__Divide dreq; _mssamm__DivideResponse dres; dreq.n1 = &n1; dreq.n2 = &n2; if (proxy.Divide(&dreq, &dres) == SOAP_OK && dres.DivideResult && chk_security(proxy.soap) == SOAP_OK) printf("Divide(%g, %g) = %g\n", *dreq.n1, *dreq.n2, *dres.DivideResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } } OPENSSL_free(clt_serial); OPENSSL_free(srv_serial); return 0; } /******************************************************************************\ * * Check and set security * \******************************************************************************/ /* Check WS-Security properties of a message */ static int chk_security(struct soap *soap) { X509 *cert = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(soap); char buf[1024]; if (!cert) return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* Certificate must be known to us */ X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); if (!strstr(buf, srv_subject) && !strstr(buf, clt_subject)) { fprintf(stderr, "Warning: certificate from %s is unknown\n", buf); strncat(buf, ": unrecognized subject name", sizeof(buf)-strlen(buf)-1); buf[sizeof(buf)-1] = '\0'; return soap_wsse_fault(soap, wsse__InvalidSecurityToken, buf); } /* Valid timestamp required */ if (soap_wsse_verify_Timestamp(soap)) { soap_wsse_delete_Security(soap); return soap->error; } /* Body must be signed */ if (soap_wsse_verify_body(soap)) { soap_wsse_delete_Security(soap); return soap->error; } soap_wsse_delete_Security(soap); return SOAP_OK; } /* Set WS-Security server-side properties after an operation */ static int set_srv_security(struct soap *soap) { if (soap_wsse_add_Timestamp(soap, "Time", 60) // 1 min to expire || soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", srv_cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA1, srv_privk, 0) #ifdef ENCRYPTION #ifdef UNENCRYPTED_SIGNATURE || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC, NULL, clt_cert, NULL, clt_issuer+1, clt_serial) #else || soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_AES256_CBC, NULL, clt_cert, NULL, clt_issuer+1, clt_serial, "ds:Signature SOAP-ENV:Body") #endif #endif ) return soap->error; return SOAP_OK; } /* Set WS-Security client-side properties before an operation */ static int set_clt_security(struct soap *soap) { // soap_wsse_set_wsu_id(soap, "ds:Signature"); // to encrypt ds:Signature if (soap_wsse_add_Timestamp(soap, "Time", 60) // 1 min to expire || soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", clt_cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA1, clt_privk, 0) || soap_wsse_verify_auto(soap, SOAP_WSSE_IGNORE_EXTRA_REFS, NULL, 0) #ifdef ENCRYPTION #ifdef UNENCRYPTED_SIGNATURE || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_AES256_CBC, NULL, srv_cert, NULL, srv_issuer+1, srv_serial) #else || soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_AES256_CBC, NULL, srv_cert, NULL, srv_issuer+1, srv_serial, "ds:Signature SOAP-ENV:Body") #endif || soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_AES256_CBC, clt_privk, 0) #endif ) return soap->error; return SOAP_OK; } /******************************************************************************\ * * Service operations * \******************************************************************************/ int BasicHttpBinding_USCOREICalculatorService::Add(_mssamm__Add *Add, _mssamm__AddResponse *AddResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (chk_security(soap)) return soap->error; if (Add && Add->n1 && Add->n2) *res = *Add->n1 + *Add->n2; else return soap_sender_fault(soap, "Invalid data", NULL); AddResponse->AddResult = res; return set_srv_security(soap); } int BasicHttpBinding_USCOREICalculatorService::Subtract(_mssamm__Subtract *Subtract, _mssamm__SubtractResponse *SubtractResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (chk_security(soap)) return soap->error; if (Subtract && Subtract->n1 && Subtract->n2) *res = *Subtract->n1 - *Subtract->n2; else return soap_sender_fault(soap, "Invalid data", NULL); SubtractResponse->SubtractResult = res; return set_srv_security(soap); } int BasicHttpBinding_USCOREICalculatorService::Multiply(_mssamm__Multiply *Multiply, _mssamm__MultiplyResponse *MultiplyResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (chk_security(soap)) return soap->error; if (Multiply && Multiply->n1 && Multiply->n2) *res = *Multiply->n1 * *Multiply->n2; else return soap_sender_fault(soap, "Invalid data", NULL); MultiplyResponse->MultiplyResult = res; return set_srv_security(soap); } int BasicHttpBinding_USCOREICalculatorService::Divide(_mssamm__Divide *Divide, _mssamm__DivideResponse *DivideResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (chk_security(soap)) return soap->error; if (Divide && Divide->n1 && Divide->n2 && *Divide->n2 != 0.0) *res = *Divide->n1 / *Divide->n2; else return soap_sender_fault(soap, "Invalid data", NULL); DivideResponse->DivideResult = res; return set_srv_security(soap); } /******************************************************************************\ * * WSSE Token Handler * \******************************************************************************/ static char hmac_key[16] = /* Dummy HMAC key for signature test */ { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 }; static char des_key[20] = /* Dummy 160-bit triple DES key for encryption test */ { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 }; static const void *token_handler(struct soap *soap, int alg, const char *keyname, int *keylen) { const char *ctxId; struct ds__X509IssuerSerialType *issuer; switch (alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA512: if (keyname && !strcmp(keyname, "Client")) return (const void*)clt_cert; if (keyname && !strcmp(keyname, "Server")) return (const void*)srv_cert; /* Use KeyInfo/SecurityTokenReference/X509Data */ issuer = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(soap); if (issuer) { if (!strcmp(issuer->X509IssuerName, "CN=Root Agency") && !strcmp(issuer->X509SerialNumber, "-79441640260855276448009124614332182350")) return (const void*)clt_cert; if (!strcmp(issuer->X509IssuerName, "CN=Root Agency") && !strcmp(issuer->X509SerialNumber, "-154614137026298720537726749139640359303")) return (const void*)srv_cert; } break; case SOAP_SMD_HMAC_SHA1: /* WS-SecureConversation: get & check context token ID */ if ((keyname && !strcmp(keyname, "Shared")) || ((ctxId = soap_wsse_get_SecurityContextToken(soap)) && !strcmp(ctxId, "Context"))) { *keylen = sizeof(hmac_key); return (const void*)hmac_key; /* signature verification with secret key */ } break; case SOAP_MEC_ENV_DEC_DES_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: /* Use KeyInfo/SecurityTokenReference/X509Data */ issuer = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(soap); if (issuer) { if (!strcmp(issuer->X509IssuerName, "CN=Root Agency") && !strcmp(issuer->X509SerialNumber, "-79441640260855276448009124614332182350")) return (const void*)clt_cert; if (!strcmp(issuer->X509IssuerName, "CN=Root Agency") && !strcmp(issuer->X509SerialNumber, "-154614137026298720537726749139640359303")) return (const void*)srv_cert; } break; if (keyname && !strcmp(keyname, "Client")) return (const void*)clt_privk; if (keyname && !strcmp(keyname, "Server")) return (const void*)srv_privk; break; case SOAP_MEC_DEC_DES_CBC: /* WS-SecureConversation: get & check context token ID */ if ((keyname && !strcmp(keyname, "Shared")) || ((ctxId = soap_wsse_get_SecurityContextToken(soap)) && !strcmp(ctxId, "Context"))) { *keylen = sizeof(des_key); return (const void*)des_key; /* decryption with secret key */ } } fprintf(stderr, "Warning: token handler returned NULL key\n"); return NULL; /* fail */ } /******************************************************************************\ * * Optional certificate verification * \******************************************************************************/ static int ssl_verify(int ok, X509_STORE_CTX *store) { /* put certificate verification here, return 0 when fails */ return 1; } gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/README.txt0000644000175000017500000000704712653650156023474 0ustar ellertellert INSTRUCTIONS Install the WCF samples: Windows Communication Foundation (WCF) and Windows Workflow Foundation (WF) Samples for .NET Framework 4. You should have: C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\MessageSecurity\CS Open the Basic MessageSecurity WCF C# example client and service project in Visual Studio. Modify the configuration and source code as described below. Notes: C:> denotes the Windows command line $ denotes the Unix/Linux command line To enable gSOAP to use WS-Security for BasicMessageSecurity interop, add to the .h file to be processed by soapcpp2: #import "wsse.h" See doc/wsse for instructions. Generating keys and certificates -------------------------------- First create the client key and certificate: C:> makecert -sk myKey -n "CN=client.com" -ss My -pe Open the MMC console C:> mmc Add the certificates snap-in to MMC if not already added, by pressing CTRL-M. In Console Root/Certificates: select under Personal/Certificates "client.com" Export "client.com" by right-clicking, All Tasks/Export... Export "client.com" as "client.pfx", make sure you export the private key. Copy client.pfx to the other machine for conversion to PEM format. To create a PEM-formatted private key: $ openssl pkcs12 -in client.pfx -nocerts -out clientWCF.pem $ openssl rsa -in clientWCF.pem -text -noout To create a PEM-formatted certificate: $ openssl pkcs12 -in client.pfx -clcerts -nokeys -out clientcertWCF.pem $ openssl x509 -in clientcertWCF.pem -text -noout Obtain the host name of the machine on which the service runs, say we use a wifi address "10.0.1.5" for testing. Repeat for the server key: C:> makecert -sk myKey -n "CN=10.0.1.5" -ss TrustedPeople -pe Export certificate 10.0.1.5 under MMC Trusted People/Certificates to pfx format as described above, and convert the key and certificate to PEM format: $ openssl pkcs12 -in server.pfx -nocerts -out serverWCF.pem $ openssl rsa -in serverWCF.pem -text -noout $ openssl pkcs12 -in server.pfx -clcerts -nokeys -out servercertWCF.pem $ openssl x509 -in servercertWCF.pem -text -noout To connect a WCF client to a gSOAP service ------------------------------------------ In App.config of the WCF client, change the , , and elements: ... To connect a gSOAP client to a WCF service ------------------------------------------ Follow instructions to set up a WCF service using the keys and certificates, where the server certificate should use the machine's host name or IP. In Web.config (or App.config) of the service, change the element: Supported algorthm suites ------------------------- All Basic suites with Rsa15 for keywrap. The rsa-oaep-mgf1p keywrap algorithm is currently not supported, but possibly will be supported in future releases. gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/clientWCF.pem0000755000175000017500000000221712653650156024314 0ustar ellertellertBag Attributes localKeyID: 01 00 00 00 friendlyName: 00cc75b6-e684-45a1-88c8-6d76e553b011 Microsoft CSP Name: Microsoft Strong Cryptographic Provider Key Attributes X509v3 Key Usage: 10 -----BEGIN RSA PRIVATE KEY----- Proc-Type: 4,ENCRYPTED DEK-Info: DES-EDE3-CBC,58A6BDE020668E33 8KvjLV8TyangGo6sZFl3g29hLJJgHNxFVsmZfOo8Z23rwANdnYNrkwYlGXmVMrGa dtaZ198XQsmPS/yhY5KvM/i4rxtBSkAV+ri1KMk8RYPAM+NxXvz6a5Mm3DjyY0TS Q6NN+UyEBHGdyY9Bh6GJDpbjzFPk0f8+pEGN9OdLU+rQ2wsZ0aOl3RitOVhaj6XE agFsawHfGlg2lYpBu0uh8xzI864r9P9NqTpPj97wzCLj168tsrvOvh3jt77gdoUE 7kH3R80cYfFflldFFpbDtFlycauBntet2xy42KUkGKEPQ13l+fECBpYLSqVdonXN oR7+n00wBNlC3xJEogaVhgDpyF6e+BUfFiGX8B+paodh3C9RKLRHZMxXxAw19lzz 5ufqE9X+PQT2jmS0lR+xGosJaWRXA0iFK7RoZdvocLmLjuAggBa44SlK+AO0oiTR +SZTrzr1nxRnfjPrako25ZABbgXWb64u57k4M+HSVDcLh6PzkwnYKz48lm4g5Kvr M5BkBKzPg4804/uTQWnlXeFRTxnfrJ5ecqYA8x7yh2tTnNb9GMGGzE3ahl/6UIvf tQ4SLKm+USElryTyP4HX75GAQPNfn8mvvP51Z/GGRgMmYISLwnr1rYq/8cJJF4qc zp7Czv/7G7un0mBrSOxT9YyaUTgm+EXZkeJ7QO62SkjQclZ+OotKT+A1FwsLsaYB q/4aYlQeeTfUGgxY1d50Z6U3KkVM/YRG+g57gXBMdhwnEZoR2gN4hNHIFDFVV5L9 dlTPVqW9cORYYtN4O+yRxNDBcHxBoNmjxukiYaxeqx3Im9oMcutVeA== -----END RSA PRIVATE KEY----- gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/clientcertWCF.pem0000755000175000017500000000134212653650156025170 0ustar ellertellertBag Attributes localKeyID: 01 00 00 00 subject=/CN=client.com issuer=/CN=Root Agency -----BEGIN CERTIFICATE----- MIIBsjCCAWCgAwIBAgIQxDwYvAZ4d5lMASIy4YSQsjAJBgUrDgMCHQUAMBYxFDAS BgNVBAMTC1Jvb3QgQWdlbmN5MB4XDTEyMDYwMzAxMDAwNFoXDTM5MTIzMTIzNTk1 OVowFTETMBEGA1UEAxMKY2xpZW50LmNvbTCBnzANBgkqhkiG9w0BAQEFAAOBjQAw gYkCgYEAhiVObPitp+2xlTe363+Ax0RR/VWDph852F/Mj9RwXTtc9S6CnToUu2lA UvubGnu6+lMfK+xlNBMU5kaAs7fyEIJqgvDsZNxb07obiI6sNqWXV3nwiasZPyGg KLeMhCZafpxqCf3UK51/d3PgXbAC0W9qsx1pgYNBlLUloGcjVtkCAwEAAaNLMEkw RwYDVR0BBEAwPoAQEuQJLQYdHU8AjWEh3BZkY6EYMBYxFDASBgNVBAMTC1Jvb3Qg QWdlbmN5ghAGN2wAqgBkihHPuNSqXDX0MAkGBSsOAwIdBQADQQAcmxkSVMPVGrxw HYBLx1hSx2mMYDG6yM3SvIhKRP365pQLSYuhFADrWqxKn+MhpQ/6EDgUzq5aX4/6 Y2AR2ZC4 -----END CERTIFICATE----- gsoap-2.8.28/gsoap/samples/wcf/Basic/MessageSecurity/serverWCF.pem0000755000175000017500000000227012653650156024343 0ustar ellertellertBag Attributes Microsoft Local Key set: localKeyID: 01 00 00 00 friendlyName: 9920b063-8731-4a54-992d-84314f18e447 Microsoft CSP Name: Microsoft Strong Cryptographic Provider Key Attributes X509v3 Key Usage: 10 -----BEGIN RSA PRIVATE KEY----- Proc-Type: 4,ENCRYPTED DEK-Info: DES-EDE3-CBC,ECC683394369A286 6hD+kz2CBIgNpHsynRtBhRXjydr5acyDpuRzA1GBRfifPw/UPu7clqRPSFDH5CWk evxTHHL2XZqVmyjhQiSw3o4QNXM7quMx5gdZx35P7UUcz3ofhcrzo7yCOKbNvamA p8O4GJ61p78yY5TWmpX/Z6guPNeofeS9oYeyJlkjBccs9tHVHdH/m6YNW1Diayyt 1PRiDsLxeCtZK4mBL2zL/VjKhRma//z3gzZq/6J+bMbzpo3Bi2bJlFTlRCFgeNyh 4aCrAb7FLg3AIN6hywBKQnwklDdkNaw8ZizTvCIGYMKGD1hW6FVMjBZuGyZnTH/b 5yCYXelbp8ZMWQMo1ojJbVU55S93K4uHPmjRYdKDah+jqiiLDNMqWop1/OTLFGu5 DMexxp+DF4274N7Lp6lKSOxQVvCQTghyXH+1dQ3jEXahxg6myYv70KsvAecStnpy G45QnaiFzRJKLhk1MhCnHjcH42J6rFiilpDzCiNzKBCEZxG6wHfj89ZauSA9iGuf KEOqloX3LcB6RX/EQ5oibWNjBkJzSY8l+X8ZQG3SG8MSgOkzIquFlEgcjzd+eFRP Tw+nHVDguyXekoLxO1ECthAsjdQ/gSHBjBNhannE/kvc+erT+IGtZDZl3ZATuRfq 08condry+9VnTPUg6gOAF75lIwLwacdCaY9Tj9kkuaE4GagTeKOlreACxQVGupDw 1/vgbwNaMeUu46jKfeEPqFCKZfW7b8XzfB08JQSYF7byu3Z8fOAaN7YcUj90RF2N W9+PtxnT2OnQZ4rtCR+7m/nz9IzO/+19nMlnY358FZlrJHAhEQkNAw== -----END RSA PRIVATE KEY----- gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/0000755000175000017500000000000012653650156022376 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/dh512.pem0000644000175000017500000000023412653650156023723 0ustar ellertellert-----BEGIN DH PARAMETERS----- MEYCQQDYbhGNVV6GoxOPsX+rBNGmgfJqh7+e1PFj8IketLqWtA2gkXAB9PKxrkDQ jvuEoXE4A6PVPfstmP/Ef4uNfCqLAgEC -----END DH PARAMETERS----- gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/calculator.h0000644000175000017500000010430612653650156024704 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* calculator.h Generated by wsdl2h 2.8.9 from http://192.168.2.2:8000/ServiceModelSamples/service?wsdl and ../../typemap.dat 2012-05-22 19:10:09 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2001-2012 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calculator.h to generate the SOAP/XML processing logic. Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 option -i to generate improved proxy and server classes. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h options -nname and -Nname to globally rename the prefix 'ns'. - Use wsdl2h option -d to enable DOM support for xsd:anyType. - Use wsdl2h option -g to auto-generate readers and writers for root elements. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS. USE THE SOURCE CODE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT BUILDS: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: 1) GPL or 2) Genivia's license for commercial use. -------------------------------------------------------------------------------- 1) GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- 2) A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt w /******************************************************************************\ * * * Definitions * * http://tempuri.org/ * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ // STL vector containers (use option -s to remove STL dependency) #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: tempuri = "http://tempuri.org/" mssamti = "http://Microsoft.Samples.TransportSecurity/Imports" mssamt = "http://Microsoft.Samples.TransportSecurity" */ #define SOAP_NAMESPACE_OF_mssamti "http://Microsoft.Samples.TransportSecurity/Imports" //gsoap mssamti schema namespace: http://Microsoft.Samples.TransportSecurity/Imports //gsoap mssamti schema form: unqualified #define SOAP_NAMESPACE_OF_mssamt "http://Microsoft.Samples.TransportSecurity" //gsoap mssamt schema namespace: http://Microsoft.Samples.TransportSecurity //gsoap mssamt schema elementForm: qualified //gsoap mssamt schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Forward Declarations * * * \******************************************************************************/ // Forward declaration of class _mssamt__Add. class _mssamt__Add; // Forward declaration of class _mssamt__AddResponse. class _mssamt__AddResponse; // Forward declaration of class _mssamt__Subtract. class _mssamt__Subtract; // Forward declaration of class _mssamt__SubtractResponse. class _mssamt__SubtractResponse; // Forward declaration of class _mssamt__Multiply. class _mssamt__Multiply; // Forward declaration of class _mssamt__MultiplyResponse. class _mssamt__MultiplyResponse; // Forward declaration of class _mssamt__Divide. class _mssamt__Divide; // Forward declaration of class _mssamt__DivideResponse. class _mssamt__DivideResponse; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.TransportSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.TransportSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.TransportSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.TransportSecurity * * * \******************************************************************************/ /// Top-level root element "http://Microsoft.Samples.TransportSecurity":Add /// "http://Microsoft.Samples.TransportSecurity":Add is a complexType. class _mssamt__Add { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":AddResponse /// "http://Microsoft.Samples.TransportSecurity":AddResponse is a complexType. class _mssamt__AddResponse { public: /// Element AddResult of type xs:double. double* AddResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":Subtract /// "http://Microsoft.Samples.TransportSecurity":Subtract is a complexType. class _mssamt__Subtract { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":SubtractResponse /// "http://Microsoft.Samples.TransportSecurity":SubtractResponse is a complexType. class _mssamt__SubtractResponse { public: /// Element SubtractResult of type xs:double. double* SubtractResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":Multiply /// "http://Microsoft.Samples.TransportSecurity":Multiply is a complexType. class _mssamt__Multiply { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":MultiplyResponse /// "http://Microsoft.Samples.TransportSecurity":MultiplyResponse is a complexType. class _mssamt__MultiplyResponse { public: /// Element MultiplyResult of type xs:double. double* MultiplyResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":Divide /// "http://Microsoft.Samples.TransportSecurity":Divide is a complexType. class _mssamt__Divide { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.TransportSecurity":DivideResponse /// "http://Microsoft.Samples.TransportSecurity":DivideResponse is a complexType. class _mssamt__DivideResponse { public: /// Element DivideResult of type xs:double. double* DivideResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.TransportSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.TransportSecurity/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.TransportSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.TransportSecurity * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap tempuri service name: BasicHttpBinding_USCOREICalculator //gsoap tempuri service type: ICalculator //gsoap tempuri service port: https://192.168.2.2:8000/ServiceModelSamples/service //gsoap tempuri service namespace: http://tempuri.org/ //gsoap tempuri service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage CalculatorService Definitions @section CalculatorService_bindings Service Bindings - @ref BasicHttpBinding_USCOREICalculator @section CalculatorService_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_operations Operations of Binding "BasicHttpBinding_USCOREICalculator" - @ref __tempuri__Add - @ref __tempuri__Subtract - @ref __tempuri__Multiply - @ref __tempuri__Divide @section BasicHttpBinding_USCOREICalculator_ports Endpoints of Binding "BasicHttpBinding_USCOREICalculator" - http://192.168.2.2:8000/ServiceModelSamples/service Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * BasicHttpBinding_USCOREICalculator * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __tempuri__Add * * * \******************************************************************************/ /// Operation "__tempuri__Add" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.TransportSecurity/ICalculator/Add" - Addressing method action: "http://tempuri.org//ICalculator/Add" - Addressing method output action: "http://tempuri.org//ICalculator/AddResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamt__Add* mssamt__Add, // response parameters: _mssamt__AddResponse* mssamt__AddResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Add( struct soap *soap, // request parameters: _mssamt__Add* mssamt__Add, // response parameters: _mssamt__AddResponse* mssamt__AddResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Add document //gsoap tempuri service method-encoding: Add literal //gsoap tempuri service method-action: Add http://Microsoft.Samples.TransportSecurity/ICalculator/Add //gsoap tempuri service method-output-action: Add http://tempuri.org//ICalculator/AddResponse int __tempuri__Add( _mssamt__Add* mssamt__Add, ///< Request parameter _mssamt__AddResponse* mssamt__AddResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Subtract * * * \******************************************************************************/ /// Operation "__tempuri__Subtract" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.TransportSecurity/ICalculator/Subtract" - Addressing method action: "http://tempuri.org//ICalculator/Subtract" - Addressing method output action: "http://tempuri.org//ICalculator/SubtractResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Subtract( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamt__Subtract* mssamt__Subtract, // response parameters: _mssamt__SubtractResponse* mssamt__SubtractResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Subtract( struct soap *soap, // request parameters: _mssamt__Subtract* mssamt__Subtract, // response parameters: _mssamt__SubtractResponse* mssamt__SubtractResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Subtract document //gsoap tempuri service method-encoding: Subtract literal //gsoap tempuri service method-action: Subtract http://Microsoft.Samples.TransportSecurity/ICalculator/Subtract //gsoap tempuri service method-output-action: Subtract http://tempuri.org//ICalculator/SubtractResponse int __tempuri__Subtract( _mssamt__Subtract* mssamt__Subtract, ///< Request parameter _mssamt__SubtractResponse* mssamt__SubtractResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Multiply * * * \******************************************************************************/ /// Operation "__tempuri__Multiply" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.TransportSecurity/ICalculator/Multiply" - Addressing method action: "http://tempuri.org//ICalculator/Multiply" - Addressing method output action: "http://tempuri.org//ICalculator/MultiplyResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Multiply( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamt__Multiply* mssamt__Multiply, // response parameters: _mssamt__MultiplyResponse* mssamt__MultiplyResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Multiply( struct soap *soap, // request parameters: _mssamt__Multiply* mssamt__Multiply, // response parameters: _mssamt__MultiplyResponse* mssamt__MultiplyResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Multiply document //gsoap tempuri service method-encoding: Multiply literal //gsoap tempuri service method-action: Multiply http://Microsoft.Samples.TransportSecurity/ICalculator/Multiply //gsoap tempuri service method-output-action: Multiply http://tempuri.org//ICalculator/MultiplyResponse int __tempuri__Multiply( _mssamt__Multiply* mssamt__Multiply, ///< Request parameter _mssamt__MultiplyResponse* mssamt__MultiplyResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Divide * * * \******************************************************************************/ /// Operation "__tempuri__Divide" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.TransportSecurity/ICalculator/Divide" - Addressing method action: "http://tempuri.org//ICalculator/Divide" - Addressing method output action: "http://tempuri.org//ICalculator/DivideResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Divide( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamt__Divide* mssamt__Divide, // response parameters: _mssamt__DivideResponse* mssamt__DivideResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Divide( struct soap *soap, // request parameters: _mssamt__Divide* mssamt__Divide, // response parameters: _mssamt__DivideResponse* mssamt__DivideResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Divide document //gsoap tempuri service method-encoding: Divide literal //gsoap tempuri service method-action: Divide http://Microsoft.Samples.TransportSecurity/ICalculator/Divide //gsoap tempuri service method-output-action: Divide http://tempuri.org//ICalculator/DivideResponse int __tempuri__Divide( _mssamt__Divide* mssamt__Divide, ///< Request parameter _mssamt__DivideResponse* mssamt__DivideResponse ///< Response parameter ); /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_policy_enablers Policy Enablers of Binding "BasicHttpBinding_USCOREICalculator" Based on policies, this service imports - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section mssamti Top-level root elements of schema "http://Microsoft.Samples.TransportSecurity/Imports" @section mssamt Top-level root elements of schema "http://Microsoft.Samples.TransportSecurity" - @ref _mssamt__Add @code // Reader (returns SOAP_OK on success): soap_read__mssamt__Add(struct soap*, _mssamt__Add*); // Writer (returns SOAP_OK on success): soap_write__mssamt__Add(struct soap*, _mssamt__Add*); @endcode - @ref _mssamt__AddResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamt__AddResponse(struct soap*, _mssamt__AddResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamt__AddResponse(struct soap*, _mssamt__AddResponse*); @endcode - @ref _mssamt__Subtract @code // Reader (returns SOAP_OK on success): soap_read__mssamt__Subtract(struct soap*, _mssamt__Subtract*); // Writer (returns SOAP_OK on success): soap_write__mssamt__Subtract(struct soap*, _mssamt__Subtract*); @endcode - @ref _mssamt__SubtractResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamt__SubtractResponse(struct soap*, _mssamt__SubtractResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamt__SubtractResponse(struct soap*, _mssamt__SubtractResponse*); @endcode - @ref _mssamt__Multiply @code // Reader (returns SOAP_OK on success): soap_read__mssamt__Multiply(struct soap*, _mssamt__Multiply*); // Writer (returns SOAP_OK on success): soap_write__mssamt__Multiply(struct soap*, _mssamt__Multiply*); @endcode - @ref _mssamt__MultiplyResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamt__MultiplyResponse(struct soap*, _mssamt__MultiplyResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamt__MultiplyResponse(struct soap*, _mssamt__MultiplyResponse*); @endcode - @ref _mssamt__Divide @code // Reader (returns SOAP_OK on success): soap_read__mssamt__Divide(struct soap*, _mssamt__Divide*); // Writer (returns SOAP_OK on success): soap_write__mssamt__Divide(struct soap*, _mssamt__Divide*); @endcode - @ref _mssamt__DivideResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamt__DivideResponse(struct soap*, _mssamt__DivideResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamt__DivideResponse(struct soap*, _mssamt__DivideResponse*); @endcode */ /* End of calculator.h */ gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/Doxyfile0000644000175000017500000002272712653650156024116 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WCF Basic Transport Security" PROJECT_NUMBER = "" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = YES STRIP_FROM_PATH = /Applications/ STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = calculator.h calculator.cpp FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = YES INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = HTML_FOOTER = HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/Makefile0000644000175000017500000000247012653650156024041 0ustar ellertellertURL=http://192.168.2.2:8000/ServiceModelSamples/service WSDL=../../../../wsdl/wsdl2h GSOAP=../../../../src/soapcpp2 SOAPH=../../../../stdsoap2.h SOAPC=../../../../stdsoap2.c SOAPCPP=../../../../stdsoap2.cpp SOAPDOMC=../../../../dom.c SOAPDOMCPP=../../../../dom.cpp TYPEMAP=../../../../typemap.dat CC=gcc CPP=g++ LIBS=-lssl -lcrypto GSFLAGS=-L -I../../../../import COFLAGS=-O2 CWFLAGS=-Wall -Wno-deprecated-declarations CIFLAGS=-I. -I../../../.. -I../../../../plugin CMFLAGS=-DWITH_DOM -DWITH_OPENSSL #CMFLAGS=-DDEBUG -DWITH_DOM -DWITH_OPENSSL CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: cacert.cer calculator calculator: calculator.h calculator.cpp $(SOAPH) $(SOAPC) $(GSOAP) $(GSFLAGS) -a -j calculator.h $(CPP) $(CFLAGS) -o calculator calculator.cpp soapC.cpp soapBasicHttpBinding_USCOREICalculatorService.cpp soapBasicHttpBinding_USCOREICalculatorProxy.cpp $(SOAPDOMCPP) $(SOAPCPP) $(LIBS) %.cer: %.pem openssl x509 -in $< -outform der -out $@ calculator.h: $(WSDL) -t $(TYPEMAP) -o calculator.h $(URL)?wsdl .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* distclean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* rm -f *.xml *.nsmap *.log rm -f calculator gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/server.pem0000644000175000017500000000724212653650156024414 0ustar ellertellert-----BEGIN ENCRYPTED PRIVATE KEY----- MIICxjBABgkqhkiG9w0BBQ0wMzAbBgkqhkiG9w0BBQwwDgQI74Clf0036IICAggA 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Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapBasicHttpBinding_USCOREICalculatorService.h" #include "soapBasicHttpBinding_USCOREICalculatorProxy.h" #include "BasicHttpBinding_USCOREICalculator.nsmap" #include "threads.h" /* gsoap/plugin/threads.h */ int CRYPTO_thread_setup(); void CRYPTO_thread_cleanup(); const char *URI = NULL; // Set to the service URI int main(int argc, char **argv) { if (CRYPTO_thread_setup()) { std::cerr << "Cannot setup thread mutex for OpenSSL" << std::endl; exit(1); } if (argc >= 2) { // Service sample application int port = atoi(argv[1]); BasicHttpBinding_USCOREICalculatorService service(SOAP_XML_INDENT); service.soap->send_timeout = service.soap->recv_timeout = 10; // 10 sec /* The supplied server certificate "server.pem" assumes that the server is running on 'localhost', so clients can only connect from the same host when verifying the server's certificate. To verify the certificates of third-party services, they must provide a certificate issued by Verisign or another trusted CA. At the client-side, the capath parameter should point to a directory that contains these trusted (root) certificates or the cafile parameter should refer to one file will all certificates. To help you out, the supplied "cacerts.pem" file contains the certificates issued by various CAs. You should use this file for the cafile parameter instead of "cacert.pem" to connect to trusted servers. Note that the client may fail to connect if the server's credentials have problems (e.g. expired). Note 1: the password and capath are not used with GNUTLS Note 2: setting capath may not work on Windows. */ if (soap_ssl_server_context(service.soap, SOAP_SSL_DEFAULT, /* use SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION to verify clients: client must provide a key file e.g. "client.pem" and "password" */ "server.pem", /* keyfile (cert+key): see SSL docs to create this file */ "password", /* password to read the private key in the key file */ "cacert.pem", /* optional cacert file to store trusted certificates (to authenticate clients) */ NULL, /* optional capath */ "dh512.pem", /* DH file name or DH param key len bits (e.g. "1024"), if NULL use RSA 2048 bits (SOAP_SSL_RSA_BITS) */ NULL, /* if randfile!=NULL: use a file with random data to seed randomness */ NULL /* optional server identification for SSL session cache (unique server name, e.g. use argv[0]) */ )) { service.soap_stream_fault(std::cerr); exit(1); } if (!soap_valid_socket(service.bind(NULL, port, 100))) { service.soap_stream_fault(std::cerr); exit(1); } std::cerr << "Server running" << std::endl; for (;;) { if (!soap_valid_socket(service.accept()) || service.ssl_accept() || service.serve()) service.soap_stream_fault(std::cerr); } } else { // Client sample application BasicHttpBinding_USCOREICalculatorProxy proxy(URI, SOAP_XML_INDENT); proxy.soap->send_timeout = proxy.soap->recv_timeout = 10; // 10 sec if (soap_ssl_client_context(proxy.soap, SOAP_SSL_DEFAULT | SOAP_SSL_SKIP_HOST_CHECK, NULL, /* keyfile (cert+key): required only when client must authenticate to server (see SSL docs to create this file) */ NULL, /* password to read the keyfile */ "cacert.pem", /* optional cacert file to store trusted certificates, use cacerts.pem for all public certificates issued by common CAs */ NULL, /* optional capath to directory with trusted certificates */ NULL /* optional: use a file with random data to seed randomness */ )) { proxy.soap_stream_fault(std::cerr); exit(1); } double n1 = 3.14, n2 = 1.41; _mssamt__Add areq; _mssamt__AddResponse ares; areq.n1 = &n1; areq.n2 = &n2; if (proxy.Add(&areq, &ares) == SOAP_OK && ares.AddResult) printf("Add(%g, %g) = %g\n", *areq.n1, *areq.n2, *ares.AddResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamt__Subtract sreq; _mssamt__SubtractResponse sres; sreq.n1 = &n1; sreq.n2 = &n2; if (proxy.Subtract(&sreq, &sres) == SOAP_OK && sres.SubtractResult) printf("Subtract(%g, %g) = %g\n", *sreq.n1, *sreq.n2, *sres.SubtractResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamt__Multiply mreq; _mssamt__MultiplyResponse mres; mreq.n1 = &n1; mreq.n2 = &n2; if (proxy.Multiply(&mreq, &mres) == SOAP_OK && mres.MultiplyResult) printf("Multiply(%g, %g) = %g\n", *mreq.n1, *mreq.n2, *mres.MultiplyResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamt__Divide dreq; _mssamt__DivideResponse dres; dreq.n1 = &n1; dreq.n2 = &n2; if (proxy.Divide(&dreq, &dres) == SOAP_OK && dres.DivideResult) printf("Divide(%g, %g) = %g\n", *dreq.n1, *dreq.n2, *dres.DivideResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } CRYPTO_thread_cleanup(); return 0; } /******************************************************************************\ * * Service operations * \******************************************************************************/ int BasicHttpBinding_USCOREICalculatorService::Add(_mssamt__Add *Add, _mssamt__AddResponse *AddResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Add && Add->n1 && Add->n2) *res = *Add->n1 + *Add->n2; else return soap_sender_fault(soap, "Invalid data", NULL); AddResponse->AddResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Subtract(_mssamt__Subtract *Subtract, _mssamt__SubtractResponse *SubtractResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Subtract && Subtract->n1 && Subtract->n2) *res = *Subtract->n1 - *Subtract->n2; else return soap_sender_fault(soap, "Invalid data", NULL); SubtractResponse->SubtractResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Multiply(_mssamt__Multiply *Multiply, _mssamt__MultiplyResponse *MultiplyResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Multiply && Multiply->n1 && Multiply->n2) *res = *Multiply->n1 * *Multiply->n2; else return soap_sender_fault(soap, "Invalid data", NULL); MultiplyResponse->MultiplyResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Divide(_mssamt__Divide *Divide, _mssamt__DivideResponse *DivideResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Divide && Divide->n1 && Divide->n2 && *Divide->n2 != 0.0) *res = *Divide->n1 / *Divide->n2; else return soap_sender_fault(soap, "Invalid data", NULL); DivideResponse->DivideResult = res; return SOAP_OK; } /******************************************************************************\ * * OpenSSL * \******************************************************************************/ #ifdef WITH_OPENSSL struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } #else /* OpenSSL not used, e.g. GNUTLS is used */ int CRYPTO_thread_setup() { return SOAP_OK; } void CRYPTO_thread_cleanup() { } #endif gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/README.txt0000644000175000017500000000660612653650156024104 0ustar ellertellertINSTRUCTIONS Install the WCF samples: Windows Communication Foundation (WCF) and Windows Workflow Foundation (WF) Samples for .NET Framework 4. You should have: C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\TransportSecurity\CS Open the Basic TransportSecurity WCF C# example client and service project in Visual Studio. Modify the configuration and source code as described below. Notes: C:> denotes the Windows command line $ denotes the Unix/Linux command line To generate keys and certificates --------------------------------- Convert PEM to cer format: $ make cacert.cer Import cacert.cer by opening it on the Windows machine and then select Install Certificate. Change client.cs by removing the RemoveValidate(...) check to always return true, or modify according to certificate properties to enforce. To connect a WCF client to a gSOAP service ------------------------------------------ Import cacert.cer on the windows machine, see above. In App.config set the endpoint to the gSOAP server endpoint, say "10.0.1.5" over wifi: Run the gSOAP server on port 8000 and then the client. $ ./calculator 8000 C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\TransportSecurity\CS\client> bin\client.exe To self-host a WCF service -------------------------- Obtain the machine name or IP C:> ipconfig /all say it is 10.0.1.5 over wifi. Add a Main() to self-host, say the WCF samples CalculatorService class under C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\TransportSecurity\CS\service with the following class put in the namespace: using System; using System.ServiceModel; using System.Configuration; using System.ServiceModel.Description; namespace ... { ... public class Program { public static void Main() { Uri httpUrl = new Uri("https://10.0.1.5:8000/ServiceModelSamples/service"); using (ServiceHost serviceHost = new ServiceHost(typeof(CalculatorService), httpUrl)) { BasicHttpBinding bhb = new BasicHttpBinding(); bhb.Security.Mode = BasicHttpSecurityMode.Transport; bhb.Security.Transport.ClientCredentialType = HttpClientCredentialType.None; serviceHost.AddServiceEndpoint(typeof(ICalculator), bhb, ""); ServiceMetadataBehavior smb = new ServiceMetadataBehavior(); smb.HttpGetEnabled = true; serviceHost.Description.Behaviors.Add(smb); serviceHost.Open(); Console.WriteLine("Press to terminate service."); Console.ReadLine(); } } } } Under Project Properties change the Output type to Console Application to generate a service.exe. Compile and run the WCF service: C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\TransportSecurity\CS\service> bin\service.exe Use a web browser to access the service at https://10.0.1.5:8000/ServiceModelSamples/service and access the WSDL at https://10.0.1.5:8000/ServiceModelSamples/service?wsdl A gSOAP client connects to this https service, but only when the service certificate is registered with the https port of the Windows machine. To run wsdl2h to generate C++ code: $ wsdl2h -t ../../../../typemap.dat -o calculator.h 'http://10.0.1.5:8000/ServiceModelSamples/service?wsdl' This may take some time, since the self-hosted service is an iterative web server that allows only one open connection. A pre-generated calculator.h file is included in the build directory. gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/cacert.cer0000644000175000017500000000163212653650156024334 0ustar ellertellert00 lt@S0  *H 01 0 UUS1 0 UFL10U Tallahassee10U  Genivia, Inc.1 0 U IT10U genivia.com1"0  *H  contact@genivia.com0 120526201929Z 150526201929Z01 0 UUS1 0 UFL10U Tallahassee10U  Genivia, Inc.1 0 U IT10U genivia.com1"0  *H  contact@genivia.com00  *H 0gY1PTK%y[ve:logUqcL58ބu,4<ay#QЌSQ2BxQ&bM1[,ahpgwפ'4R6J;F*00Uu8cj%wTH0U#0u8cj%wTH01 0 UUS1 0 UFL10U Tallahassee10U  Genivia, Inc.1 0 U IT10U genivia.com1"0  *H  contact@genivia.com lt@S0 U00  *H >B$ ye/^K  αmAqEh#؂s54{ 7lbRpΆKHR9o |an,Z4-^T]滤#c|gsoap-2.8.28/gsoap/samples/wcf/Basic/TransportSecurity/cacert.pem0000644000175000017500000000242212653650156024342 0ustar ellertellert-----BEGIN CERTIFICATE----- MIIDkDCCAvmgAwIBAgIJANZ2BsVMtBtVMA0GCSqGSIb3DQEBBQUAMIGNMQswCQYD VQQGEwJVUzELMAkGA1UECBMCRkwxFDASBgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYD VQQKEw1HZW5pdmlhLCBJbmMuMQswCQYDVQQLEwJJVDESMBAGA1UEAxMJbG9jYWxo b3N0MSIwIAYJKoZIhvcNAQkBFhNjb250YWN0QGdlbml2aWEuY29tMB4XDTE1MDgw NDE5MDEyMFoXDTE4MDgwMzE5MDEyMFowgY0xCzAJBgNVBAYTAlVTMQswCQYDVQQI EwJGTDEUMBIGA1UEBxMLVGFsbGFoYXNzZWUxFjAUBgNVBAoTDUdlbml2aWEsIElu Yy4xCzAJBgNVBAsTAklUMRIwEAYDVQQDEwlsb2NhbGhvc3QxIjAgBgkqhkiG9w0B CQEWE2NvbnRhY3RAZ2VuaXZpYS5jb20wgZ8wDQYJKoZIhvcNAQEBBQADgY0AMIGJ AoGBALx/LiwGRi4wH8y0MEL64VJs5H2O1F4uuYO+aNVZHl5ULRDmSh/4eF8aOYXT B05PfVoctBogcK0ohPEhiUcR/029LQTkEs/5D7XsuRuQsUnMfkEihmC2VtEuJMqT OeXmuIcemEw0QL3ulny7H8W6Aq2rByC2r5iqytnM4Uuw7LMnAgMBAAGjgfUwgfIw HQYDVR0OBBYEFPjHgoC7fuLKD8eItzogWWMDKpTQMIHCBgNVHSMEgbowgbeAFPjH goC7fuLKD8eItzogWWMDKpTQoYGTpIGQMIGNMQswCQYDVQQGEwJVUzELMAkGA1UE CBMCRkwxFDASBgNVBAcTC1RhbGxhaGFzc2VlMRYwFAYDVQQKEw1HZW5pdmlhLCBJ bmMuMQswCQYDVQQLEwJJVDESMBAGA1UEAxMJbG9jYWxob3N0MSIwIAYJKoZIhvcN AQkBFhNjb250YWN0QGdlbml2aWEuY29tggkA1nYGxUy0G1UwDAYDVR0TBAUwAwEB /zANBgkqhkiG9w0BAQUFAAOBgQB+fmbScGp3R4D0Sf4gbBJ/3CGEn4/HvupSikDq vyaviwJ2KQKGlAr/lDh1qSYItkazJpJDIxyG2Dzm2w0F0u1+CSwpym6eq1pxc8dh GRdrCVyuM0gUoBvxUym7o0Bq1V6onUjwrAti+onsZjDpfAIKBI8TRfjuTNzFeSAV G2zULg== -----END CERTIFICATE----- gsoap-2.8.28/gsoap/samples/wcf/Basic/Http/0000755000175000017500000000000012653650156017571 5ustar ellertellertgsoap-2.8.28/gsoap/samples/wcf/Basic/Http/calculator.h0000644000175000017500000010344512653650156022102 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* calculator.h Generated by wsdl2h 2.8.9 from http://192.168.2.2:8000/ServiceModelSamples/service?wsdl and ../../typemap.dat 2012-05-22 19:24:39 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2001-2012 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calculator.h to generate the SOAP/XML processing logic. Use soapcpp2 option -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 option -i to generate improved proxy and server classes. - Use wsdl2h options -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h options -nname and -Nname to globally rename the prefix 'ns'. - Use wsdl2h option -d to enable DOM support for xsd:anyType. - Use wsdl2h option -g to auto-generate readers and writers for root elements. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS. USE THE SOURCE CODE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT BUILDS: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: 1) GPL or 2) Genivia's license for commercial use. -------------------------------------------------------------------------------- 1) GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- 2) A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt w /******************************************************************************\ * * * Definitions * * http://tempuri.org/ * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ // STL vector containers (use option -s to remove STL dependency) #import "stlvector.h" /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: tempuri = "http://tempuri.org/" mssamhi = "http://Microsoft.Samples.Http/Imports" mssamh = "http://Microsoft.Samples.Http" */ #define SOAP_NAMESPACE_OF_mssamhi "http://Microsoft.Samples.Http/Imports" //gsoap mssamhi schema namespace: http://Microsoft.Samples.Http/Imports //gsoap mssamhi schema form: unqualified #define SOAP_NAMESPACE_OF_mssamh "http://Microsoft.Samples.Http" //gsoap mssamh schema namespace: http://Microsoft.Samples.Http //gsoap mssamh schema elementForm: qualified //gsoap mssamh schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Forward Declarations * * * \******************************************************************************/ // Forward declaration of class _mssamh__Add. class _mssamh__Add; // Forward declaration of class _mssamh__AddResponse. class _mssamh__AddResponse; // Forward declaration of class _mssamh__Subtract. class _mssamh__Subtract; // Forward declaration of class _mssamh__SubtractResponse. class _mssamh__SubtractResponse; // Forward declaration of class _mssamh__Multiply. class _mssamh__Multiply; // Forward declaration of class _mssamh__MultiplyResponse. class _mssamh__MultiplyResponse; // Forward declaration of class _mssamh__Divide. class _mssamh__Divide; // Forward declaration of class _mssamh__DivideResponse. class _mssamh__DivideResponse; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.Http/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://Microsoft.Samples.Http * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.Http/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://Microsoft.Samples.Http * * * \******************************************************************************/ /// Top-level root element "http://Microsoft.Samples.Http":Add /// "http://Microsoft.Samples.Http":Add is a complexType. class _mssamh__Add { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":AddResponse /// "http://Microsoft.Samples.Http":AddResponse is a complexType. class _mssamh__AddResponse { public: /// Element AddResult of type xs:double. double* AddResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":Subtract /// "http://Microsoft.Samples.Http":Subtract is a complexType. class _mssamh__Subtract { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":SubtractResponse /// "http://Microsoft.Samples.Http":SubtractResponse is a complexType. class _mssamh__SubtractResponse { public: /// Element SubtractResult of type xs:double. double* SubtractResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":Multiply /// "http://Microsoft.Samples.Http":Multiply is a complexType. class _mssamh__Multiply { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":MultiplyResponse /// "http://Microsoft.Samples.Http":MultiplyResponse is a complexType. class _mssamh__MultiplyResponse { public: /// Element MultiplyResult of type xs:double. double* MultiplyResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":Divide /// "http://Microsoft.Samples.Http":Divide is a complexType. class _mssamh__Divide { public: /// Element n1 of type xs:double. double* n1 0; ///< Optional element. /// Element n2 of type xs:double. double* n2 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /// Top-level root element "http://Microsoft.Samples.Http":DivideResponse /// "http://Microsoft.Samples.Http":DivideResponse is a complexType. class _mssamh__DivideResponse { public: /// Element DivideResult of type xs:double. double* DivideResult 0; ///< Optional element. /// A handle to the soap struct that manages this instance (automatically set) struct soap *soap ; }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.Http/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.Http/Imports * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * http://Microsoft.Samples.Http * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://Microsoft.Samples.Http * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap tempuri service name: BasicHttpBinding_USCOREICalculator //gsoap tempuri service type: ICalculator //gsoap tempuri service port: http://192.168.2.2:8000/ServiceModelSamples/service //gsoap tempuri service namespace: http://tempuri.org/ //gsoap tempuri service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage CalculatorService Definitions @section CalculatorService_bindings Service Bindings - @ref BasicHttpBinding_USCOREICalculator @section CalculatorService_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_operations Operations of Binding "BasicHttpBinding_USCOREICalculator" - @ref __tempuri__Add - @ref __tempuri__Subtract - @ref __tempuri__Multiply - @ref __tempuri__Divide @section BasicHttpBinding_USCOREICalculator_ports Endpoints of Binding "BasicHttpBinding_USCOREICalculator" - http://192.168.2.2:8000/ServiceModelSamples/service Note: use wsdl2h option -N to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * BasicHttpBinding_USCOREICalculator * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __tempuri__Add * * * \******************************************************************************/ /// Operation "__tempuri__Add" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.Http/ICalculator/Add" - Addressing method action: "http://tempuri.org//ICalculator/Add" - Addressing method output action: "http://tempuri.org//ICalculator/AddResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamh__Add* mssamh__Add, // response parameters: _mssamh__AddResponse* mssamh__AddResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Add( struct soap *soap, // request parameters: _mssamh__Add* mssamh__Add, // response parameters: _mssamh__AddResponse* mssamh__AddResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Add document //gsoap tempuri service method-encoding: Add literal //gsoap tempuri service method-action: Add http://Microsoft.Samples.Http/ICalculator/Add //gsoap tempuri service method-output-action: Add http://tempuri.org//ICalculator/AddResponse int __tempuri__Add( _mssamh__Add* mssamh__Add, ///< Request parameter _mssamh__AddResponse* mssamh__AddResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Subtract * * * \******************************************************************************/ /// Operation "__tempuri__Subtract" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.Http/ICalculator/Subtract" - Addressing method action: "http://tempuri.org//ICalculator/Subtract" - Addressing method output action: "http://tempuri.org//ICalculator/SubtractResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Subtract( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamh__Subtract* mssamh__Subtract, // response parameters: _mssamh__SubtractResponse* mssamh__SubtractResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Subtract( struct soap *soap, // request parameters: _mssamh__Subtract* mssamh__Subtract, // response parameters: _mssamh__SubtractResponse* mssamh__SubtractResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Subtract document //gsoap tempuri service method-encoding: Subtract literal //gsoap tempuri service method-action: Subtract http://Microsoft.Samples.Http/ICalculator/Subtract //gsoap tempuri service method-output-action: Subtract http://tempuri.org//ICalculator/SubtractResponse int __tempuri__Subtract( _mssamh__Subtract* mssamh__Subtract, ///< Request parameter _mssamh__SubtractResponse* mssamh__SubtractResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Multiply * * * \******************************************************************************/ /// Operation "__tempuri__Multiply" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.Http/ICalculator/Multiply" - Addressing method action: "http://tempuri.org//ICalculator/Multiply" - Addressing method output action: "http://tempuri.org//ICalculator/MultiplyResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Multiply( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamh__Multiply* mssamh__Multiply, // response parameters: _mssamh__MultiplyResponse* mssamh__MultiplyResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Multiply( struct soap *soap, // request parameters: _mssamh__Multiply* mssamh__Multiply, // response parameters: _mssamh__MultiplyResponse* mssamh__MultiplyResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Multiply document //gsoap tempuri service method-encoding: Multiply literal //gsoap tempuri service method-action: Multiply http://Microsoft.Samples.Http/ICalculator/Multiply //gsoap tempuri service method-output-action: Multiply http://tempuri.org//ICalculator/MultiplyResponse int __tempuri__Multiply( _mssamh__Multiply* mssamh__Multiply, ///< Request parameter _mssamh__MultiplyResponse* mssamh__MultiplyResponse ///< Response parameter ); /******************************************************************************\ * * * Service Operation * * __tempuri__Divide * * * \******************************************************************************/ /// Operation "__tempuri__Divide" of service binding "BasicHttpBinding_USCOREICalculator" /** Operation details: - SOAP document/literal style messaging - SOAP action: "http://Microsoft.Samples.Http/ICalculator/Divide" - Addressing method action: "http://tempuri.org//ICalculator/Divide" - Addressing method output action: "http://tempuri.org//ICalculator/DivideResponse" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___tempuri__Divide( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // request parameters: _mssamh__Divide* mssamh__Divide, // response parameters: _mssamh__DivideResponse* mssamh__DivideResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __tempuri__Divide( struct soap *soap, // request parameters: _mssamh__Divide* mssamh__Divide, // response parameters: _mssamh__DivideResponse* mssamh__DivideResponse ); @endcode C++ proxy class (defined in soapBasicHttpBinding_USCOREICalculatorProxy.h): @code class BasicHttpBinding_USCOREICalculatorProxy; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use proxy classes; C++ service class (defined in soapBasicHttpBinding_USCOREICalculatorService.h): @code class BasicHttpBinding_USCOREICalculatorService; @endcode Important: use soapcpp2 option '-i' to generate greatly improved and easy-to-use service classes; */ //gsoap tempuri service method-style: Divide document //gsoap tempuri service method-encoding: Divide literal //gsoap tempuri service method-action: Divide http://Microsoft.Samples.Http/ICalculator/Divide //gsoap tempuri service method-output-action: Divide http://tempuri.org//ICalculator/DivideResponse int __tempuri__Divide( _mssamh__Divide* mssamh__Divide, ///< Request parameter _mssamh__DivideResponse* mssamh__DivideResponse ///< Response parameter ); /** @page BasicHttpBinding_USCOREICalculator Binding "BasicHttpBinding_USCOREICalculator" @section BasicHttpBinding_USCOREICalculator_policy_enablers Policy Enablers of Binding "BasicHttpBinding_USCOREICalculator" Based on policies, this service imports - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section mssamhi Top-level root elements of schema "http://Microsoft.Samples.Http/Imports" @section mssamh Top-level root elements of schema "http://Microsoft.Samples.Http" - @ref _mssamh__Add @code // Reader (returns SOAP_OK on success): soap_read__mssamh__Add(struct soap*, _mssamh__Add*); // Writer (returns SOAP_OK on success): soap_write__mssamh__Add(struct soap*, _mssamh__Add*); @endcode - @ref _mssamh__AddResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamh__AddResponse(struct soap*, _mssamh__AddResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamh__AddResponse(struct soap*, _mssamh__AddResponse*); @endcode - @ref _mssamh__Subtract @code // Reader (returns SOAP_OK on success): soap_read__mssamh__Subtract(struct soap*, _mssamh__Subtract*); // Writer (returns SOAP_OK on success): soap_write__mssamh__Subtract(struct soap*, _mssamh__Subtract*); @endcode - @ref _mssamh__SubtractResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamh__SubtractResponse(struct soap*, _mssamh__SubtractResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamh__SubtractResponse(struct soap*, _mssamh__SubtractResponse*); @endcode - @ref _mssamh__Multiply @code // Reader (returns SOAP_OK on success): soap_read__mssamh__Multiply(struct soap*, _mssamh__Multiply*); // Writer (returns SOAP_OK on success): soap_write__mssamh__Multiply(struct soap*, _mssamh__Multiply*); @endcode - @ref _mssamh__MultiplyResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamh__MultiplyResponse(struct soap*, _mssamh__MultiplyResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamh__MultiplyResponse(struct soap*, _mssamh__MultiplyResponse*); @endcode - @ref _mssamh__Divide @code // Reader (returns SOAP_OK on success): soap_read__mssamh__Divide(struct soap*, _mssamh__Divide*); // Writer (returns SOAP_OK on success): soap_write__mssamh__Divide(struct soap*, _mssamh__Divide*); @endcode - @ref _mssamh__DivideResponse @code // Reader (returns SOAP_OK on success): soap_read__mssamh__DivideResponse(struct soap*, _mssamh__DivideResponse*); // Writer (returns SOAP_OK on success): soap_write__mssamh__DivideResponse(struct soap*, _mssamh__DivideResponse*); @endcode */ /* End of calculator.h */ gsoap-2.8.28/gsoap/samples/wcf/Basic/Http/Doxyfile0000644000175000017500000002271112653650156021302 0ustar ellertellert# Doxyfile 1.3.8 #--------------------------------------------------------------------------- # Project related configuration options #--------------------------------------------------------------------------- PROJECT_NAME = "WCF Basic Http" PROJECT_NUMBER = "" OUTPUT_DIRECTORY = CREATE_SUBDIRS = NO OUTPUT_LANGUAGE = English USE_WINDOWS_ENCODING = NO BRIEF_MEMBER_DESC = YES REPEAT_BRIEF = YES ABBREVIATE_BRIEF = "The $name class" \ "The $name widget" \ "The $name file" \ is \ provides \ specifies \ contains \ represents \ a \ an \ the ALWAYS_DETAILED_SEC = NO INLINE_INHERITED_MEMB = NO FULL_PATH_NAMES = YES STRIP_FROM_PATH = /Applications/ STRIP_FROM_INC_PATH = SHORT_NAMES = NO JAVADOC_AUTOBRIEF = NO MULTILINE_CPP_IS_BRIEF = NO DETAILS_AT_TOP = NO INHERIT_DOCS = YES DISTRIBUTE_GROUP_DOC = NO TAB_SIZE = 8 ALIASES = OPTIMIZE_OUTPUT_FOR_C = NO OPTIMIZE_OUTPUT_JAVA = NO SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- EXTRACT_ALL = YES EXTRACT_PRIVATE = YES EXTRACT_STATIC = YES EXTRACT_LOCAL_CLASSES = YES EXTRACT_LOCAL_METHODS = NO HIDE_UNDOC_MEMBERS = NO HIDE_UNDOC_CLASSES = NO HIDE_FRIEND_COMPOUNDS = NO HIDE_IN_BODY_DOCS = NO INTERNAL_DOCS = NO CASE_SENSE_NAMES = NO HIDE_SCOPE_NAMES = NO SHOW_INCLUDE_FILES = YES INLINE_INFO = YES SORT_MEMBER_DOCS = YES SORT_BRIEF_DOCS = NO SORT_BY_SCOPE_NAME = NO GENERATE_TODOLIST = YES GENERATE_TESTLIST = YES GENERATE_BUGLIST = YES GENERATE_DEPRECATEDLIST= YES ENABLED_SECTIONS = MAX_INITIALIZER_LINES = 30 SHOW_USED_FILES = YES #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- QUIET = NO WARNINGS = YES WARN_IF_UNDOCUMENTED = YES WARN_IF_DOC_ERROR = YES WARN_FORMAT = "$file:$line: $text" WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- INPUT = calculator.h calculator.cpp FILE_PATTERNS = *.c \ *.cc \ *.cxx \ *.cpp \ *.c++ \ *.java \ *.ii \ *.ixx \ *.ipp \ *.i++ \ *.inl \ *.h \ *.hh \ *.hxx \ *.hpp \ *.h++ \ *.idl \ *.odl \ *.cs \ *.php \ *.php3 \ *.inc \ *.m \ *.mm \ *.C \ *.CC \ *.C++ \ *.II \ *.I++ \ *.H \ *.HH \ *.H++ \ *.CS \ *.PHP \ *.PHP3 \ *.M \ *.MM RECURSIVE = NO EXCLUDE = EXCLUDE_SYMLINKS = NO EXCLUDE_PATTERNS = EXAMPLE_PATH = EXAMPLE_PATTERNS = * EXAMPLE_RECURSIVE = NO IMAGE_PATH = INPUT_FILTER = FILTER_PATTERNS = FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- SOURCE_BROWSER = YES INLINE_SOURCES = NO STRIP_CODE_COMMENTS = YES REFERENCED_BY_RELATION = NO REFERENCES_RELATION = NO VERBATIM_HEADERS = NO #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- ALPHABETICAL_INDEX = NO COLS_IN_ALPHA_INDEX = 5 IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- GENERATE_HTML = YES HTML_OUTPUT = html HTML_FILE_EXTENSION = .html HTML_HEADER = HTML_FOOTER = HTML_STYLESHEET = HTML_ALIGN_MEMBERS = YES GENERATE_HTMLHELP = NO CHM_FILE = HHC_LOCATION = GENERATE_CHI = NO BINARY_TOC = NO TOC_EXPAND = NO DISABLE_INDEX = NO ENUM_VALUES_PER_LINE = 4 GENERATE_TREEVIEW = NO TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- GENERATE_LATEX = NO LATEX_OUTPUT = latex LATEX_CMD_NAME = latex MAKEINDEX_CMD_NAME = makeindex COMPACT_LATEX = NO PAPER_TYPE = a4wide EXTRA_PACKAGES = LATEX_HEADER = PDF_HYPERLINKS = NO USE_PDFLATEX = NO LATEX_BATCHMODE = NO LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- GENERATE_RTF = NO RTF_OUTPUT = rtf COMPACT_RTF = NO RTF_HYPERLINKS = NO RTF_STYLESHEET_FILE = RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- GENERATE_MAN = NO MAN_OUTPUT = man MAN_EXTENSION = .3 MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- GENERATE_XML = NO XML_OUTPUT = xml XML_SCHEMA = XML_DTD = XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- GENERATE_AUTOGEN_DEF = NO #--------------------------------------------------------------------------- # configuration options related to the Perl module output #--------------------------------------------------------------------------- GENERATE_PERLMOD = NO PERLMOD_LATEX = NO PERLMOD_PRETTY = YES PERLMOD_MAKEVAR_PREFIX = #--------------------------------------------------------------------------- # Configuration options related to the preprocessor #--------------------------------------------------------------------------- ENABLE_PREPROCESSING = YES MACRO_EXPANSION = NO EXPAND_ONLY_PREDEF = NO SEARCH_INCLUDES = YES INCLUDE_PATH = INCLUDE_FILE_PATTERNS = PREDEFINED = EXPAND_AS_DEFINED = SKIP_FUNCTION_MACROS = YES #--------------------------------------------------------------------------- # Configuration::additions related to external references #--------------------------------------------------------------------------- TAGFILES = GENERATE_TAGFILE = ALLEXTERNALS = NO EXTERNAL_GROUPS = YES PERL_PATH = /usr/bin/perl #--------------------------------------------------------------------------- # Configuration options related to the dot tool #--------------------------------------------------------------------------- CLASS_DIAGRAMS = NO HIDE_UNDOC_RELATIONS = YES HAVE_DOT = YES CLASS_GRAPH = YES COLLABORATION_GRAPH = YES UML_LOOK = NO TEMPLATE_RELATIONS = NO INCLUDE_GRAPH = YES INCLUDED_BY_GRAPH = YES CALL_GRAPH = NO GRAPHICAL_HIERARCHY = YES DOT_IMAGE_FORMAT = png DOT_PATH = /usr/local/bin DOTFILE_DIRS = MAX_DOT_GRAPH_WIDTH = 1024 MAX_DOT_GRAPH_HEIGHT = 1024 MAX_DOT_GRAPH_DEPTH = 1000 GENERATE_LEGEND = YES DOT_CLEANUP = YES #--------------------------------------------------------------------------- # Configuration::additions related to the search engine #--------------------------------------------------------------------------- SEARCHENGINE = NO gsoap-2.8.28/gsoap/samples/wcf/Basic/Http/Makefile0000644000175000017500000000224612653650156021235 0ustar ellertellertURL=http://192.168.2.2:8000/ServiceModelSamples/service WSDL=../../../../wsdl/wsdl2h GSOAP=../../../../src/soapcpp2 SOAPH=../../../../stdsoap2.h SOAPC=../../../../stdsoap2.c SOAPCPP=../../../../stdsoap2.cpp SOAPDOMC=../../../../dom.c SOAPDOMCPP=../../../../dom.cpp TYPEMAP=../../../../typemap.dat CC=gcc CPP=g++ LIBS= GSFLAGS=-L -I../../../../import COFLAGS=-O2 CWFLAGS=-Wall -Wno-deprecated-declarations CIFLAGS=-I. -I../../../.. -I../../../../plugin CMFLAGS= #CMFLAGS=-DDEBUG CFLAGS= $(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) all: calculator calculator: calculator.h calculator.cpp $(SOAPH) $(SOAPC) $(GSOAP) $(GSFLAGS) -a -j calculator.h $(CPP) $(CFLAGS) -o calculator calculator.cpp soapC.cpp soapBasicHttpBinding_USCOREICalculatorService.cpp soapBasicHttpBinding_USCOREICalculatorProxy.cpp $(SOAPCPP) $(LIBS) calculator.h: $(WSDL) -t $(TYPEMAP) -o calculator.h $(URL)?wsdl .PHONY: clean distclean clean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* distclean: rm -f *.o soapH.h soapStub.h soapC.* soapClient.* soapServer.* soap*Proxy.* soap*Service.* soap*Object.* rm -f *.xml *.nsmap *.log rm -f calculator gsoap-2.8.28/gsoap/samples/wcf/Basic/Http/calculator.cpp0000644000175000017500000001406412653650156022433 0ustar ellertellert/* calculator.cpp WCF BasicHttpBinding demo See the README.txt gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapBasicHttpBinding_USCOREICalculatorService.h" #include "soapBasicHttpBinding_USCOREICalculatorProxy.h" #include "BasicHttpBinding_USCOREICalculator.nsmap" const char *URI = NULL; // Set to the service URI int main(int argc, char **argv) { if (argc >= 2) { // Service sample application int port = atoi(argv[1]); BasicHttpBinding_USCOREICalculatorService service(SOAP_XML_INDENT); service.soap->send_timeout = service.soap->recv_timeout = 10; // 10 sec std::cerr << "Server running" << std::endl; for (;;) { service.run(port); service.soap_stream_fault(std::cerr); } } else { // Client sample application BasicHttpBinding_USCOREICalculatorProxy proxy(URI, SOAP_XML_INDENT); proxy.soap->send_timeout = proxy.soap->recv_timeout = 10; // 10 sec double n1 = 3.14, n2 = 1.41; _mssamh__Add areq; _mssamh__AddResponse ares; areq.n1 = &n1; areq.n2 = &n2; if (proxy.Add(&areq, &ares) == SOAP_OK && ares.AddResult) printf("Add(%g, %g) = %g\n", *areq.n1, *areq.n2, *ares.AddResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamh__Subtract sreq; _mssamh__SubtractResponse sres; sreq.n1 = &n1; sreq.n2 = &n2; if (proxy.Subtract(&sreq, &sres) == SOAP_OK && sres.SubtractResult) printf("Subtract(%g, %g) = %g\n", *sreq.n1, *sreq.n2, *sres.SubtractResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamh__Multiply mreq; _mssamh__MultiplyResponse mres; mreq.n1 = &n1; mreq.n2 = &n2; if (proxy.Multiply(&mreq, &mres) == SOAP_OK && mres.MultiplyResult) printf("Multiply(%g, %g) = %g\n", *mreq.n1, *mreq.n2, *mres.MultiplyResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); _mssamh__Divide dreq; _mssamh__DivideResponse dres; dreq.n1 = &n1; dreq.n2 = &n2; if (proxy.Divide(&dreq, &dres) == SOAP_OK && dres.DivideResult) printf("Divide(%g, %g) = %g\n", *dreq.n1, *dreq.n2, *dres.DivideResult); else proxy.soap_stream_fault(std::cerr); proxy.destroy(); } return 0; } /******************************************************************************\ * * Service operations * \******************************************************************************/ int BasicHttpBinding_USCOREICalculatorService::Add(_mssamh__Add *Add, _mssamh__AddResponse *AddResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Add && Add->n1 && Add->n2) *res = *Add->n1 + *Add->n2; else return soap_sender_fault(soap, "Invalid data", NULL); AddResponse->AddResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Subtract(_mssamh__Subtract *Subtract, _mssamh__SubtractResponse *SubtractResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Subtract && Subtract->n1 && Subtract->n2) *res = *Subtract->n1 - *Subtract->n2; else return soap_sender_fault(soap, "Invalid data", NULL); SubtractResponse->SubtractResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Multiply(_mssamh__Multiply *Multiply, _mssamh__MultiplyResponse *MultiplyResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Multiply && Multiply->n1 && Multiply->n2) *res = *Multiply->n1 * *Multiply->n2; else return soap_sender_fault(soap, "Invalid data", NULL); MultiplyResponse->MultiplyResult = res; return SOAP_OK; } int BasicHttpBinding_USCOREICalculatorService::Divide(_mssamh__Divide *Divide, _mssamh__DivideResponse *DivideResponse) { double *res = (double*)soap_malloc(soap, sizeof(double)); if (Divide && Divide->n1 && Divide->n2 && *Divide->n2 != 0.0) *res = *Divide->n1 / *Divide->n2; else return soap_sender_fault(soap, "Invalid data", NULL); DivideResponse->DivideResult = res; return SOAP_OK; } gsoap-2.8.28/gsoap/samples/wcf/Basic/Http/README.txt0000644000175000017500000000454112653650156021273 0ustar ellertellertINSTRUCTIONS Install the WCF samples: Windows Communication Foundation (WCF) and Windows Workflow Foundation (WF) Samples for .NET Framework 4. You should have: C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\Http\CS Open the Basic Http WCF C# example client and service project in Visual Studio. Modify the configuration and source code as described below. Notes: C:> denotes the Windows command line $ denotes the Unix/Linux command line To connect a WCF client to a gSOAP service ------------------------------------------ In App.config set the endpoint to the server endpoint, say "10.0.1.5" over wifi: Run the gSOAP server on port 8000. To self-host a WCF service -------------------------- Obtain the machine name or IP C:> ipconfig /all say it is 10.0.1.5 over wifi. Add a Main() to self-host by adding a Program class in the WCF sample C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\Http\CS\service using System; using System.ServiceModel; using System.Configuration; using System.ServiceModel.Description; namespace ... { ... public class Program { public static void Main() { Uri httpUrl = new Uri("http://10.0.1.5:8000/ServiceModelSamples/service"); using (ServiceHost serviceHost = new ServiceHost(typeof(CalculatorService), httpUrl)) { BasicHttpBinding bhb = new BasicHttpBinding(); serviceHost.AddServiceEndpoint(typeof(ICalculator), bhb, ""); ServiceMetadataBehavior smb = new ServiceMetadataBehavior(); smb.HttpGetEnabled = true; serviceHost.Description.Behaviors.Add(smb); serviceHost.Open(); Console.WriteLine("Press to terminate service."); Console.ReadLine(); } } } Under Project Properties change the Output type to Console Application to generate a service.exe. Use a web browser to access the service at http://10.0.1.5:8000/ServiceModelSamples/service and access the WSDL at http://10.0.1.5:8000/ServiceModelSamples/service?wsdl To run wsdl2h to generate C++ code: $ wsdl2h -t ../../../../typemap.dat -o calculator.h 'http://10.0.1.5:8000/ServiceModelSamples/service?wsdl' This may take some time, since the self-hosted service is an iterative web server that allows only one open connection. A pre-generated calculator.h file is included in the build directory. gsoap-2.8.28/gsoap/samples/wcf/README.txt0000644000175000017500000000123412653650156017327 0ustar ellertellert INSTRUCTIONS Install the WCF samples. For the basic bindings, you should have: C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\Http C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\TransportSecurity C:\WF_WCF_Samples\WCF\Basic\Binding\Basic\MessageSecurity The gSOAP examples to interact with the WCF client and service examples: Basic/Http Basic/TransportSecurity Basic/MessageSecurity For the WS bindings, you should have: C:\WF_WCF_Samples\WCF\Basic\Binding\WS\DualHttp The gSOAP examples to interact with the WCF client and service examples: WS/DualHttp Additional sample demo applications for WCF bindings will be added to upcoming gSOAP releases. gsoap-2.8.28/gsoap/samples/Makefile.am0000644000175000017500000000100412653650156017101 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns1 service name: magic //gsoap ns1 service style: rpc //gsoap ns1 service encoding: encoded //gsoap ns1 service namespace: http://websrv.cs.fsu.edu/~engelen/magic.wsdl //gsoap ns1 service location: http://websrv.cs.fsu.edu/~engelen/magicserver.cgi //gsoap ns1 service documentation: Demo Magic Squares service //gsoap ns1 schema namespace: urn:MagicSquare typedef int xsd__int; class vector { public: xsd__int *__ptr; int __size; struct soap *soap; vector(); vector(int); virtual ~vector(); 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0ustar ellertellert/* magicserver.cpp Example CGI or stand-alone multi-threaded magic squares Web service. Install as a CGI application. Alternatively, run from command line with arguments IP (which must be the IP of the current machine you are using) and PORT to run this as a stand-alone server on a port. For example: $ magicserver.cgi 18081 & To let the 'magic' client application talk to this service, change the URL in magic.cpp into "http://localhost:18081" To show wsdl as stand-alone, use: http://localhost:18081/?wsdl This example illustrates two alternative server implementations with threads. The first implementation recycles gSOAP resources but is bounded to a maximum number of threads. Each thread needs to be joined, so runaway processes will halt the server at some point. The second implementation has no thread limitation. Runaway threads are not controlled. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "magic.nsmap" #include #ifdef _POSIX_THREADS #include // use Pthreads #endif #define BACKLOG (100) // Max. request backlog #define MAX_THR (8) // Max. threads to serve requests #define SLEEP (0) // >0 will make each thread sleep to mimic work load //////////////////////////////////////////////////////////////////////////////// // // Magic Squares Server // //////////////////////////////////////////////////////////////////////////////// int http_get(struct soap*); void *process_request(void*); int main(int argc, char **argv) { struct soap soap; soap_init(&soap); if (argc < 2) // no args: assume this is a CGI application { soap_serve(&soap); // serve request soap_destroy(&soap);// cleanup class instances soap_end(&soap); // cleanup } else { #ifdef _POSIX_THREADS pthread_t tid; #endif SOAP_SOCKET m, s; // soap.accept_timeout = 60; // die if no requests are made within 1 minute int port = atoi(argv[1]); // register a HTTP GET handler soap.fget = http_get; m = soap_bind(&soap, NULL, port, 100); if (!soap_valid_socket(m)) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); for (int i = 1; ; i++) { s = soap_accept(&soap); if (!soap_valid_socket(s)) { if (soap.errnum) soap_print_fault(&soap, stderr); else fprintf(stderr, "Server timed out\n"); break; } fprintf(stderr, "%d: accepted %d IP=%d.%d.%d.%d ... ", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); #ifdef _POSIX_THREADS pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)soap_copy(&soap)); #else soap_serve(&soap); // process RPC skeletons fprintf(stderr, "served\n"); soap_destroy(&soap); soap_end(&soap); // clean up #endif } } soap_done(&soap); return 0; } #ifdef _POSIX_THREADS void *process_request(void *soap) { pthread_detach(pthread_self()); soap_serve((struct soap*)soap); soap_destroy((struct soap*)soap); soap_end((struct soap*)soap); soap_free((struct soap*)soap); return NULL; } #endif //////////////////////////////////////////////////////////////////////////////// // // Magic Square Algorithm // //////////////////////////////////////////////////////////////////////////////// int ns1__magic(struct soap *soap, int n, matrix *square) { int i, j, k, l, key = 2; if (n < 1) return soap_sender_fault(soap, "Negative or zero size", "The input parameter must be positive"); if (n > 100) return soap_sender_fault(soap, "size > 100", "The input parameter must not be too large"); square->resize(n, n); for (i = 0; i < n; i++) for (j = 0; j < n; j++) (*square)[i][j] = 0; i = 0; j = (n-1)/2; (*square)[i][j] = 1; while (key <= n*n) { if (i-1 < 0) k = n-1; else k = i-1; if (j-1 < 0) l = n-1; else l = j-1; if ((*square)[k][l]) i = (i+1) % n; else { i = k; j = l; } (*square)[i][j] = key; key++; } sleep(SLEEP); // mimic work load latency return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // Class vector Methods // //////////////////////////////////////////////////////////////////////////////// vector::vector() { __ptr = 0; __size = 0; } vector::vector(int n) { __ptr = (int*)soap_malloc(soap, n*sizeof(int)); __size = n; } vector::~vector() { soap_unlink(soap, this); // not required, but just to make sure if someone calls delete on this } void vector::resize(int n) { int *p; if (__size == n) return; p = (int*)soap_malloc(soap, n*sizeof(int)); if (__ptr) { for (int i = 0; i < (n <= __size ? n : __size); i++) p[i] = __ptr[i]; soap_unlink(soap, __ptr); free(__ptr); } __size = n; __ptr = p; } int& vector::operator[](int i) const { if (!__ptr || i < 0 || i >= __size) fprintf(stderr, "Array index out of bounds\n"); return (__ptr)[i]; } //////////////////////////////////////////////////////////////////////////////// // // Class matrix Methods // //////////////////////////////////////////////////////////////////////////////// matrix::matrix() { __ptr = 0; __size = 0; } matrix::matrix(int rows, int cols) { __ptr = soap_new_vector(soap, rows); for (int i = 0; i < cols; i++) __ptr[i].resize(cols); __size = rows; } matrix::~matrix() { soap_unlink(soap, this); // not required, but just to make sure if someone calls delete on this } void matrix::resize(int rows, int cols) { int i; vector *p; if (__size != rows) { if (__ptr) { p = soap_new_vector(soap, rows); for (i = 0; i < (rows <= __size ? rows : __size); i++) { if (this[i].__size != cols) (*this)[i].resize(cols); (p+i)->__ptr = __ptr[i].__ptr; (p+i)->__size = cols; } for (; i < rows; i++) __ptr[i].resize(cols); } else { __ptr = soap_new_vector(soap, rows); for (i = 0; i < rows; i++) __ptr[i].resize(cols); __size = rows; } } else for (i = 0; i < __size; i++) __ptr[i].resize(cols); } vector& matrix::operator[](int i) const { if (!__ptr || i < 0 || i >= __size) fprintf(stderr, "Array index out of bounds\n"); return __ptr[i]; } //////////////////////////////////////////////////////////////////////////////// // // A HTTP GET Handler to display WSDL (magic.wsdl) // //////////////////////////////////////////////////////////////////////////////// int http_get(struct soap * soap) { FILE *fd = NULL; char *s = strchr(soap->path, '?'); if (!s || strcmp(s, "?wsdl")) return SOAP_GET_METHOD; fd = fopen("magic.wsdl", "rb"); // open WSDL file to copy if (!fd) return 404; // return HTTP not found error soap->http_content = "text/xml"; // HTTP header with text/xml content soap_response(soap, SOAP_FILE); for (;;) { size_t r = fread(soap->tmpbuf, 1, sizeof(soap->tmpbuf), fd); if (!r) break; if (soap_send_raw(soap, soap->tmpbuf, r)) break; // can't send, but little we can do about that } fclose(fd); soap_end_send(soap); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/magic/magic.cpp0000644000175000017500000001236412653650156017724 0ustar ellertellert/* magic.cpp Magic squares client. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "magic.nsmap" //////////////////////////////////////////////////////////////////////////////// // // Magic Squares Client // //////////////////////////////////////////////////////////////////////////////// // To access a stand-alone server on a port: magicserver[] = "IP:PORT"; // use "http://" to include HTTP header, e.g: magicserver[] = "http://IP:PORT"; const char magicserver[] = "http://www.cs.fsu.edu/~engelen/magicserver.cgi"; // const char magicserver[] = "http://localhost:8080"; // To send request to stdout and read response from stdin, use: // const char magicserver[] = "http://"; int main(int argc, char **argv) { struct soap soap; int r; soap_init(&soap); matrix *A = soap_new_matrix(&soap, -1); if (argc <= 1) { char *s = getenv("QUERY_STRING"); if (!s || (r = atoi(s)) == 0) r = 7; } else r = atoi(argv[1]); printf("Content-type: text/html\r\n\r\n

Magic Square of Rank %d

\n", r);
  if (soap_call_ns1__magic(&soap, magicserver, NULL, r, A))
  { soap_print_fault(&soap, stderr);
    soap_print_fault_location(&soap, stderr);
  }
  else
  { for (int i = 0; i < (*A).__size; i++)
    { int sum = 0;
      for (int j = 0; j < (*A)[i].__size; j++)
      { sum += (*A)[i][j];
        printf("%4d", (*A)[i][j]);
      }
      printf(" =%4d\n", sum);
    }
    for (int j = 0; j < (*A)[0].__size; j++)
      printf("  ||");
    printf("\n");
    for (int j = 0; j < (*A)[0].__size; j++)
    { int sum = 0;
      for (int i = 0; i < (*A).__size; i++)
	sum += (*A)[i][j];
      printf("%4d", sum);
    }
    printf("\n");
    if (r % 2 == 0)
      printf("
Magic only for odd ranks!\n");
  }
  printf("
\n"); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); return 0; } //////////////////////////////////////////////////////////////////////////////// // // Class vector Methods // //////////////////////////////////////////////////////////////////////////////// vector::vector() { __ptr = 0; __size = 0; } vector::vector(int size) { __ptr = (int*)soap_malloc(soap, size*sizeof(int)); __size = size; } vector::~vector() { soap_unlink(soap, this); } void vector::resize(int size) { int *p; if (__size == size) return; p = (int*)soap_malloc(soap, size*sizeof(int)); if (__ptr) { for (int i = 0; i < (size <= __size ? size : __size); i++) p[i] = __ptr[i]; soap_unlink(soap, __ptr); free(__ptr); } __ptr = p; __size = size; } int& vector::operator[](int idx) const { if (!__ptr || idx < 0 || idx >= __size) fprintf(stderr, "Array index out of bounds\n"); return __ptr[idx]; } //////////////////////////////////////////////////////////////////////////////// // // Class matrix Methods // //////////////////////////////////////////////////////////////////////////////// matrix::matrix() { __ptr = 0; __size = 0; } matrix::~matrix() { soap_unlink(soap, this); // not required, but just to make sure if someone calls delete on this } matrix::matrix(int rows, int cols) { __ptr = soap_new_vector(soap, rows); for (int i = 0; i < cols; i++) __ptr[i].resize(cols); __size = rows; } void matrix::resize(int rows, int cols) { int i; vector *p; if (__size != rows) { if (__ptr) { p = soap_new_vector(soap, rows); for (i = 0; i < (rows <= __size ? rows : __size); i++) { if (this[i].__size != cols) (*this)[i].resize(cols); (p+i)->__ptr = __ptr[i].__ptr; (p+i)->__size = cols; } for (; i < rows; i++) __ptr[i].resize(cols); } else { __ptr = soap_new_vector(soap, rows); for (i = 0; i < rows; i++) __ptr[i].resize(cols); __size = rows; } } else for (i = 0; i < __size; i++) __ptr[i].resize(cols); } vector& matrix::operator[](int idx) const { if (!__ptr || idx < 0 || idx >= __size) fprintf(stderr, "Array index out of bounds\n"); return __ptr[idx]; } gsoap-2.8.28/gsoap/samples/magic/README.txt0000644000175000017500000000036112653650156017630 0ustar ellertellertExample magic square client and servers. The client 'magic' application invokes the magic square service on our web site. The 'magicserver' demonstrates a CGI-based server and stand-alone multi-threaded server (if pthreads is available). gsoap-2.8.28/gsoap/samples/magic/Makefile.am0000644000175000017500000000111512653650156020164 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = magic magicserver SOAPHEADER = magic.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = magic.nsmap magic.wsdl magic_SOURCES = magic.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) magicserver_SOURCES = magicserver.cpp $(SOAPHEADER) $(SOAP_CPP_SERVER) magicserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) -lpthread gsoap-2.8.28/gsoap/samples/xml-rpc-json/0000755000175000017500000000000012653650172017401 5ustar ellertellertgsoap-2.8.28/gsoap/samples/xml-rpc-json/README.md0000644000175000017500000031564012653650156020673 0ustar ellertellert XML-RPC & JSON/JSONPath {#mainpage} ======================= [TOC] Introduction {#intro} ============ XML-RPC predates JSON and shares the same goal to offer a simple data format for Web applications that interoperate via "remote procedure calls" (RPC) over "stateless" HTTP via HTTP POST. Applications are not limited to the exchange of RPC messages via HTTP POST. Other REST methods can be used to manage the state of resources via URL references, allowing for the storage of data (HTTP PUT), retrieval of data (HTTP GET), and removal of data (HTTP DELETE) from a resource. XML-RPC is a generic, self-describing (and very verbose) XML format to compose XML messages for platform-neutral data exchange. XML-RPC defines a collection of frequently used XML types with common programming language equivalents. XML-RPC does NOT provide a data binding to XML and does NOT support a validation mechanism to ensure that data content is validated against a schema. XML-RPC serialization proceeds by marshaling parameters in predefined XML elements for each data type. XML-RPC has primitive types (bool, int, double, string, dateTime, base64) and two compound types (structs and arrays). This document does not describe XML-RPC in detail. For more details, please visit . JSON (JavaScript Object Notation) is an even simpler data format to support platform-neutral data interchange that is highly compatible across programming languages by restricting data representation to a set of five common types: bool, number, string, array, and object. A JSON object is the same as an XML-RPC struct. Only the syntax differs. Both are composed of fieldname-value member pairs (i.e. both are hashmaps) and have no other special properties. (Which is in contrast to XML data as "objects" that are namespace scoped and may include xsi:type attributes to distinguish derived from base types, and may include id-ref attributes to cross-reference data, and other properties that make XML more suitable to achieve lossless C/C++ serialization.) This document does not describe JSON (and JSON RPC/REST) in detail. For more details, please visit . JSON/JSONPath and gSOAP {#intro-1} ----------------------- The gSOAP JSON API is compact and lightweight. It is straightforward to write JSON RPC and JSON REST code. For example in C++: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING); // set up context to manage memory const char *endpoint = "http://www.cs.fsu.edu/~engelen/currentTimeJSON.cgi"; value req(ctx), res(ctx); // new JSON values req and res req = "getCurrentTime"; // request current time json_call(ctx, // make a call (POST) endpoint, // the service endpoint URL req, // value with the request string res) // response, if call is OK ); if (ctx->error) ... // handle IO error cout << "Current time = " << res << endl; // JSON response to cout } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To compile this example see the [List of C++ files](#cpp-files). Furthermore, to help you quickly develop C/C++ JSON code, we offer a code generator **jsoncpp** with the gSOAP package (version 2.8.26 and up). You can find the jsoncpp tool with the JSON examples in `gsoap/samples/xml-rpc-json`. The jsoncpp command-line tool auto-generates C or C++ code from a JSON fragment. The generated code creates a JSON node graph for this fragment, which can be further tweaked as necessary. We demonstrate this on an example `menu.json` file: cat menu.json ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} { "menu": { "id": "file", "value": "File", "popup": { "menuitem": [ {"value": "New", "onclick": "CreateNewDoc()"}, {"value": "Open", "onclick": "OpenDoc()"}, {"value": "Close", "onclick": "CloseDoc()"} ] } } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ jsoncpp menu.json ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" { /* Generated by jsoncpp menu.json */ struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; value x(ctx); x["menu"]["id"] = "file"; x["menu"]["value"] = "File"; x["menu"]["popup"]["menuitem"][0]["value"] = "New"; x["menu"]["popup"]["menuitem"][0]["onclick"] = "CreateNewDoc()"; x["menu"]["popup"]["menuitem"][1]["value"] = "Open"; x["menu"]["popup"]["menuitem"][1]["onclick"] = "OpenDoc()"; x["menu"]["popup"]["menuitem"][2]["value"] = "Close"; x["menu"]["popup"]["menuitem"][2]["onclick"] = "CloseDoc()"; std::cout << x << std::endl; soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can use jsoncpp option `-e` to add explanatory comments to the generated code, which explains what the code does to help you understand the JSON API. Use jsoncpp option `-M` to narrow the generated code down to the essentials, without the initialization and cleanup parts of the code. This makes the generated code suitable for direct inclusion in your codebase. Generating code to populate a node graph is one option. Another option is to generate code to inspect a node graph. Use jsoncpp option `-i` (gSOAP 2.8.28 and up) to generate code to inspect the node graph of a value parsed from JSON input, given that the JSON file provided with option `-i` serves as a generic template: jsoncpp -i menu.json ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" { /* Generated by jsoncpp -i menu.json */ struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; value x(ctx); std::cin >> x; #define USE_VAL(path, val) std::cout << path << " = " << val << std::endl if (x.has("menu")) { if (x["menu"].has("id")) USE_VAL("$.menu.id", x["menu"]["id"]); if (x["menu"].has("value")) USE_VAL("$.menu.value", x["menu"]["value"]); if (x["menu"].has("popup")) { if (x["menu"]["popup"].has("menuitem")) { for (int i3 = 0; i3 < x["menu"]["popup"]["menuitem"].size(); i3++) { if (x["menu"]["popup"]["menuitem"][i3].has("value")) USE_VAL("$.menu.popup.menuitem[].value", x["menu"]["popup"]["menuitem"][i3]["value"]); if (x["menu"]["popup"]["menuitem"][i3].has("onclick")) USE_VAL("$.menu.popup.menuitem[].onclick", x["menu"]["popup"]["menuitem"][i3]["onclick"]); } } } } std::cout << x << std::endl; soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also use the new jsoncpp option `-p` (gSOAP 2.8.27 and up) to generate efficient JSONPath query code to query and retrieve specific values. For example, let's write a JSONPath query to display the authors of books in a store. We will read the JSON data from `std:cin` and filter the authors with the query `$.store.book[*].author` to collect them in a JSON array `y` of results with jsoncpp option `-y`. We generate the code from the command line with jsoncpp as follows: jsoncpp -M -p'$.store.book[*].author' -y ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} value x(ctx); std::cin >> x; // JSONPath: $.store.book[*].author value y(ctx); y.size(0); #define QUERY_YIELD(val) y[y.size()] = val if (x.has("store")) { if (x["store"].has("book")) { value::iterator j = x["store"]["book"].begin(); value::iterator k = x["store"]["book"].end(); for (value::iterator i = j; i != k; ++i) { if ((*i).has("author")) { QUERY_YIELD((*i)["author"]); } } } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Let's apply this query to the `store.json` file that you can find in section [JSONPath by example](#jsoncpp-4): ./query < store.json [ "Nigel Rees", "Evelyn Waugh", "Herman Melville", "J. R. R. Tolkien" ] You can compile this example yourself with: jsoncpp -o query.cpp -m -p'$.store.book[*].author' -y soapcpp2 -CSL xml-rpc.h c++ -o query query.cpp json.cpp xml-rpc.cpp soapC.cpp stdsoap2.cpp You can also embed C/C++ code in JSONPath queries to filter and select values from JSON data at runtime. The jsoncpp code generator aims to produce clean, high-quality and readable C and C++ code. We will present jsoncpp in more detail in the next section. The remainder of this document explains how you can use the XML-RPC/JSON C and C++ APIs to create JSON data, access JSON data, send/recv data via REST, and to read/write JSON data to files, streams, and string buffers. It should be stated that JSON as a data format is not a true-and-tested alternative to XML and XML schema. XML data bindings provide a strongly typed interface to exchange validated data with RPC and REST. However, XML can be more complex to provide strong guarantees for object polymorphism (base and derived classes), to accurately represent tree and graph structures, to include binary content natively with base64 (and mechanisms for streaming MIME/MTOM attachments), to support extensibility (to extend data types and to add new data types), and schema namespaces referenced by XML elements and attributes to avoid ambiguity. The jsoncpp command-line tool {#jsoncpp} ============================= The jsoncpp command produces high-quality, readable and reusable source code. The generated code can be readily used in your projects to populate JSON data and retrieve data, thereby saving you substantial time and effort to write code. You may not have to write any C or C++ code to manipulate JSON data with your application's code base when taking full advantage of the jsoncpp autocoding tool. The jsoncpp command-line tool generates C or C++ source code to populate a JSON node graph with the data given in a JSON file. The command also has an option `-i` to generate source code to inspect parsed JSON values by using a JSON file as a generic template for this code. And option `-p` generates efficient source code for JSONPath queries. Even stand-alone JSONPath query filter applications can be auto-generated with option `-m` (for main). Compiling the jsoncpp command {#jsoncpp-1} ----------------------------- You will find jsoncpp and the XML-RPC/JSON examples in the gSOAP package in `gsoap/samples/xml-rpc-json`. To build jsoncpp, [install gSOAP](http://www.genivia.com/downloads.html) and build all sample codes as follows: ./configure --enable-samples make make install This builds the command-line tool jsoncpp in `gsoap/samples/xml-rpc-json` from where you can use it and/or copy it for use with your projects. If you do not have the samples built, you can use soapcpp2 (or soapcpp2.exe in `gsoap/bin/win32`) from the command line to generate the C++ code required to compile jsoncpp and that is also required by the C++ JSON API components: cd gsoap/samples/xml-rpc-json soapcpp2 -CSL xml-rpc.h c++ -I../.. -o jsoncpp jsoncpp.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp The above builds the jsoncpp command-line tool. Command-line options {#jsoncpp-2} -------------------- The jsoncpp command takes several options and an optional JSON input file: jsoncpp [-c] [-e] [-f%fmt] [-h] [-i] [-l] [-m] [-M] [-O] [-ofile] [-ppath] [-rroot] [-xcode] [-y] [infile] where the jsoncpp command-line options are: | Option | Description | | -------- | ----------------------------------------------------------------- | | `-c` | generate C code instead of C++ | | `-e` | add explanatory comments to the generated code | | `-f%%fmt`| use `%%fmt` to format double floats, e.g. `-f%%lG` | | `-h` | display help message | | `-i` | generate code to inspect node graph parsed from JSON input | | `-l` | generate code for option `-i` to store values in local variables | | `-m` | generate stand-alone code by adding `main()` | | `-M` | generate minimal code unadorned with initialization and cleanup | | `-O` | optimize code by factoring common indices | | `-ofile` | save source code to `file` | | `-ppath` | generate JSONPath query code for `path` | | `-rroot` | use `root` instead of root value `x` in the generated code | | `-xcode` | generate code that executes `code` for each JSONPath query result | | `-y` | generate code that yields an array `y` of JSONPath query results | | `infile` | optional JSON file to parse | | `-` | read JSON from standard input | The jsoncpp command takes a JSON input file `infile` to generate code to construct this JSON value in C/C++ or, with option `-i`, to generate code that reads JSON data from input and traverses it to inspect its value by using the JSON input file `infile` as a template to match against. For option `-i`, if you want additional code that uses local variables to store boolean, integer, and floating point values retrieved from the JSON node graph, then also use option `-l` with option `-i`. Use option `-c` to generate C code instead of C++ and use option `-e` to add explanatory comments to the generated code. The jsoncpp command emits source code to standard output or to the file specified with option `-o`. Minimalistic code is generated with option `-M`, which is useful to automate pasting of the unadorned source code into the source code of your project. Optimized code is generated with option `-O` by factoring common array indices and object field names. This produces more elaborate code that is more efficient but may be harder to read and modify. This option has no effect on the code generated with option `-i`. The default name of the root value in the generated source code is `x`. To change this name use option `-r`. Do not use the name `v`, which represents the current value. Other variable names to avoid are `i`, `j`, `k`, `p`, `q`, `r`, `s`, and `S`, since these are internally used by the generated JSONPath query code. Use option `-p` to generate code that filters JSON data from a source of input with a JSONPath query `path`. Option `-x` specifies a JSONPath query code to execute for each query result. The default action in the generated code is to print each query result value in JSON format separated by newlines. Option `-y` yields a JSON array of query result values that are incrementally collected. Option `-x` overrides option `-y`. To generate a stand-alone application use option `-m`. This option is useful for testing JSONPath query filters given with option `-p`. Option `-f%``fmt` sets the floating point double precision format to use in the generated code. By default, jsoncpp emits floating point numbers with up to 17 digit mantissas to preserve precision. Use `-f%``lG` for the shortest floating point representation. JSONPath syntax {#jsoncpp-3} --------------- The concept behind JSONPath is identical to XPath for XML: to select elements (value nodes) from a DOM node structure of a document by matching the path expression against descendent nodes in the node tree structure. A JSONPath query returns the JSON values selected. We adopt the JSONPath syntax suggested by [Goessner](http://goessner.net/articles/JsonPath), but extended with `?` ("where") and `!` ("where not") operators. Our JSONPath syntax also supports the `[?(expr)]` and `[(expr)]` constructs to insert your own C/C++ expressions for filtering and selection of nodes in JSONPath queries. Our syntax also supports multiple comma-separated alternatives in the `[ ]` selector. But the syntax does not support `|` (alternation). We recommend to write a JSONPath query for each alternation. JSON data structures are represented internally as a node graph consisting of atomic values (null, bool, int/double, string), arrays, and "objects". JSON objects are structs with fieldname-value pairs. A JSONPath expression specifies a JSON data query, typically starting from the root node, and descending deeper into the node graph to match child nodes. For example, suppose we have a `store` object with a `book` array. Each `book` object has a `title` string and some other properties which we will ignore for now. The following JSONPath query returns the titles of all books in the store: $.store.book[*].title We can also write the same query in bracket notation: $["store"]["book"][*]["title"] Note that the syntax of this query has a close similarity to the C++ JSON API for accessing object fields (a.k.a. object properties) and array elements. Basically, a JSONPath expression is a sequence of operations to match nodes: | Operator | Nodes matched and returned | | ------------- | ------------------------------------------------------------ | | `$` | the root node of the node graph | | `.f` or `[f]` | child node at field named `f` of the current object node | | `[n]` | nth node of the current array node, if indexed within bounds | | `[b:e:s]` | array slice of the current array node | | `[x,y]` | child nodes matching `x` or `y` (fields, indices and slices) | | `*` | "wildcard": any child node of the current object/array node | | `..` | "recurse": any matching descendant nodes of the current node | | `?` | "where": current node if the rest of the query path matches | | `!` | "where not": the complement of `?` | | `[(e)]` | use value of C/C++ expression `e` to match a field or index | | `[?(e)]` | evaluate C/C++ expression `e`, continue matching when true | Field names (`f` in the table) in JSON and in JSONPath queries may contain UTF-8 Unicode characters. Throughout this document we refer to the *field names* of objects and structs. Also commonly used are JSON object *property names* and *key names* (as in key-value pairs), Other JSONPath implementations require quotes for field names in brackets, as in `['store']` or `["store"]`. With jsoncpp you will only need to add quotes when field names contain control characters, spaces, or punctuation, such as a `unit-price` field name in the query `$..['unit-price']`. To promote orthogonality of the JSONPath syntax (no arbitrary rules and exceptions depending on a context), quoted field names are also valid with dot notation in our JSONPath syntax, such as the query `$..'unit-price'`. JSONPath by example {#jsoncpp-4} ------------------- A JSONPath query expression uses dot or bracket operators to match JSON data located at increasingly deeper levels of the data structure. Consider the following JSON data: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.js} { "store": { "book": [ { "category": "reference", "author": "Nigel Rees", "title": "Sayings of the Century", "price": 8.95 }, { "category": "fiction", "author": "Evelyn Waugh", "title": "Sword of Honour", "price": 12.99 }, { "category": "fiction", "author": "Herman Melville", "title": "Moby Dick", "isbn": "0-553-21311-3", "price": 8.99 }, { "category": "fiction", "author": "J. R. R. Tolkien", "title": "The Lord of the Rings", "isbn": "0-395-19395-8", "price": 22.99 } ], "bicycle": { "color": "red", "price": 19.95 } } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To match the `title` of the first book (`book[0]`) in a `store`, starting at the root node indicated by `$`, we use the following JSONPath query expression: $.store.book[0].title This query returns `"Sayings of the Century"` when applied to the JSON data. To try the JSONPath examples yourself, we suggest to create a `store.json` file with the above JSON data and run jsoncpp from the command line to compile a JSONPath query as follows: cd gsoap/samples/xml-rpc-json soapcpp2 -CSL xml-rpc.h jsoncpp -o test-json.cpp -m -p'$.store.book[0].title' c++ -I../.. -o test-json test-json.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp ./test-json < store.json The compiled JSONPath query is applied to the `store.json` data and returns the matching values found. Use jsoncpp option `-y` to return matches in a JSON array. The `soapC.cpp` file, and the header files `soapStub.h` and `soapH.h`, are generated with the command `soapcpp2 -CSL xml-rpc.h`, which is done just once for all C++ JSON applications. Use soapcpp2 option `-c` to generate `soapC.c` for C (with the corresponding `soapStub.h` and `soapH.h` in C). To match any field of an object or any array element, we use a wildcard `*`: $.store.*.price This matches and returns the bicycle price `19.95`, but not the book prices that are located one level deeper in the array of books, which can be matched with: $.store.*.*.price This returns the values `8.95`, `12.99`, `8.99`, and `22.99`. Note that in the latter case we only get the book prices, because the first `*` matches `book` and `bicycle` and the second `*` matches the book array and the `red` and `price` fields. Only the book prices are returned, because `red` and `price` are atomic and have no `price` child node. To match and return all prices in the store we use `..` called "recursive descent" or simply "recurse", as follows: $..price Array elements are matched with brackets `[n]` where `n` is an array index. Negative indices can be used to access array elements from the end of an array, where -1 refers to the last element. We can list the array elements to match with `[x,y]`, for example: $.store.book[0,1,-1].title This matches and returns the titles of the first two books and the last. JSONPath queries do not modify the node graph searched. So you do not need to worry about indices that are out of bounds or fields that are not part of an object. Arrays can also be sliced for matching from a starting index `b` until (excluding) an ending index `e` with `[b:e]`, where `b` and `e` values are optional. When omitted, the slice runs from the start and/or from the end of the array. For example: $.store.book[:].title matches and returns the titles of all books in the store, and $.store.book[:2].title matches and returns the first two books (at 0 and 1) in the store. We can use an optional step `s` to slice arrays with `[b:e:s]` and even reverse array element-by-element matching with a negative unit step: $.store.book[::-1].title This matches and returns the titles of all books in reverse order. The following JSONPath queries return the same results for the example JSON data, where we used slices and `[x,y]` to match multiple array entries: $.store.book[1:3].title $.store.book[1:-1].title $.store.book[-3:-1].title $.store.book[1,2].title $.store.book[-3,-2].title Basically, JSONPath array slices in our implementation follow the intuitive Python array slice syntax and meaning. Beware that many other JSONPath implementations do not implement the step parameter consistently or do not support stepping. Note that `[:]` is not the same as `[*]` because `[:]` only matches arrays. A conditional JSONPath expression contains a `?` ("where") operator. The operator returns the results that match the left side of the `?` but only when the right-side matches: $.store.book[:]?isbn This matches and returns only books that have an `isbn` field. The complement of the `?` operator is `!` ("where not"), which returns the results that match the left side of the `!` but only when the right-side does not match. More complex queries can be formulated by embedding C/C++ expressions in the query to filter `[?(e)]` and select `[(e)]` nodes. For example, in C++: $.store.book[:][?((double)v["price"] < 10.0)].title and in C: $.store.book[:][?(*double_of(value_at(v, "price")) < 10.0)].title This filters books with prices lower than 10.0 and returns the title of each book found. Embedded C/C++ expressions to filter nodes can inspect the current JSONPath node value by accessing variable `v`, as is shown above. Here we used `(double)v["price"]` to obtain the price of the current node for comparison. Besides the current node `v` you can also access the JSONPath root node value `x`. Instead of the default name `x`, you can change `x` to another name with jsoncpp option `-r`. You can access variables and functions in embedded C/C++ expressions, but do not access or modify `i`, `j`, `k`, `p`, `q`, `r`, `s` and `S`, which are internally used by the generated JSONPath query code. @warning In this respect we should caution you about using C/C++ expressions that modify node values, since this may affect the query results in unpredictable ways. In fact, `v["price"]` will add a price to any current node value `v` that has no `"price"` field! To make field accesses safe we should first check if the field exists in the current node before we access it: $.store.book[:][?((v.has("price") ? (double)v["price"] : 9999) < 10.0)].title @warning Guarding field accesses with `has()` is the only safe way to combine `..` with C/C++ filters, since we may visit all nodes in the graph, for example to find all prices < 10.0: $..[?((v.has("price") ? (double)v["price"] : 9999) < 10.0)].price Object fields and array elements can be accessed in a JSONPath query with C/C++ expressions that evaluate to string field names or to integers indices, respectively. For example, we can use the string `argv[1]` of `main()` as a field name in C++: $.store.book[:][(argv[1])] In C we have to explicitly use `value_at` to access the field of the current `v` node (and we use `nth_value` to access array elements of the current `v` node, not shown here): $.store.book[:][(value_at(v, argv[1]))] This assumes that the command-line argument (`argv[1]`) of the application is a book field name. Otherwise, no results are returned. After compiling the JSONPath query with jsoncpp -o test-json.cpp -m -p'$.store.book[:][(argv[1])]' c++ -I../.. -o test-json test-json.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp we can obtain the book titles with: ./test-json title < store.json You can use multiple C/C++ expressions in brackets and combine them with other field and array expressions separated by commas: $.store.book[:][title,(argv[1])] This prints the title and the value of the field name given by the command-line argument, if there is a field that matches the given name. Finally, let's use the value of `argv` to filter products in the store by a given command-line argument price: jsoncpp -m -p'$.store..[?((v.has("price") ? (double)v["price"] : 9999) < strtod(argv[1], NULL))]' And in C: jsoncpp -c -m -p'$.store..[?((nth_at(v, "price") >= 0 ? *double_of(value_at(v, "price")) : 9999) < strtod(argv[1], NULL))]' C/C++ expressions cannot be used as array slice bounds, which must be constant. C++ XML-RPC and JSON {#cpp} ==================== XML-RPC and JSON data is interchangeable in this implementation, with the only exception that the dateTime and base64 types are handled as strings in JSON. Also, JSON's only numeric type is floating point. However, integers are handled just fine by this JSON implementation as 64 bit (`long long`, `int64_t`, `LONG64`) without conversion to/from double floating point values. List of C++ files {#cpp-files} ----------------- The following files define XML-RPC operations and data types for C++: - `xml-rpc-io.h`: XML-RPC serialization over streams - `xml-rpc-io.cpp`: XML-RPC serialization over streams - `xml-rpc-iters.h`: iterators for structs, arrays, and XML-RPC parameters - `xml-rpc.cpp`: XML-RPC C++ data binding API - `xml-rpc.h`: XML-RPC data binding as a gSOAP .h file for soapcpp2 (do not #include this file in your project builds) For JSON we use the following files for C++: - `json.h`: JSON C++ API and JSON serialization over streams - `json.cpp`: JSON C++ API and JSON serialization over streams - `xml-rpc.cpp`: XML-RPC C++ data binding API - `xml-rpc-iters.h`: iterators for structs/objects and arrays - `xml-rpc.h`: XML-RPC data binding as a gSOAP .h file for soapcpp2 (do not #include this file in your project builds) The gSOAP header file `xml-rpc.h` defines all XML-RPC and JSON types as struct with C++ member functions to create XML-RPC and JSON data and REST messages. A note about the following auto-generated files: `soapH.h`, `soapStub.h` and `soapC.cpp`. These are required for XML-RPC and JSON. To auto-generate these files, execute: soapcpp2 -CSL xml-rpc.h Then compile and link the `.cpp` files listed above for XML-RPC and JSON with the auto-generated `soapC.cpp` and `stdsoap2.cpp`: c++ -I../.. -o myapp myapp.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp Instead of `stdsoap2.cpp` you can link `libgsoap++.a` with `-lgsoap++`, when installed by the gSOAP package. To enable OpenSSL for HTTPS compile with `-DWITH_OPENSSL` and link `-lssl`, and `-lcrypto`: c++ -DWITH_OPENSSL -I../.. -o myapp myapp.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp -lssl -lcrypto For OpenSSL support, instead of `stdsoap2.cpp` you can link `libgsoapssl++.a` with `-lgsoapssl++`, when installed by the gSOAP package. Because XML namespaces are not used, we can either use `-DWITH_NONAMESPACES` to compile `stdsoap2.cpp` without complaining about a missing global `Namespace`, or we can define an empty namespaces table somewhere in our code: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++ XML-RPC and JSON with examples {#cpp-ex} ---------------------------------- An XML-RPC/JSON data value is created in C++ as follows, which requires a context `ctx` with the engine state (the soap struct). The context manages the memory that is internally allocated to hold values. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" soap *ctx = soap_new1(SOAP_C_UTFSTRING); // new context value v(ctx); soap_destroy(ctx); // delete all values soap_end(ctx); // delete temp data soap_free(ctx); // free context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that `soapH.h` is an auto-generated file (see previous section). This file needs to be generated only once and for all. It also references `stdsoap2.h` and the auto-generated `soapStub.h`. Compile and link your code with `stdsoap2.cpp` and the auto-generated `soapC.cpp` XML-RPC serializers. Also compile and link `xml-rpc.cpp`. For JSON, compile and link `json.cpp`. We can stack-allocate local values as shown above. To allocate a value on the heap that is managed by the engine context, use `new_value(ctx)`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} value *v = new_value(ctx); ... soap_destroy(ctx); // delete all values soap_end(ctx); // delete temp data ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can use wide strings with Unicode stored in UTF-8-formattted 8-bit `char` strings. For compatibility with XML-RPC serialization of UTF-8-encoded strings, we MUST use the `SOAP_C_UTFSTRING` flag to initialize the context with `soap_new1(SOAP_C_UTFSTRING)`. We can optionally use `SOAP_XML_INDENT` to indent XML and JSON. The code shown above creates an empty value `v`. Values can be assigned any one of the following data types: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} v = 12345LL; // 64 bit int v = 12.34; // double float v = "abc"; // string v = string("abc"); // std::string v = L"xyz"; // wide string (converted to UTF-8) v = wstring(L"xyz"); // std::wstring (converted to UTF-8) v = false; // Boolean v = (ULONG64)time(0); // time_t value serialized as ISO 8601 date time // create an array [24, 99.99, "abc"] v[0] = 24; v[1] = 99.99; v[2] = "abc"; // create a struct (JSON object) {"name": "gsoap", "major": 2.8, "©": 2015} v["name"] = "gsoap"; v["major"] = 2.8; v[L"©"] = 2015; // wide string tags are OK // create a base64-encoded image object _base64 img(ctx, 100, ptr_to_rawimage100bytes); // block of 100 raw bytes v = img; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We can combine these operations in many possible ways to create arrays of arrays, arrays of structs, and so on. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} v[0]["name"] = "bob"; v[0]["toys"][0] = "ball"; v[0]["toys"][1] = "furby"; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This creates a singleton array containing an object with two members: `name` set to `"bob"` and `toys` set to an array containing `"ball"` and `"furby"`. In JSON format this is represented as: [ { "name": "bob", "toys": ["ball", "furby"] } ] ^ ^ ^ ^ | | | | an array_/ | | | of 1 struct_/ | | with 2 members_/______________/ Let's see what happens when we assign a variable the value of another. The JSON C++ API uses the *value model* for variables with atomic values, meaning that atomic values are copied when assigning a target variable the atomic value of another variable. It uses the *reference model* for arrays and structs, meaning that array and struct contents are shared when assigning a target variable the array/struct value of another variable. We illustrate the effect below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} value x(ctx), y(ctx); x = 1; y = x; x = 2; std::cout << "x = " << x << " and y = " << y << std::endl; value a(ctx), b(ctx); a["num"] = 1; b = a; a["num"] = 2; std::cout << "a.num = " << a["num"] << " and b.num = " << b["num"] << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This prints `x = 2 and y = 1` and `a.num = 2 and b.num = 2`. You can make deep copies of values by using the auto-generated `soap_dup_value` function in `soapC.cpp`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} value a(ctx), b(ctx); a["num"] = 1; soap_dup_value(ctx, &b, &a); a["num"] = 2; std::cout << "a.num = " << a["num"] << " and b.num = " << b["num"] << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This prints `a.num = 2 and b.num = 1`. @warning Do not extend arrays and structs (JSON objects) returned by `soap_dup_value` with new entries. The new entries may use unallocated memory. You can always loop over arrays and structs to copy their contents to a new array or struct managed by another context, if you must add new entries later. To auto-generate `soap_dup_value`, use option `-Ec` with soapcpp2: soapcpp2 -Ec -CSL xml-rpc.h With gSOAP 2.8.28 and later you can use the following operators on values in C++: | Operator | Type of JSON Value Operands | Result after Operand Type Promotion | | -------------------- | ----------------------------------- | ----------------------------------------------- | | `+` | bool, number, string, struct, array | sum, string concat, struct concat, array concat | | `-`, `*`, `/`, `%` | bool, number | difference, product, division, modulo | | `==`, `!=` | bool, number, string, struct, array | C++ `bool` | | `<=`, `>=`, `<`, `>` | bool, number, string | C++ `bool` | The (un)equal operators compare the two values by deep value comparison of array elements and object fields and values. For the arithmetic operations, operands are converted by type promotion until the two operands conform to the type required for the operation: atomic int double string struct array false -> 0 true -> 1 int -> double null -------------------> "null" false ------------------> "false" true -------------------> "true" int -> double -> string null ---------------------------------------> [null] false --------------------------------------> [false] true ---------------------------------------> [true] int -------------------------------> [int] double ---------------------> [double] string -----------> [string] struct -> [struct] An example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include std::stringstream ss("[0,1,2]"); // parse JSON array into 'x' value x(ctx); ss >> x; // x = [0,1,2] x[3] = x[1] + x[2]; // x = [0,1,2,3] value y(ctx); y[0] = "abc"; // y = ["abc"] y[1] = y[0] + 123; // y = ["abc","abc123"] std::cout << x + y; // [0,1,2,3] + ["abc","abc123"] is [0,1,2,3,"abc","abc123"] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Arithmetic and concatenation operations may incur significant memory overhead due to temporaries, type conversions (when applicable), and managed heap storage. Use them only when CPU and memory usage are not critical. When receiving a value in XML-RPC/JSON, we generally want to check its type to obtain its value. To check the type of a value, we use `is_Type` methods: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} bool value::is_null() // true if value is not set (JSON null) bool value::is_bool() // true if value is a Boolean "true" or "false" value bool value::is_true() // true if value is Boolean "true" bool value::is_false() // true if value is Boolean "false" bool value::is_int() // true if value is a 32 or a 64 bit int bool value::is_double() // true if value is a 64 bit double floating point bool value::is_string() // true if value is a string or wide string bool value::is_dateTime() // true if ISO 8601, always false for received JSON bool value::is_array() // true if array of values bool value::is_struct() // true if structure, a.k.a. a JSON object bool value::is_base64() // true if base64, always false for received JSON ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following methods can be used to inspect arrays and structs (JSON objects): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} void value::size(int) // reset array size or pre-allocate space int value::size() // returns array or struct size or 0 bool value::empty() // true if array or struct is empty bool value::has(int) // true if index is within array bounds bool value::has(const char*) // true if struct has field bool value::has(const wchar_t*) // true if struct has field int value::nth(int) // returns index >= 0 if index is in array bounds, < 0 otherwise int value::nth(const char*) // returns index >= 0 of field in struct, < 0 otherwise int value::nth(const wchar_t*) // returns index >= 0 of field in struct, < 0 otherwise value& value::operator[int] // returns value at index in array or struct value& value::operator[const char*] // returns value at field in struct value& value::operator[const wchar_t*] // returns value at field in struct ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For example, let's take the value `v` that was assigned the array shown above. We have the following properties of this value: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} v.is_null() == false // v is not null v.is_array() == true // v is an array v.size() == 1 // v has one element v.has(1) == false // v has no array element at index 1 v.nth(-1) == 0 // v last element is at index 0 v[0].is_struct() == true // v[0] is a struct v[0].has("name") == true // v[0] has field name "name" v[0].nth("name") == 0 // v[0] has field name "name" at index 0 v[0][0].is_string() == true // v[0][0] == v[0]["name"] is a string v[0].has("toys") == true // v[0] has field name "toys" v[0]["toys"].is_array() == true // v[0]["toys"] is an array v[0]["toys"].empty() == false // v[0]["toys"] is not empty ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ When accessing structs (JSON objects) by field name, make sure to use existing member field names only. A new member fieldname-value pair is dynamically added to the structure to accomodate the new entry for the field. Also arrays are extended to accommodate the indexed array element. A negative index accesses elements from the array's end, with index -1 accessing the last value. Also the `value::has(int)` and `value::nth(int)` methods take a negative index for bounds checking on arrays and will return `false` or negative, respectively. Use `value::size(int)` to change array size or set arrays to zero length. Use negative size with `value::size(int)` to remove elements from the end. You may want to use iterators to retrieve data from structs and arrays (see further below). To retrieve atomic data we can use casts on a value `v` as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} (double)v // 64 bit double or 0.0 if not numeric (int)v // 32 bit int or 0 if not numeric (LONG64)v // 64 bit int or 0 if not numeric (char*)v // convert to string (string)v // convert to std::string (wchar_t*)v // convert to wide string (wstring)v // convert to std::wstring (bool)v // same as is_true() (ULONG64)v // nonzero time_t if v contains an ISO 8601 date time (_base64)v // base64 encoding of v ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ It is valid to cast a primitive type to any of the other primitive types shown above and no runtime error will occur, although you may loose some information when an atomic value has no representation in the target type's value space. Casting a number to a string is fine, but casting a string to a number only gives a nonzero numeric value if the string is numeric. Casting a value to base64 produces its base64 encoding. To access base64 binary raw data of a value `v`, we use the following methods: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} _base64& base64 = v; unsigned char *raw = base64.ptr(); // points to raw binary data int size = base64.size(); // that is of this size ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Arrays and structs are compound types that cannot be cast to or from other types (but if you do cast, an empty array or struct is created an no runtime error will occur). So we should check for array and struct types to obtain their content. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} if (v.is_array()) { for (int i = 0; i < v.size(); ++i) { value& array_value = v[i]; ... // use and/or set array_value } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We use the iterators `value::iterator` and `value::const_iterator` to loop over the values in structs and arrays: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} if (v.is_struct() || v.is_array()) { for (value::iterator i = v.begin(); i != v.end(); ++i) { int index = i.index(); // index of element const char *name = i.name(); // name() is nonempty for structs value& element = *i; ... // use index, name, and/or use/set the element value } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The iterator method `value::iterator::index()` returns the integer index of the struct or array element. The `value::iterator::name()` method returns the name of the struct member, or empty `""` if the type is not a struct. The `value::const_iterator` does not permit the value referenced by the iterator to be modified. There are two lower level iterators for structs and arrays, which are slightly more efficient to use compared to the `value::iterator`. These array and struct iterators have an `index()` method to obtain the index (an int). Struct iterators have a `name()` method to obtain a member's name (a string). For example, to traverse a value `v` that is an array or a struct: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} if (v.is_array()) { _array& vec = v; // cast to _array for (_array::iterator i = vec.begin(); i != vec.end(); ++i) { int array_index = i.index(); value& array_value = *i; ... // use array_index, use and/or set array_value } } else if (v.is_struct()) { _struct& rec = v; // cast to _struct for (_struct::iterator i = rec.begin(); i != rec.end(); ++i) { const char *member_name = i.name(); value& member_value = *i; ... // use member_name, use and/or set member_value } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ As usual, the `_struct::const_iterator` and `_array::const_iterator` do not permit the values referenced by the iterator to be modified. XML-RPC parameter lists are similar to arrays and its values are indexed. We can also iterate over response parameters after an XML-RPC REST call: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} methodCall rpc(ctx, "endpoint URL", "methodName"); params request(ctx, 2); request[0] = ...; // first request parameter request[1] = ...; // second request parameter params response = rpc(request); // execute the call if (!rpc.error()) { for (params::iterator i = response.begin(); i != response.end(); ++i) { int index = i.index(); value& param_value = *i; ... // use param_value of response params } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We should note that JSON REST does not require parameter types, for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" value request(ctx); value response(ctx); request[0] = ...; // first request parameter request[1] = ...; // second request parameter if (!json_call(cts, "endpoint URL", request, response)) { ... // use response value } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ There are two additional methods to invoke on parameters: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} int params::size(); // returns number of parameters bool params::empty(); // true if no parameters ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ All dynamically allocated memory that is internally used to store data is deallocated with: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} soap_destroy(ctx); // delete all values soap_end(ctx); // delete temp data soap_free(ctx); // delete context allocated with soap_new() ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Additional examples are located in `gsoap/samples/xml-rpc-json`: - `xml-rpc-currentTime.cpp`: XML-RPC C++ client, also uses JSON - `xml-rpc-currentTimeServer.cpp`: XML-RPC C++ server - `xml-rpc-weblogs.cpp`: XML-RPC C++ client - `xml-rpc-json.cpp`: XML-RPC to/from JSON example - `json-currentTime.cpp`: JSON C++ client - `json-currentTimeServer.cpp`: JSON C++ server - `json-GitHub.cpp`: JSON C++ client for GitHub API v3 C++ XML-RPC client example {#cpp-cl} -------------------------- A typical XML-RPC calling sequence in C++ is: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "soapH.h" // generated by the command: soapcpp2 -CSL xml-rpc.h #include "xml-rpc-io.h" // to serialize XML-RPC data to streams struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; // no XML namespaces // create a context soap *ctx = soap_new1(SOAP_C_UTFSTRING); // store Unicode in UTF-8 format ctx->send_timeout = 10; // 10 sec, stop if server is not accepting msg ctx->recv_timeout = 10; // 10 sec, stop if server does not respond in time // create an XML-RPC method call object methodCall rpc(ctx, "endpoint URL", "methodName"); // populate the parameters rpc[0] = 123; // first parameter is an integer rpc[1] = "abc"; // second is a string rpc[2]["name"] = "joe"; // a record, first member "name" rpc[2]["age"] = 23; // a record, second member "age" rpc[3][0] = 456.789; // an array, first element (a float) rpc[3][1] = "widget"; // an array, second element (a string) rpc[3][2] = true; // an array, third element (a bool) // make the XML-RPC call and retrieve response params response = rpc(request); // check result if (rpc.error()) soap_stream_fault(ctx, std::err); else if (response.empty()) std::cout << rpc.fault() << std::endl; else if (response.size() > 1) std::cout << "More than one response data" << std::endl; else if (response[0].is_array() && !response[0].empty()) for (int i = 0; i < response[0].size(); i++) ... = response[0][i]; else if (response[0].is_struct()) { ... = response[0]["membername1"]; ... = response[0]["membername2"]; } else if (response[0].is_base64()) { _base64 base64& = response[0]; unsigned char *raw = base64.ptr(); int size = base64.size(); ... // use raw[0..size-1] data } else if (response[0].is_bool()) { bool flag = response[0]; ... // use boolean flag } else if (response[0].is_int()) { LONG64 num = response[0]; ... // use integer } else if (response[0].is_double()) { double num = response[0]; ... // use double float } else if (response[0].is_string()) { const char *str = response[0]; // use string, note that also legal is: const std::string& st = response[0]; // and conversion from UTF-8 to wide string unicode: const wchar_t *w = response[0]; const std::string& ws = response[0]; } else if (response[0].is_dateTime()) { time_t t = (ULONG64)response[0]; ... // use time } // deallocate all soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Alternatively, parameters of a methodCall can be passed with the methodCall itself as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} methodCall rpc(ctx, "endpoint URL", "methodName"); // create 5 parameters params request(ctx, 5); // populate the parameters request[0] = 123; // first parameter is an integer request[1] = "abc"; // second is a string request[2]["name"] = "joe"; // a record, first member "name" request[2]["age"] = 23; // a record, second member "age" request[3][0] = 456.789; // an array, first element (a float) request[3][1] = "widget"; // an array, second element (a string) request[3][2] = true; // an array, third element (a bool) // make the XML-RPC call with request parameters, retrieve response params response = rpc(request); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that in the client code, after the response is retrieved, the implicit type casts done by assignments will retrieve the values that are type-cast converted if needed. These casts can be used anywhere to retrieve values: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} params response = rpc(); double sum = 0.0; for (int i = 0; i < response.size(); i++) if (response[i].is_double()) // is this parameter a double float? sum += (double)response[i]; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Type casts can also be used to convert data, which means they never produce an exception. Casting to string `(const char*)` converts atomic values to strings, but does not convert compound types such as arrays and structs. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} params response = rpc(); for (int i = 0; i < response.size(); i++) printf("response[%d] = %s\n", i, (const char*)response[i]); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which prints a string representation of the int, double, boolean, time, or base64 values of parameters. An empty string is printed for arrays and structs. Use iterators to walk over arrays and structs to print values. Or use the JSON API `json.h` and `json.cpp` to print values in JSON format, see further on JSON below. C++ XML-RPC server example {#cpp-sr} -------------------------- A typical C++ XML-RPC server sequence is: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create an allocation context soap *ctx = soap_new1(SOAP_C_UTFSTRING); // create an XML-RPC methodCall object methodCall rpc(ctx); // Option 1: parse and write to/from stdin/out for CGI // (no code needed) // Option 2: parse and write to/from FILE or socket // ctx->recvfd = ...; // set input file descriptor // ctx->sendfd = ...; // set output file descriptor // Option 3: parse and write to/from IO streams // ctx->is = ...; // set input stream // ctx->os = ...; // set output stream if (rpc.recv() != SOAP_OK) soap_print_fault(ctx, stderr); else { // create response methodResponse response(ctx); // check method name if (!strcmp(rpc.name(), "methodName")) { // method name matches: populate response parameters with values: response[0] = ...; response[1] = ...; ... // add response data } else { // otherwise, set fault response.set_fault("Wrong method"); } // send response if (response.send() != SOAP_OK) soap_print_fault(ctx, stderr); } // close (but keep-alive setting keeps socket open) soap_closesock(ctx); // clean up soap_destroy(ctx); soap_end(ctx); soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ With option 1 the server code above uses standard in/out and thus runs over CGI. Other possibilities are given by options 2 and 3. To serve requests at a port, we use the `soap_bind()` and `soap_accept()` calls to bind the server to a port and accept requests via socket, see also the docs and examples for these calls (see for example `gsoap/samples/webserver.c`): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} // create an allocation context soap *ctx = soap_new1(SOAP_IO_KEEPALIVE | SOAP_C_UTFSTRING); // bind to port 8080 if (!soap_valid_socket(soap_bind(ctx, NULL, 8080, 100))) ... // error, stop // accept messages in server loop for (;;) { if (!soap_valid_socket(soap_accept(ctx))) ... // error, stop // create a method object methodCall rpc(ctx); // parse it from socket if (rpc.recv() != SOAP_OK) soap_print_fault(ctx, stderr); ... // process request, produce result to send as shown above // close (but keep-alive setting keeps socket open) soap_closesock(ctx); // clean up soap_destroy(ctx); soap_end(ctx); } // free context soap_free(ctx); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++ XML-RPC serialization from/to streams {#cpp-io} ----------------------------------------- To send and receive XML over streams, use `xml-rpc-io.h` and `xml-rpc-io.cpp`. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "xml-rpc-io.h" std::cout << response[0] << std::endl; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ which will display the data in XML-RPC format. To parse XML-RPC data from a stream, use: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "xml-rpc-io.h" value v(ctx); std::cin >> v; if (ctx->error) ... // check for parse errors (can also use v.soap->error) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link together with `soapC.cpp`, `xml-rpc.cpp`, `xml-rpc-io.cpp`, and `stdsoap2.cpp`. C++ JSON serialization from/to streams {#cpp-js} -------------------------------------- To display values in JSON format or to parse JSON data, use the `json.h` and `json.cpp` JSON serializers in combination with `xml-rpc.cpp` and the auto-generated `soapH.h` and `soapC.cpp`. It is also possible to send and receive JSON data over HTTP as JSON REST operations, but this requires some more coding (see [JSON over HTTP](#cpp-jr) below). Because the internal data is the same for XML-RPC and JSON, You can write data in XML-RPC or in JSON format. You can also parse XML-RPC data and write to JSON data and vice versa. To write JSON to a stream you can use the `<<` operator on an output stream and a JSON value. To parse JSON from a stream you can use the `>>` operator on an input stream and populate a JSON value. For example, you can parse a JSON-formatted string and use that data to make an XML-RPC call. The result of the call is displayed in JSON, nicely indented using the `SOAP_XML_INDENT` flag (this XML indent flag also works for JSON): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" #include struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; // no XML namespaces // SOAP_C_UTFSTRING: UTF-8 content in char*, SOAP_XML_INDENT: indent JSON soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); value request(ctx); std::istringstream in; in.str("[ [1, \"2\", 3.14, true], {\"name\": \"john\", \"age\": 24} ]"); in >> request; // parse JSON, store as XML-PRC data if (ctx->error) ... // check for parse errors params response = rpc(request); // make the XML-RPC call std::cout << response << std::endl; // display result in JSON (indented) if (ctx->error) ... // check for write errors ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link together with `soapC.cpp`, `xml-rpc.cpp`, `json.cpp`, and `stdsoap2.cpp`. The JSON protocol has fewer data types than XML-RPC, so type information can be lost when serializing to JSON: - XML-RPC uses a base64 type to exchange raw binary data. The base64 data is converted to a string with base64 content by the JSON serializer. See also [JSON and Base64](#base64). - XML-RPC has a dateTime type, JSON does not. The JSON serializer converts the dateTime type to a dateTime-formatted string. See also [JSON and ISO 8601 DateTime](#dateTime). See the section on C++ examples on how to populate and retrieve C++ data. Strings are stored and exchanged in UTF-8 format in 8-bit strings (`char*` and `std::string`) by using the `SOAP_C_UTFSTRING` flag. Wide strings (i.e. `wchar_t*` and `std::wstring` ) are converted to UTF-8. To force reading and writing JSON in ISO 8859-1 format, use the `SOAP_ENC_LATIN` flag to set the context. Optionally use `SOAP_XML_INDENT` to indent XML and JSON. C++ JSON over HTTP (REST method) {#cpp-jr} -------------------------------- To use JSON REST on the client side, we use `json_call`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" // also compile and link json.cpp struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; // no XML namespaces // SOAP_C_UTFSTRING: UTF-8 content in char*, SOAP_XML_INDENT: indent JSON soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); value request(ctx), response(ctx); ... // now populate the request data to send if (json_call(ctx, "URL", &request, &response) != SOAP_OK)) // POST ... // error else ... // use the response data ... // make other calls etc. soap_destroy(ctx); // delete all values soap_end(ctx); ... // make other calls etc. soap_free(ctx); // free context ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ A `json_call` takes a context, an endpoint URL (with URL query string parameters as needed), and optional `in` and `out` values to send and receive, respectively. This function returns `SOAP_OK` (zero) for success or `EOF`, `SOAP_SYNTAX_ERROR`, or an HTTP error code. To use the HTTP POST method, pass both `in` and `out` values to `json_call`. For the GET method, pass a NULL to `in`. For the PUT method, pass a NULL to `out`. For the DELETE method, pass both NULL to `in` and `out`. Besides `json_call`, there are other JSON API functions: - `int json_call(soap *ctx, const char *URL, value *in, value *out)` makes a POST, GET, PUT, DELETE call, returns `SOAP_OK` or error code. POST method: pass both `in` and `out`. GET method: pass a NULL to `in`. PUT method: pass a NULL to `out`. DELETE method: pass both NULL to `in` and `out`. - `int json_write(soap *ctx, const value *v)` Writes JSON value to current file, socket, or stream. Returns `SOAP_OK` or error. Set file/socket file descriptor to write to with `ctx->sendfd = fd` (1 by default). In C++, set output stream with `ctx->os = ostream` to write to. - `int json_read(soap *ctx, value *v)` Reads JSON value from current file, socket, or stream. Returns `SOAP_OK` or error. Set file/socket file descriptor with `ctx->recvfd = fd` to read from (0 by default). In C++, set input stream with `ctx->is = istream`. The are two other lower-level functions `json_send` and `json_recv` that are similar to `json_write` and `json_read` but do not initialize the sending and receiving operations and do not flush after the sending and receiving operations. To implement a JSON REST server for CGI (e.g. install in cgi-bin): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" // also compile and link json.cpp struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; // no XML namespaces int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); value request(ctx), response(ctx); if (soap_begin_recv(ctx) || json_recv(ctx, request) || soap_end_recv(ctx)) soap_send_fault(ctx); else { ... // use the 'request' value ... // set the 'response' value // set http content type ctx->http_content = "application/json; charset=utf-8"; // send http header and body if (soap_response(ctx, SOAP_FILE) || json_send(ctx, response) || soap_end_send(ctx)) soap_print_fault(ctx, stdout); } // dealloc all soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link the code together with `soapC.cpp`, `xml-rpc.cpp`, `json.cpp`, and `stdsoap2.cpp`. For client and server examples, please see the gSOAP package content: - `gsoap/samples/xml-rpc-json/json-currentTime.cpp` - `gsoap/samples/xml-rpc-json/json-currentTimeServer.cpp` Moving JSON types and operations into a C++ namespace {#json-ns} ----------------------------------------------------- A C++ namespace is preferred to separate JSON types and operations from other project-related types and operations. This allows you to cleanly compile the JSON API files together with other gSOAP XML data binding files. To put all JSON (and the internal XML-RPC) types and operations in a `json` C++ namespace, execute the following commands: soapcpp2 -qjson -CSL xml-rpc.h soapcpp2 -penv -CSL env.h where `env.h` is an empty file. This generates `jsonStub.h` and `jsonH.h` and two more files `jsonC.cpp` and `envC.cpp` to compile with `xml-rpc.cpp`, `json.cpp`, and `stdsoap2.cpp`. When combining JSON with a wsdl2h-generated header file that declares an XML data binding interface, use this header file instead of an empty `env.h`. Use soapcpp2 to generate the data binding and client/server code as usual (without option `-penv`). Compile the source files together with `xml-rpc.cpp` and `json.cpp` and set the macro `-DJSON_NAMESPACE`, for example: c++ -DJSON_NAMESPACE xml-rpc.cpp json.cpp jsonC.cpp envC.cpp stdsoap2.cpp ... To enable OpenSSL for HTTPS also use `-DWITH_OPENSSL` to compile. Then link with `-lssl` and `-lcrypto`. Your project should now use the `json` namespace with the `value` type, for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} #include "json.h" soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); json::value v(ctx); std::cin >> v; // parse JSON if (ctx->error) ... // check for errors (can also check v.soap->error) std::cout << v; // output JSON if (ctx->error) ... // check for errors (can also check v.soap->error) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C XML-RPC and JSON {#c} ================== With the release of gSOAP 2.8.26, the XML-RPC and JSON C APIs have been greatly improved. The material in this section pertains to gSOAP 2.8.26 and later. The new C API for XML-RPC and JSON makes it much easier to populate and retrieve data, but not as simple and easy as the C++ API. List of C files {#c-files} --------------- The following files define XML-RPC operations and data types: - `xml-rpc.c`: XML-RPC C API - `xml-rpc.h`: XML-RPC data binding as a gSOAP .h file for soapcpp2 (do not #include this file in your project builds) In addition to the files above, for JSON we also need the following files: - `json.h`: JSON C API and JSON serialization - `json.c`: JSON C API and JSON serialization The gSOAP header file `xml-rpc.h` defines all XML-RPC and JSON types and the C API functions to create XML-RPC and JSON data for REST messages. A note about the following auto-generated files: `soapH.h`, `soapStub.h` and `soapC.c`: these are required for XML-RPC and JSON. To auto-generate these files, execute: soapcpp2 -c -CSL xml-rpc.h Then compile and link the `.c` files listed above for XML-RPC and JSON with the auto-generated `soapC.c` and `stdsoap2.c`: cc -I../.. -o myapp myapp.c json.c xml-rpc.c soapC.c ../../stdsoap2.c Instead of `stdsoap2.c` you can link `libgsoap.a` with `-lgsoap`, when installed by the gSOAP package. To enable OpenSSL for HTTPS compile with `-DWITH_OPENSSL` and link `-lssl`, and `-lcrypto`: cc -DWITH_OPENSSL -I../.. -o myapp myapp.c json.c xml-rpc.c soapC.c ../../stdsoap2.c -lssl -lcrypto For OpenSSL support, instead of `stdsoap2.c` you can link `libgsoapssl.a` with `-lgsoapssl`, when installed by the gSOAP package. Because XML namespaces are not used, we can either use `-DWITH_NONAMESPACES` to compile `stdsoap2.c` without complaining about a missing global `Namespace`, or we can define an empty namespaces table somewhere in our code: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C XML-RPC and JSON with examples {#c-ex} -------------------------------- An XML-RPC/JSON data value is created in C as follows, which requires a context `ctx` with the engine state (the soap struct). The context manages the memory that is internally allocated to hold values. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "soapH.h" struct soap *ctx = soap_new1(SOAP_C_UTFSTRING); /* new context */ struct value *v = new_value(ctx); soap_end(ctx); /* delete all values */ soap_free(ctx); /* free context */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Note that `soapH.h` is an auto-generated file (see previous section). This file needs to be generated only once and for all. It also references `stdsoap2.h` and the auto-generated `soapStub.h`. Compile and link your code with `stdsoap2.cpp` and the auto-generated `soapC.cpp` XML-RPC serializers. Also compile and link `xml-rpc.cpp`. For JSON, compile and link `json.cpp`. You can use wide strings with Unicode stored in UTF-8-formattted 8-bit `char` strings. For compatibility with XML-RPC serialization of UTF-8-encoded strings, we MUST use the `SOAP_C_UTFSTRING` flag to initialize the context with `soap_new1(SOAP_C_UTFSTRING)`. The code shown above creates an empty value `v`. Values can be assigned any one of the following data types: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} *int_of(v) = 12345LL; /* 64 bit int */ *double_of(v) = 12.34; /* double float */ *string_of(v) = "abc"; /* string */ *string_of(v) = soap_wchar2s(ctx, L"xyz"); /* wide string (converted to UTF-8) */ *bool_of(v) = 0; /* Boolean false (0) or true (1) */ *dateTime_of(v) = soap_dateTime2s(ctx, time(0)); /* time_t value serialized as ISO 8601 date time */ /* create an array [24, 99.99, "abc"] */ *int_of(nth_value(v, 0)) = 24; *double_of(nth_value(v, 1)) = 99.99; *string_of(nth_value(v, 2)) = "abc"; /* create a struct (JSON object) {"name": "gsoap", "major": 2.8, "©": 2015} */ *string_of(value_at(v, "name")) = "gsoap"; *double_of(value_at(v, "major")) = 2.8; *int_of(value_atw(v, L"©")) = 2015; /* wide string tags are OK */ /* create a base64-encoded image object */ struct _base64 *img = base64_of(v); img->__ptr = ptr_to_rawimage100bytes; /* block of 100 raw bytes */ img->__size = 100; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The functions above return a pointer to a specific type of value and this value can be assigned as shown above but also read. So we use these functions also to retrieve data, for example after receiving XML-RPC or JSON data. We can combine this syntax in many possible ways to create arrays of arrays, arrays of structs, and so on. For example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} *string_of(value_at(nth_value(v, 0), "name")) = "bob"; *string_of(nth_value(value_at(nth_value(v, 0), "toys"), 0)) = "ball"; *string_of(nth_value(value_at(nth_value(v, 0), "toys"), 1)) = "furby"; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This creates a singleton array containing an object with two members: `name` set to `"bob"` and `toys` set to an array containing `"ball"` and `"furby"`. In JSON format this is represented as: [ { "name": "bob", "toys": ["ball", "furby"] } ] ^ ^ ^ ^ | | | | an array_/ | | | of 1 struct_/ | | with 2 members_/______________/ Let's see what happens when we assign a variable the value of another. The JSON C API uses the *reference model* for variables, meaning that values are shared when assigning a target variable the value of another variable. The variable values are shared until one or the other variables is assigned a different type of value. We illustrate the effect below: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct value *x = new_value(ctx), *y = new_value(ctx); *int_of(x) = 1; *y = *x; *int_of(x) = 2; printf("x = %lld and y = %lld\n", *int_of(x), *int_of(y)); *double_of(x) = 3.1; printf("x = %g and y = %lld\n", *double_of(x), *int_of(y)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This prints `x = 2 and y = 2` and `x = 3.1 and y = 2`. You can make a copy of an atomic value with one of the `Type_of()` functions. The following code illustrates how: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct value *x = new_value(ctx), *y; *int_of(x) = 1; *inf_of(y) = *int_of(x); *int_of(x) = 2; printf("x = %lld and y = %lld\n", *int_of(x), *int_of(y)); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This prints `x = 2 and y = 1`. You can also make deep copies of values by using the auto-generated `soap_dup_value` function in `soapC.c`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct value *a = new_value(ctx), *b; *int_of(nth_value(a, 0)) = 1; b = soap_dup_value(ctx, NULL, a); *int_of(nth_value(a, 0)) = 2; printf("a[0] = %lld and b[0] = %lld\n", *int_of(nth_value(a, 0)), *int_of(nth_value(b, 0))); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This prints `a[0] = 2 and b[0] = 1`. To auto-generate `soap_dup_value`, use option `-Ec` with soapcpp2: soapcpp2 -c -Ec -CSL xml-rpc.h When receiving a value in XML-RPC or JSON, we generally want to check its type to obtain its value. To check the type of a value, we use `is_Type` functions: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} is_null(v) /* true if value is not set (JSON null) */ is_bool(v) /* true if value is a Boolean "true" or "false" value */ is_true(v) /* true if value is Boolean "true" */ is_false(v) /* true if value is Boolean "false" */ is_int(v) /* true if value is a 32 or a 64 bit int */ is_double(v) /* true if value is a 64 bit double floating point */ is_string(v) /* true if value is a string */ is_dateTime(v) /* true if ISO 8601, always false for received JSON */ is_array(v) /* true if array of values */ is_struct(v) /* true if structure, a.k.a. a JSON object */ is_base64(v) /* true if base64, always false for received JSON */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following functions can be used with arrays and structs (JSON objects): ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} void set_struct(v) /* reset/create an empty struct */ void set_size(v, int) /* reset/change array size or pre-allocate space */ int has_size(v) /* returns array or struct size or 0 */ struct value *nth_value(v, int) /* returns nth value in array or struct */ struct value *value_at(v, const char*) /* returns value at field in struct */ struct value *value_atw(v, const wchar_t*) /* returns value at field in struct */ int nth_at(v, const char*) /* returns nth index of field in struct or -1 int nth_atw(v, const wchar_t*) /* returns nth index of field in struct or -1 int nth_nth(v, int) /* returns nth index if nth index exists in array or -1 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ When accessing structs (JSON objects) with `value_at`, make sure to use existing member field names only. A new member fieldname-value pair is dynamically added to the structure to accomodate the new entry for the field. Also arrays are extended with `nth_value` to accommodate the indexed array element. A negative array index indexes elements from the end of the array, with index -1 accessing the array's last value. Use `set_size` to change array size or set arrays to zero length. Use negative size with `set_size` to remove elements from the end. For example, let's take the value `v` that was assigned the array shown above. We have the following properties of this value: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} is_null(v) == false is_array(v) == true has_size(v) == 1 is_struct(nth_value(v, 0)) == true nth_at(nth_value(v, 0), "name") == 0 is_string(value_at(nth_value(v, 0), "name")) == true is_string(nth_value(value_at(nth_value(v, 0), "toys"), 0)) == true is_string(nth_value(value_at(nth_value(v, 0), "toys"), 1)) == true ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Considering that the code verbosity quickly increases when accessing deeper levels of your structures, you are probably inclined to define your own macros to create and access deep data more conveniently, such as: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #define string_at(v, s) string_of(value_at((v), (s))) #define nth_string(v, n) string_of(nth_value((v), (n))) #define nth_string_at(v, s, n) string_of(nth_value(value_at((v), (s)), (n))) #define string_at_nth(v, n, s) string_of(value_at(nth_value((v), (n)), (s))) #define nth_string_at_nth(v, n, s, m) string_of(nth_value(value_at(nth_value((v), (n)), (s)), (m))) ... etc ... *string_at_nth(v, 0, "name") = "bob"; *nth_string_at_nth(v, 0, "toys", 0) = "ball"; *nth_string_at_nth(v, 0, "toys", 1) = "furby"; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To iterate over array and struct values, we use a loop over `nth_value` and `nth_member` as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} if (is_array(v)) { int i; for (i = 0; i < has_size(v); i++) { struct value *array_value = nth_value(v, i); ... /* use and/or set array_value */ } } else if (is_struct(v)) { int i; for (i = 0; i < has_size(v); i++) { struct member *member = nth_member(v, i); const char *member_name = member->name; struct value *member_value = &member->value; ... /* use member_name and member_value */ } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ To access base64 binary raw data of a value `v`, we use the following code: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct _base64 *base64 = base64_of(v); unsigned char *raw = base64->__ptr; /* point to raw binary data */ int size = base64->__size; /* that is of this size */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ XML-RPC parameter lists are similar to arrays and its values are indexed. We can also loop over response parameters after an XML-RPC REST call: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct params *request = new_params(ctx); struct methodResponse response; *string_of(nth_param(request, 0)) = "hello"; *string_of(nth_param(request, 1)) = "world"; if (call_method(ctx, "endpoint URL", "methodName", request, &response) == SOAP_OK) { int i; for (i = 0; i < response.params->__size; i++) { struct value *param_value = nth_param(response.params, i); ... /* use param_value */ } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We should note that JSON REST does not require parameter types, for example: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "json.h" struct value *request = new_value(ctx); struct value *response = new_value(ctx); *string_of(nth_value(request, 0)) = "hello"; *string_of(nth_value(request, 1)) = "world"; if (json_call(cts, "endpoint URL", request, response) == SOAP_OK) { ... /* use response value */ } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ All dynamically allocated memory that is internally used to store data is deallocated with: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} soap_end(ctx); /* delete all values */ soap_free(ctx); /* delete context allocated with soap_new() */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Additional examples are located in `gsoap/samples/xml-rpc-json`: - `xml-rpc-currentTime.c` XML-RPC C client - `xml-rpc-weblogs.c` XML-RPC C client - `json-GitHub.c`: JSON C client for GitHub API v3 C XML-RPC client example {#c-cl} ------------------------ An XML-RPC method call in C with the new XML-RPC C API: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "soapH.h" /* generated by the command: soapcpp2 -CSL xml-rpc.h */ struct soap *ctx = soap_new1(SOAP_C_UTFSTRING); /* UTF-8 in char* strings */ struct params *request = new_params(ctx); struct methodResponse response; ctx->send_timeout = 10; /* 10 sec, stop if server is not accepting msg */ ctx->recv_timeout = 10; /* 10 sec, stop if server does not respond in time */ /* first parameter is an integer */ *int_of(nth_param(request, 0)) = 123; /* second parameter is a string */ *string_of(nth_param(request, 1)) = "abc"; /* third parameter is a struct {"name": "joe", "age": 23} */ *string_of(value_at(nth_param(request, 2), "name")) = "joe"; *int_of(value_at(nth_param(request, 2), "age")) = 23; /* fourth parameter is an array [456.789, "widget", true] */ *double_of(nth_value(nth_param(request, 3), 0)) = 456.789 *string_of(nth_value(nth_param(request, 3), 1)) = "widget"; *bool_of(nth_value(nth_param(request, 3), 2)) = 1; /* connect, send request, and receive response */ if (call_method(ctx, "endpoint UTL", "methodName" request, &response)) { soap_print_fault(ctx, stderr); } else if (response.fault) { /* write fault to stdout */ soap_write_fault(ctx, response.fault); } else { /* print response parameters */ int i; for (i = 0; i < response.params->__size; i++) { printf("Return parameter %d = ", i+1); display(nth_param(response.params, i)); /* see below */ printf("\n"); } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following example shows how to traverse the node graph to display a value: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} void display(struct value *v) { if (is_bool(v)) printf(is_true(v) ? "true" : "false"); else if (is_int(v)) printf("%lld", int_of(v)); else if (is_double(v)) printf("%lG", double_of(v)); else if (is_string(v)) printf("\"%s\"", string_of(v)); else if (is_array(v)) { int i; printf("["); for (i = 0; i < has_size(v); i++) { if (i) printf(","); display(nth_value(v, i)); } printf("]"); } else if (is_struct(v)) { int i; printf("{"); for (i = 0; i < has_size(v); i++) { if (i) printf(","); printf("\"%s\": ", nth_member(v, i)->name); display(&nth_member(v, i)->value); } printf("}"); } else if (is_dateTime(v)) printf("\"%s\"", dateTime_of(v)); else if (is_base64(v)) printf("(%d bytes of raw data at %p)", base64_of(v)->__size, base64_of(v)->__ptr); } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link together with `soapC.c`, `xml-rpc.c`, and `stdsoap2.c`. C JSON serialization {#c-js} -------------------- To write values in JSON format or parse JSON data, we use the `json.h` and `json.c` JSON C API. It is also possible to send and receive JSON data over HTTP (JSON REST). Reading and writing XML from/to files, streams and string buffers is done via the managing context by setting one of the following context members that control IO sources and sinks: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} ctx->recvfd = fd; // an int file descriptor to read from (0 by default) ctx->sendfd = fd; // an int file descriptor to write to (1 by default) ctx->is = cs; // C only: a const char* string to read from (soap->is will advance) ctx->os = &cs; // C only: pointer to a const char*, will be set to point to the string output ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For example, to read and write JSON data from/to a file descriptor: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "json.h" /* also compile and link json.c */ struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; /* no XML namespaces */ /* SOAP_C_UTFSTRING: UTF-8 content in char*, SOAP_XML_INDENT: indent JSON */ struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); struct value *v = new_value(ctx); ctx->recvfd = ...; /* set int file descriptor for reading */ json_read(ctx, v); /* read JSON into value v */ if (ctx->error) ... /* handle IO error (error message is in 'v' */ ctx->sendfd = ...; /* set int file descriptor for writing */ json_write(ctx, v); /* write value v in JSON format (indented) */ if (ctx->error) ... /* handle IO error (error message is in 'v' */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also read and write JSON data from/to NUL-terminated strings: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "json.h" struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); struct value *v = new_value(ctx); const char *cs = "[1, 2, 3]"; ctx->is = cs; json_read(ctx, v); /* read JSON array from cs into value v */ if (ctx->error) ... /* handle IO error (error message is in 'v' */ cs = NULL; ctx->os = &cs; json_write(ctx, v); /* write value v in JSON format (indented) and set cs */ if (ctx->error) ... /* handle IO error (error message is in 'v' */ printf("JSON data:\n%s\n", cs); ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Compile and link your files together with `soapC.c`, `xml-rpc.c`, `json.c`, and `stdsoap2.c`. You can also convert XML-RPC data to/from JSON and populate XML-RPC from JSON data. The XML-RPC parsing and sending functions are `soap_read_value` and `soap_write_value`, respectively. The JSON protocol has fewer data types than XML-RPC, so type information can be lost when serializing to JSON: - XML-RPC uses a base64 type to exchange raw binary data. The base64 data is converted to a string with base64 content by the JSON serializer. See also [JSON and Base64](#base64). - XML-RPC has a dateTime type, JSON does not. The JSON serializer converts the dateTime type to a dateTime-formatted string. See also [JSON and ISO 8601 DateTime](#dateTime). Strings are stored and exchanged in UTF-8 format in 8-bit strings (i.e. `char*` strings) with the `SOAP_C_UTFSTRING` flag. Wide strings (i.e. `wchar_t*` strings) are converted to UTF-8. To force reading and writing JSON in ISO 8859-1 format, use the `SOAP_ENC_LATIN` flag. Optionally use `SOAP_XML_INDENT` to indent XML and JSON. To read JSON from a string and write JSON to a string, we suggest to use gSOAP 2.8.28 or later. With these newer versions you can set the contex input string `ctx->is` to the string to parse (reset to NULL afterwards) as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} value *v = new_value(ctx); ctx->is = "[ [1, \"2\", 3.14, true], {\"name\": \"john\", \"age\": 24} ]": json_read(ctx, v); if (ctx->error) ... /* handle IO error (error message is in 'v' */ ctx->is = NULL; /* stop reading from string */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can set the contex output string pointer `ctx->os` to point to the `const char*` string that you want to be set. This string will point to the JSON data created by the engine and managed by the context as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} value *v = new_value(ctx); const char *json_out = NULL; ... /* populate value v */ ctx->os = &json_out; /* the string to point to JSON data */ json_write(ctx, v); if (ctx->error) ... ctx->os = NULL; /* stop writing to strings */ if (json_out) { ... /* use json_out string, do not free() (managed by the context) */ } ... soap_end(ctx); /* deletes json_out string */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For older versions prior to 2.8.28, the gSOAP engine's IO `frecv` callback function can be used as follows to parse JSON from a string buffer: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} size_t buf_recv(struct soap *ctx, char *buf, size_t len) { const char *in = (char*)ctx->user; /* get handle to input string */ size_t n = strlen(in); if (n > len) /* if in[] is larger than buf[] len */ n = len; /* then cap length at len */ memcpy(buf, in, n); in += n; ctx->user = (void*)in; /* update the handle */ return n; } ... value *v = new_value(ctx); const char *json_in = "[ [1, \"2\", 3.14, true], {\"name\": \"john\", \"age\": 24} ]": ctx->frecv = buf_recv; ctx->user = (void*)json_in; /* a user handle that is passed to buf_recv */ json_read(ctx, v); if (ctx->error) ... ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For older versions prior to 2.8.28, the gSOAP engine IO `fsend` callback function can be used to write JSON to strings as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #define BUFFER_INCREMENT (1024) int buf_send(struct soap *ctx, const char *buf, size_t len) { char *out = (char*)ctx->user; /* get handle to current buffer, if any */ size_t n = out ? strlen(out) : 0; size_t k = (n + len + 1)/BUFFER_INCREMENT; if (!out) /* first time around? */ { out = malloc((k + 1) * BUFFER_INCREMENT); } else if (n/BUFFER_INCREMENT < k) /* need to increase buffer? */ { char *more = malloc((k + 1) * BUFFER_INCREMENT); memcpy(more, out, n); free(out); out = more; } memcpy(out + n, buf, len); out[n + len] = '\0'; ctx->user = (void*)out; return SOAP_OK; } ... value *v = new_value(ctx); const char *json_out; ... /* populate value v */ ctx->fsend = buf_send; ctx->user = NULL; json_write(ctx, v); if (ctx->error) ... json_out = (char*)ctx->user; if (json_out) { ... /* use json_out string */ free(json_out); ctx->user = NULL; } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C JSON over HTTP (REST method) {#c-jr} ------------------------------ To use JSON REST on the client side, we use `json_call`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} #include "json.h" /* also compile and link json.c */ struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; /* no XML namespaces */ /* SOAP_C_UTFSTRING: UTF-8 content in char*, SOAP_XML_INDENT: indent JSON */ struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); struct value *request = new_value(ctx); struct value response; ... /* here we populate the request data to be send */ if (json_call(ctx, "endpoint URL", request, response)) ... /* error */ ... /* use the response data */ soap_end(ctx); /* delete all values */ ... /* here we can make other calls etc. */ soap_free(ctx); /* delete the context */ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The `json_call` function takes a context, an endpoint URL (with query string parameters as needed), and optional `in` and `out` values to send and receive, respectively. The function returns `SOAP_OK` (zero) for success or `EOF`, `SOAP_SYNTAX_ERROR`, or an HTTP error code. To use the JSON REST POST method, pass both `in` and `out` values to `json_call`. For the GET method, pass a NULL to `in`. For the PUT method, pass a NULL to `out`. For the DELETE method, pass both NULL to `in` and `out`. Besides `json_call`, there are other JSON API functions: - `int json_call(struct soap *ctx, const char *URL, struct value *in, struct value *out)` makes a POST, GET, PUT, DELETE call, returns `SOAP_OK` or error code. POST method: pass both `in` and `out`. GET method: pass a NULL to `in`. PUT method: pass a NULL to `out`. DELETE method: pass both NULL to `in` and `out`. - `int json_write(struct soap *ctx, const struct value *v)` Writes JSON value to current file or socket. Returns `SOAP_OK` or error. Set current file/socket file descriptor with `ctx->sendfd = fd`. Or save JSON to a string by setting `ctx->os = &cs` with `const char *cs` a string pointer that will be set to a NUL-terminated string when the write completed. - `int json_read(struct soap *ctx, struct value *v)` Reads JSON value from current file or socket. Returns `SOAP_OK` or error. Set current file/socket file descriptor with `ctx->recvfd = fd`. Or read from string by setting `ctx->is = cs` to a `const char *cs` NUL-terminated string. The are two other lower-level functions `json_send` and `json_recv` that are similar to `json_write` and `json_read` but do not initialize the sending and receiving operations and do not flush after the sending and receiving operations. Compile and link together with `soapC.c`, `xml-rpc.c`, `json.c`, and `stdsoap2.c`. Miscellaneous {#misc} ============= Compiling XML-RPC/JSON together with gSOAP XML data binding code {#json-cc} ---------------------------------------------------------------- To use JSON (and XML-RPC) with other gSOAP XML data binding code requires a few simple steps to ensure that your project compiles cleanly. For C++, arguably the best option is to [move the JSON types and operations into a C++ namespace](#json-ns). We present two other options that you can follow, and the only options you can take to combine the JSON C API with other generated XML C data binding code. The following two options follow different strategies to compile a combined set of files with JSON (and XML-RPC) types and operations with other files with XML data binding types and operations: ### Option 1: #import "xml-rpc.h" Before processing a gSOAP XML data binding header file with soapcpp2, add `#import "xml-rpc.h"` to this header file to include XML-RPC and JSON data types. Then compile the generated files as usual together with `jcon.c` (or `json.cpp` for C++) and `xml-rpc.c` (or `xml-rpc.cpp` for C++). Also `#include "json.h"` in your code to use the JSON API. This is the simpler of the two options. When using wsdl2h, you can automate this option by adding the following three lines to `typemap.dat`: [ #import "xml-rpc.h" ] This automatically imports the JSON/XML-RPC types and operations into the XML data binding code. You will still need to compile your code together with `jcon.c` (or `json.cpp` for C++) and `xml-rpc.c` (or `xml-rpc.cpp` for C++). ### Option 2: soapcpp2 -pjson Use soapcpp2 option `-pjson` to generate and compile the JSON (and XML-RPC) API code to combine with your other XML data binding code generated with soapcpp2: soapcpp2 -c -pjson -CSL xml-rpc.h This generates `jsonStub.h`, `jsonH.h`, and `jsonC.c`. Now edit `xml-rpc.c` to replace the `#include` of `soapH.h` with `jsonH.h`. Then edit `json.h` to replace the `#include` of `soapH.h` with `jsonH.h`. Compile `jsonC.c`, `xml-rpc.c`, and `json.c` together with your project files and the files generated by soapcpp2 for your .h file with XML data bindings (the .h file generated by wsdl2h). Floating point format {#fp} --------------------- The floating point format used to output values in XML-RPC and JSON is by default ".17lG' to ensure accuracy up to the last digit. The format can be set as follows: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ JSON and base64 {#base64} --------------- JSON has no binary type to transmit binary data. Sending binary data in JSON strings as text is not recommended, due to NULs and problems with Unicode/UTF-8 sequences. Base64 is a common encoding format for binary data. A JSON string with base64 content is our recommended option. To populate JSON data with base64-encoded binary content, you can simply create and assign a `_base64` value as described earlier (e.g. by casting a `_base64` structure to a value in C++). Receiving base64-encoded content with JSON is not possible, because the necessary type information is lost in transit. The base64 content will arrive at the receiver simply as a string with base64 content. You can explicitly decode the base64 string back to binary as shown here for C++: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.cpp} if (v.is_string()) { /* assuming base64 content in string value v, decoded it */ int len; unsigned char *ptr = (unsigned char*)soap_base642s(ctx, (const char*)v, NULL, 0, &len); /* ptr points to binary of length len or is NULL when decoding failed */ if (ptr) ... // success ctx->error = SOAP_OK; // fail and reset error ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ And for C: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~{.c} if (is_string(v)) { /* assuming base64 content in string value v, decoded it */ int len; unsigned char *ptr = (unsigned char*)soap_base642s(ctx, *string_of(v), NULL, 0, &len); /* ptr points to binary of length len or is NULL when decoding failed */ if (ptr) ... // success ctx->error = SOAP_OK; // fail and reset error ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ JSON and ISO 8601 dateTime {#dateTime} -------------------------- To populate JSON data with ISO 8601 date time content, you can simply assign a `ULONG64` value cast from a `time_t` value as described earlier. Receiving ISO 8601 date time content with JSON is not possible, because the necessary type information is lost in transit. The content will arrive at the receiver simply as a string with a date and time. 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" void display(struct value *v); int main(int argc, char **argv) { if (argc < 2) { fprintf(stderr, "Usage: json-GitHub hostname [username password]\nFor example: json-GitHub https://api.github.com/orgs/Genivia/repos\n\n"); exit(1); } else { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); struct value response; if (argc > 3) { /* Basic authentication with username password */ if (strncmp(argv[1], "https", 5)) { fprintf(stderr, "Basic authentication over http is not secure: use https\n"); exit(1); } ctx->userid = argv[2]; ctx->passwd = argv[3]; } if (json_call(ctx, argv[1], NULL, &response)) soap_print_fault(ctx, stderr); else json_write(ctx, &response); printf("\n\nOK\n"); soap_end(ctx); soap_free(ctx); } return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-io.h0000644000175000017500000000332512653650156021546 0ustar ellertellert/* xml-rpc-io.h XML-RPC io stream operations on XML-RPC values -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifdef JSON_NAMESPACE namespace json { #endif /// print a value in XML-RPC format extern std::ostream& operator<<(std::ostream&, const struct value&); /// parse a value from XML stream extern std::istream& operator>>(std::istream&, struct value&); #ifdef JSON_NAMESPACE } // namespace json #endif gsoap-2.8.28/gsoap/samples/xml-rpc-json/Makefile.in0000644000175000017500000007100112653650156021447 0ustar ellertellert# Makefile.in generated by automake 1.14 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" #ifdef JSON_NAMESPACE # define SOAP_TYPE__boolean SOAP_TYPE_json__boolean # define SOAP_TYPE__i4 SOAP_TYPE_json__i4 # define SOAP_TYPE__int SOAP_TYPE_json__int # define SOAP_TYPE__double SOAP_TYPE_json__double # define SOAP_TYPE__dateTime_DOTiso8601 SOAP_TYPE_json__dateTime_DOTiso8601 # define SOAP_TYPE__string SOAP_TYPE_json__string # define SOAP_TYPE__array SOAP_TYPE_json__array # define SOAP_TYPE__struct SOAP_TYPE_json__struct # define SOAP_TYPE__base64 SOAP_TYPE_json__base64 #endif #ifdef JSON_NAMESPACE namespace json { #endif int json_error(struct soap *soap, struct value *v) { if (soap->error && v) { const char *s = *soap_faultstring(soap); const char *t = soap_check_faultdetail(soap); /* set JSON error property (Google JSON Style Guide) */ #ifdef __cplusplus (*v)["error"]["code"] = soap->error; if (s) { (*v)["error"]["message"] = s; if (t) (*v)["error"]["errors"][0]["message"] = t; } #else *int_of(value_at(value_at(v, "error"), "code")) = soap->error; if (s) { *string_of(value_at(value_at(v, "error"), "message")) = soap_strdup(soap, s); if (t) *string_of(value_at(nth_value(value_at(value_at(v, "error"), "errors"), 0), "message")) = soap_strdup(soap, t); } #endif } return soap->error; } int json_write(struct soap *soap, const struct value *v) { if (soap_begin_send(soap) || json_send(soap, v) || soap_end_send(soap)) return soap->error; return SOAP_OK; } int json_send(struct soap *soap, const struct value *v) { static const char *json_indent_string = ",\n "; int i, n = 1; if (!v) return SOAP_OK; switch (v->__type) { case SOAP_TYPE__array: if ((soap->mode & SOAP_XML_INDENT)) n = 2 * (++soap->level % 40) + 2; if (soap_send_raw(soap, "["/*"]"*/, 1)) return soap->error; if (v->ref) { for (i = 0; i < ((struct _array*)v->ref)->data.__size; i++) { if (soap_send_raw(soap, json_indent_string + (i == 0), n - (i == 0))) return soap->error; if (json_send(soap, &(((struct _array*)v->ref)->data.value)[i])) return soap->error; } } if ((soap->mode & SOAP_XML_INDENT)) { if (i && soap_send_raw(soap, json_indent_string + 1, n - 3)) return soap->error; soap->level--; } return soap_send_raw(soap, /*"["*/"]", 1); case SOAP_TYPE__boolean: if (*(_boolean*)v->ref == 1) return soap_send_raw(soap, "true", 4); return soap_send_raw(soap, "false", 5); case SOAP_TYPE__double: return soap_send(soap, soap_double2s(soap, (double)*(_double*)v->ref)); case SOAP_TYPE__i4: return soap_send(soap, soap_int2s(soap, (int)*(_i4*)v->ref)); case SOAP_TYPE__int: return soap_send(soap, soap_LONG642s(soap, (LONG64)*(_int*)v->ref)); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return json_send_string(soap, (const char*)v->ref); case SOAP_TYPE__base64: if (soap_send_raw(soap, "\"", 1)) return soap->error; if (v->ref && soap_putbase64(soap, ((struct _base64*)v->ref)->__ptr, ((struct _base64*)v->ref)->__size)) return soap->error; return soap_send_raw(soap, "\"", 1); case SOAP_TYPE__struct: if ((soap->mode & SOAP_XML_INDENT)) n = 2 * (++soap->level % 40) + 2; if (soap_send_raw(soap, "{"/*"}"*/, 1)) return soap->error; if (v->ref) { for (i = 0; i < ((struct _struct*)v->ref)->__size; i++) { if (soap_send_raw(soap, json_indent_string + (i == 0), n - (i == 0))) return soap->error; if (json_send_string(soap, (((struct _struct*)v->ref)->member)[i].name) || soap_send_raw(soap, ": ", 1 + (n > 1)) || json_send(soap, &(((struct _struct*)v->ref)->member)[i].value)) return soap->error; } } if ((soap->mode & SOAP_XML_INDENT)) { if (i && soap_send_raw(soap, json_indent_string + 1, n - 3)) return soap->error; soap->level--; } return soap_send_raw(soap, /*"{"*/"}", 1); default: if (v->__any) return json_send_string(soap, v->__any); return soap_send_raw(soap, "null", 4); } return SOAP_OK; } int json_read(struct soap *soap, struct value *v) { soap_default_value(soap, v); if (soap_begin_recv(soap) || json_recv(soap, v) || soap_end_recv(soap)) return json_error(soap, v); return SOAP_OK; } int json_recv(struct soap *soap, struct value *v) { soap_wchar c; if (!v) return SOAP_OK; v->__type = 0; v->ref = NULL; v->__any = NULL; v->soap = soap; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; switch (c) { case EOF: return soap->error = SOAP_EOF; case '{'/*'}'*/: { struct value s; #ifdef __cplusplus if (!(v->ref = (void*)soap_new__struct(soap))) return soap->error = SOAP_EOM; #else if (!(v->ref = (void*)soap_malloc(soap, sizeof(struct _struct)))) return soap->error = SOAP_EOM; #endif soap_default__struct(soap, (struct _struct*)v->ref); v->__type = SOAP_TYPE__struct; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'{'*/'}') return SOAP_OK; soap_unget(soap, c); for (;;) { if (json_recv(soap, &s)) return soap->error; if (s.__type != SOAP_TYPE__string) return soap_set_sender_error(soap, "field name expected", (const char*)s.ref, SOAP_SYNTAX_ERROR); while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c != ':') return soap_set_sender_error(soap, "':' expected", (const char*)s.ref, SOAP_SYNTAX_ERROR); #ifdef __cplusplus if (json_recv(soap, v->operator[]((const char*)s.ref))) return soap->error; #else if (json_recv(soap, value_at(v, (const char*)s.ref))) return soap->error; #endif while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'{'*/'}') break; if ((int)c == EOF) return soap->error = SOAP_EOF; if (c != ',') return soap_set_sender_error(soap, "closing '}' or comma expected", NULL, SOAP_SYNTAX_ERROR); } return SOAP_OK; } case '['/*']'*/: { int i; #ifdef __cplusplus if (!(v->ref = (void*)soap_new__array(soap))) return soap->error = SOAP_EOM; #else if (!(v->ref = (void*)soap_malloc(soap, sizeof(struct _array)))) return soap->error = SOAP_EOM; #endif soap_default__array(soap, (struct _array*)v->ref); v->__type = SOAP_TYPE__array; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'['*/']') return SOAP_OK; soap_unget(soap, c); for (i = 0; ; i++) { #ifdef __cplusplus if (json_recv(soap, v->operator[](i))) return soap->error; #else if (json_recv(soap, nth_value(v, i))) return soap->error; #endif while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'['*/']') break; if ((int)c == EOF) return soap->error = SOAP_EOF; if (c != ',') return soap_set_sender_error(soap, "closing ']' or comma expected", NULL, SOAP_SYNTAX_ERROR); } return SOAP_OK; } case '"': soap->labidx = 0; for (;;) { char *s; const char *t = NULL; register size_t k; if (soap_append_lab(soap, NULL, 0)) return soap->error = SOAP_EOM; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (k--) { if (t) { *s++ = *t++; if (!*t) t = NULL; } else { c = soap_getchar(soap); switch (c) { case EOF: return soap->error = SOAP_EOF; case '"': *s = '\0'; v->__type = SOAP_TYPE__string; if (!(v->ref = soap_strdup(soap, soap->labbuf))) return soap->error = SOAP_EOM; return SOAP_OK; case '\\': c = soap_getchar(soap); switch (c) { case EOF: return soap->error = SOAP_EOF; case 'b': c = 8; break; case 'f': c = 12; break; case 'n': c = 10; break; case 'r': c = 13; break; case 't': c = 9; break; case 'u': { char *h; wchar_t wc[2]; int i; /* hex to utf8 conversion */ h = soap->tmpbuf; for (i = 0; i < 4; i++) { if ((c = soap_getchar(soap)) == EOF) return soap->error = SOAP_EOF; h[i] = c; } wc[0] = soap_strtol(h, NULL, 16); wc[1] = 0; t = soap_wchar2s(soap, wc); c = *t++; if (!*t) t = NULL; } } *s++ = c; break; default: if ((c & 0x80) && (soap->imode & SOAP_ENC_LATIN) && (soap->imode & SOAP_C_UTFSTRING)) /* ISO 8859-1 to utf8 */ { *s++ = (char)(0xC0 | ((c >> 6) & 0x1F)); soap->tmpbuf[0] = (0x80 | (c & 0x3F)); soap->tmpbuf[1] = '\0'; t = soap->tmpbuf; } else if ((c & 0x80) && !(soap->imode & SOAP_ENC_LATIN) && !(soap->imode & SOAP_C_UTFSTRING)) /* utf8 to ISO 8859-1 */ { soap_wchar c1 = soap_getchar(soap); if (c1 == SOAP_EOF) return soap->error = SOAP_EOF; if (c < 0xE0 && (c & 0x1F) <= 0x03) *s++ = ((c & 0x1F) << 6) | (c1 & 0x3F); else *s++ = '?'; } else *s++ = c; } } } } default: /* number, true, false, null */ { char *s = soap->tmpbuf; do { *s++ = c; c = soap_getchar(soap); } while ((isalnum((int)c) || (int)c == '.' || (int)c == '+' || (int)c == '-') && s - soap->tmpbuf < (int)sizeof(soap->tmpbuf) - 1); *s = '\0'; soap_unget(soap, c); if (soap->tmpbuf[0] == '-' || isdigit(soap->tmpbuf[0])) { LONG64 n = soap_strtoll(soap->tmpbuf, &s, 10); if (!*s) { v->__type = SOAP_TYPE__int; if (!(v->ref = soap_malloc(soap, sizeof(_int)))) return soap->error = SOAP_EOM; *(_int*)v->ref = n; } else { double x; if (soap_s2double(soap, soap->tmpbuf, &x)) return soap_set_sender_error(soap, "number expected", soap->tmpbuf, SOAP_SYNTAX_ERROR); v->__type = SOAP_TYPE__double; if (!(v->ref = soap_malloc(soap, sizeof(_double)))) return soap->error = SOAP_EOM; *(_double*)v->ref = x; } } else if (!strcmp(soap->tmpbuf, "true")) { v->__type = SOAP_TYPE__boolean; if (!(v->ref = soap_malloc(soap, sizeof(_boolean)))) return soap->error = SOAP_EOM; *(char*)v->ref = 1; } else if (!strcmp(soap->tmpbuf, "false")) { v->__type = SOAP_TYPE__boolean; if (!(v->ref = soap_malloc(soap, sizeof(_boolean)))) return soap->error = SOAP_EOM; *(char*)v->ref = 0; } else if (strcmp(soap->tmpbuf, "null")) { return soap_set_sender_error(soap, "value expected", soap->tmpbuf, SOAP_SYNTAX_ERROR); } return SOAP_OK; } } } int json_call(struct soap *soap, const char *endpoint, const struct value *in, struct value *out) { if (out) soap_default_value(soap, out); soap->http_content = "application/json; charset=utf-8"; if (soap_begin_count(soap) || ((soap->mode & SOAP_IO_LENGTH) && json_send(soap, in)) || soap_end_count(soap) || soap_connect_command(soap, in && out ? SOAP_POST_FILE : out ? SOAP_GET : in ? SOAP_PUT : SOAP_DEL, endpoint, NULL) || json_send(soap, in) || soap_end_send(soap) || soap_begin_recv(soap) || json_recv(soap, out) || soap_end_recv(soap)) json_error(soap, out); return soap_closesock(soap); } int json_send_string(struct soap *soap, const char *s) { const char *t = s; int c; char buf[8]; if (!s) return soap_send_raw(soap, "\"\"", 2); if (soap_send_raw(soap, "\"", 1)) return soap->error; while ((c = *s++)) { if (c < 0x20 && c > 0) { switch (c) { case '\b': c = 'b'; break; case '\f': c = 'f'; break; case '\n': c = 'n'; break; case '\r': c = 'r'; break; case '\t': c = 't'; break; } if (c > 0x20) { buf[0] = '\\'; buf[1] = c; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } else { (SOAP_SNPRINTF(buf, sizeof(buf), 7), "\\u%4x", c); if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 6)) return soap->error; t = s; } } else if (c == '"' || c == '\\') { buf[0] = '\\'; buf[1] = c; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } else if ((c & 0x80)) { if ((soap->omode & SOAP_ENC_LATIN) && (soap->omode & SOAP_C_UTFSTRING)) /* UTF-8 to ISO 8859-1 */ { if (c < 0xE0 && (c & 0x1F) <= 0x03) buf[0] = ((c & 0x1F) << 6) | (*s++ & 0x3F); else buf[0] = '?'; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 1)) return soap->error; t = s; } else if (!(soap->omode & SOAP_ENC_LATIN) && !(soap->omode & SOAP_C_UTFSTRING)) /* ISO 8859-1 to UTF-8 */ { buf[0] = (char)(0xC0 | ((c >> 6) & 0x1F)); buf[1] = (char)(0x80 | (c & 0x3F)); if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } } } if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, "\"", 1)) return soap->error; return SOAP_OK; } #ifdef __cplusplus int json_write(struct soap *soap, const struct value& v) { return json_write(soap, &v); } int json_send(struct soap *soap, const struct value& v) { return json_send(soap, &v); } int json_read(struct soap *soap, struct value& v) { return json_read(soap, &v); } int json_recv(struct soap *soap, struct value& v) { return json_recv(soap, &v); } int json_call(struct soap *soap, const char *endpoint, const struct value& in, struct value& out) { return json_call(soap, endpoint, &in, &out); } int json_call(struct soap *soap, const char *endpoint, const struct value *in, struct value& out) { return json_call(soap, endpoint, in, &out); } int json_call(struct soap *soap, const char *endpoint, const struct value& in, struct value *out) { return json_call(soap, endpoint, &in, out); } std::ostream& operator<<(std::ostream& o, const struct value& v) { if (v.soap) { std::ostream *os = v.soap->os; v.soap->os = &o; json_write(v.soap, v); v.soap->os = os; } else { soap *ctx = soap_new(); ctx->os = &o; json_write(ctx, v); soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } return o; } std::istream& operator>>(std::istream& i, struct value& v) { if (!v.soap) v.soap = soap_new(); std::istream *is = v.soap->is; v.soap->is = &i; json_read(v.soap, v); v.soap->is = is; return i; } static int json_promote_type(const value& x, const value& y) { switch (x.__type) { case SOAP_TYPE__array: return x.__type; case SOAP_TYPE__struct: switch (y.__type) { case SOAP_TYPE__array: return y.__type; case SOAP_TYPE__struct: return x.__type; default: return SOAP_TYPE__array; } case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: return y.__type; default: return x.__type; } case SOAP_TYPE__double: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return y.__type; default: return x.__type; } case SOAP_TYPE__i4: case SOAP_TYPE__int: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: case SOAP_TYPE__double: return y.__type; default: return x.__type; } default: return y.__type; } } value json_add(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x + (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x + (_double)y); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: { std::string s = (const char*)x; return value(x.soap, s.append((const char*)y)); } case SOAP_TYPE__struct: { _struct s = x; _struct t = y; _struct st; for (_struct::iterator i = s.begin(); i != s.end(); ++i) st[i.name()] = *i; for (_struct::iterator i = t.begin(); i != t.end(); ++i) st[i.name()] = *i; return value(x.soap, st); } case SOAP_TYPE__array: { _array a = x; _array b = y; int n = a.size(); int m = b.size(); _array ab; ab.size(n + m); for (int i = 0; i < n; ++i) ab[i] = a[i]; for (int i = 0; i < m; ++i) ab[n + i] = b[i]; return value(x.soap, ab); } default: return value(x.soap); } } value json_sub(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x - (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x - (_double)y); default: return value(x.soap); } } value json_mul(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x * (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x * (_double)y); default: return value(x.soap); } } value json_div(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x / (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x / (_double)y); default: return value(x.soap); } } value json_mod(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: case SOAP_TYPE__double: return value(x.soap, (_int)x % (_int)y); default: return value(x.soap); } } bool json_eqv(const value& x, const value& y) { if (x.__type != y.__type && (x.__type != SOAP_TYPE__i4 || y.__type != SOAP_TYPE__int) && (x.__type != SOAP_TYPE__int || y.__type != SOAP_TYPE__i4)) return false; switch (x.__type) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x == (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x == (_double)y); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return value(x.soap, !strcmp((const char*)x, (const char*)y)); case SOAP_TYPE__struct: if (x.size() != y.size()) return false; else { const _struct& s = x; const _struct& t = y; _struct::iterator i = s.begin(); _struct::iterator j = t.begin(); for ( ; i != s.end(); ++i, ++j) if (strcmp(i.name(), j.name()) || *i != *j) return false; return true; } case SOAP_TYPE__array: if (x.size() != y.size()) return false; else { const _array& a = x; const _array& b = y; _array::iterator i = a.begin(); _array::iterator j = b.begin(); for ( ; i != a.end(); ++i, ++j) if (*i != *j) return false; return true; } default: return false; } } bool json_leq(const value& x, const value& y) { if (x.__type != y.__type && (x.__type != SOAP_TYPE__i4 || y.__type != SOAP_TYPE__int) && (x.__type != SOAP_TYPE__int || y.__type != SOAP_TYPE__i4)) return false; switch (x.__type) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return (_int)x <= (_int)y; case SOAP_TYPE__double: return (_double)x <= (_double)y; case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return strcmp((const char*)x, (const char*)y) <= 0; default: return false; } } bool json_lne(const value& x, const value& y) { if (x.__type != y.__type && (x.__type != SOAP_TYPE__i4 || y.__type != SOAP_TYPE__int) && (x.__type != SOAP_TYPE__int || y.__type != SOAP_TYPE__i4)) return false; switch (x.__type) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return (_int)x < (_int)y; case SOAP_TYPE__double: return (_double)x < (_double)y; case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return strcmp((const char*)x, (const char*)y) < 0; default: return false; } } #endif #ifdef JSON_NAMESPACE } // namespace json #endif gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-currentTime.cpp0000644000175000017500000000475712653650156024005 0ustar ellertellert/* xml-rpc-currentTime.cpp XML-RPC currenTime (C++ version) Prints current time. Compile: soapcpp2 xml-rpc.h c++ xml-rpc-currentTime.cpp xml-rpc.cpp xml-rpc-io.cpp stdsoap2.cpp soapC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" using namespace std; int main() { soap *ctx = soap_new1(SOAP_IO_KEEPALIVE | SOAP_XML_INDENT | SOAP_C_UTFSTRING); ctx->send_timeout = 10; // 10 sec, stop if server is not accepting msg ctx->recv_timeout = 10; // 10 sec, stop if server does not respond in time // set up the method call methodCall m(ctx, "http://www.cs.fsu.edu/~engelen/currentTime.cgi", "currentTime.getCurrentTime"); // make the call and get response params params r = m(); // error? if (m.error()) soap_print_fault(ctx, stderr); // empty response means fault in JSON format else if (r.empty()) cout << m.fault() << endl; // print time in JSON format (just a string as per json.h) else cout << "Time = " << r[0] << endl; // clean up soap_destroy(ctx); soap_end(ctx); soap_free(ctx); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-iters.h0000644000175000017500000004440112653650156022265 0ustar ellertellert/* xml-rpc-iters.h XML-RPC/JSON C++ API iterators -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef XML_RPC_ITERS_H #define XML_RPC_ITERS_H #ifdef __cplusplus #ifdef JSON_NAMESPACE # define SOAP_TYPE__boolean SOAP_TYPE_json__boolean # define SOAP_TYPE__i4 SOAP_TYPE_json__i4 # define SOAP_TYPE__int SOAP_TYPE_json__int # define SOAP_TYPE__double SOAP_TYPE_json__double # define SOAP_TYPE__dateTime_DOTiso8601 SOAP_TYPE_json__dateTime_DOTiso8601 # define SOAP_TYPE__string SOAP_TYPE_json__string # define SOAP_TYPE__array SOAP_TYPE_json__array # define SOAP_TYPE__struct SOAP_TYPE_json__struct # define SOAP_TYPE__base64 SOAP_TYPE_json__base64 #endif #ifdef JSON_NAMESPACE namespace json { #endif class value_const_iterator; class value_iterator; class _struct_const_iterator; class _struct_iterator; class _array_const_iterator; class _array_iterator; class params_const_iterator; class params_iterator; #ifdef JSON_NAMESPACE } #endif #ifdef JSON_NAMESPACE #include "jsonStub.h" // "cyclic" inclusion to obtain jsonStub.h type declarations for definitions below #else #include "soapStub.h" // "cyclic" inclusion to obtain soapStub.h type declarations for definitions below #endif #ifdef JSON_NAMESPACE namespace json { #endif /// iterates over value (struct or array or atomic value) class value_const_iterator { friend class value_iterator; private: struct value* _value; struct member* _member; int _index; public: value_const_iterator() : _value(NULL), _member(NULL), _index(0) { } value_const_iterator(struct value* v) : _value(v), _member(NULL), _index(0) { } value_const_iterator(struct value* v, struct member* m) : _value(v), _member(m), _index(0) { } value_const_iterator(struct value* v, int i) : _value(v), _member(NULL), _index(i) { } bool operator==(const value_iterator& that) const; bool operator==(const value_const_iterator& that) const { if (_value == NULL) return that._value == NULL; if (that._value == NULL) return _value == NULL; if (_value->__type != that._value->__type) return false; if (_value->__type == SOAP_TYPE__struct) return _member == that._member; if (_value->__type == SOAP_TYPE__array) return (((_array*)_value->ref)->data.value + _index) == (((_array*)that._value->ref)->data.value + that._index); return _value == that._value; } bool operator!=(const value_iterator& that) const { return !operator==(that); } bool operator!=(const value_const_iterator& that) const { return !operator==(that); } const struct value& operator*() const { return *operator->(); } const struct value *operator->() const { if (_value->__type == SOAP_TYPE__struct) return &_member->value; if (_value->__type == SOAP_TYPE__array) return ((_array*)_value->ref)->data.value + _index; return _value; } int index() const { if (_value->__type == SOAP_TYPE__struct) return _member - ((_struct*)_value->ref)->member; if (_value->__type == SOAP_TYPE__array) return _index; return 0; } const char *name() const { if (_value->__type == SOAP_TYPE__struct) return _member->name; return ""; } value_const_iterator& operator++() { if (_value->__type == SOAP_TYPE__struct) _member++; else if (_value->__type == SOAP_TYPE__array) _index++; else _value = NULL; return *this; } value_const_iterator operator++(int) { value_const_iterator i = *this; if (_value->__type == SOAP_TYPE__struct) _member++; else if (_value->__type == SOAP_TYPE__array) _index++; else _value = NULL; return i; } value_const_iterator& operator+=(int k) { if (_value->__type == SOAP_TYPE__struct) _member += k; else if (_value->__type == SOAP_TYPE__array) _index += k; else if (k) _value = NULL; return *this; } value_const_iterator& operator-=(int k) { if (_value->__type == SOAP_TYPE__struct) _member -= k; else if (_value->__type == SOAP_TYPE__array) _index -= k; else if (k) _value = NULL; return *this; } }; /// iterates over value (struct or array or atomic value) class value_iterator { friend class value_const_iterator; private: struct value* _value; struct member* _member; int _index; public: value_iterator() : _value(NULL), _member(NULL), _index(0) { } value_iterator(struct value* v) : _value(v), _member(NULL), _index(0) { } value_iterator(struct value* v, struct member* m) : _value(v), _member(m), _index(0) { } value_iterator(struct value* v, int i) : _value(v), _member(NULL), _index(i) { } operator value_const_iterator() const { value_const_iterator i; i._value = _value; i._member = _member; i._index = _index; return i; } bool operator==(const value_iterator& that) const { if (_value == NULL) return that._value == NULL; if (that._value == NULL) return _value == NULL; if (_value->__type != that._value->__type) return false; if (_value->__type == SOAP_TYPE__struct) return _member == that._member; if (_value->__type == SOAP_TYPE__array) return (((_array*)_value->ref)->data.value + _index) == (((_array*)that._value->ref)->data.value + that._index); return _value == that._value; } bool operator==(const value_const_iterator& that) const { if (_value == NULL) return that._value == NULL; if (that._value == NULL) return _value == NULL; if (_value->__type != that._value->__type) return false; if (_value->__type == SOAP_TYPE__struct) return _member == that._member; if (_value->__type == SOAP_TYPE__array) return (((_array*)_value->ref)->data.value + _index) == (((_array*)that._value->ref)->data.value + that._index); return _value == that._value; } bool operator!=(const value_iterator& that) const { return !operator==(that); } bool operator!=(const value_const_iterator& that) const { return !operator==(that); } struct value& operator*() { return *operator->(); } struct value *operator->() { if (_value->__type == SOAP_TYPE__struct) return &_member->value; if (_value->__type == SOAP_TYPE__array) return ((_array*)_value->ref)->data.value + _index; return _value; } int index() const { if (_value->__type == SOAP_TYPE__struct) return _member - ((_struct*)_value->ref)->member; if (_value->__type == SOAP_TYPE__array) return _index; return 0; } const char *name() const { if (_value->__type == SOAP_TYPE__struct) return _member->name; return ""; } value_iterator& operator++() { if (_value->__type == SOAP_TYPE__struct) _member++; else if (_value->__type == SOAP_TYPE__array) _index++; else _value = NULL; return *this; } value_iterator operator++(int) { value_iterator i = *this; if (_value->__type == SOAP_TYPE__struct) _member++; else if (_value->__type == SOAP_TYPE__array) _index++; else _value = NULL; return i; } value_iterator& operator+=(int k) { if (_value->__type == SOAP_TYPE__struct) _member += k; else if (_value->__type == SOAP_TYPE__array) _index += k; else if (k) _value = NULL; return *this; } value_iterator& operator-=(int k) { if (_value->__type == SOAP_TYPE__struct) _member -= k; else if (_value->__type == SOAP_TYPE__array) _index -= k; else if (k) _value = NULL; return *this; } }; /// iterates over _struct class _struct_const_iterator { friend class _struct_iterator; private: const struct member* _member; public: _struct_const_iterator() : _member(NULL) { } _struct_const_iterator(const struct _struct* s) : _member(s->member) { } bool operator==(const _struct_iterator& that) const; bool operator==(const _struct_const_iterator& that) const { return _member == that._member; } bool operator!=(const _struct_iterator& that) const { return !operator==(that); } bool operator!=(const _struct_const_iterator& that) const { return !operator==(that); } const char* index() const { return _member->name; } ///< get member name const struct value& operator*() const { return _member->value; } ///< get member value const struct value* operator->() const { return &_member->value; } ///< get member value _struct_const_iterator& operator++() { _member++; return *this; } _struct_const_iterator operator++(int) { _struct_const_iterator i = *this; _member++; return i; } _struct_const_iterator& operator+=(int k) { _member += k; return *this; } _struct_const_iterator& operator-=(int k) { _member -= k; return *this; } }; /// iterates over _struct class _struct_iterator { friend class _struct_const_iterator; private: struct member* _member; public: _struct_iterator() : _member(NULL) { } _struct_iterator(const struct _struct* s) : _member(s->member) { } bool operator==(const _struct_iterator& that) const { return _member == that._member; } bool operator==(const _struct_const_iterator& that) const { return _member == that._member; } bool operator!=(const _struct_iterator& that) const { return !operator==(that); } bool operator!=(const _struct_const_iterator& that) const { return !operator==(that); } const char* name() const { return _member->name; } ///< get member name const char* index() const { return name(); } ///< get member name (deprecated) struct value& operator*() const { return _member->value; } ///< get member value struct value* operator->() const { return &_member->value; } ///< get member value _struct_iterator& operator++() { _member++; return *this; } _struct_iterator operator++(int) { _struct_iterator i = *this; _member++; return i; } _struct_iterator& operator+=(int k) { _member += k; return *this; } _struct_iterator& operator-=(int k) { _member -= k; return *this; } }; /// iterates over _array class _array_const_iterator { friend class _array_iterator; private: const struct value* _start; const struct value* _value; public: _array_const_iterator() : _start(NULL), _value(NULL) { } _array_const_iterator(const struct _array* a) : _start(a->data.value), _value(a->data.value) { } bool operator==(const _array_iterator& that) const; bool operator==(const _array_const_iterator& that) const { return _value == that._value; } bool operator!=(const _array_iterator& that) const { return !operator==(that); } bool operator!=(const _array_const_iterator& that) const { return !operator==(that); } int index() const { return _value - _start; } ///< get array index const struct value& operator*() const { return *_value; } ///< get array value const struct value* operator->() const { return _value; } ///< get array value _array_const_iterator& operator++() { _value++; return *this; } _array_const_iterator operator++(int) { _array_const_iterator i = *this; _value++; return i; } _array_const_iterator& operator+=(int k) { _value += k; return *this; } _array_const_iterator& operator-=(int k) { _value -= k; return *this; } }; /// iterates over _array class _array_iterator { friend class _array_const_iterator; private: struct value* _start; struct value* _value; public: _array_iterator() : _start(NULL), _value(NULL) { } _array_iterator(const struct _array* a) : _start(a->data.value), _value(a->data.value) { } bool operator==(const _array_iterator& that) const { return _value == that._value; } bool operator==(const _array_const_iterator& that) const { return _value == that._value; } bool operator!=(const _array_iterator& that) const { return !operator==(that); } bool operator!=(const _array_const_iterator& that) const { return !operator==(that); } int index() const { return _value - _start; } ///< get array index struct value& operator*() const { return *_value; } ///< get array value struct value* operator->() const { return _value; } ///< get array value _array_iterator& operator++() { _value++; return *this; } _array_iterator operator++(int) { _array_iterator i = *this; _value++; return i; } _array_iterator& operator+=(int k) { _value += k; return *this; } _array_iterator& operator-=(int k) { _value -= k; return *this; } }; /// iterates over params class params_const_iterator { friend class params_iterator; private: const struct param* _start; const struct param* _param; public: params_const_iterator() : _start(NULL), _param(NULL) { } params_const_iterator(const struct params* p) : _start(p->param), _param(p->param) { } bool operator==(const params_iterator& that) const; bool operator==(const params_const_iterator& that) const { return _param == that._param; } bool operator!=(const params_iterator& that) const { return !operator==(that); } bool operator!=(const params_const_iterator& that) const { return !operator==(that); } int index() const { return _param - _start; } ///< get parameter index const struct value& operator*() const { return _param->value; } ///< get parameter value const struct value* operator->() const { return &_param->value; } ///< get parameter value params_const_iterator& operator++() { _param++; return *this; } params_const_iterator operator++(int) { params_const_iterator i = *this; _param++; return i; } params_const_iterator& operator+=(int k) { _param += k; return *this; } params_const_iterator& operator-=(int k) { _param -= k; return *this; } }; /// iterates over params class params_iterator { friend class params_const_iterator; private: struct param* _start; struct param* _param; public: params_iterator() : _start(NULL), _param(NULL) { } params_iterator(const struct params* p) : _start(p->param), _param(p->param) { } bool operator==(const params_iterator& that) const { return _param == that._param; } bool operator==(const params_const_iterator& that) const { return _param == that._param; } bool operator!=(const params_iterator& that) const { return !operator==(that); } bool operator!=(const params_const_iterator& that) const { return !operator==(that); } int index() const { return _param - _start; } ///< get parameter index struct value& operator*() const { return _param->value; } ///< get parameter value struct value* operator->() const { return &_param->value; } ///< get parameter value params_iterator& operator++() { _param++; return *this; } params_iterator operator++(int) { params_iterator i = *this; _param++; return i; } params_iterator& operator+=(int k) { _param += k; return *this; } params_iterator& operator-=(int k) { _param -= k; return *this; } }; #ifdef JSON_NAMESPACE } // namespace json #endif #endif #endif gsoap-2.8.28/gsoap/samples/xml-rpc-json/json.h0000644000175000017500000001522712653650156020534 0ustar ellertellert/* json.h JSON C/C++ supporting functions -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifdef JSON_NAMESPACE # include "jsonH.h" #else # include "soapH.h" #endif #ifdef JSON_NAMESPACE namespace json { #endif /** If soap context has an error, set/add error message to 'v' and return error code */ extern int json_error(struct soap *soap, struct value *v); /** Write a value in JSON format to a file, socket, or stream */ extern int json_write(struct soap *soap, const struct value *v); /** Send a value in JSON format to a file, socket, or stream (lower level function, must use soap_begin_send/soap_end_send also) */ extern int json_send(struct soap *soap, const struct value *v); #ifdef __cplusplus extern int json_write(struct soap *soap, const value& v); extern int json_send(struct soap *soap, const value& v); extern std::ostream& operator<<(std::ostream&, const value&); #endif /** Read a value in JSON format from a file, socket, or stream */ extern int json_read(struct soap *soap, struct value *v); /** Receive a value in JSON format from a file, socket, or stream (lower level function, must use soap_begin_recv/soap_end_recv also) */ extern int json_recv(struct soap *soap, struct value *v); #ifdef __cplusplus extern int json_read(struct soap *soap, value& v); extern int json_recv(struct soap *soap, value& v); extern std::istream& operator>>(std::istream&, value&); #endif /** Client-side JSON REST call to endpoint URL with optional in and out values (POST with in/out, GET with out, PUT with in, DELETE without in/out), returns SOAP_OK or HTTP code */ extern int json_call(struct soap *soap, const char *endpoint, const struct value *in, struct value *out); #ifdef __cplusplus extern int json_call(struct soap *soap, const char *endpoint, const struct value& in, struct value& out); #endif extern int json_send_string(struct soap *soap, const char *s); #ifdef __cplusplus extern value json_add(const value&, const value&); template inline value operator+(const value& x, const T& y); template inline value operator+(const value& x, const T& y) { return json_add(x, value(x.soap, y)); } template<> inline value operator+(const value& x, const value& y) { return json_add(x, y); } extern value json_sub(const value&, const value&); template inline value operator-(const value& x, const T& y); template inline value operator-(const value& x, const T& y) { return json_sub(x, value(x.soap, y)); } template<> inline value operator-(const value& x, const value& y) { return json_sub(x, y); } extern value json_mul(const value&, const value&); template inline value operator*(const value& x, const T& y); template inline value operator*(const value& x, const T& y) { return json_mul(x, value(x.soap, y)); } template<> inline value operator*(const value& x, const value& y) { return json_mul(x, y); } extern value json_div(const value&, const value&); template inline value operator/(const value& x, const T& y); template inline value operator/(const value& x, const T& y) { return json_div(x, value(x.soap, y)); } template<> inline value operator/(const value& x, const value& y) { return json_div(x, y); } extern value json_mod(const value&, const value&); template inline value operator%(const value& x, const T& y); template inline value operator%(const value& x, const T& y) { return json_mod(x, value(x.soap, y)); } template<> inline value operator%(const value& x, const value& y) { return json_mod(x, y); } extern bool json_eqv(const value&, const value&); template inline bool operator==(const value& x, const T& y); template inline bool operator==(const value& x, const T& y) { return json_eqv(x, value(x.soap, y)); } template<> inline bool operator==(const value& x, const value& y) { return json_eqv(x, y); } template inline bool operator!=(const value& x, const T& y); template inline bool operator!=(const value& x, const T& y) { return !json_eqv(x, value(x.soap, y)); } template<> inline bool operator!=(const value& x, const value& y) { return !json_eqv(x, y); } extern bool json_leq(const value&, const value&); template inline bool operator<=(const value& x, const T& y); template inline bool operator<=(const value& x, const T& y) { return json_leq(x, value(x.soap, y)); } template<> inline bool operator<=(const value& x, const value& y) { return json_leq(x, y); } template inline bool operator>=(const value& x, const T& y); template inline bool operator>=(const value& x, const T& y) { return json_leq(value(x.soap, y), x); } template<> inline bool operator>=(const value& x, const value& y) { return json_leq(y, x); } extern bool json_lne(const value&, const value&); template inline bool operator<(const value& x, const T& y); template inline bool operator<(const value& x, const T& y) { return json_lne(x, value(x.soap, y)); } template<> inline bool operator<(const value& x, const value& y) { return json_lne(x, y); } template inline bool operator>(const value& x, const T& y); template inline bool operator>(const value& x, const T& y) { return json_lne(value(x.soap, y), x); } template<> inline bool operator>(const value& x, const value& y) { return json_lne(y, x); } #endif #ifdef JSON_NAMESPACE } // namespace json #endif gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc.c0000644000175000017500000003311612653650160021130 0ustar ellertellert/* xml-rpc.c C API for XML-RPC/JSON data management Note: XML-RPC declarations are located in the gSOAP header file xml-rpc.h, which is used to generate XML-RPC serializers (soapH.h, soapStub.h, and soapC.c) with: $ soapcpp2 -c -CSL xml-rpc.h To generate the soap_dup_value deep copy function use -Ec: $ soapcpp2 -c -Ec -CSL xml-rpc.h For more information please visit: http://www.genivia.com/doc/xml-rpc-json/html/ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" static int size2k(int n); struct value *new_value(struct soap *soap) { return init_value(soap, (struct value*)soap_malloc(soap, sizeof(struct value))); } struct value *init_value(struct soap *soap, struct value *v) { soap_default_value(soap, v); return v; } _boolean *bool_of(struct value *v) { if (v->__type != SOAP_TYPE__boolean) if ((v->ref = (void*)soap_malloc(v->soap, sizeof(_boolean)))) *(_boolean*)v->ref = 0; v->__type = SOAP_TYPE__boolean; v->__any = NULL; return (_boolean*)v->ref; } _int *int_of(struct value *v) { _int r = 0; if (v->__type == SOAP_TYPE__boolean) r = (_int)*(_boolean*)v->ref; else if (v->__type == SOAP_TYPE__i4) r = (_int)*(_i4*)v->ref; else if (v->__type == SOAP_TYPE__double) r = (_int)(*(_double*)v->ref); else if (v->__type == SOAP_TYPE__string) { soap_s2LONG64(v->soap, (const char*)v->ref, &r); v->soap->error = SOAP_OK; } if (v->__type != SOAP_TYPE__int) if ((v->ref = (void*)soap_malloc(v->soap, sizeof(_int)))) *(_int*)v->ref = r; v->__type = SOAP_TYPE__int; v->__any = NULL; return (_int*)v->ref; } _double *double_of(struct value *v) { _double r = 0; if (v->__type == SOAP_TYPE__boolean) r = (_double)*(_boolean*)v->ref; else if (v->__type == SOAP_TYPE__i4) r = (_double)*(_i4*)v->ref; else if (v->__type == SOAP_TYPE__int) r = (_double)(*(_int*)v->ref); else if (v->__type == SOAP_TYPE__string) { soap_s2double(v->soap, (const char*)v->ref, &r); v->soap->error = SOAP_OK; } if (v->__type != SOAP_TYPE__double) if ((v->ref = (void*)soap_malloc(v->soap, sizeof(_double)))) *(_double*)v->ref = r; v->__type = SOAP_TYPE__double; v->__any = NULL; return (_double*)v->ref; } const char **string_of(struct value *v) { if (v->__type == SOAP_TYPE__string || v->__type == SOAP_TYPE__dateTime_DOTiso8601) return (const char**)&v->ref; if (v->__type == SOAP_TYPE__boolean) v->ref = (void*)(*(_boolean*)v->ref ? "true" : "false"); else if (v->__type == SOAP_TYPE__i4) v->ref = (void*)soap_strdup(v->soap, soap_int2s(v->soap, (int)*(_i4*)v->ref)); else if (v->__type == SOAP_TYPE__int) v->ref = (void*)soap_strdup(v->soap, soap_LONG642s(v->soap, (LONG64)*(_int*)v->ref)); else if (v->__type == SOAP_TYPE__double) v->ref = (void*)soap_strdup(v->soap, soap_double2s(v->soap, (double)*(_double*)v->ref)); else if (v->__type == SOAP_TYPE__base64) v->ref = (void*)soap_s2base64(v->soap, (unsigned char*)((struct _base64*)v->ref)->__ptr, NULL, ((struct _base64*)v->ref)->__size); else if (v->__any) v->ref = (void*)v->__any; else v->ref = (void*)"null"; v->__type = SOAP_TYPE__string; v->__any = NULL; return (const char**)&v->ref; } const char **dateTime_of(struct value *v) { if (v->__type != SOAP_TYPE__dateTime_DOTiso8601) v->ref = (void*)""; v->__type = SOAP_TYPE__dateTime_DOTiso8601; v->__any = NULL; return (const char**)&v->ref; } struct _base64 *base64_of(struct value *v) { if (v->__type != SOAP_TYPE__base64) if ((v->ref = (void*)soap_malloc(v->soap, sizeof(struct _base64)))) soap_default__base64(v->soap, (struct _base64*)v->ref); v->__type = SOAP_TYPE__base64; v->__any = NULL; return (struct _base64*)v->ref; } struct value *value_at(struct value *v, const char *s) { int i = 0; struct _struct *_struct = (struct _struct*)v->ref; if (s == NULL) s = ""; if (v->__type != SOAP_TYPE__struct || !_struct) { v->ref = _struct = (struct _struct*)soap_malloc(v->soap, sizeof(struct _struct)); if (!_struct) return NULL; soap_default__struct(v->soap, _struct); } v->__type = SOAP_TYPE__struct; v->__any = NULL; if (!_struct->member) { int newsize = size2k(_struct->__size = 1); _struct->member = (struct member*)soap_malloc(v->soap, sizeof(struct member) * newsize); if (!_struct->member) return NULL; for (i = 0; i < newsize; i++) soap_default_member(v->soap, &_struct->member[i]); } else { int oldsize, newsize; for (i = 0; i < _struct->__size; i++) if (!strcmp(_struct->member[i].name, s)) return &_struct->member[i].value; oldsize = size2k(_struct->__size); newsize = size2k(++_struct->__size); if (oldsize < newsize) { struct member *newmember = (struct member*)soap_malloc(v->soap, sizeof(struct member) * newsize); if (!newmember) return NULL; soap_memcpy((void*)newmember, sizeof(struct member) * newsize, (const void*)_struct->member, sizeof(struct member) * oldsize); for (i = oldsize; i < newsize; i++) soap_default_member(v->soap, &newmember[i]); soap_unlink(v->soap, _struct->member); free((void*)_struct->member); _struct->member = newmember; } } i = _struct->__size - 1; _struct->member[i].name = soap_strdup(_struct->soap, s); soap_default_value(v->soap, &_struct->member[i].value); return &_struct->member[i].value; } struct value *value_atw(struct value *v, const wchar_t *s) { const char *t = soap_wchar2s(NULL, s); struct value *u = value_at(v, t); free((void*)t); return u; } struct member *nth_member(struct value *v, int n) { struct _struct *_struct = (struct _struct*)v->ref; if (n < 0 && _struct) { n += _struct->__size; if (n < 0) n = 0; } if (v->__type != SOAP_TYPE__struct || !_struct || _struct->__size <= n || n < 0) return NULL; return &_struct->member[n]; } struct value *nth_value(struct value *v, int n) { if (v->__type == SOAP_TYPE__struct) { struct member *member = nth_member(v, n); if (!member) return new_value(v->soap); return &member->value; } else { int i = 0; struct data *data; if (v->__type != SOAP_TYPE__array || v->ref == NULL) { struct _array *_array = (struct _array*)soap_malloc(v->soap, sizeof(struct _array)); v->ref = _array; if (!_array) return NULL; soap_default__array(v->soap, _array); } data = &((struct _array*)v->ref)->data; v->__type = SOAP_TYPE__array; v->__any = NULL; if (n < 0) { n += data->__size; if (n < 0) n = 0; } if (!data->value) { int newsize = size2k(data->__size = n + 1); data->value = (struct value*)soap_malloc(v->soap, sizeof(struct value) * newsize); for (i = 0; i < newsize; i++) soap_default_value(v->soap, &data->value[i]); } else if (data->__size <= n) { int oldsize = size2k(data->__size); int newsize = size2k(data->__size = n + 1); if (oldsize < newsize) { struct value *newvalue = (struct value*)soap_malloc(v->soap, sizeof(struct value) * newsize); if (!newvalue) return NULL; soap_memcpy((void*)newvalue, sizeof(struct value) * newsize, (const void*)data->value, sizeof(struct value) * oldsize); for (i = oldsize; i < newsize; i++) soap_default_value(v->soap, &newvalue[i]); soap_unlink(v->soap, data->value); free((void*)data->value); data->value = newvalue; } } return &data->value[n]; } } void set_struct(struct value *v) { if (v->__type != SOAP_TYPE__struct || !v->ref) v->ref = (struct _struct*)soap_malloc(v->soap, sizeof(struct _struct)); v->__type = SOAP_TYPE__struct; v->__any = NULL; soap_default__struct(v->soap, (struct _struct*)v->ref); } void set_size(struct value *v, int n) { if (v->__type == SOAP_TYPE__array && v->ref) { struct data *data = &((struct _array*)v->ref)->data; if (n < 0) n += data->__size; if (n >= 0) { if (data->__size >= n) data->__size = n; else (void)nth_value(v, n - 1); } } else { v->ref = (void*)soap_malloc(v->soap, sizeof(struct _array)); if (!v->ref) return; v->__type = SOAP_TYPE__array; v->__any = NULL; soap_default__array(v->soap, (struct _array*)v->ref); if (n > 0) (void)nth_value(v, n - 1); } } int has_size(struct value *v) { if (v->__type == SOAP_TYPE__array && v->ref) return ((struct _array*)v->ref)->data.__size; if (v->__type == SOAP_TYPE__struct && v->ref) return ((struct _struct*)v->ref)->__size; return 0; } int nth_at(struct value *v, const char *s) { if (s == NULL) return -1; if (v->__type == SOAP_TYPE__struct) { struct _struct *_struct = (struct _struct*)v->ref; int i; if (s == NULL) s = ""; if (_struct) for (i = 0; i < _struct->__size; i++) if (!strcmp(_struct->member[i].name, s)) return i; } return -1; } int nth_atw(struct value *v, const wchar_t *s) { if (s == NULL) return -1; const char *t = soap_wchar2s(NULL, s); int i = nth_at(v, t); free((void*)t); return i; } int nth_nth(struct value *v, int n) { if (v->__type == SOAP_TYPE__array && v->ref) { int size = ((struct _array*)v->ref)->data.__size; return n < 0 ? n + size : n < size ? n : -1; } return -1; } _boolean is_null(struct value *v) { return v->__type == 0 && !(v->__any && *v->__any); } _boolean is_int(struct value *v) { return v->__type == SOAP_TYPE__i4 || v->__type == SOAP_TYPE__int; } _boolean is_double(struct value *v) { return v->__type == SOAP_TYPE__double; } _boolean is_string(struct value *v) { return v->__type == SOAP_TYPE__string || (v->__any && *v->__any); } _boolean is_bool(struct value *v) { return v->__type == SOAP_TYPE__boolean; } _boolean is_true(struct value *v) { return v->__type == SOAP_TYPE__boolean && *(_boolean*)v->ref; } _boolean is_false(struct value *v) { return v->__type == SOAP_TYPE__boolean && !*(_boolean*)v->ref; } _boolean is_array(struct value *v) { return v->__type == SOAP_TYPE__array; } _boolean is_struct(struct value *v) { return v->__type == SOAP_TYPE__struct; } _boolean is_dateTime(struct value *v) { return v->__type == SOAP_TYPE__dateTime_DOTiso8601; } _boolean is_base64(struct value *v) { return v->__type == SOAP_TYPE__base64; } struct params *new_params(struct soap *soap) { struct params *p = soap_malloc(soap, sizeof(struct params)); soap_default_params(soap, p); return p; } struct value *nth_param(struct params *p, int n) { int i = 0; if (n < 0) { n += p->__size; if (n < 0) n = 0; } if (!p->param) { int newsize = size2k(p->__size = n + 1); p->param = (struct param*)soap_malloc(p->soap, sizeof(struct param) * newsize); for (i = 0; i < newsize; i++) soap_default_param(p->soap, &p->param[i]); } else if (p->__size <= n) { int oldsize = size2k(p->__size); int newsize = size2k(p->__size = n + 1); if (oldsize < newsize) { struct param *newparam = (struct param*)soap_malloc(p->soap, sizeof(struct param) * newsize); if (!newparam) return NULL; soap_memcpy((void*)newparam, sizeof(struct param) * newsize, (const void*)p->param, sizeof(struct param) * oldsize); for (i = oldsize; i < newsize; i++) soap_default_param(p->soap, &newparam[i]); soap_unlink(p->soap, p->param); free((void*)p->param); p->param = newparam; } } return &p->param[n].value; } int call_method(struct soap *soap, const char *endpoint, const char *methodName, struct params *p, struct methodResponse *r) { struct methodCall m; soap_default_methodCall(soap, &m); m.methodName = (char*)methodName; if (p) { m.params.__size = p->__size; m.params.param = p->param; } soap->namespaces = NULL; /* no namespaces */ soap->encodingStyle = NULL; /* no SOAP encodingStyle */ /* connect, send request and receive response */ if (soap_connect(soap, endpoint, NULL) || soap_write_methodCall(soap, &m) || soap_read_methodResponse(soap, r)) return soap_closesock(soap); /* closes socket and returns soap->error */ soap_closesock(soap); return SOAP_OK; } static int size2k(int n) { int k = 2; while (k < n) k *= 2; return k; } gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-weblogs.c0000644000175000017500000000544012653650156022574 0ustar ellertellert/* xml-rpc-weblogs.c XML-RPC weblogUpdates.ping example in C Updated for gSOAP 2.8.26 with new XML-RPC C API xml-rpc.c Compile: soapcpp2 -c -CSL xml-rpc.h cc xml-rpc-weblogs.c xml-rpc.c stdsoap2.c soapC.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" int main() { struct soap *soap = soap_new1(SOAP_C_UTFSTRING); struct params *p = new_params(soap); struct methodResponse r; /* Set up method call parameters */ *string_of(nth_param(p, 0)) = "Scripting News"; *string_of(nth_param(p, 1)) = "http://www.scripting.com/"; /* connect, send request, and receive response */ if (call_method(soap, "http://rpc.weblogs.com/RPC2", "weblogUpdates.ping", p, &r)) { soap_print_fault(soap, stderr); exit(soap->error); } if (r.fault) { /* print fault on stdout */ soap_write_fault(soap, r.fault); } else if (r.params && r.params->__size == 1) { /* print response parameter, check if first parameter is a struct */ struct value *v = nth_param(r.params, 0); if (v->__type == SOAP_TYPE__struct) { if (is_false(value_at(v, "flerror"))) printf("Weblog ping successful: %s\n", *string_of(value_at(v, "message"))); else printf("Weblog ping failed\n"); } else printf("XML-RPC response message format error: struct expected\n"); } soap_end(soap); soap_free(soap); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-currentTime.c0000644000175000017500000000473712653650156023443 0ustar ellertellert/* xml-rpc-currentTime.c XML-RPC currenTime (C version) Updated for gSOAP 2.8.26 with new XML-RPC C API xml-rpc.c Prints current time. Compile: soapcpp2 -c -CSL xml-rpc.h cc xml-rpc-currentTime.c xml-rpc.c stdsoap2.c soapC.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" int main() { struct soap *soap = soap_new1(SOAP_C_UTFSTRING); struct methodResponse r; /* connect, send request w/o parameters (NULL) and receive response */ if (call_method(soap, "http://www.cs.fsu.edu/~engelen/currentTime.cgi", "currentTime.getCurrentTime", NULL, &r)) { soap_print_fault(soap, stderr); exit(soap->error); } if (r.fault) { soap_write_fault(soap, r.fault); /* print fault on stdout */ } else if (r.params && r.params->__size == 1) { /* print response parameter */ if (nth_param(r.params, 0)->__type == SOAP_TYPE__dateTime_DOTiso8601) printf("Time = %s\n", *dateTime_of(nth_param(r.params, 0))); else printf("Time not provided\n"); } soap_end(soap); soap_free(soap); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/json-GitHub.cpp0000644000175000017500000000531112653650156022240 0ustar ellertellert/* json-GitHub.cpp JSON GitHub API v3 (C++ version) https://developer.github.com/v3/ Compile: soapcpp2 -CSL xml-rpc.h c++ -DWITH_OPENSSL -DWITH_GZIP -o json-GitHub json-GitHub.cpp xml-rpc.cpp json.cpp stdsoap2.cpp soapC.cpp -lcrypto -lssl -lz Usage: ./json-GutHub hostname [username password] Example: ./json-GitHub https://api.github.com/orgs/Genivia/repos -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" void display(struct value *v); int main(int argc, char **argv) { if (argc < 2) { fprintf(stderr, "Usage: json-GitHub hostname [username password]\nFor example: json-GitHub https://api.github.com/orgs/Genivia/repos\n\n"); exit(1); } else { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); value response(ctx); if (argc > 3) { /* Basic authentication with username password */ if (strncmp(argv[1], "https", 5)) { fprintf(stderr, "Basic authentication over http is not secure: use https\n"); exit(1); } ctx->userid = argv[2]; ctx->passwd = argv[3]; } if (json_call(ctx, argv[1], NULL, &response)) soap_print_fault(ctx, stderr); else json_write(ctx, response); printf("\n\nOK\n"); soap_end(ctx); soap_free(ctx); } return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-weblogs.cpp0000644000175000017500000000527312653650160023133 0ustar ellertellert/* xml-rpc-weblogs.cpp XML-RPC weblogUpdates.ping example in C++ See http://xmlrpc.scripting.com/weblogsCom for more details. Requires xml-rpc.h and xml-rpc.cpp Compile: soapcpp2 xml-rpc.h cc xml-rpc-weblogs.cpp xml-rpc.cpp xml-rpc-io.cpp stdsoap2.cpp soapC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "xml-rpc-io.h" using namespace std; #define ENDPOINT "http://rpc.weblogs.com/RPC2" int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING); // define the weblogsUpdates.ping method methodCall ping(ctx, ENDPOINT, "weblogUpdates.ping"); // set the two parameters of the method ping[0] = "Scripting News"; ping[1] = "http://www.scripting.com/"; // make the call params output = ping(); // error? if (ping.error()) soap_print_fault(ctx, stderr); else if (output.empty()) cout << ping.fault() << endl; else { if (output[0].is_struct()) { if (output[0]["flerror"].is_false()) cout << "Success:" << endl; else cout << "Failure:" << endl; cout << output[0]["message"] << endl; } else cout << "Message format error:" << endl << output[0] << endl; } // delete all data soap_destroy(ctx); soap_end(ctx); // free context soap_free(ctx); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-io.cpp0000644000175000017500000000441112653650156022076 0ustar ellertellert/* xml-rpc-io.cpp XML-RPC io stream operations on XML-RPC values -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifdef JSON_NAMESPACE # include "jsonH.h" #else # include "soapH.h" #endif #ifdef JSON_NAMESPACE using namespace json; #endif std::ostream& operator<<(std::ostream& o, const struct value& v) { if (v.soap) { std::ostream *os = v.soap->os; v.soap->os = &o; soap_write_value(v.soap, &v); v.soap->os = os; } else { soap *ctx = soap_new(); ctx->os = &o; soap_write_value(ctx, &v); soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } return o; } std::istream& operator>>(std::istream& i, struct value& v) { if (!v.soap) v.soap = soap_new(); std::istream *is = v.soap->is; v.soap->is = &i; if (soap_read_value(v.soap, &v)) { soap_sprint_fault(v.soap, v.soap->msgbuf, sizeof(v.soap->msgbuf)); v["$error"] = v.soap->msgbuf; v["$code"] = v.soap->error; } v.soap->is = is; return i; } gsoap-2.8.28/gsoap/samples/xml-rpc-json/json-currentTimeServer.cpp0000644000175000017500000001045412653650156024552 0ustar ellertellert/* json-currentTimeServer.cpp JSON currenTime server (C++ version) CGI or stand-alone multi-threaded server Returns JSON message with current time to client. Compile: soapcpp2 xml-rpc.h c++ -o json-currentTimeServer json-currentTimeServer.cpp json.cpp stdsoap2.cpp soapC.cpp Install as CGI on Web server Or run as stand-alone server (e.g. on port 18000): ./json-currentTimeServer 18000 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" #include #ifdef _POSIX_THREADS #include // use Pthreads #endif #define BACKLOG (100) // Max. request backlog #define MAX_THR (8) // Max. threads to serve requests using namespace std; int serve_request(soap*); int main(int argc, char **argv) { soap *ctx = soap_new1(SOAP_C_UTFSTRING); ctx->send_timeout = 10; // 10 sec ctx->recv_timeout = 10; // 10 sec if (argc < 2) return serve_request(ctx); int port = atoi(argv[1]); #ifdef _POSIX_THREADS pthread_t tid; #endif if (!soap_valid_socket(soap_bind(ctx, NULL, port, BACKLOG))) { soap_print_fault(ctx, stderr); exit(1); } for (;;) { if (!soap_valid_socket(soap_accept(ctx))) { soap_print_fault(ctx, stderr); } else { #ifdef _POSIX_THREADS pthread_create(&tid, NULL, (void*(*)(void*))serve_request, (void*)soap_copy(ctx)); #else serve_request(ctx); #endif } } soap_free(ctx); return 0; } int serve_request(soap* ctx) { #ifdef _POSIX_THREADS pthread_detach(pthread_self()); #endif value request(ctx); // HTTP keep-alive max number of iterations unsigned int k = ctx->max_keep_alive; do { if (ctx->max_keep_alive > 0 && !--k) ctx->keep_alive = 0; // receive HTTP header (optional) and JSON content if (soap_begin_recv(ctx) || json_recv(ctx, request) || soap_end_recv(ctx)) soap_send_fault(ctx); else { value response(ctx); if (request.is_string() && !strcmp(request, "getCurrentTime")) // method name matches: first parameter of response is time response = time(0); else { // otherwise, set fault response["fault"] = "Wrong method"; response["detail"] = request; } // http content type ctx->http_content = "application/json; charset=utf-8"; // http content length if (soap_begin_count(ctx) || ((ctx->mode & SOAP_IO_LENGTH) && json_send(ctx, response)) || soap_end_count(ctx) || soap_response(ctx, SOAP_FILE) || json_send(ctx, response) || soap_end_send(ctx)) soap_print_fault(ctx, stderr); } // close (keep-alive may keep socket open when client supports it) soap_closesock(ctx); } while (ctx->keep_alive); int err = ctx->error; // clean up soap_destroy(ctx); soap_end(ctx); #ifdef _POSIX_THREADS // free the ctx copy for this thread soap_free(ctx); #endif return err; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/json-currentTime.cpp0000644000175000017500000000467712653650156023375 0ustar ellertellert/* json-currentTime.cpp JSON currenTime (C++ version) Prints current time. Compile: soapcpp2 xml-rpc.h c++ json-currentTime.cpp xml-rpc.cpp json.cpp stdsoap2.cpp soapC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2012, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" using namespace std; int main() { soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->send_timeout = 10; // 10 sec, stop if server is not accepting msg ctx->recv_timeout = 10; // 10 sec, stop if server does not respond in time value request(ctx), response(ctx); // make the JSON REST POST request and get response request = "getCurrentTime"; if (json_call(ctx, "http://www.cs.fsu.edu/~engelen/currentTimeJSON.cgi", request, response)) soap_print_fault(ctx, stderr); else if (response.is_string()) // JSON does not support a dateTime value: this is a string cout << "Time = " << response << endl; else // error? cout << "Error: " << response << endl; // clean up soap_destroy(ctx); soap_end(ctx); soap_free(ctx); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc.cpp0000644000175000017500000006122112653650160021466 0ustar ellertellert/* xml-rpc.cpp C++ API for XML-RPC/JSON data management Note: XML-RPC declarations are located in the gSOAP header file xml-rpc.h, which is used to generate XML-RPC serializers (soapH.h, soapStub.h, and soapC.cpp) with: $ soapcpp2 -CSL xml-rpc.h To generate the soap_dup_value deep copy function use -Ec: $ soapcpp2 -Ec -CSL xml-rpc.h Iterators to walk the tree data are declared in xml-rpc-iters.h IO stream operations for XML-RPC data are declared in xml-rpc-io.h For more information please visit: http://www.genivia.com/doc/xml-rpc-json/html/ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifdef JSON_NAMESPACE # include "jsonH.h" # define SOAP_TYPE__boolean SOAP_TYPE_json__boolean # define SOAP_TYPE__i4 SOAP_TYPE_json__i4 # define SOAP_TYPE__int SOAP_TYPE_json__int # define SOAP_TYPE__double SOAP_TYPE_json__double # define SOAP_TYPE__dateTime_DOTiso8601 SOAP_TYPE_json__dateTime_DOTiso8601 # define SOAP_TYPE__string SOAP_TYPE_json__string # define SOAP_TYPE__array SOAP_TYPE_json__array # define SOAP_TYPE__struct SOAP_TYPE_json__struct # define SOAP_TYPE__base64 SOAP_TYPE_json__base64 #else # include "soapH.h" #endif #ifdef JSON_NAMESPACE namespace json { #endif static char* s_copy_l(struct soap *soap, const char *s); static char* s_copy_l(struct soap *soap, const wchar_t *s); static int size2k(int n); value::value() { soap_default_value(NULL, this); } value::value(struct soap *soap) { soap_default_value(soap, this); } value::value(struct soap *soap, bool b) { soap_default_value(soap, this); *this = b; } value::value(struct soap *soap, _double d) { soap_default_value(soap, this); *this = d; } value::value(struct soap *soap, _i4 n) { soap_default_value(soap, this); *this = n; } value::value(struct soap *soap, _int n) { soap_default_value(soap, this); *this = n; } value::value(struct soap *soap, ULONG64 t) { soap_default_value(soap, this); *this = t; } value::value(struct soap *soap, const char *s) { soap_default_value(soap, this); *this = s; } value::value(struct soap *soap, const std::string& s) { soap_default_value(soap, this); *this = s; } value::value(struct soap *soap, const wchar_t *s) { soap_default_value(soap, this); *this = s; } value::value(struct soap *soap, const std::wstring& s) { soap_default_value(soap, this); *this = s; } value::value(struct soap *soap, const _array& a) { soap_default_value(soap, this); *this = a; } value::value(struct soap *soap, const _struct& r) { soap_default_value(soap, this); *this = r; } value::value(struct soap *soap, const _base64& b) { soap_default_value(soap, this); *this = b; } value::operator bool() const { return this->is_true(); } value::operator _i4() const { if (__type == SOAP_TYPE__boolean) return (_i4)*(_boolean*)ref; if (__type == SOAP_TYPE__i4) return (_i4)*(_i4*)ref; if (__type == SOAP_TYPE__int) return (_i4)*(_int*)ref; if (__type == SOAP_TYPE__double) return (_i4)(*(_double*)ref); int r = 0; const char *s = *this; soap_s2int(soap, s, &r); soap->error = SOAP_OK; return r; } value::operator _int() const { if (__type == SOAP_TYPE__boolean) return (_int)*(_boolean*)ref; if (__type == SOAP_TYPE__i4) return (_int)*(_i4*)ref; if (__type == SOAP_TYPE__int) return (_int)*(_int*)ref; if (__type == SOAP_TYPE__double) return (_int)(*(_double*)ref); LONG64 r = 0; const char *s = *this; soap_s2LONG64(soap, s, &r); soap->error = SOAP_OK; return r; } value::operator _double() const { if (__type == SOAP_TYPE__boolean) return (_double)*(_boolean*)ref; if (__type == SOAP_TYPE__i4) return (_double)*(_i4*)ref; if (__type == SOAP_TYPE__int) return (_double)*(_int*)ref; if (__type == SOAP_TYPE__double) return (_double)*(_double*)ref; double r = 0.0; const char *s = *this; soap_s2double(soap, s, &r); soap->error = SOAP_OK; return r; } value::operator char*() const { if (__type == SOAP_TYPE__string || __type == SOAP_TYPE__dateTime_DOTiso8601) return (char*)ref; if (__type == SOAP_TYPE__boolean) return (char*)(*(_boolean*)ref ? "true" : "false"); if (__type == SOAP_TYPE__i4) return (char*)soap_strdup(soap, soap_int2s(soap, (int)*(_i4*)ref)); if (__type == SOAP_TYPE__int) return (char*)soap_strdup(soap, soap_LONG642s(soap, (LONG64)*(_int*)ref)); if (__type == SOAP_TYPE__double) return (char*)soap_strdup(soap, soap_double2s(soap, (double)*(_double*)ref)); if (__type == SOAP_TYPE__base64) return (char*)soap_s2base64(soap, (unsigned char*)((_base64*)ref)->ptr(), NULL, ((_base64*)ref)->size()); if (__any) return (char*)__any; if (!__type) return (char*)"null"; return (char*)""; } value::operator std::string() const { const char *s = *this; return std::string(s); } value::operator wchar_t*() const { const char *s = *this; wchar_t *t = NULL; soap_s2wchar(soap, s, &t, 0, 0); soap->error = SOAP_OK; return t; } value::operator std::wstring() const { const char *s = *this; wchar_t *t = NULL; soap_s2wchar(soap, s, &t, 0, 0); soap->error = SOAP_OK; return std::wstring(t); } value::operator ULONG64() const { time_t t = 0; if (__type == SOAP_TYPE__string || __type == SOAP_TYPE__dateTime_DOTiso8601) { if (soap_s2dateTime(soap, (const char*)ref, &t)) { soap->error = SOAP_OK; return 0; } } return (ULONG64)t; } value::operator _array&() { if (__type == SOAP_TYPE__array) return *(_array*)ref; _array& a = *soap_new__array(soap); soap_default__array(soap, &a); a[0] = *this; return a; } value::operator const _array&() const { if (__type == SOAP_TYPE__array) return *(const _array*)ref; _array& a = *soap_new__array(soap); soap_default__array(soap, &a); a[0] = *this; return a; } value::operator _struct&() { if (__type == SOAP_TYPE__struct) return *(_struct*)ref; _struct *r = soap_new__struct(soap); soap_default__struct(soap, r); return *r; } value::operator const _struct&() const { if (__type == SOAP_TYPE__struct) return *(const _struct*)ref; _struct *r = soap_new__struct(soap); soap_default__struct(soap, r); return *r; } value::operator _base64&() { if (__type == SOAP_TYPE__base64) return *(_base64*)ref; _base64 *base64 = soap_new__base64(soap); soap_default__base64(soap, base64); char *s = *this; base64->__ptr = (unsigned char*)s; base64->__size = (int)strlen(s); return *base64; } value::operator const _base64&() const { if (__type == SOAP_TYPE__base64) return *(const _base64*)ref; _base64 *base64 = soap_new__base64(soap); soap_default__base64(soap, base64); const char *s = *this; base64->__ptr = (unsigned char*)s; base64->__size = (int)strlen(s); return *base64; } value& value::operator[](int n) { if (__type == SOAP_TYPE__struct) return ((_struct*)ref)->operator[](n); _array& a = *this; __type = SOAP_TYPE__array; __any = NULL; ref = &a; return a[n]; } value& value::operator[](const char *s) { _struct& r = *this; __type = SOAP_TYPE__struct; __any = NULL; ref = &r; return r[s]; } value& value::operator[](const std::string& s) { _struct& r = *this; __type = SOAP_TYPE__struct; __any = NULL; ref = &r; return r[s.c_str()]; } value& value::operator[](const wchar_t *s) { _struct& r = *this; __type = SOAP_TYPE__struct; __any = NULL; ref = &r; return r[s]; } value& value::operator[](const std::wstring& s) { _struct& r = *this; __type = SOAP_TYPE__struct; __any = NULL; ref = &r; return r[s.c_str()]; } bool value::operator=(bool b) { __type = SOAP_TYPE__boolean; __any = NULL; ref = soap_malloc(soap, sizeof(_boolean)); if (ref) *(_boolean*)ref = (_boolean)b; return b; } _i4 value::operator=(_i4 n) { __type = SOAP_TYPE__i4; __any = NULL; ref = soap_malloc(soap, sizeof(_i4)); if (ref) *(_i4*)ref = n; return n; } _int value::operator=(_int n) { __type = SOAP_TYPE__int; __any = NULL; ref = soap_malloc(soap, sizeof(_int)); if (ref) *(_int*)ref = n; return n; } _double value::operator=(_double d) { __type = SOAP_TYPE__double; __any = NULL; ref = soap_malloc(soap, sizeof(_double)); if (ref) *(_double*)ref = (_double)d; return d; } const char* value::operator=(const char* s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s); return s; } char* value::operator=(char* s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s); return s; } char* value::operator=(const std::string& s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s.c_str()); return (char*)ref; } const char* value::operator=(const wchar_t* s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s); return (char*)ref; } char* value::operator=(wchar_t* s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s); return (char*)ref; } char* value::operator=(const std::wstring& s) { __type = SOAP_TYPE__string; __any = NULL; ref = s_copy_l(soap, s.c_str()); return (char*)ref; } ULONG64 value::operator=(ULONG64 t) { __type = SOAP_TYPE__dateTime_DOTiso8601; __any = NULL; ref = soap_strdup(soap, soap_dateTime2s(soap, (time_t)t)); return t; } _array& value::operator=(const _array& a) { __type = SOAP_TYPE__array; __any = NULL; ref = soap_new__array(soap); if (ref) *(_array*)ref = a; return *(_array*)ref; } _struct& value::operator=(const _struct& r) { __type = SOAP_TYPE__struct; __any = NULL; ref = soap_new__struct(soap); if (ref) *(_struct*)ref = r; return *(_struct*)ref; } _base64& value::operator=(const _base64& b) { __type = SOAP_TYPE__base64; __any = NULL; ref = soap_new__base64(soap); if (ref) *(_base64*)ref = b; return *(_base64*)ref; } void value::size(int n) { if (__type == SOAP_TYPE__array) { ((_array*)ref)->size(n); } else { __type = SOAP_TYPE__array; __any = NULL; ref = soap_new__array(soap); ((_array*)ref)->size(n); } } int value::size() const { if (__type == SOAP_TYPE__array) return ((_array*)ref)->size(); if (__type == SOAP_TYPE__struct) return ((_struct*)ref)->size(); return 0; } bool value::empty() const { if (__type == SOAP_TYPE__array) return ((_array*)ref)->empty(); if (__type == SOAP_TYPE__struct) return ((_struct*)ref)->empty(); return true; } int value::nth(int n) const { if (__type == SOAP_TYPE__array) { if (n < 0) return n + size(); if (n < size()) return n; } return -1; } int value::nth(const char *s) const { if (s != NULL && __type == SOAP_TYPE__struct) { const _struct *r = (const _struct*)ref; for (int i = 0; i < r->__size; i++) if (!strcmp(r->member[i].name, s)) return i; } return -1; } int value::nth(const wchar_t *s) const { if (s == NULL) return -1; const char *t = soap_wchar2s(NULL, s); int i = nth(t); free((void*)t); return i; } bool value::has(int n) const { if (__type == SOAP_TYPE__array) return n < 0 ? n + size() >= 0 : n < size(); return false; } bool value::has(const char *s) const { if (s != NULL && __type == SOAP_TYPE__struct) { const _struct *r = (const _struct*)ref; for (int i = 0; i < r->__size; i++) if (!strcmp(r->member[i].name, s)) return true; } return false; } bool value::has(const wchar_t *s) const { if (s == NULL) return false; const char *t = soap_wchar2s(NULL, s); bool b = has(t); free((void*)t); return b; } bool value::is_null() const { return __type == 0 && !(__any && *__any); } bool value::is_bool() const { return __type == SOAP_TYPE__boolean; } bool value::is_true() const { return __type == SOAP_TYPE__boolean && (bool)*(_boolean*)ref == true; } bool value::is_false() const { return __type == SOAP_TYPE__boolean && (bool)*(_boolean*)ref == false; } bool value::is_int() const { return __type == SOAP_TYPE__i4 || __type == SOAP_TYPE__int; } bool value::is_double() const { return __type == SOAP_TYPE__double; } bool value::is_string() const { return __type == SOAP_TYPE__string || (__any && *__any); } bool value::is_dateTime() const { return __type == SOAP_TYPE__dateTime_DOTiso8601; } bool value::is_array() const { return __type == SOAP_TYPE__array; } bool value::is_struct() const { return __type == SOAP_TYPE__struct; } bool value::is_base64() const { return __type == SOAP_TYPE__base64; } value_iterator value::begin() { if (__type == SOAP_TYPE__struct) return value_iterator(this, ((_struct*)ref)->member); if (__type == SOAP_TYPE__array) return value_iterator(this); return value_iterator(); } value_iterator value::end() { if (__type == SOAP_TYPE__struct) return value_iterator(this, ((_struct*)ref)->member + ((_struct*)ref)->__size); if (__type == SOAP_TYPE__array) return value_iterator(this, ((_array*)ref)->data.__size); return value_iterator(); } bool value_const_iterator::operator==(const value_iterator& that) const { if (_value == NULL) return that._value == NULL; if (that._value == NULL) return _value == NULL; if (_value->__type != that._value->__type) return false; if (_value->__type == SOAP_TYPE__struct) return _member == that._member; if (_value->__type == SOAP_TYPE__array) return (((_array*)_value->ref)->data.value + _index) == (((_array*)that._value->ref)->data.value + that._index); return _value == that._value; } static char* s_copy_l(struct soap *soap, const char *s) { return soap_strdup(soap, s); } static char* s_copy_l(struct soap *soap, const wchar_t *s) { return (char*)soap_wchar2s(soap, s); } _struct::_struct() { soap_default__struct(NULL, this); } _struct::_struct(struct soap *soap) { soap_default__struct(soap, this); } _struct::_struct(struct soap *soap, int size) { soap_default__struct(soap, this); if (size > 0) { __size = size; member = soap_new_member(soap, __size); for (int i = 0; i < __size; i++) soap_default_member(soap, &member[i]); } } bool _struct::empty() const { return __size == 0; } int _struct::size() const { return __size; } value& _struct::operator[](int n) { if (member == NULL || __size == 0) return *new_value(soap); if (n < 0) { n += __size; if (n < 0) n = 0; } if (n >= __size) n = __size - 1; return member[n].value; } value& _struct::operator[](const char *s) { int i = 0; if (s == NULL) s = ""; if (member == NULL) { int newsize = size2k(__size = 1); member = soap_new_member(soap, newsize); for (i = 0; i < newsize; i++) soap_default_member(soap, &member[i]); } else { for (i = 0; i < __size; i++) if (!strcmp(member[i].name, s)) return member[i].value; int oldsize = size2k(__size); int newsize = size2k(++__size); if (oldsize < newsize) { struct member *newmember = soap_new_member(soap, newsize); for (i = 0; i < oldsize; i++) newmember[i] = member[i]; for (; i < newsize; i++) soap_default_member(soap, &newmember[i]); soap_unlink(soap, member); delete[] member; member = newmember; } } i = __size - 1; member[i].name = soap_strdup(soap, s); soap_default_value(soap, &member[i].value); return member[i].value; } value& _struct::operator[](const wchar_t *s) { const char *t = soap_wchar2s(NULL, s); value& r = operator[](t); free((void*)t); return r; } _struct_iterator _struct::begin() const { return _struct_iterator(this); } _struct_iterator _struct::end() const { _struct_iterator i(this); i += __size; return i; } bool _struct_const_iterator::operator==(const _struct_iterator& that) const { return _member == that._member; } _array::_array() { soap_default__array(NULL, this); } _array::_array(struct soap *soap) { soap_default__array(soap, this); } _array::_array(struct soap *soap, int size) { soap_default__array(soap, this); if (size > 0) { data.__size = size; data.value = soap_new_value(soap, data.__size); for (int i = 0; i < data.__size; i++) soap_default_value(soap, &data.value[i]); } } bool _array::empty() const { return data.__size == 0; } int _array::size() const { return data.__size; } void _array::size(int n) { if (n < 0) n += data.__size; if (n >= 0) { if (data.__size >= n) data.__size = n; else (void)(*this)[n - 1]; } } value& _array::operator[](int n) { if (n < 0) { n += data.__size; if (n < 0) n = 0; } if (data.value == NULL) { int newsize = size2k(data.__size = n + 1); data.value = soap_new_value(soap, newsize); for (int i = 0; i < newsize; i++) soap_default_value(soap, &data.value[i]); } else if (data.__size <= n) { int oldsize = size2k(data.__size); int newsize = size2k(data.__size = n + 1); if (oldsize < newsize) { value *newvalue = soap_new_value(soap, newsize); int i; for (i = 0; i < oldsize; i++) newvalue[i] = data.value[i]; for (; i < newsize; i++) soap_default_value(soap, &newvalue[i]); soap_unlink(soap, data.value); delete[] data.value; data.value = newvalue; } } return data.value[n]; } _array_iterator _array::begin() const { return _array_iterator(this); } _array_iterator _array::end() const { _array_iterator i(this); i += data.__size; return i; } bool _array_const_iterator::operator==(const _array_iterator& that) const { return _value == that._value; } _base64::_base64() { } _base64::_base64(struct soap *soap) { soap_default__base64(soap, this); } _base64::_base64(struct soap *soap, int n, unsigned char *p) { soap_default__base64(soap, this); __size = n; __ptr = p; } int _base64::size() const { return __size; } unsigned char* _base64::ptr() { return __ptr; } void _base64::size(int n) { __size = n; } void _base64::ptr(unsigned char *p) { __ptr = p; } params::params() { } params::params(struct soap *soap) { soap_default_params(soap, this); } params::params(struct soap *soap, int size) { soap_default_params(soap, this); if (size > 0) { __size = size; param = soap_new_param(soap, __size); for (int i = 0; i < __size; i++) soap_default_param(soap, ¶m[i]); } } bool params::empty() const { return __size == 0; } int params::size() const { return __size; } value& params::operator[](int n) { if (n < 0) { n += __size; if (n < 0) n = 0; } if (param == NULL) { int newsize = size2k(__size = n + 1); param = soap_new_param(soap, newsize); for (int i = 0; i < newsize; i++) soap_default_param(soap, ¶m[i]); } else if (__size <= n) { int oldsize = size2k(__size); int newsize = size2k(__size = n + 1); if (oldsize < newsize) { struct param *newparam = soap_new_param(soap, newsize); int i; for (i = 0; i < oldsize; i++) newparam[i] = param[i]; for (; i < newsize; i++) soap_default_param(soap, &newparam[i]); soap_unlink(soap, param); delete[] param; param = newparam; } } return param[n].value; } params_iterator params::begin() const { return params_iterator(this); } params_iterator params::end() const { params_iterator i(this); i += __size; return i; } bool params_const_iterator::operator==(const params_iterator& that) const { return _param == that._param; } methodCall::methodCall() { } methodCall::methodCall(struct soap *soap) { soap_default_methodCall(soap, this); } methodCall::methodCall(struct soap *soap, const char *endpoint, const char *name) { soap_default_methodCall(soap, this); methodName = soap_strdup(soap, name); methodEndpoint = soap_strdup(soap, endpoint); methodResponse = NULL; } value& methodCall::operator[](int n) { return params[n]; } struct params& methodCall::operator()() { if (send() == SOAP_OK) { if (methodResponse == NULL) methodResponse = soap_new_methodResponse(soap); if (methodResponse->recv() != SOAP_OK) methodResponse = NULL; } else methodResponse = NULL; soap_closesock(soap); if (methodResponse && methodResponse->params) return *methodResponse->params; struct params *params = soap_new_params(soap); soap_default_params(soap, params); return *params; } struct params& methodCall::operator()(const struct params& args) { /* parameters */ params = args; /* invoke */ return (*this)(); } struct params& methodCall::response() { if (methodResponse == NULL) { methodResponse = soap_new_methodResponse(soap); soap_default_methodResponse(soap, methodResponse); } if (methodResponse->params == NULL) { methodResponse->params = soap_new_params(soap); soap_default_params(soap, methodResponse->params); } return *methodResponse->params; } value& methodCall::fault() { if (methodResponse) return methodResponse->get_fault(); return *new_value(soap); } const char* methodCall::name() const { if (methodName) return methodName; return ""; } int methodCall::error() const { return soap->error; } int methodCall::send() { /* no namespaces */ soap->namespaces = NULL; /* no SOAP encodingStyle */ soap->encodingStyle = NULL; /* content length (needed for HTTP non-chunked) */ soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) soap_put_methodCall(soap, this, "methodCall", NULL); soap_end_count(soap); /* connect and send request */ if (soap_connect(soap, methodEndpoint, NULL) || soap_put_methodCall(soap, this, "methodCall", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; } int methodCall::recv() { if (soap_begin_recv(soap) || !soap_get_methodCall(soap, this, "methodCall", NULL) || soap_end_recv(soap)) return soap->error; return SOAP_OK; } methodResponse::methodResponse() { } methodResponse::methodResponse(struct soap *soap) { soap_default_methodResponse(soap, this); } value& methodResponse::operator[](int n) { if (params == NULL) { params = soap_new_params(soap); soap_default_params(soap, params); } return (*params)[n]; } value& methodResponse::get_fault() { if (fault == NULL) { fault = soap_new_fault(soap); soap_default_fault(soap, fault); } return fault->value; } value& methodResponse::set_fault(const char* s) { value* value = new_value(soap); *value = s; return get_fault() = *value; } value& methodResponse::set_fault(value& v) { return get_fault() = v; } int methodResponse::send() { /* no namespaces */ soap->namespaces = NULL; /* no SOAP encodingStyle */ soap->encodingStyle = NULL; /* content length */ soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) soap_put_methodResponse(soap, this, "methodResponse", NULL); soap_end_count(soap); /* send response */ if (soap_response(soap, SOAP_OK) || soap_put_methodResponse(soap, this, "methodResponse", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; } int methodResponse::recv() { if (soap_begin_recv(soap) || !soap_get_methodResponse(soap, this, "methodResponse", NULL) || soap_end_recv(soap)) return soap->error; return SOAP_OK; } static int size2k(int n) { int k = 2; while (k < n) k *= 2; return k; } value *new_value(struct soap *soap) { value *v = soap_new_value(soap); return init_value(soap, v); } value *init_value(struct soap *soap, value *v) { soap_default_value(soap, v); return v; } #ifdef JSON_NAMESPACE } // namespace json #endif gsoap-2.8.28/gsoap/samples/xml-rpc-json/jsoncpp.cpp0000644000175000017500000024007712653650156021575 0ustar ellertellert/* jsoncpp.cpp A JSON C/C++ code generator for the gSOAP JSON API. 1. Take a JSON sample document and render it in JSON API code to construct this JSON value: echo '\ { "menu": {\ "id": "file",\ "value": "File",\ "popup": {\ "menuitem": [\ {"value": "New", "onclick": "CreateNewDoc()"},\ {"value": "Open", "onclick": "OpenDoc()"},\ {"value": "Close", "onclick": "CloseDoc()"}\ ]\ }\ }\ }' | ./jsoncpp #include "json.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; value x(ctx); x["menu"]["id"] = "file"; x["menu"]["value"] = "File"; x["menu"]["popup"]["menuitem"][0]["value"] = "New"; x["menu"]["popup"]["menuitem"][0]["onclick"] = "CreateNewDoc()"; x["menu"]["popup"]["menuitem"][1]["value"] = "Open"; x["menu"]["popup"]["menuitem"][1]["onclick"] = "OpenDoc()"; x["menu"]["popup"]["menuitem"][2]["value"] = "Close"; x["menu"]["popup"]["menuitem"][2]["onclick"] = "CloseDoc()"; std::cout << x << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete data soap_free(ctx); // free context } 2. Take a JSON sample document and render it in JSON API code to inspect and extract values from JSON input data, by using the JSON sample document as a template: echo '\ { "menu": {\ "id": "file",\ "value": "File",\ "popup": {\ "menuitem": [\ {"value": "New", "onclick": "CreateNewDoc()"},\ {"value": "Open", "onclick": "OpenDoc()"},\ {"value": "Close", "onclick": "CloseDoc()"}\ ]\ }\ }\ }' | ./jsoncpp -i #include "json.h" { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; value x(ctx); std::cin >> x; if (x.soap->error) exit(EXIT_FAILURE); // error parsing JSON #define USE_VAL(path, val) std::cout << path << " = " << val << std::endl if (x.has("menu")) { if (x["menu"].has("id")) USE_VAL("$.menu.id", x["menu"]["id"]); if (x["menu"].has("value")) USE_VAL("$.menu.value", x["menu"]["value"]); if (x["menu"].has("popup")) { if (x["menu"]["popup"].has("menuitem")) { for (int i3 = 0; i3 < x["menu"]["popup"]["menuitem"].size(); i3++) { if (x["menu"]["popup"]["menuitem"][i3].has("value")) USE_VAL("$.menu.popup.menuitem[].value", x["menu"]["popup"]["menuitem"][i3]["value"]); if (x["menu"]["popup"]["menuitem"][i3].has("onclick")) USE_VAL("$.menu.popup.menuitem[].onclick", x["menu"]["popup"]["menuitem"][i3]["onclick"]); } } } } std::cout << x << std::endl; soap_destroy(ctx); // delete objects soap_end(ctx); // delete data soap_free(ctx); // free context } 3. Take a JSONPath to generate a stand-alone application that filters JSON documents with a store of books to return their titles: ./jsoncpp -m -p'$.store.book[:].title' #include "json.h" struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; int main(int argc, char **argv) { struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); ctx->double_format = "%lG"; value x(ctx); std::cin >> x; if (x.soap->error) exit(EXIT_FAILURE); // error parsing JSON // $.store.book[:].title #define QUERY_YIELD(val) std::cout << val << std::endl if (x.has("store")) { if (x["store"].has("book")) { if (x["store"]["book"].is_array()) { int j, k = x["store"]["book"].size()-1; for (j = 0; j <= k; j += 1) { value& r = x["store"]["book"][j]; if (r.has("title")) { QUERY_YIELD(r["title"]); } } } } } soap_destroy(ctx); // delete objects soap_end(ctx); // delete data soap_free(ctx); // free context return 0; } 4. To build jsoncpp: cd gsoap/samples/xml-rpc-json soapcpp2 -CSL xml-rpc.h c++ -I../.. -o jsoncpp jsoncpp.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp 5. To compile and link jsoncpp-generated C++ code: ./jsoncpp -o myjson.cpp ... soapcpp2 -CSL xml-rpc.h c++ -I../.. -o myjson myjson.cpp json.cpp xml-rpc.cpp soapC.cpp ../../stdsoap2.cpp 6. To compile and link jsoncpp-generated C code: ./jsoncpp -c -o myjson.c ... soapcpp2 -c -CSL xml-rpc.h cc -I../.. -o myjson myjson.c json.c xml-rpc.c soapC.c ../../stdsoap2.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" #include #include #include struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}}; //////////////////////////////////////////////////////////////////////////////// // // Command line options // //////////////////////////////////////////////////////////////////////////////// static bool coutput = false; // -c generate C code instead of C++ static bool explain = false; // -e add explanatory comments to the generated code static bool genread = false; // -i generate code to inspect node graph parsed from JSON input static bool genvars = false; // -l generate code for option -i to store values in local variables static bool genmain = false; // -m generate stand-alone code by adding main() static bool minimal = false; // -M generate minimal code unadorned with initialization and cleanup static bool optimal = false; // -O optimize code by factoring common indices when applicable static bool collect = false; // -y generate code that yields an array 'y' of JSONPath query results static const char *dform = NULL; // -f%fmt use %%fmt to format double floats, e.g. -f%%lG static const char *ofile = NULL; // -ofile save source code to file static const char *jpath = NULL; // -ppath generate JSONPath query code for 'path' static const char *jroot = "x"; // -rroot use 'root' instead of root value 'x' in the generated code static const char *jcode = NULL; // -xcode generate code that executes 'code' for each JSONPath query result static const char *ifile = NULL; // [infile] //////////////////////////////////////////////////////////////////////////////// // // Proto // //////////////////////////////////////////////////////////////////////////////// static void out_gen_c(soap*, value&, std::string, const std::string&, int); static void in_gen_c(soap*, value&, std::string, const std::string&, int); static void out_gen_cpp(soap*, value&, std::string, const std::string&, int); static void in_gen_cpp(soap*, value&, std::string, const std::string&, int); static void path_gen_c(soap*, const char*, std::string&, int, bool); static void path_exec_c(soap*, std::string&, int); static void path_gen_cpp(soap*, const char*, std::string&, int, bool); static void path_exec_cpp(soap*, std::string&, int); static std::ostream& indent(soap*, int); static std::string gen_ident(const std::string&, const char*); static std::string gen_counter(int); static std::string putstrname(const char*); static std::string putname(const char*); static std::string getname(const char**); //////////////////////////////////////////////////////////////////////////////// // // Pretty printer // //////////////////////////////////////////////////////////////////////////////// struct putstr { const char *str; int quote; putstr(const char *str, int quote = '"') : str(str), quote(quote) { } putstr(const std::string& str, int quote = '"') : str(str.c_str()), quote(quote) { } }; std::ostream& operator<<(std::ostream& os, const putstr& p) { if (p.str) { if (p.quote) os << (char)p.quote; for (const char *s = p.str; *s; ++s) { switch (*s) { case '\t': os << "\\t"; break; case '\n': os << "\\n"; break; case '\r': os << "\\r"; break; default: if (*s > 0 && *s < 0x10) os << "\\x0" << std::hex << *s << std::dec; else if (*s < 0x20 || *s > 0x7f) os << "\\x" << std::hex << (*s & 0xff) << std::dec; else if (coutput && !p.quote && s[0] == '*' && s[1] == '/') os << "\\x2a"; else if (p.quote && s[0] == '?' && s[1] == '?') os << "?\\"; else { if (p.quote && (*s == '"' || *s == '\\')) os << "\\"; os << (char)*s; } } } if (p.quote) os << (char)p.quote; } else os << "NULL"; return os; } //////////////////////////////////////////////////////////////////////////////// // // jsoncpp main // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { if (argc >= 2) { for (int i = 1; i < argc; i++) { const char *a = argv[i]; if ((a[0] == '-' && a[1]) #ifdef WIN32 || a[0] == '/' #endif ) { bool f = true; while (f && *++a) { switch (*a) { case 'c': coutput = true; break; case 'e': explain = true; break; case 'f': a++; f = false; if (*a) dform = a; else if (i < argc) dform = argv[++i]; break; case 'i': genread = true; if (!ifile) ifile = "-"; break; case 'l': genvars = true; break; case 'm': genmain = true; break; case 'M': minimal = true; break; case 'O': optimal = true; break; case 'o': a++; f = false; if (*a) ofile = a; else if (i < argc) ofile = argv[++i]; break; case 'p': a++; f = false; if (*a) jpath = a; else if (i < argc) jpath = argv[++i]; break; case 'r': a++; f = false; if (*a) jroot = a; else if (i < argc) jroot = argv[++i]; break; case 'x': a++; f = false; if (*a) jcode = a; else if (i < argc) jcode = argv[++i]; break; case 'y': collect = true; break; case '?': case 'h': fprintf(stderr, "Usage: jsoncpp [-c] [-e] [-f%%fmt] [-h] [-i] [-l] [-m] [-M] [-O] [-ofile] [-ppath] [-rroot] [-xcode] [-y] [infile]\n\n" "-c generate C code instead of C++\n" "-e add explanatory comments to the generated code\n" "-f%%fmt use %%fmt to format double floats, e.g. -f%%lG\n" "-h display help message\n" "-i generate code to inspect node graph parsed from JSON input\n" "-l generate code for option -i to store values in local variables\n" "-m generate stand-alone code by adding main()\n" "-M generate minimal code unadorned with initialization and cleanup\n" "-O optimize code by factoring common indices when applicable\n" "-ofile save source code to file\n" "-ppath generate JSONPath query code for 'path'\n" "-rroot use 'root' instead of root value 'x' in the generated code\n" "-xcode generate code that executes 'code' for each JSONPath query result\n" "-y generate code that yields an array 'y' of JSONPath query results\n" "infile optional JSON file to parse\n" "- read JSON from standard input\n\n"); exit(EXIT_SUCCESS); default: fprintf(stderr, "jsoncpp: Unknown option %s\n\n", a); exit(EXIT_FAILURE); } } } else { if (ifile && strcmp(ifile, "-")) fprintf(stderr, "jsoncpp: Input already specified as %s, ignoring %s\n\n", ifile, a); else ifile = argv[i]; } } } else { ifile = "-"; } if (genmain) minimal = false; soap *ctx = soap_new1(SOAP_C_UTFSTRING); if (dform && *dform == '%' && *(dform+1)) ctx->double_format = dform; std::ifstream ifs; if (ifile) { if (!strcmp(ifile, "-")) { ctx->is = &std::cin; } else { ifs.open(ifile, std::ifstream::in); if (!ifs.is_open()) { fprintf(stderr, "Cannot open %s for reading\n", ifile); exit(EXIT_FAILURE); } ctx->is = &ifs; } } std::ofstream ofs; if (ofile) { ofs.open(ofile, std::ofstream::out); if (!ofs.is_open()) { fprintf(stderr, "Cannot open %s for writing\n", ofile); exit(EXIT_FAILURE); } ctx->os = &ofs; } else { ctx->os = &std::cout; } value v(ctx); if (ifile) { if (json_read(ctx, v)) { soap_print_fault(ctx, stderr); soap_print_fault_location(ctx, stderr); exit(EXIT_FAILURE); } } if (ifile && strcmp(ifile, "-")) ifs.close(); if (!minimal) { if (coutput) { *ctx->os << "/* Dependencies:\n" " json.h xml-rpc-iters.h stdsoap2.h\n" " json.c xml-rpc.c stdsoap2.c\n" " Build:\n" " soapcpp2 -c -CSL xml-rpc.h (generates soapStub.h, soapH.h, soapC.c)\n" " cc ... soapC.c json.c xml-rpc.c stdsoap2.c ...\n" "*/\n"; } else { *ctx->os << "// Dependencies:\n" "// json.h xml-rpc-iters.h stdsoap2.h\n" "// json.cpp xml-rpc.cpp stdsoap2.cpp\n" "// Build:\n" "// soapcpp2 -CSL xml-rpc.h (generates soapStub.h, soapH.h, soapC.cpp)\n" "// c++ ... soapC.cpp json.cpp xml-rpc.cpp stdsoap2.cpp ...\n"; } *ctx->os << "\n#include \"json.h\"\n"; if (!coutput && jpath && strstr(jpath, "..")) *ctx->os << "#include \n"; } if (genmain) *ctx->os << "struct Namespace namespaces[] = {{NULL,NULL,NULL,NULL}};\n" "int main(int argc, char **argv)\n"; if (!minimal) { if (coutput) *ctx->os << "{ /* Generated by jsoncpp"; else *ctx->os << "{ // Generated by jsoncpp"; for (int i = 1; i < argc; ++i) *ctx->os << " " << putstr(argv[i], 0); if (coutput) *ctx->os << " */\n" " /* jsoncpp tool Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. */\n"; else *ctx->os << "\n" " // jsoncpp tool Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc.\n"; *ctx->os << " struct soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT);\n" " ctx->double_format = \"" << (dform ? dform : "%lG") << "\";\n\n"; } if (coutput) { *ctx->os << " struct value *" << jroot << " = new_value(ctx);\n"; if ((ifile && genread && genvars) || jpath) { if (explain) *ctx->os << " /* index to inspect structs and arrays */\n"; *ctx->os << " int j;\n"; } std::string path = "$"; if (ifile && !genread) { out_gen_c(ctx, v, jroot, path, 2); } else { if (explain) *ctx->os << " /* parse JSON into value " << jroot << " */\n"; *ctx->os << " json_read(ctx, " << jroot << ");\n"; if (!minimal) *ctx->os << " if (" << jroot << "->soap->error)\n" " exit(EXIT_FAILURE); /* error parsing JSON */\n"; if (ifile) { *ctx->os << " #define USE_VAL(path, val) printf(\"%s = %s\\n\", path, *string_of(val))\n"; in_gen_c(ctx, v, jroot, path, 2); } } if (jpath) { *ctx->os << " /* JSONPath: " << putstr(jpath, 0) << " */\n"; if (!jcode) { if (collect) { if (explain) *ctx->os << " /* JSONPath query yields an array 'y' of JSONPath query results: */\n"; *ctx->os << " struct value *y = new_value(ctx);\n" " set_size(y, 0);\n" " #define QUERY_YIELD(val) *nth_value(y, has_size(y)) = *val\n"; } else { if (explain) *ctx->os << " /* JSONPath query yields are shown for each JSONPath result: */\n"; *ctx->os << " #define QUERY_YIELD(val) json_write(ctx, val), putchar('\\n')\n"; } } *ctx->os << " #define QUERY_STACK_SIZE 65536\n"; *ctx->os << " #define QUERY_STACK_OVFL exit(EXIT_FAILURE)\n"; std::string root(jroot); if (explain) { *ctx->os << " /* Synopsis of variables used:\n" " " << root << "\troot node value pointer\n" << ( collect ? " y\tyield array of query results\n" : "" ) << " v\tcurrent node value pointer to use in [(expr)]\n" " i\tarray/struct loop index\n" " j\tarray/struct index\n" " k\tswitch case counter / loop end\n" " p\tvalue pointer to current node\n" " q\tvalue pointer to current node\n" " s\tstack pointer\n" " S\tvalue stack for recursive descent\n" " Synopsis of constants used:\n" " QUERY_STACK_SIZE\tmax stack size for recursive descent\n" " QUERY_STACK_OVFL\tcode to execute on stack overflow\n" " */\n"; } path_gen_c(ctx, jpath, root, 2, false); if (!minimal && collect) *ctx->os << " json_write(ctx, y), putchar('\\n');\n"; } else if (!minimal) { if (explain) *ctx->os << " /* output value " << jroot << " in JSON */\n"; *ctx->os << " json_write(ctx, " << jroot << "), putchar('\\n');\n"; } if (!minimal) { *ctx->os << "\n" " soap_end(ctx); /* delete data */\n" " soap_free(ctx); /* free context */\n" << (genmain ? " return 0;\n" : "") << "}\n"; } } else { *ctx->os << " value " << jroot << "(ctx);\n"; std::string path = "$"; if (ifile && !genread) { out_gen_cpp(ctx, v, jroot, path, 2); } else { if (explain) *ctx->os << " // parse JSON into value " << jroot << "\n"; *ctx->os << " std::cin >> " << jroot << ";\n"; if (!minimal) *ctx->os << " if (" << jroot << ".soap->error)\n" " exit(EXIT_FAILURE); // error parsing JSON\n"; if (ifile) { *ctx->os << " #define USE_VAL(path, val) std::cout << path << \" = \" << val << std::endl\n"; in_gen_cpp(ctx, v, jroot, path, 2); } } if (jpath) { *ctx->os << " // JSONPath: " << jpath << "\n"; if (optimal) { if (explain) *ctx->os << " // index to inspect structs and arrays\n"; *ctx->os << " int j;\n"; } if (!jcode) { if (collect) { if (explain) *ctx->os << " // JSONPath query yields an array 'y' of JSONPath query results:\n"; *ctx->os << " value y(ctx);\n" " y.size(0);\n" " #define QUERY_YIELD(val) y[y.size()] = val\n"; } else { if (explain) *ctx->os << " // JSONPath query yields are shown for each JSONPath result:\n"; *ctx->os << " #define QUERY_YIELD(val) std::cout << val << std::endl\n"; } } std::string root(jroot); if (explain) { *ctx->os << " // Synopsis of variables used:\n" " // " << root << "\troot node value\n" << ( collect ? " // y\tyield array of query results\n" : "" ) << " // v\tcurrent node value to use in [(expr)]\n" " // i\titerator over arrays and structs\n" " // j\tarray/struct index\n" " // k\tswitch case counter / loop end\n" " // p\tvalue pointer to current node\n" " // q\tvalue pointer to current node\n" " // r\tvalue reference to current node\n" " // s\tvalue reference to current node\n" " // S\tvalue stack for recursive descent\n"; } path_gen_cpp(ctx, jpath, root, 2, false); if (!minimal && collect) *ctx->os << " std::cout << y << std::endl;\n"; } else if (!minimal) { if (explain) *ctx->os << " // output value " << jroot << " in JSON\n"; *ctx->os << " std::cout << " << jroot << " << std::endl;\n"; } if (!minimal) { *ctx->os << "\n" " soap_destroy(ctx); // delete objects\n" " soap_end(ctx); // delete data\n" " soap_free(ctx); // free context\n" << (genmain ? " return 0;\n" : "") << "}\n"; } } if (ofile) ofs.close(); soap_destroy(ctx); soap_end(ctx); soap_free(ctx); return 0; } //////////////////////////////////////////////////////////////////////////////// // // C gen writer/reader from infile // //////////////////////////////////////////////////////////////////////////////// static void out_gen_c(soap *ctx, value& v, std::string lhs, const std::string& path, int k) { switch (v.__type) { case SOAP_TYPE__boolean: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << "*bool_of(" << lhs << ") = " << (v.is_true() ? 1 : 0) << ";\n"; break; case SOAP_TYPE__i4: case SOAP_TYPE__int: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << "*int_of(" << lhs << ") = "; json_send(ctx, v); *ctx->os << ";\n"; break; case SOAP_TYPE__double: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << "*double_of(" << lhs << ") = "; json_send(ctx, v); *ctx->os << ";\n"; break; case SOAP_TYPE__string: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << "*string_of(" << lhs << ") = " << putstr((const char*)v) << ";\n"; break; case SOAP_TYPE__struct: if (v.empty()) { indent(ctx, k) << "set_struct(" << lhs << ");\n"; } else { _struct& s = v; for (_struct::iterator i = s.begin(); i != s.end(); ++i) { std::string lhsidx; if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { lhsidx = gen_ident(lhs, i.index()); indent(ctx, k) << "{\n"; k += 2; indent(ctx, k) << "struct value *" << lhsidx << " = value_at(" << lhs << ", " << putstr(i.index()) << ");\n"; } else { lhsidx = "value_at("; lhsidx.append(lhs).append(", ").append(putstrname(i.index())).append(")"); } std::string newpath = path; newpath.append(".").append(putname(i.index())); out_gen_c(ctx, *i, lhsidx, newpath, k); if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { k -= 2; indent(ctx, k) << "}\n"; } } } break; case SOAP_TYPE__array: if (v.empty()) { indent(ctx, k) << "set_size(" << lhs << ", 0);\n"; } else { _array& a = v; for (_array::iterator i = a.begin(); i != a.end(); ++i) { const char *s = soap_int2s(ctx, i.index()); std::string lhsidx; if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { lhsidx = lhs; lhsidx.append(s); indent(ctx, k) << "{\n"; k += 2; indent(ctx, k) << "struct value *" << lhsidx << " = nth_value(" << lhs << ", " << s << ");\n"; } else { lhsidx = "nth_value("; lhsidx.append(lhs).append(", ").append(s).append(")"); } std::string newpath = path; newpath.append("[").append(s).append("]"); out_gen_c(ctx, *i, lhsidx, newpath, k); if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { k -= 2; indent(ctx, k) << "}\n"; } } } break; default: break; } } static void in_gen_c(soap *ctx, value& v, std::string lhs, const std::string& path, int k) { switch (v.__type) { case SOAP_TYPE__boolean: if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " bool value, is_true(" << lhs << ") and is_false(" << lhs << ") */\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__i4: case SOAP_TYPE__int: if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " int value, is_int(" << lhs << ") and *int_of(" << lhs << ") */\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__double: if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " double value, is_double(" << lhs << ") and *double_of(" << lhs << ") */\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__string: if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " string value, is_string(" << lhs << ") and *string_of(" << lhs << ") */\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__struct: { _struct& s = v; if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " object, is_struct(" << lhs << ") */\n"; for (_struct::iterator i = s.begin(); i != s.end(); ++i) { std::string lhsidx; if (genvars) { lhsidx = gen_ident(lhs, i.index()); } else { lhsidx = "value_at("; lhsidx.append(lhs).append(", ").append(putstrname(i.index())).append(")"); } std::string newpath = path; newpath.append(".").append(putname(i.index())); if (genvars) indent(ctx, k) << "if ((j = nth_at(" << lhs << ", " << putstr(i.index()) << ")) >= 0)\n"; else indent(ctx, k) << "if (nth_at(" << lhs << ", " << putstr(i.index()) << ") >= 0)\n"; if (explain || genvars || i->is_struct() || i->is_array()) indent(ctx, k) << "{\n"; if (genvars) indent(ctx, k + 2) << "struct value *" << lhsidx << " = nth_value(" << lhs << ", j);\n"; in_gen_c(ctx, *i, lhsidx, newpath, k + 2); if (explain || genvars || i->is_struct() || i->is_array()) indent(ctx, k) << "}\n"; } } break; case SOAP_TYPE__array: { if (explain) indent(ctx, k) << "/* " << putstr(path, 0) << " array, is_array(" << lhs << ") */\n"; std::string idx; std::string lhsidx; if (genvars) { idx = "i"; lhsidx = lhs; lhsidx.append(idx); } else { idx = gen_counter(k/2 - 1); lhsidx = "nth_value("; lhsidx.append(lhs).append(", ").append(idx).append(")"); } indent(ctx, k) << "int " << idx << ";\n"; indent(ctx, k) << "for (" << idx << " = 0; " << idx << " < has_size(" << lhs << "); " << idx << "++)\n"; std::string newpath = path; newpath.append("[]"); if (explain || genvars || v[0].is_struct() || v[0].is_array()) indent(ctx, k) << "{\n"; if (genvars) indent(ctx, k + 2) << "struct value *" << lhsidx << " = nth_value(" << lhs << ", " << idx << ");\n"; in_gen_c(ctx, v[0], lhsidx, newpath, k + 2); if (explain || genvars || v[0].is_struct() || v[0].is_array()) indent(ctx, k) << "}\n"; } break; default: indent(ctx, k) << "; // null\n"; break; } } //////////////////////////////////////////////////////////////////////////////// // // C++ gen writer/reader from infile // //////////////////////////////////////////////////////////////////////////////// static void out_gen_cpp(soap *ctx, value& v, std::string lhs, const std::string& path, int k) { switch (v.__type) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: case SOAP_TYPE__double: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << lhs << " = "; json_send(ctx, v); if (v.__type == SOAP_TYPE__int) *ctx->os << "LL"; *ctx->os << ";\n"; break; case SOAP_TYPE__string: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " = " << putstr((const char*)v, 0) << "\n"; indent(ctx, k) << lhs << " = " << putstr((const char*)v) << ";\n"; break; case SOAP_TYPE__struct: if (v.empty()) { indent(ctx, k) << lhs << " = _struct(ctx);\n"; } else { _struct& s = v; for (_struct::iterator i = s.begin(); i != s.end(); ++i) { std::string lhsidx; if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { lhsidx = gen_ident(lhs, i.index()); indent(ctx, k) << "{\n"; k += 2; indent(ctx, k) << "value& " << lhsidx << " = " << lhs << "[" << putstr(i.index()) << "];\n"; } else { lhsidx = lhs; lhsidx.append("[").append(putstrname(i.index())).append("]"); } std::string newpath = path; newpath.append(".").append(putname(i.index())); out_gen_cpp(ctx, *i, lhsidx, newpath, k); if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { k -= 2; indent(ctx, k) << "}\n"; } } } break; case SOAP_TYPE__array: if (v.empty()) { indent(ctx, k) << lhs << ".size(0);\n"; } else { _array& a = v; for (_array::iterator i = a.begin(); i != a.end(); ++i) { const char *s = soap_int2s(ctx, i.index()); std::string lhsidx; if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { lhsidx = lhs; lhsidx.append(s); indent(ctx, k) << "{\n"; k += 2; indent(ctx, k) << "value& " << lhsidx << " = " << lhs << "[" << s << "];\n"; } else { lhsidx = lhs; lhsidx.append("[").append(s).append("]"); } std::string newpath = path; newpath.append("[").append(s).append("]"); out_gen_cpp(ctx, *i, lhsidx, newpath, k); if (optimal && (i->is_struct() || i->is_array()) && !i->empty()) { k -= 2; indent(ctx, k) << "}\n"; } } } break; default: break; } } static void in_gen_cpp(soap *ctx, value& v, std::string lhs, const std::string& path, int k) { switch (v.__type) { case SOAP_TYPE__boolean: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " bool value\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__i4: case SOAP_TYPE__int: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " int value\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__double: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " double value\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__string: if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " string value\n"; indent(ctx, k) << "USE_VAL(" << putstr(path) << ", " << lhs << ");\n"; break; case SOAP_TYPE__struct: { _struct& s = v; if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " object\n"; for (_struct::iterator i = s.begin(); i != s.end(); ++i) { std::string lhsidx; if (genvars) { lhsidx = gen_ident(lhs, i.index()); } else { lhsidx = lhs; lhsidx.append("[").append(putstrname(i.index())).append("]"); } std::string newpath = path; newpath.append(".").append(putname(i.index())); indent(ctx, k) << "if (" << lhs << ".has(" << putstr(i.index()) << "))\n"; if (explain || genvars || i->is_struct() || i->is_array()) indent(ctx, k) << "{\n"; if (genvars) indent(ctx, k + 2) << "value& " << lhsidx << " = " << lhs << "[" << putstr(i.index()) << "];\n"; in_gen_cpp(ctx, *i, lhsidx, newpath, k + 2); if (explain || genvars || i->is_struct() || i->is_array()) indent(ctx, k) << "}\n"; } } break; case SOAP_TYPE__array: { if (explain) indent(ctx, k) << "// " << putstr(path, 0) << " array\n"; std::string idx; std::string lhsidx; if (genvars) { idx = "i"; lhsidx = lhs; lhsidx.append(idx); } else { idx = gen_counter(k/2 - 1); lhsidx = lhs; lhsidx.append("[").append(idx).append("]"); } indent(ctx, k) << "for (int " << idx << " = 0; " << idx << " < " << lhs << ".size(); " << idx << "++)\n"; std::string newpath = path; newpath.append("[]"); if (explain || genvars || v[0].is_struct() || v[0].is_array()) indent(ctx, k) << "{\n"; if (genvars) indent(ctx, k + 2) << "value& " << lhsidx << " = " << lhs << "[" << idx << "];\n"; in_gen_cpp(ctx, v[0], lhsidx, newpath, k + 2); if (explain || genvars || v[0].is_struct() || v[0].is_array()) indent(ctx, k) << "}\n"; } break; default: indent(ctx, k) << "; // null\n"; break; } } //////////////////////////////////////////////////////////////////////////////// // // C gen JSONPath from -ppath // //////////////////////////////////////////////////////////////////////////////// static void path_gen_c(struct soap *ctx, const char *jpath, std::string& v, int k, bool throwup) { if (*jpath == '$' || *jpath == '@') // strip $ and @ from path ++jpath; while (isspace(*jpath) || (*jpath == '.' && *(jpath + 1) != '.')) // skip space and single . ++jpath; if (*jpath == '.') // path: .. { ++jpath; if (*jpath == '.') { if (explain) indent(ctx, k) << "/* iterate over descendants of current node " << v << " to match " << jpath << " */\n"; indent(ctx, k) << "struct value *S[QUERY_STACK_SIZE], **s = S;\n"; indent(ctx, k) << "*s++ = " << v << ";\n"; indent(ctx, k) << "while (S < s)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "struct value *p = *--s;\n"; indent(ctx, k + 2) << "int i;\n"; indent(ctx, k + 2) << "for (i = has_size(p)-1; i >= 0; --i)\n"; indent(ctx, k + 2) << "{\n"; indent(ctx, k + 4) << "if (s < S + QUERY_STACK_SIZE)\n"; indent(ctx, k + 6) << "*s++ = nth_value(p, i);\n"; indent(ctx, k + 4) << "else\n"; indent(ctx, k + 6) << "QUERY_STACK_OVFL;\n"; indent(ctx, k + 2) << "}\n"; indent(ctx, k + 2) << "{\n"; v = "p"; path_gen_c(ctx, jpath, v, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "}\n"; } else { fprintf(stderr, "jsoncpp: JSONPath unexpected end at '.'\n\n"); exit(EXIT_FAILURE); } } else if (*jpath == '[') // path: [*]..., [?x], or [(),:]... { ++jpath; if (*jpath == '*') // path: [*]... { ++jpath; if (*jpath != ']') { fprintf(stderr, "jsoncpp: JSONPath ']' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "/* iterate over current array/struct node " << v << " to match " << jpath << " */\n"; indent(ctx, k) << "int i, k = has_size(" << v << ");\n"; indent(ctx, k) << "for (i = 0; i < k; ++i)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 2) << "struct value *q = nth_value(" << v << ", i);\n"; v = "q"; } else { indent(ctx, k + 2) << "struct value *p = nth_value(" << v << ", i);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (*jpath == '?') // path: [?x]... where x is a C++ bool expression { ++jpath; if (*jpath != '(') { fprintf(stderr, "jsoncpp: JSONPath '(' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; int nest = 0; const char *s; for (s = jpath; *s; ++s) { if (*s == ')') { if (nest == 0) break; --nest; } else if (*s == '(') ++nest; } if (*s != ')' || *(s + 1) != ']') { fprintf(stderr, "jsoncpp: JSONPath ')]' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } std::string code(jpath, s - jpath); jpath = s + 2; if (explain) indent(ctx, k) << "/* filter current node " << v << " with 'if (" << code << ")' to match " << jpath << " */\n"; indent(ctx, k) << "struct value *v = " << v << ";\n"; indent(ctx, k) << "if (" << code << ")\n"; indent(ctx, k) << "{\n"; path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else // path: [(),:]... { std::string u; int subs = 0; std::string code; std::string name; int start, end, step; while (true) { ++subs; code.clear(); name.clear(); start = end = step = 0; if (*jpath == '(') { ++jpath; int nest = 0; const char *s; for (s = jpath; *s; ++s) { if (*s == ')') { if (nest == 0) break; --nest; } else if (*s == '(') ++nest; } if (*s != ')') { fprintf(stderr, "jsoncpp: JSONPath ')' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } code = std::string(jpath, s - jpath); jpath = s + 1; } else if (*jpath == ':') { ++jpath; bool hasend = true; if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) end = soap_strtol(jpath, (char**)&jpath, 10); else hasend = false; if (*jpath == ':') step = soap_strtol(jpath + 1, (char**)&jpath, 10); else step = 1; if (step > 0) // end is exclusive (Python array slicing) --end; else if (hasend) ++end; if (step < 0) start = -1; } else if (*jpath == '\'' || *jpath == '"' || isalpha(*jpath)) { name = getname(&jpath); } else if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) { start = soap_strtol(jpath, (char**)&jpath, 10); if (*jpath == ':') { ++jpath; bool hasend = true; if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) end = soap_strtol(jpath, (char**)&jpath, 10); else hasend = false; if (*jpath == ':') step = soap_strtol(jpath + 1, (char**)&jpath, 10); else step = 1; if (step > 0) // end is exclusive (Python array slicing) --end; else if (hasend) ++end; } } if ((step > 0 && !(start <= end || (start >= 0 && end < 0))) || (step < 0 && !(start >= end || (start < 0 && end >= 0)))) { fprintf(stderr, "jsoncpp: JSONPath inverted bounds at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } if (subs == 1 && *jpath != ',') // path: [x]... with x a name or index or [start]:[end][:step] slice break; if (subs == 1) // path: [x,...]... with x a name or index or [start]:[end][:step] slice { if (explain) indent(ctx, k) << "/* for each case */\n"; indent(ctx, k) << "int i, k = 1;\n"; if (v[0] == 'p') { indent(ctx, k) << "struct value *q;\n"; u = "q"; } else { indent(ctx, k) << "struct value *p;\n"; u = "p"; } indent(ctx, k) << "do\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "switch (k)\n"; indent(ctx, k + 2) << "{\n"; } indent(ctx, k + 4) << "case " << 2*subs-1 << ":\n"; if (!code.empty()) { indent(ctx, k + 4) << "{\n"; if (explain) indent(ctx, k + 6) << "/* if current node " << v << " is an array/struct with field/element [(" << code << ")] ... */\n"; indent(ctx, k + 6) << "struct value *v = " << v << ";\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 6) << u << " = (" << code << ");\n"; // only value pointer expressions in C indent(ctx, k + 6) << "if (" << u << ")\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 4) << "}\n"; } else if (!name.empty()) { if (explain) indent(ctx, k + 6) << "/* if current node " << v << " is a struct with field '" << name << "' ... */\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 6) << "if ((i = nth_at(" << v << ", " << putstr(name) << ")) >= 0)\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << u << " = nth_value(" << v << ", i);\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; } else if (step > 0) { if (explain) indent(ctx, k + 6) << "/* if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " ... */\n"; indent(ctx, k + 6) << "if (!is_array(" << v << ")\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 8) << "continue;\n"; indent(ctx, k + 6) << "}\n"; if (start < 0) indent(ctx, k + 6) << "i = (" << start << " >= -has_size(" << v << ") ? " << start << " : -has_size(" << v << "))-" << step << ";\n"; else indent(ctx, k + 6) << "i = " << start-step << ";\n"; indent(ctx, k + 6) << "k = " << 2*subs << ";\n"; indent(ctx, k + 4) << "case " << 2*subs << ":\n"; indent(ctx, k + 6) << "i += " << step << ";\n"; if (start >= 0 && end < 0) // : 0 <= start <= size+end where end < 0 indent(ctx, k + 6) << "if (i <= has_size(" << v << ")+" << end << ")\n"; else if (start >= 0 && end >= 0) // : 0 <= start <= end < size indent(ctx, k + 6) << "if (i <= " << end << " && i < has_size(" << v << "))\n"; else // start < 0 && end < 0 : -size <= start <= end < 0 indent(ctx, k + 6) << "if (i <= " << end << ")\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << u << " = nth_value(" << v << ", i);\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; indent(ctx, k + 6) << "else\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; } else if (step < 0) { if (explain) indent(ctx, k + 6) << "/* if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " ... */\n"; indent(ctx, k + 6) << "if (!is_array(" << v << "))\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 8) << "continue;\n"; indent(ctx, k + 6) << "}\n"; if (start < 0 && end >= 0) indent(ctx, k + 6) << "i = has_size(" << v << ")+" << start-step << ";\n"; else if (start >= 0 && end >= 0) indent(ctx, k + 6) << "i = (" << start << " < has_size(" << v << ") ? " << start << " : has_size(" << v << ")-1)+" << -step << ";\n"; else // start < 0 && end < 0 indent(ctx, k + 6) << "i = " << start-step << ";\n"; indent(ctx, k + 6) << "k = " << 2*subs << ";\n"; indent(ctx, k + 4) << "case " << 2*subs << ":\n"; indent(ctx, k + 6) << "i -= " << -step << ";\n"; if (start < 0 && end >= 0) // : 0 <= end <= size+start where start < 0 indent(ctx, k + 6) << "if (i >= " << end << ")\n"; else if (start >= 0 && end >= 0) // : 0 <= end <= start < size indent(ctx, k + 6) << "if (i >= " << end << ")\n"; else // start < 0 && end < 0 : -size <= end <= start < 0 indent(ctx, k + 6) << "if (i >= " << end << " && i >= -has_size(" << v << "))\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << u << " = nth_value(" << v << ", i);\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; indent(ctx, k + 6) << "else\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; } else { if (explain) indent(ctx, k + 6) << "/* if current node " << v << " is an array with element [" << start << "] ... */\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 6) << "if ((i = nth_nth(" << v << ", " << start << ")) >= 0)\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << u << " = nth_value(" << v << ", i);\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; } if (*jpath != ',') break; ++jpath; } if (subs == 0 && *jpath == ']') { fprintf(stderr, "jsoncpp: JSONPath empty '[]' at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } if (*jpath != ']') { fprintf(stderr, "jsoncpp: JSONPath ']' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (subs == 1) // path: [x]... with x a name or index or [start]:[end][:step] range { if (!code.empty()) { if (explain) indent(ctx, k) << "/* if current node " << v << " is an array/struct with field/element [(" << code << ")] then match " << jpath << " */\n"; indent(ctx, k) << "struct value *v = " << v << ";\n"; indent(ctx, k) << "struct value *p = (" << code << ");\n"; // only value pointer expressions in C indent(ctx, k) << "if (p)\n"; indent(ctx, k) << "{\n"; v = "p"; path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (!name.empty()) { if (explain) indent(ctx, k) << "/* if current node " << v << " is a struct with field '" << name << "' then match " << jpath << " */\n"; indent(ctx, k) << "if ((j = nth_at(" << v << ", " << putstr(name) << ")) >= 0)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 2) << "struct value *q = nth_value(" << v << ", j);\n"; v = "q"; } else { indent(ctx, k + 2) << "struct value *p = nth_value(" << v << ", j);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (step > 0) { if (explain) indent(ctx, k) << "/* if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " to match " << jpath << " */\n"; indent(ctx, k) << "if (is_array(" << v << "))\n"; indent(ctx, k) << "{\n"; if (start >= 0 && end < 0) { indent(ctx, k + 2) << "int i, k = has_size(" << v << ")-" << -end << ";\n"; indent(ctx, k + 2) << "for (i = " << start << "; i <= k; i += " << step << ")\n"; } else if (start >= 0 && end >= 0) { indent(ctx, k + 2) << "int i, k = (" << end << " < has_size(" << v << ") ? " << end << " : has_size(" << v << ")-1);\n"; indent(ctx, k + 2) << "for (i = " << start << "; i <= k; i += " << step << ")\n"; } else // start < 0 && end < 0 { indent(ctx, k + 2) << "int i, k = (" << start << " >= -has_size(" << v << ") ? " << start << " : -has_size(" << v << "));\n"; indent(ctx, k + 2) << "for (i = k; i <= " << end << "; i += " << step << ")\n"; } indent(ctx, k + 2) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 4) << "struct value *q = nth_value(" << v << ", i);\n"; v = "q"; } else { indent(ctx, k + 4) << "struct value *p = nth_value(" << v << ", i);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "}\n"; } else if (step < 0) { if (explain) indent(ctx, k) << "/* if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " to match " << jpath << " */\n"; indent(ctx, k) << "if (is_array(" << v << "))\n"; indent(ctx, k) << "{\n"; if (start < 0 && end >= 0) { indent(ctx, k + 2) << "int i, k = has_size(" << v << ")-" << -start << ";\n"; indent(ctx, k + 2) << "for (i = k; i >= " << end << "; i -= " << -step << ")\n"; } else if (start >= 0 && end >= 0) { indent(ctx, k + 2) << "int i, k = (" << start << " < has_size(" << v << ") ? " << start << " : has_size(" << v << ")-1);\n"; indent(ctx, k + 2) << "for (i = k; i >= " << end << "; i -= " << -step << ")\n"; } else // start < 0 && end < 0 { indent(ctx, k + 2) << "int i, k = (" << end << " >= -has_size(" << v << ") ? " << end << " : -has_size(" << v << "));\n"; indent(ctx, k + 2) << "for (i = " << start << "; i >= k; i -= " << -step << ")\n"; } indent(ctx, k + 2) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 4) << "struct value *q = nth_value(" << v << ", i);\n"; v = "q"; } else { indent(ctx, k + 4) << "struct value *p = nth_value(" << v << ", i);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "}\n"; } else { if (explain) indent(ctx, k) << "/* if current node " << v << " is an array with element [" << start << "] then match " << jpath << " */\n"; indent(ctx, k) << "if ((j = nth_nth(" << v << ", " << start << ")) >= 0)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 2) << "struct value *q = nth_value(" << v << ", j);\n"; v = "q"; } else { indent(ctx, k + 2) << "struct value *p = nth_value(" << v << ", j);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } } else { indent(ctx, k + 4) << "default:\n"; indent(ctx, k + 6) << "continue;\n"; indent(ctx, k + 2) << "}\n"; if (explain) indent(ctx, k + 2) << "/* ... then match " << jpath << " */\n"; indent(ctx, k + 2) << "{\n"; path_gen_c(ctx, jpath, u, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "} while (k <= " << 2*subs << ");\n"; } } } else if (*jpath == '?') // path: P?Q means all values P such that Q (has at least one result) { if (throwup) { fprintf(stderr, "jsoncpp: JSONPath cannot nest '?' and '!' ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "/* value of current node " << v << " if its descendants match " << jpath << " */\n"; std::string u = v; path_gen_c(ctx, jpath, v, k, true); indent(ctx, k) << "if (0)\n"; indent(ctx, k) << "{\n"; indent(ctx, 2) << "found:\n"; path_exec_c(ctx, u, k + 2); indent(ctx, k) << "}\n"; } else if (*jpath == '!') // path: P!Q means all values P such that not Q (has no results) { if (throwup) { fprintf(stderr, "jsoncpp: JSONPath cannot nest '?' and '!' ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "/* value of current node " << v << " if its descendants do not match " << jpath << " */\n"; std::string u = v; path_gen_c(ctx, jpath, v, k, true); path_exec_c(ctx, u, k); indent(ctx, 2) << "found:\n"; indent(ctx, k) << ";\n"; } else if (*jpath == '*') // path: *... { ++jpath; if (explain) indent(ctx, k) << "/* iterate over current array/struct node " << v << " to match " << jpath << " */\n"; indent(ctx, k) << "int i, k = has_size(" << v << ");\n"; indent(ctx, k) << "for (i = 0; i < k; ++i)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 2) << "struct value *q = nth_value(" << v << ", i);\n"; v = "q"; } else { indent(ctx, k + 2) << "struct value *p = nth_value(" << v << ", i);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (!*jpath) { if (throwup) indent(ctx, k) << "goto found;\n"; else path_exec_c(ctx, v, k); } else // path: name... { std::string name = getname(&jpath); if (explain) indent(ctx, k) << "/* if current node " << v << " is a struct with field '" << name << "' then match " << jpath << " */\n"; indent(ctx, k) << "if ((j = nth_at(" << v << ", " << putstr(name) << ")) >= 0)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'p') { indent(ctx, k + 2) << "struct value *q = nth_value(" << v << ", j);\n"; v = "q"; } else { indent(ctx, k + 2) << "struct value *p = nth_value(" << v << ", j);\n"; v = "p"; } path_gen_c(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } } static void path_exec_c(struct soap *ctx, std::string& v, int k) { if (jcode) { indent(ctx, k) << "value *v = " << v << ";\n"; indent(ctx, k) << jcode << "\n"; } else { indent(ctx, k) << "QUERY_YIELD(" << v << ");\n"; } } //////////////////////////////////////////////////////////////////////////////// // // C++ gen JSONPath from -ppath // //////////////////////////////////////////////////////////////////////////////// static void path_gen_cpp(struct soap *ctx, const char *jpath, std::string& v, int k, bool throwup) { if (*jpath == '$' || *jpath == '@') // strip $ and @ from path ++jpath; while (isspace(*jpath) || (*jpath == '.' && *(jpath + 1) != '.')) // skip space and single . ++jpath; if (*jpath == '.') // path: .. { ++jpath; if (*jpath == '.') { ++jpath; if (explain) indent(ctx, k) << "// iterate over descendants of current node " << v << " to match " << jpath << "\n"; indent(ctx, k) << "std::stack S;\n"; indent(ctx, k) << "S.push(&" << v << ");\n"; indent(ctx, k) << "while (!S.empty())\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "value& r = *S.top();\n"; indent(ctx, k + 2) << "S.pop();\n"; indent(ctx, k + 2) << "for (int i = r.size()-1; i >= 0; --i)\n"; indent(ctx, k + 4) << "S.push(&r[i]);\n"; v = "r"; path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else { fprintf(stderr, "jsoncpp: JSONPath unexpected end at '.'\n\n"); exit(EXIT_FAILURE); } } else if (*jpath == '[') // path: [*]..., [?x], or [(),:]... { ++jpath; if (*jpath == '*') // path: [*]... { ++jpath; if (*jpath != ']') { fprintf(stderr, "jsoncpp: JSONPath ']' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "// iterate over current array/struct node " << v << " to match " << jpath << "\n"; indent(ctx, k) << "value::iterator k = " << v << ".end();\n"; indent(ctx, k) << "for (value::iterator i = " << v << ".begin(); i != k; ++i)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "value& r = *i;\n"; v = "r"; path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (*jpath == '?') // path: [?x]... where x is a C++ bool expression { ++jpath; if (*jpath != '(') { fprintf(stderr, "jsoncpp: JSONPath '(' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; int nest = 0; const char *s; for (s = jpath; *s; ++s) { if (*s == ')') { if (nest == 0) break; --nest; } else if (*s == '(') ++nest; } if (*s != ')' || *(s + 1) != ']') { fprintf(stderr, "jsoncpp: JSONPath ')]' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } std::string code(jpath, s - jpath); jpath = s + 2; if (explain) indent(ctx, k) << "// filter current node " << v << " with 'if (" << code << ")' to match " << jpath << "\n"; indent(ctx, k) << "value& v = " << v << ";\n"; indent(ctx, k) << "if (" << code << ")\n"; indent(ctx, k) << "{\n"; path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else // path: [(),:]... { std::string p, u; int subs = 0; std::string code; std::string name; int start, end, step; while (true) { ++subs; code.clear(); name.clear(); start = end = step = 0; if (*jpath == '(') { ++jpath; int nest = 0; const char *s; for (s = jpath; *s; ++s) { if (*s == ')') { if (nest == 0) break; --nest; } else if (*s == '(') ++nest; } if (*s != ')') { fprintf(stderr, "jsoncpp: JSONPath ')' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } code = std::string(jpath, s - jpath); jpath = s + 1; } else if (*jpath == ':') { ++jpath; bool hasend = true; if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) end = soap_strtol(jpath, (char**)&jpath, 10); else hasend = false; if (*jpath == ':') step = soap_strtol(jpath + 1, (char**)&jpath, 10); else step = 1; if (step > 0) // end is exclusive (Python array slicing) --end; else if (hasend) ++end; if (step < 0) start = -1; } else if (*jpath == '\'' || *jpath == '"' || isalpha(*jpath)) { name = getname(&jpath); } else if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) { start = soap_strtol(jpath, (char**)&jpath, 10); if (*jpath == ':') { ++jpath; bool hasend = true; if (*jpath == '-' || *jpath == '+' || isdigit(*jpath)) end = soap_strtol(jpath, (char**)&jpath, 10); else hasend = false; if (*jpath == ':') step = soap_strtol(jpath + 1, (char**)&jpath, 10); else step = 1; if (step > 0) // end is exclusive (Python array slicing) --end; else if (hasend) ++end; } } if ((step > 0 && !(start <= end || (start >= 0 && end < 0))) || (step < 0 && !(start >= end || (start < 0 && end >= 0)))) { fprintf(stderr, "jsoncpp: JSONPath inverted bounds at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } if (subs == 1 && *jpath != ',') // path: [x]... with x a name or index or [start]:[end][:step] slice break; if (subs == 1) // path: [x,...]... with x a name or index or [start]:[end][:step] slice { if (explain) indent(ctx, k) << "// for each case\n"; indent(ctx, k) << "int i, k = 1;\n"; if (v.compare(0, 4, "(*p)") == 0) { indent(ctx, k) << "value *q;\n"; p = "q"; u = "(*q)"; } else { indent(ctx, k) << "value *p;\n"; p = "p"; u = "(*p)"; } indent(ctx, k) << "do\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "switch (k)\n"; indent(ctx, k + 2) << "{\n"; } indent(ctx, k + 4) << "case " << 2*subs-1 << ":\n"; if (!code.empty()) { indent(ctx, k + 4) << "{\n"; if (explain) indent(ctx, k + 6) << "// if current node " << v << " is an array/struct with field/element [(" << code << ")] ...\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 6) << "value& v = " << v << ";\n"; indent(ctx, k + 6) << "if ((i = v.nth(" << code << ")) >= 0)\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &v[i];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; indent(ctx, k + 4) << "}\n"; } else if (!name.empty()) { if (explain) indent(ctx, k + 6) << "// if current node " << v << " is a struct with field '" << name << "' ...\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; if (optimal) { indent(ctx, k + 6) << "if ((i = " << v << ".nth(" << putstr(name) << ")) >= 0)\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &" << v << "[i];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; } else { indent(ctx, k + 6) << "if (" << v << ".has(" << putstr(name) << "))\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &" << v << "[" << putstr(name) << "];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; } } else if (step > 0) { if (explain) indent(ctx, k + 6) << "// if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " ...\n"; indent(ctx, k + 6) << "if (!" << v << ".is_array())\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 8) << "continue;\n"; indent(ctx, k + 6) << "}\n"; if (start < 0) indent(ctx, k + 6) << "i = (" << start << " >= -" << v << ".size() ? " << start << " : -" << v << ".size())-" << step << ";\n"; else indent(ctx, k + 6) << "i = " << start-step << ";\n"; indent(ctx, k + 6) << "k = " << 2*subs << ";\n"; indent(ctx, k + 4) << "case " << 2*subs << ":\n"; indent(ctx, k + 6) << "i += " << step << ";\n"; if (start >= 0 && end < 0) // : 0 <= start <= size+end where end < 0 indent(ctx, k + 6) << "if (i <= " << v << ".size()+" << end << ")\n"; else if (start >= 0 && end >= 0) // : 0 <= start <= end < size indent(ctx, k + 6) << "if (i <= " << end << " && i < " << v << ".size())\n"; else // start < 0 && end < 0 : -size <= start <= end < 0 indent(ctx, k + 6) << "if (i <= " << end << ")\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &" << v << "[i];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; indent(ctx, k + 6) << "else\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; } else if (step < 0) { if (explain) indent(ctx, k + 6) << "// if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " ...\n"; indent(ctx, k + 6) << "if (!" << v << ".is_array())\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 8) << "continue;\n"; indent(ctx, k + 6) << "}\n"; if (start < 0 && end >= 0) indent(ctx, k + 6) << "i = " << v << ".size()+" << start-step << ";\n"; else if (start >= 0 && end >= 0) indent(ctx, k + 6) << "i = (" << start << " < " << v << ".size() ? " << start << " : " << v << ".size()-1)+" << -step << ";\n"; else // start < 0 && end < 0 indent(ctx, k + 6) << "i = " << start-step << ";\n"; indent(ctx, k + 6) << "k = " << 2*subs << ";\n"; indent(ctx, k + 4) << "case " << 2*subs << ":\n"; indent(ctx, k + 6) << "i -= " << -step << ";\n"; if (start < 0 && end >= 0) // : 0 <= end <= size+start where start < 0 indent(ctx, k + 6) << "if (i >= " << end << ")\n"; else if (start >= 0 && end >= 0) // : 0 <= end <= start < size indent(ctx, k + 6) << "if (i >= " << end << ")\n"; else // start < 0 && end < 0 : -size <= end <= start < 0 indent(ctx, k + 6) << "if (i >= " << end << " && i >= -" << v << ".size())\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &" << v << "[i];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; indent(ctx, k + 6) << "else\n"; indent(ctx, k + 8) << "k = " << 2*subs+1 << ";\n"; } else { if (explain) indent(ctx, k + 6) << "// if current node " << v << " is an array with element [" << start << "] ...\n"; indent(ctx, k + 6) << "k = " << 2*subs+1 << ";\n"; indent(ctx, k + 6) << "if (" << v << ".has(" << start << "))\n"; indent(ctx, k + 6) << "{\n"; indent(ctx, k + 8) << p << " = &" << v << "[" << start << "];\n"; indent(ctx, k + 8) << "break;\n"; indent(ctx, k + 6) << "}\n"; } if (*jpath != ',') break; ++jpath; } if (subs == 0 && *jpath == ']') { fprintf(stderr, "jsoncpp: JSONPath empty '[]' at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } if (*jpath != ']') { fprintf(stderr, "jsoncpp: JSONPath ']' expected at ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (subs == 1) // path: [x]... with x a name or index or [start]:[end][:step] range { if (!code.empty()) { if (explain) indent(ctx, k) << "// if current node " << v << " is an array/struct with field/element [(" << code << ")] then match " << jpath << "\n"; indent(ctx, k) << "value& v = " << v << ";\n"; indent(ctx, k) << "if ((j = v.nth(" << code << ")) >= 0)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "value& r = v[j];\n"; v = "r"; path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (!name.empty()) { if (optimal) { if (explain) indent(ctx, k) << "// if current node " << v << " is a struct with field '" << name << "' then match " << jpath << "\n"; indent(ctx, k) << "if ((j = " << v << ".nth(" << putstr(name) << ")) >= 0)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'r') { indent(ctx, k + 2) << "value& s = " << v << "[j];\n"; v = "s"; } else { indent(ctx, k + 2) << "value& r = " << v << "[j];\n"; v = "r"; } path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else { indent(ctx, k) << "if (" << v << ".has(" << putstr(name) << "))\n"; indent(ctx, k) << "{\n"; v.append("[").append(putstrname(name.c_str())).append("]"); path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } } else if (step > 0) { if (explain) indent(ctx, k) << "// if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " to match " << jpath << "\n"; indent(ctx, k) << "if (" << v << ".is_array())\n"; indent(ctx, k) << "{\n"; if (start >= 0 && end < 0) { indent(ctx, k + 2) << "int k = " << v << ".size()-" << -end << ";\n"; indent(ctx, k + 2) << "for (int i = " << start << "; i <= k; i += " << step << ")\n"; } else if (start >= 0 && end >= 0) { indent(ctx, k + 2) << "int k = (" << end << " < " << v << ".size() ? " << end << " : " << v << ".size()-1);\n"; indent(ctx, k + 2) << "for (int i = " << start << "; i <= k; i += " << step << ")\n"; } else // start < 0 && end < 0 { indent(ctx, k + 2) << "int k = (" << start << " >= -" << v << ".size() ? " << start << " : -" << v << ".size());\n"; indent(ctx, k + 2) << "for (int i = k; i <= " << end << "; i += " << step << ")\n"; } indent(ctx, k + 2) << "{\n"; if (v[0] == 'r') { indent(ctx, k + 4) << "value& s = " << v << "[i];\n"; v = "s"; } else { indent(ctx, k + 4) << "value& r = " << v << "[i];\n"; v = "r"; } path_gen_cpp(ctx, jpath, v, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "}\n"; } else if (step < 0) { if (explain) indent(ctx, k) << "// if current node " << v << " is an array then iterate from " << start << " to " << end << " by " << step << " to match " << jpath << "\n"; indent(ctx, k) << "if (" << v << ".is_array())\n"; indent(ctx, k) << "{\n"; if (start < 0 && end >= 0) { indent(ctx, k + 2) << "int k = " << v << ".size()-" << -start << ";\n"; indent(ctx, k + 2) << "for (int i = k; i >= " << end << "; i -= " << -step << ")\n"; } else if (start >= 0 && end >= 0) { indent(ctx, k + 2) << "int k = (" << start << " < " << v << ".size() ? " << start << " : " << v << ".size()-1);\n"; indent(ctx, k + 2) << "for (int i = k; i >= " << end << "; i -= " << -step << ")\n"; } else // start < 0 && end < 0 { indent(ctx, k + 2) << "int k = (" << end << " >= -" << v << ".size() ? " << end << " : -" << v << ".size());\n"; indent(ctx, k + 2) << "for (int i = " << start << "; i >= k; i -= " << -step << ")\n"; } indent(ctx, k + 2) << "{\n"; if (v[0] == 'r') { indent(ctx, k + 4) << "value& s = " << v << "[i];\n"; v = "s"; } else { indent(ctx, k + 4) << "value& r = " << v << "[i];\n"; v = "r"; } path_gen_cpp(ctx, jpath, v, k + 4, throwup); indent(ctx, k + 2) << "}\n"; indent(ctx, k) << "}\n"; } else { if (explain) indent(ctx, k) << "// if current node " << v << " is an array with element [" << start << "] then match " << jpath << "\n"; indent(ctx, k) << "if (" << v << ".has(" << start << "))\n"; indent(ctx, k) << "{\n"; v.append("[").append(soap_int2s(ctx, start)).append("]"); path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } } else { indent(ctx, k + 4) << "default:\n"; indent(ctx, k + 6) << "continue;\n"; indent(ctx, k + 2) << "}\n"; if (explain) indent(ctx, k + 2) << "// ... then match " << jpath << "\n"; path_gen_cpp(ctx, jpath, u, k + 2, throwup); indent(ctx, k) << "} while (k <= " << 2*subs << ");\n"; } } } else if (*jpath == '?') // path: P?Q means all values P such that Q (has at least one result) { if (throwup) { fprintf(stderr, "jsoncpp: JSONPath cannot nest '?' and '!' ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "// value of current node " << v << " if its descendants match " << jpath << "\n"; indent(ctx, k) << "try\n"; indent(ctx, k) << "{\n"; std::string u = v; path_gen_cpp(ctx, jpath, v, k + 2, true); indent(ctx, k) << "}\n"; indent(ctx, k) << "catch (const bool&)\n"; indent(ctx, k) << "{\n"; path_exec_cpp(ctx, u, k + 2); indent(ctx, k) << "}\n"; } else if (*jpath == '!') // path: P!Q means all values P such that not Q (has no results) { if (throwup) { fprintf(stderr, "jsoncpp: JSONPath cannot nest '?' and '!' ...->%s\n\n", jpath); exit(EXIT_FAILURE); } ++jpath; if (explain) indent(ctx, k) << "// value of current node " << v << " if its descendants do not match " << jpath << "\n"; indent(ctx, k) << "try\n"; indent(ctx, k) << "{\n"; std::string u = v; path_gen_cpp(ctx, jpath, v, k + 2, true); indent(ctx, k + 2) << "throw false;\n"; indent(ctx, k) << "}\n"; indent(ctx, k) << "catch (const bool& k)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "if (k == false)\n"; path_exec_cpp(ctx, u, k + 4); indent(ctx, k) << "}\n"; } else if (*jpath == '*') // path: *... { ++jpath; if (explain) indent(ctx, k) << "// iterate over current array/struct node " << v << " to match " << jpath << "\n"; indent(ctx, k) << "value::iterator k = " << v << ".end();\n"; indent(ctx, k) << "for (value::iterator i = " << v << ".begin(); i != k; ++i)\n"; indent(ctx, k) << "{\n"; indent(ctx, k + 2) << "value& r = " << v << "*i;\n"; v = "r"; path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else if (!*jpath) { if (throwup) indent(ctx, k) << "throw true;\n"; else path_exec_cpp(ctx, v, k); } else // path: name... { std::string name = getname(&jpath); if (explain) indent(ctx, k) << "// if current node " << v << " is a struct with field '" << name << "' then match " << jpath << "\n"; if (optimal) { indent(ctx, k) << "if ((j = " << v << ".nth(" << putstr(name) << ")) >= 0)\n"; indent(ctx, k) << "{\n"; if (v[0] == 'r') { indent(ctx, k + 2) << "value& s = " << v << "[j];\n"; v = "s"; } else { indent(ctx, k + 2) << "value& r = " << v << "[j];\n"; v = "r"; } path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } else { indent(ctx, k) << "if (" << v << ".has(" << putstr(name) << "))\n"; indent(ctx, k) << "{\n"; v.append("[").append(putstrname(name.c_str())).append("]"); path_gen_cpp(ctx, jpath, v, k + 2, throwup); indent(ctx, k) << "}\n"; } } } static void path_exec_cpp(struct soap *ctx, std::string& v, int k) { if (jcode) { indent(ctx, k) << "value& v = " << v << ";\n"; indent(ctx, k) << jcode << "\n"; } else { indent(ctx, k) << "QUERY_YIELD(" << v << ");\n"; } } //////////////////////////////////////////////////////////////////////////////// // // Misc // //////////////////////////////////////////////////////////////////////////////// static std::ostream& indent(soap *ctx, int k) { *ctx->os << std::setw(k) << "" << std::setw(0); return *ctx->os; } static std::string gen_ident(const std::string& lhs, const char *name) { std::string id = lhs; id.append("_"); for (const char *s = name; *s; name = s) { while (isalnum(*s)) s++; id.append(name, s - name); if (*s) s++; } return id; } static std::string gen_counter(int k) { std::string id = "i"; char tmp[2]; if (k <= 9) k += '0'; else if (k <= 36) k += 'a' - 10; else k += 'A' - 36; tmp[0] = k; tmp[1] = '\0'; id.append(tmp); return id; } static std::string putstrname(const char *name) { std::stringstream ss; ss << putstr(name); return ss.str(); } static std::string putname(const char *name) { const char *s; for (s = name; isalnum(*s) || *s == '_'; s++) continue; if (!*s) return name; return putstrname(name); } static std::string getname(const char **jpath) { const char *s = *jpath; const char *t = s; if (*t == '\'' || *t == '"') { while (*++t && *t != *s) if (*t == '\\' && *(t+1)) ++t; if (!*t) { fprintf(stderr, "jsoncpp: JSONPath closing quote expected at ...->%s\n\n", s); exit(EXIT_FAILURE); } *jpath = ++t; return std::string(s + 1, t - s - 2); } while (*t && !ispunct(*t) && !isspace(*t)) ++t; if (t == s) { fprintf(stderr, "jsoncpp: JSONPath empty field name at ...->%s\n\n", s); exit(EXIT_FAILURE); } *jpath = t; return std::string(s, t - s); } gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc.h0000644000175000017500000005124612653650160021141 0ustar ellertellert/* xml-rpc.h XML-RPC binding for C and C++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2012, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //////////////////////////////////////////////////////////////////////////////// // // C/C++ XML-RPC/JSON API Value Allocation/Initialization // //////////////////////////////////////////////////////////////////////////////// /// C/C++ function returns a pointer to a new value extern struct value *new_value(struct soap *soap); /// C/C++ function to init or reset a value, returns a pointer to this value extern struct value *init_value(struct soap *soap, struct value *v); //////////////////////////////////////////////////////////////////////////////// // // C++ XML-RPC/JSON API Array, Struct, and Parameter Iterators // //////////////////////////////////////////////////////////////////////////////// #include "xml-rpc-iters.h" // deferred for inclusion by C++ compiler /// C++ external iterator class for values extern class value_iterator; /// C++ external iterator class for values extern class value_const_iterator; /// C++ external iterator class for structs /// C++ external iterator class for structs extern class _struct_iterator; /// C++ external iterator class for structs extern class _struct_const_iterator; /// C++ external iterator class for arrays extern class _array_iterator; /// C++ external iterator class for arrays extern class _array_const_iterator; /// C++ only: declare external iterator class for parameters extern class params_iterator; /// C++ only: declare external iterator class for parameters extern class params_const_iterator; //////////////////////////////////////////////////////////////////////////////// // // C/C++ XML-RPC and JSON Types // //////////////////////////////////////////////////////////////////////////////// /// Scalar <boolean> element with values 0 (false) or 1 (true) typedef char _boolean; /// Scalar <double> element with double floating point typedef double _double; /// Scalar <i4> element with 32 bit integer typedef int _i4; /// Scalar <int> element with 64 bit integer typedef LONG64 _int; /// Scalar <string> element typedef char* _string; /// Scalar <dateTime.iso8601> element with ISO8601 date and time formatted string typedef char* _dateTime_DOTiso8601; /// Represents the <base64> binary data element struct _base64 { // C++ function members, not available in C (when using stdsoap2 -c) public: _base64(); _base64(struct soap*); _base64(struct soap*, int, unsigned char*); int size() const; ///< byte size of data unsigned char* ptr(); ///< pointer to data void size(int); ///< set byte size of data void ptr(unsigned char*);///< set pointer to data // serializable content public: unsigned char* __ptr; ///< pointer to raw binary data block int __size; ///< size of raw binary data block }; /// Represents the <struct> record structure element struct _struct { // C++ function members, not available in C (when using stdsoap2 -c) public: typedef _struct_iterator iterator; typedef _struct_const_iterator const_iterator; _struct(); _struct(struct soap*); _struct(struct soap*, int); extern bool empty() const; ///< true if struct is empty int size() const; ///< number of accessors in struct struct value& operator[](int);///< struct index (negative to get from end) struct value& operator[](const char*);///< struct accessor struct value& operator[](const wchar_t*);///< struct accessor _struct_iterator begin() const; ///< struct iterator begin _struct_iterator end() const; ///< struct iterator end // serializable content public: int __size; ///< number of members struct member* member; ///< pointer to member array struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents the <data> element struct data { // serializable content public: int __size; ///< number of array elements struct value* value; ///< pointer to array elements }; /// Represents the <array> array of values element struct _array { // C++ function members, not available in C (when using stdsoap2 -c) public: typedef _array_iterator iterator; typedef _array_const_iterator const_iterator; _array(); _array(struct soap*); _array(struct soap*, int); extern bool empty() const; ///< true if array is empty int size() const; ///< number of array elements void size(int); ///< (re)set number of array elements struct value& operator[](int);///< array index (negative to get from end) _array_iterator begin() const; ///< array iterator begin _array_iterator end() const; ///< array iterator end // serializable content public: struct data data; ///< data with values struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents the <value> container element /// The <value> element contains either string data stored in __any or an /// other type of data stored in a subelement. In case of a subelement, the /// __type member indicates the type of data pointed to by the ref member. /// For example, when __type = SOAP_TYPE__int then the ref points to a LONG64, /// when __type = SOAP_TYPE__string (char*)ref is a string. struct value { // C++ function members, not available in C (when using stdsoap2 -c) public: typedef value_iterator iterator; typedef value_const_iterator const_iterator; value(); value(struct soap*); value(struct soap*, extern bool); value(struct soap*, _i4); value(struct soap*, _int); value(struct soap*, _double); value(struct soap*, const char*); value(struct soap*, const std::string&); value(struct soap*, const wchar_t*); value(struct soap*, const std::wstring&); value(struct soap*, ULONG64); value(struct soap*, const struct _array&); value(struct soap*, const struct _struct&); value(struct soap*, const struct _base64&); operator extern bool() const; operator _i4() const; operator _int() const; operator _double() const; operator char*() const; operator std::string() const; operator wchar_t*() const; operator std::wstring() const; operator ULONG64() const; operator struct _array&(); operator const struct _array&() const; operator struct _struct&(); operator const struct _struct&() const; operator struct _base64&(); operator const struct _base64&() const; struct value& operator[](int); ///< array/struct index (negative to get from end) struct value& operator[](const char*); ///< struct access struct value& operator[](const std::string&); ///< struct access struct value& operator[](const wchar_t*); ///< struct access struct value& operator[](const std::wstring&); ///< struct access extern bool operator=(extern bool); _i4 operator=(_i4); _int operator=(_int); _double operator=(_double); ULONG64 operator=(ULONG64); const char* operator=(const char*); char* operator=(char*); char* operator=(const std::string&); const char* operator=(const wchar_t*); char* operator=(wchar_t*); char* operator=(const std::wstring&); struct _array& operator=(const struct _array&); struct _struct& operator=(const struct _struct&); struct _base64& operator=(const struct _base64&); extern void size(int); ///< set/allocate size of array extern int size() const; ///< returns array/struct size or 0 extern bool empty() const; ///< true if empty array or struct extern int nth(int) const; ///< returns nth index if index is in bounds, < 0 otherwise extern int nth(const char*) const; ///< returns nth index of name in struct, < 0 otherwise extern int nth(const wchar_t*) const; ///< returns nth index of name in struct, < 0 otherwise extern bool has(int) const; ///< true if array index is in bounds extern bool has(const char*) const; ///< true if struct has name as a key extern bool has(const wchar_t*) const; ///< true if struct has name as a key extern bool is_null() const; ///< true if value is not set (JSON null) extern bool is_bool() const; ///< true if value is Boolean type extern bool is_false() const; ///< true if value is Boolean false extern bool is_true() const; ///< true if value is Boolean true extern bool is_int() const; ///< true if value is int type extern bool is_double() const; ///< true if value is double type extern bool is_string() const; ///< true if value is string type extern bool is_dateTime() const; ///< true if value is dateTime extern bool is_array() const; ///< true if value is array type extern bool is_struct() const; ///< true if value is struct type extern bool is_base64() const; ///< true if value is base64 type value_iterator begin(); ///< value iterator begin value_iterator end(); ///< value iterator end // serializable content public: int __type 0; ///< optional SOAP_TYPE_X, where X is a type name void* ref; ///< ref to data _string __any; ///< <value> string content in XML-RPC (not JSON), if any struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents the <member> element of a <struct> struct member { // serializable content public: char* name; ///< struct accessor name struct value value; ///< struct accessor value }; //////////////////////////////////////////////////////////////////////////////// // // C/C++ XML-RPC API Method Parameters and Call Objects // //////////////////////////////////////////////////////////////////////////////// /// Represents the <params> of a <methodCall> request and response struct params { // C++ function members, not available in C (when using stdsoap2 -c) public: typedef params_iterator iterator; typedef params_const_iterator const_iterator; params(); params(struct soap*); params(struct soap*, int); extern bool empty() const; ///< true if no parameters int size() const; ///< number of parameters struct value& operator[](int);///< parameter index (negative to get from end) params_iterator begin() const; ///< parameter accessor iterator begin params_iterator end() const; ///< parameter accessor iterator end // serializable content public: int __size; ///< number of parameters struct param* param; ///< pointer to array of parameters struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents a <param> of the <params> of a <methodCall> struct param { // serializable content public: struct value value; ///< parameter value }; /// Represents the <methodResponse> element with response <params> and <fault> struct methodResponse { // C++ function members, not available in C (when using stdsoap2 -c) public: methodResponse(); methodResponse(struct soap*); struct value& operator[](int);///< response parameter accessor index struct value& get_fault(void);///< get fault, if set struct value& set_fault(const char*);///< set fault struct value& set_fault(struct value&);///< set fault int recv(); ///< receive response int send(); ///< send response // serializable content public: struct params* params; ///< response return parameters, if any struct fault* fault; ///< response fault, if any struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents the <methodCall> element with <methodName> and request <params> for remote invocation struct methodCall { // private state info private: char* methodEndpoint; ///< XML-RPC endpoint struct methodResponse*methodResponse; ///< holds the response after the call // C++ function members, not available in C (when using stdsoap2 -c) public: methodCall(); methodCall(struct soap*); methodCall(struct soap*, const char *endpoint, const char *methodname); ///< instantiate with endpoint and method name struct value& operator[](int);///< method parameter accessor index struct params& operator()(); ///< method invocation struct params& operator()(const struct params&); ///< method invocation with param list struct params& response(); ///< get last response struct value& fault(); ///< fault value of response const char* name() const; ///< get method name int error() const; ///< gSOAP error code int recv(); ///< receive call int send(); ///< send call // serializable content public: char* methodName; ///< name of the method struct params params; ///< input request parameters struct soap* soap; ///< ref to soap struct that manages this type }; /// Represents the <fault> container element with a value struct fault { // serializable content public: struct value value; ///< value of the fault }; //////////////////////////////////////////////////////////////////////////////// // // C XML-RPC/JSON API Functions // //////////////////////////////////////////////////////////////////////////////// /// C function returns pointer to Boolean, coerces v to Boolean if needed extern _boolean *bool_of(struct value *v); /// C function returns pointer to int, coerces v to int if needed extern _int *int_of(struct value *v); /// C function returns pointer to double, coerces v to double if needed extern _double *double_of(struct value *v); /// C function returns pointer to string (pointer to char * to set or get), coerces v to string if needed extern const char **string_of(struct value *v); /// C function returns pointer to string of ISO 8601, coerces v to string if needed (get time with soap_s2dateTime and set time with soap_dateTime2s) extern const char **dateTime_of(struct value *v); /// C function returns pointer to base64 struct, coerces v to base64 struct if needed extern struct _base64 *base64_of(struct value *v); /// C function returns pointer to member value of a struct, coerces v to struct if needed extern struct value *value_at(struct value *v, const char *s); /// C function returns pointer to member value of a struct, coerces v to struct if needed extern struct value *value_atw(struct value *v, const wchar_t *s); /// C function returns the nth index of a name in a struct, < 0 otherwise extern int nth_at(struct value *v, const char *s); /// C function returns the nth index of a name in a struct, < 0 otherwise extern int nth_atw(struct value *v, const wchar_t *s); /// C function returns the nth index if an nth index in the array exists, < 0 otherwise extern int nth_nth(struct value *v, int n); /// C function returns pointer to nth member (name and value) of a struct extern struct member *nth_member(struct value *v, int n); /// C function returns pointer to array element value at index n, coerces v to array with value at n if needed extern struct value *nth_value(struct value *v, int n); /// C function returns true if value is not set or assigned (JSON null) extern _boolean is_null(struct value *v); /// C function returns true if value is a 32 or a 64 bit int extern _boolean is_int(struct value *v); /// C function returns true if value is a 64 bit double floating point extern _boolean is_double(struct value *v); /// C function returns true if value is a string extern _boolean is_string(struct value *v); /// C function returns true if value is a Boolean "true" or "false" value extern _boolean is_bool(struct value *v); /// C function returns true if value is Boolean "true" extern _boolean is_true(struct value *v); /// C function returns true if value is Boolean "false" extern _boolean is_false(struct value *v); /// C function returns true if array of values extern _boolean is_array(struct value *v); /// C function returns true if structure, a.k.a. a JSON object extern _boolean is_struct(struct value *v); /// C function returns true if ISO 8601, always false for received JSON extern _boolean is_dateTime(struct value *v); /// C function returns true if base64, always false for received JSON extern _boolean is_base64(struct value *v); /// C function to create an empty struct extern void set_struct(struct value *v); /// C function set/allocate size of array extern void set_size(struct value *v, int n); /// C function returns the size of an array or struct extern int has_size(struct value *v); //////////////////////////////////////////////////////////////////////////////// // // C XML-RPC API Method Parameters and Call Function // //////////////////////////////////////////////////////////////////////////////// /// C function returns pointer to new parameters for XML-RPC methodCall extern struct params *new_params(struct soap *soap); /// C function to clear parameters, returns a pointer to the empty parameters extern struct params *init_params(struct soap *soap, struct params *p); /// C function returns pointer to parameter value at index n, creates new parameter if needed extern struct value *nth_param(struct params *p, int n); /// C function to invoke XML-RPC methodCall on endpoint given methodCall m populates methodResponse r, returns SOAP_OK or error extern int call_method(struct soap *soap, const char *endpoint, const char *methodName, struct params *p, struct methodResponse *r); gsoap-2.8.28/gsoap/samples/xml-rpc-json/Makefile.am0000644000175000017500000000164712653650156021447 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = jsoncpp json-GitHub xml-rpc-currentTime SOAPHEADER = xml-rpc.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = $(SOAP_NS_DEF) jsoncpp_SOURCES = jsoncpp.cpp xml-rpc.cpp json.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) jsoncpp_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) json_GitHub_CPPFLAGS = -DWITH_OPENSSL -DWITH_GZIP json_GitHub_SOURCES = json-GitHub.cpp xml-rpc.cpp json.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) json_GitHub_LDADD = $(SOAP_CPP_LIB_SSL) $(SAMPLE_EXTRA_LIBS) $(SAMPLE_SSL_LIBS) xml_rpc_currentTime_SOURCES = xml-rpc-currentTime.cpp xml-rpc.cpp json.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) xml_rpc_currentTime_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-currentTimeServer.cpp0000644000175000017500000000756112653650156025170 0ustar ellertellert/* xml-rpc-currentTimeServer.cpp XML-RPC currenTime server (C++ version) CGI or stand-alone multi-threaded server Returns XML-RPC message with current time to client. Compile: soapcpp2 xml-rpc.h c++ -o xml-rpc-currentTimeServer xml-rpc-currentTimeServer.cpp xml-rpc.cpp xml-rpc-io.cpp stdsoap2.cpp soapC.cpp Install as CGI on Web server Or run as stand-alone server (e.g. on port 18000): ./xml-rpc-currentTimeServer 18000 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include #ifdef _POSIX_THREADS #include // use Pthreads #endif #define BACKLOG (100) // Max. request backlog #define MAX_THR (8) // Max. threads to serve requests using namespace std; int serve_request(soap*); int main(int argc, char **argv) { soap *ctx = soap_new1(SOAP_IO_KEEPALIVE | SOAP_XML_INDENT); ctx->send_timeout = 10; // 10 sec ctx->recv_timeout = 10; // 10 sec if (argc < 2) return serve_request(ctx); int port = atoi(argv[1]); #ifdef _POSIX_THREADS pthread_t tid; #endif if (!soap_valid_socket(soap_bind(ctx, NULL, port, BACKLOG))) { soap_print_fault(ctx, stderr); exit(1); } for (;;) { if (!soap_valid_socket(soap_accept(ctx))) { soap_print_fault(ctx, stderr); } else { #ifdef _POSIX_THREADS pthread_create(&tid, NULL, (void*(*)(void*))serve_request, (void*)soap_copy(ctx)); #else serve_request(ctx); #endif } } soap_free(ctx); return 0; } int serve_request(soap* ctx) { methodCall m(ctx); #ifdef _POSIX_THREADS pthread_detach(pthread_self()); #endif // HTTP keep-alive max number of iterations unsigned int k = ctx->max_keep_alive; do { if (ctx->max_keep_alive > 0 && !--k) ctx->keep_alive = 0; if (m.recv() != SOAP_OK) soap_print_fault(ctx, stderr); else { methodResponse r(ctx); if (!strcmp(m.name(), "currentTime.getCurrentTime")) // method name matches: first parameter of response is time r[0] = time(0); else // otherwise, set fault r.set_fault("Wrong method"); if (r.send() != SOAP_OK) soap_print_fault(ctx, stderr); } // close (keep-alive may keep socket open when client supports it) soap_closesock(ctx); } while (ctx->keep_alive); int err = ctx->error; // clean up soap_destroy(ctx); soap_end(ctx); #ifdef _POSIX_THREADS // free the ctx copy for this thread soap_free(ctx); #endif return err; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/xml-rpc-json.cpp0000644000175000017500000001053612653650156022445 0ustar ellertellert/* xml-rpc-json.cpp XML-RPC <=> JSON serialization example Requires xml-rpc.h, xml-rpc.cpp, json.h, and json.cpp Compile: soapcpp2 -CSL xml-rpc.h c++ -o xml-rpc-json xml-rpc-json.cpp xml-rpc.cpp json.cpp stdsoap2.cpp soapC.cpp To put JSON types and operations in a C++ namespace, compile: soapcpp2 -qjson -CSL xml-rpc.h soapcpp2 -CSL -penv env.h c++ -DJSON_NAMESPACE -o xml-rpc-json xml-rpc-json.cpp xml-rpc.cpp json.cpp stdsoap2.cpp jsonC.cpp envC.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" #include using namespace std; #ifdef JSON_NAMESPACE using namespace json; #endif int main() { // set up context soap *ctx = soap_new1(SOAP_C_UTFSTRING | SOAP_XML_INDENT); // create a value value v(ctx); // create an input stream from a given string with JSON content stringstream in("[ [1,\"2\",3.14, true], {\"name\": \"gsoap\", \"major\": 2.8, \"©\": 2015} ]"); // parse JSON content in >> v; if (v.soap->error) cerr << "Error reading JSON\n"; // write v in XML-RPC format to cout (soap_write_value is soapcpp2-generated) ctx->os = &cout; soap_write_value(ctx, &v); if (v.soap->error) cerr << "Error writing XML-RPC\n"; // assumes writes can fail if deemed critical // let's change some of v's values: v[0][0] = (char*)v[0][0]; // convert int 1 to string "1" v[0][1] = (int)v[0][1]; // convert string "2" to 32 bit int = 2 v[0][2] = (LONG64)v[0][2]; // truncate 3.14 to 64 bit int = 3 v[0].size(3); // reset size to 3 to remove last entry v[1]["name"] = "gSOAP"; v[1]["major"] = 2.9; v[1][L"©"] = 2016; v[1]["released"] = false; // v[2] = deliberately skipped, which will show up as null v[3] = (ULONG64)time(0); v[4] = 123; // see below v[5] = "123"; // see below v[6] = 456; // see below v[7] = v[0] + v[4]; // array concat: copy array v[0] to v[7] extended with one element value of v[4] // find all values 123 in v[] and change to 456, increment all other ints, // string "123" is also changed to 456, since we deliberately do not guard // the change by a type check for (value::iterator i = v.begin(); i != v.end(); ++i) { if ((int)*i == 123) *i = 456; else if (i->is_int()) *i = (int)*i + 1; } // print index, name, and value of structure v[1] for (value::const_iterator i = v[1].begin(); i != v[1].end(); ++i) cout << "[" << i.index() << "] " << i.name() << ": " << *i << endl; // display in JSON format using stream ops defined in json.h/.cpp API cout << endl << "JSON output of modified value:" << endl << v << endl; // display in XML-RPC format using soap_write_value() cout << endl << "XML-RPC output of modified value:" << endl; ctx->os = &cout; soap_write_value(ctx, &v); cout << endl; // clean up soap_destroy(ctx); soap_end(ctx); soap_free(ctx); return 0; } /* Don't need a namespace table. We put an empty one here to avoid link errors */ struct Namespace namespaces[] = { {NULL, NULL} }; gsoap-2.8.28/gsoap/samples/xml-rpc-json/json.c0000644000175000017500000006034112653650156020524 0ustar ellertellert/* json.c[pp] JSON C/C++ API For more information please visit: http://www.genivia.com/doc/xml-rpc-json/html/ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "json.h" #ifdef JSON_NAMESPACE # define SOAP_TYPE__boolean SOAP_TYPE_json__boolean # define SOAP_TYPE__i4 SOAP_TYPE_json__i4 # define SOAP_TYPE__int SOAP_TYPE_json__int # define SOAP_TYPE__double SOAP_TYPE_json__double # define SOAP_TYPE__dateTime_DOTiso8601 SOAP_TYPE_json__dateTime_DOTiso8601 # define SOAP_TYPE__string SOAP_TYPE_json__string # define SOAP_TYPE__array SOAP_TYPE_json__array # define SOAP_TYPE__struct SOAP_TYPE_json__struct # define SOAP_TYPE__base64 SOAP_TYPE_json__base64 #endif #ifdef JSON_NAMESPACE namespace json { #endif int json_error(struct soap *soap, struct value *v) { if (soap->error && v) { const char *s = *soap_faultstring(soap); const char *t = soap_check_faultdetail(soap); /* set JSON error property (Google JSON Style Guide) */ #ifdef __cplusplus (*v)["error"]["code"] = soap->error; if (s) { (*v)["error"]["message"] = s; if (t) (*v)["error"]["errors"][0]["message"] = t; } #else *int_of(value_at(value_at(v, "error"), "code")) = soap->error; if (s) { *string_of(value_at(value_at(v, "error"), "message")) = soap_strdup(soap, s); if (t) *string_of(value_at(nth_value(value_at(value_at(v, "error"), "errors"), 0), "message")) = soap_strdup(soap, t); } #endif } return soap->error; } int json_write(struct soap *soap, const struct value *v) { if (soap_begin_send(soap) || json_send(soap, v) || soap_end_send(soap)) return soap->error; return SOAP_OK; } int json_send(struct soap *soap, const struct value *v) { static const char *json_indent_string = ",\n "; int i, n = 1; if (!v) return SOAP_OK; switch (v->__type) { case SOAP_TYPE__array: if ((soap->mode & SOAP_XML_INDENT)) n = 2 * (++soap->level % 40) + 2; if (soap_send_raw(soap, "["/*"]"*/, 1)) return soap->error; if (v->ref) { for (i = 0; i < ((struct _array*)v->ref)->data.__size; i++) { if (soap_send_raw(soap, json_indent_string + (i == 0), n - (i == 0))) return soap->error; if (json_send(soap, &(((struct _array*)v->ref)->data.value)[i])) return soap->error; } } if ((soap->mode & SOAP_XML_INDENT)) { if (i && soap_send_raw(soap, json_indent_string + 1, n - 3)) return soap->error; soap->level--; } return soap_send_raw(soap, /*"["*/"]", 1); case SOAP_TYPE__boolean: if (*(_boolean*)v->ref == 1) return soap_send_raw(soap, "true", 4); return soap_send_raw(soap, "false", 5); case SOAP_TYPE__double: return soap_send(soap, soap_double2s(soap, (double)*(_double*)v->ref)); case SOAP_TYPE__i4: return soap_send(soap, soap_int2s(soap, (int)*(_i4*)v->ref)); case SOAP_TYPE__int: return soap_send(soap, soap_LONG642s(soap, (LONG64)*(_int*)v->ref)); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return json_send_string(soap, (const char*)v->ref); case SOAP_TYPE__base64: if (soap_send_raw(soap, "\"", 1)) return soap->error; if (v->ref && soap_putbase64(soap, ((struct _base64*)v->ref)->__ptr, ((struct _base64*)v->ref)->__size)) return soap->error; return soap_send_raw(soap, "\"", 1); case SOAP_TYPE__struct: if ((soap->mode & SOAP_XML_INDENT)) n = 2 * (++soap->level % 40) + 2; if (soap_send_raw(soap, "{"/*"}"*/, 1)) return soap->error; if (v->ref) { for (i = 0; i < ((struct _struct*)v->ref)->__size; i++) { if (soap_send_raw(soap, json_indent_string + (i == 0), n - (i == 0))) return soap->error; if (json_send_string(soap, (((struct _struct*)v->ref)->member)[i].name) || soap_send_raw(soap, ": ", 1 + (n > 1)) || json_send(soap, &(((struct _struct*)v->ref)->member)[i].value)) return soap->error; } } if ((soap->mode & SOAP_XML_INDENT)) { if (i && soap_send_raw(soap, json_indent_string + 1, n - 3)) return soap->error; soap->level--; } return soap_send_raw(soap, /*"{"*/"}", 1); default: if (v->__any) return json_send_string(soap, v->__any); return soap_send_raw(soap, "null", 4); } return SOAP_OK; } int json_read(struct soap *soap, struct value *v) { soap_default_value(soap, v); if (soap_begin_recv(soap) || json_recv(soap, v) || soap_end_recv(soap)) return json_error(soap, v); return SOAP_OK; } int json_recv(struct soap *soap, struct value *v) { soap_wchar c; if (!v) return SOAP_OK; v->__type = 0; v->ref = NULL; v->__any = NULL; v->soap = soap; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; switch (c) { case EOF: return soap->error = SOAP_EOF; case '{'/*'}'*/: { struct value s; #ifdef __cplusplus if (!(v->ref = (void*)soap_new__struct(soap))) return soap->error = SOAP_EOM; #else if (!(v->ref = (void*)soap_malloc(soap, sizeof(struct _struct)))) return soap->error = SOAP_EOM; #endif soap_default__struct(soap, (struct _struct*)v->ref); v->__type = SOAP_TYPE__struct; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'{'*/'}') return SOAP_OK; soap_unget(soap, c); for (;;) { if (json_recv(soap, &s)) return soap->error; if (s.__type != SOAP_TYPE__string) return soap_set_sender_error(soap, "field name expected", (const char*)s.ref, SOAP_SYNTAX_ERROR); while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c != ':') return soap_set_sender_error(soap, "':' expected", (const char*)s.ref, SOAP_SYNTAX_ERROR); #ifdef __cplusplus if (json_recv(soap, v->operator[]((const char*)s.ref))) return soap->error; #else if (json_recv(soap, value_at(v, (const char*)s.ref))) return soap->error; #endif while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'{'*/'}') break; if ((int)c == EOF) return soap->error = SOAP_EOF; if (c != ',') return soap_set_sender_error(soap, "closing '}' or comma expected", NULL, SOAP_SYNTAX_ERROR); } return SOAP_OK; } case '['/*']'*/: { int i; #ifdef __cplusplus if (!(v->ref = (void*)soap_new__array(soap))) return soap->error = SOAP_EOM; #else if (!(v->ref = (void*)soap_malloc(soap, sizeof(struct _array)))) return soap->error = SOAP_EOM; #endif soap_default__array(soap, (struct _array*)v->ref); v->__type = SOAP_TYPE__array; while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'['*/']') return SOAP_OK; soap_unget(soap, c); for (i = 0; ; i++) { #ifdef __cplusplus if (json_recv(soap, v->operator[](i))) return soap->error; #else if (json_recv(soap, nth_value(v, i))) return soap->error; #endif while (((c = soap_getchar(soap)) > 0 && c <= 0x20) || c == 0xA0) continue; if (c == /*'['*/']') break; if ((int)c == EOF) return soap->error = SOAP_EOF; if (c != ',') return soap_set_sender_error(soap, "closing ']' or comma expected", NULL, SOAP_SYNTAX_ERROR); } return SOAP_OK; } case '"': soap->labidx = 0; for (;;) { char *s; const char *t = NULL; register size_t k; if (soap_append_lab(soap, NULL, 0)) return soap->error = SOAP_EOM; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (k--) { if (t) { *s++ = *t++; if (!*t) t = NULL; } else { c = soap_getchar(soap); switch (c) { case EOF: return soap->error = SOAP_EOF; case '"': *s = '\0'; v->__type = SOAP_TYPE__string; if (!(v->ref = soap_strdup(soap, soap->labbuf))) return soap->error = SOAP_EOM; return SOAP_OK; case '\\': c = soap_getchar(soap); switch (c) { case EOF: return soap->error = SOAP_EOF; case 'b': c = 8; break; case 'f': c = 12; break; case 'n': c = 10; break; case 'r': c = 13; break; case 't': c = 9; break; case 'u': { char *h; wchar_t wc[2]; int i; /* hex to utf8 conversion */ h = soap->tmpbuf; for (i = 0; i < 4; i++) { if ((c = soap_getchar(soap)) == EOF) return soap->error = SOAP_EOF; h[i] = c; } wc[0] = soap_strtol(h, NULL, 16); wc[1] = 0; t = soap_wchar2s(soap, wc); c = *t++; if (!*t) t = NULL; } } *s++ = c; break; default: if ((c & 0x80) && (soap->imode & SOAP_ENC_LATIN) && (soap->imode & SOAP_C_UTFSTRING)) /* ISO 8859-1 to utf8 */ { *s++ = (char)(0xC0 | ((c >> 6) & 0x1F)); soap->tmpbuf[0] = (0x80 | (c & 0x3F)); soap->tmpbuf[1] = '\0'; t = soap->tmpbuf; } else if ((c & 0x80) && !(soap->imode & SOAP_ENC_LATIN) && !(soap->imode & SOAP_C_UTFSTRING)) /* utf8 to ISO 8859-1 */ { soap_wchar c1 = soap_getchar(soap); if (c1 == SOAP_EOF) return soap->error = SOAP_EOF; if (c < 0xE0 && (c & 0x1F) <= 0x03) *s++ = ((c & 0x1F) << 6) | (c1 & 0x3F); else *s++ = '?'; } else *s++ = c; } } } } default: /* number, true, false, null */ { char *s = soap->tmpbuf; do { *s++ = c; c = soap_getchar(soap); } while ((isalnum((int)c) || (int)c == '.' || (int)c == '+' || (int)c == '-') && s - soap->tmpbuf < (int)sizeof(soap->tmpbuf) - 1); *s = '\0'; soap_unget(soap, c); if (soap->tmpbuf[0] == '-' || isdigit(soap->tmpbuf[0])) { LONG64 n = soap_strtoll(soap->tmpbuf, &s, 10); if (!*s) { v->__type = SOAP_TYPE__int; if (!(v->ref = soap_malloc(soap, sizeof(_int)))) return soap->error = SOAP_EOM; *(_int*)v->ref = n; } else { double x; if (soap_s2double(soap, soap->tmpbuf, &x)) return soap_set_sender_error(soap, "number expected", soap->tmpbuf, SOAP_SYNTAX_ERROR); v->__type = SOAP_TYPE__double; if (!(v->ref = soap_malloc(soap, sizeof(_double)))) return soap->error = SOAP_EOM; *(_double*)v->ref = x; } } else if (!strcmp(soap->tmpbuf, "true")) { v->__type = SOAP_TYPE__boolean; if (!(v->ref = soap_malloc(soap, sizeof(_boolean)))) return soap->error = SOAP_EOM; *(char*)v->ref = 1; } else if (!strcmp(soap->tmpbuf, "false")) { v->__type = SOAP_TYPE__boolean; if (!(v->ref = soap_malloc(soap, sizeof(_boolean)))) return soap->error = SOAP_EOM; *(char*)v->ref = 0; } else if (strcmp(soap->tmpbuf, "null")) { return soap_set_sender_error(soap, "value expected", soap->tmpbuf, SOAP_SYNTAX_ERROR); } return SOAP_OK; } } } int json_call(struct soap *soap, const char *endpoint, const struct value *in, struct value *out) { if (out) soap_default_value(soap, out); soap->http_content = "application/json; charset=utf-8"; if (soap_begin_count(soap) || ((soap->mode & SOAP_IO_LENGTH) && json_send(soap, in)) || soap_end_count(soap) || soap_connect_command(soap, in && out ? SOAP_POST_FILE : out ? SOAP_GET : in ? SOAP_PUT : SOAP_DEL, endpoint, NULL) || json_send(soap, in) || soap_end_send(soap) || soap_begin_recv(soap) || json_recv(soap, out) || soap_end_recv(soap)) json_error(soap, out); return soap_closesock(soap); } int json_send_string(struct soap *soap, const char *s) { const char *t = s; int c; char buf[8]; if (!s) return soap_send_raw(soap, "\"\"", 2); if (soap_send_raw(soap, "\"", 1)) return soap->error; while ((c = *s++)) { if (c < 0x20 && c > 0) { switch (c) { case '\b': c = 'b'; break; case '\f': c = 'f'; break; case '\n': c = 'n'; break; case '\r': c = 'r'; break; case '\t': c = 't'; break; } if (c > 0x20) { buf[0] = '\\'; buf[1] = c; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } else { (SOAP_SNPRINTF(buf, sizeof(buf), 7), "\\u%4x", c); if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 6)) return soap->error; t = s; } } else if (c == '"' || c == '\\') { buf[0] = '\\'; buf[1] = c; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } else if ((c & 0x80)) { if ((soap->omode & SOAP_ENC_LATIN) && (soap->omode & SOAP_C_UTFSTRING)) /* UTF-8 to ISO 8859-1 */ { if (c < 0xE0 && (c & 0x1F) <= 0x03) buf[0] = ((c & 0x1F) << 6) | (*s++ & 0x3F); else buf[0] = '?'; if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 1)) return soap->error; t = s; } else if (!(soap->omode & SOAP_ENC_LATIN) && !(soap->omode & SOAP_C_UTFSTRING)) /* ISO 8859-1 to UTF-8 */ { buf[0] = (char)(0xC0 | ((c >> 6) & 0x1F)); buf[1] = (char)(0x80 | (c & 0x3F)); if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, buf, 2)) return soap->error; t = s; } } } if (soap_send_raw(soap, t, s - t - 1) || soap_send_raw(soap, "\"", 1)) return soap->error; return SOAP_OK; } #ifdef __cplusplus int json_write(struct soap *soap, const struct value& v) { return json_write(soap, &v); } int json_send(struct soap *soap, const struct value& v) { return json_send(soap, &v); } int json_read(struct soap *soap, struct value& v) { return json_read(soap, &v); } int json_recv(struct soap *soap, struct value& v) { return json_recv(soap, &v); } int json_call(struct soap *soap, const char *endpoint, const struct value& in, struct value& out) { return json_call(soap, endpoint, &in, &out); } int json_call(struct soap *soap, const char *endpoint, const struct value *in, struct value& out) { return json_call(soap, endpoint, in, &out); } int json_call(struct soap *soap, const char *endpoint, const struct value& in, struct value *out) { return json_call(soap, endpoint, &in, out); } std::ostream& operator<<(std::ostream& o, const struct value& v) { if (v.soap) { std::ostream *os = v.soap->os; v.soap->os = &o; json_write(v.soap, v); v.soap->os = os; } else { soap *ctx = soap_new(); ctx->os = &o; json_write(ctx, v); soap_destroy(ctx); soap_end(ctx); soap_free(ctx); } return o; } std::istream& operator>>(std::istream& i, struct value& v) { if (!v.soap) v.soap = soap_new(); std::istream *is = v.soap->is; v.soap->is = &i; json_read(v.soap, v); v.soap->is = is; return i; } static int json_promote_type(const value& x, const value& y) { switch (x.__type) { case SOAP_TYPE__array: return x.__type; case SOAP_TYPE__struct: switch (y.__type) { case SOAP_TYPE__array: return y.__type; case SOAP_TYPE__struct: return x.__type; default: return SOAP_TYPE__array; } case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: return y.__type; default: return x.__type; } case SOAP_TYPE__double: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return y.__type; default: return x.__type; } case SOAP_TYPE__i4: case SOAP_TYPE__int: switch (y.__type) { case SOAP_TYPE__array: case SOAP_TYPE__struct: case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: case SOAP_TYPE__double: return y.__type; default: return x.__type; } default: return y.__type; } } value json_add(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x + (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x + (_double)y); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: { std::string s = (const char*)x; return value(x.soap, s.append((const char*)y)); } case SOAP_TYPE__struct: { _struct s = x; _struct t = y; _struct st; for (_struct::iterator i = s.begin(); i != s.end(); ++i) st[i.name()] = *i; for (_struct::iterator i = t.begin(); i != t.end(); ++i) st[i.name()] = *i; return value(x.soap, st); } case SOAP_TYPE__array: { _array a = x; _array b = y; int n = a.size(); int m = b.size(); _array ab; ab.size(n + m); for (int i = 0; i < n; ++i) ab[i] = a[i]; for (int i = 0; i < m; ++i) ab[n + i] = b[i]; return value(x.soap, ab); } default: return value(x.soap); } } value json_sub(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x - (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x - (_double)y); default: return value(x.soap); } } value json_mul(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x * (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x * (_double)y); default: return value(x.soap); } } value json_div(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x / (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x / (_double)y); default: return value(x.soap); } } value json_mod(const value& x, const value& y) { switch (json_promote_type(x, y)) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: case SOAP_TYPE__double: return value(x.soap, (_int)x % (_int)y); default: return value(x.soap); } } bool json_eqv(const value& x, const value& y) { if (x.__type != y.__type && (x.__type != SOAP_TYPE__i4 || y.__type != SOAP_TYPE__int) && (x.__type != SOAP_TYPE__int || y.__type != SOAP_TYPE__i4)) return false; switch (x.__type) { case SOAP_TYPE__boolean: case SOAP_TYPE__i4: case SOAP_TYPE__int: return value(x.soap, (_int)x == (_int)y); case SOAP_TYPE__double: return value(x.soap, (_double)x == (_double)y); case SOAP_TYPE__string: case SOAP_TYPE__dateTime_DOTiso8601: return value(x.soap, !strcmp((const char*)x, (const char*)y)); case SOAP_TYPE__struct: if (x.size() != y.size()) return false; else { const _struct& s = x; const _struct& t = y; _struct::iterator i = s.begin(); _struct::iterator j = t.begin(); for ( ; i != s.end(); ++i, ++j) if (strcmp(i.name(), j.name()) || *i != *j) return false; return true; } case SOAP_TYPE__array: if (x.size() != y.size()) return false; else { const _array& a = x; const _array& b = y; _array::iterator i = a.begin(); _array::iterator j = b.begin(); for ( ; i != a.end(); ++i, ++j) if (*i != *j) return false; return true; } default: return false; } } bool json_leq(const value& x, const value& y) { if (x.__type != y.__type && (x.__type != SOAP_TYPE__i4 || y.__type != SOAP_TYPE__int) && (x.__type != SOAP_TYPE__int || y.__type != SOAP_TYPE__i4)) return false; 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$(SOAP_CPP_SRC) : $(SOAPHEADER) $(SOAP) -i -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $< # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/mashup++/t.wsdl0000644000175000017500000000516212653650156017637 0ustar ellertellert Service definition of function t__gmt gSOAP 2.8.27 generated service definition gsoap-2.8.28/gsoap/samples/mashup++/calc.wsdl0000644000175000017500000001256412653650156020302 0ustar ellertellert Sums two values Subtracts two values Multiplies two values Divides two values Raises a to b Simple calculator service gsoap-2.8.28/gsoap/samples/mashup++/mashup.hpp0000644000175000017500000012303512653650156020507 0ustar ellertellert// Reminder: Modify typemap.dat to customize the header file generated by wsdl2h /* mashup.hpp Generated by wsdl2h 2.8.27 from t.wsdl calc.wsdl mashup.wsdl and typemap.dat 2016-01-28 16:25:01 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @page page_notes Notes @note HINTS: - Run soapcpp2 on mashup.hpp to generate the SOAP/XML processing logic. Use soapcpp2 -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 -j to generate improved proxy and server classes. - Use wsdl2h -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h -R to generate REST operations. - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'. - Use wsdl2h -Nname for service prefix and produce multiple service bindings - Use wsdl2h -d to enable DOM support for xsd:anyType. - Use wsdl2h -g to auto-generate readers and writers for root elements. - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops). - Use wsdl2h -U to map XML names to C++ Unicode identifiers instead of _xNNNN. - Use wsdl2h -u to disable the generation of unions. - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. @warning DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE. USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. @copyright LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. The wsdl2h tool and its generated software are released under the GPL. This software is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt c++,w /******************************************************************************\ * * * Definitions * * * * * \******************************************************************************/ /******************************************************************************\ * * * $CONTAINER * * std::vector * * * \******************************************************************************/ template class std::vector; /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "stl.h" // enable STL containers when used (option -s removes STL dependency) /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://tempuri.org/t.xsd" ns2 = "urn:calc" ns3 = "urn:daystoxmas" */ #define SOAP_NAMESPACE_OF_ns1 "http://tempuri.org/t.xsd" //gsoap ns1 schema namespace: http://tempuri.org/t.xsd //gsoap ns1 schema form: unqualified #define SOAP_NAMESPACE_OF_ns2 "urn:calc" //gsoap ns2 schema namespace: urn:calc //gsoap ns2 schema form: unqualified #define SOAP_NAMESPACE_OF_ns3 "urn:daystoxmas" //gsoap ns3 schema namespace: urn:daystoxmas //gsoap ns3 schema form: qualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Forward Declarations * * * \******************************************************************************/ // Forward declaration of class _ns1__gmt. class _ns1__gmt; // Forward declaration of class _ns1__gmtResponse. class _ns1__gmtResponse; /// @brief Top-level root element "urn:daystoxmas":daystoxmas. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. // Forward declaration of class _ns3__commingtotown. class _ns3__commingtotown; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /// @brief Top-level root element "http://tempuri.org/t.xsd":gmt /// @brief "http://tempuri.org/t.xsd":gmt is a complexType. /// /// class _ns1__gmt operations: /// - _ns1__gmt* soap_new__ns1__gmt(soap*) allocate /// - _ns1__gmt* soap_new__ns1__gmt(soap*, int num) allocate array /// - _ns1__gmt* soap_new_req__ns1__gmt(soap*, ...) allocate, set required members /// - _ns1__gmt* soap_new_set__ns1__gmt(soap*, ...) allocate, set all public members /// - _ns1__gmt::soap_default(soap*) reset members to default /// - int soap_read__ns1__gmt(soap*, _ns1__gmt*) deserialize from a stream /// - int soap_write__ns1__gmt(soap*, _ns1__gmt*) serialize to a stream /// - _ns1__gmt* _ns1__gmt::soap_dup(soap*) returns deep copy of _ns1__gmt, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - _ns1__gmt::soap_del() deep deletes _ns1__gmt data members, use only after _ns1__gmt::soap_dup(NULL) (use soapcpp2 -Ed) class _ns1__gmt { public: /// A handle to the soap struct context that manages this instance when instantiated by a context or NULL otherwise (automatically set). struct soap *soap ; }; /// @brief Top-level root element "http://tempuri.org/t.xsd":gmtResponse /// @brief "http://tempuri.org/t.xsd":gmtResponse is a complexType. /// /// class _ns1__gmtResponse operations: /// - _ns1__gmtResponse* soap_new__ns1__gmtResponse(soap*) allocate /// - _ns1__gmtResponse* soap_new__ns1__gmtResponse(soap*, int num) allocate array /// - _ns1__gmtResponse* soap_new_req__ns1__gmtResponse(soap*, ...) allocate, set required members /// - _ns1__gmtResponse* soap_new_set__ns1__gmtResponse(soap*, ...) allocate, set all public members /// - _ns1__gmtResponse::soap_default(soap*) reset members to default /// - int soap_read__ns1__gmtResponse(soap*, _ns1__gmtResponse*) deserialize from a stream /// - int soap_write__ns1__gmtResponse(soap*, _ns1__gmtResponse*) serialize to a stream /// - _ns1__gmtResponse* _ns1__gmtResponse::soap_dup(soap*) returns deep copy of _ns1__gmtResponse, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - _ns1__gmtResponse::soap_del() deep deletes _ns1__gmtResponse data members, use only after _ns1__gmtResponse::soap_dup(NULL) (use soapcpp2 -Ed) class _ns1__gmtResponse { public: /// Element "param-1" of XSD type xs:dateTime. time_t* param_1 0; ///< Optional element. /// A handle to the soap struct context that manages this instance when instantiated by a context or NULL otherwise (automatically set). struct soap *soap ; }; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:daystoxmas * * * \******************************************************************************/ /// @brief Top-level root element "urn:daystoxmas":commingtotown /// @brief "urn:daystoxmas":commingtotown is a complexType. /// /// class _ns3__commingtotown operations: /// - _ns3__commingtotown* soap_new__ns3__commingtotown(soap*) allocate /// - _ns3__commingtotown* soap_new__ns3__commingtotown(soap*, int num) allocate array /// - _ns3__commingtotown* soap_new_req__ns3__commingtotown(soap*, ...) allocate, set required members /// - _ns3__commingtotown* soap_new_set__ns3__commingtotown(soap*, ...) allocate, set all public members /// - _ns3__commingtotown::soap_default(soap*) reset members to default /// - int soap_read__ns3__commingtotown(soap*, _ns3__commingtotown*) deserialize from a stream /// - int soap_write__ns3__commingtotown(soap*, _ns3__commingtotown*) serialize to a stream /// - _ns3__commingtotown* _ns3__commingtotown::soap_dup(soap*) returns deep copy of _ns3__commingtotown, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec) /// - _ns3__commingtotown::soap_del() deep deletes _ns3__commingtotown data members, use only after _ns3__commingtotown::soap_dup(NULL) (use soapcpp2 -Ed) class _ns3__commingtotown { public: /// Element "days" of XSD type xs:int. int days 1; ///< Required element. /// A handle to the soap struct context that manages this instance when instantiated by a context or NULL otherwise (automatically set). struct soap *soap ; }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * http://tempuri.org/t.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Elements * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:daystoxmas * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns2 service name: calc //gsoap ns2 service type: calcPortType //gsoap ns2 service port: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns2 service namespace: urn:calc //gsoap ns2 service transport: http://schemas.xmlsoap.org/soap/http //gsoap ns4 service name: Service //gsoap ns4 service type: ServicePortType //gsoap ns4 service port: http://localhost:80 //gsoap ns4 service namespace: http://tempuri.org/t.xsd/Service.wsdl //gsoap ns4 service transport: http://schemas.xmlsoap.org/soap/http //gsoap ns5 service name: mashup //gsoap ns5 service type: PortType //gsoap ns5 service port: http://www.cs.fsu.edu/~engelen/mashup.cgi //gsoap ns5 service namespace: http://www.genivia.com/mashup.wsdl //gsoap ns5 service transport: http://schemas.xmlsoap.org/soap/http /** @mainpage WSDL Definitions @section WSDL_bindings Service Bindings - @ref calc - @ref Service - @ref mashup @section WSDL_more More Information - @ref page_notes "Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page calc Binding "calc" @section calc_service Service Documentation "calc" Simple calculator service @section calc_operations Operations of Binding "calc" - @ref ns2__add - @ref ns2__sub - @ref ns2__mul - @ref ns2__div - @ref ns2__pow @section calc_ports Endpoints of Binding "calc" - http://websrv.cs.fsu.edu/~engelen/calcserver.cgi @note Use wsdl2h option -Nname to change the service binding prefix name */ /** @page Service Binding "Service" @section Service_service Service Documentation "Service" gSOAP 2.8.27 generated service definition @section Service_operations Operations of Binding "Service" - @ref __ns4__gmt @section Service_ports Endpoints of Binding "Service" - http://localhost:80 @note Use wsdl2h option -Nname to change the service binding prefix name */ /** @page mashup Binding "mashup" @section mashup_operations Operations of Binding "mashup" - @ref __ns5__dtx @section mashup_ports Endpoints of Binding "mashup" - http://www.cs.fsu.edu/~engelen/mashup.cgi @note Use wsdl2h option -Nname to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * calc * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * ns2__add * * * \******************************************************************************/ /** Operation "ns2__add" of service binding "calc". Sums two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double &result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__add( struct soap *soap, // input parameters: double a, double b, // output parameters: double &result ); @endcode C++ proxy class (defined in soapcalcProxy.h): @code class calcProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapcalcService.h): @code class calcService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns2 service method-protocol: add SOAP //gsoap ns2 service method-style: add rpc //gsoap ns2 service method-encoding: add http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: add "" //gsoap ns2 service method-output-action: add Response int ns2__add( double a, ///< Input parameter double b, ///< Input parameter double &result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__sub * * * \******************************************************************************/ /** Operation "ns2__sub" of service binding "calc". Subtracts two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__sub( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double &result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__sub( struct soap *soap, // input parameters: double a, double b, // output parameters: double &result ); @endcode C++ proxy class (defined in soapcalcProxy.h): @code class calcProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapcalcService.h): @code class calcService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns2 service method-protocol: sub SOAP //gsoap ns2 service method-style: sub rpc //gsoap ns2 service method-encoding: sub http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: sub "" //gsoap ns2 service method-output-action: sub Response int ns2__sub( double a, ///< Input parameter double b, ///< Input parameter double &result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__mul * * * \******************************************************************************/ /** Operation "ns2__mul" of service binding "calc". Multiplies two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__mul( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double &result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__mul( struct soap *soap, // input parameters: double a, double b, // output parameters: double &result ); @endcode C++ proxy class (defined in soapcalcProxy.h): @code class calcProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapcalcService.h): @code class calcService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns2 service method-protocol: mul SOAP //gsoap ns2 service method-style: mul rpc //gsoap ns2 service method-encoding: mul http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: mul "" //gsoap ns2 service method-output-action: mul Response int ns2__mul( double a, ///< Input parameter double b, ///< Input parameter double &result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__div * * * \******************************************************************************/ /** Operation "ns2__div" of service binding "calc". Divides two values - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__div( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double &result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__div( struct soap *soap, // input parameters: double a, double b, // output parameters: double &result ); @endcode C++ proxy class (defined in soapcalcProxy.h): @code class calcProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapcalcService.h): @code class calcService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns2 service method-protocol: div SOAP //gsoap ns2 service method-style: div rpc //gsoap ns2 service method-encoding: div http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: div "" //gsoap ns2 service method-output-action: div Response int ns2__div( double a, ///< Input parameter double b, ///< Input parameter double &result ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * ns2__pow * * * \******************************************************************************/ /** Operation "ns2__pow" of service binding "calc". Raises a to b - http://schemas.xmlsoap.org/soap/encoding/ RPC encodingStyle="SOAP" - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call_ns2__pow( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: double a, double b, // output parameters: double &result ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int ns2__pow( struct soap *soap, // input parameters: double a, double b, // output parameters: double &result ); @endcode C++ proxy class (defined in soapcalcProxy.h): @code class calcProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapcalcService.h): @code class calcService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns2 service method-protocol: pow SOAP //gsoap ns2 service method-style: pow rpc //gsoap ns2 service method-encoding: pow http://schemas.xmlsoap.org/soap/encoding/ //gsoap ns2 service method-action: pow "" //gsoap ns2 service method-output-action: pow Response int ns2__pow( double a, ///< Input parameter double b, ///< Input parameter double &result ///< Output parameter ); /** @page calc Binding "calc" @section calc_policy_enablers Policy Enablers of Binding "calc" None specified. */ /******************************************************************************\ * * * Service Binding * * Service * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns4__gmt * * * \******************************************************************************/ /** Operation "__ns4__gmt" of service binding "Service". Service definition of function t__gmt - SOAP document/literal style messaging - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns4__gmt( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: _ns1__gmt* ns1__gmt, // output parameters: _ns1__gmtResponse &ns1__gmtResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns4__gmt( struct soap *soap, // input parameters: _ns1__gmt* ns1__gmt, // output parameters: _ns1__gmtResponse &ns1__gmtResponse ); @endcode C++ proxy class (defined in soapServiceProxy.h): @code class ServiceProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapServiceService.h): @code class ServiceService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns4 service method-protocol: gmt SOAP //gsoap ns4 service method-style: gmt document //gsoap ns4 service method-encoding: gmt literal //gsoap ns4 service method-action: gmt "" //gsoap ns4 service method-output-action: gmt Response int __ns4__gmt( _ns1__gmt* ns1__gmt, ///< Input parameter _ns1__gmtResponse &ns1__gmtResponse ///< Output parameter ); /** @page Service Binding "Service" @section Service_policy_enablers Policy Enablers of Binding "Service" None specified. */ /******************************************************************************\ * * * Service Binding * * mashup * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns5__dtx * * * \******************************************************************************/ /** Operation "__ns5__dtx" of service binding "mashup". - SOAP document/literal style messaging - Addressing input action: "" - Addressing output action: "Response" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns5__dtx( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: _XML ns3__daystoxmas, // output parameters: _ns3__commingtotown &ns3__commingtotown ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns5__dtx( struct soap *soap, // input parameters: _XML ns3__daystoxmas, // output parameters: _ns3__commingtotown &ns3__commingtotown ); @endcode C++ proxy class (defined in soapmashupProxy.h): @code class mashupProxy; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes; C++ service class (defined in soapmashupService.h): @code class mashupService; @endcode Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes; */ //gsoap ns5 service method-protocol: dtx SOAP //gsoap ns5 service method-style: dtx document //gsoap ns5 service method-encoding: dtx literal //gsoap ns5 service method-action: dtx "" //gsoap ns5 service method-output-action: dtx Response int __ns5__dtx( _XML ns3__daystoxmas, ///< Input parameter _ns3__commingtotown &ns3__commingtotown ///< Output parameter ); /** @page mashup Binding "mashup" @section mashup_policy_enablers Policy Enablers of Binding "mashup" None specified. */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read and deserialized from: - an int file descriptor, using soap->recvfd = fd - a socket, using soap->socket = (int)... - a C++ stream (istream, stringstream), using soap->is = (istream*)... - a C string, using soap->is = (const char*)... - any input, using the soap->frecv() callback Data can be serialized and written to: - an int file descriptor, using soap->sendfd = (int)... - a socket, using soap->socket = (int)... - a C++ stream (ostream, stringstream), using soap->os = (ostream*)... - a C string, using soap->os = (const char**)... - any output, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section ns1 Top-level root elements of schema "http://tempuri.org/t.xsd" - @ref _ns1__gmt @code // Reader (returns SOAP_OK on success): soap_read__ns1__gmt(struct soap*, _ns1__gmt*); // Writer (returns SOAP_OK on success): soap_write__ns1__gmt(struct soap*, _ns1__gmt*); @endcode - @ref _ns1__gmtResponse @code // Reader (returns SOAP_OK on success): soap_read__ns1__gmtResponse(struct soap*, _ns1__gmtResponse*); // Writer (returns SOAP_OK on success): soap_write__ns1__gmtResponse(struct soap*, _ns1__gmtResponse*); @endcode @section ns2 Top-level root elements of schema "urn:calc" @section ns3 Top-level root elements of schema "urn:daystoxmas" - @ref _ns3__daystoxmas @code // Reader (returns SOAP_OK on success): soap_read__ns3__daystoxmas(struct soap*, _XML); // Writer (returns SOAP_OK on success): soap_write__ns3__daystoxmas(struct soap*, _XML); @endcode - @ref _ns3__commingtotown @code // Reader (returns SOAP_OK on success): soap_read__ns3__commingtotown(struct soap*, _ns3__commingtotown*); // Writer (returns SOAP_OK on success): soap_write__ns3__commingtotown(struct soap*, _ns3__commingtotown*); @endcode */ /* End of mashup.hpp */ gsoap-2.8.28/gsoap/samples/mashup++/README.txt0000644000175000017500000000157712653650156020205 0ustar ellertellert A simple example "mashup" service. The service computes the number of days to christmas using the GMT time service and calculator service. The wsdl2h importer accepts multiple WSDLs and generates one gSOAP definitions file to implement clients and/or services. In this case we create a new service to compute the days to christmas by invoking the GMT and calc services. A client for the mashup service is also included. The mashup.h gSOAP definitions file is generated from the GMT and calculator WSDLs using: wsdl2h -s -o mashup.h t.wsdl calc.wsdl mashup.wsdl where t.wsdl is generated in samples/gmt, calc.wsdl is generated in samples/calc, and mashup.wsdl is a new WSDL to expose the new "daystoxmas" service operation. The mashupserver is a CGI application. The mashupclient is a stand-alone client for the service. Invoking mashupclient will return the number of days to christmas. gsoap-2.8.28/gsoap/samples/mashup++/mashupserver.cpp0000644000175000017500000000605112653650156021727 0ustar ellertellert/* mashupserver.cpp Example mashup CGI service in C++ soapcpp2 -i mashup.hpp cc -o mashupserver mashupserver.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp soapServiceProxy.cpp soapmashupService.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" #include "soapServiceProxy.h" #include "soapmashupService.h" #include "mashup.nsmap" int main() { mashupService service; return service.serve(); } /******************************************************************************\ * * Server operation * \******************************************************************************/ int mashupService::dtx(_XML x, _ns3__commingtotown &response) { (void)x; /* input param that is always empty is simply ignored */ ServiceProxy Time("http://www.cs.fsu.edu/~engelen/gmtlitserver.cgi"); _ns1__gmt gmt; _ns1__gmtResponse gmtResponse; if (Time.gmt(&gmt, gmtResponse)) return soap_receiverfault("Cannot connect to GMT server", NULL); time_t *now = gmtResponse.param_1; if (!now) return soap_receiverfault("Could not retrieve current time", NULL); struct tm tm; memset(&tm, 0, sizeof(struct tm)); tm.tm_mday = 25; tm.tm_mon = 11; tm.tm_year = gmtime(now)->tm_year; // this year time_t xmas = soap_timegm(&tm); if (xmas < *now) { tm.tm_year++; // xmas just passed, go to next year xmas = soap_timegm(&tm); } double sec = difftime(xmas, *now); calcProxy Calc; double days; if (Calc.div(sec, 86400.0, days)) return soap_receiverfault("Cannot connect to calc server", NULL); response.days = (int)days; soap_delegate_deletion(&Time, this); // Time data to be deleted by 'this' soap_delegate_deletion(&Calc, this); // Calc data to be deleted by 'this' return SOAP_OK; } gsoap-2.8.28/gsoap/samples/mashup++/mashupclient.cpp0000644000175000017500000000361212653650156021677 0ustar ellertellert/* mashupclient.cpp Example mashup service client in C++ soapcpp2 -i mashup.hpp cc -o mashupclient mashupclient.cpp stdsoap2.cpp soapC.cpp soapmashupProxy.cpp -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapmashupProxy.h" #include "mashup.nsmap" int main() { mashupProxy proxy; _ns3__commingtotown response; if (proxy.dtx((char*)"", response)) proxy.soap_stream_fault(std::cerr); else if (response.days == 0) std::cout << "Today is the day!" << std::endl; else std::cout << "Wait " << response.days << " more days to xmas" << std::endl; return 0; } gsoap-2.8.28/gsoap/samples/mashup++/Makefile.am0000644000175000017500000000134212653650156020531 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = mashupclient mashupserver SOAPHEADER = mashup.hpp include ../Makefile.defines include ../Makefile.cpp_proxy_rules SOAP_NS = mashup.nsmap mashupclient_SOURCES = mashupclient.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) soapmashupProxy.cpp mashupclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) mashupserver_SOURCES = mashupserver.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) soapcalcProxy.cpp soapServiceProxy.cpp soapmashupService.cpp mashupserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/mashup++/mashup.wsdl0000444000175000017500000000426612653650156020673 0ustar ellertellert gsoap-2.8.28/gsoap/samples/oneway++/0000755000175000017500000000000012653650166016503 5ustar ellertellertgsoap-2.8.28/gsoap/samples/oneway++/event.h0000644000175000017500000000370112653650156017775 0ustar ellertellert/* -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: Event Service is a simple remote event handler //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://www.cs.fsu.edu/~engelen/event.wsdl //gsoap ns service location: http://localhost:18000 //gsoap ns schema namespace: urn:event //gsoap ns schema type-documentation: event Set of four possible events enum ns__event { EVENT_A, EVENT_B, EVENT_C, EVENT_Z }; //gsoap ns service method-action: handle "event" //gsoap ns service method-documentation: handle Handles asynchronous events int ns__handle(enum ns__event event, void); 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gsoap-2.8.28/gsoap/samples/oneway++/event.cpp0000644000175000017500000001017312653650156020331 0ustar ellertellert/* event.cpp C++-style client Events based on one-way SOAP messaging using HTTP keep-alive for persistent connections. C++ style with Proxy object. The 'synchronous' global flag illustrates SOAP one-way messaging, which requires an HTTP OK or HTTP Accept response with an empty body to be returned by the server. Compile: soapcpp2 -i event.h c++ -o event event.cpp stdsoap2.cpp soapC.cpp soapEventProxy.cpp Run (first start the event handler on localhost port 18000): event -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapEventProxy.h" #include "Event.nsmap" int synchronous = 1; /* synchronous=0: asynchronous one-way messaging over HTTP (no HTTP response) */ /* synchronous=1: SOAP interoperable synchronous one-way messaging over HTTP */ /* Service details (copied from event.h): */ const char *event_handler_endpoint = "http://localhost:18000"; const char *event_handler_action = "event"; int main() { EventProxy e(SOAP_IO_KEEPALIVE | SOAP_XML_INDENT); // Events A to C do not generate a response from the server fprintf(stderr, "Client Sends Event: A\n"); if (e.send_handle(EVENT_A)) e.soap_print_fault(stderr); else if (synchronous && e.recv_handle_empty_response()) e.soap_print_fault(stderr); fprintf(stderr, "Client Sends Event: B\n"); if (e.send_handle(EVENT_B)) e.soap_print_fault(stderr); else if (synchronous && e.recv_handle_empty_response()) e.soap_print_fault(stderr); // connection should not be kept alive after the last call: be nice to the server and tell it that we close the connection after this call soap_clr_omode(&e, SOAP_IO_KEEPALIVE); fprintf(stderr, "Client Sends Event: C\n"); if (e.send_handle(EVENT_C)) e.soap_print_fault(stderr); else if (synchronous && e.recv_handle_empty_response()) e.soap_print_fault(stderr); e.soap_close_socket(); // Re-enable keep-alive soap_set_omode(&e, SOAP_IO_KEEPALIVE); // Events Z generates a series of responses from the server fprintf(stderr, "Client Sends Event: Z\n"); if (e.send_handle(EVENT_Z)) e.soap_print_fault(stderr); else { struct ns__handle response; for (;;) { if (!soap_valid_socket(e.socket)) { fprintf(stderr, "Connection was terminated (keep alive disabled?)\n"); break; } if (e.recv_handle(response)) { if (e.error == SOAP_EOF) fprintf(stderr, "Connection was gracefully closed by server\n"); else e.soap_print_fault(stderr); break; } else { switch (response.event) { case EVENT_A: fprintf(stderr, "Client Received Event: A\n"); break; case EVENT_B: fprintf(stderr, "Client Received Event: B\n"); break; case EVENT_C: fprintf(stderr, "Client Received Event: C\n"); break; case EVENT_Z: fprintf(stderr, "Client Received Event: Z\n"); break; } } } } return 0; } gsoap-2.8.28/gsoap/samples/oneway++/handler.cpp0000644000175000017500000001264112653650156020627 0ustar ellertellert/* handler.cpp Multi-threaded C++ stand-alone event handler service Events are based on one-way SOAP messaging using HTTP keep-alive for persistent connections The 'synchronous' global flag illustrates SOAP one-way messaging, which requires an HTTP OK response with an empty body to be returned by the server. Compile: soapcpp2 -i event.h cc -o handler++ handler.cpp stdsoap2.cpp soapC.cpp soapEventService.cpp soapEventProxy.cpp Run: handler 18000 & Server will time out after 24hr of inactivity This code enables keep-alive support which can cause "broken pipes" when the client prematurely closes the connection while indicating it wants the connection to stay alive. Broken pipes (SIGPIPE) can be fixed using MSG_NOSIGNAL, SO_NOSIGPIPE, or with a signal handler, but this is not very portable (see code below) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapEventService.h" #include "soapEventProxy.h" #include "Event.nsmap" #include #ifdef _POSIX_THREADS #include // use Pthreads #endif #define BACKLOG (100) #define TIMEOUT (24*60*60) /* timeout after 24hrs of inactivity */ void *process_request(void*); int synchronous = 1; /* synchronous=0: asynchronous one-way messaging over HTTP (no HTTP response) */ /* synchronous=1: SOAP interoperable synchronous one-way messaging over HTTP */ int main(int argc, char **argv) { if (argc < 2) { fprintf(stderr, "Usage: handler \n"); exit(1); } int port = atoi(argv[1]); /* server with keep I/O alive and timeout settings */ EventService handler(SOAP_IO_KEEPALIVE, SOAP_IO_KEEPALIVE | SOAP_XML_INDENT); handler.accept_timeout = TIMEOUT; handler.bind_flags |= SO_REUSEADDR; /* don't use this in unsecured environments */ /* handler.socket_flags = MSG_NOSIGNAL; */ /* use this to disable SIGPIPE */ /* handler.bind_flags |= SO_NOSIGPIPE; */ /* or use this to disable SIGPIPE */ SOAP_SOCKET m = handler.bind(NULL, port, BACKLOG); if (!soap_valid_socket(m)) { handler.soap_print_fault(stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); for (int i = 1; ; i++) { SOAP_SOCKET s = handler.accept(); if (!soap_valid_socket(s)) { if (handler.errnum) handler.soap_print_fault(stderr); else fprintf(stderr, "%s timed out\n", argv[0]); /* should really wait for threads to terminate, but 24hr timeout should be enough ... */ break; } fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (int)(handler.ip>>24)&0xFF, (int)(handler.ip>>16)&0xFF, (int)(handler.ip>>8)&0xFF, (int)handler.ip&0xFF); EventService *thandler = handler.copy(); #ifdef _POSIX_THREADS pthread_t tid; pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)thandler); #else process_request((void*)thandler); #endif } return 0; } void *process_request(void *thandler) { EventService *handler = (EventService *)thandler; #ifdef _POSIX_THREADS pthread_detach(pthread_self()); #endif handler->serve(); delete handler; return NULL; } int EventService::handle(enum ns__event event) { switch (event) { /* each event is just consumed without server response */ case EVENT_A: fprintf(stderr, "Server Received Event: A\n"); break; case EVENT_B: fprintf(stderr, "Server Received Event: B\n"); break; case EVENT_C: fprintf(stderr, "Server Received Event: C\n"); break; /* after receiving event Z, we echo events A to C back to the client */ case EVENT_Z: fprintf(stderr, "Server Received Event: Z\n"); { /* create a proxy with a copy of the server state */ EventProxy proxy(*this); /* send message over HTTP on current socket */ proxy.soap_endpoint = "http://"; /* these multiple sends assume that the client enabled keep-alive */ fprintf(stderr, "Server Sends Event: A\n"); proxy.send_handle(EVENT_A); fprintf(stderr, "Server Sends Event: B\n"); proxy.send_handle(EVENT_B); fprintf(stderr, "Server Sends Event: C\n"); proxy.send_handle(EVENT_C); } } if (event != EVENT_Z && synchronous) return send_handle_empty_response(SOAP_OK); return SOAP_OK; } gsoap-2.8.28/gsoap/samples/oneway++/README.txt0000644000175000017500000001574512653650156020214 0ustar ellertellert C++-style eventing client and event handler server. Events are one-way SOAP messages using HTTP keep-alive for persistent connections. This example illustrates one-way message exchange patterns (MEP) between a client and server, each with C and C++ implementations. samples/event: event.c C-based client handler.c C-based multithreaded server (uses Pthreads) samples/event++: event.cpp C++-based client handler.cpp C++-based server (uses Pthreads) For HTTP communications events are not truly one-way, since HTTP Accept or OK responses are expected to be returned to the client. Thus, this is a form of synchronous communication with rendezvous. The code also supports true one-way messaging, by setting the global flag synchronous = 0. Note that all send operations may or may not block. Receive operations always block. All four files are built with the web service definitions given in the gSOAP header file event.h. The event.h file is processed with soapcpp2 as follows: Compilation in C: soapcpp2 -c event.h cc -o event event.c stdsoap2.c soapC.c soapClient.c cc -o handler handler.c stdsoap2.c soapC.c soapServer.c Compilation in C++: soapcpp2 -i event.h cc -o event++ event.cpp stdsoap2.cpp soapC.cpp soapEventProxy.cpp cc -o handler++ handler.cpp stdsoap2.cpp soapC.cpp soapEventService.cpp soap EventProxy.cpp The C client-side uses: Initialization of the runtime engine: soap_init(struct soap*) soap_init2(struct soap*, soap_mode input_modes, soap_mode output_modes) Sending an event to the handler, this function is generated by soapcpp2: soap_send_ns__handle(struct soap*, const char *endpoint, const char *action, enum ns__event event) Note: pass endpoint=NULL and action=NULL for defaults To accept an HTTP Accept or OK message (ack): soap_recv_empty_response(struct soap*) Receiving an event from the handler, this function is generated by soapcpp2: soap_recv_ns__handle(struct soap*, struct ns__handle*) Set and reset HTTP keep-alive connections (optional): soap_set_omode(soap, SOAP_IO_KEEPALIVE) soap_clr_omode(soap, SOAP_IO_KEEPALIVE) Close the socket (to end a keep-alive session) soap_closesocket(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) The multi-threaded C server-side uses: Initialization of the runtime engine: soap_init(struct soap*) soap_init2(struct soap*, soap_mode input_modes, soap_mode output_modes) Binding the port: soap_bind(struct soap*, const char *host, int port, int backlog) Accepting a request: soap_accept(struct soap*); Invoking the service dispatcher, this function is generated by soapcpp2: soap_serve(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Send back sender-related fault: soap_sender_fault(struct soap*, const char *string, const char *detailXML) Send back receiver-related fault: soap_receiver_fault(struct soap*, const char *string, const char *detailXML) Make a copy of the current runtime engine: soap_copy(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) Finalize, detach, and delete the runtime engine: soap_free(struct soap*) Service operation is not auto-generated (user-defined): ns__handle(struct soap*, enum ns__event *event); Sending an event to the client, this function is generated by soapcpp2: soap_send_ns__handle(struct soap*, const char *endpoint, const char *action, enum ns__event event) where we use endpoint = "http://" to send message over current socket The C++ client-side uses a proxy generated with soapcpp2 -i: class EventProxy Constructor EventProxy(soap_mode input_output_modes) The default endpoint can be changed: const char *EventProxxy::endpoint Invoke a call of xyz: EventProxy::xyz(double a, double b, double *result) Print communication errors: EventProxy::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): EventProxy::error Allocate data, deallocated by soap_end() or EventService destructor soap_malloc(EventService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, arraylen) Delete deserialized C++ class instances (also part of EventService destructor): soap_destroy(EventService*) Delete deserialized data (also part of EventService destructor): soap_end(EventService*) The C++ server-side uses the server and proxy classes generated with soapcpp2 option -i. A proxy instance is needed for the one-way send operation. Create a serivce copy for new thread EventService::copy() Bind port EventService::bind(const char *host, int port, int backlog) Accept and set socket EventService::accept() Serve requests over current socket EventService::serve() Print communication errors: EventService::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): EventService::error Send back sender-related fault: EventService::soap_senderfault(const char *string, const char *detailXML) Send back sender-related fault with subcode (SOAP 1.2): EventService::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML) Send back receiver-related fault: EventService::soap_receiverfault(const char *string, const char *detailXML) Send back receiver-related fault with subcode (SOAP 1.2): EventService::soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML) Service operations are user-defined (not auto-generated): EventService::handle(enum ns__event *event) Allocate data, deallocated by soap_end() or EventService destructor soap_malloc(EventService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, arraylen) Delete deserialized C++ class instances (also part of EventService destructor): soap_destroy(EventService*) Delete deserialized data (also part of EventService destructor): soap_end(EventService*) Note: all soap_xyz(struct soap*, ...) gSOAP API functions are also available to the EventProxy and EventService classes by inheritance of the struct soap runtime engine state object. gsoap-2.8.28/gsoap/samples/oneway++/Makefile.am0000644000175000017500000000125712653650156020543 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: factorytest //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/factory.wsdl //gsoap ns service location: http://localhost:18085 //gsoap ns schema namespace: urn:factoryService //gsoap t schema namespace: urn:factoryTypes //gsoap h schema namespace: urn:factoryHandles //////////////////////////////////////////////////////////////////////////////// // // SOAP Header: used to exchange stateful object handles // //////////////////////////////////////////////////////////////////////////////// struct SOAP_ENV__Header { mustUnderstand unsigned int h__handle; }; //////////////////////////////////////////////////////////////////////////////// // // Remote factory objects // //////////////////////////////////////////////////////////////////////////////// enum t__object // object types: { ROOT, // t__root object ADDER, // t__adder object COUNTER // t__counter object }; enum t__status // remote object status: { FACTORY_OK, // ok FACTORY_INVALID, // invalid handle (wrong type of object or lease expired) FACTORY_NOTFOUND, // lookup operation not successful FACTORY_RETRY // cannot create new object: try later }; //////////////////////////////////////////////////////////////////////////////// // // Remote factory method interfaces // //////////////////////////////////////////////////////////////////////////////// int ns__create(enum t__object object, char *name, enum t__status &status); int ns__lookup(enum t__object object, char *name, enum t__status &status); int ns__rename(char *name, enum t__status &status); int ns__release(enum t__status &status); //////////////////////////////////////////////////////////////////////////////// // // Rewote adder method interfaces // //////////////////////////////////////////////////////////////////////////////// int ns__set(double val, enum t__status &status); int ns__get(double &val); int ns__add(double val, enum t__status &status); //////////////////////////////////////////////////////////////////////////////// // // Remote counter method interfaces // //////////////////////////////////////////////////////////////////////////////// int ns__inc(enum t__status &status); gsoap-2.8.28/gsoap/samples/factorytest/factorytest.cpp0000644000175000017500000001541612653650154022501 0ustar ellertellert/* factorytest.cpp Test client for remote object factory This is a simple example client program that defines its own proxy objects. The proxy objects utilize the gSOAP remote interfaces to access the remote factory. The remote object interfaces are declared in factorytest.h. Since the remote interfaces are C-style, C-based client programs cam be developed to access remote object factories. Compile: soapcpp2 factorytest.h c++ -o factorytest factorytest.cpp stdsoap2.cpp soapC.cpp soapClient.cpp Run: factorytest where is the service endpoint of a factory server, e.g. http://localhost:18085 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "factorytest.nsmap" #include // default factory service endpoint: const char *factory = "http://localhost:18085"; //////////////////////////////////////////////////////////////////////////////// // // Client-side root proxy class // //////////////////////////////////////////////////////////////////////////////// class Root { public: char *endpoint; // factory service endpoint enum t__status status; // status flag struct soap *soap; // gSOAP environment (for header h__handle) Root(); Root(const char *factory, enum t__object object, char *name); virtual ~Root(); void rename(char *name); }; Root::Root() { endpoint = NULL; status = FACTORY_OK; soap = NULL; } Root::Root(const char *factory, enum t__object object, char *name) { soap = soap_new(); endpoint = soap_strdup(soap, factory); status = FACTORY_NOTFOUND; if (name) if (soap_call_ns__lookup(soap, endpoint, "", object, name, status)) soap_print_fault(soap, stderr); // for demo, just print if (status == FACTORY_NOTFOUND) do { if (soap_call_ns__create(soap, endpoint, "", object, name, status)) soap_print_fault(soap, stderr); // for demo, just print } while (status == FACTORY_RETRY); } Root::~Root() { if (soap_call_ns__release(soap, endpoint, "", status)) soap_print_fault(soap, stderr); // for demo, just print soap_destroy(soap); soap_end(soap); soap_free(soap); } void Root::rename(char *name) { if (soap_call_ns__rename(soap, endpoint, "", name, status)) soap_print_fault(soap, stderr); // for demo, just print } //////////////////////////////////////////////////////////////////////////////// // // Client-side adder proxy class derived from root // //////////////////////////////////////////////////////////////////////////////// class Adder: public Root { public: Adder() : Root(factory, ADDER, NULL) {}; Adder(char *name) : Root(factory, ADDER, name) {}; Adder(const char *factory, enum t__object object, char *name) : Root(factory, object, name) {}; void set(double val); // to set the remote adder double get(); // to get value of the remote adder void add(double val); // to add a value to the remote adder }; void Adder::set(double val) { if (soap_call_ns__set(soap, endpoint, "", val, status)) soap_print_fault(soap, stderr); // for demo, just print } double Adder::get() { double val; if (soap_call_ns__get(soap, endpoint, "", val)) soap_print_fault(soap, stderr); // for demo, just print return val; } void Adder::add(double val) { if (soap_call_ns__add(soap, endpoint, "", val, status)) soap_print_fault(soap, stderr); // for demo, just print } //////////////////////////////////////////////////////////////////////////////// // // Client-side counter proxy class derived from adder // //////////////////////////////////////////////////////////////////////////////// class Counter: public Adder { public: Counter() : Adder(factory, COUNTER, NULL) {}; Counter(char *name) : Adder(factory, COUNTER, name) {}; Counter(const char *factory, enum t__object object, char *name) : Adder(factory, object, name) {}; void inc(); // to increment the remote counter }; void Counter::inc() { if (soap_call_ns__inc(soap, endpoint, "", status)) soap_print_fault(soap, stderr); // for demo, just print } //////////////////////////////////////////////////////////////////////////////// // // Main client test program // //////////////////////////////////////////////////////////////////////////////// int main(int argc, char **argv) { if (argc > 1) factory = argv[1]; // use factory from command line arg by default std::cout << "Connecting to factory " << factory << std::endl; Adder adder; // create unique new remote adder object Counter counter1((char*)"myCounter"); // new counter object "myCounter" (created if not exists) Counter counter2((char*)"myCounter"); // lookup and use counter "myCounter" (this is an alias to counter1!) adder.set(2.0); counter1.set(adder.get()); adder.add(3.0); counter1.inc(); std::cout << "Adder=" << adder.get() << std::endl; std::cout << "Counter=" << counter2.get() << std::endl; // counter2 is an alias for counter1 so this prints the value of counter1 std::cout << "Sleep for 90 seconds to test factory server purging objects:" << std::endl; // counter is periodically incremented which keeps it alive sleep(30); counter1.inc(); std::cout << "Counter=" << counter2.get() << std::endl; sleep(30); counter1.inc(); std::cout << "Counter=" << counter2.get() << std::endl; sleep(30); counter1.inc(); std::cout << "Counter=" << counter2.get() << std::endl; // after 90 secs, the adder should be gone std::cout << "Adder is no longer available:" << std::endl; adder.add(3.0); std::cout << "Adder status = " << adder.status << std::endl; return 0; } gsoap-2.8.28/gsoap/samples/factorytest/README.txt0000644000175000017500000000065312653650154021121 0ustar ellertellert A remote object factory client. See samples/factory for the server code. Server objects are instantiated, manipulated, and destroyed remotely using SOAP messages. The objects are persistent and can be named. Objects are purged when their lease expires. A lease is renewed when the object is used. The client-side message definitions do not include the server object definitions, since only the messaging parts are needed. gsoap-2.8.28/gsoap/samples/factorytest/Makefile.am0000644000175000017500000000102412653650154021450 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = factorytest SOAPHEADER = factorytest.h include ../Makefile.defines include ../Makefile.cpp_rules SOAP_NS = factorytest.nsmap factorytest.wsdl factorytest_SOURCES = factorytest.cpp $(SOAPHEADER) $(SOAP_CPP_CLIENT) factorytest_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/oneway/0000755000175000017500000000000012653650166016355 5ustar ellertellertgsoap-2.8.28/gsoap/samples/oneway/event.h0000644000175000017500000000370112653650156017647 0ustar ellertellert/* -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: Event Service is a simple remote event handler //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://www.cs.fsu.edu/~engelen/event.wsdl //gsoap ns service location: http://localhost:18000 //gsoap ns schema namespace: urn:event //gsoap ns schema type-documentation: event Set of four possible events enum ns__event { EVENT_A, EVENT_B, EVENT_C, EVENT_Z }; //gsoap ns service method-action: handle "event" //gsoap ns service method-documentation: handle Handles asynchronous events int ns__handle(enum ns__event event, void); 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Events are one-way SOAP messages using HTTP keep-alive for persistent connections. This example illustrates one-way message exchange patterns (MEP) between a client and server, each with C and C++ implementations. samples/event: event.c C-based client handler.c C-based multithreaded server (uses Pthreads) samples/event++: event.cpp C++-based client handler.cpp C++-based server (uses simple iterative server) For HTTP communications events are not truly one-way, since HTTP Accept or OK responses are expected to be returned to the client. Thus, this is a form of synchronous communication with rendezvous. The code also supports true one-way messaging, by setting the global flag synchronous = 0. Note that all send operations may or may not block. Receive operations always block. All four files are built with the web service definitions given in the gSOAP header file event.h. The event.h file is processed with soapcpp2 as follows: Compilation in C: soapcpp2 -c event.h cc -o event event.c stdsoap2.c soapC.c soapClient.c cc -o handler handler.c stdsoap2.c soapC.c soapServer.c Compilation in C++: soapcpp2 -i event.h cc -o event++ event.cpp stdsoap2.cpp soapC.cpp soapEventProxy.cpp cc -o handler++ handler.cpp stdsoap2.cpp soapC.cpp soapEventService.cpp soap EventProxy.cpp The C client-side uses: Initialization of the runtime engine: soap_init(struct soap*) soap_init2(struct soap*, soap_mode input_modes, soap_mode output_modes) Sending an event to the handler, this function is generated by soapcpp2: soap_send_ns__handle(struct soap*, const char *endpoint, const char *action, enum ns__event event) Note: pass endpoint=NULL and action=NULL for defaults To accept an HTTP Accept or OK message (ack): soap_recv_empty_response(struct soap*) Receiving an event from the handler, this function is generated by soapcpp2: soap_recv_ns__handle(struct soap*, struct ns__handle*) Set and reset HTTP keep-alive connections (optional): soap_set_omode(soap, SOAP_IO_KEEPALIVE) soap_clr_omode(soap, SOAP_IO_KEEPALIVE) Close the socket (to end a keep-alive session) soap_closesocket(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) The multi-threaded C server-side uses: Initialization of the runtime engine: soap_init(struct soap*) soap_init2(struct soap*, soap_mode input_modes, soap_mode output_modes) Binding the port: soap_bind(struct soap*, const char *host, int port, int backlog) Accepting a request: soap_accept(struct soap*); Invoking the service dispatcher, this function is generated by soapcpp2: soap_serve(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Send back sender-related fault: soap_sender_fault(struct soap*, const char *string, const char *detailXML) Send back receiver-related fault: soap_receiver_fault(struct soap*, const char *string, const char *detailXML) Make a copy of the current runtime engine: soap_copy(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) Finalize, detach, and delete the runtime engine: soap_free(struct soap*) Service operation is not auto-generated (user-defined): ns__handle(struct soap*, enum ns__event *event); Sending an event to the client, this function is generated by soapcpp2: soap_send_ns__handle(struct soap*, const char *endpoint, const char *action, enum ns__event event) where we use endpoint = "http://" to send message over current socket The C++ client-side uses a proxy generated with soapcpp2 -i: class EventProxy Constructor EventProxy(soap_mode input_output_modes) The default endpoint can be changed: const char *EventProxxy::endpoint Invoke a call of xyz: EventProxy::xyz(double a, double b, double *result) Print communication errors: EventProxy::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): EventProxy::error Allocate data, deallocated by soap_end() or EventService destructor soap_malloc(EventService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, arraylen) Delete deserialized C++ class instances (also part of EventService destructor): soap_destroy(EventService*) Delete deserialized data (also part of EventService destructor): soap_end(EventService*) The C++ server-side uses the server and proxy classes generated with soapcpp2 option -i. A proxy instance is needed for the one-way send operation. Create a serivce copy for new thread EventService::copy() Bind port EventService::bind(const char *host, int port, int backlog) Accept and set socket EventService::accept() Serve requests over current socket EventService::serve() Print communication errors: EventService::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): EventService::error Send back sender-related fault: EventService::soap_senderfault(const char *string, const char *detailXML) Send back sender-related fault with subcode (SOAP 1.2): EventService::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML) Send back receiver-related fault: EventService::soap_receiverfault(const char *string, const char *detailXML) Send back receiver-related fault with subcode (SOAP 1.2): EventService::soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML) Service operations are user-defined (not auto-generated): EventService::handle(enum ns__event *event) Allocate data, deallocated by soap_end() or EventService destructor soap_malloc(EventService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or EventService destructor soap_new_X(EventService*, arraylen) Delete deserialized C++ class instances (also part of EventService destructor): soap_destroy(EventService*) Delete deserialized data (also part of EventService destructor): soap_end(EventService*) Note: all soap_xyz(struct soap*, ...) gSOAP API functions are also available to the EventProxy and EventService classes by inheritance of the struct soap runtime engine state object. gsoap-2.8.28/gsoap/samples/oneway/handler.c0000644000175000017500000001312312653650156020135 0ustar ellertellert/* handler.c Multi-threaded stand-alone event handler service Events are based on one-way SOAP messaging using HTTP keep-alive for persistent connections The 'synchronous' global flag illustrates SOAP one-way messaging, which requires an HTTP OK response with an empty body to be returned by the server. Copyright (C) 2000-2007 Robert A. van Engelen. All Rights Reserved. Compile: soapcpp2 -c event.h cc -o handler handler.c stdsoap2.c soapC.c soapService.c Run: handler 18000 & Server will time out after 24hr of inactivity This code enables keep-alive support which can cause "broken pipes" when the client prematurely closes the connection while indicating it wants the connection to stay alive. Broken pipes (SIGPIPE) can be fixed using MSG_NOSIGNAL, SO_NOSIGPIPE, or with a signal handler, but this is not very portable (see code below) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "Event.nsmap" #include #if defined(_POSIX_THREADS) || defined(_SC_THREADS) #include // use Pthreads #endif #define BACKLOG (100) #define TIMEOUT (24*60*60) /* timeout after 24hrs of inactivity */ void *process_request(void*); int synchronous = 1; /* synchronous=0: asynchronous one-way messaging over HTTP (no HTTP response) */ /* synchronous=1: SOAP interoperable synchronous one-way messaging over HTTP */ int main(int argc, char **argv) { #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_t tid; #endif struct soap soap, *tsoap; int port; SOAP_SOCKET m, s; int i; if (argc < 2) { fprintf(stderr, "Usage: handler \n"); exit(1); } port = atoi(argv[1]); /* keep I/O alive and server timeout settings */ soap_init2(&soap, SOAP_IO_KEEPALIVE, SOAP_IO_KEEPALIVE | SOAP_XML_INDENT); soap.accept_timeout = TIMEOUT; soap.bind_flags |= SO_REUSEADDR; /* don't use this in unsecured environments */ /* soap.socket_flags = MSG_NOSIGNAL; */ /* use this to disable SIGPIPE */ /* soap.bind_flags |= SO_NOSIGPIPE; */ /* or use this to disable SIGPIPE */ m = soap_bind(&soap, NULL, port, BACKLOG); if (!soap_valid_socket(m)) { soap_print_fault(&soap, stderr); exit(1); } fprintf(stderr, "Socket connection successful %d\n", m); for (i = 1; ; i++) { s = soap_accept(&soap); if (!soap_valid_socket(s)) { if (soap.errnum) soap_print_fault(&soap, stderr); else fprintf(stderr, "%s timed out\n", argv[0]); /* should really wait for threads to terminate, but 24hr timeout should be enough ... */ break; } fprintf(stderr, "Thread %d accepts socket %d connection from IP %d.%d.%d.%d\n", i, s, (int)(soap.ip>>24)&0xFF, (int)(soap.ip>>16)&0xFF, (int)(soap.ip>>8)&0xFF, (int)soap.ip&0xFF); tsoap = soap_copy(&soap); #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_create(&tid, NULL, (void*(*)(void*))process_request, (void*)tsoap); #else process_request((void*)tsoap); #endif } return 0; } void *process_request(void *soap) { struct soap *tsoap = (struct soap*)soap; #if defined(_POSIX_THREADS) || defined(_SC_THREADS) pthread_detach(pthread_self()); #endif soap_serve(tsoap); soap_destroy(tsoap); soap_end(tsoap); soap_free(tsoap); return NULL; } int ns__handle(struct soap *soap, enum ns__event event) { switch (event) { /* each event is just consumed without server response */ case EVENT_A: fprintf(stderr, "Server Received Event: A\n"); break; case EVENT_B: fprintf(stderr, "Server Received Event: B\n"); break; case EVENT_C: fprintf(stderr, "Server Received Event: C\n"); break; /* after receiving event Z, we echo events A to C back to the client */ case EVENT_Z: fprintf(stderr, "Server Received Event: Z\n"); { struct soap *resp = soap_copy(soap); /* these multiple sends assume that the client enabled keep-alive */ fprintf(stderr, "Server Sends Event: A\n"); soap_send_ns__handle(resp, "http://", NULL, EVENT_A); fprintf(stderr, "Server Sends Event: B\n"); soap_send_ns__handle(resp, "http://", NULL, EVENT_B); fprintf(stderr, "Server Sends Event: C\n"); soap_send_ns__handle(resp, "http://", NULL, EVENT_C); soap_end(resp); soap_free(resp); } } if (event != EVENT_Z && synchronous) return soap_send_empty_response(soap, SOAP_OK); /* HTTP 202 Accepted */ return SOAP_OK; } gsoap-2.8.28/gsoap/samples/oneway/event.c0000644000175000017500000001151212653650156017641 0ustar ellertellert/* event.c C-style eventing client Events are based on one-way SOAP messaging using HTTP keep-alive for persistent connections. The 'synchronous' global flag illustrates SOAP one-way messaging, which requires an HTTP OK or HTTP Accept response with an empty body to be returned by the server. Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. Compile: soapcpp2 -c event.h cc -o event event.c stdsoap2.c soapC.c soapClient.c Run (first start the event handler on localhost port 18000): event -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "Event.nsmap" int synchronous = 1; /* synchronous=0: asynchronous one-way messaging over HTTP (no HTTP response) */ /* synchronous=1: SOAP interoperable synchronous one-way messaging over HTTP */ /* Service details (copied from event.h): */ const char *event_handler_endpoint = "http://localhost:18000"; const char *event_handler_action = "event"; int main() { struct soap soap; soap_init2(&soap, SOAP_IO_KEEPALIVE, SOAP_IO_KEEPALIVE | SOAP_XML_INDENT); /* Events A to C do not generate a response from the server */ fprintf(stderr, "Client Sends Event: A\n"); if (soap_send_ns__handle(&soap, event_handler_endpoint, event_handler_action, EVENT_A)) soap_print_fault(&soap, stderr); if (synchronous && soap_recv_empty_response(&soap)) soap_print_fault(&soap, stderr); fprintf(stderr, "Client Sends Event: B\n"); if (soap_send_ns__handle(&soap, event_handler_endpoint, event_handler_action, EVENT_B)) soap_print_fault(&soap, stderr); if (synchronous && soap_recv_empty_response(&soap)) soap_print_fault(&soap, stderr); /* reset keep-alive when client needs to inform the server that it will close the connection. It may reconnect later */ soap_clr_omode(&soap, SOAP_IO_KEEPALIVE); fprintf(stderr, "Client Sends Event: C\n"); if (soap_send_ns__handle(&soap, event_handler_endpoint, event_handler_action, EVENT_C)) soap_print_fault(&soap, stderr); if (synchronous && soap_recv_empty_response(&soap)) soap_print_fault(&soap, stderr); /* close the socket */ soap_closesock(&soap); /* re-enable keep-alive which is required to accept and execute multiple receives */ soap_set_omode(&soap, SOAP_IO_KEEPALIVE); /* Events Z generates a series of response from the server */ fprintf(stderr, "Client Sends Event: Z\n"); if (soap_send_ns__handle(&soap, event_handler_endpoint, event_handler_action, EVENT_Z)) soap_print_fault(&soap, stderr); else { struct ns__handle response; for (;;) { if (!soap_valid_socket(soap.socket)) { fprintf(stderr, "Connection was terminated (keep alive disabled?)\n"); break; } if (soap_recv_ns__handle(&soap, &response)) { if (soap.error == SOAP_EOF) fprintf(stderr, "Connection was gracefully closed by server\n"); else soap_print_fault(&soap, stderr); break; } else { switch (response.event) { case EVENT_A: fprintf(stderr, "Client Received Event: A\n"); break; case EVENT_B: fprintf(stderr, "Client Received Event: B\n"); break; case EVENT_C: fprintf(stderr, "Client Received Event: C\n"); break; case EVENT_Z: fprintf(stderr, "Client Received Event: Z\n"); break; } } } } soap_closesock(&soap); /* EVENT_Z has no HTTP response (fire and forget), so close the socket */ soap_end(&soap); /* this will close the socket too (if keep alive is off), just in case */ soap_done(&soap); /* detach environment (also closes sockets even with keep-alive) */ return 0; } gsoap-2.8.28/gsoap/samples/oneway/Makefile.am0000644000175000017500000000114112653650156020405 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. 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exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/calc++/README.txt0000644000175000017500000001333712653650154017605 0ustar ellertellertSimple calculator service implements: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): soapcpp2 -c calc.h cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): soapcpp2 -i calc.h cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp For C++ development soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The calcclient application invokes the service and is used from the command line as follows: $ calcclient add 3 4 result = 7 The calcserver application is a CGI application that can be installed under the cgibin of your Web server. The C client-side uses: Initialization of the runtime engine: soap_init(struct soap*) Invoking a call of xyz, this function is generated by soapcpp2: soap_call_ns__xyz(struct soap*, const char *endpoint, const char *action, double a, double b, double *result) Note: endpoint=NULL and action=NULL for defaults Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Finalize and detach the runtime engine: soap_done(struct soap*) The C server-side uses: Initialization of the runtime engine: soap_init(struct soap*) Binding the port: soap_bind(struct soap*, const char *host, int port, int backlog) Accepting a request: soap_accept(struct soap*); Invoking the service dispatcher, this function is generated by soapcpp2: soap_serve(struct soap*) Print communication errors: soap_print_fault(struct soap*, FILE*) Allocate data, which stays alive until deallocated by soap_end() soap_malloc(struct soap*, size_t len) Delete deserialized data: soap_end(struct soap*) Send back sender-related fault: soap_sender_fault(struct soap*, const char *string, const char *detailXML) Send back receiver-related fault: soap_receiver_fault(struct soap*, const char *string, const char *detailXML) Finalize and detach the runtime engine: soap_done(struct soap*) Service operations are not auto-generated (user-defined): ns__add(struct soap*, double a, double b, double *result) ns__sub(struct soap*, double a, double b, double *result) ns__mul(struct soap*, double a, double b, double *result) ns__div(struct soap*, double a, double b, double *result) ns__pow(struct soap*, double a, double b, double *result) The C++ client-side uses a proxy generated with soapcpp2 -i: class calcProxy The default endpoint can be changed: const char *calcProxxy::endpoint Invoke a call of xyz: calcProxy::xyz(double a, double b, double *result) Print communication errors: calcProxy::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): calcProxy::error Allocate data, deallocated by soap_end() or calcProxy destructor soap_malloc(calcProxy*, size_t len) Get new instance of class X, deallocated by soap_destroy() or calcProxy destructor soap_new_X(calcProxy*, -1) Get array of new instances of class X, deallocated by soap_destroy() or calcProxy destructor soap_new_X(calcProxy*, arraylen) Delete deserialized C++ class instances (also part of calcProxy destructor): soap_destroy(calcProxy*) Delete deserialized data (also part of calcProxy destructor): soap_end(calcProxy*) The C++ server-side uses a class generated with soapcpp2 -i: class calcService Serve requests over stdin/out (for CGI) calcService::serve() Serve multiple requests over port (iterative HTTP server): calcService::run() Print communication errors: calcService::soap_stream_fault(std::ostream&) Error code (see list of error codes in documentation and stdsoap2.h): calcService::error Send back sender-related fault: calcService::soap_senderfault(const char *string, const char *detailXML) Send back sender-related fault with subcode (SOAP 1.2): calcService::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML) Send back receiver-related fault: calcService::soap_receiver_fault(const char *string, const char *detailXML) Send back receiver-related fault with subcode (SOAP 1.2): calcService::soap_receiver_fault(const char *subcodeQName, const char *string, const char *detailXML) Service operations are user-defined (not auto-generated): calcService::add(double a, double b, double *result) calcService::sub(double a, double b, double *result) calcService::mul(double a, double b, double *result) calcService::div(double a, double b, double *result) calcService::pow(double a, double b, double *result) Allocate data, deallocated by soap_end() or calcService destructor soap_malloc(calcService*, size_t len) Get new instance of class X, deallocated by soap_destroy() or calcService destructor soap_new_X(calcService*, -1) Get array of new instances of class X, deallocated by soap_destroy() or calcService destructor soap_new_X(calcService*, arraylen) Delete deserialized C++ class instances (also part of calcService destructor): soap_destroy(calcService*) Delete deserialized data (also part of calcService destructor): soap_end(calcService*) Note: all soap_xyz(struct soap*, ...) gSOAP API functions are also available to the calcProxy and calcService classes by inheritance of the struct soap runtime engine state object. gsoap-2.8.28/gsoap/samples/calc++/calc.h0000644000175000017500000001041012653650154017147 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service protocol: SOAP //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/samples/calc++/Makefile.am0000644000175000017500000000125712653650154020141 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = calcclient calcserver SOAPHEADER = calc.h include ../Makefile.defines include ../Makefile.cpp_proxy_rules SOAP_NS = calc.nsmap calc.wsdl calcclient_SOURCES = calcclient.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) soapcalcProxy.cpp calcclient_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) calcserver_SOURCES = calcserver.cpp $(SOAPHEADER) $(SOAP_CPP_CORE) soapcalcService.cpp calcserver_LDADD = $(SOAP_CPP_LIB) $(SAMPLE_EXTRA_LIBS) -lm gsoap-2.8.28/gsoap/samples/calc++/calcclient.cpp0000644000175000017500000000512012653650154020703 0ustar ellertellert/* calcclient.cpp Example calculator service client in C++ Service definitions in calc.h (not generated by wsdl2h, but similar) $ soapcpp2 -i calc.h $ cc -o calcclient calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp where stdsoap2.cpp is in the 'gsoap' directory, or use libgsoap++: $ cc -o calcclient calcclient.cpp soapC.cpp soapcalcProxy.cpp -lgsoap++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcProxy.h" #include "calc.nsmap" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; int main(int argc, char **argv) { if (argc < 4) { fprintf(stderr, "Usage: [add|sub|mul|div|pow] num num\n"); exit(0); } double a, b, result; a = strtod(argv[2], NULL); b = strtod(argv[3], NULL); calcProxy calc; calc.soap_endpoint = server; switch (*argv[1]) { case 'a': calc.add(a, b, &result); break; case 's': calc.sub(a, b, &result); break; case 'm': calc.mul(a, b, &result); break; case 'd': calc.div(a, b, &result); break; case 'p': calc.pow(a, b, &result); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (calc.error) calc.soap_stream_fault(std::cerr); else printf("result = %g\n", result); return 0; } gsoap-2.8.28/gsoap/samples/calc++/calcserver.cpp0000644000175000017500000000616212653650154020742 0ustar ellertellert/* calcserver.cpp Example calculator service in C++ $ soapcpp2 -i calc.h $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp where stdsoap2.cpp is in the 'gsoap' directory, or use libgsoap++: $ cc -o calcserver++ calcserver.cpp soapC.cpp soapcalcService.cpp -lgsoap++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcalcService.h" #include "calc.nsmap" int main(int argc, char **argv) { calcService calc; if (argc < 2) calc.serve(); /* serve as CGI application */ else { int port = atoi(argv[1]); if (!port) { fprintf(stderr, "Usage: calcserver++ \n"); exit(0); } /* run iterative server on port until fatal error */ if (calc.run(port)) { calc.soap_stream_fault(std::cerr); exit(-1); } } return 0; } int calcService::add(double a, double b, double *result) { *result = a + b; return SOAP_OK; } int calcService::sub(double a, double b, double *result) { *result = a - b; 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maintainer-clean-generic mostlyclean mostlyclean-compile \ mostlyclean-generic pdf pdf-am ps ps-am tags tags-am uninstall \ uninstall-am $(SOAP_C_SRC) : $(SOAPHEADER) $(SOAP) -cL -I$(top_srcdir)/gsoap/import:$(top_srcdir)/gsoap $(SOAP_FLAGS) $(SOAPHEADER) # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gsoap-2.8.28/gsoap/samples/mtom/README.txt0000644000175000017500000000042712653650156017527 0ustar ellertellertMTOM attachment processing example. This application is a server and client to demonstate MTOM attachment handling. The application runs as a simple CGI server, stand-alone Web server on a port, or a test client application to test multiple MTOM attachment handling features. gsoap-2.8.28/gsoap/samples/mtom/mtom-test.c0000644000175000017500000003124512653650156020130 0ustar ellertellert/* mtom-test.c This application includes a MTOM test client and server. As a client application, it fires four different base64 or MTOM attachments to the server. As a server, it will respond to the messages by converting base64 into MTOM attachments and vice versa. Usage (server): $ mtom Usage (client): $ mtom http://localhost: "" "" "" ... -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "mtom_test.nsmap" int cgi_serve(); int run_serve(int port); int run_tests(int, char**); int main(int argc, char **argv) { if (argc < 2) return cgi_serve(); if (argc < 3) return run_serve(atoi(argv[1])); return run_tests(argc, argv); } int cgi_serve() { /* CGI-style: serve request from stdin */ return soap_serve(soap_new1(SOAP_XML_INDENT | SOAP_ENC_MTOM)); /* enable MTOM XOP attachments (and XML indent) */ } int run_serve(int port) { struct soap *soap = soap_new1(SOAP_ENC_MTOM); /* enable MTOM */ int ret; if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) soap_print_fault(soap, stderr); else { fprintf(stderr, "Bind to port %d successful\n", port); soap->accept_timeout = 3600; /* let server time out after one hour */ for (;;) { int sock = soap_accept(soap); if (!soap_valid_socket(sock)) { if (soap->errnum) soap_print_fault(soap, stderr); else fprintf(stderr, "Server timed out\n"); break; } fprintf(stderr, "Accepting socket %d connection from IP %d.%d.%d.%d... ", sock, (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); if (soap_serve(soap)) soap_print_fault(soap, stderr); fprintf(stderr, "done\n"); soap_destroy(soap); soap_end(soap); } } ret = soap->error; soap_free(soap); /* done and free */ return ret; } int run_tests(int argc, char **argv) { struct soap *soap = soap_new1(SOAP_ENC_MTOM); /* enable MTOM */ int i, ret; struct x__DataType data; struct x__WrapperType wrap; struct m__EchoTestSingleResponse single; struct m__EchoTestMultipleResponse multiple; soap_default_x__DataType(soap, &data); soap_default_x__WrapperType(soap, &wrap); /* First test call */ data.__union = SOAP_UNION_x__data_base64; data.choice.base64.__ptr = (unsigned char*)argv[2]; data.choice.base64.__size = (int)strlen(argv[2]) + 1; if (soap_call_m__EchoTestSingle(soap, argv[1], NULL, &data, &single)) { soap_print_fault(soap, stderr); } else { if (!single.x__Data || single.x__Data->__union != SOAP_UNION_x__data_xop__Include || !single.x__Data->choice.xop__Include.__ptr || single.x__Data->choice.xop__Include.__size != data.choice.base64.__size || strcmp((char*)single.x__Data->choice.xop__Include.__ptr, (char*)data.choice.base64.__ptr)) fprintf(stderr, "EchoTestSingle 1: data transcription error\n"); else fprintf(stderr, "EchoTestSingle 1: OK\n"); /* Second test call */ data.__union = SOAP_UNION_x__data_xop__Include; data.choice.xop__Include.__ptr = (unsigned char*)argv[2]; data.choice.xop__Include.__size = (int)strlen(argv[2]) + 1; data.choice.xop__Include.id = NULL; data.choice.xop__Include.type = "text/xml"; data.choice.xop__Include.options = NULL; data.xmime5__contentType = "text/xml"; #ifdef WITH_NOIDREF /* compiling with WITH_NOIDREF removes auto-detection of attachments */ soap_set_mime(soap, NULL, NULL); /* so we explicitly set MIME attachments */ #endif if (soap_call_m__EchoTestSingle(soap, argv[1], NULL, &data, &single)) { soap_print_fault(soap, stderr); } else { if (!single.x__Data || single.x__Data->__union != SOAP_UNION_x__data_base64 || !single.x__Data->choice.base64.__ptr || single.x__Data->choice.base64.__size != data.choice.xop__Include.__size || strcmp((char*)single.x__Data->choice.base64.__ptr, (char*)data.choice.xop__Include.__ptr)) fprintf(stderr, "EchoTestSingle 2: data transcription error\n"); else { fprintf(stderr, "EchoTestSingle 2: OK\n"); /* Third test call */ wrap.__size = argc - 2; wrap.Data = (struct x__DataType*)soap_malloc(soap, wrap.__size * sizeof(struct x__DataType)); for (i = 0; i < wrap.__size; ++i) { soap_default_x__DataType(soap, &wrap.Data[i]); wrap.Data[i].__union = SOAP_UNION_x__data_base64; wrap.Data[i].choice.base64.__ptr = (unsigned char*)argv[i + 2]; wrap.Data[i].choice.base64.__size = (int)strlen(argv[i + 2]) + 1; wrap.Data[i].xmime5__contentType = "text/xml"; } if (soap_call_m__EchoTestMultiple(soap, argv[1], NULL, &wrap, &multiple)) soap_print_fault(soap, stderr); else { int okay = 1; if (!multiple.x__EchoTest || multiple.x__EchoTest->__size != wrap.__size) okay = 0; else { for (i = 0; i < multiple.x__EchoTest->__size; ++i) if (multiple.x__EchoTest->Data[i].__union != SOAP_UNION_x__data_xop__Include || !multiple.x__EchoTest->Data[i].choice.xop__Include.__ptr || multiple.x__EchoTest->Data[i].choice.xop__Include.__size != wrap.Data[i].choice.base64.__size || strcmp((char*)multiple.x__EchoTest->Data[i].choice.xop__Include.__ptr, (char*)wrap.Data[i].choice.base64.__ptr)) okay = 0; } if (!okay) fprintf(stderr, "EchoTestMultiple 1: data transcription error\n"); else { fprintf(stderr, "EchoTestMultiple 1: OK\n"); /* Fourth test call */ for (i = 0; i < wrap.__size; ++i) { soap_default_x__DataType(soap, &wrap.Data[i]); wrap.Data[i].__union = SOAP_UNION_x__data_xop__Include; wrap.Data[i].choice.xop__Include.__ptr = (unsigned char*)argv[i + 2]; wrap.Data[i].choice.xop__Include.__size = (int)strlen(argv[i + 2]) + 1; wrap.Data[i].choice.xop__Include.id = NULL; wrap.Data[i].choice.xop__Include.type = "text/xml"; wrap.Data[i].choice.xop__Include.options = NULL; wrap.Data[i].xmime5__contentType = "text/xml"; } if (soap_call_m__EchoTestMultiple(soap, argv[1], NULL, &wrap, &multiple)) soap_print_fault(soap, stderr); else { int okay = 1; if (!multiple.x__EchoTest || multiple.x__EchoTest->__size != wrap.__size) okay = 0; else { for (i = 0; i < multiple.x__EchoTest->__size; ++i) if (multiple.x__EchoTest->Data[i].__union != SOAP_UNION_x__data_base64 || !multiple.x__EchoTest->Data[i].choice.base64.__ptr || multiple.x__EchoTest->Data[i].choice.base64.__size != wrap.Data[i].choice.xop__Include.__size || strcmp((char*)multiple.x__EchoTest->Data[i].choice.base64.__ptr, (char*)wrap.Data[i].choice.xop__Include.__ptr)) okay = 0; } if (!okay) fprintf(stderr, "EchoTestMultiple 2: data transcription error\n"); else fprintf(stderr, "EchoTestMultiple 2: OK\n"); } } } } } } ret = soap->error; soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); return ret; } int m__EchoTestSingle(struct soap *soap, struct x__DataType *data, struct m__EchoTestSingleResponse *response) { if (!data) { /* To return a fault in an MTOM attachment: soap_set_mode(soap, SOAP_ENC_MTOM | SOAP_ENC_MIME); */ return soap_sender_fault(soap, "No data", NULL); } /* allocate response */ response->x__Data = (struct x__DataType*)soap_malloc(soap, sizeof(struct x__DataType)); if (!response->x__Data) return SOAP_EOM; /* copy data into response, switching from base64 to MTOM and vice versa */ switch (data->__union) { case SOAP_UNION_x__data_xop__Include: /* convert MTOM attachment to base64Binary */ response->x__Data->__union = SOAP_UNION_x__data_base64; response->x__Data->choice.base64.__ptr = data->choice.xop__Include.__ptr; response->x__Data->choice.base64.__size = data->choice.xop__Include.__size; response->x__Data->xmime5__contentType = data->choice.xop__Include.type; break; case SOAP_UNION_x__data_base64: /* convert base64Binary to MTOM attachment */ response->x__Data->__union = SOAP_UNION_x__data_xop__Include; response->x__Data->choice.xop__Include.__ptr = data->choice.base64.__ptr; response->x__Data->choice.xop__Include.__size = data->choice.base64.__size; response->x__Data->choice.xop__Include.id = NULL; response->x__Data->choice.xop__Include.type = data->xmime5__contentType; response->x__Data->choice.xop__Include.options = NULL; response->x__Data->xmime5__contentType = data->xmime5__contentType; #ifdef WITH_NOIDREF /* compiling with WITH_NOIDREF removes auto-detection of attachments */ soap_set_mime(soap, NULL, NULL); /* so we explicitly set MIME attachments */ #endif break; default: return soap_sender_fault(soap, "Wrong data format", NULL); } return SOAP_OK; } int m__EchoTestMultiple(struct soap *soap, struct x__WrapperType *x__EchoTest, struct m__EchoTestMultipleResponse *response) { int i; if (!x__EchoTest) return soap_sender_fault(soap, "No data", NULL); /* allocate response */ response->x__EchoTest = (struct x__WrapperType*)soap_malloc(soap, sizeof(struct x__WrapperType)); if (!response->x__EchoTest) return SOAP_EOM; response->x__EchoTest->__size = x__EchoTest->__size; response->x__EchoTest->Data = (struct x__DataType*)soap_malloc(soap, sizeof(struct x__DataType) * x__EchoTest->__size); if (!response->x__EchoTest->Data) return SOAP_EOM; /* copy data into response, switching from base64 to MTOM and vice versa */ for (i = 0; i < x__EchoTest->__size; ++i) { switch (x__EchoTest->Data[i].__union) { case SOAP_UNION_x__data_xop__Include: /* convert MTOM attachment to base64Binary */ response->x__EchoTest->Data[i].__union = SOAP_UNION_x__data_base64; response->x__EchoTest->Data[i].choice.base64.__ptr = x__EchoTest->Data[i].choice.xop__Include.__ptr; response->x__EchoTest->Data[i].choice.base64.__size = x__EchoTest->Data[i].choice.xop__Include.__size; response->x__EchoTest->Data[i].xmime5__contentType = x__EchoTest->Data[i].choice.xop__Include.type; break; case SOAP_UNION_x__data_base64: /* convert base64Binary to MTOM attachment */ response->x__EchoTest->Data[i].__union = SOAP_UNION_x__data_xop__Include; response->x__EchoTest->Data[i].choice.xop__Include.__ptr = x__EchoTest->Data[i].choice.base64.__ptr; response->x__EchoTest->Data[i].choice.xop__Include.__size = x__EchoTest->Data[i].choice.base64.__size; response->x__EchoTest->Data[i].choice.xop__Include.id = NULL; response->x__EchoTest->Data[i].choice.xop__Include.type = x__EchoTest->Data[i].xmime5__contentType; response->x__EchoTest->Data[i].choice.xop__Include.options = NULL; response->x__EchoTest->Data[i].xmime5__contentType = x__EchoTest->Data[i].xmime5__contentType; #ifdef WITH_NOIDREF /* compiling with WITH_NOIDREF removes auto-detection of attachments */ soap_set_mime(soap, NULL, NULL); /* so we explicitly set MIME attachments */ #endif break; default: return soap_sender_fault(soap, "Wrong data format", NULL); } } return SOAP_OK; } gsoap-2.8.28/gsoap/samples/mtom/Makefile.am0000644000175000017500000000075512653650156020071 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 noinst_PROGRAMS = mtom SOAPHEADER = mtom-test.h include ../Makefile.defines include ../Makefile.c_rules SOAP_NS = mtom_test.nsmap mtom_test.wsdl mtom_SOURCES = mtom-test.c $(SOAPHEADER) $(SOAP_C_SRC) mtom_LDADD = $(SOAP_C_LIB) $(SAMPLE_EXTRA_LIBS) gsoap-2.8.28/gsoap/samples/mtom/mtom-test.h0000644000175000017500000000666512653650156020145 0ustar ellertellert/* mtom-test.h This application includes a MIME test client and server. As a client application, it fires four different base64 or MIME attachments to the server. As a server, it will respond to the messages by converting base64 into MIME attachments and vice versa. Usage (server): $ mtom-test Usage (client): $ mtom-test http://localhost: "" "" "" ... -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "soap12.h" #import "xop.h" #import "xmime5.h" //gsoap m service name: mtom_test //gsoap m service namespace: http://www.genivia.com/wsdl/mtom_test.wsdl //gsoap x schema namespace: http://www.genivia.com/schemas/mtom_test.xsd //gsoap x schema elementForm: qualified struct xsd__base64Binary { unsigned char *__ptr; int __size; }; //gsoap x schema type-documentation: DataType a union of an MIME attachment or a base64 binary data type struct x__DataType { int __union; union x__data { _xop__Include xop__Include; struct xsd__base64Binary base64; } choice; @char *xmime5__contentType; }; //gsoap x schema type-documentation: WrapperType wraps a sequence of data elements with MIME attachments or base64 binary data struct x__WrapperType { int __size; struct x__DataType *Data; }; /* m:EchoTestSingle has a single in/out attachment of text/xml */ //gsoap m service method-input-mime-type: EchoTestSingle text/xml //gsoap m service method-output-mime-type: EchoTestSingle text/xml //gsoap m service method-documentation: EchoTestSingle echo a single MIME attachment or base64 binary data element int m__EchoTestSingle( struct x__DataType *x__Data, struct m__EchoTestSingleResponse { struct x__DataType *x__Data; }* ); /* m:EchoTestSingle has at least two in/out attachments of any MIME type */ //gsoap m service method-mime-type: EchoTestMultiple */* //gsoap m service method-mime-type: EchoTestMultiple */* //gsoap m service method-documentation: EchoTestMultiple echo a sequence of MIME attachments or base64 binary data elements int m__EchoTestMultiple( struct x__WrapperType *x__EchoTest, struct m__EchoTestMultipleResponse { struct x__WrapperType *x__EchoTest; }* ); gsoap-2.8.28/gsoap/wsdl/0000755000175000017500000000000012653650160014352 5ustar ellertellertgsoap-2.8.28/gsoap/wsdl/imports.h0000644000175000017500000000326612653650160016227 0ustar ellertellert/* imports.h Common XSD types and externs for gSOAP header file import -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "stlvector.h" typedef char *xsd__anyURI, *xsd__ID, *xsd__NCName, *xsd__NMTOKEN, *xsd__NMTOKENS, *xsd__QName, *xsd__string; typedef bool xsd__boolean; extern class ostream; extern class istream; #include "includes.h" extern class SetOfString; gsoap-2.8.28/gsoap/wsdl/gwsdl.h0000644000175000017500000000505212653650160015645 0ustar ellertellert/* gwsdl.h OGSI GWSDL binding schema interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap gwsdl schema documentation: OGSI GWSDL binding schema //gsoap gwsdl schema namespace: http://www.gridforum.org/namespaces/2003/03/gridWSDLExtensions //gsoap sd schema namespace: http://www.gridforum.org/namespaces/2003/03/serviceData #import "schema.h" class wsdl__operation; enum sd__mutability { static_, constant, extendable, mutable_ }; class sd__serviceData { public: @xsd__NMTOKEN name; @xsd__QName type; @xsd__boolean nillable = false; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded @enum sd__mutability mutability = extendable; @xsd__boolean modifiable = false; /* has any content */ public: }; class sd__staticServiceDataValues { public: int __type; /* any content, probably should use DOM */ void* _any; }; class gwsdl__portType { public: @xsd__NMTOKEN name; @xsd__QName extends; // a list of QNames xsd__string documentation; // ? std::vector operation; // * std::vector sd__serviceData_; sd__staticServiceDataValues *sd__staticServiceDataValues_; public: }; gsoap-2.8.28/gsoap/wsdl/bpel.h0000644000175000017500000000630312653650160015447 0ustar ellertellert/* bpel.h BPEL 2.0 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "imports.h" //gsoap plnk schema documentation: Partner Link Type Schema for WS-BPEL 2.0 //gsoap plnk schema namespace: http://docs.oasis-open.org/wsbpel/2.0/plnktype //gsoap plnk schema elementForm: qualified //gsoap plnk schema attributeForm: unqualified //gsoap vprop schema documentation: Variable Properties Schema for WS-BPEL 2.0 //gsoap vprop schema namespace: http://docs.oasis-open.org/wsbpel/2.0/varprop //gsoap vprop schema elementForm: qualified //gsoap vprop schema attributeForm: unqualified class wsdl__definitions; class wsdl__portType; class plnk__tPartnerLinkType; class plnk__tRole { public: @xsd__NCName name; @xsd__QName portType; xsd__string documentation; private: wsdl__portType *portTypeRef; plnk__tPartnerLinkType *plnkRef; public: plnk__tRole(); int traverse(wsdl__definitions&); wsdl__portType *portTypePtr() const; void plnkPtr(plnk__tPartnerLinkType*); plnk__tPartnerLinkType *plnkPtr() const; }; class plnk__tPartnerLinkType { public: @xsd__NCName name; std::vector role; xsd__string documentation; public: int traverse(wsdl__definitions&); }; class vprop__tQuery { public: @xsd__anyURI queryLanguage = "urn:oasis:names:tc:wsbpel:2.0:sublang:xpath1.0"; xsd__QName __mixed; }; class vprop__tProperty { public: @xsd__NCName name; @xsd__QName type; @xsd__QName element; xsd__string documentation; public: int traverse(wsdl__definitions&); }; class vprop__tPropertyAlias { public: vprop__tQuery* query; @xsd__QName propertyName; @xsd__QName messageType; @xsd__NCName part; @xsd__QName type; @xsd__QName element; xsd__string documentation; private: vprop__tProperty *vpropRef; public: int traverse(wsdl__definitions&); vprop__tProperty *vpropPtr() const; }; gsoap-2.8.28/gsoap/wsdl/Make_mvc.mak0000644000175000017500000000441412653650160016571 0ustar ellertellertCC=cl CPP=cl LIBS=wsock32.lib SECURE_LIBS=$(LIBS) libeay32.lib ssleay32.lib GSOAP=..\\soapcpp2.exe SOAPH=stdsoap2.h SOAPC=stdsoap2.c SOAPCPP=stdsoap2.cpp COFLAGS=-O2 # COFLAGS=-ZI -DDEBUG CFLAGS= -EHsc -nologo $(COFLAGS) wsdl2h.exe: wsdlC.obj wsdl.obj schema.obj soap.obj mime.obj wsp.obj bpel.obj types.obj service.obj wsdl2h.obj stdsoap2.obj $(CPP) $(CFLAGS) -Fewsdl2h.exe wsdl2h.obj wsdlC.obj wsdl.obj schema.obj \ soap.obj mime.obj wsp.obj bpel.obj types.obj service.obj stdsoap2.obj $(LIBS) # cp -f wsdl2h .. secure: touch wsdl2h.cpp make wsdl2h_secure wsdl2h_secure: wsdlC.obj wsdl.obj schema.cpp soap.obj mime.obj wsp.obj bpel.obj types.obj service.obj wsdl2h.obj httpda.obj md5evp.obj stdsoap2.obj $(CPP) $(CFLAGS) -DWITH_OPENSSL -Fewsdl2h.exe wsdl2h.obj wsdlC.obj wsdl.obj \ schema.cpp soap.obj mime.obj wsp.obj bpel.obj types.obj service.obj httpda.obj md5evp.obj stdsoap2.obj $(SECURE_LIBS) wsdl2h.obj: wsdl2h.cpp $(CPP) -c $(CFLAGS) wsdl2h.cpp wsdlC.obj: wsdlC.cpp $(CPP) -c $(CFLAGS) wsdlC.cpp wsdlC.cpp: schema.h soap.h mime.h http.h wsdl.h includes.h imports.h $(GSOAP) -CS -pwsdl wsdl.h types.obj: types.h types.cpp $(CPP) -c $(CFLAGS) types.cpp service.obj: types.h service.h service.cpp $(CPP) -c $(CFLAGS) service.cpp wsdl.obj: wsdl.h wsdl.cpp includes.h imports.h $(CPP) -c $(CFLAGS) wsdl.cpp schema.obj: schema.h schema.cpp includes.h imports.h $(CPP) -c $(CFLAGS) schema.cpp soap.obj: soap.h soap.cpp includes.h imports.h $(CPP) -c $(CFLAGS) soap.cpp mime.obj: mime.h mime.cpp includes.h imports.h $(CPP) -c $(CFLAGS) mime.cpp wsp.obj: wsp.h wsp.cpp includes.h imports.h $(CPP) -c $(CFLAGS) wsp.cpp bpel.obj: bpel.h bpel.cpp includes.h imports.h $(CPP) -c $(CFLAGS) bpel.cpp httpda.obj: ../plugin/httpda.c $(CC) -c -I../plugin $(CFLAGS) ../plugin/httpda.c md5evp.obj: ../plugin/md5evp.c $(CC) -c -I../plugin $(CFLAGS) ../plugin/md5evp.c stdsoap2.obj: $(SOAPCPP) $(CPP) -c $(CFLAGS) $(SOAPCPP) clean: del /f *.obj wsdlH.h wsdlStub.h wsdlC.cpp wsdlClient.cpp wsdlServer.cpp \ wsdlClientLib.cpp wsdlServerLib.cpp distclean: del /f *.obj *.wsdl. *.xsd *.xml *.nsmap wsdl2h.exe wsdlH.h wsdlStub.h \ wsdlC.cpp wsdlClient.cpp wsdlServer.cpp wsdlClientLib.cpp wsdlServerLib.cpp gsoap-2.8.28/gsoap/wsdl/wsdl.h0000644000175000017500000003713012653650160015500 0ustar ellertellert/* wsdl.h WSDL 1.1 and WSDL 2.0 schemas -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoapopt w //gsoap wsdl schema documentation: WSDL 1.1/2.0 binding schema //gsoap wsdl schema namespace: http://schemas.xmlsoap.org/wsdl/ //gsoap wsdl schema namespace2: http://www.w3.org/ns/wsdl //gsoap wsdl schema elementForm: qualified //gsoap wsdl schema attributeForm: unqualified #import "imports.h" #import "schema.h" #import "soap.h" #import "mime.h" #import "dime.h" #import "http.h" #import "gwsdl.h" #import "wsam.h" #import "wsp.h" #import "bpel.h" class wsdl__definitions; // forward declaration class wsdl__import { public: @xsd__anyURI namespace_; @xsd__anyURI location; private: wsdl__definitions *definitionsRef; public: wsdl__import(); int preprocess(wsdl__definitions&); int traverse(wsdl__definitions&); void definitionsPtr(wsdl__definitions*); wsdl__definitions *definitionsPtr() const; }; class wsdl__types : public xs__schema // WSDL 2.0 inlined schema { public: xsd__string documentation; // ? std::vector xs__schema_; // * public: int preprocess(wsdl__definitions&); int traverse(wsdl__definitions&); }; class wsdl__part { public: @xsd__NMTOKEN name; @xsd__QName element; @xsd__QName type; xsd__string documentation; // ? private: xs__element *elementRef; // traverse() finds element xs__simpleType *simpleTypeRef; // traverse() finds simpleType xs__complexType *complexTypeRef; // traverse() finds complexType public: wsdl__part(); int traverse(wsdl__definitions&); void elementPtr(xs__element*); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__element *elementPtr() const; xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class wsdl__message { public: @xsd__NMTOKEN name; xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * std::vector part; // * public: int traverse(wsdl__definitions&); }; class wsdl__ioput { public: @xsd__NMTOKEN name; @xsd__QName message; @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName element; // WSDL 2.0 @xsd__anyURI wsa__Action; @xsd__anyURI wsam__Action; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? private: wsdl__message *messageRef; // traverse() finds message xs__element *elementRef; // traverse() finds element WSDL 2.0 public: wsdl__ioput(); int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); wsdl__message *messagePtr() const; void elementPtr(xs__element*); xs__element *elementPtr() const; }; class wsdl__fault { public: @xsd__NMTOKEN name; @xsd__QName message; @xsd__QName ref; // WSDL 2.0 @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName element; // WSDL 2.0 @xsd__anyURI wsa__Action; @xsd__anyURI wsam__Action; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? private: wsdl__message *messageRef; // traverse() finds message xs__element *elementRef; // traverse() finds element WSDL 2.0 public: wsdl__fault(); int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); wsdl__message *messagePtr() const; void elementPtr(xs__element*); xs__element *elementPtr() const; }; class wsdl__operation { public: @xsd__NMTOKEN name; @xsd__anyURI pattern; // WSDL 2.0 @xsd__anyURI style; // WSDL 2.0 @xsd__string wrpc__signature; // WSDL 2.0 @xsd__string parameterOrder; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? $int __union1; union wsdl__union_ioput // | { wsdl__ioput *input; wsdl__ioput *output; } __ioput1; $int __union2; union wsdl__union_ioput __ioput2; // | std::vector fault; // * std::vector infault; // * WSDL 2.0 std::vector outfault; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__portType // ... and WSDL 2.0 interface { public: @xsd__NMTOKEN name; @xsd__QName extends; // WSDL 2.0 @xsd__anyURI styleDefault; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? std::vector fault; // * WSDL 2.0 std::vector operation; // * private: wsdl__definitions *definitionsRef; public: wsdl__portType(); int traverse(wsdl__definitions&); void definitionsPtr(wsdl__definitions*); wsdl__definitions *definitionsPtr() const; }; class wsdl__ext_ioput // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__NMTOKEN messageLabel; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? dime__message *dime__message_; // ? soap__body *soap__body_; // ? xsd__string http__urlEncoded; // ? mime__multipartRelated *mime__multipartRelated_;// ? mime__content *mime__content_; // ? mime__mimeXml *mime__mimeXml_; // ? std::vector soap__header_; // * std::vector wsoap__module_; // * WSDL 2.0 std::vector wsoap__header_; // * WSDL 2.0 std::vector whttp__header_; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__ext_fault // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__QName ref; // WSDL 2.0 @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName wsoap__code; // WSDL 2.0 @xsd__QName wsoap__subcodes; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? soap__fault *soap__fault_; // ? std::vector wsoap__module_; // * WSDL 2.0 private: wsdl__fault *faultRef; public: wsdl__ext_fault(); int traverse(wsdl__definitions&, wsdl__portType*); void faultPtr(wsdl__fault*); wsdl__fault *faultPtr() const; }; class wsdl__ext_operation // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__QName ref; // WSDL 2.0 @xsd__anyURI wsoap__mep; // WSDL 2.0 @xsd__anyURI wsoap__action; // WSDL 2.0 @xsd__string whttp__method; // WSDL 2.0 @xsd__string whttp__location; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? soap__operation *soap__operation_; // ? http__operation *http__operation_; // ? wsdl__ext_ioput *input; // ? wsdl__ext_ioput *output; // ? std::vector fault; // * std::vector infault; // * WSDL 2.0 std::vector outfault; // * WSDL 2.0 private: wsdl__operation *operationRef; // traverse() finds operation public: wsdl__ext_operation(); int traverse(wsdl__definitions&, wsdl__portType*); void operationPtr(wsdl__operation*); wsdl__operation *operationPtr() const; }; class wsdl__binding { public: @xsd__NMTOKEN name; @xsd__QName type; @xsd__anyURI type_; // WSDL 2.0 @xsd__QName interface_; // WSDL 2.0 @xsd__boolean whttp__cookies = false; // WSDL 2.0 @xsd__string wsoap__version; // WSDL 2.0 @xsd__anyURI wsoap__protocol; // WSDL 2.0 @xsd__anyURI wsoap__mepDefault; // WSDL 2.0 @xsd__string whttp__methodDefault; // WSDL 2.0 xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * soap__binding *soap__binding_; // ? http__binding *http__binding_; // ? std::vector wsoap__module_; // * WSDL 2.0 std::vector fault; // * WSDL 2.0 std::vector operation; // * private: wsdl__portType *portTypeRef; // traverse() finds portType/interface public: wsdl__binding(); int traverse(wsdl__definitions&); void portTypePtr(wsdl__portType*); wsdl__portType *portTypePtr() const; }; class wsdl__port // ... and WSDL 2.0 endpoint { public: @xsd__NMTOKEN name; @xsd__QName binding; @xsd__anyURI address; // WSDL 2.0 @xsd__NMTOKEN whttp__authenticationScheme; // WSDL 2.0 @xsd__NMTOKEN whttp__authenticationRealm; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? wsa__EndpointReferenceType *wsa__EndpointReference;// ? soap__address *soap__address_; // ? http__address *http__address_; // ? private: wsdl__binding *bindingRef; // traverse() finds binding public: wsdl__port(); int traverse(wsdl__definitions&); void bindingPtr(wsdl__binding*); wsdl__binding *bindingPtr() const; }; class wsdl__service { public: @xsd__NMTOKEN name; @xsd__QName interface_; // WSDL 2.0 xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * std::vector port; // * WSDL 1.1 std::vector endpoint; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__definitions { public: @xsd__NMTOKEN name; @xsd__anyURI targetNamespace = ""; @xsd__NMTOKEN version; std::vector import; // * xsd__string documentation; // ? wsdl__types *types; // ? std::vector message; // * std::vector portType; // * WSDL 1.1 std::vector interface_; // * WSDL 2.0 std::vector binding; // * std::vector service; // * xsd__string wsp__UsingPolicy; // ? WS-Policy 1.2/1.5 std::vector wsp__Policy_; // * WS-Policy 1.2/1.5 std::vector plnk__partnerLinkType; // * BPEL 2.0 std::vector vprop__property; // * BPEL 2.0 std::vector vprop__propertyAlias; // * BPEL 2.0 std::vector gwsdl__portType_; // * struct soap *soap; private: bool soap12; bool updated; char* location; int redirs; SetOfString builtinTypeSet; SetOfString builtinElementSet; SetOfString builtinAttributeSet; public: wsdl__definitions(); wsdl__definitions(struct soap*); wsdl__definitions(struct soap*, const char*, const char*); virtual ~wsdl__definitions(); int get(struct soap*); // gSOAP getter is triggered after parsing int preprocess(); int traverse(); int read(int, char**); int read(const char *cwd, const char*); const char* sourceLocation(); int error(); bool is_updated(); void print_fault(); void builtinType(const char*); void builtinTypes(const SetOfString&); void builtinElement(const char*); void builtinElements(const SetOfString&); void builtinAttribute(const char*); void builtinAttributes(const SetOfString&); const SetOfString& builtinTypes() const; const SetOfString& builtinElements() const; const SetOfString& builtinAttributes() const; friend ostream& operator<<(ostream&, const wsdl__definitions&); friend istream& operator>>(istream&, wsdl__definitions&); }; extern ostream &operator<<(ostream &o, const wsdl__definitions &e); extern istream &operator>>(istream &i, wsdl__definitions &e); gsoap-2.8.28/gsoap/wsdl/soap.h0000644000175000017500000000736312653650160015476 0ustar ellertellert/* soap.h WSDL/SOAP binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap soap schema documentation: WSDL 1.1 SOAP binding schema //gsoap soap schema namespace: http://schemas.xmlsoap.org/wsdl/soap/ //gsoap wsoap schema documentation: WSDL 2.0 SOAP binding schema //gsoap wsoap schema namespace: http://www.w3.org/ns/wsdl/soap #import "imports.h" class wsdl__definitions; // forward declaration class wsdl__message; // forward declaration class wsdl__part; // forward declaration enum soap__styleChoice { rpc, document }; class soap__binding { public: @xsd__anyURI transport; @enum soap__styleChoice *style; }; class soap__operation { public: @xsd__anyURI soapAction; @xsd__boolean soapActionRequired = true; @enum soap__styleChoice *style; }; enum soap__useChoice { literal, encoded }; class soap__body { public: @xsd__anyURI encodingStyle; @xsd__NMTOKENS parts; @enum soap__useChoice use; @xsd__anyURI namespace_; }; class soap__fault { public: @xsd__NMTOKEN name; @xsd__anyURI encodingStyle; @enum soap__useChoice use; @xsd__anyURI namespace_; }; class soap__headerfault { public: @xsd__QName message; @xsd__NMTOKEN part; @enum soap__useChoice use; @xsd__anyURI encodingStyle; @xsd__anyURI namespace_; private: wsdl__message *messageRef; wsdl__part *partRef; public: int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); void partPtr(wsdl__part*); wsdl__message *messagePtr() const; wsdl__part *partPtr() const; }; class soap__header { public: @xsd__QName message; @xsd__NMTOKEN part; @enum soap__useChoice use; @xsd__anyURI encodingStyle; @xsd__anyURI namespace_; std::vector headerfault; // * private: wsdl__message *messageRef; wsdl__part *partRef; public: int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); void partPtr(wsdl__part*); wsdl__message *messagePtr() const; wsdl__part *partPtr() const; }; class soap__address { public: @xsd__anyURI location; }; class wsoap__module { public: @xsd__anyURI ref; @xsd__boolean required = false; }; class wsoap__header { public: @xsd__QName element; @xsd__boolean mustUnderstand_ = false; @xsd__boolean required = false; private: xs__element *elementRef; public: int traverse(wsdl__definitions&); void elementPtr(xs__element*); xs__element *elementPtr() const; }; gsoap-2.8.28/gsoap/wsdl/schema.h0000644000175000017500000004372112653650160015772 0ustar ellertellert/* schema.h schema of XSD schemas 1.0 and 1.1 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap xs schema documentation: XSD binding schema //gsoap xs schema namespace: http://www.w3.org/2001/XMLSchema //gsoap xs schema elementForm: qualified //gsoap xs schema attributeForm: unqualified /* For the wsdl:arrayType attribute to support old style SOAP arrays: */ //gsoap wsdl schema namespace: http://schemas.xmlsoap.org/wsdl/ #import "imports.h" class xs__schema; // forward declaration class xs__simpleType; // forward declaration class xs__complexType; // forward declaration class xs__extension; // forward declaration class xs__restriction; // forward declaration class xs__seqchoice; // forward declaration class xs__group; // forward declaration class xs__list; // forward declaration class xs__union; // forward declaration class xs__annotation { public: char* documentation; }; class xs__assert { public: @xsd__string test; @xsd__anyURI xpathDefaultNamespace; xs__annotation *annotation; }; class xs__alternative { public: @xsd__string test; @xsd__QName type; @xsd__anyURI xpathDefaultNamespace; xs__annotation *annotation; }; enum xs__formChoice { unqualified, qualified }; class xs__element { public: @xsd__NCName name; @xsd__QName ref; @xsd__QName type; @xsd__string default_; @xsd__QName default__; // also get QName value if element type is QName @xsd__string fixed; @xsd__QName fixed_; // also get QName value if element type is QName @enum xs__formChoice *form; @xsd__boolean nillable = false; @xsd__boolean abstract = false; @xsd__QName substitutionGroup; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded @xsd__anyURI targetNamespace; // XSD 1.1 @xsd__string xmime__expectedContentTypes; xs__annotation *annotation; xs__simpleType *simpleType; // choice xs__complexType *complexType; // choice std::vector alternative; // XSD 1.1 (unused) xsd__string unique; // unused private: xs__schema *schemaRef; // schema to which this belongs xs__element *elementRef; // traverse() finds ref xs__simpleType *simpleTypeRef; // traverse() finds type or = simpleType above xs__complexType *complexTypeRef; // traverse() finds type or = complexType above std::vector substitutions; // traverse() finds substitutionGroup elements public: xs__element(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void elementPtr(xs__element*); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__schema *schemaPtr() const; xs__element *elementPtr() const; xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; const std::vector *substitutionsPtr() const; }; enum xs__attribute_use { optional, prohibited, required, default_, fixed_ }; class xs__attribute { public: @xsd__NCName name; @xsd__QName ref; @xsd__QName type; @enum xs__attribute_use use = optional; @xsd__string default_; @xsd__QName default__; // also get QName value if attribute type is QName @xsd__string fixed; @xsd__QName fixed_; // also get QName value if attribute type is QName @enum xs__formChoice *form; @xsd__boolean inheritable; // XSD 1.1 (unused) @xsd__anyURI targetNamespace; // XSD 1.1 @xsd__QName wsdl__arrayType; // extensibility attribute added to simplify WSDL parsing xs__annotation *annotation; xs__simpleType *simpleType; private: xs__schema *schemaRef; // schema to which this belongs xs__attribute *attributeRef; // traverse() finds ref xs__simpleType *simpleTypeRef; // traverse() finds type or = simpleType above public: xs__attribute(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void attributePtr(xs__attribute*); void simpleTypePtr(xs__simpleType*); xs__schema *schemaPtr() const; xs__attribute *attributePtr() const; xs__simpleType *simpleTypePtr() const; }; class xs__all { public: std::vector element; public: int traverse(xs__schema&); }; enum xs__processContents { strict, skip, lax }; typedef char *xs__namespaceList; // "##any" or "##other" or list of URI, "##targetNamespace", "##local" class xs__any { public: @xs__namespaceList namespace_ = "##any"; @enum xs__processContents processContents = strict; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded std::vector element; public: int traverse(xs__schema&); }; class xs__contents { public: $int __union; union xs__union_content { xs__element *element; xs__group *group; xs__seqchoice *choice; xs__seqchoice *sequence; xs__any *any; } __content; public: int traverse(xs__schema&); }; class xs__seqchoice { public: @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded xs__annotation *annotation; std::vector __contents; private: xs__schema *schemaRef; // schema to which this belongs public: xs__seqchoice(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__group { public: @xsd__NCName name; @xsd__QName ref; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded xs__annotation *annotation; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; private: xs__schema *schemaRef; // schema to which this belongs xs__group *groupRef; // traverse() finds ref public: xs__group(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void groupPtr(xs__group*); xs__schema *schemaPtr() const; xs__group *groupPtr() const; }; class xs__anyAttribute { public: @xs__namespaceList namespace_ = "##any"; @enum xs__processContents processContents = strict; }; class xs__attributeGroup { public: @xsd__NCName name; @xsd__QName ref; xs__annotation *annotation; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; private: xs__schema *schemaRef; xs__attributeGroup *attributeGroupRef; public: xs__attributeGroup(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void attributeGroupPtr(xs__attributeGroup*); xs__schema *schemaPtr() const; xs__attributeGroup *attributeGroupPtr() const; }; class xs__enumeration { public: @xsd__string value; @xsd__QName value_; // also get QName value if base type is QName xs__annotation *annotation; public: int traverse(xs__schema&); }; class xs__pattern { public: @xsd__string value; public: int traverse(xs__schema&); }; class xs__simpleContent { public: xs__extension *extension; // choice xs__restriction *restriction; // choice public: int traverse(xs__schema&); }; class xs__simpleType { public: @xsd__NMTOKEN name; @xsd__string vc__minVersion; // XSD 1.1 (unused) @xsd__string vc__maxVersion; // XSD 1.1 (unused) xs__annotation *annotation; xs__restriction *restriction; // choice xs__list *list; // choice xs__union *union_; // choice private: xs__schema *schemaRef; int level; public: xs__simpleType(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; int baseLevel(); }; class xs__extension { public: @xsd__QName base; xs__group *group; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; xs__annotation *annotation; std::vector assert; // XSD 1.1 private: xs__simpleType *simpleTypeRef; // traverse() finds type xs__complexType *complexTypeRef; // traverse() finds type public: xs__extension(); int traverse(xs__schema&); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class xs__length { public: @xsd__string value; @xsd__boolean fixed; xs__annotation *annotation; }; class xs__whiteSpace { public: @xsd__string value; }; class xs__restriction { public: @xsd__QName base; xs__simpleType *simpleType; // used in xs__attributeGroup *attributeGroup; // not used in xs__group *group; // not used in xs__all *all; // not used in xs__seqchoice *choice; // not used in xs__seqchoice *sequence; // not used in std::vector attribute; // not used in xs__anyAttribute *anyAttribute; // not used in std::vector enumeration; std::vector pattern; xs__whiteSpace *whiteSpace; xs__length *length; xs__length *minLength; xs__length *maxLength; xs__length *precision; // 2000 XSD 1.0 xs__length *scale; // 2000 XSD 1.0 xs__length *totalDigits; // 2001 XSD 1.0 xs__length *fractionDigits; // 2001 XSD 1.0 xs__length *minInclusive; xs__length *maxInclusive; xs__length *minExclusive; xs__length *maxExclusive; xs__annotation *annotation; std::vector assert; // XSD 1.1 xs__assert *assertion; // XSD 1.1 private: xs__simpleType *simpleTypeRef; // traverse() finds type xs__complexType *complexTypeRef; // traverse() finds type public: xs__restriction(); int traverse(xs__schema&); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class xs__list { public: @xsd__QName itemType; xs__restriction *restriction; // choice std::vector simpleType; // choice private: xs__simpleType *itemTypeRef; public: xs__list(); int traverse(xs__schema&); void itemTypePtr(xs__simpleType*); xs__simpleType *itemTypePtr() const; }; class xs__union { public: @xsd__NMTOKENS memberTypes; // check if NMTOKENS is ok??? std::vector simpleType; public: int traverse(xs__schema&); }; class xs__complexContent { public: @xsd__boolean mixed = false; xs__extension *extension; xs__restriction *restriction; xs__annotation *annotation; public: int traverse(xs__schema&); }; class xs__complexType { public: @xsd__NMTOKEN name; @xsd__boolean abstract = false; @xsd__boolean mixed = false; @xsd__boolean defaultAttributesApply = true; // XSD 1.1 @xsd__string vc__minVersion; // XSD 1.1 (unused) @xsd__string vc__maxVersion; // XSD 1.1 (unused) xs__annotation *annotation; xs__simpleContent *simpleContent; xs__complexContent *complexContent; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; xs__any *any; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; std::vector assert; // XSD 1.1 private: xs__schema *schemaRef; int level; public: xs__complexType(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; int baseLevel(); }; class xs__import { public: @xsd__anyURI namespace_; @xsd__anyURI schemaLocation; private: xs__schema *schemaRef; // set by WSDL parser or via schemaLocation public: xs__import(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__include { public: @xsd__anyURI schemaLocation; private: xs__schema *schemaRef; public: xs__include(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__override { public: @xsd__anyURI schemaLocation; std::vector attribute; std::vector element; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; private: xs__schema *schemaRef; public: xs__override(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__redefine { public: @xsd__anyURI schemaLocation; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; private: xs__schema *schemaRef; public: xs__redefine(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__schema { public: @xsd__anyURI targetNamespace = ""; @xsd__string version; @xsd__NCName defaultAttributes; // XSD 1.1 @enum xs__formChoice attributeFormDefault = unqualified; @enum xs__formChoice elementFormDefault = unqualified; xs__annotation *annotation; std::vector include; std::vector override_; std::vector redefine; std::vector import; std::vector attribute; std::vector element; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; struct soap *soap; private: xs__attributeGroup *attributeGroupRef; // defaultAttributes group bool updated; char* location; int redirs; SetOfString builtinTypeSet; SetOfString builtinElementSet; SetOfString builtinAttributeSet; public: xs__schema(); xs__schema(struct soap*); xs__schema(struct soap*, const char*, const char*); virtual ~xs__schema(); int get(struct soap*); // gSOAP getter is triggered after parsing int preprocess(); int insert(xs__schema&); int traverse(); int read(const char*, const char*); void sourceLocation(const char*); const char* sourceLocation(); xs__attributeGroup *attributeGroupPtr() const; // defaultAttributes group int error(); void print_fault(); void builtinType(const char*); void builtinElement(const char*); void builtinAttribute(const char*); const SetOfString& builtinTypes() const; const SetOfString& builtinElements() const; const SetOfString& builtinAttributes() const; bool empty() const; friend ostream& operator<<(ostream&, const xs__schema&); friend istream& operator>>(istream&, xs__schema&); }; extern ostream &operator<<(ostream &o, const xs__schema &e); extern istream &operator>>(istream &i, xs__schema &e); gsoap-2.8.28/gsoap/wsdl/service.cpp0000644000175000017500000051232412653650160016525 0ustar ellertellert/* service.cpp Generate gSOAP service structures from WSDL. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "types.h" #include "service.h" #include #define URI_CHAR(c) (((c) > 32 && (c) != '"' && (c) != '<' && (c) != '>' && (c) != '\\' && (c) != '^' && (c) != '`' && (c) <= 'z') || (c) == '~') static const char *urienc(struct soap*, const char*); static bool imported(const char *tag); static void comment(const char *start, const char *middle, const char *end, const char *text); static void page(const char *page, const char *title, const char *text); static void section(const char *section, const char *title, const char *text); static void banner(const char*, const char* = NULL); static void ident(); static void gen_policy(Service&, const vector&, const char*, Types&); static void gen_policy_enablers(const Service&); static void gen_plnk(const Service& service); static void gen_vprop(const wsdl__definitions& definitions, Types&); //////////////////////////////////////////////////////////////////////////////// // // Definitions methods // //////////////////////////////////////////////////////////////////////////////// Definitions::Definitions() { } void Definitions::collect(const wsdl__definitions& definitions) { // Collect information: analyze WSDL definitions and imported definitions analyze(definitions); for (vector::const_iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) if ((*import).definitionsPtr()) analyze(*(*import).definitionsPtr()); } void Definitions::analyze(const wsdl__definitions& definitions) { // Analyze WSDL and build Service information binding_count = 0; // Determine number of relevant service bindings (service prefix option only) for (vector::const_iterator i = definitions.binding.begin(); i != definitions.binding.end(); ++i) { for (vector::const_iterator j = (*i).operation.begin(); j != (*i).operation.end(); ++j) { if ((*j).operationPtr()) { binding_count++; break; } } } if (vflag && definitions.name) fprintf(stderr, "\nAnalyzing \"%s\" which has %d service binding(s)\n", definitions.name, binding_count); if (binding_count == 0 && definitions.import.empty() && definitions.name && (!definitions.portType.empty() || !definitions.interface_.empty())) fprintf(stderr, "\nWarning: WSDL \"%s\" has no bindings to implement operations\n", definitions.name); else if (binding_count > 1 && !service_prefix) { // This puts all operations under a single binding fprintf(stderr, "\nWarning: %d service bindings found, but collected as one service (use option -Nname to produce a separate service for each binding)\n", binding_count); } // Analyze and collect service data for (vector::const_iterator binding = definitions.binding.begin(); binding != definitions.binding.end(); ++binding) { // /definitions/binding/documentation const char *binding_documentation = (*binding).documentation; // /definitions/binding/soap:binding soap__binding *soap__binding_ = (*binding).soap__binding_; // /definitions/binding/soap:binding/@transport const char *soap__binding_transport = NULL; int version = 0; if (soap__binding_) soap__binding_transport = soap__binding_->transport; else if ((*binding).wsoap__version && strlen((*binding).wsoap__version) > 2) version = (*binding).wsoap__version[2]-'0'; // WSDL 2.0 else if (!(*binding).http__binding_) version = 2; // assume WSDL 2.0 if (version == 2) soap12 = true; // /definitions/binding/@soap:protocol if ((*binding).wsoap__protocol) soap__binding_transport = (*binding).wsoap__protocol; // /definitions/binding/@name const char *binding_name = ""; if ((*binding).name) binding_name = (*binding).name; else if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) { size_t l = strlen((*binding).portTypePtr()->name); char *s = (char*)soap_malloc(definitions.soap, l + 8); if (s) { soap_strcpy(s, l + 8, (*binding).portTypePtr()->name); soap_strcpy(s + l, 8, "Binding"); binding_name = s; } } if (!Rflag && (!soap__binding_transport || (strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") && strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/")))) { // -R not set: skip WSDL REST bindings if (!Wflag) fprintf(stderr, "\nWarning: ignoring RESTful binding \"%s\" because of non-SOAP transport \"%s\" (use option -R to enable REST)\n", binding_name, soap__binding_transport ? soap__binding_transport : ""); } else { // /definitions/binding/@type const char *binding_type = NULL; if ((*binding).type_) binding_type = (*binding).type_; // TODO: need to find the Policy of portType, though it is never used...? // const wsp__Policy *portType_policy = NULL; // /definitions/binding/wsp:Policy and wsp:PolicyReference /* const wsp__Policy *binding_policy = NULL; if ((*binding).wsp__Policy_) binding_policy = (*binding).wsp__Policy_; if ((*binding).wsp__PolicyReference_) binding_policy = (*binding).wsp__PolicyReference_->policyPtr(); */ // /definitions/binding/http:binding http__binding *http__binding_ = (*binding).http__binding_; const char *http__binding_verb = NULL; if (http__binding_) http__binding_verb = http__binding_->verb; // HTTP POST and GET else if ((*binding).whttp__methodDefault) http__binding_verb = (*binding).whttp__methodDefault; // HTTP POST and GET // /definitions/binding/soap:binding/@style soap__styleChoice soap__binding_style = document; if (soap__binding_ && soap__binding_->style) soap__binding_style = *soap__binding_->style; // /definitions/binding/operation* for (vector::const_iterator operation = (*binding).operation.begin(); operation != (*binding).operation.end(); ++operation) { // /definitions/portType/operation/ associated with /definitions/binding/operation wsdl__operation *wsdl__operation_ = (*operation).operationPtr(); // /definitions/binding/operation/soap:operation soap__operation *soap__operation_ = (*operation).soap__operation_; // /definitions/binding/operation/soap:operation/@style soap__styleChoice soap__operation_style = soap__binding_style; if (soap__operation_ && soap__operation_->style) soap__operation_style = *soap__operation_->style; // /definitions/binding/@wsoap:mepDefault const char *soap__operation_mep = (*binding).wsoap__mepDefault; // /definitions/binding/operation/@wsoap:mep if ((*operation).wsoap__mep) soap__operation_mep = (*operation).wsoap__mep; // /definitions/binding/operation/@whttp:method const char *http_method = http__binding_verb; if ((*operation).whttp__method) http_method = (*operation).whttp__method; // /definitions/binding/operation/@wsoap:action const char *soap__operation_action = NULL; if ((*operation).wsoap__action) soap__operation_action = (*operation).wsoap__action; // /definitions/binding/operation/http:operation http__operation *http__operation_ = (*operation).http__operation_; // /definitions/binding/wsp:Policy and wsp:PolicyReference const wsp__Policy *ext_operation_policy = NULL; if ((*operation).wsp__Policy_) ext_operation_policy = (*operation).wsp__Policy_; if ((*operation).wsp__PolicyReference_) ext_operation_policy = (*operation).wsp__PolicyReference_->policyPtr(); // /definitions/binding/operation/http:operation/@location const char *http__operation_location = NULL; if (http__operation_) http__operation_location = http__operation_->location; else if ((*operation).whttp__location) http__operation_location = (*operation).whttp__location; // /definitions/binding/operation/input and output wsdl__ext_ioput *ext_input, *ext_output; // /definitions/portType/operation if (wsdl__operation_ && wsdl__operation_->name) { bool reversed = false; wsdl__ioput *input = NULL; wsdl__ioput *output = NULL; // normalize input/output order for solicit-response operations if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_input) input = wsdl__operation_->__ioput1.input; else if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_output) { reversed = true; input = wsdl__operation_->__ioput1.output; } if (wsdl__operation_->__union2 == SOAP_UNION_wsdl__union_ioput_input) { reversed = true; output = wsdl__operation_->__ioput2.input; } else if (wsdl__operation_->__union2 == SOAP_UNION_wsdl__union_ioput_output) output = wsdl__operation_->__ioput2.output; else // one input only or one output only (or none) { reversed = false; input = NULL; output = NULL; if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_input) input = wsdl__operation_->__ioput1.input; else if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_output) output = wsdl__operation_->__ioput1.output; } if (!reversed) { ext_input = (*operation).input; ext_output = (*operation).output; } else { ext_input = (*operation).output; ext_output = (*operation).input; } if ((http_method && !strcmp(http_method, "GET")) || (wsdl__operation_->pattern && !strstr(wsdl__operation_->pattern, "in"))) input = NULL; if (wsdl__operation_->pattern && !strstr(wsdl__operation_->pattern, "out")) output = NULL; if (wsdl__operation_->pattern) // WSDL 2.0 { soap__operation_style = document; if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/rpc")) soap__operation_style = rpc; else if ((*binding).portTypePtr() && (*binding).portTypePtr()->styleDefault && !strcmp( (*binding).portTypePtr()->styleDefault, "http://www.w3.org/ns/wsdl/rpc")) soap__operation_style = rpc; } // /definitions/binding/wsp:Policy and wsp:PolicyReference const wsp__Policy *operation_policy = NULL; if (wsdl__operation_->wsp__Policy_) operation_policy = wsdl__operation_->wsp__Policy_; if (wsdl__operation_->wsp__PolicyReference_) operation_policy = wsdl__operation_->wsp__PolicyReference_->policyPtr(); if (!Rflag && (http__operation_ || http__operation_location)) { // skip WSDL REST HTTP operations if (!Wflag) fprintf(stderr, "\nWarning: ignoring RESTful operation \"%s\" in binding \"%s\" (use option -R to enable REST)\n", wsdl__operation_->name, binding_name); } else if (input) { soap__body *input_body = NULL; mime__mimeXml *input_mime = NULL; mime__content *input_mime_content = NULL; if (!reversed && ext_input) { input_body = ext_input->soap__body_; input_mime = ext_input->mime__mimeXml_; input_mime_content = ext_input->mime__content_; if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { input_body = (*part).soap__body_; break; } } } else if (ext_output) { input_body = ext_output->soap__body_; input_mime = ext_output->mime__mimeXml_; input_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { input_body = (*part).soap__body_; break; } } } if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/style/iri")) { input_mime_content = soap_new_mime__content(definitions.soap); input_mime_content->soap_default(definitions.soap); input_mime_content->type = (char*)"application/x-www-form-urlencoded"; } // MUST have an input binding, otherwise can't generate a service operation if (input_body || input_mime || input_mime_content || input->element) { char *URI; if (input_body && soap__operation_style == rpc) URI = input_body->namespace_; else if (binding_count == 1 || !service_prefix) URI = definitions.targetNamespace; else { // multiple service bidings are used, each needs a unique new URI size_t l = strlen(definitions.targetNamespace) + strlen(binding_name); URI = (char*)soap_malloc(definitions.soap, l + 2); if (URI) { soap_strcpy(URI, l + 2, definitions.targetNamespace); size_t n = strlen(URI); if (n > 0 && URI[n-1] != '/') { soap_strcpy(URI + n, l + 2 - n, "/"); ++n; } soap_strcpy(URI + n, l + 2 - n, binding_name); } } if (URI) { const char *prefix = types.nsprefix(service_prefix, URI); const char *name = types.aname(NULL, NULL, binding_name); // name of service is binding name Service *service = services[prefix]; if (!service) { service = services[prefix] = new Service(); service->prefix = prefix; service->URI = urienc(definitions.soap, URI); service->name = name; service->transport = soap__binding_transport; if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) service->type = types.aname(NULL, NULL, (*binding).portTypePtr()->name); else service->type = NULL; // collect faults (TODO: this is not used anywhere) for (vector::const_iterator fault = (*binding).fault.begin(); fault != (*binding).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) service->fault[f->name] = f; } // collect policies for the bindings for (vector::const_iterator p = (*binding).wsp__Policy_.begin(); p != (*binding).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*binding).wsp__PolicyReference_.begin(); r != (*binding).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); // collect policies for the service endpoints for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator p = (*s).wsp__Policy_.begin(); p != (*s).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*s).wsp__PolicyReference_.begin(); r != (*s).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); } // collect BPEL 2.0 partner link roles for (vector::const_iterator p = definitions.plnk__partnerLinkType.begin(); p != definitions.plnk__partnerLinkType.end(); ++p) { for (vector::const_iterator r = (*p).role.begin(); r != (*p).role.end(); ++r) { if ((binding_count > 1 && !service_prefix) || (*r).portTypePtr() == (*binding).portTypePtr()) service->role.push_back(&(*r)); } } } for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator port = (*s).port.begin(); port != (*s).port.end(); ++port) { if ((*port).bindingPtr() == &(*binding)) { if ((*port).soap__address_ && (*port).soap__address_->location) service->location.insert(urienc(definitions.soap, (*port).soap__address_->location)); if ((*port).wsa__EndpointReference && (*port).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*port).wsa__EndpointReference->Address)); if ((*port).http__address_ && (*port).http__address_->location) service->location.insert(urienc(definitions.soap, (*port).http__address_->location)); // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*port).documentation && (*port).name) service->port_documentation[(*port).name] = (*port).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*port).wsp__Policy_) service->policy.push_back((*port).wsp__Policy_); if ((*port).wsp__PolicyReference_ && (*port).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*port).wsp__PolicyReference_->policyPtr()); } } for (vector::const_iterator endpoint = (*s).endpoint.begin(); endpoint != (*s).endpoint.end(); ++endpoint) { if ((*endpoint).bindingPtr() == &(*binding)) { if ((*endpoint).address) service->location.insert(urienc(definitions.soap, (*endpoint).address)); if ((*endpoint).wsa__EndpointReference && (*endpoint).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*endpoint).wsa__EndpointReference->Address)); if ((*endpoint).http__address_ && (*endpoint).http__address_->location) service->location.insert(urienc(definitions.soap, (*endpoint).http__address_->location)); // TODO: locations need auth // service->auth_scheme = (*endpoint).whttp__authenticationScheme; // service->auth_realm = (*endpoint).whttp__authenticationRealm; // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*endpoint).documentation && (*endpoint).name) service->port_documentation[(*endpoint).name] = (*endpoint).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*endpoint).wsp__Policy_) service->policy.push_back((*endpoint).wsp__Policy_); if ((*endpoint).wsp__PolicyReference_ && (*endpoint).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*endpoint).wsp__PolicyReference_->policyPtr()); } } } Operation *op = new Operation(); op->operation = wsdl__operation_; op->name = types.aname(NULL, NULL, wsdl__operation_->name); op->prefix = prefix; op->URI = urienc(definitions.soap, URI); op->style = soap__operation_style; op->mep = soap__operation_mep; if (soap__binding_transport && (!strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") || !strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/"))) { if ((op->mep && strstr(op->mep, "soap-response")) || (http_method && !strcmp(http_method, "GET"))) op->protocol = "SOAP-GET"; else if (version == 1) op->protocol = "SOAP1.1"; else if (version == 2) op->protocol = "SOAP1.2"; else op->protocol = "SOAP"; } else { if (http_method) op->protocol = http_method; else op->protocol = "HTTP"; } op->documentation = wsdl__operation_->documentation; op->operation_documentation = (*operation).documentation; op->parameterOrder = wsdl__operation_->parameterOrder; if (http__operation_location) op->action = http__operation_location; // TODO: for now, store HTTP location in action else { op->action = soap__operation_action; if ((*operation).soap__operation_) { if ((*operation).soap__operation_->soapActionRequired) op->action = (*operation).soap__operation_->soapAction; } else if (version != 2) op->action = ""; } if (operation_policy) op->policy.push_back(operation_policy); if (ext_operation_policy) op->policy.push_back(ext_operation_policy); op->input = new Message(); op->input->name = wsdl__operation_->name; if (input_body && soap__operation_style == rpc && !input_body->namespace_) { op->input->URI = ""; fprintf(stderr, "\nError: no soap:body namespace attribute\n"); } else if (input_body) op->input->URI = urienc(definitions.soap, input_body->namespace_); else op->input->URI = service->URI; op->input->style = soap__operation_style; if (input_body) { op->input->use = input_body->use; op->input->encodingStyle = input_body->encodingStyle; } if (input->wsa__Action) op->input->action = input->wsa__Action; else if (input->wsam__Action) op->input->action = input->wsam__Action; else if (op->action) op->input->action = op->action; else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = input->name ? input->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 3); if (tmp) { (SOAP_SNPRINTF(tmp, l + 3, l + 2), "%s/%s/%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name); op->input->action = tmp; } } op->input->message = input->messagePtr(); op->input->element = input->elementPtr(); op->input->part = NULL; op->input->mustUnderstand = false; op->input->multipartRelated = NULL; op->input->content = input_mime_content; op->input->body_parts = NULL; op->input->layout = NULL; op->input->ext_documentation = NULL; if (ext_input) { op->input->multipartRelated = ext_input->mime__multipartRelated_; if (ext_input->mime__multipartRelated_ && !ext_input->mime__multipartRelated_->part.empty()) op->input->header = ext_input->mime__multipartRelated_->part.front().soap__header_; else if (!ext_input->soap__header_.empty()) op->input->header = ext_input->soap__header_; else if (!ext_input->wsoap__header_.empty()) op->input->wheader = ext_input->wsoap__header_; if (ext_input->mime__multipartRelated_ && !ext_input->mime__multipartRelated_->part.empty() && ext_input->mime__multipartRelated_->part.front().soap__body_) op->input->body_parts = ext_input->mime__multipartRelated_->part.front().soap__body_->parts; else if (input_body) op->input->body_parts = input_body->parts; if (ext_input->dime__message_) op->input->layout = ext_input->dime__message_->layout; else op->input->layout = NULL; op->input->ext_documentation = ext_input->documentation; } op->input->documentation = input->documentation; // collect input message policies if (op->input->message) { for (vector::const_iterator p = op->input->message->wsp__Policy_.begin(); p != op->input->message->wsp__Policy_.end(); ++p) op->input->policy.push_back(&(*p)); for (vector::const_iterator r = op->input->message->wsp__PolicyReference_.begin(); r != op->input->message->wsp__PolicyReference_.end(); ++r) op->input->policy.push_back((*r).policyPtr()); } if (input->wsp__Policy_) op->input->policy.push_back(input->wsp__Policy_); if (input->wsp__PolicyReference_ && input->wsp__PolicyReference_->policyPtr()) op->input->policy.push_back(input->wsp__PolicyReference_->policyPtr()); if (ext_input) { if (ext_input->wsp__Policy_) op->input->policy.push_back(ext_input->wsp__Policy_); if (ext_input->wsp__PolicyReference_ && ext_input->wsp__PolicyReference_->policyPtr()) op->input->policy.push_back(ext_input->wsp__PolicyReference_->policyPtr()); } if (soap__operation_style == document) op->input_name = types.oname("__", op->URI, op->input->name); else op->input_name = types.oname(NULL, op->input->URI, op->input->name); if (output) { soap__body *output_body = NULL; mime__mimeXml *output_mime = NULL; mime__content *output_mime_content = NULL; if (ext_output) { output_body = ext_output->soap__body_; output_mime = ext_output->mime__mimeXml_; output_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } if (ext_output && ext_output->mime__content_) { op->output = new Message(); op->output->name = NULL; op->output->URI = NULL; op->output->style = soap__operation_style; op->output->use = literal; op->output->encodingStyle = NULL; op->output->action = NULL; op->output->body_parts = NULL; op->output->part = NULL; op->output->mustUnderstand = false; op->output->multipartRelated = NULL; op->output->content = output_mime_content; op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->layout = NULL; } else if (output_body || output_mime || output_mime_content || output->element) { op->output = new Message(); op->output->name = wsdl__operation_->name; // RPC uses operation/@name with suffix 'Response' as set below op->output->style = soap__operation_style; if (output_body) { op->output->use = output_body->use; // the code below is a hack around the RPC encoded response message element tag mismatch with Axis: if (!output_body->namespace_ || output_body->use == encoded) op->output->URI = op->input->URI; // encoded seems (?) to require the request's namespace else op->output->URI = urienc(definitions.soap, output_body->namespace_); op->output->encodingStyle = output_body->encodingStyle; } else op->output->URI = service->URI; if (output->wsa__Action) op->output->action = output->wsa__Action; else if (output->wsam__Action) op->output->action = output->wsam__Action; else if (http__operation_location) op->output->action = NULL; else if (op->action) { size_t l = strlen(op->action); char *tmp = (char*)soap_malloc(definitions.soap, l + 9); if (tmp) { (SOAP_SNPRINTF(tmp, l + 9, l + 8), "%sResponse", op->action); op->output->action = tmp; } } else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = output->name ? output->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 11); if (tmp) { (SOAP_SNPRINTF(tmp, l + 11, l + 10), "%s/%s/%s%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name, output->name ? "" : "Response"); op->output->action = tmp; } } op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->part = NULL; op->output->content = output_mime_content; op->output->body_parts = NULL; op->output->layout = NULL; op->output->ext_documentation = NULL; op->output->mustUnderstand = false; } if (ext_output) { op->output->multipartRelated = ext_output->mime__multipartRelated_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty()) op->output->header = ext_output->mime__multipartRelated_->part.front().soap__header_; else if (!ext_output->soap__header_.empty()) op->output->header = ext_output->soap__header_; else if (!ext_output->wsoap__header_.empty()) op->output->wheader = ext_output->wsoap__header_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty() && ext_output->mime__multipartRelated_->part.front().soap__body_) op->output->body_parts = ext_output->mime__multipartRelated_->part.front().soap__body_->parts; else if (output_body) op->output->body_parts = output_body->parts; if (ext_output->dime__message_) op->output->layout = ext_output->dime__message_->layout; else op->output->layout = NULL; op->output->ext_documentation = ext_output->documentation; } if (op->output->name) { size_t l = strlen(op->output->name); char *s = (char*)soap_malloc(definitions.soap, l + 9); if (s) { (SOAP_SNPRINTF(s, l + 9, l + 8), "%sResponse", op->output->name); if (soap__operation_style == document) op->output_name = types.oname("__", op->URI, s); else op->output_name = types.oname(NULL, op->output->URI, s); } } op->output->documentation = output->documentation; // collect output message policies if (op->output->message) { for (vector::const_iterator p = op->output->message->wsp__Policy_.begin(); p != op->output->message->wsp__Policy_.end(); ++p) op->output->policy.push_back(&(*p)); for (vector::const_iterator r = op->output->message->wsp__PolicyReference_.begin(); r != op->output->message->wsp__PolicyReference_.end(); ++r) op->output->policy.push_back((*r).policyPtr()); } if (output->wsp__Policy_) op->output->policy.push_back(output->wsp__Policy_); if (output->wsp__PolicyReference_ && output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(output->wsp__PolicyReference_->policyPtr()); if (ext_output) { if (ext_output->wsp__Policy_) op->output->policy.push_back(ext_output->wsp__Policy_); if (ext_output->wsp__PolicyReference_ && ext_output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(ext_output->wsp__PolicyReference_->policyPtr()); } } else { op->output_name = NULL; op->output = NULL; } analyze_headers(definitions, service, ext_input, ext_output); analyze_faults(definitions, service, op, operation); service->operation.push_back(op); } else { if (!Wflag) fprintf(stderr, "\nWarning: no SOAP RPC operation namespace, operations will be ignored\n"); } } else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/input\n"); } else if (output) { // This part is similar to the previous clause, limited to one-way output operations soap__body *output_body = NULL; mime__mimeXml *output_mime = NULL; mime__content *output_mime_content = NULL; if (!reversed && ext_output) { output_body = ext_output->soap__body_; output_mime = ext_output->mime__mimeXml_; output_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } else if (ext_input) { output_body = ext_input->soap__body_; output_mime = ext_input->mime__mimeXml_; output_mime_content = ext_input->mime__content_; if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/style/iri")) { output_mime_content = soap_new_mime__content(definitions.soap); output_mime_content->soap_default(definitions.soap); output_mime_content->type = (char*)"application/x-www-form-urlencoded"; } if (output_body || output_mime || output_mime_content || output->element) { char *URI; if (output_body && soap__operation_style == rpc) URI = output_body->namespace_; else if (binding_count == 1 || !service_prefix) URI = definitions.targetNamespace; else { // multiple service bidings are used, each needs a unique new URI size_t l = strlen(definitions.targetNamespace) + strlen(binding_name); URI = (char*)soap_malloc(definitions.soap, l + 2); if (URI) { soap_strcpy(URI, l + 2, definitions.targetNamespace); size_t n = strlen(URI); if (n > 0 && URI[n-1] != '/') { soap_strcpy(URI + n, l + 2 - n, "/"); ++n; } soap_strcpy(URI + n, l + 2 - n, binding_name); } } if (URI) { const char *prefix = types.nsprefix(service_prefix, URI); const char *name = types.aname(NULL, NULL, binding_name); // name of service is binding name Service *service = services[prefix]; if (!service) { service = services[prefix] = new Service(); service->prefix = prefix; service->URI = urienc(definitions.soap, URI); service->name = name; service->transport = soap__binding_transport; if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) service->type = types.aname(NULL, NULL, (*binding).portTypePtr()->name); else service->type = NULL; // collect faults (TODO: this is not used anywhere) for (vector::const_iterator fault = (*binding).fault.begin(); fault != (*binding).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) service->fault[f->name] = f; } // collect policies for the bindings for (vector::const_iterator p = (*binding).wsp__Policy_.begin(); p != (*binding).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*binding).wsp__PolicyReference_.begin(); r != (*binding).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); // collect policies for the service endpoints for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator p = (*s).wsp__Policy_.begin(); p != (*s).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*s).wsp__PolicyReference_.begin(); r != (*s).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); } // collect BPEL 2.0 partner link roles for (vector::const_iterator p = definitions.plnk__partnerLinkType.begin(); p != definitions.plnk__partnerLinkType.end(); ++p) { for (vector::const_iterator r = (*p).role.begin(); r != (*p).role.end(); ++r) { if ((binding_count > 1 && !service_prefix) || (*r).portTypePtr() == (*binding).portTypePtr()) service->role.push_back(&(*r)); } } } for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator port = (*s).port.begin(); port != (*s).port.end(); ++port) { if ((*port).bindingPtr() == &(*binding)) { if ((*port).soap__address_ && (*port).soap__address_->location) service->location.insert(urienc(definitions.soap, (*port).soap__address_->location)); else if ((*port).wsa__EndpointReference && (*port).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*port).wsa__EndpointReference->Address)); // TODO: HTTP address for HTTP operations // if ((*port).http__address_) // http__address_location = http__address_->location; // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*port).documentation && (*port).name) service->port_documentation[(*port).name] = (*port).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*port).wsp__Policy_) service->policy.push_back((*port).wsp__Policy_); if ((*port).wsp__PolicyReference_ && (*port).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*port).wsp__PolicyReference_->policyPtr()); } } } Operation *op = new Operation(); op->operation = wsdl__operation_; op->input_name = NULL; op->input = NULL; op->name = types.aname(NULL, NULL, wsdl__operation_->name); op->prefix = prefix; op->URI = urienc(definitions.soap, URI); op->style = soap__operation_style; op->mep = soap__operation_mep; if (soap__binding_transport && (!strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") || !strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/"))) { if ((op->mep && strstr(op->mep, "soap-response")) || (http_method && !strcmp(http_method, "GET"))) op->protocol = "SOAP-GET"; else if (version == 1) op->protocol = "SOAP1.1"; else if (version == 2) op->protocol = "SOAP1.2"; else op->protocol = "SOAP"; } else { if (http_method) op->protocol = http_method; else op->protocol = "HTTP"; } op->documentation = wsdl__operation_->documentation; op->operation_documentation = (*operation).documentation; op->parameterOrder = wsdl__operation_->parameterOrder; if (http__operation_location) op->action = http__operation_location; // TODO: for now, store HTTP location in action else { op->action = soap__operation_action; if ((*operation).soap__operation_) { if ((*operation).soap__operation_->soapActionRequired) op->action = (*operation).soap__operation_->soapAction; } else if (version != 2) op->action = ""; } if (operation_policy) op->policy.push_back(operation_policy); if (ext_operation_policy) op->policy.push_back(ext_operation_policy); op->output = new Message(); // one-way output operation op->output->name = wsdl__operation_->name; // RPC uses operation/@name if (output_body && soap__operation_style == rpc && !output_body->namespace_) { op->output->URI = ""; fprintf(stderr, "\nError: no soap:body namespace attribute\n"); } else if (output_body) op->output->URI = urienc(definitions.soap, output_body->namespace_); else op->output->URI = service->URI; op->output->style = soap__operation_style; if (output_body) { op->output->use = output_body->use; op->output->encodingStyle = output_body->encodingStyle; } if (output->wsa__Action) op->output->action = output->wsa__Action; else if (output->wsam__Action) op->output->action = output->wsam__Action; else if (op->action) op->output->action = op->action; else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = output->name ? output->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 3); if (tmp) { (SOAP_SNPRINTF(tmp, l + 3, l + 2), "%s/%s/%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name); op->output->action = tmp; } } op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->part = NULL; op->output->mustUnderstand = false; op->output->multipartRelated = NULL; op->output->content = output_mime_content; op->output->body_parts = NULL; op->output->layout = NULL; op->output->ext_documentation = NULL; if (ext_output) { op->output->multipartRelated = ext_output->mime__multipartRelated_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty()) op->output->header = ext_output->mime__multipartRelated_->part.front().soap__header_; else if (!ext_output->soap__header_.empty()) op->output->header = ext_output->soap__header_; else if (!ext_output->wsoap__header_.empty()) op->output->wheader = ext_output->wsoap__header_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty() && ext_output->mime__multipartRelated_->part.front().soap__body_) op->output->body_parts = ext_output->mime__multipartRelated_->part.front().soap__body_->parts; else if (output_body) op->output->body_parts = output_body->parts; if (ext_output->dime__message_) op->output->layout = ext_output->dime__message_->layout; else op->output->layout = NULL; op->output->ext_documentation = ext_output->documentation; } op->output->documentation = output->documentation; // collect output message policies if (op->output->message) { for (vector::const_iterator p = op->output->message->wsp__Policy_.begin(); p != op->output->message->wsp__Policy_.end(); ++p) op->output->policy.push_back(&(*p)); for (vector::const_iterator r = op->output->message->wsp__PolicyReference_.begin(); r != op->output->message->wsp__PolicyReference_.end(); ++r) op->output->policy.push_back((*r).policyPtr()); } if (output->wsp__Policy_) op->output->policy.push_back(output->wsp__Policy_); if (output->wsp__PolicyReference_ && output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(output->wsp__PolicyReference_->policyPtr()); if (ext_output) { if (ext_output->wsp__Policy_) op->output->policy.push_back(ext_output->wsp__Policy_); if (ext_output->wsp__PolicyReference_ && ext_output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(ext_output->wsp__PolicyReference_->policyPtr()); } if (soap__operation_style == document) op->input_name = types.oname("__", op->URI, op->output->name); else op->input_name = types.oname(NULL, op->output->URI, op->output->name); size_t l = strlen(op->output->name); char *s = (char*)soap_malloc(definitions.soap, l + 9); if (s) { (SOAP_SNPRINTF(s, l + 9, l + 8), "%sResponse", op->output->name); if (soap__operation_style == document) op->output_name = types.oname("__", op->URI, s); else op->output_name = types.oname(NULL, op->output->URI, s); } analyze_headers(definitions, service, ext_input, ext_output); analyze_faults(definitions, service, op, operation); service->operation.push_back(op); } else { if (!Wflag) fprintf(stderr, "\nWarning: no SOAP RPC operation namespace, operations will be ignored\n"); } } else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/output\n"); } else fprintf(stderr, "\nError: no wsdl:definitions/portType/operation/input and output\n"); } else fprintf(stderr, "\nError: no wsdl:definitions/portType/operation\n"); } } } } void Definitions::analyze_headers(const wsdl__definitions& definitions, Service *service, wsdl__ext_ioput *ext_input, wsdl__ext_ioput *ext_output) { // collect input headers and headerfaults if (ext_input) { const vector *soap__header_ = NULL; // check if soap header is in mime:multipartRelated if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if (!(*part).soap__header_.empty()) { soap__header_ = &(*part).soap__header_; break; } } if (!soap__header_) soap__header_ = &ext_input->soap__header_; for (vector::const_iterator header = soap__header_->begin(); header != soap__header_->end(); ++header) { Message *h = new Message(); h->message = (*header).messagePtr(); h->element = NULL; h->body_parts = NULL; h->part = (*header).partPtr(); if ((*header).namespace_) h->URI = urienc(definitions.soap, (*header).namespace_); else h->URI = service->URI; if (h->part && h->part->element) h->name = types.aname(NULL, NULL, h->part->element); else if (h->URI && h->part && h->part->name && h->part->type) h->name = types.aname(NULL, h->URI, h->part->name); else { fprintf(stderr, "\nError in SOAP Header part definition: input part \"%s\" missing?\n", h->part && h->part->name ? h->part->name : "?"); h->name = ""; } h->encodingStyle = (*header).encodingStyle; h->style = document; // irrelevant h->use = (*header).use; h->mustUnderstand = true; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may wanto to add document content h->documentation = NULL; // TODO: may wanto to add document content service->header[h->name] = h; for (vector::const_iterator headerfault = (*header).headerfault.begin(); headerfault != (*header).headerfault.end(); ++headerfault) { // TODO: headerfault processing. This is practically never used...! } } for (vector::const_iterator wheader = ext_input->wsoap__header_.begin(); wheader != ext_input->wsoap__header_.end(); ++wheader) { Message *h = new Message(); h->message = NULL; h->element = (*wheader).elementPtr(); h->body_parts = NULL; h->part = NULL; h->URI = NULL; h->mustUnderstand = (*wheader).mustUnderstand_; h->name = types.aname(NULL, NULL, (*wheader).element); h->encodingStyle = NULL; h->style = document; // irrelevant h->use = literal; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; } } // collect output headers and headerfaults if (ext_output) { const vector *soap__header_ = NULL; // check if soap header is in mime:multipartRelated if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if (!(*part).soap__header_.empty()) { soap__header_ = &(*part).soap__header_; break; } } if (!soap__header_) soap__header_ = &ext_output->soap__header_; for (vector::const_iterator header = soap__header_->begin(); header != soap__header_->end(); ++header) { Message *h = new Message(); h->message = (*header).messagePtr(); h->element = NULL; h->body_parts = NULL; h->part = (*header).partPtr(); h->URI = urienc(definitions.soap, (*header).namespace_); if (h->part && h->part->element) h->name = types.aname(NULL, NULL, h->part->element); else if (h->URI && h->part && h->part->name && h->part->type) h->name = types.aname(NULL, h->URI, h->part->name); else { fprintf(stderr, "\nError in SOAP Header part definition: output part \"%s\" missing?\n", h->part && h->part->name ? h->part->name : "?"); h->name = ""; } h->encodingStyle = (*header).encodingStyle; h->style = document; // irrelevant h->use = (*header).use; h->mustUnderstand = false; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; for (vector::const_iterator headerfault = (*header).headerfault.begin(); headerfault != (*header).headerfault.end(); ++headerfault) { // TODO: headerfault processing. This is practically never used...! } } for (vector::const_iterator wheader = ext_output->wsoap__header_.begin(); wheader != ext_output->wsoap__header_.end(); ++wheader) { Message *h = new Message(); h->message = NULL; h->element = (*wheader).elementPtr(); h->body_parts = NULL; h->part = NULL; h->URI = NULL; h->mustUnderstand = (*wheader).mustUnderstand_; h->name = types.aname(NULL, NULL, (*wheader).element); h->encodingStyle = NULL; h->style = document; // irrelevant h->use = literal; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; } } } void Definitions::analyze_faults(const wsdl__definitions& definitions, Service *service, Operation *op, vector::const_iterator& operation) { for (vector::const_iterator fault = (*operation).fault.begin(); fault != (*operation).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) { op->outfault.push_back(f); service->fault[f->name] = f; } } for (vector::const_iterator infault = (*operation).infault.begin(); infault != (*operation).infault.end(); ++infault) { Message *f = analyze_fault(definitions, service, *infault); if (f) { op->infault.push_back(f); service->fault[f->name] = f; } } for (vector::const_iterator outfault = (*operation).outfault.begin(); outfault != (*operation).outfault.end(); ++outfault) { Message *f = analyze_fault(definitions, service, *outfault); if (f) { op->outfault.push_back(f); service->fault[f->name] = f; } } } Message *Definitions::analyze_fault(const wsdl__definitions& definitions, Service *service, const wsdl__ext_fault& ext_fault) { Message *f = NULL; const wsdl__fault *fault = ext_fault.faultPtr(); if (fault && (fault->messagePtr() || fault->elementPtr())) { f = new Message(); f->message = fault->messagePtr(); f->element = fault->elementPtr(); f->body_parts = NULL; f->part = NULL; f->encodingStyle = NULL; if (ext_fault.soap__fault_) f->encodingStyle = ext_fault.soap__fault_->encodingStyle; f->action = NULL; if (fault->wsa__Action) f->action = fault->wsa__Action; else f->action = fault->wsam__Action; if (f->element && f->element->schemaPtr()) f->URI = urienc(definitions.soap, f->element->schemaPtr()->targetNamespace); else if (ext_fault.soap__fault_ && ext_fault.soap__fault_->namespace_) f->URI = urienc(definitions.soap, ext_fault.soap__fault_->namespace_); else f->URI = service->URI; // must have a unique URI f->style = document; // irrelevant f->use = literal; if (ext_fault.soap__fault_) f->use = ext_fault.soap__fault_->use; if (ext_fault.wsoap__code) { size_t l = strlen(ext_fault.wsoap__code); if (ext_fault.wsoap__subcodes) l += strlen(ext_fault.wsoap__subcodes); char *s = (char*)soap_malloc(definitions.soap, l + 40); if (s) { (SOAP_SNPRINTF(s, l + 40, l + 19), "\"%s\" with subcodes \"%s\"", ext_fault.wsoap__code, ext_fault.wsoap__subcodes ? ext_fault.wsoap__subcodes : ""); f->body_parts = s; } } else f->ext_documentation = ext_fault.documentation; f->mustUnderstand = false; f->multipartRelated = NULL; f->content = NULL; f->layout = NULL; if (f->message) { f->name = types.aname("_", f->URI, f->message->name); f->documentation = f->message->documentation; } else { f->name = types.aname(NULL, f->URI, fault->element); f->documentation = fault->documentation; } // collect fault message policies if (fault->wsp__Policy_) f->policy.push_back(fault->wsp__Policy_); if (fault->wsp__PolicyReference_ && fault->wsp__PolicyReference_->policyPtr()) f->policy.push_back(fault->wsp__PolicyReference_->policyPtr()); if (ext_fault.wsp__Policy_) f->policy.push_back(ext_fault.wsp__Policy_); if (ext_fault.wsp__PolicyReference_ && ext_fault.wsp__PolicyReference_->policyPtr()) f->policy.push_back(ext_fault.wsp__PolicyReference_->policyPtr()); } else if (ext_fault.soap__fault_ && ext_fault.soap__fault_->name) fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/fault/soap:fault \"%s\"\n", ext_fault.soap__fault_->name); else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/fault/soap:fault\n"); return f; } void Definitions::compile(const wsdl__definitions& definitions) { // compile the definitions and generate gSOAP header file const char *defs; if (definitions.name) defs = types.aname(NULL, NULL, definitions.name); else defs = "Service"; ident(); fprintf(stream, "/** @page page_notes Notes\n\n@note HINTS:\n - Run soapcpp2 on %s to generate the SOAP/XML processing logic.\n Use soapcpp2 -I to specify paths for #import\n To build with STL, 'stlvector.h' is imported from 'import' dir in package.\n Use soapcpp2 -j to generate improved proxy and server classes.\n - Use wsdl2h -c and -s to generate pure C code or C++ code without STL.\n - Use 'typemap.dat' to control namespace bindings and type mappings.\n It is strongly recommended to customize the names of the namespace prefixes\n generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces\n section below and add the modified lines to 'typemap.dat' to rerun wsdl2h.\n - Use Doxygen (www.doxygen.org) on this file to generate documentation.\n - Use wsdl2h -R to generate REST operations.\n - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'.\n - Use wsdl2h -Nname for service prefix and produce multiple service bindings\n - Use wsdl2h -d to enable DOM support for xsd:anyType.\n - Use wsdl2h -g to auto-generate readers and writers for root elements.\n - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops).\n - Use wsdl2h -U to map XML names to C++ Unicode identifiers instead of _xNNNN.\n - Use wsdl2h -u to disable the generation of unions.\n - Struct/class members serialized as XML attributes are annotated with a '@'.\n - Struct/class members that have a special role are annotated with a '$'.\n\n@warning\n DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE.\n USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE:\n THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS.\n\n", outfile ? outfile : "this file"); fprintf(stream, "@copyright LICENSE:\n@verbatim\n%s@endverbatim\n\n*/\n\n", licensenotice); // gsoap compiler options: 'w' disables WSDL/schema output to avoid file collisions if (cflag) fprintf(stream, "\n//gsoapopt c,w\n"); else if (c11flag) fprintf(stream, "\n//gsoapopt c++11,w\n"); else fprintf(stream, "\n//gsoapopt c++,w\n"); banner("Definitions", definitions.targetNamespace ? definitions.targetNamespace : "targetNamespace"); // copy documentation from WSDL definitions if (definitions.documentation) { fprintf(stream, "/* WSDL Documentation:\n\n"); text(definitions.documentation); fprintf(stream, "*/\n\n"); } if (definitions.version) { banner("Version", definitions.version); fprintf(stream, "#define SOAP_WSDL_VERSION \"%s\"\n", definitions.version); } if (!cflag) { const char *s; if (!sflag) { s = types.vname("$CONTAINER"); if (s && *s != '*' && *s != '$') { banner("$CONTAINER", s); fprintf(stream, "template class %s;\n", s); } } s = types.vname("$POINTER"); if (s && *s != '*' && *s != '$') { banner("$POINTER", s); fprintf(stream, "volatile template class %s;\n", s); } } banner("Import"); if (!cflag && !sflag) { fprintf(stream, "#import \"stl.h\"\t// enable STL containers when used (option -s removes STL dependency)\n"); } if (dflag) { fprintf(stream, "\n// dom.h declares the DOM xsd__anyType object (compiler and link with dom.cpp)\n"); fprintf(stream, "#import \"dom.h\"\n"); } if (mflag) { fprintf(stream, "#import \""); fprintf(stream, "xsd.h\"\t// import primitive XSD types.\n"); } for (SetOfString::const_iterator u = exturis.begin(); u != exturis.end(); ++u) { bool found = false; size_t n = strlen(*u); for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { if (**i == '"' && !strncmp(*u, *i + 1, n) && (*i)[n+1] == '"') { found = true; break; } } if (!found) { for (SetOfString::const_iterator j = definitions.builtinElements().begin(); j != definitions.builtinElements().end(); ++j) { if (**j == '"' && !strncmp(*u, *j + 1, n) && (*j)[n+1] == '"') { found = true; break; } } } if (!found) { for (SetOfString::const_iterator k = definitions.builtinAttributes().begin(); k != definitions.builtinAttributes().end(); ++k) { if (**k == '"' && !strncmp(*u, *k + 1, n) && (*k)[n+1] == '"') { found = true; break; } } } if (found) { if (vflag) fprintf(stderr, "import %s\n", *u); fprintf(stream, "#import \"%s.h\"\t// %s = <%s>\n", types.nsprefix(NULL, *u), types.nsprefix(NULL, *u), *u); } } banner("Schema Namespaces"); // Determine if bindings use SOAP 1.2 soap12 = false; for (Namespace *p = definitions.soap->local_namespaces; p && p->id; p++) { if (p->out && !strcmp(p->id, "soap") && !strcmp(p->out, "http://schemas.xmlsoap.org/wsdl/soap12/")) { soap12 = true; break; } } if (!soap12) { for (vector::const_iterator i = definitions.import.begin(); i != definitions.import.end(); ++i) { if ((*i).definitionsPtr()) { for (Namespace *p = (*i).definitionsPtr()->soap->local_namespaces; p && p->id; p++) { if (p->out && !strcmp(p->id, "soap") && !strcmp(p->out, "http://schemas.xmlsoap.org/wsdl/soap12/")) { soap12 = true; break; } } } if (soap12) break; } } if (definitions.types) { fprintf(stream, "\n/* NOTE:\n\nIt is strongly recommended to customize the names of the namespace prefixes\ngenerated by wsdl2h. To do so, modify the prefix bindings below and add the\nmodified lines to typemap.dat to rerun wsdl2h:\n\n"); if (definitions.targetNamespace && *definitions.targetNamespace) fprintf(stream, "%s = \"%s\"\n", types.nsprefix(service_prefix, definitions.targetNamespace), definitions.targetNamespace); for (vector::const_iterator schema1 = definitions.types->xs__schema_.begin(); schema1 != definitions.types->xs__schema_.end(); ++schema1) if ((*schema1)->targetNamespace && *(*schema1)->targetNamespace && (!definitions.targetNamespace || strcmp((*schema1)->targetNamespace, definitions.targetNamespace))) fprintf(stream, "%s = \"%s\"\n", types.nsprefix(NULL, (*schema1)->targetNamespace), (*schema1)->targetNamespace); fprintf(stream, "\n*/\n"); for (vector::const_iterator schema2 = definitions.types->xs__schema_.begin(); schema2 != definitions.types->xs__schema_.end(); ++schema2) { const char *t = types.nsprefix(NULL, (*schema2)->targetNamespace); if (t) { fprintf(stream, "\n"); types.document((*schema2)->annotation); fprintf(stream, "#define SOAP_NAMESPACE_OF_%s\t\"%s\"\n", types.aname(NULL, NULL, t), urienc(definitions.soap, (*schema2)->targetNamespace)); fprintf(stream, schemaformat, t, "namespace", urienc(definitions.soap, (*schema2)->targetNamespace)); if ((*schema2)->elementFormDefault == (*schema2)->attributeFormDefault) fprintf(stream, schemaformat, t, "form", (*schema2)->elementFormDefault == qualified ? "qualified" : "unqualified"); else { fprintf(stream, schemaformat, t, "elementForm", (*schema2)->elementFormDefault == qualified ? "qualified" : "unqualified"); fprintf(stream, schemaformat, t, "attributeForm", (*schema2)->attributeFormDefault == qualified ? "qualified" : "unqualified"); } } } } // generate the prototypes first: these should allow use before def, e.g. class names then generate the defs // check if xsd:anyType is used if (!cflag && !pflag) { for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { if (!cflag && !strcmp(*i, "xs:anyType")) { pflag = 1; break; } } } // produce built-in primitive types, limited to the ones that are used only banner("Built-in Schema Types and Top-Level Elements and Attributes"); // define xsd:anyType first, if used if (!cflag && !dflag && pflag) { const char *s, *t; t = types.cname(NULL, NULL, "xs:anyType"); s = types.deftypemap[t]; if (s) { if (*s) { if (!mflag) fprintf(stream, "/// Built-in XSD type \"xs:anyType\".\n%s\n\n", s); } s = types.usetypemap[t]; if (s) { if (mflag) fprintf(stream, "// xsd.h: should define type %s\n\n", s); types.knames.insert(s); } } else { fprintf(stderr, "\nError: no xsd__anyType defined in type map\n"); pflag = 0; } } if (Pflag) pflag = 0; if (vflag) fprintf(stderr, "\nGenerating built-in types\n"); for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { const char *s, *t; if (!cflag && !strcmp(*i, "xs:anyType")) continue; t = types.cname(NULL, NULL, *i); s = types.deftypemap[t]; if (s) { if (*s) { if (**i == '"') fprintf(stream, "/// Imported XSD type \"%s\" from typemap \"%s\".\n", *i, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in XSD type \"%s\".\n", *i); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*i)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **i != '"') fprintf(stream, "// xsd.h: typemap override of XSD type %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } } for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { const char *s, *t; if (!cflag && !strcmp(*i, "xs:anyType")) continue; t = types.cname(NULL, NULL, *i); s = types.deftypemap[t]; if (!s) { if (!mflag) { if (**i == '"') fprintf(stream, "// Imported XSD type \"%s\" defined by %s.\n", *i, t); else if (!iflag) { s = types.tname(NULL, NULL, "xsd:string"); fprintf(stream, "/// Primitive built-in type \"%s\".\n", *i); fprintf(stream, "typedef %s %s;\n\n", s, t); types.deftname(TYPEDEF, false, types.is_ptr(NULL, NULL, "xsd:string"), NULL, NULL, *i); const char *u = types.uri(*i); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*i), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**i == '"') fprintf(stream, "// Imported XSD type \"%s\" defined by %s.\n", *i, t); else fprintf(stream, "// xsd.h: should define type %s\n", t); types.deftname(TYPEDEF, false, false, NULL, NULL, *i); } if (pflag && !strncmp(*i, "xs:", 3)) // only xsi types are polymorph { s = types.aname(NULL, NULL, *i); if (!mflag) { fprintf(stream, "/// Class wrapper for built-in type \"%s\" derived from xsd__anyType.\n/// Use virtual method soap_type() == SOAP_TYPE_%s to check runtime type (see soapStub.h).\n", *i, s); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, types.tname(NULL, NULL, *i), "__item;"); fprintf(stream, "\n};\n\n"); } types.knames.insert(s); } } // produce built-in primitive elements, limited to the ones that are used only if (vflag) fprintf(stderr, "\nGenerating built-in elements\n"); for (SetOfString::const_iterator j = definitions.builtinElements().begin(); j != definitions.builtinElements().end(); ++j) { const char *s, *t; t = types.cname("_", NULL, *j); s = types.deftypemap[t]; if (s) { if (*s) { if (**j == '"') fprintf(stream, "/// Imported element \"%s\" from typemap \"%s\".\n", *j, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in element \"%s\".\n", *j); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*j)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **j != '"') fprintf(stream, "// xsd.h: typemap override of element %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } else { if (!mflag) { if (**j == '"') fprintf(stream, "// Imported element \"%s\" declared as %s.\n", *j, t); else if (!iflag && !imported(*j)) { s = types.tname(NULL, NULL, "xsd:any"); fprintf(stream, "/// Built-in element \"%s\".\n", *j); fprintf(stream, "typedef %s %s;\n\n", s, t); types.deftname(TYPEDEF, false, true, "_", NULL, *j); // already pointer const char *u = types.uri(*j); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*j), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**j == '"') fprintf(stream, "// Imported element \"%s\" declared as %s.\n\n", *j, t); else fprintf(stream, "// xsd.h: should define element %s\n\n", t); types.deftname(TYPEDEF, false, false, "_", NULL, *j); } } // produce built-in primitive attributes, limited to the ones that are used only if (vflag) fprintf(stderr, "\nGenerating built-in attributes\n"); for (SetOfString::const_iterator k = definitions.builtinAttributes().begin(); k != definitions.builtinAttributes().end(); ++k) { const char *s, *t; t = types.cname("_", NULL, *k); s = types.deftypemap[t]; if (s) { if (*s) { if (**k == '"') fprintf(stream, "/// Imported attribute \"%s\" from typemap \"%s\".\n", *k, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in attribute \"%s\".\n", *k); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*k)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **k != '"') fprintf(stream, "// xsd.h: typemap override of attribute %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } else { s = types.tname(NULL, NULL, "xsd:string"); if (!mflag) { if (**k == '"') fprintf(stream, "// Imported attribute \"%s\" declared as %s.\n", *k, t); else if (!iflag && !imported(*k)) { fprintf(stream, "/// Built-in attribute \"%s\".\n", *k); fprintf(stream, "typedef %s %s;\n\n", s, t); const char *u = types.uri(*k); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*k), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**k == '"') fprintf(stream, "// Imported attribute \"%s\" declared as %s.\n\n", *k, t); else fprintf(stream, "// xsd.h: should define attribute %s\n\n", t); types.deftname(TYPEDEF, false, types.is_ptr(NULL, NULL, "xsd:string"), "_", NULL, *k); } } // produce types // define class/struct types first if (!cflag) banner("Forward Declarations"); if (definitions.types) { comment("Definitions", defs, "types", definitions.types->documentation); fprintf(stream, "\n"); for (vector::const_iterator schema4 = definitions.types->xs__schema_.begin(); schema4 != definitions.types->xs__schema_.end(); ++schema4) { if (vflag) fprintf(stderr, "\nDefining types in %s\n", (*schema4)->targetNamespace); for (vector::const_iterator complexType = (*schema4)->complexType.begin(); complexType != (*schema4)->complexType.end(); ++complexType) types.define((*schema4)->targetNamespace, NULL, *complexType); if (vflag) fprintf(stderr, "\nDefining elements in %s\n", (*schema4)->targetNamespace); for (vector::const_iterator element = (*schema4)->element.begin(); element != (*schema4)->element.end(); ++element) { if (!(*element).type && !(*element).abstract) { if ((*element).complexTypePtr()) types.define((*schema4)->targetNamespace, (*element).name, *(*element).complexTypePtr()); else if (!(*element).simpleTypePtr()) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s.\n", (*schema4)->targetNamespace, (*element).name); if (gflag) { const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema4)->targetNamespace, (*element).name); if (t) fprintf(stream, "typedef _XML %s;\n\n", t); else fprintf(stream, "// Element definition intentionally left blank.\n\n"); types.ptrtypemap[t] = types.usetypemap[t] = "_XML"; } else { const char *s = types.cname("_", (*schema4)->targetNamespace, (*element).name); types.ptrtypemap[s] = types.usetypemap[s] = "_XML"; fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code.\n\n"); } } } } } // visit types with lowest base level first int baseLevel = 1; bool found; do { found = (baseLevel == 1); for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (found) banner("Schema Types and Top-Level Elements and Attributes", (*schema)->targetNamespace); for (vector::iterator simpleType = (*schema)->simpleType.begin(); simpleType != (*schema)->simpleType.end(); ++simpleType) { if ((*simpleType).baseLevel() == baseLevel) { found = true; types.gen((*schema)->targetNamespace, NULL, *simpleType, false, false); } } for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if (!(*element).type && (*element).simpleTypePtr() && (*element).simpleTypePtr()->baseLevel() == baseLevel) { found = true; if ((*element).type) fprintf(stream, "/// @brief Top-level root element \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*element).name, (*element).type); types.document((*element).annotation); types.gen((*schema)->targetNamespace, (*element).name, *(*element).simpleTypePtr(), false, false); } if (!(*element).type && (*element).complexTypePtr() && (*element).complexTypePtr()->baseLevel() == baseLevel) found = true; } for (vector::const_iterator attribute = (*schema)->attribute.begin(); attribute != (*schema)->attribute.end(); ++attribute) { if (!(*attribute).type && (*attribute).simpleTypePtr() && (*attribute).simpleTypePtr()->baseLevel() == baseLevel) { found = true; if ((*attribute).type) fprintf(stream, "/// @brief Top-level attribute \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*attribute).name, (*attribute).type); types.document((*attribute).annotation); types.gen((*schema)->targetNamespace, (*attribute).name, *(*attribute).simpleTypePtr(), false, false); // URI = NULL won't generate type in schema (type without namespace qualifier) } } for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() == baseLevel) found = true; } } ++baseLevel; } while (found); // generate complex type defs. Problem: what if a simpleType restriction/extension depends on a complexType simpleContent restriction/extension? int maxLevel = baseLevel; for (baseLevel = 1; baseLevel < maxLevel; ++baseLevel) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (baseLevel == 1) banner("Schema Complex Types and Top-Level Elements", (*schema)->targetNamespace); for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() == baseLevel) types.gen((*schema)->targetNamespace, NULL, *complexType, false); } for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if (!(*element).type && (*element).complexTypePtr() && (*element).complexTypePtr()->baseLevel() == baseLevel) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s\n", (*schema)->targetNamespace, (*element).name); types.document((*element).annotation); types.gen((*schema)->targetNamespace, (*element).name, *(*element).complexTypePtr(), false); } } } } for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { for (vector::iterator simpleType = (*schema)->simpleType.begin(); simpleType != (*schema)->simpleType.end(); ++simpleType) { if ((*simpleType).baseLevel() <= 0) { const char *t = types.deftname(TYPEDEF, false, false, NULL, (*schema)->targetNamespace, (*simpleType).name); fprintf(stderr, "\nError: circular restriction/extension \n", (*simpleType).name ? (*simpleType).name : ""); fprintf(stream, "\n/// @todo !FIXME! @warning %s is a simpleType with circular restriction/extension.\n", (*simpleType).name ? (*simpleType).name : ""); fprintf(stream, "typedef _XML %s;\n\n", t); types.ptrtypemap[t] = types.usetypemap[t] = "_XML"; } } for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() <= 0) { fprintf(stderr, "\nError: circular restriction/extension \n", (*complexType).name ? (*complexType).name : ""); fprintf(stream, "\n\n/// @todo !FIXME! @warning %s is a complexType with circular restriction/extension.\n", (*complexType).name ? (*complexType).name : ""); if (cflag) fprintf(stream, "struct %s { };\n\n", types.cname(NULL, (*schema)->targetNamespace, (*complexType).name)); else fprintf(stream, "class %s { };\n\n", types.cname(NULL, (*schema)->targetNamespace, (*complexType).name)); } } } // option to consider: generate local complexTypes iteratively /* for (MapOfStringToType::const_iterator local = types.locals.begin(); local != types.locals.end(); ++local) { types.gen(NULL, (*local).first, *(*local).second); } */ for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (vflag) fprintf(stderr, "\nGenerating elements in %s\n", (*schema)->targetNamespace); banner("Additional Top-Level Elements", (*schema)->targetNamespace); for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && (*element).type && !(*element).abstract) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s of XSD type %s.\n", (*schema)->targetNamespace, (*element).name, (*element).type); types.document((*element).annotation); if (!types.is_defined("_", (*schema)->targetNamespace, (*element).name)) { if (gflag) { const char *s = types.tnamenoptr(NULL, (*schema)->targetNamespace, (*element).type); const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema)->targetNamespace, (*element).name); fprintf(stream, "typedef %s %s;\n\n", s, t); } else fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code.\n\n"); } else { const char *s = types.cname("_", (*schema)->targetNamespace, (*element).name); const char *t = types.deftypemap[s]; if (t && *t) { fprintf(stream, "/// Imported element \"%s\" from typemap \"%s\".\n", s, mapfile ? mapfile : ""); types.format(t); } else fprintf(stream, "// \"%s\" element definition intentionally left blank.\n", types.cname("_", (*schema)->targetNamespace, (*element).name)); } } } if (vflag) fprintf(stderr, "\nGenerating attributes in %s\n", (*schema)->targetNamespace); banner("Additional Top-Level Attributes", (*schema)->targetNamespace); for (vector::iterator attribute = (*schema)->attribute.begin(); attribute != (*schema)->attribute.end(); ++attribute) { if ((*attribute).name && (*attribute).type) { fprintf(stream, "/// @brief Top-level attribute \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*attribute).name, (*attribute).type); types.document((*attribute).annotation); if (!types.is_defined("_", (*schema)->targetNamespace, (*attribute).name)) { if (gflag) { const char *s = types.tnamenoptr(NULL, (*schema)->targetNamespace, (*attribute).type); const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema)->targetNamespace, (*attribute).name); fprintf(stream, "typedef %s %s;\n\n", s, t); } else fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code.\n\n"); } else { const char *s = types.cname("_", (*schema)->targetNamespace, (*attribute).name); const char *t = types.deftypemap[s]; if (t && *t) { fprintf(stream, "/// Imported attribute \"%s\" from typemap \"%s\".\n", s, mapfile ? mapfile : ""); types.format(t); } else fprintf(stream, "// \"%s\" attribute definition intentionally left blank.\n", types.cname("_", (*schema)->targetNamespace, (*attribute).name)); } } } } } if (vflag) fprintf(stderr, "\nCollecting service bindings\n"); collect(definitions); if (!services.empty()) { banner("Services"); if (soap12) fprintf(stream, "// This service supports SOAP 1.2 namespaces:\n#import \"soap12.h\"\n"); for (MapOfStringToService::const_iterator service1 = services.begin(); service1 != services.end(); ++service1) { Service *sv = (*service1).second; if (sv && sv->prefix) { fprintf(stream, "\n"); if (sv->name) fprintf(stream, serviceformat, sv->prefix, "name", sv->name, ""); if (sv->type) fprintf(stream, serviceformat, sv->prefix, "type", sv->type, ""); for (SetOfString::const_iterator port = sv->location.begin(); port != sv->location.end(); ++port) fprintf(stream, serviceformat, sv->prefix, "port", (*port), ""); if (sv->URI) fprintf(stream, serviceformat, sv->prefix, "namespace", sv->URI, ""); if (sv->transport) fprintf(stream, serviceformat, sv->prefix, "transport", sv->transport, ""); } } fprintf(stream, "\n/** @mainpage %s Definitions\n", defs); if (definitions.version) { section(defs, "_version Version", NULL); text(definitions.version); } if (definitions.documentation) { section(defs, "_documentation Documentation", NULL); text(definitions.documentation); } if (definitions.types && definitions.types->documentation) { section(defs, "_types Schema Type Information", NULL); text(definitions.types->documentation); } section(defs, "_bindings Service Bindings", NULL); for (MapOfStringToService::const_iterator service2 = services.begin(); service2 != services.end(); ++service2) { Service *sv = (*service2).second; if (sv && sv->name) fprintf(stream, "\n - @ref %s\n", sv->name); } section(defs, "_more More Information", NULL); fprintf(stream, "\n - @ref page_notes \"Notes\"\n"); if (!definitions.vprop__property.empty()) fprintf(stream, "\n - @ref page_bpel \"BPEL 2.0 Variables\"\n"); fprintf(stream, "\n - @ref page_XMLDataBinding \"XML Data Binding\"\n"); if (!jflag) fprintf(stream, "\n - @ref SOAP_ENV__Header \"SOAP Header Content\" (when applicable)\n"); if (!jflag) fprintf(stream, "\n - @ref SOAP_ENV__Detail \"SOAP Fault Detail Content\" (when applicable)\n"); fprintf(stream, "\n\n*/\n"); for (MapOfStringToService::const_iterator service3 = services.begin(); service3 != services.end(); ++service3) { Service *sv = (*service3).second; if (sv && sv->name) { fprintf(stream, "\n/**\n"); page(sv->name, " Binding", sv->name); for (MapOfStringToString::const_iterator service_doc = sv->service_documentation.begin(); service_doc != sv->service_documentation.end(); ++service_doc) { const char *name = types.aname(NULL, NULL, (*service_doc).first); section(name, "_service Service Documentation", (*service_doc).first); text((*service_doc).second); } for (MapOfStringToString::const_iterator port_doc = sv->port_documentation.begin(); port_doc != sv->port_documentation.end(); ++port_doc) { const char *name = types.aname(NULL, NULL, (*port_doc).first); section(name, "_port Port Documentation", (*port_doc).first); text((*port_doc).second); } for (MapOfStringToString::const_iterator binding_doc = sv->binding_documentation.begin(); binding_doc != sv->binding_documentation.end(); ++binding_doc) { const char *name = types.aname(NULL, NULL, (*binding_doc).first); section(name, "_binding Binding Documentation", (*binding_doc).first); text((*binding_doc).second); } section(sv->name, "_operations Operations of Binding", sv->name); for (vector::const_iterator op = sv->operation.begin(); op != sv->operation.end(); ++op) { if (*op && (*op)->input && (*op)->input_name) fprintf(stream, "\n - @ref %s\n", (*op)->input_name); else if (*op && (*op)->output_name) fprintf(stream, "\n - @ref %s\n", (*op)->output_name); } if (!sv->role.empty()) { section(sv->name, "_plnk BPEL 2.0 Partner Links for Binding", sv->name); gen_plnk(*sv); } section(sv->name, "_ports Endpoints of Binding", sv->name); for (SetOfString::const_iterator port = sv->location.begin(); port != sv->location.end(); ++port) fprintf(stream, "\n - %s\n", *port); if (!sv->policy.empty()) { section(sv->name, "_policy Policy of Binding", sv->name); fprintf(stream, "\nSee Section @ref %s_policy_enablers\n", sv->name); gen_policy(*sv, sv->policy, "service endpoint ports", types); } if (!service_prefix) { if (binding_count > 1) fprintf(stream, "\n@note Multiple service bindings collected as one, use wsdl2h option -Nname to produce a separate service for each binding\n"); else fprintf(stream, "\n@note Use wsdl2h option -Nname to change the service binding prefix name\n"); } fprintf(stream, "\n\n*/\n"); } } } generate(); if (definitions.types) { gen_vprop(definitions, types); banner("XML Data Binding"); fprintf(stream, "\n/**\n"); page("page_XMLDataBinding", " XML Data Binding", NULL); fprintf(stream, "\nSOAP/XML services use data bindings contractually bound by WSDL and auto-\ngenerated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings\nare adopted from XML schemas as part of the WSDL types section or when running\nwsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.\n\nThe following readers and writers are C/C++ data type (de)serializers auto-\ngenerated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the\n(de)serialization code, which is stored in soapC.c[pp]. Include \"soapH.h\" in\nyour code to import these data type and function declarations. Only use the\nsoapcpp2-generated files in your project build. Do not include the wsdl2h-\ngenerated .h file in your code.\n\nData can be read and deserialized from:\n - an int file descriptor, using soap->recvfd = fd\n - a socket, using soap->socket = (int)...\n - a C++ stream (istream, stringstream), using soap->is = (istream*)...\n - a C string, using soap->is = (const char*)...\n - any input, using the soap->frecv() callback\n\nData can be serialized and written to:\n - an int file descriptor, using soap->sendfd = (int)...\n - a socket, using soap->socket = (int)...\n - a C++ stream (ostream, stringstream), using soap->os = (ostream*)...\n - a C string, using soap->os = (const char**)...\n - any output, using the soap->fsend() callback\n\nThe following options are available for (de)serialization control:\n - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle\n - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!)\n - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles)\n - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings\n\n"); for (vector::const_iterator schema5 = definitions.types->xs__schema_.begin(); schema5 != definitions.types->xs__schema_.end(); ++schema5) { const char *prefix = types.nsprefix(NULL, (*schema5)->targetNamespace); fprintf(stream, "\n@section %s Top-level root elements of schema \"%s\"\n", prefix ? prefix : "default", (*schema5)->targetNamespace); for (vector::const_iterator element = (*schema5)->element.begin(); element != (*schema5)->element.end(); ++element) { if (prefix) fprintf(stream, "\n - <%s:%s> ", prefix, (*element).name); else fprintf(stream, "\n - <%s> ", (*element).name); const char *cname = types.cname("_", (*schema5)->targetNamespace, (*element).name); if (types.is_defined("_", (*schema5)->targetNamespace, (*element).name)) { const char *pname = types.pname(true, false, "_", (*schema5)->targetNamespace, (*element).name); fprintf(stream, "@ref %s\n", cname); fprintf(stream, " @code\n // Reader (returns SOAP_OK on success):\n soap_read_%s(struct soap*, %s);\n // Writer (returns SOAP_OK on success):\n soap_write_%s(struct soap*, %s);\n @endcode\n", cname, pname, cname, pname); } else fprintf(stream, "(use wsdl2h option -g to auto-generate type %s)\n", cname); } } fprintf(stream, "\n*/\n"); } if (cppnamespace) fprintf(stream, "\n} // namespace %s\n", cppnamespace); fprintf(stream, "\n/* End of %s */\n", outfile ? outfile : "file"); } void Definitions::generate() { MapOfStringToMessage headers; MapOfStringToMessage faults; const char *t; for (MapOfStringToService::const_iterator service1 = services.begin(); service1 != services.end(); ++service1) { if ((*service1).second) { for (MapOfStringToMessage::const_iterator header = (*service1).second->header.begin(); header != (*service1).second->header.end(); ++header) headers[(*header).first] = (*header).second; for (MapOfStringToMessage::const_iterator fault = (*service1).second->fault.begin(); fault != (*service1).second->fault.end(); ++fault) faults[(*fault).first] = (*fault).second; } } // Generate SOAP Header definition t = types.deftypemap["SOAP_ENV__Header"]; if (t && *t) { banner("Custom SOAP Header"); types.format(t); } else if (!jflag && !headers.empty()) { banner("SOAP Header"); fprintf(stream, "/**\n\nThe SOAP Header is part of the gSOAP context and its content is accessed\nthrough the soap.header variable. You may have to set the soap.actor variable\nto serialize SOAP Headers with SOAP-ENV:actor or SOAP-ENV:role attributes.\nUse option -j to remove entire SOAP Header definition.\nUse option -k to remove the mustUnderstand qualifiers.\n\n*/\n"); fprintf(stream, "mutable struct SOAP_ENV__Header\n{\n"); for (MapOfStringToMessage::const_iterator header = headers.begin(); header != headers.end(); ++header) { if ((*header).second->use == encoded && (*header).second->URI && *(*header).second->URI) fprintf(stream, schemaformat, types.nsprefix(NULL, (*header).second->URI), "namespace", (*header).second->URI); comment("Header", (*header).first, "WSDL", (*header).second->ext_documentation); comment("Header", (*header).first, "SOAP", (*header).second->documentation); if ((*header).second->mustUnderstand && !kflag) { fprintf(stream, elementformat, "mustUnderstand", "// must be understood by receiver"); fprintf(stream, "\n"); } if ((*header).second->part && (*header).second->part->elementPtr()) { fprintf(stream, "/// \"%s\" SOAP Header part element.\n", (*header).second->part->name); if ((*header).second->part->elementPtr()->type && (*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*header).second->part->elementPtr()->type), types.aname(NULL, NULL, (*header).second->part->element)); else if ((*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->element), types.aname(NULL, NULL, (*header).second->part->element)); else fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->elementPtr()->name), (*header).first); fprintf(stream, ";\n"); } else if ((*header).second->part && (*header).second->part->type) { fprintf(stream, "/// \"%s\" SOAP Header part type.\n", (*header).second->part->type); fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*header).second->part->type), types.aname(NULL, (*header).second->URI, (*header).second->part->name)); fprintf(stream, ";\n"); } else if ((*header).second->element) { fprintf(stream, "/// \"%s\" SOAP Header element", (*header).second->name); (*header).second->generate(types, ";", false, true, false, true); fprintf(stream, "\n"); } else { if ((*header).second->part && (*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->element), (*header).first); else fprintf(stream, pointerformat, (*header).first, (*header).first); fprintf(stream, ";\t///< @todo Please check element name and type (imported type)\n"); } } types.modify("SOAP_ENV__Header"); fprintf(stream, "\n};\n\n"); } // Generate Fault detail element definitions for (MapOfStringToMessage::const_iterator fault = faults.begin(); fault != faults.end(); ++fault) { if ((*fault).second->use == encoded) { fprintf(stream, schemaformat, types.nsprefix(NULL, (*fault).second->URI), "namespace", (*fault).second->URI); fprintf(stream, "/// SOAP Fault message \"%s\":%s.\n", (*fault).second->URI, (*fault).second->message->name); comment("Fault", (*fault).first, "WSDL", (*fault).second->ext_documentation); comment("Fault", (*fault).first, "SOAP", (*fault).second->documentation); if (cflag) fprintf(stream, "struct %s\n{", (*fault).first); else fprintf(stream, "class %s\n{ public:", (*fault).first); (*fault).second->generate(types, ";", false, true, false, true); if (!cflag) { fprintf(stream, "\n"); fprintf(stream, pointerformat, "struct soap", "soap"); fprintf(stream, ";"); } fprintf(stream, "\n};\n\n"); if (cflag) fprintf(stream, "typedef struct %s %s;\n\n", (*fault).first, (*fault).first); } } t = types.deftypemap["SOAP_ENV__Detail"]; if (t && *t) { banner("Custom SOAP Fault Detail"); types.format(t); } else if (!jflag && !faults.empty()) { SetOfString fault_elements; banner("SOAP Fault Detail"); fprintf(stream, "/**\n\nThe SOAP Fault is part of the gSOAP context and its content is accessed\nthrough the soap.fault->detail variable (SOAP 1.1) or the\nsoap.fault->SOAP_ENV__Detail variable (SOAP 1.2).\nUse wsdl2h option -j to omit these declarations.\n\n*/\n"); fprintf(stream, "mutable struct SOAP_ENV__Detail\n{\n"); if (dflag) { const char *t = types.tname(NULL, NULL, "xsd:anyAttribute"); fprintf(stream, attributeformat, t, "__anyAttribute"); fprintf(stream, ";\t///< Catch any attribute content in DOM.\n"); } else fprintf(stream, "/// xsd:anyAttribute omitted: to parse attribute content of the Detail element into DOM anyAttribute, use wsdl2h option -d.\n"); types.modify("SOAP_ENV__Detail"); /* See below */ /* The DOM representation is not desired since faultdetail is NULL. However, future options may reenable this feature (see keep code here). const char *t = types.tname(NULL, NULL, "xsd:any"); fprintf(stream, elementformat, t, "__any"); if (dflag) fprintf(stream, ";\t///< Catch any element content in DOM.\n"); else fprintf(stream, ";\t///< Catch any element content in XML string.\n"); */ for (MapOfStringToMessage::const_iterator fault = faults.begin(); fault != faults.end(); ++fault) { comment("Fault", (*fault).first, "WSDL", (*fault).second->ext_documentation); comment("Fault", (*fault).first, "SOAP", (*fault).second->documentation); if ((*fault).second->message) { const char *name = (*fault).second->message->name; if (!name) name = "?"; if ((*fault).second->use == literal) { for (vector::const_iterator part = (*fault).second->message->part.begin(); part != (*fault).second->message->part.end(); ++part) { if ((*part).elementPtr()) { if (fault_elements.find((*part).element) == fault_elements.end()) { fprintf(stream, "/// SOAP Fault message \"%s\" part \"%s\" element \"%s\".\n", name, (*part).name ? (*part).name : "", (*part).element ? (*part).element : ""); if ((*part).elementPtr()->type) fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*part).elementPtr()->type), types.aname(NULL, (*fault).second->URI, (*part).element)); else fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*part).element), types.aname(NULL, (*fault).second->URI, (*part).element)); fprintf(stream, ";\n"); fault_elements.insert((*part).element); } } else if ((*part).name && (*part).type) { if (fault_elements.find((*part).name) == fault_elements.end()) { fprintf(stream, schemaformat, types.nsprefix(NULL, (*fault).second->URI), "namespace", (*fault).second->URI); fprintf(stream, "/// SOAP Fault message \"%s\" part \"%s\" type \"%s\".\n", name, (*part).name, (*part).type); fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*part).type), types.aname(NULL, (*fault).second->URI, (*part).name)); fprintf(stream, ";\n"); fault_elements.insert((*part).name); } } else fprintf(stream, "// Unknown SOAP Fault message \"%s\":%s part \"%s\"\n", (*fault).second->URI, name, (*part).name ? (*part).name : ""); } } else { fprintf(stream, "/// SOAP Fault message \"%s\":%s\n", (*fault).second->URI, name); fprintf(stream, pointerformat, (*fault).first, types.aname(NULL, (*fault).second->URI, (*fault).second->message->name)); fprintf(stream, ";\n"); } } else if ((*fault).second->element) { if (fault_elements.find((*fault).second->name) == fault_elements.end()) { fprintf(stream, "/// SOAP Fault message \"%s\":%s\n", (*fault).second->URI, (*fault).second->element->name); fprintf(stream, elementformat, types.pname(true, false, "_", (*fault).second->URI, (*fault).second->element->name), (*fault).second->name); fprintf(stream, ";\n"); fault_elements.insert((*fault).second->name); } } } fprintf(stream, elementformat, "int", "__type"); fprintf(stream, ";\t///< set to SOAP_TYPE_X for a serializable type X\n"); fprintf(stream, pointerformat, "void", "fault"); fprintf(stream, ";\t///< points to serializable object of type X or NULL\n"); fprintf(stream, elementformat, "_XML", "__any"); fprintf(stream, ";\t///< Catch any other content in XML string.\n"); fprintf(stream, "};\n\n"); } /* The SOAP Fault struct below is autogenerated by soapcpp2 (kept here for future mods) if (!mflag && !faults.empty()) { fprintf(stream, "struct SOAP_ENV__Code\n{\n"); fprintf(stream, elementformat, "_QName", "SOAP_ENV__Value"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Node"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Role"); fprintf(stream, ";\n};\n"); fprintf(stream, "struct SOAP_ENV__Detail\n{\n"); fprintf(stream, elementformat, "int", "__type"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "void", "fault"); fprintf(stream, ";\n"); fprintf(stream, elementformat, "_XML", "__any"); fprintf(stream, ";\n};\n"); fprintf(stream, "struct SOAP_ENV__Fault\n{\n"); fprintf(stream, elementformat, "_QName", "faultcode"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "faultstring"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "faultactor"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Detail", "detail"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Code", "SOAP_ENV__Code"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Reason"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Detail", "SOAP_ENV__Detail"); fprintf(stream, ";\n};\n"); } */ for (MapOfStringToService::const_iterator service2 = services.begin(); service2 != services.end(); ++service2) if ((*service2).second) (*service2).second->generate(types); } //////////////////////////////////////////////////////////////////////////////// // // Service methods // //////////////////////////////////////////////////////////////////////////////// Service::Service() { prefix = NULL; URI = NULL; name = NULL; type = NULL; transport = NULL; } void Service::generate(Types& types) { const char *method_name; banner("Service Binding", name); for (vector::const_iterator op2 = operation.begin(); op2 != operation.end(); ++op2) { if (*op2 && ((*op2)->input || bflag)) { bool flag = false, anonymous = ((*op2)->style != document && (*op2)->parameterOrder != NULL); if (!(*op2)->input) method_name = (*op2)->output_name; else method_name = (*op2)->input_name; banner("Service Operation", method_name); if ((*op2)->output && (*op2)->output_name) { if ((*op2)->style == document) flag = ((*op2)->output->element || ((*op2)->output->message && (*op2)->output->message->part.size() == 1)); else if (!wflag) flag = ((*op2)->output->element || ((*op2)->output->message && (*op2)->output->use == encoded && (*op2)->output->message->part.size() == 1 && !(*(*op2)->output->message->part.begin()).simpleTypePtr() && !(*(*op2)->output->message->part.begin()).complexTypePtr())); if (flag && (*op2)->input && (*op2)->output && (*op2)->input->message && (*(*op2)->output->message->part.begin()).element) for (vector::const_iterator part = (*op2)->input->message->part.begin(); part != (*op2)->input->message->part.end(); ++part) if ((*part).element && !strcmp((*part).element, (*(*op2)->output->message->part.begin()).element)) flag = false; if (!flag) { if (bflag) fprintf(stream, "/* soapcpp2 generates the following struct automatically for your use:\n"); fprintf(stream, "/// Operation response struct \"%s\" of operation \"%s\".\n", (*op2)->output_name, method_name); fprintf(stream, "struct %s\n{", (*op2)->output_name); (*op2)->output->generate(types, ";", anonymous, false, false, false); fprintf(stream, "\n};\n"); if (bflag) fprintf(stream, "*/\n"); } } fprintf(stream, "\n/** Operation \"%s\" of service binding \"%s\".\n", method_name, name); if ((*op2)->documentation) text((*op2)->documentation); if ((*op2)->operation_documentation) text((*op2)->operation_documentation); if ((*op2)->input && (*op2)->input->documentation) { fprintf(stream, "Input request:\n"); text((*op2)->input->documentation); } if ((*op2)->input && (*op2)->input->ext_documentation) { fprintf(stream, "Input request:\n"); text((*op2)->input->ext_documentation); } if ((*op2)->output) { if ((*op2)->output->documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->documentation); } if ((*op2)->output->ext_documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->ext_documentation); } } gen_policy(*this, (*op2)->policy, "operation", types); if ((*op2)->input) { gen_policy(*this, (*op2)->input->policy, "request message", types); if ((*op2)->input->content) { fprintf(stream, "\n - Request message MIME content"); if ((*op2)->input->content->type) { fprintf(stream, " type=\""); text((*op2)->input->content->type); fprintf(stream, "\""); } if ((*op2)->input->content->type && !strcmp((*op2)->input->content->type, "application/x-www-form-urlencoded")) fprintf(stream, "\n Use the httpform.c plugin to retrieve key-value pairs from the REST request\n message form data at the server side (client side is automated).\n"); else fprintf(stream, "\n @todo This form of MIME content is not automatically handled.\n"); } } if ((*op2)->output) { gen_policy(*this, (*op2)->output->policy, "response message", types); if ((*op2)->output->content) { fprintf(stream, "\n - Response message MIME content"); if ((*op2)->output->content->type) { fprintf(stream, " type=\""); text((*op2)->output->content->type); fprintf(stream, "\""); } fprintf(stream, "\n @todo This form of MIME content response is not automatically handled.\n Use one-way request and implement code to parse response.\n"); } } else fprintf(stream, "\n - One-way service request message\n"); if ((*op2)->mep) fprintf(stream, "\n - SOAP MEP: \"%s\"\n", ((*op2)->mep)); if ((*op2)->style == document) fprintf(stream, "\n - %s %s messaging\n", (*op2)->protocol, (*op2)->input && (*op2)->input->content && (*op2)->input->content->type ? (*op2)->input->content->type : "document/literal style"); else if ((*op2)->input) { if ((*op2)->input->use == literal) fprintf(stream, "\n - %s literal messaging\n", (*op2)->protocol); else if ((*op2)->input->encodingStyle) fprintf(stream, "\n - %s RPC encodingStyle=\"%s\"\n", (*op2)->input->encodingStyle, (*op2)->protocol); else fprintf(stream, "\n - %s RPC encoded messaging\n", (*op2)->protocol); } if ((*op2)->output) { if (!(*op2)->input || (*op2)->input->use != (*op2)->output->use) { if ((*op2)->output->use == literal) fprintf(stream, "\n - %s literal response messages\n", (*op2)->protocol); else if ((*op2)->output->encodingStyle) fprintf(stream, "\n - %s RPC response encodingStyle=\"%s\"\n", (*op2)->protocol, (*op2)->output->encodingStyle); else fprintf(stream, "\n - %s RPC encoded response messages\n", (*op2)->protocol); } } if ((*op2)->action) { if (*(*op2)->action) fprintf(stream, "\n - Action: \"%s\"\n", (*op2)->action); } if ((*op2)->input) { if ((*op2)->input->action) fprintf(stream, "\n - Addressing input action: \"%s\"\n", (*op2)->input->action); } if ((*op2)->output) { if ((*op2)->output->action) fprintf(stream, "\n - Addressing output action: \"%s\"\n", (*op2)->output->action); } for (vector::const_iterator infault = (*op2)->infault.begin(); infault != (*op2)->infault.end(); ++infault) { if ((*infault)->message) { if ((*infault)->use == literal) { for (vector::const_iterator part = (*infault)->message->part.begin(); part != (*infault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*part).name); } } else if ((*infault)->message->name) fprintf(stream, "\n - SOAP Input Fault: %s\n", (*infault)->name); if ((*infault)->message->name && (*infault)->action) fprintf(stream, " - SOAP Input Fault addressing action: \"%s\"\n", (*infault)->action); } else if ((*infault)->name) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*infault)->name); if ((*infault)->body_parts) fprintf(stream, " SOAP Input Fault code: %s\n", (*infault)->body_parts); text((*infault)->documentation); text((*infault)->ext_documentation); gen_policy(*this, (*infault)->policy, "fault message", types); } for (vector::const_iterator outfault = (*op2)->outfault.begin(); outfault != (*op2)->outfault.end(); ++outfault) { if ((*outfault)->message) { if ((*outfault)->use == literal) { for (vector::const_iterator part = (*outfault)->message->part.begin(); part != (*outfault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).name); } } else if ((*outfault)->message->name) fprintf(stream, "\n - SOAP Output Fault: %s\n", (*outfault)->name); if ((*outfault)->message->name && (*outfault)->action) fprintf(stream, " - SOAP Output Fault addressing action: \"%s\"\n", (*outfault)->action); } else if ((*outfault)->name) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*outfault)->name); if ((*outfault)->body_parts) fprintf(stream, " SOAP Output Fault code: %s\n", (*outfault)->body_parts); text((*outfault)->documentation); text((*outfault)->ext_documentation); gen_policy(*this, (*outfault)->policy, "fault message", types); } if ((*op2)->input) { if (!(*op2)->input->header.empty()) fprintf(stream, "\n - Request message has mandatory header part(s) (see @ref SOAP_ENV__Header):\n"); for (vector::const_iterator inputheader = (*op2)->input->header.begin(); inputheader != (*op2)->input->header.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } } if ((*op2)->input && (*op2)->input->multipartRelated) { int k = 2; fprintf(stream, "\n - Request message MIME multipart/related attachments:\n"); for (vector::const_iterator part = (*op2)->input->multipartRelated->part.begin(); part != (*op2)->input->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->input && (*op2)->input->layout) fprintf(stream, "\n - Request message has DIME attachments in compliance with %s\n", (*op2)->input->layout); if ((*op2)->output) { if (!(*op2)->output->header.empty()) fprintf(stream, "\n - Response message has mandatory header part(s): (see @ref SOAP_ENV__Header)\n"); for (vector::const_iterator outputheader = (*op2)->output->header.begin(); outputheader != (*op2)->output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } } if ((*op2)->output && (*op2)->output_name && (*op2)->output->multipartRelated) { int k = 2; fprintf(stream, "\n - Response message MIME multipart/related attachments\n"); for (vector::const_iterator part = (*op2)->output->multipartRelated->part.begin(); part != (*op2)->output->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->output && (*op2)->output_name && (*op2)->output->layout) fprintf(stream, "\n - Response message has DIME attachments in compliance with %s\n", (*op2)->output->layout); fprintf(stream, "\nC stub function (defined in soapClient.c[pp] generated by soapcpp2):\n@code\n int soap_%s_%s(\n struct soap *soap,\n NULL, // char *endpoint = NULL selects default endpoint for this operation\n NULL, // char *action = NULL selects default action for this operation\n // input parameters:", (*op2)->output ? "call" : "send", method_name); if ((*op2)->input) (*op2)->input->generate(types, ",", false, false, false, false); if ((*op2)->output && (*op2)->output_name) { fprintf(stream, "\n // output parameters:"); if (flag) { if ((*op2)->style == rpc && (*op2)->output->message && (*(*op2)->output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*(*op2)->output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*(*op2)->output->message->part.begin()).name), ""); } else (*op2)->output->generate(types, "", anonymous, false, true, false); } else fprintf(stream, "\n struct %s%s", (*op2)->output_name, cflag ? "*" : "&"); } fprintf(stream, "\n );\n@endcode\n\nC server function (called from the service dispatcher defined in soapServer.c[pp]):\n@code\n int %s(\n struct soap *soap,\n // input parameters:", method_name); if ((*op2)->input) (*op2)->input->generate(types, ",", false, false, false, false); fprintf(stream, "\n // output parameters:"); if ((*op2)->output && (*op2)->output_name) { if (flag) { if ((*op2)->style == rpc && (*op2)->output->message && (*(*op2)->output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*(*op2)->output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*(*op2)->output->message->part.begin()).name), ""); } else (*op2)->output->generate(types, "", anonymous, false, true, false); } else fprintf(stream, "\n struct %s%s", (*op2)->output_name, cflag ? "*" : "&"); } fprintf(stream, "\n );\n@endcode\n\n"); if (!cflag) { fprintf(stream, "C++ proxy class (defined in soap%sProxy.h):\n", name); fprintf(stream, "@code\n class %sProxy;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes;\n\n"); fprintf(stream, "C++ service class (defined in soap%sService.h):\n", name); fprintf(stream, "@code\n class %sService;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes;\n\n"); } fprintf(stream, "*/\n\n"); (*op2)->generate(types, *this); } else if (*op2 && (*op2)->output) { if (!(*op2)->input) method_name = (*op2)->output_name; else method_name = (*op2)->input_name; banner("Service Operation", method_name); fprintf(stream, "\n/** Operation \"%s\" of service binding \"%s\".\n", method_name, name); if ((*op2)->documentation) text((*op2)->documentation); if ((*op2)->operation_documentation) text((*op2)->operation_documentation); if ((*op2)->output->documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->documentation); } if ((*op2)->output->ext_documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->ext_documentation); } gen_policy(*this, (*op2)->policy, "operation", types); gen_policy(*this, (*op2)->output->policy, "response message", types); fprintf(stream, "\n - One-way service response message\n"); if ((*op2)->mep) fprintf(stream, "\n - SOAP MEP: \"%s\"\n", ((*op2)->mep)); if ((*op2)->style == document) fprintf(stream, "\n - %s document/literal style messaging\n", (*op2)->protocol); else { if ((*op2)->output->use == literal) fprintf(stream, "\n - %s RPC literal messaging\n", (*op2)->protocol); else if ((*op2)->output->encodingStyle) fprintf(stream, "\n - %s RPC encodingStyle=\"%s\"\n", (*op2)->output->encodingStyle, (*op2)->protocol); else fprintf(stream, "\n - %s RPC encoded messaging\n", (*op2)->protocol); } if ((*op2)->action) { if (*(*op2)->action) fprintf(stream, "\n - Action: \"%s\"\n", (*op2)->action); } if ((*op2)->output) { if ((*op2)->output->action) fprintf(stream, "\n - Addressing output action: \"%s\"\n", (*op2)->output->action); } for (vector::const_iterator outfault = (*op2)->outfault.begin(); outfault != (*op2)->outfault.end(); ++outfault) { if ((*outfault)->message) { if ((*outfault)->use == literal) { for (vector::const_iterator part = (*outfault)->message->part.begin(); part != (*outfault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).name); } } else if ((*outfault)->message->name) fprintf(stream, "\n - SOAP Output Fault: %s\n", (*outfault)->name); if ((*outfault)->message->name && (*outfault)->action) fprintf(stream, " - SOAP Output Fault addressing action: \"%s\"\n", (*outfault)->action); } else if ((*outfault)->name) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*outfault)->name); gen_policy(*this, (*outfault)->policy, "fault message", types); } if (!(*op2)->output->header.empty()) fprintf(stream, "\n - Response message has mandatory header part(s) (see @ref SOAP_ENV__Header):\n"); for (vector::const_iterator outputheader = (*op2)->output->header.begin(); outputheader != (*op2)->output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } if ((*op2)->output->multipartRelated) { int k = 2; fprintf(stream, "\n - Response message MIME multipart/related attachments:\n"); for (vector::const_iterator part = (*op2)->output->multipartRelated->part.begin(); part != (*op2)->output->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->output->layout) fprintf(stream, "\n - Response message has DIME attachments in compliance with %s\n", (*op2)->output->layout); fprintf(stream, "\nC stub function (defined in soapClient.c[pp] generated by soapcpp2):\n@code\n int soap_call_%s(\n struct soap *soap,\n NULL, // char *endpoint = NULL selects default endpoint for this operation\n NULL, // char *action = NULL selects default action for this operation\n // parameters:", method_name); (*op2)->output->generate(types, ",", false, false, false, false); fprintf(stream, "\n );\n@endcode\n\nC server function (called from the service dispatcher defined in soapServer.c[pp]):\n@code\n int %s(\n struct soap *soap,\n // parameters:", method_name); (*op2)->output->generate(types, ",", false, false, false, false); fprintf(stream, "\n );\n@endcode\n\n"); if (!cflag) { fprintf(stream, "C++ proxy class (defined in soap%sProxy.h):\n", name); fprintf(stream, "@code\n class %sProxy;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes;\n\n"); fprintf(stream, "C++ service class (defined in soap%sService.h):\n", name); fprintf(stream, "@code\n class %sService;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes;\n\n"); } fprintf(stream, "*/\n\n"); (*op2)->generate(types, *this); } } gen_policy_enablers(*this); } void Service::add_import(const char *s) { if (find_if(imports.begin(), imports.end(), eqstr(s)) == imports.end()) imports.push_back(s); } void Service::del_import(const char *s) { VectorOfString::iterator i = find_if(imports.begin(), imports.end(), eqstr(s)); if (i != imports.end()) imports.erase(i); } //////////////////////////////////////////////////////////////////////////////// // // Operation methods // //////////////////////////////////////////////////////////////////////////////// void Operation::generate(Types& types, Service& service) { bool flag = false, anonymous = ((style != document) && parameterOrder != NULL); const char *method_name = NULL; if (output) { if (style == document) flag = (output->element || (output->message && output->message->part.size() == 1)); else if (!wflag) flag = (output->element || (output->message && output->use == encoded && output->message->part.size() == 1 && !(*output->message->part.begin()).simpleTypePtr() && !(*output->message->part.begin()).complexTypePtr())); if (flag && input && input->message && (*output->message->part.begin()).element) for (vector::const_iterator part = input->message->part.begin(); part != input->message->part.end(); ++part) if ((*part).element && !strcmp((*part).element, (*output->message->part.begin()).element)) flag = false; } if (output && output_name && bflag) // (output && (!input || bflag)) { if (input) { method_name = strstr(output_name + 1, "__"); if (method_name) method_name += 2; else method_name = output_name; } else { method_name = strstr(input_name + 1, "__"); if (method_name) method_name += 2; else method_name = input_name; } if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, output->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-action", method_name, output->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } if (input) { fprintf(stream, "/// Operation response \"%s\" of operation \"%s\".\n", output_name, input_name); fprintf(stream, "int %s(", output_name); } else fprintf(stream, "int %s(", input_name); output->generate(types, ",", anonymous, true, false, false); fprintf(stream, "\n void\t///< One-way message: no output parameter\n);\n"); } if (!input && output && output_name) // (!input && output && bflag) { method_name = strstr(output_name + 1, "__"); if (method_name) method_name += 2; else method_name = output_name; if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, output->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-action", method_name, output->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } fprintf(stream, "int %s(", output_name); if (flag) { if (style == rpc && output->message && (*output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*output->message->part.begin()).name), ""); fprintf(stream, "\t///< Output parameter"); } else output->generate(types, "", anonymous, true, true, false); } else { fprintf(stream, "\n struct %-28s%s", output_name, cflag ? "*" : "&"); fprintf(stream, "\t///< Output response struct parameter"); } fprintf(stream, "\n);\n"); } if (input && input_name) { method_name = strstr(input_name + 1, "__"); if (method_name) method_name += 2; else method_name = input_name; if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (input->content && input->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, input->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output && output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-output-mime-type", method_name, output->content->type); if (!input || input->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (input->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, input->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output) { if (!input || input->use != output->use) { if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, "encoded"); } if (style == rpc && (!input || (input->URI && output->URI && *output->URI && strcmp(input->URI, output->URI)))) fprintf(stream, schemaformat, types.nsprefix(NULL, output->URI), "namespace", output->URI); } if (input && input->action && *input->action) fprintf(stream, serviceformat, prefix, "method-input-action", method_name, input->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-output-action", method_name, output->action); for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (input) { if (input->multipartRelated) { for (vector::const_iterator inputmime = input->multipartRelated->part.begin(); inputmime != input->multipartRelated->part.end(); ++inputmime) { for (vector::const_iterator inputheader = (*inputmime).soap__header_.begin(); inputheader != (*inputmime).soap__header_.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } for (vector::const_iterator content = (*inputmime).content.begin(); content != (*inputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-input-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator inputheader = input->header.begin(); inputheader != input->header.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } for (vector::const_iterator inputwheader = input->wheader.begin(); inputwheader != input->wheader.end(); ++inputwheader) { if ((*inputwheader).element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputwheader).element)); } } if (output) { if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-output-mime-type", method_name, (*content).type); } } for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } } if (input) fprintf(stream, "int %s(", input_name); else fprintf(stream, "int %s(", output_name); if (input) input->generate(types, ",", anonymous, true, false, false); if (output) { if (flag) { if (style == rpc && output->message && (*output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*output->message->part.begin()).name), ""); fprintf(stream, "\t///< Output parameter"); } else output->generate(types, "", anonymous, true, true, false); } else { fprintf(stream, "\n struct %-28s%s", output_name, cflag ? "*" : "&"); fprintf(stream, "\t///< Output response struct parameter"); } fprintf(stream, "\n);\n"); } else fprintf(stream, "\n void\t///< One-way message: no output parameter\n);\n"); } } //////////////////////////////////////////////////////////////////////////////// // // Message methods // //////////////////////////////////////////////////////////////////////////////// void Message::generate(Types& types, const char *sep, bool anonymous, bool remark, bool response, bool optional) { if (message) { for (vector::const_iterator part = message->part.begin(); part != message->part.end(); ++part) { if (!(*part).name) fprintf(stderr, "\nError: no part name in message \"%s\"\n", message->name ? message->name : ""); else if (!body_parts || soap_tagsearch(body_parts, (*part).name)) { if (remark && (*part).documentation) comment("", (*part).name, "parameter", (*part).documentation); else fprintf(stream, "\n"); if ((*part).element) { if ((*part).elementPtr()) { const char *name, *type, *nameURI = NULL, *typeURI = NULL, *prefix = NULL; if (style == rpc && use == encoded) name = (*part).name; else { name = (*part).elementPtr()->name; if (style == document && (*part).elementPtr()->schemaPtr()) nameURI = (*part).elementPtr()->schemaPtr()->targetNamespace; } if ((*part).elementPtr()->type) type = (*part).elementPtr()->type; else { type = (*part).elementPtr()->name; prefix = "_"; if ((*part).elementPtr()->schemaPtr()) typeURI = (*part).elementPtr()->schemaPtr()->targetNamespace; } if ((*part).elementPtr()->xmime__expectedContentTypes) fprintf(stream, " /// MTOM attachment with content types %s\n", (*part).elementPtr()->xmime__expectedContentTypes); if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(prefix, typeURI, type); else { t = types.tname(prefix, typeURI, type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, anonymous ? anonformat : paraformat, t, flag ? " " : cflag ? "*" : "&", types.aname(NULL, nameURI, name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, typeURI, type), " ", types.aname(NULL, nameURI, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, NULL, NULL, (*part).element), " ", types.aname(NULL, NULL, (*part).element), sep); if (remark) fprintf(stream, "\t///< @todo Check element type (imported type)"); } } else if ((*part).type) { if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(NULL, NULL, (*part).type); else { t = types.tname(NULL, NULL, (*part).type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, anonymous ? anonformat : paraformat, t, flag ? " " : cflag ? "*" : "&", types.aname(NULL, NULL, (*part).name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, NULL, NULL, (*part).type), " ", types.aname(NULL, NULL, (*part).name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } else fprintf(stderr, "\nError: no wsdl:definitions/message/part/@type in part \"%s\"\n", (*part).name); } } } else if (element) // WSDL 2.0 { const char *prefix = NULL; const char *URI = NULL; const char *name = element->name; const char *type = element->type; if (!type) { type = name; prefix = "_"; } if (element->schemaPtr()) URI = element->schemaPtr()->targetNamespace; if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(prefix, URI, type); else { t = types.tname(prefix, URI, type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, "\n"); fprintf(stream, paraformat, t, flag ? " " : cflag ? "*" : "&", anonymous ? "" : types.aname(NULL, URI, name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else if (style == document || element->simpleTypePtr()) { // WSDL 2.0 document style fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, URI, type), " ", types.aname(NULL, URI, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } else if (element->complexTypePtr()) { // WSDL 2.0 RPC style xs__seqchoice *seq = element->complexTypePtr()->sequence; for (vector::const_iterator i = seq->__contents.begin(); i != seq->__contents.end(); ++i) { if ((*i).__union == SOAP_UNION_xs__union_content_element) { name = (*i).__content.element->name; type = (*i).__content.element->type; if (!type) type = name; fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, URI, type), " ", types.aname(NULL, NULL, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } } } } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// static const char *urienc(struct soap *soap, const char *uri) { const char *r, *s; char *t; size_t n = 0; if (!uri) return NULL; for (s = uri; *s; s++) if (!URI_CHAR(*s)) n++; if (!n) return uri; n = strlen(uri) + 2*n; r = t = (char*)soap_malloc(soap, n + 1); if (r) { for (s = uri; *s; s++) { if (URI_CHAR(*s)) *t++ = *s; else { (SOAP_SNPRINTF(t, n + 1 - (t - r), 3), "%%%2.2x", *s); t += 3; } } *t = '\0'; } return r; } static bool imported(const char *tag) { if (!tag || *tag != '"') return false; for (SetOfString::const_iterator u = exturis.begin(); u != exturis.end(); ++u) { size_t n = strlen(*u); if (!strncmp(*u, tag + 1, n) && tag[n+1] == '"') return true; } return false; } static void comment(const char *start, const char *middle, const char *end, const char *text) { if (text) { if (strchr(text, '\r') || strchr(text, '\n')) fprintf(stream, "\n/** %s %s %s documentation:\n%s\n*/\n\n", start, middle, end, text); else fprintf(stream, "\n/// %s %s %s: %s\n", start, middle, end, text); } } static void page(const char *page, const char *title, const char *text) { if (text) fprintf(stream, "\n@page %s%s \"%s\"\n", page, title, text); else fprintf(stream, "\n@page %s%s\n", page, title); } static void section(const char *section, const char *title, const char *text) { if (text) fprintf(stream, "\n@section %s%s \"%s\"\n", section, title, text); else fprintf(stream, "\n@section %s%s\n", section, title); } static void banner(const char *text1, const char *text2) { int i; if (!text1) return; fprintf(stream, "\n/"); for (i = 0; i < 78; i++) fputc('*', stream); if (text2) fprintf(stream, "\\\n *%76s*\n * %-75s*\n * %-73s*\n *%76s*\n\\", "", text1, text2, ""); else fprintf(stream, "\\\n *%76s*\n * %-75s*\n *%76s*\n\\", "", text1, ""); for (i = 0; i < 78; i++) fputc('*', stream); fprintf(stream, "/\n\n"); if (vflag) fprintf(stderr, "\n----<< %s: %s >>----\n\n", text1, text2 ? text2 : ""); } static void ident() { time_t t = time(NULL), *p = &t; char tmp[256]; int i; strftime(tmp, 256, "%Y-%m-%d %H:%M:%S GMT", gmtime(p)); fprintf(stream, "/* %s\n Generated by wsdl2h " WSDL2H_VERSION " from ", outfile ? outfile : ""); if (infiles) { for (i = 0; i < infiles; i++) fprintf(stream, "%s ", infile[i]); } else fprintf(stream, "(stdin) "); fprintf(stream, "and %s\n\ %s\n\n\ DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS\n\ USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS\n\n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial use license is available from Genivia Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n\ */\n\n", mapfile, tmp); } void text(const char *text) { const char *s; if (!text) return; size_t k = 0; for (s = text; *s; s++, k++) { switch (*s) { case '\n': if (k) { fputc('\n', stream); k = 0; } break; case '\t': k = 8 * ((k + 8) / 8) - 1; fputc('\t', stream); break; case '/': fputc(*s, stream); if (s[1] == '*') fputc(' ', stream); break; case '*': fputc(*s, stream); if (s[1] == '/') fputc(' ', stream); break; case ' ': if (k >= 79) { fputc('\n', stream); k = 0; } else fputc(' ', stream); break; default: if (*s >= 32) fputc(*s, stream); } } if (k) fputc('\n', stream); } //////////////////////////////////////////////////////////////////////////////// // // WS-Policy // //////////////////////////////////////////////////////////////////////////////// static void gen_policy(Service& service, const vector& policy, const char *text, Types& types) { if (!policy.empty()) { fprintf(stream, "\n - WS-Policy applicable to the %s:\n", text); for (vector::const_iterator p = policy.begin(); p != policy.end(); ++p) if (*p) (*p)->generate(service, types, 0); } } static void gen_policy_enablers(const Service& service) { fprintf(stream, "\n/**\n"); page(service.name, " Binding", service.name); section(service.name, "_policy_enablers Policy Enablers of Binding", service.name); if (service.imports.empty()) { fprintf(stream, "\nNone specified.\n\n*/\n"); return; } fprintf(stream, "\nBased on policies and protocol requirements, this service requires importing"); for (VectorOfString::const_iterator i = service.imports.begin(); i != service.imports.end(); ++i) fprintf(stream, " \"%s\"", *i); fprintf(stream, "\n\n - WS-Policy reminders and enablers (when applicable):\n"); fprintf(stream, " - WS-Addressing 1.0 (2005/08, accepts 2004/08):\n\t@code\n\t#import \"wsa5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsaapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\t// See the user guide gsoap/doc/wsa/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Addressing (2004/08):\n\t@code\n\t#import \"wsa.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsaapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\t// See the user guide gsoap/doc/wsa/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-ReliableMessaging 1.0:\n\t@code\n\t#import \"wsrm5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsrmapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\tsoap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code\n\t// See the user guide gsoap/doc/wsrm/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-ReliableMessaging 1.1:\n\t@code\n\t#import \"wsrm.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsrmapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\tsoap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code\n\t// See the user guide gsoap/doc/wsrm/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Discovery 1.0:\n\t@code\n\t#import \"wsrm5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsddapi.h\" // See the user guide gsoap/doc/wsdd/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Discovery 1.1:\n\t@code\n\t#import \"wsrm.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsddapi.h\" // See the user guide gsoap/doc/wsdd/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Security (SOAP Message Security) 1.0 (accepts 1.1):\n\t@code\n\t#import \"wsse.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code\n\t// See the user guide gsoap/doc/wsse/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Security (SOAP Message Security) 1.1 (accepts 1.0):\n\t@code\n\t#import \"wsse11.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code\n\t// See the user guide gsoap/doc/wsse/html/index.html\n\t@endcode\n"); fprintf(stream, " - HTTP Digest Authentication:\n\t@code\n\t#include \"plugin/httpda.h\"\n\tsoap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code\n\t// See the user guide gsoap/doc/httpda/html/index.html\n\t@endcode\n"); fprintf(stream, "*/\n\n"); for (VectorOfString::const_iterator i = service.imports.begin(); i != service.imports.end(); ++i) fprintf(stream, "#import \"%s\"\n", *i); } //////////////////////////////////////////////////////////////////////////////// // // BPEL 2.0 // //////////////////////////////////////////////////////////////////////////////// static void gen_plnk(const Service& service) { if (!service.role.empty()) { for (vector::const_iterator r = service.role.begin(); r != service.role.end(); ++r) { if (*r && (*r)->portTypePtr() && (*r)->plnkPtr()) { fprintf(stream, "\n - \"%s\" role \"%s\" port type \"%s\" operations.\n", (*r)->plnkPtr()->name, (*r)->portTypePtr()->name, (*r)->name); text((*r)->documentation); text((*r)->plnkPtr()->documentation); } } } } static void gen_vprop(const wsdl__definitions& definitions, Types& types) { if (!definitions.vprop__property.empty()) { banner("BPEL 2.0 Variables"); fprintf(stream, "/**\n"); page("page_bpel", " BPEL 2.0 Variables", NULL); for (vector::const_iterator i1 = definitions.vprop__property.begin(); i1 != definitions.vprop__property.end(); ++i1) { if ((*i1).name) { fprintf(stream, "\nBPEL 2.0 Variable \"%s\"\n", (*i1).name); text((*i1).documentation); fprintf(stream, "\n"); for (vector::const_iterator j = definitions.vprop__propertyAlias.begin(); j != definitions.vprop__propertyAlias.end(); ++j) { if ((*j).vpropPtr() == &(*i1) && (*j).query && (*j).query->__mixed) { if ((*j).messageType) { if ((*j).type) fprintf(stream, " - Variable property alias for message %s/%s of type %s.\n", (*j).messageType, (*j).part, (*j).type); else if ((*j).element) fprintf(stream, " - Variable property alias for message %s/%s element %s.\n", (*j).messageType, (*j).part, (*j).element); } else fprintf(stream, " - Variable property alias.\n"); text((*j).documentation); if ((*j).type) fprintf(stream, " XPath %s: %s\n", types.tname(NULL, NULL, (*j).type), (*j).query->__mixed); else if ((*j).element) fprintf(stream, " XPath %s: %s\n", types.tname(NULL, NULL, (*j).element), (*j).query->__mixed); } } } } fprintf(stream, "*/\n\n"); for (vector::const_iterator i2 = definitions.vprop__property.begin(); i2 != definitions.vprop__property.end(); ++i2) { if ((*i2).name) { for (vector::const_iterator j = definitions.vprop__propertyAlias.begin(); j != definitions.vprop__propertyAlias.end(); ++j) { if ((*j).vpropPtr() == &(*i2) && (*j).query && (*j).query->__mixed) { if ((*j).type) fprintf(stream, "//xpath %s %s\n", types.tname(NULL, NULL, (*j).type), (*j).query->__mixed); else if ((*j).element) fprintf(stream, "//xpath %s %s\n", types.tname(NULL, NULL, (*j).element), (*j).query->__mixed); 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All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsrmp schema documentation: WS-ReliableMessaging Policy binding //gsoap wsrmp schema namespace: http://schemas.xmlsoap.org/ws/2005/02/rm/policy //gsoap wsrmp schema elementForm: qualified //gsoap wsrmp schema attributeForm: unqualified #import "imports.h" class wsrmp__Timeout { public: @char *Milliseconds; }; class wsrmp__RMAssertion : public wsp__Assertion { public: wsrmp__Timeout *InactivityTimeout; wsrmp__Timeout *BaseRetransmissionInterval;; wsrmp__Timeout *AcknowledgementInterval; char *ExponentialBackoff; // TODO: WCF netrmp extension elements go here, as necessary }; gsoap-2.8.28/gsoap/wsdl/wst.h0000644000175000017500000000323212653650160015340 0ustar ellertellert/* wst.h WS-Trust -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wst schema documentation: WS-Trust //gsoap wst schema namespace: http://docs.oasis-open.org/ws-sx/ws-trust/200512 //gsoap wst schema elementForm: qualified //gsoap wst schema attributeForm: unqualified class wst__Claims { public: @xsd__string Dialect; xsd__string __item; }; gsoap-2.8.28/gsoap/wsdl/typemap.dat0000644000175000017500000004363512653650160016536 0ustar ellertellert# typemap.dat # Use this file to define namespace prefix and type bindings for # the generated header files by the 'wsdl2h' tool. typemap.dat is the # default file processed by 'wsdl2h' to customize its output. You can use # wsdl2h option -t to specify an alternate file. ####### XML NAMESPACE BINDINGS # XML namespace prefix bindings can be provided to override the default # choice of the ns1, ns2, ... prefixes generated by wsdl2h. It is highly # recommended to provide namespace prefixes for your project's XML # namespaces. In this way, changes to the WSDL (or newer releases of # wsdl2h) will have a minimal impact on coding. # Bindings for namespace prefixes are of the form: # prefix = "URI" ####### XSD TYPE BINDINGS # Type bindings can be provided to bind XML schema types to C/C++ # types for your project. # Type bindings are of the form: # prefix__type = declaration | use | ptr-use # where 'prefix__type' is the C/C++-translation of the schema type, # 'declaration' introduces the type in the header file, the optional # 'use' specifies how the type is used directly, and the optional # 'ptr-use' specifies how the type is used as a pointer type. # For example, to use wide stirngs in C: # xsd__string = | wchar_t* | wchar_t* # which replaced the default char* mapping in C of xsd:string. # To use C++ std::wstring for xsd:string: # xsd__string = | std::wstring # After enabling one of these lines, all XSD strings will be remapped. # Note that the 'declaration' part is empty in these case as expected. # # When a type binding requires only the usage to be changed and the # declaration part must be kept intact, then the declaration part can be # replaced by elipsis ..., as in: # prefix__type = ... | use | ptr-use # This ensure that the wsdl2h-generated type definition is preserved, # while the use and ptr-use are remapped. # For example, this is useful to map schema polymorphic types to C types, # where we need to be able to both handle a base type and its extensions # as per schema extensibility. Say base type ns:base allows derived # extensions and we need to map this to C types as follows: # ns__base = ... | int __type_base; void* # where __type_base and void* are used to (de)serialize any data type, # including base and its derived types. ####### CLASS/STRUCT MEMBER ADDITIONS # Additional data and function members can be provided to extend a # wsdl2h-generated struct or class. # Class and struct extensions are of the form: # prefix__type = $ member-declaration # For example, to add a constructor and destructor to class myns__record: # myns__record = $ myns__record(); # myns__record = $ ~myns__record(); ####### TYPE EQUIVALENCES # Type equivalence mappings can be given to map a type to another type: # prefix__type1 == prefix__type2 # which replaces 'prefix__type1' by 'prefix__type2' in the wsdl2h output. # For example: # SOAP_ENC__boolean == xsd__boolean # which replaces 'SOAP_ENC__boolean' with the C/C++ type information that # corresponds to `xsd__boolean' which is 'bool' for C++. # Target C/C++ type names (names without prefix) can also be replaced: # float == double # which replaces all 'float' with 'double' in the wsdl2h output. Beware # that replacement types may lead to xsi:type mismatches and SOAP # encoding id-ref mismatches when parsing inbound XML messages. ####### BUILT-IN VARIABLES # The variable '$CONTAINER' defines the container to emit in the # generated declarations, which is std::vector by default. # For example: # $CONTAINER = std::list # The variable '$POINTER' defines the smart pointer to emit in the # generated declarations, replacing '*'. For example: # $POINTER = std::shared_ptr # Not all pointers in the generated output can be replaced by smart # pointers when standard pointers are used as union members and pointers # to arrays. ####### USER-DEFINED CONTENT # Any other content to be included in the generated header file can be # provided by enclosing it within brackets [ and ]. These brackets MUST # appear at the start of a new line. # For example, to add an #import directive to the wsdl2h-generated output: # [ # #import "wsa5.h" # ] #------------------------------------------------------------------------------- #gSOAP XML Web services tools #Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. #This software is released under one of the following two licenses: #GPL or Genivia's license for commercial use. #------------------------------------------------------------------------------- #A commercial use license is available from Genivia, Inc., contact@genivia.com #------------------------------------------------------------------------------- [ // Reminder: Modify typemap.dat to customize the header file generated by wsdl2h ] # Remember: type bindings are given on a single line (use \ to continue # with the next line). Here is an example binding for the XSD int type # that maps to an 'int': # xsd__int = | int # To use regular char* strings instead of std::string, use: # xsd__string = | char* | char* # For char* serialized with xsi:type when using soapcpp2 option -t, use: # xsd__string = typedef char *xsd__string; | xsd__string | xsd__string # The following mapping is internally applied by wsdl2h for C (not C++): # (assuming option -e is used to remove the xsd__boolean__ name prefix) # xsd__boolean = enum xsd__boolean { false_, true_ }; | enum xsd__boolean # Uncomment the line below to use __int128_t for xsd:integer instead of # mapping xsd:integer to string. # Must compile and link custom/int128.c with the project. # xsd__integer = #import "custom/int128.h" | xsd__integer # Or if the xsd:integer value range is bounded to int64_t, then: # xsd__integer = typedef int64_t xsd__integer; # Uncomment the line below to use long double for xsd:decimal instead of # mapping xsd:decimal to string. # Must compile and link custom/long_double.c with the project. # xsd__decimal = #import "custom/long_double.h" | long double # Or if your system supports __float128 then you can use: # xsd__decimal = #import "custom/float128.h" | xsd__decimal # Or if the xsd:decimal value range is bounded to double, then: # xsd__decimal = typedef double xsd__decimal; # Uncomment the line below to use struct tm instead of time_t xsd:dateTime # Must compile and link custom/struct_tm.c with the project. # xsd__dateTime = #import "custom/struct_tm.h" | xsd__dateTime # Uncomment the line below to use timeval with usec precision xsd:dateTime # Must compile and link custom/struct_timeval.c with the project. # xsd__dateTime = #import "custom/struct_timeval.h" | xsd__dateTime # Uncomment the line below to use std::chrono::system_clock::time_point # for xsd:dateTime. # Must compile and link custom/chrono_time_point.c with the project. # xsd__dateTime = #import "custom/chrono_time_point.h" | xsd__dateTime # Uncomment the line below to use struct tm for xsd:date instead of # mapping xsd:date to string. # Must compile and link custom/struct_tm_date.c with the project. # xsd__date = #import "custom/struct_tm_date.h" | xsd__date # Uncomment the line below to use LONG64 int for xsd:duration instead of # mapping xsd:duration to string (in milliseconds precision). # Must compile and link custom/duration.c with the project. xsd__duration = #import "custom/duration.h" | xsd__duration # Uncomment the line below to use C++11 std::chrono::nanoseconds for # xsd:duration instead of mapping xsd:duration to string. # Must compile and link custom/chrono_duration.cpp with the project. # xsd__duration = #import "custom/chrono_duration.h" | xsd__duration # Uncomment the line below to use ULONG64 int for xsd:time instead of # mapping xsd:time to string (also comes with high usec precision) # Must compile and link custom/time.c with the project. # xsd__time = #import "custom/long_time.h" | xsd__time # When compiling WITH_LEAN there is no hexBinary serializer. You can # remap the hexBinary type to a string as follows: # xsd__hexBinary = | char* # When wsdl2h option -d is used, xsd:any is mapped to xsd__anyType DOM # declared in dom.h and implemented in dom.c/dom.cpp. You can remap # xsd:any, for example to a pointer to a DOM node as follows: # xsd__any = | xsd__anyType* # When SOAP 1.2 Faults should carry multiple SOAP_ENV__Text elements with # xml:lang attributes, then remap SOAP_ENV__Reason as follows: # [ # struct SOAP_ENV__Reason # { # char *SOAP_ENV__Text; // at least one SOAP-ENV:Text for the gSOAP engine # $int size; # struct SOAP_ENV__Text *SOAP_ENV__Text_; // array of more SOAP-ENV:Text # }; # struct SOAP_ENV__Text # { # char *__item; # @char *xml__lang; # }; # ] # SOAP-ENV mapping (note: SOAP Body content is mapped to an XML string) SOAP_ENV__Envelope = struct SOAP_ENV__Envelope { struct SOAP_ENV__Header *SOAP_ENV__Header; _XML SOAP_ENV__Body; }; | struct SOAP_ENV__Envelope SOAP_ENV__Header = | struct SOAP_ENV__Header SOAP_ENV__Fault = | struct SOAP_ENV__Fault SOAP_ENV__Detail = | struct SOAP_ENV__Detail SOAP_ENV__Code = | struct SOAP_ENV__Code SOAP_ENV__Subcode = | struct SOAP_ENV__Subcode SOAP_ENV__Reason = | struct SOAP_ENV__Reason # Temporary URI tempuri = "http://tempuri.org/" # Empty URI empty = "" # .NET WCF DataContract Serialization Schema ser = arr = "http://schemas.microsoft.com/2003/10/Serialization/Arrays" # .NET WCF DataContract Serialization Schema remappings _ser__anyURI == xsd__anyURI _ser__boolean == xsd__boolean _ser__base64Binary == xsd__base64Binary _ser__byte == xsd__byte _ser__dateTime == xsd__dateTime _ser__decimal == xsd__decimal _ser__double == xsd__double _ser__float == xsd__float _ser__int == xsd__int _ser__long == xsd__long _ser__QName == xsd__QName _ser__short == xsd__short _ser__string == xsd__string _ser__unsignedByte == xsd__unsignedByte _ser__unsignedInt == xsd__unsignedInt _ser__unsignedLong == xsd__unsignedLong _ser__unsignedShort == xsd__unsignedShort # .NET WCF ser:anyType represents an object (see import/ser.h): _ser__anyType = | struct __ser__anyType | struct __ser__anyType # .NET WCF ser:char element and type represents a Unicode character _ser__char = | int ser__char = | int # .NET WCF ser:duration element and type maps to xsd:duration _ser__duration == xsd__duration ser__duration == xsd__duration # .NET WCF ser:guid pattern = "[\da-fA-F]{8}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{12}" _ser__guid = | char* ser__guid = | char* # .NET WCF samples mssamh = "http://Microsoft.Samples.Http" mssamhi = "http://Microsoft.Samples.Http/Imports" mssamt = "http://Microsoft.Samples.TransportSecurity" mssamti = "http://Microsoft.Samples.TransportSecurity/Imports" mssamm = "http://Microsoft.Samples.MessageSecurity" mssammi = "http://Microsoft.Samples.MessageSecurity/Imports" mssadh = "http://Microsoft.Samples.DualHttp" mssadhi = "http://Microsoft.Samples.DualHttp/Imports" # MTOM xop and xmime are imported from xop.h, xmime.h, and xmlmime.h: # Note: changed xmlmime to xmime to avoid other MTOM tools from # complaining that 'xml' is reserved. xop = xmime = xmime4 = xmime5 = # xop:Include is imported from xop.h and redefined as _xop__Include: xop__Include = #import "xop.h" | _xop__Include # xmime/xmlmime:contentType attribute is a string: _xmime__contentType = | char* | char* _xmime4__contentType = | char* | char* _xmime5__contentType = | char* | char* # exc-c14n c14n = # WS-Addressing (2003, 2004, and 2005 schemas) # See import/wsa.h, import/wsa3.h etc for definitions and code examples # The API is defined in plugin/wsaapi.c, plugin/wsaapi3.c, etc. wsa = wsa3 = wsa4 = wsa5 = # The types below should not use pointers, so we add a 3rd column: _wsa__Action = | | _wsa__Action _wsa__MessageID = | | _wsa__MessageID _wsa__To = | | _wsa__To _wsa3__Action = | | _wsa3__Action _wsa3__MessageID = | | _wsa3__MessageID _wsa3__To = | | _wsa3__To _wsa4__Action = | | _wsa4__Action _wsa4__MessageID = | | _wsa4__MessageID _wsa4__To = | | _wsa4__To _wsa5__Action = | | _wsa5__Action _wsa5__MessageID = | | _wsa5__MessageID _wsa5__To = | | _wsa5__To # WS-ReliableMessaging 1.1 and 1.0 (and obsolete WS-Reliability 2004) wsrm = wsrm5 = wsrm4 = # WS-Discovery 1.1 (2009/01) and 1.0 (2004/08 with WS-Addressing) # To upgrade WS-Discovery to WS-Addressing 2005/08, uncomment wsdd5: wsdd = #wsdd5 = wsdd10 = wsdd5__HelloType = | wsdd__HelloType wsdd5__ByeType = | wsdd__ByeType wsdd5__ProbeType = | wsdd__ProbeType wsdd5__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd5__ProbeMatchType = | wsdd__ProbeMatchType wsdd5__ResolveType = | wsdd__ResolveType wsdd5__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd5__ResolveMatchType = | wsdd__ResolveMatchType wsdd5__ScopesType = | wsdd__ScopesType wsdd5__SecurityType = | wsdd__SecurityType wsdd5__SigType = | wsdd__SigType wsdd5__AppSequenceType = | wsdd__AppSequenceType wsdd10__HelloType = | wsdd__HelloType wsdd10__ByeType = | wsdd__ByeType wsdd10__ProbeType = | wsdd__ProbeType wsdd10__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd10__ProbeMatchType = | wsdd__ProbeMatchType wsdd10__ResolveType = | wsdd__ResolveType wsdd10__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd10__ResolveMatchType = | wsdd__ResolveMatchType wsdd10__ScopesType = | wsdd__ScopesType wsdd10__SecurityType = | wsdd__SecurityType wsdd10__SigType = | wsdd__SigType wsdd10__AppSequenceType = | wsdd__AppSequenceType # WS-Policy wsp = # WS-SecureConversation 1.4 wsc = wsc2 = # WS-Trust 1.2 and 1.3 wst = wst12 = # SAML bindings saml1 = saml2 = # WS-Security wsse 2004 v1.0 and 1.1 and old wsse 2002 schema wsse11 = wsse = wsse2 = _wsse2__Security == _wsse__Security wsse2__Security == wsse__Security # wsu 2004 wsu = _wsu__Id = | char* _wsu__Created = | time_t _wsu__Expires = | time_t wsu__AttributedDateTime = | time_t wsu__AttributedURI = | char* # Bindings for ds and xenc for WS-Security protocols: ds = xenc = # xlink xlink = _xlink__actuate = | char* _xlink__arcrole = | char* _xlink__from = | char* _xlink__href = | char* _xlink__label = | char* _xlink__role = | char* _xlink__show = | char* _xlink__to = | char* _xlink__title = | char* _xlink__type = | char* # wsrp routing protocol (deprecated) wsrp = # BPEL 2.0 bpel = "http://docs.oasis-open.org/wsbpel/2.0/process/executable" bpelabs = "http://docs.oasis-open.org/wsbpel/2.0/process/abstract" plnk = "http://docs.oasis-open.org/wsbpel/2.0/plnktype" sref = "http://docs.oasis-open.org/wsbpel/2.0/serviceref" vprop = "http://docs.oasis-open.org/wsbpel/2.0/varprop" # ONVIF recommended prefixes as per 8/20/12 # http://www.onvif.org/onvif/ver10/device/wsdl/devicemgmt.wsdl # http://www.onvif.org/onvif/ver10/event/wsdl/event.wsdl # http://www.onvif.org/onvif/ver10/display.wsdl # http://www.onvif.org/onvif/ver10/deviceio.wsdl # http://www.onvif.org/onvif/ver20/imaging/wsdl/imaging.wsdl # http://www.onvif.org/onvif/ver10/media/wsdl/media.wsdl # http://www.onvif.org/onvif/ver20/ptz/wsdl/ptz.wsdl # http://www.onvif.org/onvif/ver10/receiver.wsdl # http://www.onvif.org/onvif/ver10/recording.wsdl # http://www.onvif.org/onvif/ver10/search.wsdl # http://www.onvif.org/onvif/ver10/network/wsdl/remotediscovery.wsdl # http://www.onvif.org/onvif/ver10/replay.wsdl # http://www.onvif.org/onvif/ver20/analytics/wsdl/analytics.wsdl # http://www.onvif.org/onvif/ver10/analyticsdevice.wsdl # http://www.onvif.org/onvif/ver10/schema/onvif.xsd tds = "http://www.onvif.org/ver10/device/wsdl" tev = "http://www.onvif.org/ver10/events/wsdl" tls = "http://www.onvif.org/ver10/display/wsdl" tmd = "http://www.onvif.org/ver10/deviceIO/wsdl" timg = "http://www.onvif.org/ver20/imaging/wsdl" trt = "http://www.onvif.org/ver10/media/wsdl" tptz = "http://www.onvif.org/ver20/ptz/wsdl" trv = "http://www.onvif.org/ver10/receiver/wsdl" trc = "http://www.onvif.org/ver10/recording/wsdl" tse = "http://www.onvif.org/ver10/search/wsdl" trp = "http://www.onvif.org/ver10/replay/wsdl" tan = "http://www.onvif.org/ver20/analytics/wsdl" tad = "http://www.onvif.org/ver10/analyticsdevice/wsdl" tdn = "http://www.onvif.org/ver10/network/wsdl" tt = "http://www.onvif.org/ver10/schema" # OASIS recommended prefixes wsnt = "http://docs.oasis-open.org/wsn/b-2" wsntw = "http://docs.oasis-open.org/wsn/bw-2" wsrfbf = "http://docs.oasis-open.org/wsrf/bf-2" wsrfr = "http://docs.oasis-open.org/wsrf/r-2" wsrfrw = "http://docs.oasis-open.org/wsrf/rw-2" wstop = "http://docs.oasis-open.org/wsn/t-1" # Prefix bindings for WhiteMesa interoperability testing round 2: i = "http://soapinterop.org/" s = "http://soapinterop.org/xsd" # Prefix binding for Amazon Web Services: aws = "urn:PI/DevCentral/SoapService" # Prefix binding for Mappoint Web services: mpt = "http://s.mappoint.net/mappoint-30/" gsoap-2.8.28/gsoap/wsdl/MakefileManual0000644000175000017500000000505212653650160017152 0ustar ellertellert# gSOAP wsdl2h Makefile by Robert van Engelen, Genivia Inc. # Use this to build the soapcpp2 tool when autoconf/automake are not # available. # # Dependences: # Build soapcpp2 first (should be in ../bin/soapcpp2) # # Use 'make secure' to build SSL-capable wsdlh2 tool (requires OpenSSL) # # Mac OS X universal binary: # CPP=g++ -arch i386 -arch ppc CC=gcc CPP=g++ # SOAPCPP=../bin/soapcpp2 STDSOAPH=../stdsoap2.h STDSOAPC=../stdsoap2.cpp PLUGIN=../plugin # SOCKLIB= # SOCKLIB=-lsocket -lnsl # LIBS=-lm $(SOCKLIB) # COFLAGS=-O1 # For static linking use: # COFLAGS=-O1 -static # For debugging use: # COFLAGS=-DDEBUG -g # COFLAGS=-g CWFLAGS=-Wall # CIFLAGS=-I.. -I$(PLUGIN) # CMFLAGS= # CFLAGS=$(CWFLAGS) $(COFLAGS) $(CIFLAGS) $(CMFLAGS) # all: clean wsdl2h wsdl2h: wsdlC.o wsdl2h.o wsdl.o schema.o soap.o mime.o wsp.o bpel.o types.o service.o stdsoap2.o $(CPP) -o wsdl2h wsdlC.o wsdl2h.o wsdl.o schema.o soap.o mime.o wsp.o bpel.o types.o service.o stdsoap2.o $(LIBS) -cp -f wsdl2h ../bin stdsoap2.o: $(STDSOAPH) $(STDSOAPC) $(CPP) -c $(CFLAGS) $(STDSOAPC) wsdl2h.o: wsdl2h.cpp types.h service.h includes.h $(CPP) -c $(CFLAGS) wsdl2h.cpp wsdlC.o: wsdlC.cpp $(CPP) -c $(CFLAGS) wsdlC.cpp wsdlC.cpp: schema.h soap.h mime.h dime.h http.h wsdl.h includes.h imports.h wsp.h sp.h wsam.h wsrmp.h wsu.h wst.h $(SOAPCPP) -I../import -SC -pwsdl wsdl.h types.o: types.h types.cpp includes.h wsdlC.cpp $(CPP) -c $(CFLAGS) types.cpp service.o: service.h service.cpp includes.h wsdlC.cpp $(CPP) -c $(CFLAGS) service.cpp wsdl.o: wsdl.h wsdl.cpp includes.h imports.h $(CPP) -c $(CFLAGS) wsdl.cpp schema.o: schema.h schema.cpp includes.h imports.h $(CPP) -c $(CFLAGS) schema.cpp soap.o: soap.h soap.cpp includes.h imports.h $(CPP) -c $(CFLAGS) soap.cpp mime.o: mime.h mime.cpp includes.h imports.h $(CPP) -c $(CFLAGS) mime.cpp wsp.o: wsp.h wsp.cpp includes.h imports.h $(CPP) -c $(CFLAGS) wsp.cpp bpel.o: bpel.h bpel.cpp includes.h imports.h $(CPP) -c $(CFLAGS) bpel.cpp httpda.o: $(PLUGIN)/httpda.c $(CC) -c $(CFLAGS) $(PLUGIN)/httpda.c md5evp.o: $(PLUGIN)/md5evp.c $(CC) -c $(CFLAGS) $(PLUGIN)/md5evp.c secure: clean make CMFLAGS='-Wno-deprecated-declarations -DWITH_OPENSSL' LIBS="httpda.o md5evp.o -lcrypto -lssl -lm $(SOCKLIB)" httpda.o md5evp.o wsdl2h .PHONY: clean distclean clean: -rm -f *.o wsdlH.h wsdlStub.h wsdlC.cpp wsdlClient.cpp wsdlServer.cpp wsdlClientLib.cpp wsdlServerLib.cpp distclean: -rm -f *.o *.wsdl *.xsd *.xml *.nsmap wsdl2h wsdlH.h wsdlStub.h wsdlC.cpp wsdlClient.cpp wsdlServer.cpp wsdlClientLib.cpp wsdlServerLib.cpp gsoap-2.8.28/gsoap/wsdl/schema.cpp0000644000175000017500000020161712653650160016325 0ustar ellertellert/* schema.cpp XSD binding schema implementation -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern struct Namespace namespaces[]; extern "C" { extern int warn_ignore(struct soap*, const char*); } extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // schema // //////////////////////////////////////////////////////////////////////////////// xs__schema::xs__schema() { soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); #ifdef HTTPDA_H soap_register_plugin(soap, http_da); #endif #ifdef WITH_OPENSSL soap_ssl_client_context(soap, SOAP_SSL_NO_AUTHENTICATION, NULL, NULL, NULL, NULL, NULL); #endif soap_set_namespaces(soap, namespaces); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; soap->proxy_host = proxy_host; soap->proxy_port = proxy_port; soap->proxy_userid = proxy_userid; soap->proxy_passwd = proxy_passwd; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; } xs__schema::xs__schema(struct soap *copy) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; } xs__schema::xs__schema(struct soap *copy, const char *cwd, const char *loc) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; read(cwd, loc); } xs__schema::~xs__schema() { } int xs__schema::get(struct soap *soap) { (void)soap; return preprocess(); } int xs__schema::preprocess() { // process xs:include recursively // NOTE: includes are context sensitive (take context info), so keep including for (vector::iterator in = include.begin(); in != include.end(); ++in) { (*in).preprocess(*this); // read schema and recurse over if ((*in).schemaPtr()) insert(*(*in).schemaPtr()); } for (vector::iterator ov = override_.begin(); ov != override_.end(); ++ov) { (*ov).preprocess(*this); // read schema and recurse over if ((*ov).schemaPtr()) insert(*(*ov).schemaPtr()); } for (vector::iterator re = redefine.begin(); re != redefine.end(); ++re) { (*re).preprocess(*this); // read schema and recurse over if ((*re).schemaPtr()) insert(*(*re).schemaPtr()); } return SOAP_OK; } int xs__schema::insert(xs__schema& schema) { bool found; if (targetNamespace && (!schema.targetNamespace || strcmp(targetNamespace, schema.targetNamespace))) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching targetNamespace '%s' into schema namespace '%s', assuming chameleon schema targetNamespace '%s'\n", schema.sourceLocation() ? schema.sourceLocation() : "", schema.targetNamespace, targetNamespace, targetNamespace); schema.targetNamespace = targetNamespace; } if (elementFormDefault != schema.elementFormDefault) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching elementFormDefault into schema namespace '%s', assuming elementFormDefault '%squalified'\n", schema.sourceLocation() ? schema.sourceLocation() : "", targetNamespace ?targetNamespace : "(null)", elementFormDefault == qualified ? "" : "un"); schema.elementFormDefault = elementFormDefault; } if (attributeFormDefault != schema.attributeFormDefault) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching attributeFormDefault into schema namespace '%s', assuming attributeFormDefault '%squalified'\n", schema.sourceLocation() ? schema.sourceLocation() : "", targetNamespace ? targetNamespace : "(null)", attributeFormDefault == qualified ? "" : "un"); schema.attributeFormDefault = attributeFormDefault; } // insert imports for (vector::const_iterator im = schema.import.begin(); im != schema.import.end(); ++im) { found = false; if ((*im).namespace_) { for (vector::const_iterator i = import.begin(); i != import.end(); ++i) { if ((*i).namespace_ && !strcmp((*im).namespace_, (*i).namespace_)) { found = true; break; } } } if (!found) import.push_back(*im); } // insert attributes, but only add attributes with new name (limited conflict check) for (vector::const_iterator at = schema.attribute.begin(); at != schema.attribute.end(); ++at) { found = false; if ((*at).name) { for (vector::const_iterator a = attribute.begin(); a != attribute.end(); ++a) { if ((*a).name && !strcmp((*at).name, (*a).name)) { found = true; if ((*at).type && (*a).type && strcmp((*at).type, (*a).type)) if (!Wflag) fprintf(stderr, "\nWarning: attempt to redefine attribute '%s' with type '%s' in schema '%s'\n", (*at).name, (*at).type, targetNamespace ? targetNamespace : "(null)"); break; } } } if (!found) { attribute.push_back(*at); attribute.back().schemaPtr(this); } } // insert elements, but only add elements with new name (limited conflict check) for (vector::const_iterator el = schema.element.begin(); el != schema.element.end(); ++el) { found = false; if ((*el).name) { for (vector::const_iterator e = element.begin(); e != element.end(); ++e) { if ((*e).name && !strcmp((*el).name, (*e).name)) { found = true; if ((*el).type && (*e).type && strcmp((*el).type, (*e).type)) if (!Wflag) fprintf(stderr, "\nWarning: attempt to redefine element '%s' with type '%s' in schema '%s'\n", (*el).name, (*el).type, targetNamespace ? targetNamespace : "(null)"); break; } } } if (!found) { element.push_back(*el); element.back().schemaPtr(this); } } // insert groups, but only add groups with new name (no conflict check) for (vector::const_iterator gp = schema.group.begin(); gp != schema.group.end(); ++gp) { found = false; if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { found = true; break; } } } if (!found) { group.push_back(*gp); group.back().schemaPtr(this); } } // insert attributeGroups, but only add attributeGroups with new name (no conflict check) for (vector::const_iterator ag = schema.attributeGroup.begin(); ag != schema.attributeGroup.end(); ++ag) { found = false; if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { found = true; break; } } } if (!found) { attributeGroup.push_back(*ag); attributeGroup.back().schemaPtr(this); } } // insert simpleTypes, but only add simpleTypes with new name (no conflict check) for (vector::const_iterator st = schema.simpleType.begin(); st != schema.simpleType.end(); ++st) { found = false; if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { found = true; break; } } } if (!found) { simpleType.push_back(*st); simpleType.back().schemaPtr(this); } } // insert complexTypes, but only add complexTypes with new name (no conflict check) for (vector::const_iterator ct = schema.complexType.begin(); ct != schema.complexType.end(); ++ct) { found = false; if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { found = true; break; } } } if (!found) { complexType.push_back(*ct); complexType.back().schemaPtr(this); } } return SOAP_OK; } int xs__schema::traverse() { if (updated) return SOAP_OK; if (vflag) cerr << " Analyzing schema '" << (targetNamespace ? targetNamespace : "(null)") << "' '" << (sourceLocation() ? sourceLocation() : "") << "'" << endl; updated = true; if (!targetNamespace) { if (vflag) fprintf(stderr, "\nWarning: Schema has no targetNamespace\n"); targetNamespace = soap_strdup(soap, ""); } else if (exturis.find(targetNamespace) != exturis.end()) { if (vflag) fprintf(stderr, "\nWarning: Built-in schema '%s' content encountered\n", targetNamespace); } // process import for (vector::iterator im = import.begin(); im != import.end(); ++im) (*im).traverse(*this); // process attributes for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(*this); // process elements for (vector::iterator el = element.begin(); el != element.end(); ++el) (*el).traverse(*this); // process simpleTypes, check conflicts with complexTypes for (vector::iterator st = simpleType.begin(); st != simpleType.end(); ++st) { (*st).traverse(*this); if ((*st).name) { for (vector::iterator ct = complexType.begin(); ct != complexType.end(); ++ct) { if ((*ct).name && !strcmp((*st).name, (*ct).name)) { if (!Wflag) fprintf(stderr, "\nWarning: top-level simpleType name and complexType name '%s' clash in schema '%s'\n", (*st).name, targetNamespace ? targetNamespace : "(null)"); } } } } // process complexTypes for (vector::iterator ct = complexType.begin(); ct != complexType.end(); ++ct) (*ct).traverse(*this); // process groups for (vector::iterator gp = group.begin(); gp != group.end(); ++gp) (*gp).traverse(*this); // process attributeGroups for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(*this); // XSD 1.1 defaultAttributes if (defaultAttributes) { for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) { if (!strcmp(defaultAttributes, (*ag).name)) { attributeGroupRef = &*ag; break; } } if (!attributeGroupRef) cerr << "\nWarning: could not find defaultAttributes attributeGroup '" << defaultAttributes << "' in schema '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; } if (vflag) cerr << " End of schema '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; return SOAP_OK; } int xs__schema::read(const char *cwd, const char *loc) { const char *cwd_temp; if (!cwd) cwd = cwd_path; if (vflag) fprintf(stderr, "\nOpening schema '%s' from '%s'\n", loc ? loc : "(stdin)", cwd ? cwd : "./"); if (loc) { if (soap->recvfd > 2) { soap_end_recv(soap); close(soap->recvfd); soap->recvfd = -1; } else if (soap_valid_socket(soap->socket)) { soap_end_recv(soap); soap_closesock(soap); } #ifdef WITH_OPENSSL if (!strncmp(loc, "http://", 7) || !strncmp(loc, "https://", 8)) #else if (!strncmp(loc, "https://", 8)) { fprintf(stderr, "\nCannot connect to https site: no SSL support, please rebuild with SSL (default) or download the files and rerun wsdl2h\n"); exit(1); } else if (!strncmp(loc, "http://", 7)) #endif { fprintf(stderr, "%*sConnecting to '%s' to retrieve schema...", 2*openfiles, "", loc); location = soap_strdup(soap, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else if (cwd && (!strncmp(cwd, "http://", 7) || !strncmp(cwd, "https://", 8))) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); fprintf(stderr, "%*sConnecting to '%s' to retrieve schema '%s'...", 2*openfiles, "", location, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else { soap->recvfd = open(loc, O_RDONLY, 0); if (soap->recvfd < 0) { if (cwd) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); #ifdef WIN32 if (!s) s = strrchr(location, '\\'); #endif if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0 && import_path) { size_t l = strlen(import_path) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, import_path); size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0) { fprintf(stderr, "\nCannot open '%s' to retrieve schema\n", loc); exit(1); } } else location = soap_strdup(soap, loc); fprintf(stderr, "%*sReading schema '%s'...\n", 2*openfiles, "", location); openfiles++; } } cwd_temp = cwd_path; cwd_path = location; if (!soap_begin_recv(soap)) this->soap_in(soap, "xs:schema", NULL); if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307) // HTTP redirect, socket was closed { int r = SOAP_ERR; fprintf(stderr, "Redirected to '%s'...\n", soap->endpoint); if (redirs++ < 10) r = read(cwd, soap->endpoint); else fprintf(stderr, "\nMax redirects exceeded\n"); redirs--; return r; } else if (soap->error == 401) { int r = SOAP_ERR; fprintf(stderr, "Authenticating to '%s' realm '%s'...\n", loc, soap->authrealm); if (auth_userid && auth_passwd && redirs++ < 1) { #ifdef HTTPDA_H struct http_da_info info; http_da_save(soap, &info, soap->authrealm, auth_userid, auth_passwd); #else soap->userid = auth_userid; soap->passwd = auth_passwd; #endif r = read(cwd, loc); #ifdef HTTPDA_H http_da_release(soap, &info); #endif redirs--; } else fprintf(stderr, "Authentication failed, use option -r:uid:pwd and (re)build with OpenSSL to enable digest authentication\n"); return r; } if (soap->error) { fprintf(stderr, "\nAn error occurred while parsing schema from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); fprintf(stderr, "\nIf this schema namespace is considered \"built-in\", then add\n namespaceprefix = \nto typemap.dat.\n"); exit(1); } openfiles--; fprintf(stderr, "%*sDone reading '%s'\n", 2*openfiles, "", loc ? loc : "(stdin)"); soap_end_recv(soap); if (soap->recvfd > 2) { close(soap->recvfd); soap->recvfd = -1; } else soap_closesock(soap); cwd_path = cwd_temp; return SOAP_OK; } void xs__schema::sourceLocation(const char *loc) { location = soap_strdup(soap, loc); } const char *xs__schema::sourceLocation() { return location; } xs__attributeGroup *xs__schema::attributeGroupPtr() const { return attributeGroupRef; } int xs__schema::error() { return soap->error; } void xs__schema::print_fault() { soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); } void xs__schema::builtinType(const char *type) { builtinTypeSet.insert(type); } void xs__schema::builtinElement(const char *element) { builtinElementSet.insert(element); } void xs__schema::builtinAttribute(const char *attribute) { builtinAttributeSet.insert(attribute); } const SetOfString& xs__schema::builtinTypes() const { return builtinTypeSet; } const SetOfString& xs__schema::builtinElements() const { return builtinElementSet; } const SetOfString& xs__schema::builtinAttributes() const { return builtinAttributeSet; } bool xs__schema::empty() const { return include.empty() && redefine.empty() && override_.empty() && attribute.empty() && element.empty() && group.empty() && attributeGroup.empty() && simpleType.empty() && complexType.empty(); // empty except for } xs__include::xs__include() { schemaLocation = NULL; schemaRef = NULL; } int xs__include::preprocess(xs__schema &schema) { if (!schemaRef && schemaLocation) { // only read from include locations not read already, uses static std::map static map included; map::iterator i = included.end(); if (schema.targetNamespace) { for (i = included.begin(); i != included.end(); ++i) { if ((*i).second->targetNamespace && !strcmp(schemaLocation, (*i).first) && !strcmp(schema.targetNamespace, (*i).second->targetNamespace)) break; } } if (i == included.end()) { if (vflag) cerr << "Preprocessing schema include '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; schemaRef = new xs__schema(schema.soap); if (!schemaRef) return SOAP_EOF; included[schemaLocation] = schemaRef; schemaRef->read(schema.sourceLocation(), schemaLocation); if (schema.targetNamespace && (!schemaRef->targetNamespace || strcmp(schema.targetNamespace, schemaRef->targetNamespace))) { if (!Wflag) { if (schemaRef->targetNamespace) fprintf(stderr, "\nWarning: attempt to include schema with mismatching targetNamespace '%s' in schema '%s', assigning targetNamespace '%s'\n", schemaRef->targetNamespace, schema.targetNamespace, schema.targetNamespace); else fprintf(stderr, "\nWarning: attempt to include chameleon schema with no targetNamespace in schema '%s', assigning targetNamespace '%s'\n", schema.targetNamespace, schema.targetNamespace); } schemaRef->targetNamespace = schema.targetNamespace; schemaRef->elementFormDefault = schema.elementFormDefault; schemaRef->attributeFormDefault = schema.attributeFormDefault; } } else { if (vflag) cerr << "Schema '" << (schemaLocation ? schemaLocation : "(null)") << "' already included into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; schemaRef = (*i).second; } } return SOAP_OK; } int xs__include::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__include::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__include::schemaPtr() const { return schemaRef; } xs__redefine::xs__redefine() { schemaLocation = NULL; schemaRef = NULL; } int xs__redefine::preprocess(xs__schema &schema) { if (vflag) cerr << "Preprocessing schema redefine '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; if (!schemaRef) { if (schemaLocation) { schemaRef = new xs__schema(schema.soap, schema.sourceLocation(), schemaLocation); // redefine xs:all, xs:choice, or xs:sequence in a group for (vector::iterator gp = schemaRef->group.begin(); gp != schemaRef->group.end(); ++gp) { if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { if ((*g).all) (*gp).all = (*g).all; if ((*g).choice) (*gp).choice = (*g).choice; if ((*g).sequence) (*gp).sequence = (*g).sequence; break; } } } } // redefine specified attributes in an attributeGroup for (vector::iterator ag = schemaRef->attributeGroup.begin(); ag != schemaRef->attributeGroup.end(); ++ag) { if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { for (std::vector::const_iterator ga = (*g).attribute.begin(); ga != (*g).attribute.end(); ++ga) { if ((*ga).name) { bool found = false; for (std::vector::iterator aga = (*ag).attribute.begin(); aga != (*ag).attribute.end(); ++aga) { if ((*aga).name && !strcmp((*aga).name, (*ga).name)) { *aga = *ga; found = true; break; } } if (!found) (*ag).attribute.push_back(*ga); } } } } } } // redefine simpleType for (vector::iterator st = schemaRef->simpleType.begin(); st != schemaRef->simpleType.end(); ++st) { if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { *st = *s; // TODO would it be too crude to simply replace all content? break; } } } } // redefine complexType by extension for (vector::iterator ct = schemaRef->complexType.begin(); ct != schemaRef->complexType.end(); ++ct) { if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { if ((*c).complexContent && (*c).complexContent->extension && (*c).complexContent->extension->sequence && qname_token((*c).complexContent->extension->base, schemaRef->targetNamespace)) { if (!(*ct).sequence) (*ct).sequence = (*c).complexContent->extension->sequence; else { for (std::vector::const_iterator e = (*c).complexContent->extension->sequence->__contents.begin(); e != (*c).complexContent->extension->sequence->__contents.end(); ++e) (*ct).sequence->__contents.push_back(*e); } } else if (!Wflag) fprintf(stderr, "\nWarning: redefining complexType \"%s\" in schema \"%s\" by extension requires an extension base\n", (*ct).name, schemaRef->targetNamespace ? schemaRef->targetNamespace : "(null)"); break; } } } } } } return SOAP_OK; } int xs__redefine::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__redefine::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__redefine::schemaPtr() const { return schemaRef; } xs__override::xs__override() { schemaLocation = NULL; schemaRef = NULL; } int xs__override::preprocess(xs__schema &schema) { if (vflag) cerr << "Preprocessing schema override '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; if (!schemaRef) { if (schemaLocation) { schemaRef = new xs__schema(schema.soap, schema.sourceLocation(), schemaLocation); for (vector::iterator el = schemaRef->element.begin(); el != schemaRef->element.end(); ++el) { if ((*el).name) { for (vector::const_iterator e = element.begin(); e != element.end(); ++e) { if ((*e).name && !strcmp((*el).name, (*e).name)) { *el = *e; break; } } } } for (vector::iterator at = schemaRef->attribute.begin(); at != schemaRef->attribute.end(); ++at) { if ((*at).name) { for (vector::const_iterator a = attribute.begin(); a != attribute.end(); ++a) { if ((*a).name && !strcmp((*at).name, (*a).name)) { *at = *a; break; } } } } for (vector::iterator gp = schemaRef->group.begin(); gp != schemaRef->group.end(); ++gp) { if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { *gp = *g; break; } } } } for (vector::iterator ag = schemaRef->attributeGroup.begin(); ag != schemaRef->attributeGroup.end(); ++ag) { if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { *ag = *g; break; } } } } for (vector::iterator st = schemaRef->simpleType.begin(); st != schemaRef->simpleType.end(); ++st) { if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { *st = *s; break; } } } } for (vector::iterator ct = schemaRef->complexType.begin(); ct != schemaRef->complexType.end(); ++ct) { if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { *ct = *c; break; } } } } } } return SOAP_OK; } int xs__override::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__override::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__override::schemaPtr() const { return schemaRef; } xs__import::xs__import() { namespace_ = NULL; schemaLocation = NULL; schemaRef = NULL; } int xs__import::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema import '" << (namespace_ ? namespace_ : "(null)") << "'" << endl; if (!schemaRef) { bool found = false; if (namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp(namespace_, *i)) { found = true; break; } } } else if (!Wflag) fprintf(stderr, "\nWarning: no namespace in \n"); if (!found && !iflag) // don't import any of the schemas in the .nsmap table (or when -i option is used) { const char *s = schemaLocation; if (!s) s = namespace_; // only read from import locations not read already, uses static std::map static map included; map::iterator i = included.find(s); if (i == included.end()) { included[s] = schemaRef = new xs__schema(schema.soap); schemaRef->read(schema.sourceLocation(), s); } else schemaRef = (*i).second; if (schemaRef) { if (!schemaRef->targetNamespace || !*schemaRef->targetNamespace) schemaRef->targetNamespace = namespace_; else if (!namespace_ || strcmp(schemaRef->targetNamespace, namespace_)) if (!Wflag) fprintf(stderr, "\nWarning: schema import '%s' with schema targetNamespace '%s' mismatch\n", namespace_ ? namespace_ : "(null)", schemaRef->targetNamespace); } } } if (schemaRef) schemaRef->traverse(); return SOAP_OK; } void xs__import::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__import::schemaPtr() const { return schemaRef; } xs__attribute::xs__attribute() { schemaRef = NULL; attributeRef = NULL; simpleTypeRef = NULL; } int xs__attribute::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema attribute '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; const char *token = qname_token(ref, schema.targetNamespace); attributeRef = NULL; if (token) { for (vector::iterator i = schema.attribute.begin(); i != schema.attribute.end(); ++i) if (!strcmp((*i).name, token)) { attributeRef = &(*i); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!attributeRef) { for (vector::iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->attribute.begin(); j != s->attribute.end(); ++j) { if (!strcmp((*j).name, token)) { attributeRef = &(*j); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (attributeRef) break; } } } } if (simpleType) { simpleType->traverse(schema); simpleTypeRef = simpleType; } else { token = qname_token(type, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } } if (!attributeRef && !simpleTypeRef) { if (ref) { if (is_builtin_qname(ref)) schema.builtinAttribute(ref); else if (!Wflag) cerr << "\nWarning: could not find the referenced attribute '" << (name ? name : "") << "' ref '" << ref << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) schema.builtinType(type); else if (!Wflag) cerr << "\nWarning: could not find the type for attribute '" << (name ? name : "(null)") << "' type '" << type << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } } return SOAP_OK; } void xs__attribute::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__attribute::schemaPtr() const { return schemaRef; } void xs__attribute::attributePtr(xs__attribute *attribute) { attributeRef = attribute; } void xs__attribute::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } xs__attribute *xs__attribute::attributePtr() const { return attributeRef; } xs__simpleType *xs__attribute::simpleTypePtr() const { return simpleTypeRef; } xs__element::xs__element() { schemaRef = NULL; elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; name = NULL; ref = NULL; type = NULL; default_ = NULL; default__ = NULL; fixed = NULL; fixed_ = NULL; form = NULL; nillable = false; abstract = false; substitutionGroup = NULL; minOccurs = NULL; maxOccurs = NULL; xmime__expectedContentTypes = NULL; annotation = NULL; simpleType = NULL; complexType = NULL; unique = NULL; } int xs__element::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema element '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; const char *token = qname_token(ref, schema.targetNamespace); elementRef = NULL; if (token) { for (vector::iterator i = schema.element.begin(); i != schema.element.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { elementRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!elementRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->element.begin(); j != s->element.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { elementRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (elementRef) break; } } } } if (simpleType) { simpleType->traverse(schema); simpleTypeRef = simpleType; } else { token = qname_token(type, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } } if (complexType) { complexType->traverse(schema); complexTypeRef = complexType; } else { token = qname_token(type, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } } if (!abstract && substitutionGroup) { token = qname_token(substitutionGroup, schema.targetNamespace); if (token) { for (vector::iterator i = schema.element.begin(); i != schema.element.end(); ++i) { if (!strcmp((*i).name, token)) { xs__element *elt = this; if (!elementPtr()) { elt = soap_new_xs__element(schema.soap); elt->soap_default(schema.soap); elt->name = name; elt->form = form; elt->elementPtr(this); // create element ref in substitutionsGroup elt->schemaPtr(schemaPtr()); elt->targetNamespace = NULL; } (*i).substitutions.push_back(elt); if (vflag) cerr << " Found substitutionGroup element '" << (name ? name : "(null)") << "' for element '" << (token ? token : "(null)") << "'" << endl; break; } } } for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(substitutionGroup, s->targetNamespace); if (token) { for (vector::iterator j = s->element.begin(); j != s->element.end(); ++j) { if (!strcmp((*j).name, token)) { xs__element *elt = this; if (!elementPtr()) { elt = soap_new_xs__element(schema.soap); elt->soap_default(schema.soap); elt->name = name; elt->form = form; elt->elementPtr(this); // create element ref in substitutionsGroup elt->schemaPtr(schemaPtr()); elt->targetNamespace = NULL; } (*j).substitutions.push_back(elt); if (vflag) cerr << " Found substitutionGroup element '" << (name ? name : "(null)") << "' for element '" << (token ? token : "(null)") << "' in '" << s->targetNamespace << "'" << endl; break; } } } } } } if (!elementRef && !simpleTypeRef && !complexTypeRef) { if (ref) { if (is_builtin_qname(ref)) schema.builtinElement(ref); else if (!Wflag) cerr << "\nWarning: could not find the referenced element '" << (name ? name : "") << "' ref '" << ref << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) schema.builtinType(type); else if (!Wflag) cerr << "\nWarning: could not find the type for element '" << (name ? name : "(null)") << "' type '" << type << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } } return SOAP_OK; } void xs__element::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__element::schemaPtr() const { return schemaRef; } void xs__element::elementPtr(xs__element *element) { elementRef = element; } void xs__element::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__element::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__element *xs__element::elementPtr() const { return elementRef; } const std::vector* xs__element::substitutionsPtr() const { return &substitutions; } xs__simpleType *xs__element::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__element::complexTypePtr() const { return complexTypeRef; } xs__simpleType::xs__simpleType() { schemaRef = NULL; level = 0; } int xs__simpleType::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema simpleType '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; if (list) list->traverse(schema); else if (restriction) restriction->traverse(schema); else if (union_) union_->traverse(schema); return SOAP_OK; } void xs__simpleType::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__simpleType::schemaPtr() const { return schemaRef; } int xs__simpleType::baseLevel() { if (!level) { if (restriction) { level = -1; if (restriction->simpleTypePtr()) level = restriction->simpleTypePtr()->baseLevel() + 1; else level = 2; } else if (list && list->restriction) { level = -1; if (list->restriction->simpleTypePtr()) level = list->restriction->simpleTypePtr()->baseLevel() + 1; else level = 2; } else level = 1; } else if (level < 0) { cerr << "Error: cyclic simpleType restriction/extension base dependency in '" << (name ? name : "(null)") << "'" << endl; } return level; } xs__complexType::xs__complexType() { schemaRef = NULL; level = 0; } int xs__complexType::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema complexType '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; if (simpleContent) simpleContent->traverse(schema); else if (complexContent) complexContent->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); else if (any) any->traverse(schema); for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); return SOAP_OK; } void xs__complexType::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__complexType::schemaPtr() const { return schemaRef; } int xs__complexType::baseLevel() { if (!level) { if (simpleContent) { if (simpleContent->restriction) { level = -1; if (simpleContent->restriction->simpleTypePtr()) level = simpleContent->restriction->simpleTypePtr()->baseLevel() + 1; else if (simpleContent->restriction->complexTypePtr()) level = simpleContent->restriction->complexTypePtr()->baseLevel() + 1; else level = 2; } else if (simpleContent->extension) { level = -1; if (simpleContent->extension->simpleTypePtr()) level = simpleContent->extension->simpleTypePtr()->baseLevel() + 1; else if (simpleContent->extension->complexTypePtr()) level = simpleContent->extension->complexTypePtr()->baseLevel() + 1; else level = 2; } } else if (complexContent) { if (complexContent->restriction) { level = -1; if (complexContent->restriction->simpleTypePtr()) level = complexContent->restriction->simpleTypePtr()->baseLevel() + 1; else if (complexContent->restriction->complexTypePtr()) level = complexContent->restriction->complexTypePtr()->baseLevel() + 1; else level = 2; } else if (complexContent->extension) { level = -1; if (complexContent->extension->simpleTypePtr()) level = complexContent->extension->simpleTypePtr()->baseLevel() + 1; else if (complexContent->extension->complexTypePtr()) level = complexContent->extension->complexTypePtr()->baseLevel() + 1; else level = 2; } } else level = 1; } else if (level < 0) { cerr << "Error: cyclic complexType restriction/extension base dependency in '" << (name ? name : "(null)") << "'" << endl; } return level; } int xs__simpleContent::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema simpleContent" << endl; if (extension) extension->traverse(schema); else if (restriction) restriction->traverse(schema); return SOAP_OK; } int xs__complexContent::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema complexContent" << endl; if (extension) extension->traverse(schema); else if (restriction) restriction->traverse(schema); return SOAP_OK; } xs__extension::xs__extension() { simpleTypeRef = NULL; complexTypeRef = NULL; } int xs__extension::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema extension '" << (base ? base : "(null)") << "'" << endl; if (group) group->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); const char *token = qname_token(base, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } token = qname_token(base, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } if (!simpleTypeRef && !complexTypeRef) { if (base) { if (is_builtin_qname(base)) schema.builtinType(base); else if (!Wflag) cerr << "\nWarning: could not find extension base type '" << base << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else cerr << "Extension has no base" << endl; } return SOAP_OK; } void xs__extension::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__extension::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__simpleType *xs__extension::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__extension::complexTypePtr() const { return complexTypeRef; } xs__restriction::xs__restriction() { simpleTypeRef = NULL; complexTypeRef = NULL; } int xs__restriction::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema restriction '" << (base ? base : "(null)") << "'" << endl; if (simpleType) simpleType->traverse(schema); if (attributeGroup) attributeGroup->traverse(schema); if (group) group->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); else { for (vector::iterator en = enumeration.begin(); en != enumeration.end(); ++en) (*en).traverse(schema); for (vector::iterator pn = pattern.begin(); pn != pattern.end(); ++pn) (*pn).traverse(schema); } for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); const char *token = qname_token(base, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } token = qname_token(base, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } if (!simpleTypeRef && !complexTypeRef) { if (base) { if (is_builtin_qname(base)) schema.builtinType(base); else if (!Wflag) cerr << "\nWarning: could not find restriction base type '" << base << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (!simpleType) cerr << "Restriction has no base" << endl; } return SOAP_OK; } void xs__restriction::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__restriction::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__simpleType *xs__restriction::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__restriction::complexTypePtr() const { return complexTypeRef; } xs__list::xs__list() { itemTypeRef = NULL; } int xs__list::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema list" << endl; if (restriction) restriction->traverse(schema); for (vector::iterator i = simpleType.begin(); i != simpleType.end(); ++i) (*i).traverse(schema); itemTypeRef = NULL; const char *token = qname_token(itemType, schema.targetNamespace); if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { itemTypeRef = &(*i); if (vflag) cerr << " Found list itemType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!itemTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(itemType, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { itemTypeRef = &(*j); if (vflag) cerr << " Found list itemType '" << (token ? token : "(null)") << "'" << endl; break; } } if (itemTypeRef) break; } } } } if (itemType && !itemTypeRef) { if (is_builtin_qname(itemType)) schema.builtinType(itemType); else if (!Wflag) cerr << "\nWarning: could not find list itemType '" << itemType << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__list::itemTypePtr(xs__simpleType *simpleType) { itemTypeRef = simpleType; } xs__simpleType *xs__list::itemTypePtr() const { return itemTypeRef; } int xs__union::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema union" << endl; for (vector::iterator i = simpleType.begin(); i != simpleType.end(); ++i) (*i).traverse(schema); return SOAP_OK; } int xs__all::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema all" << endl; for (vector::iterator i = element.begin(); i != element.end(); ++i) (*i).traverse(schema); return SOAP_OK; } int xs__contents::traverse(xs__schema &schema) { switch (__union) { case SOAP_UNION_xs__union_content_element: if (__content.element) __content.element->traverse(schema); break; case SOAP_UNION_xs__union_content_group: if (__content.group) __content.group->traverse(schema); break; case SOAP_UNION_xs__union_content_choice: if (__content.choice) __content.choice->traverse(schema); break; case SOAP_UNION_xs__union_content_sequence: if (__content.sequence) __content.sequence->traverse(schema); break; case SOAP_UNION_xs__union_content_any: if (__content.any) __content.any->traverse(schema); break; } return SOAP_OK; } xs__seqchoice::xs__seqchoice() { schemaRef = NULL; } int xs__seqchoice::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema sequence/choice" << endl; schemaRef = &schema; for (vector::iterator c = __contents.begin(); c != __contents.end(); ++c) (*c).traverse(schema); return SOAP_OK; } void xs__seqchoice::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__seqchoice::schemaPtr() const { return schemaRef; } xs__attributeGroup::xs__attributeGroup() { schemaRef = NULL; attributeGroupRef = NULL; } int xs__attributeGroup::traverse(xs__schema& schema) { if (vflag) cerr << " Analyzing schema attributeGroup" << endl; schemaRef = &schema; for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); attributeGroupRef = NULL; if (ref) { const char *token = qname_token(ref, schema.targetNamespace); if (token) { for (vector::iterator i = schema.attributeGroup.begin(); i != schema.attributeGroup.end(); ++i) if (!strcmp((*i).name, token)) { attributeGroupRef = &(*i); if (vflag) cerr << " Found attributeGroup '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!attributeGroupRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->attributeGroup.begin(); j != s->attributeGroup.end(); ++j) { if (!strcmp((*j).name, token)) { attributeGroupRef = &(*j); if (vflag) cerr << " Found attribute Group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (attributeGroupRef) break; } } } } if (!attributeGroupRef) if (!Wflag) cerr << "\nWarning: could not find the referenced attributeGroup '" << (name ? name : "") << "' ref '" << (ref ? ref : "(null)") << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__attributeGroup::schemaPtr(xs__schema *schema) { schemaRef = schema; } void xs__attributeGroup::attributeGroupPtr(xs__attributeGroup *attributeGroup) { attributeGroupRef = attributeGroup; } xs__schema *xs__attributeGroup::schemaPtr() const { return schemaRef; } xs__attributeGroup *xs__attributeGroup::attributeGroupPtr() const { return attributeGroupRef; } int xs__any::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema any" << endl; for (vector::iterator i = element.begin(); i != element.end(); ++i) (*i).traverse(schema); return SOAP_OK; } xs__group::xs__group() { schemaRef = NULL; groupRef = NULL; } int xs__group::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema group" << endl; schemaRef = &schema; if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); groupRef = NULL; if (ref) { const char *token = qname_token(ref, schema.targetNamespace); if (token) { for (vector::iterator i = schema.group.begin(); i != schema.group.end(); ++i) if (!strcmp((*i).name, token)) { groupRef = &(*i); if (vflag) cerr << " Found group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!groupRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->group.begin(); j != s->group.end(); ++j) { if (!strcmp((*j).name, token)) { groupRef = &(*j); if (vflag) cerr << " Found group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (groupRef) break; } } } } if (!groupRef) if (!Wflag) cerr << "\nWarning: could not find the referenced group '" << (name ? name : "") << "' ref '" << (ref ? ref : "(null)") << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__group::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__group::schemaPtr() const { return schemaRef; } void xs__group::groupPtr(xs__group *group) { groupRef = group; } xs__group* xs__group::groupPtr() const { return groupRef; } int xs__enumeration::traverse(xs__schema &schema) { (void)schema; if (vflag) cerr << " Analyzing schema enumeration '" << (value ? value : "(null)") << "'" << endl; return SOAP_OK; } int xs__pattern::traverse(xs__schema &schema) { (void)schema; if (vflag) cerr << " Analyzing schema pattern" << endl; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // I/O // //////////////////////////////////////////////////////////////////////////////// ostream &operator<<(ostream &o, const xs__schema &e) { if (!e.soap) { struct soap soap; soap_init2(&soap, SOAP_IO_DEFAULT, SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(&soap, namespaces); e.soap_serialize(&soap); soap_begin_send(&soap); e.soap_out(&soap, "xs:schema", 0, NULL); soap_end_send(&soap); soap_end(&soap); soap_done(&soap); } else { ostream *os = e.soap->os; e.soap->os = &o; e.soap_serialize(e.soap); soap_begin_send(e.soap); e.soap_out(e.soap, "xs:schema", 0, NULL); soap_end_send(e.soap); e.soap->os = os; } return o; } istream &operator>>(istream &i, xs__schema &e) { if (!e.soap) { e.soap = soap_new(); soap_set_namespaces(e.soap, namespaces); } istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || !e.soap_in(e.soap, "xs:schema", NULL) || soap_end_recv(e.soap)) { // handle error? Note: e.soap->error is set and app should check } e.soap->is = is; return i; } gsoap-2.8.28/gsoap/wsdl/wsp.h0000644000175000017500000002014012653650160015331 0ustar ellertellert/* wsp.h WS-Policy 1.2 and 1.5 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsp schema documentation: WS-Policy binding //gsoap wsp schema namespace: http://www.w3.org/ns/ws-policy // 1.2 //gsoap wsp schema namespace: http://schemas.xmlsoap.org/ws/2004/09/policy //gsoap wsp schema elementForm: qualified //gsoap wsp schema attributeForm: unqualified #import "imports.h" #import "wsu.h" class wsp__Policy; class wsp__Content; extern class Service; extern class Types; class wsp__PolicyReference { public: @xsd__anyURI URI; @xsd__string Digest; @xsd__anyURI DigestAlgorithm; private: wsp__Policy *policyRef; public: int traverse(wsdl__definitions&); void policyPtr(wsp__Policy*); wsp__Policy *policyPtr() const; }; class wsp__Assertion { public: @bool Optional = false; @bool Ignorable = false; wsp__Content *Policy; }; #import "sp.h" #import "wsrmp.h" #import "wsam.h" class wsp__Content { public: wsp__Policy *Policy; wsp__PolicyReference *PolicyReference; std::vector All; std::vector ExactlyOne; std::vector sp__SignedParts; std::vector sp__EncryptedParts; std::vector sp__RequiredParts; sp__Elements *sp__SignedElements; sp__Elements *sp__EncryptedElements; sp__Elements *sp__ContentEncryptedElements; sp__Elements *sp__RequiredElements; sp__Token *sp__UsernameToken; sp__Token *sp__IssuedToken; sp__Token *sp__X509Token; sp__Token *sp__KerberosToken; sp__Token *sp__SpnegoContextToken; sp__Token *sp__SecurityContextToken; sp__Token *sp__SecureConversationToken; sp__Token *sp__SamlToken; sp__Token *sp__RelToken; sp__Token *sp__HttpsToken; sp__Token *sp__KeyValueToken; wsp__Assertion *sp__TransportBinding; wsp__Assertion *sp__TransportToken; wsp__Assertion *sp__AlgorithmSuite; wsp__Assertion *sp__Layout; wsp__Assertion *sp__SymmetricBinding; wsp__Assertion *sp__AsymmetricBinding; wsp__Assertion *sp__ProtectionToken; wsp__Assertion *sp__InitiatorToken; wsp__Assertion *sp__InitiatorSignatureToken; wsp__Assertion *sp__InitiatorEncryptionToken; wsp__Assertion *sp__RecipientToken; wsp__Assertion *sp__SupportingTokens; wsp__Assertion *sp__SignedSupportingTokens; wsp__Assertion *sp__EndorsingSupportingTokens; wsp__Assertion *sp__SignedEndorsingSupportingTokens; wsp__Assertion *sp__SignedEncryptedSupportingTokens; wsp__Assertion *sp__EncryptedSupportingTokens; wsp__Assertion *sp__EndorsingEncryptedSupportingTokens; wsp__Assertion *sp__SignedEndorsingEncryptedSupportingTokens; wsp__Assertion *sp__Wss10; wsp__Assertion *sp__Wss11; wsp__Assertion *sp__Trust10; wsp__Assertion *sp__Trust13; wsp__Content *sp__BootstrapPolicy; xsd__string wsaw__UsingAddressing; wsp__Assertion *wsam__Addressing; wsrmp__RMAssertion *wsrmp__RMAssertion_; wsrmp__RMAssertion *wsrmp__DeliveryAssurance; xsd__string wsrmp__AtLeastOnce; xsd__string wsrmp__AtMostOnce; xsd__string wsrmp__ExactlyOnce; xsd__string wsrmp__InOrder; wsp__Assertion *sp__NoPassword; wsp__Assertion *sp__HashPassword; wsp__Assertion *sp__IncludeTimestamp; wsp__Assertion *sp__EncryptBeforeSigning; wsp__Assertion *sp__EncryptSignature; wsp__Assertion *sp__ProtectTokens; wsp__Assertion *sp__OnlySignEntireHeadersAndBody; xsd__string sp__RequireDerivedKeys; xsd__string sp__RequireImpliedDerivedKeys; xsd__string sp__RequireExplicitDerivedKeys; xsd__string sp__WssUsernameToken10; xsd__string sp__WssUsernameToken11; xsd__string sp__RequireExternalReference; xsd__string sp__RequireInternalReference; xsd__string sp__RequireKeyIdentifierReference; xsd__string sp__RequireIssuerSerialReference; xsd__string sp__RequireEmbeddedTokenReference; xsd__string sp__RequireThumbprintReference; xsd__string sp__WssX509V3Token10; xsd__string sp__WssX509Pkcs7Token10; xsd__string sp__WssX509PkiPathV1Token10; xsd__string sp__WssX509V1Token11; xsd__string sp__WssX509V3Token11; xsd__string sp__WssX509Pkcs7Token11; xsd__string sp__WssX509PkiPathV1Token11; xsd__string sp__WssKerberosV5ApReqToken11; xsd__string sp__WssGssKerberosV5ApReqToken11; xsd__string sp__WssRelV10Token10; xsd__string sp__WssRelV20Token10; xsd__string sp__WssRelV10Token11; xsd__string sp__WssRelV20Token11; xsd__string sp__MustNotSendCancel; xsd__string sp__MustNotSendAmend; xsd__string sp__MustNotSendRenew; xsd__string sp__MustSupportRefKeyIdentifier; xsd__string sp__MustSupportRefIssuerSerial; xsd__string sp__MustSupportRefExternalURI; xsd__string sp__MustSupportRefEmbeddedToken; xsd__string sp__MustSupportRefThumbprint; xsd__string sp__MustSupportRefEncryptedKey; xsd__string sp__RequireSignatureConfirmation; xsd__string sp__MustSupportClientChallenge; xsd__string sp__MustSupportServerChallenge; xsd__string sp__RequireClientEntropy; xsd__string sp__RequireServerEntropy; xsd__string sp__MustSupportIssuedTokens; xsd__string sp__RequireRequestSecurityTokenCollection; xsd__string sp__RequireAppliesTo; xsd__string sp__RequireExternalUriReference; xsd__string sp__SC13SecurityContextToken; xsd__string sp__Strict; xsd__string sp__Lax; xsd__string sp__LaxTsFirst; xsd__string sp__LaxTsLast; xsd__string sp__HttpBasicAuthentication; xsd__string sp__HttpDigestAuthentication; xsd__string sp__RequireClientCertificate; xsd__string sp__Basic256; xsd__string sp__Basic192; xsd__string sp__Basic128; xsd__string sp__TripleDes; xsd__string sp__Basic256Rsa15; xsd__string sp__Basic192Rsa15; xsd__string sp__Basic128Rsa15; xsd__string sp__TripleDesRsa15; xsd__string sp__Basic256Sha256; xsd__string sp__Basic192Sha256; xsd__string sp__Basic128Sha256; xsd__string sp__TripleDesSha256; xsd__string sp__Basic256Sha256Rsa15; xsd__string sp__Basic192Sha256Rsa15; xsd__string sp__Basic128Sha256Rsa15; xsd__string sp__TripleDesSha256Rsa15; xsd__string sp__InclusiveC14N; xsd__string sp__SOAPNormalization10; xsd__string sp__STRTransform10; xsd__string sp__Path10; xsd__string sp__XPathFilter20; xsd__string sp__AbsXPath; xsd__string wsam__AnonymousResponses; xsd__string wsam__NonAnonymousResponses; std::vector<_XML> __any; public: int traverse(wsdl__definitions&); void generate(Service& service, Types& types, int indent) const; }; class wsp__Policy : public wsp__Content { public: @xsd__anyURI xml__base; @xsd__string wsu__Id; @xsd__anyURI TargetNamespace; }; class wsp__Attachment { public: wsp__Policy *Policy; wsp__PolicyReference *PolicyReference; }; class wsp__AppliesTo { public: _XML __any; }; class wsp__PolicyAttachment { public: wsp__AppliesTo *AppliesTo; std::vector Attachment; }; gsoap-2.8.28/gsoap/wsdl/wsp.cpp0000644000175000017500000010340112653650160015666 0ustar ellertellert/* wsp.cpp WS-Policy 1.2 and 1.5 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" #include "types.h" #include "service.h" static wsp__Policy *search(const char *URI, wsdl__definitions& definitions); static wsp__Policy *search(const char *URI, wsp__Policy *policy); static wsp__Policy *search(const char *URI, wsp__Content *content); static void gen_parts(const sp__Parts& parts, Types& types, const char *what, const char *name, int indent); //////////////////////////////////////////////////////////////////////////////// // // wsp:OperatorContentType // //////////////////////////////////////////////////////////////////////////////// int wsp__Content::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing wsp Policy" << endl; if (Policy) Policy->traverse(definitions); if (PolicyReference) PolicyReference->traverse(definitions); for (vector::iterator i = All.begin(); i != All.end(); ++i) { if (*i) (*i)->traverse(definitions); } for (vector::iterator j = ExactlyOne.begin(); j != ExactlyOne.end(); ++j) { if (*j) (*j)->traverse(definitions); } return SOAP_OK; } void wsp__Content::generate(Service& service, Types& types, int indent) const { static const char stabs[] = "\t\t\t\t\t\t\t\t\t\t"; const char *tabs; if (indent > 8) indent = 8; tabs = stabs + 9 - indent; // Recursive policies and references if (Policy) Policy->generate(service, types, indent); if (PolicyReference && PolicyReference->policyPtr()) PolicyReference->policyPtr()->generate(service, types, indent); // WS-Policy All if (!All.empty()) { fprintf(stream, "%s- All of the following:\n", tabs); for (vector::const_iterator p = All.begin(); p != All.end(); ++p) if (*p) (*p)->generate(service, types, indent + 1); } // WS-Policy ExactlyOne if (!ExactlyOne.empty()) { fprintf(stream, "%s- Exactly one of the following:\n", tabs); for (vector::const_iterator p = ExactlyOne.begin(); p != ExactlyOne.end(); ++p) if (*p) (*p)->generate(service, types, indent + 1); } // WS-SecurityPolicy Parts (TODO: do we need vectors of these?) for (vector::const_iterator sp = sp__SignedParts.begin(); sp != sp__SignedParts.end(); ++sp) gen_parts(*sp, types, "sign", "[4.1.1] WS-Security Signed Parts", indent); for (vector::const_iterator ep = sp__EncryptedParts.begin(); ep != sp__EncryptedParts.end(); ++ep) gen_parts(*ep, types, "encrypt", "[4.2.1] Security Encrypted Parts", indent); for (vector::const_iterator rp = sp__RequiredParts.begin(); rp != sp__RequiredParts.end(); ++rp) { fprintf(stream, "%s- Required Header elements:", tabs); for (vector::const_iterator h = (*rp).Header.begin(); h != (*rp).Header.end(); ++h) if ((*h).Name) fprintf(stream, " %s", types.aname(NULL, (*h).Namespace, (*h).Name)); else if ((*h).Namespace) fprintf(stream, " %s", (*h).Namespace); } // WS-SecurityPolicy Elements sp__Elements *elts = NULL; const char *elts_name = NULL; if (sp__SignedElements) { elts = sp__SignedElements; elts_name = "[4.1.2] Signed"; } if (sp__EncryptedElements) { elts = sp__EncryptedElements; elts_name = "[4.2.2] Encrypted"; } if (sp__ContentEncryptedElements) { elts = sp__ContentEncryptedElements; elts_name = "[4.2.3] Content Encrypted"; } if (sp__RequiredElements) { elts = sp__RequiredElements; elts_name = "[4.3.1] Required"; } if (elts) { fprintf(stream, "%s- %s Elements requirements (XPath%s):\n%s @verbatim\n", tabs, elts_name, elts->XPathVersion?elts->XPathVersion:"", tabs); for (vector::const_iterator s = elts->XPath.begin(); s != elts->XPath.end(); ++s) { fprintf(stream, "%s ", tabs); text(*s); } fprintf(stream, "%s @endverbatim\n", tabs); service.add_import("wsse.h"); } // WS-SecurityPolicy Tokens sp__Token *token = NULL; const char *token_name = NULL; if (sp__UsernameToken) { token = sp__UsernameToken; token_name = "[5.4.1] WS-Security Username"; } else if (sp__IssuedToken) { token = sp__IssuedToken; token_name = "[5.4.2] WS-Trust Issued"; } else if (sp__X509Token) { token = sp__X509Token; token_name = "[5.4.3] WS-Security X509"; } else if (sp__KerberosToken) { token = sp__KerberosToken; token_name = "[5.4.4] WS-Security Kerberos"; } else if (sp__SpnegoContextToken) { token = sp__SpnegoContextToken; token_name = "[5.4.5] WS-Trust n-leg RST/RSTR SPNEGO binary negotiation protocol (SpnegoContext)"; } else if (sp__SecurityContextToken) { token = sp__SecurityContextToken; token_name = "[5.4.6] WS-SecureConversation SecurityContext"; } else if (sp__SecureConversationToken) { token = sp__SecureConversationToken; token_name = "[5.4.7] WS-SecureConversation"; } else if (sp__SamlToken) { token = sp__SamlToken; token_name = "[5.4.8] SAML"; } else if (sp__RelToken) { token = sp__RelToken; token_name = "[5.4.9] WSS-REL"; } else if (sp__HttpsToken) { token = sp__HttpsToken; token_name = "[5.4.10] HTTPS"; } else if (sp__KeyValueToken) { token = sp__KeyValueToken; token_name = "[5.4.11] XML Signature"; } if (token) { fprintf(stream, "%s- %s required:\n", tabs, token_name); if (token->IncludeToken) fprintf(stream, "%s -# IncludeToken = %s\n", tabs, token->IncludeToken); if (token->Issuer && token->Issuer->Address) fprintf(stream, "%s -# Issuer = %s\n", tabs, token->Issuer->Address); if (token->IssuerName) fprintf(stream, "%s -# Issuer Name = %s\n", tabs, token->IssuerName); if (token->Policy) token->Policy->generate(service, types, indent + 1); // TODO: add wst:Claims? service.add_import("wsse.h"); } // WS-SecurityPolicy if (sp__AlgorithmSuite) { fprintf(stream, "%s- [7.1] Security Binding Algorithm Suite requirements:\n", tabs); if (sp__AlgorithmSuite->Policy) sp__AlgorithmSuite->Policy->generate(service, types, indent + 1); } if (sp__Layout) { fprintf(stream, "%s- [7.2] WS-Security Header Layout requirements:\n", tabs); if (sp__Layout->Policy) sp__Layout->Policy->generate(service, types, indent + 1); } if (sp__TransportBinding) { fprintf(stream, "%s- [7.3] Transport Binding%s requirements:\n", tabs, sp__TransportBinding->Optional ? " (optional)" : sp__TransportBinding->Ignorable ? " (ignorable)" : ""); if (sp__TransportBinding->Policy) sp__TransportBinding->Policy->generate(service, types, indent + 1); } if (sp__TransportToken) { fprintf(stream, "%s- Transport%s requirements:\n", tabs, sp__TransportToken->Optional ? " (optional)" : sp__TransportToken->Ignorable ? " (ignorable)" : ""); if (sp__TransportToken->Policy) sp__TransportToken->Policy->generate(service, types, indent + 1); } if (sp__SymmetricBinding) { fprintf(stream, "%s- [7.4] WS-Security Symmetric Binding%s requirements:\n", tabs, sp__SymmetricBinding->Optional ? " (optional)" : sp__SymmetricBinding->Ignorable ? " (ignorable)" : ""); if (sp__SymmetricBinding->Policy) sp__SymmetricBinding->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__ProtectionToken) { fprintf(stream, "%s- Symmetric Protection%s requirements:\n", tabs, sp__ProtectionToken->Optional ? " (optional)" : sp__ProtectionToken->Ignorable ? " (ignorable)" : ""); if (sp__ProtectionToken->Policy) sp__ProtectionToken->Policy->generate(service, types, indent + 1); } if (sp__AsymmetricBinding) { fprintf(stream, "%s- [7.5] WS-Security Asymmetric Binding%s (public key) requirements:\n", tabs, sp__AsymmetricBinding->Optional ? " (optional)" : sp__AsymmetricBinding->Ignorable ? " (ignorable)" : ""); if (sp__AsymmetricBinding->Policy) sp__AsymmetricBinding->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__InitiatorToken) { fprintf(stream, "%s- Initiator%s requirements:\n", tabs, sp__InitiatorToken->Optional ? " (optional)" : sp__InitiatorToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorToken->Policy) sp__InitiatorToken->Policy->generate(service, types, indent + 1); } if (sp__InitiatorSignatureToken) { fprintf(stream, "%s- Initiator Signature%s requirements:\n", tabs, sp__InitiatorSignatureToken->Optional ? " (optional)" : sp__InitiatorSignatureToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorSignatureToken->Policy) sp__InitiatorSignatureToken->Policy->generate(service, types, indent + 1); } if (sp__InitiatorEncryptionToken) { fprintf(stream, "%s- Initiator Encryption%s requirements:\n", tabs, sp__InitiatorEncryptionToken->Optional ? " (optional)" : sp__InitiatorEncryptionToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorEncryptionToken->Policy) sp__InitiatorEncryptionToken->Policy->generate(service, types, indent + 1); } if (sp__RecipientToken) { fprintf(stream, "%s- Recipient%s requirements:\n", tabs, sp__RecipientToken->Optional ? " (optional)" : sp__RecipientToken->Ignorable ? " (ignorable)" : ""); if (sp__RecipientToken->Policy) sp__RecipientToken->Policy->generate(service, types, indent + 1); } if (sp__SupportingTokens) { fprintf(stream, "%s- [8.1] Supporting Tokens%s requirements:\n", tabs, sp__SupportingTokens->Optional ? " (optional)" : sp__SupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SupportingTokens->Policy) sp__SupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedSupportingTokens) { fprintf(stream, "%s- [8.2] Signed Supporting Tokens%s requirements:\n", tabs, sp__SignedSupportingTokens->Optional ? " (optional)" : sp__SignedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedSupportingTokens->Policy) sp__SignedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EndorsingSupportingTokens) { fprintf(stream, "%s- [8.3] Endorsing Supporting Tokens%s requirements:\n", tabs, sp__EndorsingSupportingTokens->Optional ? " (optional)" : sp__EndorsingSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EndorsingSupportingTokens->Policy) sp__EndorsingSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEndorsingSupportingTokens) { fprintf(stream, "%s- [8.4] Signed Endorsing Supporting Tokens%s requirements:\n", tabs, sp__SignedEndorsingSupportingTokens->Optional ? " (optional)" : sp__SignedEndorsingSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEndorsingSupportingTokens->Policy) sp__SignedEndorsingSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEncryptedSupportingTokens) { fprintf(stream, "%s- [8.5] Signed Encrypted Supporting Tokens%s requirements:\n", tabs, sp__SignedEncryptedSupportingTokens->Optional ? " (optional)" : sp__SignedEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEncryptedSupportingTokens->Policy) sp__SignedEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EncryptedSupportingTokens) { fprintf(stream, "%s- [8.6] Encrypted Supporting Tokens%s requirements:\n", tabs, sp__EncryptedSupportingTokens->Optional ? " (optional)" : sp__EncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EncryptedSupportingTokens->Policy) sp__EncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EndorsingEncryptedSupportingTokens) { fprintf(stream, "%s- [8.7] Endorsing Encrypted Supporting Tokens%s requirements:\n", tabs, sp__EndorsingEncryptedSupportingTokens->Optional ? " (optional)" : sp__EndorsingEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EndorsingEncryptedSupportingTokens->Policy) sp__EndorsingEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEndorsingEncryptedSupportingTokens) { fprintf(stream, "%s- [8.8] Signed Endorsing Encrypted Supporting Tokens%s requirements:\n", tabs, sp__SignedEndorsingEncryptedSupportingTokens->Optional ? " (optional)" : sp__SignedEndorsingEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEndorsingEncryptedSupportingTokens->Policy) sp__SignedEndorsingEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } // Wss10 or Wss11 if (sp__Wss10) { fprintf(stream, "%s- [9.1] WSS: SOAP Message Security 1.0%s options:\n", tabs, sp__Wss10->Optional ? " (optional)" : sp__Wss10->Ignorable ? " (ignorable)" : ""); if (sp__Wss10->Policy) sp__Wss10->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } else if (sp__Wss11) { fprintf(stream, "%s- [9.2] WSS: SOAP Message Security 1.1%s options:\n", tabs, sp__Wss11->Optional ? " (optional)" : sp__Wss11->Ignorable ? " (ignorable)" : ""); if (sp__Wss11->Policy) sp__Wss11->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__MustSupportRefKeyIdentifier) fprintf(stream, "%s- Key Identifier References\n", tabs); if (sp__MustSupportRefIssuerSerial) fprintf(stream, "%s- Issuer Serial References\n", tabs); if (sp__MustSupportRefExternalURI) fprintf(stream, "%s- External URI References\n", tabs); if (sp__MustSupportRefEmbeddedToken) fprintf(stream, "%s- Embedded Token References\n", tabs); if (sp__MustSupportRefThumbprint) fprintf(stream, "%s- Thumbprint References\n", tabs); if (sp__MustSupportRefEncryptedKey) fprintf(stream, "%s- EncryptedKey References\n", tabs); if (sp__RequireSignatureConfirmation) fprintf(stream, "%s- Signature Confirmation\n", tabs); // WS-SecureConversation if (sp__RequireDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireDerivedKeys\n", tabs); else if (sp__RequireImpliedDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireImpliedDerivedKeys\n", tabs); else if (sp__RequireExplicitDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireExplicitDerivedKeys\n", tabs); if (sp__MustNotSendCancel) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Cancel RST messages", tabs); else if (sp__MustNotSendAmend) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Amend RST messages", tabs); else if (sp__MustNotSendRenew) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Renew RST messages", tabs); if (sp__RequireExternalUriReference) fprintf(stream, "%s- WS-SecureConversation external URI reference is required", tabs); if (sp__SC13SecurityContextToken) fprintf(stream, "%s- WS-SecureConversation Security Context Token should be used", tabs); // WS-Security passwords if (sp__NoPassword) fprintf(stream, "%s- No WS-Security password%s required\n", tabs, sp__NoPassword->Optional ? " (optional)" : sp__NoPassword->Ignorable ? " (ignorable)" : ""); else if (sp__HashPassword) { fprintf(stream, "%s- Client-side WS-Security password%s should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs, sp__HashPassword->Optional ? " (optional)" : sp__HashPassword->Ignorable ? " (ignorable)" : ""); fprintf(stream, "%s- Server-side WS-Security password%s verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) ......\n\t@endcode\n", tabs, sp__HashPassword->Optional ? " (optional)" : sp__HashPassword->Ignorable ? " (ignorable)" : ""); service.add_import("wsse.h"); } if (sp__WssUsernameToken10) { fprintf(stream, "%s- Username token should be used as defined in UsernameTokenProfile1.0:\n", tabs); fprintf(stream, "%s - Client-side WS-Security password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Server-side WS-Security password verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) \n\t@endcode\n", tabs); service.add_import("wsse.h"); } else if (sp__WssUsernameToken11) { fprintf(stream, "%s- Username token should be used as defined in UsernameTokenProfile1.1:\n", tabs); fprintf(stream, "%s - Client-side WS-Security plain-text password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameToken(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Client-side WS-Security digest password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Server-side WS-Security password verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) ...\n\t@endcode\n", tabs); service.add_import("wsse.h"); } // WS-Trust if (sp__RequireExternalReference) fprintf(stream, "%s- WS-Trust external reference is required when referencing this token\n", tabs); else if (sp__RequireInternalReference) fprintf(stream, "%s- WS-Trust internal reference is required when referencing this token\n", tabs); // WS-Trust 1.0 and 1.3 if (sp__Trust10) { fprintf(stream, "%s- [10.1] WS-Trust 1.0%s options:\n", tabs, sp__Trust10->Optional ? " (optional)" : sp__Trust10->Ignorable ? " (ignorable)" : ""); if (sp__Trust10->Policy) sp__Trust10->Policy->generate(service, types, indent + 1); service.add_import("wst.h"); } else if (sp__Trust13) { fprintf(stream, "%s- [10.1] WS-Trust 1.3%s options:\n", tabs, sp__Trust13->Optional ? " (optional)" : sp__Trust13->Ignorable ? " (ignorable)" : ""); if (sp__Trust13->Policy) sp__Trust13->Policy->generate(service, types, indent + 1); service.add_import("wst.h"); } if (sp__MustSupportClientChallenge) { fprintf(stream, "%s- Client Challenge\n", tabs); service.add_import("wst.h"); } if (sp__MustSupportServerChallenge) { fprintf(stream, "%s- Server Challenge\n", tabs); service.add_import("wst.h"); } if (sp__RequireClientEntropy) { fprintf(stream, "%s- Client Entropy\n", tabs); service.add_import("wst.h"); } if (sp__RequireServerEntropy) { fprintf(stream, "%s- Server Entropy\n", tabs); service.add_import("wst.h"); } if (sp__MustSupportIssuedTokens) { fprintf(stream, "%s- Issued Tokens\n", tabs); service.add_import("wst.h"); } if (sp__RequireRequestSecurityTokenCollection) { fprintf(stream, "%s- Collection\n", tabs); service.add_import("wst.h"); } if (sp__RequireAppliesTo) { fprintf(stream, "%s- STS requires the requestor to specify the scope for the issued token using wsp:AppliesTo in the RST\n", tabs); service.add_import("wst.h"); } // WS-Security header layout if (sp__IncludeTimestamp) { fprintf(stream, "%s- WS-Security Timestamp%s should be set prior to send:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_Timestamp(soap, \"Timestamp\", );\n\t@endcode\n", tabs, sp__IncludeTimestamp->Optional ? " (optional)" : sp__IncludeTimestamp->Ignorable ? " (ignorable)" : ""); fprintf(stream, "%s- WS-Security Timestamp%s presence and expiration verified post-receive with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tif (soap_wsse_verify_Timestamp(soap)) ......\n\t@endcode\n", tabs, sp__IncludeTimestamp->Optional ? " (optional)" : sp__IncludeTimestamp->Ignorable ? " (ignorable)" : ""); } if (sp__EncryptBeforeSigning) fprintf(stream, "%s- WS-Security Encrypt Before Signing%s (gSOAP unsupported)\n", tabs, sp__EncryptBeforeSigning->Optional ? " (optional)" : sp__EncryptBeforeSigning->Ignorable ? " (ignorable)" : ""); if (sp__EncryptSignature) fprintf(stream, "%s- WS-Security Encrypt Signature%s\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_EncryptedKey_encrypt_only(soap, , NULL, , NULL, , , \"ds:Signature SOAP-ENV:Body\");\n\t@endcode\n", tabs, sp__EncryptSignature->Optional ? " (optional)" : sp__EncryptSignature->Ignorable ? " (ignorable)" : ""); if (sp__ProtectTokens) fprintf(stream, "%s- WS-Security Token Protection%s required\n", tabs, sp__ProtectTokens->Optional ? " (optional)" : sp__ProtectTokens->Ignorable ? " (ignorable)" : ""); if (sp__OnlySignEntireHeadersAndBody) { fprintf(stream, "%s- WS-Security Sign Entire Headers and Body%s:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_set_wsu_id(soap, \" ...\"); // list each ns:tagname used in SOAP Header\n\tsoap_wsse_sign_body(soap, , , );\n\t@endcode\n", tabs, sp__OnlySignEntireHeadersAndBody->Optional ? " (optional)" : sp__OnlySignEntireHeadersAndBody->Ignorable ? " (ignorable)" : ""); } if (sp__Strict) fprintf(stream, "%s- WS-Security headers 'declare before use' required (gSOAP default)\n", tabs); else if (sp__Lax) fprintf(stream, "%s- WS-Security headers may occur in any order (gSOAP allows this)\n", tabs); else if (sp__LaxTsFirst) fprintf(stream, "%s- WS-Security Timestamp must appear first (gSOAP default)\n", tabs); else if (sp__LaxTsLast) fprintf(stream, "%s- WS-Security Timestamp must appear last (requires changing the placement of the Timestamp header in SOAP_ENV__Header defined in import/wsse.h)\n", tabs); // HTTP authentication if (sp__HttpBasicAuthentication) fprintf(stream, "%s- HTTP/S Basic Authentication required:\n\t@code\n\tsoap->userid = \"\"; soap->passwd = \"\";\nsoap_call_ns__method(...)\n\t@endcode\n", tabs); else if (sp__HttpDigestAuthentication) fprintf(stream, "%s- HTTP/S Digest Authentication required:\n%sSee plugin/httpda.c plugin for usage details\n", tabs, tabs); if (sp__RequireClientCertificate) fprintf(stream, "%s- HTTPS client must authenticate to server with a certificate:\n\t@code\n\tsoap_ssl_client_context(soap, , \"\", \"\", ...)\n\t@endcode\n", tabs); // Security token requirements if (sp__RequireKeyIdentifierReference) fprintf(stream, "%s- Key identifier reference is required\n", tabs); if (sp__RequireIssuerSerialReference) fprintf(stream, "%s- Issuer serial reference is required\n", tabs); if (sp__RequireEmbeddedTokenReference) fprintf(stream, "%s- An embedded token reference is required\n", tabs); if (sp__RequireThumbprintReference) fprintf(stream, "%s- A thumbprint reference is required\n", tabs); // Algorithm suite if (sp__Basic256) fprintf(stream, "%s- Basic256\n", tabs); else if (sp__Basic192) fprintf(stream, "%s- Basic192\n", tabs); else if (sp__Basic128) fprintf(stream, "%s- Basic128\n", tabs); else if (sp__TripleDes) fprintf(stream, "%s- TripleDes\n", tabs); else if (sp__Basic256Rsa15) fprintf(stream, "%s- Basic256Rsa15\n", tabs); else if (sp__Basic192Rsa15) fprintf(stream, "%s- Basic192Rsa15\n", tabs); else if (sp__Basic128Rsa15) fprintf(stream, "%s- Basic128Rsa15\n", tabs); else if (sp__TripleDesRsa15) fprintf(stream, "%s- TripleDesRsa15\n", tabs); else if (sp__Basic256Sha256) fprintf(stream, "%s- Basic256Sha256\n", tabs); else if (sp__Basic192Sha256) fprintf(stream, "%s- Basic192Sha256\n", tabs); else if (sp__Basic128Sha256) fprintf(stream, "%s- Basic128Sha256\n", tabs); else if (sp__TripleDesSha256) fprintf(stream, "%s- TripleDesSha256\n", tabs); else if (sp__Basic256Sha256Rsa15) fprintf(stream, "%s- Basic256Sha256Rsa15\n", tabs); else if (sp__Basic192Sha256Rsa15) fprintf(stream, "%s- Basic192Sha256Rsa15\n", tabs); else if (sp__Basic128Sha256Rsa15) fprintf(stream, "%s- Basic128Sha256Rsa15\n", tabs); else if (sp__TripleDesSha256Rsa15) fprintf(stream, "%s- TripleDesSha256Rsa15\n", tabs); if (sp__InclusiveC14N) fprintf(stream, "%s- InclusiveC14N\n", tabs); if (sp__SOAPNormalization10) fprintf(stream, "%s- SOAPNormalization10\n", tabs); if (sp__STRTransform10) fprintf(stream, "%s- STRTransform10\n", tabs); if (sp__Path10) fprintf(stream, "%s- Path10\n", tabs); else if (sp__XPathFilter20) fprintf(stream, "%s- XPathFilter20\n", tabs); else if (sp__AbsXPath) fprintf(stream, "%s- AbsXPath\n", tabs); // WSS if (sp__WssX509V3Token10) fprintf(stream, "%s- An X509 Version 3 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509Pkcs7Token10) fprintf(stream, "%s- An X509 PKCS7 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509PkiPathV1Token10) fprintf(stream, "%s- An X509 PKI Path Version 1 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509V1Token11) fprintf(stream, "%s- An X509 Version 1 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509V3Token11) fprintf(stream, "%s- An X509 Version 3 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509Pkcs7Token11) fprintf(stream, "%s- An X509 PKCS7 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509PkiPathV1Token11) fprintf(stream, "%s- An X509 PKI Path Version 1 token should be used as defined in X509TokenProfile1.1\n", tabs); if (sp__WssKerberosV5ApReqToken11) fprintf(stream, "%s- A Kerberos Version 5 AP-REQ X509 token should be used as defined in KerberosTokenProfile1.1\n", tabs); else if (sp__WssGssKerberosV5ApReqToken11) fprintf(stream, "%s- A GSS Kerberos Version 5 AP-REQ token should be used as defined in KerberosTokenProfile1.1\n", tabs); if (sp__WssRelV10Token10) fprintf(stream, "%s- A REL Version 1.0 token should be used as defined in RELTokenProfile1.0\n", tabs); else if (sp__WssRelV20Token10) fprintf(stream, "%s- A REL Version 2.0 token should be used as defined in RELTokenProfile1.0\n", tabs); else if (sp__WssRelV10Token11) fprintf(stream, "%s- A REL Version 1.0 token should be used as defined in RELTokenProfile1.1\n", tabs); else if (sp__WssRelV20Token11) fprintf(stream, "%s- A REL Version 2.0 token should be used as defined in RELTokenProfile1.1\n", tabs); if (sp__BootstrapPolicy) { fprintf(stream, "%s- SecureConversation BootstrapPolicy\n", tabs); sp__BootstrapPolicy->generate(service, types, indent + 1); } // WS-Addressing WSDL Policy if (wsaw__UsingAddressing) { fprintf(stream, "%s- WS-Addressing is used\n", tabs); service.add_import("wsa5.h"); } // WS-Addressing Metadata Policy if (wsam__Addressing) { fprintf(stream, "%s- WS-Addressing%s is used\n", tabs, wsam__Addressing->Optional ? " (optional)" : wsam__Addressing->Ignorable ? " (ignorable)" : ""); if (wsam__Addressing->Policy) wsam__Addressing->Policy->generate(service, types, indent + 1); service.add_import("wsa5.h"); } if (wsam__AnonymousResponses) fprintf(stream, "%s- WS-Addressing Anonymous Responses\n", tabs); else if (wsam__NonAnonymousResponses) fprintf(stream, "%s- WS-Addressing NonAnonymous Responses\n", tabs); // WS-ReliableMessaging Policy if (wsrmp__RMAssertion_) { fprintf(stream, "%s- WS-ReliableMessaging%s is used\n", tabs, wsrmp__RMAssertion_->Optional ? " (optional)" : wsrmp__RMAssertion_->Ignorable ? " (ignorable)" : ""); if (wsrmp__RMAssertion_->InactivityTimeout && wsrmp__RMAssertion_->InactivityTimeout->Milliseconds) fprintf(stream, "%s - Inactivity Timeout = %s (ms)\n", tabs, wsrmp__RMAssertion_->InactivityTimeout->Milliseconds); if (wsrmp__RMAssertion_->BaseRetransmissionInterval && wsrmp__RMAssertion_->BaseRetransmissionInterval->Milliseconds) fprintf(stream, "%s - Base Retransmission Interval = %s (ms)\n", tabs, wsrmp__RMAssertion_->BaseRetransmissionInterval->Milliseconds); if (wsrmp__RMAssertion_->AcknowledgementInterval && wsrmp__RMAssertion_->AcknowledgementInterval->Milliseconds) fprintf(stream, "%s - Acknowledgement Interval = %s (ms)\n", tabs, wsrmp__RMAssertion_->AcknowledgementInterval->Milliseconds); if (wsrmp__RMAssertion_->ExponentialBackoff) fprintf(stream, "%s - ExponentialBackoff\n", tabs); if (wsrmp__RMAssertion_->Policy) wsrmp__RMAssertion_->Policy->generate(service, types, indent + 1); service.add_import("wsrm.h"); } if (wsrmp__DeliveryAssurance) { fprintf(stream, "%s- WS-ReliableMessaging Delivery Assurance%s:\n", tabs, wsrmp__DeliveryAssurance->Optional ? " (optional)" : wsrmp__DeliveryAssurance->Ignorable ? " (ignorable)" : ""); if (wsrmp__DeliveryAssurance->Policy) wsrmp__DeliveryAssurance->Policy->generate(service, types, indent + 1); service.add_import("wsrm.h"); } if (wsrmp__AtLeastOnce) fprintf(stream, "%s- At Least Once\n", tabs); if (wsrmp__AtMostOnce) fprintf(stream, "%s- At Most Once\n", tabs); if (wsrmp__ExactlyOnce) fprintf(stream, "%s- Exactly Once\n", tabs); if (wsrmp__InOrder) fprintf(stream, "%s- In Order\n", tabs); // All else for (vector<_XML>::const_iterator x = __any.begin(); x != __any.end(); ++x) { if (*x && *(*x)) { fprintf(stream, "%s- Other policy requirements:\n\t@verbatim\n", tabs); text(*x); fprintf(stream, "\t@endverbatim\n"); } } } static void gen_parts(const sp__Parts& parts, Types& types, const char *what, const char *name, int indent) { static const char stabs[] = "\t\t\t\t\t\t\t\t\t\t"; const char *tabs; if (indent > 8) indent = 8; tabs = stabs + 9 - indent; fprintf(stream, "%s- %s requirements:\n", tabs, name); if (parts.Body) fprintf(stream, "%s -# Body:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_%s_body(soap, , , );\n\t@endcode\n", tabs, what); if (!parts.Header.empty()) { fprintf(stream, "%s -# Header elements:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_set_wsu_id(soap, \"", tabs); for (vector::const_iterator h = parts.Header.begin(); h != parts.Header.end(); ++h) { if ((*h).Name) fprintf(stream, "%s ", types.aname(NULL, (*h).Namespace, (*h).Name)); else if ((*h).Namespace) fprintf(stream, "%s: ", types.nsprefix(NULL, (*h).Namespace)); } fprintf(stream, "\");\n\t@endcode\n"); } if (parts.Attachments) fprintf(stream, "%s -# Attachments as defined in SwAProfile1.1\n", tabs); } //////////////////////////////////////////////////////////////////////////////// // // wsp:PolicyReference // //////////////////////////////////////////////////////////////////////////////// int wsp__PolicyReference::traverse(wsdl__definitions& definitions) { policyRef = NULL; if (!URI || !*URI) { cerr << "PolicyReference has no URI" << endl; return SOAP_OK; } if (*URI == '#') { policyRef = search(URI + 1, definitions); if (!policyRef) { cerr << "PolicyReference URI=\"" << URI << "\" not found" << endl; return SOAP_OK; } } return SOAP_OK; } void wsp__PolicyReference::policyPtr(wsp__Policy *Policy) { policyRef = Policy; } wsp__Policy *wsp__PolicyReference::policyPtr() const { return policyRef; } static wsp__Policy *search(const char *URI, wsdl__definitions& definitions) { for (vector::iterator p = definitions.wsp__Policy_.begin(); p != definitions.wsp__Policy_.end(); ++p) { wsp__Policy *policy = search(URI, &(*p)); if (policy) return policy; } return NULL; } static wsp__Policy *search(const char *URI, wsp__Policy *policy) { if (!policy) return NULL; if (policy->wsu__Id && !strcmp(URI, policy->wsu__Id)) return policy; return search(URI, (wsp__Content*)policy); } static wsp__Policy *search(const char *URI, wsp__Content *content) { wsp__Policy *policy; policy = search(URI, content->Policy); if (policy) return policy; for (vector::iterator i = content->All.begin(); i != content->All.end(); ++i) { policy = search(URI, *i); if (policy) return policy; } for (vector::iterator j = content->ExactlyOne.begin(); j != content->ExactlyOne.end(); ++j) { policy = search(URI, *j); if (policy) return policy; } return NULL; } gsoap-2.8.28/gsoap/wsdl/types.cpp0000644000175000017500000043332212653650160016231 0ustar ellertellert/* types.cpp Generate gSOAP types from XML schemas (e.g. embedded in WSDL). -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "types.h" static char *getline(char *s, size_t n, FILE *fd); static const char *nonblank(const char *s); static const char *fill(char *t, int n, const char *s, int e); static const char *utf8(char **t, const char *s, bool start); static const char *cstring(const char *s); static const char *xstring(const char *s); static bool is_float(const char *s); static bool is_integer(const char *s); static LONG64 to_integer(const char *s); static void documentation(const char *text); static void operations(const char *t); static int comment_nest = 0; /* keep track of block comments to avoid nesting */ //////////////////////////////////////////////////////////////////////////////// // // Keywords and reserved words // //////////////////////////////////////////////////////////////////////////////// static const char *keywords[] = { "alignas", "alignof" "and", "and_eq", "asm", "auto", "bitand", "bitor", "bool", "break", "case", "catch", "char", "char16_t", "char32_t", "class", "compl", "const", "constexpr", "const_cast", "continue", "decltype", "default", "delete", "do", "double", "dynamic_cast", "else", "enum", "errno", "explicit", "export", "extern", "false", "FILE", "final", "float", "for", "friend", "goto", "if", "INFINITY", "inline", "int", "interface", "long", "LONG64", "max", "min", "mustUnderstand", "mutable", "namespace", "new", "not", "not_eq", "NULL", "nullptr", "nullptr_t", "operator", "or", "or_eq", "override", "private", "protected", "public", "_QName", "register", "reinterpret_cast", "restrict", "return", "short", "signed", "size_t", "sizeof", "soap", "static", "static_assert", "static_cast", "struct", "switch", "template", "this", "thread_local", "throw", "time_t", "true", "try", "typedef", "typeid", "typeof", "typename", "ULONG64", "union", "unsigned", "using", "virtual", "void", "volatile", "wchar_t", "while", "XML", "_XML", "xor", "xor_eq", }; //////////////////////////////////////////////////////////////////////////////// // // Types methods // //////////////////////////////////////////////////////////////////////////////// Types::Types() { init(); } int Types::read(const char *file) { FILE *fd; char buf[4096], xsd[4096], def[4096], use[4096], ptr[4096], uri[4096]; const char *s; short copy = 0; MapOfStringToString eqvtypemap; soap_strcpy(buf, sizeof(buf), file); fd = fopen(buf, "r"); if (!fd && import_path) { (SOAP_SNPRINTF(buf, sizeof(buf), strlen(import_path) + strlen(file) + 1), "%s/%s", import_path, file); fd = fopen(buf, "r"); } if (!fd) { fprintf(stderr, "Cannot open file \"%s\"\n", file); return SOAP_EOF; } fprintf(stderr, "Reading type definitions from type map \"%s\"\n", buf); while (getline(buf, sizeof(buf), fd)) { s = buf; if (copy) { if (*s == ']') copy = 0; else fprintf(stream, "%s\n", buf); } else if (*s == '[') { copy = 1; } else if (*s == '<') { s = fill(uri, sizeof(uri), s+1, -1); infile[infiles++] = estrdup(uri); if (infiles >= MAXINFILES) { fprintf(stderr, "wsdl2h: too many files\n"); exit(1); } } else if (*s == '>') { s = fill(uri, sizeof(uri), s+1, -1); if (!outfile) { outfile = estrdup(uri); stream = fopen(outfile, "w"); if (!stream) { fprintf(stderr, "Cannot write to %s\n", outfile); exit(1); } if (cppnamespace) fprintf(stream, "namespace %s {\n", cppnamespace); fprintf(stderr, "Saving %s\n\n", outfile); } } else if (*s && *s != '#') { s = fill(xsd, sizeof(xsd), s, '='); if (s && *s == '=') { s = fill(use, sizeof(use), s+1, '|'); if (*xsd && *use) { s = estrdup(xsd); eqvtypemap[s] = estrdup(use); deftypemap[s] = ""; if (usetypemap.find(use) != usetypemap.end()) usetypemap[s] = usetypemap[use]; else usetypemap[s] = estrdup(use); } } else if (strstr(xsd, "__")) { s = fill(def, sizeof(def), s, '|'); s = fill(use, sizeof(use), s, '|'); s = fill(ptr, sizeof(ptr), s, '|'); if (*xsd) { s = estrdup(xsd); if (*def == '$') { const char *t = modtypemap[s]; if (t) { size_t l = strlen(t) + strlen(def); char *r = (char*)emalloc(l + 1); (SOAP_SNPRINTF(r, l + 1, l), "%s%s", t, def); free((void*)modtypemap[s]); modtypemap[s] = r; } else modtypemap[s] = estrdup(def); } else { if (*def) { if (strcmp(def, "...")) deftypemap[s] = estrdup(def); } else deftypemap[s] = ""; if (*use) usetypemap[s] = estrdupf(use); else usetypemap[s] = estrdupf(xsd); if (*ptr) ptrtypemap[s] = estrdupf(ptr); } } } else if (*xsd == '$') { fill(use, sizeof(use), s, 0); if (*use) { s = estrdup(xsd); usetypemap[s] = estrdup(use); } } else if (*xsd) { s = fill(uri, sizeof(uri), s, 0); if (uri[0] == '"') { uri[strlen(uri) - 1] = '\0'; nsprefix(xsd, estrdup(uri + 1)); } else if (uri[0] == '<') { uri[strlen(uri) - 1] = '\0'; char *s = estrdup(uri + 1); nsprefix(xsd, s); exturis.insert(s); } else nsprefix(xsd, estrdup(uri)); } } } for (MapOfStringToString::const_iterator i = eqvtypemap.begin(); i != eqvtypemap.end(); ++i) { const char *s = (*i).first, *t = (*i).second; if (usetypemap.find(t) != usetypemap.end()) t = usetypemap[t]; deftypemap[s] = ""; usetypemap[s] = t; if (ptrtypemap.find((*i).second) != ptrtypemap.end()) ptrtypemap[s] = ptrtypemap[(*i).second]; else { MapOfStringToString::iterator j = ptrtypemap.find(s); if (j != ptrtypemap.end()) ptrtypemap.erase(j); } for (MapOfStringToString::iterator j = usetypemap.begin(); j != usetypemap.end(); ++j) if (!strcmp((*j).second, s)) (*j).second = t; for (MapOfStringToString::iterator k = ptrtypemap.begin(); k != ptrtypemap.end(); ++k) if (!strcmp((*k).second, s)) (*k).second = t; } fclose(fd); return SOAP_OK; } void Types::init() { snum = 1; unum = 1; gnum = 1; with_union = false; fake_union = false; knames.insert(keywords, keywords + sizeof(keywords)/sizeof(char*)); if (cflag) { deftypemap["xsd__ur_type"] = ""; if (dflag) { usetypemap["xsd__ur_type"] = "xsd__anyType"; } else { usetypemap["xsd__ur_type"] = "_XML"; ptrtypemap["xsd__ur_type"] = "_XML"; } } else { deftypemap["xsd__ur_type"] = "class xsd__ur_type { _XML __item; struct soap *soap; };"; usetypemap["xsd__ur_type"] = "xsd__ur_type"; } if (cflag) { deftypemap["xsd__anyType"] = ""; if (dflag) { usetypemap["xsd__anyType"] = "xsd__anyType"; } else { usetypemap["xsd__anyType"] = "_XML"; ptrtypemap["xsd__anyType"] = "_XML"; } } else { if (dflag) deftypemap["xsd__anyType"] = ""; else deftypemap["xsd__anyType"] = "class xsd__anyType { _XML __item; struct soap *soap; };"; usetypemap["xsd__anyType"] = "xsd__anyType"; } deftypemap["xsd__any"] = ""; if (dflag) { usetypemap["xsd__any"] = "xsd__anyType"; } else { usetypemap["xsd__any"] = "_XML"; ptrtypemap["xsd__any"] = "_XML"; } deftypemap["xsd__anyAttribute"] = ""; if (dflag) { usetypemap["xsd__anyAttribute"] = "xsd__anyAttribute"; } else { usetypemap["xsd__anyAttribute"] = "_XML"; ptrtypemap["xsd__anyAttribute"] = "_XML"; } if (cflag) { deftypemap["xsd__base64Binary"] = "struct xsd__base64Binary\n{\tunsigned char *__ptr;\n\tint __size;\n\tchar *id, *type, *options; // NOTE: non-NULL for DIME/MIME/MTOM XOP attachments only\n};"; usetypemap["xsd__base64Binary"] = "struct xsd__base64Binary"; ptrtypemap["xsd__base64Binary"] = "struct xsd__base64Binary"; } else { deftypemap["xsd__base64Binary"] = "class xsd__base64Binary\n{\tunsigned char *__ptr;\n\tint __size;\n\tchar *id, *type, *options; // NOTE: non-NULL for DIME/MIME/MTOM XOP attachments only\n\tstruct soap *soap;\n};"; usetypemap["xsd__base64Binary"] = "xsd__base64Binary"; } if (cflag) { if (eflag) deftypemap["xsd__boolean"] = "enum xsd__boolean { false_, true_ };"; else deftypemap["xsd__boolean"] = "enum xsd__boolean { xsd__boolean__false_, xsd__boolean__true_ };"; usetypemap["xsd__boolean"] = "enum xsd__boolean"; } else { deftypemap["xsd__boolean"] = ""; usetypemap["xsd__boolean"] = "bool"; } deftypemap["xsd__byte"] = "typedef char xsd__byte;"; usetypemap["xsd__byte"] = "xsd__byte"; deftypemap["xsd__dateTime"] = ""; usetypemap["xsd__dateTime"] = "time_t"; deftypemap["xsd__double"] = ""; usetypemap["xsd__double"] = "double"; deftypemap["xsd__float"] = ""; usetypemap["xsd__float"] = "float"; if (cflag) { deftypemap["xsd__hexBinary"] = "struct xsd__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["xsd__hexBinary"] = "struct xsd__hexBinary"; ptrtypemap["xsd__hexBinary"] = "struct xsd__hexBinary"; } else { deftypemap["xsd__hexBinary"] = "class xsd__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["xsd__hexBinary"] = "xsd__hexBinary"; } deftypemap["xsd__int"] = ""; usetypemap["xsd__int"] = "int"; deftypemap["xsd__long"] = ""; usetypemap["xsd__long"] = "LONG64"; deftypemap["xsd__short"] = ""; usetypemap["xsd__short"] = "short"; if (cflag || sflag) { deftypemap["xsd__string"] = ""; usetypemap["xsd__string"] = "char*"; ptrtypemap["xsd__string"] = "char*"; } else { deftypemap["xsd__string"] = ""; usetypemap["xsd__string"] = "std::string"; } if (cflag || sflag) { deftypemap["xsd__QName"] = ""; usetypemap["xsd__QName"] = "_QName"; ptrtypemap["xsd__QName"] = "_QName"; } else { deftypemap["xsd__QName"] = "typedef std::string xsd__QName;"; usetypemap["xsd__QName"] = "xsd__QName"; } deftypemap["xsd__unsignedByte"] = "typedef unsigned char xsd__unsignedByte;"; usetypemap["xsd__unsignedByte"] = "xsd__unsignedByte"; deftypemap["xsd__unsignedInt"] = ""; usetypemap["xsd__unsignedInt"] = "unsigned int"; deftypemap["xsd__unsignedLong"] = ""; usetypemap["xsd__unsignedLong"] = "ULONG64"; deftypemap["xsd__unsignedShort"] = ""; usetypemap["xsd__unsignedShort"] = "unsigned short"; if (cflag) { deftypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary"; ptrtypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary"; deftypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64 { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64"; ptrtypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64"; } else { deftypemap["SOAP_ENC__base64Binary"] = "class SOAP_ENC__base64Binary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64Binary"] = "SOAP_ENC__base64Binary"; deftypemap["SOAP_ENC__base64"] = "class SOAP_ENC__base64 { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64"] = "SOAP_ENC__base64"; } if (cflag) { deftypemap["SOAP_ENC__boolean"] = "enum SOAP_ENC__boolean { false_, true_ };"; usetypemap["SOAP_ENC__boolean"] = "enum SOAP_ENC__boolean"; } else { deftypemap["SOAP_ENC__boolean"] = "typedef bool SOAP_ENC__boolean;"; usetypemap["SOAP_ENC__boolean"] = "SOAP_ENC__boolean"; } deftypemap["SOAP_ENC__byte"] = "typedef char SOAP_ENC__byte;"; usetypemap["SOAP_ENC__byte"] = "SOAP_ENC__byte"; deftypemap["SOAP_ENC__dateTime"] = "typedef time_t SOAP_ENC__dateTime;"; usetypemap["SOAP_ENC__dateTime"] = "SOAP_ENC__dateTime"; deftypemap["SOAP_ENC__double"] = "typedef double SOAP_ENC__double;"; usetypemap["SOAP_ENC__double"] = "SOAP_ENC__double"; deftypemap["SOAP_ENC__float"] = "typedef float SOAP_ENC__float;"; usetypemap["SOAP_ENC__float"] = "SOAP_ENC__float"; if (cflag) { deftypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary"; ptrtypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary"; } else { deftypemap["SOAP_ENC__hexBinary"] = "class SOAP_ENC__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__hexBinary"] = "SOAP_ENC__hexBinary"; } deftypemap["SOAP_ENC__int"] = "typedef int SOAP_ENC__int;"; usetypemap["SOAP_ENC__int"] = "SOAP_ENC__int"; deftypemap["SOAP_ENC__long"] = "typedef LONG64 SOAP_ENC__long;"; usetypemap["SOAP_ENC__long"] = "SOAP_ENC__long"; deftypemap["SOAP_ENC__short"] = "typedef short SOAP_ENC__short;"; usetypemap["SOAP_ENC__short"] = "SOAP_ENC__short"; if (cflag || sflag) { deftypemap["SOAP_ENC__string"] = ""; usetypemap["SOAP_ENC__string"] = "char*"; ptrtypemap["SOAP_ENC__string"] = "char*"; } else { deftypemap["SOAP_ENC__string"] = ""; usetypemap["SOAP_ENC__string"] = "std::string"; } deftypemap["SOAP_ENC__unsignedByte"] = "typedef unsigned char SOAP_ENC__unsignedByte;"; usetypemap["SOAP_ENC__unsignedByte"] = "SOAP_ENC__unsignedByte"; deftypemap["SOAP_ENC__unsignedInt"] = "typedef unsigned int SOAP_ENC__unsignedInt;"; usetypemap["SOAP_ENC__unsignedInt"] = "SOAP_ENC__unsignedInt"; deftypemap["SOAP_ENC__unsignedLong"] = "typedef ULONG64 SOAP_ENC__unsignedLong;"; usetypemap["SOAP_ENC__unsignedLong"] = "SOAP_ENC__unsignedLong"; deftypemap["SOAP_ENC__unsignedShort"] = "typedef unsigned short SOAP_ENC__unsignedShort;"; usetypemap["SOAP_ENC__unsignedShort"] = "SOAP_ENC__unsignedShort"; deftypemap["SOAP_ENC__Array"] = ""; usetypemap["SOAP_ENC__Array"] = "struct { _XML *__ptr; int __size; }"; if (cflag) ptrtypemap["SOAP_ENC__Array"] = "struct { _XML *__ptr; int __size; }"; deftypemap["_SOAP_ENC__arrayType"] = ""; deftypemap["SOAP_ENV__Header"] = ""; usetypemap["SOAP_ENV__Header"] = "struct SOAP_ENV__Header"; deftypemap["_SOAP_ENV__mustUnderstand"] = ""; if (cflag || sflag) usetypemap["_SOAP_ENV__mustUnderstand"] = "char*"; else usetypemap["_SOAP_ENV__mustUnderstand"] = "std::string"; deftypemap["SOAP_ENV__Fault"] = ""; usetypemap["SOAP_ENV__Fault"] = "struct SOAP_ENV__Fault"; deftypemap["SOAP_ENV__detail"] = ""; usetypemap["SOAP_ENV__detail"] = "struct SOAP_ENV__Detail"; deftypemap["SOAP_ENV__Detail"] = ""; usetypemap["SOAP_ENV__Detail"] = "struct SOAP_ENV__Detail"; deftypemap["SOAP_ENV__Code"] = ""; usetypemap["SOAP_ENV__Code"] = "struct SOAP_ENV__Code"; deftypemap["SOAP_ENV__Reason"] = ""; usetypemap["SOAP_ENV__Reason"] = "struct SOAP_ENV__Reason"; usetypemap["$CONTAINER"] = "std::vector"; if (read(mapfile)) fprintf(stderr, "Problem reading type map file '%s'.\nUsing internal type definitions for %s instead.\n\n", mapfile, cflag ? "C" : "C++"); } const char *Types::nsprefix(const char *prefix, const char *URI) { if (URI && *URI) { const char *s = uris[URI]; if (!s) { size_t n; if (!prefix || !*prefix || *prefix == '_') s = schema_prefix; else s = estrdup(prefix); if (!syms[s]) n = syms[s] = 1; else n = ++syms[s]; if (n != 1 || !prefix || !*prefix || *prefix == '_') { size_t l = strlen(s); char *t = (char*)emalloc(l + 21); (SOAP_SNPRINTF(t, l + 21, l + 20), "%s%lu", s, (unsigned long)n); s = t; } uris[URI] = s; if (vflag) fprintf(stderr, "namespace prefix %s = \"%s\"\n", s, URI); } // if *prefix == '_', then add prefix string to s if (prefix && *prefix == '_') { size_t l = strlen(s); char *t = (char*)emalloc(l + 2); *t = '_'; soap_strcpy(t + 1, l + 1, s); s = t; } return s; } return NULL; } const char *Types::prefix(const char *name) { const char *s; char *t; if (*name == '"') { s = strchr(name + 1, '"'); t = (char*)emalloc(s - name); soap_strncpy(t, s - name, name + 1, s - name - 1); return nsprefix(NULL, t); } s = strchr(name, ':'); if (s) { t = (char*)emalloc(s - name + 1); soap_strncpy(t, s - name + 1, name, s - name); return t; } return NULL; } const char *Types::uri(const char *name) { const char *s; char *t; if (*name == '"') { s = strchr(name + 1, '"'); t = (char*)emalloc(s - name); soap_strncpy(t, s - name, name + 1, s - name - 1); return t; } s = strchr(name, ':'); if (s) { struct Namespace *p = namespaces; if (p) { for (p += 6; p->id; p++) { if (!strncmp(p->id, name, s - name) && !p->id[s - name]) { if (p->in && *p->in) return p->in; return p->ns; } } } } return NULL; } // Find a C name for a QName. If the name has no qualifier, use URI. Suggest prefix for URI const char *Types::fname(const char *prefix, const char *URI, const char *qname, SetOfString *reserved, enum Lookup lookup, bool isqname) { char buf[4096], *t; const char *p, *s, *name; if (!qname) { fprintf(stream, "// Warning: internal error, no QName in fname()\n"); if (vflag) fprintf(stderr, "Internal error, no QName in fname()\n"); qname = "?"; } name = qname; if (isqname) s = strrchr(name, ':'); else s = NULL; if (s) { name = s + 1; if (qname[0] == '"' && qname[1] == '"') { s = NULL; } else if (*qname == '"') { t = (char*)emalloc(s - qname - 1); soap_strncpy(t, s - qname - 1, qname + 1, s - qname - 2); URI = t; } else if (!strncmp(qname, "xs:", 3)) // this hack is necessary since the nsmap table defines "xs" for "xsd" { s = "xsd"; URI = NULL; } else { t = (char*)emalloc(s - qname + 1); soap_strncpy(t, s - qname + 1, qname, s - qname); s = t; URI = NULL; } } if (URI && *URI) p = nsprefix(prefix, URI); else if (s) p = s; else p = ""; s = NULL; if (lookup == LOOKUP) { if (qnames.find(Pair(p,name)) != qnames.end()) s = qnames[Pair(p,name)]; } if (!s) { t = buf; if (!prefix || *prefix) { s = p; // no longer add '_' when URI != NULL, since nsprefix() will do this if (prefix && *prefix == ':') *t++ = ':'; else if (prefix && *prefix == '_') { if (!URI) *t++ = '_'; if (prefix[1] == '_') // ensures ns prefix starts with __ { soap_strcpy(t, sizeof(buf) - (t - buf), prefix + 1); t += strlen(prefix + 1); } } if (s && *s) { for (; *s; s++) { if (t >= buf + sizeof(buf) - 8) break; if (isalnum(*s)) { *t++ = *s; } else if (*s == '-' && s[1] != '-' && s != p) { *t++ = '_'; } else if (*s == '_') { if (s == p) *t++ = '_'; else if (!_flag) { soap_strcpy(t, sizeof(buf) - (t - buf), "_USCORE"); t += 7; } else { s = utf8(&t, s, t == buf); } } else { s = utf8(&t, s, t == buf); } } if (!prefix || *prefix != '*') { *t++ = '_'; *t++ = '_'; } } else if (isdigit(*name)) { *t++ = '_'; } } for (s = name; *s; s++) { if (t >= buf + sizeof(buf) - 8) break; if (isalnum(*s)) { *t++ = *s; } else if (*s == '-' && s[1] != '-' && s[1] != '\0' && s != name) { *t++ = '_'; } else if (!_flag && *s == '_') { soap_strcpy(t, sizeof(buf) - (t - buf), "_USCORE"); t += 7; } else { s = utf8(&t, s, t == buf); } } *t = '\0'; s = strchr(buf, ':'); if (s) s++; else s = buf; while (knames.find(s) != knames.end() || (reserved && reserved->find(s) != reserved->end())) { *t++ = '_'; *t = '\0'; } if (isalpha(*buf) || *buf == '_' || *buf == ':') { size_t l = strlen(buf); t = (char*)emalloc(l + 1); soap_strcpy(t, l + 1, buf); } else { size_t l = strlen(buf); t = (char*)emalloc(l + 2); *t = '_'; soap_strcpy(t + 1, l + 1, buf); } s = t; if (lookup == LOOKUP) { qnames[Pair(p,name)] = s; if (vflag) { cerr << "Mapping '" << p << ":" << name << "' to '" << s << "'" << endl; #ifdef DEBUG for (MapOfPairToString::const_iterator i = qnames.begin(); i != qnames.end(); ++i) cerr << "Map[" << (*i).first.first << ":" << (*i).first.second << "]='" << (*i).second << "'" << endl; #endif } } } return s; } bool Types::is_defined(const char *prefix, const char *URI, const char *qname) { const char *t = fname(prefix, URI, qname, NULL, LOOKUP, true); return usetypemap.find(t) != usetypemap.end(); } const char *Types::aname(const char *prefix, const char *URI, const char *qname) { return fname(prefix, URI, qname, NULL, NOLOOKUP, true); } const char *Types::wname(const char *prefix, const char *URI, const char *qname) { const char *s = aname(prefix, URI, qname); SetOfString reserved; reserved.insert(s); s = fname(prefix, URI, qname, &reserved, NOLOOKUP, true); knames.insert(s); return s; } const char *Types::cname(const char *prefix, const char *URI, const char *qname) { return fname(prefix, URI, qname, NULL, LOOKUP, true); } const char *Types::tname(const char *prefix, const char *URI, const char *qname) { const char *s, *t; t = cname(prefix, URI, qname); if (usetypemap.find(t) != usetypemap.end()) { s = usetypemap[t]; if (vflag) cerr << "Mapping use of '" << t << "' to '" << s << "'" << endl; } else { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for type %s in namespace \"%s\", check WSDL and schema definitions.\n", qname ? qname : "", t, URI ? URI : "?"); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for type %s in namespace \"%s\"\n", qname ? qname : "", t, URI ? URI : "?"); } return s; } const char *Types::tnameptr(bool flag, const char *prefix, const char *URI, const char *qname) { const char *s = pname(flag, !flag, prefix, URI, qname); if (flag) { if (!strchr(s, '*') || !strncmp(s, "char", 4) || !strncmp(s, "const char", 10) || !strncmp(s, "wchar_t", 7) || !strncmp(s, "const wchar_t", 13)) { size_t l = strlen(s); char *r = (char*)emalloc(l + 2); soap_strcpy(r, l + 2, s); soap_strcpy(r + l, 2, "*"); return r; } } return s; } const char *Types::tnamenoptr(const char *prefix, const char *URI, const char *qname) { const char *s = tname(prefix, URI, qname); if (strchr(s, '*') && (!strncmp(s, "char", 4) || !strncmp(s, "const char", 10) || !strncmp(s, "wchar_t", 7) || !strncmp(s, "const wchar_t", 13))) return s; size_t n = strlen(s); if (s[n - 1] == '*') { char *r = (char*)emalloc(n); soap_strncpy(r, n, s, n - 1); return r; } return s; } const char *Types::pname(bool flag, bool smart, const char *prefix, const char *URI, const char *qname) { const char *s = NULL, *t; t = cname(prefix, URI, qname); if (flag) { const char *r = NULL; if (!cflag && smart && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if (smptypemap.find(t) != smptypemap.end()) s = smptypemap[t]; else { if (usetypemap.find(t) != usetypemap.end()) s = usetypemap[t]; if (!s) { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for pointer to type %s, check WSDL and schema definitions.\n", qname, t); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for pointer to type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } if (!is_ptr(prefix, URI, qname)) { size_t k = strlen(r); size_t l = strlen(s); char *p = (char*)emalloc(k + l + 4); soap_strcpy(p, k + l + 4, r); soap_strcpy(p + k, l + 4, "<"); soap_strcpy(p + k + 1, l + 3, s); soap_strcpy(p + k + l + 1, 3, "> "); s = p; } if (vflag) cerr << "Mapping \"smart\" pointer of '" << t << "' to '" << s << "'" << endl; smptypemap[t] = s; } } else if (ptrtypemap.find(t) != ptrtypemap.end()) { s = ptrtypemap[t]; } else { if (usetypemap.find(t) != usetypemap.end()) s = usetypemap[t]; if (!s) { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for pointer to type %s, check WSDL and schema definitions.\n", qname, t); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for pointer to type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } if (!is_ptr(prefix, URI, qname)) { size_t l = strlen(s); char *p = (char*)emalloc(l + 2); soap_strcpy(p, l + 2, s); soap_strcpy(p + l, 2, "*"); s = p; } if (vflag) cerr << "Mapping pointer of '" << t << "' to '" << s << "'" << endl; ptrtypemap[t] = s; } } else if (usetypemap.find(t) != usetypemap.end()) { if (!cflag && smart && smptypemap.find(t) != smptypemap.end() && ptrtypemap.find(t) != ptrtypemap.end() && usetypemap[t] == ptrtypemap[t]) s = smptypemap[t]; else s = usetypemap[t]; } else { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for type %s in namespace \"%s\", check WSDL and schema definitions.\n", qname, t, URI ? URI : "?"); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } return s; } const char *Types::deftname(enum Type type, bool mk_pointer, bool is_pointer, const char *prefix, const char *URI, const char *qname) { char buf[4096]; const char *t = fname(prefix, URI, qname, NULL, LOOKUP, true); if (deftypemap[t]) { if (vflag) fprintf(stderr, "Name %s already defined (probably in typemap \"%s\")\n", qname, mapfile); return NULL; } if (usetypemap[t]) { if (vflag) fprintf(stderr, "Name %s is mapped\n", qname); return t; } const char *q = NULL; switch (type) { case ENUM: if (!c11flag) q = "enum"; if (c11flag || yflag) knames.insert(t); break; case STRUCT: q = "struct"; if (yflag) knames.insert(t); break; case CLASS: case TYPEDEF: knames.insert(t); default: break; } buf[0] = '\0'; size_t n = 0; if (q) { soap_strcpy(buf, sizeof(buf), q); n = strlen(buf); soap_strcpy(buf + n, sizeof(buf) - n, " "); ++n; } soap_strcpy(buf + n, sizeof(buf) - n, t); const char *r = vname("$POINTER"); if (!cflag && !is_pointer && r && *r != '*' && *r != '$') { n = strlen(buf); size_t l = strlen(r); char *s = (char*)emalloc(l + n + 4); soap_strcpy(s, l + n + 4, r); soap_strcpy(s + l, n + 4, "<"); soap_strcpy(s + l + 1, n + 3, buf); soap_strcpy(s + l + n + 1, 3, "> "); smptypemap[t] = s; } if (mk_pointer) { n = strlen(buf); soap_strcpy(buf + n, sizeof(buf) - n, "*"); } n = strlen(buf); char *s = (char*)emalloc(n + 1); soap_strcpy(s, n + 1, buf); usetypemap[t] = s; if (mk_pointer || is_pointer) ptrtypemap[t] = s; if (is_pointer) smptypemap[t] = s; if (vflag) cerr << "Defined '" << t << "' ('" << qname << "' in namespace '" << (URI ? URI : prefix ? prefix : "") << "') as '" << s << endl; return t; } // get enumeration value. URI/type refers to the enum simpleType. const char *Types::ename(const char *type, const char *value, bool isqname) { if (c11flag) return fname(NULL, NULL, value, NULL, NOLOOKUP, isqname); const char *s = enames[Pair(type,value)]; if (!s) { s = fname(NULL, NULL, value, &rnames, NOLOOKUP, isqname); if (!eflag && type && *type) { // Add prefix to enum if (!*s || (s[0] == '_' && s[1] == '\0')) s = "_x0000"; size_t l = strlen(type) + strlen(s); char *buf = (char*)emalloc(l + 3); // _xXXXX is OK here if (s[0] == '_' && s[1] != 'x' && strncmp(s, "_USCORE", 7)) (SOAP_SNPRINTF(buf, l + 3, l + 1), "%s_%s", type, s); else (SOAP_SNPRINTF(buf, l + 3, l + 2), "%s__%s", type, s); s = buf; } else rnames.insert(s); enames[Pair(type,value)] = s; } return s; } // get operation name const char *Types::oname(const char *prefix, const char *URI, const char *qname) { const char *s = fname(prefix, URI, qname, NULL, LOOKUP, true); if (s && usetypemap.find(s) != usetypemap.end()) { // Avoid name clash with structs/classes of the same name onames.insert(s); } s = fname(prefix, URI, qname, &onames, NOLOOKUP, true); onames.insert(s); return s; } // generate struct name const char *Types::sname(const char *URI, const char *name) { const char *s; char *t; if (!aflag && name) { size_t l = strlen(name) + 1; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l); size_t n = 0; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l - n, *j); n = strlen(t); soap_strcpy(t + n, l - n, "-"); ++n; if (n >= l) break; } soap_strcpy(t + n, l - n, name); s = fname("_", URI, t, &rnames, NOLOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__struct_%d", s, snum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "struct_%d", snum++); s = t; } return s; } // generate union name const char *Types::uname(const char *URI) { const char *s; char *t; if (!aflag) { size_t l = 0; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l + 6); soap_strcpy(t, l + 6, "union"); size_t n = 5; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l + 6 - n, "-"); soap_strcpy(t + n + 1, l + 5 - n, *j); n = strlen(t); } s = fname("_", URI, t, &rnames, NOLOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__union_%d", s, unum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "_union_%d", unum++); s = t; } return s; } // generate enum name const char *Types::gname(const char *URI, const char *name) { const char *s; char *t; if (!aflag && name) { size_t l = strlen(name) + 1; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l); size_t n = 0; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l - n, *j); n = strlen(t); soap_strcpy(t + n, l - n, "-"); ++n; if (n >= l) break; } soap_strcpy(t + n, l - n, name); s = fname("_", URI, t, &rnames, LOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__enum_%d", s, gnum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "enum_%d", gnum++); s = t; } return s; } const char *Types::vname(const char *var) { MapOfStringToString::const_iterator i = usetypemap.find(var); if (i != usetypemap.end()) return (*i).second; return var; } // checks if nillable or minOccurs=0 bool Types::is_nillable(const xs__element& element) { return (element.nillable || (element.minOccurs && !strcmp(element.minOccurs, "0"))); } // checks if permitted as union member bool Types::is_choicetype(const char *prefix, const char *URI, const char *type) { // TODO: consider c11flag also safe, but classes containing unions must define assignment ops using the selector(s) if (cflag) return true; if (!strcmp(type, "xs:byte")) return true; const char *t = tname(prefix, URI, type); return ( !strncmp(t, "enum ", 5) || !strcmp(t, "bool") || !strcmp(t, "int8_t") || !strcmp(t, "int16_t") || !strcmp(t, "int32_t") || !strcmp(t, "int64_t") || !strcmp(t, "uint8_t") || !strcmp(t, "uint16_t") || !strcmp(t, "uint32_t") || !strcmp(t, "uint64_t") || !strcmp(t, "char") || !strcmp(t, "unsigned char") || !strcmp(t, "short") || !strcmp(t, "unsigned short") || !strcmp(t, "int") || !strcmp(t, "unsigned int") || !strcmp(t, "long") || !strcmp(t, "long long") || !strcmp(t, "unsigned long") || !strcmp(t, "unsigned long long") || !strcmp(t, "LONG64") || !strcmp(t, "ULONG64") || !strcmp(t, "float") || !strcmp(t, "double") || !strcmp(t, "long double") || !strcmp(t, "time_t") || !strcmp(t, "_QName") || !strcmp(t, "_XML") ); } bool Types::is_ptr(const char *prefix, const char *URI, const char *qname) { const char *t = cname(prefix, URI, qname); if (usetypemap.find(t) != usetypemap.end()) { if (ptrtypemap.find(t) != ptrtypemap.end()) return usetypemap[t] == ptrtypemap[t]; const char *s = usetypemap[t]; while (s && *s) { s = strchr(s + 1, '*'); if (s && *(s-1) != '/' && *(s+1) != '/') return true; } } return false; } void Types::dump(FILE *fd) { fprintf(fd, "\nTypes:\n"); for (MapOfStringToString::const_iterator i = usetypemap.begin(); i != usetypemap.end(); ++i) fprintf(fd, "%s=%s\n", (*i).first, (*i).second ? (*i).second : "(null)"); fprintf(fd, "\nPointers:\n"); for (MapOfStringToString::const_iterator j = ptrtypemap.begin(); j != ptrtypemap.end(); ++j) fprintf(fd, "%s=%s\n", (*j).first, (*j).second ? (*j).second : "(null)"); } void Types::define(const char *URI, const char *name, const xs__complexType& complexType) { // generate prototype for structs/classes and store name const char *prefix = NULL; if (complexType.name) name = complexType.name; else prefix = "_"; if (complexType.complexContent && complexType.complexContent->restriction && !strcmp(complexType.complexContent->restriction->base, "SOAP-ENC:Array")) { if (strcmp(schema_prefix, "ns")) prefix = "*"; else prefix = ""; } if (cflag) { const char *t = deftname(STRUCT, true, false, prefix, URI, name); if (t) { if (yflag) fprintf(stream, "/// @brief Typedef synonym for struct %s.\ntypedef struct %s %s;\n", t, t, t); } else if (name) { t = deftypemap[cname(prefix, URI, name)]; if (t) { fprintf(stream, "/// Imported complexType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(complexType.annotation); if (*t) format(t); else fprintf(stream, "// complexType definition intentionally left blank.\n"); fprintf(stream, "\n"); } } } else { const char *t = deftname(CLASS, true, false, prefix, URI, name); if (t) fprintf(stream, "// Forward declaration of class %s.\nclass %s;\n\n", t, t); else if (name) { t = deftypemap[cname(prefix, URI, name)]; if (t) { fprintf(stream, "/// Imported complexType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(complexType.annotation); if (*t) format(t); else fprintf(stream, "// complexType definition intentionally left blank.\n"); fprintf(stream, "\n"); } } } } void Types::gen(const char *URI, const char *name, const xs__simpleType& simpleType, bool anonymous, bool nested_restriction) { const char *t = NULL; const char *prefix = NULL; if (simpleType.name) name = simpleType.name; else if (!nested_restriction) prefix = "_"; if (!anonymous) { t = deftypemap[cname(NULL, URI, name)]; if (t) { fprintf(stream, "/// Imported simpleType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(simpleType.annotation); if (*t) format(t); else fprintf(stream, "// simpleType definition intentionally left blank.\n"); return; } } if (simpleType.restriction) { const char *base = simpleType.restriction->base; if (!base && simpleType.restriction->simpleType) { if (!anonymous) { if (simpleType.restriction->simpleType->list && simpleType.restriction->length && simpleType.restriction->length->value) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction list of length %s.\n///\n", URI ? URI : "", name, simpleType.restriction->length->value); document(simpleType.restriction->length->annotation); } else { const char *a = NULL, *b = "unbounded"; if (simpleType.restriction->minLength) { a = simpleType.restriction->minLength->value; document(simpleType.restriction->minLength->annotation); } if (simpleType.restriction->maxLength) { b = simpleType.restriction->maxLength->value; document(simpleType.restriction->maxLength->annotation); } if (a || b) fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction list of length %s..%s.\n", URI ? URI : "", name, a ? a : "0", b ? b : ""); else fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction.\n///\n", URI ? URI : "", name); } } gen(URI, name, *simpleType.restriction->simpleType, anonymous, true); } else { if (!base) base = "xsd:string"; const char *baseURI = NULL; if (simpleType.restriction->simpleTypePtr() && simpleType.restriction->simpleTypePtr()->schemaPtr()) baseURI = simpleType.restriction->simpleTypePtr()->schemaPtr()->targetNamespace; if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction of XSD type %s.\n///\n", URI ? URI : "", name, base); document(simpleType.annotation); document(simpleType.restriction->annotation); if (simpleType.restriction->assertion && simpleType.restriction->assertion->test) { fprintf(stream, "/// Assertion:\n"); documentation(simpleType.restriction->assertion->test); } if (!simpleType.restriction->enumeration.empty()) { bool is_qname = !strcmp(base, "xs:QName"); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t && !eflag && !c11flag) fprintf(stream, "/// @note The enum values are prefixed with \"%s__\" to prevent name clashes: use wsdl2h option -e to omit this prefix or use option -c++11 for scoped enumerations\n", t); } if (!t) t = gname(URI, name); if (c11flag) { if (!anonymous) fprintf(stream, "enum class %s\n{\n", t); else fprintf(stream, " enum class %s\n {\n", t); } else { if (!anonymous) fprintf(stream, "enum %s\n{\n", t); else fprintf(stream, " enum %s\n {\n", t); } SetOfString enumvals; LONG64 enumval = 0; if (!is_qname) { bool letters_ok = true; for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { if (is_integer(s)) { document((*enumeration).annotation); fprintf(stream, "\t%s = %s,\t///< %s value=\"%s\"\n", ename(eflag ? "enum int" : t, s, false), s, base, s); // type="enum int" if eflag so all int enum consts get the same value assigned enumvals.insert(s); LONG64 n = soap_strtoll(s, NULL, 10); if (letters_ok) { if ((n >= 'A' && n <= 'Z') || (n >= 'a' && n <= 'z')) letters_ok = false; } if (n > enumval) enumval = n; } } } } if (letters_ok) { for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { if (isalpha(s[0]) && !s[1]) { document((*enumeration).annotation); fprintf(stream, "\t%s = '%c',\t///< %s value=\"%s\"\n", ename(eflag ? "enum char" : t, s, false), *s, base, s); // type="enum char" if eflag so all char enum consts get the same value assigned enumvals.insert(s); if (*s > enumval) enumval = *s; } } } } } } for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { document((*enumeration).annotation); if (is_qname) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), base, (*enumeration).value_); else if (enumval) fprintf(stream, "\t%s = " SOAP_LONG_FORMAT ",\t///< %s value=\"%s\"\n", ename(t, s, false), ++enumval, base, s); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, s, false), base, s); enumvals.insert(s); } } else fprintf(stream, "//\tunrecognized: enumeration \"%s\" has no value\n", name ? name : ""); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, " }\n"); } else { if (simpleType.restriction->length && simpleType.restriction->length->value) { fprintf(stream, "/// Length of this string is %s.\n", simpleType.restriction->length->value); document(simpleType.restriction->length->annotation); } else { const char *a = NULL, *b = NULL; if (simpleType.restriction->minLength) { a = simpleType.restriction->minLength->value; document(simpleType.restriction->minLength->annotation); } if (simpleType.restriction->maxLength) { b = simpleType.restriction->maxLength->value; document(simpleType.restriction->maxLength->annotation); } if (a || b) { fprintf(stream, "/// Length of this string is %s to %s.\n", a ? a : "0", b ? b : "unbounded"); } } char format[16]; format[0] = '\0'; if (simpleType.restriction->precision && simpleType.restriction->precision->value) { soap_strcpy(format, sizeof(format), simpleType.restriction->precision->value); fprintf(stream, "/// %s is %s.\n", simpleType.restriction->precision->fixed ? "Fixed precision" : "Precision", simpleType.restriction->precision->value); } else if (simpleType.restriction->totalDigits && simpleType.restriction->totalDigits->value) { soap_strcpy(format, sizeof(format), simpleType.restriction->totalDigits->value); fprintf(stream, "/// %s of total digits is %s.\n", simpleType.restriction->totalDigits->fixed ? "Fixed number" : "Number", simpleType.restriction->totalDigits->value); } if (simpleType.restriction->scale && simpleType.restriction->scale->value) { size_t n = strlen(format); soap_strcpy(format + n, sizeof(format) - n, "."); soap_strcpy(format + n + 1, sizeof(format) - n - 1, simpleType.restriction->scale->value); fprintf(stream, "/// %s is %s.\n", simpleType.restriction->scale->fixed ? "Fixed scale" : "Scale", simpleType.restriction->scale->value); } else if (simpleType.restriction->fractionDigits && simpleType.restriction->fractionDigits->value) { size_t n = strlen(format); soap_strcpy(format + n, sizeof(format) - n, "."); soap_strcpy(format + n + 1, sizeof(format) - n - 1, simpleType.restriction->fractionDigits->value); fprintf(stream, "/// %s of fraction digits is %s.\n", simpleType.restriction->fractionDigits->fixed ? "Fixed number" : "Number", simpleType.restriction->fractionDigits->value); } for (vector::const_iterator pattern1 = simpleType.restriction->pattern.begin(); pattern1 != simpleType.restriction->pattern.end(); ++pattern1) fprintf(stream, "/// Content pattern is \"%s\".\n", xstring((*pattern1).value)); const char *ai = NULL, *ae = NULL, *bi = NULL, *be = NULL; if (simpleType.restriction->minInclusive) { ai = simpleType.restriction->minInclusive->value; document(simpleType.restriction->minInclusive->annotation); } else if (simpleType.restriction->minExclusive) { ae = simpleType.restriction->minExclusive->value; document(simpleType.restriction->minExclusive->annotation); } if (simpleType.restriction->maxInclusive) { bi = simpleType.restriction->maxInclusive->value; document(simpleType.restriction->maxInclusive->annotation); } else if (simpleType.restriction->maxExclusive) { be = simpleType.restriction->maxExclusive->value; document(simpleType.restriction->maxExclusive->annotation); } if (ai || ae || bi || be) { fprintf(stream, "/// Value range is "); if (ai) fprintf(stream, "%s", ai); else if (ae) fprintf(stream, "%s (exclusive)", ae); else fprintf(stream, "lowest"); fprintf(stream, " to "); if (bi) fprintf(stream, "%s.\n", bi); else if (be) fprintf(stream, "%s (exclusive).\n", be); else fprintf(stream, "highest.\n"); } if (!simpleType.restriction->attribute.empty()) { if (!Wflag) fprintf(stderr, "\nWarning: simpleType \"%s\" should not have attributes\n", name ? name : ""); } const char *s = tname(NULL, baseURI, base); if (!anonymous) { t = deftname(TYPEDEF, false, is_ptr(NULL, baseURI, base), prefix, URI, name); if (t) fprintf(stream, "typedef %s %s", s, t); } else { t = ""; fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } if (t) { if (!anonymous && !simpleType.restriction->pattern.empty()) { fprintf(stream, " \""); for (vector::const_iterator pattern2 = simpleType.restriction->pattern.begin(); pattern2 != simpleType.restriction->pattern.end(); ++pattern2) { if (pattern2 != simpleType.restriction->pattern.begin()) fprintf(stream, "|"); fprintf(stream, "%s", xstring((*pattern2).value)); } fprintf(stream, "\""); } // add range info only when type is numeric bool is_numeric_type = false, is_float_type = false; if (!strncmp(s, "signed ", 7)) s += 7; else if (!strncmp(s, "unsigned ", 9)) s += 9; if (!strncmp(s, "long ", 5)) s += 5; else if (!strncmp(s, "short ", 6)) s += 6; if (!strncmp(s, "xsd__unsigned", 13)) s += 13; else if (!strncmp(s, "xsd__", 5)) s += 5; if (!strcmp(s, "float") || !strcmp(s, "double")) is_numeric_type = is_float_type = true; else if (!strcmp(s, "bool") || !strcmp(s, "byte") || !strcmp(s, "Byte") || !strcmp(s, "char") || !strcmp(s, "int") || !strcmp(s, "Int") || !strcmp(s, "long") || !strcmp(s, "Long") || !strcmp(s, "LONG64") || !strcmp(s, "short") || !strcmp(s, "Short") || !strcmp(s, "ULONG64")) is_numeric_type = true; if (!anonymous && *format) { if (is_float_type) fprintf(stream, " \"%%%sf\"", format); else if (is_numeric_type) fprintf(stream, " \"%%%sd\"", format); } if (!anonymous && simpleType.restriction->minLength && simpleType.restriction->minLength->value) fprintf(stream, " %s ", simpleType.restriction->minLength->value); else if (is_float_type && !anonymous && simpleType.restriction->minInclusive && simpleType.restriction->minInclusive->value && is_float(simpleType.restriction->minInclusive->value)) fprintf(stream, " %s ", simpleType.restriction->minInclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->minInclusive && simpleType.restriction->minInclusive->value && is_integer(simpleType.restriction->minInclusive->value)) fprintf(stream, " %s ", simpleType.restriction->minInclusive->value); else if (is_float_type && !anonymous && simpleType.restriction->minExclusive && simpleType.restriction->minExclusive->value && is_float(simpleType.restriction->minExclusive->value)) fprintf(stream, " %s <", simpleType.restriction->minExclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->minExclusive && simpleType.restriction->minExclusive->value && is_integer(simpleType.restriction->minExclusive->value)) fprintf(stream, " " SOAP_LONG_FORMAT " ", to_integer(simpleType.restriction->minExclusive->value)+1); if (!anonymous && simpleType.restriction->maxLength && simpleType.restriction->maxLength->value) fprintf(stream, ": %s", simpleType.restriction->maxLength->value); else if (is_float_type && !anonymous && simpleType.restriction->maxInclusive && simpleType.restriction->maxInclusive->value && is_float(simpleType.restriction->maxInclusive->value)) fprintf(stream, ": %s", simpleType.restriction->maxInclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->maxInclusive && simpleType.restriction->maxInclusive->value && is_integer(simpleType.restriction->maxInclusive->value)) fprintf(stream, ": %s", simpleType.restriction->maxInclusive->value); else if (is_float_type && !anonymous && simpleType.restriction->maxExclusive && simpleType.restriction->maxExclusive->value && is_float(simpleType.restriction->maxExclusive->value)) fprintf(stream, ":< %s", simpleType.restriction->maxExclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->maxExclusive && simpleType.restriction->maxExclusive->value && is_integer(simpleType.restriction->maxExclusive->value)) fprintf(stream, ": " SOAP_LONG_FORMAT, to_integer(simpleType.restriction->maxExclusive->value)-1); if (!anonymous) { fprintf(stream, ";\n\n"); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } } } } } else if (simpleType.list) { if (simpleType.list->restriction && simpleType.list->restriction->base) { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list restriction of XSD type %s.\n///\n", URI ? URI : "", name, simpleType.list->restriction->base); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t) { if (c11flag) fprintf(stream, "enum * class : int64_t %s\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); } } else { t = ""; fprintf(stream, "enum *\n{\n"); } if (t) { for (vector::const_iterator enumeration = simpleType.list->restriction->enumeration.begin(); enumeration != simpleType.list->restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp(simpleType.list->restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), simpleType.list->restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), simpleType.list->restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n"); } } else if (simpleType.list->itemType) { const xs__simpleType *p = simpleType.list->itemTypePtr(); if (p && p->restriction && p->restriction->base && !p->restriction->enumeration.empty() && p->restriction->enumeration.size() <= 64) { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list of %s.\n///\n", URI ? URI : "", name, simpleType.list->itemType); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t) { if (c11flag) fprintf(stream, "enum * class %s : int64_t\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); } } else { t = ""; fprintf(stream, "enum *\n{\n"); } if (t) { for (vector::const_iterator enumeration = p->restriction->enumeration.begin(); enumeration != p->restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp(p->restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), p->restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), p->restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n"); } } else { const char *base; if (!strcmp(simpleType.list->itemType, "xs:QName")) base = "xsd:QName"; else base = "xsd:string"; const char *s = tname(NULL, NULL, base); if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType containing a whitespace separated list of %s.\n///\n", URI ? URI : "", name, simpleType.list->itemType); t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, base), prefix, URI, name); } document(simpleType.annotation); if (t) fprintf(stream, "typedef %s %s;\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } fprintf(stream, "\n"); } } else { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list.\n///\n", URI ? URI : "", name); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t && !eflag && !c11flag) fprintf(stream, "/// @note The enum values are prefixed with \"%s__\" to prevent name clashes: use wsdl2h option -e to omit this prefix or use option -c++11 for scoped enumerations\n", t); } else t = ""; if (t) { if (c11flag) fprintf(stream, "enum * class %s : int64_t\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); for (vector::const_iterator simple = simpleType.list->simpleType.begin(); simple != simpleType.list->simpleType.end(); ++simple) { if ((*simple).restriction && (*simple).restriction->base) { for (vector::const_iterator enumeration = (*simple).restriction->enumeration.begin(); enumeration != (*simple).restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp((*simple).restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), (*simple).restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), (*simple).restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } } } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n\n"); } } } else if (simpleType.union_) { if (simpleType.union_->memberTypes) { const char *s = tname(NULL, NULL, "xsd:string"); if (!anonymous) t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, "xsd:string"), prefix, URI, name); fprintf(stream, "/// @brief Union of values from member types \"%s\".\n", simpleType.union_->memberTypes); if (t) fprintf(stream, "typedef %s %s;\n\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } } else if (!simpleType.union_->simpleType.empty()) { const char *s = tname(NULL, NULL, "xsd:string"); if (!anonymous) t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, "xsd:string"), prefix, URI, name); for (vector::const_iterator simpleType1 = simpleType.union_->simpleType.begin(); simpleType1 != simpleType.union_->simpleType.end(); ++simpleType1) { if ((*simpleType1).restriction) { fprintf(stream, "/// @brief Union of values from type \"%s\".\n", (*simpleType1).restriction->base); // TODO: are there any other types we should report here? } } if (t) fprintf(stream, "typedef %s %s;\n\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } } else fprintf(stream, "//\tunrecognized\n"); } else fprintf(stream, "//\tunrecognized simpleType\n"); } void Types::gen(const char *URI, const char *name, const xs__complexType& complexType, bool anonymous) { const char *t = NULL; const char *prefix = NULL; bool soapflag = false; if (complexType.name) name = complexType.name; else prefix = "_"; if (anonymous && name) t = sname(URI, name); else if (name) { t = cname(prefix, URI, name); if (deftypemap[t]) return; } if (name) scope.push_back(name); if (complexType.simpleContent) { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with simpleContent.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : ""); document(complexType.annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (complexType.simpleContent->restriction) { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); const char *base = "xs:string"; const char *baseURI = NULL; const xs__complexType *p = &complexType; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else { base = p->simpleContent->restriction->base; if (p->simpleContent->restriction->simpleTypePtr() && p->simpleContent->restriction->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else if (p->simpleContent->extension) { if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else { base = p->simpleContent->extension->base; if (p->simpleContent->extension->simpleTypePtr() && p->simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else break; } while (p); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); p = &complexType; bool flag = true; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { // TODO: should only generate attribute when name is different? gen(URI, p->simpleContent->restriction->attribute); if (p->simpleContent->restriction->anyAttribute && flag) { gen(URI, *p->simpleContent->restriction->anyAttribute); flag = false; } if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else break; } else if (p->simpleContent->extension) { gen(URI, p->simpleContent->extension->attribute); gen(URI, p->simpleContent->extension->attributeGroup); if (p->simpleContent->extension->anyAttribute && flag) { gen(URI, *p->simpleContent->extension->anyAttribute); flag = false; } if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else break; } else break; } while (p); } else if (complexType.simpleContent->extension) { const char *base = "xs:string"; const char *baseURI = NULL; if (cflag || fflag || anonymous) { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); const xs__complexType *p = &complexType; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else { base = p->simpleContent->restriction->base; if (p->simpleContent->restriction->simpleTypePtr() && p->simpleContent->restriction->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else if (p->simpleContent->extension) { if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else { base = p->simpleContent->extension->base; if (p->simpleContent->extension->simpleTypePtr() && p->simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else break; } while (p); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); p = &complexType; bool flag = true; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { gen(URI, p->simpleContent->restriction->attribute); if (p->simpleContent->restriction->anyAttribute && flag) gen(URI, *p->simpleContent->restriction->anyAttribute); break; } else if (p->simpleContent->extension) { gen(URI, p->simpleContent->extension->attribute); gen(URI, p->simpleContent->extension->attributeGroup); if (p->simpleContent->extension->anyAttribute && flag) { gen(URI, *p->simpleContent->extension->anyAttribute); flag = false; } if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else break; } else break; } while (p); } else { base = complexType.simpleContent->extension->base; if ( /* TODO: in future, may want to add check here for base type == class complexType.simpleContent->extension->simpleTypePtr() || */ complexType.simpleContent->extension->complexTypePtr()) { if (complexType.simpleContent->extension->complexTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->complexTypePtr()->schemaPtr()->targetNamespace; fprintf(stream, "class %s : public %s\n{ public:\n", t, cname(NULL, baseURI, base)); soapflag = true; } else { if (complexType.simpleContent->extension->simpleTypePtr() && complexType.simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; else if (complexType.simpleContent->extension->complexTypePtr() && complexType.simpleContent->extension->complexTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->complexTypePtr()->schemaPtr()->targetNamespace; if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); } gen(URI, complexType.simpleContent->extension->attribute); gen(URI, complexType.simpleContent->extension->attributeGroup); if (complexType.simpleContent->extension->anyAttribute) gen(URI, *complexType.simpleContent->extension->anyAttribute); } } else fprintf(stream, "//\tunrecognized\n"); } else if (complexType.complexContent) { if (complexType.complexContent->restriction) { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with complexContent restriction of XSD type %s.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : "", complexType.complexContent->restriction->base); document(complexType.annotation); document(complexType.complexContent->annotation); document(complexType.complexContent->restriction->annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } if (!complexType.complexContent->restriction->assert.empty()) { fprintf(stream, "/// Assertions on restriction:\n"); for (std::vector::const_iterator a = complexType.complexContent->restriction->assert.begin(); a != complexType.complexContent->restriction->assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (!strcmp(complexType.complexContent->restriction->base, "SOAP-ENC:Array")) { char *item = NULL, *type = NULL; if (!complexType.complexContent->restriction->attribute.empty()) { xs__attribute& attribute = complexType.complexContent->restriction->attribute.front(); if (attribute.wsdl__arrayType) type = attribute.wsdl__arrayType; } xs__seqchoice *s = complexType.complexContent->restriction->sequence; if (s && !s->__contents.empty() && s->__contents.front().__union == SOAP_UNION_xs__union_content_element && s->__contents.front().__content.element) { xs__element& element = *s->__contents.front().__content.element; if (!type) { if (element.type) type = element.type; else if (element.simpleTypePtr()) { if (element.simpleTypePtr()->name) type = element.simpleTypePtr()->name; else if (element.simpleTypePtr()->restriction) type = element.simpleTypePtr()->restriction->base; } else if (element.complexTypePtr()) { if (element.complexTypePtr()->name) type = element.complexTypePtr()->name; else if (element.complexTypePtr()->complexContent && element.complexTypePtr()->complexContent->restriction) type = element.complexTypePtr()->complexContent->restriction->base; } } item = element.name; // } gen_soap_array(t, item, type); } else { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (complexType.complexContent->restriction->group) gen(URI, *complexType.complexContent->restriction->group, NULL, NULL); if (complexType.complexContent->restriction->all) gen(URI, *complexType.complexContent->restriction->all, NULL, NULL); if (complexType.complexContent->restriction->sequence) gen(URI, *complexType.complexContent->restriction->sequence, NULL, NULL); if (complexType.complexContent->restriction->choice) gen(URI, name, *complexType.complexContent->restriction->choice, NULL, NULL); gen(URI, complexType.complexContent->restriction->attribute); bool flag = true; if (complexType.complexContent->restriction->anyAttribute) { gen(URI, *complexType.complexContent->restriction->anyAttribute); flag = false; } const xs__complexType *p = complexType.complexContent->restriction->complexTypePtr(); while (p) { const char *pURI; if (p->schemaPtr()) pURI = p->schemaPtr()->targetNamespace; else pURI = URI; const char *b = cname(NULL, pURI, p->name); if (zflag && zflag <= 5) fprintf(stream, "/// RESTRICTED FROM %s:\n", b); else if (comment_nest == 0) fprintf(stream, "/* RESTRICTED FROM %s:\n", b); else fprintf(stream, " RESTRICTED FROM %s:\n", b); comment_nest++; if (p->complexContent && p->complexContent->restriction) { gen(URI, p->complexContent->restriction->attribute); if (p->complexContent->restriction->anyAttribute && flag) { gen(URI, *p->complexContent->restriction->anyAttribute); flag = false; } p = p->complexContent->restriction->complexTypePtr(); } else if (p->complexContent && p->complexContent->extension) { gen(URI, p->complexContent->extension->attribute); gen(URI, p->complexContent->extension->attributeGroup); if (p->complexContent->extension->anyAttribute && flag) { gen(URI, *p->complexContent->extension->anyAttribute); flag = false; } p = p->complexContent->extension->complexTypePtr(); } else { gen(URI, p->attribute); gen(URI, p->attributeGroup); if (p->anyAttribute && flag) gen(URI, *p->anyAttribute); p = NULL; } comment_nest--; if (zflag && zflag <= 5) fprintf(stream, "// END OF RESTRICTED FROM %s\n", b); else if (comment_nest == 0) fprintf(stream, " END OF RESTRICTED FROM %s */\n", b); else fprintf(stream, " END OF RESTRICTED FROM %s\n", b); } } } else if (complexType.complexContent->extension) { const char *base = complexType.complexContent->extension->base; xs__complexType *p = complexType.complexContent->extension->complexTypePtr(); if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with complexContent extension of XSD type %s.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : "", base); document(complexType.annotation); document(complexType.complexContent->annotation); document(complexType.complexContent->extension->annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } if (!complexType.complexContent->extension->assert.empty()) { fprintf(stream, "/// Assertions on extension:\n"); for (std::vector::const_iterator a = complexType.complexContent->extension->assert.begin(); a != complexType.complexContent->extension->assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (fflag) fprintf(stream, "class %s\n{ public:\n", t); else // TODO: what to do if base class is in another namespace and elements must be qualified in XML payload? { const char *baseURI = NULL; if (p && p->schemaPtr()) baseURI = p->schemaPtr()->targetNamespace; fprintf(stream, "class %s : public %s\n{ public:\n", t, cname(NULL, baseURI, base)); soapflag = true; } gen_inh(URI, p, anonymous); if (complexType.complexContent->extension->group) gen(URI, *complexType.complexContent->extension->group, NULL, NULL); if (complexType.complexContent->extension->all) gen(URI, *complexType.complexContent->extension->all, NULL, NULL); if (complexType.complexContent->extension->sequence) gen(URI, *complexType.complexContent->extension->sequence, NULL, NULL); if (complexType.complexContent->extension->choice) gen(URI, name, *complexType.complexContent->extension->choice, NULL, NULL); gen(URI, complexType.complexContent->extension->attribute); gen(URI, complexType.complexContent->extension->attributeGroup); if (complexType.complexContent->extension->anyAttribute) gen(URI, *complexType.complexContent->extension->anyAttribute); } else fprintf(stream, "//\tunrecognized\n"); } else { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : ""); document(complexType.annotation); operations(t); if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (complexType.all) gen(URI, *complexType.all, NULL, NULL); else if (complexType.choice) gen(URI, name, *complexType.choice, NULL, NULL); else if (complexType.sequence) gen(URI, *complexType.sequence, NULL, NULL); else if (complexType.any) gen(URI, *complexType.any, NULL, NULL); } if (!(complexType.complexContent && complexType.complexContent->extension) && complexType.defaultAttributesApply && complexType.schemaPtr() && complexType.schemaPtr()->attributeGroupPtr()) { fprintf(stream, "/// Default attributes \"%s\"\n", complexType.schemaPtr()->defaultAttributes); xs__attributeGroup *a = complexType.schemaPtr()->attributeGroupPtr(); if (a->attributeGroupPtr()) a = a->attributeGroupPtr(); gen(URI, a->attribute); gen(URI, a->attributeGroup); if (a->anyAttribute) gen(URI, *a->anyAttribute); } gen(URI, complexType.attribute); gen(URI, complexType.attributeGroup); if (complexType.anyAttribute) gen(URI, *complexType.anyAttribute); if (complexType.mixed || ( complexType.complexContent && ( complexType.complexContent->mixed || ( complexType.complexContent->extension && complexType.complexContent->extension->complexTypePtr() && complexType.complexContent->extension->complexTypePtr()->mixed ) ) )) { fprintf(stream, "/// @todo This mixed content complexType is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element).\n"); if (dflag) { if (with_union) fprintf(stream, pointerformat, "xsd__anyType", "__mixed"); else fprintf(stream, elementformat, "xsd__anyType", "__mixed"); fprintf(stream, "0;\t///< Catch mixed content in DOM soap_dom_element linked node structure.\n"); } else { fprintf(stream, elementformat, "_XML", "__mixed"); fprintf(stream, "0;\t///< Catch mixed content in XML string.\n"); } } if (t) modify(t); if (!anonymous) { if (!cflag && !(pflag && complexType.name) && !soapflag) { if (!complexType.complexContent || !complexType.complexContent->extension || !complexType.complexContent->extension->complexTypePtr()) { fprintf(stream, "/// A handle to the soap struct context that manages this instance when instantiated by a context or NULL otherwise (automatically set).\n"); fprintf(stream, pointerformat, "struct soap", "soap"); fprintf(stream, ";\n"); } } fprintf(stream, "};\n\n"); } scope.pop_back(); } void Types::gen(const char *URI, const vector& attributes) { for (vector::const_iterator attribute = attributes.begin(); attribute != attributes.end(); ++attribute) gen(URI, *attribute); } void Types::gen(const char *URI, const xs__attribute& attribute) { const char *name = attribute.name; const char *type = attribute.type; const char *default_ = attribute.default_; const char *default__ = attribute.default__; const char *fixed = attribute.fixed; const char *fixed_ = attribute.fixed_; const char *nameURI = NULL, *typeURI = NULL, *nameprefix = NULL, *typeprefix = NULL; bool is_optional = attribute.use != required && !default_; document(attribute.annotation); if (!URI) URI = attribute.schemaPtr()->targetNamespace; if (attribute.targetNamespace) { if ((attribute.form && *attribute.form == qualified) || attribute.schemaPtr()->attributeFormDefault == qualified) nameURI = attribute.targetNamespace; else nameprefix = ":"; } else if (!attribute.ref && URI && attribute.schemaPtr() && attribute.schemaPtr()->targetNamespace && strcmp(URI, attribute.schemaPtr()->targetNamespace)) { if ((attribute.form && *attribute.form == qualified) || attribute.schemaPtr()->attributeFormDefault == qualified) nameURI = attribute.schemaPtr()->targetNamespace; // handles attributes defined in another namespace else nameprefix = ":"; } else if (attribute.form) { if (*attribute.form == qualified) nameURI = URI; else nameprefix = ":"; } if (attribute.attributePtr()) // attribute ref { name = attribute.attributePtr()->name; type = attribute.attributePtr()->type; if (!default_) { default_ = attribute.attributePtr()->default_; default__ = attribute.attributePtr()->default__; } if (!fixed) { fixed = attribute.attributePtr()->fixed; fixed_ = attribute.attributePtr()->fixed_; } if (default_) is_optional = false; else if (is_optional) is_optional = attribute.attributePtr()->use != required; if (!type) { type = name; typeprefix = "_"; } if (attribute.attributePtr()->schemaPtr()) { typeURI = attribute.attributePtr()->schemaPtr()->targetNamespace; if (attribute.form && *attribute.form == unqualified) nameprefix = ":"; else if (zflag != 3 && zflag != 2 && URI && typeURI && attribute.schemaPtr()->attributeFormDefault == qualified && !strcmp(URI, typeURI)) nameprefix = NULL; else if (zflag == 3 && URI && typeURI && attribute.schemaPtr()->attributeFormDefault == unqualified && !strcmp(URI, typeURI)) nameprefix = NULL; else nameURI = typeURI; } if (attribute.ref) fprintf(stream, "/// Attribute reference \"%s\":%s.\n", attribute.schemaPtr()->targetNamespace, attribute.ref); document(attribute.attributePtr()->annotation); fprintf(stream, attributeformat, pname(is_optional, true, typeprefix, typeURI, type), aname(nameprefix, nameURI, name)); // make sure no name - type clash } else if (name && type) { fprintf(stream, "/// Attribute \"%s\" of XSD type %s.\n", name, type); fprintf(stream, attributeformat, pname(is_optional, true, NULL, URI, type), aname(nameprefix, nameURI, name)); // make sure no name - type clash } else if (name && attribute.simpleTypePtr()) { const char *s = ""; const char *r = NULL; if (!cflag && is_optional && (r = vname("$POINTER")) && *r != '*' && *r != '$') { s = ">"; fprintf(stream, attrtemplateformat_open, r, "\n"); } else fprintf(stream, "@"); gen(URI, name, *attribute.simpleTypePtr(), true, false); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if (is_optional) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (attribute.ref) { fprintf(stream, "/// Imported attribute reference %s.\n", attribute.ref); fprintf(stream, attributeformat, pname(is_optional, true, "_", NULL, attribute.ref), aname(NULL, NULL, attribute.ref)); } else { fprintf(stream, "/// Attribute \"%s\" has no type or ref: assuming string content.\n", name ? name : ""); fprintf(stream, attributeformat, tname(NULL, NULL, "xs:string"), aname(NULL, nameURI, name)); } switch (attribute.use) { case prohibited: fprintf(stream, " 0:0"); break; case required: fprintf(stream, " 1"); break; default: if (is_optional || default_) fprintf(stream, " 0"); break; } if (default_) { const char *value, *QName; value = default_; QName = default__; const char *t = NULL; if (!type && attribute.simpleTypePtr()) { if (attribute.simpleTypePtr()->restriction && attribute.simpleTypePtr()->restriction->base) { if (!attribute.simpleTypePtr()->restriction->enumeration.empty()) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(gname(URI, name),value)])) fprintf(stream, " = %s", s); } else { const char *baseURI = NULL; if (attribute.simpleTypePtr()->restriction->simpleTypePtr() && attribute.simpleTypePtr()->restriction->simpleTypePtr()->schemaPtr()) baseURI = attribute.simpleTypePtr()->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; t = tname(NULL, baseURI, attribute.simpleTypePtr()->restriction->base); } } } if (type && !t) t = tname(NULL, typeURI ? typeURI : URI, type); if (t) { if (!strncmp(t, "unsigned ", 9)) t += 9; else if (!strncmp(t, "xsd__unsigned", 13)) t += 13; else if (!strncmp(t, "xsd__", 5)) t += 5; if (!strcmp(t, "bool") || !strcmp(t, "byte") || !strcmp(t, "Byte") || !strcmp(t, "char") || !strcmp(t, "double") || !strcmp(t, "float") || !strcmp(t, "int") || !strcmp(t, "Int") || !strcmp(t, "long") || !strcmp(t, "Long") || !strcmp(t, "LONG64") || !strcmp(t, "short") || !strcmp(t, "Short") || !strcmp(t, "ULONG64")) fprintf(stream, " = %s", value); else if (!strncmp(t, "enum ", 5)) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(t + 5,value)])) fprintf(stream, " = %s", s); } else if (!strncmp(t, "char", 4) || !strncmp(t, "const char", 10) || !strncmp(t, "wchar_t", 7) || !strncmp(t, "const wchar_t", 13) || !strncmp(t, "std::string", 11)) fprintf(stream, " = \"%s\"", cstring(value)); else if (!strcmp(t, "xsd__QName") && QName) // QName fprintf(stream, " = \"%s\"", cstring(QName)); } fprintf(stream, ";\t///< Default attribute value=\"%s\".\n", value); } else if (fixed) fprintf(stream, ";\t///< Fixed attribute value=\"%s\".\n", fixed); else if (attribute.use == required) fprintf(stream, ";\t///< Required attribute.\n"); else if (attribute.use == prohibited) fprintf(stream, ";\t///< Prohibited attribute.\n"); else fprintf(stream, ";\t///< Optional attribute.\n"); } void Types::gen(const char *URI, const vector& attributeGroups) { for (vector::const_iterator attributeGroup = attributeGroups.begin(); attributeGroup != attributeGroups.end(); ++attributeGroup) { static set visited; const xs__attributeGroup *p = &*attributeGroup; if (visited.find(p) != visited.end()) { if (p->ref) fprintf(stderr, "\nWarning: circular attributeGroup \n", p->ref); else fprintf(stderr, "\nWarning: circular attributeGroup \n", p->name ? p->name : ""); fprintf(stream, "/// @todo !FIXME! @warning %s is an attributeGroup with a circular reference.\n", p->ref ? p->ref : p->name ? p->name : ""); return; } visited.insert(p); const char *pURI = URI; if (p->ref) // attributeGroup ref fprintf(stream, "// BEGIN ATTRIBUTEGROUP .\n", p->ref ? p->ref : ""); else fprintf(stream, "// BEGIN ATTRIBUTEGROUP .\n", p->name ? p->name : ""); if (p->attributeGroupPtr()) { gen(pURI, p->attributeGroupPtr()->attribute); gen(pURI, p->attributeGroupPtr()->attributeGroup); } else { gen(pURI, p->attribute); gen(pURI, p->attributeGroup); } if (p->anyAttribute) gen(pURI, *p->anyAttribute); fprintf(stream, "// END OF ATTRIBUTEGROUP\n"); visited.erase(p); } } void Types::gen(const char *URI, const vector& alls) { for (vector::const_iterator all = alls.begin(); all != alls.end(); ++all) gen(URI, *all, NULL, NULL); } void Types::gen(const char *URI, const xs__all& all, const char *minOccurs, const char *maxOccurs) { bool tmp_union1 = with_union; bool tmp_union2 = fake_union; with_union = false; fake_union = false; gen(URI, all.element, minOccurs, maxOccurs); with_union = tmp_union1; fake_union = tmp_union2; } void Types::gen(const char *URI, const vector& contents) { for (vector::const_iterator content = contents.begin(); content != contents.end(); ++content) { switch ((*content).__union) { case SOAP_UNION_xs__union_content_element: if ((*content).__content.element) gen(URI, *(*content).__content.element, true, NULL, NULL); break; case SOAP_UNION_xs__union_content_group: if ((*content).__content.group) gen(URI, *(*content).__content.group, NULL, NULL); break; case SOAP_UNION_xs__union_content_choice: if ((*content).__content.choice) gen(URI, NULL, *(*content).__content.choice, NULL, NULL); break; case SOAP_UNION_xs__union_content_sequence: if ((*content).__content.sequence) gen(URI, *(*content).__content.sequence, NULL, NULL); break; case SOAP_UNION_xs__union_content_any: if ((*content).__content.any) gen(URI, *(*content).__content.any, NULL, NULL); break; } } } void Types::gen(const char *URI, const xs__seqchoice& sequence, const char *minOccurs, const char *maxOccurs) { const char *s = NULL; const char *min = minOccurs; const char *max = maxOccurs; char *t = NULL; bool tmp_union = with_union; with_union = false; if (sequence.minOccurs) min = sequence.minOccurs; if (sequence.maxOccurs) max = sequence.maxOccurs; if ((min && strcmp(min, "1")) || (max && strcmp(max, "1"))) { fprintf(stream, "// BEGIN SEQUENCE \n"); document(sequence.annotation); s = sname(URI, "sequence"); size_t l = strlen(s); t = (char*)emalloc(l + 2); soap_strcpy(t, l + 2, "_"); soap_strcpy(t + 1, l + 1, s); s = strstr(s, "__"); if (!s) s = t; if (max && strcmp(max, "1")) { if (cflag || sflag || zflag == 2) { fprintf(stream, sizeformat, "int", s + 1); if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else { if (fake_union) fprintf(stream, "// BEGIN SEQUENCE \n"); document(sequence.annotation); } gen(URI, sequence.__contents); if (s) { if (max && strcmp(max, "1")) { if (cflag || sflag || zflag == 2) fprintf(stream, pointerformat, "}", s); else { fprintf(stream, elementformat, "}>", s); if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); } } else { fprintf(stream, pointerformat, "}", s); if (!fake_union && min) fprintf(stream, " %s", min); } fprintf(stream, ";\n"); } if (s || fake_union) fprintf(stream, "// END OF SEQUENCE\n"); with_union = tmp_union; } void Types::gen(const char *URI, const vector& elements, const char *minOccurs, const char *maxOccurs) { for (vector::const_iterator element = elements.begin(); element != elements.end(); ++element) gen(URI, *element, true, minOccurs, maxOccurs); } void Types::gen(const char *URI, const xs__element& element, bool substok, const char *minOccurs, const char *maxOccurs) { const char *name = element.name; const char *type = element.type; const char *default_ = element.default_; const char *default__ = element.default__; const char *fixed = element.fixed; const char *fixed_ = element.fixed_; const char *min = minOccurs; const char *max = maxOccurs; bool nillable = element.nillable; const char *nameURI = NULL, *typeURI = NULL, *nameprefix = NULL, *typeprefix = NULL; document(element.annotation); if (!URI) URI = element.schemaPtr()->targetNamespace; if (element.minOccurs) min = element.minOccurs; if (element.maxOccurs) max = element.maxOccurs; if (element.xmime__expectedContentTypes) fprintf(stream, "/// MTOM attachment with content types %s.\n", element.xmime__expectedContentTypes); if (element.targetNamespace) { if ((element.form && *element.form == qualified) || element.schemaPtr()->elementFormDefault == qualified) nameURI = element.targetNamespace; else nameprefix = ":"; } else if (!element.ref && URI && element.schemaPtr() && element.schemaPtr()->targetNamespace && strcmp(URI, element.schemaPtr()->targetNamespace)) { if ((element.form && *element.form == qualified) || element.schemaPtr()->elementFormDefault == qualified) nameURI = element.schemaPtr()->targetNamespace; // handles elements defined in another namespace else nameprefix = ":"; } else if (element.form) { if (*element.form == qualified) nameURI = URI; else nameprefix = ":"; } if (element.elementPtr()) // element ref (or ref to substitution element) { name = element.elementPtr()->name; type = element.elementPtr()->type; if (!default_) { default_ = element.elementPtr()->default_; default__ = element.elementPtr()->default__; } if (!fixed) { fixed = element.elementPtr()->fixed; fixed_ = element.elementPtr()->fixed_; } if (!nillable) nillable = element.elementPtr()->nillable; if (!type) { type = name; typeprefix = "_"; } if (element.elementPtr()->schemaPtr()) { typeURI = element.elementPtr()->schemaPtr()->targetNamespace; if (element.form && *element.form == unqualified) nameprefix = ":"; else if (zflag != 3 && zflag != 2 && URI && typeURI && element.schemaPtr()->elementFormDefault == qualified && !strcmp(URI, typeURI)) nameprefix = NULL; else if (zflag == 3 && URI && typeURI && element.schemaPtr()->elementFormDefault == unqualified && !strcmp(URI, typeURI)) nameprefix = NULL; else nameURI = typeURI; } document(element.elementPtr()->annotation); if (element.elementPtr()->xmime__expectedContentTypes) fprintf(stream, "/// MTOM attachment with content types %s.\n", element.elementPtr()->xmime__expectedContentTypes); if (substok && element.elementPtr()->abstract) { fprintf(stream, "/// Reference %s to abstract element.\n", element.ref); gen_substitutions(URI, element); } else if (substok && element.elementPtr()->substitutionsPtr() && !element.elementPtr()->substitutionsPtr()->empty()) { if (vflag) fprintf(stderr, "\nWarning: element ref \"%s\" stands as the head of a substitutionGroup but is not declared abstract\n", element.ref); gen_substitutions(URI, element); } else if (max && strcmp(max, "1")) // maxOccurs != "1" { const char *s = tnameptr(cflag && zflag != 1, typeprefix, typeURI, type); if (cflag || sflag) { fprintf(stream, "/// Size of the dynamic array of %s is %s..%s.\n", s, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag && zflag != 1) { fprintf(stream, "/// Array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else { fprintf(stream, "/// Pointer to array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Vector of %s element refs of length %s..%s.\n", s, min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); } } else { if (element.ref) fprintf(stream, "/// Element reference \"%s:\"%s.\n", element.schemaPtr()->targetNamespace, element.ref); else fprintf(stream, "/// Element \"%s\":%s.\n", element.schemaPtr()->targetNamespace, name); fprintf(stream, elementformat, pname((with_union && !is_choicetype(typeprefix, typeURI, type)) || ((fake_union || element.nillable || (is_nillable(element) && !(with_union && is_choicetype(typeprefix, typeURI, type)))) && !default_) || fixed, !with_union, typeprefix, typeURI, type), aname(nameprefix, nameURI, name)); } } else if (name && type) { if (substok && element.abstract) { fprintf(stream, "/// Abstract element %s of XSD type %s.\n", name, type); gen_substitutions(URI, element); } else if (substok && element.substitutionsPtr() && !element.substitutionsPtr()->empty()) { if (vflag) fprintf(stderr, "\nWarning: element \"%s\" stands as the head of a substitutionGroup but is not declared abstract\n", name); gen_substitutions(URI, element); } else if (max && strcmp(max, "1")) // maxOccurs != "1" { const char *s = tnameptr(cflag && zflag != 1, NULL, URI, type); if (cflag || sflag) { fprintf(stream, "/// Size of array of %s is %s..%s.\n", s, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag && zflag != 1) { fprintf(stream, "/// Array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else { fprintf(stream, "/// Pointer to array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Vector of %s of length %s..%s.\n", s, min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Element \"%s\" of XSD type %s.\n", name, type); fprintf(stream, elementformat, pname((with_union && !is_choicetype(NULL, URI, type)) || ((fake_union || element.nillable || (is_nillable(element) && !(with_union && is_choicetype(NULL, URI, type)))) && !default_) || fixed, !with_union, NULL, URI, type), aname(nameprefix, nameURI, name)); } } else if (name && element.simpleTypePtr()) { const char *s = ""; const char *r = NULL; document(element.simpleTypePtr()->annotation); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", name, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { s = ">"; fprintf(stream, "/// Vector of %s of length %s..%s.\n", name, min ? min : "1", max); fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } else if (!cflag && !with_union && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if ((is_nillable(element) && !default_) || fixed || (fake_union && !default_)) { s = ">"; fprintf(stream, templateformat_open, r, "\n"); } } gen(URI, name, *element.simpleTypePtr(), true, false); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if ((is_nillable(element) && !default_) || fixed || ((cflag || sflag) && max && strcmp(max, "1")) // maxOccurs != "1" || (with_union && !cflag) || (fake_union && !default_)) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (name && element.complexTypePtr()) { const char *s = "}"; const char *r = NULL; document(element.complexTypePtr()->annotation); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", name, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { s = "}>"; fprintf(stream, "/// Vector of %s of length %s..%s.\n", name, min ? min : "1", max); fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } else if (!cflag && !with_union && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if ((is_nillable(element) && !default_) || fixed || (fake_union && !default_)) { s = "}>"; fprintf(stream, templateformat_open, r, "\n"); } } gen(URI, name, *element.complexTypePtr(), true); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if ((is_nillable(element) && !default_) || fixed || ((cflag || sflag) && max && strcmp(max, "1")) // maxOccurs != "1" || (with_union && !cflag) || (fake_union && !default_)) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (element.ref) { fprintf(stream, "/// Imported element reference %s.\n", element.ref); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", element.ref, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, element.ref)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); fprintf(stream, pointerformat, pname(true, true, "_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } else { fprintf(stream, "/// Vector of %s of length %s..%s.\n", element.ref, min ? min : "1", max); fprintf(stream, templateformat, vname("$CONTAINER"), tname("_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } } else fprintf(stream, elementformat, pname((with_union && !cflag) || ((fake_union || is_nillable(element)) && !default_) || fixed, !with_union, "_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } else if (name) { fprintf(stream, "/// Element \"%s\" has no type or ref (empty or with XML content).\n", name ? name : ""); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); fprintf(stream, "/// Pointer to array of XML.\n"); fprintf(stream, pointerformat, "_XML", aname(NULL, nameURI, name)); } else { fprintf(stream, "/// Vector of XML of length %s..%s.\n", min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), "_XML", aname(NULL, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), "_XML", aname(NULL, nameURI, name)); } } else fprintf(stream, elementformat, "_XML", aname(NULL, nameURI, name)); } else fprintf(stream, "/// Element has no name, type, or ref.\n"); if (!substok || ( !(element.elementPtr() && element.elementPtr()->abstract) && !(element.substitutionsPtr() && !element.substitutionsPtr()->empty()) && !(element.elementPtr() && element.elementPtr()->substitutionsPtr() && !element.elementPtr()->substitutionsPtr()->empty()) )) { if (!fake_union && !min && (default_ || fixed)) fprintf(stream, " 0"); else if (!fake_union && !min && !element.abstract) fprintf(stream, " 1"); else if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); if (default_) { // determine whether the element can be assigned a default value, this is dependent on the choice of mapping for primitive types const char *value, *QName; value = default_; QName = default__; if (type) { const char *t = tname(NULL, typeURI ? typeURI : URI, type); if (!strncmp(t, "unsigned ", 9)) t += 9; else if (!strncmp(t, "xsd__unsigned", 13)) t += 13; else if (!strncmp(t, "xsd__", 5)) t += 5; if (!strcmp(t, "bool") || !strcmp(t, "byte") || !strcmp(t, "Byte") || !strcmp(t, "char") || !strcmp(t, "double") || !strcmp(t, "float") || !strcmp(t, "int") || !strcmp(t, "Int") || !strcmp(t, "long") || !strcmp(t, "Long") || !strcmp(t, "LONG64") || !strcmp(t, "short") || !strcmp(t, "Short") || !strcmp(t, "ULONG64")) fprintf(stream, " = %s", value); else if (!strncmp(t, "enum ", 5)) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(t + 5, value)])) fprintf(stream, " = %s", s); } else if (!strncmp(t, "char", 4) || !strncmp(t, "const char", 10) || !strncmp(t, "wchar_t", 7) || !strncmp(t, "const wchar_t", 13) || !strncmp(t, "std::string", 11)) fprintf(stream, " = \"%s\"", cstring(value)); else if (!strcmp(t, "xsd__QName") && QName) // QName fprintf(stream, " = \"%s\"", cstring(QName)); } fprintf(stream, ";\t///< Default element value=\"%s\".\n", value); } else if (fixed) fprintf(stream, ";\t///< Fixed element value=\"%s\".\n", fixed); else if (nillable && (!min || !strcmp(min, "1")) && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Optional (xsi:nil when NULL) element.\n"); else if (!fake_union && (!min || !strcmp(min, "1")) && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Required element.\n"); else if (!fake_union && min && !strcmp(min, "0") && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Optional element.\n"); else fprintf(stream, ";\n"); } } void Types::gen(const char *URI, const vector& groups) { for (vector::const_iterator group = groups.begin(); group != groups.end(); ++group) gen(URI, *group, NULL, NULL); } void Types::gen(const char *URI, const xs__group& group, const char *minOccurs, const char *maxOccurs) { static set visited; const char *min = minOccurs; const char *max = maxOccurs; if (visited.find(&group) != visited.end()) { if (group.ref) fprintf(stderr, "\nWarning: circular group \n", group.ref); else fprintf(stderr, "\nWarning: circular group \n", group.name ? group.name : ""); fprintf(stream, "/// @todo !FIXME! @warning %s is a group with a circular reference.\n", group.ref ? group.ref : group.name ? group.name : ""); return; } visited.insert(&group); if (group.minOccurs) min = group.minOccurs; if (group.maxOccurs) max = group.maxOccurs; if (group.groupPtr()) { gen(URI, *group.groupPtr(), min, max); } else { fprintf(stream, "// BEGIN GROUP \n"); document(group.annotation); if (group.all) gen(URI, *group.all, min, max); else if (group.choice) gen(URI, NULL, *group.choice, min, max); else if (group.sequence) gen(URI, *group.sequence, min, max); fprintf(stream, "// END OF GROUP\n"); } visited.erase(&group); } void Types::gen(const char *URI, const char *name, const xs__seqchoice& choice, const char *minOccurs, const char *maxOccurs) { const char *r = NULL, *s = NULL, *t = NULL; const char *min = minOccurs; const char *max = maxOccurs; bool use_union = !uflag; bool wrap_union = false; bool tmp_union; if (!URI && choice.schemaPtr()) URI = choice.schemaPtr()->targetNamespace; fprintf(stream, "// BEGIN CHOICE \n"); document(choice.annotation); for (vector::const_iterator c1 = choice.__contents.begin(); c1 != choice.__contents.end(); ++c1) { if ((*c1).__union == SOAP_UNION_xs__union_content_group || (*c1).__union == SOAP_UNION_xs__union_content_sequence) { fprintf(stream, "/// @note with embedded or prevents the use of a union for . Instead of being members of a union, the following members are declared optional. Only one member should be non-NULL by choice.\n"); use_union = false; break; } } if (use_union && (cflag || sflag)) { for (vector::const_iterator c2 = choice.__contents.begin(); c2 != choice.__contents.end(); ++c2) { if ((*c2).__union == SOAP_UNION_xs__union_content_element && (*c2).__content.element && (*c2).__content.element->maxOccurs && strcmp((*c2).__content.element->maxOccurs, "1")) { fprintf(stream, "/// @note with one ore more elements with maxOccurs>1 (%s) prevents the use of a union. Instead of being members of a union, the following members are declared optional. Only one member should be non-NULL by choice.\n", (*c2).__content.element->name ? (*c2).__content.element->name : ""); use_union = false; break; } } } t = uname(URI); s = strstr(t, "__union"); #if 0 // Alternative name for choice selector (old style): r = aname(NULL, NULL, name); #else if (s) r = s + 7; if (!r || !*r) { if (strncmp(t, "union", 5) == 0) { r = t + 5; s = r; } else { r = t; s = t; } } #endif if (max && strcmp(max, "1")) { if (with_union) { // Generate a wrapper when we need a union within a union wrap_union = true; fprintf(stream, " struct __%s\n {\n", t); } fprintf(stream, sizeformat, "int", r); fprintf(stream, " %s", min ? min : "0"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag) fprintf(stream, " struct _%s\n {\n", t); else fprintf(stream, " class _%s\n {\n", t); } if (use_union) { if (!with_union || wrap_union) { fprintf(stream, choiceformat, "int", r); if (min) fprintf(stream, " %s", min); fprintf(stream, ";\t///< Union %s selector: set to SOAP_UNION_%s_%s\n", t, t, min && !strcmp(min, "0") ? " or 0 to omit" : ""); if (name) fprintf(stream, "/// Union for choice in %s.\n", cname(NULL, URI, name)); fprintf(stream, " union %s\n {\n", t); } tmp_union = with_union; with_union = true; } else { tmp_union = fake_union; fake_union = true; } gen(URI, choice.__contents); if (use_union) { with_union = tmp_union; if (!with_union || wrap_union) { fprintf(stream, elementformat, "}", s[0] == '_' && s[1] == '_' ? s+2 : s); fprintf(stream, ";\n"); } } else fake_union = tmp_union; if (max && strcmp(max, "1")) { fprintf(stream, pointerformat, "}", s); fprintf(stream, ";\n"); } if (wrap_union) { fprintf(stream, elementformat, "}", s); fprintf(stream, ";\n"); } fprintf(stream, "// END OF CHOICE\n"); } void Types::gen(const char *URI, const vector& anys) { for (vector::const_iterator any = anys.begin(); any != anys.end(); ++any) gen(URI, *any, NULL, NULL); } void Types::gen(const char *URI, const xs__any& any, const char *minOccurs, const char *maxOccurs) { const char *min = minOccurs; const char *max = maxOccurs; (void)URI; fprintf(stream, "/// @todo \n/// @todo Schema extensibility is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -x to remove this element.\n/// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element):\n/// wsdl2h maps xsd:any to xsd__anyType, use typemap.dat to remap.\n"); if (!xflag) { if (max && strcmp(max, "1")) { fprintf(stream, "/// Size of the array of XML or DOM nodes is %s..%s.\n", min ? min : "1", max); if (cflag || sflag) { if (!with_union) { fprintf(stream, sizeformat, "int", ""); fprintf(stream, "0;\n"); fprintf(stream, elementformat, pname(true, false, NULL, NULL, "xsd:any"), "__any"); } else fprintf(stream, elementformat, tname(NULL, NULL, "xsd:any"), "__any"); } else if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), tname(NULL, NULL, "xsd:any"), "__any"); else fprintf(stream, templateformat, vname("$CONTAINER"), tname(NULL, NULL, "xsd:any"), "__any"); } else fprintf(stream, elementformat, pname(with_union, false, NULL, NULL, "xsd:any"), "__any"); if (dflag) fprintf(stream, "0;\t///< Catch any element content in DOM.\n"); else fprintf(stream, "0;\t///< Catch any element content in XML string.\n"); } } void Types::gen(const char *URI, const xs__anyAttribute& anyAttribute) { (void)URI; if (anyAttribute.namespace_) fprintf(stream, "/// @todo .\n", anyAttribute.namespace_); fprintf(stream, "/// @todo Schema extensibility is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -x to remove this attribute.\n/// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute).\n"); if (!xflag) { const char *t = tname(NULL, NULL, "xsd:anyAttribute"); fprintf(stream, attributeformat, t, "__anyAttribute"); if (dflag) fprintf(stream, ";\t///< Store anyAttribute content in DOM soap_dom_attribute linked node structure.\n"); else fprintf(stream, ";\t///< A placeholder that has no effect: please see comment.\n"); } } void Types::gen_inh(const char *URI, const xs__complexType *complexType, bool anonymous) { const xs__complexType *p = complexType; if (!p) return; const char *pURI; if (p->schemaPtr()) pURI = p->schemaPtr()->targetNamespace; else pURI = URI; const char *b = cname(NULL, pURI, p->name); if (p->complexContent && p->complexContent->extension) gen_inh(URI, p->complexContent->extension->complexTypePtr(), anonymous); if (cflag || fflag || anonymous) fprintf(stream, "/// INHERITED FROM %s:\n", b); else if (comment_nest == 0) fprintf(stream, "/* INHERITED FROM %s:\n", b); else fprintf(stream, " INHERITED FROM %s:\n", b); comment_nest++; if (cflag || fflag) pURI = URI; // if base ns != derived ns then qualify elts and atts if (p->complexContent && p->complexContent->extension) { if (p->complexContent->extension->group) gen(pURI, *p->complexContent->extension->group, NULL, NULL); if (p->complexContent->extension->all) gen(pURI, *p->complexContent->extension->all, NULL, NULL); if (p->complexContent->extension->sequence) gen(pURI, *p->complexContent->extension->sequence, NULL, NULL); if (p->complexContent->extension->choice) gen(pURI, p->name, *p->complexContent->extension->choice, NULL, NULL); gen(pURI, p->complexContent->extension->attribute); gen(pURI, p->complexContent->extension->attributeGroup); if (p->complexContent->extension->anyAttribute) gen(pURI, *p->complexContent->extension->anyAttribute); } else { if (p->all) gen(pURI, p->all->element, NULL, NULL); else if (p->all) gen(pURI, *p->all, NULL, NULL); else if (p->choice) gen(pURI, p->name, *p->choice, NULL, NULL); else if (p->sequence) gen(pURI, *p->sequence, NULL, NULL); else if (p->any) gen(pURI, *p->any, NULL, NULL); if (p->defaultAttributesApply && p->schemaPtr() && p->schemaPtr()->attributeGroupPtr()) { xs__attributeGroup *a = p->schemaPtr()->attributeGroupPtr(); if (a->attributeGroupPtr()) a = a->attributeGroupPtr(); gen(pURI, a->attribute); gen(pURI, a->attributeGroup); if (a->anyAttribute) gen(pURI, *a->anyAttribute); } gen(pURI, p->attribute); gen(pURI, p->attributeGroup); if (p->anyAttribute) gen(pURI, *p->anyAttribute); } modify(b); comment_nest--; if (cflag || fflag || anonymous) fprintf(stream, "// END OF INHERITED FROM %s\n", b); else if (comment_nest == 0) fprintf(stream, " END OF INHERITED FROM %s */\n", b); else fprintf(stream, " END OF INHERITED FROM %s\n", b); } void Types::gen_soap_array(const char *t, const char *item, const char *type) { char *tmp = NULL, *dims = NULL, size[24]; if (type) tmp = (char*)estrdup(type); *size = '\0'; if (tmp) dims = strrchr(tmp, '['); if (dims) *dims++ = '\0'; fprintf(stream, "/// SOAP encoded array of %s.\n", tmp ? tmp : "xs:anyType"); if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && *t) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (dims) { char *s = strchr(dims, ']'); if (s && s != dims) (SOAP_SNPRINTF(size, 24, 23), "[%d]", (int)(s - dims + 1)); } if (tmp) { if (strchr(tmp, '[') != NULL) { size_t l = strlen(t); if (!strncmp(t, "ArrayOf", 7) && l > 7) gen_soap_array(t + 7, item, tmp); else if (!strncmp(t, "Array", 5) && l > 5) gen_soap_array(t + 5, item, tmp); else gen_soap_array("", item, tmp); fprintf(stream, arrayformat, "}", item ? aname(NULL, NULL, item) : ""); fprintf(stream, ";\n"); } else { const char *s = tname(NULL, NULL, tmp); fprintf(stream, "/// Pointer to array of %s.\n", s); fprintf(stream, arrayformat, s, item ? aname(NULL, NULL, item) : ""); fprintf(stream, ";\n"); } if (*size) fprintf(stream, "/// Size of the multidimensional dynamic array with dimensions=%s.\n", size); else fprintf(stream, "/// Size of the dynamic array.\n"); fprintf(stream, arraysizeformat, "int", size); fprintf(stream, ";\n/// Offset for partially transmitted arrays (uncomment only when required).\n"); fprintf(stream, arrayoffsetformat, "int", size); fprintf(stream, ";\n"); } else { // TODO: how to handle generic SOAP array? E.g. as an array of anyType? fprintf(stream, "// @todo Add declarations to handle generic SOAP-ENC:Array (array of anyType)\n"); } } void Types::gen_substitutions(const char *URI, const xs__element& element) { const std::vector *substitutions; const char *name; const char *r = NULL, *s = NULL, *t = NULL; bool use_union = !uflag; bool wrap_union = false; bool tmp_union; bool abstract = false; if (!URI && element.schemaPtr()) URI = element.schemaPtr()->targetNamespace; if (element.elementPtr()) { name = element.elementPtr()->name; substitutions = element.elementPtr()->substitutionsPtr(); abstract = element.elementPtr()->abstract; if (!abstract && element.elementPtr()->complexTypePtr()) abstract = element.elementPtr()->complexTypePtr()->abstract; } else { name = element.name; substitutions = element.substitutionsPtr(); abstract = element.abstract; if (!abstract && element.complexTypePtr()) abstract = element.complexTypePtr()->abstract; } fprintf(stream, "// BEGIN CHOICE OF SUBSTITUTIONS with global elements"); for (std::vector::const_iterator i1 = substitutions->begin(); i1 != substitutions->end(); ++i1) fprintf(stream, " <%s>", (*i1)->name); fprintf(stream, "\n"); t = uname(URI); s = strstr(t, "__union"); r = aname(NULL, NULL, name); if (element.maxOccurs && strcmp(element.maxOccurs, "1")) { if (with_union) { // Generate a wrapper when we need a union within a union wrap_union = true; fprintf(stream, " struct __%s\n {\n", t); } fprintf(stream, sizeformat, "int", r); fprintf(stream, " %s", element.minOccurs ? element.minOccurs : "0"); if (is_integer(element.maxOccurs)) fprintf(stream, ":%s", element.maxOccurs); fprintf(stream, ";\n"); if (cflag) fprintf(stream, " struct _%s\n {\n", t); else fprintf(stream, " class _%s\n {\n", t); } if (use_union) { if (!with_union || wrap_union) { fprintf(stream, choiceformat, "int", r); if (element.minOccurs) fprintf(stream, " %s", element.minOccurs); fprintf(stream, ";\t///< Union %s selector: set to SOAP_UNION_%s_%s\n", t, t, element.minOccurs && !strcmp(element.minOccurs, "0") ? " or 0 to omit" : ""); if (name) fprintf(stream, "/// Union for substitutionGroup %s.\n", cname(NULL, URI, name)); fprintf(stream, " union %s\n {\n", t); } tmp_union = with_union; with_union = true; } else { tmp_union = fake_union; fake_union = true; } if (!abstract) gen(URI, element, false, NULL, NULL); for (vector::const_iterator i2 = substitutions->begin(); i2 != substitutions->end(); ++i2) gen(URI, *(*i2), true, NULL, NULL); // substitutions can be recursive? if (use_union) { with_union = tmp_union; if (!with_union || wrap_union) { fprintf(stream, elementformat, "}", s[0] == '_' && s[1] == '_' ? s+2 : s); fprintf(stream, ";\n"); } } else fake_union = tmp_union; if (element.maxOccurs && strcmp(element.maxOccurs, "1")) { fprintf(stream, pointerformat, "}", s); fprintf(stream, ";\n"); } if (wrap_union) { fprintf(stream, elementformat, "}", s); fprintf(stream, ";\n"); } fprintf(stream, "// END OF SUBSTITUTIONS\n"); } void Types::document(const xs__annotation *annotation) { if (annotation && annotation->documentation) documentation(annotation->documentation); } void Types::modify(const char *name) { // TODO: consider support removal of elements/attributes with ns__X = $- Y const char *s = modtypemap[name]; if (s) { while (*s) { if (*s++ == '$') fprintf(stream, "/// Member declared in %s\n ", mapfile); s = format(s); } } } const char* Types::format(const char *text) { const char *s = text; if (!s) return NULL; while (*s && *s != '$') { if (*s == '\\') { switch (s[1]) { case 'n': fputc('\n', stream); break; case 't': fputc('\t', stream); break; default: fputc(s[1], stream); } s++; } else fputc(*s, stream); s++; } fputc('\n', stream); return s; } //////////////////////////////////////////////////////////////////////////////// // // Type map file parsing // //////////////////////////////////////////////////////////////////////////////// static char *getline(char *s, size_t n, FILE *fd) { int c; char *t = s; if (n) n--; for (;;) { c = fgetc(fd); if (c == '\r') continue; if (c == '\\') { c = fgetc(fd); if (c == '\r') c = fgetc(fd); if (c < ' ') continue; if (n) { *t++ = '\\'; n--; } } if (c == '\n' || c == EOF) break; if (n) { *t++ = c; n--; } } *t++ = '\0'; if (!*s && c == EOF) return NULL; return s; } static const char *nonblank(const char *s) { while (*s && isspace(*s)) s++; return s; } static const char *fill(char *t, int n, const char *s, int e) { int i = n; s = nonblank(s); while (*s && *s != e && --i) *t++ = *s++; while (*s && *s != e) s++; if (*s) s++; i = n - i; if (i == 0) *t = '\0'; else { while (isspace(*--t) && i--) ; t[1] = '\0'; } return s; } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// static const char *utf8(char **t, const char *s, bool start) { unsigned int c = 0; unsigned int c1, c2, c3, c4; const char *r = s; c = (unsigned char)*r; if (c >= 0x80) { c1 = (unsigned char)*++r; if (c1 < 0x80) r--; else { c1 &= 0x3F; if (c < 0xE0) c = ((c & 0x1F) << 6) | c1; else { c2 = (unsigned char)*++r & 0x3F; if (c < 0xF0) c = ((c & 0x0F) << 12) | (c1 << 6) | c2; else { c3 = (unsigned char)*++r & 0x3F; if (c < 0xF8) c = ((c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; else { c4 = (unsigned char)*++r & 0x3F; if (c < 0xFC) c = ((c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; else c = ((c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (*++r & 0x3F); } } } } } if (Uflag && // Universal character names for identifier characters // E.1 Ranges of characters allowed ( c == 0x00A8 || c == 0x00AA || c == 0x00AD || c == 0x00AF || (0x00B2 <= c && c <= 0x00B5) || (0x00B7 <= c && c <= 0x00BA) || (0x00BC <= c && c <= 0x00BE) || (0x00C0 <= c && c <= 0x00D6) || (0x00D8 <= c && c <= 0x00F6) || (0x00F8 <= c && c <= 0x00FF) || (0x0100 <= c && c <= 0x167F) || (0x1681 <= c && c <= 0x180D) || (0x180F <= c && c <= 0x1FFF) || (0x200B <= c && c <= 0x200D) || (0x202A <= c && c <= 0x202E) || (0x203F <= c && c <= 0x2040) || c == 0x2054 || (0x2060 <= c && c <= 0x206F) || (0x2070 <= c && c <= 0x218F) || (0x2460 <= c && c <= 0x24FF) || (0x2776 <= c && c <= 0x2793) || (0x2C00 <= c && c <= 0x2DFF) || (0x2E80 <= c && c <= 0x2FFF) || (0x3004 <= c && c <= 0x3007) || (0x3021 <= c && c <= 0x302F) || (0x3031 <= c && c <= 0x303F) || (0x3040 <= c && c <= 0xD7FF) || (0xF900 <= c && c <= 0xFD3D) || (0xFD40 <= c && c <= 0xFDCF) || (0xFDF0 <= c && c <= 0xFE44) || (0xFE47 <= c && c <= 0xFFFD) || (0x10000 <= c && c <= 0x1FFFD) || (0x20000 <= c && c <= 0x2FFFD) || (0x30000 <= c && c <= 0x3FFFD) || (0x40000 <= c && c <= 0x4FFFD) || (0x50000 <= c && c <= 0x5FFFD) || (0x60000 <= c && c <= 0x6FFFD) || (0x70000 <= c && c <= 0x7FFFD) || (0x80000 <= c && c <= 0x8FFFD) || (0x90000 <= c && c <= 0x9FFFD) || (0xA0000 <= c && c <= 0xAFFFD) || (0xB0000 <= c && c <= 0xBFFFD) || (0xC0000 <= c && c <= 0xCFFFD) || (0xD0000 <= c && c <= 0xDFFFD) || (0xE0000 <= c && c <= 0xEFFFD) ) && // E.2 Ranges of characters disallowed initially !(start && ( (0x0300 <= c && c <= 0x036F) || (0x1DC0 <= c && c <= 0x1DFF) || (0x20D0 <= c && c <= 0x20FF) || (0xFE20 <= c && c <= 0xFE2F) ) ) ) { soap_strncpy(*t, 7, s, r - s + 1); *t += r - s + 1; } else { // encode up to UCS4 only if (c > 0xFFFF) c = 0xFFFF; (SOAP_SNPRINTF(*t, 7, 6), "_x%4.4x", c); *t += 6; } return r; } static const char *cstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) if (*r == '"' || *r == '\\') n++; else if (*r < 32) n += 3; r = t = (char*)emalloc(n + 1); for (; *s; s++) { if (*s == '"' || *s == '\\') { *t++ = '\\'; *t++ = *s; } else if (*s < 32) { (SOAP_SNPRINTF(t, 5, 4), "\\%03o", (unsigned int)(unsigned char)*s); t += 4; } else *t++ = *s; } *t = '\0'; return r; } static const char *xstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r < 32 || *r >= 127) n += 4; else if (*r == '<' || *r == '>') n += 3; else if (*r == '&') n += 4; else if (*r == '"') n += 5; else if (*r == '\\') n += 1; } r = t = (char*)emalloc(n + 1); for (; *s; s++) { if (*s < 32 || *s >= 127) { (SOAP_SNPRINTF(t, 5, 4), "&#%.2x;", (unsigned char)*s); t += 5; } else if (*s == '<') { soap_strcpy(t, 5, "<"); t += 4; } else if (*s == '>') { soap_strcpy(t, 5, ">"); t += 4; } else if (*s == '&') { soap_strcpy(t, 6, "&"); t += 5; } else if (*s == '"') { soap_strcpy(t, 7, """); t += 6; } else if (*s == '\\') { soap_strcpy(t, 3, "\\\\"); t += 2; } else *t++ = *s; } *t = '\0'; return r; } static bool is_float(const char *s) { if (*s == '-' || *s == '+') s++; if (!*s || strlen(s) > 20) return false; while (*s && isdigit(*s)) s++; if (*s == '.') s++; while (*s && isdigit(*s)) s++; if (*s == 'e' || *s == 'E') { s++; if (*s == '-' || *s == '+') s++; while (*s && isdigit(*s)) s++; } return *s == '\0'; } static bool is_integer(const char *s) { if (*s == '-' || *s == '+') s++; if (!*s || strlen(s) > 20) return false; while (*s && isdigit(*s)) s++; return *s == '\0'; } static LONG64 to_integer(const char *s) { char *r; return soap_strtoll(s, &r, 10); } static void documentation(const char *text) { const char *s = text; const char *sep = "/// 
\n///   ";
  if (!s)
    return;
  while (*s)
  {
    switch (*s)
    {
      case '\n':
        if (!sep)
          sep = "\n///   ";
        break;
      case '\t':
      case ' ':
        if (!sep)
          sep = " ";
        break;
      default:
        if (*s > 32)
        {
          if (sep)
          {
            fputs(sep, stream);
            sep = NULL;
          }
          fputc(*s, stream);
        }
    }
    s++;
  }
  fprintf(stream, "\n///
\n"); } static void operations(const char *t) { if (cflag) fprintf(stream, "/// struct %s operations:\n/// - soap_default_%s(soap*, %s*) reset members to default\n/// - int soap_read_%s(soap*, %s*) deserialize from a source\n/// - int soap_write_%s(soap*, %s*) serialize to a sink\n/// - %s* soap_dup_%s(soap*, %s* dst, %s *src) returns deep copy of %s src into dst, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec)\n/// - soap_del_%s(%s*) deep deletes %s data members, use only on dst after soap_dup_%s(NULL, %s *dst, %s *src) (use soapcpp2 -Ed)\n", t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t); else fprintf(stream, "/// class %s operations:\n/// - %s* soap_new_%s(soap*) allocate\n/// - %s* soap_new_%s(soap*, int num) allocate array\n/// - %s* soap_new_req_%s(soap*, ...) allocate, set required members\n/// - %s* soap_new_set_%s(soap*, ...) allocate, set all public members\n/// - %s::soap_default(soap*) reset members to default\n/// - int soap_read_%s(soap*, %s*) deserialize from a stream\n/// - int soap_write_%s(soap*, %s*) serialize to a stream\n/// - %s* %s::soap_dup(soap*) returns deep copy of %s, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec)\n/// - %s::soap_del() deep deletes %s data members, use only after %s::soap_dup(NULL) (use soapcpp2 -Ed)\n", t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t); } //////////////////////////////////////////////////////////////////////////////// // // Allocation // //////////////////////////////////////////////////////////////////////////////// void *emalloc(size_t size) { void *p = malloc(size); if (!p) { fprintf(stderr, "\nError: Malloc failed\n"); exit(1); } return p; } char *estrdup(const char *s) { size_t l = strlen(s); char *t = (char*)emalloc(l + 1); soap_strcpy(t, l + 1, s); return t; } char *estrdupf(const char *s) { char *t = (char*)emalloc(strlen(s) + 1); char *p; for (p = t; *s; s++) { if (s[0] == '/' && s[1] == '*') { for (s += 2; s[0] && s[1]; s++) { if (s[0] == '*' && s[1] == '/') { s++; break; } } continue; } *p++ = *s; } *p = '\0'; return t; } gsoap-2.8.28/gsoap/wsdl/types.h0000644000175000017500000001372612653650160015700 0ustar ellertellert/* types.h WSDL parser and converter to gSOAP header file format -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef TYPES_H #define TYPES_H #include "includes.h" #include "wsdlH.h" enum Type { NONE, CLASS, ENUM, STRUCT, TYPEDEF }; enum Lookup { NOLOOKUP, LOOKUP }; class Types { public: SetOfString knames; // keywords, reserved words, class names, and typedefs MapOfStringToString modtypemap; MapOfStringToString deftypemap; MapOfStringToString usetypemap; MapOfStringToString ptrtypemap; MapOfStringToString smptypemap; MapOfPairToString qnames; // (URI,name) -> name MapOfStringToString uris; // URI -> prefix MapOfStringToNum syms; // prefix -> count (ns1, ns2, ...) SetOfString rnames; // reserved symbolic names to avoid clashes SetOfString onames; // service operator names MapOfPairToString enames; // enum symbolic names VectorOfString scope; // de-anonymizer stack int snum; // struct name index, TODO: consider map of URI to count per URI int unum; // union name index, TODO: consider map of URI to count per URI int gnum; // enum name index, TODO: consider map of URI to count per URI bool with_union; bool fake_union; Types(); void init(); int read(const char *file); private: const char *fname(const char *prefix, const char *URI, const char *qname, SetOfString *reserved, enum Lookup lookup, bool isqname); public: const char *aname(const char *prefix, const char *URI, const char *qname); const char *wname(const char *prefix, const char *URI, const char *qname); const char *cname(const char *prefix, const char *URI, const char *qname); const char *tname(const char *prefix, const char *URI, const char *qname); const char *tnameptr(bool, const char *prefix, const char *URI, const char *qname); const char *tnamenoptr(const char *prefix, const char *URI, const char *qname); const char *pname(bool flag, bool smart, const char *prefix, const char *URI, const char *qname); const char *oname(const char *prefix, const char *URI, const char *qname); const char *ename(const char *type, const char *value, bool isqname); const char *sname(const char *URI, const char *name); const char *gname(const char *URI, const char *name); const char *uname(const char *URI); const char *vname(const char *var); const char *nsprefix(const char *prefix, const char *URI); const char *prefix(const char *name); const char *uri(const char *name); const char *deftname(enum Type type, bool mk_pointer, bool is_pointer, const char *prefix, const char *URI, const char *qname); bool is_defined(const char *prefix, const char *URI, const char *qname); bool is_nillable(const xs__element& element); bool is_choicetype(const char *prefix, const char *URI, const char *type); bool is_ptr(const char *prefix, const char *URI, const char *type); void dump(FILE*); void define(const char *URI, const char *name, const xs__complexType&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const char *name, const xs__simpleType&, bool anonymous, bool nested_restriction); void gen(const char *URI, const char *name, const xs__complexType&, bool anonymous); void gen(const char *URI, const xs__attribute&); void gen(const char *URI, const xs__all&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__seqchoice&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const char *name, const xs__seqchoice&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__element&, bool substok, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__group&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__any&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__anyAttribute&); void gen_inh(const char *URI, const xs__complexType *complexType, bool anonymous); void gen_soap_array(const char *t, const char *item, const char *type); void gen_substitutions(const char *URI, const xs__element &element); void document(const xs__annotation*); void modify(const char *name); const char *format(const char *text); }; #endif gsoap-2.8.28/gsoap/wsdl/wsam.h0000644000175000017500000000417212653650160015476 0ustar ellertellert/* wsam.h WS-Addressing and WS-Addressing Metadata -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsa schema documentation: WS-Addressing //gsoap wsa schema namespace: http://www.w3.org/2005/08/addressing //gsoap wsa schema elementForm: qualified //gsoap wsa schema attributeForm: unqualified //gsoap wsam schema documentation: WS-Addressing Metadata //gsoap wsam schema namespace: http://www.w3.org/2007/05/addressing/metadata //gsoap wsam schema elementForm: qualified //gsoap wsam schema attributeForm: unqualified //gsoap wsaw schema documentation: WS-Addressing WSDL //gsoap wsaw schema namespace: http://www.w3.org/2006/05/addressing/wsdl //gsoap wsaw schema elementForm: qualified //gsoap wsaw schema attributeForm: unqualified class wsa__EndpointReferenceType { public: xsd__anyURI Address; _XML __any; }; gsoap-2.8.28/gsoap/wsdl/wsu.h0000644000175000017500000000320112653650160015335 0ustar ellertellert/* wsu.h WS-Utility (namespace only) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsu schema documentation: WS-Utility //gsoap wsu schema namespace: http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd //gsoap wsu schema elementForm: qualified //gsoap wsu schema attributeForm: unqualified gsoap-2.8.28/gsoap/wsdl/soap.cpp0000644000175000017500000002177612653650160016035 0ustar ellertellert/* soap.cpp WSDL/SOAP binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // soap:header // //////////////////////////////////////////////////////////////////////////////// int soap__header::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap header in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; messageRef = NULL; partRef = NULL; const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap header part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap header part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { if (part) { for (vector::iterator pt = messageRef->part.begin(); pt != messageRef->part.end(); ++pt) if ((*pt).name && !strcmp((*pt).name, part)) { partRef = &(*pt); break; } } if (!partRef) cerr << "Warning: soap header has no matching part in message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else cerr << "Warning: could not find soap header part '" << (part?part:"") << "' message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; for (vector::iterator i = headerfault.begin(); i != headerfault.end(); ++i) (*i).traverse(definitions); return SOAP_OK; } void soap__header::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *soap__header::messagePtr() const { return messageRef; } void soap__header::partPtr(wsdl__part *part) { partRef = part; } wsdl__part *soap__header::partPtr() const { return partRef; } //////////////////////////////////////////////////////////////////////////////// // // soap:headerfault // //////////////////////////////////////////////////////////////////////////////// int soap__headerfault::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap headerfault in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; messageRef = NULL; partRef = NULL; const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap headerfault part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } else { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap headerfault part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { if (part) { for (vector::iterator pt = messageRef->part.begin(); pt != messageRef->part.end(); ++pt) if ((*pt).name && !strcmp((*pt).name, part)) { partRef = &(*pt); break; } } if (!partRef) cerr << "Warning: soap headerfault has no matching part in message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else cerr << "Warning: could not find soap headerfault part '" << (part?part:"") << "' message '" << (message?message:"") << "' in wSDL definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; return SOAP_OK; } void soap__headerfault::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *soap__headerfault::messagePtr() const { return messageRef; } void soap__headerfault::partPtr(wsdl__part *part) { partRef = part; } wsdl__part *soap__headerfault::partPtr() const { return partRef; } //////////////////////////////////////////////////////////////////////////////// // // wsoap:header // //////////////////////////////////////////////////////////////////////////////// int wsoap__header::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap header in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; elementRef = NULL; // WSDL 2.0 if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found soap header element '" << (token?token:"") << "'" << endl; break; } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "Warning: no soap header element '" << element << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } } return SOAP_OK; } void wsoap__header::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsoap__header::elementPtr() const { return elementRef; } gsoap-2.8.28/gsoap/wsdl/README.txt0000644000175000017500000002161512653650160016055 0ustar ellertellertThe gSOAP WSDL parser 'wsdl2h' INSTRUCTIONS The gSOAP WSDL parser converts one or more WSDLs into a gSOAP header file for processing with the gSOAP soapcpp2 compiler to generate client stubs/proxies and server skeletons/objects to access services or build new services. For example: $ wsdl2h -o XMethodsQuery.h http://www.xmethods.net/wsdl/query.wsdl Note: if an error occurs when running wsdl2h, please try again later. The XMethods site is very popular and suffers under load. It may also be the case that XMethods removed certain services. In that case, try another on-line WSDL. This generates the XMethodsQuery.h header file with Web service operations and C++ data types. This header file is intended to be processed with soapcpp2 to generate the stub and/or skeleton code. You need to have stlvector.h present in the current directory (stlvector.h is in the package) to support STL vectors. To build without STL, use option -s: $ wsdl2h -s -o XMethodsQuery.h http://www.xmethods.net/wsdl/query.wsdl Or to build a pure C application, use option -c: $ wsdl2h -c -o XMethodsQuery.h http://www.xmethods.net/wsdl/query.wsdl Other useful options to control the output are -e and -y (see below). The above commands are to be followed by the soapcpp2 compilation phase: $ soapcpp2 -C XMethodsQuery.h Where option -C indicates client-side only files (soapcpp2 generates both client and server stubs and skeletons by default). The generated XMethodsQuery.h includes the definitions of data types and service operations of the XMethods Query Web service. To develop a C++ client application, you can use the generated 'soapXMethodsQuerySoapProxy' class and 'XMethodsQuerySoap.nsmap' XML namespace table to access the Web service. Both need to be '#include'd in your source. Then compile and link the soapC.cpp, soapClient.cpp, and stdsoap2.cpp sources to complete the build. More information on this process can be found in the gSOAP documentation. When parsing a WSDL, the output file name is the WSDL input file name with extension '.h' instead of '.wsdl'. When an input file is absent or a WSDL file from a Web location is accessed, the header output will be produced on the standard output. Input may also consist of schema files, which is useful when you to need to generate code for serializing schema instances. USING A TYPEMAP FILE TO CONTROL THE INPUT AND OUTPUT The typemap.dat is the default file processed by 'wsdl2h' to customize the generated header file output. The default typemap.dat file is located in the 'WS' directory. Use wsdl2h option -t to specify an alternate file. The typemap.dat file can be used to define namespace prefix and type bindings for the generated header files by the 'wsdl2h' tool. XML namespace prefix bindings can be provided to override the default choice of the ns1, ns2, ... prefixes generated by 'wsdl2h'. It is highly recommended to provide namespace prefixes for your project's XML namespaces. In this way, changes to the WSDL (or newer releases of wsdl2h) will have a minimal impact on coding. Bindings for namespace prefixes in typemap.dat are of the form: prefix = "URI" For example, to bind the 'google' prefix to the Google API's namespace: google = "urn:GoogleSearch" Type bindings can by provided to bind XML schema types to C/C++ types for your project. Type bindings are of the form: prefix__type = declaration | use | ptr-use where 'declaration' introduces the type in the header file, 'use' specifies how the type is used directly, 'ptr-use' specifies how the type is used as a pointer type. For example: xsd__string = | char* | char* After enabling this line, all XSD strings will be mapped to char* and since char* is already a pointer type, the 'ptr-use' part is the same as 'use' part. Note that the 'declaration' part is empty in these cases. Member data and functions can be provided to extend a generated struct or class. Class and struct extensions are of the form: prefix__type = $ member-declaration For example, to add a constructor and destructor to class myns__record: myns__record = $ myns__record(); myns__record = $ ~myns__record(); To specify a set of input files in typemap.dat for wsdl2h to process, use '<': < infile1.wsdl < infile2.xsd < http://www.example.com/example.wsdl To specify the default output file, use '>', for example: > example.h Any other material to be included in the generated header file can be provided by enclosing the text within brackets [ and ]. Brackets MUST appear at the start of a new line. For example, to include a note: [ // TODO: Don't forget to bind the namespace prefixes! ] This comment appears as the first line in the generated header file. INPUT FORMATS wsdl2h reads from standard input or the files provided at the command line: wsdl2h [options] [-o outfile.h] [infile1.wsdl infile2.wsdl infile3.xsd ... ] Valid input file formats are .wsdl and .xsd (schema) files. Multiple wsdl and schema files can be given, which results in a consolidated header file with all definitions combined. OUTPUT FORMAT The output file is a gSOAP-formatted header file. The header file syntax is augmented with annotations reflecting WSDL and schema-specific bindings and validation constraints. We suggest the use of Doxygen (www.doxygen.org) to produce documented for the generated header file. However, we STRONGLY recommend user to inspect the generated header file first for warnings and other annotations (which do not appear in Doxygen's output) indicating potential problems. Note that Doxygen's license model does not infinge on your ownership of the generated gSOAP source code output when you purchased a commercial license. COMMAND LINE OPTIONS -a generate indexed struct names for local elements with anonymous types -b bi-directional operations to serve one-way response messages (duplex) -c generate C source code -d use DOM to populate xs:any and xsd:anyType elements -e don't qualify enum names -f generate flat C++ class hierarchy -g generate global top-level element declarations -h display help info -Ipath use path to find files -i don't import (advanced option) -j don't generate SOAP_ENV__Header and SOAP_ENV__Detail definitions -k don't generate SOAP_ENV__Header mustUnderstand qualifiers -l include license information in output -m use xsd.h module to import primitive types -Nname use name for service prefixes to produce a service for each binding -nname use name as the base namespace prefix instead of 'ns' -ofile output to file -P don't create polymorphic types with C++ inheritance from xsd__anyType -p create polymorphic types with C++ inheritance from base xsd__anyType -qname use name for the C++ namespace for all service declarations -rhost[:port[:uid:pwd]] connect via proxy host, port, and proxy credentials -r:uid:pwd connect with authentication credentials (digest auth requires SSL) -R generate REST operations for REST bindings in the WSDL -s don't generate STL code (no std::string and no std::vector) -tfile use type map file instead of the default file typemap.dat -u don't generate unions -v verbose output -W suppress warnings -w always wrap response parameters in a response struct (<=1.1.4 behavior) -x don't generate _XML any/anyAttribute extensibility elements -y generate typedef synonyms for structs and enums -z1 compatibility with 2.7.6e: generate pointer-based arrays -z2 compatibility with 2.7.15: qualify element/attribute referenced members -z3 compatibility with 2.7.16 to 2.8.7: qualify element/attribute references -z4 compatibility up to 2.8.11: don't generate union structs in std::vector -z5 compatibility up to 2.8.15 -z6 compatibility up to 2.8.17 -_ don't generate _USCORE (replace with UNICODE _x005f) infile.wsdl infile.xsd http://www... list of input sources (if none use stdin) DOCUMENTATION See soapdoc2.pdf for documentation. INSTALLATION Use './configure' and 'make' in the root directory, as explained in the installation instructions. To build 'wsdl2h' when autoconf/automake fail, use: make -f MakefileManual ENABLING HTTPS SSL/TLS CONNECTIVITY AND HTTP DIGEST AUTHENTICATION To build 'wsdl2h' with secure features, use: make -f MakefileManual secure If you don't have OpenSSL installed, you cannot build an SSL-secure version of wsdl2h. In that case we recommend downloading the WSDL and schema files for processing with the non-SSL-enabled wsdl2h tool. LICENSE The gSOAP WSDL parser 'wsdl2h' and source code are released under GPL or a commercial license. The commercial license is available from Genivia. Please visit http://genivia.com/Products/gsoap/contract.html COPYRIGHT NOTICE gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia, Inc. All Rights Reserved. gsoap-2.8.28/gsoap/wsdl/service.h0000644000175000017500000001064712653650160016173 0ustar ellertellert/* service.h Service structures -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef SERVICE_H #define SERVICE_H #include "includes.h" #include "wsdlH.h" class Message { public: wsdl__message *message; const char *name; const char *URI; soap__styleChoice style; soap__useChoice use; const char *encodingStyle; const char *action; xs__element *element; const char *body_parts; wsdl__part *part; bool mustUnderstand; vector header; vector wheader; mime__multipartRelated *multipartRelated; // MIME mime__content *content; // REST/MIME const char *layout; // DIME const char *documentation; const char *ext_documentation; vector policy; void generate(Types&, const char *sep, bool anonymous, bool remark, bool response, bool optional); }; typedef map MapOfStringToMessage; class Operation { public: const wsdl__operation *operation; const char *prefix; const char *URI; const char *name; const char *mep; // WSDL 2.0 const char *protocol; soap__styleChoice style; const char *parameterOrder; const char *action; const char *input_name; const char *output_name; Message *input; // name, use, and parts Message *output; // name, use, and parts vector infault; vector outfault; const char *documentation; const char *operation_documentation; vector policy; void generate(Types&, Service&); }; class Service { public: const char *prefix; // a gSOAP service has a unique namespace const char *URI; const char *name; // binding name const char *type; // portType const char *transport; // binding transport SetOfString location; // WSDL may specify multiple locations via -> vector operation; MapOfStringToMessage header; MapOfStringToMessage headerfault; MapOfStringToMessage fault; MapOfStringToString service_documentation; MapOfStringToString port_documentation; MapOfStringToString binding_documentation; vector policy; // WS-Policy vector role; // BPEL 2.0 VectorOfString imports; Service(); void generate(Types&); void add_import(const char*); void del_import(const char*); }; typedef map MapOfStringToService; class Definitions { public: Types types; // to process schema type information MapOfStringToService services; // service information gathered bool soap12; int binding_count; Definitions(); void collect(const wsdl__definitions&); void compile(const wsdl__definitions&); private: void analyze(const wsdl__definitions&); void analyze_headers(const wsdl__definitions&, Service*, wsdl__ext_ioput*, wsdl__ext_ioput*); void analyze_faults(const wsdl__definitions&, Service*, Operation*, vector::const_iterator&); Message *analyze_fault(const wsdl__definitions&, Service*, const wsdl__ext_fault&); void generate(); }; #endif gsoap-2.8.28/gsoap/wsdl/bpel.cpp0000644000175000017500000003305612653650160016007 0ustar ellertellert/* bpel.cpp BPEL 2.0 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // plnk:tRole // //////////////////////////////////////////////////////////////////////////////// plnk__tRole::plnk__tRole() { portTypeRef = NULL; } wsdl__portType *plnk__tRole::portTypePtr() const { return portTypeRef; } int plnk__tRole::traverse(wsdl__definitions& definitions) { const char *token; if (vflag) cerr << " Analyzing BPEL Partner Link tRole" << endl; portTypeRef = NULL; token = qname_token(portType, definitions.targetNamespace); if (token) { for (vector::iterator portType = definitions.portType.begin(); portType != definitions.portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' portType '" << (token?token:"") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' interface '" << (token?token:"") << "'" << endl; break; } } } if (!portTypeRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(portType, importdefinitions->targetNamespace); if (token) { for (vector::iterator portType = importdefinitions->portType.begin(); portType != importdefinitions->portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' portType '" << (token?token:"") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' interface '" << (token?token:"") << "'" << endl; break; } } } } } } if (!portTypeRef) { if (!Wflag) cerr << "Warning: no tRole '" << (name?name:"") << "' portType '" << (portType?portType:"") << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } return SOAP_OK; } void plnk__tRole::plnkPtr(plnk__tPartnerLinkType *plnk) { plnkRef = plnk; } plnk__tPartnerLinkType* plnk__tRole::plnkPtr() const { return plnkRef; } //////////////////////////////////////////////////////////////////////////////// // // plnk:tPartnerLinkType // //////////////////////////////////////////////////////////////////////////////// int plnk__tPartnerLinkType::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Partner Link Type" << endl; for (vector::iterator i = role.begin(); i != role.end(); ++i) { (*i).plnkPtr(this); (*i).traverse(definitions); } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // vprop:property // //////////////////////////////////////////////////////////////////////////////// int vprop__tProperty::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Variable Properties" << endl; if (element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { type = (*element).type; if (vflag) cerr << " Found property '" << (name?name:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } if (element && !type) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "Warning: no BPEL Variable Properties '" << (name?name:"") << "' element '" << element << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // vprop:tPropertyAlias // //////////////////////////////////////////////////////////////////////////////// int vprop__tPropertyAlias::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Variable Property Alias" << endl; vpropRef = NULL; for (vector::iterator vprop = definitions.vprop__property.begin(); vprop != definitions.vprop__property.end(); ++vprop) { const char *token = qname_token(propertyName, definitions.targetNamespace); if (token && !strcmp((*vprop).name, token)) { vpropRef = &(*vprop); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' variable" << endl; break; } } if (!vpropRef) { for (vector::iterator import = definitions.import.begin(); !vpropRef && import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { for (vector::iterator vprop = importdefinitions->vprop__property.begin(); vprop != importdefinitions->vprop__property.end(); ++vprop) { const char *token = qname_token(propertyName, importdefinitions->targetNamespace); if (token && !strcmp((*vprop).name, token)) { vpropRef = &(*vprop); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' variable" << endl; break; } } } } } xs__complexType *complexTypeRef = NULL; if (element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { if ((*element).type) type = (*element).type; else complexTypeRef = (*element).complexType; if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } else if (messageType && part) { wsdl__message *messageRef = NULL; const char *token = qname_token(messageType, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(messageType, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { for (vector::iterator parti = messageRef->part.begin(); parti != messageRef->part.end(); ++parti) { if ((*parti).name && !strcmp(part, (*parti).name)) { if ((*parti).element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if ((*parti).type) type = (*parti).type; else { token = qname_token((*parti).element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { if ((*element).type) type = (*element).type; else complexTypeRef = (*element).complexType; if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } } } } } } if (type && !complexTypeRef && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).name && !strcmp((*complexType).name, token)) { complexTypeRef = &(*complexType); break; } } } } } if (query && query->__mixed && complexTypeRef) { // TODO query is an XPath expression, most often just the name of an element const char *tag = strchr(query->__mixed, ':'); if (tag) ++tag; else tag = query->__mixed; if (complexTypeRef->all) { for (vector::iterator element = complexTypeRef->all->element.begin(); element != complexTypeRef->all->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, tag)) { // element = (*element).name; type = (*element).type; break; } } } else if (complexTypeRef->sequence) { for (vector::iterator content = complexTypeRef->sequence->__contents.begin(); content != complexTypeRef->sequence->__contents.end(); ++content) { if ((*content).__union == SOAP_UNION_xs__union_content_element && (*content).__content.element && (*content).__content.element->name && !strcmp((*content).__content.element->name, tag)) { element = (*content).__content.element->name; type = (*content).__content.element->type; break; } } } } if (element && !type) { if (is_builtin_qname(element)) definitions.builtinElement(element); } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); } return SOAP_OK; } vprop__tProperty *vprop__tPropertyAlias::vpropPtr() const { return vpropRef; } gsoap-2.8.28/gsoap/wsdl/mime.cpp0000644000175000017500000000464212653650160016013 0ustar ellertellert/* mime.cpp WSDL/MIME binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); //////////////////////////////////////////////////////////////////////////////// // // mime:multipartRelated // //////////////////////////////////////////////////////////////////////////////// int mime__multipartRelated::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing mime multpartRelated " << endl; for (vector::iterator pt = part.begin(); pt != part.end(); ++pt) (*pt).traverse(definitions); return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // mime:part // //////////////////////////////////////////////////////////////////////////////// int mime__part::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing mime part " << endl; for (vector::iterator hd = soap__header_.begin(); hd != soap__header_.end(); ++hd) (*hd).traverse(definitions); return SOAP_OK; } gsoap-2.8.28/gsoap/wsdl/mime.h0000644000175000017500000000416412653650160015457 0ustar ellertellert/* mime.h mime and xmime binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap mime schema documentation: WSDL/MIME binding schema //gsoap mime schema namespace: http://schemas.xmlsoap.org/wsdl/mime/ //gsoap xmime schema documentation: xmime binding schema //gsoap xmime schema namespace: http://www.w3.org/2005/05/xmlmime #import "imports.h" #import "soap.h" class mime__content { public: @xsd__NMTOKEN part; @xsd__string type; }; class mime__part { public: soap__body *soap__body_; std::vector soap__header_; std::vector content; public: int traverse(wsdl__definitions&); }; class mime__multipartRelated { public: std::vector part; public: int traverse(wsdl__definitions&); }; class mime__mimeXml { public: @xsd__NMTOKEN part; }; gsoap-2.8.28/gsoap/wsdl/wsdl2h.cpp0000644000175000017500000004541412653650160016271 0ustar ellertellert/* wsdl2h.cpp WSDL parser, translator, and generator (of the gSOAP header file format) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- Build: soapcpp2 -ipwsdl wsdl.h g++ -o wsdl2h wsdl2h.cpp types.cpp service.cpp wsdl.cpp schema.cpp wsdlC.cpp stdsoap2.cpp TODO: Resolve relative versus absolute import paths for reading imported WSDL/schema (use URL local addresses) Do not generate abstract complexTypes, but include defs in derived types Handle simpleType derivation from base64 */ #include "includes.h" #include "types.h" #include "service.h" #ifndef WSDL2H_IMPORT_PATH #define WSDL2H_IMPORT_PATH (NULL) #endif #ifndef WSDL_TYPEMAP_FILE #define WSDL_TYPEMAP_FILE "typemap.dat" #endif static void init(); static void options(int argc, char **argv); int _flag = 0, aflag = 0, bflag = 0, cflag = 0, c11flag = 0, dflag = 0, eflag = 0, fflag = 0, gflag = 0, iflag = 0, jflag = 0, kflag = 0, mflag = 0, pflag = 0, Pflag = 0, Rflag = 0, sflag = 0, uflag = 0, Uflag = 0, vflag = 0, wflag = 0, Wflag = 0, xflag = 0, yflag = 0, zflag = 0; int openfiles = 0; int infiles = 0; char *infile[MAXINFILES], *outfile = NULL, *proxy_host = NULL, *proxy_userid = NULL, *proxy_passwd = NULL, *auth_userid = NULL, *auth_passwd = NULL; const char *mapfile = WSDL_TYPEMAP_FILE, *import_path = WSDL2H_IMPORT_PATH, *cwd_path = NULL, *cppnamespace = NULL; int proxy_port = 8080; FILE *stream = stdout; SetOfString exturis; extern struct Namespace namespaces[]; const char *service_prefix = NULL; const char *schema_prefix = "ns"; const char elementformat[] = " %-35s %-30s"; const char pointerformat[] = " %-35s *%-30s"; const char attributeformat[] = " @%-35s %-30s"; const char templateformat[] = " %s<%-23s> %-30s"; const char pointertemplateformat[] = " %s<%-22s> *%-30s"; const char templateformat_open[] = " %s<%s"; const char attrtemplateformat_open[] = " @%s<%s"; const char arrayformat[] = " %-35s *__ptr%-25s"; const char arraysizeformat[] = " %-35s __size%-24s"; const char arrayoffsetformat[] = "// %-35s __offset%-22s"; const char sizeformat[] = " $%-35s __size%-24s"; const char choiceformat[] = " $%-35s __union%-23s"; const char schemaformat[] = "//gsoap %-5s schema %s:\t%s\n"; const char serviceformat[] = "//gsoap %-4s service %s:\t%s %s\n"; const char paraformat[] = " %-35s%s%s%s"; const char anonformat[] = " %-35s%s_%s%s"; const char copyrightnotice[] = "\n** The gSOAP WSDL/Schema processor for C and C++, wsdl2h release " WSDL2H_VERSION "\n** Copyright (C) 2000-2016 Robert van Engelen, Genivia Inc.\n** All Rights Reserved. This product is provided \"as is\", without any warranty.\n** The wsdl2h tool and its generated software are released under the GPL.\n** ----------------------------------------------------------------------------\n** A commercial use license is available from Genivia Inc., contact@genivia.com\n** ----------------------------------------------------------------------------\n\n"; const char licensenotice[] = "\ --------------------------------------------------------------------------------\n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ The wsdl2h tool and its generated software are released under the GPL.\n\ This software is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ GPL license.\n\ \n\ This program is free software; you can redistribute it and/or modify it under\n\ the terms of the GNU General Public License as published by the Free Software\n\ Foundation; either version 2 of the License, or (at your option) any later\n\ version.\n\ \n\ This program is distributed in the hope that it will be useful, but WITHOUT ANY\n\ WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A\n\ PARTICULAR PURPOSE. See the GNU General Public License for more details.\n\ \n\ You should have received a copy of the GNU General Public License along with\n\ this program; if not, write to the Free Software Foundation, Inc., 59 Temple\n\ Place, Suite 330, Boston, MA 02111-1307 USA\n\ \n\ Author contact information:\n\ engelen@genivia.com / engelen@acm.org\n\ \n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial-use license is available from Genivia, Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n"; int main(int argc, char **argv) { fprintf(stderr, "%s", copyrightnotice); options(argc, argv); init(); if (cppnamespace) fprintf(stream, "namespace %s {\n", cppnamespace); Definitions def; wsdl__definitions definitions; definitions.read(infiles, infile); if (definitions.error()) { definitions.print_fault(); exit(1); } definitions.traverse(); def.compile(definitions); if (outfile) { fclose(stream); fprintf(stderr, "\nTo finalize code generation, execute:\n> soapcpp2 %s\n", outfile); if (!cflag) fprintf(stderr, "Or to generate C++ proxy and service classes:\n> soapcpp2 -j %s\n", outfile); fprintf(stderr, "\n"); } return 0; } //////////////////////////////////////////////////////////////////////////////// // // Initialization // //////////////////////////////////////////////////////////////////////////////// static void init() { struct Namespace *p = namespaces; if (p) { for (; p->id; p++) { if (p->in && *p->in) exturis.insert(p->in); if (p->ns && *p->ns) exturis.insert(p->ns); } } } //////////////////////////////////////////////////////////////////////////////// // // Parse command line options // //////////////////////////////////////////////////////////////////////////////// static void options(int argc, char **argv) { int i; infiles = 0; openfiles = 0; for (i = 1; i < argc; i++) { char *a = argv[i]; if (*a == '-' #ifdef WIN32 || *a == '/' #endif ) { int g = 1; while (g && *++a) { switch (*a) { case '_': _flag = 1; break; case 'a': aflag = 1; break; case 'b': bflag = 1; break; case 'c': if (a[1] == '+' && a[2] == '+') { a += 2; if (a[1] == '1' && a[2] == '1') { a += 2; c11flag = 1; } cflag = 0; } else { cflag = 1; if (cppnamespace) fprintf(stderr, "wsdl2h: Options -c and -q cannot be used together\n"); } break; case 'd': dflag = 1; break; case 'e': eflag = 1; break; case 'f': fflag = 1; break; case 'g': gflag = 1; break; case 'i': iflag = 1; break; case 'j': jflag = 1; break; case 'k': kflag = 1; break; case 'I': a++; g = 0; if (*a) import_path = a; else if (i < argc && argv[++i]) import_path = argv[i]; else fprintf(stderr, "wsdl2h: Option -I requires a path argument\n"); break; case 'l': fprintf(stderr, "%s", licensenotice); exit(0); break; case 'm': mflag = 1; break; case 'n': a++; g = 0; if (*a) schema_prefix = a; else if (i < argc && argv[++i]) schema_prefix = argv[i]; else fprintf(stderr, "wsdl2h: Option -n requires a prefix name argument\n"); break; case 'N': a++; g = 0; if (*a) service_prefix = a; else if (i < argc && argv[++i]) service_prefix = argv[i]; else fprintf(stderr, "wsdl2h: Option -N requires a prefix name argument\n"); break; case 'o': a++; g = 0; if (*a) outfile = a; else if (i < argc && argv[++i]) outfile = argv[i]; else fprintf(stderr, "wsdl2h: Option -o requires an output file argument\n"); break; case 'p': pflag = 1; break; case 'P': Pflag = 1; break; case 'q': a++; g = 0; if (*a) cppnamespace = a; else if (i < argc && argv[++i]) cppnamespace = argv[i]; else fprintf(stderr, "wsdl2h: Option -q requires a C++ namespace name argument\n"); if (cflag) fprintf(stderr, "wsdl2h: Options -c and -q cannot be used together\n"); break; case 'r': a++; g = 0; if (*a) proxy_host = a; else if (i < argc && argv[++i]) proxy_host = argv[i]; else fprintf(stderr, "wsdl2h: Option -r requires proxy host:port:userid:passwd or :userid:passwd authentication argument\n"); if (proxy_host) { size_t l = strlen(proxy_host); char *s = (char*)emalloc(l + 1); soap_strcpy(s, l + 2, proxy_host); proxy_host = s; s = strchr(proxy_host, ':'); if (s) { *s = '\0'; if (*proxy_host) { proxy_port = soap_strtol(s + 1, &s, 10); if (s && *s == ':') { *s = '\0'; proxy_userid = s + 1; s = strchr(proxy_userid, ':'); if (s && *s == ':') { *s = '\0'; proxy_passwd = s + 1; } } } else { s = proxy_host; proxy_host = NULL; auth_userid = s + 1; s = strchr(auth_userid, ':'); if (s && *s == ':') { *s = '\0'; auth_passwd = s + 1; } } } } break; case 'R': Rflag = 1; break; case 's': sflag = 1; break; case 't': a++; g = 0; if (*a) mapfile = a; else if (i < argc && argv[++i]) mapfile = argv[i]; else fprintf(stderr, "wsdl2h: Option -t requires a type map file argument\n"); break; case 'U': Uflag = 1; break; case 'u': uflag = 1; break; case 'v': vflag = 1; break; case 'w': wflag = 1; break; case 'W': Wflag = 1; break; case 'x': xflag = 1; break; case 'y': yflag = 1; break; case 'z': a++; g = 0; if (*a) zflag = soap_strtol(a, NULL, 10); else if (i < argc && argv[++i]) zflag = soap_strtol(argv[i], NULL, 10); else zflag = 1; break; case '?': case 'h': fprintf(stderr, "Usage: wsdl2h [-a] [-b] [-c|-c++|-c++11] [-d] [-e] [-f] [-g] [-h] [-I path] [-i] [-j] [-k] [-l] [-m] [-N name] [-n name] [-P|-p] [-q name] [-R] [-r proxyhost[:port[:uid:pwd]]] [-r:userid:passwd] [-s] [-t typemapfile] [-U] [-u] [-v] [-w] [-W] [-x] [-y] [-z#] [-_] [-o outfile.h] infile.wsdl infile.xsd http://www... ...\n\n"); fprintf(stderr, "\ -a generate indexed struct names for local elements with anonymous types\n\ -b bi-directional operations (duplex ops) added to serve one-way responses\n\ -c generate C source code\n\ -c++ generate C++ source code (default)\n\ -c++11 generate C++11 source code\n\ -d use DOM to populate xs:any, xs:anyType, and xs:anyAttribute\n\ -e don't qualify enum names\n\ -f generate flat C++ class hierarchy\n\ -g generate global top-level element declarations\n\ -h display help info\n\ -Ipath use path to find files\n\ -i don't import (advanced option)\n\ -j don't generate SOAP_ENV__Header and SOAP_ENV__Detail definitions\n\ -k don't generate SOAP_ENV__Header mustUnderstand qualifiers\n\ -l display license information\n\ -m use xsd.h module to import primitive types\n\ -Nname use name for service prefixes to produce a service for each binding\n\ -nname use name as the base namespace prefix instead of 'ns'\n\ -ofile output to file\n\ -P don't create polymorphic types inherited from xsd__anyType\n\ -p create polymorphic types inherited from base xsd__anyType\n\ -qname use name for the C++ namespace of all declarations\n\ -R generate REST operations for REST bindings in the WSDL\n\ -rhost[:port[:uid:pwd]]\n\ connect via proxy host, port, and proxy credentials\n\ -r:uid:pwd\n\ connect with authentication credentials (digest auth requires SSL)\n\ -s don't generate STL code (no std::string and no std::vector)\n\ -tfile use type map file instead of the default file typemap.dat\n\ -U allow UTF8-encoded Unicode C/C++ identifiers when mapping XML tag names\n\ -u don't generate unions\n\ -v verbose output\n\ -W suppress warnings\n\ -w always wrap response parameters in a response struct (<=1.1.4 behavior)\n\ -x don't generate _XML any/anyAttribute extensibility elements\n\ -y generate typedef synonyms for structs and enums\n\ -z1 compatibility with 2.7.6e: generate pointer-based arrays\n\ -z2 compatibility with 2.7.7 to 2.7.15: qualify element/attribute references\n\ -z3 compatibility with 2.7.16 to 2.8.7: qualify element/attribute references\n\ -z4 compatibility up to 2.8.11: don't generate union structs in std::vector\n\ -z5 compatibility up to 2.8.15\n\ -z6 compatibility up to 2.8.17\n\ -_ don't generate _USCORE (replace with UNICODE _x005f)\n\ infile.wsdl infile.xsd http://www... list of input sources (if none: use stdin)\n\ \n"); exit(0); default: fprintf(stderr, "wsdl2h: Unknown option %s\n", a); exit(1); } } } else { infile[infiles++] = argv[i]; if (infiles >= MAXINFILES) { fprintf(stderr, "wsdl2h: too many files\n"); exit(1); } } } if (infiles) { if (!outfile) { if (strncmp(infile[0], "http://", 7) && strncmp(infile[0], "https://", 8)) { const char *s = strrchr(infile[0], '.'); if (s && (!soap_tag_cmp(s, ".wsdl") || !soap_tag_cmp(s, ".gwsdl") || !soap_tag_cmp(s, ".xsd"))) { outfile = estrdup(infile[0]); outfile[s - infile[0] + 1] = 'h'; outfile[s - infile[0] + 2] = '\0'; } else { size_t l = strlen(infile[0]); outfile = (char*)emalloc(l + 3); soap_strcpy(outfile, l + 3, infile[0]); soap_strcpy(outfile + l, 3, ".h"); } } } if (outfile) { stream = fopen(outfile, "w"); if (!stream) { fprintf(stderr, "Cannot write to %s\n", outfile); exit(1); } fprintf(stderr, "Saving %s\n\n", outfile); } } } //////////////////////////////////////////////////////////////////////////////// // // Namespaces // //////////////////////////////////////////////////////////////////////////////// struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance"}, {"xsd", "-"}, // http://www.w3.org/2001/XMLSchema"}, // don't use this, it might conflict with xs {"xml", "http://www.w3.org/XML/1998/namespace"}, {"xs", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema" }, {"vc", "http://www.w3.org/2007/XMLSchema-versioning" }, {"http", "http://schemas.xmlsoap.org/wsdl/http/"}, {"soap", "http://schemas.xmlsoap.org/wsdl/soap/", "http://schemas.xmlsoap.org/wsdl/soap*/"}, {"mime", "http://schemas.xmlsoap.org/wsdl/mime/"}, {"xmime", "http://www.w3.org/2005/05/xmlmime"}, {"dime", "http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/", "http://schemas.xmlsoap.org/ws/*/dime/wsdl/"}, {"wsdl", "http://schemas.xmlsoap.org/wsdl/", "http://www.w3.org/ns/wsdl"}, {"wsdli", "http://www.w3.org/ns/wsdl-instance"}, {"wsdlx", "http://www.w3.org/ns/wsdl-extensions"}, {"wsoap", "http://www.w3.org/ns/wsdl/soap"}, {"whttp", "http://www.w3.org/ns/wsdl/http"}, {"wrpc", "http://www.w3.org/ns/wsdl/rpc"}, {"wsaw", "http://www.w3.org/2006/05/addressing/wsdl"}, {"gwsdl", "http://www.gridforum.org/namespaces/2003/03/gridWSDLExtensions"}, {"wsa_", "http://www.w3.org/2005/08/addressing"}, {"wsam", "http://www.w3.org/2007/05/addressing/metadata"}, {"wsrmp", "http://schemas.xmlsoap.org/ws/2005/02/rm/policy", "http://docs.oasis-open.org/ws-rx/wsrmp/*"}, {"sp", "http://docs.oasis-open.org/ws-sx/ws-securitypolicy/200702", "http://schemas.xmlsoap.org/ws/2005/07/securitypolicy"}, {"wsp_", "http://www.w3.org/ns/ws-policy", "http://schemas.xmlsoap.org/ws/2004/09/policy"}, {"wst_", "http://docs.oasis-open.org/ws-sx/ws-trust/200512"}, {"wsu_", "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd"}, {"plnk","http://docs.oasis-open.org/wsbpel/2.0/plnktype"}, {"vprop","http://docs.oasis-open.org/wsbpel/2.0/varprop"}, #ifdef WITH_BPEL {"bpel","http://docs.oasis-open.org/wsbpel/2.0/process/executable"}, {"sref","http://docs.oasis-open.org/wsbpel/2.0/serviceref"}, #endif {NULL, NULL} }; gsoap-2.8.28/gsoap/wsdl/includes.h0000644000175000017500000000774312653650160016344 0ustar ellertellert/* includes.h Common project definitions -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef INCLUDES_H #define INCLUDES_H #include "stdsoap2.h" #ifdef WITH_OPENSSL #include "httpda.h" #endif #define WSDL2H_VERSION "2.8.28" #ifdef WIN32 # pragma warning(disable : 4996) #endif #include #include #include #include #include using namespace std; struct ltstr { bool operator()(const char *s1, const char *s2) const { return strcmp(s1, s2) < 0; } }; struct eqstr { const char *s; eqstr(const char *s) : s(s) { } bool operator()(const char *t) const { return strcmp(s, t) == 0; } }; typedef set SetOfString; typedef pair Pair; struct ltpair { bool operator()(Pair s1, Pair s2) const { int cmp = strcmp(s1.first, s2.first); if (cmp == 0) cmp = strcmp(s1.second, s2.second); return cmp < 0; } }; typedef map MapOfStringToString; typedef map MapOfPairToString; typedef map MapOfStringToNum; typedef vector VectorOfString; extern int _flag, aflag, bflag, cflag, c11flag, dflag, eflag, fflag, gflag, iflag, jflag, kflag, mflag, pflag, Pflag, Rflag, sflag, Uflag, uflag, vflag, wflag, Wflag, xflag, yflag, zflag; extern FILE *stream; extern SetOfString exturis; #define MAXINFILES (1000) extern int openfiles; extern int infiles; extern char *infile[MAXINFILES], *outfile, *proxy_host, *proxy_userid, *proxy_passwd, *auth_userid, *auth_passwd; extern const char *mapfile, *import_path, *cwd_path, *cppnamespace; extern int proxy_port; extern const char *service_prefix; extern const char *schema_prefix; extern const char elementformat[]; extern const char pointerformat[]; extern const char attributeformat[]; extern const char templateformat_open[]; extern const char attrtemplateformat_open[]; extern const char templateformat[]; extern const char pointertemplateformat[]; extern const char arrayformat[]; extern const char arraysizeformat[]; extern const char arrayoffsetformat[]; extern const char sizeformat[]; extern const char choiceformat[]; extern const char schemaformat[]; extern const char serviceformat[]; extern const char paraformat[]; extern const char anonformat[]; extern const char copyrightnotice[]; extern const char licensenotice[]; extern void *emalloc(size_t size); extern char *estrdup(const char *s); extern char *estrdupf(const char *s); extern void text(const char*); class Types; class Message; class Operation; class Service; class Definitions; #endif gsoap-2.8.28/gsoap/wsdl/Makefile.am0000644000175000017500000000250512653650160016410 0ustar ellertellert####### This is the input file for automake, which will generate Makefile.in ########## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = foreign 1.4 # INCLUDES=-I$(top_srcdir)/gsoap # AM_LDFLAGS=$(INCLUDES) -I$(srcdir) -L$(srcdir) AM_LDFLAGS=-L$(srcdir) -I$(top_srcdir)/gsoap -I$(top_srcdir)/gsoap/plugin AM_CPPFLAGS=-I$(top_srcdir)/gsoap -I$(top_srcdir)/gsoap/plugin SOAP=$(top_builddir)/gsoap/src/soapcpp2$(EXEEXT) SOAP_CPP_LIB=$(top_builddir)/gsoap/$(WSDL2H_SOAP_CPP_LIB) SOAP_CPP_SRC=wsdlC.cpp SOAPHEADER=$(srcdir)/wsdl.h SOAP_FLAGS=-SC -pwsdl -I$(srcdir) -I$(top_srcdir)/gsoap/import BUILT_SOURCES=$(SOAP_CPP_SRC) # WSDL2H_EXTRA_FLAGS=-DWITH_OPENSSL -DWITH_GZIP # defined in configure.in # WSDL2H_EXTRA_LIBS=-lssl -lcrypto -lz # defined in configure.in $(SOAP_CPP_SRC) : $(SOAPHEADER) $(SOAP) $(SOAP_FLAGS) $(SOAPHEADER) #LIBS= bin_PROGRAMS=wsdl2h wsdl2h_CFLAGS=$(C_DEBUG_FLAGS) $(WSDL2H_EXTRA_FLAGS) wsdl2h_CXXFLAGS=$(C_DEBUG_FLAGS) $(WSDL2H_EXTRA_FLAGS) $(WSDL2H_IMPORTPATH) wsdl2h_CPPFLAGS=$(AM_CPPFLAGS) $(SOAPCPP2_NONAMESPACES) -D$(platform) wsdl2h_SOURCES=wsdl2h.cpp wsdl.cpp schema.cpp types.cpp service.cpp soap.cpp mime.cpp wsp.cpp bpel.cpp $(SOAP_CPP_SRC) wsdl2h_LDADD=$(SOAP_CPP_LIB) $(WSDL2H_EXTRA_LIBS) CLEANFILES= *~ *C.cpp *H.h *Stub.h *.nsmap gsoap-2.8.28/gsoap/wsdl/wsdl.cpp0000644000175000017500000020115212653650160016030 0ustar ellertellert/* wsdl.cpp WSDL 1.1 and WSDL 2.0 binding schema implementation -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" extern struct Namespace namespaces[]; const char *qname_token(const char *QName, const char *URI) { if (QName && QName[0] == '"' && QName[1] == '"' && QName[2] == ':') return QName + 3; if (QName && URI && *QName == '"') // QNames are stored in the format "URI":name, unless the URI is in the nsmap { size_t n = strlen(URI); if (!strncmp(QName + 1, URI, n) && QName[n + 1] == '"') return QName + n + 3; } return NULL; } int is_builtin_qname(const char *QName) { if (iflag) return 1; if (QName) { if (*QName == '#') // reserved QNames return 0; if (*QName != '"') return 1; // if the QName does not start with a ", it must be in the nsmap const char *s = strchr(QName + 1, '"'); if (s) { size_t n = s - QName - 1; for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) if (strlen(*i) == n && !strncmp(QName + 1, *i, n)) return 1; // QName is in exturis } } return 0; } //////////////////////////////////////////////////////////////////////////////// // // wsdl // //////////////////////////////////////////////////////////////////////////////// extern "C" { int warn_ignore(struct soap*, const char*); int show_ignore(struct soap*, const char*); } wsdl__definitions::wsdl__definitions() { soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); #ifdef HTTPDA_H soap_register_plugin(soap, http_da); #endif #ifdef WITH_OPENSSL soap_ssl_client_context(soap, SOAP_SSL_NO_AUTHENTICATION, NULL, NULL, NULL, NULL, NULL); #endif soap_set_namespaces(soap, namespaces); soap_default(soap); if (vflag) soap->fignore = show_ignore; else soap->fignore = warn_ignore; soap->encodingStyle = NULL; soap->proxy_host = proxy_host; soap->proxy_port = proxy_port; soap->proxy_userid = proxy_userid; soap->proxy_passwd = proxy_passwd; name = NULL; targetNamespace = soap_strdup(soap, ""); documentation = NULL; types = NULL; updated = false; location = NULL; redirs = 0; } wsdl__definitions::wsdl__definitions(struct soap *copy) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_strcpy(soap->host, sizeof(soap->host), copy->host); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; updated = false; location = NULL; redirs = 0; } wsdl__definitions::wsdl__definitions(struct soap *copy, const char *cwd, const char *loc) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_strcpy(soap->host, sizeof(soap->host), copy->host); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; updated = false; location = NULL; redirs = 0; read(cwd, loc); } wsdl__definitions::~wsdl__definitions() { soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); } int wsdl__definitions::get(struct soap *soap) { (void)soap; return preprocess(); } int wsdl__definitions::read(int num, char **loc) { if (num <= 0) return read((const char*)NULL, (const char*)NULL); if (num == 1) return read((const char*)NULL, loc[0]); wsdl__import im; im.namespace_ = NULL; name = soap_strdup(soap, "WSDL"); targetNamespace = soap_strdup(soap, "");; for (int i = 0; i < num; i++) { im.location = loc[i]; import.push_back(im); } return preprocess(); } int wsdl__definitions::read(const char *cwd, const char *loc) { const char *cwd_temp; if (!cwd) cwd = cwd_path; if (vflag) fprintf(stderr, "\nOpening WSDL/XSD '%s' from '%s'\n", loc ? loc : "(stdin)", cwd ? cwd : "./"); if (loc) { if (soap->recvfd > 2) { soap_end_recv(soap); close(soap->recvfd); soap->recvfd = -1; } else if (soap_valid_socket(soap->socket)) { soap_end_recv(soap); soap_closesock(soap); } #ifdef WITH_OPENSSL if (!strncmp(loc, "http://", 7) || !strncmp(loc, "https://", 8)) #else if (!strncmp(loc, "https://", 8)) { fprintf(stderr, "\nCannot connect to https site: no SSL support, please rebuild wsdl2h with SSL or download the files and rerun wsdl2h\n"); exit(1); } else if (!strncmp(loc, "http://", 7)) #endif { fprintf(stderr, "%*sConnecting to '%s' to retrieve WSDL/XSD...", 2*openfiles, "", loc); location = soap_strdup(soap, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); soap_print_fault(soap, stderr); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else if (cwd && (!strncmp(cwd, "http://", 7) || !strncmp(cwd, "https://", 8))) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); fprintf(stderr, "%*sConnecting to '%s' to retrieve '%s'...", 2*openfiles, "", location, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else { soap->recvfd = open(loc, O_RDONLY, 0); if (soap->recvfd < 0) { if (cwd) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); #ifdef WIN32 if (!s) s = strrchr(location, '\\'); #endif if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0 && import_path) { size_t l = strlen(import_path) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, import_path); size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0) { fprintf(stderr, "\nCannot open '%s'\n", loc); exit(1); } } else location = soap_strdup(soap, loc); fprintf(stderr, "%*sReading '%s'...\n", 2*openfiles, "", location); openfiles++; } } cwd_temp = cwd_path; cwd_path = location; if (!soap_begin_recv(soap)) this->soap_in(soap, "wsdl:", NULL); if (soap->error) { // handle sloppy WSDLs that import schemas at the top level rather than // importing them in if (soap->error == SOAP_TAG_MISMATCH && soap->level == 0) { soap_retry(soap); xs__schema *schema = soap_new_xs__schema(soap); schema->soap_in(soap, "xs:schema", NULL); if (soap->error) { fprintf(stderr, "\nAn error occurred while parsing WSDL or XSD from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); exit(1); } name = NULL; targetNamespace = schema->targetNamespace; if (vflag) cerr << "Found schema '" << (targetNamespace ? targetNamespace : "(null)") << "' when expecting WSDL" << endl; types = soap_new_wsdl__types(soap); types->documentation = NULL; types->xs__schema_.push_back(schema); types->preprocess(*this); } // check HTTP redirect (socket was closed) else if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307) { int r = SOAP_ERR; fprintf(stderr, "Redirected to '%s'...\n", soap->endpoint); if (redirs++ < 10) r = read(cwd, soap->endpoint); else fprintf(stderr, "\nMax redirects exceeded\n"); redirs--; return r; } else if (soap->error == 401) { int r = SOAP_ERR; fprintf(stderr, "Authenticating to '%s' realm '%s'...\n", loc, soap->authrealm); if (auth_userid && auth_passwd && redirs++ < 1) { #ifdef HTTPDA_H struct http_da_info info; http_da_save(soap, &info, soap->authrealm, auth_userid, auth_passwd); #else soap->userid = auth_userid; soap->passwd = auth_passwd; #endif r = read(cwd, loc); #ifdef HTTPDA_H http_da_release(soap, &info); #endif redirs--; } else fprintf(stderr, "Authentication failed, use option -r:uid:pwd and (re)build with OpenSSL to enable digest authentication\n"); return r; } else { fprintf(stderr, "\nAn error occurred while parsing WSDL from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); exit(1); } } openfiles--; fprintf(stderr, "%*sDone reading '%s'\n", 2*openfiles, "", loc ? loc : "(stdin)"); soap_end_recv(soap); if (soap->recvfd > 2) { close(soap->recvfd); soap->recvfd = -1; } else soap_closesock(soap); cwd_path = cwd_temp; return SOAP_OK; } int wsdl__definitions::preprocess() { if (vflag) cerr << "Preprocessing wsdl definitions '" << (location ? location : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; // process import for (vector::iterator im1 = import.begin(); im1 != import.end(); ++im1) (*im1).preprocess(*this); // merge nested imported WSDLs into single import list again: for (vector::iterator im2 = import.begin(); im2 != import.end(); ++im2) { if ((*im2).definitionsPtr()) { for (vector::iterator i = (*im2).definitionsPtr()->import.begin(); i != (*im2).definitionsPtr()->import.end(); ++i) { if ((*i).definitionsPtr()) { bool found = false; if (vflag) cerr << "Import WSDL '" << ((*i).location ? (*i).location : "(null)") << endl; for (vector::iterator j = import.begin(); j != import.end(); ++j) { if ((*i).definitionsPtr() == (*j).definitionsPtr() || ((*i).location && (*j).location && !strcmp((*i).location, (*j).location))) { found = true; break; } } if (!found) { if (vflag) cerr << "Adding imported WSDL '" << ((*i).location ? (*i).location : "(null)") << "' to '" << (location ? location : "(null)") << "' ('" << (name ? name : "(null)") << "') namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; import.push_back(*i); goto again; } } } } } // merge for (vector::iterator im3 = import.begin(); im3 != import.end(); ++im3) { if ((*im3).definitionsPtr() && (*im3).definitionsPtr()->types) { if (!types) { types = soap_new_wsdl__types(soap); types->soap_default(soap); } // merge , check for duplicates, add namespaces for sloppy imports for (vector::const_iterator i = (*im3).definitionsPtr()->types->xs__schema_.begin(); i != (*im3).definitionsPtr()->types->xs__schema_.end(); ++i) { bool found = false; vector::const_iterator j; if (!(*i)->targetNamespace) { (*i)->targetNamespace = targetNamespace; if (!Wflag) cerr << "\nWarning: schema imported without namespace, assigning namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; } for (j = types->xs__schema_.begin(); j != types->xs__schema_.end(); ++j) { if ((*j)->targetNamespace && !strcmp((*i)->targetNamespace, (*j)->targetNamespace)) { found = true; break; } } // add new schema only if not already in , otherwise merge schema components if (found) { if (vflag) cerr << "\nSchemas with identical namespace '" << ((*i)->targetNamespace ? (*i)->targetNamespace : "(null)") << "' merged in WSDL '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; (*j)->insert(*(*i)); } else { if (vflag) cerr << "Adding schema with namespace '" << ((*i)->targetNamespace ? (*i)->targetNamespace : "(null)") << "' to types in WSDL '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; types->xs__schema_.push_back(*i); } } // make imported WSDL point to merged (*im3).definitionsPtr()->types = types; } } // process the types if (types) types->preprocess(*this); return SOAP_OK; } int wsdl__definitions::traverse() { if (updated) return SOAP_OK; if (vflag) cerr << "Analyzing definitions '" << (name ? name : "(null)") << "' in wsdl namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; updated = true; if (!targetNamespace) { if (vflag) cerr << "\nWarning: wsdl '" << (name ? name : "(null)") << "' has no targetNamespace" << endl; targetNamespace = soap_strdup(soap, ""); } // process import first for (vector::iterator im = import.begin(); im != import.end(); ++im) (*im).traverse(*this); // then process the types if (types) types->traverse(*this); // process messages before portType for (vector::iterator mg = message.begin(); mg != message.end(); ++mg) (*mg).traverse(*this); // process portType before binding for (vector::iterator pt = portType.begin(); pt != portType.end(); ++pt) (*pt).traverse(*this); // process interface before binding WSDL 2.0 for (vector::iterator in = interface_.begin(); in != interface_.end(); ++in) (*in).traverse(*this); // process binding for (vector::iterator bg = binding.begin(); bg != binding.end(); ++bg) (*bg).traverse(*this); // process service for (vector::iterator sv = service.begin(); sv != service.end(); ++sv) (*sv).traverse(*this); if (vflag) cerr << "End of definitions '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; for (std::vector::iterator wsp = wsp__Policy_.begin(); wsp != wsp__Policy_.end(); ++wsp) (*wsp).traverse(*this); for (std::vector::iterator plt = plnk__partnerLinkType.begin(); plt != plnk__partnerLinkType.end(); ++plt) (*plt).traverse(*this); for (std::vector::iterator vp = vprop__property.begin(); vp != vprop__property.end(); ++vp) (*vp).traverse(*this); for (std::vector::iterator vpa = vprop__propertyAlias.begin(); vpa != vprop__propertyAlias.end(); ++vpa) (*vpa).traverse(*this); return SOAP_OK; } const char *wsdl__definitions::sourceLocation() { return location; } int wsdl__definitions::error() { return soap->error; } bool wsdl__definitions::is_updated() { return updated; } void wsdl__definitions::print_fault() { soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); } void wsdl__definitions::builtinType(const char *type) { builtinTypeSet.insert(type); } void wsdl__definitions::builtinTypes(const SetOfString& types) { for (SetOfString::const_iterator tp = types.begin(); tp != types.end(); ++tp) builtinTypeSet.insert(*tp); } void wsdl__definitions::builtinElement(const char *element) { builtinElementSet.insert(element); } void wsdl__definitions::builtinElements(const SetOfString& elements) { for (SetOfString::const_iterator el = elements.begin(); el != elements.end(); ++el) builtinElementSet.insert(*el); } void wsdl__definitions::builtinAttribute(const char *attribute) { builtinAttributeSet.insert(attribute); } void wsdl__definitions::builtinAttributes(const SetOfString& attributes) { for (SetOfString::const_iterator at = attributes.begin(); at != attributes.end(); ++at) builtinAttributeSet.insert(*at); } const SetOfString& wsdl__definitions::builtinTypes() const { return builtinTypeSet; } const SetOfString& wsdl__definitions::builtinElements() const { return builtinElementSet; } const SetOfString& wsdl__definitions::builtinAttributes() const { return builtinAttributeSet; } int wsdl__service::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing service '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; // process ports for (vector::iterator pt = port.begin(); pt != port.end(); ++pt) (*pt).traverse(definitions); for (vector::iterator ep = endpoint.begin(); ep != endpoint.end(); ++ep) (*ep).traverse(definitions); for (vector::iterator py = wsp__Policy_.begin(); py != wsp__Policy_.end(); ++py) (*py).traverse(definitions); for (vector::iterator pr = wsp__PolicyReference_.begin(); pr != wsp__PolicyReference_.end(); ++pr) (*pr).traverse(definitions); return SOAP_OK; } wsdl__port::wsdl__port() { bindingRef = NULL; } int wsdl__port::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing service port/endpoint in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; // search binding name const char *token = qname_token(binding, definitions.targetNamespace); bindingRef = NULL; if (token) { for (vector::iterator binding = definitions.binding.begin(); binding != definitions.binding.end(); ++binding) { if ((*binding).name && !strcmp((*binding).name, token)) { bindingRef = &(*binding); if (vflag) cerr << " Found port/endpoint '" << (name ? name : "(null)") << "' binding '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!bindingRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(binding, importdefinitions->targetNamespace); if (token) { for (vector::iterator binding = importdefinitions->binding.begin(); binding != importdefinitions->binding.end(); ++binding) { if ((*binding).name && !strcmp((*binding).name, token)) { bindingRef = &(*binding); if (vflag) cerr << " Found port/endpoint '" << (name ? name : "(null)") << "' binding '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!bindingRef) if (!Wflag) cerr << "\nWarning: no port/endpoint '" << (name ? name : "(null)") << "' binding '" << (binding ? binding : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__port::bindingPtr(wsdl__binding *binding) { bindingRef = binding; if (!bindingRef && vflag) cerr << "\nWarning: wsdl__port binding set to NULL" << endl; } wsdl__binding *wsdl__port::bindingPtr() const { return bindingRef; } wsdl__binding::wsdl__binding() { portTypeRef = NULL; } int wsdl__binding::traverse(wsdl__definitions& definitions) { const char *token; if (vflag) cerr << " Analyzing binding '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; portTypeRef = NULL; if (interface_) // WSDL 2.0 token = qname_token(interface_, definitions.targetNamespace); else token = qname_token(type, definitions.targetNamespace); if (token) { for (vector::iterator portType = definitions.portType.begin(); portType != definitions.portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' portType '" << (token ? token : "(null)") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' interface '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!portTypeRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { if (interface_) // WSDL 2.0 token = qname_token(interface_, importdefinitions->targetNamespace); else token = qname_token(type, importdefinitions->targetNamespace); if (token) { for (vector::iterator portType = importdefinitions->portType.begin(); portType != importdefinitions->portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' portType '" << (token ? token : "(null)") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' interface '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!portTypeRef) { if (!Wflag) { if (interface_) cerr << "\nWarning: no binding '" << (name ? name : "(null)") << "' interface '" << (interface_ ? interface_ : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; else cerr << "\nWarning: no binding '" << (name ? name : "(null)") << "' portType '" << (type ? type : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } // WSDL 2.0 for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions, portTypeRef); for (vector::iterator i = operation.begin(); i != operation.end(); ++i) (*i).traverse(definitions, portTypeRef); for (vector::iterator p = wsp__Policy_.begin(); p != wsp__Policy_.end(); ++p) (*p).traverse(definitions); for (vector::iterator r = wsp__PolicyReference_.begin(); r != wsp__PolicyReference_.end(); ++r) (*r).traverse(definitions); return SOAP_OK; } void wsdl__binding::portTypePtr(wsdl__portType *portType) { portTypeRef = portType; if (!portTypeRef && vflag) cerr << "\nWarning: wsdl__binding portType set to NULL" << endl; } wsdl__portType *wsdl__binding::portTypePtr() const { return portTypeRef; } wsdl__ext_operation::wsdl__ext_operation() { operationRef = NULL; } int wsdl__ext_operation::traverse(wsdl__definitions& definitions, wsdl__portType *portTypeRef) { if (vflag) cerr << " Analyzing binding operation '" << (name ? name : ref ? ref : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (input) input->traverse(definitions); if (output) output->traverse(definitions); for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions, portTypeRef); // WSDL 2.0 for (vector::iterator fi = infault.begin(); fi != infault.end(); ++fi) (*fi).traverse(definitions, portTypeRef); for (vector::iterator fo = outfault.begin(); fo != outfault.end(); ++fo) (*fo).traverse(definitions, portTypeRef); operationRef = NULL; if (portTypeRef) { // WSDL 2.0, assumption: ref refers to an operation in the interface for this binding const char *token = NULL; if (ref) token = qname_token(ref, portTypeRef->definitionsPtr()->targetNamespace); for (vector::iterator i = portTypeRef->operation.begin(); i != portTypeRef->operation.end(); ++i) { if (token) { if ((*i).name && !strcmp((*i).name, token)) { operationRef = &(*i); if (vflag) cerr << " Found operation '" << token << "' in interface '" << portTypeRef->name << "'" << endl; break; } } else if (name && (*i).name && !strcmp((*i).name, name)) { if ((!input || !input->name || ((*i).__union1 == SOAP_UNION_wsdl__union_ioput_input && (*i).__ioput1.input->name && !strcmp((*i).__ioput1.input->name, input->name)) || ((*i).__union2 == SOAP_UNION_wsdl__union_ioput_input && (*i).__ioput2.input->name && !strcmp((*i).__ioput2.input->name, input->name)) ) && (!output || !output->name || ((*i).__union1 == SOAP_UNION_wsdl__union_ioput_output && (*i).__ioput1.output->name && !strcmp((*i).__ioput1.output->name, output->name)) || ((*i).__union2 == SOAP_UNION_wsdl__union_ioput_output && (*i).__ioput2.output->name && !strcmp((*i).__ioput2.output->name, output->name)) )) { operationRef = &(*i); if (vflag) cerr << " Found operation '" << name << "' in portType '" << portTypeRef->name << "'" << endl; break; } } } if (name && !operationRef) { for (vector::iterator j = portTypeRef->operation.begin(); j != portTypeRef->operation.end(); ++j) { if ((*j).name && !strcmp((*j).name, name)) { if (input && input->name && (((*j).__union1 == SOAP_UNION_wsdl__union_ioput_input && (*j).__ioput1.input->name && !strcmp((*j).__ioput1.input->name, input->name)) || ((*j).__union2 == SOAP_UNION_wsdl__union_ioput_input && (*j).__ioput2.input->name && !strcmp((*j).__ioput2.input->name, input->name)) )) cerr << "\nWarning: no matching portType operation input name '" << input->name << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (output && output->name && (((*j).__union1 == SOAP_UNION_wsdl__union_ioput_output && (*j).__ioput1.output->name && !strcmp((*j).__ioput1.output->name, output->name)) || ((*j).__union2 == SOAP_UNION_wsdl__union_ioput_output && (*j).__ioput2.output->name && !strcmp((*j).__ioput2.output->name, output->name)) )) cerr << "\nWarning: no matching portType operation output name '" << output->name << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; operationRef = &(*j); if (vflag) cerr << " Found operation '" << name << "'" << endl; break; } } } } if (!operationRef) { if (!Wflag) { if (ref) cerr << "\nWarning: no matching interface operation '" << (ref ? ref : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; else cerr << "\nWarning: no matching portType operation '" << (name ? name : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { for (vector::iterator i = fault.begin(); i != fault.end(); ++i) { if ((*i).name) { for (vector::iterator j = operationRef->fault.begin(); j != operationRef->fault.end(); ++j) { if ((*j).name && !strcmp((*j).name, (*i).name)) { (*i).faultPtr(&(*j)); if (vflag) cerr << " Found fault '" << (*j).name << "' message" << endl; break; } } } else if ((*i).soap__fault_ && (*i).soap__fault_->name) // try the soap:fault name, this is not elegant, but neither is WSDL 1.1 { for (vector::iterator j = operationRef->fault.begin(); j != operationRef->fault.end(); ++j) { if ((*j).name && !strcmp((*j).name, (*i).soap__fault_->name)) { (*i).faultPtr(&(*j)); if (vflag) cerr << " Found fault '" << ((*j).name ? (*j).name : "(null)") << "' message" << endl; break; } } } if (!(*i).faultPtr()) if (!Wflag) cerr << "\nWarning: no soap:fault '" << ((*i).name ? (*i).name : "(null)") << "' message in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' operation '" << (name ? name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ext_operation::operationPtr(wsdl__operation *operation) { operationRef = operation; if (!operationRef && vflag) cerr << "\nWarning: wsdl__ext_operation operation set to NULL" << endl; } wsdl__operation *wsdl__ext_operation::operationPtr() const { return operationRef; } int wsdl__ext_ioput::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing binding operation input/output in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator hd = soap__header_.begin(); hd != soap__header_.end(); ++hd) (*hd).traverse(definitions); for (vector::iterator whd = wsoap__header_.begin(); whd != wsoap__header_.end(); ++whd) (*whd).traverse(definitions); if (mime__multipartRelated_) mime__multipartRelated_->traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } wsdl__ext_fault::wsdl__ext_fault() { faultRef = NULL; } int wsdl__ext_fault::traverse(wsdl__definitions& definitions, wsdl__portType *portTypeRef) { if (vflag) cerr << " Analyzing binding operation fault in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (ref && portTypeRef) { // WSDL 2.0, assumption: ref refers to a fault in the interface for this binding const char *token = qname_token(ref, portTypeRef->definitionsPtr()->targetNamespace); if (token) { for (vector::iterator fault = portTypeRef->fault.begin(); fault != portTypeRef->fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { faultRef = &(*fault); if (vflag) cerr << " Found fault '" << (*fault).name << endl; break; } } } if (!faultRef) if (!Wflag) cerr << "\nWarning: no fault '" << (ref ? ref : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' interface '" << (portTypeRef->name ? portTypeRef->name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ext_fault::faultPtr(wsdl__fault *fault) { faultRef = fault; if (!faultRef && vflag) cerr << "\nWarning: wsdl__ext_fault fault ref set to NULL" << endl; } wsdl__fault *wsdl__ext_fault::faultPtr() const { return faultRef; } wsdl__portType::wsdl__portType() { definitionsRef = NULL; } int wsdl__portType::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; definitionsRef = &definitions; // traverse faults before operations, WSDL 2.0 for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions); for (vector::iterator i = operation.begin(); i != operation.end(); ++i) (*i).traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__portType::definitionsPtr(wsdl__definitions *definitions) { definitionsRef = definitions; } wsdl__definitions *wsdl__portType::definitionsPtr() const { return definitionsRef; } int wsdl__operation::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (__union1 == SOAP_UNION_wsdl__union_ioput_input) if (__ioput1.input) __ioput1.input->traverse(definitions); if (__union1 == SOAP_UNION_wsdl__union_ioput_output) if (__ioput1.output) __ioput1.output->traverse(definitions); if (__union2 == SOAP_UNION_wsdl__union_ioput_input) if (__ioput2.input) __ioput2.input->traverse(definitions); if (__union2 == SOAP_UNION_wsdl__union_ioput_output) if (__ioput2.output) __ioput2.output->traverse(definitions); for (vector::iterator i = fault.begin(); i != fault.end(); ++i) (*i).traverse(definitions); // WSDL 2.0 for (vector::iterator fi = infault.begin(); fi != infault.end(); ++fi) (*fi).traverse(definitions); for (vector::iterator fo = outfault.begin(); fo != outfault.end(); ++fo) (*fo).traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } wsdl__ioput::wsdl__ioput() { messageRef = NULL; elementRef = NULL; } int wsdl__ioput::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation input/output in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; messageRef = NULL; elementRef = NULL; // WSDL 2.0 if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found input/output '" << (messageLabel ? messageLabel : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (*element != '#' && !elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no input/output '" << (messageLabel ? messageLabel : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found input/output '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found input/output '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!messageRef) if (!Wflag) cerr << "\nWarning: no input/output '" << (name ? name : "(null)") << "' message '" << (message ? message : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ioput::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *wsdl__ioput::messagePtr() const { return messageRef; } void wsdl__ioput::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsdl__ioput::elementPtr() const { return elementRef; } wsdl__fault::wsdl__fault() { messageRef = NULL; elementRef = NULL; } int wsdl__fault::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation faults in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; messageRef = NULL; elementRef = NULL; // WSDL 2.0 if (ref) { const char *token = qname_token(ref, definitions.targetNamespace); if (token) { for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { for (vector::iterator fault = (*i).fault.begin(); fault != (*i).fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { elementRef = (*fault).elementPtr(); if (vflag) cerr << " Found fault '" << (ref ? ref : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } if (!elementRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { for (vector::iterator fault = (*i).fault.begin(); fault != (*i).fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { elementRef = (*fault).elementPtr(); if (vflag) cerr << " Found fault '" << (ref ? ref : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no fault '" << (messageLabel ? messageLabel : "(null)") << "' ref '" << ref << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found fault '" << (messageLabel ? messageLabel : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no fault '" << (messageLabel ? messageLabel : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found operation fault '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found operation fault '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!messageRef) if (!Wflag) cerr << "\nWarning: no operation fault '" << (name ? name : "(null)") << "' message '" << (message ? message : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__fault::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *wsdl__fault::messagePtr() const { return messageRef; } void wsdl__fault::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsdl__fault::elementPtr() const { return elementRef; } int wsdl__message::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing message '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator i = part.begin(); i != part.end(); ++i) (*i).traverse(definitions); for (vector::iterator p = wsp__Policy_.begin(); p != wsp__Policy_.end(); ++p) (*p).traverse(definitions); for (vector::iterator r = wsp__PolicyReference_.begin(); r != wsp__PolicyReference_.end(); ++r) (*r).traverse(definitions); return SOAP_OK; } wsdl__part::wsdl__part() { elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; } int wsdl__part::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing message parts in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator el = (*schema)->element.begin(); el != (*schema)->element.end(); ++el) { if ((*el).name && !strcmp((*el).name, token)) { elementRef = &(*el); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator st = (*schema)->simpleType.begin(); st != (*schema)->simpleType.end(); ++st) { if ((*st).name && !strcmp((*st).name, token)) { simpleTypeRef = &(*st); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } } token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator ct = (*schema)->complexType.begin(); ct != (*schema)->complexType.end(); ++ct) { if ((*ct).name && !strcmp((*ct).name, token)) { complexTypeRef = &(*ct); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (!elementRef && !simpleTypeRef && !complexTypeRef) { if (element) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' type '" << type << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' element or type in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void wsdl__part::elementPtr(xs__element *element) { elementRef = element; if (!elementRef && vflag) cerr << "\nWarning: wsdl__part element set to NULL" << endl; } void wsdl__part::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; if (!simpleTypeRef && vflag) cerr << "\nWarning: wsdl__part simpleType set to NULL" << endl; } void wsdl__part::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; if (!complexTypeRef && vflag) cerr << "\nWarning: wsdl__part complexType set to NULL" << endl; } xs__element *wsdl__part::elementPtr() const { return elementRef; } xs__simpleType *wsdl__part::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *wsdl__part::complexTypePtr() const { return complexTypeRef; } int wsdl__types::preprocess(wsdl__definitions& definitions) { if (vflag) cerr << "Preprocessing wsdl types" << endl; if (xs__schema_.empty()) // WSDL 2.0 w/o { targetNamespace = definitions.targetNamespace; xs__schema_.push_back(this); } again: // link imported schemas, need to repeat when is extended with new imported schema (from inside another schema, etc.) for (vector::iterator schema1 = xs__schema_.begin(); schema1 != xs__schema_.end(); ++schema1) { for (vector::iterator import = (*schema1)->import.begin(); import != (*schema1)->import.end(); ++import) { if ((*import).namespace_ && !(*import).schemaPtr()) { for (vector::const_iterator schema2 = xs__schema_.begin(); schema2 != xs__schema_.end(); ++schema2) { if (schema2 != schema1 && (*schema2)->targetNamespace && !strcmp((*import).namespace_, (*schema2)->targetNamespace)) { (*import).schemaPtr(*schema2); break; } } } } } // if a schema is imported but not in then get it for (vector::iterator schema2 = xs__schema_.begin(); schema2 != xs__schema_.end(); ++schema2) { for (vector::iterator import = (*schema2)->import.begin(); import != (*schema2)->import.end(); ++import) { bool found = false; if ((*import).schemaPtr()) found = true; if (vflag) cerr << "Preprocessing schema '" << (*schema2)->targetNamespace << "' import '" << ((*import).namespace_ ? (*import).namespace_ : "(null)") << "'" << endl; if (!found && (*import).namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp((*import).namespace_, *i)) { found = true; break; } } } if (!found && !iflag) // don't import any of the schemas in the .nsmap table (or when -i option is used) { xs__schema *importschema; importschema = (*import).schemaPtr(); if (!importschema) { const char *s = (*import).schemaLocation; if (!s) s = (*import).namespace_; if (!s) continue; importschema = new xs__schema(definitions.soap, (*schema2)->sourceLocation(), s); if (!(*import).namespace_) { if (importschema->targetNamespace) (*import).namespace_ = importschema->targetNamespace; else (*import).namespace_ = soap_strdup(definitions.soap, ""); } if (!importschema->targetNamespace || !*importschema->targetNamespace) importschema->targetNamespace = (*import).namespace_; else if ((*import).namespace_ && strcmp(importschema->targetNamespace, (*import).namespace_)) cerr << "Schema import namespace '" << ((*import).namespace_ ? (*import).namespace_ : "(null)") << "' does not correspond to imported namespace '" << importschema->targetNamespace << "'" << endl; for (vector::const_iterator schema3 = xs__schema_.begin(); schema3 != xs__schema_.end(); ++schema3) { if ((*schema3)->targetNamespace && !strcmp((*import).namespace_, (*schema3)->targetNamespace)) { (*import).schemaPtr(*schema3); if ((*schema3) == this || // WSDL 2.0 has no FormDefaults (*schema3)->empty()) // schema w/o components, only imports { (*schema3)->elementFormDefault = importschema->elementFormDefault; (*schema3)->attributeFormDefault = importschema->attributeFormDefault; } (*schema3)->insert(*importschema); // merge content goto again; } } } if (importschema) { (*import).schemaPtr(importschema); xs__schema_.push_back(importschema); if (vflag) cerr << "Adding schema '" << importschema->targetNamespace << "'" << endl; goto again; } } } } if (vflag) { for (vector::iterator schema4 = xs__schema_.begin(); schema4 != xs__schema_.end(); ++schema4) { cerr << endl << "Schema " << ((*schema4)->targetNamespace ? (*schema4)->targetNamespace : "") << " " << ((*schema4)->sourceLocation() ? (*schema4)->sourceLocation() : "") << endl; for (vector::iterator im = (*schema4)->import.begin(); im != (*schema4)->import.end(); ++im) cerr << " import " << ((*im).namespace_ ? (*im).namespace_ : "") << " " << ((*im).schemaLocation ? (*im).schemaLocation : "") << endl; for (vector::iterator st = (*schema4)->simpleType.begin(); st != (*schema4)->simpleType.end(); ++st) cerr << " simpleType " << ((*st).name ? (*st).name : "") << endl; for (vector::iterator ct = (*schema4)->complexType.begin(); ct != (*schema4)->complexType.end(); ++ct) cerr << " complexType " << ((*ct).name ? (*ct).name : "") << endl; for (vector::iterator el = (*schema4)->element.begin(); el != (*schema4)->element.end(); ++el) cerr << " element " << ((*el).name ? (*el).name : "") << endl; for (vector::iterator at = (*schema4)->attribute.begin(); at != (*schema4)->attribute.end(); ++at) cerr << " attribute " << ((*at).name ? (*at).name : "") << endl; } } return SOAP_OK; } int wsdl__types::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing types in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator schema3 = xs__schema_.begin(); schema3 != xs__schema_.end(); ++schema3) { // artificially extend the of each schema to include others so when we traverse schemas we can resolve references for (vector::iterator importschema = xs__schema_.begin(); importschema != xs__schema_.end(); ++importschema) { if (schema3 != importschema && (*importschema)->targetNamespace) { xs__import *import = soap_new_xs__import(definitions.soap); import->namespace_ = (*importschema)->targetNamespace; import->schemaPtr(*importschema); (*schema3)->import.push_back(*import); } } // check and report for (vector::iterator import = (*schema3)->import.begin(); import != (*schema3)->import.end(); ++import) { if ((*import).namespace_) { bool found = false; for (vector::const_iterator importschema = xs__schema_.begin(); importschema != xs__schema_.end(); ++importschema) { if ((*importschema)->targetNamespace && !strcmp((*import).namespace_, (*importschema)->targetNamespace)) { found = true; break; } } if (!found && vflag) cerr << "Schema import namespace '" << (*import).namespace_ << "' refers to an unknown Schema" << endl; } else if (!Wflag) cerr << "\nWarning: schema import '" << ((*import).schemaLocation ? (*import).schemaLocation : "") << "' has no namespace" << endl; } } // traverse the schemas for (vector::iterator schema4 = xs__schema_.begin(); schema4 != xs__schema_.end(); ++schema4) (*schema4)->traverse(); // find all built-in types, elements, and attributes for (vector::iterator schema5 = xs__schema_.begin(); schema5 != xs__schema_.end(); ++schema5) { if (vflag) for (SetOfString::const_iterator i = (*schema5)->builtinTypes().begin(); i != (*schema5)->builtinTypes().end(); ++i) cerr << " Built-in schema type '" << (*i) << "'" << endl; definitions.builtinTypes((*schema5)->builtinTypes()); definitions.builtinElements((*schema5)->builtinElements()); definitions.builtinAttributes((*schema5)->builtinAttributes()); } return SOAP_OK; } int wsdl__import::preprocess(wsdl__definitions& definitions) { static map included; bool found = false; if (vflag) cerr << "Preprocess wsdl import '" << (location ? location : "(null)") << "'" << endl; definitionsRef = NULL; if (namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp(namespace_, *i)) { found = true; break; } } } if (!found && location) { map::iterator i = included.find(location); if (i != included.end()) { if (vflag) fprintf(stderr, "\nWSDL/XSD '%s' already imported\n", location); found = true; definitionsRef = (*i).second; } } if (!found && location) { // parse imported definitions const char *source = definitions.sourceLocation(); if (vflag) cerr << "Importing '" << location << "' into '" << (source ? source : "(source location not set)") << "'" << endl; definitionsRef = new wsdl__definitions(definitions.soap); if (!definitionsRef) return SOAP_EOF; included[location] = definitionsRef; definitionsRef->read(source, location); if (!namespace_) namespace_ = definitionsRef->targetNamespace; else if (!definitionsRef->targetNamespace || !*definitionsRef->targetNamespace) definitionsRef->targetNamespace = namespace_; else if (strcmp(namespace_, definitionsRef->targetNamespace)) cerr << "Error: wsdl definitions/import '" << location << "' namespace '" << namespace_ << "' does not match imported targetNamespace '" << definitionsRef->targetNamespace << "'" << endl; } else if (!location) cerr << "\nWarning: wsdl definitions/import has no location attribute" << endl; return SOAP_OK; } int wsdl__import::traverse(wsdl__definitions& definitions) { if (definitionsRef) { if (vflag) cerr << " Analyzing imported wsdl namespace '" << (namespace_ ? namespace_ : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (!definitionsRef->targetNamespace) { if (namespace_) definitionsRef->targetNamespace = namespace_; else definitionsRef->targetNamespace = definitions.targetNamespace; } return definitionsRef->traverse(); } return SOAP_OK; } void wsdl__import::definitionsPtr(wsdl__definitions *definitions) { definitionsRef = definitions; if (!definitionsRef && vflag) cerr << "\nWarning: wsdl__import definitions set to NULL" << endl; } wsdl__definitions *wsdl__import::definitionsPtr() const { return definitionsRef; } wsdl__import::wsdl__import() { definitionsRef = NULL; } //////////////////////////////////////////////////////////////////////////////// // // streams // //////////////////////////////////////////////////////////////////////////////// ostream &operator<<(ostream &o, const wsdl__definitions &e) { if (!e.soap) { struct soap soap; soap_init2(&soap, SOAP_IO_DEFAULT, SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(&soap, namespaces); e.soap_serialize(&soap); soap_begin_send(&soap); e.soap_out(&soap, "wsdl:definitions", 0, NULL); soap_end_send(&soap); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); } else { ostream *os = e.soap->os; e.soap->os = &o; e.soap_serialize(e.soap); soap_begin_send(e.soap); e.soap_out(e.soap, "wsdl:definitions", 0, NULL); soap_end_send(e.soap); e.soap->os = os; } return o; } istream &operator>>(istream &i, wsdl__definitions &e) { if (!e.soap) { e.soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(e.soap, namespaces); } istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || !e.soap_in(e.soap, "wsdl:", NULL) || soap_end_recv(e.soap)) { // handle error? Note: e.soap->error is set and app should check } e.soap->is = is; return i; } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// extern "C" { int warn_ignore(struct soap *soap, const char *tag) { // We don't warn if the omitted element was an annotation or a documentation in an unexpected place if (soap->mustUnderstand) fprintf(stderr, "Error: element '%s' at level %d must be understood\n", tag, soap->level); if (!Wflag && soap_match_tag(soap, tag, "xs:annotation") && soap_match_tag(soap, tag, "xs:documentation") && soap_match_tag(soap, tag, "xs:appinfo")) fprintf(stderr, "\nWarning: unexpected element '%s' at level %d is skipped (safe to ignore)\n", tag, soap->level); if (soap->body && !soap_string_in(soap, 0, -1, -1, NULL)) return soap->error; return SOAP_OK; } int show_ignore(struct soap *soap, const char *tag) { warn_ignore(soap, tag); soap_print_fault_location(soap, stderr); return SOAP_OK; } } // end extern "C" gsoap-2.8.28/gsoap/wsdl/sp.h0000644000175000017500000000436712653650160015157 0ustar ellertellert/* sp.h WS-SecurityPolicy 1.2 binding schemas -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap sp schema documentation: WS-SecurityPolicy binding //gsoap sp schema namespace: http://docs.oasis-open.org/ws-sx/ws-securitypolicy/200702 // 1.1 //gsoap sp schema namespace: http://schemas.xmlsoap.org/ws/2005/07/securitypolicy //gsoap sp schema elementForm: qualified //gsoap sp schema attributeForm: unqualified #import "imports.h" #import "wsam.h" #import "wst.h" class sp__Header { public: @xsd__NCName Name; @xsd__anyURI Namespace; }; class sp__Parts { public: xsd__string Body; std::vector Header; xsd__string Attachments; }; class sp__Elements { public: @xsd__anyURI XPathVersion; std::vector XPath; }; class sp__Token : public wsp__Assertion { public: @xsd__anyURI IncludeToken; wsa__EndpointReferenceType *Issuer; xsd__anyURI IssuerName; wst__Claims *wst__Claims_; }; gsoap-2.8.28/gsoap/wsdl/dime.h0000644000175000017500000000320712653650160015443 0ustar ellertellert/* dime.h WSDL/DIME binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap dime schema documentation: WSDL/DIME binding schema //gsoap dime schema namespace: http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/ #import "imports.h" class dime__message { public: @xsd__anyURI layout; // @xsd__boolean wsdl__required; }; gsoap-2.8.28/gsoap/wsdl/http.h0000644000175000017500000000371312653650160015506 0ustar ellertellert/* http.h WSDL/HTTP binding schema interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap http schema documentation: WSDL 1.1 HTTP binding schema //gsoap http schema namespace: http://schemas.xmlsoap.org/wsdl/http/ //gsoap whttp schema documentation: WSDL 2.0 HTTP binding schema //gsoap whttp schema namespace: http://www.w3.org/ns/wsdl/http #import "imports.h" class http__address { public: @xsd__anyURI location; }; class http__binding { public: @xsd__NMTOKEN verb; }; class http__operation { public: @xsd__anyURI location; }; class whttp__header { public: @xsd__string name; @xsd__QName type; @xsd__boolean required = false; }; gsoap-2.8.28/gsoap/plugin/0000755000175000017500000000000012653650150014676 5ustar ellertellertgsoap-2.8.28/gsoap/plugin/httpdatest.h0000644000175000017500000000421612653650150017236 0ustar ellertellert/* httpdatest.h gSOAP HTTP Digest Authentication example application. gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpdatest.h cc -DWITH_OPENSSL -o httpdatest httpdatest.c soapC.c soapClient.c soapServer.c httpda.c md5evp.c threads.c stdsoap2.c -lssl -lcrypto -lz */ int ns__echoString(char *arg, struct ns__echoString*); gsoap-2.8.28/gsoap/plugin/httpmd5test.c0000644000175000017500000000517212653650150017334 0ustar ellertellert/* httpmd5test.c gSOAP HTTP Content-MD5 digest plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Requires OpenSSL Compile: soapcpp2 -c httpmd5test.h cc -DWITH_OPENSSL -o httpmd5test httpmd5test.c soapC.c soapClient.c soapServer.c httpmd5.c md5evp.c stdsoap2.c -lssl -lcrypto -lz */ #include "httpmd5.h" #include "soapH.h" #include "ns.nsmap" int main(int argc, char **argv) { struct soap soap; struct ns__echoString r; soap_init(&soap); soap_register_plugin(&soap, http_md5); if (argc < 2) soap_serve(&soap); else if (soap_call_ns__echoString(&soap, "http://", NULL, argv[1], &r)) soap_print_fault(&soap, stderr); soap_end(&soap); soap_done(&soap); return 0; } int ns__echoString(struct soap *soap, char *arg, struct ns__echoString *response) { response->arg = arg; return SOAP_OK; } gsoap-2.8.28/gsoap/plugin/httpget.h0000644000175000017500000000623612653650150016535 0ustar ellertellert/* httpget.h gSOAP HTTP GET plugin. See httpget.c for usage instructions. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- */ #ifndef HTTPGET_H #define HTTPGET_H #include "stdsoap2.h" #ifdef __cplusplus extern "C" { #endif #define HTTP_GET_ID "HTTP-GET-1.1" /* plugin identification */ extern const char http_get_id[]; /* This is the local plugin data shared among all copies of the soap struct: */ struct http_get_data { int (*fparse)(struct soap*); /* to save and call the internal HTTP header parser */ int (*fget)(struct soap*); /* user-defined server-side HTTP GET handler */ size_t stat_get; /* HTTP GET usage statistics */ size_t stat_post; /* HTTP POST usage statistics */ size_t stat_fail; /* HTTP failure statistics */ size_t min[60]; /* Hits by the minute */ size_t hour[24]; /* Hits by the hour */ size_t day[366]; /* Hits by day */ }; int http_get(struct soap*, struct soap_plugin*, void*); int soap_get_connect(struct soap*, const char*, const char*); char *query(struct soap*); char *query_key(struct soap*, char**); char *query_val(struct soap*, char**); int soap_encode_string(const char*, char*, size_t); const char* soap_decode_string(char*, size_t, const char*); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/threads.c0000644000175000017500000001001212653650150016466 0ustar ellertellert/* threads.c Portable threads and locks API implementation gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "threads.h" #ifdef WIN32 /******************************************************************************\ * * Emulation of POSIX condition variables for WIN32 * \******************************************************************************/ #ifdef __cplusplus extern "C" { #endif int emulate_pthread_mutex_lock(volatile MUTEX_TYPE *mx) { if (*mx == NULL) /* static initializer? */ { HANDLE p = CreateMutex(NULL, FALSE, NULL); if (InterlockedCompareExchangePointer((PVOID*)mx, (PVOID)p, NULL) != NULL) CloseHandle(p); } return WaitForSingleObject(*mx, INFINITE) == WAIT_FAILED; } int emulate_pthread_cond_init(COND_TYPE *cv) { cv->waiters_count_ = 0; cv->signal_event_ = CreateEvent(NULL, FALSE, FALSE, NULL); InitializeCriticalSection(&cv->waiters_count_lock_); return 0; } int emulate_pthread_cond_destroy(COND_TYPE *cv) { CloseHandle(cv->signal_event_); DeleteCriticalSection(&cv->waiters_count_lock_); return 0; } int emulate_pthread_cond_signal(COND_TYPE *cv) { int have_waiters; EnterCriticalSection(&cv->waiters_count_lock_); have_waiters = cv->waiters_count_ > 0; LeaveCriticalSection(&cv->waiters_count_lock_); if (have_waiters) return SetEvent(cv->signal_event_) == 0; return 0; } int emulate_pthread_cond_wait(COND_TYPE *cv, MUTEX_TYPE *cs) { int result; EnterCriticalSection(&cv->waiters_count_lock_); cv->waiters_count_++; LeaveCriticalSection(&cv->waiters_count_lock_); ReleaseMutex(*cs); result = (WaitForSingleObject(cv->signal_event_, INFINITE) == WAIT_FAILED); if (!result) { EnterCriticalSection(&cv->waiters_count_lock_); cv->waiters_count_--; LeaveCriticalSection(&cv->waiters_count_lock_); result = (WaitForSingleObject(*cs, INFINITE) == WAIT_FAILED); } return result; } #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/md5evp.h0000644000175000017500000000600212653650150016245 0ustar ellertellert/* md5evp.h gSOAP HTTP Content-MD5 digest plugin. gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- Defines MD5 handler using EVP interface (e.g. using OpenSSL) int md5_handler(struct soap *soap, void **context, enum md5_action action, char *buf, size_t len) context can be set and passed to subsequent calls. Parameters: action = MD5_INIT: init context MD5_UPDATE: update context with data from buf with size len MD5_FINAL: fill buf with 16 bytes MD5 hash value MD5_DELETE: delete context buf input data, output MD5 128 bit hash value len length of input data */ #ifndef MD5EVP_H #define MD5EVP_H #include "stdsoap2.h" #ifdef WITH_OPENSSL #include #endif #ifdef __cplusplus extern "C" { #endif enum md5_action { MD5_INIT, MD5_UPDATE, MD5_FINAL, MD5_DELETE }; int md5_handler(struct soap *soap, void **context, enum md5_action action, char *buf, size_t len); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/wsaapi.h0000644000175000017500000001441512653650150016340 0ustar ellertellert/* wsaapi.h WS-Addressing plugin gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSAAPI_H #define WSAAPI_H #include "soapH.h" /* replace with soapcpp2-generated *H.h file */ #ifdef __cplusplus extern "C" { #endif /** plugin identification for plugin registry */ #define SOAP_WSA_ID "SOAP-WSA-1.3" /** plugin identification for plugin registry */ extern const char soap_wsa_id[]; extern const char *soap_wsa_noneURI; extern const char *soap_wsa_anonymousURI; extern const char *soap_wsa_faultAction; #if defined(SOAP_WSA_2003) # define SOAP_WSA(member) wsa3__##member # define SOAP_WSA_(prefix,member) prefix##_wsa3__##member # define SOAP_WSA__(prefix,member) prefix##wsa3__##member #elif defined(SOAP_WSA_2004) # define SOAP_WSA(member) wsa4__##member # define SOAP_WSA_(prefix,member) prefix##_wsa4__##member # define SOAP_WSA__(prefix,member) prefix##wsa4__##member #elif defined(SOAP_WSA_2005) # define SOAP_WSA(member) wsa5__##member # define SOAP_WSA_(prefix,member) prefix##_wsa5__##member # define SOAP_WSA__(prefix,member) prefix##wsa5__##member #else # define SOAP_WSA(member) wsa__##member # define SOAP_WSA_(prefix,member) prefix##_wsa__##member # define SOAP_WSA__(prefix,member) prefix##wsa__##member #endif /** @struct soap_wsa_data @brief plugin data to override callbacks */ struct soap_wsa_data { /** fheader callback is invoked immediately after parsing a SOAP Header */ int (*fheader)(struct soap*); /** fseterror callback is used to inspect and change gSOAP error codes */ void (*fseterror)(struct soap*, const char**, const char**); /** fresponse callback is used to change a HTTP response into a HTTP POST */ int (*fresponse)(struct soap*, int, size_t); /** fdisconnect callback is used to accept HTTP 202 */ int (*fdisconnect)(struct soap*); }; int soap_wsa(struct soap *soap, struct soap_plugin *p, void *arg); const char *soap_wsa_rand_uuid(struct soap *soap); int soap_wsa_request(struct soap *soap, const char *id, const char *to, const char *action); int soap_wsa_add_From(struct soap *soap, const char *endpoint); int soap_wsa_add_NoReply(struct soap *soap); int soap_wsa_add_ReplyTo(struct soap *soap, const char *endpoint); int soap_wsa_add_FaultTo(struct soap *soap, const char *endpoint); int soap_wsa_add_RelatesTo(struct soap *soap, const char *endpoint); const char *soap_wsa_From(struct soap *soap); const char *soap_wsa_ReplyTo(struct soap *soap); const char *soap_wsa_FaultTo(struct soap *soap); const char *soap_wsa_RelatesTo(struct soap *soap); int soap_wsa_check(struct soap *soap); int soap_wsa_reply(struct soap *soap, const char *id, const char *action); int soap_wsa_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsa_fault_subcode_action(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action); int soap_wsa_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsa_sender_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action); int soap_wsa_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsa_receiver_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action); int soap_wsa_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsa_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail); #if defined(SOAP_WSA_2005) int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultCodesType) *fault, const char **info); int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultCodesType) fault, const char *info); #elif defined(SOAP_WSA_2003) int soap_wsa_check_fault(struct soap *soap, char **fault); int soap_wsa_error(struct soap *soap, const char *fault); #else int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultSubcodeValues) *fault); int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultSubcodeValues) fault); #endif #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/cacerts.c0000644000175000017500000077366612653650150016517 0ustar ellertellert/* cacerts.c Store CA certificates in memory for optimizations and/or stand-alone clients. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- # Part of the source for this file is provided by Mozilla: # http://mxr.mozilla.org/mozilla/source/security/nss/lib/ckfw/builtins/certdata.txt?raw=1 # This file was converted to PEM format with tools provided by OpenSSL. # This Source Code Form is subject to the terms of the Mozilla Public # License, v. 2.0. If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. */ #include "cacerts.h" #ifdef __cplusplus extern "C" { #endif int soap_ssl_client_cacerts(struct soap *soap) { extern const char cacert_pem_data[]; const char *data = cacert_pem_data; const char *next = data; int err = SOAP_OK; int max = 0; X509 *cert = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *der; #else unsigned char *der; #endif char *buf = NULL; X509_STORE *store; if ((err = soap_ssl_client_context(soap, SOAP_SSL_DEFAULT, NULL, NULL, NULL, NULL, NULL))) return err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Populating certificate chain\n")); store = SSL_CTX_get_cert_store(soap->ctx); for (;;) { int len; data = strstr(next, "-----BEGIN CERTIFICATE-----"); if (!data) break; data += 27; next = strstr(data, "-----END CERTIFICATE-----"); if (!next) break; len = (next - data + 3) / 4 * 3; if (len > max) { if (buf) SOAP_FREE(soap, buf); buf = (char*)SOAP_MALLOC(soap, len); max = len; } soap_base642s(soap, data, buf, (size_t)len, NULL); der = (unsigned char*)buf; if (cert) { X509_free(cert); cert = NULL; } if (!d2i_X509(&cert, &der, len)) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding certificate %d bytes\n", len)); if (X509_STORE_add_cert(store, cert) != 1) { char line[80]; (SOAP_SNPRINTF(line, sizeof(line), 32), "At position %lu", (unsigned long)(data - cacert_pem_data)); err = soap_set_receiver_error(soap, line, "SSL add chain certificate failed in soap_ssl_client_cacerts()", SOAP_SSL_ERROR); break; } data = next + 25; } if (buf) SOAP_FREE(soap, buf); if (cert) X509_free(cert); return err; } const char cacert_pem_data[] = "\ GlobalSign Root CA\ ==================\ -----BEGIN CERTIFICATE-----\ MIIDdTCCAl2gAwIBAgILBAAAAAABFUtaw5QwDQYJKoZIhvcNAQEFBQAwVzELMAkGA1UEBhMCQkUx\ GTAXBgNVBAoTEEdsb2JhbFNpZ24gbnYtc2ExEDAOBgNVBAsTB1Jvb3QgQ0ExGzAZBgNVBAMTEkds\ b2JhbFNpZ24gUm9vdCBDQTAeFw05ODA5MDExMjAwMDBaFw0yODAxMjgxMjAwMDBaMFcxCzAJBgNV\ BAYTAkJFMRkwFwYDVQQKExBHbG9iYWxTaWduIG52LXNhMRAwDgYDVQQLEwdSb290IENBMRswGQYD\ VQQDExJHbG9iYWxTaWduIFJvb3QgQ0EwggEiMA0GCSqGSIb3DQEBAQUAA4IBDwAwggEKAoIBAQDa\ DuaZjc6j40+Kfvvxi4Mla+pIH/EqsLmVEQS98GPR4mdmzxzdzxtIK+6NiY6arymAZavpxy0Sy6sc\ THAHoT0KMM0VjU/43dSMUBUc71DuxC73/OlS8pF94G3VNTCOXkNz8kHp1Wrjsok6Vjk4bwY8iGlb\ Kk3Fp1S4bInMm/k8yuX9ifUSPJJ4ltbcdG6TRGHRjcdGsnUOhugZitVtbNV4FpWi6cgKOOvyJBNP\ c1STE4U6G7weNLWLBYy5d4ux2x8gkasJU26Qzns3dLlwR5EiUWMWea6xrkEmCMgZK9FGqkjWZCrX\ gzT/LCrBbBlDSgeF59N89iFo7+ryUp9/k5DPAgMBAAGjQjBAMA4GA1UdDwEB/wQEAwIBBjAPBgNV\ HRMBAf8EBTADAQH/MB0GA1UdDgQWBBRge2YaRQ2XyolQL30EzTSo//z9SzANBgkqhkiG9w0BAQUF\ AAOCAQEA1nPnfE920I2/7LqivjTFKDK1fPxsnCwrvQmeU79rXqoRSLblCKOzyj1hTdNGCbM+w6Dj\ Y1Ub8rrvrTnhQ7k4o+YviiY776BQVvnGCv04zcQLcFGUl5gE38NflNUVyRRBnMRddWQVDf9VMOyG\ j/8N7yy5Y0b2qvzfvGn9LhJIZJrglfCm7ymPAbEVtQwdpf5pLGkkeB6zpxxxYu7KyJesF12KwvhH\ hm4qxFYxldBniYUr+WymXUadDKqC5JlR3XC321Y9YeRq4VzW9v493kHMB65jUr9TU/Qr6cf9tveC\ X4XSQRjbgbMEHMUfpIBvFSDJ3gyICh3WZlXi/EjJKSZp4A==\ -----END CERTIFICATE-----\ \ GlobalSign Root CA - R2\ =======================\ -----BEGIN CERTIFICATE-----\ MIIDujCCAqKgAwIBAgILBAAAAAABD4Ym5g0wDQYJKoZIhvcNAQEFBQAwTDEgMB4GA1UECxMXR2xv\ YmFsU2lnbiBSb290IENBIC0gUjIxEzARBgNVBAoTCkdsb2JhbFNpZ24xEzARBgNVBAMTCkdsb2Jh\ bFNpZ24wHhcNMDYxMjE1MDgwMDAwWhcNMjExMjE1MDgwMDAwWjBMMSAwHgYDVQQLExdHbG9iYWxT\ aWduIFJvb3QgQ0EgLSBSMjETMBEGA1UEChMKR2xvYmFsU2lnbjETMBEGA1UEAxMKR2xvYmFsU2ln\ bjCCASIwDQYJKoZIhvcNAQEBBQADggEPADCCAQoCggEBAKbPJA6+Lm8omUVCxKs+IVSbC9N/hHD6\ ErPLv4dfxn+G07IwXNb9rfF73OX4YJYJkhD10FPe+3t+c4isUoh7SqbKSaZeqKeMWhG8eoLrvozp\ s6yWJQeXSpkqBy+0Hne/ig+1AnwblrjFuTosvNYSuetZfeLQBoZfXklqtTleiDTsvHgMCJiEbKjN\ S7SgfQx5TfC4LcshytVsW33hoCmEofnTlEnLJGKRILzdC9XZzPnqJworc5HGnRusyMvo4KD0L5CL\ TfuwNhv2GXqF4G3yYROIXJ/gkwpRl4pazq+r1feqCapgvdzZX99yqWATXgAByUr6P6TqBwMhAo6C\ ygPCm48CAwEAAaOBnDCBmTAOBgNVHQ8BAf8EBAMCAQYwDwYDVR0TAQH/BAUwAwEB/zAdBgNVHQ4E\ FgQUm+IHV2ccHsBqBt5ZtJot39wZhi4wNgYDVR0fBC8wLTAroCmgJ4YlaHR0cDovL2NybC5nbG9i\ YWxzaWduLm5ldC9yb290LXIyLmNybDAfBgNVHSMEGDAWgBSb4gdXZxwewGoG3lm0mi3f3BmGLjAN\ BgkqhkiG9w0BAQUFAAOCAQEAmYFThxxol4aR7OBKuEQLq4GsJ0/WwbgcQ3izDJr86iw8bmEbTUsp\ 9Z8FHSbBuOmDAGJFtqkIk7mpM0sYmsL4h4hO291xNBrBVNpGP+DTKqttVCL1OmLNIG+6KYnX3ZHu\ 01yiPqFbQfXf5WRDLenVOavSot+3i9DAgBkcRcAtjOj4LaR0VknFBbVPFd5uRHg5h6h+u/N5GJG7\ 9G+dwfCMNYxdAfvDbbnvRG15RjF+Cv6pgsH/76tuIMRQyV+dTZsXjAzlAcmgQWpzU/qlULRuJQ/7\ TBj0/VLZjmmx6BEP3ojY+x1J96relc8geMJgEtslQIxq/H5COEBkEveegeGTLg==\ -----END CERTIFICATE-----\ \ Verisign Class 3 Public Primary Certification Authority - G3\ ============================================================\ -----BEGIN CERTIFICATE-----\ MIIEGjCCAwICEQCbfgZJoz5iudXukEhxKe9XMA0GCSqGSIb3DQEBBQUAMIHKMQswCQYDVQQGEwJV\ UzEXMBUGA1UEChMOVmVyaVNpZ24sIEluYy4xHzAdBgNVBAsTFlZlcmlTaWduIFRydXN0IE5ldHdv\ 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CERTIFICATE-----\ \ CNNIC ROOT\ ==========\ -----BEGIN CERTIFICATE-----\ MIIDVTCCAj2gAwIBAgIESTMAATANBgkqhkiG9w0BAQUFADAyMQswCQYDVQQGEwJDTjEOMAwGA1UE\ ChMFQ05OSUMxEzARBgNVBAMTCkNOTklDIFJPT1QwHhcNMDcwNDE2MDcwOTE0WhcNMjcwNDE2MDcw\ OTE0WjAyMQswCQYDVQQGEwJDTjEOMAwGA1UEChMFQ05OSUMxEzARBgNVBAMTCkNOTklDIFJPT1Qw\ ggEiMA0GCSqGSIb3DQEBAQUAA4IBDwAwggEKAoIBAQDTNfc/c3et6FtzF8LRb+1VvG7q6KR5smzD\ o+/hn7E7SIX1mlwhIhAsxYLO2uOabjfhhyzcuQxauohV3/2q2x8x6gHx3zkBwRP9SFIhxFXf2tiz\ VHa6dLG3fdfA6PZZxU3Iva0fFNrfWEQlMhkqx35+jq44sDB7R3IJMfAw28Mbdim7aXZOV/kbZKKT\ VrdvmW7bCgScEeOAH8tjlBAKqeFkgjH5jCftppkA9nCTGPihNIaj3XrCGHn2emU1z5DrvTOTn1Or\ czvmmzQgLx3vqR1jGqCA2wMv+SYahtKNu6m+UjqHZ0gNv7Sg2Ca+I19zN38m5pIEo3/PIKe38zrK\ y5nLAgMBAAGjczBxMBEGCWCGSAGG+EIBAQQEAwIABzAfBgNVHSMEGDAWgBRl8jGtKvf33VKWCscC\ wQ7vptU7ETAPBgNVHRMBAf8EBTADAQH/MAsGA1UdDwQEAwIB/jAdBgNVHQ4EFgQUZfIxrSr3991S\ lgrHAsEO76bVOxEwDQYJKoZIhvcNAQEFBQADggEBAEs17szkrr/Dbq2flTtLP1se31cpolnKOOK5\ 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Register the plugin with: soap_register_plugin(soap, logging); Change logging destinations: soap_set_logging_inbound(struct soap*, FILE*); soap_set_logging_outbound(struct soap*, FILE*); Obtain stats (sent and recv octet count): soap_get_logging_stats(soap, size_t *sent, size_t *recv); gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef LOGGING_H #define LOGGING_H #include "stdsoap2.h" #ifdef __cplusplus extern "C" { #endif #define LOGGING_ID "LOGGING-1.3" extern const char logging_id[]; struct logging_data { FILE *inbound; FILE *outbound; size_t stat_sent; size_t stat_recv; int (*fsend)(struct soap*, const char*, size_t); /* to save and use send callback */ size_t (*frecv)(struct soap*, char*, size_t); /* to save and use recv callback */ }; int logging(struct soap *soap, struct soap_plugin *plugin, void *arg); void soap_set_logging_inbound(struct soap *soap, FILE *fd); void soap_set_logging_outbound(struct soap *soap, FILE *fd); void soap_get_logging_stats(struct soap *soap, size_t *sent, size_t *recv); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/httppost.h0000644000175000017500000000712612653650150016742 0ustar ellertellert/* httppost.h gSOAP HTTP POST plugin for non-SOAP payloads. See httppost.c for instructions. Revisions: register multiple POST content handlers, each for a content type gSOAP XML Web services tools Copyright (C) 2004-2009, Robert van Engelen, Genivia, Inc. All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- */ #ifndef HTTPPOST_H #define HTTPPOST_H #include "stdsoap2.h" #ifdef __cplusplus extern "C" { #endif #define HTTP_POST_ID "HTTP-POST-1.1" /* plugin identification */ extern const char http_post_id[]; typedef int (*http_handler_t)(struct soap*); struct http_post_handlers { const char *type; http_handler_t handler; }; /* This is the local plugin data shared among all copies of the soap struct: */ struct http_post_data { int (*fparsehdr)(struct soap*, const char*, const char*); /* to save and call the internal HTTP header parser */ int (*fput)(struct soap*); /* to save */ int (*fdel)(struct soap*); /* to save */ struct http_post_handlers *handlers; /* the server-side POST content type handlers */ }; /* the http post plugin, note: argument should be a table of type-handler pairs */ int http_post(struct soap*, struct soap_plugin*, void*); /* a function to send HTTP POST, should be followd by a soap_send to transmit and soap_get_http_body to retrieve the HTTP body returned into an internal buffer */ int soap_post_connect(struct soap*, const char *endpoint, const char *action, const char *type); /* a function to send HTTP PUT, should be followed by a soap_send to transmit data */ int soap_put_connect(struct soap*, const char *endpoint, const char *action, const char *type); /* a function to send HTTP DELETE */ int soap_delete_connect(struct soap*, const char *endpoint, const char *action, const char *type); /* a function to retrieve the HTTP body into an internal buffer */ int soap_http_body(struct soap*, char **buf, size_t *len); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/httppost.c0000644000175000017500000002511012653650150016726 0ustar ellertellert/* httppost.c gSOAP HTTP POST plugin for non-SOAP payloads. See instructions below. Revisions: register multiple POST content handlers, each for a content type Note: multipart/related and multipart/form-data are already handled in gSOAP. gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia, Inc. All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile & link with stand-alone gSOAP server. Usage (server side): Define a NULL-terminated array of type-handler pairs, each with a media type and a the handler function: struct http_post_handlers my_handlers[] = { { "image/jpg", jpeg_handler }, { "image/ *", image_handler }, { "text/html", html_handler }, { "text/ *", text_handler }, { "text/ *;*", text_handler }, { "POST", generic_POST_handler }, { "PUT", generic_PUT_handler }, { "DELETE", generic_DELETE_handler }, { NULL } }; Note that '*' can be used as a wildcard and some media types may have optional parameters (after ';'). Register the plugin and the handlers: struct soap soap; soap_init(&soap); soap_register_plugin_arg(&soap, http_post, my_handlers); ... ... = soap_copy(&soap); // copies plugin too but not its data: plugin data is shared since fcopy is not set ... soap_done(&soap); // detach plugin (calls plugin->fdelete) A POST handler function is triggered by the media type in the http_post_handlers table. Use http_get_http_body() as below to retrieve HTTP POST body data: int image_handler(struct soap *soap) { const char *buf; size_t len; // if necessary, check type in soap->http_content if (soap->http_content && !soap_tag_cmp(soap->http_content, "image/gif") return 404; if (!(buf = soap_get_http_body(soap, &len)) return soap->error; soap_end_recv(soap); // ... process image in buf[0..len-1] // reply with empty HTTP OK response: return soap_send_empty_response(soap, SOAP_OK); } This function should also produce a valid HTTP response, for example: if (we want to return HTML) soap_response(soap, SOAP_HTML); // use this to return HTML... else { soap->http_content = "image/jpeg"; // a jpeg image soap_response(soap, SOAP_FILE); // SOAP_FILE sets custom http content } ... soap_send(soap, "..."); // example HTML ... soap_end_send(soap); soap_closesock(soap); // close, but keep open only with HTTP keep-alive The soap_send(soap, char*) and soap_send_raw(soap, char*, size_t) can be used to return content from server. Usage (client side): char *buf; // to hold the HTTP response body data size_t len; ... if (soap_post_connect(soap, "URL", "SOAP action or NULL", "media type") || soap_send(soap, ...) || soap_end_send(soap)) ... error ... if (soap_begin_recv(&soap) || soap_http_body(&soap, &buf, &len) || soap_end_recv(&soap)) ... error ... // ... use buf[0..len-1] soap_closesock(soap); // close, but keep open only with HTTP keep-alive soap_end(soap); // also deletes buf content The soap_send(soap, char*) and soap_send_raw(soap, char*, size_t) can be used to send content to the server as shown above. */ #include "httppost.h" #ifdef __cplusplus extern "C" { #endif const char http_post_id[14] = HTTP_POST_ID; static int http_post_init(struct soap *soap, struct http_post_data *data, struct http_post_handlers *handlers); static void http_post_delete(struct soap *soap, struct soap_plugin *p); static int http_post_parse_header(struct soap *soap, const char*, const char*); static http_handler_t http_lookup_handler(struct soap *soap, const char *type, struct http_post_data *data); static int http_fput(struct soap *soap); static int http_fdel(struct soap *soap); int http_post(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = http_post_id; p->data = (void*)malloc(sizeof(struct http_post_data)); p->fdelete = http_post_delete; if (p->data) if (http_post_init(soap, (struct http_post_data*)p->data, (struct http_post_handlers *)arg)) { free(p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } return SOAP_OK; } static int http_post_init(struct soap *soap, struct http_post_data *data, struct http_post_handlers *handlers) { data->fparsehdr = soap->fparsehdr; /* save old HTTP header parser callback */ soap->fparsehdr = http_post_parse_header; /* replace HTTP header parser callback with ours */ data->fput = soap->fput; soap->fput = http_fput; data->fdel = soap->fdel; soap->fdel = http_fdel; data->handlers = handlers; return SOAP_OK; } static void http_post_delete(struct soap *soap, struct soap_plugin *p) { soap->fparsehdr = ((struct http_post_data*)p->data)->fparsehdr; soap->fput = ((struct http_post_data*)p->data)->fput; soap->fdel = ((struct http_post_data*)p->data)->fdel; free(p->data); /* free allocated plugin data (this function is not called for shared plugin data, but only when the final soap_done() is invoked on the original soap struct) */ } static int http_post_parse_header(struct soap *soap, const char *key, const char *val) { struct http_post_data *data = (struct http_post_data*)soap_lookup_plugin(soap, http_post_id); if (!data) return SOAP_PLUGIN_ERROR; soap->error = data->fparsehdr(soap, key, val); /* parse HTTP header */ if (soap->error == SOAP_OK) { if (!soap_tag_cmp(key, "Content-Type")) { /* check content type */ soap->fform = http_lookup_handler(soap, val, data); if (!soap->fform) soap->fform = http_lookup_handler(soap, "POST", data); if (soap->fform) return SOAP_FORM; /* calls soap->fform after processing the HTTP header */ } } return soap->error; } static http_handler_t http_lookup_handler(struct soap *soap, const char *type, struct http_post_data *data) { struct http_post_handlers *p; for (p = data->handlers; p && p->type; p++) { if (!soap_tag_cmp(type, p->type)) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Found HTTP POST plugin handler for '%s'\n", type)); return p->handler; } } return NULL; } static int http_fput(struct soap *soap) { struct http_post_data *data = (struct http_post_data*)soap_lookup_plugin(soap, http_post_id); if (!data) return SOAP_PLUGIN_ERROR; soap->fform = http_lookup_handler(soap, "PUT", data); if (soap->fform) return SOAP_FORM; return 405; } static int http_fdel(struct soap *soap) { struct http_post_data *data = (struct http_post_data*)soap_lookup_plugin(soap, http_post_id); if (!data) return SOAP_PLUGIN_ERROR; soap->fform = http_lookup_handler(soap, "DELETE", data); if (soap->fform) return SOAP_STOP; return 405; } /******************************************************************************/ int soap_post_connect(struct soap *soap, const char *endpoint, const char *action, const char *type) { if ((soap->omode & SOAP_IO) != SOAP_IO_CHUNK) /* not chunking: store in buf */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->http_content = type; return soap_connect_command(soap, SOAP_POST_FILE, endpoint, action); } int soap_put_connect(struct soap *soap, const char *endpoint, const char *action, const char *type) { if ((soap->omode & SOAP_IO) != SOAP_IO_CHUNK) /* not chunking: store in buf */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->http_content = type; return soap_connect_command(soap, SOAP_PUT, endpoint, action); } int soap_delete_connect(struct soap *soap, const char *endpoint, const char *action, const char *type) { if (soap_connect_command(soap, SOAP_DEL, endpoint, action) || soap_end_send(soap)) return soap_closesock(soap); return soap_closesock(soap); } int soap_http_body(struct soap *soap, char **buf, size_t *len) { char *s = *buf = NULL; /* It is unlikely chunked and/or compressed POST messages are sent by browsers, but we need to handle them */ if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK #ifdef WITH_ZLIB || soap->zlib_in != SOAP_ZLIB_NONE #endif ) { size_t k; size_t n; soap_wchar c = EOF; soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (k--) { if ((c = soap_getchar(soap)) == (int)EOF) break; *s++ = c; } } while (c != (int)EOF); n = soap->lablen - k - 1; *buf = (char*)soap_malloc(soap, n + 1); soap_memcpy(*buf, n + 1, soap->labbuf, n + 1); if (len) *len = n; } else { if (soap->length) { s = (char*)soap_malloc(soap, soap->length + 1); if (s) { char *t = s; size_t i; for (i = soap->length; i; i--) { soap_wchar c; if ((c = soap_getchar(soap)) == (int)EOF) return soap->error = SOAP_EOF; *t++ = c; } *t = '\0'; } } *buf = s; if (len) *len = soap->length; } return SOAP_OK; } /******************************************************************************/ #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpget.c0000644000175000017500000002434712653650150016533 0ustar ellertellert/* httpget.c gSOAP HTTP GET plugin. See instructions below. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile & link with stand-alone gSOAP server for HTTP GET support. Compile & link with gSOAP clients for client-side HTTP GET requests. Usage (server side): struct soap soap; soap_init(&soap); soap_register_plugin_arg(&soap, http_get, http_get_handler); ... ... = soap_copy(&soap); // copies plugin too but not its data: plugin data is shared since fcopy is not set ... soap_done(&soap); // detach plugin (calls plugin->fdelete) You need to define a HTTP GET handling function at the server-side: int http_get_handler(struct soap*) which will be called from the plugin upon an HTTP GET request. The function should return an error code or SOAP_OK; This function should produce a valid HTTP response, for example: soap_response(soap, SOAP_HTML); // use this to return HTML ... soap_response(soap, SOAP_OK); // ... or use this to return a SOAP message ... soap_send(soap, "..."); // example HTML ... soap_end_send(soap); To get query string key-value pairs within a service routine, use: char *s; s = query(soap); while (s) { char *key = query(soap, &s); char *val = query(soap, &s); ... } This will garble soap->path, which contains the HTTP path of the form: /path?query where path and/or ?query may be absent. The path info is obtained from the HTTP request URL: http://domain/path?query The URL should not exceed the length of SOAP_TAGLEN. Adjust SOAP_TAGLEN in stdsoap2.h if necessary. Usage (client side): For SOAP calls, declare a one-way response message in the header file, for example: int ns__methodResponse(... params ..., void); The params will hold the return values returned by the server's SOAP response message. Client code: struct soap soap; soap_init(&soap); soap_register_plugin(&soap, http_get); // register plugin ... if (soap_get_connect(&soap, endpoint, action)) ... connect error ... else if (soap_recv_ns__methodResponse(&soap, ... params ...)) ... error ... else ... ok ... soap_destroy(&soap); soap_end(&soap); soap_done(&soap); Note that the endpoint URL may contain a query string with key-value pairs to pass to the server, e.g.: http://domain/path?key=val&key=val To use general HTTP GET, for example to retrieve an HTML document, use: struct soap soap; char *buf = NULL; size_t len; soap_init(&soap); soap_register_plugin(&soap, http_get); // register plugin if (soap_get_connect(&soap, endpoint, action) || soap_begin_recv(&soap)) ... connect/recv error ... else buf = soap_get_http_body(&soap, &len); soap_end_recv(&soap); ... process data in buf[0..len-1] soap_destroy(&soap); soap_end(&soap); soap_done(&soap); The soap_get_http_body() function above moves HTTP body content into a buffer. */ #include "httpget.h" #ifdef __cplusplus extern "C" { #endif const char http_get_id[13] = HTTP_GET_ID; static int http_get_init(struct soap *soap, struct http_get_data *data, int (*handler)(struct soap*)); static void http_get_delete(struct soap *soap, struct soap_plugin *p); static int http_get_parse(struct soap *soap); int http_get(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = http_get_id; p->data = (void*)malloc(sizeof(struct http_get_data)); /* p->fcopy = http_get_copy; obsolete, see note with http_get_copy() */ p->fdelete = http_get_delete; if (p->data) if (http_get_init(soap, (struct http_get_data*)p->data, (int (*)(struct soap*))arg)) { free(p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } return SOAP_OK; } static int http_get_init(struct soap *soap, struct http_get_data *data, int (*handler)(struct soap*)) { data->fparse = soap->fparse; /* save old HTTP header parser callback */ data->fget = handler; data->stat_get = 0; data->stat_post = 0; data->stat_fail = 0; memset((void*)data->min, 0, sizeof(data->min)); memset((void*)data->hour, 0, sizeof(data->hour)); memset((void*)data->day, 0, sizeof(data->day)); soap->fparse = http_get_parse; /* replace HTTP header parser callback with ours */ return SOAP_OK; } /* We will share the plugin data among all soap copies created with soap_copy(), so we don't have to define this static int http_get_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; return SOAP_OK; } */ static void http_get_delete(struct soap *soap, struct soap_plugin *p) { (void)soap; free(p->data); /* free allocated plugin data (this function is not called for shared plugin data, but only when the final soap_done() is invoked on the original soap struct) */ } static int http_get_parse(struct soap *soap) { #ifndef WITH_LEAN time_t t; struct tm T, *pT; #endif struct http_get_data *data = (struct http_get_data*)soap_lookup_plugin(soap, http_get_id); if (!data) return SOAP_PLUGIN_ERROR; #ifndef WITH_LEAN time(&t); #ifdef HAVE_LOCALTIME_R pT = localtime_r(&t, &T); #else pT = localtime(&t); #endif /* updates should be in mutex, but we don't mind some inaccuracy in the count to preserve performance */ data->day[pT->tm_yday]++; data->day[(pT->tm_yday + 1) % 365] = 0; data->hour[pT->tm_hour]++; data->hour[(pT->tm_hour + 1) % 24] = 0; data->min[pT->tm_min]++; data->min[(pT->tm_min + 1) % 60] = 0; #endif soap->error = data->fparse(soap); /* parse HTTP header */ if (soap->error == SOAP_OK) { /* update should be in mutex, but we don't mind some inaccuracy in the count */ data->stat_post++; } else if (soap->error == SOAP_GET_METHOD && data->fget) { soap->error = SOAP_OK; if ((soap->error = data->fget(soap))) /* call user-defined HTTP GET handler */ { /* update should be in mutex, but we don't mind some inaccuracy in the count */ data->stat_fail++; return soap->error; } /* update should be in mutex, but we don't mind some inaccuracy in the count */ data->stat_get++; return SOAP_STOP; /* stop processing the request and do not return SOAP Fault */ } else { /* update should be in mutex, but we don't mind some inaccuracy in the count */ data->stat_fail++; } return soap->error; } /******************************************************************************/ int soap_get_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_GET, endpoint, action); } char *query(struct soap *soap) { return strchr(soap->path, '?'); } char *query_key(struct soap *soap, char **s) { char *t = *s; (void)soap; if (t && *t) { *s = (char*)soap_decode_string(t, strlen(t), t + 1); return t; } return *s = NULL; } char *query_val(struct soap *soap, char **s) { char *t = *s; (void)soap; if (t && *t == '=') { *s = (char*)soap_decode_string(t, strlen(t), t + 1); return t; } return NULL; } int soap_encode_string(const char *s, char *t, size_t len) { int c; size_t n = len; while ((c = *s++) && n-- > 1) { if (c == ' ') *t++ = '+'; else if (c == '!' || c == '$' || (c >= '(' && c <= '.') || (c >= '0' && c <= '9') || (c >= 'A' && c <= 'Z') || c == '_' || (c >= 'a' && c <= 'z')) *t++ = (char)c; else if (n > 2) { *t++ = '%'; *t++ = (char)((c >> 4) + (c > 159 ? '7' : '0')); c &= 0xF; *t++ = (char)(c + (c > 9 ? '7' : '0')); n -= 2; } else break; } *t = '\0'; return len - n; } const char* soap_decode_string(char *buf, size_t len, const char *val) { const char *s; char *t; for (s = val; *s; s++) if (*s != ' ' && *s != '=') break; if (*s == '"') { t = buf; s++; while (*s && *s != '"' && --len) *t++ = *s++; *t = '\0'; do s++; while (*s && *s != '&' && *s != '='); } else { t = buf; while (*s && *s != '&' && *s != '=' && --len) { switch (*s) { case '+': *t++ = ' '; case ' ': s++; break; case '%': *t++ = ((s[1] >= 'A' ? (s[1]&0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2]&0x7) + 9 : s[2] - '0'); s += 3; break; default: *t++ = *s++; } } *t = '\0'; } return s; } /******************************************************************************/ #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/wsse2api.h0000644000175000017500000003153012653650150016606 0ustar ellertellert/* wsse2api.h WS-Security plugin. See wsseapi.c for documentation and details. gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSSEAPI_H #define WSSEAPI_H #include "soapH.h" /* replace with soapcpp2-generated *H.h file */ #include "smdevp.h" #include "mecevp.h" #ifdef __cplusplus extern "C" { #endif /** plugin identification for plugin registry */ #define SOAP_WSSE_ID "SOAP-WSSE-1.3" /** to ignore extra/external SignedInfo/Reference/@URI */ #define SOAP_WSSE_IGNORE_EXTRA_REFS (0x1000) /** plugin identification for plugin registry */ extern const char soap_wsse_id[]; /** @struct soap_wsse_data @brief wsseapi plugin data The signature key (private) and verification key (public) are kept in the plugin data, together with other info. */ struct soap_wsse_data { const char *sigid; /**< string with wsu:Id names to sign */ const char *encid; /**< string with wsu:Id names to encrypt */ int sign_alg; /**< The digest or signature algorithm used */ const void *sign_key; /**< EVP_PKEY or key string for HMAC */ int sign_keylen; /**< HMAC key length */ int vrfy_alg; /**< The signature verify algorithm used */ const void *vrfy_key; /**< EVP_PKEY or key string for HMAC verify */ int vrfy_keylen; /**< HMAC key length */ int enco_alg; /**< current encrypt algorithm used */ const char *enco_keyname; /**< optional key name (id of symmetric key) */ const void *enco_key; /**< EVP_PKEY or secret key */ int enco_keylen; /**< secret key length */ int deco_alg; /**< decrypt algorithm used */ const void *deco_key; /**< EVP_PKEY or secret key */ int deco_keylen; /**< secret key length */ struct soap_wsse_digest *digest; /**< List of ID-hash pairs */ int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int (*fheader)(struct soap*); struct soap_mec_data *mec; X509_STORE *store; const void *(*security_token_handler)(struct soap *soap, int *alg, const char *keyname, int *keylen); }; /** @struct soap_wsse_digest @brief Digest dictionary: linked list of ID-hash pairs The digest dictionary is populated by the soap_wsse_preparesend callback. The callback intercepts XML elements with wsu:Id attributes and computes the digest during the preprocessing of a message transmission. The 'level' field is used to determine when the end of an element is reached by handling inner wsu:Id attributed elements, so that the outer wsu:Id attributed element can be hashed. */ struct soap_wsse_digest { struct soap_wsse_digest *next; /**< Next in list */ unsigned int level; /**< XML parser depth level */ struct soap_smd_data smd; /**< smdevp engine context */ unsigned char hash[SOAP_SMD_MAX_SIZE];/**< Digest hash value */ char id[1]; /**< String flows down the struct */ }; extern const char *wsse_PasswordTextURI; extern const char *wsse_PasswordDigestURI; extern const char *wsse_Base64BinaryURI; extern const char *wsse_X509v3URI; extern const char *wsse_X509v3SubjectKeyIdentifierURI; extern const char *ds_sha1URI; extern const char *ds_sha256URI; extern const char *ds_sha512URI; extern const char *ds_hmac_sha1URI; extern const char *ds_hmac_sha256URI; extern const char *ds_hmac_sha512URI; extern const char *ds_dsa_sha1URI; extern const char *ds_rsa_sha1URI; extern const char *ds_rsa_sha256URI; extern const char *ds_rsa_sha512URI; extern const char *xenc_rsa15URI; extern const char *xenc_rsaesURI; extern const char *xenc_3desURI; extern const char *xenc_aes128URI; extern const char *xenc_aes192URI; extern const char *xenc_aes256URI; extern const char *xenc_aes512URI; extern const char *xenc_elementURI; extern const char *xenc_contentURI; extern const char *ds_URI; extern const char *c14n_URI; extern const char *wsu_URI; struct _wsse__Security* soap_wsse_add_Security(struct soap *soap); struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor); void soap_wsse_delete_Security(struct soap *soap); struct _wsse__Security* soap_wsse_Security(struct soap *soap); struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap); void soap_wsse_delete_Signature(struct soap *soap); struct ds__SignatureType* soap_wsse_Signature(struct soap *soap); int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime); struct _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap); int soap_wsse_verify_Timestamp(struct soap *soap); int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password); int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password); struct _wsse__UsernameToken *soap_wsse_UsernameToken(struct soap *soap, const char *id); const char* soap_wsse_get_Username(struct soap *soap); int soap_wsse_verify_Password(struct soap *soap, const char *password); int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size); int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert); int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename); struct _wsse__BinarySecurityToken *soap_wsse_BinarySecurityToken(struct soap *soap, const char *id); int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size); X509 *soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id); int soap_wsse_verify_X509(struct soap *soap, X509 *cert); int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier); const char * soap_wsse_get_SecurityContextToken(struct soap *soap); struct ds__SignedInfoType *soap_wsse_add_SignedInfo(struct soap *soap); int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *inclusiveNamespaces, int alg, const char *HA); int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical); struct ds__SignedInfoType *soap_wsse_SignedInfo(struct soap *soap); int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg); int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_SignedInfo(struct soap *soap); int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]); struct ds__KeyInfoType *soap_wsse_add_KeyInfo(struct soap *soap); struct ds__KeyInfoType *soap_wsse_KeyInfo(struct soap *soap); int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name); const char *soap_wsse_get_KeyInfo_KeyName(struct soap *soap); int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType); int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap); X509 *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap); struct ds__X509IssuerSerialType *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap); int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap); const unsigned char *soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size); int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType); int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname); int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_fault(struct soap *soap, enum wsse__FaultcodeEnum fault, const char *detail); int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg); int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_init(struct soap *soap); int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen); int soap_wsse_verify_done(struct soap *soap); size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag); int soap_wsse_verify_body(struct soap *soap); int soap_wsse_set_wsu_id(struct soap *soap, const char *tags); int soap_wsse_sign_only(struct soap *soap, const char *tags); int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial); int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags); int soap_wsse_verify_EncryptedKey(struct soap *soap); void soap_wsse_delete_EncryptedKey(struct soap *soap); struct xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap); int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI); int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI); int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags); int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key); int soap_wsse_encrypt_end(struct soap *soap); int soap_wsse_decrypt_begin(struct soap *soap, const unsigned char *key); int soap_wsse_decrypt_end(struct soap *soap); #ifdef __cplusplus } #endif SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap*, struct soap_dom_element *node); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap *soap, const char *tag, int id, const struct soap_dom_element *node, const char *type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap *soap, const char *tag, struct soap_dom_element *node, const char *type); #endif gsoap-2.8.28/gsoap/plugin/wsseapi-lite.h0000644000175000017500000001010312653650150017450 0ustar ellertellert/* wsseapi-lite.h WS-Security, lite version (time stamp and user name token only). See wsseapi-lite.c for documentation and details. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSSEAPI_H #define WSSEAPI_H #include "soapH.h" /* replace with soapcpp2-generated *H.h file */ #ifdef __cplusplus extern "C" { #endif extern const char *wsse_PasswordTextURI; struct _wsse__Security* soap_wsse_add_Security(struct soap *soap); struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor); void soap_wsse_delete_Security(struct soap *soap); struct _wsse__Security* soap_wsse_Security(struct soap *soap); struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap); void soap_wsse_delete_Signature(struct soap *soap); struct ds__SignatureType* soap_wsse_Signature(struct soap *soap); int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime); struct _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap); int soap_wsse_verify_Timestamp(struct soap *soap); int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password); struct _wsse__UsernameToken *soap_wsse_UsernameToken(struct soap *soap, const char *id); const char* soap_wsse_get_Username(struct soap *soap); int soap_wsse_verify_Password(struct soap *soap, const char *password); int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_fault(struct soap *soap, enum wsse__FaultcodeEnum fault, const char *detail); int soap_wsse_set_wsu_id(struct soap *soap, const char *tags); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/calcrest.h0000644000175000017500000006172112653650150016656 0ustar ellertellert/* calcrest.h Generated by wsdl2h 2.8.14 from calcrest.wsdl and typemap.dat 2013-05-08 02:22:07 GMT DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS gSOAP XML Web services tools. Copyright (C) 2000-2013 Robert van Engelen, Genivia Inc. All Rights Reserved. Part of this software is released under one of the following licenses: GPL or Genivia's license for commercial use. */ /** @page page_notes Usage Notes NOTE: - Run soapcpp2 on calcrest.h to generate the SOAP/XML processing logic. Use soapcpp2 -I to specify paths for #import To build with STL, 'stlvector.h' is imported from 'import' dir in package. Use soapcpp2 -j to generate improved proxy and server classes. - Use wsdl2h -c and -s to generate pure C code or C++ code without STL. - Use 'typemap.dat' to control namespace bindings and type mappings. It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces section below and add the modified lines to 'typemap.dat' to rerun wsdl2h. - Use Doxygen (www.doxygen.org) on this file to generate documentation. - Use wsdl2h -R to generate REST operations. - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'. - Use wsdl2h -Nname for service prefix and produce multiple service bindings - Use wsdl2h -d to enable DOM support for xsd:anyType. - Use wsdl2h -g to auto-generate readers and writers for root elements. - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops). - Struct/class members serialized as XML attributes are annotated with a '@'. - Struct/class members that have a special role are annotated with a '$'. WARNING: DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE. USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE: THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS. LICENSE: @verbatim -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial-use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- @endverbatim */ //gsoapopt cw /******************************************************************************\ * * * Definitions * * http://websrv.cs.fsu.edu/~engelen/calc.wsdl * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /* NOTE: It is strongly recommended to customize the names of the namespace prefixes generated by wsdl2h. To do so, modify the prefix bindings below and add the modified lines to typemap.dat to rerun wsdl2h: ns1 = "http://websrv.cs.fsu.edu/~engelen/calc.wsdl" ns2 = "urn:calc" */ #define SOAP_NAMESPACE_OF_ns2 "urn:calc" //gsoap ns2 schema namespace: urn:calc //gsoap ns2 schema form: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:calc * * * \******************************************************************************/ /// "urn:calc":pair is a complexType. struct ns2__pair { /// Element a of type xs:double. double a 1; ///< Required element. /// Element b of type xs:double. double b 1; ///< Required element. }; /******************************************************************************\ * * * Additional Top-Level Elements * * urn:calc * * * \******************************************************************************/ /// Top-level root element "urn:calc":add of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":sub of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":mul of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":div of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":pow of type "urn:calc":pair. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":addResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":subResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":mulResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":divResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "urn:calc":powResponse of type xs:double. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:calc * * * \******************************************************************************/ /******************************************************************************\ * * * Services * * * \******************************************************************************/ //gsoap ns1 service name: calcPOST //gsoap ns1 service type: calcPortType //gsoap ns1 service port: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns1 service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl /** @mainpage calcPOST Definitions @section calcPOST_bindings Service Bindings - @ref calcPOST @section calcPOST_more More Information - @ref page_notes "Usage Notes" - @ref page_XMLDataBinding "XML Data Binding" - @ref SOAP_ENV__Header "SOAP Header Content" (when applicable) - @ref SOAP_ENV__Detail "SOAP Fault Detail Content" (when applicable) */ /** @page calcPOST Binding "calcPOST" @section calcPOST_operations Operations of Binding "calcPOST" - @ref __ns1__add - @ref __ns1__sub - @ref __ns1__mul - @ref __ns1__div - @ref __ns1__pow @section calcPOST_ports Endpoints of Binding "calcPOST" - http://websrv.cs.fsu.edu/~engelen/calcserver.cgi Note: use wsdl2h option -Nname to change the service binding prefix name */ /******************************************************************************\ * * * Service Binding * * calcPOST * * * \******************************************************************************/ /******************************************************************************\ * * * Service Operation * * __ns1__add * * * \******************************************************************************/ /// Operation "__ns1__add" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__add( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__add, // output parameters: double *ns2__addResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__add( struct soap *soap, // input parameters: struct ns2__pair* ns2__add, // output parameters: double *ns2__addResponse ); @endcode */ //gsoap ns1 service method-protocol: add POST //gsoap ns1 service method-style: add document //gsoap ns1 service method-encoding: add literal //gsoap ns1 service method-action: add "" int __ns1__add( struct ns2__pair* ns2__add, ///< Input parameter double *ns2__addResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__sub * * * \******************************************************************************/ /// Operation "__ns1__sub" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__sub( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__sub, // output parameters: double *ns2__subResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__sub( struct soap *soap, // input parameters: struct ns2__pair* ns2__sub, // output parameters: double *ns2__subResponse ); @endcode */ //gsoap ns1 service method-protocol: sub POST //gsoap ns1 service method-style: sub document //gsoap ns1 service method-encoding: sub literal //gsoap ns1 service method-action: sub "" int __ns1__sub( struct ns2__pair* ns2__sub, ///< Input parameter double *ns2__subResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__mul * * * \******************************************************************************/ /// Operation "__ns1__mul" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__mul( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__mul, // output parameters: double *ns2__mulResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__mul( struct soap *soap, // input parameters: struct ns2__pair* ns2__mul, // output parameters: double *ns2__mulResponse ); @endcode */ //gsoap ns1 service method-protocol: mul POST //gsoap ns1 service method-style: mul document //gsoap ns1 service method-encoding: mul literal //gsoap ns1 service method-action: mul "" int __ns1__mul( struct ns2__pair* ns2__mul, ///< Input parameter double *ns2__mulResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__div * * * \******************************************************************************/ /// Operation "__ns1__div" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__div( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__div, // output parameters: double *ns2__divResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__div( struct soap *soap, // input parameters: struct ns2__pair* ns2__div, // output parameters: double *ns2__divResponse ); @endcode */ //gsoap ns1 service method-protocol: div POST //gsoap ns1 service method-style: div document //gsoap ns1 service method-encoding: div literal //gsoap ns1 service method-action: div "" int __ns1__div( struct ns2__pair* ns2__div, ///< Input parameter double *ns2__divResponse ///< Output parameter ); /******************************************************************************\ * * * Service Operation * * __ns1__pow * * * \******************************************************************************/ /// Operation "__ns1__pow" of service binding "calcPOST" /** Operation details: - POST document/literal style messaging - Addressing input action: "" C stub function (defined in soapClient.c[pp] generated by soapcpp2): @code int soap_call___ns1__pow( struct soap *soap, NULL, // char *endpoint = NULL selects default endpoint for this operation NULL, // char *action = NULL selects default action for this operation // input parameters: struct ns2__pair* ns2__pow, // output parameters: double *ns2__powResponse ); @endcode C server function (called from the service dispatcher defined in soapServer.c[pp]): @code int __ns1__pow( struct soap *soap, // input parameters: struct ns2__pair* ns2__pow, // output parameters: double *ns2__powResponse ); @endcode */ //gsoap ns1 service method-protocol: pow POST //gsoap ns1 service method-style: pow document //gsoap ns1 service method-encoding: pow literal //gsoap ns1 service method-action: pow "" int __ns1__pow( struct ns2__pair* ns2__pow, ///< Input parameter double *ns2__powResponse ///< Output parameter ); /** @page calcPOST Binding "calcPOST" @section calcPOST_policy_enablers Policy Enablers of Binding "calcPOST" Based on policies, this service imports - WS-Policy reminders and enablers: - WS-Addressing 1.0 (2005/08, accepts 2004/08): @code #import "wsa5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-Addressing (2004/08): @code #import "wsa.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsaapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code // See the user guide gsoap/doc/wsa/html/index.html @endcode - WS-ReliableMessaging 1.0: @code #import "wsrm5.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-ReliableMessaging 1.1: @code #import "wsrm.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsrmapi.h" soap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code soap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code // See the user guide gsoap/doc/wsrm/html/index.html @endcode - WS-Security (SOAP Message Security) 1.0 (accepts 1.1): @code #import "wsse.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - WS-Security (SOAP Message Security) 1.1 (accepts 1.0): @code #import "wsse11.h" // to be added to this header file for the soapcpp2 build step @endcode @code #include "plugin/wsseapi.h" soap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code // See the user guide gsoap/doc/wsse/html/index.html @endcode - HTTP Digest Authentication: @code #include "plugin/httpda.h" soap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code // See the user guide gsoap/doc/httpda/html/index.html @endcode */ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section ns2 Top-level root elements of schema "urn:calc" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ /* End of calcrest.h */ gsoap-2.8.28/gsoap/plugin/wsddapi.c0000644000175000017500000015600112653650150016500 0ustar ellertellert/* wsddapi.c WS-Discovery 1.0 and 1.1 (WSDD) plugin API See gsoap/doc/wsdd for the WSDD plugin user guide. gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsdd_0 documents the wsdd library for WS-Discovery support. */ /** @page wsdd_0 The WS-Discovery plugin [TOC] @section wsdd_1 WS-Discovery Setup The material in this section relates to the WS-Discovery specification. To use the wsdd library: -# Define WS-Discovery event handlers in your code, see Section @ref wsdd_2. -# Use the wsdd API functions as described below. -# (Re-)compile and link stdsoap2.c/pp or libgsoap, (dom.c/.cpp when needed), wsddapi.c, wsaapi.c and the soapcpp2-generated source files. Compile and link with plugin/threads.c when needed. The material in this document pertains to the WS-Discovery protocol and model and assumes that the reader is familiar with the WS-Discovery protocol, its terms and definitions, and the WS-Discovery model. This document describes the WS-Discovery interface to invoke and handle WS-Discovery events, while the higher-level logic remains application-specific. Especially the mode of operation, ad-hoc or managed with a Discovery Proxy, depends on the application deployment and WS-Discovery support requirements. The following assumptions are made. A Client is an endpoint that searches for Target Service(s). A Target Service (TS) is and endpoint that makes itself available for discovery. A Discovery Proxy (DP) is an endpoint that facilitates discovery of Target Services by Clients. The interfaces defined in the wsdd library can be used to implement Client, Target Service, and Discovery Proxy operations. WS-Discovery ad-hoc and managed modes are supported by the wsdd library. In an ad-hoc mode discovery messages are sent multicast and response messages are sent unicast. In a managed mode discovery messages are sent unicast to a Discovery Proxy. @note The wsdl2h tool uses typemap.dat to auto-generate a gSOAP service definitions header file that imports wsdd.h to support WS-Discovery 1.1 with WS-Addressing 2005/08. The tool imports wsdd10.h to support WS-Discovery 1.0 with WS-Addressing 2004/08. To use WS-Discovery 1.0 with WS-Addressing 2005/08, you will need to change typemap.dat to let wsdl2h import wsdd5.h (see comments in typemap.dat). @section wsdd_2 WS-Discovery Event Handlers The following event handlers MUST be defined by the user to handle inbound WS-Discovery messages. The event handlers receive notifications (Hello, Bye, ProbeMatches, and ResolveMatches) or receive requests to provide data (Probe and Resolve). The event handlers to define are: - @ref wsdd_event_Hello - @ref wsdd_event_Bye - @ref wsdd_event_Probe - @ref wsdd_event_ProbeMatches - @ref wsdd_event_Resolve - @ref wsdd_event_ResolveMatches See the documentation provided with each of these functions in wsddapi.h. @section wsdd_3 WS-Discovery Event Listener Inbound WS-Discovery multicast messages are handled via a listener on a port. The user-defined event handlers are invoked when WS-Discovery messages arrive on the port. The `soap_wsdd_listen` function listens on the current port opened with `soap_bind` for WS-Discovery messages for a brief time period as specified by a timeout value in seconds (negative for micro seconds). The function allows for periodically polling the port as shown: @code #include "wsddapi.h" int port = 8080; struct soap *soap = soap_new(); soap->user = (void*)&my_state; if (!soap_valid_socket(soap_bind(soap, port, 100))) { soap_print_fault(soap, stderr); exit(0); } soap_wsdd_listen(soap, -1000); // listen for messages for 1 ms soap_wsdd_listen(soap, -1000); // listen for messages for 1 ms ... @endcode WS-Discovery messages are relayed to the event handlers. The soap->user pointer can be used to point to a state object that is updated by the event handlers as per desired behavior at the Client side, the Target Service, or the Discovery Proxy implementation. @section wsdd_4 Invoking WS-Discovery Operations A Client may invoke the following WS-Discovery operations: - `soap_wsdd_Probe` - `soap_wsdd_Resolve` A Target Service may invoke the following WS-Discovery operations: - `soap_wsdd_Hello` - `soap_wsdd_Bye` - `soap_wsdd_ProbeMatches` (automatic via `soap_wsdd_listen`) - `soap_wsdd_ResolveMatches` (automatic via `soap_wsdd_listen`) A Discovery Proxy can perform all operations listed above, and should use "wsdd:DiscoveryProxy" as the Type with the Hello, Bye, and ProbeMatches. To send a Hello message to join a network: @code soap_wsdd_Hello(soap, SOAP_WSDD_MANAGED, // or SOAP_WSDD_ADHOC for ad-hoc mode "to address", // "http(s):" URL, or "soap.udp:" UDP, or TCP/IP address soap_wsa_rand_uuid(soap), // a unique message ID NULL, "my address", // where they can find me for WS-Discovery "wsdd:DiscoveryProxy",// Types: I'm a DP NULL, // Scope NULL, // MatchBy NULL, // XAddrs 75965); // MDVersion @endcode Note that `Types` above is a string with namespace-qualified names (QNames). These should be qualified as in "namespace":name or you can use a namespace prefix that is part of your namespace table (in the .nsmap). So you can use "wsdd:DiscoveryPRoxy" as a QName in Types because wsdd is a namespace prefix with a defined binding in the namespace table. For UDP multicast, use @code soap.connect_flags = SO_BROADCAST; @endcode and optionally set the interface and TTL settings: @code in_addr_t addr = inet_addr("1.2.3.4"); soap.ipv4_multicast_if = &addr; // see setsockopt IPPROTO_IP IP_MULTICAST_IF soap.ipv6_multicast_if = addr; // multicast sin6_scope_id soap.ipv4_multicast_ttl = 1; // see setsockopt IPPROTO_IP, IP_MULTICAST_TTL @endcode Please refer to the socket options for `IPPROTO_IP` `IP_MULTICAST_IF` to specify the default interface for multicast datagrams to be sent from. Otherwise, the default interface set by the system administrator will be used (if any). Please refer to the socket options for `IPPROTO_IP` `IP_MULTICAST_TTL` to limit the lifetime of the packet. Multicast datagrams are sent with a default value of 1, to prevent them to be forwarded beyond the local network. This parameter can be set between 1 to 255. To send a Bye message to leave a network: @code soap_wsdd_Bye(soap, SOAP_WSDD_MANAGED, // or SOAP_WSDD_ADHOC for ad-hoc mode "to address", // "http(s):" URL, or "soap.udp:" UDP, or TCP/IP address soap_wsa_rand_uuid(soap), // a unique message ID NULL, "my address", // where they can find me for WS-Discovery "wsdd:DiscoveryProxy",// Types: I'm a DP NULL, // Scope NULL, // MatchBy NULL, // XAddrs 75965); // MDVersion @endcode To send a Probe message (see WS-Discovery 1.1 Section 1.7) and then listen to ProbeMatches: @code struct soap soap = soap_new(); // to invoke messages struct soap serv = soap_new(); // for the listener and event handlers soap_bind(serv, port, 100); const char *id = soap_wsa_rand_uuid(soap); serv->user = (void*)&my_state; my_state.probe_id = id; soap_wsdd_Probe(soap, SOAP_WSDD_ADHOC, // ad-hoc mode SOAP_WSDD_TO_TS, // to a TS "to address", // address of TS id, // message ID NULL, // ReplyTo "\"http://printer.example.org/2003/imaging\":PrintBasic", "ldap:///ou=engineering,o=examplecom,c=us", "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01/ldap"); soap_wsdd_listen(serv, -1000); @endcode The `id` above is the WS-Addressing message ID that will be included in the ProbeMatches RelatesTo WS-Addressing header. As an example, `my_state` is set to this `id` so that when the `wsdd_event_ProbeMatches` event handler is invoked it can find the `id` in the current state that is pointed to by `serv->user` (`soap->user` in the handler). To send a Resolve message and then listen to ResolveMatches: @code struct soap soap = soap_new(); // to invoke messages struct soap serv = soap_new(); // for the listener and event handlers soap_bind(serv, port, 100); const char *id = soap_wsa_rand_uuid(soap); serv->user = (void*)&my_state; my_state.resolve_id = id; soap_wsdd_Resolve(soap, SOAP_WSDD_ADHOC, // ad-hoc mode SOAP_WSDD_TO_TS, // to a TS "to address", // address to send to id, // message ID NULL, // ReplyTo "endpoint"); // EndpointReference of TS soap_wsdd_listen(serv, -1000); @endcode Again, the `id` and `my_state` are used to associate the asynchronously received ResolveMatches response that is handled by the @ref wsdd_event_ResolveMatches for the original request. In managed mode with unicast messages (request-response messages), the `soap_wsdd_Probe` and `soap_wsdd_Resolve` are sufficient to invoke without setting up a listener. The event handlers are invoked when the unicast response message arrives. In managed mode, the ProbeMatches and ResolveMatches are automatically sent via `soap_wsdd_listen` and the event `wsdd_event_Probe` and `wsdd_event_Resolve` handlers. These event handlers should set the matches to be returned. In ad-hoc mode, ProbeMatches or ResolveMatches responses are NOT sent automatically. In ad-hoc mode the responses can be returned by adding code to the event handler or from anywhere in the main program, for example after @ref soap_wsdd_listen. When responses are to be returned from the event handler or from the main program, you should invoke @ref soap_wsdd_ProbeMatches and @ref soap_wsdd_ResolveMatches to explicitly send unicast messages with the match(es) back to the clients. The WS-Addressing ReplyTo address can be used as the return address (when not anonymous), or by using the peer's host information that is accessible in the soap->peer and soap->peerlen members. For example: @code char host[1024], port[16]; getnameinfo((struct sockaddr*)&soap->peer, soap->peerlen, host, sizeof(host), port, 16, NI_DGRAM | NI_NAMEREQD | NI_NUMERICSERV); @endcode @section wsdd_5 Generating C++ Server Objects The WSDD library is developed to support C and C++. To support C++ server objects generated with soapcpp2 options `-j` (or `-i`), you need to define in your C++ code the following wrappers (use `this` instead of `this->soap` below with soapcpp2 option `-i`): @code int wsddService::Hello(struct wsdd__HelloType *hello) { return __wsdd__Hello(this->soap, hello); } int wsddService::Bye(struct wsdd__ByeType *bye { return __wsdd__Bye(this->soap, bye); } int wsddService::Probe(struct wsdd__ProbeType *probe) { return __wsdd__Probe(this->soap, probe); } int wsddService::ProbeMatches(struct wsdd__ProbeMatchesType *matches) { return __wsdd__ProbeMatches(this->soap, matches); } int wsddService::Resolve(struct wsdd__ResolveType *resolve) { return __wsdd__Resolve(this->soap, resolve); } int wsddService::ResolveProbeMatches(struct wsdd__ResolveMatchesType *matches) { return __wsdd__ResolveMatches(this->soap, matches); } @endcode Another approach to generate the WSDD service operations is to run soapcpp2 separately on wsdd.h (or wsdd5.h or wsdd10.h for WS-Discovery 1.0) by: soapcpp2 -a -L -pwsdd -Iimport import/wsdd.h to generate wsddService.cpp. Then chain the service operations at the server side: @code if (soap_begin_serve(service.soap) == SOAP_OK) if (service.dispatch() == SOAP_NO_METHOD) soap_serve_request(service.soap); @endcode where the `service` object is an instance of the application services generated by soapcpp2 `-j`. @section wsdd_6 Miscellaneous You MUST generate client-side operations that the WSDD library expects to be linked with, by executing: soapcpp2 -L -pwsdd -Iimport import/wsdd.h Then compile and link the generated wsddClient.cpp code with your project. Because WS-Addressing may relay faults to a FaultTo service, you need to define a SOAP Fault service operation to accept and handle these: @code int SOAP_ENV__Fault(struct soap *soap, char *faultcode, char *faultstring, char *faultactor, struct SOAP_ENV__Detail *detail, struct SOAP_ENV__Code *SOAP_ENV__Code, struct SOAP_ENV__Reason *SOAP_ENV__Reason, char *SOAP_ENV__Node, char *SOAP_ENV__Role, struct SOAP_ENV__Detail *SOAP_ENV__Detail) { ... = faultcode; // SOAP 1.1 fault code string (QName) ... = faultstring; // SOAP 1.1 fault string ... = faultactor; // SOAP 1.1 fault actor string ... = detail; // SOAP 1.1 fault detail struct ... = SOAP_ENV__Code; // SOAP 1.2 fault code struct ... = SOAP_ENV__Reason; // SOAP 1.2 reason struct ... = SOAP_ENV__Node; // SOAP 1.2 node string ... = SOAP_ENV__Role; // SOAP 1.2 role string ... = SOAP_ENV__Detail; // SOAP 1.2 detail struct return SOAP_OK; } @endcode */ #include "wsddapi.h" #ifdef SOAP_WSDD_2005 /* WS-Discovery 1.0 2005 */ const char *to_ts_URL = "urn:schemas-xmlsoap-org:ws:2005:04:discovery"; #else /* WS-Discovery 1.1 2009 */ const char *to_ts_URL = "urn:docs-oasis-open-org:ws-dd:ns:discovery:2009:01"; #endif /******************************************************************************\ * * WS-Discovery AppSequence State * \******************************************************************************/ static MUTEX_TYPE soap_wsdd_state = MUTEX_INITIALIZER; static unsigned int soap_wsdd_InstanceId = 0; static const char *soap_wsdd_SequenceId = NULL; static unsigned int soap_wsdd_MessageNumber = 1; static int soap_wsdd_serve___wsdd__Hello(struct soap *soap); static int soap_wsdd_serve___wsdd__Bye(struct soap *soap); static int soap_wsdd_serve___wsdd__Probe(struct soap *soap); static int soap_wsdd_serve___wsdd__ProbeMatches(struct soap *soap); static int soap_wsdd_serve___wsdd__Resolve(struct soap *soap); static int soap_wsdd_serve___wsdd__ResolveMatches(struct soap *soap); static void soap_wsdd_set_AppSequence(struct soap*); static void soap_wsdd_reset_AppSequence(struct soap*); static void soap_wsdd_delay(struct soap*); /******************************************************************************\ * * WS-Discovery Outbound Messages * \******************************************************************************/ #ifdef __cplusplus extern "C" { #endif /** @fn int soap_wsdd_Hello(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) @brief TS or DP Hello message to join a network. @param soap context @param[in] mode SOAP_WSDD_MANAGED or SOAP_WSDD_ADHOC @param[in] endpoint to send Hello message to (unicast or multicast) @param[in] MessageID unique WS-Addressing message ID (@ref soap_wsa_rand_uuid) @param[in] RelatesTo WS-Addressing message ID @param[in] EndpointReference of this Target Server or Discovery Proxy @param[in] Types an unordered string of QNames or NULL, a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of scopes or NULL @param[in] MatchBy NULL (unused, reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service @return SOAP_OK or error code Hello is a one-way message sent by a Target Service to announce its availability when it joins the network. It is also sent by a Discovery Proxy to reduce multicast traffic on an ad hoc network. */ int soap_wsdd_Hello(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) { struct wsdd__HelloType req; struct wsdd__ScopesType scopes; const char *Action = SOAP_NAMESPACE_OF_wsdd"/Hello"; const char *To = endpoint; /* SOAP Header */ if (mode == SOAP_WSDD_ADHOC) To = to_ts_URL; soap_wsa_request(soap, MessageID, To, Action); soap_wsa_add_RelatesTo(soap, RelatesTo); #ifdef SOAP_WSDD_2005 soap_wsdd_set_AppSequence(soap); #else if (mode == SOAP_WSDD_ADHOC) soap_wsdd_set_AppSequence(soap); else soap_wsdd_reset_AppSequence(soap); #endif /* Hello */ soap_default_wsdd__HelloType(soap, &req); #ifdef SOAP_WSA_2005 req.wsa5__EndpointReference.Address = (char*)EndpointReference; #else req.wsa__EndpointReference.Address = (char*)EndpointReference; #endif req.Types = (char*)Types; if (Scopes) { soap_default_wsdd__ScopesType(soap, &scopes); scopes.__item = (char*)Scopes; scopes.MatchBy = (char*)MatchBy; req.Scopes = &scopes; } req.XAddrs = (char*)XAddrs; req.MetadataVersion = MetadataVersion; if (soap_send___wsdd__Hello(soap, endpoint, Action, &req)) return soap->error; /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); return SOAP_OK; } /** @fn int soap_wsdd_Bye(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) @brief TS or DP Bye message to leave a network. @param soap context @param[in] mode SOAP_WSDD_MANAGED or SOAP_WSDD_ADHOC @param[in] endpoint to send Bye message to (unicast or multicast) @param[in] MessageID unique WS-Addressing message ID (@ref soap_wsa_rand_uuid) @param[in] EndpointReference of this Target Server or Discovery Proxy @param[in] Types an unordered string of QNames or NULL, a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of scopes or NULL @param[in] MatchBy NULL (unused, reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service @return SOAP_OK or error code Bye is a one-way message sent by a Target Service to announce its unavailability as a best effort when it leaves the network. */ int soap_wsdd_Bye(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) { struct wsdd__ByeType req; struct wsdd__ScopesType scopes; const char *Action = SOAP_NAMESPACE_OF_wsdd"/Bye"; const char *To = endpoint; /* SOAP Header */ if (mode == SOAP_WSDD_ADHOC) To = to_ts_URL; soap_wsa_request(soap, MessageID, To, Action); #ifdef SOAP_WSDD_2005 soap_wsdd_set_AppSequence(soap); #else if (mode == SOAP_WSDD_ADHOC) soap_wsdd_set_AppSequence(soap); else soap_wsdd_reset_AppSequence(soap); #endif /* Bye */ soap_default_wsdd__ByeType(soap, &req); #ifdef SOAP_WSA_2005 req.wsa5__EndpointReference.Address = (char*)EndpointReference; #else req.wsa__EndpointReference.Address = (char*)EndpointReference; #endif req.Types = (char*)Types; if (Scopes) { soap_default_wsdd__ScopesType(soap, &scopes); scopes.__item = (char*)Scopes; scopes.MatchBy = (char*)MatchBy; req.Scopes = &scopes; } req.XAddrs = (char*)XAddrs; req.MetadataVersion = &MetadataVersion; if (soap_send___wsdd__Bye(soap, endpoint, Action, &req)) return soap->error; /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); return SOAP_OK; } /** @fn int soap_wsdd_Probe(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *Types, const char *Scopes, const char *MatchBy) @brief Client Probe message to a TS or DP. @param soap context @param[in] mode SOAP_WSDD_MANAGED or SOAP_WSDD_ADHOC @param[in] to SOAP_WSDD_TO_TS or SOAP_WSDD_TO_DP @param[in] endpoint to send Probe to (unicast or multicast) @param[in] MessageID WS-Addressing message ID of the message @param[in] ReplyTo WS-Addressing ReplyTo message ID of the message @param[in] Types an unordered string of QNames to probe @param[in] Scopes an unordered set of scopes to probe @param[in] MatchBy matching rule to apply for this probe @return SOAP_OK or error code A Client sends a probe to find Target Services by the Type of the Target Service, a Scope in which the Target Service resides, both, or simply all Target Services. The matches will be delivered to @ref wsdd_event_ProbeMatches when @ref soap_wsdd_listen receives a ProbeMatch response. The RelatesTo of the ProbeMatches is the MessageID of the Probe. */ int soap_wsdd_Probe(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *Types, const char *Scopes, const char *MatchBy) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; struct wsdd__ProbeType req; struct __wsdd__ProbeMatches res; struct wsdd__ScopesType scopes; const char *Action = SOAP_NAMESPACE_OF_wsdd"/Probe"; const char *To = endpoint; /* SOAP Header */ if (to == SOAP_WSDD_TO_TS) To = to_ts_URL; soap_wsa_request(soap, MessageID, To, Action); soap_wsa_add_ReplyTo(soap, ReplyTo); soap_wsdd_reset_AppSequence(soap); /* Probe */ soap_default_wsdd__ProbeType(soap, &req); req.Types = (char*)Types; if (Scopes) { soap_default_wsdd__ScopesType(soap, &scopes); scopes.__item = (char*)Scopes; scopes.MatchBy = (char*)MatchBy; req.Scopes = &scopes; } if (soap_send___wsdd__Probe(soap, endpoint, Action, &req)) return soap->error; /* ad-hoc mode: we're done */ if (mode == SOAP_WSDD_ADHOC) { /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); } else { /* managed mode: receive the matches */ if (soap_recv___wsdd__ProbeMatches(soap, &res)) return soap->error; /* check Header WSDD */ if (!soap->header) return soap_wsa_sender_fault(soap, "WSDD ProbeMatches incomplete", NULL); if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass probe matches on to user-defined event handler */ wsdd_event_ProbeMatches(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, #endif res.wsdd__ProbeMatches); } return SOAP_OK; } /** @fn int soap_wsdd_Resolve(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *EndpointReference) @brief Client Resolve message to a TS or DP. @param soap context @param[in] mode SOAP_WSDD_MANAGED or SOAP_WSDD_ADHOC @param[in] to SOAP_WSDD_TO_TS or SOAP_WSDD_TO_DP @param[in] endpoint to send Resolve to (unicast or multicast) @param[in] MessageID WS-Addressing message ID of the message @param[in] ReplyTo WS-Addressing ReplyTo message ID of the message @param[in] EndpointReference of the Target Service or Discovery Proxy @return SOAP_OK or error code A Client sends a resolve to locate a Target Service, i.e., to retrieve its transport address(es). This server-side event handler returns the match(es). The matches will be delivered to @ref wsdd_event_ResolveMatches when @ref soap_wsdd_listen receives a ResolveMatch response. The RelatesTo of the ResolveMatches is the MessageID of the Resolve. */ int soap_wsdd_Resolve(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *EndpointReference) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; struct wsdd__ResolveType req; struct __wsdd__ResolveMatches res; const char *Action = SOAP_NAMESPACE_OF_wsdd"/Resolve"; const char *To = endpoint; /* SOAP Header */ if (to == SOAP_WSDD_TO_TS) To = to_ts_URL; soap_wsa_request(soap, MessageID, To, Action); soap_wsa_add_ReplyTo(soap, ReplyTo); soap_wsdd_reset_AppSequence(soap); /* Resolve */ soap_default_wsdd__ResolveType(soap, &req); #ifdef SOAP_WSA_2005 req.wsa5__EndpointReference.Address = (char*)EndpointReference; #else req.wsa__EndpointReference.Address = (char*)EndpointReference; #endif if (soap_send___wsdd__Resolve(soap, endpoint, Action, &req)) return soap->error; /* ad-hoc mode: we're done */ if (mode == SOAP_WSDD_ADHOC) { /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); } else { /* managed mode: receive the matches */ if (soap_recv___wsdd__ResolveMatches(soap, &res)) return soap->error; /* check Header WSDD */ if (!soap->header) return soap_wsa_sender_fault(soap, "WSDD ProbeMatches incomplete", NULL); if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass probe matches on to user-defined event handler */ if (res.wsdd__ResolveMatches && res.wsdd__ResolveMatches->ResolveMatch) wsdd_event_ResolveMatches(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, #endif res.wsdd__ResolveMatches->ResolveMatch); } return SOAP_OK; } /** @fn void soap_wsdd_init_ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *matches) @brief Initalize the probe matches container. @param soap context @param matches the container with matches to initialize */ void soap_wsdd_init_ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *matches) { soap_default_wsdd__ProbeMatchesType(soap, matches); } /** @fn int soap_wsdd_add_ProbeMatch(struct soap *soap, struct wsdd__ProbeMatchesType *matches, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) @brief Add a match to the probe matches container. @param soap context @param matches the container to update with a new match @param[in] EndpointReference of this Target Server or Discovery Proxy @param[in] Types an unordered string of QNames or NULL, a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of scopes or NULL @param[in] MatchBy NULL (unused, reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service @return SOAP_OK or error code To populate a Prove matches container, first initialize with @ref soap_wsdd_init_ProbeMatches, then use this function to add each match. The container is deallocated with soap_end(soap) and can be initialized again (without leaks). */ int soap_wsdd_add_ProbeMatch(struct soap *soap, struct wsdd__ProbeMatchesType *matches, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) { int n = 0, k = matches->__sizeProbeMatch; struct wsdd__ProbeMatchType *m; /* need to increase space? */ if (k == 0) n = 4; else if (k >= 4 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct wsdd__ProbeMatchType *tmp = (struct wsdd__ProbeMatchType*)soap_malloc(soap, n * sizeof(struct wsdd__ProbeMatchType)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = matches->ProbeMatch[i]; matches->ProbeMatch = tmp; } /* add entry */ m = &matches->ProbeMatch[k]; soap_default_wsdd__ProbeMatchType(soap, m); #ifdef SOAP_WSA_2005 m->wsa5__EndpointReference.Address = (char*)EndpointReference; #else m->wsa__EndpointReference.Address = (char*)EndpointReference; #endif m->Types = (char*)Types; if (Scopes) { m->Scopes = (struct wsdd__ScopesType*)soap_malloc(soap, sizeof(struct wsdd__ScopesType)); soap_default_wsdd__ScopesType(soap, m->Scopes); m->Scopes->__item = (char*)Scopes; m->Scopes->MatchBy = (char*)MatchBy; } m->XAddrs = (char*)XAddrs; m->MetadataVersion = MetadataVersion; matches->__sizeProbeMatch++; return SOAP_OK; } /** @fn int soap_wsdd_ProbeMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, struct wsdd__ProbeMatchesType *matches) @brief TS or DP ProbeMatches message. @param soap context @param[in] endpoint to send Probe to (unicast or multicast) @param[in] MessageID WS-Addressing message ID of the message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the message @param[in] To WS-Addressing endpoint IP and port or NULL for anonymous @param[in] matches contains the probe matches, use @ref soap_wsdd_add_ProbeMatch to populate this container @return SOAP_OK or error code A Client sends a probe to find Target Services by the Type of the Target Service, a Scope in which the Target Service resides, both, or simply all Target Services. The Target Server(s) or Discovery Proxy responds by sending ProbeMatches to the Client. */ int soap_wsdd_ProbeMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, struct wsdd__ProbeMatchesType *matches) { const char *Action = SOAP_NAMESPACE_OF_wsdd"/ProbeMatches"; /* 0..APP_MAX_DELAY ms delay */ soap_wsdd_delay(soap); /* SOAP Header */ soap_wsa_request(soap, MessageID, To, Action); soap_wsa_add_RelatesTo(soap, RelatesTo); soap_wsdd_set_AppSequence(soap); /* ProbeMatches */ if (soap_send___wsdd__ProbeMatches(soap, endpoint, Action, matches)) return soap->error; /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); return SOAP_OK; } /** @fn int soap_wsdd_ResolveMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) @brief TS or DP ResolveMatches message. @param soap context @param[in] endpoint to send Probe to (unicast or multicast) @param[in] MessageID WS-Addressing message ID of the message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the message @param[in] To WS-Addressing endpoint IP and port or NULL for anonymous @param[in] EndpointReference of the Target Service @param[in] Types an unordered string of QNames or NULL, a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of scopes or NULL @param[in] MatchBy NULL (unused, reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service @return SOAP_OK or error code A Client sends a resolve to locate a Target Service, i.e., to retrieve its transport address(es). The Target Server(s) or Discovery Proxy responds by sending ResolveMatches to the Client. */ int soap_wsdd_ResolveMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) { struct wsdd__ResolveMatchesType res; struct wsdd__ResolveMatchType match; struct wsdd__ScopesType scopes; const char *Action = SOAP_NAMESPACE_OF_wsdd"/ResolveMatches"; /* 0..APP_MAX_DELAY ms delay */ soap_wsdd_delay(soap); /* SOAP Header */ soap_wsa_request(soap, MessageID, To, Action); soap_wsa_add_RelatesTo(soap, RelatesTo); soap_wsdd_set_AppSequence(soap); /* ResolveMatches */ soap_default_wsdd__ResolveMatchType(soap, &match); #ifdef SOAP_WSA_2005 match.wsa5__EndpointReference.Address = (char*)EndpointReference; #else match.wsa__EndpointReference.Address = (char*)EndpointReference; #endif match.Types = (char*)Types; if (Scopes) { soap_default_wsdd__ScopesType(soap, &scopes); scopes.__item = (char*)Scopes; scopes.MatchBy = (char*)MatchBy; match.Scopes = &scopes; } match.XAddrs = (char*)XAddrs; match.MetadataVersion = MetadataVersion; soap_default_wsdd__ResolveMatchesType(soap, &res); res.ResolveMatch = &match; if (soap_send___wsdd__ResolveMatches(soap, endpoint, Action, &res)) return soap->error; /* HTTP(S) POST expects an HTTP OK response */ if (endpoint && !strncmp(endpoint, "http", 4)) return soap_recv_empty_response(soap); return SOAP_OK; } /******************************************************************************\ * * WS-Discovery Serving Inbound Messages * \******************************************************************************/ /** @fn int soap_wsdd_listen(struct soap *soap, int timeout) @brief Listen on a port for inbound WS-Discovery messages. @param soap context @param[in] timeout seconds to listen (use negative value for micro seconds) @return SOAP_OK or error code First you need to open a port with soap_bind(soap). Then invoke this function to listen to WS-Discovery messages on that port. Inbound messages are accepted and the information is relayed to the event handlers, see Section @ref wsdd_2. Use soap->user to pass a pointer to a state object that the event hanlders can use. The timeout allows a Client to periodically poll the port for messages. A value of zero will loop the listener forever or until an error occurs. */ int soap_wsdd_listen(struct soap *soap, int timeout) { soap->accept_timeout = soap->recv_timeout = soap->send_timeout = timeout; /* event-serve loop (exits upon timeout) */ for (;;) { if (!soap_valid_socket(soap_accept(soap))) { /* timeout? */ if (!soap->errnum) return soap->error = SOAP_OK; return soap->error; } if (soap_begin_serve(soap)) return soap->error; /* always close HTTP afterwards */ soap->keep_alive = 0; /* receive event and serve */ if (soap_wsdd_serve_request(soap)) { /* timeout? */ if (!soap->errnum) return soap->error = SOAP_OK; #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } /* clean up for next iteration */ soap_destroy(soap); soap_end(soap); } } int soap_wsdd_serve_request(struct soap *soap) { soap_peek_element(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:Hello")) return soap_wsdd_serve___wsdd__Hello(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:Bye")) return soap_wsdd_serve___wsdd__Bye(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:Probe")) return soap_wsdd_serve___wsdd__Probe(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:ProbeMatches")) return soap_wsdd_serve___wsdd__ProbeMatches(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:Resolve")) return soap_wsdd_serve___wsdd__Resolve(soap); if (!soap_match_tag(soap, soap->tag, "wsdd:ResolveMatches")) return soap_wsdd_serve___wsdd__ResolveMatches(soap); soap->error = SOAP_NO_METHOD; /* close socket unless soap->keep_alive == 1 */ return soap_closesock(soap); } #ifdef __cplusplus } #endif static int soap_wsdd_serve___wsdd__Hello(struct soap *soap) { struct __wsdd__Hello soap_tmp___wsdd__Hello; soap_default___wsdd__Hello(soap, &soap_tmp___wsdd__Hello); soap->encodingStyle = NULL; if (!soap_get___wsdd__Hello(soap, &soap_tmp___wsdd__Hello, "-wsdd:Hello", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__Hello(soap, soap_tmp___wsdd__Hello.wsdd__Hello); if (soap->error) return soap->error; return soap_closesock(soap); } static int soap_wsdd_serve___wsdd__Bye(struct soap *soap) { struct __wsdd__Bye soap_tmp___wsdd__Bye; soap_default___wsdd__Bye(soap, &soap_tmp___wsdd__Bye); soap->encodingStyle = NULL; if (!soap_get___wsdd__Bye(soap, &soap_tmp___wsdd__Bye, "-wsdd:Bye", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__Bye(soap, soap_tmp___wsdd__Bye.wsdd__Bye); if (soap->error) return soap->error; return soap_closesock(soap); } static int soap_wsdd_serve___wsdd__Probe(struct soap *soap) { struct __wsdd__Probe soap_tmp___wsdd__Probe; soap_default___wsdd__Probe(soap, &soap_tmp___wsdd__Probe); soap->encodingStyle = NULL; if (!soap_get___wsdd__Probe(soap, &soap_tmp___wsdd__Probe, "-wsdd:Probe", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__Probe(soap, soap_tmp___wsdd__Probe.wsdd__Probe); if (soap->error) return soap->error; return soap_closesock(soap); } static int soap_wsdd_serve___wsdd__ProbeMatches(struct soap *soap) { struct __wsdd__ProbeMatches soap_tmp___wsdd__ProbeMatches; soap_default___wsdd__ProbeMatches(soap, &soap_tmp___wsdd__ProbeMatches); soap->encodingStyle = NULL; if (!soap_get___wsdd__ProbeMatches(soap, &soap_tmp___wsdd__ProbeMatches, "-wsdd:ProbeMatches", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__ProbeMatches(soap, soap_tmp___wsdd__ProbeMatches.wsdd__ProbeMatches); if (soap->error) return soap->error; return soap_closesock(soap); } static int soap_wsdd_serve___wsdd__Resolve(struct soap *soap) { struct __wsdd__Resolve soap_tmp___wsdd__Resolve; soap_default___wsdd__Resolve(soap, &soap_tmp___wsdd__Resolve); soap->encodingStyle = NULL; if (!soap_get___wsdd__Resolve(soap, &soap_tmp___wsdd__Resolve, "-wsdd:Resolve", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__Resolve(soap, soap_tmp___wsdd__Resolve.wsdd__Resolve); if (soap->error) return soap->error; return soap_closesock(soap); } static int soap_wsdd_serve___wsdd__ResolveMatches(struct soap *soap) { struct __wsdd__ResolveMatches soap_tmp___wsdd__ResolveMatches; soap_default___wsdd__ResolveMatches(soap, &soap_tmp___wsdd__ResolveMatches); soap->encodingStyle = NULL; if (!soap_get___wsdd__ResolveMatches(soap, &soap_tmp___wsdd__ResolveMatches, "-wsdd:ResolveMatches", NULL)) return soap->error; if (soap_body_end_in(soap) || soap_envelope_end_in(soap) || soap_end_recv(soap)) return soap->error; soap->error = __wsdd__ResolveMatches(soap, soap_tmp___wsdd__ResolveMatches.wsdd__ResolveMatches); if (soap->error) return soap->error; return soap_closesock(soap); } /** @fn int __wsdd__Hello(struct soap *soap, struct wsdd__HelloType *Hello) @brief Internal WS-Discovery service operation. */ int __wsdd__Hello(struct soap *soap, struct wsdd__HelloType *Hello) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; DBGFUN("__wsdd__Hello"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!Hello #ifdef SOAP_WSA_2005 || !Hello->wsa5__EndpointReference.Address #else || !Hello->wsa__EndpointReference.Address #endif ) return soap_wsa_sender_fault(soap, "WSDD Hello incomplete", NULL); #ifdef SOAP_WSA_2005 DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EndpointReference=%s\n", Hello->wsa5__EndpointReference.Address)); #else DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EndpointReference=%s\n", Hello->wsa__EndpointReference.Address)); #endif if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass on to user-defined event handler */ wsdd_event_Hello(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, Hello->wsa5__EndpointReference.Address, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, Hello->wsa__EndpointReference.Address, #endif Hello->Types, Hello->Scopes ? Hello->Scopes->__item : NULL, Hello->Scopes ? Hello->Scopes->MatchBy : NULL, Hello->XAddrs, Hello->MetadataVersion); /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); return SOAP_OK; } /** @fn int __wsdd__Bye(struct soap *soap, struct wsdd__ByeType *Bye) @brief Internal WS-Discovery service operation. */ int __wsdd__Bye(struct soap *soap, struct wsdd__ByeType *Bye) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; DBGFUN("__wsdd__Bye"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!Bye #ifdef SOAP_WSA_2005 || !Bye->wsa5__EndpointReference.Address #else || !Bye->wsa__EndpointReference.Address #endif ) return soap_wsa_sender_fault(soap, "WSDD Bye incomplete", NULL); #ifdef SOAP_WSA_2005 DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EndpointReference=%s\n", Bye->wsa5__EndpointReference.Address)); #else DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EndpointReference=%s\n", Bye->wsa__EndpointReference.Address)); #endif if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass on to user-defined event handler */ wsdd_event_Bye(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, Bye->wsa5__EndpointReference.Address, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, Bye->wsa__EndpointReference.Address, #endif Bye->Types, Bye->Scopes ? Bye->Scopes->__item : NULL, Bye->Scopes ? Bye->Scopes->MatchBy : NULL, Bye->XAddrs, Bye->MetadataVersion); /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); return SOAP_OK; } static int soap_wsdd_http(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { (void)endpoint; (void)host; (void)port; (void)path; (void)action; return soap->fresponse(soap, SOAP_OK, count); } /** @fn int __wsdd__Probe(struct soap *soap, struct wsdd__ProbeType *Probe) @brief Internal WS-Discovery service operation. */ int __wsdd__Probe(struct soap *soap, struct wsdd__ProbeType *Probe) { struct wsdd__ProbeMatchesType ProbeMatches; soap_wsdd_mode mode; DBGFUN("__wsdd__Probe"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!Probe) return soap_wsa_sender_fault(soap, "WSDD Probe incomplete", NULL); soap_default_wsdd__ProbeMatchesType(soap, &ProbeMatches); /* pass probe request on to user-defined event handler to get matches */ mode = wsdd_event_Probe(soap, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__ReplyTo ? soap->header->wsa5__ReplyTo->Address : NULL, #else soap->header->wsa__MessageID, soap->header->wsa__ReplyTo ? soap->header->wsa__ReplyTo->Address : NULL, #endif Probe->Types, Probe->Scopes ? Probe->Scopes->__item : NULL, Probe->Scopes ? Probe->Scopes->MatchBy : NULL, &ProbeMatches); if (mode == SOAP_WSDD_ADHOC) { /* event handler or main application MUST return matches independently */ /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); } else { int err; int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); const char *MessageID = soap_wsa_rand_uuid(soap); const char *Action = SOAP_NAMESPACE_OF_wsdd"/ProbeMatches"; /* SOAP Header */ soap_wsdd_set_AppSequence(soap); soap_wsa_reply(soap, MessageID, Action); /* send over current socket as HTTP OK response: */ fpost = soap->fpost; soap->fpost = soap_wsdd_http; err = soap_send___wsdd__ProbeMatches(soap, "http://", Action, &ProbeMatches); soap->fpost = fpost; return err; } return SOAP_OK; } /** @fn int __wsdd__ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *ProbeMatches) @brief Internal WS-Discovery service operation. */ int __wsdd__ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *ProbeMatches) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; DBGFUN("__wsdd__ProbeMatches"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!ProbeMatches) return soap_wsa_sender_fault(soap, "WSDD ProbeMatches incomplete", NULL); if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass probe matches on to user-defined event handler */ wsdd_event_ProbeMatches(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, #endif ProbeMatches); /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); return SOAP_OK; } /** @fn int __wsdd__Resolve(struct soap *soap, struct wsdd__ResolveType *Resolve) @brief Internal WS-Discovery service operation. */ int __wsdd__Resolve(struct soap *soap, struct wsdd__ResolveType *Resolve) { struct wsdd__ResolveMatchesType ResolveMatches; struct wsdd__ResolveMatchType match; soap_wsdd_mode mode; DBGFUN("__wsdd__Resolve"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!Resolve #ifdef SOAP_WSA_2005 || !Resolve->wsa5__EndpointReference.Address #else || !Resolve->wsa__EndpointReference.Address #endif ) return soap_wsa_sender_fault(soap, "WSDD Resolve incomplete", NULL); soap_default_wsdd__ResolveMatchesType(soap, &ResolveMatches); soap_default_wsdd__ResolveMatchType(soap, &match); ResolveMatches.ResolveMatch = &match; /* pass resolve request on to user-defined event handler */ mode = wsdd_event_Resolve(soap, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__ReplyTo ? soap->header->wsa5__ReplyTo->Address : NULL, Resolve->wsa5__EndpointReference.Address, #else soap->header->wsa__MessageID, soap->header->wsa__ReplyTo ? soap->header->wsa__ReplyTo->Address : NULL, Resolve->wsa__EndpointReference.Address, #endif &match); if (mode == SOAP_WSDD_ADHOC) { /* event handler or main application MUST return match independently */ /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); } else { int err; int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); const char *MessageID = soap_wsa_rand_uuid(soap); const char *Action = SOAP_NAMESPACE_OF_wsdd"/ResolveMatches"; /* SOAP Header */ soap_wsdd_set_AppSequence(soap); soap_wsa_reply(soap, MessageID, Action); /* send over current socket as HTTP OK response: */ fpost = soap->fpost; soap->fpost = soap_wsdd_http; err = soap_send___wsdd__ResolveMatches(soap, NULL, Action, &ResolveMatches); soap->fpost = fpost; return err; } return SOAP_OK; } /** @fn int __wsdd__ResolveMatches(struct soap *soap, struct wsdd__ResolveMatchesType *ResolveMatches) @brief Internal WS-Discovery service operation. */ int __wsdd__ResolveMatches(struct soap *soap, struct wsdd__ResolveMatchesType *ResolveMatches) { unsigned int InstanceId = 0; const char *SequenceId = NULL; unsigned int MessageNumber = 0; DBGFUN("__wsdd__ResolveMatches"); /* check for WSA */ if (soap_wsa_check(soap)) return soap->error; /* check WSDD */ if (!ResolveMatches || !ResolveMatches->ResolveMatch) return soap_wsa_sender_fault(soap, "WSDD ResolveMatch incomplete", NULL); if (soap->header->wsdd__AppSequence) { wsdd__AppSequenceType *seq = soap->header->wsdd__AppSequence; InstanceId = seq->InstanceId; SequenceId = seq->SequenceId; MessageNumber = seq->MessageNumber; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "AppSeq id=%u seq=%s msg=%u\n", InstanceId, SequenceId ? SequenceId : "(null)", MessageNumber)); } /* pass resolve matches on to user-defined event handler */ wsdd_event_ResolveMatches(soap, InstanceId, SequenceId, MessageNumber, #ifdef SOAP_WSA_2005 soap->header->wsa5__MessageID, soap->header->wsa5__RelatesTo ? soap->header->wsa5__RelatesTo->__item : NULL, #else soap->header->wsa__MessageID, soap->header->wsa__RelatesTo ? soap->header->wsa__RelatesTo->__item : NULL, #endif ResolveMatches->ResolveMatch); /* one-way HTTP(S) POST message requires an HTTP OK response message */ if (!strncmp(soap->endpoint, "http", 4)) return soap_send_empty_response(soap, SOAP_OK); return SOAP_OK; } /******************************************************************************\ * * WS-Discovery AppSequence State * \******************************************************************************/ #ifdef __cplusplus extern "C" { #endif /** @fn void soap_wsdd_set_InstanceId(unsigned int InstanceId) @brief Set the global AppSequence InstanceId that is used to populate messages @param[in] InstanceId */ void soap_wsdd_set_InstanceId(unsigned int InstanceId) { MUTEX_LOCK(soap_wsdd_state); soap_wsdd_InstanceId = InstanceId; soap_wsdd_MessageNumber = 1; MUTEX_UNLOCK(soap_wsdd_state); } /** @fn void soap_wsdd_set_SequenceId(const char *SequenceId) @brief Set the global AppSequence SequenceId that is used to populate messages @param[in] SequenceId */ void soap_wsdd_set_SequenceId(const char *SequenceId) { MUTEX_LOCK(soap_wsdd_state); if (soap_wsdd_SequenceId) free((void*)soap_wsdd_SequenceId); soap_wsdd_SequenceId = strdup(SequenceId); soap_wsdd_MessageNumber = 1; MUTEX_UNLOCK(soap_wsdd_state); } #ifdef __cplusplus } #endif static void soap_wsdd_set_AppSequence(struct soap *soap) { soap_header(soap); if (!soap->header->wsdd__AppSequence) { soap->header->wsdd__AppSequence = (wsdd__AppSequenceType*)soap_malloc(soap, sizeof(wsdd__AppSequenceType)); soap_default_wsdd__AppSequenceType(soap, soap->header->wsdd__AppSequence); } MUTEX_LOCK(soap_wsdd_state); soap->header->wsdd__AppSequence->InstanceId = soap_wsdd_InstanceId; soap->header->wsdd__AppSequence->SequenceId = (char*)soap_wsdd_SequenceId; soap->header->wsdd__AppSequence->MessageNumber = soap_wsdd_MessageNumber++; MUTEX_UNLOCK(soap_wsdd_state); } static void soap_wsdd_reset_AppSequence(struct soap *soap) { if (soap->header) soap->header->wsdd__AppSequence = NULL; } static void soap_wsdd_delay(struct soap *soap) { (void)soap; useconds_t delay = 1000*((unsigned int)soap_random % SOAP_WSDD_APP_MAX_DELAY); usleep(delay); } gsoap-2.8.28/gsoap/plugin/wsseapi.h0000644000175000017500000003221712653650150016527 0ustar ellertellert/* wsseapi.h WS-Security plugin. See wsseapi.c for documentation and details. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSSEAPI_H #define WSSEAPI_H #include "soapH.h" /* replace with soapcpp2-generated *H.h file */ #include "smdevp.h" #include "mecevp.h" #ifdef __cplusplus extern "C" { #endif /** plugin identification for plugin registry */ #define SOAP_WSSE_ID "SOAP-WSSE-1.4" /** to ignore extra/external SignedInfo/Reference/@URI */ #define SOAP_WSSE_IGNORE_EXTRA_REFS (0x1000) /** plugin identification for plugin registry */ extern const char soap_wsse_id[]; /** @struct soap_wsse_data @brief wsseapi plugin data The signature key (private) and verification key (public) are kept in the plugin data, together with other info. */ struct soap_wsse_data { const char *sigid; /**< string with wsu:Id names to sign */ const char *encid; /**< string with wsu:Id names to encrypt */ const char *prefixlist; /**< string with c14n PrefixList to send, or NULL */ int sign_alg; /**< The digest or signature algorithm used */ const void *sign_key; /**< EVP_PKEY or key string for HMAC */ int sign_keylen; /**< HMAC key length */ int vrfy_alg; /**< The signature verify algorithm used */ const void *vrfy_key; /**< EVP_PKEY or key string for HMAC verify */ int vrfy_keylen; /**< HMAC key length */ int enco_alg; /**< current encrypt algorithm used */ const char *enco_keyname; /**< optional key name (id of symmetric key) */ const void *enco_key; /**< EVP_PKEY or secret key */ int enco_keylen; /**< secret key length */ int deco_alg; /**< decrypt algorithm used */ const void *deco_key; /**< EVP_PKEY or secret key */ int deco_keylen; /**< secret key length */ struct soap_wsse_digest *digest; /**< List of ID-hash pairs */ int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int (*fheader)(struct soap*); struct soap_mec_data *mec; X509_STORE *store; const void *(*security_token_handler)(struct soap *soap, int *alg, const char *keyname, int *keylen); }; /** @struct soap_wsse_digest @brief Digest dictionary: linked list of ID-hash pairs The digest dictionary is populated by the soap_wsse_preparesend callback. The callback intercepts XML elements with wsu:Id attributes and computes the digest during the preprocessing of a message transmission. The 'level' field is used to determine when the end of an element is reached by handling inner wsu:Id attributed elements, so that the outer wsu:Id attributed element can be hashed. */ struct soap_wsse_digest { struct soap_wsse_digest *next; /**< Next in list */ unsigned int level; /**< XML parser depth level */ struct soap_smd_data smd; /**< smdevp engine context */ unsigned char hash[SOAP_SMD_MAX_SIZE];/**< Digest hash value */ char id[1]; /**< String flows down the struct */ }; extern const char *wsse_PasswordTextURI; extern const char *wsse_PasswordDigestURI; extern const char *wsse_Base64BinaryURI; extern const char *wsse_X509v3URI; extern const char *wsse_X509v3SubjectKeyIdentifierURI; extern const char *ds_sha1URI; extern const char *ds_sha256URI; extern const char *ds_sha512URI; extern const char *ds_hmac_sha1URI; extern const char *ds_hmac_sha256URI; extern const char *ds_hmac_sha512URI; extern const char *ds_dsa_sha1URI; extern const char *ds_rsa_sha1URI; extern const char *ds_rsa_sha256URI; extern const char *ds_rsa_sha512URI; extern const char *xenc_3desURI; extern const char *xenc_aes128cbcURI; extern const char *xenc_aes192cbcURI; extern const char *xenc_aes256cbcURI; extern const char *xenc_aes512cbcURI; extern const char *xenc_aes128gcmURI; extern const char *xenc_aes192gcmURI; extern const char *xenc_aes256gcmURI; extern const char *xenc_aes512gcmURI; extern const char *xenc_elementURI; extern const char *xenc_contentURI; extern const char *xenc_rsa15URI; extern const char *xenc_rsaesURI; extern const char *ds_URI; extern const char *c14n_URI; extern const char *wsu_URI; struct _wsse__Security* soap_wsse_add_Security(struct soap *soap); struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor); void soap_wsse_delete_Security(struct soap *soap); struct _wsse__Security* soap_wsse_Security(struct soap *soap); struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap); void soap_wsse_delete_Signature(struct soap *soap); struct ds__SignatureType* soap_wsse_Signature(struct soap *soap); int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime); struct _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap); int soap_wsse_verify_Timestamp(struct soap *soap); int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password); int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password); struct _wsse__UsernameToken *soap_wsse_UsernameToken(struct soap *soap, const char *id); const char* soap_wsse_get_Username(struct soap *soap); int soap_wsse_verify_Password(struct soap *soap, const char *password); int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size); int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert); int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename); struct _wsse__BinarySecurityToken *soap_wsse_BinarySecurityToken(struct soap *soap, const char *id); int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size); X509 *soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id); int soap_wsse_verify_X509(struct soap *soap, X509 *cert); int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier); const char * soap_wsse_get_SecurityContextToken(struct soap *soap); struct ds__SignedInfoType *soap_wsse_add_SignedInfo(struct soap *soap); int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *inclusiveNamespaces, int alg, const char *HA); int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical); struct ds__SignedInfoType *soap_wsse_SignedInfo(struct soap *soap); int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg, int *bits); int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_SignedInfo(struct soap *soap); int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]); struct ds__KeyInfoType *soap_wsse_add_KeyInfo(struct soap *soap); struct ds__KeyInfoType *soap_wsse_KeyInfo(struct soap *soap); int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name); const char *soap_wsse_get_KeyInfo_KeyName(struct soap *soap); int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType); int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap); X509 *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap); struct ds__X509IssuerSerialType *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap); int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size); const char *soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap); const unsigned char *soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size); int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType); int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname); int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsse_fault(struct soap *soap, enum wsse__FaultcodeEnum fault, const char *detail); int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg); int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_verify_init(struct soap *soap); int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen); int soap_wsse_verify_done(struct soap *soap); size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag); int soap_wsse_verify_body(struct soap *soap); int soap_wsse_set_wsu_id(struct soap *soap, const char *tags); int soap_wsse_set_InclusiveNamespaces(struct soap *soap, const char *prefixlist); int soap_wsse_sign_only(struct soap *soap, const char *tags); int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial); int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags); int soap_wsse_verify_EncryptedKey(struct soap *soap); void soap_wsse_delete_EncryptedKey(struct soap *soap); struct xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap); int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI); int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI); int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags); int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen); int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key); int soap_wsse_encrypt_end(struct soap *soap); int soap_wsse_decrypt_begin(struct soap *soap); int soap_wsse_decrypt_end(struct soap *soap); #ifdef __cplusplus } #endif SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap*, struct soap_dom_element *node); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap *soap, const char *tag, int id, const struct soap_dom_element *node, const char *type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap *soap, const char *tag, struct soap_dom_element *node, const char *type); #endif gsoap-2.8.28/gsoap/plugin/httpmd5.c0000644000175000017500000002246112653650150016434 0ustar ellertellert/* httpmd5.c gSOAP HTTP Content-MD5 digest plugin. Usage (both client and server, see httpmd5test.h/.c for example): soap_register_plugin(&soap, http_md5); This enables HTTP MD5 checksum generation and checking for SOAP/XML messages WITHOUT attachments. Compile with -DWITH_OPENSSL Link with OpenSSL (for md5evp.c), httpmd5.c, and md5evp.c gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- Requires an md5 engine, see md5evp.h int md5_handler(struct soap *soap, void **context, enum md5_action action, char *buf, size_t len) context can be set and passed to subsequent calls. Parameters: action = MD5_INIT: init context MD5_UPDATE: update context with data from buf with size len MD5_FINAL: fill buf with 16 bytes MD5 hash value MD5_DELETE: delete context buf input data, output MD5 128 bit hash value len length of input data Example code: httpmd5test.h, httpmd5test.c Limitations: Does not work with combined chunked + compressed messages. When sending DIME/MIME attachments, you MUST use the SOAP_IO_STORE flag to compute the MD5 hash of the message with attachments. The flag disables streaming DIME. */ #include "httpmd5.h" #ifdef __cplusplus extern "C" { #endif const char http_md5_id[13] = HTTP_MD5_ID; static int http_md5_init(struct soap *soap, struct http_md5_data *data); static int http_md5_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void http_md5_delete(struct soap *soap, struct soap_plugin *p); static int http_md5_post_header(struct soap *soap, const char *key, const char *val); static int http_md5_parse_header(struct soap *soap, const char *key, const char *val); static int http_md5_prepareinitsend(struct soap *soap); static int http_md5_prepareinitrecv(struct soap *soap); static int http_md5_preparesend(struct soap *soap, const char *buf, size_t len); static int http_md5_preparerecv(struct soap *soap, const char *buf, size_t len); static int http_md5_preparefinalrecv(struct soap *soap); int http_md5(struct soap *soap, struct soap_plugin *p, void *arg) { (void)arg; p->id = http_md5_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct http_md5_data)); p->fcopy = http_md5_copy; p->fdelete = http_md5_delete; if (p->data) if (http_md5_init(soap, (struct http_md5_data*)p->data)) { SOAP_FREE(soap, p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } return SOAP_OK; } static int http_md5_init(struct soap *soap, struct http_md5_data *data) { data->fposthdr = soap->fposthdr; soap->fposthdr = http_md5_post_header; data->fparsehdr = soap->fparsehdr; soap->fparsehdr = http_md5_parse_header; data->fprepareinitsend = soap->fprepareinitsend; soap->fprepareinitsend = http_md5_prepareinitsend; data->fprepareinitrecv = soap->fprepareinitrecv; soap->fprepareinitrecv = http_md5_prepareinitrecv; data->fpreparesend = soap->fpreparesend; soap->fpreparesend = http_md5_preparesend; data->context = NULL; memset((void*)data->digest, 0, sizeof(data->digest)); return SOAP_OK; } static int http_md5_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { *dst = *src; dst->data = (void*)SOAP_MALLOC(soap, sizeof(struct http_md5_data)); soap_memcpy((void*)dst->data, sizeof(struct http_md5_data), (const void*)src->data, sizeof(struct http_md5_data)); ((struct http_md5_data*)dst->data)->context = NULL; return SOAP_OK; } static void http_md5_delete(struct soap *soap, struct soap_plugin *p) { (void)p; struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (data) { md5_handler(soap, &data->context, MD5_DELETE, NULL, 0); SOAP_FREE(soap, data); } } static int http_md5_post_header(struct soap *soap, const char *key, const char *val) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); char buf64[25]; /* 24 base64 chars + '\0' */ int err; if (!data) return SOAP_PLUGIN_ERROR; if (!key) /* last line */ { if ((err = md5_handler(soap, &data->context, MD5_FINAL, data->digest, 0))) return err; data->fposthdr(soap, "Content-MD5", soap_s2base64(soap, (unsigned char*)data->digest, buf64, 16)); } return data->fposthdr(soap, key, val); } static int http_md5_parse_header(struct soap *soap, const char *key, const char *val) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (!data) return SOAP_PLUGIN_ERROR; if (!soap_tag_cmp(key, "Content-MD5")) { soap_base642s(soap, val, data->digest, 16, NULL); data->fpreparerecv = soap->fpreparerecv; soap->fpreparerecv = http_md5_preparerecv; data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = http_md5_preparefinalrecv; md5_handler(soap, &data->context, MD5_INIT, NULL, 0); return SOAP_OK; } return data->fparsehdr(soap, key, val); } static int http_md5_prepareinitsend(struct soap *soap) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (!data) return SOAP_PLUGIN_ERROR; if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MIME))) { /* TODO: handle attachments automatically, does not work yet */ soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_STORE; } else md5_handler(soap, &data->context, MD5_INIT, NULL, 0); if (data->fprepareinitsend) return data->fprepareinitsend(soap); return SOAP_OK; } static int http_md5_prepareinitrecv(struct soap *soap) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (!data) return SOAP_PLUGIN_ERROR; if (soap->fpreparerecv == http_md5_preparerecv) soap->fpreparerecv = data->fpreparerecv; if (soap->fpreparefinalrecv == http_md5_preparefinalrecv) soap->fpreparefinalrecv = data->fpreparefinalrecv; if (data->fprepareinitrecv) return data->fprepareinitrecv(soap); return SOAP_OK; } static int http_md5_preparesend(struct soap *soap, const char *buf, size_t len) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_UPDATE, (char*)buf, len); if (data->fpreparesend) return data->fpreparesend(soap, buf, len); return SOAP_OK; } static int http_md5_preparerecv(struct soap *soap, const char *buf, size_t len) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_UPDATE, (char*)buf, len); if (data->fpreparerecv) return data->fpreparerecv(soap, buf, len); return SOAP_OK; } static int http_md5_preparefinalrecv(struct soap *soap) { struct http_md5_data *data = (struct http_md5_data*)soap_lookup_plugin(soap, http_md5_id); char digest[16]; if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_FINAL, digest, 0); soap->fpreparerecv = data->fpreparerecv; soap->fpreparefinalrecv = data->fpreparefinalrecv; if (memcmp((void*)digest, (const void*)data->digest, sizeof(data->digest))) return soap_sender_fault(soap, "MD5 digest mismatch: message corrupted", NULL); if (soap->fpreparefinalrecv) return soap->fpreparefinalrecv(soap); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/logging.c0000644000175000017500000001362312653650150016475 0ustar ellertellert/* logging.c Message logging plugin and stat collector for webserver. Register the plugin with: soap_register_plugin(soap, logging); Change logging destinations: soap_set_logging_inbound(struct soap*, FILE*); soap_set_logging_outbound(struct soap*, FILE*); Obtain stats (sent and recv octet count, independent of log dest): soap_get_logging_stats(soap, size_t *sent, size_t *recv); gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "logging.h" #ifdef __cplusplus extern "C" { #endif const char logging_id[] = LOGGING_ID; static int logging_init(struct soap *soap, struct logging_data *data); static void logging_delete(struct soap *soap, struct soap_plugin *p); static int logging_send(struct soap *soap, const char *buf, size_t len); static size_t logging_recv(struct soap *soap, char *buf, size_t len); /* plugin registry function, invoked by soap_register_plugin */ int logging(struct soap *soap, struct soap_plugin *p, void *arg) { (void)arg; p->id = logging_id; /* create local plugin data */ p->data = (void*)SOAP_MALLOC(soap, sizeof(struct logging_data)); /* register the destructor */ p->fdelete = logging_delete; /* if OK then initialize */ if (p->data) { if (logging_init(soap, (struct logging_data*)p->data)) { SOAP_FREE(soap, p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } } return SOAP_OK; } /* set inbound logging FD, NULL to disable */ void soap_set_logging_inbound(struct soap *soap, FILE *fd) { struct logging_data *data = (struct logging_data*)soap_lookup_plugin(soap, logging_id); if (data) data->inbound = fd; } /* set outbound logging FD, NULL to disable */ void soap_set_logging_outbound(struct soap *soap, FILE *fd) { struct logging_data *data = (struct logging_data*)soap_lookup_plugin(soap, logging_id); if (data) data->outbound = fd; } /* get logging sent and recv octet counts */ void soap_get_logging_stats(struct soap *soap, size_t *sent, size_t *recv) { struct logging_data *data = (struct logging_data*)soap_lookup_plugin(soap, logging_id); if (data) { *sent = data->stat_sent; *recv = data->stat_recv; } } /* used by plugin registry function */ static int logging_init(struct soap *soap, struct logging_data *data) { data->inbound = NULL; data->outbound = NULL; data->stat_sent = 0; data->stat_recv = 0; data->fsend = soap->fsend; /* save old recv callback */ data->frecv = soap->frecv; /* save old send callback */ soap->fsend = logging_send; /* replace send callback with ours */ soap->frecv = logging_recv; /* replace recv callback with ours */ return SOAP_OK; } static void logging_delete(struct soap *soap, struct soap_plugin *p) { /* free allocated plugin data. If fcopy() is not set, then this function is not called for all copies of the plugin created with soap_copy(). In this example, the fcopy() callback is omitted and the plugin data is shared by the soap copies created with soap_copy() */ SOAP_FREE(soap, p->data); } static size_t logging_recv(struct soap *soap, char *buf, size_t len) { struct logging_data *data = (struct logging_data*)soap_lookup_plugin(soap, logging_id); size_t res; /* get data from old recv callback */ res = data->frecv(soap, buf, len); /* update should be in mutex, but we don't mind some inaccuracy in stats */ data->stat_recv += res; if (data->inbound) fwrite(buf, res, 1, data->inbound); return res; } static int logging_send(struct soap *soap, const char *buf, size_t len) { struct logging_data *data = (struct logging_data*)soap_lookup_plugin(soap, logging_id); /* update should be in mutex, but we don't mind some inaccuracy in stats */ data->stat_sent += len; if (data->outbound) fwrite(buf, len, 1, data->outbound); return data->fsend(soap, buf, len); /* pass data on to old send callback */ } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/plugin.h0000644000175000017500000000111412653650150016342 0ustar ellertellert/* plugin.h Example gSOAP plug-in. Include this file and link with plugin.c Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. */ #include "stdsoap2.h" #define PLUGIN_ID "PLUGIN-1.0" /* plugin identification */ #ifdef __cplusplus extern "C" { #endif struct plugin_data { int (*fsend)(struct soap*, const char*, size_t); /* example: to save and use send callback */ size_t (*frecv)(struct soap*, char*, size_t); /* example: to save and use recv callback */ }; int plugin(struct soap *soap, struct soap_plugin *plugin, void *arg); #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpform.c0000644000175000017500000001615212653650150016712 0ustar ellertellert/* httpform.c gSOAP HTTP POST application/x-www-form-urlencoded plugin. Requires linkage with httpget.c (for query_key and query_val) Note: multipart/related and multipart/form-data are already handled in gSOAP. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile & link with stand-alone gSOAP server. Usage (server side): struct soap soap; soap_init(&soap); soap_register_plugin_arg(&soap, http_form, http_form_handler); ... ... = soap_copy(&soap); // copies plugin too but not its data: plugin data is shared since fcopy is not set ... soap_done(&soap); // detach plugin (calls plugin->fdelete) You need to define a HTTP handling function at the server-side: int http_form_handler(struct soap*) which will be called from the plugin upon an HTTP POST request that matches the application/x-www-form-urlencoded content-type. The function should return an error code or SOAP_STOP to prevent the gSOAP engine from processing the message body; To parse form data in the handler, use: char *s = form(soap); while (s) { char *key = query_key(soap, &s); // decode next form string key char *val = query_val(soap, &s); // decode next form string value (if any) ... } The form() function reads an HTTP body and stores it in an internal buffer that is returned as a char*. This buffer can be used to process HTTP POST body content. The query_key/val functions simply extract key-value pairs from this buffer. The handler should also produce a valid HTTP response, for example: soap_response(soap, SOAP_HTML); // use this to return HTML ... soap_response(soap, SOAP_OK); // ... or use this to return a SOAP message ... soap_send(soap, "..."); // example HTML ... soap_end_send(soap); See samples/webserver for an example HTTP POST form handling server. */ #include "httpform.h" #ifdef __cplusplus extern "C" { #endif const char http_form_id[14] = HTTP_FORM_ID; static int http_form_init(struct soap *soap, struct http_form_data *data, int (*handler)(struct soap*)); static void http_form_delete(struct soap *soap, struct soap_plugin *p); static int http_form_parse_header(struct soap *soap, const char*, const char*); int http_form(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = http_form_id; p->data = (void*)malloc(sizeof(struct http_form_data)); p->fdelete = http_form_delete; if (p->data) if (http_form_init(soap, (struct http_form_data*)p->data, (int (*)(struct soap*))arg)) { free(p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } return SOAP_OK; } static int http_form_init(struct soap *soap, struct http_form_data *data, int (*handler)(struct soap*)) { data->fparsehdr = soap->fparsehdr; /* save old HTTP header parser callback */ soap->fparsehdr = http_form_parse_header; /* replace HTTP header parser callback with ours */ if (handler) data->handler = handler; return SOAP_OK; } static void http_form_delete(struct soap *soap, struct soap_plugin *p) { (void)soap; free(p->data); /* free allocated plugin data (this function is not called for shared plugin data, but only when the final soap_done() is invoked on the original soap struct) */ } static int http_form_parse_header(struct soap *soap, const char *key, const char *val) { struct http_form_data *data = (struct http_form_data*)soap_lookup_plugin(soap, http_form_id); if (!data) return SOAP_PLUGIN_ERROR; soap->error = data->fparsehdr(soap, key, val); /* parse HTTP header */ if (soap->error == SOAP_OK) { if (!soap_tag_cmp(key, "Content-Type")) { /* check content type: you can filter any type of payloads here */ if (!soap_tag_cmp(val, "application/x-www-form-urlencoded")) { soap->fform = data->handler; soap->error = SOAP_FORM; /* delegate body parsing to form handler */ } /* it is possible to add other payload types to handle via forms if (!soap_tag_cmp(val, "image/jpg")) soap->error = SOAP_FORM; */ } } return soap->error; } char* form(struct soap *soap) { char *s = NULL; /* It is unlikely chunked and/or compressed POST forms are sent by browsers, but we need to handle them */ if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK #ifdef WITH_ZLIB || soap->zlib_in != SOAP_ZLIB_NONE #endif ) { soap_wchar c = EOF; soap->labidx = 0; if (soap_append_lab(soap, "?", 1)) return NULL; do { size_t k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (k--) { if ((c = soap_getchar(soap)) == (int)EOF) break; *s++ = c; } } while (c != (int)EOF); *s = '\0'; s = soap->labbuf; } else { if (soap->length) { s = (char*)soap_malloc(soap, soap->length + 2); if (s) { char *t = s; size_t i; *t++ = '?'; for (i = soap->length; i; i--) { soap_wchar c; if ((c = soap_getchar(soap)) == (int)EOF) { soap->error = SOAP_EOF; return NULL; } *t++ = c; } *t = '\0'; } } } soap_end_recv(soap); return s; } /******************************************************************************/ #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpposttest.c0000644000175000017500000001550612653650150017636 0ustar ellertellert/* httpposttest.c gSOAP HTTP POST plugin client and server example application. gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -S -c httpposttest.h cc -Iplugin -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -Iplugin -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c -lssl -lcrypto -lz */ #include "soapH.h" #include "httppost.h" int jpg_post_handler(struct soap *soap); int image_post_handler(struct soap *soap); int text_post_handler(struct soap *soap); int generic_POST_handler(struct soap *soap); int generic_PUT_handler(struct soap *soap); int generic_DELETE_handler(struct soap *soap); int main(int argc, char **argv) { char *buf; size_t len; struct soap soap; soap_init(&soap); /* chunking conserves memory and is generally faster: */ soap_set_omode(&soap, SOAP_IO_CHUNK); if (argc < 2) { /* CGI server */ struct http_post_handlers handlers[] = { { "image/jpg", jpg_post_handler }, { "image/*", image_post_handler }, { "image/*;*", image_post_handler }, { "text/*", text_post_handler }, { "text/*;*", text_post_handler }, { "POST", generic_POST_handler }, { "PUT", generic_PUT_handler }, { "DELETE", generic_DELETE_handler }, { NULL } }; soap_register_plugin_arg(&soap, http_post, handlers); /* register plugin (server only) */ soap_serve(&soap); exit(0); } /* HTTP POST client */ if (soap_post_connect(&soap, argv[1], NULL, "text/html") || soap_send(&soap, "") || soap_send(&soap, argc == 2 ? "Hello" : argv[2]) || soap_send(&soap, "") || soap_end_send(&soap)) { soap_print_fault(&soap, stderr); exit(1); } /* after sending POST content, receive body (note: POST handlers should not be set for client) */ if (soap_begin_recv(&soap) || soap_http_body(&soap, &buf, &len) || soap_end_recv(&soap)) { soap_print_fault(&soap, stderr); exit(1); } soap_closesock(&soap); /* close only when not keep-alive */ printf("Received %lu bytes of type %s:\n", (unsigned long)len, soap.http_content?soap.http_content:""); soap_end(&soap); soap_done(&soap); return 0; } /* Calculator service operations */ int __ns1__add(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a + in->b; return SOAP_OK; } int __ns1__sub(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a - in->b; return SOAP_OK; } int __ns1__mul(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a * in->b; return SOAP_OK; } int __ns1__div(struct soap *soap, struct ns2__pair *in, double *out) { *out = in->a / in->b; return SOAP_OK; } int __ns1__pow(struct soap *soap, struct ns2__pair *in, double *out) { *out = pow(in->a, in->b); return SOAP_OK; } /* the jpg handler just responds with HTTP OK */ int jpg_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_OK); soap_end_send(soap); return SOAP_OK; } /* the image handler responds with HTTP OK and a text/html body */ int image_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); soap_response(soap, SOAP_HTML); soap_send(soap, "Image received"); soap_end_send(soap); return SOAP_OK; } /* the text handler copies the message back */ int text_post_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); /* use current soap->http_content from HTTP header as return HTTP type */ soap_response(soap, SOAP_FILE); soap_send_raw(soap, buf, len); soap_end_send(soap); return SOAP_OK; } /* the generic POST handler */ int generic_POST_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); fprintf(stderr, "Generic POST accepted URL=\"%s\" content=\"%s\"\n", soap->endpoint, soap->http_content); soap_response(soap, SOAP_HTML); soap_send(soap, "Data received"); soap_end_send(soap); return SOAP_OK; } /* the generic PUT handler */ int generic_PUT_handler(struct soap *soap) { char *buf; size_t len; soap_http_body(soap, &buf, &len); fprintf(stderr, "Generic PUT accepted URL=\"%s\" content=\"%s\"\n", soap->endpoint, soap->http_content); return soap_send_empty_response(soap, 202); /* HTTP Accepted */ } /* the generic DELETE handler */ int generic_DELETE_handler(struct soap *soap) { fprintf(stderr, "Generic DELETE accepted URL=\"%s\"\n", soap->endpoint); return soap_send_empty_response(soap, 202); /* HTTP Accepted */ } SOAP_NMAC struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope", NULL}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding", NULL}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance", "http://www.w3.org/*/XMLSchema-instance", NULL}, {"xsd", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema", NULL}, {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/plugin/plugin.c0000644000175000017500000000714012653650150016342 0ustar ellertellert/* plugin.c Example gSOAP plug-in Copyright (C) 2000-2002 Robert A. van Engelen. All Rights Reserved. Compile & link with gSOAP clients and services to view SOAP messages. Usage (client/server code): struct soap soap; soap_init(&soap); soap_register_plugin(&soap, plugin); // register plugin ... ... = soap_copy(&soap); // copies plugin too ... soap_done(&soap); // detach plugin A plugin is copied with the soap_copy() call. Upon this call, two situations may arise depending on setting the fcopy() callback and the need to share or not share plugin data: 1. if the plugin fcopy() callback is set, it will be called to allow the plugin to copy its local data. When soap_done() is called on the copy, the fdelete() callback is called for cleanup. 2. if the plugin fcopy() callback is not set, then the plugin data will be shared (i.e. the data pointer points to the same address). The fdelete() callback will not be called upon a soap_done() on a copy of the soap struct. The fdelete() callback will be called for the original soap struct with which the plugin registered. */ #include "plugin.h" static const char plugin_id[] = PLUGIN_ID; static int plugin_init(struct soap *soap, struct plugin_data *data); static int plugin_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void plugin_delete(struct soap *soap, struct soap_plugin *p); static int plugin_send(struct soap *soap, const char *buf, size_t len); static size_t plugin_recv(struct soap *soap, char *buf, size_t len); int plugin(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = plugin_id; p->data = (void*)malloc(sizeof(struct plugin_data)); /* optional: define fcopy() operation. When defined, fdelete() will be called for every copy of the plugin created with fcopy(), when NOT defined, fdelete() will only be called on the original non-copied plugin */ p->fcopy = plugin_copy; p->fdelete = plugin_delete; if (p->data) if (plugin_init(soap, (struct plugin_data*)p->data)) { free(p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } return SOAP_OK; } static int plugin_init(struct soap *soap, struct plugin_data *data) { data->fsend = soap->fsend; /* save old recv callback */ data->frecv = soap->frecv; /* save old send callback */ soap->fsend = plugin_send; /* replace send callback with ours */ soap->frecv = plugin_recv; /* replace recv callback with ours */ return SOAP_OK; } static int plugin_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { if (!(dst->data = (struct plugin_data*)malloc(sizeof(struct plugin_data)))) return SOAP_EOM; *dst->data = *src->data; return SOAP_OK; } static void plugin_delete(struct soap *soap, struct soap_plugin *p) { free(p->data); /* free allocated plugin data. If fcopy() is not set, then this function is not called for all copies of the plugin created with soap_copy(). In this example, the fcopy() callback can be safely omitted. When omitted, the plugin data is shared by the soap copies created with soap_copy() */ } static int plugin_send(struct soap *soap, const char *buf, size_t len) { struct plugin_data *data = (struct plugin_data*)soap_lookup_plugin(soap, plugin_id); fwrite(buf, len, 1, stderr); return data->fsend(soap, buf, len); /* pass data on to old send callback */ } static size_t plugin_recv(struct soap *soap, char *buf, size_t len) { struct plugin_data *data = (struct plugin_data*)soap_lookup_plugin(soap, plugin_id); size_t res = data->frecv(soap, buf, len); /* get data from old recv callback */ fwrite(buf, res, 1, stderr); return res; } gsoap-2.8.28/gsoap/plugin/wsseapi.cpp0000644000175000017500000070177412653650150017075 0ustar ellertellert/* wsseapi.c WS-Security plugin gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsse documents the wsse plugin for WS-Security 1.0 support. - @ref smdevp documents the smdevp signature/digest engine. - @ref mecevp documents the mecevp encryption engine. - @ref threads documents a portable threads and locking API. */ /** @page wsse The WS-Security plugin [TOC] @section wsse_5 Security Header The material in this section relates to the WS-Security specification section 5. To use the wsse plugin: -# Run wsdl2h -t typemap.dat on a WSDL of a service that requires WS-Security headers. The typemap.dat file is used to recognize and translate Security header blocks for XML signature and encryption. -# Run soapcpp2 on the header file produced by wsdl2h. -# (Re-)compile stdsoap2.c/pp, dom.c/pp, smdevp.c, mecevp.c, wsseapi.c and the generated source files with the -DWITH_DOM and -DWITH_OPENSSL compile flags set. The smdevp.c, mecevp.c, and wsseapi.c files are located in the 'plugin' directory. -# Use the wsse plugin API functions described below to add and verify Security headers, sign and verify messages, and to encrypt/decrypt messages. An example wsse client/server application can be found in gsoap/samples/wsse. The wsse engine is thread safe. However, if HTTPS is required please follow the instructions in Section @ref wsse_11 to ensure thread-safety of WS-Security with HTTPS. The wsse API is located in: - `gsoap/plugin/wsseapi.h` wsse API. - `gsoap/plugin/wsseapi.c` wsse API for C and C++. You will also need: - `gsoap/plugin/smdevp.c` compile and link this file (C and C++). - `gsoap/plugin/mecevp.c` compile and link this file (C and C++). - compile all sources with `-DWITH_OPENSSL -DWITH_DOM`. - if you have zlib installed, compile all sources also with `-DWITH_GZIP`. - link with `-lssl -lcrypto -lz -gsoapssl++` (or `-lgsoapssl` for C, or compile `stdsoap2.cpp` for C++ and `stdsoap2.c` for C). The gSOAP header file for soapcpp2 should import wsse.h (or the older 2002 version wsse2.h): @code #import "wsse.h" @endcode The wsdl2h tool adds the necessary imports to the generated header file if the WSDL declares the use of WS-Security. If not, you may have to add the import manually before running soapcpp2. The wsse API consists of a set of functions to populate and verify WS-Security headers and message body content. For more details, we refer to the following sections that correspond to the WS-Security specification sections: - Section 6 @ref wsse_6 - Section 7 @ref wsse_7 - Section 8 @ref wsse_8 - Section 9 @ref wsse_9 - Section 10 @ref wsse_10 - @ref wsse_11 - @ref wsse_12 - @ref wsse_13 - @ref wsse_wsc The basic API is introduced below. To add an empty Security header block to the SOAP header, use: @code soap_wsse_add_Security(soap); @endcode To delete a Security header, use: @code soap_wsse_delete_Security(soap); @endcode Adding an empty Security header block is not very useful. In the following, we present the higher-level functions of the wsse plugin to populate and verify Security header content. @note The soap context includes an actor value soap.actor that is populated and rendered as the SOAP-ENV:actor (SOAP 1.1) or SOAP-ENV:role (SOAP 1.2) attribute in XML within the generic SOAP Header. The attribute is optional, but should be used to target a recipient such as an intermediate node to process the SOAP header. In contrast, actor or role attributes within Security header blocks target specific recipients to process the Security header block. The gSOAP implementation does not automate this feature and application should set and check the actor/role attribute when necessary. In addition, the current implementation supports the inclusion of a single Security header block in the SOAP header. To populate the SOAP-ENV:actor or SOAP-ENV:role attribute within the Security header, use: @code soap_wsse_add_Security_actor(soap, "recipient"); @endcode To obtain the actor or role value (e.g. after receiving a message), use: @code _wsse__Security *security = soap_wsse_Security(soap); if (security) { ... = security->SOAP_ENV__actor; // SOAP 1.1 ... = security->SOAP_ENV__role; // SOAP 1.2 @endcode The SOAP-ENV:mustUnderstand attribute is automatically added and checked by the gSOAP engine. A gSOAP application compiled without Security support will reject Security headers. Security header blocks are attached to the soap context, which means that the information will be automatically kept to support multiple invocations. @section wsse_6 Security Tokens The material in this section relates to the WS-Security specification section 6. @subsection wsse_6_2 User Name Token To add a user name token to the Security header block, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", NULL); @endcode The `Id` value is optional. When non-NULL the user name token is included in the digital signature to protect its integrity. It is common for the wsse plugin functions to accept such `Id`s, which are serialized as wsu:Id identifiers for cross-referencing XML elements. The signature engine of the wsse plugin is designed to automatically sign all wsu:Id attributed elements to simplify the code you need to write to implement the signing process. To add a user name token with clear text password, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", "password"); @endcode It is strongly recommended to use `soap_wsse_add_UsernameTokenText` only in combination with HTTPS encrypted transmission or not at all. A better alternative is to use password digests. With password digest authentication, the digest value of a password (with message creation time and a random nonce) is compared on both sides, thus eliminating the need to exchange a password over the wire. To add a user name token with password digest, use: @code soap_wsse_add_UsernameTokenDigest(soap, "Id", "username", "password"); @endcode Although the password string is passed to this function, it is not rendered in XML or stored in a message log. It has been argued that this approach adopted by the WS-Security protocol is still vulnerable since the application retrieves the password in text form requiring a database to store passwords in clear text. However, a digest algorithm can be used to hash the passwords and store their digests instead, which eliminates the need to store clear-text passwords. Note that this is a common approach adopted by Unix for decades. By setting the `Id` value to a unique string, the user name token is also digitally signed by the signature engine further preventing tampering with its value. You must use `soap_wsse_add_UsernameTokenDigest` for each message exchange to refresh the password digest even when the user name and password are not changed. Otherwise, the receiver might flag the message as a replay attack. Clear-text passwords and password digests are verified with `soap_wsse_verify_Password`. To verify a password at the receiving side to authorize a request (e.g. within a Web service operation), use: @code int ns__myMethod(struct soap *soap, ...) { const char *username = soap_wsse_get_Username(soap); const char *password; if (!username) return soap->error; // no username: return FailedAuthentication (from soap_wsse_get_Username) password = ...; // lookup password of username if (soap_wsse_verify_Password(soap, password)) { int err = soap->error; soap_wsse_delete_Security(soap); // remove old security headers // if it is required to return signed faults, then add the following six lines here: if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return err; // password verification failed: return FailedAuthentication } ... // process request, then sign the response message: if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return SOAP_OK; } @endcode Note that the `soap_wsse_get_Username` functions sets the wsse:FailedAuthentication fault upon failure. It is common for the wsse plugin functions to return `SOAP_OK` or a wsse fault that should be passed to the sender by returning soap->error from service operations. The fault is displayed with the `soap_print_fault` function. To return signed faults back to the client, a signature is constructed as shown in the code snippet above. When the signature construction itself fails, we delete the partially constructed signature and return the fault to the client. Password digest authentication prevents message replay attacks. The wsse plugin keeps a database of password digests to thwart replay attacks. This is the only part in the plugin code that requires mutex provided by threads.h. Of course, this only works correctly if the server is persistent, such as a stand-alone service. Note that CGI-based services do not keep state. Machine clocks must be synchronized and clock skew should not exceed `SOAP_WSSE_CLKSKEW` at the server side. @subsection wsse_6_3 Binary Security Tokens X509 certificates are commonly included in Security header blocks as binary security tokens. A certificate is used to verify the digital signature of a digitally signed message using the public key embedded within the certificate. The certificate itself is signed by a certificate authority (CA) that vouches for the authenticity of the certificate, i.e. to prove the identify of the message originator. This verification process is important, because digital signatures are useless without verification: an attacker could simply replace the message, sign it, and replace the certificate. Certificates are automatically verified by the wsse plugin signature engine when received and accessed, which means that the certificates of the CAs must be made accessible to the wsse plugin as follows: @code soap->cafile = "cacerts.pem"; // use this soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) @endcode The `soap_wsse_verify_X509` function checks the validity of a certificate. The check is automatically performed. The check is also performed when retrieving the certificate from a Security header block, either automatically by the wsse plugin's signature verification engine or manually as follows: @code X509 *cert = soap_wsse_get_BinarySecurityTokenX509(soap, "Id"); @endcode where `Id` is the identification string of the binary security token or NULL. The X509 certificate returned by this function should be freed with `X509_free` to deallocate the certificate data: @code if (cert) X509_free(cert); cert = NULL; @endcode The verification is an expensive process that will be optimized in future releases by caching the certificate chain. To attach a binary security token stored in a PEM file to a Security header block for transmission, use: @code soap_wsse_add_BinarySecurityTokenPEM(soap, NULL, "mycert.pem") @endcode A binary security token can be automatically signed by setting its `Id` attribute: @code soap_wsse_add_BinarySecurityTokenPEM(soap, "X509Token", "mycert.pem") @endcode Repeatedly loading a certificate from a PEM file is inefficient. To reuse a certificate loaded from a PEM file for multiple invocations, use: @code FILE *fd = fopen("mycert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert)) ... // an error occurred @endcode Other types of binary security tokens can be added to the Security header block using: @code soap_wsse_add_BinarySecurityToken(soap, "Id", "valueType", data, datalen); @endcode @section wsse_6_4 XML Tokens The use and processing rules for XML tokens such as SAML assertions is specific to an application. The wsse plugin does not automate the use of XML tokens. The developer is encouraged to generate code for the SAML schema with wsdl2h and add the necessary assertions to the Security header block: @code typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct _saml__Assertion* saml__Assertion; // added struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode Alternatively, a DOM can be used to store and retrieve XML tokens: @code #import "dom.h" typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct _saml__Assertion* saml__Assertion; // added struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct ds__SignatureType* ds__Signature; int __size; xsd__anyType* any; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode @section wsse_7 Token References The material in this section relates to the WS-Security specification section 7. To use a certificate for signature verification, add a direct security token reference URI for the token to the KeyInfo, for example: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, "URI", "valueType"); @endcode and: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "URI"); @endcode For X509 certificates we use this to add a binary security token with the certificate and a reference to the local token: @code if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token")) ... // an error occurred @endcode This follows the recommended practice to place Security token references in the KeyInfo element of a Signature. The KeyInfo is used to verify the validity of a signature value. Key identifiers can be used as well: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(soap, "Id", "valueType", data, datalen); @endcode Embedded references are added with: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(soap, "Id", "valueType"); @endcode Full support for embedded references requires coding to add tokens and assertions, as well as to consume embedded references at the receiving side. There is no automated mechanism to take the embedded references and process them accordingly. The use of key names is not recommended, but in case they are required they can be added with: @code soap_wsse_add_KeyInfo_KeyName(soap, "name"); @endcode @section wsse_8 Signatures The material in this section relates to the WS-Security specification section 8. The wsse plugin must be registered to sign and verify messages: @code soap_register_plugin(soap, soap_wsse); @endcode XML signatures are usually computed over normalized XML (to ensure the XML processors of intermediate nodes can accurately reproduce the XML). To this end, the exclusive canonical XML standard (exc-c14n) is required, which is set using the `SOAP_XML_CANONICAL` flag: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL); soap_register_plugin(soap, soap_wsse); @endcode If you prefer XML indentation, use: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); @endcode Other flags to consider: - `SOAP_IO_CHUNK` for HTTP chunked content to stream messages. - `SOAP_ENC_GZIP` for HTTP compression (also enables HTTP chunking). Next, we decide which signature algorithm is appropriate to use: - HMAC-SHA uses a secret key (also known as a shared key in symmetric cryptography) to sign the SHA digest of the SignedInfo element. - DSA-SHA uses a DSA private key to sign the SHA digest of the SignedInfo element. - RSA-SHA uses a RSA private key to sign the SHA digest of the SignedInfo element. - ECDSA-SHA uses a Elliptic Curve DSA private key to sign the SHA digest of the SignedInfo element. HMAC-SHA is the simplest method, but relies on the fact that you have to make absolutely sure the key is kept secret on both the sending and receiving side. As long as the secret key is confidential, messages are securely signed. However, this is virtually impossible when exchanging messages with untrusted disparate parties. The advantage of HMAC-SHA is the speed by which messages are signed and verified. Algorithms HMAC SHA1, SHA256, and SHA512 are supported: - `SOAP_SMD_HMAC_SHA1` http://www.w3.org/2000/09/xmldsig#hmac-sha1 - `SOAP_SMD_HMAC_SHA224` http://www.w3.org/2001/04/xmldsig-more#hmac-sha224 - `SOAP_SMD_HMAC_SHA256` http://www.w3.org/2001/04/xmldsig-more#hmac-sha256 - `SOAP_SMD_HMAC_SHA384` http://www.w3.org/2001/04/xmldsig-more#hmac-sha384 - `SOAP_SMD_HMAC_SHA512` http://www.w3.org/2001/04/xmldsig-more#hmac-sha512 DSA-SHA and RSA-SHA rely on public key cryptography. In simplified terms, a message is signed using the (confidential!) private key. The public key is used to verify the signature. Since only the originating party could have used its private key to sign the message, the integrity of the message is guaranteed. Of course, we must trust the public key came from the originator (it is often included as an X509 certificate in the message). To this end, a trusted certificate authority should have signed the public key, thereby creating a X509 certificate that contains the public key and the identity of the message originator. The following DSA, RSA, and ECDSA algorithms are supported: - `SOAP_SMD_SIGN_DSA_SHA1` http://www.w3.org/2000/09/xmldsig#dsa-sha1 - `SOAP_SMD_SIGN_DSA_SHA256` http://www.w3.org/2000/09/xmldsig-more#dsa-sha256 - `SOAP_SMD_SIGN_RSA_SHA1` http://www.w3.org/2000/09/xmldsig#rsa-sha1 - `SOAP_SMD_SIGN_RSA_SHA224` http://www.w3.org/2001/04/xmldsig-more#rsa-sha224 - `SOAP_SMD_SIGN_RSA_SHA256` http://www.w3.org/2001/04/xmldsig-more#rsa-sha256 - `SOAP_SMD_SIGN_RSA_SHA384` http://www.w3.org/2001/04/xmldsig-more#rsa-sha384 - `SOAP_SMD_SIGN_RSA_SHA512` http://www.w3.org/2001/04/xmldsig-more#rsa-sha512 - `SOAP_SMD_SIGN_ECDSA_SHA1` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha1 - `SOAP_SMD_SIGN_ECDSA_SHA224` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha224 - `SOAP_SMD_SIGN_ECDSA_SHA256` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha256 - `SOAP_SMD_SIGN_ECDSA_SHA384` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha384 - `SOAP_SMD_SIGN_ECDSA_SHA512` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha512 An optional callback function can be passed to the plugin that is responsible for providing a certificate or key to the wsse engine to verify a signed message. For example, when a security token is absent from an DSA-SHA or RSA-SHA signed message then the only mechanism to automatically verify the signature is to let the callback produce a certificate: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); const void *security_token_handler(struct soap *soap, int *alg, const char *keyname, int *keylen) { // Note: 'keyname' argument is may be used with shared secret key // decryption where the keyname is from the ds:KeyInfo/KeyName content if (keyname) { ... lookup keyname ... const void *key = ...; *keylen = ...; *alg = ...; return key; } // Get the user name from UsernameToken in message const char *uid = soap_wsse_get_Username(soap); switch (*alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA224: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA384: case SOAP_SMD_VRFY_RSA_SHA512: case SOAP_SMD_VRFY_ECDSA_SHA1: case SOAP_SMD_VRFY_ECDSA_SHA224: case SOAP_SMD_VRFY_ECDSA_SHA256: case SOAP_SMD_VRFY_ECDSA_SHA384: case SOAP_SMD_VRFY_ECDSA_SHA512: if (uid) { // Lookup uid to retrieve the X509 certificate to verify the signature const X509 *cert = ...; return (const void*)cert; } return NULL; // no certificate: fail case SOAP_SMD_HMAC_SHA224: case SOAP_SMD_HMAC_SHA256: case SOAP_SMD_HMAC_SHA384: case SOAP_SMD_HMAC_SHA512: if (uid) { // Lookup uid to retrieve the HMAC SHA key to verify the signature const void *key = ...; *alg = ...; *keylen = ...; return key; } return NULL; // no certificate: fail case SOAP_MEC_ENV_DEC_DES_CBC: case SOAP_MEC_ENV_DEC_AES128_CBC: case SOAP_MEC_ENV_DEC_AES192_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_ENV_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // return decryption private key associated with keyname case SOAP_MEC_DEC_DES_CBC: case SOAP_MEC_DEC_AES128_CBC: case SOAP_MEC_DEC_AES192_CBC: case SOAP_MEC_DEC_AES256_CBC: case SOAP_MEC_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher` case SOAP_MEC_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // *keylen = ... // return decryption shared secret key associated with keyname } return NULL; // fail } @endcode @subsection wsse_8_2a Signing Messages After the plugin is registered and a signature algorithm selected, the `soap_wsse_sign` function or the `soap_wsse_sign_body` function is used to initiate the signature engine to automatically sign outbound messages. The code to sign the SOAP Body of a message using HMAC-SHA1 is: @code static char hmac_key[16] = { 0xff, 0xee, 0xdd, 0xcc, 0xbb, 0xaa, 0x99, 0x88, 0x77, 0x66, 0x55, 0x44, 0x33, 0x22, 0x11, 0x00 }; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred @endcode The `hmac_key` above is some secret key you generated for the sending side and receiving side (don't use the one shown here). Instead of SHA1 above, you can also use the more secure SHA224, SHA256, SHA384 and SHA512 hashes. As always, use `soap_print_fault` to display the error message. To sign the body of an outbound SOAP message using RSA-SHA (DSA-SHA is similar), we include the X509 certificate with the public key as a BinarySecurityToken in the header and a KeyInfo reference to the token to let receivers use the public key in the certificate to verify the authenticity of the message: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred @endcode The private key and its certificate are often placed in the same file, see e.g. server.pem in the package. To summarize the signing process: -# Register the wsse plugin. -# Obtain an HMAC secret key or a DSA/RSA/ECDSA private key. -# For DSA or RSA, obtain the X509 certificate with the public key signed by a certificate authority. -# Add the X509 certificate as a BinarySecurityToken to the header. -# Add a KeyInfo BinarySecurityTokenReference. -# Invoke `soap_wsse_sign` or `soap_wsse_sign_body` to sign the message. -# Always check the function return values for errors. You don't want to produce and accept messages with an invalid Security headers. @subsection wsse_8_2b Signing Message Parts The `soap_wsse_sign_body` function signs the entire SOAP body. If it is desirable to sign individual parts of a message the `soap_wsse_sign` function should be used. All message parts with wsu:Id attributes are signed. These message parts should not be nested (nested elements will not be separately signed). By default, all and only those XML elements with wsu:Id attributes are signed. Therefore, the wsu:Id attribute values used in a message must be unique within the message. Although usually not required, the default signing rule can be overridden with the `soap_wsse_sign_only` function, see @ref wsse_8_3. For example, consider a transaction in which we only want to sign a contract in the SOAP Body. This allows us to modify the rest of the message or extract the contract in XML and pass it on with the signature. The gSOAP header file includes a myContract declaration: @code struct ns__myContract { @char* wsu__Id = "Contract"; char* name; char* title; char* terms; }; int ns__myMethod(struct ns__myContract agreement, bool* accepted); @endcode The default value of the wsu:Id is "Contract" so that we can instantiate the struct, automatically sign it, and send it as follows: @code struct ns__myContract contract; bool accept; soap_default_ns__myContract(soap, &contract); contract.name = ...; contract.title = ...; contract.terms = ...; if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, contract, &accept)) ... // a transmission error occurred @endcode The above example shows a wsu:Id attribute embedded (hardcoded) in a struct. When it is not possible to add the `wsu__Id` member, for example when the type is a string instead of a struct, it is suggested to specify the XML element to be signed with the `soap_wsse_set_wsu_id(soap, "space-separated string of element names")`. Use it before each call or in the server operation (when returning XML data from a service operation). This lets the engine add wsu:Id="tag" attribute-value pair to the element's tag name. For example: @code soap_wsse_set_wsu_id(soap, "ns:myContract"); // ... soap_wsse_set_InclusiveNamespaces(soap, "ns xsd"); // QNames have 'ns' and 'xsd' values if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred soap_wsse_set_wsu_id(soap, NULL); // reset soap_wsse_set_InclusiveNamespaces(soap, NULL); // reset @endcode This code adds the wsu:Id="ns-myContract" to the ns:myContract element. Here, the `wsu__Id` value in the struct MUST NOT be set. Otherwise, two wsu:Id attributes are present which is invalid. Also, the element signed must be unique in the message. That is, there cannot be more than one matching element, otherwise the resulting signature is invalid. @note To reset the automatic wsu:Id attributes addition, pass NULL to `soap_wsse_set_wsu_id` as shown above. This is automatically performed when a new message is received (but not automatically in a sequence of one-way sends for example). @note QName content may lead to verification issues with canonicalization (`SOAP_XML_CANONICAL`), because XML processors may not recognize prefixes in QNames as visually utilized. With QName content and `SOAP_XML_CANONICAL` enabled, we should use `soap_wsse_set_InclusiveNamespaces(soap, "prefixlist")` to define which namespace prefixes (space-separated in the string) should be considered inclusive. For example, xsi:type attribute values are QNames with xsd types and other schema types. @note When signing parts of the body as outlined above, use `soap_wsse_sign` (do NOT use `soap_wsse_sign_body`). @warning Do not attempt to sign an element with a wsu:Id that is a subelement of another element with a wsu:Id, that is, do not sign inner nested wsu:Id elements. The element that you will try to sign will not be canonicalized and will lead to a failure of the signature verification. When elements with wsu:Id are nested, sign the outermost element. We recommend to sign the entire SOAP Body using `soap_wsse_sign_body` and reserve the use of `soap_wsse_set_wsu_id` for SOAP Header elements, such as WS-Addressing elements. For example: @code #include "wsaapi.h" ... soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction); soap_wsse_set_wsu_id(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action"); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred soap_wsse_set_wsu_id(soap, NULL); @endcode This code signs the wsa5:To and wsa5:Action SOAP header elements (set with `soap_wsa_request`, see the WS-Addressing "wsa" API in the gSOAP documentation for more information on the use of WS-Addressing). It is fine to specify more elements with `soap_wsse_set_wsu_id` than actually present in the XML payload. The other WS-Addressing headers are not present and are not signed. @note `soap_wsse_set_wsu_id` should only be set once for each `soap_wsse_sign` or `soap_wsse_sign_body`. Each new call overrides the previous setting. @warning Never use `soap_wsse_set_wsu_id` to set the wsu:Id for an element that occurs more than once in the payload, since each will have the same wsu:Id attribute that may lead to a WS-Signature failure. @subsection wsse_8_3 Signing Tokens To sign security tokens such as user names, passwords, and binary security tokens, just assign their Id values with a unique string, such as "Time" for timestamps and "User" for user names. For example: @code soap_wsse_add_Timestamp(soap, "Time", 600); soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); ... // the rest of the signing code @endcode Note that by default all wsu:Id-attributed elements are signed. To filter a subset of wsu:Id-attributed elements for signatures, use the `soap_wsse_sign_only` function as follows: @code soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0); soap_wsse_sign_only(soap, "User Body"); @endcode Note that in the above we MUST set the X509Token name for cross-referencing with a wsu:Id, which normally results in automatically signing that token unless filtered out with `soap_wsse_sign_only`. The SOAP Body wsu:Id is always "Body" and should be part of the `soap_wsse_sign_only` set of wsu:Id names to sign. When using `soap_wsse_set_wsu_id` we need to use the tag name with `soap_wsse_sign_only`. For example: @code soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction); soap_wsse_set_wsu_id(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action"); soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0); soap_wsse_sign_only(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action User Body"); @endcode @note `soap_wsse_sign_only` should only be set once for each `soap_wsse_sign` or `soap_wsse_sign_body`. Each new call overrides the previous. @note To reset the filtering of signed tokens and elements, pass NULL to `soap_wsse_sign_only`. This is automatically performed when a new message is received (but not automatically in a sequence of one-way sends for example). @subsection wsse_8_4 Signature Validation To automatically verify the signature of an inbound message signed with DSA or RSA algorithms, assuming the message contains the X509 certificate as a binary security token, use: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); soap->cafile = "cacerts.pem"; // file with CA certs of peers soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) // server: if (soap_serve(soap)) ... // an error occurred // client: if (soap_call_ns__myMethod(soap, ...)) ... // an error occurred @endcode All locally referenced and signed elements in the signed message will be verified with `soap_wsse_verify_auto` using the default settings set with `SOAP_SMD_NONE`. Elements that are not signed cannot be verified. Also elements referenced with absolute URIs that are not part of the message are not automatically verified. The received message is stored in a DOM accessible with soap->dom. This enables further analysis of the message content. For a post-parsing check to verify if an XML element was signed in an inbound message, use: @code soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); ... // client call if (soap_wsse_verify_element(soap, "namespaceURI", "tag") > 0) ... // at least one element with matching tag and namespace is signed @endcode The signed element nesting rules are obeyed, so if the matching element is a descendent of a signed element, it is signed as well. Because it is a post check, a client should invoke `soap_wsse_verify_element` after the call completed. A service should invoke this function within the service operation routine, i.e. when the message request is accepted and about to be processed. For example, to check whether the wsu:Timestamp element was signed (assuming it is present and message expiration checked with `soap_wsse_verify_Timestamp)`, use `soap_wsse_verify_element(soap, "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd", "Timestamp")`. To check the SOAP Body (either using SOAP 1.1 or 1.2), simply use `soap_wsse_verify_body`. The `soap_wsse_verify_auto` function keeps processing signed (and unsigned) messages as they arrive. For unsigned messages this can be expensive and the verification engine should be shut down using `soap_wsse_verify_done`. There can be two problems with signature verification. First, some WS-Security implementations include SignedInfo/Reference/@URI without targeting an element, which will produce an error that a Reference URI target does not exist. To ignore these references, use `SOAP_WSSE_IGNORE_EXTRA_REFS`. Second, certificates provided by the peer are not verifiable unless the signing CA certificate is included in the cafile or capath. To disable certificate verification set the fsslverify callback: @code static int ssl_verify(int ok, X509_STORE_CTX *store) { // put certificate verification here, return 0 when fails 1 when ok return 1; } ... soap_wsse_verify_auto(soap, SOAP_SMD_NONE | SOAP_WSSE_IGNORE_EXTRA_REFS, NULL, 0); soap->fsslverify = ssl_verify; @endcode To verify the HMAC signature of an inbound message, the HMAC key must be supplied: @code static char hmac_key[16] = // the same secret key that was used to sign { 0xff, 0xee, 0xdd, 0xcc, 0xbb, 0xaa, 0x99, 0x88, 0x77, 0x66, 0x55, 0x44, 0x33, 0x22, 0x11, 0x00 }; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); // server: if (soap_serve(soap)) ... // an error occurred // client: if (soap_call_ns__myMethod(soap, ...)) ... // an error occurred @endcode To summarize the signature verification process: -# Register the wsse plugin. -# For HMAC, obtain the HMAC secret key -# Use `soap_wsse_verify_auto` to verify inbound messages. -# Set the cafile (or capath) to verify certificates of the peers and crlfile (optional) -# After receiving a message, the DOM in soap->dom can be traversed for further analysis. -# Always check the function return values for errors. You don't want to accept a request or response message with an invalid Security header. -# Use `soap_wsse_verify_done` to terminate verification, e.g. to consume plain messages more efficiently. @section wsse_9 Encryption The material in this section relates to the WS-Security specification section 9. The wsse plugin must be registered: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); @endcode Other flags to consider: - `SOAP_IO_CHUNK` for HTTP chunked content to stream messages. - `SOAP_ENC_GZIP` for HTTP compression (also enables HTTP chunking). @subsection wsse_9_1 Encrypting Messages Encryption should be used in combination with signing. A signature ensures message integrity while encryption ensures confidentially. Encrypted messages can be tampered with unless integrity is ensured. Therefore, the reader should be familiar with the material in Section @ref wsse_8 should to sign and verify message content. Messages are encrypted using either public key cryptography or by using a symmetric secret key. A symmetric secret key should only be shared between the sender and receiver (or any trusted communicating peer). Encryption with public key cryptography uses an "envelope" process, where the public key of the recipient is used to encrypt a temporary (ephemeral) secret key that is sent together with the secret key-encrypted message to the recipient. The recipient decrypts the ephemeral key and uses it to decrypt the message. The public key is usually part of a X509 certificate. The public key (containing the subject information) is added to the WS-Security header and used for encryption of the SOAP Body as follows: @code X509 *cert = ...; // if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); @endcode `SOAP_MEC_ENV_ENC_DES_CBC` specifies envelope encoding with triple DES CBC and PKCS1 RSA-1_5. Use `(SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP)` for AES256 CBC with OAEP padding (OAEP is recommended over RSA-1_5 or use GCM). The envelope encryption options are: - `SOAP_MEC_ENV_ENC_DES_CBC` RSA-1_5 envelope encryption with triple DES CBC - `SOAP_MEC_ENV_ENC_AES256_CBC` RSA-1_5 envelope encryption with AES256 CBC - `SOAP_MEC_ENV_ENC_AES256_GCM` envelope authenticated encryption with AES256 GCM - `SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP` OAEP envelope encryption with AES256 CBC where, in the above, AES256 can be replaced with AES128 or AES192. The "Cert" parameter is a unique URI to reference the key from the encrypted SOAP Body. The above enables the encryption engine for the next message to be sent, either at the client or server side. The server should use this withing a server operation (before returning) to enable the service operation response to be encrypted. To include a subject key ID in the WS-Security header instead of the entire public key, specify the subject key ID parameter: @code X509 *cert = ...; // if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, "Subject Key ID", NULL, NULL)) soap_print_fault(soap, stderr); @endcode The difference with the previous example where no subject key ID was specified is that the WS-Security header only contains the subject key ID and no longer the public key in base64 format. To exclude the encrypted key certificate from the message and include a X509Data element with IssuerName and SerialNumber: @code X509 *cert = ...; if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, "CN=Root Agency", "-79441640260855276448009124614332182350")) soap_print_fault(soap, stderr); @endcode The issuer name and serial number (must be in decimal for `soap_wsse_add_EncryptedKey`) of a certificate can be obtained as follows: @code X509 *cert = ...; BIGNUM *bn = BN_new(); char issuer[256], *serial; X509_NAME_oneline(X509_get_issuer_name(cert), issuer, sizeof(issuer)); ASN1_INTEGER_to_BN(X509_get_serialNumber(cert), bn); serial = BN_bn2dec(bn); OPENSSL_free(bn); ... if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, issuer+1, serial)) soap_print_fault(soap, stderr); ... OPENSSL_free(serial); @code Note that in the above code the leading slash in "/CN=Root Agency" is excluded from the issuer name. When excluding the encrypted key certificate from the message, the token handler callback must be provided on the receiving end to obtain the certificate that corresponds to the issuer name and serial number. For example: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); static const void *token_handler(struct soap *soap, int alg, const char *keyname, int *keylen) { struct ds__X509IssuerSerialType *issuer; switch (alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA224: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA384: case SOAP_SMD_VRFY_RSA_SHA512: case SOAP_SMD_VRFY_ECDSA_SHA1: case SOAP_SMD_VRFY_ECDSA_SHA224: case SOAP_SMD_VRFY_ECDSA_SHA256: case SOAP_SMD_VRFY_ECDSA_SHA384: case SOAP_SMD_VRFY_ECDSA_SHA512: issuer = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(soap); if (issuer) { if (!strcmp(issuer->X509IssuerName, clt_issuer) && !strcmp(issuer->X509SerialNumber, clt_serial)) return (const void*)clt_cert; if (!strcmp(issuer->X509IssuerName, srv_issuer) && !strcmp(issuer->X509SerialNumber, srv_serial)) return (const void*)srv_cert; } break; ... @endcode To encrypt specific elements of the SOAP Body rather than the entire SOAP Body, use `soap_wsse_add_EncryptedKey_encrypt_only` in combination with `soap_wsse_set_wsu_id` as follows: @code X509 *cert = ...; // the SOAP Body contains one and one (not nested) soap_wsse_set_wsu_id(soap, "ns:myContract ns:myPIN"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL, "ns:myContract ns:myPIN")) soap_print_fault(soap, stderr); @endcode To encrypt the SOAP Body and SOAP Header element(s), such as ds:Signature, use "SOAP-ENV:Body" with `soap_wsse_add_EncryptedKey_encrypt_only`: @code X509 *cert = ...; soap_wsse_set_wsu_id(soap, "ds:Signature"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL, "ds:Signature SOAP-ENV:Body")) soap_print_fault(soap, stderr); @endcode @note The `soap_wsse_set_wsu_id` MUST be used to specify all element tag names to encrypt. Additional elements MAY be specified in `soap_wsse_set_wsu_id` (for example elements to digitally sign). @note The elements identified by the tag names in `soap_wsse_set_wsu_id` to encrypt MUST occur EXACTLY ONCE in the SOAP Body. For symmetric encryption with a shared secret key, generate a 160-bit triple DES key and make sure both the sender and reciever can use the key without it being shared by any other party (key exchange problem). Then use the `soap_wsse_encrypt_body` function to encrypt the SOAP Body as follows: @code char des_key[20] = ...; // 20-byte (160-bit) DES shared secret key if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key))) soap_print_fault(soap, stderr); @endcode The symmetric encryption options are: - `SOAP_MEC_ENC_DES_CBC` symmetric encryption with triple DES CBC - `SOAP_MEC_ENC_AES256_CBC` symmetric encryption with AES256 CBC - `SOAP_MEC_ENC_AES256_GCM` symmetric authenticated encryption with AES256 GCM where, in the above, AES256 can be replaced with AES128 or AES192. For example, symmetric encryption with AES256: @code char aes256_key[32] = ...; // 32-byte (256-bit) AES256 shared secret key if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_CBC, aes256_key, sizeof(aes256_key))) soap_print_fault(soap, stderr); @endcode To symmetrically encrypt specific elements of the SOAP Body rather than the entire SOAP Body, use `soap_wsse_encrypt_only` in combination with `soap_wsse_set_wsu_id` as follows: @code char des_key[20] = ...; // 20-byte (160-bit) secret key // the SOAP Body contains one and one (not nested) soap_wsse_set_wsu_id(soap, "ns:myContract ns:myPIN"); if (soap_wsse_encrypt_only(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key), "ns:myContract ns:myPIN")) soap_print_fault(soap, stderr); @endcode @note The `soap_wsse_set_wsu_id` MUST be used to specify all element tag names to encrypt. Additional elements MAY be specified in `soap_wsse_set_wsu_id` (for example elements to digitally sign). @note The elements identified by the tag names in `soap_wsse_set_wsu_id` to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @subsection wsse_9_2 Decrypting Message Parts The wsse engine automatically decrypts message parts, but requires a private key or secret shared key to do so. A default key can be given to enable decryption, but it will fail if a non-compatible key was used for encryption. In that case a token handler callback should be defined by the user to select a proper decryption key based on the available subject key name or identifier embedded in the encrypted message. Here is an example of a token handler callback: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); const void *security_token_handler(struct soap *soap, int alg, const char *keyname, int *keylen) { // Note: 'keyname' argument may be used with shared secret key // decryption where the keyname is from the ds:KeyInfo/KeyName content if (keyname) { ... lookup keyname ... const void *key = ...; keylen = ...; *alg = ...; return key; } // Get the user name from UsernameToken in message const char *uid = soap_wsse_get_Username(soap); switch (*alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: CASE SOAP_SMD_VRFY_RSA_SHA1: CASE SOAP_SMD_VRFY_RSA_SHA224: CASE SOAP_SMD_VRFY_RSA_SHA256: CASE SOAP_SMD_VRFY_RSA_SHA384: CASE SOAP_SMD_VRFY_RSA_SHA512: CASE SOAP_SMD_VRFY_ECDSA_SHA1: CASE SOAP_SMD_VRFY_ECDSA_SHA224: CASE SOAP_SMD_VRFY_ECDSA_SHA256: CASE SOAP_SMD_VRFY_ECDSA_SHA384: CASE SOAP_SMD_VRFY_ECDSA_SHA512: if (uid) { // Lookup uid to retrieve the X509 certificate to verify the signature const X509 *cert = ...; return (const void*)cert; } return NULL; // no certificate: fail case SOAP_SMD_HMAC_SHA1: if (uid) { // Lookup uid to retrieve the HMAC key to verify the signature const void *key = ...; *alg = ...; *keylen = ...; return key; } return NULL; // no certificate: fail case SOAP_MEC_ENV_DEC_DES_CBC: case SOAP_MEC_ENV_DEC_AES128_CBC: case SOAP_MEC_ENV_DEC_AES192_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher // return decryption private key associated with keyname case SOAP_MEC_DEC_DES_CBC: case SOAP_MEC_DEC_AES128_CBC: case SOAP_MEC_DEC_AES192_CBC: case SOAP_MEC_DEC_AES256_CBC: case SOAP_MEC_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // *keylen = ... // return decryption shared secret key associated with keyname } return NULL; // fail } @endcode The last two arms are used to return a private key associated with the keyname paramater, which is a string that contains the subject key id from the public key information in an encrypted message or the subject key ID string that was set with `soap_wsse_add_EncryptedKey` at the sender side. To set the default private key for envelope decryption, use: @code EVP_PKEY *rsa_private_key = ...; soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); @endcode The envelope decryption options are: - `SOAP_MEC_ENV_DEC_DES_CBC` RSA-1_5 envelope decryption with triple DES CBC - `SOAP_MEC_ENV_DEC_AES256_CBC` RSA-1_5 envelope decryption with AES256 CBC - `SOAP_MEC_ENV_DEC_AES256_GCM` envelope authenticated decryption with AES256 GCM - `SOAP_MEC_ENV_DEC_AES256_CBC | SOAP_MEC_OAEP` OAEP envelope decryption with AES256 CBC where, in the above, AES256 can be replaced with AES128 or AES192. Or to set the default shared secret key for symmetric decryption, use: @code char des_key[20] = ...; // 20-byte (160-bit) triple DES key soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_DES_CBC, des_key, sizeof(des_key)); @endcode The symmetric decryption options are: - `SOAP_MEC_DEC_DES_CBC` symmetric decryption with triple DES CBC - `SOAP_MEC_DEC_AES256_CBC` symmetric decryption with AES256 CBC - `SOAP_MEC_DEC_AES256_GCM` symmetric authenticated decryption with AES256 GCM where, in the above, AES256 can be replaced with AES128 or AES192. For example, symmetric decryption with AES256: @code char aes256_key[32] = ...; // 32-byte (256-bit) AES256 key soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_CBC, aes256_key, sizeof(aes256_key)); @endcode If a default key is not set, the token handler callback should be used as discussed above in this section. Do NOT set a default key if a token handler is used to handle multiple different keys. The default key mechanism is simpler to use when only one decryption key is used to decrypt all encrypted messages. To remove the default key, use: @code soap_wsse_decrypt_auto(soap, SOAP_MEC_NONE, NULL, 0); @endcode @subsection wsse_9_3 Example Combining Signing with Encryption/Decryption Here is an client-side example to use signatures and encryption for the outbound service request message and verification and decryption of the inbound response message: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL) || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred ... EVP_PKEY_free(rsa_private_key); X509_free(cert); @endcode The server-side service operation is as follows: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); ... if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); } ... EVP_PKEY_free(rsa_private_key); X509_free(cert); @endcode where an example service operation could be: @code int ns__myMethod(struct soap *soap, ...) { ... soap_wsse_delete_Security(soap); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL) || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return SOAP_OK; } @endcode The service operation signs the message using a private key and encrypts the response message using a public key (from the certificate). @section wsse_10 Security Timestamps The material in this section relates to the WS-Security specification section 10. To add a timestamp with the creation time to the Security header, use: @code soap_wsse_add_Timestamp(soap, NULL, 0); // no expiration @endcode The lifetime of a message (in seconds) is passed as the third argument, which will be displayed as the timestamp expiration time: @code soap_wsse_add_Timestamp(soap, NULL, 10); // 10 seconds lifetime @endcode Timestamps, like other header elements, are not automatically secured with a digital signature. To secure a timestamp, we add an identifier (wsu:Id) to each element we want the WS-Security plugin to sign thereby making it impossible for someone to tamper with that part of the message. To do this for the timestamp, we simply pass a unique identification string as the second argument: @code soap_wsse_add_Timestamp(soap, "Time", 10); // timestamp will be signed @endcode @section wsse_11 WS-Security and HTTPS HTTPS is used at the client side with the usual "https:" URL addressing, shown here with the registration of the wsse plugin and setting up locks for thread-safe use of SSL for HTTPS: @code #include "wsseapi.h" #include "threads.h" struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_ssl_client_context(&soap, SOAP_SSL_DEFAULT, // requires server authentication NULL, // keyfile for client authentication to server NULL, // the keyfile password "cacerts.pem", // cafile CA certificates to authenticate the server NULL, // capath CA directory path to certificates NULL )) ... // error soap->cafile = "cacerts.pem"; // same as above (or overrides the above) soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) ... // set up WS-Security for signatures/encryption etc if (soap_call_ns__myMethod(soap, "https://...", ...)) ... // error ... // process response results soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode The CRYPTO threads should be set up before any threads are created. The `soap_ssl_client_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, CA certs should be used - `SOAP_SSL_NO_AUTHENTICATION` disables server authentication - `SOAP_SSL_SKIP_HOST_CHECK` disables server authentication host check - `SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE` to accept self-signed certificates, expired certificates, and certificates without CRL. The server uses the following: @code #include "wsseapi.h" #include "threads.h" SOAP_SOCKET m, s; int port = 443; struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_ssl_server_context(&soap, SOAP_SSL_DEFAULT, // requires server to authenticate, but not the client server.pem, // keyfile for authentication to client "password", // the keyfile password NULL, // CA certificates to authenticate the client NULL, // CA directory path to certificates NULL, // use RSA 2048 bits (or give file name with DH param) NULL, NULL )) ... // error if (!soap_valid_socket(m = soap_bind(soap, NULL, port, 100)) ... // error for (;;) { if (!soap_valid_socket(s = soap_accept(soap))) ... // error THREAD_CREATE(&tid, (void*(*)(void*))&process_request, soap_copy(soap)); } soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode where we define a process_request function that is executed by the thread to process the request (on a copy of the soap context struct): @code void *process_request(struct soap *soap) { ... // set up WS-Security for signatures/encryption etc if (soap_ssl_accept(soap) || soap_serve(soap)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); } @endcode The `soap_ssl_server_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, but no client authentication - `SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION` requires client authentication We need to define the thread set up and clean up operations as follows: @code struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } @endcode For additional details and examples, see the user guide and examples in the gSOAP package directory gsoap/samples/ssl. @section wsse_12 Miscellaneous The Security header block was generated from the WS-Security schema with the wsdl2h tool and WS/WS-typemap.dat: wsdl2h -cegxy -o wsse.h -t WS/WS-typemap.dat WS/wsse.xsd The same process was used to generate the header file ds.h from the XML digital signatures core schema, and the xenc.h encryption schema: wsdl2h -cuxy -o ds.h -t WS/WS-typemap.dat WS/ds.xsd wsdl2h -cuxy -o xenc.h -t WS/WS-typemap.dat WS/xenc.xsd The import/wsse.h file has the following definition for the Security header block: @code typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct _xenc__ReferenceList* xenc__ReferenceList; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode The `_wsse__Security` header is modified by a WS/WS-typemap.dat mapping rule to include additional details. @section wsse_13 Encryption Limitations - Individual encryption/decryption of simple content (CDATA content) with `soap_wsse_add_EncryptedKey_encrypt_only` IS NOT SUPPORTED. Encrypt the entire SOAP Body or encrypt elements with complex content (complexType and complexContent elements that have sub elements). - Encryption is performed after signing (likewise, signatures are verified after decryption). Signing after encryption is not supported in the current plugin release. - Signing and encrypting XML containing QName content may lead to verification issues, because the W3C C14N canonicalization protocol has known limitations with QName content normalization as prefixes in QNames may be ignored, possibly resulting in missing xmlns bindings). Use `soap_wsse_set_InclusiveNamespaces(soap, "prefixlist")` to define which namespace prefixes (space-separated in the string) should be considered inclusive. All prefixes used in QName content should be listed. The WSSE engine recognizes xsi:type, SOAP-ENC:arrayType, SOAP-ENC:itemType attribute QNames. Therefore, soapcpp2 option `-t` is always safe to use, but a non-gSOAP receiver may still fail. @section wsse_wsc WS-SecureConversation To use a WS-SecureConversation security context token (SCT) with WS-Security: @code const char *identifier = "..."; soap_wsse_add_SecurityContextToken(soap, "SCT", identifier); @endcode In this example a context has been established and the secret that is identified by the 'identifier' string is known to both parties. This secret is used to sign the message body. The "SCT" is a wsu:Id, which is used as a reference to sign the token. */ #include "wsseapi.h" #include "threads.h" /* need threads to enable mutex for MT */ #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) #include "wsaapi.h" #endif #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ const char soap_wsse_id[14] = SOAP_WSSE_ID; /** Maximum number of SignedInfo References */ #define SOAP_WSSE_MAX_REF (100) /** Clock skew between machines (in sec) to fit message expiration in window */ #define SOAP_WSSE_CLKSKEW (300) /** Size of the random nonce */ #define SOAP_WSSE_NONCELEN (20) /** Digest authentication accepts messages that are not older than creation time + SOAP_WSSE_NONCETIME */ #define SOAP_WSSE_NONCETIME (SOAP_WSSE_CLKSKEW + 240) /******************************************************************************\ * * Common URIs * \******************************************************************************/ const char *wsse_PasswordTextURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordText"; const char *wsse_PasswordDigestURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordDigest"; const char *wsse_Base64BinaryURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-soap-message-security-1.0#Base64Binary"; const char *wsse_X509v3URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509v3"; const char *wsse_X509v3SubjectKeyIdentifierURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509SubjectKeyIdentifier"; const char *ds_sha1URI = "http://www.w3.org/2000/09/xmldsig#sha1"; const char *ds_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#sha224"; const char *ds_sha256URI = "http://www.w3.org/2001/04/xmlenc#sha256"; const char *ds_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#sha384"; const char *ds_sha512URI = "http://www.w3.org/2001/04/xmlenc#sha512"; const char *ds_hmac_sha1URI = "http://www.w3.org/2000/09/xmldsig#hmac-sha1"; const char *ds_hmac_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha224"; const char *ds_hmac_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha256"; const char *ds_hmac_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha384"; const char *ds_hmac_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha512"; const char *ds_dsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#dsa-sha1"; const char *ds_dsa_sha256URI = "http://www.w3.org/2009/xmldsig11#dsa-sha256"; const char *ds_rsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#rsa-sha1"; const char *ds_rsa_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha224"; const char *ds_rsa_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"; const char *ds_rsa_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha384"; const char *ds_rsa_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha512"; const char *ds_ecdsa_sha1URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha1"; const char *ds_ecdsa_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha224"; const char *ds_ecdsa_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha256"; const char *ds_ecdsa_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha384"; const char *ds_ecdsa_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha512"; const char *xenc_3desURI = "http://www.w3.org/2001/04/xmlenc#tripledes-cbc"; const char *xenc_aes128cbcURI = "http://www.w3.org/2001/04/xmlenc#aes128-cbc"; const char *xenc_aes192cbcURI = "http://www.w3.org/2001/04/xmlenc#aes192-cbc"; const char *xenc_aes256cbcURI = "http://www.w3.org/2001/04/xmlenc#aes256-cbc"; const char *xenc_aes512cbcURI = "http://www.w3.org/2001/04/xmlenc#aes512-cbc"; const char *xenc_aes128gcmURI = "http://www.w3.org/2009/xmlenc11#aes128-gcm"; const char *xenc_aes192gcmURI = "http://www.w3.org/2009/xmlenc11#aes192-gcm"; const char *xenc_aes256gcmURI = "http://www.w3.org/2009/xmlenc11#aes256-gcm"; const char *xenc_aes512gcmURI = "http://www.w3.org/2009/xmlenc11#aes512-gcm"; const char *xenc_elementURI = "http://www.w3.org/2001/04/xmlenc#Element"; const char *xenc_contentURI = "http://www.w3.org/2001/04/xmlenc#Content"; const char *xenc_rsa15URI = "http://www.w3.org/2001/04/xmlenc#rsa-1_5"; const char *xenc_rsaesURI = "http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p"; const char *ds_URI = "http://www.w3.org/2000/09/xmldsig#"; const char *c14n_URI = "http://www.w3.org/2001/10/xml-exc-c14n#"; const char *wsu_URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd"; /******************************************************************************\ * * Digest authentication session * \******************************************************************************/ /** @struct soap_wsse_session @brief Digest authentication session data */ struct soap_wsse_session { struct soap_wsse_session *next; /**< Next session in list */ time_t expired; /**< Session expiration */ char hash[SOAP_SMD_SHA1_SIZE]; /**< SHA1 digest */ char nonce[1]; /**< Nonce string flows into region below this struct */ }; /** The digest authentication session database */ static struct soap_wsse_session *soap_wsse_session = NULL; /** Lock for digest authentication session database exclusive access */ static MUTEX_TYPE soap_wsse_session_lock = MUTEX_INITIALIZER; static char* soap_wsse_ids(struct soap *soap, const char *tags); static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce); static void soap_wsse_session_cleanup(struct soap *soap); static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]); static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]); static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)); static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p); static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len); static int soap_wsse_preparefinalsend(struct soap *soap); static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data); static int soap_wsse_preparefinalrecv(struct soap *soap); static int soap_wsse_header(struct soap *soap); static int soap_wsse_element_begin_in(struct soap *soap, const char *tag); static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2); static int soap_wsse_element_begin_out(struct soap *soap, const char *tag); static int soap_wsse_element_end_out(struct soap *soap, const char *tag); static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag); /******************************************************************************\ * * wsse:Security header element * \******************************************************************************/ /** @fn _wsse__Security* soap_wsse_add_Security(struct soap *soap) @brief Adds Security header element. @param soap context @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security(struct soap *soap) { DBGFUN("soap_wsse_add_Security"); /* if we don't have a SOAP Header, create one */ soap_header(soap); /* if we don't have a wsse:Security element in the SOAP Header, create one */ if (!soap->header->wsse__Security) { soap->header->wsse__Security = (_wsse__Security*)soap_malloc(soap, sizeof(_wsse__Security)); if (!soap->header->wsse__Security) return NULL; soap_default__wsse__Security(soap, soap->header->wsse__Security); } return soap->header->wsse__Security; } /** @fn _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) @brief Adds Security header element with actor or role attribute. @param soap context @param actor string @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN1("soap_wsse_add_Security_actor", "actor=%s", actor); if (soap->namespaces && !strcmp(soap->namespaces[0].ns, "http://schemas.xmlsoap.org/soap/envelope/")) security->SOAP_ENV__actor = soap_strdup(soap, actor); else security->SOAP_ENV__role = soap_strdup(soap, actor); return security; } /** @fn void soap_wsse_delete_Security(struct soap *soap) @brief Deletes Security header element. @param soap context */ void soap_wsse_delete_Security(struct soap *soap) { DBGFUN("soap_wsse_delete_Security"); if (soap->header) soap->header->wsse__Security = NULL; } /** @fn _wsse__Security* soap_wsse_Security(struct soap *soap) @brief Returns Security header element if present. @param soap context @return _wsse__Security object or NULL */ struct _wsse__Security* soap_wsse_Security(struct soap *soap) { if (soap->header) return soap->header->wsse__Security; return NULL; } /******************************************************************************\ * * wsse:Security/ds:Signature header element * \******************************************************************************/ /** @fn ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) @brief Adds Signature header element. @param soap context @return ds__SignatureType object */ struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN("soap_wsse_add_Signature"); /* if we don't have a ds:Signature, create one */ if (!security->ds__Signature) { security->ds__Signature = (ds__SignatureType*)soap_malloc(soap, sizeof(ds__SignatureType)); if (!security->ds__Signature) return NULL; soap_default_ds__SignatureType(soap, security->ds__Signature); } return security->ds__Signature; } /** @fn void soap_wsse_delete_Signature(struct soap *soap) @brief Deletes Signature header element. @param soap context */ void soap_wsse_delete_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_Signature"); if (security) security->ds__Signature = NULL; } /** @fn ds__SignatureType* soap_wsse_Signature(struct soap *soap) @brief Returns Signature header element if present. @param soap context @return ds__SignatureType object or NULL */ struct ds__SignatureType* soap_wsse_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->ds__Signature; return NULL; } /******************************************************************************\ * * wsse:Security/wsu:Timestamp header element * \******************************************************************************/ /** @fn int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) @brief Adds Timestamp element with optional expiration date+time (lifetime). @param[in] soap context @param[in] id for signature referencing or NULL @param[in] lifetime expressed in time_t units, or 0 for no expiration @return SOAP_OK */ int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); char *created = soap_strdup(soap, soap_dateTime2s(soap, now)); char *expired = lifetime ? soap_strdup(soap, soap_dateTime2s(soap, now + lifetime)) : NULL; DBGFUN1("soap_wsse_add_Timestamp", "id=%s", id?id:""); /* allocate a Timestamp if we don't have one already */ if (!security->wsu__Timestamp) { security->wsu__Timestamp = (_wsu__Timestamp*)soap_malloc(soap, sizeof(_wsu__Timestamp)); if (!security->wsu__Timestamp) return soap->error = SOAP_EOM; } soap_default__wsu__Timestamp(soap, security->wsu__Timestamp); /* populate the wsu:Timestamp element */ security->wsu__Timestamp->wsu__Id = soap_strdup(soap, id); security->wsu__Timestamp->Created = created; security->wsu__Timestamp->Expires = expired; return SOAP_OK; } /** @fn _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap) @brief Returns Timestamp element if present. @param soap context @return _wsu__Timestamp object or NULL */ struct _wsu__Timestamp* soap_wsse_Timestamp(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->wsu__Timestamp; return NULL; } /** @fn int soap_wsse_verify_Timestamp(struct soap *soap) @brief Verifies the Timestamp/Expires element against the current time. @param soap context @return SOAP_OK or SOAP_FAULT with wsu:MessageExpired fault Sets wsu:MessageExpired fault if wsu:Timestamp is expired. The SOAP_WSSE_CLKSKEW value is used as a margin to mitigate clock skew. Keeps silent when no timestamp is supplied or no expiration date is included in the wsu:Timestamp element. */ int soap_wsse_verify_Timestamp(struct soap *soap) { _wsu__Timestamp *timestamp = soap_wsse_Timestamp(soap); DBGFUN("soap_wsse_verify_Timestamp"); /* if we have a timestamp with an expiration date, check it */ if (timestamp && timestamp->Expires) { time_t now = time(NULL), expired; soap_s2dateTime(soap, timestamp->Expires, &expired); if (expired + SOAP_WSSE_CLKSKEW <= now) { const char *code = soap_wsu__tTimestampFault2s(soap, wsu__MessageExpired); return soap_wsse_sender_fault_subcode(soap, code, "Message has expired", timestamp->Expires); } } return SOAP_OK; } /******************************************************************************\ * * wsse:Security/UsernameToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element with optional clear-text password. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string or NULL to omit the password @return SOAP_OK Passwords are sent in the clear, so transport-level encryption is required. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_UsernameTokenText", "id=%s", id?id:"", "username=%s", username?username:""); /* allocate a UsernameToken if we don't have one already */ if (!security->UsernameToken) { if (!(security->UsernameToken = (_wsse__UsernameToken*)soap_malloc(soap, sizeof(_wsse__UsernameToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__UsernameToken(soap, security->UsernameToken); /* populate the UsernameToken */ security->UsernameToken->wsu__Id = soap_strdup(soap, id); security->UsernameToken->Username = soap_strdup(soap, username); /* allocate and populate the Password */ if (password) { if (!(security->UsernameToken->Password = (_wsse__Password*)soap_malloc(soap, sizeof(_wsse__Password)))) return soap->error = SOAP_EOM; soap_default__wsse__Password(soap, security->UsernameToken->Password); security->UsernameToken->Password->Type = (char*)wsse_PasswordTextURI; security->UsernameToken->Password->__item = soap_strdup(soap, password); } return SOAP_OK; } /** @fn int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element for digest authentication. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string @return SOAP_OK Computes SHA1 digest of the time stamp, a nonce, and the password. The digest provides the authentication credentials. Passwords are NOT sent in the clear. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); const char *created = soap_dateTime2s(soap, now); char HA[SOAP_SMD_SHA1_SIZE], HABase64[29]; char nonce[SOAP_WSSE_NONCELEN], *nonceBase64; DBGFUN2("soap_wsse_add_UsernameTokenDigest", "id=%s", id?id:"", "username=%s", username?username:""); /* generate a nonce */ calc_nonce(nonce); nonceBase64 = soap_s2base64(soap, (unsigned char*)nonce, NULL, SOAP_WSSE_NONCELEN); /* The specs are not clear: compute digest over binary nonce or base64 nonce? */ /* compute SHA1(created, nonce, password) */ calc_digest(soap, created, nonce, SOAP_WSSE_NONCELEN, password, HA); /* Hm...? calc_digest(soap, created, nonceBase64, strlen(nonceBase64), password, HA); */ soap_s2base64(soap, (unsigned char*)HA, HABase64, SOAP_SMD_SHA1_SIZE); /* populate the UsernameToken with digest */ soap_wsse_add_UsernameTokenText(soap, id, username, HABase64); /* populate the remainder of the password, nonce, and created */ security->UsernameToken->Password->Type = (char*)wsse_PasswordDigestURI; security->UsernameToken->Nonce = nonceBase64; security->UsernameToken->wsu__Created = soap_strdup(soap, created); return SOAP_OK; } /** @fn _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) @brief Returns UsernameToken element if present. @param soap context @param[in] id string of UsernameToken or NULL @return _wsse__UsernameToken object or NULL @note This release supports the use of at most one UsernameToken in the header. */ struct _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->UsernameToken && (!id || (security->UsernameToken->wsu__Id && !strcmp(security->UsernameToken->wsu__Id, id)))) return security->UsernameToken; return NULL; } /** @fn const char* soap_wsse_get_Username(struct soap *soap) @brief Returns UsernameToken/username string or wsse:FailedAuthentication fault. @param soap context @return UsernameToken/username string or NULL with wsse:FailedAuthentication fault error set @see soap_wsse_verify_Password The returned username should be used to lookup the user's password in a dictionary or database for server-side authentication with soap_wsse_verify_Password. */ const char* soap_wsse_get_Username(struct soap *soap) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_get_Username"); if (token) return token->Username; soap_wsse_fault(soap, wsse__FailedAuthentication, "Username authentication required"); return NULL; } /** @fn int soap_wsse_verify_Password(struct soap *soap, const char *password) @brief Verifies the supplied password or sets wsse:FailedAuthentication fault. @param soap context @param[in] password string to verify against @return SOAP_OK (authorized) or SOAP_FAULT with wsse:FailedAuthentication fault The verification supports both clear-text password verification and digest password authentication. For digest authentication a history mechanism with a digest authentication session database ensures protection against replay attacks. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_verify_Password(struct soap *soap, const char *password) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_verify_Password"); /* if we have a UsernameToken with a Password, check it */ if (token && token->Password) { /* password digest or text? */ if (token->Password->Type && !strcmp(token->Password->Type, wsse_PasswordDigestURI)) { /* check password digest: compute SHA1(created, nonce, password) */ if (token->Nonce && token->wsu__Created && strlen(token->Password->__item) == 28) /* digest pw len = 28 */ { char HA1[SOAP_SMD_SHA1_SIZE], HA2[SOAP_SMD_SHA1_SIZE]; /* The specs are not clear: compute digest over binary nonce or base64 nonce? The formet appears to be the case: */ int noncelen; const char *nonce = soap_base642s(soap, token->Nonce, NULL, 0, &noncelen); /* compute HA1 = SHA1(created, nonce, password) */ calc_digest(soap, token->wsu__Created, nonce, noncelen, password, HA1); /* calc_digest(soap, token->wsu__Created, token->Nonce, strlen(token->Nonce), password, HA1); */ /* get HA2 = supplied digest from base64 Password */ soap_base642s(soap, token->Password->__item, HA2, SOAP_SMD_SHA1_SIZE, NULL); /* compare HA1 to HA2 */ if (!memcmp(HA1, HA2, SOAP_SMD_SHA1_SIZE)) { /* authorize if HA1 and HA2 identical and not replay attack */ if (!soap_wsse_session_verify(soap, HA1, token->wsu__Created, token->Nonce)) return SOAP_OK; return soap->error; } } } else { /* check password text */ if (!strcmp(token->Password->__item, password)) return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); } /******************************************************************************\ * * wsse:Security/BinarySecurityToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) @brief Adds BinarySecurityToken element. @param soap context @param[in] id string for signature referencing or NULL @param[in] valueType string @param[in] data points to binary token data @param[in] size is length of binary token @return SOAP_OK */ int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("wsse_add_BinarySecurityToken", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate BinarySecurityToken if we don't already have one */ if (!security->BinarySecurityToken) { if (!(security->BinarySecurityToken = (_wsse__BinarySecurityToken*)soap_malloc(soap, sizeof(_wsse__BinarySecurityToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__BinarySecurityToken(soap, security->BinarySecurityToken); /* populate the BinarySecurityToken */ security->BinarySecurityToken->wsu__Id = soap_strdup(soap, id); security->BinarySecurityToken->ValueType = soap_strdup(soap, valueType); security->BinarySecurityToken->EncodingType = (char*)wsse_Base64BinaryURI; security->BinarySecurityToken->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) @brief Adds BinarySecurityToken element with X509 certificate. @param soap context @param[in] id string for signature reference @param[in] cert points to the X509 certificate @return SOAP_OK or SOAP_EOM This function uses i2d_X509 from the the OpenSSL library to convert an X509 object to binary DER format. */ int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) { int derlen; unsigned char *der, *s; if (!cert) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); /* populate the BinarySecurityToken with base64 certificate data */ return soap_wsse_add_BinarySecurityToken(soap, id, wsse_X509v3URI, der, derlen); } /** @fn int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) @brief Adds BinarySecurityToken element from a PEM file. @param soap context @param[in] id string for signature reference @param[in] filename @return SOAP_OK or SOAP_FAULT with wsse__InvalidSecurity fault when file cannot be read or does not contain a valid certificate This function uses PEM_read_X509 from the the OpenSSL library to read a certificate from a PEM formatted file. */ int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) { FILE *fd; DBGFUN2("soap_wsse_add_BinarySecurityTokenPEM", "id=%s", id?id:"", "filename=%s", filename?filename:""); if ((fd = fopen(filename, "r"))) { /* read the certificate */ X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); /* if okay, populate the BinarySecurityToken element */ if (cert) { int err = soap_wsse_add_BinarySecurityTokenX509(soap, id, cert); X509_free(cert); return err; } } return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); } /** @fn _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) @brief Returns BinarySecurityToken element if present. @param soap context @param[in] id string of token to get or NULL @return _wsse__BinarySecurityToken object or NULL */ struct _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->BinarySecurityToken && (!id || (security->BinarySecurityToken->wsu__Id && !strcmp(security->BinarySecurityToken->wsu__Id, id)))) return security->BinarySecurityToken; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "No BinarySecurityToken id=%s, pointer=%p to token found\n", id, security->BinarySecurityToken)); return NULL; } /** @fn int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) @brief Get wsse:BinarySecurityToken element token data in binary form. @param soap context @param[in] id string of token to get or NULL @param[out] valueType string @param[out] data points to binary token data @param[out] size is length of binary token @return SOAP_OK or SOAP_FAULT with wsse:SecurityTokenUnavailable fault */ int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) { _wsse__BinarySecurityToken *token = soap_wsse_BinarySecurityToken(soap, id); DBGFUN1("soap_wsse_get_BinarySecurityToken", "id=%s", id?id:""); if (token) { *valueType = token->ValueType; /* it appears we don't need HexBinary after all if (token->EncodingType && !strcmp(token->EncodingType, wsse_HexBinaryURI)) *data = (unsigned char*)soap_hex2s(soap, token->__item, NULL, 0, size); else */ /* assume token is represented in base64 by default */ *data = (unsigned char*)soap_base642s(soap, token->__item, NULL, 0, size); if (*data) return SOAP_OK; } return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, "BinarySecurityToken required"); } /** @fn X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) @brief Get X509 wsse:BinarySecurityToken certificate and verify its content. This call must be followed by an X509_free to deallocate the X509 certificate data. @param soap context @param[in] id string of token to get or NULL @return X509 certificate (dynamically allocated) or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) { X509 *cert = NULL; char *valueType = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *data; #else unsigned char *data; #endif int size; DBGFUN1("soap_wsse_get_BinarySecurityTokenX509", "id=%s", id?id:""); if (!soap_wsse_get_BinarySecurityToken(soap, id, &valueType, (unsigned char**)&data, &size) && valueType && !strcmp(valueType, wsse_X509v3URI)) cert = d2i_X509(NULL, &data, size); /* verify the certificate */ if (cert && soap_wsse_verify_X509(soap, cert)) { X509_free(cert); cert = NULL; } return cert; } /** @fn int soap_wsse_verify_X509(struct soap *soap, X509 *cert) @brief Verifies X509 certificate against soap->cafile, soap->capath, and soap->crlfile @param soap context @param[in] cert X509 certificate @return SOAP_OK or fault This is an expensive operation. Whenever a new soap context is created, the cafile and objects are loaded into that context each time we need to verify a certificate. */ int soap_wsse_verify_X509(struct soap *soap, X509 *cert) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); X509_STORE_CTX *verify; DBGFUN("soap_wsse_verify_X509"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!cert) return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "No certificate"); if (!data->store) { if (!(data->store = X509_STORE_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE object"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Setting up a new X509 store\n")); X509_STORE_set_verify_cb_func(data->store, soap->fsslverify); if (soap->cafile || soap->capath) { if (X509_STORE_load_locations(data->store, soap->cafile, soap->capath) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not load CA file or path"); } #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (soap->crlfile) { if (*soap->crlfile) { X509_LOOKUP *lookup; if (!(lookup = X509_STORE_add_lookup(data->store, X509_LOOKUP_file()))) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_LOOKUP object"); if (X509_load_crl_file(lookup, soap->crlfile, X509_FILETYPE_PEM) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not read the CRL file"); } X509_STORE_set_flags(data->store, X509_V_FLAG_CRL_CHECK | X509_V_FLAG_CRL_CHECK_ALL); } #endif } if (!(verify = X509_STORE_CTX_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE_CTX object"); #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (X509_STORE_CTX_init(verify, data->store, cert, NULL) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not initialize X509_STORE_CTX object"); } #else X509_STORE_CTX_init(verify, data->store, cert, NULL); #endif if (X509_verify_cert(verify) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "Invalid certificate"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Certificate is valid\n")); #ifdef SOAP_DEBUG { char buf[1024]; X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate issuer %s\n", buf)); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate subject %s\n", buf)); } #endif X509_STORE_CTX_free(verify); return SOAP_OK; } /******************************************************************************\ * * wsc:SecurityContextToken * \******************************************************************************/ /** @fn int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) @brief Adds wsc:SecurityContextToken/Identifier and SecurityTokenReference to it @param soap context @param[in] id string for signature reference (required) @param[in] identifier wsc:Identifier value (required) @return SOAP_OK or error code */ int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) { char *URI; size_t l; _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_SecurityContextToken", "id=%s", id, "identifier=%s", identifier?identifier:""); /* allocate wsc:SecurityContextToken if we don't already have one */ if (!security->wsc__SecurityContextToken) { if (!(security->wsc__SecurityContextToken = (struct wsc__SecurityContextTokenType*)soap_malloc(soap, sizeof(struct wsc__SecurityContextTokenType)))) return soap->error = SOAP_EOM; } soap_default_wsc__SecurityContextTokenType(soap, security->wsc__SecurityContextToken); /* populate the wsc:SecurityContextToken */ l = strlen(id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, id); security->wsc__SecurityContextToken->wsu__Id = URI + 1; security->wsc__SecurityContextToken->Identifier = soap_strdup(soap, identifier); /* set SecurityTokenReference */ return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, NULL); } /** @fn const char *soap_wsse_get_SecurityContextToken(struct soap *soap) @brief Returns wsc:SecurityContextToken/Identifier string value or NULL @param soap context @return wsc:SecurityContextToken/Identifier string value value or NULL */ const char * soap_wsse_get_SecurityContextToken(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_SecurityContextToken"); if (security->wsc__SecurityContextToken && security->wsc__SecurityContextToken->wsu__Id) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); if (URI && !strcmp(URI, security->wsc__SecurityContextToken->wsu__Id)) return security->wsc__SecurityContextToken->Identifier; } return NULL; } /******************************************************************************\ * * ds:Signature/SignedInfo * \******************************************************************************/ /** @fn ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) @brief Adds SignedInfo element. @param soap context @return ds__SignedInfoType object */ struct ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->SignedInfo) { signature->SignedInfo = (ds__SignedInfoType*)soap_malloc(soap, sizeof(ds__SignedInfoType)); if (!signature->SignedInfo) return NULL; soap_default_ds__SignedInfoType(soap, signature->SignedInfo); } return signature->SignedInfo; } /** @fn int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *prefixlist, int alg, const char *HA) @brief Adds SignedInfo element with Reference URI, transform algorithm used, and digest value. @param soap context @param[in] URI reference @param[in] transform string should be c14n_URI for exc-c14n or NULL @param[in] prefixlist used by the exc-c14n transform or NULL @param[in] alg is the digest algorithm used @param[in] HA is the digest in binary form @return SOAP_OK or SOAP_EOM when references exceed SOAP_WSSE_MAX_REF This function can be called to add more references to the wsse:SignedInfo element. A maximum number of SOAP_WSSE_MAX_REF references can be added. The digest method is always SHA1. @note XPath transforms cannot be specified in this release. */ int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *prefixlist, int alg, const char *HA) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); ds__ReferenceType *reference; DBGFUN3("soap_wsse_add_SignedInfo_Reference", "URI=%s", URI?URI:"", "transform=%s", transform?transform:"", "alg=%x", alg); /* if this is the first reference, allocate SOAP_WSSE_MAX_REF references */ if (signedInfo->__sizeReference == 0) signedInfo->Reference = (ds__ReferenceType**)soap_malloc(soap, SOAP_WSSE_MAX_REF*sizeof(ds__ReferenceType*)); else { /* maximum number of references exceeded? */ if (signedInfo->__sizeReference >= SOAP_WSSE_MAX_REF) return soap->error = SOAP_EOM; } /* allocate fresh new reference */ reference = (ds__ReferenceType*)soap_malloc(soap, sizeof(ds__ReferenceType)); if (!reference) return soap->error = SOAP_EOM; soap_default_ds__ReferenceType(soap, reference); /* populate the URI */ reference->URI = soap_strdup(soap, URI); /* if a transform algorithm was used, populate the Transforms element */ if (transform) { reference->Transforms = (ds__TransformsType*)soap_malloc(soap, sizeof(ds__TransformsType)); if (!reference->Transforms) return soap->error = SOAP_EOM; soap_default_ds__TransformsType(soap, reference->Transforms); /* only one transform */ reference->Transforms->__sizeTransform = 1; reference->Transforms->Transform = (ds__TransformType*)soap_malloc(soap, sizeof(ds__TransformType)); soap_default_ds__TransformType(soap, reference->Transforms->Transform); reference->Transforms->Transform->Algorithm = (char*)transform; /* populate the c14n:InclusiveNamespaces element */ if (prefixlist && *prefixlist) { reference->Transforms->Transform->c14n__InclusiveNamespaces = (_c14n__InclusiveNamespaces*)soap_malloc(soap, sizeof(_c14n__InclusiveNamespaces)); if (!reference->Transforms->Transform->c14n__InclusiveNamespaces) return soap->error = SOAP_EOM; soap_default__c14n__InclusiveNamespaces(soap, reference->Transforms->Transform->c14n__InclusiveNamespaces); reference->Transforms->Transform->c14n__InclusiveNamespaces->PrefixList = (char*)prefixlist; } } /* populate the DigestMethod element */ reference->DigestMethod = (ds__DigestMethodType*)soap_malloc(soap, sizeof(ds__DigestMethodType)); if (!reference->DigestMethod) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, reference->DigestMethod); /* the DigestMethod algorithm SHA1, SHA256, SHA512 */ switch (alg & SOAP_SMD_HASH) { case SOAP_SMD_SHA1: reference->DigestMethod->Algorithm = (char*)ds_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SHA224: reference->DigestMethod->Algorithm = (char*)ds_sha224URI; break; case SOAP_SMD_SHA256: reference->DigestMethod->Algorithm = (char*)ds_sha256URI; break; case SOAP_SMD_SHA384: reference->DigestMethod->Algorithm = (char*)ds_sha384URI; break; case SOAP_SMD_SHA512: reference->DigestMethod->Algorithm = (char*)ds_sha512URI; break; #endif default: return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "SHA224/256/384/512 requires OpenSSL 0.9.8"); } /* populate the DigestValue element */ reference->DigestValue = soap_s2base64(soap, (unsigned char*)HA, NULL, soap_smd_size(alg, NULL)); if (!reference->DigestValue) return soap->error; /* add the fresh new reference to the array */ signedInfo->Reference[signedInfo->__sizeReference] = reference; signedInfo->__sizeReference++; return SOAP_OK; } /** @fn int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) @brief Adds SignedInfo element with SignatureMethod. @param soap context @param[in] method is the URI of the signature algorithm (e.g. ds_rsa_sha1) @param[in] canonical flag indicating that SignedInfo is signed in exc-c14n form @return SOAP_OK */ int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); DBGFUN2("soap_wsse_add_SignedInfo_SignatureMethod", "method=%s", method?method:"", "canonical=%d", canonical); /* if signed in exc-c14n form, populate CanonicalizationMethod element */ signedInfo->CanonicalizationMethod = (ds__CanonicalizationMethodType*)soap_malloc(soap, sizeof(ds__CanonicalizationMethodType)); if (!signedInfo->CanonicalizationMethod) return soap->error = SOAP_EOM; soap_default_ds__CanonicalizationMethodType(soap, signedInfo->CanonicalizationMethod); if (canonical) signedInfo->CanonicalizationMethod->Algorithm = (char*)c14n_URI; /* populate SignatureMethod element */ signedInfo->SignatureMethod = (ds__SignatureMethodType*)soap_malloc(soap, sizeof(ds__SignatureMethodType)); if (!signedInfo->SignatureMethod) return soap->error = SOAP_EOM; soap_default_ds__SignatureMethodType(soap, signedInfo->SignatureMethod); signedInfo->SignatureMethod->Algorithm = (char*)method; return SOAP_OK; } /** @fn ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) @brief Returns SignedInfo element if present. @param soap context @return ds__SignedInfoType object or NULL */ struct ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->SignedInfo; return NULL; } /** @fn int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg, int *bits) @brief Get SignatureMethod algorithm @param soap context @param[out] alg is a signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_VRFY_DSA_SHA1/256, SOAP_SMD_VRFY_RSA_SHA1/224/256/384/512 or SOAP_SMD_ECDSA_SHA1/224/256/384/512 @param[out] bits is set to HMACOutputLength if present and valid, 0 otherwise @return SOAP_OK or SOAP_FAULT with wsse:UnsupportedAlgorithm, wsse:FailedCheck, or wsse__InvalidSecurity fault */ int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg, int *bits) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_get_SignedInfo_SignatureMethod"); *alg = SOAP_SMD_NONE; *bits = 0; /* if we have a SignedInfo element, get the algorithm */ if (signedInfo && signedInfo->SignatureMethod && signedInfo->SignatureMethod->Algorithm) { const char *method = signedInfo->SignatureMethod->Algorithm; if (!strcmp(method, ds_hmac_sha1URI)) *alg = SOAP_SMD_HMAC_SHA1; else if (!strcmp(method, ds_hmac_sha224URI)) *alg = SOAP_SMD_HMAC_SHA224; else if (!strcmp(method, ds_hmac_sha256URI)) *alg = SOAP_SMD_HMAC_SHA256; else if (!strcmp(method, ds_hmac_sha384URI)) *alg = SOAP_SMD_HMAC_SHA384; else if (!strcmp(method, ds_hmac_sha512URI)) *alg = SOAP_SMD_HMAC_SHA512; else if (!strcmp(method, ds_dsa_sha1URI)) *alg = SOAP_SMD_VRFY_DSA_SHA1; else if (!strcmp(method, ds_dsa_sha256URI)) *alg = SOAP_SMD_VRFY_DSA_SHA256; else if (!strcmp(method, ds_rsa_sha1URI)) *alg = SOAP_SMD_VRFY_RSA_SHA1; else if (!strcmp(method, ds_rsa_sha224URI)) *alg = SOAP_SMD_VRFY_RSA_SHA224; else if (!strcmp(method, ds_rsa_sha256URI)) *alg = SOAP_SMD_VRFY_RSA_SHA256; else if (!strcmp(method, ds_rsa_sha384URI)) *alg = SOAP_SMD_VRFY_RSA_SHA384; else if (!strcmp(method, ds_rsa_sha512URI)) *alg = SOAP_SMD_VRFY_RSA_SHA512; else if (!strcmp(method, ds_ecdsa_sha1URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA1; else if (!strcmp(method, ds_ecdsa_sha224URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA224; else if (!strcmp(method, ds_ecdsa_sha256URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA256; else if (!strcmp(method, ds_ecdsa_sha384URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA384; else if (!strcmp(method, ds_ecdsa_sha512URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA512; else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, method); if (signedInfo->SignatureMethod->HMACOutputLength) { if ((*alg & SOAP_SMD_ALGO) != SOAP_SMD_HMAC) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid SignatureMethod HMACOutputLength"); *bits = *signedInfo->SignatureMethod->HMACOutputLength; if (*bits < (int)(4 * soap_smd_size(*alg, NULL)) || *bits > (int)(8 * soap_smd_size(*alg, NULL))) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid SignatureMethod HMACOutputLength"); } return SOAP_OK; } return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); } /******************************************************************************\ * * ds:Signature/SignatureValue * \******************************************************************************/ /** @fn int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Adds SignedInfo/SignatureMethod element, signs the SignedInfo element, and adds the resulting SignatureValue element. @param soap context @param[in] alg is SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key to use to sign (HMAC or DSA/RSA/ECDSA EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault To sign the SignedInfo element with this function, populate SignedInfo with Reference elements first using soap_wsse_add_SignedInfo_Reference. The SignedInfo element must not be modified after signing. The SOAP_XML_INDENT and SOAP_XML_CANONICAL flags are used to serialize the SignedInfo to compute the signature. */ int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); const char *method = NULL; char *sig; int siglen; int err; const char *c14ninclude = soap->c14ninclude; DBGFUN1("soap_wsse_add_SignatureValue", "alg=%x", alg); /* determine signature algorithm to use */ switch (alg) { case SOAP_SMD_HMAC_SHA1: method = ds_hmac_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_HMAC_SHA224: method = ds_hmac_sha224URI; break; case SOAP_SMD_HMAC_SHA256: method = ds_hmac_sha256URI; break; case SOAP_SMD_HMAC_SHA384: method = ds_hmac_sha384URI; break; case SOAP_SMD_HMAC_SHA512: method = ds_hmac_sha512URI; break; #endif case SOAP_SMD_SIGN_DSA_SHA1: method = ds_dsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_DSA_SHA256: method = ds_dsa_sha256URI; break; #endif case SOAP_SMD_SIGN_RSA_SHA1: method = ds_rsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_RSA_SHA224: method = ds_rsa_sha224URI; break; case SOAP_SMD_SIGN_RSA_SHA256: method = ds_rsa_sha256URI; break; case SOAP_SMD_SIGN_RSA_SHA384: method = ds_rsa_sha512URI; break; case SOAP_SMD_SIGN_RSA_SHA512: method = ds_rsa_sha512URI; break; #endif case SOAP_SMD_SIGN_ECDSA_SHA1: method = ds_ecdsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_ECDSA_SHA224: method = ds_ecdsa_sha224URI; break; case SOAP_SMD_SIGN_ECDSA_SHA256: method = ds_ecdsa_sha256URI; break; case SOAP_SMD_SIGN_ECDSA_SHA384: method = ds_ecdsa_sha512URI; break; case SOAP_SMD_SIGN_ECDSA_SHA512: method = ds_ecdsa_sha512URI; break; #endif default: return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "Unsupported algorithm or algorithm requires OpenSSL 0.9.8"); } /* populate SignedInfo/SignatureMethod based on SOAP_XML_CANONICAL flag */ soap_wsse_add_SignedInfo_SignatureMethod(soap, method, (soap->mode & SOAP_XML_CANONICAL)); /* use the gSOAP engine's look-aside buffer to temporarily hold the sig */ if (soap_store_lab(soap, NULL, soap_smd_size(alg, key))) return soap->error = SOAP_EOM; sig = soap->labbuf; /* we will serialize SignedInfo as it appears exactly in the SOAP Header */ soap->part = SOAP_IN_HEADER; /* set indent level for XML SignedInfo as it appears in the SOAP Header */ soap->level = 4; /* prevent xmlns:ds namespace inclusion when non-exclusive is used */ if (!(soap->mode & SOAP_XML_CANONICAL)) soap_push_namespace(soap, "ds", ds_URI); soap->c14ninclude = NULL; /* use smdevp engine to sign SignedInfo */ err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap->c14ninclude = c14ninclude; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Could not sign"); /* populate the SignatureValue element */ signature->SignatureValue = soap_s2base64(soap, (unsigned char*)sig, NULL, siglen); if (!signature->SignatureValue) return soap->error; return SOAP_OK; } /** @fn int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Verifies the SignatureValue of a SignedInfo element. @param soap context @param[in] alg is a signature algorith, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_VRFY_DSA_SHA1/256, SOAP_SMD_VRFY_RSA_SHA1/224/256/384/512 or SOAP_SMD_VRFY_ECDSA_SHA1/224/256/384/512 determined by the SignedInfo/SignatureMethod @param[in] key to use to verify (HMAC or DSA/RSA/ECDSA EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the signature in the SignatureValue element. Using the DOM ensures we will verify the signature of a SignedInfo as it was exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, it verifies the signature of the deserialized SignedInfo element in the SOAP Header. However, serializing deserialized data may change the octet stream that was signed, unless we're using gSOAP as producers and consumers (with the SOAP_XML_INDENT flag reset). */ int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_Signature(soap); DBGFUN1("soap_wsse_verify_SignatureValue", "alg=%x", alg); /* always need an HMAC secret key or DSA/RSA public key to verify */ if (!key) return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify the SignedInfo element with the SignatureValue element */ if (signature && signature->SignedInfo && signature->SignatureValue) { char *sig; const char *sigval; int method, bits, siglen, sigvallen; /* check that we are using the intended signature algorithm */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &method, &bits)) return soap->error; if (alg != method) return soap_wsse_fault(soap, wsse__FailedCheck, "Incorrect signature algorithm used"); /* retrieve the signature */ sigval = soap_base642s(soap, signature->SignatureValue, NULL, 0, &sigvallen); /* search the DOM for SignedInfo */ if (soap->dom) { struct soap_dom_element *elt; /* traverse the DOM while searching for SignedInfo in the ds namespace */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt, NULL)) { if (elt->name && elt->nstr && !strcmp(elt->nstr, ds_URI) && (!strcmp(elt->name, "SignedInfo") || !soap_tag_cmp(elt->name, "*:SignedInfo"))) break; } /* found it? */ if (elt) { int err = SOAP_OK; const char *c14ninclude = soap->c14ninclude; /* should not include leading whitespace in signature verification */ elt->lead = NULL; /* use smdevp engine to verify SignedInfo */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } if (signature->SignedInfo->CanonicalizationMethod && signature->SignedInfo->CanonicalizationMethod->Algorithm && !strcmp(signature->SignedInfo->CanonicalizationMethod->Algorithm, c14n_URI)) { struct soap_dom_element *prt; struct soap_dom_attribute *att; if (signature->SignedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces) soap->c14ninclude = signature->SignedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces->PrefixList; else soap->c14ninclude = NULL; /* recanonicalize DOM while keeping content "as is" */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying signed canonicalized DOM with C14N prefix list '%s'\n", soap->c14ninclude ? soap->c14ninclude : "")); soap->mode &= ~SOAP_XML_DOM; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } /* push xmlns:ns="..." */ for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM attribute = %s\n", att->name)); if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) soap_attribute(soap, att->name, att->text); } } /* push xmlns="..." */ for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->text); break; } } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~(SOAP_XML_CANONICAL | SOAP_XML_DOM); soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, elt, NULL); soap->c14ninclude = c14ninclude; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (bits == 0) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed SignedInfo is invalid"); } else if (bits > 8 * siglen || memcmp(sig, sigval, 8 * bits)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature in DOM is valid\n")); return SOAP_OK; } } else { int err = SOAP_OK; const char *c14nexclude = soap->c14nexclude; const char *c14ninclude = soap->c14ninclude; soap_mode mode = soap->mode; short part = soap->part; /* serialize the SignedInfo element as it appeared in the SOAP Header */ soap->level = 4; soap->c14nexclude = "ds"; soap->c14ninclude = NULL; soap->part = SOAP_IN_HEADER; /* header encoding rules (literal) */ if (signature->SignedInfo->CanonicalizationMethod) soap->mode |= SOAP_XML_CANONICAL; else soap->mode &= ~SOAP_XML_CANONICAL; if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap->mode = mode; soap->c14nexclude = c14nexclude; soap->c14ninclude = c14ninclude; soap->part = part; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed serialized SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (bits == 0) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed serialized SignedInfo is invalid"); } else if (bits > 8 * siglen || memcmp(sig, sigval, 8 * bits)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed serialized SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature is valid\n")); return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo required"); } /** @fn int soap_wsse_verify_SignedInfo(struct soap *soap) @brief Verifies the digest values of the XML elements referenced by the SignedInfo References. @param soap context @return SOAP_OK or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the digests contained therein. Using the DOM ensures we will verify the digests of the locally signed elements as they were exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, the function fails. */ int soap_wsse_verify_SignedInfo(struct soap *soap) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_verify_SignedInfo"); if (signedInfo) { int i; /* must have at least one reference element */ if (signedInfo->__sizeReference == 0) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo/Reference"); /* As an alternative to the current implementatin, this might be a good place to re-canonicalize the entire DOM to improve interop. Two DOMs can be used: one with non-c14n XML and one with c14n XML so we can handle multiple different transforms. */ /* for each reference element, check the digest */ for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; /* reference element is complete? */ if (!reference->URI || !reference->DigestMethod || !reference->DigestMethod->Algorithm || !reference->DigestValue) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Incomplete SignedInfo/Reference"); /* reference is local? */ if (*reference->URI == '#') { int alg, canonical; const char *c14ninclude = soap->c14ninclude; unsigned char hash[SOAP_SMD_MAX_SIZE]; /* digest algorithm */ if (!strcmp(reference->DigestMethod->Algorithm, ds_sha1URI)) alg = SOAP_SMD_DGST_SHA1; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha224URI)) alg = SOAP_SMD_DGST_SHA224; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha256URI)) alg = SOAP_SMD_DGST_SHA256; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha384URI)) alg = SOAP_SMD_DGST_SHA384; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha512URI)) alg = SOAP_SMD_DGST_SHA512; #endif else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->DigestMethod->Algorithm); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying digest of locally referenced data %s alg=%x\n", reference->URI, alg)); /* if reference has a transform, it should be an exc-c14n transform */ if (reference->Transforms) { if (reference->Transforms->__sizeTransform != 1 || !reference->Transforms->Transform[0].Algorithm || strcmp(reference->Transforms->Transform[0].Algorithm, c14n_URI)) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->Transforms->Transform[0].Algorithm); canonical = 1; if (reference->Transforms->Transform[0].c14n__InclusiveNamespaces) soap->c14ninclude = reference->Transforms->Transform[0].c14n__InclusiveNamespaces->PrefixList; else soap->c14ninclude = NULL; } else canonical = 0; /* convert base64 digest to binary */ soap_base642s(soap, reference->DigestValue, (char*)hash, SOAP_SMD_MAX_SIZE, NULL); /* verify the digest of a locally signed element */ if (soap_wsse_verify_digest(soap, alg, canonical, reference->URI + 1, hash)) return soap->error; soap->c14ninclude = c14ninclude; } } return SOAP_OK; } return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo"); } /** @fn int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) @brief Verifies the digest value of an XML element referenced by id against the hash. @param soap context @param[in] alg digest algorithm @param[in] canonical flag indicating that element is signed in exc-c14n form @param[in] id string of the XML element to verify @param[in] hash digest value to verify against @return SOAP_OK or fault */ int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct soap_dom_element *elt, *dom = NULL; DBGFUN3("soap_wsse_verify_digest", "alg=%x", alg, "canonical=%d", canonical, "id=%s", id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_digest", "Plugin not registered", SOAP_PLUGIN_ERROR); /* traverse the DOM to find the element with matching wsu:Id or ds:Id */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt, NULL)) { struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { /* check attribute */ if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* found a match, compare attribute value with id */ if (att->text && !strcmp(att->text, id)) { if (dom) return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo duplicate Id"); dom = elt; /* elt = NULL; break; */ /* improves speed but skips duplicate Id check */ } } } } if (dom) { unsigned char HA[SOAP_SMD_MAX_SIZE]; int len, err = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Computing digest for Id=%s\n", id)); /* do not hash leading whitespace */ dom->lead = NULL; /* canonical or as-is? */ if (canonical) { struct soap_dom_element *prt; struct soap_dom_attribute *att; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM attribute = %s\n", att->name)); if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) soap_attribute(soap, att->name, att->text); } } for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->text); break; } } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~SOAP_XML_CANONICAL; soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, dom, NULL); if (soap_smd_end(soap, (char*)HA, &len) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "Digest computation failed"); /* compare digests, success if identical */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Comparing digest hashes\n")); DBGHEX(TEST, hash, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGHEX(TEST, HA, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); if (!memcmp(hash, HA, (size_t)len)) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } if (data->vrfy_alg & SOAP_WSSE_IGNORE_EXTRA_REFS) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo reference URI target not found"); } /******************************************************************************\ * * ds:Signature/KeyInfo * \******************************************************************************/ /** @fn ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) @brief Adds KeyInfo element. @param soap context @return ds__KeyInfo object */ struct ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->KeyInfo) { signature->KeyInfo = (ds__KeyInfoType*)soap_malloc(soap, sizeof(ds__KeyInfoType)); if (!signature->KeyInfo) return NULL; } soap_default_ds__KeyInfoType(soap, signature->KeyInfo); return signature->KeyInfo; } /** @fn ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) @brief Returns KeyInfo element if present. @param soap context @return ds__KeyInfo object or NULL */ struct ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->KeyInfo; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/KeyName * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) @brief Adds KeyName element. @param soap context @param[in] name string of the KeyName @return SOAP_OK @note The recommended method to add Key information is to utilize KeyIdentifier instead of KeyName. A KeyName is useful mainly for internal use. */ int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN1("soap_wsse_add_KeyInfo_KeyName", "name=%s", name); /* populate the KeyName element */ keyInfo->KeyName = soap_strdup(soap, name); return SOAP_OK; } /** @fn int soap_wsse_get_KeyInfo_KeyName(struct soap *soap) @brief Returns KeyName element if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_KeyName(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_KeyName"); if (!keyInfo) return NULL; return keyInfo->KeyName; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/@URI * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) @brief Adds KeyInfo element with SecurityTokenReference URI. @param soap context @param[in] URI string referencing a security token @param[in] valueType string or NULL @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceURI", "URI=%s", URI?URI:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference element if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Reference element */ keyInfo->wsse__SecurityTokenReference->Reference = (_wsse__Reference*)soap_malloc(soap, sizeof(_wsse__Reference)); soap_default__wsse__Reference(soap, keyInfo->wsse__SecurityTokenReference->Reference); /* populate the Reference element */ keyInfo->wsse__SecurityTokenReference->Reference->URI = soap_strdup(soap, URI); keyInfo->wsse__SecurityTokenReference->Reference->ValueType = soap_strdup(soap, valueType); return SOAP_OK; } /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) @brief Adds KeyInfo element with SecurityTokenReference URI to an X509 cert. @param soap context @param[in] URI string referencing an X509 certificate @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) { return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, wsse_X509v3URI); } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) @brief Returns a SecurityTokenReference URI if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->URI; return NULL; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) @brief Returns a SecurityTokenReference ValueType if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->ValueType; return NULL; } /** @fn X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) @brief Returns a X509 certificate if present as a BinarySecurity token. This call must be followed by an X509_free to deallocate the X509 certificate data. @param soap context @return X509 object or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); X509 *cert = NULL; DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceX509"); if (URI && *URI == '#') { const char *valueType; valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(soap); if (!valueType || !strcmp(valueType, wsse_X509v3URI)) cert = soap_wsse_get_BinarySecurityTokenX509(soap, URI + 1); } return cert; } /** @fn struct ds__X509IssuerSerialType *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) @brief Returns ds__X509IssuerSerialType with non-NULL X509IssuerName and non-NULL X509SerialNumber of a X509Data element when present and set. @param soap context @return pointer to ds__X509IssuerSerialType struct or NULL */ struct ds__X509IssuerSerialType * soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->ds__X509Data && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber) return keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/KeyIdentifier * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) @brief Adds KeyInfo element with SecurityTokenReference/KeyIdentifier binary data @param soap context @param[in] id string for signature reference @param[in] valueType string @param[in] data binary data @param[in] size of binary data @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)); if (!keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = soap_strdup(soap, valueType); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier/ValueType if present @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType; } /** @fn const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier binary data @param soap context @param[out] size is set to the size of the decoded data @return data or NULL */ const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return (unsigned char*)soap_base642s(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, size); } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/Embedded * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) @brief Adds KeyInfo element with Embedded SecurityTokenReference. @param soap context @param[in] id string for signature reference @param[in] valueType string @return SOAP_OK @note This function does not add embedded tokens automatically. See code for comments. */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceEmbedded"); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded = (_wsse__Embedded*)soap_malloc(soap, sizeof(_wsse__Embedded)); if (!keyInfo->wsse__SecurityTokenReference->Embedded) return soap->error = SOAP_EOM; soap_default__wsse__Embedded(soap, keyInfo->wsse__SecurityTokenReference->Embedded); /* populate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->Embedded->ValueType = soap_strdup(soap, valueType); /* TODO: Add embedded tokens and assertions. Could use DOM here? keyInfo->wsse__SecurityTokenReference->Embedded->xyz = ...; */ return SOAP_OK; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey header element * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) @brief Adds EncryptedKey header element and initiates the encryption of the SOAP Body. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC etc. @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @return SOAP_OK or error code This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. */ int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) { return soap_wsse_add_EncryptedKey_encrypt_only(soap, alg, URI, cert, subjectkeyid, issuer, serial, NULL); } /** @fn int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) @brief Adds EncryptedKey header element and initiates encryption of the given XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC etc. @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @param[in] tags space-separated string of element tag names to encrypt @return xenc__EncryptedKeyType object This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. Only the XML elements given in the 'tags' string as wsu:Id attributed elements are encrypted. @warning Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. @warning The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @warning Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) { EVP_PKEY *pubk; unsigned char *key; int keylen; _wsse__Security *security; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); security = soap_wsse_add_Security(soap); /* if we don't have a xenc:EncryptedKey, create one */ if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; } soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); security->xenc__EncryptedKey->Id = soap_strdup(soap, URI); if (!(security->xenc__EncryptedKey->EncryptionMethod = (xenc__EncryptionMethodType*)soap_malloc(soap, sizeof(struct xenc__EncryptionMethodType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptionMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod); /* RSA Version 1.5 or RSA-OAEP? */ alg |= (SOAP_MEC_ENV | SOAP_MEC_ENC); if (alg & SOAP_MEC_OAEP) { security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsaesURI; security->xenc__EncryptedKey->EncryptionMethod->OAEPparams = NULL; if (!(security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod = (struct ds__DigestMethodType*)soap_malloc(soap, sizeof(struct ds__DigestMethodType)))) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod); security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod->Algorithm = (char*)ds_sha1URI; } else security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsa15URI; /* KeyInfo */ if (!(security->xenc__EncryptedKey->ds__KeyInfo = (_ds__KeyInfo*)soap_malloc(soap, sizeof(_ds__KeyInfo)))) return soap->error = SOAP_EOM; soap_default__ds__KeyInfo(soap, security->xenc__EncryptedKey->ds__KeyInfo); /* allocate SecurityTokenReference */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)))) return soap->error = SOAP_EOM; soap_default__wsse__SecurityTokenReference(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference); if (issuer && serial) { if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data = (struct ds__X509DataType*)soap_malloc(soap, sizeof(struct ds__X509DataType)))) return soap->error = SOAP_EOM; soap_default_ds__X509DataType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data); if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial = (struct ds__X509IssuerSerialType*)soap_malloc(soap, sizeof(struct ds__X509IssuerSerialType)))) return soap->error = SOAP_EOM; soap_default_ds__X509IssuerSerialType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName = soap_strdup(soap, issuer); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber = soap_strdup(soap, serial); } else { /* allocate KeyIdentifier */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)))) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; if (subjectkeyid) { security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3SubjectKeyIdentifierURI; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, (unsigned char*)subjectkeyid, NULL, strlen(subjectkeyid)); } else if (cert) { unsigned char *der, *s; int derlen; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3URI; /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, der, NULL, derlen); } } /* CipherData */ if (!(security->xenc__EncryptedKey->CipherData = (xenc__CipherDataType*)soap_malloc(soap, sizeof(struct xenc__CipherDataType)))) return soap->error = SOAP_EOM; soap_default_xenc__CipherDataType(soap, security->xenc__EncryptedKey->CipherData); /* get the public key */ pubk = X509_get_pubkey(cert); if (!pubk) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* start encryption engine, get the encrypted secret key */ key = (unsigned char*)soap_malloc(soap, soap_mec_size(alg, pubk)); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, pubk, key, &keylen)) { EVP_PKEY_free(pubk); return soap->error; } EVP_PKEY_free(pubk); data->enco_alg = alg; data->enco_keyname = NULL; data->enco_key = key; data->enco_keylen = keylen; if (!(security->xenc__EncryptedKey->CipherData->CipherValue = soap_s2base64(soap, key, NULL, keylen))) return soap->error = SOAP_EOM; data->encid = soap_strdup(soap, tags); if (!tags) { soap->omode |= SOAP_SEC_WSUID; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, "#Body")) return soap->error; } else { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) { *t = '\0'; while (*++t == ' ') ; } *--s = '#'; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, s)) return soap->error; s = t; } while (s); } soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_verify_EncryptedKey(struct soap *soap) @brief Verifies the EncryptedKey header information (certificate validity requires soap->cacert to be set). Retrieves the decryption key from the token handler callback to decrypt the decryption key. @param soap context @return SOAP_OK or error code */ int soap_wsse_verify_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); /* if we have a xenc:EncryptedKey, check it and start envelope decryption */ if (security && security->xenc__EncryptedKey) { if (!security->xenc__EncryptedKey->EncryptionMethod || !security->xenc__EncryptedKey->EncryptionMethod->Algorithm) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); /* verify encrypted key */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verify EncryptedKey alg=%x\n", data->deco_alg)); if (security->xenc__EncryptedKey->ds__KeyInfo) { int keylen; if (security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item) { if (!strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3URI)) { X509 *cert = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *der; #else unsigned char *der; #endif int derlen; der = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &derlen); if (!der) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); cert = d2i_X509(&cert, &der, derlen); if (soap_wsse_verify_X509(soap, cert)) { if (cert) X509_free(cert); return soap->error; } /* get the private key from subject name of cert, if not set */ if (!data->deco_key && data->security_token_handler) { char buf[1024]; X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from cert name '%s' through security_token_handler callback\n", buf)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, buf, &keylen); data->deco_keylen = 0; } if (cert) X509_free(cert); } else if (!data->deco_key && data->security_token_handler && !strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3SubjectKeyIdentifierURI)) { int subjectkeyidlen; const char *subjectkeyid = (char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &subjectkeyidlen); /* get the private key from subject key id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from key id '%s' through security_token_handler callback\n", subjectkeyid)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, subjectkeyid, &keylen); data->deco_keylen = 0; } } else if (!data->deco_key && data->security_token_handler) { const char *name = NULL; /* get the private key from key name or subject name */ if (security->xenc__EncryptedKey->ds__KeyInfo->KeyName) name = security->xenc__EncryptedKey->ds__KeyInfo->KeyName; else if (security->xenc__EncryptedKey->ds__KeyInfo->X509Data && security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName) name = security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName; if (name) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from name '%s' through security_token_handler callback\n", name)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, name, &keylen); data->deco_keylen = 0; } } } /* start decryption */ if (data->deco_key && security->xenc__EncryptedKey->CipherData && security->xenc__EncryptedKey->CipherData->CipherValue) { int keylen; unsigned char *key = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->CipherData->CipherValue, NULL, 0, &keylen); if (!strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsaesURI)) data->deco_alg |= SOAP_MEC_OAEP; else if (strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsa15URI)) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, data->deco_alg, (SOAP_MEC_KEY_TYPE*)data->deco_key, key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } /* do not process EncryptedKey again */ security->xenc__EncryptedKey = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verified EncryptedKey alg=%x\n", data->deco_alg)); } return SOAP_OK; } /** @fn void soap_wsse_delete_EncryptedKey(struct soap *soap) @brief Deletes EncryptedKey header element. @param soap context */ void soap_wsse_delete_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_EncryptedKey"); if (security) security->xenc__EncryptedKey = NULL; } /** @fn xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) @brief Returns EncryptedKey header element if present. @param soap context @return xenc__EncryptedKeyType object or NULL */ struct xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->xenc__EncryptedKey; return NULL; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey/ReferenceList/DataReference * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the EncryptedKey header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_EncryptedKey_DataReferenceURI", "URI=%s", URI?URI:""); if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); } if (!security->xenc__EncryptedKey->ReferenceList) { if (!(security->xenc__EncryptedKey->ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__EncryptedKey->ReferenceList); } ref = security->xenc__EncryptedKey->ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__EncryptedKey->ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__EncryptedKey->ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /** @fn int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the WS-Security header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_DataReferenceURI", "URI=%s", URI?URI:""); /* initial alloc */ if (!security->xenc__ReferenceList) { if (!(security->xenc__ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__ReferenceList); } ref = security->xenc__ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /******************************************************************************\ * * xenc:EncryptedData * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) @brief Adds EncryptedData/ds:KeyInfo/Keyname elements. @param soap context @param[in] keyname name of the key @return SOAP_OK or error code This function adds the name of the key to each EncryptedData element to identify the shared secret key used for encryption. */ int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedData_KeyInfo_KeyName"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedData_KeyInfo_KeyName", "Plugin not registered", SOAP_PLUGIN_ERROR); data->enco_keyname = soap_strdup(soap, keyname); return SOAP_OK; } /******************************************************************************\ * * Faults * \******************************************************************************/ /** @fn int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_sender_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_receiver_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) @brief Sets SOAP Fault (sub)code for server response. @param soap context @param[in] fault is one of wsse:FaultcodeEnum @param[in] detail string with optional text message @return SOAP_FAULT */ int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) { const char *code = soap_wsse__FaultcodeEnum2s(soap, fault); DBGFUN2("soap_wsse_fault", "fault=%s", code?code:"", "detail=%s", detail?detail:""); /* remove incorrect or incomplete Security header */ soap_wsse_delete_Security(soap); /* populate the SOAP Fault as per WS-Security spec */ /* detail = NULL; */ /* uncomment when detail text not recommended */ /* use WSA to populate the SOAP Header when WSA is used */ switch (fault) { case wsse__UnsupportedSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported token was provided", detail); case wsse__UnsupportedAlgorithm: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported signature or encryption algorithm was used", detail); case wsse__InvalidSecurity: return soap_wsse_sender_fault_subcode(soap, code, "An error was discovered processing the header", detail); case wsse__InvalidSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An invalid security token was provided", detail); case wsse__FailedAuthentication: return soap_wsse_sender_fault_subcode(soap, code, "The security token could not be authenticated or authorized", detail); case wsse__FailedCheck: return soap_wsse_sender_fault_subcode(soap, code, "The signature or decryption was invalid", detail); case wsse__SecurityTokenUnavailable: return soap_wsse_sender_fault_subcode(soap, code, "Referenced security token could not be retrieved", detail); } return SOAP_FAULT; } /******************************************************************************\ * * Digest authentication session management * \******************************************************************************/ /** @fn static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) @brief Verifies and updates the digest, nonce, and creation time against the digest authentication session database to prevent replay attacks. @param soap context @param[in] hash binary digest value of PasswordDigest @param[in] created string @param[in] nonce string (base64) @return SOAP_OK or SOAP_FAULT */ static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) { struct soap_wsse_session *session; time_t expired, now = time(NULL); DBGFUN("soap_wsse_session_verify"); soap_s2dateTime(soap, created, &expired); /* creation time in the future? */ if (expired > now + SOAP_WSSE_CLKSKEW) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authorization request in future"); expired += SOAP_WSSE_NONCETIME; /* expired? */ if (expired <= now) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authentication expired"); /* purge expired messages, but don't do this all the time to improve efficiency */ if (now % 10 == 0) soap_wsse_session_cleanup(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying session nonce=%s\n", nonce)); /* enter mutex to check and update session */ MUTEX_LOCK(soap_wsse_session_lock); for (session = soap_wsse_session; session; session = session->next) { if (!memcmp(session->hash, hash, SOAP_SMD_SHA1_SIZE) && !strcmp(session->nonce, nonce)) break; } /* if not found, allocate new session data */ if (!session) { size_t l = strlen(nonce); session = (struct soap_wsse_session*)malloc(sizeof(struct soap_wsse_session) + l); if (session) { session->next = soap_wsse_session; session->expired = expired; soap_memcpy((void*)session->hash, sizeof(session->hash), (const void*)hash, SOAP_SMD_SHA1_SIZE); soap_strcpy(session->nonce, l + 1, nonce); soap_wsse_session = session; } session = NULL; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); /* if replay attack, return non-descript failure */ if (session) return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); return SOAP_OK; } /** @fn static void soap_wsse_session_cleanup(struct soap *soap) @brief Removes expired authentication data from the digest authentication session database. @param soap context */ static void soap_wsse_session_cleanup(struct soap *soap) { struct soap_wsse_session **session; time_t now = time(NULL); DBGFUN("soap_wsse_session_cleanup"); /* enter mutex to purge expired session data */ MUTEX_LOCK(soap_wsse_session_lock); session = &soap_wsse_session; while (*session) { if ((*session)->expired < now) { struct soap_wsse_session *p = *session; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deleting session nonce=%s\n", p->nonce)); *session = p->next; free(p); } else session = &(*session)->next; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); } /******************************************************************************\ * * Calculate SHA1(created, nonce, password) digest * \******************************************************************************/ /** @fn static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) @brief Calculates digest value SHA1(created, nonce, password) @param soap context @param[in] created string (XSD dateTime format) @param[in] nonce value @param[in] noncelen length of nonce value @param[in] password string @param[out] hash SHA1 digest */ static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) { struct soap_smd_data context; /* use smdevp engine */ soap_smd_init(soap, &context, SOAP_SMD_DGST_SHA1, NULL, 0); soap_smd_update(soap, &context, nonce, noncelen); soap_smd_update(soap, &context, created, strlen(created)); soap_smd_update(soap, &context, password, strlen(password)); soap_smd_final(soap, &context, hash, NULL); } /******************************************************************************\ * * Calculate randomized hex nonce * \******************************************************************************/ /** @fn static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]) @brief Calculates randomized nonce (also uses time() in case a poorly seeded PRNG is used) @param[out] nonce value [0..SOAP_WSSE_NONCELEN-1] */ static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]) { int i; time_t r = time(NULL); soap_memcpy((void*)nonce, SOAP_WSSE_NONCELEN, (const void*)&r, 4); for (i = 4; i < SOAP_WSSE_NONCELEN; i += 4) { r = soap_random; soap_memcpy((void*)(nonce + i), 4, (const void*)&r, 4); } } /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** @fn int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) @brief Plugin registry function, used with soap_register_plugin. @param soap context @param[in,out] p plugin created in registry @param[in] arg passed from soap_register_plugin_arg is an optional security token handler callback @return SOAP_OK */ int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) { static int done = 0; DBGFUN("soap_wsse"); p->id = soap_wsse_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); p->fcopy = soap_wsse_copy; p->fdelete = soap_wsse_delete; if (p->data) { if (soap_wsse_init(soap, (struct soap_wsse_data*)p->data, (const void *(*)(struct soap*, int*, const char*, int*))arg)) { SOAP_FREE(soap, p->data); return SOAP_EOM; } } if (!done) { #if 0 #ifdef WIN32 /* now uses CreateMutex() for static lock initialization */ static volatile long spinlock = 0; DWORD s = 0; /* Initialize soap_wsse_session_lock with a spinlock */ while (InterlockedExchange(&spinlock, 1) == 1) { Sleep(s); s = !s; } if (!done) MUTEX_SETUP(soap_wsse_session_lock); done = 1; spinlock = 0; #else done = 1; #endif #endif #ifdef WITH_OPENSSL /* moved to stdsoap2.c MUTEX_LOCK(soap_wsse_session_lock); OpenSSL_add_all_digests(); OpenSSL_add_all_algorithms(); MUTEX_UNLOCK(soap_wsse_session_lock); */ #endif } return SOAP_OK; } /** @fn int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)) @brief Initializes plugin data. @param soap context @param[in,out] data plugin data @param arg security token handler callback @return SOAP_OK */ static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int *alg, const char *keyname, int *keylen)) { DBGFUN("soap_wsse_init"); data->sigid = NULL; data->encid = NULL; data->prefixlist = NULL; data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; data->vrfy_alg = SOAP_SMD_NONE; data->vrfy_key = NULL; data->vrfy_keylen = 0; data->enco_alg = SOAP_MEC_NONE; data->enco_keyname = NULL; data->enco_key = NULL; data->enco_keylen = 0; data->deco_alg = SOAP_MEC_NONE; data->deco_key = NULL; data->deco_keylen = 0; data->digest = NULL; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; data->fpreparefinalrecv = NULL; data->fheader = soap->fheader; soap->fheader = soap_wsse_header; data->mec = NULL; data->store = NULL; data->security_token_handler = arg; soap->feltbegin = soap_wsse_element_begin_in; soap->feltendin = soap_wsse_element_end_in; return SOAP_OK; } /** @fn int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Copies plugin data to localize plugin data for threads. @param soap context @param[out] dst target plugin @param[in] src source plugin @return SOAP_OK */ static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { DBGFUN("soap_wsse_copy"); *dst = *src; dst->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); soap_wsse_init(soap, (struct soap_wsse_data*)dst->data, ((struct soap_wsse_data*)src->data)->security_token_handler); return SOAP_OK; } /** @fn void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) @brief Deletes plugin data. @param soap context @param[in,out] p plugin @return SOAP_OK */ static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); (void)p; DBGFUN("soap_wsse_delete"); if (data) { if (data->prefixlist) SOAP_FREE(soap, data->prefixlist); soap_wsse_preparecleanup(soap, data); if (data->mec) { soap_mec_cleanup(soap, data->mec); SOAP_FREE(soap, data->mec); data->mec = NULL; } if (data->store) { X509_STORE_free(data->store); data->store = NULL; } SOAP_FREE(soap, data); } } /******************************************************************************\ * * Plugin-specific functions * \******************************************************************************/ /** @fn int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) @brief Sets the elements that are to be extended with wsu:Id attributes. The wsu:Id attribute values are set to the string value of the tag's QName by replacing colons with hyphens to produce an xsd:ID value. @param soap context @param[in] tags string of space-separated qualified and unqualified element tag names @return SOAP_OK */ int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) { DBGFUN1("soap_wsse_set_wsu_id", "tags=%s", tags?tags:"(null)"); soap->wsuid = soap_strdup(soap, tags); return SOAP_OK; } /** @fn int soap_wsse_set_InclusiveNamespaces(struct soap *soap, const char *prefixlist) @brief Sets the C14N InclusiveNamespaces Prefix List property. @param soap context @param[in] prefixlist string of space-separated namespace prefixes, or NULL to remove @return SOAP_OK */ int soap_wsse_set_InclusiveNamespaces(struct soap *soap, const char *prefixlist) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_set_InclusiveNamespaces", "prefixlist=%s", prefixlist?prefixlist:"(null)"); if (data) { size_t l = strlen(prefixlist); char *s; if (data->prefixlist) SOAP_FREE(soap, data->prefixlist); s = (char*)SOAP_MALLOC(soap, l + 1); soap_strcpy(s, l + 1, prefixlist); data->prefixlist = s; } return SOAP_OK; } /** @fn int soap_wsse_sign_only(struct soap *soap, const char *tags) @brief Filters only the specified wsu:Id names for signing. Can be used with soap_wsse_set_wsu_id() and if so should use the element tag names. @param soap context @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK */ int soap_wsse_sign_only(struct soap *soap, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign_only", "tags=%s", tags?tags:"(null)"); if (data) data->sigid = soap_wsse_ids(soap, tags); return SOAP_OK; } /** @fn static char* soap_wsse_ids(struct soap *soap, const char *tags) @brief converts tag name(s) to id name(s) @param soap context @param[in] tags string of space-separated (un)qualified tag names @return string of ids */ static char* soap_wsse_ids(struct soap *soap, const char *tags) { char *s, *t; s = t = soap_strdup(soap, tags); while (s && *s) { if (*s == ':') *s = '-'; s++; } return t; } /** @fn int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements. @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key is the HMAC secret key or DSA/RSA/ECDSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK or fault This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_digest *digest, *next; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid signature algorithm or key"); /* store alg and key in plugin data */ data->sign_alg = alg; data->sign_key = key; data->sign_keylen = keylen; /* save and set the plugin's callbacks to preprocess outbound messages */ if (soap->fpreparesend != soap_wsse_preparesend) { data->fpreparesend = soap->fpreparesend; data->fpreparefinalsend = soap->fpreparefinalsend; } if (soap->fpreparefinalsend != soap_wsse_preparefinalsend) { soap->fpreparesend = soap_wsse_preparesend; soap->fpreparefinalsend = soap_wsse_preparefinalsend; } /* support HTTP compression only with HTTP chunking to allow signing XML */ if ((soap->omode & SOAP_ENC_ZLIB)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_CHUNK; else if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) /* no store buffering */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; /* cleanup the digest data */ for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; return SOAP_OK; } /** @fn int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements, including the SOAP Body (by adding a wsu:Id="Body" attribute). @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key is the HMAC secret key or DSA/RSA/ECDSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK or fault This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) { DBGFUN1("soap_wsse_sign_body", "alg=%x", alg); soap_wsse_add_Security(soap); soap->omode |= SOAP_SEC_WSUID; return soap_wsse_sign(soap, alg, key, keylen); } /** @fn int soap_wsse_verify_init(struct soap *soap) @brief Uses the wsse plugin to initiate the verification of the signature and SignedInfo Reference digests. @param soap context @return SOAP_OK This function does not actually verify the message, but initiates the plugin's data to store the message in a DOM to verify the signature. The signature and digests in the DOM must be verified manually. */ int soap_wsse_verify_init(struct soap *soap) { DBGFUN("soap_wsse_verify_init"); /* deserialize inbound message to DOM */ soap->imode |= SOAP_XML_DOM; return SOAP_OK; } /** @fn int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) @brief Uses the wsse plugin to initiate the automatic verification of the signature and SignedInfo Reference digests. @param soap context @param[in] alg to verify signature if signature has no secret or public key, use SOAP_SMD_NONE to omit @param[in] key is HMAC key or a DSA/RSA/ECDSA EVP_PKEY or NULL @param[in] keylen is HMAC key length or 0 @return SOAP_OK This function does not actually verify the message, but initiates the plugin's algorithm to store the message in a DOM to automatically verify the signature and digests. If the message does not contain a key to verify the signature, the alg, key, and keylen parameters are used. It is important that the X509 certificate used to verify the signature, which requires soap->cafile and/or soap->capath to be set. */ int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_auto"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); data->vrfy_alg = alg; data->vrfy_key = key; data->vrfy_keylen = keylen; if (soap->fpreparefinalrecv != soap_wsse_preparefinalrecv) { data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = soap_wsse_preparefinalrecv; } return soap_wsse_verify_init(soap); } /** @fn int soap_wsse_verify_done(struct soap *soap) @brief Terminates the automatic verification of signatures. @param soap context @return SOAP_OK */ int soap_wsse_verify_done(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_done"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_done", "Plugin not registered", SOAP_PLUGIN_ERROR); soap->imode &= ~SOAP_XML_DOM; soap->omode &= ~SOAP_SEC_WSUID; if (soap->fpreparefinalrecv == soap_wsse_preparefinalrecv) soap->fpreparefinalrecv = data->fpreparefinalrecv; return SOAP_OK; } /** @fn size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) @brief Post-checks the presence of signed element(s). Does not verify the signature of these elements, which is done with @ref soap_wsse_verify_auto. @param soap context @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements signed. This function does not actually verify the signature of each element, but checks whether the elements are signed and thus their integrity is preserved. Signed element nesting rules are obeyed, so if the matching element is a descendent of a signed element, it is signed as well. Thus, the verification process follows nesting rules. Client should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. To check the SOAP Body (either using SOAP 1.1 or 1.2), @ref soap_wsse_verify_element(soap, namespaces[0].ns, "Body"). To check whether the Timestamp was signed (assuming it is present and message expiration checked with @ref soap_wsse_verify_Timestamp), use @ref soap_wsse_verify_element(soap, "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd", "Timestamp"). @note For future releases, XPath queries (or forms of these) will be considered. */ size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); size_t count = 0; DBGFUN("soap_wsse_verify_element"); if (signedInfo && soap->dom) { struct soap_dom_element *elt; /* traverse the DOM */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SignedInfo and DOM found\n")); elt = soap->dom; while (elt) { /* find wsu:Id or ds:Id and check for Id in signedInfo */ int ok = 0; struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* Id attribute found, search Id value in ds:Reference/@URI */ int i; for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; if (reference->URI && *reference->URI == '#' && !strcmp(reference->URI + 1, att->text)) { ok = 1; break; } } if (ok) break; } } /* the current element is signed, count this and the matching nested */ if (ok) { count += soap_wsse_verify_nested(soap, elt, URI, tag); /* go to next sibling or back up */ if (elt->next) elt = elt->next; else { do elt = elt->prnt; while (elt && !elt->next); if (elt) elt = elt->next; } } else elt = soap_dom_next_element(elt, NULL); } } return count; } /** @fn size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) @brief Counts signed matching elements from the dom node and down. @param soap context @param dom node to check and down @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements. */ static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) { size_t count = 0; /* search the DOM node and descendants for matching elements */ struct soap_dom_element *elt = dom; for (elt = dom; elt && elt != dom->next && elt != dom->prnt; elt = soap_dom_next_element(elt, NULL)) { if (elt->name && ((!elt->nstr && !URI) || (elt->nstr && URI && !strcmp(elt->nstr, URI)))) { const char *s = strchr(elt->name, ':'); if (s) s++; else s = elt->name; /* found element? */ if (!strcmp(s, tag)) count++; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' (\"%s\":%s) is signed\n", elt->name, elt->nstr, elt->name)); } return count; } /** @fn int soap_wsse_verify_body(struct soap *soap) @brief Post-checks the presence of signed SOAP Body. Does not verify the signature of the Body, which is done with @ref soap_wsse_verify_auto. @param soap context @return SOAP_OK (signed) or SOAP_FAULT This function does not actually verify the signature of the Body. It checks whether the Body is signed and thus its integrity is preserved. Clients should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. */ int soap_wsse_verify_body(struct soap *soap) { const char *ns = NULL; /* Are we using SOAP 1.1 or 1.2? Check first row of namespace table */ if (soap->local_namespaces) { if (soap->local_namespaces->out) ns = soap->local_namespaces->out; else if (soap->local_namespaces->ns) ns = soap->local_namespaces->ns; } /* We don't know if we're using SOAP 1.1 or 1.2, so assume it is 1.2 */ if (!ns) ns = "http://www.w3.org/2003/05/soap-envelope"; if (soap_wsse_verify_element(soap, ns, "Body") > 0) return SOAP_OK; return soap_wsse_sender_fault(soap, "Message body not signed", NULL); } /** @fn int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) @brief Initiates the encryption of the SOAP Body. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function initiates the encryption of the SOAP Body using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. */ int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt_body", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_body", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = NULL; soap->omode |= SOAP_SEC_WSUID; soap_wsse_add_DataReferenceURI(soap, "#Body"); return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) @brief Initiates the encryption of XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey_encrypt_only for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK or error code This function initiates the encryption using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. @warning Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. @warning The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @warning Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN2("soap_wsse_encrypt_only", "alg=%x", alg, "tags=%s", tags?tags:"(null)"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_only", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = soap_strdup(soap, tags); if (tags) { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) *t = '\0'; s--; *s = '#'; if (soap_wsse_add_DataReferenceURI(soap, s)) return soap->error; s = t; while (s && *s == ' ') s++; } while (s); } return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) @brief Start encryption. This function is supposed to be used internally only. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code */ int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "An unsupported signature or encryption algorithm was used"); if (alg & SOAP_MEC_ENV) return soap_wsse_add_EncryptedKey(soap, alg, NULL, (X509*)key, NULL, NULL, NULL); /* store alg and key in plugin data */ data->enco_alg = (alg | SOAP_MEC_ENC); data->enco_key = key; data->enco_keylen = keylen; if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap->error; soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) @brief Start automatic decryption when needed using the specified key. This function should be used just once. The algorithm should be SOAP_MEC_ENV_DEC_DES_CBC etc. for public key encryption/decryption and SOAP_MEC_DEC_DES_CBC etc. for symmetric shared secret keys. @param soap context @param[in] alg the decryption algorithm, @param[in] key a persistent decryption key for the algorithm, a private RSA key or a shared symmetric secret key @param[in] keylen use 0 for public-key encryption/decryption or the shared secret decryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function can be called once before multiple messages are received with WS-Security encrypted content, where only one key is used for encryption (public key or shared secret key). The default decryption key is set. If multiple decryption keys should be used, do NOT use this function but set the security_token_handler callback of the wsse plugin. See @ref wsse_9_2. Use a NULL key to remove the default decryption key. */ int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_decrypt_auto", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); /* store alg and key in plugin data */ data->deco_alg = (alg & ~SOAP_MEC_ENC); /* TODO should add? data->enco_alg = (alg & ~(SOAP_MEC_ENC|SOAP_MEC_ENV)); */ data->deco_key = key; data->deco_keylen = keylen; return SOAP_OK; } /** @fn int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) @brief Emit XML encryption tags and start encryption of the XML element content. @param soap context @param[in] id string for the EncryptedData element Id attribute @param[in] alg algorithm used, or SOAP_MEC_NONE to ignore @param[in] URI string for the encrypted element wsu:Id attribute @param[in] keyname optional subject key name @param[in] key optional DES/AES key for encryption (to override the current key) @return SOAP_OK or error code */ int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) { int event; const char *algURI = NULL; DBGFUN("soap_wsse_encrypt_begin"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; if (soap_set_attr(soap, "Id", id, 1) || soap_set_attr(soap, "Type", xenc_contentURI, 1) || soap_element(soap, "xenc:EncryptedData", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; switch (alg & SOAP_MEC_MASK & ~SOAP_MEC_ENV) { case SOAP_MEC_ENC_DES_CBC: algURI = xenc_3desURI; break; case SOAP_MEC_ENC_AES128_CBC: algURI = xenc_aes128cbcURI; break; case SOAP_MEC_ENC_AES192_CBC: algURI = xenc_aes192cbcURI; break; case SOAP_MEC_ENC_AES256_CBC: algURI = xenc_aes256cbcURI; break; case SOAP_MEC_ENC_AES512_CBC: algURI = xenc_aes512cbcURI; break; case SOAP_MEC_ENC_AES128_GCM: algURI = xenc_aes128gcmURI; break; case SOAP_MEC_ENC_AES192_GCM: algURI = xenc_aes192gcmURI; break; case SOAP_MEC_ENC_AES256_GCM: algURI = xenc_aes256gcmURI; break; case SOAP_MEC_ENC_AES512_GCM: algURI = xenc_aes512gcmURI; break; } if (algURI) { if (soap_set_attr(soap, "Algorithm", algURI, 1) || soap_element(soap, "xenc:EncryptionMethod", 0, NULL) || soap_element_start_end_out(soap, "xenc:EncryptionMethod")) return soap->error; } if (URI) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "wsse:SecurityTokenReference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_set_attr(soap, "URI", URI, 1) || soap_element(soap, "wsse:Reference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element_end_out(soap, "wsse:Reference") || soap_element_end_out(soap, "wsse:SecurityTokenReference") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } else if (keyname) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "ds:KeyName", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, keyname, 0) || soap_element_end_out(soap, "ds:KeyName") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } if (soap_element(soap, "xenc:CipherData", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "xenc:CipherValue", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; /* re-enable digest */ soap->event = event; /* adjust level, hiding xenc elements */ soap->level -= 3; return soap_mec_start(soap, key); } /** @fn int soap_wsse_encrypt_end(struct soap *soap) @brief Emit XML encryption end tags and stop encryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_encrypt_end(struct soap *soap) { int event; DBGFUN("soap_wsse_encrypt_end"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; /* adjust level, hiding xenc elements */ soap->level += 3; if (soap_mec_stop(soap) || soap_element_end_out(soap, "xenc:CipherValue") || soap_element_end_out(soap, "xenc:CipherData") || soap_element_end_out(soap, "xenc:EncryptedData")) return soap->error; /* re-enable digest */ soap->event = event; return SOAP_OK; } /** @fn int soap_wsse_decrypt_begin(struct soap *soap) @brief Check for XML encryption tags and start decryption of the XML element content. If the KeyInfo element is present, the security_token_handler callback will be used to obtain a decryption key based on the key name. @param soap context @return SOAP_OK or error code */ int soap_wsse_decrypt_begin(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct ds__KeyInfoType info; struct xenc__EncryptionMethodType meth; int alg = data->deco_alg; const unsigned char *key = NULL; int keylen = data->deco_keylen; DBGFUN("soap_wsse_decrypt_begin"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_begin", "Plugin not registered", SOAP_PLUGIN_ERROR); if (soap_wsse_verify_EncryptedKey(soap)) return soap->error; if (soap_element_begin_in(soap, "xenc:EncryptedData", 0, NULL)) return soap->error; /* TODO: use Type attribute? */ soap_default_xenc__EncryptionMethodType(soap, &meth); if (soap_in_xenc__EncryptionMethodType(soap, "xenc:EncryptionMethod", &meth, NULL)) { if (meth.Algorithm) { if (!strcmp(meth.Algorithm, xenc_3desURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_DES_CBC; else if (!strcmp(meth.Algorithm, xenc_aes128cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES128_CBC; else if (!strcmp(meth.Algorithm, xenc_aes192cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES192_CBC; else if (!strcmp(meth.Algorithm, xenc_aes256cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES256_CBC; else if (!strcmp(meth.Algorithm, xenc_aes512cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES512_CBC; else if (!strcmp(meth.Algorithm, xenc_aes128gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES128_GCM; else if (!strcmp(meth.Algorithm, xenc_aes192gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES192_GCM; else if (!strcmp(meth.Algorithm, xenc_aes256gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES256_GCM; else if (!strcmp(meth.Algorithm, xenc_aes512gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES512_GCM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EncryptionMethod alg=%x\n", alg)); } } if (soap_in_ds__KeyInfoType(soap, "ds:KeyInfo", &info, NULL)) { if (data->security_token_handler && info.KeyName) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key '%s' through security_token_handler callback\n", info.KeyName)); key = (const unsigned char*)data->security_token_handler(soap, &alg, info.KeyName, &keylen); if (key) { if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } } } if (soap_element_begin_in(soap, "xenc:CipherData", 0, NULL) || soap_element_begin_in(soap, "xenc:CipherValue", 0, NULL)) return soap->error; /* if no default shared key is set for symmetric decryption, get it */ if (!(alg & SOAP_MEC_ENV)) { if (alg != data->deco_alg) { if (data->security_token_handler) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key for alg=%x through security_token_handler callback\n", alg)); data->deco_key = (const unsigned char*)data->security_token_handler(soap, &alg, NULL, &keylen); } } if (!key && keylen) key = (const unsigned char*)data->deco_key; if (key) { if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Key=%p/%p keylen=%d alg=0x%x\n", key, data->deco_key, keylen, alg)); data->deco_alg = alg; data->deco_keylen = keylen; if (soap_mec_start_alg(soap, alg, key)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /** @fn int soap_wsse_decrypt_end(struct soap *soap) @brief Check for XML encryption ending tags and stop decryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_decrypt_end(struct soap *soap) { DBGFUN("soap_wsse_decrypt_end"); if (soap_mec_stop(soap) || soap_element_end_in(soap, "xenc:CipherValue") || soap_element_end_in(soap, "xenc:CipherData") || soap_element_end_in(soap, "xenc:EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_wsse_header(struct soap *soap) @brief This callback is invoked as soon as the SOAP Header is received, we need to obtain the encrypted key when the message is encrypted to start decryption. @param soap context @return SOAP_OK or error code */ static int soap_wsse_header(struct soap *soap) { /* look for encrypted elements in Body */ /* soap->feltbegin = soap_wsse_element_begin_in; Moved, now always set */ /* soap->feltendin = soap_wsse_element_end_in; Moved, now always set */ /* get the encrypted key, if present */ return soap_wsse_verify_EncryptedKey(soap); } /** @fn int soap_wsse_element_begin_in(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is received by the XML parser. @param soap context @param[in] tag name of the element parsed @return SOAP_OK or error code */ static int soap_wsse_element_begin_in(struct soap *soap, const char *tag) { /* make sure we always have a header allocated */ if (soap->part == SOAP_IN_ENVELOPE) soap_header(soap); if (!soap_match_tag(soap, tag, "xenc:EncryptedData")) { struct soap_dom_element *dom = soap->dom; /* disable DOM */ soap->dom = NULL; /* parse encryption tags */ if (soap_wsse_decrypt_begin(soap)) return soap->error; /* adjust DOM tree to skip encryption elements */ soap->dom = dom->prnt; soap->dom->elts = NULL; /* adjust nesting level */ soap->level -= 3; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decryption started, parsing decrypted XML\n")); soap->event = SOAP_SEC_DECRYPT; return soap_peek_element(soap); } return SOAP_OK; } /** @fn int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) @brief This callback is invoked as soon as an ending tag of an element is received by the XML parser. @param soap context @param[in] tag1 name of the element parsed @param[in] tag2 name of the element that was expected by the parser's state, or NULL @return SOAP_OK or error code */ static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) { if (soap->event == SOAP_SEC_DECRYPT && soap->dom && soap->dom->elts && !soap_match_tag(soap, tag1, ":CipherValue")) { struct soap_dom_element *dom = soap->dom->elts; soap->event = 0; /* disable DOM */ soap->dom = NULL; /* adjust nesting level */ soap->level += 3; /* parse ending tags */ if (soap_mec_stop(soap) || soap_element_end_in(soap, ":CipherData") || soap_element_end_in(soap, ":EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); /* adjust DOM tree to skip encryption elements */ while (dom->next) dom = dom->next; /* remove the old indent before ending tag */ dom->tail = NULL; /* enable DOM */ soap->dom = dom; if (soap_element_end_in(soap, tag2)) return soap->error; } return SOAP_OK; } /** @fn int soap_wsse_element_begin_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_begin_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } /* this only encrypts the Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltbegout = NULL; return soap_wsse_encrypt_begin(soap, "Body", data->enco_alg, URI, data->enco_keyname, NULL); } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } return soap_wsse_encrypt_begin(soap, soap_wsse_ids(soap, tag), data->enco_alg, URI, data->enco_keyname, NULL); } return SOAP_OK; } /** @fn int soap_wsse_element_end_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as an ending tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_end_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { if (soap_wsse_encrypt_end(soap)) return soap->error; /* this version only encrypts Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltendout = NULL; } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { if (soap_wsse_encrypt_end(soap)) return soap->error; } return SOAP_OK; } /** @fn int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) @brief Takes a piece of the XML message (tokenized) to compute digest. @param soap context @param[in] buf string (XML "tokenized") to be sent @param[in] len buf length @return SOAP_OK or fault This callback is invoked to analyze a message (usually during the HTTP content length phase). @note Nested elements with wsu:Id attributes cannot be individually signed. */ static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparesend"); if (!data) return SOAP_PLUGIN_ERROR; soap->c14ninclude = data->prefixlist; /* the gSOAP engine signals the start of a wsu:Id element */ if (soap->event == SOAP_SEC_BEGIN) { int alg; /* start new digest or continue? */ if (data->digest && data->digest->level) soap->event = SOAP_SEC_SIGN; else if (!data->sigid || soap_tagsearch(data->sigid, soap->id)) { /* initialize smdevp engine */ struct soap_wsse_digest *digest; size_t l = strlen(soap->id); soap->event = SOAP_SEC_SIGN; digest = (struct soap_wsse_digest*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_digest) + l + 1); digest->next = data->digest; digest->level = soap->level; /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); soap_smd_init(soap, &digest->smd, alg, NULL, 0); memset((void*)digest->hash, 0, sizeof(digest->hash)); digest->id[0] = '#'; soap_strcpy(digest->id + 1, l + 1, soap->id); data->digest = digest; /* omit indent for indented XML (next time around, we will catch '<') */ if (*buf != '<') goto end; } } if (soap->event == SOAP_SEC_SIGN) { /* update smdevp engine */ if (data->digest && data->digest->level) { soap_smd_update(soap, &data->digest->smd, buf, len); if (soap->level < data->digest->level) { soap->event = 0; soap_smd_final(soap, &data->digest->smd, (char*)data->digest->hash, NULL); data->digest->level = 0; } } } end: if (data->fpreparesend) return data->fpreparesend(soap, buf, len); return SOAP_OK; } /** @fn int soap_wsse_preparefinalsend(struct soap *soap) @brief Collects the digests of all the wsu:Id elements and populates the SignedInfo. @param soap context @return SOAP_OK or fault This callback is invoked just before the message is sent. */ static int soap_wsse_preparefinalsend(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparefinalsend"); if (!data) return SOAP_PLUGIN_ERROR; if (data->digest) { ds__SignatureType *signature = soap_wsse_Signature(soap); struct soap_wsse_digest *digest; const char *transform; int alg, signature_added = 0; /* if message is canonicalized populate transform element accordingly */ if (soap->mode & SOAP_XML_CANONICAL) transform = c14n_URI; else transform = NULL; /* to increase the message length counter we need to emit the Signature, SignedInfo and SignatureValue elements. However, this does not work if we already populated the wsse:Signature with SignedInfo and should never happen! */ if (!signature) { signature = soap_wsse_add_Signature(soap); signature_added = 1; } else if (signature->SignedInfo) return soap_set_receiver_error(soap, "wsse error", "Cannot use soap_wsse_sign with populated SignedInfo", SOAP_SSL_ERROR); /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); /* add the SignedInfo/Reference elements for each digest */ for (digest = data->digest; digest; digest = digest->next) if (soap_wsse_add_SignedInfo_Reference(soap, digest->id, transform, data->prefixlist, alg, (char*)digest->hash)) return soap->error; /* then compute the signature and add it */ if (soap_wsse_add_SignatureValue(soap, data->sign_alg, data->sign_key, data->sign_keylen)) return soap->error; /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); /* if non-chunked, adjust content length */ if ((soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { /* the code below ensures we increase the HTTP length counter */ short part = soap->part; soap->part = SOAP_IN_HEADER; /* header encoding rules (literal) */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Counting the size of additional SOAP Header elements, mode=0x%x\n", soap->mode)); if (signature_added) { const char *c14ninclude = soap->c14ninclude; soap->c14ninclude = NULL; soap->level = 3; /* indent level for XML Signature */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 4; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignatureType(soap, "ds:Signature", 0, signature, NULL); soap->c14ninclude = c14ninclude; } else { const char *c14nexclude = soap->c14nexclude; soap->c14nexclude = "ds"; /* don't add xmlns:ds to count msg len */ soap->level = 4; /* indent level for XML SignedInfo */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 5; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap_outstring(soap, "ds:SignatureValue", 0, &signature->SignatureValue, NULL, 0); soap->c14nexclude = c14nexclude; } soap->part = part; } } else /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); if (soap->fpreparefinalsend) return soap->fpreparefinalsend(soap); return SOAP_OK; } /** @fn void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) @brief Restores engine state. @param soap context @param[in,out] data plugin data */ static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) { struct soap_wsse_digest *digest, *next; DBGFUN("soap_wsse_preparecleanup"); data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; if (soap->fpreparesend == soap_wsse_preparesend) soap->fpreparesend = data->fpreparesend; if (soap->fpreparefinalsend == soap_wsse_preparefinalsend) soap->fpreparefinalsend = data->fpreparefinalsend; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; } /** @fn int soap_wsse_preparefinalrecv(struct soap *soap) @brief Verify signature and SignedInfo digests initiated with soap_wsse_verify_auto. @param soap context @return SOAP_OK or fault @see soap_wsse_verify_auto This callback is invoked just after a message was received. */ static int soap_wsse_preparefinalrecv(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); soap->omode &= ~SOAP_SEC_WSUID; data->sigid = NULL; /* so we must set again before next send */ data->encid = NULL; /* so we must set again before next send */ DBGFUN("soap_wsse_preparefinalrecv"); if (!data) return SOAP_PLUGIN_ERROR; if (data->deco_alg != SOAP_MEC_NONE && data->mec) if (soap_mec_end(soap, data->mec)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); data->deco_alg = SOAP_MEC_NONE; if (signedInfo) { int err = SOAP_OK, alg, bits, keylen = 0; EVP_PKEY *pkey = NULL; const void *key = NULL; /* determine which signature algorithm was used */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &alg, &bits)) return soap->error; /* for HMAC-SHA1, the secret key might be stored in the KeyIdentifier */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { const char *valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(soap); /* if in the KeyIdentifier, retrieve it */ if (valueType && !strcmp(valueType, ds_hmac_sha1URI)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from KeyIdentifier to verify signature\n")); key = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(soap, &keylen); } /* next, try the plugin's security token handler */ if (!key) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting HMAC key through security_token_handler callback\n")); key = data->security_token_handler(soap, &alg, NULL, &keylen); } } /* still no key: try to get it from the plugin */ if (!key && alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the HMAC secret key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from plugin to verify signature\n")); key = data->vrfy_key; keylen = data->vrfy_keylen; } } else { /* get the certificate from the KeyInfo reference */ X509 *cert, *cert1; cert = cert1 = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got cert=%p\n", cert)); /* next, try the plugin's security token handler */ if (!cert) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting certificate through security_token_handler callback\n")); cert = (X509*)data->security_token_handler(soap, &alg, NULL, &keylen); } } /* obtain the public key from the cert */ if (cert) { pkey = X509_get_pubkey((X509*)cert); key = (void*)pkey; } else if (alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the public key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using public key from plugin to verify signature\n")); key = data->vrfy_key; soap->error = SOAP_OK; } if (cert1) X509_free(cert1); } /* if still no key, fault */ if (!key) err = soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify SignedInfo with signature and check digests of local elements */ else if (soap_wsse_verify_SignatureValue(soap, alg, key, keylen) || soap_wsse_verify_SignedInfo(soap)) err = soap->error; if (pkey) EVP_PKEY_free(pkey); if (err) return err; if (data->fpreparefinalrecv && data->fpreparefinalrecv != soap_wsse_preparefinalrecv) return data->fpreparefinalrecv(soap); } else if (!soap->fault) return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpmd5test.h0000644000175000017500000000421512653650150017336 0ustar ellertellert/* httpmd5test.h gSOAP HTTP Content-MD5 digest plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpmd5test.h cc -DWITH_OPENSSL -o httpmd5test httpmd5test.c soapC.c soapClient.c soapServer.c httpmd5.c md5evp.c stdsoap2.c -lssl -lcrypto -lz */ int ns__echoString(char *arg, struct ns__echoString*); gsoap-2.8.28/gsoap/plugin/httpgettest.c0000644000175000017500000000602212653650150017421 0ustar ellertellert/* httpgettest.c gSOAP HTTP GET plugin client example application. For server example usage of the HTTP GET plugin, see samples/webserver gSOAP XML Web services tools Copyright (C) 2000-2006, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -CS -c httpgettest.h cc -DWITH_NONAMESPACES -Iplugin -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c To support https and compression, compile with: cc -DWITH_NONAMESPACES -DWITH_OPENSSL -DWITH_GZIP -Iplugin -o httpgettest httpgettest.c soapC.c httpget.c stdsoap2.c -lssl -lcrypto -lz */ #include "soapH.h" #include "httpget.h" int main(int argc, char **argv) { struct soap soap; char *body; if (argc < 2) { fprintf(stderr, "Usage: httpgettest URL\n"); exit(0); } soap_init(&soap); soap_register_plugin(&soap, http_get); /* register plugin */ if (soap_get_connect(&soap, argv[1], NULL) || soap_begin_recv(&soap)) { soap_print_fault(&soap, stderr); exit(1); } if (soap.http_content) printf("HTTP Content Type: %s\n", soap.http_content); body = soap_get_http_body(&soap, NULL); soap_end_recv(&soap); if (body) printf("HTTP Body:\n%s\n", body); soap_end(&soap); soap_done(&soap); return 0; } SOAP_NMAC struct Namespace namespaces[] = { {NULL, NULL, NULL, NULL} }; gsoap-2.8.28/gsoap/plugin/httpdatest.c0000644000175000017500000001334712653650150017236 0ustar ellertellert/* httpdatest.c gSOAP HTTP Digest Authentication example application. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Requires OpenSSL Compile: soapcpp2 -c httpdatest.h cc -DWITH_OPENSSL -o httpdatest httpdatest.c soapC.c soapClient.c soapServer.c httpda.c md5evp.c threads.c stdsoap2.c -lssl -lcrypto -lz Run server: ./httpdatest 8080 Run client test: ./httpdatest http://127.0.0.1:8080 hello */ #include "httpda.h" #include "soapH.h" #include "ns.nsmap" static char authrealm[] = "gSOAP Authentication Test"; int run_serve(int port); int run_tests(int,char**); int main(int argc, char **argv) { if (argc < 2) return soap_serve(soap_new1(SOAP_XML_INDENT)); else if (argc < 3) return run_serve(atoi(argv[1])); else return run_tests(argc, argv); } int run_serve(int port) { struct soap *soap = soap_new1(SOAP_XML_INDENT); int ret; soap_register_plugin(soap, http_da); if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) soap_print_fault(soap, stderr); else { fprintf(stderr, "Bind to port %d successful\n", port); soap->accept_timeout = 3600; /* let server time out after one hour */ for (;;) { SOAP_SOCKET sock = soap_accept(soap); if (!soap_valid_socket(sock)) { if (soap->errnum) soap_print_fault(soap, stderr); else { fprintf(stderr, "Server timed out\n"); break; } } fprintf(stderr, "Accepting socket %d connection from IP %d.%d.%d.%d\n", sock, (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); if (soap_serve(soap)) soap_print_fault(soap, stderr); fprintf(stderr, "Served\n\n"); soap_destroy(soap); soap_end(soap); } } ret = soap->error; soap_destroy(soap); soap_end(soap); soap_free(soap); return ret; } int run_tests(int argc, char **argv) { struct soap *soap = soap_new1(SOAP_XML_INDENT); struct ns__echoString r; char *endpoint, *arg; int ret; soap_register_plugin(soap, http_da); endpoint = argv[1]; arg = argv[2]; if (strchr(arg, 'c')) soap_set_omode(soap, SOAP_IO_CHUNK); if (strchr(arg, 'z')) soap_set_omode(soap, SOAP_ENC_ZLIB); if (soap_call_ns__echoString(soap, endpoint, NULL, arg, &r)) { if (soap->error == 401) { if (!strcmp(soap->authrealm, authrealm)) { /* save userid and passwd for basic or digest authentication */ struct http_da_info info; http_da_save(soap, &info, authrealm, "Mufasa", "Circle Of Life"); if (!soap_call_ns__echoString(soap, endpoint, NULL, arg, &r)) { soap_end(soap); /* need to restore for authentication */ http_da_restore(soap, &info); if (!soap_call_ns__echoString(soap, endpoint, NULL, arg, &r)) { if (!strcmp(arg, r.arg)) printf("EchoString test OK\n"); else printf("Transmission error\n"); } } http_da_release(soap, &info); /* regular calls may follow */ } } } if (soap->error) soap_print_fault(soap, stderr); ret = soap->error; soap_destroy(soap); soap_end(soap); soap_free(soap); return ret; } int ns__echoString(struct soap *soap, char *arg, struct ns__echoString *response) { if (soap->userid && soap->passwd) /* Basic authentication: we may want to reject this since the password was sent in the clear */ { if (!strcmp(soap->userid, "Mufasa") && !strcmp(soap->passwd, "Circle Of Life")) { response->arg = arg; return SOAP_OK; } } else if (soap->authrealm && soap->userid) { /* simulate database lookup on userid to find passwd */ if (!strcmp(soap->authrealm, authrealm) && !strcmp(soap->userid, "Mufasa")) { char *passwd = "Circle Of Life"; if (!http_da_verify_post(soap, passwd)) { response->arg = arg; return SOAP_OK; } } } soap->authrealm = authrealm; return 401; /* Not authorized, challenge digest authentication with httpda plugin */ } gsoap-2.8.28/gsoap/plugin/threads.h0000644000175000017500000001471012653650150016504 0ustar ellertellert/* threads.h Portable threads and locks API gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @page threads Portable threads and locking support The threads.h and threads.c code define the following portable API: - THREAD_TYPE portable thread type - THREAD_ID returns current thread ID of type THREAD_TYPE* - THREAD_CREATE(t,f,a) start a thread (THREAD_TYPE*)t that calls f(a) - THREAD_DETACH(t) detach thread (THREAD_TYPE*)t - THREAD_JOIN(t) wait to join (THREAD_TYPE*)t - THREAD_EXIT exit the current thread - THREAD_CANCEL(t) kill a thread, dangerous, use only in extreme cases! - MUTEX_TYPE portable mutex type - MUTEX_INITIALIZER global initializer value for static locks - MUTEX_SETUP(m) setup lock (MUTEX_TYPE*)m - MUTEX_CLEANUP(m) cleanup lock (MUTEX_TYPE*)m - MUTEX_LOCK(m) acquire lock (MUTEX_TYPE*)m - MUTEX_UNLOCK(m) release lock (MUTEX_TYPE*)m - COND_TYPE portable condition variable type - COND_SETUP(c) setup condition variable (COND_TYPE*)c - COND_CLEANUP(c) cleanup condition variable (COND_TYPE*)c - COND_SIGNAL(c) signal condition variable (COND_TYPE*)c - COND_WAIT(c,m) wait on variable (COND_TYPE*)c in mutex (MUTEX_TYPE*)m */ #ifndef THREADS_H #define THREADS_H #ifndef WIN32 # include /* defines _POSIX_THREADS if pthreads are available */ #else # define ssize_t int # include # include # include # include #endif #if defined(_POSIX_THREADS) || defined(_SC_THREADS) # include #endif /******************************************************************************\ * * Threads * \******************************************************************************/ #if defined(WIN32) # define THREAD_TYPE HANDLE # define THREAD_ID GetCurrentThreadId() # define THREAD_CREATE(x,y,z) *(x) = (HANDLE)_beginthread((y), 8*4096, (z)) # define THREAD_DETACH(x) # define THREAD_JOIN(x) WaitForSingleObject((x), INFINITE) # define THREAD_EXIT _endthread() # define THREAD_CANCEL(x) TerminateThread(x, 0) # define MUTEX_TYPE HANDLE # define MUTEX_INITIALIZER NULL # define MUTEX_SETUP(x) (x) = CreateMutex(NULL, FALSE, NULL) # define MUTEX_CLEANUP(x) (CloseHandle(x) == 0) # define MUTEX_LOCK(x) emulate_pthread_mutex_lock(&(x)) # define MUTEX_UNLOCK(x) (ReleaseMutex(x) == 0) # define COND_SETUP(x) emulate_pthread_cond_init(&(x)) # define COND_CLEANUP(x) emulate_pthread_cond_destroy(&(x)) # define COND_SIGNAL(x) emulate_pthread_cond_signal(&(x)) # define COND_WAIT(x,y) emulate_pthread_cond_wait(&(x), &(y)) typedef struct { UINT waiters_count_; CRITICAL_SECTION waiters_count_lock_; HANDLE signal_event_; } COND_TYPE; #ifdef __cplusplus extern "C" { #endif int emulate_pthread_mutex_lock(volatile MUTEX_TYPE*); int emulate_pthread_cond_init(COND_TYPE*); int emulate_pthread_cond_destroy(COND_TYPE*); int emulate_pthread_cond_signal(COND_TYPE*); int emulate_pthread_cond_wait(COND_TYPE*, MUTEX_TYPE*); #ifdef __cplusplus } #endif #elif defined(_POSIX_THREADS) || defined(_SC_THREADS) # define THREAD_TYPE pthread_t # define THREAD_ID pthread_self() # define THREAD_CREATE(x,y,z) pthread_create((x), NULL, (y), (z)) # define THREAD_DETACH(x) pthread_detach((x)) # define THREAD_JOIN(x) pthread_join((x), NULL) # define THREAD_EXIT pthread_exit(NULL) # define THREAD_CANCEL(x) pthread_cancel(x) # define MUTEX_TYPE pthread_mutex_t # define MUTEX_INITIALIZER PTHREAD_MUTEX_INITIALIZER # define MUTEX_SETUP(x) pthread_mutex_init(&(x), NULL) # define MUTEX_CLEANUP(x) pthread_mutex_destroy(&(x)) #if 0 /* 1: DEBUG MUTEX */ # define MUTEX_LOCK(x) (fprintf(stderr, "! LOCK %p %s:%d\n", &x, __FILE__, __LINE__), pthread_mutex_lock(&(x))) # define MUTEX_UNLOCK(x) (fprintf(stderr, "! UNLOCK %p %s:%d\n", &x, __FILE__, __LINE__), pthread_mutex_unlock(&(x))) #else # define MUTEX_LOCK(x) pthread_mutex_lock(&(x)) # define MUTEX_UNLOCK(x) pthread_mutex_unlock(&(x)) #endif # define COND_TYPE pthread_cond_t # define COND_SETUP(x) pthread_cond_init(&(x), NULL) # define COND_CLEANUP(x) pthread_cond_destroy(&(x)) # define COND_SIGNAL(x) pthread_cond_signal(&(x)) # define COND_WAIT(x,y) pthread_cond_wait(&(x), &(y)) #else # error "No POSIX threads detected: we need thread and mutex operations. See for example OpenSSL /threads/th-lock.c on how to implement mutex on your platform" #endif #endif gsoap-2.8.28/gsoap/plugin/mecevp.c0000644000175000017500000014273712653650150016337 0ustar ellertellert/* mecevp.c gSOAP interface for streaming message encryption and decryption gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @page mecevp The mecevp streaming message encryption and decryption engine The gSOAP mecevp engine encrypts and decrypts messages using the EVP interface of OpenSSL. It supports envelope encryption/decryption with public and private RSA keys and symmetric encryption with shared secret keys. Streaming and buffered message encryption modes are supported. An encryption and decryption algorithm and mode is selected with one of the following: - @ref SOAP_MEC_ENV_ENC_DES_CBC envelope encryption with triple DES CBC - @ref SOAP_MEC_ENV_ENC_AES256_CBC envelope encryption with AES256 CBC - @ref SOAP_MEC_ENV_ENC_AES256_GCM envelope authenticated encryption with AES256 GCM - @ref SOAP_MEC_ENC_DES_CBC symmetric encryption with triple DES CBC - @ref SOAP_MEC_ENC_AES256_CBC symmetric encryption with AES256 CBC - @ref SOAP_MEC_ENC_AES256_GCM symmetric authenticated encryption with AES256 GCM - @ref SOAP_MEC_ENV_DEC_DES_CBC envelope decryption with triple DES CBC - @ref SOAP_MEC_ENV_DEC_AES256_CBC envelope decryption with AES256 CBC - @ref SOAP_MEC_ENV_DEC_AES256_GCM envelope authenticated decryption with AES256 GCM - @ref SOAP_MEC_DEC_DES_CBC symmetric decryption with triple DES CBC - @ref SOAP_MEC_DEC_AES256_CBC symmetric decryption with AES256 CBC - @ref SOAP_MEC_DEC_AES256_GCM symmetric authenticated decryption with AES256 GCM where, in the above, AES256 can be replaced with AES128 ot AES192. Algorithm options: - @ref SOAP_MEC_STORE buffer all output in memory - @ref SOAP_MEC_OAEP use OAEP padding for CBC The mecevp engine wraps the EVP API with four new functions: - @ref soap_mec_init to initialize the engine - @ref soap_mec_update to encrypt/decrypt a message part - @ref soap_mec_final to finalize encryption/decryption - @ref soap_mec_cleanup to deallocate the engine and buffers All cipher data is written and read in base64 format. A higher-level interface for message encryption/decryption in parts (such as individual XML elements) is defined by two new functions: - @ref soap_mec_begin to begin a streaming sequence of encryptions/decryptions - @ref soap_mec_start to start encryption/decryption of a message part - @ref soap_mec_stop to stop encryption/decryption of a message part - @ref soap_mec_end to end the sequence and deallocate the engine buffers Compile all source codes with -DWITH_OPENSSL and link with ssl and crypto libraries. Here is an example to encrypt a message while streaming it to the output. The example uses the public key of the recipient/reader of the message. The recipient/reader uses its private key to decrypt. Envelope encryption is used with SOAP_MEC_ENV_ENC_DES_CBC, which means an ephemeral secret key is generated and encrypted with the public key. This encrypted secret key should be communicated to the recipient/reader with the message to decrypt: @code #include "mecevp.h" soap_mec_data mec; ns__Object object; int alg = SOAP_MEC_ENV_ENC_DES_CBC; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *pubk; unsigned char *key; int keylen; if (...) // key file contains public key? pubk = PEM_read_PUBKEY(fd, NULL, NULL, NULL); else // key file contains certificate { X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); pubk = X509_get_pubkey(cert); X509_free(cert); } fclose(fd); key = soap_malloc(soap, soap_mec_size(alg, pubk)); if (soap_begin_send(soap) || soap_mec_begin(soap, &mec, alg, pubk, key, &keylen) || soap_mec_start(soap, NULL) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL) || soap_mec_stop(soap) || soap_mec_end(soap, &mec) || soap_end_send(soap)) { soap_mec_cleanup(soap, &mec); // clean up when error soap_print_fault(soap, stderr); } EVP_PKEY_free(pubk); @endcode The decryption by the recipient/reader requires the ephemeral encrypted secret key generated by soap_mec_begin by the sender (as set above) to decrypt the message using envelope decryption with SOAP_MEC_ENV_DEC_DES_CBC. @code #include "mecevp.h" soap_mec_data mec; ns__Object object; int alg = SOAP_MEC_ENV_DEC_DES_CBC; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *privk = PEM_read_PrivateKey(fd, NULL, NULL, "password"); unsigned char *key; int keylen; fclose(fd); key = ... // value set as above by sender keylen = ... // value set as above by sender if (soap_begin_recv(soap) || soap_mec_begin(soap, &mec, alg, privk, key, &keylen) || soap_mec_start(soap) || soap_in_ns__Object(soap, "ns:Object", &object, NULL) == NULL || soap_mec_stop(soap) || soap_mec_end(soap, &mec) || soap_end_recv(soap)) { soap_mec_cleanup(soap, &mec); // clean up when error soap_print_fault(soap, stderr); } EVP_PKEY_free(privk); @endcode Note that the encrypted secret key can be send in the clear or stored openly, since only the recipient/reader will be able to decode it for use in message decryption. Symmetric encryption and decryption can be used if both parties can safely share a secret symmetric key that no other party has access to. We use SOAP_MEC_ENC_DES_CBC for encryption and SOAP_MEC_DEC_DES_CBC for decryption using a 160-bit triple DES key. You can also use AES128, AES192, AES256 ciphers. Here is an example to encrypt a message using a shared secret key while streaming it to the output. @code #include "mecevp.h" soap_mec_data mec; ns__Object object; int alg = SOAP_MEC_ENC_DES_CBC; unsigned char key[20] = { ... }; // shared secret triple DES key int keylen = 20; if (soap_begin_send(soap) || soap_mec_begin(soap, &mec, alg, NULL, key, &keylen) || soap_mec_start(soap, NULL) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL) || soap_mec_stop(soap) || soap_mec_end(soap, &mec) || soap_end_send(soap)) { soap_mec_cleanup(soap, &mec); // clean up when error soap_print_fault(soap, stderr); } @endcode The decryption by the recipient/reader requires the same shared secret key to decrypt the message using envelope decryption with SOAP_MEC_DEC_DES_CBC. This key is secret and unencrypted, so it should never be shared with any other party besides the sender/writer and recipient/reader. @code #include "mecevp.h" soap_mec_data mec; ns__Object object; int alg = SOAP_MEC_DEC_DES_CBC; unsigned char key[20] = { ... }; // shared secret triple DES key int keylen = 20; if (soap_begin_recv(soap) || soap_mec_begin(soap, &mec, alg, NULL, key, &keylen) || soap_mec_start(soap) || soap_in_ns__Object(soap, "ns:Object", &object, NULL) == NULL || soap_mec_stop(soap) || soap_mec_end(soap, &mec) || soap_end_recv(soap)) { soap_mec_cleanup(soap, &mec); // clean up when error soap_print_fault(soap, stderr); } @endcode @note The mecevp engine uses callbacks of the gSOAP engine that were introduced in version 2.8.1. Earlier gSOAP version releases are not compatible with the mecevp plugin and engine. */ #include "mecevp.h" #ifdef __cplusplus extern "C" { #endif /******************************************************************************\ * * Static local functions used * \******************************************************************************/ static int soap_mec_upd(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final); static int soap_mec_upd_enc(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final); static int soap_mec_upd_dec(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final); static int soap_mec_check(struct soap *soap, struct soap_mec_data *data, int err, const char *msg); static void soap_mec_put_base64(struct soap *soap, struct soap_mec_data *data, const unsigned char *s, int n); static void soap_mec_end_base64(struct soap *soap, struct soap_mec_data *data); static int soap_mec_get_base64(struct soap *soap, struct soap_mec_data *data, char *t, size_t *l, const char *s, size_t n, const char **r, size_t *k); static int soap_mec_filtersend(struct soap *soap, const char **s, size_t *n); static int soap_mec_filterrecv(struct soap *soap, char *buf, size_t *len, size_t maxlen); /******************************************************************************\ * * soap_mec API functions * \******************************************************************************/ /** @fn int soap_mec_init(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen) @brief Initialize mecevp engine state and create context for encryption/decryption algorithm using a private/public key or symmetric secret key. @param soap context @param[in,out] data mecevp engine context @param[in] alg encryption/decryption algorithm @param[in] pkey public/private key or NULL @param[in,out] key secret key or encrypted ephemeral secret key set with envelope encryption, or NULL @param[in,out] keylen secret key length @return SOAP_OK or SOAP_SSL_ERROR */ int soap_mec_init(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen) { int ok = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_mec_init()\n")); soap_ssl_init(); data->ctx = (EVP_CIPHER_CTX*)SOAP_MALLOC(soap, sizeof(EVP_CIPHER_CTX)); if (!data->ctx) return soap->error = SOAP_EOM; EVP_CIPHER_CTX_init(data->ctx); data->alg = alg; data->state = SOAP_MEC_STATE_NONE; data->restidx = 0; data->taglen = 0; switch (alg & SOAP_MEC_ALGO) { case SOAP_MEC_DES_CBC: data->type = EVP_des_ede3_cbc(); break; case SOAP_MEC_AES128_CBC: data->type = EVP_aes_128_cbc(); break; case SOAP_MEC_AES192_CBC: data->type = EVP_aes_192_cbc(); break; case SOAP_MEC_AES256_CBC: data->type = EVP_aes_256_cbc(); break; case SOAP_MEC_AES512_CBC: data->type = NULL; /* N/A */ break; #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) case SOAP_MEC_AES128_GCM: data->type = EVP_aes_128_gcm(); break; case SOAP_MEC_AES192_GCM: data->type = EVP_aes_192_gcm(); break; case SOAP_MEC_AES256_GCM: data->type = EVP_aes_256_gcm(); break; case SOAP_MEC_AES512_GCM: data->type = NULL; /* N/A */ break; #endif default: data->type = NULL; } if (alg & SOAP_MEC_ENC) { if (!data->type) return soap_mec_check(soap, data, 0, "soap_mec_init() failed: cannot load cipher"); ok = EVP_EncryptInit_ex(data->ctx, data->type, NULL, NULL, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_EncryptInit ok=%d\n", ok)); } if (alg & SOAP_MEC_GCM) EVP_CIPHER_CTX_set_padding(data->ctx, 0); else { if (alg & SOAP_MEC_OAEP) EVP_CIPHER_CTX_set_padding(data->ctx, RSA_PKCS1_OAEP_PADDING); else EVP_CIPHER_CTX_set_padding(data->ctx, RSA_PKCS1_PADDING); } switch (alg & SOAP_MEC_MASK & ~SOAP_MEC_ALGO) { case SOAP_MEC_ENV_ENC: #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) ok = EVP_CIPHER_CTX_rand_key(data->ctx, data->ekey); #elif defined(EVP_CIPH_RAND_KEY) if (data->ctx->cipher->flags & EVP_CIPH_RAND_KEY) ok = EVP_CIPHER_CTX_ctrl(data->ctx, EVP_CTRL_RAND_KEY, 0, data->ekey); else ok = RAND_bytes(data->ekey, data->ctx->key_len); #else ok = RAND_bytes(data->ekey, data->ctx->key_len); #endif /* generate ephemeral secret key */ #if (OPENSSL_VERSION_NUMBER >= 0x10000000L) *keylen = EVP_PKEY_encrypt_old(key, data->ekey, EVP_CIPHER_CTX_key_length(data->ctx), pkey); #else *keylen = EVP_PKEY_encrypt(key, data->ekey, EVP_CIPHER_CTX_key_length(data->ctx), pkey); #endif key = data->ekey; /* fall through to next arm */ case SOAP_MEC_ENC: data->bufidx = 0; data->buflen = 1024; /* > iv in base64 must fit */ data->buf = (char*)SOAP_MALLOC(soap, data->buflen); data->key = key; break; case SOAP_MEC_ENV_DEC: case SOAP_MEC_DEC: data->pkey = pkey; data->key = key; data->keylen = *keylen; break; default: return soap_set_receiver_error(soap, "Unsupported encryption algorithm", NULL, SOAP_SSL_ERROR); } return soap_mec_check(soap, data, ok, "soap_mec_init() failed"); } /** @fn int soap_mec_update(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n) @brief Update mecevp engine state: encrypts plain text (or raw data) or decrypts cipher data in base64 format. @param soap context @param[in,out] data mecevp engine context @param[in,out] s input data to convert, afterwards points to converted data (original content is unchanged) @param[in,out] n size of input, afterwards size of output @return SOAP_OK or SOAP_SSL_ERROR */ int soap_mec_update(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n) { return soap_mec_upd(soap, data, s, n, 0); } /** @fn int soap_mec_final(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n) @brief Ends mecevp engine state: encrypt/decrypt remainder from buffers. @param soap context @param[in,out] data mecevp engine context @param[out] s afterwards points to converted remaining data in streaming mode, or entire converted data in buffer mode (SOAP_MEC_STORE option) @param[out] n afterwards size of remaining data @return SOAP_OK or SOAP_SSL_ERROR */ int soap_mec_final(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_mec_final()\n")); *n = 0; if (!data->ctx) return SOAP_OK; if (soap_mec_upd(soap, data, s, n, 1)) return soap->error; return SOAP_OK; } /** @fn void soap_mec_cleanup(struct soap *soap, struct soap_mec_data *data) @brief Clean up mecevp engine and deallocate cipher context and buffers. @param soap context @param[in,out] data mecevp engine context @return SOAP_OK or SOAP_SSL_ERROR */ void soap_mec_cleanup(struct soap *soap, struct soap_mec_data *data) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_mec_cleanup()\n")); data->alg = SOAP_MEC_NONE; data->state = SOAP_MEC_STATE_NONE; data->type = NULL; if (data->ctx) { EVP_CIPHER_CTX_cleanup(data->ctx); SOAP_FREE(soap, data->ctx); data->ctx = NULL; } if (data->buf) { SOAP_FREE(soap, data->buf); data->buf = NULL; data->buflen = 0; } if (data->rest) { SOAP_FREE(soap, data->rest); data->rest = NULL; data->restlen = 0; } } /** @fn int soap_mec_begin(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen) @brief Initialize the mecevp engine data and begin encryption or decryption message sequence using a private/public key or symmetric secret key. @param soap context @param[in,out] data mecevp engine context @param[in] alg encryption/decryption algorithm @param[in] pkey public/private key or NULL @param[in,out] key secret key or encrypted ephemeral secret key set with envelope encryption, or NULL @param[in,out] keylen secret key length @return SOAP_OK or error code */ int soap_mec_begin(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MEC Begin alg=0x%x\n", alg)); /* save and set the engine's 'data' field to pass data to the callbacks */ soap->data[1] = (void*)data; data->ctx = NULL; data->type = NULL; data->pkey = NULL; data->key = NULL; data->buf = NULL; data->bufidx = 0; data->buflen = 0; data->rest = NULL; data->restidx = 0; data->restlen = 0; data->taglen = 0; /* save the mode flag */ data->mode = soap->mode; if (alg & SOAP_MEC_ENC) { /* clear the IO flags and DOM flag */ soap->mode &= ~(SOAP_IO | SOAP_IO_LENGTH | SOAP_ENC_ZLIB | SOAP_XML_DOM); /* clear the XML attribute store */ soap_clr_attr(soap); /* load the local XML namespaces store */ soap_set_local_namespaces(soap); if (soap->mode & SOAP_XML_CANONICAL) soap->ns = 0; /* for in c14n, we must have all xmlns bindings available */ } else if (soap->ffilterrecv != soap_mec_filterrecv) { /* save and override the callbacks */ data->ffilterrecv = soap->ffilterrecv; soap->ffilterrecv = soap_mec_filterrecv; } /* init the soap_mec engine */ return soap_mec_init(soap, data, alg, pkey, key, keylen); } /** @fn int soap_mec_start_alg(struct soap *soap, int alg, const unsigned char *key) @brief Start encryption or decryption of current message. If key is non-NULL, use the symmetric key with alg. Use soap_mec_start only after soap_mec_begin. The soap_mec_start should be followed by a soap_mec_stop call. @param soap context @param[in] alg algorithm @param[in] key secret DES/AES key or NULL for private key @return SOAP_OK or error code */ int soap_mec_start_alg(struct soap *soap, int alg, const unsigned char *key) { struct soap_mec_data *data; int ok = 1; data = (struct soap_mec_data*)soap->data[1]; if (!data) return soap->error = SOAP_USER_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MEC Start alg=0x%x\n", data->alg)); if (key) data->key = key; if (alg != SOAP_MEC_NONE) data->alg = alg; if (data->alg & SOAP_MEC_ENC) { unsigned char iv[EVP_MAX_IV_LENGTH]; int ivlen; if (!data->type) return soap_mec_check(soap, data, 0, "soap_mec_start_alg() failed: no cipher"); /* save and override the callbacks */ data->ffiltersend = soap->ffiltersend; soap->ffiltersend = soap_mec_filtersend; data->bufidx = 0; data->i = 0; data->m = 0; ivlen = EVP_CIPHER_iv_length(data->type); if (ivlen) { RAND_pseudo_bytes(iv, ivlen); soap_mec_put_base64(soap, data, (unsigned char*)iv, ivlen); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "IV = ")); DBGHEX(TEST, iv, ivlen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); ok = EVP_EncryptInit_ex(data->ctx, NULL, NULL, data->key, iv); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_EncryptInit ok=%d\n", ok)); } else { size_t len; /* algorithm */ switch (data->alg & SOAP_MEC_ALGO) { case SOAP_MEC_DES_CBC: data->type = EVP_des_ede3_cbc(); break; case SOAP_MEC_AES128_CBC: data->type = EVP_aes_128_cbc(); break; case SOAP_MEC_AES192_CBC: data->type = EVP_aes_192_cbc(); break; case SOAP_MEC_AES256_CBC: data->type = EVP_aes_256_cbc(); break; case SOAP_MEC_AES512_CBC: data->type = NULL; /* N/A */ break; #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) case SOAP_MEC_AES128_GCM: data->type = EVP_aes_128_gcm(); break; case SOAP_MEC_AES192_GCM: data->type = EVP_aes_192_gcm(); break; case SOAP_MEC_AES256_GCM: data->type = EVP_aes_256_gcm(); break; case SOAP_MEC_AES512_GCM: data->type = NULL; /* N/A */ break; #endif default: data->type = NULL; } if (!data->type) return soap_mec_check(soap, data, 0, "soap_mec_start_alg() failed: cannot load cipher"); len = 2 * sizeof(soap->buf) + EVP_CIPHER_block_size(data->type); if (!data->buf || data->buflen < len) { if (data->buf) SOAP_FREE(soap, data->buf); data->buflen = len; data->buf = (char*)SOAP_MALLOC(soap, data->buflen); } data->bufidx = soap->buflen - soap->bufidx; /* copy buf[bufidx..buflen-1] to data buf */ soap_memcpy((void*)data->buf, data->buflen, (const void*)(soap->buf + soap->bufidx), data->bufidx); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Alloc buf=%lu, copy %lu message bytes\n", (unsigned long)data->buflen, (unsigned long)data->bufidx)); /* trigger ffilterrecv() */ soap->bufidx = soap->buflen; /* INIT state */ data->i = 0; data->m = 0; data->state = SOAP_MEC_STATE_INIT; } return soap_mec_check(soap, data, ok, "soap_mec_start() failed"); } /** @fn int soap_mec_start(struct soap *soap, const unsigned char *key) @brief Start encryption or decryption of current message. If key is non-NULL, use the symmetric key with alg. Use soap_mec_start only after soap_mec_begin. The soap_mec_start should be followed by a soap_mec_stop call. @param soap context @param[in] key secret DES/AES key or NULL @return SOAP_OK or error code */ int soap_mec_start(struct soap *soap, const unsigned char *key) { return soap_mec_start_alg(soap, SOAP_MEC_NONE, key); } /** @fn int soap_mec_stop(struct soap *soap) @brief Stops encryption or decryption of current message. Use after soap_mec_start. @param soap context @return SOAP_OK or error code */ int soap_mec_stop(struct soap *soap) { struct soap_mec_data *data; int err = SOAP_OK; data = (struct soap_mec_data*)soap->data[1]; if (!data) return soap->error = SOAP_USER_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MEC Stop alg=0x%x\n", data->alg)); if (data->alg & SOAP_MEC_ENC) { const char *s = NULL; size_t n = 0; err = soap_mec_final(soap, data, &s, &n); /* reset callbacks */ if (soap->ffiltersend == soap_mec_filtersend) soap->ffiltersend = data->ffiltersend; /* send remaining cipher data */ if (!err && n) if (soap_send_raw(soap, s, n)) return soap->error; } return err; } /** @fn int soap_mec_end(struct soap *soap, struct soap_mec_data *data) @brief Ends encryption or decryption of a sequence of message parts that began with soap_mec_begin. @param soap context @param[in,out] data mecevp engine context @return SOAP_OK or error code */ int soap_mec_end(struct soap *soap, struct soap_mec_data *data) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MEC End alg=0x%x\n", data->alg)); /* reset callbacks */ if (soap->ffiltersend == soap_mec_filtersend) soap->ffiltersend = data->ffiltersend; if (soap->ffilterrecv == soap_mec_filterrecv) soap->ffilterrecv = data->ffilterrecv; /* restore the mode flag */ soap->mode = data->mode; /* cleanup and reset mecevp engine */ soap_mec_cleanup(soap, data); soap->data[1] = NULL; return SOAP_OK; } /** @fn size_t soap_mec_size(int alg, SOAP_MEC_KEY_TYPE *pkey) @brief Returns the number of octets needed to store the public/private key or the symmetric key, depending on the algorithm. @param[in] alg is the algorithm to be used @param[in] pkey is a pointer to an EVP_PKEY object or NULL for symmetric keys @return size_t number of octets that is needed to hold the key. */ size_t soap_mec_size(int alg, SOAP_MEC_KEY_TYPE *pkey) { if (alg & SOAP_MEC_ENV) return EVP_PKEY_size(pkey); switch (alg & SOAP_MEC_ALGO & ~SOAP_MEC_GCM) { case SOAP_MEC_DES_CBC: return 20; case SOAP_MEC_AES128_CBC: /* CBC and GCM */ return 16; case SOAP_MEC_AES192_CBC: /* CBC and GCM */ return 24; case SOAP_MEC_AES256_CBC: /* CBC and GCM */ return 32; case SOAP_MEC_AES512_CBC: /* CBC and GCM */ return 64; } return 0; } /******************************************************************************\ * * Static local functions * \******************************************************************************/ /** @fn int soap_mec_upd(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) @brief Update encryption/decryption state depending on the current algorithm @param soap context @param[in,out] data mecevp engine context @param[in,out] s input data to convert, afterwards points to converted data (original content is unchanged) @param[in,out] n size of input, afterwards size of output @param[in] final flag to indicate no more input, output is flushed to s @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_upd(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) { if (!data || !data->ctx) return soap->error = SOAP_USER_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MEC Update alg=0x%x n=%lu final=%d (%p) --\n", data->alg, (unsigned long)*n, final, data->ctx)); DBGMSG(TEST, *s, *n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); if (data->alg & SOAP_MEC_ENC) { if (soap_mec_upd_enc(soap, data, s, n, final)) return soap->error; } else { if (soap_mec_upd_dec(soap, data, s, n, final)) return soap->error; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGMSG(TEST, *s, *n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); return SOAP_OK; } /** @fn int soap_mec_upd_enc(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) @brief Update encryption state with input plain text (or raw) data and output in base64 format. @param soap context @param[in,out] data mecevp engine context @param[in,out] s input plain text, afterwards points to output cipher data @param[in,out] n size of input text, afterwards size of cipher data @param[in] final flag to indicate no more input, output is flushed to s @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_upd_enc(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) { size_t k; int m; int ok = 0; if (!data->type) return soap_mec_check(soap, data, 0, "soap_mec_upd_enc() failed"); /* cipher size */ k = *n + EVP_CIPHER_block_size(data->type); /* scale by base64 size + in-use part + 8 margin */ m = data->bufidx + 8 + (k + 2) / 3 * 4 + 1; #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) if (final && (data->alg & SOAP_MEC_GCM)) m += sizeof(data->tag); #endif /* fits in buf after bufidx? */ if (m > (int)data->buflen) { char *t = data->buf; data->buflen = m; /* + slack? */ data->buf = (char*)SOAP_MALLOC(soap, m); if (t) { soap_memcpy((void*)data->buf, (size_t)m, (const void*)t, data->bufidx); /* copy in-use part */ SOAP_FREE(soap, t); } } if (!final) { /* envelope encryption or with shared key? */ if (data->alg & SOAP_MEC_ENV) { ok = EVP_SealUpdate(data->ctx, (unsigned char*)data->buf + data->buflen - k, &m, (unsigned char*)*s, (int)*n); DBGHEX(TEST, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_SealUpdate ok=%d\n", ok)); } else { ok = EVP_EncryptUpdate(data->ctx, (unsigned char*)data->buf + data->buflen - k, &m, (unsigned char*)*s, (int)*n); DBGHEX(TEST, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_EncryptUpdate ok=%d\n", ok)); } /* convert to base64 */ soap_mec_put_base64(soap, data, (unsigned char*)(data->buf + data->buflen - k), m); *s = data->buf; *n = data->bufidx; if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; } else { /* envelope encryption or with shared key? */ if (data->alg & SOAP_MEC_ENV) { ok = EVP_SealFinal(data->ctx, (unsigned char*)data->buf + data->buflen - k, &m); DBGHEX(TEST, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_SealFinal ok=%d\n", ok)); } else { ok = EVP_EncryptFinal(data->ctx, (unsigned char*)data->buf + data->buflen - k, &m); DBGHEX(TEST, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_EncryptFinal ok=%d\n", ok)); } /* convert to base64 */ soap_mec_put_base64(soap, data, (unsigned char*)(data->buf + data->buflen - k), m); #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) if (data->alg & SOAP_MEC_GCM) { /* add GCM tag in base64 */ EVP_CIPHER_CTX_ctrl(data->ctx, EVP_CTRL_GCM_GET_TAG, sizeof(data->tag), data->tag); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get GCM tag = ")); DBGHEX(TEST, data->tag, sizeof(data->tag)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap_mec_put_base64(soap, data, (unsigned char*)(data->tag), sizeof(data->tag)); } #endif soap_mec_end_base64(soap, data); *s = data->buf; *n = data->bufidx; if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; } if (m > (int)k) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Assertion m<=k failed k=%lu m=%lu\n", (unsigned long)k, (unsigned long)m)); return soap->error = SOAP_USER_ERROR; } return soap_mec_check(soap, data, ok, "soap_mec_upd_enc() failed"); } /** @fn int soap_mec_upd_dec(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) @brief Update decryption state with input cipher data in base64 format and output in plain text (or raw) format @param soap context @param[in,out] data mecevp engine context @param[in,out] s input cipher data, afterwards points to output plain text @param[in,out] n size of input cipher data, afterwards size of plain text @param[in] final flag to indicate no more input, output is flushed to s @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_upd_dec(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n, int final) { const char *r = NULL; size_t k = 0, l = 0, m = 0; int len = 0; int ok = 1; int rest = 0; enum SOAP_MEC_STATE state = data->state; if (!data->type) return soap_mec_check(soap, data, 0, "soap_mec_upd_dec() failed"); if (final && state == SOAP_MEC_STATE_DECRYPT) data->state = SOAP_MEC_STATE_FINAL; /* if flushing the buf, no base64-decode or decryption to do */ if (state == SOAP_MEC_STATE_FLUSH || state == SOAP_MEC_STATE_NONE) { /* old + new fit in buf? */ if (data->bufidx + *n > data->buflen) { char *t = data->buf; do data->buflen += sizeof(soap->buf); while (data->buflen < data->bufidx + *n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging buffer n=%lu\n", (unsigned long)data->buflen)); data->buf = (char*)SOAP_MALLOC(soap, data->buflen); if (t) { soap_memcpy((void*)data->buf, data->buflen, (const void*)t, data->bufidx); /* copy old */ SOAP_FREE(soap, t); } } /* concat old + new */ soap_memcpy((void*)(data->buf + data->bufidx), data->buflen - data->bufidx, (const void*)*s, *n); *s = data->buf; *n += data->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Flush state n=%lu\n", (unsigned long)*n)); /* release old + new for next round (assuming consumer fetches all) */ if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; return SOAP_OK; } if (state == SOAP_MEC_STATE_INIT) { /* at init, base64 is in data->buf[bufidx] copied from buf[] */ data->i = 0; data->m = 0; k = (data->bufidx + *n + 3) / 4 * 3; /* decoded size from old + new */ data->taglen = 0; /* no GCM tag (yet) */ } else k = (*n + 3) / 4 * 3; /* base64-decoded size */ m = k + EVP_CIPHER_block_size(data->type); /* decrypted data size */ /* decrypted + base64-decoded + GCM tag all fit in current buf? */ if (data->buflen < data->bufidx + m + k + data->taglen) { /* no, need to enlarge */ char *t = data->buf; do data->buflen += sizeof(soap->buf); while (data->buflen < data->bufidx + m + k + data->taglen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging buffer n=%lu\n", (unsigned long)data->buflen)); data->buf = (char*)SOAP_MALLOC(soap, data->buflen); if (t) { soap_memcpy((void*)data->buf, data->buflen, (const void*)t, data->bufidx); /* copy old part */ SOAP_FREE(soap, t); } } /* base64 decode */ if (state == SOAP_MEC_STATE_INIT) { /* base64 is in data buf[0..bufidx-1] and *s */ if (soap_mec_get_base64(soap, data, data->buf + data->buflen - k, &m, data->buf, data->bufidx, &r, &l)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Base64 stage 1 s=%p n=%lu r=%p l=%lu\n", *s, (unsigned long)data->bufidx, r, (unsigned long)l)); /* position 'r' is at a spot that gets overwritten, copy to rest */ if (r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Base64 stage 2 rest=%lu bytes\n", (unsigned long)*n)); rest = *n; } else { size_t j; /* base64-decode *s */ if (soap_mec_get_base64(soap, data, data->buf + data->buflen - k + m, &j, *s, *n, &r, &l)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Base64 stage 3 s=%p n=%lu r=%p l=%lu\n", *s, (unsigned long)*n, r, (unsigned long)l)); m += j; } data->bufidx = 0; } else if (state != SOAP_MEC_STATE_FINAL && state != SOAP_MEC_STATE_FLUSH) { /* base64-decode *s */ if (soap_mec_get_base64(soap, data, data->buf + data->buflen - k, &m, *s, *n, &r, &l)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Base64 stage 4 n=%lu l=%lu\n", (unsigned long)*n, (unsigned long)l)); } if (r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Rest = %lu + %lu bytes\n", (unsigned long)l, (unsigned long)rest)); if (data->restlen < l + rest) { if (data->rest) SOAP_FREE(soap, data->rest); data->restlen = l + rest; data->rest = (char*)SOAP_MALLOC(soap, data->restlen); } data->restidx = l + rest; soap_memcpy((void*)data->rest, data->restlen, (const void*)r, l); soap_memcpy((void*)(data->rest + l), data->restlen - l, (const void*)*s, rest); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "--\n")); DBGMSG(TEST, data->rest, data->restidx); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); } /* debug */ DBGHEX(TEST, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); /* decryption of data buf[buflen-k] */ switch (data->state) { case SOAP_MEC_STATE_INIT: /* move to next state */ state = SOAP_MEC_STATE_IV; case SOAP_MEC_STATE_IV: /* get the IV data from buf[buflen-k] */ soap_memmove((void*)(data->buf + data->bufidx), data->buflen - data->bufidx, (const void*)(data->buf + data->buflen - k), m); /* add to IV */ data->bufidx += m; /* got all IV data? */ if (data->bufidx >= (size_t)EVP_CIPHER_iv_length(data->type)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get IV = ")); DBGHEX(TEST, (unsigned char*)data->buf, EVP_CIPHER_iv_length(data->type)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nInitializing alg=0x%x\n", data->alg)); switch (data->alg & SOAP_MEC_MASK & ~SOAP_MEC_ALGO) { case SOAP_MEC_ENV_DEC: ok = EVP_OpenInit(data->ctx, data->type, data->key, data->keylen, (unsigned char*)data->buf, (EVP_PKEY*)data->pkey); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_OpenInit ok=%d\n", ok)); break; case SOAP_MEC_DEC: ok = EVP_DecryptInit_ex(data->ctx, data->type, NULL, data->key, (unsigned char*)data->buf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_DecryptInit_ex ok=%d\n", ok)); break; } if (ok) { /* shift rest of data to cipher section */ m = k = data->bufidx - EVP_CIPHER_iv_length(data->type); soap_memmove((void*)(data->buf + data->buflen - k), m, (const void*)(data->buf + EVP_CIPHER_iv_length(data->type)), m); #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) if (data->alg & SOAP_MEC_GCM) { /* rotate the last 128 bits through tag[] buffer */ if (m < sizeof(data->tag)) { soap_memcpy((void*)data->tag, sizeof(data->tag), (const void*)(data->buf + data->buflen - k), m); data->taglen = m; m = 0; } else { m -= sizeof(data->tag); soap_memcpy((void*)data->tag, sizeof(data->tag), (const void*)(data->buf + data->buflen - k + m), sizeof(data->tag)); data->taglen = sizeof(data->tag); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Init GCM tag with %lu bytes\n", (unsigned long)data->taglen)); } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decrypt %lu bytes\n", (unsigned long)m)); /* decrypt to buf */ len = 0; switch (data->alg & SOAP_MEC_MASK & ~SOAP_MEC_ALGO) { case SOAP_MEC_ENV_DEC: ok = EVP_OpenUpdate(data->ctx, (unsigned char*)data->buf, &len, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_OpenUpdate len=%d ok=%d\n", len, ok)); break; case SOAP_MEC_DEC: ok = EVP_DecryptUpdate(data->ctx, (unsigned char*)data->buf, &len, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_DecryptUpdate len=%d ok=%d\n", len, ok)); break; } *s = data->buf; *n = (size_t)len; } if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; /* next decoded goes to start of buf */ else data->bufidx = *n; /* next state */ state = SOAP_MEC_STATE_DECRYPT; } else { /* nothing to return yet, need more data */ *n = 0; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "IV/decrypt state n=%lu\n", (unsigned long)*n)); break; case SOAP_MEC_STATE_DECRYPT: #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) if (data->alg & SOAP_MEC_GCM) { /* rotate the last 128 bits through tag[] buffer */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Rotate GCM tag with %lu bytes\n", (unsigned long)data->taglen)); k += data->taglen; m += data->taglen; soap_memcpy((void*)(data->buf + data->buflen - k), k, (const void*)data->tag, data->taglen); if (m < sizeof(data->tag)) { soap_memcpy((void*)data->tag, sizeof(data->tag), (const void*)(data->buf + data->buflen - k), m); data->taglen = m; m = 0; } else { m -= sizeof(data->tag); soap_memcpy((void*)data->tag, sizeof(data->tag), (const void*)(data->buf + data->buflen - k + m), sizeof(data->tag)); data->taglen = sizeof(data->tag); } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decrypt %lu bytes\n", (unsigned long)m)); len = 0; switch (data->alg & SOAP_MEC_MASK & ~SOAP_MEC_ALGO) { case SOAP_MEC_ENV_DEC: ok = EVP_OpenUpdate(data->ctx, (unsigned char*)(data->buf + data->bufidx), &len, (unsigned char*)(data->buf + data->buflen - k), m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_OpenUpdate len=%d ok=%d\n", len, ok)); break; case SOAP_MEC_DEC: ok = EVP_DecryptUpdate(data->ctx, (unsigned char*)(data->buf + data->bufidx), &len, (unsigned char*)data->buf + data->buflen - k, m); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_DecryptUpdate len=%d ok=%d\n", len, ok)); break; } *s = data->buf; *n = data->bufidx + (size_t)len; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decrypt state n=%lu\n", (unsigned long)*n)); if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; /* next decoded goes to start of buf */ break; case SOAP_MEC_STATE_FINAL: { /* we know there is enough space to flush *s and *n through the buf */ const char *t = *s; #if (OPENSSL_VERSION_NUMBER >= 0x10002000L) if (data->alg & SOAP_MEC_GCM) { /* use the tag[] buffer */ EVP_CIPHER_CTX_ctrl(data->ctx, EVP_CTRL_GCM_SET_TAG, sizeof(data->tag), data->tag); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set GCM tag = ")); DBGHEX(TEST, data->tag, sizeof(data->tag)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); } #endif k = *n; len = 0; switch (data->alg & SOAP_MEC_MASK & ~SOAP_MEC_ALGO) { case SOAP_MEC_ENV_DEC: ok = EVP_OpenFinal(data->ctx, (unsigned char*)(data->buf + data->bufidx), &len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_OpenFinal ok=%d\n", ok)); break; case SOAP_MEC_DEC: ok = EVP_DecryptFinal(data->ctx, (unsigned char*)(data->buf + data->bufidx), &len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EVP_DecryptFinal ok=%d\n", ok)); break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Append %d bytes from decrypted\n", len)); *s = data->buf; *n = data->bufidx + (size_t)len; if (data->restidx) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Append %lu bytes from rest\n", data->restidx)); soap_memcpy((void*)(data->buf + *n), data->buflen - *n, (const void*)data->rest, data->restidx); *n += data->restidx; } if (k) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Append %lu bytes from input\n", k)); soap_memmove((void*)(data->buf + *n), data->buflen - *n, (const void*)t, k); *n += k; } if (!(data->alg & SOAP_MEC_STORE)) data->bufidx = 0; /* next decoded goes to start of buf */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Final len=%lu\n", (unsigned long)*n)); state = SOAP_MEC_STATE_FLUSH; /* flush data buf, if needed */ break; } default: DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in decryption state\n")); return soap->error = SOAP_SSL_ERROR; } if (r) { if (state == SOAP_MEC_STATE_DECRYPT) { state = SOAP_MEC_STATE_FINAL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Append rest of stream %lu (%lu <= %lu)\n", data->restidx, *n, data->buflen)); } } data->state = state; return soap_mec_check(soap, data, ok, "soap_mec_upd_dec() failed"); } /** @fn int soap_mec_check(struct soap *soap, struct soap_mec_data *data, int ok, const char *msg) @brief Check result of init/update/final mecevp engine operations. @param soap context @param[in,out] data mecevp engine context @param[in] ok EVP error value @param[in] msg error message @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_check(struct soap *soap, struct soap_mec_data *data, int ok, const char *msg) { if (ok <= 0) { unsigned long r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MEC Error (%d)", ok)); while ((r = ERR_get_error())) { ERR_error_string_n(r, soap->msgbuf, sizeof(soap->msgbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, " %s: \"%s\";", msg, soap->msgbuf)); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); /* cleanup and reset mecevp engine */ soap_mec_cleanup(soap, data); return soap_set_receiver_error(soap, msg, soap->msgbuf, SOAP_SSL_ERROR); } return SOAP_OK; } /** @fn void soap_mec_put_base64(struct soap *soap, struct soap_mec_data *data, const unsigned char *s, int n) @brief Write base64 formatted data stored in s of length n to internal buffer @param soap context @param[in,out] data mecevp engine context @param[in] s data to convert @param[in] n length of data to convert */ static void soap_mec_put_base64(struct soap *soap, struct soap_mec_data *data, const unsigned char *s, int n) { char *t; int i; unsigned long m; (void)soap; if (!s || !n) return; t = data->buf + data->bufidx; i = data->i; m = data->m; while (n--) { m = (m << 8) | *s++; if (i++ == 2) { for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; data->bufidx += 4; } } data->i = i; data->m = m; } /** @fn void soap_mec_end_base64(struct soap *soap, struct soap_mec_data *data) @brief End writing base64 formatted data to internal buffer @param soap context @param[in,out] data mecevp engine context */ static void soap_mec_end_base64(struct soap *soap, struct soap_mec_data *data) { (void)soap; if (data->i) { char *t; int i; unsigned long m; t = data->buf + data->bufidx; i = data->i; m = data->m; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > data->i; i--) t[i] = '='; data->bufidx += 4; } data->i = 0; data->m = 0; } /** @fn int soap_mec_get_base64(struct soap *soap, struct soap_mec_data *data, char *t, size_t *l, const char *s, size_t n, const char **r, size_t *k) @brief Convert base64-formatted data from s[0..n-1] into raw data in t[0..l-1] where l is the max size and set equal or lower if data fits in t. If data does not fit r points to remainder in s[0..n-1] of size k. @param soap context @param[in,out] data mecevp engine context @param[in] t raw data (converted from base64) @param[in,out] l max size of t[], afterwards actual size of data written to t[] @param[in] s data in base64 format @param[in] n size of base64 data @param[out] r if data does not fit in t[], points to s[] remainder to convert @param[out] k if data does not fit in t[], size of remainder in r[] @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_get_base64(struct soap *soap, struct soap_mec_data *data, char *t, size_t *l, const char *s, size_t n, const char **r, size_t *k) { int i; unsigned long m; size_t j; int c; i = data->i; m = data->m; j = 0; for (;;) { do { if (!n--) { *l = j; data->i = i; data->m = m; *r = NULL; *k = 0; return SOAP_OK; } c = *s++; if (c == '=' || c == '<') { switch (i) { case 2: *t++ = (char)((m >> 4) & 0xFF); j++; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); j += 2; } if (c == '<') { s--; n++; } else if (n && *s == '=') { s++; n--; } *l = j; *k = n; *r = s; return SOAP_OK; } if (c >= '+' && c <= '+' + 79) { int b = soap_base64i[c - '+']; if (b >= 64) return soap->error = SOAP_SSL_ERROR; m = (m << 6) + b; i++; } else if (c < 0 || c > 32) return soap->error = SOAP_SSL_ERROR; } while (i < 4); *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); j += 3; i = 0; m = 0; } } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_mec_filtersend(struct soap *soap, const char **s, size_t *n) @brief Callback to modify outbound messages by encrypting through the engine. @param soap context @param[in,out] s plain text message, afterwards set to encrypted message @param[in,out] n plain text message size, afterwards set to encrypted message size @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_filtersend(struct soap *soap, const char **s, size_t *n) { struct soap_mec_data *data = (struct soap_mec_data*)soap->data[1]; if (!data) return SOAP_OK; /* encrypt to base64 */ return soap_mec_upd(soap, data, s, n, 0); } /** @fn int soap_mec_filterrecv(struct soap *soap, char *buf, size_t *len, size_t maxlen) @brief Callback to modify inbound messages by decrypting through the engine. @param soap context @param[in,out] buf encrypted message, afterwards contains decrypted content @param[in,out] len encrypted message size, afterwards set to decrypted content size @param[in] maxlen max length of allocated buf size to contain decrypted content @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_mec_filterrecv(struct soap *soap, char *buf, size_t *len, size_t maxlen) { struct soap_mec_data *data = (struct soap_mec_data*)soap->data[1]; const char *s = buf; if (!data || (data->alg & SOAP_MEC_MASK) == SOAP_MEC_NONE || (data->alg & SOAP_MEC_ENC)) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recv len in=%lu maxlen=%lu\n", (unsigned long)*len, (unsigned long)maxlen)); /* convert s[len] to new s with len (new s = data->buf) */ if (soap_mec_upd(soap, data, &s, len, 0)) return soap->error; /* does the result fit in buf[maxlen]? */ if (*len <= maxlen) { soap_memcpy((void*)buf, maxlen, (const void*)s, *len); /* yes: copy data to buf[] */ data->bufidx = 0; } else { soap_memcpy((void*)buf, maxlen, (const void*)s, maxlen); /* no: copy first part to buf[maxlen] */ soap_memmove((void*)data->buf, data->buflen, (const void*)(s + maxlen), *len - maxlen); /* shift rest to the left */ data->bufidx = *len - maxlen; /* keep rest of the data in s (data->buf) */ *len = maxlen; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recv len out=%lu\n", (unsigned long)*len)); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpmd5.h0000644000175000017500000000631712653650150016443 0ustar ellertellert/* httpmd5.h gSOAP HTTP Content-MD5 digest plugin. Usage (both client and server, see httpmd5test.h/.c for example): soap_register_plugin(&soap, http_md5); This enables HTTP MD5 checksum generation and checking for SOAP/XML messages WITHOUT attachments. Compile with -DWITH_OPENSSL Link with OpenSSL (for md5evp.c), httpmd5.c, and md5evp.c gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef HTTPMD5_H #define HTTPMD5_H #include "stdsoap2.h" #include "md5evp.h" #ifdef __cplusplus extern "C" { #endif #define HTTP_MD5_ID "HTTP-MD5-1.2" /* plugin identification */ extern const char http_md5_id[]; int http_md5(struct soap *soap, struct soap_plugin *p, void *arg); struct http_md5_data { int (*fposthdr)(struct soap*, const char*, const char*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalrecv)(struct soap*); void *context; char digest[16]; }; #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/README.txt0000644000175000017500000000325712653650150016403 0ustar ellertellertThis directory contains plugins for extending the gSOAP engine's capabilities. cacerts.* To embed client-side certificate chain in code (no cacerts.pem) httpda.* HTTP Digest Authentication, see doc/httpda httpget.* HTTP GET method support httpform.* HTTP POST application/x-www-form-urlencoded support httppost.* HTTP POST method support for example non-SOAP requests httpmd5.* HTTP MD5 checksums logging.* Message logging (selective inbound/outbound) mq.* Message queueing (for WS-RM message queueing support) plugin.* Example plugin for aspiring plugin developers wsaapi.* WS-Addressing (wsa) plugin, see doc/wsa wsrmapi.* WS-ReliableMessaging (wsrm) plugin, see doc/wsrm wsseapi.* WS-Security (wsse) plugin, see doc/wsse wsseapi-lite.* WS-Security lite API, see doc/wsse-lite wsddapi.* WS-Discovery (wsdd) library, see doc/wsdd Supporting modules: smdevp.* EVP-based streaming (signed) message digest engine mecevp.* EVP-based streaming message encryption engine md5evp.* MD5 EVP interface for httpda and httpmd5 threads.* Portable threads, mutex, and condition variables Test programs for plugins: httpdatest.* HTTP Digest Athentication test and example code httpgettest.* HTTP GET test and example code httpposttest.* HTTP POST test and example code httpmd5test.* HTTP MD5 integrity protection test and example code C versus C++ usage: All files are suitable for C and C++ compilation and C++ checks are included in the source code whenever applicable. If necessary, rename the .c file(s) to .cpp for your project. IMPORTANT FOR VISUAL STUDIO USERS: make sure to compile all sources in C++ compilation mode. If you migrate to a project file .vcproj, please set CompileAs="2" in your .vcproj file. gsoap-2.8.28/gsoap/plugin/md5evp.c0000644000175000017500000000734612653650150016254 0ustar ellertellert/* md5evp.c gSOAP HTTP Content-MD5 digest EVP handler for httpmd5 plugin gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "md5evp.h" #ifdef __cplusplus extern "C" { #endif int md5_handler(struct soap *soap, void **context, enum md5_action action, char *buf, size_t len) { EVP_MD_CTX *ctx; unsigned char hash[EVP_MAX_MD_SIZE]; unsigned int size; switch (action) { case MD5_INIT: soap_ssl_init(); if (!*context) { *context = (void*)SOAP_MALLOC(soap, sizeof(EVP_MD_CTX)); EVP_MD_CTX_init((EVP_MD_CTX*)*context); } ctx = (EVP_MD_CTX*)*context; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MD5 Init %p\n", ctx)); EVP_DigestInit_ex(ctx, EVP_md5(), NULL); break; case MD5_UPDATE: ctx = (EVP_MD_CTX*)*context; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MD5 Update %p (%lu) --\n", ctx, (unsigned long)len)); DBGMSG(TEST, buf, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--")); EVP_DigestUpdate(ctx, (const void*)buf, (unsigned int)len); break; case MD5_FINAL: ctx = (EVP_MD_CTX*)*context; EVP_DigestFinal_ex(ctx, (unsigned char*)hash, &size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MD5 Final %p --\n", ctx)); DBGHEX(TEST, hash, size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--")); soap_memcpy((void*)buf, 16, (const void*)hash, 16); break; case MD5_DELETE: ctx = (EVP_MD_CTX*)*context; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- MD5 Delete %p --\n", ctx)); if (ctx) { EVP_MD_CTX_cleanup(ctx); SOAP_FREE(soap, ctx); } *context = NULL; } return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/wsseapi-lite.c0000644000175000017500000007170712653650150017464 0ustar ellertellert/* wsseapi-lite.c WS-Security, lite version (time stamp and user name token only). gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsse documents the wsse lite API for WS-Security 1.0 support. */ /** @page wsse WS-Security lite [TOC] @section wsse_5 Security Header The material in this section relates to the WS-Security specification section 5. To use the wsse lite API: -# Run wsdl2h -t typemap.dat on a WSDL of a service that requires WS-Security headers. The typemap.dat file is used to recognize and translate Security header blocks. -# Run soapcpp2 on the header file produced by wsdl2h. -# Use the wsse lite API functions described below to add time stamp and user name tokens. If HTTPS is required with OpenSSL then please follow the instructions in Section @ref wsse_11 to ensure thread-safety of WS-Security with HTTPS. The wsse lite API is located in: - `gsoap/plugin/wsseapi-lite.h` wsse lite API. - `gsoap/plugin/wsseapi-lite.c` wsse lite API for C and C++. You will also need: - compile all sources with `-DWITH_OPENSSL` to enable HTTPS. - if you have zlib installed, compile all sources also with `-DWITH_GZIP`. - link with `-lssl -lcrypto -lz -gsoapssl++` (or `-lgsoapssl` for C, or compile `stdsoap2.cpp` for C++ and `stdsoap2.c` for C). The gSOAP header file for soapcpp2 should import wsse.h (or the older 2002 version wsse2.h): @code #import "wsse.h" @endcode The wsdl2h tool adds the necessary imports to the generated header file if the WSDL declares the use of WS-Security. If not, you may have to add the import manually before running soapcpp2. The wsse lite API consists of a set of functions to populate and verify WS-Security headers and message body content. For more details, we refer to the following sections that correspond to the WS-Security specification sections: - Section 6 @ref wsse_6 - Section 10 @ref wsse_10 - @ref wsse_11 The basic API is introduced below. To add an empty Security header block to the SOAP header, use: @code soap_wsse_add_Security(soap); @endcode To delete a Security header, use: @code soap_wsse_delete_Security(soap); @endcode Adding an empty Security header block is not very useful. In the following, we present the higher-level functions of the wsse lite API to populate and verify Security header content. @note The soap context includes an actor value soap.actor that is populated and rendered as the SOAP-ENV:actor (SOAP 1.1) or SOAP-ENV:role (SOAP 1.2) attribute in XML within the generic SOAP Header. The attribute is optional, but should be used to target a recipient such as an intermediate node to process the SOAP header. In contrast, actor or role attributes within Security header blocks target specific recipients to process the Security header block. The gSOAP implementation does not automate this feature and application should set and check the actor/role attribute when necessary. In addition, the current implementation supports the inclusion of a single Security header block in the SOAP header. To populate the SOAP-ENV:actor or SOAP-ENV:role attribute within the Security header, use: @code soap_wsse_add_Security_actor(soap, "recipient"); @endcode To obtain the actor or role value (e.g. after receiving a message), use: @code _wsse__Security *security = soap_wsse_Security(soap); if (security) { ... = security->SOAP_ENV__actor; // SOAP 1.1 ... = security->SOAP_ENV__role; // SOAP 1.2 @endcode The SOAP-ENV:mustUnderstand attribute is automatically added and checked by the gSOAP engine. A gSOAP application compiled without Security support will reject Security headers. Security header blocks are attached to the soap context, which means that the information will be automatically kept to support multiple invocations. @section wsse_6 Security Tokens The material in this section relates to the WS-Security specification section 6. @subsection wsse_6_2 User Name Token To add a user name token to the Security header block, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", NULL); @endcode The `Id` value is optional and not used in the wsse lite API. These `Id`s are serialized as wsu:Id identifiers for cross-referencing XML elements. To add a user name token with clear text password, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", "password"); @endcode It is strongly recommended to use `soap_wsse_add_UsernameTokenText` only in combination with HTTPS encrypted transmission or not at all. A better alternative is to use password digests (not supported in this wsse lite API). Clear-text passwords are verified with `soap_wsse_verify_Password`. To verify a password at the receiving side to authorize a request (e.g. within a Web service operation), use: @code int ns__myMethod(struct soap *soap, ...) { const char *username = soap_wsse_get_Username(soap); const char *password; if (!username) return soap->error; // no username: return FailedAuthentication (from soap_wsse_get_Username) password = ...; // lookup password of username if (soap_wsse_verify_Password(soap, password)) { int err = soap->error; soap_wsse_delete_Security(soap); // remove old security headers return err; // password verification failed: return FailedAuthentication } return SOAP_OK; } @endcode Note that the `soap_wsse_get_Username` functions sets the wsse:FailedAuthentication fault upon failure. It is common for the API functions functions to return SOAP_OK or a wsse fault that should be passed to the sender by returning soap->error from service operations. The fault is displayed with the `soap_print_fault` function. @section wsse_10 Security Timestamps The material in this section relates to the WS-Security specification section 10. To add a timestamp with the creation time to the Security header, use: @code soap_wsse_add_Timestamp(soap, NULL, 0); // no expiration @endcode The lifetime of a message (in seconds) is passed as the third argument, which will be displayed as the timestamp expiration time: @code soap_wsse_add_Timestamp(soap, NULL, 10); // 10 seconds lifetime @endcode @section wsse_11 WS-Security and HTTPS HTTPS is used at the client side with the usual "https:" URL addressing, shown here: @code #include "wsseapi-lite.h" #include "threads.h" struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); if (soap_ssl_client_context(&soap, SOAP_SSL_DEFAULT, // requires server authentication NULL, // keyfile for client authentication to server NULL, // the keyfile password "cacerts.pem", // cafile CA certificates to authenticate the server NULL, // capath CA directory path to certificates NULL )) ... // error soap->cafile = "cacerts.pem"; // same as above (or overrides the above) soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) soap_wsse_delete_Security(soap); // remove any previous header content soap_wsse_add_UsernameTokenText(soap, NULL, "username", "password"); soap_wsse_add_Timestamp(soap, NULL, 10); // 10 seconds lifetime if (soap_call_ns__myMethod(soap, "https://...", ...)) ... // error ... // process response results soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode With OpenSSL, the CRYPTO threads should be set up before any threads are created. The `soap_ssl_client_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, CA certs should be used - `SOAP_SSL_NO_AUTHENTICATION` disables server authentication - `SOAP_SSL_SKIP_HOST_CHECK` disables server authentication host check - `SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE` to accept self-signed certificates, expired certificates, and certificates without CRL. The server uses the following: @code #include "wsseapi-lite.h" #include "threads.h" SOAP_SOCKET m, s; int port = 443; struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); if (soap_ssl_server_context(&soap, SOAP_SSL_DEFAULT, // requires server to authenticate, but not the client server.pem, // keyfile for authentication to client "password", // the keyfile password NULL, // CA certificates to authenticate the client NULL, // CA directory path to certificates NULL, // use RSA 2048 bits (or give file name with DH param) NULL, NULL )) ... // error if (!soap_valid_socket(m = soap_bind(soap, NULL, port, 100)) ... // error for (;;) { if (!soap_valid_socket(s = soap_accept(soap))) ... // error THREAD_CREATE(&tid, (void*(*)(void*))&process_request, soap_copy(soap)); } soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode where we define a process_request function that is executed by the thread to process the request (on a copy of the soap context struct): @code void *process_request(struct soap *soap) { if (soap_ssl_accept(soap) || soap_serve(soap)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); } @endcode The `soap_ssl_server_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, but no client authentication - `SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION` requires client authentication With OpenSSL, we need to define the thread set up and clean up operations as follows: @code struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } @endcode For additional details and examples, see the user guide and examples in the gSOAP package directory `gsoap/samples/ssl`. */ #include "wsseapi-lite.h" #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) #include "wsaapi.h" #endif /** Clock skew between machines (in sec) to fit message expiration in window */ #define SOAP_WSSE_CLKSKEW (300) #ifdef __cplusplus extern "C" { #endif /******************************************************************************\ * * Common URIs * \******************************************************************************/ const char *wsse_PasswordTextURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordText"; /******************************************************************************\ * * wsse:Security header element * \******************************************************************************/ /** @fn _wsse__Security* soap_wsse_add_Security(struct soap *soap) @brief Adds Security header element. @param soap context @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security(struct soap *soap) { DBGFUN("soap_wsse_add_Security"); /* if we don't have a SOAP Header, create one */ soap_header(soap); /* if we don't have a wsse:Security element in the SOAP Header, create one */ if (!soap->header->wsse__Security) { soap->header->wsse__Security = (_wsse__Security*)soap_malloc(soap, sizeof(_wsse__Security)); if (!soap->header->wsse__Security) return NULL; soap_default__wsse__Security(soap, soap->header->wsse__Security); } return soap->header->wsse__Security; } /** @fn _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) @brief Adds Security header element with actor or role attribute. @param soap context @param actor string @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN1("soap_wsse_add_Security_actor", "actor=%s", actor); if (soap->namespaces && !strcmp(soap->namespaces[0].ns, "http://schemas.xmlsoap.org/soap/envelope/")) security->SOAP_ENV__actor = soap_strdup(soap, actor); else security->SOAP_ENV__role = soap_strdup(soap, actor); return security; } /** @fn void soap_wsse_delete_Security(struct soap *soap) @brief Deletes Security header element. @param soap context */ void soap_wsse_delete_Security(struct soap *soap) { DBGFUN("soap_wsse_delete_Security"); if (soap->header) soap->header->wsse__Security = NULL; } /** @fn _wsse__Security* soap_wsse_Security(struct soap *soap) @brief Returns Security header element if present. @param soap context @return _wsse__Security object or NULL */ struct _wsse__Security* soap_wsse_Security(struct soap *soap) { if (soap->header) return soap->header->wsse__Security; return NULL; } /******************************************************************************\ * * wsse:Security/wsu:Timestamp header element * \******************************************************************************/ /** @fn int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) @brief Adds Timestamp element with optional expiration date+time (lifetime). @param[in] soap context @param[in] id for signature referencing or NULL @param[in] lifetime expressed in time_t units, or 0 for no expiration @return SOAP_OK */ int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); char *created = soap_strdup(soap, soap_dateTime2s(soap, now)); char *expired = lifetime ? soap_strdup(soap, soap_dateTime2s(soap, now + lifetime)) : NULL; DBGFUN1("soap_wsse_add_Timestamp", "id=%s", id?id:""); /* allocate a Timestamp if we don't have one already */ if (!security->wsu__Timestamp) { security->wsu__Timestamp = (_wsu__Timestamp*)soap_malloc(soap, sizeof(_wsu__Timestamp)); if (!security->wsu__Timestamp) return soap->error = SOAP_EOM; } soap_default__wsu__Timestamp(soap, security->wsu__Timestamp); /* populate the wsu:Timestamp element */ security->wsu__Timestamp->wsu__Id = soap_strdup(soap, id); security->wsu__Timestamp->Created = created; security->wsu__Timestamp->Expires = expired; return SOAP_OK; } /** @fn _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap) @brief Returns Timestamp element if present. @param soap context @return _wsu__Timestamp object or NULL */ struct _wsu__Timestamp* soap_wsse_Timestamp(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->wsu__Timestamp; return NULL; } /** @fn int soap_wsse_verify_Timestamp(struct soap *soap) @brief Verifies the Timestamp/Expires element against the current time. @param soap context @return SOAP_OK or SOAP_FAULT with wsu:MessageExpired fault Sets wsu:MessageExpired fault if wsu:Timestamp is expired. The SOAP_WSSE_CLKSKEW value is used as a margin to mitigate clock skew. Keeps silent when no timestamp is supplied or no expiration date is included in the wsu:Timestamp element. */ int soap_wsse_verify_Timestamp(struct soap *soap) { _wsu__Timestamp *timestamp = soap_wsse_Timestamp(soap); DBGFUN("soap_wsse_verify_Timestamp"); /* if we have a timestamp with an expiration date, check it */ if (timestamp && timestamp->Expires) { time_t now = time(NULL), expired; soap_s2dateTime(soap, timestamp->Expires, &expired); if (expired + SOAP_WSSE_CLKSKEW <= now) { const char *code = soap_wsu__tTimestampFault2s(soap, wsu__MessageExpired); return soap_wsse_sender_fault_subcode(soap, code, "Message has expired", timestamp->Expires); } } return SOAP_OK; } /******************************************************************************\ * * wsse:Security/UsernameToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element with optional clear-text password. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string or NULL to omit the password @return SOAP_OK Passwords are sent in the clear, so transport-level encryption is required. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_UsernameTokenText", "id=%s", id?id:"", "username=%s", username?username:""); /* allocate a UsernameToken if we don't have one already */ if (!security->UsernameToken) { if (!(security->UsernameToken = (_wsse__UsernameToken*)soap_malloc(soap, sizeof(_wsse__UsernameToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__UsernameToken(soap, security->UsernameToken); /* populate the UsernameToken */ security->UsernameToken->wsu__Id = soap_strdup(soap, id); security->UsernameToken->Username = soap_strdup(soap, username); /* allocate and populate the Password */ if (password) { if (!(security->UsernameToken->Password = (_wsse__Password*)soap_malloc(soap, sizeof(_wsse__Password)))) return soap->error = SOAP_EOM; soap_default__wsse__Password(soap, security->UsernameToken->Password); security->UsernameToken->Password->Type = (char*)wsse_PasswordTextURI; security->UsernameToken->Password->__item = soap_strdup(soap, password); } return SOAP_OK; } /** @fn _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) @brief Returns UsernameToken element if present. @param soap context @param[in] id string of UsernameToken or NULL @return _wsse__UsernameToken object or NULL @note This release supports the use of at most one UsernameToken in the header. */ struct _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->UsernameToken && (!id || (security->UsernameToken->wsu__Id && !strcmp(security->UsernameToken->wsu__Id, id)))) return security->UsernameToken; return NULL; } /** @fn const char* soap_wsse_get_Username(struct soap *soap) @brief Returns UsernameToken/username string or wsse:FailedAuthentication fault. @param soap context @return UsernameToken/username string or NULL with wsse:FailedAuthentication fault error set @see soap_wsse_verify_Password The returned username should be used to lookup the user's password in a dictionary or database for server-side authentication with soap_wsse_verify_Password. */ const char* soap_wsse_get_Username(struct soap *soap) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_get_Username"); if (token) return token->Username; soap_wsse_fault(soap, wsse__FailedAuthentication, "Username authentication required"); return NULL; } /** @fn int soap_wsse_verify_Password(struct soap *soap, const char *password) @brief Verifies the supplied password or sets wsse:FailedAuthentication fault. @param soap context @param[in] password string to verify against @return SOAP_OK (authorized) or SOAP_FAULT with wsse:FailedAuthentication fault The verification supports both clear-text password verification only. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_verify_Password(struct soap *soap, const char *password) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_verify_Password"); /* if we have a UsernameToken with a Password, check it */ if (token && token->Password) { /* password digest or text? */ if (token->Password->Type && !strcmp(token->Password->Type, wsse_PasswordTextURI)) { /* check password text */ if (!strcmp(token->Password->__item, password)) return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); } /******************************************************************************\ * * Faults * \******************************************************************************/ /** @fn int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_sender_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_receiver_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) @brief Sets SOAP Fault (sub)code for server response. @param soap context @param[in] fault is one of wsse:FaultcodeEnum @param[in] detail string with optional text message @return SOAP_FAULT */ int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) { const char *code = soap_wsse__FaultcodeEnum2s(soap, fault); DBGFUN2("soap_wsse_fault", "fault=%s", code?code:"", "detail=%s", detail?detail:""); /* remove incorrect or incomplete Security header */ soap_wsse_delete_Security(soap); /* populate the SOAP Fault as per WS-Security spec */ /* detail = NULL; */ /* uncomment when detail text not recommended */ /* use WSA to populate the SOAP Header when WSA is used */ switch (fault) { case wsse__UnsupportedSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported token was provided", detail); case wsse__UnsupportedAlgorithm: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported signature or encryption algorithm was used", detail); case wsse__InvalidSecurity: return soap_wsse_sender_fault_subcode(soap, code, "An error was discovered processing the header", detail); case wsse__InvalidSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An invalid security token was provided", detail); case wsse__FailedAuthentication: return soap_wsse_sender_fault_subcode(soap, code, "The security token could not be authenticated or authorized", detail); case wsse__FailedCheck: return soap_wsse_sender_fault_subcode(soap, code, "The signature or decryption was invalid", detail); case wsse__SecurityTokenUnavailable: return soap_wsse_sender_fault_subcode(soap, code, "Referenced security token could not be retrieved", detail); } return SOAP_FAULT; } /******************************************************************************\ * * Misc functions * \******************************************************************************/ /** @fn int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) @brief Sets the elements that are to be extended with wsu:Id attributes. The wsu:Id attribute values are set to the string value of the tag's QName by replacing colons with hyphens to produce an xsd:ID value. @param soap context @param[in] tags string of space-separated qualified and unqualified element tag names @return SOAP_OK */ int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) { DBGFUN1("soap_wsse_set_wsu_id", "tags=%s", tags?tags:"(null)"); soap->wsuid = soap_strdup(soap, tags); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/smdevp.c0000644000175000017500000006147512653650150016355 0ustar ellertellert/* smdevp.c gSOAP interface for (signed) message digest gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @page smdevp The smdevp signed message digest engine The gSOAP smdevp engine computes signed/unsigned message digests over any type of data using the EVP interface of OpenSSL. It currently supports MD5, SHA1/224/256/384/512, HMAC_SHA1/224/256/384/512, DSA_SHA1/224256/384/512, and RSA_SHA1/224/256/384/512. A digest or signature algorithm is selected with one the following: - @ref SOAP_SMD_HMAC_MD5 to compute HMAC-MD5 message authentication code - @ref SOAP_SMD_HMAC_SHA1 to compute HMAC-SHA1 message authentication code - @ref SOAP_SMD_HMAC_SHA224 to compute HMAC-SHA224 message authentication code - @ref SOAP_SMD_HMAC_SHA256 to compute HMAC-SHA256 message authentication code - @ref SOAP_SMD_HMAC_SHA384 to compute HMAC-SHA384 message authentication code - @ref SOAP_SMD_HMAC_SHA512 to compute HMAC-SHA512 message authentication code - @ref SOAP_SMD_DGST_MD5 to compute MD5 128-bit digests - @ref SOAP_SMD_DGST_SHA1 to compute SHA1 160-bit digests - @ref SOAP_SMD_DGST_SHA224 to compute SHA224 224-bit digests - @ref SOAP_SMD_DGST_SHA256 to compute SHA256 256-bit digests - @ref SOAP_SMD_DGST_SHA384 to compute SHA384 384-bit digests - @ref SOAP_SMD_DGST_SHA512 to compute SHA512 512-bit digests - @ref SOAP_SMD_SIGN_DSA_SHA1 to compute DSA-SHA1 signatures - @ref SOAP_SMD_SIGN_DSA_SHA224 to compute DSA-SHA224 signatures - @ref SOAP_SMD_SIGN_DSA_SHA256 to compute DSA-SHA256 signatures - @ref SOAP_SMD_SIGN_DSA_SHA384 to compute DSA-SHA384 signatures - @ref SOAP_SMD_SIGN_DSA_SHA512 to compute DSA-SHA512 signatures - @ref SOAP_SMD_SIGN_RSA_SHA1 to compute RSA-SHA1 signatures - @ref SOAP_SMD_SIGN_RSA_SHA224 to compute RSA-SHA224 signatures - @ref SOAP_SMD_SIGN_RSA_SHA256 to compute RSA-SHA256 signatures - @ref SOAP_SMD_SIGN_RSA_SHA384 to compute RSA-SHA384 signatures - @ref SOAP_SMD_SIGN_RSA_SHA512 to compute RSA-SHA512 signatures - @ref SOAP_SMD_VRFY_DSA_SHA1 to verify DSA-SHA1 signatures - @ref SOAP_SMD_VRFY_DSA_SHA224 to verify DSA-SHA224 signatures - @ref SOAP_SMD_VRFY_DSA_SHA256 to verify DSA-SHA256 signatures - @ref SOAP_SMD_VRFY_DSA_SHA384 to verify DSA-SHA384 signatures - @ref SOAP_SMD_VRFY_DSA_SHA512 to verify DSA-SHA512 signatures - @ref SOAP_SMD_VRFY_RSA_SHA1 to verify RSA-SHA1 signatures - @ref SOAP_SMD_VRFY_RSA_SHA224 to verify RSA-SHA224 signatures - @ref SOAP_SMD_VRFY_RSA_SHA256 to verify RSA-SHA256 signatures - @ref SOAP_SMD_VRFY_RSA_SHA384 to verify RSA-SHA384 signatures - @ref SOAP_SMD_VRFY_RSA_SHA512 to verify RSA-SHA512 signatures Algorithm options: - @ref SOAP_SMD_PASSTHRU to pass XML through the smdevp engine The smdevp engine wraps the EVP API with three new functions: - @ref soap_smd_init to initialize the engine - @ref soap_smd_update to update the state with a message part - @ref soap_smd_final to compute the digest, signature, or verify a signature and deallocate the engine A higher-level interface for computing (signed) message digests over messages produced by the gSOAP engine is defined by two new functions: - @ref soap_smd_begin to start a digest or signature computation/verification - @ref soap_smd_end to finalize the digest or signature and clean up Compile all source codes with -DWITH_OPENSSL and link with ssl and crypto libraries. Here is an example to sign an XML serialized C++ object using an RSA private key applied to the SHA digest of the serialized object: @code #include "smdevp.h" ns__Object object; int alg = SOAP_SMD_SIGN_RSA_SHA1; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); char *sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); int siglen; fclose(fd); if (soap_smd_begin(soap, alg, key, 0) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if (soap_smd_end(soap, sig, &siglen)) soap_print_fault(soap, stderr); else ... // sig contains RSA-SHA1 signature of length siglen EVP_PKEY_free(key); @endcode Compile the gSOAP sources and your code with -DWITH_OPENSSL and link with OpenSSL libraries. There is no XML output generated by this example, as the object is simply serialized to the smdevp engine. To actually pass the XML object through the smdevp engine and output it to a stream or file simultaneously, use the SOAP_SMD_PASSTHRU flag with the algorithm selection as follows: @code ns__Object object; int alg = SOAP_SMD_SIGN_RSA_SHA1; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); char *sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); int siglen; fclose(fd); soap->sendfd = open("object.xml", O_CREAT | O_WRONLY, 0600); // a file to save object to if (soap_smd_begin(soap, alg | SOAP_SMD_PASSTHRU, key, 0) || soap_begin_send(soap) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL) // save to "object.xml" || soap_end_send(soap)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if (soap_smd_end(soap, sig, &siglen)) soap_print_fault(soap, stderr); else ... // sig contains RSA-SHA1 signature of length siglen close(soap->sendfd); EVP_PKEY_free(key); @endcode Note that we used soap_begin_send and soap_end_send to emit the XML to a stream. Each type also has a reader (e.g. soap_read_ns__Object) and writer (e.g. soap_write_ns__Object) that can be used instead as these include soap_begin_recv/soap_end_recv and soap_begin_send/soap_end_send call sequences. To verify the signature of an object read from a stream or file, we pass it through the smdevp engine as follows: @code char *sig = ...; int siglen = ...; ns__Object object; int alg = SOAP_SMD_VRFY_RSA_SHA1; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *key; if (...) // key file contains public key? key = PEM_read_PUBKEY(fd, NULL, NULL, NULL); else // key file contains certificate { X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); key = X509_get_pubkey(cert); X509_free(cert); } fclose(fd); soap->recvfd = open("object.xml", O_RDONLY); if (soap_smd_begin(soap, alg, key, 0) || soap_begin_recv(soap) || soap_in_ns__Object(soap, "ns:Object", &object, NULL) == NULL || soap_end_recv(soap)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if (soap_smd_end(soap, sig, &siglen)) soap_print_fault(soap, stderr); else ... // sig verified, i.e. signed object was not changed close(soap->recvfd); EVP_PKEY_free(key); @endcode To verify the signature of an object stored in memory, we use the RSA public key and re-run the octet stream (by re-serialization in this example) through the smdevp engine using the SOAP_SMD_VRFY_RSA_SHA1 algorithm. Note that a PEM file may contain both the (encrypted) private and public keys. @code char *sig = ...; int siglen = ...; ns__Object object; int alg = SOAP_SMD_VRFY_RSA_SHA1; FILE *fd = fopen("key.pem", "r"); EVP_PKEY *key; if (...) // key file contains public key? key = PEM_read_PUBKEY(fd, NULL, NULL, NULL); else // key file contains certificate { X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); key = X509_get_pubkey(cert); X509_free(cert); } fclose(fd); if (soap_smd_begin(soap, alg, key, 0) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if (soap_smd_end(soap, sig, &siglen)) soap_print_fault(soap, stderr); else ... // sig verified, i.e. signed object was not changed EVP_PKEY_free(key); @endcode The HMAC algorithm uses a shared secret key (hence both the sender and receiver must keep it secret) to sign and verify a message: @code ns__Object object; int alg = SOAP_SMD_HMAC_SHA1; static char key[16] = { 0xff, 0xee, 0xdd, 0xcc, 0xbb, 0xaa, 0x99, 0x88, 0x77, 0x66, 0x55, 0x44, 0x33, 0x22, 0x11, 0x00 }; char *sig = (char*)soap_malloc(soap, soap_smd_size(alg, NULL)); int siglen; if (soap_smd_begin(soap, alg, key, sizeof(key)) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if {soap_smd_end(soap, sig, &siglen)) soap_print_fault(soap, stderr); else ... // sig holds the signature @endcode HMAC signature verification proceeds by recomputing the signature value for comparison. A digest is a hash value of an octet stream computed using the MD5 or SHA algorithms: @code ns__Object object; int alg = SOAP_SMD_DGST_SHA1; char *digest = (char*)soap_malloc(soap, soap_smd_size(alg, NULL)); int digestlen; if (soap_smd_begin(soap, alg, NULL, 0) || soap_out_ns__Object(soap, "ns:Object", 0, &object, NULL)) { soap_smd_end(soap, NULL, NULL); // clean up soap_print_fault(soap, stderr); } else if (soap_smd_end(soap, digest, &digestlen)) soap_print_fault(soap, stderr); else ... // digest holds hash value of serialized object @endcode Note that indentation (SOAP_XML_INDENT) and exc-c14n canonicalization (SOAP_XML_CANONICAL) affects the XML serialization format and, therefore, the digest or signature produced. */ #include "smdevp.h" #ifdef __cplusplus extern "C" { #endif /******************************************************************************\ * * Static local functions used * \******************************************************************************/ static int soap_smd_send(struct soap *soap, const char *buf, size_t len); static size_t soap_smd_recv(struct soap *soap, char *buf, size_t len); static int soap_smd_check(struct soap *soap, struct soap_smd_data *data, int err, const char *msg); /******************************************************************************\ * * soap_smd API functions * \******************************************************************************/ /** @fn size_t soap_smd_size(int alg, const void *key) @brief Returns the number of octets needed to store the digest or signature returned by soap_smd_end. @param[in] alg is the digest or signature algorithm to be used @param[in] key is a pointer to an EVP_PKEY object for RSA/DSA signatures or NULL for digests and HMAC @return size_t number of octets that is needed to hold digest or signature @see soap_smd_end The values returned for digests are SOAP_SMD_MD5_SIZE, SOAP_SMD_SHA1_SIZE, SOAP_SMD_SHA256_SIZE, SOAP_SMD_SHA512_SIZE. */ size_t soap_smd_size(int alg, const void *key) { switch (alg & SOAP_SMD_ALGO) { case SOAP_SMD_SIGN: case SOAP_SMD_VRFY: /* OpenSSL EVP_PKEY_size returns size of signatures given a key */ return EVP_PKEY_size((EVP_PKEY*)key); case SOAP_SMD_HMAC: case SOAP_SMD_DGST: switch (alg & SOAP_SMD_HASH) { case SOAP_SMD_MD5: return SOAP_SMD_MD5_SIZE; case SOAP_SMD_SHA1: return SOAP_SMD_SHA1_SIZE; case SOAP_SMD_SHA224: return SOAP_SMD_SHA224_SIZE; case SOAP_SMD_SHA256: return SOAP_SMD_SHA256_SIZE; case SOAP_SMD_SHA384: return SOAP_SMD_SHA384_SIZE; case SOAP_SMD_SHA512: return SOAP_SMD_SHA512_SIZE; default: break; } default: break; } return 0; } /** @fn int soap_smd_begin(struct soap *soap, int alg, const void *key, int keylen) @brief Initiates a digest or signature computation. @param soap context @param[in] alg is the digest or signature (sign/verification) algorithm used @param[in] key is a HMAC key or pointer to EVP_PKEY object or NULL for digests @param[in] keylen is the length of the HMAC key or 0 @return SOAP_OK, SOAP_EOM, or SOAP_SSL_ERROR */ int soap_smd_begin(struct soap *soap, int alg, const void *key, int keylen) { struct soap_smd_data *data; data = (struct soap_smd_data*)SOAP_MALLOC(soap, sizeof(struct soap_smd_data)); if (!data) return soap->error = SOAP_EOM; /* save and set the engine's 'data' field to pass data to the callbacks */ soap->data[0] = (void*)data; /* save and override the send and recv callbacks */ data->fsend = soap->fsend; data->frecv = soap->frecv; soap->fsend = soap_smd_send; soap->frecv = soap_smd_recv; /* save the mode flag */ data->mode = soap->mode; /* clear the IO flags and DOM flag */ soap->mode &= ~(SOAP_IO | SOAP_IO_LENGTH | SOAP_ENC_ZLIB | SOAP_XML_DOM); /* clear the XML attribute store */ soap_clr_attr(soap); /* load the local XML namespaces store */ soap_set_local_namespaces(soap); if (soap->mode & SOAP_XML_CANONICAL) soap->ns = 0; /* for in c14n, we must have all xmlns bindings available */ else if (!(alg & SOAP_SMD_PASSTHRU)) soap->ns = 2; /* we don't want leading whitespace in serialized XML */ /* init the soap_smd engine */ return soap_smd_init(soap, data, alg, key, keylen); } /** @fn int soap_smd_end(struct soap *soap, char *buf, int *len) @brief Completes a digest or signature computation. Also deallocates temporary storage allocated by soap_smd_begin(), so MUST be called after soap_smd_begin(). @param soap context @param[in] buf contains signature for verification (when using a SOAP_SMD_VRFY algorithm) or NULL for cleanup @param[out] buf is populated with the digest or signature with maximum length soap_smd_size(alg, key) @param[in] len points to length of signature to verify (when using a SOAP_SMD_VRFY algorithm) or NULL for cleanup @param[out] len points to length of stored digest or signature (when not NULL) @return SOAP_OK, SOAP_USER_ERROR, or SOAP_SSL_ERROR */ int soap_smd_end(struct soap *soap, char *buf, int *len) { struct soap_smd_data *data; int err; data = (struct soap_smd_data*)soap->data[0]; if (!data) { if (soap->error) return soap->error; return soap->error = SOAP_USER_ERROR; } /* finalize the digest/signature computation and store data in buf[len] */ /* for signature verification, buf[len] contain the signature */ err = soap_smd_final(soap, data, buf, len); /* restore the callbacks */ soap->fsend = data->fsend; soap->frecv = data->frecv; /* restore the mode flag */ soap->mode = data->mode; /* free data */ SOAP_FREE(soap, data); soap->data[0] = NULL; /* return SOAP_OK or error */ return err; } /** @fn int soap_smd_init(struct soap *soap, struct soap_smd_data *data, int alg, const void *key, int keylen) @brief Initiates a (signed) digest computation. @param soap context @param[in,out] data smdevp engine context @param[in] alg is algorithm to use @param[in] key is key to use or NULL for digests @param[in] keylen is length of HMAC key (when provided) @return SOAP_OK or SOAP_SSL_ERROR */ int soap_smd_init(struct soap *soap, struct soap_smd_data *data, int alg, const void *key, int keylen) { int ok = 1; const EVP_MD *type; soap_ssl_init(); /* the algorithm to use */ data->alg = alg; /* the key to use */ data->key = key; /* allocate and init the OpenSSL HMAC or EVP_MD context */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { data->ctx = (void*)SOAP_MALLOC(soap, sizeof(HMAC_CTX)); if (!data->ctx) return soap_set_receiver_error(soap, "soap_smd_init() failed", "No context", SOAP_SSL_ERROR); HMAC_CTX_init((HMAC_CTX*)data->ctx); } else { data->ctx = (void*)SOAP_MALLOC(soap, sizeof(EVP_MD_CTX)); if (!data->ctx) return soap_set_receiver_error(soap, "soap_smd_init() failed", "No context", SOAP_SSL_ERROR); EVP_MD_CTX_init((EVP_MD_CTX*)data->ctx); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- SMD Init alg=%x (%p) --\n", alg, data->ctx)); /* init the digest or signature computations */ switch (alg & SOAP_SMD_HASH) { case SOAP_SMD_MD5: type = EVP_md5(); break; case SOAP_SMD_SHA1: type = EVP_sha1(); break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SHA224: type = EVP_sha224(); break; case SOAP_SMD_SHA256: type = EVP_sha256(); break; case SOAP_SMD_SHA384: type = EVP_sha384(); break; case SOAP_SMD_SHA512: type = EVP_sha512(); break; #endif default: return soap_smd_check(soap, data, 0, "soap_smd_init() failed: cannot load digest"); } switch (alg & SOAP_SMD_ALGO) { case SOAP_SMD_HMAC: HMAC_Init((HMAC_CTX*)data->ctx, key, keylen, type); break; case SOAP_SMD_DGST: EVP_DigestInit((EVP_MD_CTX*)data->ctx, type); break; case SOAP_SMD_SIGN: ok = EVP_SignInit((EVP_MD_CTX*)data->ctx, type); break; case SOAP_SMD_VRFY: ok = EVP_VerifyInit((EVP_MD_CTX*)data->ctx, type); break; default: return soap_set_receiver_error(soap, "Unsupported digest algorithm", NULL, SOAP_SSL_ERROR); } /* check and return */ return soap_smd_check(soap, data, ok, "soap_smd_init() failed"); } /** @fn int soap_smd_update(struct soap *soap, struct soap_smd_data *data, const char *buf, size_t len) @brief Updates (signed) digest computation with message part. @param soap context @param[in,out] data smdevp engine context @param[in] buf contains message part @param[in] len of message part @return SOAP_OK or SOAP_SSL_ERROR */ int soap_smd_update(struct soap *soap, struct soap_smd_data *data, const char *buf, size_t len) { int ok = 1; if (!data->ctx) return soap_set_receiver_error(soap, "soap_smd_update() failed", "No context", SOAP_SSL_ERROR); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- SMD Update alg=%x n=%lu (%p) --\n", data->alg, (unsigned long)len, data->ctx)); switch (data->alg & SOAP_SMD_ALGO) { case SOAP_SMD_HMAC: HMAC_Update((HMAC_CTX*)data->ctx, (const unsigned char*)buf, len); break; case SOAP_SMD_DGST: EVP_DigestUpdate((EVP_MD_CTX*)data->ctx, (const void*)buf, (unsigned int)len); break; case SOAP_SMD_SIGN: ok = EVP_SignUpdate((EVP_MD_CTX*)data->ctx, (const void*)buf, (unsigned int)len); break; case SOAP_SMD_VRFY: ok = EVP_VerifyUpdate((EVP_MD_CTX*)data->ctx, (const void*)buf, (unsigned int)len); break; } DBGMSG(TEST, buf, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--")); /* check and return */ return soap_smd_check(soap, data, ok, "soap_smd_update() failed"); } /** @fn int soap_smd_final(struct soap *soap, struct soap_smd_data *data, char *buf, int *len) @brief Finalizes (signed) digest computation and returns digest or signature. @param soap context @param[in,out] data smdevp engine context @param[in] buf contains signature for verification (SOAP_SMD_VRFY algorithms) @param[out] buf is populated with the digest or signature @param[in] len points to length of signature to verify (SOAP_SMD_VRFY algorithms) @param[out] len points to length of stored digest or signature (pass NULL if you are not interested in this value) @return SOAP_OK or SOAP_SSL_ERROR */ int soap_smd_final(struct soap *soap, struct soap_smd_data *data, char *buf, int *len) { unsigned int n = 0; int ok = 1; if (!data->ctx) return soap_set_receiver_error(soap, "soap_smd_final() failed", "No context", SOAP_SSL_ERROR); if (buf) { /* finalize the digest or signature computation */ switch (data->alg & SOAP_SMD_ALGO) { case SOAP_SMD_HMAC: HMAC_Final((HMAC_CTX*)data->ctx, (unsigned char*)buf, &n); break; case SOAP_SMD_DGST: EVP_DigestFinal_ex((EVP_MD_CTX*)data->ctx, (unsigned char*)buf, &n); break; case SOAP_SMD_SIGN: ok = EVP_SignFinal((EVP_MD_CTX*)data->ctx, (unsigned char*)buf, &n, (EVP_PKEY*)data->key); break; case SOAP_SMD_VRFY: if (len) { n = (unsigned int)*len; ok = EVP_VerifyFinal((EVP_MD_CTX*)data->ctx, (unsigned char*)buf, n, (EVP_PKEY*)data->key); } else ok = 0; break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- SMD Final alg=%x (%p) %d bytes--\n", data->alg, data->ctx, n)); DBGHEX(TEST, buf, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--")); /* pass back length of digest or signature produced */ if (len) *len = (int)n; } /* cleanup */ if ((data->alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) HMAC_CTX_cleanup((HMAC_CTX*)data->ctx); else EVP_MD_CTX_cleanup((EVP_MD_CTX*)data->ctx); SOAP_FREE(soap, data->ctx); data->ctx = NULL; /* check and return */ return soap_smd_check(soap, data, ok, "soap_smd_final() failed"); } /******************************************************************************\ * * Static local functions * \******************************************************************************/ /** @fn int soap_smd_check(struct soap *soap, struct soap_smd_data *data, int ok, const char *msg) @brief Check result of init/update/final smdevp engine operations. @param soap context @param[in,out] data smdevp engine context @param[in] ok EVP error value @param[in] msg error message @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_smd_check(struct soap *soap, struct soap_smd_data *data, int ok, const char *msg) { if (ok <= 0) { unsigned long r; while ((r = ERR_get_error())) { ERR_error_string_n(r, soap->msgbuf, sizeof(soap->msgbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "-- SMD Error (%d) %s: %s\n", ok, msg, soap->msgbuf)); } if (data->ctx) { if ((data->alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) HMAC_CTX_cleanup((HMAC_CTX*)data->ctx); else EVP_MD_CTX_cleanup((EVP_MD_CTX*)data->ctx); SOAP_FREE(soap, data->ctx); data->ctx = NULL; } return soap_set_receiver_error(soap, msg, soap->msgbuf, SOAP_SSL_ERROR); } return SOAP_OK; } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_smd_send(struct soap *soap, const char *buf, size_t len) @brief Callback to intercept messages for digest or signature computation/verification. @param soap context @param[in] buf message @param[in] len message length @return SOAP_OK or SOAP_SSL_ERROR */ static int soap_smd_send(struct soap *soap, const char *buf, size_t len) { int err; if (((struct soap_smd_data*)soap->data[0])->alg & SOAP_SMD_PASSTHRU) { if ((err = ((struct soap_smd_data*)soap->data[0])->fsend(soap, buf, len))) return err; } return soap_smd_update(soap, (struct soap_smd_data*)soap->data[0], buf, len); } /** @fn size_t soap_smd_recv(struct soap *soap, char *buf, size_t len) @brief Callback to intercept messages for digest or signature computation/verification. @param soap context @param[in] buf buffer @param[in] len max buffer length @return message size in buffer or 0 on error. */ static size_t soap_smd_recv(struct soap *soap, char *buf, size_t len) { size_t ret = ((struct soap_smd_data*)soap->data[0])->frecv(soap, buf, len); if (ret && soap_smd_update(soap, (struct soap_smd_data*)soap->data[0], buf, ret)) return 0; return ret; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpform.h0000644000175000017500000000526112653650150016716 0ustar ellertellert/* httpform.h gSOAP HTTP POST application/x-www-form-urlencoded plugin. Requires linkage with httpget.c (for query_key and query_val) Note: multipart/related and multipart/form-data are already handled in gSOAP. gSOAP XML Web services tools Copyright (C) 2004-2005, Robert van Engelen, Genivia, Inc. All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- */ #ifndef HTTPFORM_H #define HTTPFORM_H #include "stdsoap2.h" #include "httpget.h" /* require soap_decode_string */ #ifdef __cplusplus extern "C" { #endif #define HTTP_FORM_ID "HTTP-FORM-1.1" /* plugin identification */ extern const char http_form_id[]; /* This is the local plugin data shared among all copies of the soap struct: */ struct http_form_data { int (*fparsehdr)(struct soap*, const char*, const char*); /* to save and call the internal HTTP header parser */ int (*handler)(struct soap*); }; int http_form(struct soap*, struct soap_plugin*, void*); char *form(struct soap*); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/wsrmapi.h0000644000175000017500000003132312653650150016533 0ustar ellertellert/* wsrmapi.h WS-ReliableMessaging plugin. See wsrmapi.c for documentation and details. gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSRMAPI_H #define WSRMAPI_H #include "wsaapi.h" /* also includes stdsoap2.h, soapH.h */ #include "threads.h" /* mutex for sequence database */ #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ #define SOAP_WSRM_ID "WS-RM-1.14" /** Use fast O(1) message allocation/deallocation and lookup at the cost of storing an array of N pointers per sequence, where N = 2^k >= is the number of messages in the sequence */ /* #define SOAP_WSRM_FAST_ALLOC */ /** Plugin identification for plugin registry */ extern const char soap_wsrm_id[]; /** Max number of retries that soap_wsrm_check_retry can succeed */ #ifndef SOAP_WSRM_MAX_RETRIES # define SOAP_WSRM_MAX_RETRIES 100 #endif /** Max seconds to expire a non-terminated sequence and reclaim its resources */ #ifndef SOAP_WSRM_MAX_SEC_TO_EXPIRE # define SOAP_WSRM_MAX_SEC_TO_EXPIRE 600 /* 600 sec = 10 minutes */ #endif /** Seconds to timeout when sending ack messages to independent acksto server */ #ifndef SOAP_WSRM_TIMEOUT # define SOAP_WSRM_TIMEOUT 10 /* 10 sec */ #endif /** WCF channel instance default value (no channel) */ #define SOAP_WSRM_NOCHAN 0x7FFFFFFF /** @enum soap_wsrm_enable @brief wsrm engine state (on/off) */ enum soap_wsrm_enable { SOAP_WSRM_OFF, SOAP_WSRM_ON }; /** @struct soap_wsrm_data @brief Plugin data. */ struct soap_wsrm_data { enum soap_wsrm_enable state; struct soap_wsrm_sequence *seq; struct soap_wsrm_message *msg; int (*fsend)(struct soap*, const char*, size_t); int (*fpreparefinalrecv)(struct soap*); int (*fdisconnect)(struct soap*); }; /** @enum soap_wsrm_message_state @brief Message state (initial, explicit ack'ed, or explicit nack'ed) */ enum soap_wsrm_message_state { SOAP_WSRM_INIT, SOAP_WSRM_ACK, SOAP_WSRM_NACK }; /** @struct soap_wsrm_message @brief Linked list of unacknowledged messages stored for retransmission. */ struct soap_wsrm_message { enum soap_wsrm_message_state state; /**< (n)ack state */ struct soap_wsrm_content *list, *last; /**< list of content blocks */ #ifndef SOAP_WSRM_FAST_ALLOC ULONG64 num; /**< message number */ struct soap_wsrm_message *next; /**< next message in list */ #endif }; /** @struct soap_wsrm_content @brief Linked list of message content blocks. */ struct soap_wsrm_content { char *buf; size_t len; struct soap_wsrm_content *next; }; /** @struct soap_wsrm_ranges @brief Linked list of message range numbers. */ struct soap_wsrm_range { ULONG64 upper, lower; /**< range */ struct soap_wsrm_range *next; /**< next range in list */ }; /** @enum soap_wsrm_state @brief Sequence state */ enum soap_wsrm_state { SOAP_WSRM_NONE, SOAP_WSRM_UNKNOWN, SOAP_WSRM_CREATED, SOAP_WSRM_CLOSED, SOAP_WSRM_TERMINATED }; /** @struct soap_wsrm_sequence @brief Linked list of currently active message sequences. */ struct soap_wsrm_sequence { struct soap_wsrm_sequence *next; /**< next sequence */ size_t refs; /**< #refs to sequence */ short handle; /**< sequence in use by source (has a handle) */ short ackreq; /**< ack requested by dest */ const char *id; /**< sequence ID (from dest) */ const char *acksid; /**< sequence ID for ack requests (gen by source) */ const char *to; /**< to endpoint */ const char *repto; /**< reply to endpoint */ const char *acksto; /**< ack to endpoint */ time_t timestamp; /**< date/time of most recent update */ time_t expires; /**< date/time of expiration */ int retry; /**< retry count */ enum wsrm__IncompleteSequenceBehaviorType behavior; ULONG64 num; /**< message sequence num sent */ ULONG64 recvnum; /**< message num received (used to be lastnum) */ ULONG64 lastnum; /**< last message num received upon closing */ enum wsrm__FaultCodes fault; /**< sequence fault (use when error) */ enum soap_wsrm_state state; /**< sequence state */ #ifdef SOAP_WSRM_FAST_ALLOC struct soap_wsrm_message **messages; /**< array [0 .. seq->num-1] pointing to message content */ #else struct soap_wsrm_message *messages; /**< linked list of messages */ struct soap_wsrm_message *messageslast; /**< back insertion in message list */ #endif struct soap_wsrm_range *ranges; /**< ranges of received messages */ int channel; /**< callback WCF channel instance */ }; typedef struct soap_wsrm_sequence *soap_wsrm_sequence_handle; int soap_wsrm(struct soap *soap, struct soap_plugin *plugin, void *arg); int soap_wsrm_create(struct soap *soap, const char *to, const char *replyto, LONG64 expires, const char *wsa_id, soap_wsrm_sequence_handle *seq); int soap_wsrm_create_offer(struct soap *soap, const char *to, const char *replyto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq); int soap_wsrm_create_offer_acksto(struct soap *soap, const char *to, const char *replyto, const char *acksto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq); int soap_wsrm_request_num(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action, ULONG64 num); int soap_wsrm_request(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action); int soap_wsrm_request_acks(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action); int soap_wsrm_check_retry(struct soap *soap, soap_wsrm_sequence_handle seq); int soap_wsrm_resend(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper); int soap_wsrm_resend_only_nacked(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper); int soap_wsrm_close(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id); int soap_wsrm_terminate(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id); int soap_wsrm_pulse(struct soap *soap, int timeout); int soap_wsrm_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id); int soap_wsrm_non_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 nack); soap_wsrm_sequence_handle soap_wsrm_seq(struct soap *soap); void soap_wsrm_seq_release(struct soap *soap, soap_wsrm_sequence_handle seq); int soap_wsrm_seq_created(struct soap *soap, soap_wsrm_sequence_handle seq); int soap_wsrm_seq_valid(struct soap *soap, soap_wsrm_sequence_handle seq); soap_wsrm_sequence_handle soap_wsrm_seq_lookup_id(struct soap *soap, const char *id); soap_wsrm_sequence_handle soap_wsrm_seq_lookup(struct soap *soap, const char *id); void soap_wsrm_seq_free(struct soap *soap, soap_wsrm_sequence_handle seq); void soap_wsrm_cleanup(struct soap *soap); const char *soap_wsrm_to(const soap_wsrm_sequence_handle seq); const char *soap_wsrm_acksto(const soap_wsrm_sequence_handle seq); ULONG64 soap_wsrm_num(const soap_wsrm_sequence_handle seq); ULONG64 soap_wsrm_nack(const soap_wsrm_sequence_handle seq); ULONG64 soap_wsrm_msgs(const soap_wsrm_sequence_handle seq); ULONG64 soap_wsrm_recvnum(const soap_wsrm_sequence_handle seq); ULONG64 soap_wsrm_lastnum(const soap_wsrm_sequence_handle seq); int soap_wsrm_check(struct soap *soap); int soap_wsrm_check_and_wait(struct soap *soap, int timeout); int soap_wsrm_check_send_empty_response(struct soap *soap); int soap_wsrm_check_send_empty_response_and_wait(struct soap *soap, int timeout); int soap_wsrm_reply_num(struct soap *soap, int flag); int soap_wsrm_reply(struct soap *soap, const char *wsa_id, const char *wsa_action); int soap_wsrm_reply_request_acks(struct soap *soap, const char *wsa_id, const char *wsa_action); int soap_wsrm_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsrm_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsrm_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail); int soap_wsrm_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsrm_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail); int soap_wsrm_check_fault(struct soap *soap, enum wsrm__FaultCodes *fault, const char **info); int soap_wsrm_error(struct soap *soap, struct soap_wsrm_sequence *seq, enum wsrm__FaultCodes fault); void soap_wsrm_dump(struct soap *soap, FILE *fd); #ifdef __cplusplus } #endif /* Server-side generated operations from wsrm.h */ int __wsrm__CreateSequence(struct soap *soap, struct wsrm__CreateSequenceType *req, struct wsrm__CreateSequenceResponseType *res); int __wsrm__CreateSequenceResponse(struct soap *soap, struct wsrm__CreateSequenceResponseType *res); int __wsrm__CloseSequence(struct soap *soap, struct wsrm__CloseSequenceType *req, struct wsrm__CloseSequenceResponseType *res); int __wsrm__CloseSequenceResponse(struct soap *soap, struct wsrm__CloseSequenceResponseType *res); #ifdef SOAP_WSRM_2005 int __wsrm__TerminateSequence(struct soap *soap, struct wsrm__TerminateSequenceType *req, struct wsrm__TerminateSequenceType *res); #else int __wsrm__TerminateSequence(struct soap *soap, struct wsrm__TerminateSequenceType *req, struct wsrm__TerminateSequenceResponseType *res); #endif int __wsrm__TerminateSequenceResponse(struct soap *soap, struct wsrm__TerminateSequenceResponseType *res); int __wsrm__SequenceAcknowledgement(struct soap *soap); /* Client-side generated operations from wsrm.h */ SOAP_FMAC5 int SOAP_FMAC6 soap_call___wsrm__CreateSequence(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsrm__CreateSequenceType *wsrm__CreateSequence, struct wsrm__CreateSequenceResponseType *wsrm__CreateSequenceResponse); SOAP_FMAC5 int SOAP_FMAC6 soap_call___wsrm__CloseSequence(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsrm__CloseSequenceType *wsrm__CloseSequence, struct wsrm__CloseSequenceResponseType *wsrm__CloseSequenceResponse); SOAP_FMAC5 int SOAP_FMAC6 soap_call___wsrm__TerminateSequence(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsrm__TerminateSequenceType *wsrm__TerminateSequence, struct wsrm__TerminateSequenceResponseType *wsrm__TerminateSequenceResponse); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsrm__SequenceAcknowledgement(struct soap *soap, const char *soap_endpoint, const char *soap_action); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsrm__SequenceAcknowledgement(struct soap *soap, struct __wsrm__SequenceAcknowledgement *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsrm__LastMessage(struct soap *soap, const char *soap_endpoint, const char *soap_action); #endif gsoap-2.8.28/gsoap/plugin/mq.c0000644000175000017500000003526512653650150015472 0ustar ellertellert/* mq.c Inbound message queues gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref mq_0 documents the inbound message queue plugin. */ /** @page mq_0 The mq plugin for inbound message queueing and message replay The inbound message queueing plugin can be used to queue messages that should not be discarded with the WS-RM protocol's NoDiscard behavior. Messages that are out of sequence as per WS-RM protocol and should be handled by one thread (or a thread pool) should be queued for later replay and service operation invocation. If an unlimited number of threads is available, the simplest WS-RM protocol NoDiscard behavior is implemented by starting a thread for each inbound message and letting the thread block with the soap_wsrm_check_and_wait() or soap_wsrm_check_send_empty_response_and_wait() calls. However, that approach is not efficient with HTTP keep-alive because the next messages on the keep-alive socket will be blocked from being processes. This plugin is designed to process messages on an HTTP keep-alive socket even when operations block. @section mq_1 Server-Side Queueing of One-Way Messages Queueing one-way messages for internal replay is implemented with the message queueing plugin as follows, by queueing inbound messages received on a single socket and then replaying them all in sequence as received from the socket: @code #include "mq.h" struct soap *soap = soap_new1(SOAP_IO_KEEPALIVE); soap_register_plugin(soap, soap_mq); ... // port bind etc ... while (soap_valid_socket(soap_accept(soap))) { // queue all messages on this socket (socket is HTTP keep alive) // for each message received, we send HTTP 202 Accepted struct ms_queue *queue = soap_mq_queue(soap); struct ms_msg *msg; while (soap_mq_get(soap, queue)) soap_send_empty_response(soap, 202); // 202 Accept // we now internally replay all messages to invoke services // services are assumed to NOT send a response message back // i.e. one-way operations for (msg = soap_mq_begin(queue); msg; msg = soap_mq_next(msg)) soap_serve(&msg->soap); // delete all queued messages, also calls these on each queued msg state: // soap_destroy(&msg->soap); // soap_end(&msg->soap); // soap_done(&msg->soap); soap_mq_del(queue, NULL); // delete the queue (allocated in current context) soap_destroy(soap); soap_end(soap); } @endcode Alternatively, it is also possible to call soap_mq_del(queue, msg) after soap_serve(&msg->soap) to immediately delete the message after processing (calling soap_mq_next(msg) next in the loop is still valid). @section mq_2 WS-RM Server-Side Message Queueing for NoDiscard Behavior with Callback Services When messages are controlled by the WS-ReliableMessaging protocol, we can keep the WS-RM messages in a queue that were received out of order until the order is restored and queued messages can be dispatched. This WS-RM behavior is desirable with WS-RM NoDiscard. To implement this approach, we use an inbound message queue for each socket accepted and processed by a thread. @code #include "wsaapi.h" #include "wsrmapi.h" #include "mq.h" #include "threads.h" struct soap *soap = soap_new1(SOAP_IO_KEEPALIVE); soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); soap_register_plugin(soap, soap_mq); ... // port bind etc ... while (soap_valid_socket(soap_accept(soap))) { THREAD_TYPE tid; struct soap *tsoap = soap_copy(soap); if (!tsoap) { soap_closesock(soap); continue; } THREAD_CREATE(&tid, (void*(*)(void*))process_request, (void*)tsoap); } void *process_request(void *tsoap) { struct soap *soap = (struct soap*)tsoap; struct ms_queue *queue = soap_mq_queue(soap); struct ms_msg *msg; struct soap ctx; while ((msg = soap_mq_get(soap, queue)) != NULL) { // parse the message headers, if NoDiscard then keep message in queue to retry later // copy the context, since we want to preserve the original to retry later soap_copy_context(&ctx, &msg->soap); if (soap_begin_serve(&ctx)) { soap_send_fault(&ctx); // send fault, close socket soap_mq_del(queue, msg); // delete message from queue } else if (!ctx.header || !ctx.header->wsrm__Sequence) { // this is not a WS-RM message, so serve immediately soap_serve(&msg->soap); // service operations soap_mq_del(queue, msg); // delete message from queue } else if (!soap_wsrm_check(&ctx)) { // check is OK, process this WS-RM message now soap_serve(&msg->soap); // service operations SHOULD NOT call soap_wsrm_check() soap_mq_del(queue, msg); // delete message from queue } else if (ctx.error != SOAP_STOP) { // check failed, not a WS-RM message or other WS-RM error soap_send_fault(&ctx); // send fault, close socket soap_mq_del(queue, msg); // delete message from queue } soap_destroy(&ctx); soap_end(&ctx); soap_done(&ctx); } // as long as the queue is not empty and WS-RM sequence(s) not terminated, keep trying while ((msg = soap_mq_begin(queue)) != NULL) { // process queued WS-RM messages for (; msg != NULL; msg = soap_mq_next(msg)) { // try next message in queue soap_copy_context(&ctx, &msg->soap); if (!soap_begin_serve(&ctx) && !soap_wsrm_check(&ctx)) { // check is OK, process message soap_serve(&msg->soap); soap_mq_del(queue, msg); } else if (ctx.error != SOAP_STOP) soap_mq_del(queue, msg); soap_destroy(&ctx); soap_end(&ctx); soap_done(&ctx); } sleep(1); // sleep some before around we go again } return NULL; } @endcode In the first loop that runs over the messages received on the same keep-alive socket, the messages will be processed and services dispatched immediately for non-WS-RM messages and when the WS-RM check succeeds. This check is done in the server dispatch loop as shown, which means that WS-RM-based service operations SHOULD NOT call soap_wsrm_check() again. WS-RM messages that cannot be processed yet since they are out of the sequence order will remain in the queue. The second loop over the queued messages will retry to dispatch service operations according to the WS-RM message order as required by WS-RM NoDiscard sequence behavior. The loop will run until the queue is empty or when the WS-RM sequences are closed/terminated. */ #include "mq.h" #ifdef __cplusplus extern "C" { #endif const char soap_mq_id[] = SOAP_MQ_ID; static int soap_mq_init(struct soap *soap, struct soap_mq_data *data); static void soap_mq_delete(struct soap *soap, struct soap_plugin *p); static size_t soap_mq_recv(struct soap *soap, char *buf, size_t len); static int soap_mq_serveloop(struct soap *soap); static void soap_mq_set(struct soap_mq_msg *msg); /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** plugin registry function, invoked by soap_register_plugin */ int soap_mq(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_mq_id; /* create local plugin data */ p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_mq_data)); /* register the destructor */ p->fdelete = soap_mq_delete; /* if OK then initialize */ if (p->data) { if (soap_mq_init(soap, (struct soap_mq_data*)p->data)) { SOAP_FREE(soap, p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } } return SOAP_OK; } /* used by plugin registry function */ static int soap_mq_init(struct soap *soap, struct soap_mq_data *data) { data->buf = NULL; data->len = 0; return SOAP_OK; } static void soap_mq_delete(struct soap *soap, struct soap_plugin *p) { /* free allocated plugin data. If fcopy() is not set, then this function is not called for all copies of the plugin created with soap_copy(). In this example, the fcopy() callback is omitted and the plugin data is shared by the soap copies created with soap_copy() */ SOAP_FREE(soap, p->data); } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ static size_t soap_mq_recv(struct soap *soap, char *buf, size_t len) { struct soap_mq_data *data = (struct soap_mq_data*)soap_lookup_plugin(soap, soap_mq_id); if (!data) { soap->error = SOAP_PLUGIN_ERROR; return 0; } if (data->len < len) { len = data->len; data->len = 0; } soap_memcpy(buf, len, data->buf, len); data->buf += len; return len; } static int soap_mq_serveloop(struct soap *soap) { return soap->error = SOAP_STOP; } /******************************************************************************\ * * Queue Operations * \******************************************************************************/ /** @fn struct soap_mq_queue *soap_mq_queue(struct soap *soap) @brief Create a new queue structure allocated in the current context. Will be deallocated with soap_end(soap). Use soap_mq_get() to receive a message from the current socket to add to the queue. @param soap current context @return pointer to the queue structure */ struct soap_mq_queue * soap_mq_queue(struct soap *soap) { struct soap_mq_queue *mq = (struct soap_mq_queue*)soap_malloc(soap, sizeof(struct soap_mq_queue)); if (mq) mq->head = mq->tail = NULL; return mq; } /** @fn struct soap_mq_msg *soap_mq_get(struct soap *soap, struct soap_mq_queue *mq) @brief Receive message from socket and queue it at the end of the queue. @param soap current context @param mq pointer to the message queue structure created by soap_mq_queue() @return pointer to the message received and queued, or NULL */ struct soap_mq_msg * soap_mq_get(struct soap *soap, struct soap_mq_queue *mq) { struct soap_mq_data *data; struct soap_mq_msg *msg; if (soap_begin_recv(soap)) return NULL; msg = (struct soap_mq_msg*)soap_malloc(soap, sizeof(soap_mq_msg)); if (!msg) { soap->error = SOAP_EOM; return NULL; } msg->next = NULL; soap_copy_context(&msg->soap, soap); msg->buf = soap_get_http_body(soap, &msg->len); soap_end_recv(soap); if (!msg->buf) return NULL; soap_mq_set(msg); if (!mq->head) mq->head = mq->tail = msg; else mq->tail = mq->tail->next = msg; return msg; } /** @fn struct soap_mq_msg *soap_mq_begin(struct soap_mq_queue *mq) @brief Get first message in queue. Use msg->soap to invoke service from the queued message, as in soap_serve(&msg->soap). @param mq pointer to the message queue structure created by soap_mq_queue() @return pointer to first message in the queue, or NULL */ struct soap_mq_msg * soap_mq_begin(struct soap_mq_queue *mq) { struct soap_mq_msg *msg = mq->head; if (msg) soap_mq_set(msg); return msg; } /** @fn struct soap_mq_msg *soap_mq_next(struct soap_mq_msg *msg) @brief Get next message in queue. Use msg->soap to invoke service from the queued message, as in soap_serve(&msg->soap). @param msg pointer to current message in the queue @return pointer to next message in the queue, or NULL */ struct soap_mq_msg * soap_mq_next(struct soap_mq_msg *msg) { if (msg) msg = msg->next; if (msg) soap_mq_set(msg); return msg; } /** @fn void soap_mq_del(struct soap_mq_queue *mq, struct soap_mq_msg *msg) @brief Delete message from queue, e.g. after processing it. Delete entire queue when msg==NULL. Note: structures will be deallocated with deallocation with soap_end(). @param mq pointer to the queue structure @param msg pointer to a message in the queue, when NULL delete entire queue */ void soap_mq_del(struct soap_mq_queue *mq, struct soap_mq_msg *msg) { if (mq) { struct soap_mq_msg *p = mq->head; if (msg) { if (p == msg) mq->head = msg->next; else { while (p && p->next != msg) p = p->next; if (p) { p->next = msg->next; if (mq->tail == msg) mq->tail = p; } } soap_destroy(&msg->soap); soap_end(&msg->soap); soap_done(&msg->soap); } else { while (p) { soap_destroy(&p->soap); soap_end(&p->soap); soap_done(&p->soap); p = p->next; } mq->head = mq->tail = NULL; } } } static void soap_mq_set(struct soap_mq_msg *msg) { struct soap_mq_data *data = (struct soap_mq_data*)soap_lookup_plugin(&msg->soap, soap_mq_id); if (data) { data->buf = msg->buf; data->len = msg->len; soap_clr_imode(&msg->soap, SOAP_IO_CHUNK | SOAP_ENC_ZLIB | SOAP_ENC_SSL); msg->soap.frecv = soap_mq_recv; msg->soap.fserveloop = soap_mq_serveloop; } } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/wsddapi.h0000644000175000017500000004310412653650150016504 0ustar ellertellert/* wsddapi.h WS-Discovery 1.1 and 1.0 (WSDD) plugin API See gsoap/doc/wsdd for the WSDD plugin user guide. gSOAP XML Web services tools Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2011, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef WSDDAPI_H #define WSDDAPI_H #include "wsaapi.h" /* also includes soapH.h, change wsaapi.h if needed */ #include "threads.h" /* threads and locks from plugin/threads.h */ /******************************************************************************\ * * Common Constants * \******************************************************************************/ /** A Target Service MUST wait t (ms) to elapse before sending the message, where 0 < t < APP_MAX_DELAY is randomly choosen. The default APP_MAX_DELAY is 500 ms. */ #ifndef SOAP_WSDD_APP_MAX_DELAY # define SOAP_WSDD_APP_MAX_DELAY (500) /* ms delay */ #endif /** If the DP is unresponsive after DP_MAX_TIMEOUT, or if the Client finds the responses from the DP unsatisfactory, the Client reverts to using the multicast messages. */ #ifdef SOAP_WSDD_DP_MAX_TIMEOUT # define SOAP_WSDD_DP_MAX_TIMEOUT (5000) /* ms timeout */ #endif /** Managed or ad-hoc mode */ typedef enum soap_wsdd_mode {SOAP_WSDD_MANAGED, SOAP_WSDD_ADHOC} soap_wsdd_mode; /** Send message to Target Service (TS) or Discovery Proxy (DP) */ typedef enum soap_wsdd_to { SOAP_WSDD_TO_DP, SOAP_WSDD_TO_TS } soap_wsdd_to; /******************************************************************************\ * * WS-Discovery operations (copied here from soapClient.cpp) * \******************************************************************************/ SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__Hello(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__HelloType *wsdd__Hello); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__Hello(struct soap *soap, struct __wsdd__Hello *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__Bye(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__ByeType *wsdd__Bye); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__Bye(struct soap *soap, struct __wsdd__Bye *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__Probe(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__ProbeType *wsdd__Probe); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__Probe(struct soap *soap, struct __wsdd__Probe *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__ProbeMatches(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__ProbeMatchesType *wsdd__ProbeMatches); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__ProbeMatches(struct soap *soap, struct __wsdd__ProbeMatches *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__Resolve(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__ResolveType *wsdd__Resolve); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__Resolve(struct soap *soap, struct __wsdd__Resolve *); SOAP_FMAC5 int SOAP_FMAC6 soap_send___wsdd__ResolveMatches(struct soap *soap, const char *soap_endpoint, const char *soap_action, struct wsdd__ResolveMatchesType *wsdd__ResolveMatches); SOAP_FMAC5 int SOAP_FMAC6 soap_recv___wsdd__ResolveMatches(struct soap *soap, struct __wsdd__ResolveMatches *); /******************************************************************************\ * * WS-Discovery Operations * \******************************************************************************/ #ifdef __cplusplus extern "C" { #endif void soap_wsdd_set_InstanceId(unsigned int InstanceId); void soap_wsdd_set_SequenceId(const char *SequenceId); int soap_wsdd_Hello(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion); int soap_wsdd_Bye(struct soap *soap, soap_wsdd_mode mode, const char *endpoint, const char *MessageID, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion); int soap_wsdd_Probe(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *Types, const char *Scopes, const char *MatchBy); int soap_wsdd_Resolve(struct soap *soap, soap_wsdd_mode mode, soap_wsdd_to to, const char *endpoint, const char *MessageID, const char *ReplyTo, const char *EndpointReference); void soap_wsdd_init_ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *matches); int soap_wsdd_add_ProbeMatch(struct soap *soap, struct wsdd__ProbeMatchesType *matches, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion); int soap_wsdd_ProbeMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, struct wsdd__ProbeMatchesType *matches); int soap_wsdd_ResolveMatches(struct soap *soap, const char *endpoint, const char *MessageID, const char *RelatesTo, const char *To, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion); int soap_wsdd_listen(struct soap *soap, int timeout); int soap_wsdd_serve_request(struct soap *soap); #ifdef __cplusplus } #endif int __wsdd__Hello(struct soap *soap, struct wsdd__HelloType *Hello); int __wsdd__Bye(struct soap *soap, struct wsdd__ByeType *Bye); int __wsdd__Probe(struct soap *soap, struct wsdd__ProbeType *Probe); int __wsdd__ProbeMatches(struct soap *soap, struct wsdd__ProbeMatchesType *ProbeMatches); int __wsdd__Resolve(struct soap *soap, struct wsdd__ResolveType *Resolve); int __wsdd__ResolveMatches(struct soap *soap, struct wsdd__ResolveMatchesType *ResolveMatches); /******************************************************************************\ * * User-defined WS-Discovery event handlers * \******************************************************************************/ /** @fn void wsdd_event_Hello(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion) @brief Handles and registers a Hello event from a TS or DP joining the network. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] InstanceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] SequenceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageNumber (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageID WS-Addressing message ID of the Hello message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the Hello message @param[in] EndpointReference of the Target Service or Discovery Proxy that joins @param[in] Types an unordered string of QNames of services provided by the Target Service or Discovery Proxy where a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of Scopes the Target Service or Discovery Proxy is in @param[in] MatchBy unused (reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service Hello is a one-way message sent by a Target Service to announce its availability when it joins the network. It is also sent by a Discovery Proxy to reduce multicast traffic on an ad hoc network. To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ void wsdd_event_Hello(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int MetadataVersion); /** @fn void wsdd_event_Bye(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int *MetadataVersion) @brief Handles and registers a Bye event from a TS or DP leaving the network. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] InstanceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] SequenceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageNumber (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageID WS-Addressing message ID of the Bye message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the Bye message @param[in] EndpointReference of the Target Service or Discovery Proxy @param[in] Types an unordered string of QNames of services provided by the Target Service or Discovery Proxy where a Discovery Proxy MUST include "wsdd:DiscoveryProxy" @param[in] Scopes an unordered set of Scopes the Target Service or Discovery Proxy is in @param[in] MatchBy unused (reserved) @param[in] XAddrs contains the transport address(es) that MAY be used to communicate with the Target Service or Discovery Proxy @param[in] MetadataVersion incremented by a positive value (>= 1) whenever there is a change in the metadata of the Target Service Bye is a one-way message sent by a Target Service to announce its unavailability as a best effort when it leaves the network. To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ void wsdd_event_Bye(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, const char *EndpointReference, const char *Types, const char *Scopes, const char *MatchBy, const char *XAddrs, unsigned int *MetadataVersion); /** @fn soap_wsdd_mode wsdd_event_Probe(struct soap *soap, const char *MessageID, const char *ReplyTo, const char *Types, const char *Scopes, const char *MatchBy, struct wsdd__ProbeMatchesType *matches) @brief Handles a Probe event from a Client. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] MessageID WS-Addressing message ID of the message @param[in] ReplyTo WS-Addressing ReplyTo message ID of the message @param[in] Types an unordered string of QNames to probe @param[in] Scopes an unordered set of scopes to probe @param[in] MatchBy matching rule to apply for this probe @param[out] matches contains probe matches returned by event handler, use @ref soap_wsdd_add_ProbeMatch to populate the matches in the handler @return managed (SOAP_WSDD_MANAGED) or ad-hoc (SOAP_WSDD_ADHOC) mode to use to return the matches A Client sends a probe to find Target Services by the Type of the Target Service, a Scope in which the Target Service resides, both, or simply all Target Services. The matches are returned by this server-side event handler that match the Client's probe. To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ soap_wsdd_mode wsdd_event_Probe(struct soap *soap, const char *MessageID, const char *ReplyTo, const char *Types, const char *Scopes, const char *MatchBy, struct wsdd__ProbeMatchesType *matches); /** @fn void wsdd_event_ProbeMatches(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, struct wsdd__ProbeMatchesType *matches) @brief Handles a Probe event from a Client. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] InstanceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] SequenceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageNumber (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageID WS-Addressing message ID of the message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the message @param[in] matches contains the probe matches A Client sends a probe to find Target Services by the Type of the Target Service, a Scope in which the Target Service resides, both, or simply all Target Services. The matches are provided to this client-side event handler. To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ void wsdd_event_ProbeMatches(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, struct wsdd__ProbeMatchesType *matches); /** @fn soap_wsdd_mode wsdd_event_Resolve(struct soap *soap, const char *MessageID, const char *ReplyTo, const char *EndpointReference, struct wsdd__ResolveMatchType *match); @brief Handles a Resolve event from a Client. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] MessageID WS-Addressing message ID of the message @param[in] ReplyTo WS-Addressing ReplyTo message ID of the message @param[in] EndpointReference of the Target Service or Discovery Proxy @param[out] match contains the match returned by the event handler @return managed (SOAP_WSDD_MANAGED) or ad-hoc (SOAP_WSDD_ADHOC) mode to use to return the matches A Client sends a resolve to locate a Target Service, i.e., to retrieve its transport address(es). This server-side event handler returns the match(es). To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ soap_wsdd_mode wsdd_event_Resolve(struct soap *soap, const char *MessageID, const char *ReplyTo, const char *EndpointReference, struct wsdd__ResolveMatchType *match); /** @fn void wsdd_event_ResolveMatches(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, struct wsdd__ResolveMatchType *match) @brief Handles a Probe event from a Client. @param soap context (use soap->user as a pointer to a global state if needed) @param[in] InstanceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] SequenceId (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageNumber (see WS-Discovery 1.1 Section 7 Application Sequencing) @param[in] MessageID WS-Addressing message ID of the message @param[in] RelatesTo WS-Addressing RelatesTo message ID of the message @param[in] match contains the resolve match A Client sends a resolve to locate a Target Service, i.e., to retrieve its transport address(es). This client-side event handler receives the match. To maintain a global state between events, for example to internally register Target Services, Discovery Proxies, and update the status of these, use void *soap->user to point to a global state (that you need to define). */ void wsdd_event_ResolveMatches(struct soap *soap, unsigned int InstanceId, const char *SequenceId, unsigned int MessageNumber, const char *MessageID, const char *RelatesTo, struct wsdd__ResolveMatchType *match); #endif gsoap-2.8.28/gsoap/plugin/smdevp.h0000644000175000017500000002617712653650150016362 0ustar ellertellert/* smdevp.h gSOAP interface for (signed) message digest gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef SMDEVP_H #define SMDEVP_H #include "stdsoap2.h" #include #include #include #ifdef __cplusplus extern "C" { #endif /** Expose EVP_PKEY in a portable representation */ #define SOAP_SMD_KEY_TYPE EVP_PKEY /** Expose EVP_MAX_MD_SIZE in a portable representation */ #define SOAP_SMD_MAX_SIZE EVP_MAX_MD_SIZE /** MD5 digest size in octets */ #define SOAP_SMD_MD5_SIZE (16) /** SHA1 digest size in octets */ #define SOAP_SMD_SHA1_SIZE (20) /** SHA224 digest size in octets */ #define SOAP_SMD_SHA224_SIZE (28) /** SHA256 digest size in octets */ #define SOAP_SMD_SHA256_SIZE (32) /** SHA384 digest size in octets */ #define SOAP_SMD_SHA384_SIZE (48) /** SHA512 digest size in octets */ #define SOAP_SMD_SHA512_SIZE (64) /******************************************************************************\ * * Supported algorithms * \******************************************************************************/ #define SOAP_SMD_NONE (0x0000) #define SOAP_SMD_HASH (0x000F) #define SOAP_SMD_ALGO (0x0030) #define SOAP_SMD_MASK (0x01FF) /** MD5 HASH */ #define SOAP_SMD_MD5 (0x00) /** SHA1 HASH */ #define SOAP_SMD_SHA1 (0x01) /** SHA224 HASH */ #define SOAP_SMD_SHA224 (0x02) /** SHA256 HASH */ #define SOAP_SMD_SHA256 (0x03) /** SHA384 HASH */ #define SOAP_SMD_SHA384 (0x04) /** SHA512 HASH */ #define SOAP_SMD_SHA512 (0x05) /** HMAC ALGO */ #define SOAP_SMD_HMAC (0x00) /** Digest ALGO */ #define SOAP_SMD_DGST (0x10) /** Sign ALGO */ #define SOAP_SMD_SIGN (0x20) /** Verify ALGO */ #define SOAP_SMD_VRFY (0x30) /** DSA Sign/Verify ALGO */ #define SOAP_SMD_DSA (0x40) /** ECDSA Sign/Verify ALGO */ #define SOAP_SMD_ECDSA (0x80) /** Additional flag: msg sends will pass through digest/signature algorithm */ #define SOAP_SMD_PASSTHRU (0x100) /** HMAC-MD5 shared key signature algorithm */ #define SOAP_SMD_HMAC_MD5 (SOAP_SMD_HMAC | SOAP_SMD_MD5) /** HMAC-SHA1 shared key signature algorithm */ #define SOAP_SMD_HMAC_SHA1 (SOAP_SMD_HMAC | SOAP_SMD_SHA1) /** HMAC-SHA224 shared key signature algorithm */ #define SOAP_SMD_HMAC_SHA224 (SOAP_SMD_HMAC | SOAP_SMD_SHA224) /** HMAC-SHA256 shared key signature algorithm */ #define SOAP_SMD_HMAC_SHA256 (SOAP_SMD_HMAC | SOAP_SMD_SHA256) /** HMAC-SHA384 shared key signature algorithm */ #define SOAP_SMD_HMAC_SHA384 (SOAP_SMD_HMAC | SOAP_SMD_SHA384) /** HMAC-SHA512 shared key signature algorithm */ #define SOAP_SMD_HMAC_SHA512 (SOAP_SMD_HMAC | SOAP_SMD_SHA512) /** DGST-MD5 digest algorithm */ #define SOAP_SMD_DGST_MD5 (SOAP_SMD_DGST | SOAP_SMD_MD5) /** DGST-SHA1 digest algorithm */ #define SOAP_SMD_DGST_SHA1 (SOAP_SMD_DGST | SOAP_SMD_SHA1) /** DGST-SHA224 digest algorithm */ #define SOAP_SMD_DGST_SHA224 (SOAP_SMD_DGST | SOAP_SMD_SHA224) /** DGST-SHA256 digest algorithm */ #define SOAP_SMD_DGST_SHA256 (SOAP_SMD_DGST | SOAP_SMD_SHA256) /** DGST-SHA384 digest algorithm */ #define SOAP_SMD_DGST_SHA384 (SOAP_SMD_DGST | SOAP_SMD_SHA384) /** DGST-SHA512 digest algorithm */ #define SOAP_SMD_DGST_SHA512 (SOAP_SMD_DGST | SOAP_SMD_SHA512) /** RSA-MD5 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_MD5 (SOAP_SMD_SIGN | SOAP_SMD_MD5) /** RSA-SHA1 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_SHA1 (SOAP_SMD_SIGN | SOAP_SMD_SHA1) /** RSA-SHA224 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_SHA224 (SOAP_SMD_SIGN | SOAP_SMD_SHA224) /** RSA-SHA256 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_SHA256 (SOAP_SMD_SIGN | SOAP_SMD_SHA256) /** RSA-SHA384 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_SHA384 (SOAP_SMD_SIGN | SOAP_SMD_SHA384) /** RSA-SHA512 secret key signature algorithm */ #define SOAP_SMD_SIGN_RSA_SHA512 (SOAP_SMD_SIGN | SOAP_SMD_SHA512) /** DSA-MD5 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_MD5 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_MD5) /** DSA-SHA1 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_SHA1 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_SHA1) /** DSA-SHA224 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_SHA224 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_SHA224) /** DSA-SHA256 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_SHA256 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_SHA256) /** DSA-SHA384 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_SHA384 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_SHA384) /** DSA-SHA512 secret key signature algorithm */ #define SOAP_SMD_SIGN_DSA_SHA512 (SOAP_SMD_SIGN | SOAP_SMD_DSA | SOAP_SMD_SHA512) /** ECDSA-MD5 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_MD5 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_MD5) /** ECDSA-SHA1 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_SHA1 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_SHA1) /** ECDSA-SHA224 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_SHA224 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_SHA224) /** ECDSA-SHA256 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_SHA256 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_SHA256) /** ECDSA-SHA384 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_SHA384 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_SHA384) /** ECDSA-SHA512 secret key signature algorithm */ #define SOAP_SMD_SIGN_ECDSA_SHA512 (SOAP_SMD_SIGN | SOAP_SMD_ECDSA | SOAP_SMD_SHA512) /** RSA-MD5 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_MD5 (SOAP_SMD_VRFY | SOAP_SMD_MD5) /** RSA-SHA1 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_SHA1 (SOAP_SMD_VRFY | SOAP_SMD_SHA1) /** RSA-SHA224 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_SHA224 (SOAP_SMD_VRFY | SOAP_SMD_SHA224) /** RSA-SHA256 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_SHA256 (SOAP_SMD_VRFY | SOAP_SMD_SHA256) /** RSA-SHA384 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_SHA384 (SOAP_SMD_VRFY | SOAP_SMD_SHA384) /** RSA-SHA512 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_RSA_SHA512 (SOAP_SMD_VRFY | SOAP_SMD_SHA512) /** DSA-MD5 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_MD5 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_MD5) /** DSA-SHA1 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_SHA1 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_SHA1) /** DSA-SHA224 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_SHA224 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_SHA224) /** DSA-SHA256 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_SHA256 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_SHA256) /** DSA-SHA384 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_SHA384 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_SHA384) /** DSA-SHA512 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_DSA_SHA512 (SOAP_SMD_VRFY | SOAP_SMD_DSA | SOAP_SMD_SHA512) /** ECDSA-MD5 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_MD5 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_MD5) /** ECDSA-SHA1 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_SHA1 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_SHA1) /** ECDSA-SHA224 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_SHA224 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_SHA224) /** ECDSA-SHA256 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_SHA256 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_SHA256) /** ECDSA-SHA384 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_SHA384 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_SHA384) /** ECDSA-SHA512 secret key signature verification algorithm */ #define SOAP_SMD_VRFY_ECDSA_SHA512 (SOAP_SMD_VRFY | SOAP_SMD_ECDSA | SOAP_SMD_SHA512) /** @struct soap_smd_data @brief The smdevp engine context data, which is hooked up to soap->data[0] */ struct soap_smd_data { int alg; /**< The digest or signature algorithm used */ void *ctx; /**< EVP_MD_CTX or HMAC_CTX */ const void *key; /**< EVP_PKEY */ int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); soap_mode mode; /**< to preserve soap->mode value */ }; /******************************************************************************\ * * soap_smd API functions * \******************************************************************************/ size_t soap_smd_size(int alg, const void *key); int soap_smd_begin(struct soap *soap, int alg, const void *key, int keylen); int soap_smd_end(struct soap *soap, char *buf, int *len); int soap_smd_init(struct soap *soap, struct soap_smd_data *data, int alg, const void *key, int keylen); int soap_smd_update(struct soap *soap, struct soap_smd_data *data, const char *buf, size_t len); int soap_smd_final(struct soap *soap, struct soap_smd_data *data, char *buf, int *len); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/wsaapi.c0000644000175000017500000016343312653650150016340 0ustar ellertellert/* wsaapi.c WS-Addressing plugin. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsa_0 documents the wsa plugin for WS-Addressing (2003/2004/2005 standards) support. */ /** @page wsa_0 The WS-Addressing plugin [TOC] @section wsa_1 WS-Addressing Setup The material in this section relates to the WS-Addressing specification. To use the wsa plugin: -# Run wsdl2h -t typemap.dat on a WSDL of a service that requires WS-Addressing headers. The typemap.dat file included in the gSOAP package is used to recognize and translate Addressing header blocks. -# Run soapcpp2 -a on the header file produced by wsdl2h. To enable addressing-based service operation selection, you MUST use soapcpp2 option -a. This allows the service to dispatch methods based on the WS-Addressing action information header value (when the wsa plugin is registered). -# (Re-)compile and link stdsoap2.c/pp or libgsoap, (dom.c/pp when needed), wsaapi.c and the soapcpp2-generated source files. -# Use the wsa plugin API functions described below. An example wsa client/server application can be found in `gsoap/samples/wsa`. A gSOAP service definitions header file with a `#import "wsa.h"` to support WS-Addressing is automatically generated by wsdl2h for a set of WSDLs that use WS-Addressing. The wsdl2h-generated header file should be further processed by soapcpp2 to generate the binding code. The wsaapi.h and wsaapi.c implement the WS-Addressing API described in this document. A wsdl2h-generated service definitions header file might include the following imports: @code #import "soap12.h" #import "wsa.h" // or wsa3.h (2003/03), wsa4.h (2004/03), wsa5.h (2005/03) @endcode The wsa.h header file is imported from import/wsa.h when soapcpp2 is run on this file. The wsa.h import can be manually added to enable WS-Addressing when needed. The gSOAP service definitions header file is processed with soapcpp2 to generate the client-side and/or server-side binding code. Note that the wsa.h, wsa3.h, wsa4.h, and wsa5.h header files are located in the import directory of the gSOAP package. These files define the WS-Addressing information header elements and types. The soap12.h header file enables SOAP 1.2 messaging. For developers: the WS-Addressing header blocks in wsa.h (and others) were generated from the WS-Addressing schema with the wsdl2h tool and WS/WS-typemap.dat as follows: wsdl2h -cegy -o wsa.h -t WS/WS-typemap.dat WS/WS-Addressing.xsd Refer to wsa.h for more details. @section wsa_2 Client-side Usage @subsection wsa_2_1 Constructing WS-Addressing Information Headers To associate WS-Addressing information headers with service operations, the SOAP Header struct `SOAP_ENV__Header` must have been defined and for each service operation that uses WS-Addressing method-header-part directives should be used in the gSOAP service definitions header file as follows: @code #import "wsa.h" //gsoap ns service method-header-part: example wsa__MessageID //gsoap ns service method-header-part: example wsa__RelatesTo //gsoap ns service method-header-part: example wsa__From //gsoap ns service method-header-part: example wsa__ReplyTo //gsoap ns service method-header-part: example wsa__FaultTo //gsoap ns service method-header-part: example wsa__To //gsoap ns service method-header-part: example wsa__Action //gsoap ns service method-action: example urn:example/examplePort/example int ns__example(char *in, struct ns__exampleResponse *out); @endcode Note that the use of wsa versions determines the wsa prefix, e.g. use `wsa5` for the latest WS-Addressing as in `wsa5__MessageID`. In the client-side code, the WS-Addressing information headers are set with `soap_wsa_request` by passing an optional message UUID string, a mandatory destination address URI string, and a mandatory request action URI string. The wsa plugin should be registered with the current soap struct context. An optional source address information header can be added with `soap_wsa_add_From` (must be invoked after the `soap_wsa_request` call). For example: @code #include "wsaapi.h" soap_register_plugin(soap, soap_wsa); if (soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction)) || soap_wsa_add_From(soap, FromAddress)) // optional: add a 'From' address ... // error: out of memory if (soap_call_ns__example(soap, ToAddress, NULL, ...)) soap_print_fault(soap, stderr); // an error occurred else // process the response @endcode To generate a UUID for the RequestMessageID, use: @code const char *RequestMessageID = soap_wsa_rand_uuid(soap); @endcode @subsection wsa_2_2 Information Headers for Relaying Server Responses To relay the response to another destination, the WS-Addressing ReplyTo information header is added with `soap_wsa_add_ReplyTo` by passing a reply address URI string. The service returns "HTTP 202 ACCEPTED" to the client when the response message relay was successful. For example: @code #include "wsaapi.h" soap_register_plugin(soap, soap_wsa); if (soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction) || soap_wsa_add_From(soap, FromAddress) // optional: add a 'From' address || soap_wsa_add_ReplyTo(soap, ReplyToAddress)) ... // error: out of memory if (soap_call_ns__example(soap, ToAddress, NULL, ...)) { if (soap->error == 202) // HTTP ACCEPTED printf("Request was accepted and results were forwarded\n"); else soap_print_fault(soap, stderr); // an error occurred } else // unexpected OK: for some reason the response was not relayed @endcode Note: the response message will be relayed when the From address is absent or different than the ReplyTo address @subsection wsa_2_3 Information Headers for Relaying Server Faults To relay a server fault message to another destination, the WS-Addressing FaultTo information header is added with `soap_wsa_add_FaultTo` by passing a relay address URI string. The service returns "HTTP 202 ACCEPTED" to the client when the fault was relayed. For example: @code #include "wsaapi.h" soap_register_plugin(soap, soap_wsa); if (soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction) || soap_wsa_add_From(soap, FromAddress) // optional: add a 'From' address || soap_wsa_add_FaultTo(soap, FaultToAddress)) ... // error: out of memory if (soap_call_ns__example(soap, ToAddress, NULL, ...)) { if (soap->error == 202) // HTTP ACCEPTED printf("A fault occurred and the fault details were forwarded\n"); else soap_print_fault(soap, stderr); // a connection error occurred } else ... // process response @endcode Note that the call can still return a fault, such as a connection error when the service is not responding. In addition to the fault relay, the responses can be relayed with `soap_wsa_add_ReplyTo`. @subsection wsa_2_4 Error Handling SOAP and HTTP errors set the soap->error attribute, as shown in this example: @code if (soap_call_ns__example(soap, ToAddress, NULL, ...)) { if (soap->error == 202) // HTTP ACCEPTED printf("A fault occurred and the fault details were forwarded\n"); else soap_print_fault(soap, stderr); // a connection error occurred } else ... // process response @endcode When a WS-Addressing error occurred, the wsa error code is stored in the SOAP Fault Subcode field. This information can be retrieved with: @code wsa__FaultSubcodeValues fault; if (soap_wsa_check_fault(soap, &fault)) { switch (fault) { case wsa__InvalidMessageInformationHeader: ... case wsa__MessageInformationHeaderRequired: ... case wsa__DestinationUreachable: ... case wsa__ActionNotSupported: ... case wsa__EndpointUnavailable: ... } } @endcode When using wsa5.h, please refer to the standards and fault codes for this implementation. For the wsa5.h 2005/03 standard, several faults have an additional parameter (SOAP Fault detail): @code wsa5__FaultCodesType fault; char *info; if (soap_wsa_check_fault(soap, &fault, &info)) { switch (fault) { case wsa5__InvalidAddressingHeader: if (info) printf("The invalid addressing header element is %s\n", info); ... } } @endcode @subsection wsa_2_5 Combining WS-Addressing with WS-Security WS-Security can be combined with WS-Addressing. To sign WS-Addressing header blocks, use the `soap_wsse_set_wsu_id` WSSE-plugin call to set the wsu:Id attribute and signing of these attributed elements. For example, suppose we use WS-Addressing 2005: @code #include "wsaapi.h" #include "wsseapi.h" soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsse); soap_wsse_set_wsu_id(soap, "wsa5:From wsa5:To wsa5:ReplyTo wsa5:FaultTo wsa5:Action"); if (soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction) || soap_wsa_add_From(soap, FromAddress) // optional: add a 'From' address || soap_wsa_add_FaultTo(soap, FaultToAddress)) ... // error: out of memory if (soap_call_ns__example(soap, ToAddress, NULL, ...)) ... // error @endcode Note: `soap_wsse_set_wsu_id` should only be set once. Each new call overrides the previous. For more details on WS-Security, please see the [WS-Security plugin documentation](../../wsse/html/index.html). @section wsa_3 Server-side Usage The wsa plugin should be registered with: @code soap_register_plugin(soap, soap_wsa); @endcode Once the plugin is registered, the `soap_bind`, `soap_accept`, and `soap_serve` functions can be called to process requests and semi-automatically handle the WS-Addressing header blocks. Important: to dispatch service operations based on the WS-Addressing wsa:Action information header, you must use soapcpp2 option `-a`. The generates a new dispatcher (in soapServer.c) based on the action value. A service operation implementation should use `soap_wsa_check` at the start of its execution to verify the validity of the WS-Addressing information headers in the SOAP request message. To allow response message to be automatically relayed based on the ReplyTo information header, the service operation should return `soap_wsa_reply` with an optional message UUID string and a mandatory response action string. The response action string is documented in the wsdl2h-generated .h file for this service operation. For example: @code int ns__example(struct soap *soap, char *in, struct ns__exampleResponse *out) { if (soap_wsa_check(soap)) return soap->error; // ... service logic return soap_wsa_reply(soap, ResponseMessageID, ResponseAction); } @endcode To return a SOAP fault that is automatically relayed to a fault service based on the FaultTo information header, the `soap_wsa_sender_fault`, `soap_wsa_receiver_fault`, `soap_wsa_sender_fault_subcode`, and `soap_wsa_receiver_fault_subcode` functions should be used instead of the usual `soap_sender_fault`, `soap_receiver_fault`, `soap_sender_fault_subcode`, and `soap_receiver_fault_subcode`, respectively: In case a Action must be associated with a SOAP Fault, use the `soap_wsa_sender_fault_subcode_action` and `soap_wsa_receiver_fault_subcode_action` functions to set the WS-Addressing Action (and HTTP SOAP Action header as well). For example, the following service operation illustrates the use of `soap_wsa_check` to verify and process WS-Addressing header blocks and `soap_wsa_reply` to enable responses to be relayed as per ReplyTo address in the WS-Addressing header: @code int ns__example(struct soap *soap, char *in, struct ns__exampleResponse *out) { if (soap_wsa_check(soap)) return soap->error; // ... service logic // ... an error occurred, need to return fault possibly to fault service: return soap_wsa_sender_fault(soap, "Exception in service operation", NULL); // ... normal execution continues return soap_wsa_reply(soap, ResponseMessageID, ResponseAction); } @endcode @section wsa_4 HTTPS Server-side Usage To enable HTTPS (SSL/TSL) servers, compile the sources with -DWITH_OPENSSL (and link with libgsoapssl, libssl, and libcrypto). Because WS-Addressing may relay messages over HTTPS as a sender (client), you must initialize the SSL context for server and client uses. Therefore, the context must have access to all the certificates need to verify the authenticity of the ReplyTo and FaultTo HTTPS servers. To do so, use the following SSL initialization before `soap_bind`: @code struct soap *soap = soap_new(); if (soap_ssl_server_context(soap, SOAP_SSL_DEFAULT, "server.pem", // the keyfile (server should authenticate) "password", // password to read the key file "cacert.pem", // cacert file to store trusted certificates (role as client) NULL, // optional capath NULL, // DH file name or DH param key len bits, when NULL use RSA NULL, // file with random data to seed randomness "myserver" // unique server identification for SSL session cache )) { soap_print_fault(soap, stderr); ... } soap->bind_flags = SO_REUSEADDR; if (!soap_valid_socket(soap_bind(soap, NULL, port, 100))) { soap_print_fault(soap, stderr); ... } @endcode @section wsa_5 Implementing a Server for Handling ReplyTo Response Messages To implement a separate server for handling relayed SOAP response messages based on the ReplyTo information header in the request message, the gSOAP header file should include a one-way service operation for the response message. These one-way response service operations are automatically generated with wsdl2h option `-b`. For example, suppose a service operation returns an exampleResponse message. We declare the one-way exampleResponse operation as follows: @code #import "wsa.h" //gsoap ns service method-header-part: exampleResult wsa__MessageID //gsoap ns service method-header-part: exampleResult wsa__RelatesTo //gsoap ns service method-header-part: exampleResult wsa__From //gsoap ns service method-header-part: exampleResult wsa__ReplyTo //gsoap ns service method-header-part: exampleResult wsa__FaultTo //gsoap ns service method-header-part: exampleResult wsa__To //gsoap ns service method-header-part: exampleResult wsa__Action //gsoap ns service method-action: exampleResult urn:example/examplePort/exampleResponse int ns__exampleResponse(char *out, void); @endcode Note that the action information is important, because it is used by the service dispatcher (assuming soapcpp2 option `-a` is used). The implementation in the server code uses soap_wsa_check() to check the presense and validity of the WS-Addressing information header in the message. The `soap_send_empty_response` function should be used to return an acknowledgment HTTP header with "HTTP 202 ACCEPTED" to the sender: @code int ns__exampleResponse(struct soap *soap, char *out) { if (soap_wsa_check(soap)) return soap_send_empty_response(soap, 500); // HTTP 500 Internal Server Error // ... service logic return soap_send_empty_response(soap, SOAP_OK); // HTTP 202 ACCEPTED } @endcode @section wsa_6 Implementing a Server for Handling FaultTo Fault Messages To implement a separate server for handling relayed SOAP fault messages based on the FaultTo information header in the request message, the gSOAP header file for soapcpp2 should include a SOAP fault service operation. This operation accepts fault messages that are relayed by other services. Basically, we use a trick to generate the SOAP-ENV:Fault struct via a one-way service operation. This allows us both to implement a one-way service operation that accepts faults and to automatically generate the fault struct for fault data storage and manipulation. The fault operation in the WS-Addressing files (wsa5.h etc.) is declared as follows (here shown for the 2004/08 standard): @code //gsoap SOAP_ENV service method-action: Fault http://schemas.xmlsoap.org/ws/2004/08/addressing/fault int SOAP_ENV__Fault ( _QName faultcode, // SOAP 1.1 char *faultstring, // SOAP 1.1 char *faultactor, // SOAP 1.1 struct SOAP_ENV__Detail *detail, // SOAP 1.1 struct SOAP_ENV__Code *SOAP_ENV__Code, // SOAP 1.2 struct SOAP_ENV__Reason *SOAP_ENV__Reason, // SOAP 1.2 char *SOAP_ENV__Node, // SOAP 1.2 char *SOAP_ENV__Role, // SOAP 1.2 struct SOAP_ENV__Detail *SOAP_ENV__Detail, // SOAP 1.2 void ); @endcode Because each service operation has a struct to hold its input parameters, we automatically generate the (original) `SOAP_ENV__Fault` struct on the fly! It is important to associate the wsa fault action with this operation as shown above. The implementation of the Fault service operation in your server code should be similar to: @code int SOAP_ENV__Fault(struct soap *soap, char *faultcode, char *faultstring, char *faultactor, struct SOAP_ENV__Detail *detail, struct SOAP_ENV__Code *SOAP_ENV__Code, struct SOAP_ENV__Reason *SOAP_ENV__Reason, char *SOAP_ENV__Node, char *SOAP_ENV__Role, struct SOAP_ENV__Detail *SOAP_ENV__Detail) { ... = faultcode; // SOAP 1.1 fault code string (QName) ... = faultstring; // SOAP 1.1 fault string ... = faultactor; // SOAP 1.1 fault actor string ... = detail; // SOAP 1.1 fault detail struct ... = SOAP_ENV__Code; // SOAP 1.2 fault code struct ... = SOAP_ENV__Reason; // SOAP 1.2 reason struct ... = SOAP_ENV__Node; // SOAP 1.2 node string ... = SOAP_ENV__Role; // SOAP 1.2 role string ... = SOAP_ENV__Detail; // SOAP 1.2 detail struct return SOAP_OK; } @endcode Note that SOAP 1.1 or SOAP 1.2 parameters are set based on the 1.1/1.2 messaging requirements. */ #include "wsaapi.h" #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ const char soap_wsa_id[] = SOAP_WSA_ID; #if defined(SOAP_WSA_2003) /** Anonymous Reply/To endpoint address */ const char *soap_wsa_anonymousURI = "http://schemas.xmlsoap.org/ws/2003/03/addressing/role/anonymous"; /** Specifies no Reply endpoint address (no reply) */ const char *soap_wsa_noneURI = "addressing/none not supported"; const char *soap_wsa_faultAction = "http://schemas.xmlsoap.org/ws/2003/03/addressing/fault"; #elif defined(SOAP_WSA_2004) /** Anonymous Reply/To endpoint address */ const char *soap_wsa_anonymousURI = "http://schemas.xmlsoap.org/ws/2004/03/addressing/role/anonymous"; /** Specifies no Reply endpoint address (no reply) */ const char *soap_wsa_noneURI = "addressing/none not supported"; const char *soap_wsa_faultAction = "http://schemas.xmlsoap.org/ws/2004/03/addressing/fault"; #elif defined(SOAP_WSA_2005) /** Anonymous Reply/To endpoint address */ const char *soap_wsa_anonymousURI = "http://www.w3.org/2005/08/addressing/anonymous"; /** Specifies no Reply endpoint address (no reply) */ const char *soap_wsa_noneURI = "http://www.w3.org/2005/08/addressing/none"; const char *soap_wsa_faultAction = "http://www.w3.org/2005/08/addressing/soap/fault"; #else /** Anonymous Reply/To endpoint address */ const char *soap_wsa_anonymousURI = "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous"; /** Specifies no Reply endpoint address (no reply) */ const char *soap_wsa_noneURI = "addressing/none not supported"; const char *soap_wsa_faultAction = "http://schemas.xmlsoap.org/ws/2004/08/addressing/fault"; #endif /** anonymous URI of 2004 and 2005 schemas */ const char *soap_wsa_allAnonymousURI = "http://schemas.xmlsoap.org/ws/2004/03/addressing/role/anonymous http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous http://www.w3.org/2005/08/addressing/anonymous"; /******************************************************************************\ * * Static protos * \******************************************************************************/ static int soap_wsa_init(struct soap *soap, struct soap_wsa_data *data); static void soap_wsa_delete(struct soap *soap, struct soap_plugin *p); static int soap_wsa_header(struct soap *soap); static void soap_wsa_set_error(struct soap *soap, const char **c, const char **s); static int soap_wsa_response(struct soap *soap, int status, size_t count); static int soap_wsa_disconnect(struct soap *soap); static int soap_wsa_alloc_header(struct soap *soap); /******************************************************************************\ * * UUID * \******************************************************************************/ /** @fn const char *soap_wsa_rand_uuid(struct soap *soap) @brief Generates a random UUID (UUID algorithm version 4). Compile all source codes with -DWITH_OPENSSL for better randomness results. @param soap context @return UUID "urn:uuid:xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx" */ const char* soap_wsa_rand_uuid(struct soap *soap) { const int uuidlen = 48; char *uuid = (char*)soap_malloc(soap, uuidlen); int r1, r2, r3, r4; #ifdef WITH_OPENSSL r1 = soap_random; r2 = soap_random; #else static int k = 0xFACEB00B; int lo = k % 127773; int hi = k / 127773; # ifdef HAVE_GETTIMEOFDAY struct timeval tv; gettimeofday(&tv, NULL); r1 = 10000000 * tv.tv_sec + tv.tv_usec; #else r1 = (int)time(NULL); # endif k = 16807 * lo - 2836 * hi; if (k <= 0) k += 0x7FFFFFFF; r2 = k; k &= 0x8FFFFFFF; r2 += *(int*)soap->buf; #endif r3 = soap_random; r4 = soap_random; (SOAP_SNPRINTF(uuid, uuidlen, 45), "urn:uuid:%8.8x-%4.4hx-4%3.3hx-%4.4hx-%4.4hx%8.8x", r1, (short)(r2 >> 16), (short)(((short)r2 >> 4) & 0x0FFF), (short)(((short)(r3 >> 16) & 0x3FFF) | 0x8000), (short)r3, r4); DBGFUN1("soap_wsa_rand_uuid", "%s", uuid); return uuid; } /******************************************************************************\ * * Client-side Request * \******************************************************************************/ /** @fn int soap_wsa_request(struct soap *soap, const char *id, const char *to, const char *action) @brief Sets the WS-Addressing information header for the next request message with MessageID (optional), To (optional), and Action (required). @param soap context @param[in] id is the message ID (optional) @param[in] to is the target endpoint (optional, set to anonymous when NULL) @param[in] action is the target action (required) @return SOAP_OK or error Note: use soap_wsa_add_From, soap_wsa_add_ReplyTo, soap_wsa_add_FaultTo to add other addressing fields following this function call. */ int soap_wsa_request(struct soap *soap, const char *id, const char *to, const char *action) { DBGFUN3("soap_wsa_request", "id=%s", id?id:"(null)", "to=%s", to?to:"(null)", "action=%s", action?action:"(null)"); if (soap_wsa_alloc_header(soap)) return soap->error; soap->header->SOAP_WSA(MessageID) = soap_strdup(soap, id); if (to) soap->header->SOAP_WSA(To) = soap_strdup(soap, to); else /* this is optional */ soap->header->SOAP_WSA(To) = (char*)soap_wsa_anonymousURI; soap->header->SOAP_WSA(Action) = soap_strdup(soap, action); soap->header->SOAP_WSA(RelatesTo) = NULL; soap->header->SOAP_WSA(From) = NULL; soap->header->SOAP_WSA(FaultTo) = NULL; soap_wsa_add_ReplyTo(soap, NULL); return soap_wsa_check(soap); } /** @fn int soap_wsa_add_From(struct soap *soap, const char *from) @brief Sets WS-Addressing From header for request message. @param soap context @param[in] from endpoint URI @return SOAP_OK or SOAP_ERR Use soap_wsa_request to populate the WS-Addressing header first. */ int soap_wsa_add_From(struct soap *soap, const char *from) { if (!soap->header) return SOAP_ERR; soap->header->SOAP_WSA(From) = (SOAP_WSA_(,From)*)soap_malloc(soap, sizeof(SOAP_WSA_(,From))); SOAP_WSA_(soap_default,EndpointReferenceType)(soap, soap->header->SOAP_WSA(From)); soap->header->SOAP_WSA(From)->Address = soap_strdup(soap, from); return SOAP_OK; } /** @fn int soap_wsa_add_NoReply(struct soap *soap) @brief Sets WS-Addressing ReplyTo header to 'none' (no reply) @param soap context @return SOAP_OK or SOAP_ERR Note: WS-Addressing 2005/08 standard. Use soap_wsa_request to populate the WS-Addressing header. */ int soap_wsa_add_NoReply(struct soap *soap) { return soap_wsa_add_ReplyTo(soap, soap_wsa_noneURI); } /** @fn int soap_wsa_add_ReplyTo(struct soap *soap, const char *replyTo) @brief Sets WS-Addressing ReplyTo header for request message. @param soap context @param[in] replyTo endpoint URI or NULL for anonymous @return SOAP_OK or SOAP_ERR Use soap_wsa_request to populate the WS-Addressing header. */ int soap_wsa_add_ReplyTo(struct soap *soap, const char *replyTo) { if (!soap->header) return SOAP_ERR; #ifndef SOAP_WSA_2005 if (!replyTo) replyTo = soap_wsa_anonymousURI; #endif if (replyTo) { soap->header->SOAP_WSA(ReplyTo) = (SOAP_WSA_(,ReplyTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,ReplyTo))); SOAP_WSA_(soap_default,EndpointReferenceType)(soap, soap->header->SOAP_WSA(ReplyTo)); soap->header->SOAP_WSA(ReplyTo)->Address = soap_strdup(soap, replyTo); } else soap->header->SOAP_WSA(ReplyTo) = NULL; return SOAP_OK; } /** @fn int soap_wsa_add_FaultTo(struct soap *soap, const char *faultTo) @brief Sets WS-Addressing FaultTo header for request message. @param soap context @param[in] faultTo endpoint URI or NULL for remove faultTo @return SOAP_OK or SOAP_ERR Use soap_wsa_request to populate the WS-Addressing header first. */ int soap_wsa_add_FaultTo(struct soap *soap, const char *faultTo) { if (!soap->header) return SOAP_ERR; if (faultTo) { soap->header->SOAP_WSA(FaultTo) = (SOAP_WSA_(,FaultTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,FaultTo))); SOAP_WSA_(soap_default,EndpointReferenceType)(soap, soap->header->SOAP_WSA(FaultTo)); soap->header->SOAP_WSA(FaultTo)->Address = soap_strdup(soap, faultTo); } else soap->header->SOAP_WSA(FaultTo) = NULL; return SOAP_OK; } /** @fn int soap_wsa_add_RelatesTo(struct soap *soap, const char *relatesTo) @brief Sets WS-Addressing RelatesTo header. @param soap context @param[in] relatesTo endpoint URI @return SOAP_OK or SOAP_ERR Use soap_wsa_request to populate the WS-Addressing header. */ int soap_wsa_add_RelatesTo(struct soap *soap, const char *relatesTo) { if (!soap->header) return SOAP_ERR; if (relatesTo) { soap->header->SOAP_WSA(RelatesTo) = (SOAP_WSA_(,RelatesTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,RelatesTo))); SOAP_WSA_(soap_default_,RelatesTo)(soap, soap->header->SOAP_WSA(RelatesTo)); soap->header->SOAP_WSA(RelatesTo)->__item = soap_strdup(soap, relatesTo); } return SOAP_OK; } /** @fn const char *soap_wsa_From(struct soap *soap) @brief Returns WS-Addressing From header. @param soap context @return From string or NULL */ const char* soap_wsa_From(struct soap *soap) { if (!soap->header || !soap->header->SOAP_WSA(From)) return NULL; return soap->header->SOAP_WSA(From)->Address; } /** @fn const char *soap_wsa_ReplyTo(struct soap *soap) @brief Returns WS-Addressing ReplyTo header. @param soap context @return From string or NULL */ const char* soap_wsa_ReplyTo(struct soap *soap) { if (!soap->header || !soap->header->SOAP_WSA(ReplyTo)) return NULL; return soap->header->SOAP_WSA(ReplyTo)->Address; } /** @fn const char *soap_wsa_FaultTo(struct soap *soap) @brief Returns WS-Addressing FaultTo header. @param soap context @return From string or NULL */ const char* soap_wsa_FaultTo(struct soap *soap) { if (!soap->header || !soap->header->SOAP_WSA(FaultTo)) return NULL; return soap->header->SOAP_WSA(FaultTo)->Address; } /** @fn const char *soap_wsa_RelatesTo(struct soap *soap) @brief Returns WS-Addressing RelatesTo header. @param soap context @return From string or NULL */ const char* soap_wsa_RelatesTo(struct soap *soap) { if (!soap->header || !soap->header->SOAP_WSA(RelatesTo)) return NULL; return soap->header->SOAP_WSA(RelatesTo)->__item; } /******************************************************************************\ * * Server-side Check and Reply * \******************************************************************************/ /** @fn int soap_wsa_check(struct soap *soap) @brief Checks the presence and validity of WS-Addressing information headers. @param soap context @return SOAP_OK or fault */ int soap_wsa_check(struct soap *soap) { DBGFUN("soap_wsa_check"); if (!soap->header || !soap->header->SOAP_WSA(Action)) #if defined(SOAP_WSA_2005) return soap_wsa_error(soap, wsa5__MessageAddressingHeaderRequired, NULL); #elif defined(SOAP_WSA_2003) return soap_wsa_error(soap, "WS-Addressing header missing"); #else return soap_wsa_error(soap, SOAP_WSA(MessageInformationHeaderRequired)); #endif return SOAP_OK; } /** @fn int soap_wsa_reply(struct soap *soap, const char *id, const char *action) @brief Sets WS-Addressing header fields for server response. Automatically relays the response to the ReplyTo address (when ReplyTo != to From and ReplyTo != 'none') and returns HTTP 202 Accept to sender when relay was successful. @param soap context @param[in] id is the messageID (optional) @param[in] action is the target action (required) @return SOAP_OK or fault */ int soap_wsa_reply(struct soap *soap, const char *id, const char *action) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); struct SOAP_ENV__Header *oldheader, *newheader; DBGFUN1("soap_wsa_reply", "action=%s", action?action:"(null)"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; oldheader = soap->header; soap->header = NULL; /* if endpoint address for reply is 'none' return immediately and STOP engine */ if (oldheader && oldheader->SOAP_WSA(ReplyTo) && oldheader->SOAP_WSA(ReplyTo)->Address && !strcmp(oldheader->SOAP_WSA(ReplyTo)->Address, soap_wsa_noneURI)) return soap_send_empty_response(soap, SOAP_OK); /* allocate a new header */ if (soap_wsa_alloc_header(soap)) return soap->error; newheader = soap->header; /* copy members to new header, except WSA data */ if (oldheader) *newheader = *oldheader; newheader->SOAP_WSA(MessageID) = soap_strdup(soap, id); newheader->SOAP_WSA(Action) = soap_strdup(soap, action); newheader->SOAP_WSA(RelatesTo) = NULL; newheader->SOAP_WSA(From) = NULL; newheader->SOAP_WSA(To) = NULL; newheader->SOAP_WSA(ReplyTo) = NULL; newheader->SOAP_WSA(FaultTo) = NULL; /* check current header content */ if (oldheader && oldheader->SOAP_WSA(MessageID)) { newheader->SOAP_WSA(RelatesTo) = (SOAP_WSA_(,RelatesTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,RelatesTo))); SOAP_WSA_(soap_default_,RelatesTo)(soap, newheader->SOAP_WSA(RelatesTo)); newheader->SOAP_WSA(RelatesTo)->__item = oldheader->SOAP_WSA(MessageID); } #ifdef SOAP_WSA_2005 /* WCF Interoperability: ChannelInstance is required when the WCF Application hosts multiple Callback Channels within the same application. The ReferenceParameters->ChannelInstance element serves as a hint to the WCF Client dispatcher, as to which WCF callback instance a received SOAP Envelope belongs to ChannelInstance is declared as a pointer, so it is essentially an optional element. Tests with Applications not requiring ChannelInstance have also been done for the following fix. */ if (oldheader && oldheader->SOAP_WSA(ReplyTo) && oldheader->SOAP_WSA(ReplyTo)->ReferenceParameters && oldheader->SOAP_WSA(ReplyTo)->ReferenceParameters->chan__ChannelInstance) { if (newheader) { if (!newheader->chan__ChannelInstance) { newheader->chan__ChannelInstance = (struct chan__ChannelInstanceType*)soap_malloc(soap, sizeof(struct chan__ChannelInstanceType)); if (newheader->chan__ChannelInstance) { soap_default_chan__ChannelInstanceType(soap, newheader->chan__ChannelInstance); newheader->chan__ChannelInstance->__item = *(oldheader->SOAP_WSA(ReplyTo)->ReferenceParameters->chan__ChannelInstance); newheader->chan__ChannelInstance->wsa5__IsReferenceParameter = _wsa5__IsReferenceParameter__true; } } else { newheader->chan__ChannelInstance->__item = *(oldheader->SOAP_WSA(ReplyTo)->ReferenceParameters->chan__ChannelInstance); newheader->chan__ChannelInstance->wsa5__IsReferenceParameter = _wsa5__IsReferenceParameter__true; } } } #endif if (oldheader && oldheader->SOAP_WSA(ReplyTo) && oldheader->SOAP_WSA(ReplyTo)->Address && !soap_tagsearch(soap_wsa_allAnonymousURI, oldheader->SOAP_WSA(ReplyTo)->Address)) { newheader->SOAP_WSA(To) = oldheader->SOAP_WSA(ReplyTo)->Address; /* (re)connect to ReplyTo endpoint if From != ReplyTo */ if (!oldheader->SOAP_WSA(From) || !oldheader->SOAP_WSA(From)->Address || strcmp(oldheader->SOAP_WSA(From)->Address, oldheader->SOAP_WSA(ReplyTo)->Address)) { struct soap *reply_soap = soap_copy(soap); if (reply_soap) { soap_copy_stream(reply_soap, soap); soap_free_stream(soap); /* prevents close in soap_connect() below */ soap->omode |= SOAP_ENC_XML; /* omit HTTP header ("encode XML body only") */ if (soap_connect(soap, newheader->SOAP_WSA(To), newheader->SOAP_WSA(Action))) { int err; soap_copy_stream(soap, reply_soap); soap_free_stream(reply_soap); soap_end(reply_soap); soap_free(reply_soap); soap->header = oldheader; #if defined(SOAP_WSA_2005) err = soap_wsa_error(soap, SOAP_WSA(DestinationUnreachable), newheader->SOAP_WSA(To)); #elif defined(SOAP_WSA_2003) err = soap_wsa_error(soap, "WS-Addessing destination unreachable"); #else err = soap_wsa_error(soap, SOAP_WSA(DestinationUnreachable)); #endif soap->header = NULL; return err; } if (soap_valid_socket(reply_soap->socket)) soap_send_empty_response(reply_soap, SOAP_OK); /* HTTP ACCEPTED */ soap->header = newheader; soap->omode &= ~SOAP_ENC_XML; /* HTTP header required */ soap_end(reply_soap); soap_free(reply_soap); data->fresponse = soap->fresponse; soap->fresponse = soap_wsa_response; /* response will be a POST */ } } } else if (oldheader && oldheader->SOAP_WSA(From)) newheader->SOAP_WSA(To) = oldheader->SOAP_WSA(From)->Address; else newheader->SOAP_WSA(To) = (char*)soap_wsa_anonymousURI; soap->header = newheader; soap->action = newheader->SOAP_WSA(Action); return SOAP_OK; } /******************************************************************************\ * * Server-side SOAP Fault * \******************************************************************************/ /** @fn int soap_wsa_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender/receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] flag 0=receiver, 1=sender @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsa_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail) { return soap_wsa_fault_subcode_action(soap, flag, faultsubcode, faultstring, faultdetail, NULL); } /** @fn int soap_wsa_fault_subcode_action(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) @brief Sets sender/receiver SOAP Fault (sub)code and action for server fault response. @param soap context @param[in] flag 0=receiver, 1=sender @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @param[in] action WS-Addressing action string @return SOAP_FAULT */ int soap_wsa_fault_subcode_action(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); struct SOAP_ENV__Header *oldheader, *newheader; DBGFUN2("soap_wsa_fault_subcode", "faultsubcode=%s", faultsubcode?faultsubcode:"(null)", "faultstring=%s", faultstring?faultstring:"(null)"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; oldheader = soap->header; /* no FaultTo: use ReplyTo */ if (oldheader && oldheader->SOAP_WSA(ReplyTo) && (!oldheader->SOAP_WSA(FaultTo) || soap_tagsearch(soap_wsa_allAnonymousURI, oldheader->SOAP_WSA(FaultTo)->Address))) { if (!oldheader->SOAP_WSA(FaultTo)) { oldheader->SOAP_WSA(FaultTo) = (SOAP_WSA_(,FaultTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,FaultTo))); SOAP_WSA_(soap_default,EndpointReferenceType)(soap, soap->header->SOAP_WSA(FaultTo)); } oldheader->SOAP_WSA(FaultTo)->Address = oldheader->SOAP_WSA(ReplyTo)->Address; } if (oldheader && oldheader->SOAP_WSA(FaultTo)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "WSA FaultTo='%s'\n", oldheader->SOAP_WSA(FaultTo)->Address)); } if (oldheader && oldheader->SOAP_WSA(FaultTo) && !strcmp(oldheader->SOAP_WSA(FaultTo)->Address, soap_wsa_noneURI)) return soap_send_empty_response(soap, SOAP_OK); /* HTTP ACCEPTED */ soap->header = NULL; /* allocate a new header */ if (soap_wsa_alloc_header(soap)) return soap->error; newheader = soap->header; soap_default_SOAP_ENV__Header(soap, newheader); /* remove/clear SOAP Header */ /* check header */ if (oldheader && oldheader->SOAP_WSA(MessageID)) { newheader->SOAP_WSA(RelatesTo) = (SOAP_WSA_(,RelatesTo)*)soap_malloc(soap, sizeof(SOAP_WSA_(,RelatesTo))); SOAP_WSA_(soap_default_,RelatesTo)(soap, newheader->SOAP_WSA(RelatesTo)); newheader->SOAP_WSA(RelatesTo)->__item = oldheader->SOAP_WSA(MessageID); } /* header->wsa__MessageID = "..."; */ newheader->SOAP_WSA(Action) = (char*)soap_wsa_faultAction; if (oldheader && oldheader->SOAP_WSA(FaultTo) && oldheader->SOAP_WSA(FaultTo)->Address && !soap_tagsearch(soap_wsa_allAnonymousURI, oldheader->SOAP_WSA(FaultTo)->Address)) { newheader->SOAP_WSA(To) = oldheader->SOAP_WSA(FaultTo)->Address; /* (re)connect to FaultTo endpoint if From != FaultTo */ if (!oldheader->SOAP_WSA(From) || !oldheader->SOAP_WSA(From)->Address || strcmp(oldheader->SOAP_WSA(From)->Address, oldheader->SOAP_WSA(FaultTo)->Address)) { soap->keep_alive = 0; soap_send_empty_response(soap, SOAP_OK); /* HTTP ACCEPTED */ if (soap_connect(soap, newheader->SOAP_WSA(To), newheader->SOAP_WSA(Action))) return soap->error = SOAP_STOP; /* nowhere to go */ soap_set_endpoint(soap, newheader->SOAP_WSA(To)); if (action) soap->action = (char*)action; else soap->action = newheader->SOAP_WSA(Action); data->fresponse = soap->fresponse; soap->fresponse = soap_wsa_response; /* response will be a POST */ } } else if (oldheader && oldheader->SOAP_WSA(From)) newheader->SOAP_WSA(To) = oldheader->SOAP_WSA(From)->Address; else newheader->SOAP_WSA(To) = (char*)soap_wsa_anonymousURI; soap->header = newheader; if (flag) return soap_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); return soap_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsa_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsa_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { return soap_wsa_fault_subcode(soap, 1, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsa_sender_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @param[in] action WS-Addressing action string @return SOAP_FAULT */ int soap_wsa_sender_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) { return soap_wsa_fault_subcode_action(soap, 1, faultsubcode, faultstring, faultdetail, action); } /** @fn int soap_wsa_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsa_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { return soap_wsa_fault_subcode(soap, 0, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsa_receiver_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @param[in] action WS-Addressing action string @return SOAP_FAULT */ int soap_wsa_receiver_fault_subcode_action(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail, const char *action) { return soap_wsa_fault_subcode_action(soap, 0, faultsubcode, faultstring, faultdetail, action); } /** @fn int soap_wsa_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsa_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsa_fault_subcode(soap, 1, NULL, faultstring, faultdetail); } /** @fn int soap_wsa_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsa_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsa_fault_subcode(soap, 0, NULL, faultstring, faultdetail); } /******************************************************************************\ * * WS-Addressing Faults * \******************************************************************************/ #if defined(SOAP_WSA_2005) /** @fn int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultCodesType) *fault, const char **info) @brief Checks the presence of a WS-Addressing fault @param soap context @param[out] fault code @param[out] info string pointer related to the wsa fault (or set to NULL) @return SOAP_OK (no fault) or fault code */ int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultCodesType) *fault, const char **info) { if (soap->error && soap->fault && soap->fault->SOAP_ENV__Code) { const char *code = soap_check_faultsubcode(soap); if (code) { SOAP_WSA__(soap_s2,FaultCodesType)(soap, code, fault); if (info) { struct SOAP_ENV__Detail *detail; *info = NULL; if (soap->fault->detail) detail = soap->fault->detail; else detail = soap->fault->SOAP_ENV__Detail; if (detail) { switch (detail->__type) { case SOAP_WSA_(SOAP_TYPE_,ProblemHeaderQName): case SOAP_WSA_(SOAP_TYPE_,ProblemIRI): *info = (char*)detail->fault; break; case SOAP_WSA_(SOAP_TYPE_,ProblemAction): *info = ((SOAP_WSA_(,ProblemAction)*)detail->fault)->Action; break; default: break; } } } return soap->error; } } return SOAP_OK; } #elif defined(SOAP_WSA_2003) int soap_wsa_check_fault(struct soap *soap, char **fault) { struct SOAP_ENV__Detail detail; *fault = NULL; if (soap->error && soap->fault) { if (soap->fault->detail) detail = soap->fault->detail; else detail = soap->fault->SOAP_ENV__Detail; } if (detail) { *fault = detail->__any; if (*fault) return soap->error; } return SOAP_OK; } #else /** @fn int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultSubcodeValues) *fault) @brief Checks the presence of a WS-Addressing fault @param soap context @param[out] fault code @return SOAP_OK (no fault) or fault code */ int soap_wsa_check_fault(struct soap *soap, SOAP_WSA(FaultSubcodeValues) *fault) { if (soap->error && soap->fault && soap->fault->SOAP_ENV__Code) { const char *code = soap_check_faultsubcode(soap); if (code) { SOAP_WSA__(soap_s2,FaultSubcodeValues)(soap, code, fault); return soap->error; } } return SOAP_OK; } #endif #if defined(SOAP_WSA_2005) /** @fn int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultCodesType) fault, const char *info) @brief Sets SOAP Fault (sub)code for server WS-Addressing fault response. @param soap context @param[in] fault is one of wsa:FaultCodesType enumeration values @param[in] info is the value of the element in the Fault detail field @return SOAP_FAULT */ int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultCodesType) fault, const char *info) { const char *code = SOAP_WSA_(soap,FaultCodesType2s)(soap, fault); /* populate the SOAP Fault as per WS-Addressing spec */ switch (fault) { case SOAP_WSA(InvalidAddressingHeader): soap_faultdetail(soap); if (soap->version == 1) { soap->fault->detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemHeaderQName); soap->fault->detail->fault = (void*)info; } else { soap->fault->SOAP_ENV__Detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemHeaderQName); soap->fault->SOAP_ENV__Detail->fault = (void*)info; } soap_wsa_sender_fault_subcode(soap, code, "A header representing a Message Addressing Property is not valid and the message cannot be processed.", NULL); break; case SOAP_WSA(InvalidAddress): soap_wsa_sender_fault_subcode(soap, code, "Invalid address.", NULL); break; case SOAP_WSA(InvalidEPR): soap_wsa_sender_fault_subcode(soap, code, "Invalid EPR.", NULL); break; case SOAP_WSA(InvalidCardinality): soap_wsa_sender_fault_subcode(soap, code, "Invalid cardinality of headers.", NULL); break; case SOAP_WSA(MissingAddressInEPR): soap_wsa_sender_fault_subcode(soap, code, "Missing EPR address.", NULL); break; case SOAP_WSA(DuplicateMessageID): soap_wsa_sender_fault_subcode(soap, code, "Message contains the message ID of a message already received.", NULL); break; case SOAP_WSA(ActionMismatch): soap_wsa_sender_fault_subcode(soap, code, "Action and SOAP action of the message do not match.", NULL); break; case SOAP_WSA(MessageAddressingHeaderRequired): soap_faultdetail(soap); if (soap->version == 1) { soap->fault->detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemHeaderQName); soap->fault->detail->fault = (void*)info; } else { soap->fault->SOAP_ENV__Detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemHeaderQName); soap->fault->SOAP_ENV__Detail->fault = (void*)info; } soap_wsa_sender_fault_subcode(soap, code, "A required header representing a Message Addressing Property is not present.", NULL); break; case SOAP_WSA(DestinationUnreachable): soap_faultdetail(soap); if (soap->version == 1) { soap->fault->detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemIRI); soap->fault->detail->fault = (void*)info; } else { soap->fault->SOAP_ENV__Detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemIRI); soap->fault->SOAP_ENV__Detail->fault = (void*)info; } soap_wsa_sender_fault_subcode(soap, code, "No route can be determined to reach [destination]", NULL); break; case SOAP_WSA(ActionNotSupported): soap_faultdetail(soap); if (soap->version == 1) { soap->fault->detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemAction); soap->fault->detail->fault = (void*)soap_malloc(soap, sizeof(SOAP_WSA_(,ProblemAction))); SOAP_WSA_(soap_default_,ProblemAction)(soap, (SOAP_WSA_(,ProblemAction)*)soap->fault->detail->fault); ((SOAP_WSA_(,ProblemAction)*)soap->fault->detail->fault)->Action = (char*)info; } else { soap->fault->SOAP_ENV__Detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemAction); soap->fault->SOAP_ENV__Detail->fault = (void*)soap_malloc(soap, sizeof(SOAP_WSA_(,ProblemAction))); SOAP_WSA_(soap_default_,ProblemAction)(soap, (SOAP_WSA_(,ProblemAction)*)soap->fault->SOAP_ENV__Detail->fault); ((SOAP_WSA_(,ProblemAction)*)soap->fault->SOAP_ENV__Detail->fault)->Action = (char*)info; } soap_wsa_sender_fault_subcode(soap, code, "The [action] cannot be processed at the receiver.", NULL); break; case SOAP_WSA(EndpointUnavailable): soap_faultdetail(soap); if (soap->version == 1) { soap->fault->detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemIRI); soap->fault->detail->fault = (void*)info; } else { soap->fault->SOAP_ENV__Detail->__type = SOAP_WSA_(SOAP_TYPE_,ProblemIRI); soap->fault->SOAP_ENV__Detail->fault = (void*)info; } soap_wsa_receiver_fault_subcode(soap, code, "The endpoint is unable to process the message at this time.", NULL); break; default: break; } return SOAP_FAULT; } #elif defined(SOAP_WSA_2003) int soap_wsa_error(struct soap *soap, const char *fault) { return soap_wsa_sender_fault_subcode(soap, NULL, fault, NULL); } #else /** @fn int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultSubcodeValues) fault) @brief Sets SOAP Fault (sub)code for server WS-Addressing fault response. @param soap context @param[in] fault is one of wsa:FaultSubcodeValues @return SOAP_FAULT */ int soap_wsa_error(struct soap *soap, SOAP_WSA(FaultSubcodeValues) fault) { const char *code = SOAP_WSA_(soap,FaultSubcodeValues2s)(soap, fault); /* populate the SOAP Fault as per WS-Addressing spec */ switch (fault) { case SOAP_WSA(InvalidMessageInformationHeader): return soap_wsa_sender_fault_subcode(soap, code, "A message information header is not valid and the message cannot be processed. The validity failure can be either structural or semantic, e.g. a [destination] that is not a URI or a [relationship] to a [message id] that was never issued.", "Invalid header"); case SOAP_WSA(MessageInformationHeaderRequired): return soap_wsa_sender_fault_subcode(soap, code, "A required message information header, To, MessageID, or Action, is not present.", "Missing Header QName"); case SOAP_WSA(DestinationUnreachable): return soap_wsa_sender_fault_subcode(soap, code, "No route can be determined to reach the destination role defined by the WS-Addressing To.", NULL); case SOAP_WSA(ActionNotSupported): return soap_wsa_sender_fault_subcode(soap, code, "The [action] cannot be processed at the receiver.", soap->action); case SOAP_WSA(EndpointUnavailable): return soap_wsa_receiver_fault_subcode(soap, code, "The endpoint is unable to process the message at this time.", NULL); default: break; } return SOAP_FAULT; } #endif /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** @fn int soap_wsa(struct soap *soap, struct soap_plugin *p, void *arg) @brief Plugin registry function, used with soap_register_plugin. @param soap context @param[in,out] p plugin created in registry @param[in] arg passed from soap_register_plugin_arg @return SOAP_OK */ int soap_wsa(struct soap *soap, struct soap_plugin *p, void *arg) { (void)arg; DBGFUN("soap_wsa"); p->id = soap_wsa_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsa_data)); p->fcopy = NULL; p->fdelete = soap_wsa_delete; if (p->data) { if (soap_wsa_init(soap, (struct soap_wsa_data*)p->data)) { SOAP_FREE(soap, p->data); return SOAP_EOM; } } return SOAP_OK; } /** @fn int soap_wsa_init(struct soap *soap, struct soap_wsa_data *data) @brief Initializes plugin data. @param soap context @param[in,out] data plugin data @return SOAP_OK */ static int soap_wsa_init(struct soap *soap, struct soap_wsa_data *data) { DBGFUN("soap_wsa_init"); data->fheader = soap->fheader; data->fseterror = soap->fseterror; soap->fheader = soap_wsa_header; soap->fseterror = soap_wsa_set_error; data->fresponse = NULL; data->fdisconnect = NULL; return SOAP_OK; } /** @fn void soap_wsa_delete(struct soap *soap, struct soap_plugin *p) @brief Deletes plugin data. @param soap context @param[in,out] p plugin @return SOAP_OK */ static void soap_wsa_delete(struct soap *soap, struct soap_plugin *p) { DBGFUN("soap_wsa_delete"); SOAP_FREE(soap, p->data); } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_wsa_header(struct soap *soap) @brief Copies WS-Addressing action to SOAP action @param soap context @return SOAP_OK or fault This callback is invoked to copy the WS-Addressing action to the SOAP action before invoking the service operation. */ static int soap_wsa_header(struct soap *soap) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); DBGFUN("soap_wsa_header"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; if (data->fheader && data->fheader(soap)) return soap->error; if (soap->header && soap->header->SOAP_WSA(Action)) { soap->action = soap->header->SOAP_WSA(Action); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "WSA action='%s'\n", soap->action)); } return SOAP_OK; } /** @fn void soap_wsa_set_error(struct soap *soap, const char **c, const char **s) @brief Copies WS-Addressing action to SOAP action @param soap context @param c fault code @param s fault string */ static void soap_wsa_set_error(struct soap *soap, const char **c, const char **s) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); DBGFUN("soap_wsa_set_error"); if (!data) return; if (data->fseterror) data->fseterror(soap, c, s); if (soap->error == SOAP_NO_METHOD || (soap->error == SOAP_TAG_MISMATCH && soap->level == 2)) { #if defined(SOAP_WSA_2005) soap->error = soap_wsa_error(soap, SOAP_WSA(ActionNotSupported), soap->action); #elif defined(SOAP_WSA_2003) soap->error = soap_wsa_error(soap, "Action not supported"); #else soap->error = soap_wsa_error(soap, SOAP_WSA(ActionNotSupported)); #endif } } /** @fn int soap_wsa_response(struct soap *soap, int status, size_t count) @brief Overrides the HTTP response operations to send an HTTP POST @param soap context @param status code @param count message length (if non-chunked) */ static int soap_wsa_response(struct soap *soap, int status, size_t count) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); DBGFUN2("soap_wsa_response", "status=%d", status, "count=%lu", (unsigned long)count); if (!data) return SOAP_PLUGIN_ERROR; soap->fresponse = data->fresponse; /* reset (HTTP response) */ data->fdisconnect = soap->fdisconnect; soap->fdisconnect = soap_wsa_disconnect; /* to accept HTTP 202 */ return soap->fpost(soap, soap_strdup(soap, soap->endpoint), soap->host, soap->port, soap->path, soap->action, count); } /** @fn int soap_wsa_disconnect(struct soap *soap) @brief Accepts HTTP 202 response upon HTTP POST response relay @param soap context */ static int soap_wsa_disconnect(struct soap *soap) { struct soap_wsa_data *data = (struct soap_wsa_data*)soap_lookup_plugin(soap, soap_wsa_id); DBGFUN("soap_wsa_disconnect"); if (!data) return SOAP_PLUGIN_ERROR; soap->fdisconnect = data->fdisconnect; /* reset */ return soap_recv_empty_response(soap); } /******************************************************************************\ * * Misc. * \******************************************************************************/ /** @fn int soap_wsa_alloc_header(struct soap *soap) @brief Adds SOAP Header if not present. @param soap context @return SOAP_OK */ static int soap_wsa_alloc_header(struct soap *soap) { soap_header(soap); if (soap->header) return SOAP_OK; return soap->error = SOAP_EOM; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/wsrmapi.c0000644000175000017500000054654612653650150016550 0ustar ellertellert/* wsrmapi.c WS-ReliableMessaging plugin. Implements the WS-RM 1.0 and 1.1 logic for import/wsrm.h import/wsrm5.h gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsrm_0 documents the wsrm plugin for WS-ReliableMessaging support. Although wsrm uses the wsa plugin for WS-Addressing, there is no need to read the wsa plugin documentation because this part of the documentation is self-contained. WS-Addressing usage is mentioned when applicable. - @ref wsa_0 documents the wsa plugin for WS-Addressing (2003/2004/2005 standards) support. The wsa plugin is used by the wsrm plugin. - @ref mq_0 documents the mq plugin to support optional message queueing for WS-RM NoDiscard behavior. */ /** @page wsrm_0 The WS-ReliableMessaging plugin [TOC] @section wsrm_1 WS-ReliableMessaging Setup The material in this section relates to the WS-ReliableMessaging and WS-Addressing (2005) specifications. To use the wsrm plugin: -# Run `wsdl2h -b -t typemap.dat` on a WSDL of a service that requires WS-ReliableMessaging and WS-Addressing headers. The typemap.dat file included in the gSOAP package is used to recognize and translate header blocks. The `-b` option ensures that one-way response message operations are added for duplex communications that require a client-side callback service. -# Run `soapcpp2 -a` on the header file produced by wsdl2h. To enable reliable-messaging and addressing-based service operation selection, you MUST use soapcpp2 option `-a`. This allows the service to dispatch methods based on the WS-Addressing action information header value (when the wsa plugin is registered). -# (Re-)compile and link stdsoap2.c/pp or libgsoap, (dom.c/pp when needed), plugin/wsrmapi.c, plugin/wsaapi.c, custom/duration.c, and the soapcpp2- generated source files. -# Use the wsrm plugin API functions described below. The wsrm plugin uses the wsa plugin to implement the WS-Addressing 2005 operations. Both must be registered. The wsrm plugin API is self-contained. There is no need to use the wsa plugin API, unless WS-Addressing-specific headers must be added to messages. -# For WCF compatibility and interoperability, compile wsrmapi.c with compiler flag `-DWITH_WCF` to enable simulated WCF features. An example wsrm client/server application can be found in samples/wsrm. A gSOAP service definitions header file with an `#import "wsrm.h"` to support WS-ReliableMessaging 1.1 or `#import "wsrm5.h"` to support WS-ReliableMessaging 1.0 (2005). The imports are automatically generated by wsdl2h for a set of WSDLs that use WS-ReliableMessaging as per WS-Policy. The wsdl2h-generated header file should be further processed by soapcpp2 to generate the binding code. The wsrmapi.h and wsrmapi.c implement the WS-ReliableMessaging API described in this document. A wsdl2h-generated service definitions header file might include the following imports, where the wsrm.h is mandatory to support WS-ReliableMessaging: @code #import "soap12.h" #import "wsrm.h" @endcode The wsrm.h header file is imported from import/wsrm.h by soapcpp2. The wsrm.h import can be manually added to enable WS-ReliableMessaging when needed. The gSOAP service definitions header file is processed with soapcpp2 to generate the client-side and/or server-side binding code. Note that the wsrm.h and the WS-ReliableMessaging-dependent wsrx.h and wsa5.h header files are located in the import directory of the gSOAP package. These files define the WS-ReliableMessaging and WS-Addressing information header elements and types. The wsrx.h header file defines the WS-ReliableMessaging CreateSequence, CloseSequence, and TerminateSequence operations, as well as an one-way SequenceAcknowledgement operation to accept acknowledgements. The soap12.h header file enables SOAP 1.2 messaging. For developers working on protocols: the WS-ReliableMessaging header blocks in wsrm.h were generated from the WS-ReliableMessaging schema with the wsdl2h tool and WS/WS-typemap.dat as follows: wsdl2h -cgyex -o wsrm.h -t WS/WS-typemap.dat WS/WS-ReliableMessaging.xsd This step is not needed to use the wsrm plugin. @section wsrm_2 WS-ReliableMessaging Information Header Bindings To associate WS-ReliableMessaging and WS-Addressing information headers with service operations, the SOAP Header struct `SOAP_ENV__Header` must have been declared and contain the necessary header blocks to be transported with SOAP messages. The `SOAP_ENV__Header` for WS-ReliableMessaging and WS-Addressing is predefined in wsrm.h and imported into the gSOAP service definitions header file (this is automatically generated by wsdl2h). For each service operation in the gSOAP service definitions header file that uses WS-ReliableMessaging and/or WS-Addressing method-header-part directives are used. For example, the following gSOAP service definitions header file illustrates a typical import and service operation definition of operation 'example' in service namespace 'ns': @code #import "wsrm.h" //gsoap ns service method-header-part: example wsa5__MessageID //gsoap ns service method-header-part: example wsa5__RelatesTo //gsoap ns service method-header-part: example wsa5__From //gsoap ns service method-header-part: example wsa5__ReplyTo //gsoap ns service method-header-part: example wsa5__FaultTo //gsoap ns service method-header-part: example wsa5__To //gsoap ns service method-header-part: example wsa5__Action //gsoap ns service method-header-part: example wsrm__Sequence //gsoap ns service method-header-part: example wsrm__AckRequested //gsoap ns service method-header-part: example wsrm__SequenceAcknowledgement //gsoap ns service method-action: example urn:example/examplePort/example //gsoap ns service method-output-action: example urn:example/examplePort/exampleResponse int ns__example(char *in, struct ns__exampleResponse { char *out; } *); @endcode The wsa5 information headers are defined in wsa5.h and imported by wsrm.h (both are located in the 'import' directory). Here, all of the WS-Addressing and WS-ReliableMessaging information headers are bound to the ns__example operation request and response messages. The method action directive is important for WS-Addressing, because WS-Addressing Action information headers must be included that are unique for each operation. The soapcpp2 option `-a` ensures that WS-Addressing Action header blocks (and HTTP Action headers) are processed at the receiving side, which means that the service dispatcher uses the Action together with the operation name to invoke the service operation at the destination. This also means that Action headers must be properly set by the client. Note: the `SOAP_ENV__Header` struct can be declared in multiple files. The soapcpp2 tool gathers all members of the structs into the "final" `SOAP_ENV__Header` struct used by the gSOAP engine and your application. This is convenient when service-specific header blocks are combined with WS-ReliableMessaging and WS-Addressing header blocks or when WS-Security header blocks are added by the WSSE plugin. @section wsrm_3 WS-ReliableMessaging Overview In this section a brief overview of WS-ReliableMessaging is given. For more details please refer to the WS-ReliableMessaging protocol or tutorials on the subject. The following introduces the basic concepts of WS-ReliableMessaging from a practical point of view. WS-ReliableMessaging is useful to improve the reliability of one-way asynchronous messaging, for unreliable data gram messaging (SOAP-over-UDP), or to improve reliable delivery of responses relayed to other destinations, such as response messages that are relayed to destinations indicated by the WS-Addressing ReplyTo header. The protocol is also useful when multiple sources are sending messages that arrive out of order or must be flagged as an incomplete message collection when messages are missing as defined by the notion of a collection of related messages. Messages delivered out-of-order are not internally reordered automatically. The application logic should be designed to be robust to out-of-order delivery effects, for example by using a vector to collect the data elements received before the data is processed. Alternatively, the server-side `soap_wsrm_check_and_wait` calls can be used to let the current thread wait until preceding messages have been received and processed (by other threads). For single-thread processing with keep-alive, this will cause a performance bottleneck unless the message queue plugin is used. The message queue plugin (mq.c) provides an approach to buffer inbound messages for in-order processing. WS-ReliableMessaging is not essential to improve the reliability of request-response message exchanges between two parties over HTTP, since a successful delivery of a request message can be inferred from the fact that a response was received for the request sent. WS-ReliableMessaging "protects" message sequences, i.e. a collection of related messages. A WS-ReliableMessaging message sequence is created after which the sequence of messages is sent. The sequence is closed and terminated by the client after the last message. Either the message sequence is complete or not, and the resulting action to discard the incomplete message sequence or not depends on the chosen behavior. Duplicate messages (e.g. resulting from resends) are always discarded. To create a new sequence, a client (WS-RM source) requests from the server (WS-RM destination) a unique (new) message sequence identification. The server responds with the identification to be used as well as other details, such as the expiration time of the sequence and the behavior implemented when a sequence was received incomplete: - NoDiscard means that the sequence of messages is not discarded by the destination server when one or more messages are missing (or unacknowledged). That is, no acknowledged messages in the sequence will be discarded. The WS-RM plugin will reorder messages either by ignoring any out-of-order messages (when calling `soap_wsrm_check`) or wait for out-of-order messages to arrive in a timeout window (when calling `soap_wsrm_check_and_wait`). - DiscardFollowingFirstGap means that the initial messages of the sequence are retained by the destination up to the first gap (a missing message) in the sequence. Does not allow for out-of-order message delivery. - DiscardEntireSequence means that the entire sequence of messages will be discarded when there are one or more gaps (messages are missing). With the WS-RM plugin, messages may be accepted out-of-order. When the client terminates the sequence, it first sends a sequence close request (or a last message with the older WS-RM 1.0) and then a sequence termination request to the destination server. The sequence close informs the server how many messages should have been received. The client can still resend messages after the close, but no new messages are supposed to be send. After the optional resends, the client requests termination of the sequence. The termination will be successful depending on the behavior when messages went missing, as was listed above. The ensure reliable delivery, the WS-ReliableMessaging protocol allows the client to resend messages. Message resends are desirable when messages are lost in transit. Since the client has limited information on delivery success (message delivery acknowledgments can get lost as well), the client may resend more messages than necessary. This could lead to message duplication. However, messages that were already received by the server are discarded. The client may request message delivery acknowledgements from the server. The server sends message receipt acknowledgements for all the messages it has received in the sequence back to the client, usually by piggy-backing them with the response of a subsequent message exchange. When the client is informed about successful delivery it reduces the number of resends the client will attempt. Messages in a sequence are uniquely identified by their enumeration number in the sequence. Messages may be transmitted out of order. A missing message number indicates a gap in the message sequence. Message receipt acknowledgements consist of ranges of message numbers. Acknowledgements are normally sent to the source to help identify which messages should be resend. With the WS-Addressing protocol, message responses and fault messages can be relayed to other destinations. The ReplyTo and FaultTo WS-Addressing header blocks are used for this purpose. The WS-ReliableMessaging protocol allows message acknowledgements to be relayed. The WS-ReliableMessaging AcksTo header block is used for this purpose. In all, there are four types of communicating peers that are visible to the source (the client): - The destination service. The WS-ReliableMessaging sequence is essentially controlled by this service. When a message is sent by the source to the destination service (over HTTP, TCP, or UDP), the WS-Addressing To information header may contain the endpoint address. The destination service normally returns message responses back to the client (HTTP request-response) or in duplex mode with one-way messages. - Optionally, one of more ReplyTo destination services that accept response messages from the destination service. Rather than sending responses back to the client, the destination service relays them to another service. The WS-Addressing ReplyTo information header is used by the client to indicate the response relay target. - Optionally, one or more FaultTo destination services that accept SOAP fault messages from the destination service. Rather than sending SOAP Faults back to the client, the destination service relays them to another service. The WS-Addressing FaultTo information header is used by the client to indicate the fault relay target. - Optionally, one AcksTo destination service that accept WS-ReliableMessaging acknowledgements. Rather than sending acknowledgements piggy-backed with response messages back to the client, the destination service relays them to another service. The WS-ReliableMessaging AcksTo information header is used by the client when the sequence is created to indicate the acknowledgements relay target. The AcksTo cannot be changed after sequence creation to termination. The destination service normally serves as ReplyTo, FaultTo, and AcksTo service, which is the default scenario with request-response message exchanges. Replies, faults, and acknowledgements can also be asynchroniously transmitted in duplex mode. In that case, the WS-RM source client acts as a callback service to accept messages on a port. The practical aspects of message sequence creation, the message exchanges, the message relays, and sequence close/termination are presented for the client side first and then for each of the four types of destination servers. @section wsrm_4 Client-side Usage @subsection wsrm_4_1 Creating, Closing, and Terminating Message Sequences A sequence is created, closed, terminated, and cleaned-up on the client side as follows, using a 'soap' context struct (use one 'soap' context per thread): @code struct soap *soap = soap_new(); // Note: can use C++ proxy instead of 'soap' soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); const char *destination = "..."; // WS-RM destination server address const char *source = NULL; // WS-RM source (NULL means current) ULONG64 expires = 10000; // 10000 ms to expire (10 seconds) const char *id = NULL; // id = NULL: generate a temp sequence ID const char *opt_msg_id = NULL; // WS-Addressing message ID (optional) soap_wsrm_sequence_handle seq; // a local handle to the sequence state // Step 1: create a sequence if (soap_wsrm_create_offer(soap, destination, source, id, expires, NoDiscard, opt_msg_id, &seq)) { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } // Step 2: exchange messages with WS-RM destination, request acks, receive acks, issue resends (see later) ... // Step 3: optionally close first before terminating if (soap_wsrm_close(soap, seq, NULL)) { soap_wsrm_seq_free(soap, seq); ... // error closing sequence } // Step 4: optionally resend messages before terminating if (soap_wsrm_nack(seq)) // any non-acks for messages sent? soap_wsrm_resend(soap, seq, 0, 0); // resend all non-acked messages // Step 5: terminate if (soap_wsrm_terminate(soap, seq, NULL)) { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } // Step 6: cleanup soap_wsrm_seq_free(soap, seq); @endcode For duplex communication, the responses are sent to the WS-RM source's port, to which we need to listen via a callback service. There are two ways to do so, by polling or by running a separate threat that accepts responses. In the code below we use a polling approach to process responses sent asynchronously to the WS-RM source: @code struct soap *soap = soap_new(); // Note: can use C++ proxy instead of 'soap' soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); const char *destination = "..."; // WS-RM destination server address const char *source = "..."; // WS-RM source address destination sends to int source_port = ...; // port of WS-RM source address ULONG64 expires = 10000; // 10000 ms to expire (10 seconds) const char *id = NULL; // id = NULL: generate a temp sequence ID const char *opt_msg_id = NULL; // WS-Addressing message ID (optional) int retry; soap_wsrm_sequence_handle seq; // a local handle to the sequence state struct soap *callback = soap_new(); // callback for polling // Step 1: create a WS-RM source port binding for the callback to poll messages if (!soap_valid_socket(soap_bind(callback, NULL, source_port, 100))) ... // error // Step 2: create a sequence if (soap_wsrm_create_offer(soap, destination, source, id, expires, NoDiscard, opt_msg_id, &seq)) { if (soap->error != 202) // Error != HTTP Accepted { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } } // poll 10 times for 1 second until the sequence created response received for (retry = 10; retry && !soap_wsrm_seq_created(soap, seq); retry--) if (callback_poll(callback, 1)) // 1 second poll ... // error if (!retry) ... // error // Step 3: exchange messages with WS-RM destination, request acks, receive acks, issue resends, and poll (see later) ... // Step 4: optionally close first before terminating if (soap_wsrm_close(soap, seq, NULL)) { if (soap->error != 202) // Error != HTTP Accepted { soap_wsrm_seq_free(soap, seq); ... // error closing sequence } } if (callback_poll(callback, -500000)) // 500 ms poll ... // error // Step 5: optionally resend messages before terminating if (soap_wsrm_nack(seq)) // any nacks? { soap_wsrm_resend(soap, seq, 0, 0); // resend all non-acked messages if (callback_poll(callback, -100000)) // 100 ms poll ... // error } // Step 6: terminate if (soap_wsrm_terminate(soap, seq, NULL)) { if (soap->error != 202) // Error != HTTP Accepted { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } } // only needed with WS-RM 1.1 to accept terminate response if (callback_poll(callback, -500000)) // 500 ms poll ... // error // Step 7: cleanup soap_wsrm_seq_free(soap, seq); @endcode The polling operation can be implemented as follows: @code int callback_poll(struct soap *soap, int timeout) { int poll = 5; // 5 poll cycles times max, ensures make progress soap->accept_timeout = timeout; // polling timout soap->recv_timeout = timeout; soap->send_timeout = soap->recv_timeout = 1; // 1 sec while (poll-- && soap_valid_socket(soap_accept(soap))) { soap_serve(soap); soap_destroy(soap); soap_end(soap); } if (soap->error == SOAP_STOP || soap->error == SOAP_EOF) // timed out return soap->error = SOAP_OK; return soap->error; } @endcode In addition, callback service operations must be defined to handle faults and, when applicable, one-way message responses sent by the destination. Fault messages are accepted by the callback and processed by the service operation that can be customized to your needs: @code int SOAP_ENV__Fault(struct soap *soap, _QName faultcode, // SOAP 1.1 char *faultstring, // SOAP 1.1 char *faultactor, // SOAP 1.1 struct SOAP_ENV__Detail *detail, // SOAP 1.1 struct SOAP_ENV__Code *Code, // SOAP 1.2 struct SOAP_ENV__Reason *Reason, // SOAP 1.2 char *Node, // SOAP 1.2 char *Role, // SOAP 1.2 struct SOAP_ENV__Detail *Detail // SOAP 1.2 ) { soap_send_empty_response(soap, 202); if (!detail) detail = Detail; if (detail && detail->__type == SOAP_TYPE__wsrm__Identifier) { // the sequence id is in the Fault Detail __type and fault members char *id = (char*)detail->fault; // we opt to treat all faults fatal, so let's terminate the sequence soap_wsrm_sequence_handle seq = soap_wsrm_seq_lookup_id(soap, id); if (seq) { soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); soap_wsrm_seq_release(soap, seq); return soap->error; } } return SOAP_OK; } @endcode This cleanup of memory resources may be performed at any time in the sequence of message exchange or afterwards when desired. The sequence state is maintained independent of these cleanup operations. The sequence termination may fail when the delivery of a sequence of messages is incomplete or when the lifetime of the sequence expired (set macro `SOAP_WSRM_MAX_SEC_TO_EXPIRE`). The WS-RM destination determines the failure based on the final sequence state and the sequence behavior. The behavior is set to NoDiscard by default, which means that the sequence is not discarded when transmission gaps appeared in the messages and the sequence is incomplete. The desired behavior can be specified with a sequence creation offer as explained in the next section. If the source ReplyTo and AcksTo addresses differ in your project, then use the following: @code if (soap_wsrm_create_offer_acksto(soap, destination, replyto, acksto, id, expires, DiscardEntireSequence, opt_msg_id, &seq))) ... // error @endcode @subsection wsrm_4_2 Creating a Sequence without an Offer To enable a destination server to produce a reliable message response sequence, you need to create a sequence with an offer. Otherwise, response messages are not tracked and delivery not verified. Two-way messaging should use the offer mechanism, but if all messages are one-way from source to destination then this is not needed. A sequence is created without an offer as follows: @code if (soap_wsrm_create(soap, destination, source, expires, DiscardEntireSequence, opt_msg_id, &seq)) ... // error @endcode @subsection wsrm_4_3 Exchanging Messages in a Sequence Each message exchange with the WS-RM destination should be preceded with a `soap_wsrm_request` or `soap_wsrm_request_acks` call to set the required WS-RM information headers for the message send operation or request-response exchange. For example, consider the 'example' operation defined previously and suppose we invoke the 'example' operation in a sequence (after creation and before closing): @code const char *exampleRequestAction = "urn:example/examplePort/example"; const char *exampleRequestMessageID = NULL; // optional WS-Addressing ID struct ns__exampleResponse response; const char *endpoint = soap_wsrm_to(seq); if (endpoint) { if (soap_wsrm_request(soap, seq, exampleRequestMessageID, exampleRequestAction)) ... // error: out of memory if (soap_call_ns__example(soap, endpoint, exampleRequestAction, &response)) soap_print_fault(soap, stderr); // an error occurred else ... // process the response } @endcode To generate WS-Addressing message IDs, use `soap_wsa_rand_uuid`, for example: @code const char *exampleRequestAction = "urn:example/examplePort/example"; if (soap_wsrm_request(soap, seq, soap_wsa_rand_uuid(soap), exampleRequestAction)) ... // error: out of memory @endcode The `soap_wsrm_request` takes the sequence handle and optional WS-Addressing message ID and mandatory WS-Addressing action string (this string must match the method-action defined in the gSOAP service definition header file). It produces a WS-RM header block with the message number incremented by one for the invocation. Messages are enumerated from one and included in the WS-RM header to allow the destination to determine which messages were received in the sequence (for acknowledgements) and to ignore duplicate messages. The remote invocation `soap_call_ns__example` uses the endpoint provided by `soap_wsrm_to(seq)` for the WS-RM destination address, which was set by `soap_wsrm_create` or by `soap_wsrm_create_offer`. Because the address may change due to a redirect, we encourage the use of `soap_wsrm_to` for the WS-RM destination address. When used at the server side, `soap_wsrm_to(seq)` is the ReplyTo address provided by the client's request message, which may be none (NULL) for a one-way call. Therefore, it is wise to check the return value of `soap_wsrm_to(seq)`. A C++ proxy object (generated by soapcpp2 option `-j`) that invokes a service operation should reset the destination address explicitly by setting the `soap_endpoint` member string before each operation invocation. @subsection wsrm_4_4 Exchanging Messages with Acknowledgements in a Sequence Before sending a message, a WS-RM request should be issued using `soap_wsrm_request_acks`. This informs the WS-RM destination to return message delivery acknowledgements back to the sender (piggy-backed in the header of the response message), unless the AcksTo is set to target an acknowledgement service endpoint in which case the acknowledgements are sent to. @code if (soap_wsrm_request_acks(soap, seq, opt_msg_id, exampleRequestAction)) ... // error if (soap_call_ns__example(soap, endpoint, exampleRequestAction, &response)) if (soap->error != 202) // Error != HTTP Accepted ... // error @endcode When duplex messaging is used via a callback, a polling operation will be needed afterwards: @code if (callback_poll(callback, -500000)) // 500 ms poll ... // error @endcode The `soap_wsrm_close` returns acknowledgements automatically, so requesting intermediate acknowledgements is not required to issue a final `soap_wsrm_resend` to resend all non-acknowledged messages, e.g. after `soap_wsrm_close`. See also below. @subsection wsrm_4_5 Resending Non-Acknowledged Messages All non-acknowledged messages in a sequence that were previously sent can be resend (from the internal sender-side cache of sent messages in a sequence) as follows: @code soap_wsrm_resend(soap, seq, 0, 0); @endcode To resend a range of non-acknowledged messages, say between 3 and 7, use: @code soap_wsrm_resend(soap, seq, 3, 7); @endcode Or all messages after message number 3: @code soap_wsrm_resend(soap, seq, 3, 0); @endcode Resends should be used with care, since in the worst case when no acknowledgements have been received all messages up to the last will be resend (and ignored by the WS-RM destination when a message is received more than once). Note that when an AcksTo destination service address was set with `soap_wsrm_create` or `soap_wsrm_create_offer`, then the acknowledgements will not be returned to the sender (client). In this case message resends are performed for all messages sent, since these have not been acknowledged. It is permitted to issue resends between creation and termination of a sequence, including after a sequence close (as long as no new messages are sent after close). The sequence close provides acknowledgement information to limit the number of messages that need to be resend. To find out if none, some, or all messages have been acknowledged, use: @code ULONG64 nack = soap_wsrm_nack(seq); if (nack == 0) ... // all sent messages have been acknowledged else if (nack == soap_wsrm_num(seq)) ... // none of the sent messages have been acknowledged else ... // some sent messages have been acknowledged @endcode @subsection wsrm_4_6 Relaying Response and Fault Messages with WS-Addressing WS-ReliableMessaging is important when messages are relayed, and especially when relayed over UDP. The ReplyTo and FaultTo destination service endpoints can be specified for each message as follows: @code const char *replyto = source; // endpoint of WS-RM source const char *faultto = "..."; // endpoint of fault processing service const char *endpoint = soap_wsrm_to(seq); if (endpoint) { if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction) || soap_wsa_add_ReplyTo(soap, replyto) || soap_wsa_add_FaultTo(soap, faultto)) ... // error: out of memory if (soap_call_ns__example(soap, endpoint, exampleRequestAction, &response)) { if (soap->error != 202) ... // error } } @endcode An optional source address information header can be added with `soap_wsa_add_From`: @code const char *from = "..."; // endpoint of the client (could be any URI) if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction) || soap_wsa_add_From(soap, from)) ... // error: out of memory @endcode Adding a From address is optional and usually not required with WS-ReliableMessaging. @subsection wsrm_4_7 Using Retry Loops to Improve Robustness of Message Sends A potential problem with reliable message delivery with resends can fail when the initial send was not successful and message ordering is relevant. Resending will lead to an unordered message delivery. Also, the wsrm plugin records all sent messages when the send operation was not interrupted. A problem occurs when the message cache contains incomplete messages and these messages cannot be resend. This section presents an additional mechanism to ensure messages are cached properly for automatic retransmission. Besides network failues, a request-response message exchange can also appear to fail due to a non `SOAP_OK` returned, such as a benign "HTTP 202 Accept" To distinguish fatal send errors from errors returned by the peer, the `soap_wsrm_check_retry` function can be used as follows to only retry the message exchange (or send) when needed: @code const char *endpoint = NULL; if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction)) ... // error while ((endpoint = soap_wsrm_to(seq)) != NULL && soap_call_ns__example(soap, endpoint, exampleRequestAction, &response)) { if (soap->error == 202) { // request was accepted by destination (HTTP 202 Accept) break; } else if (soap->error == SOAP_NO_TAG) // empty { // request was accepted by destination, acks are returned break; } soap_print_fault(soap, stderr); if (soap_wsrm_check_retry(soap, seq)) break; // do not continue sleep(1); // wait a second to give network a chance to recover } if (soap->error == SOAP_OK) ... // response can be processed @endcode Note that the `soap_wsrm_request` is only invoked once in the above to increment the message enumeration. The loop retries transmissions a maximum of `SOAP_WSRM_MAX_RETRIES` iterations before giving up. Note that this mechanism does not replace acknowledgements for delivery. Delivery acknowledgements are verified with `soap_wsrm_nack`. @subsection wsrm_4_8 Example Client The following code shows an example WS-RM client fragment that combines the concepts introduced in the previous sections for a request-response scenario: @code struct soap *soap = soap_new(); // Note: can use C++ proxy instead of 'soap' soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); struct ns__exampleResponse response; const char *exampleRequestAction = "urn:example/examplePort/example"; const char *destination = "..."; // WS-RM destination server address const char *source = NULL; // WS-RM source (current) ULONG64 expires = 60000; // 1 minute sequence lifetime soap_wsrm_sequence_handle seq; if (soap_wsrm_create_offer(soap, destination, source, NULL, expires, DiscardEntireSequence, NULL, &seq)) { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction)) ... // error while (soap_call_ns__example(soap, destination, exampleRequestAction, &response)) { if (soap->error == 202) { // request was accepted by destination (HTTP 202 Accept) break; } else if (soap->error == SOAP_NO_TAG) // empty { // request was accepted by destination, acks are returned break; } soap_print_fault(soap, stderr); if (soap_wsrm_check_retry(soap, seq)) break; // do not continue sleep(1); // wait a second to give network a chance to recover } if (soap->error == SOAP_OK) ... // response can be processed if (soap_wsrm_close(soap, seq, NULL)) { soap_wsrm_seq_free(soap, seq); ... // error closing sequence } soap_wsrm_resend(soap, seq, 0, 0); // resend non-acked messages if (soap_wsrm_terminate(soap, seq, NULL)) { soap_wsrm_seq_free(soap, seq); ... // error } soap_wsrm_seq_free(soap, seq); soap_destroy(soap); soap_end(soap); soap_free(soap); @endcode A duplex mode client that accepts responses via a callback: @code struct soap *soap = soap_new(); // Note: can use C++ proxy instead of 'soap' soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); struct ns__exampleResponse response; const char *exampleRequestAction = "urn:example/examplePort/example"; const char *destination = "..."; // WS-RM destination server address const char *source = "..."; // WS-RM source address destination sends to int source_port = ...; // port of WS-RM source address ULONG64 expires = 60000; // 1 minute sequence lifetime int retry; soap_wsrm_sequence_handle seq; struct soap *callback = soap_new(); // callback for polling // WS-RM source port binding for the callback to poll messages if (!soap_valid_socket(soap_bind(callback, NULL, source_port, 100))) ... // error if (soap_wsrm_create_offer(soap, destination, source, NULL, expires, DiscardEntireSequence, NULL, &seq)) { if (soap->error != 202) { soap_wsrm_seq_free(soap, seq); ... // error creating sequence } } // poll 10 times for 1 second until the sequence created response received for (retry = 10; retry && !soap_wsrm_seq_created(soap, seq); retry--) if (callback_poll(callback, 1)) // 1 second poll ... // error if (!retry) ... // error if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction)) ... // error while (soap_call_ns__example(soap, destination, exampleRequestAction, &response)) { if (soap->error == 202) { // request was accepted by destination (HTTP 202 Accept) break; } else if (soap->error == SOAP_NO_TAG) // empty { // request was accepted by destination, acks are returned break; } if (soap_wsrm_check_retry(soap, seq)) break; // do not continue sleep(1); // wait a second to give network a chance to recover } if (callback_poll(callback, -500000)) // 500 ms poll ... // error if (soap_wsrm_close(soap, seq, NULL)) { if (soap->error != 202) { soap_wsrm_seq_free(soap, seq); ... // error closing sequence } } // Resend messages marked as non-acked (as an option) for (retry = 2; retry && soap_wsrm_nack(seq); retry--) { soap_wsrm_resend(soap, seq, 0, 0); // 0 0 means full range of msg nums if (callback_poll(callback, -500000)) // 500 ms poll ... // error } if (soap_wsrm_terminate(soap, seq, NULL)) { if (soap->error != 202) { soap_wsrm_seq_free(soap, seq); ... // error closing sequence } } if (callback_poll(callback, -500000)) // 500 ms poll ... // error soap_wsrm_seq_free(soap, seq); soap_destroy(callback); soap_end(callback); soap_free(callback); soap_destroy(soap); soap_end(soap); soap_free(soap); @endcode @section wsrm_5 Server-side Usage To set up a WS-ReliableMessaging compliant server, register the wsa and wsrm plugins with the soap context (or with the C++ proxy object generated by soapcpp2 option `-j`): @code struct soap *soap = soap_new(); // Note: use C++ proxy->soap instead of 'soap' soap_register_plugin(soap, soap_wsa); soap_register_plugin(soap, soap_wsrm); @endcode The following subsections detail the differences between the types of WS-RM destination services. @subsection wsrm_5_1 Setting up a WS-RM Destination Service For duplex communications, it is advisable to send acknowledgements to the peer, which are normally piggy-backed on messages to the peer. If no messages are sent to the peer, explicit acknowledgements can be sent: @code if (soap_wsrm_acknowledgement(soap, seq, NULL)) ... // error @endcode To sent acknowledgements to all peers with open sequences, use: @code int timeout = -10000; // 10 ms if (soap_wsrm_pulse(soap, timeout)) ... // error @endcode where timeout is in seconds (pos value) or microseconds (neg value). Depending on the message exchange scenarios, it may be advisable to have the server send periodic acknowledgement updates as follows: @code soap->accept_timeout = -200000; // 200ms intervals for (;;) { // server loop, accept next message if (!soap_valid_socket(accept())) { // error or timeout? if (soap->errnum) { soap_stream_fault(std::cerr); exit(1); // may want to exit, but trying to continue is also possible } else { // timeout occurs after 200ms // send acks to peers (optional), take 10 ms per message soap_wsrm_pulse(soap, -10000); // 10 ms // sleep(1); // must do this with UDP: since accept() returns immediately } } else { ... // serve } @endcode Each service operation that supports WS-ReliableMessaging and WS-Addressing should use the `soap_wsrm_check`, `soap_wsrm_sender_fault`, `soap_wsrm_receiver_fault`, and `soap_wsrm_reply` functions as follows: @code int ns__example(struct soap *soap, char *in, struct ns__exampleResponse *response) { const char *ResponseAction = "urn:example/examplePort/exampleResponse"; // fatal service operation-specific errors (before soap_wsrm_check()) if (!database) // suppose we need a database, if there is none terminate return soap_wsrm_receiver_fault(soap, "No database!", NULL); // check for WS-RM/WSA and set WS-RM/WSA return headers and protocol errors // note: use soap_wsrm_check_and_wait() with NoDiscard behavior to queue out-of-order messages if (soap_wsrm_check(soap)) return soap->error; // check for non-fatal service operation-specific errors if (!in || !*in) // sender did not put anything in the 'in' string: fault return soap_wsrm_sender_fault(soap, "No string content!", NULL); response->out = ... // return normally, relaying the response to the ReplyTo service when needed return soap_wsrm_reply(soap, NULL, ResponseAction); } @endcode An error produced by `soap_wsrm_sender_fault` or `soap_wsrm_receiver_fault` before `soap_wsrm_check` is considered fatal, it will terminate the sequence and the sender (client) will not be able to continue the sequence transmissions. While the faults preduced after `soap_wsrm_check` allow the sequence to continue. @subsection wsrm_5_2 Handling Duplex Callback Service Operations To set up a callback to accept responses in a duplex scenario, we set up the server in the same way as the destination server. Service opertions should not use `soap_wsrm_reply`. Because response messages are sent (as if these were request messages), the service must define the appropriate one-way operations and gSOAP service definitions bindings. For example, the one-way response message of the ns__example operation is defined as follows in the gSOAP service definitions header file: @code //gsoap ns service method-header-part: exampleResponse wsa5__MessageID //gsoap ns service method-header-part: exampleResponse wsa5__RelatesTo //gsoap ns service method-header-part: exampleResponse wsa5__From //gsoap ns service method-header-part: exampleResponse wsa5__ReplyTo //gsoap ns service method-header-part: exampleResponse wsa5__FaultTo //gsoap ns service method-header-part: exampleResponse wsa5__To //gsoap ns service method-header-part: exampleResponse wsa5__Action //gsoap ns service method-header-part: exampleResponse wsrm__SequenceAcknowledgement //gsoap ns service method-action: exampleResponse urn:example/examplePort/exampleResponse int ns__exampleResponse(char *out, void); @endcode The one-way response service operations are automatically generated with wsdl2h option `-b`. Note that when these definitions are combined with the previous definition for `ns__example`, there is no need to define the `ns__ExampleResponse` struct any longer as this is implied by the `ns__exampleResponse` function content. The server operation implementation is for example: @code int ns__exampleResponse(struct soap *soap, char *out) { // check WS-RM/WSA headers and protocol errors and send 202 Accept back to peer // note: use soap_wsrm_check_send_empty_response_and_wait() with NoDiscard behavior to queue out-of-order messages if (soap_wsrm_check_send_empty_response(soap)) return soap->error; ... // process the 'out' content, invoke callback etc return SOAP_OK; } @endcode @section wsrm_6 WS-ReliableMessaging over HTTPS with Basic Authentication The HTTPS client and server are set up as shown in the gSOAP documentation and examples. There are no additional API calls needed to support WS-RM with HTTPS. Note that the WS-RM destination service may also relay messages to other HTTPS services, thus the WS-RM destination acts as a receiver (server) and sender (client). Therefore, the WS-RM destination server's SSL context should be set to authenticate the other servers: @code if (soap_ssl_server_context(soap, SOAP_SSL_DEFAULT, "server.pem", // keyfile (server) "password", // password to read the key file (server) "cacert.pem", // cacert file to store trusted certificates (client) NULL, // optional capath NULL, // DH file name or DH param key len bits, NULL: RSA NULL, // file with random data to seed randomness argv[1] // unique server identification for SSL session cache )) { soap_print_fault(soap, stderr); ... // handle error } @endcode Here, the cacert.pem file contains certificates to authenticate the ReplyTo, FaultTo, and AcksTo services when HTTPS is used. The client side sets up the SSL context with the `soap_ssl_client_context` as instructed in the documentation and by the examples. Multi-threaded HTTPS clients and servers must register mutex locks with OpenSSL To use Basic Authentication at the client side, set the userid and passwd values: @code soap->userid = "..."; // Basic Auth user id soap->passwd = "..."; // Basic Auth password if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction) ... // error: out of memory if (soap_call_ns__example(soap, endpoint, exampleRequestAction, &response)) { if (soap->error == 401) ... // authentication failed for the userid/passwd pair else ... // other error } @endcode At the server side add the authentication check to the service operation before `soap_wsrm_check` to terminate the sequence when an authentication failure occurs. For example: @code int ns__example(struct soap *soap, char *in, struct ns__exampleResponse *response) { if (!soap->userid || !soap->passwd || strcmp(soap->userid, "...") || strcmp(soap->passwd, "...")) { soap->authrealm = "..."; // optional to set HTTP WWW-Authenticate: Basic realm="..." return 401; // HTTP 401 Unauthorized } if (soap_wsrm_check(soap)) return soap->error; ... @endcode Here, we check only one userid-passwd pair though normally we could search for valid credentials in an authentication store. Note: never use Basic Authentication over HTTP because the password is sent in the clear. You must use HTTPS to encrypt the HTTP authentication information and message content. HTTP Digest Auth is preferred for this reason, because Digest Auth verifies the digest of a userid-passwd rather than require the password to be exchanged or stored in cleartext. @section wsrm_7 WS-ReliableMessaging over UDP with Timeouts The use of UDP is automatic at the client side using the "soap.udp://" protocol. Therefore, endpoints should use a "soap.udp://" URL to connect. (when using an already opened socket, the `SOAP_IO_UDP` flag must be used, see the documentation.) Note that UDP datagram messages should not exceed 8K, which is usually a size that UDP datagrams can support. To reduce the message size, we recommend compression (`-DWITH_GZIP` compile flag to enable ZLIB and use libgsoapssl.a or libgsoapssl++.a for OpenSSL and ZLIB compression combined). The code of an UDP-enabled server is identical to an HTTP/TCP server except that the `soap_accept` call is disabled and unnecessary. When message responses are not returned to the client, the client may block indefinitely when it expects a response. Therefore we recommend the use of send and receive timeouts: @code struct soap *soap = soap_new(); const char *destination = "soap.udp://..."; const char *source = NULL; soap->send_timeout = soap->recv_timeout = 1; // 1 second to timeout if (soap_wsrm_create_offer(soap, destination, source, NULL, expires, NoDiscard, NULL, &seq)) ... // an error occured if (soap_wsrm_request(soap, seq, NULL, exampleRequestAction)) ... // an error occured if (soap_call_ns__example(soap, ...)) { if (soap->error == SOAP_EOF && soap->errnum == 0) ... // a timeout occured else ... // an error occured } @endcode Note that the WS-Addressing ReplyTo and the use of NoReply do not return response message from the server. However, acknowledgements will be returned when acknowledgements were requested (unless acknowledgements are relayed with AcksTo). @code struct soap *soap = soap_new(); soap->send_timeout = soap->recv_timeout = 1; // 1 second to timeout const char *destination = "soap.udp://..."; const char *from = "..."; // some identifying URI const char *source = from; soap->send_timeout = soap->recv_timeout = 1; // 1 second to timeout if (soap_wsrm_create_offer(soap, destination, source, NULL, expires, NoDiscard, NULL, &seq)) ... // an error occured if (soap_wsrm_request_acks(soap, seq, NULL, exampleRequestAction) || soap_wsa_add_NoReply(soap) ... // an error occured if (soap_call_ns__example(soap, ...)) { if (soap->error == SOAP_EOF && soap->errnum == 0) ... // a timeout occured else if (soap->error == SOAP_NO_TAG) ... // ack was received and recorded else ... // an error occured } @endcode In this case an acknowledgement will be returned and the timeout reflects a possible network packet loss. @section wsrm_8 WS-ReliableMessaging and WS-Security WS-Security can be combined with WS-ReliableMessaging using the [WS-Security plugin](../../wsse/html/index.html). Both plugins must be registered at the client and server side. These APIs are independent. @section wsrm_9 The wsrm Plugin and C++ Server Objects Run `soapcpp2 -a -j` (or `-i`) on the .h file with the service operation definitions. When you prefer to use soapcpp2 option `-j` (or `-i`), please run soacpp2 again as follows: soapcpp2 -A -pwsrx import/wsrx.h This generates wsrxClient.cpp and wsrxServer.cpp needed with the WS-ReliableMessaging plugin and code. To dispatch the wsrm service operations when received: Suppose we have a myService server class generated by soapcpp2 option `-j`, which is used to process requests with the serve() member function (also generated): @code myService service; if (soap_invalid_socket(service.bind(NULL, port, 100))) ... // error for (;;) { if (!soap_valid_socket(service.accept())) { service.soap_stream_fault(std::cerr); exit(1); } if (soap_begin_serve(service.soap) == SOAP_OK) { if (service.dispatch() == SOAP_NO_METHOD) { if (soap_serve_request(service.soap) != SOAP_OK) { soap_send_fault(service.soap); service.soap_stream_fault(std::cerr); } } else if (service.soap->error) service.soap_stream_fault(std::cerr); } service.destroy(); } @endcode @section wsrm_10 Speed improvements with large number of sequences Compile wsrmapi.c with `-DSOAP_WSRM_FAST_LOOKUP` to speed up sequence lookups for a large number of concurrent message sequences or sequences with a long time to live. An internal hash table is used, which will grow to accommodate the total number of concurrent sequences. The hash table entries are reused but (temporary) empty entries are never deallocated to avoid allocation overhead, which means that leak detectors may complain about space not being freed. */ #include "wsrmapi.h" #ifdef _WRS_KERNEL #include "sysLib.h" #endif #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ const char soap_wsrm_id[] = SOAP_WSRM_ID; /** Sequence session database */ static struct soap_wsrm_sequence *soap_wsrm_session = NULL; char soap_wsrm_idname[40] = ""; int soap_wsrm_idnum = 0; /** Sequence session database lock */ static MUTEX_TYPE soap_wsrm_session_lock = MUTEX_INITIALIZER; #ifdef SOAP_WSRM_FAST_LOOKUP #define SOAP_WSRM_IDHASH_BLK (8) struct soap_wsrm_hash_id { struct soap_wsrm_hash_id *next; struct soap_wsrm_sequence* seq[SOAP_WSRM_IDHASH_BLK]; }; static struct soap_wsrm_hash_id* soap_wsrm_hash_id[SOAP_IDHASH]; static struct soap_wsrm_hash_id* soap_wsrm_hash_acksid[SOAP_IDHASH]; #endif /******************************************************************************\ * * Static protos * \******************************************************************************/ static int soap_wsrm_init(struct soap *soap, struct soap_wsrm_data *data, void *arg); static int soap_wsrm_copy(struct soap *soap, struct soap_plugin *p, struct soap_plugin *q); static void soap_wsrm_delete(struct soap *soap, struct soap_plugin *p); static int soap_wsrm_send(struct soap *soap, const char *buf, size_t len); static int soap_wsrm_preparefinalrecv(struct soap *soap); static int soap_wsrm_disconnect(struct soap *soap); static int soap_wsrm_process_ack(struct soap *soap, struct _wsrm__SequenceAcknowledgement *ack); static int soap_wsrm_chk(struct soap *soap, int timeout, int flag); static int soap_wsrm_chk_acks(struct soap *soap); static int soap_wsrm_add_acks(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 nack, int all, int piggy); static int soap_wsrm_set_ack(struct soap *soap, ULONG64 nack, struct soap_wsrm_sequence *seq, struct _wsrm__SequenceAcknowledgement *ack); #if 0 static int soap_wsrm_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count); #endif static int soap_wsrm_resend_seq(struct soap *soap, struct soap_wsrm_sequence *seq, int all, ULONG64 lower, ULONG64 upper); static const char *soap_wsrm_seq_newid(struct soap *soap); static void soap_wsrm_seq_insert_data(struct soap_wsrm_sequence *seq); static void soap_wsrm_seq_delete_data(struct soap_wsrm_sequence *seq); static struct soap_wsrm_sequence *soap_wsrm_seq_lookup_data(const char *id); static void soap_wsrm_seq_insert_ack(struct soap_wsrm_sequence *seq); static void soap_wsrm_seq_delete_ack(struct soap_wsrm_sequence *seq); static struct soap_wsrm_sequence *soap_wsrm_seq_lookup_ack(const char *id); static struct soap_wsrm_sequence *soap_wsrm_seq_insert(struct soap *soap); static int soap_wsrm_msg_append(struct soap *soap, struct soap_wsrm_data *data, const char *buf, size_t len); static int soap_wsrm_num_lookup(struct soap *soap, const struct soap_wsrm_sequence *seq, ULONG64 num); static int soap_wsrm_num_insert(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num); static int soap_wsrm_num_size(const struct soap_wsrm_sequence *seq); static void soap_wsrm_num_free(struct soap *soap, struct soap_wsrm_sequence *seq); static struct soap_wsrm_message *soap_wsrm_msg_new(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num); static void soap_wsrm_msg_free(struct soap *soap, struct soap_wsrm_message *p); /******************************************************************************\ * * Client-side WS-RM Operations * \******************************************************************************/ /** @fn int soap_wsrm_create(struct soap *soap, const char *to, const char *replyto, LONG64 expires, const char *wsa_id, soap_wsrm_sequence_handle *seq) @brief Creates a new sequence. Sequences are usually created by the sender (client) and confirmed by the receiver (server). The 'to' server address must be used for all messages of the sequence to be sent to the WS-RM destination server. Optionally the 'replyto' address can be given of the WS-RM source to reply to. A sequence ID is generated by the server upon success. @param soap context @param[in] to endpoint address of the WS-RM destination server (required) @param[in] replyto endpoint address of the WS-RM source to reply/ack to (optional) @param[in] expires max sequence duration (its lifetime) in ms (use 0 to offer infinite, subject to server policy) @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[out] seq sequence handle is set @return SOAP_OK or error code */ int soap_wsrm_create(struct soap *soap, const char *to, const char *replyto, LONG64 expires, const char *wsa_id, soap_wsrm_sequence_handle *seq) { return soap_wsrm_create_offer(soap, to, replyto, "", expires, NoDiscard, wsa_id, seq); } /** @fn int soap_wsrm_create_offer(struct soap *soap, const char *to, const char *replyto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq) @brief Creates a new sequence by offering suggested WS-RM parameters to the WS-RM destination. Sequences are usually created by the sender (client) and confirmed by the receiver (server). The 'to' server address must be used for all messages of the sequence to be sent to the WS-RM destination server. Optionally the 'replyto' address can be given of the WS-RM source to reply to. A sequence ID is generated by the server upon success. @param soap context @param[in] to endpoint address of the WS-RM destination server (required) @param[in] replyto endpoint address of the WS-RM source to reply/ack to (optional) @param[in] id offered WS-RM sequence identifier (optional, generate with NULL) @param[in] expires max sequence duration (its lifetime) in ms (use 0 for infinite, subject to server policy) @param[in] behavior offered DiscardEntireSequence, DiscardFollowingFirstGap, or NoDiscard, which specifies the WS-RM destination's action when a sequence is closed/terminated when it is incomplete, and notifies the source when failed. @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[out] seq sequence handle is set or NULL when response is asynchronously send and the sequence is initialized upon receipt of the create response. @return SOAP_OK or error code */ int soap_wsrm_create_offer(struct soap *soap, const char *to, const char *replyto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq) { return soap_wsrm_create_offer_acksto(soap, to, replyto, NULL, id, expires, behavior, wsa_id, seq); } /** @fn int soap_wsrm_create_offer_acksto(struct soap *soap, const char *to, const char *replyto, const char *acksto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq) @brief Creates a new sequence by offering suggested WS-RM parameters to the WS-RM destination. Sequences are usually created by the sender (client) and confirmed by the receiver (server). The 'to' server address must be used for all messages of the sequence to be sent to the WS-RM destination server. Optionally the 'replyto' address can be given of the WS-RM source to reply to and an 'acksto' address can be given for acknowledgement messages to be sent to (normally to the reply to). A sequence ID is generated by the server upon success. @param soap context @param[in] to endpoint address of the WS-RM destination server (required) @param[in] replyto endpoint address of the WS-RM source (optional) @param[in] acksto endpoint address for WS-RM acknowledgements (optional) (optional, use NULL when acks are piggy-backed on response messages to the source) @param[in] id offered WS-RM sequence identifier (optional, generate when NULL) @param[in] expires max sequence duration (its lifetime) in ms (use 0 for infinite, subject to server policy) @param[in] behavior offered DiscardEntireSequence, DiscardFollowingFirstGap, or NoDiscard, which specifies the WS-RM destination's action when a sequence is closed/terminated when it is incomplete, and notifies the source when failed. @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[out] seq sequence handle is set or NULL when response is asynchronously send and the sequence is initialized upon receipt of the create response. @return SOAP_OK or error code */ int soap_wsrm_create_offer_acksto(struct soap *soap, const char *to, const char *replyto, const char *acksto, const char *id, LONG64 expires, enum wsrm__IncompleteSequenceBehaviorType behavior, const char *wsa_id, soap_wsrm_sequence_handle *seq) { char *s; size_t l; struct wsrm__CreateSequenceType req; struct wsrm__CreateSequenceResponseType res; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); const char *action = SOAP_NAMESPACE_OF_wsrm"/CreateSequence"; DBGFUN3("soap_wsrm_create_offer", "id=%s", id ? id : "(null)", "to=%s", to ? to : "(null)", "acksto=%s", acksto ? acksto : "(null)"); *seq = NULL; if (!data) return soap->error = SOAP_PLUGIN_ERROR; soap_default_wsrm__CreateSequenceType(soap, &req); if (!to) to = soap_wsa_anonymousURI; if (!replyto) replyto = soap_wsa_anonymousURI; else if (!wsa_id) wsa_id = soap_wsa_rand_uuid(soap); if (soap_wsa_request(soap, wsa_id, to, action)) return soap->error; if (!acksto) acksto = replyto; soap_wsa_add_ReplyTo(soap, replyto); #if WITH_WCF #if 0 /* WCF simulated channel instance */ if (strcmp(replyto, soap_wsa_anonymousURI)) /* only with ReplyTo set */ { int ci = 2; /* for example */ struct wsa5__ReferenceParametersType rp; soap_default_wsa5__ReferenceParametersType(soap, &rp); rp.chan__ChannelInstance = &ci; soap->header->wsa5__ReplyTo->ReferenceParameters = &rp; } #endif #endif req.AcksTo.Address = (char*)acksto; if (expires) { req.Expires = (xsd__duration*)soap_malloc(soap, sizeof(xsd__duration)); if (!req.Expires) return soap->error; *req.Expires = expires; } if (!id || *id) { req.Offer = (struct wsrm__OfferType*)soap_malloc(soap, sizeof(struct wsrm__OfferType)); if (!req.Offer) return soap->error; soap_default_wsrm__OfferType(soap, req.Offer); if (!id) { const char *t; MUTEX_LOCK(soap_wsrm_session_lock); t = soap_wsrm_seq_newid(soap); MUTEX_UNLOCK(soap_wsrm_session_lock); if (!t) return soap->error; id = req.Offer->Identifier = soap_strdup(soap, t); /* required */ free((void*)t); } else req.Offer->Identifier = soap_strdup(soap, id); /* required */ #ifdef SOAP_WSRM_2007 req.Offer->Endpoint.Address = (char*)replyto; /* required: use acksto endpoint */ if (expires) req.Offer->Expires = req.Expires; /* expire value */ #endif if (behavior != NoDiscard) req.Offer->IncompleteSequenceBehavior = &behavior; } else req.Offer = NULL; data->state = SOAP_WSRM_OFF; /* disable caching */ MUTEX_LOCK(soap_wsrm_session_lock); *seq = soap_wsrm_seq_insert(soap); if (!*seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } (*seq)->handle = 1; if (expires) (*seq)->expires = (*seq)->timestamp + expires/1000; (*seq)->behavior = behavior; if (id && *id) { l = strlen(id); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, id); (*seq)->acksid = s; soap_wsrm_seq_insert_ack(*seq); } if (to) { l = strlen(to); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, to); (*seq)->to = s; } if (wsa_id) { l = strlen(wsa_id); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } /* trick to keep track of response via RelatesTo */ soap_strcpy(s, l + 1, wsa_id); (*seq)->id = s; soap_wsrm_seq_insert_data(*seq); } MUTEX_UNLOCK(soap_wsrm_session_lock); if (soap_call___wsrm__CreateSequence(soap, to, action, &req, &res)) { if (soap->error == 202) soap->error = SOAP_OK; return soap->error; } /* process response */ l = strlen(res.Identifier); if ((s = (char*)malloc(l + 1)) == NULL) return soap->error = SOAP_EOM; soap_strcpy(s, l + 1, res.Identifier); MUTEX_LOCK(soap_wsrm_session_lock); if ((*seq)->id) free((void*)(*seq)->id); (*seq)->id = s; soap_wsrm_seq_insert_data(*seq); if (res.Expires && (!expires || *res.Expires <= expires)) (*seq)->expires = time(NULL) + *res.Expires/1000; if (res.IncompleteSequenceBehavior) (*seq)->behavior = *res.IncompleteSequenceBehavior; else (*seq)->behavior = behavior; if (res.Accept && res.Accept->AcksTo.Address) { /* accepted: update the sequence for the responses */ l = strlen(res.Accept->AcksTo.Address); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } if ((*seq)->acksto) free((void*)(*seq)->acksto); soap_strcpy(s, l + 1, res.Accept->AcksTo.Address); (*seq)->acksto = s; } MUTEX_UNLOCK(soap_wsrm_session_lock); (*seq)->state = SOAP_WSRM_CREATED; return SOAP_OK; } /** @fn int soap_wsrm_request_num(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action, ULONG64 num) @brief Adds a WS-RM sequence message number to the next message transmitted. No acks are requested. @param soap context @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[in] wsa_action mandatory WS-Addressing action of the next message sent @param[in] num WS-RM sequence message number @return SOAP_OK or error code */ int soap_wsrm_request_num(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action, ULONG64 num) { struct soap_wsrm_data *data; DBGFUN1("soap_wsrm_request_num", "num=" SOAP_ULONG_FORMAT, num); if (!soap_wsrm_seq_valid(soap, seq)) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); if (num == 0) return soap_wsrm_error(soap, seq, wsrm__MessageNumberRollover); data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; /* process response message sequence ID */ /* look into moving this to preparefinalrecv() for client-side only */ if (seq->acksid && soap->header && soap->header->wsrm__Sequence && !strcmp(soap->header->wsrm__Sequence->Identifier, seq->acksid)) { ULONG64 recvnum = soap->header->wsrm__Sequence->MessageNumber; if (soap_wsrm_num_lookup(soap, seq, recvnum)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Response message already received\n")); /* error? */ } else if (seq->behavior == DiscardFollowingFirstGap && recvnum != seq->recvnum + 1) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); /* close or term */ else { /* TODO: should add message ordering constraint? */ seq->recvnum = recvnum; MUTEX_LOCK(soap_wsrm_session_lock); if (soap_wsrm_num_insert(soap, seq, seq->recvnum)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } MUTEX_UNLOCK(soap_wsrm_session_lock); } } MUTEX_LOCK(soap_wsrm_session_lock); data->msg = soap_wsrm_msg_new(soap, seq, num); #ifdef SOAP_WSA_2005 if (soap->header && soap->header->chan__ChannelInstance) { seq->channel = soap->header->chan__ChannelInstance->__item; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "ChannelInstance = %d\n", seq->channel)); } #endif MUTEX_UNLOCK(soap_wsrm_session_lock); if (!data->msg) return soap->error; soap_header(soap); if (!soap->header) return soap->error; if (!soap->header->wsrm__Sequence && !(soap->header->wsrm__Sequence = (struct wsrm__SequenceType*)soap_malloc(soap, sizeof(struct wsrm__SequenceType)))) return soap->error; soap_default_wsrm__SequenceType(soap, soap->header->wsrm__Sequence); soap->header->wsrm__Sequence->Identifier = soap_strdup(soap, seq->id); soap->header->wsrm__Sequence->MessageNumber = num; /* add acks for ackRequested response from server */ if (soap_wsrm_add_acks(soap, seq, 0, 0, 1)) return soap->error; seq->retry = SOAP_WSRM_MAX_RETRIES; data->state = SOAP_WSRM_ON; return soap_wsa_request(soap, wsa_id, seq->to, wsa_action); } /** @fn int soap_wsrm_request(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action) @brief Adds a WS-RM sequence message number to the next message transmitted to the WS-RM destination and increments the message counter by one. No acks are requested. @param soap context @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[in] wsa_action mandatory WS-Addressing action of the next message sent @return SOAP_OK or error code */ int soap_wsrm_request(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action) { ULONG64 num; DBGFUN("soap_wsrm_request"); MUTEX_LOCK(soap_wsrm_session_lock); num = seq->num; MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_request_num(soap, seq, wsa_id, wsa_action, num + 1); } /** @fn int soap_wsrm_request_acks(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action) @brief Adds a WS-RM sequence message number to the next message transmitted to the WS-RM destination and increments the message counter by one. Message acks for the current sequence are requested. @param soap context @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @param[in] wsa_id WS-Addressing message ID (optional, use NULL when omitted) @param[in] wsa_action mandatory WS-Addressing action of the next message sent @return SOAP_OK or error code */ int soap_wsrm_request_acks(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id, const char *wsa_action) { ULONG64 num; DBGFUN("soap_wsrm_request_ack"); MUTEX_LOCK(soap_wsrm_session_lock); num = seq->num; MUTEX_UNLOCK(soap_wsrm_session_lock); if (soap_wsrm_request_num(soap, seq, wsa_id, wsa_action, num + 1)) return soap->error; soap->header->__sizeAckRequested = 1; if (!soap->header->wsrm__AckRequested && !(soap->header->wsrm__AckRequested = (struct wsrm__AckRequestedType*)soap_malloc(soap, sizeof(struct wsrm__AckRequestedType)))) return soap->error; soap_default_wsrm__AckRequestedType(soap, soap->header->wsrm__AckRequested); soap->header->wsrm__AckRequested->Identifier = soap->header->wsrm__Sequence->Identifier; return SOAP_OK; } /** @fn int soap_wsrm_check_retry(struct soap *soap, soap_wsrm_sequence_handle seq) @brief Client-side check to verify if the remote call can be retried when a failure occured. Increases the robustness of messages sends, by ensuring that the message was at least transmitted (but not necessarily received). Also implements HTTP 307 Temporary Redirect. Retries are limited to SOAP_WSRM_MAX_RETRIES iterations. @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @return SOAP_OK when retry is safe, error code otherwise */ int soap_wsrm_check_retry(struct soap *soap, soap_wsrm_sequence_handle seq) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; DBGFUN("soap_wsrm_check_retry"); if (!soap_wsrm_seq_valid(soap, seq) || seq->retry-- == 0) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); /* should actually not call this function when OK */ if (soap->error == SOAP_OK) return SOAP_OK; /* HTTP temporary redirect? */ if (soap->error == 307) { char *s; size_t l = strlen(soap->endpoint); if ((s = (char*)malloc(l + 1)) != NULL) { soap_strcpy(s, l + 1, soap->endpoint); if (seq->to) free((void*)seq->to); seq->to = s; } } /* if the sequence id was changed (eg. response), cannot resend and we fail */ else if (!soap->header || !soap->header->wsrm__Sequence || !soap->header->wsrm__Sequence->Identifier || !seq->id || strcmp(soap->header->wsrm__Sequence->Identifier, seq->id)) return soap->error; /* otherwise, send was not successful and we should try again */ data->state = SOAP_WSRM_ON; /* SOAP_OK to retry the call loop */ return soap->error = SOAP_OK; } /** @fn int soap_wsrm_resend(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper) @brief Resend all unacknowledged messages, i.e. messages that were automatically cached for this sequence. Messages stored in the sequence for retransmission (those that were previously sent but not acknowledged) are resent to the soap_wsrm_to() address (which was set by soap_wsrm_create() or soap_wsrm_create_offer(), or the ReplyTo address). It is recommended to resend messages after the last message in the sequence was transmitted before closing the sequence. To reduce unnecessary resend attempts, it is recommended to use soap_wsrm_request_ack() with the last message to request acks for messages already delivered. @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param[in] lower resend message range lower bound (0 for lowest) @param[in] upper resend message range upper bound (or 0 for infinite) @return SOAP_OK or error code (can be ignored when resends are retried later) */ int soap_wsrm_resend(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper) { struct SOAP_ENV__Header *h = soap->header; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN("soap_wsrm_resend"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; MUTEX_LOCK(soap_wsrm_session_lock); if (seq) { if (soap_wsrm_resend_seq(soap, seq, 1, lower, upper)) /* all=1 means non-acked messages */ { soap->header = h; MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } } else { for (seq = soap_wsrm_session; seq; seq = seq->next) { if (soap_wsrm_resend_seq(soap, seq, 1, lower, upper)) /* all=1 means non-acked messages */ { soap->header = h; MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } } } MUTEX_UNLOCK(soap_wsrm_session_lock); soap->header = h; return SOAP_OK; } /** @fn int soap_wsrm_resend_only_nacked(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper) @brief Resend all explicitly nack'ed messages indicaed by peer. Messages stored in the sequence for retransmission (those that were previously sent but not acknowledged) are resent to the soap_wsrm_to() address (which was set by soap_wsrm_create() or soap_wsrm_create_offer(), or the ReplyTo address). @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param[in] lower resend message range lower bound (0 for lowest) @param[in] upper resend message range upper bound (or 0 for infinite) @return SOAP_OK or error code (can be ignored when resends are retried later) */ int soap_wsrm_resend_only_nacked(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 lower, ULONG64 upper) { struct SOAP_ENV__Header *h = soap->header; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN("soap_wsrm_resend_only_nacked"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; MUTEX_LOCK(soap_wsrm_session_lock); if (seq) { if (soap_wsrm_resend_seq(soap, seq, 0, lower, upper)) /* all=0 means resend only Nack messages */ { soap->header = h; MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } } else { for (seq = soap_wsrm_session; seq; seq = seq->next) { if (soap_wsrm_resend_seq(soap, seq, 0, lower, upper)) /* all=0 means resend only Nack messages */ { soap->header = h; MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } } } MUTEX_UNLOCK(soap_wsrm_session_lock); soap->header = h; return SOAP_OK; } /** @fn int soap_wsrm_close(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) @brief Closes the sequence, but does not yet terminate it. No new messages should be send, but messages can be resend with soap_wsrm_resend() if desired. @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param[in] wsa_id WS-Addressing message ID (optional) @return SOAP_OK or error code */ int soap_wsrm_close(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) { #ifdef SOAP_WSRM_2007 struct wsrm__CloseSequenceType req; struct wsrm__CloseSequenceResponseType res; #endif struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN1("soap_wsrm_close", "wsa_id=%s", wsa_id ? wsa_id : "(null)"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; if (seq->state == SOAP_WSRM_TERMINATED) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); /* process previous response message sequence ID */ /* look into moving this to preparefinalrecv() */ if (seq->acksid && soap->header && soap->header->wsrm__Sequence && !strcmp(soap->header->wsrm__Sequence->Identifier, seq->acksid)) { if (soap_wsrm_num_lookup(soap, seq, soap->header->wsrm__Sequence->MessageNumber)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Response message already received\n")); /* No error? */ } else if (seq->behavior == DiscardFollowingFirstGap && soap->header->wsrm__Sequence->MessageNumber != seq->recvnum + 1) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); /* close or terminate */ else { seq->recvnum = soap->header->wsrm__Sequence->MessageNumber; MUTEX_LOCK(soap_wsrm_session_lock); if (soap_wsrm_num_insert(soap, seq, seq->recvnum)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } MUTEX_UNLOCK(soap_wsrm_session_lock); } } /* add acks for ackRequested response from server */ /* this appears necessary, but not mentioned in the WS-RM specs */ if (soap_wsrm_add_acks(soap, seq, 0, 1, 1)) return soap->error; #ifdef SOAP_WSRM_2007 soap->header->wsrm__Sequence = NULL; if (soap_wsa_request(soap, wsa_id, seq->to, SOAP_NAMESPACE_OF_wsrm"/CloseSequence")) return soap->error; soap_default_wsrm__CloseSequenceType(soap, &req); req.Identifier = soap_strdup(soap, seq->id); if (seq->num) req.LastMsgNumber = &seq->num; else req.LastMsgNumber = NULL; data->state = SOAP_WSRM_OFF; /* disable caching */ seq->state = SOAP_WSRM_CLOSED; if (soap_call___wsrm__CloseSequence(soap, seq->to, soap->header->wsa5__Action, &req, &res)) { if (soap->error == 202) soap->error = SOAP_OK; else return soap->error; } else if (!res.Identifier || strcmp(res.Identifier, seq->id)) return soap_wsrm_error(soap, seq, wsrm__UnknownSequence); return SOAP_OK; #endif #ifdef SOAP_WSRM_2005 if (soap_wsrm_request_acks(soap, seq, wsa_id, SOAP_NAMESPACE_OF_wsrm"/LastMessage")) return soap->error; soap->header->wsrm__Sequence->LastMessage = (struct _wsrm__UsesSequenceSSL*)soap_malloc(soap, sizeof(struct _wsrm__UsesSequenceSSL)); if (!soap->header->wsrm__Sequence->LastMessage) return soap->error; soap_default__wsrm__UsesSequenceSSL(soap, soap->header->wsrm__Sequence->LastMessage); seq->state = SOAP_WSRM_CLOSED; if (soap_send___wsrm__LastMessage(soap, seq->to, soap->header->wsa5__Action)) return soap->error; return soap_recv_empty_response(soap); #endif } /** @fn int soap_wsrm_terminate(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) @brief Terminates the sequence. No new messages should be send and no resends should be tried. Usually done after soap_wsrm_close() or any time to terminate the sequence prematurely. @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param[in] wsa_id WS-Addressing message ID (optional) @return SOAP_OK or error code */ int soap_wsrm_terminate(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) { struct wsrm__TerminateSequenceType req; struct wsrm__TerminateSequenceResponseType res; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN1("soap_wsrm_terminate", "wsa_id=%s", wsa_id ? wsa_id : "(null)"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; if (soap->header) { soap->header->wsrm__Sequence = NULL; soap->header->wsrm__AckRequested = NULL; soap->header->wsrm__SequenceAcknowledgement = NULL; } if (soap_wsa_request(soap, wsa_id, seq->to, SOAP_NAMESPACE_OF_wsrm"/TerminateSequence")) return soap->error; soap_default_wsrm__TerminateSequenceType(soap, &req); req.Identifier = soap_strdup(soap, seq->id); #ifdef SOAP_WSRM_2007 if (seq->num) req.LastMsgNumber = &seq->num; if (seq->ranges) seq->lastnum = seq->ranges->upper; /* why does WS-RM 2007 not allow us to check the last message num in a response? */ #endif data->state = SOAP_WSRM_OFF; /* disable caching */ seq->state = SOAP_WSRM_TERMINATED; if (soap_call___wsrm__TerminateSequence(soap, seq->to, soap->header->wsa5__Action, &req, &res)) { if (soap->error == 202) soap->error = SOAP_OK; else return soap->error; } else if (!res.Identifier || strcmp(res.Identifier, seq->id)) return soap_wsrm_error(soap, seq, wsrm__UnknownSequence); if (seq->behavior == DiscardEntireSequence && (soap_wsrm_nack(seq) || (seq->recvnum && (!seq->ranges || seq->ranges->lower != 1 || seq->ranges->upper != seq->lastnum)))) return soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); if (seq->fault != (enum wsrm__FaultCodes)(-1)) return soap_wsrm_error(soap, seq, seq->fault); return SOAP_OK; } /** @fn int soap_wsrm_pulse(struct soap *soap, int timeout) @brief Sends acknowledgements for all open sessions to all peers. Must set send and recv timeouts to prevent blocking. @param soap context @param timeout seconds (positive value) or microseconds (negative value) @return SOAP_OK or an error code when one or more peers fault (the last error code is returned) */ int soap_wsrm_pulse(struct soap *soap, int timeout) { soap_wsrm_sequence_handle seq; int ct = soap->connect_timeout; int st = soap->send_timeout; int rt = soap->recv_timeout; int a = 1; int err = SOAP_OK, errnum = 0; DBGFUN("soap_wsrm_pulse"); soap->connect_timeout = soap->send_timeout = soap->recv_timeout = timeout; MUTEX_LOCK(soap_wsrm_session_lock); for (seq = soap_wsrm_session; seq; seq = seq->next) { if ((seq->state == SOAP_WSRM_CREATED || seq->state == SOAP_WSRM_CLOSED) && seq->recvnum) seq->ackreq = 1; } MUTEX_UNLOCK(soap_wsrm_session_lock); while (a) { a = 0; MUTEX_LOCK(soap_wsrm_session_lock); for (seq = soap_wsrm_session; seq; seq = seq->next) { if (seq->ackreq && seq->recvnum && soap_wsrm_seq_valid(soap, seq)) { seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); /* send acks for this sequence */ if (soap_wsrm_acknowledgement(soap, seq, NULL)) { err = soap->error; errnum = soap->errnum; soap->error = SOAP_OK; /* must keep going, ignore peer-related problems */ } soap_wsrm_seq_release(soap, seq); a = 1; break; } } if (!a) MUTEX_UNLOCK(soap_wsrm_session_lock); } soap->connect_timeout = ct; soap->send_timeout = st; soap->recv_timeout = rt; soap->error = err; soap->errnum = errnum; return err; } /** @fn int soap_wsrm_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) @brief Sends acknowledgements for all message sequences that require an acknowledgement (ack requested by peer) @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param[in] wsa_id WS-Addressing message ID (deprecated, not used) @return SOAP_OK or error code */ int soap_wsrm_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, const char *wsa_id) { (void)wsa_id; DBGFUN("soap_wsrm_acknowledgement"); if (seq->state == SOAP_WSRM_CREATED || seq->state == SOAP_WSRM_CLOSED) { soap->header = NULL; /* force adding acks and send them all (piggy=0) */ if (soap_wsrm_add_acks(soap, seq, 0, 1, 0)) return soap->error; } seq->ackreq = 0; return SOAP_OK; } /** @fn int soap_wsrm_non_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 nack) @brief Sends nack non-acknowledgement for a message @param soap context @param seq sequence handle set by soap_wsrm_create or soap_wsrm_create_offer @param nack num of message to nack @return SOAP_OK or error code */ int soap_wsrm_non_acknowledgement(struct soap *soap, soap_wsrm_sequence_handle seq, ULONG64 nack) { DBGFUN("soap_wsrm_non_acknowledgement"); seq->ackreq = 0; if ((seq->state == SOAP_WSRM_CREATED || seq->state == SOAP_WSRM_CLOSED)) { soap->header = NULL; /* force adding acks and send them all (piggy=0) */ if (soap_wsrm_add_acks(soap, seq, nack, 0, 0)) return soap->error; } return SOAP_OK; } /** @fn void soap_wsrm_seq_free(struct soap *soap, soap_wsrm_sequence_handle seq) @brief Must be called to free the sequence allocated by soap_wsrm_create() or by soap_wsrm_create_offer(). Sequences created by soap_wsrm_create_offer return handles that are not automatically reclaimed by the engine. @param soap context @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() */ void soap_wsrm_seq_free(struct soap *soap, soap_wsrm_sequence_handle seq) { struct soap_wsrm_data *data; struct soap_wsrm_sequence **q; time_t now = time(NULL); DBGFUN("soap_wsrm_seq_free"); data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return; MUTEX_LOCK(soap_wsrm_session_lock); q = &soap_wsrm_session; while (*q) { if ((!(*q)->handle && !(*q)->refs && (*q)->expires < now) || *q == seq) { struct soap_wsrm_sequence *t = *q; #ifndef SOAP_WSRM_FAST_ALLOC struct soap_wsrm_message *p, *r; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deleting sequence %s\n", t->id ? t->id : "(null)")); if (t->id) { soap_wsrm_seq_delete_data(t); free((void*)t->id); } if (t->acksid) { soap_wsrm_seq_delete_ack(t); free((void*)t->acksid); } if (t->to) free((void*)t->to); if (t->repto) free((void*)t->repto); if (t->acksto) free((void*)t->acksto); soap_wsrm_num_free(soap, t); #ifdef SOAP_WSRM_FAST_ALLOC if (t->messages) { ULONG64 i; for (i = 0; i < t->num; i++) { if (t->messages[i]) { soap_wsrm_msg_free(soap, t->messages[i]); free((void*)t->messages[i]); } } free((void*)t->messages); } #else for (p = t->messages; p; p = r) { r = p->next; soap_wsrm_msg_free(soap, p); free((void*)p); } #endif *q = t->next; free((void*)t); if (seq) break; } else q = &(*q)->next; } MUTEX_UNLOCK(soap_wsrm_session_lock); } /** @fn const char *soap_wsrm_to(const soap_wsrm_sequence_handle seq) @brief Returns the endpoint address of the destination service that serves the sequence. Initially set with soap_wsrm_create or soap_wsrm_create_offer. HTTP 307 Temporary Redirect can change the endpoint during the lifetime of a message sequence. Thus, this function returns the most recent endpoint binding that can be used to send message to the server endpoint. @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return the sequence endpoint address or replyTo address (when provided) or NULL when no destination is given */ const char * soap_wsrm_to(const soap_wsrm_sequence_handle seq) { if (seq->repto) { if (!strcmp(seq->repto, soap_wsa_noneURI)) return NULL; if (strcmp(seq->repto, soap_wsa_anonymousURI)) return seq->repto; } return seq->to; } /** @fn const char *soap_wsrm_acksto(const soap_wsrm_sequence_handle seq) @brief Returns the endpoint address of the AcksTo acknowledgement service that serves the sequence, when set with soap_wsrm_create() or soap_wsrm_create_offer() or NULL otherwise. HTTP 307 Temporary Redirect can change the endpoint during the lifetime of a message sequence. Thus, this function returns the most recent endpoint binding. @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return the sequence endpoint address */ const char * soap_wsrm_acksto(const soap_wsrm_sequence_handle seq) { return seq->acksto; } /** @fn ULONG64 soap_wsrm_num(const soap_wsrm_sequence_handle seq) @brief Returns the current message number of the sequence @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return the sequence endpoint address */ ULONG64 soap_wsrm_num(const soap_wsrm_sequence_handle seq) { return seq->num; } /** @fn ULONG64 soap_wsrm_nack(const soap_wsrm_sequence_handle seq) @brief Returns the number of non-acknowledged messages sent @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return number of non-acknowledged messages sent */ ULONG64 soap_wsrm_nack(const soap_wsrm_sequence_handle seq) { ULONG64 nack = 0; #ifdef SOAP_WSRM_FAST_ALLOC ULONG64 i; MUTEX_LOCK(soap_wsrm_session_lock); for (i = 0; i < seq->num; i++) if (seq->messages[i] && seq->messages[i]->state == SOAP_WSRM_NACK) nack++; MUTEX_UNLOCK(soap_wsrm_session_lock); #else struct soap_wsrm_message *p; MUTEX_LOCK(soap_wsrm_session_lock); for (p = seq->messages; p; p = p->next) if (p->state == SOAP_WSRM_NACK) nack++; MUTEX_UNLOCK(soap_wsrm_session_lock); #endif return nack; } /******************************************************************************\ * * Server * \******************************************************************************/ /** @fn int soap_wsrm_check(struct soap *soap) @brief Receiver (server)-side check for the presence of WS-Addressing and WS-RM header blocks in the SOAP header, checks for protocol errors, and rejects duplicate messages. Also prepares the return WS-RM header. This function should be called in the each service operation that supports WS-RM. Do not use this function in a ReplyTo response-accepting destination service operation. When NoDicards behavior is set, out of sequence messages will be discared until message sequence has resumed (requires peer resends). @param soap context @return SOAP_OK or SOAP_STOP (duplicate message error, MUST be returned by the service operation executing the soap_wsrm_check) or an error code. */ int soap_wsrm_check(struct soap *soap) { DBGFUN("soap_wsrm_check"); return soap_wsrm_chk(soap, 0, 0); } /** @fn int soap_wsrm_check_and_wait(struct soap *soap, int timeout) @brief Receiver (server)-side check for the presence of WS-Addressing and WS-RM header blocks in the SOAP header, checks for protocol errors, and rejects duplicate messages. Also prepares the return WS-RM header. This function should be called in the each service operation that supports WS-RM. Do not use this function in a ReplyTo response-accepting destination service operation. @param soap context @param timeout NoDiscard behavior: 0=discard messages out of sequence to immediately resume, >0 wait (in seconds) until message sequence has resumed while sending Nacks every second to indicate messages are required to continue the flow of messages, <0 wait (in microseconds) until message sequence has resumed, send one nack when timeout occurred. @return SOAP_OK or SOAP_STOP (duplicate message error, MUST be returned by the service operation executing the soap_wsrm_check) or an error code. */ int soap_wsrm_check_and_wait(struct soap *soap, int timeout) { DBGFUN1("soap_wsrm_check_and_wait", "timeout=%d", timeout); return soap_wsrm_chk(soap, timeout, 0); } /** @fn int soap_wsrm_check_send_empty_response(struct soap *soap) @brief Receiver (server)-side check for the presence of WS-Addressing and WS-RM header blocks in the SOAP header, checks for protocol errors, and rejects duplicate messages. Also prepares the return WS-RM header. This function should be called in the each service operation that sends an empty response back (one-way messaging). The behavior is the same as soap_wsrm_check() followed by soap_send_empty_response(), but more efficient and prevents blocking. @param soap context @return SOAP_OK or SOAP_STOP (duplicate message error, MUST be returned by the service operation executing the soap_wsrm_check) or an error code. */ int soap_wsrm_check_send_empty_response(struct soap *soap) { DBGFUN("soap_wsrm_check_send_empty_response"); return soap_wsrm_chk(soap, 0, 1); } /** @fn int soap_wsrm_check_send_empty_response_and_wait(struct soap *soap, int timeout) @brief Receiver (server)-side check for the presence of WS-Addressing and WS-RM header blocks in the SOAP header, checks for protocol errors, and rejects duplicate messages. Also prepares the return WS-RM header. This function should be called in the each service operation that sends an empty response back (one-way messaging). The behavior is the same as soap_wsrm_check() followed by soap_send_empty_response(), but more efficient and prevents blocking. @param soap context @param timeout NoDiscard behavior: 0=discard messages out of sequence to immediately resume, >0 wait (in seconds) until message sequence has resumed while sending Nacks every second to indicate messages are required to continue the flow of messages, <0 wait (in microseconds) until message sequence has resumed, send one nack when timeout occurred. @return SOAP_OK or SOAP_STOP (duplicate message error, MUST be returned by the service operation executing the soap_wsrm_check) or an error code. */ int soap_wsrm_check_send_empty_response_and_wait(struct soap *soap, int timeout) { DBGFUN1("soap_wsrm_check_send_empty_response_and_wait", "timeout=%d", timeout); return soap_wsrm_chk(soap, timeout, 1); } /** @fn int soap_wsrm_chk(struct soap *soap, int timeout, int flag) @brief Receiver (server)-side check for the presence of WS-Addressing and WS-RM header blocks in the SOAP header, checks for protocol errors, and rejects duplicate messages. Also prepares the return WS-RM header. This function should be called in the each service operation that supports WS-RM. Do not use this function in a ReplyTo response-accepting destination service operation. @param soap context @param timeout NoDiscard behavior: 0=discard messages out of sequence to immediately resume, >0 wait (in seconds) until message sequence has resumed while sending Nacks every second to indicate messages are required to continue the flow of messages, <0 wait (in microseconds) until message sequence has resumed, send one nack when timeout occurred. @param flag 0=no response, 1=send empty response @return SOAP_OK or SOAP_STOP (duplicate message error, MUST be returned by the service operation executing the soap_wsrm_check) or an error code. */ static int soap_wsrm_chk(struct soap *soap, int timeout, int flag) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; const char *replyTo; ULONG64 recvnum; if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!soap->header || !soap->header->wsrm__Sequence) return soap_wsrm_error(soap, NULL, wsrm__WSRMRequired); if (flag) { soap_send_empty_response(soap, 202); soap->error = SOAP_OK; } MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__Sequence->Identifier); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } if (!soap_wsrm_seq_valid(soap, seq)) { soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } seq->timestamp = time(NULL); recvnum = soap->header->wsrm__Sequence->MessageNumber; if (soap_wsrm_num_lookup(soap, seq, recvnum)) { /* changed in 1.3: outbound non-acked message resends removed from WS-RM 1.2 */ seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Message " SOAP_ULONG_FORMAT " already received: duplicate message not processed\n", recvnum)); if (!flag) soap_send_empty_response(soap, 202); /* HTTP 202 */ if (soap_wsrm_acknowledgement(soap, seq, NULL)) /* send acks, should help avoid getting resends */ soap->error = SOAP_OK; soap_wsrm_seq_release(soap, seq); return soap->error = SOAP_STOP; /* do not process message */ } if (seq->lastnum && recvnum > seq->lastnum) { #ifdef SOAP_WSRM_2005 soap_wsrm_error(soap, seq, wsrm__LastMessageNumberExceeded); #else soap_wsrm_error(soap, seq, wsrm__SequenceClosed); #endif MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } if (seq->behavior == DiscardFollowingFirstGap && recvnum != seq->recvnum + 1) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Message " SOAP_ULONG_FORMAT " received after message " SOAP_ULONG_FORMAT ", sequence discarded following first gap\n", recvnum, seq->recvnum)); soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); /* close or term */ MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } else if (seq->behavior == NoDiscard && recvnum != seq->recvnum + 1) { if (timeout) { volatile ULONG64 *vp = &seq->recvnum; /* recvnum is updated by other threads */ int r1, r2; #ifdef _WRS_KERNEL int r3; #else unsigned int r3; #endif struct soap *nack_soap = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Message " SOAP_ULONG_FORMAT " received after message " SOAP_ULONG_FORMAT "\n", recvnum, *vp)); if (timeout > 0) { r1 = timeout; /* seconds to queue message, send Nack every second (timeout-1 times) */ r2 = 5; /* 5 times... */ #ifdef _WRS_KERNEL r3 = (sysClkRateGet()/1000) * 200; #else r3 = 200000; /* 200 ms sleep in the message queue */ #endif } else if (timeout < -100000) { r1 = 1; r2 = -timeout / 100000 + 1; #ifdef _WRS_KERNEL r3 = (sysClkRateGet()/1000) * 100; #else r3 = 100000; /* 100 ms sleep */ #endif } else { r1 = r2 = 1; #ifdef _WRS_KERNEL r3 = (int)((ULONG64)(-timeout) * sysClkRateGet()/1000000); #else r3 = -timeout; #endif } while (r1) { while (r2) { MUTEX_UNLOCK(soap_wsrm_session_lock); #if defined(_WRS_KERNEL) taskDelay(r3); /* VxWorks compatible sleep API, delay is specified in number of ticks, which depends on the System Clock Rate */ #elif defined(WIN32) Sleep(r3/1000); #else usleep(r3); #endif MUTEX_LOCK(soap_wsrm_session_lock); if (recvnum == *vp + 1) /* check again, exit inner loop when message is in sequence */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cannot accept message " SOAP_ULONG_FORMAT " after message " SOAP_ULONG_FORMAT "\n", recvnum, *vp)); r2--; } if (recvnum == *vp + 1) /* check again, exit outer loop when message is in sequence */ break; r1--; if (r1) { /* send nack to request resend of message(s) in the gap */ MUTEX_UNLOCK(soap_wsrm_session_lock); if (!nack_soap) nack_soap = soap_copy(soap); /* use a context copy, so we do not alter current context when sending */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending Nack for message " SOAP_ULONG_FORMAT "\n", *vp + 1)); if (nack_soap) soap_wsrm_non_acknowledgement(nack_soap, seq, *vp + 1); /* send nack for the message that we need */ MUTEX_LOCK(soap_wsrm_session_lock); } } if (nack_soap) { soap_end(nack_soap); soap_free(nack_soap); /* remove context copy */ } if (recvnum != *vp + 1) { /* timed out, ignore this message */ MUTEX_UNLOCK(soap_wsrm_session_lock); if (!flag) soap_send_empty_response(soap, 202); return soap->error = SOAP_STOP; } } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Message " SOAP_ULONG_FORMAT " received after message " SOAP_ULONG_FORMAT "\n", recvnum, seq->recvnum)); /* ignore messages that are not in order, send nack to request resend */ MUTEX_UNLOCK(soap_wsrm_session_lock); if (!flag) soap_send_empty_response(soap, 202); /* soap_wsrm_non_acknowledgement(soap, seq, seq->recvnum + 1); */ /* send nack for the message that we need? */ return soap->error = SOAP_STOP; } } seq->recvnum = recvnum; if (soap_wsrm_num_insert(soap, seq, recvnum)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Message " SOAP_ULONG_FORMAT " accepted\n", recvnum)); if (seq->repto) { free((void*)seq->repto); seq->repto = NULL; } replyTo = soap_wsa_ReplyTo(soap); if (replyTo && strcmp(replyTo, soap_wsa_anonymousURI)) { char *s; size_t l = strlen(replyTo); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, replyTo); seq->repto = s; } #ifdef SOAP_WSA_2005 if (soap->header && soap->header->chan__ChannelInstance) { seq->channel = soap->header->chan__ChannelInstance->__item; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "ChannelInstance = %d\n", seq->channel)); } #endif MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_chk_acks(soap); } /** @fn int soap_wsrm_reply_num(struct soap *soap, int flag) @brief Prepares reply from service. When flag is set, adds a WS-RM sequence message number to the next message transmitted. No acks are requested. No WS-Addressing message relay. @param soap context @param flag true to add a WS-RM sequence message number to the message to be transmitted @return SOAP_OK or error code (and server operation must return this value) */ int soap_wsrm_reply_num(struct soap *soap, int flag) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; DBGFUN("soap_wsrm_reply_num"); data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!soap->header || !soap->header->wsrm__Sequence) return soap_wsrm_error(soap, NULL, wsrm__WSRMRequired); MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__Sequence->Identifier); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } if (seq->id) { ULONG64 num = seq->num; if (flag) { if ((data->msg = soap_wsrm_msg_new(soap, seq, num + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } data->state = SOAP_WSRM_ON; if (data->seq) data->seq->refs--; data->seq = seq; seq->refs++; /* do not dealloc until message sent or error */ num = seq->num; } soap_default_wsrm__SequenceType(soap, soap->header->wsrm__Sequence); soap->header->wsrm__Sequence->Identifier = soap_strdup(soap, seq->id); soap->header->wsrm__Sequence->MessageNumber = num; } else soap->header->wsrm__Sequence = NULL; MUTEX_UNLOCK(soap_wsrm_session_lock); soap->header->__sizeAckRequested = 0; if (!soap->header->SOAP_WSA(ReplyTo) || !soap->header->SOAP_WSA(ReplyTo)->Address || !strcmp(soap->header->SOAP_WSA(ReplyTo)->Address, soap_wsa_anonymousURI)) soap_wsa_add_ReplyTo(soap, seq->to); if (!soap->header->SOAP_WSA(FaultTo) || !soap->header->SOAP_WSA(FaultTo)->Address || !strcmp(soap->header->SOAP_WSA(FaultTo)->Address, soap_wsa_anonymousURI)) soap_wsa_add_FaultTo(soap, seq->to); /* add acks for ackRequested response from server */ return soap_wsrm_add_acks(soap, seq, 0, 0, 1); } /** @fn int soap_wsrm_reply(struct soap *soap, const char *wsa_id, const char *wsa_action) @brief Server-side server operation reply to be performed when the service operation returns. Server operations that support WS-Addressing and WS-RM must call this function to return normally (and/or allow the response message to be relayed as per WS-Addressing). @param soap context @param[in] wsa_id WS-Addressing message ID (optional) @param[in] wsa_action mandatory WS-Addressing action of the response @return SOAP_OK or error code (and server operation must return this value) */ int soap_wsrm_reply(struct soap *soap, const char *wsa_id, const char *wsa_action) { DBGFUN("soap_wsrm_reply"); if (soap_wsrm_reply_num(soap, 1)) return soap->error; return soap_wsa_reply(soap, wsa_id, wsa_action); } /** @fn int soap_wsrm_reply_request_acks(struct soap *soap, const char *wsa_id, const char *wsa_action) @brief Server-side server operation reply to be performed when the service operation returns. Message acks for the current sequence are requested, but only when client made a create sequence offer. Server operations that support WS-Addressing and WS-RM must call this function or call soap_wsrm_reply() to return normally (and/or allow the response message to be relayed as per WS-Addressing). @param soap context @param[in] wsa_id WS-Addressing message ID (optional) @param[in] wsa_action mandatory WS-Addressing action of the response @return SOAP_OK or error code (and server operation must return this value) */ int soap_wsrm_reply_request_acks(struct soap *soap, const char *wsa_id, const char *wsa_action) { DBGFUN("soap_wsrm_reply_request_acks"); if (soap_wsrm_reply_num(soap, 1)) return soap->error; if (soap->header->wsrm__Sequence) { if (!soap->header->wsrm__AckRequested && !(soap->header->wsrm__AckRequested = (struct wsrm__AckRequestedType*)soap_malloc(soap, sizeof(struct wsrm__AckRequestedType)))) return soap->error; soap->header->__sizeAckRequested = 1; soap_default_wsrm__AckRequestedType(soap, soap->header->wsrm__AckRequested); soap->header->wsrm__AckRequested->Identifier = soap->header->wsrm__Sequence->Identifier; } return soap_wsa_reply(soap, wsa_id, wsa_action); } /** @fn void soap_wsrm_cleanup(struct soap *soap) @brief Cleans up all expired sequences and releases resources. To be used at the server side to periodically clean up WS-RM sequences. Server-side cleanup is automatic, as long as WS-RM is in use. Does not release client-side sequences allocated by soap_wsrm_create() or soap_wsrm_create_offer(). @param soap context */ void soap_wsrm_cleanup(struct soap *soap) { DBGFUN("soap_wsrm_cleanup"); soap_wsrm_seq_free(soap, NULL); } #ifdef __cplusplus } #endif /******************************************************************************\ * * Server-side Predefined WS-RM Operations * \******************************************************************************/ /** @fn int __wsrm__CreateSequence(struct soap *soap, struct wsrm__CreateSequenceType *req, struct wsrm__CreateSequenceResponseType *res) @brief WS-RM CreateSequence service operation. Automatically invoked by the server to process a create sequence request (with or without offer). Creates a new local sequence state to keep track of messages. @param soap context @param[in] req wsrm__CreateSequence request message @param[out] res wsrm__CreateSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__CreateSequence(struct soap *soap, struct wsrm__CreateSequenceType *req, struct wsrm__CreateSequenceResponseType *res) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; char *action; const char *replyTo; size_t l; DBGFUN("__wsrm__CreateSequence"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!req) return soap_wsrm_error(soap, NULL, wsrm__WSRMRequired); soap_wsrm_cleanup(soap); MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_insert(soap); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } seq->num = 0; replyTo = soap_wsa_ReplyTo(soap); if (replyTo && strcmp(replyTo, soap_wsa_anonymousURI)) { char *s; l = strlen(replyTo); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, replyTo); seq->to = s; } if (req->AcksTo.Address) { char *s; l = strlen(req->AcksTo.Address); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, req->AcksTo.Address); seq->acksto = s; } if (req->Expires && *req->Expires/1000 < SOAP_WSRM_MAX_SEC_TO_EXPIRE) seq->expires = time(NULL) + *req->Expires/1000; seq->state = SOAP_WSRM_CREATED; if (req->Offer) { res->Accept = (struct wsrm__AcceptType*)soap_malloc(soap, sizeof(struct wsrm__AcceptType)); if (!res->Accept) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap_default_wsrm__AcceptType(soap, res->Accept); res->Accept->AcksTo.Address = soap->header->wsa5__To; /* acksto for responses req->AcksTo; */ res->Expires = req->Expires; if (req->Offer->Identifier) { /* check if offered identifier is acceptable? */ /* if (!soap_wsrm_seq_lookup_data(req->Offer->Identifier)) */ { char *s; l = strlen(req->Offer->Identifier); if ((s = (char*)malloc(l + 1)) != NULL) { soap_strcpy(s, l + 1, req->Offer->Identifier); seq->id = s; soap_wsrm_seq_insert_data(seq); } } } if (req->Offer->Expires && *req->Offer->Expires/1000 < SOAP_WSRM_MAX_SEC_TO_EXPIRE) seq->expires = time(NULL) + *req->Offer->Expires/1000; /* copy same behavior for response messages */ if (req->Offer->IncompleteSequenceBehavior) { res->IncompleteSequenceBehavior = req->Offer->IncompleteSequenceBehavior; seq->behavior = *res->IncompleteSequenceBehavior; } } if (!(seq->acksid = soap_wsrm_seq_newid(soap))) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap_wsrm_seq_insert_ack(seq); res->Identifier = soap_strdup(soap, seq->acksid); #ifdef SOAP_WSA_2005 if (soap->header->SOAP_WSA(ReplyTo) && soap->header->SOAP_WSA(ReplyTo)->ReferenceParameters && soap->header->SOAP_WSA(ReplyTo)->ReferenceParameters->chan__ChannelInstance) { seq->channel = *soap->header->SOAP_WSA(ReplyTo)->ReferenceParameters->chan__ChannelInstance; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "ReplyTo ChannelInstance = %d\n", seq->channel)); } #endif MUTEX_UNLOCK(soap_wsrm_session_lock); soap->header->wsrm__Sequence = NULL; soap->header->wsrm__AckRequested = NULL; l = strlen(soap->action); action = (char*)soap_malloc(soap, l + 9); if (!action) return soap->error; soap_strcpy(action, l + 9, soap->action); soap_strcpy(action + l, 9, "Response"); return soap_wsa_reply(soap, NULL, action); } /** @fn int __wsrm__CreateSequenceResponse(struct soap *soap, struct wsrm__CreateSequenceResponseType *res) @brief WS-RM CreateSequenceResponse one-way service operation. Automatically invoked by the server to process a create sequence response (with or without offer). Creates a new local sequence state to keep track of messages. @param soap context @param[in] res wsrm__CreateSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__CreateSequenceResponse(struct soap *soap, struct wsrm__CreateSequenceResponseType *res) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; DBGFUN("__wsrm__CreateSequenceResponse"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!res->Identifier) return soap_wsrm_error(soap, NULL, wsrm__CreateSequenceRefused); MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_data(res->Identifier); if (!seq) { char *s; size_t l; if (!soap_wsa_RelatesTo(soap)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } seq = soap_wsrm_seq_lookup_data(soap_wsa_RelatesTo(soap)); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } l = strlen(res->Identifier); if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, res->Identifier); if (seq->id) free((void*)seq->id); seq->id = s; soap_wsrm_seq_insert_data(seq); } if (res->Expires && *res->Expires/1000 <= SOAP_WSRM_MAX_SEC_TO_EXPIRE) seq->expires = time(NULL) + *res->Expires/1000; if (res->IncompleteSequenceBehavior) seq->behavior = *res->IncompleteSequenceBehavior; if (res->Accept && res->Accept->AcksTo.Address) { char *s; size_t l = strlen(res->Accept->AcksTo.Address); /* accepted: update the sequence for the responses */ if ((s = (char*)malloc(l + 1)) == NULL) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error = SOAP_EOM; } soap_strcpy(s, l + 1, res->Accept->AcksTo.Address); if (seq->acksto) free((void*)seq->acksto); seq->acksto = s; } seq->state = SOAP_WSRM_CREATED; #ifdef SOAP_WSA_2005 if (soap->header && soap->header->chan__ChannelInstance) { seq->channel = soap->header->chan__ChannelInstance->__item; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "ChannelInstance = %d\n", seq->channel)); } #endif MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_send_empty_response(soap, 202); } /** @fn int __wsrm__CloseSequence(struct soap *soap, struct wsrm__CloseSequenceType *req, struct wsrm__CloseSequenceResponseType *res) @brief WS-RM CloseSequence service operation. Automatically invoked by the server to process the close sequence request. Updates the server's local sequence state to closed. @param soap context @param[in] req wsrm__CloseSequence request message @param[out] res wsrm__CloseSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__CloseSequence(struct soap *soap, struct wsrm__CloseSequenceType *req, struct wsrm__CloseSequenceResponseType *res) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; char *action; size_t l; DBGFUN("__wsrm__CloseSequence"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!req) return soap_wsrm_error(soap, NULL, wsrm__WSRMRequired); MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(req->Identifier); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } if (seq->state == SOAP_WSRM_TERMINATED) { soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } seq->state = SOAP_WSRM_CLOSED; seq->timestamp = time(NULL); #ifdef SOAP_WSRM_2007 if (req->LastMsgNumber) seq->lastnum = *req->LastMsgNumber; #endif res->Identifier = req->Identifier; soap->header->wsrm__Sequence = NULL; if (!soap->header->wsrm__SequenceAcknowledgement && !(soap->header->wsrm__SequenceAcknowledgement = (struct _wsrm__SequenceAcknowledgement*)soap_malloc(soap, sizeof(struct _wsrm__SequenceAcknowledgement)))) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap->header->__sizeSequenceAcknowledgement = 1; if (soap_wsrm_set_ack(soap, 0, seq, soap->header->wsrm__SequenceAcknowledgement)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap_wsa_add_ReplyTo(soap, seq->to); MUTEX_UNLOCK(soap_wsrm_session_lock); l = strlen(soap->action); action = (char*)soap_malloc(soap, l + 9); if (!action) return soap->error; soap_strcpy(action, l + 9, soap->action); soap_strcpy(action + l, 9, "Response"); return soap_wsa_reply(soap, NULL, action); } /** @fn int __wsrm__CloseSequenceResponse(struct soap *soap, struct wsrm__CloseSequenceResponseType *res) @brief WS-RM CloseSequenceResponse one-way service operation. Automatically invoked by the server to process the close sequence response. Updates the server's local sequence state to closed. @param soap context @param[in] res wsrm__CloseSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__CloseSequenceResponse(struct soap *soap, struct wsrm__CloseSequenceResponseType *res) { struct soap_wsrm_data *data; DBGFUN("__wsrm__CloseSequenceResponse"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!res->Identifier || !soap_wsrm_seq_lookup_data(res->Identifier)) return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); return soap_send_empty_response(soap, 202); } /** @fn int __wsrm__TerminateSequence(struct soap *soap, struct wsrm__TerminateSequenceType *req, struct wsrm__TerminateSequenceResponseType *res) @brief WS-RM TerminateSequence service operation. Automatically invoked by the server to process the terminate sequence request. Updates the server's local sequence state to terminated. @param soap context @param[in] req wsrm__TerminateSequence request message @param[out] res wsrm__TerminateSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__TerminateSequence(struct soap *soap, struct wsrm__TerminateSequenceType *req, struct wsrm__TerminateSequenceResponseType *res) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data; char *action; size_t l; DBGFUN("__wsrm__TerminateSequence"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!req) return soap_wsrm_error(soap, NULL, wsrm__WSRMRequired); soap_wsrm_cleanup(soap); MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(req->Identifier); if (!seq) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); } if (seq->state == SOAP_WSRM_TERMINATED) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap_send_empty_response(soap, 202); } seq->state = SOAP_WSRM_TERMINATED; seq->timestamp = time(NULL); #ifdef SOAP_WSRM_2007 if (req->LastMsgNumber) seq->lastnum = *req->LastMsgNumber; #endif /* DiscardEntireSequence: fail when inbound message sequence is not complete */ if (seq->behavior == DiscardEntireSequence && (seq->recvnum && (!seq->ranges || seq->ranges->lower != 1 || seq->ranges->upper != seq->lastnum))) { soap_wsrm_num_free(soap, seq); soap_wsrm_error(soap, seq, wsrm__SequenceTerminated); MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } #ifdef SOAP_WSRM_2005 res->Identifier = soap_strdup(soap, seq->id); soap->header->wsrm__Sequence = NULL; if (!soap->header->wsrm__SequenceAcknowledgement && !(soap->header->wsrm__SequenceAcknowledgement = (struct _wsrm__SequenceAcknowledgement*)soap_malloc(soap, sizeof(struct _wsrm__SequenceAcknowledgement)))) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap->header->__sizeSequenceAcknowledgement = 1; if (soap_wsrm_set_ack(soap, 0, seq, soap->header->wsrm__SequenceAcknowledgement)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap_wsrm_num_free(soap, seq); soap_wsa_add_ReplyTo(soap, seq->to); MUTEX_UNLOCK(soap_wsrm_session_lock); action = soap_strdup(soap, soap->action); return soap_wsa_reply(soap, NULL, action); #else res->Identifier = req->Identifier; soap->header->wsrm__Sequence = NULL; if (!soap->header->wsrm__SequenceAcknowledgement && !(soap->header->wsrm__SequenceAcknowledgement = (struct _wsrm__SequenceAcknowledgement*)soap_malloc(soap, sizeof(struct _wsrm__SequenceAcknowledgement)))) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap->header->__sizeSequenceAcknowledgement = 1; if (soap_wsrm_set_ack(soap, 0, seq, soap->header->wsrm__SequenceAcknowledgement)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } soap_wsrm_num_free(soap, seq); soap_wsa_add_ReplyTo(soap, seq->to); MUTEX_UNLOCK(soap_wsrm_session_lock); l = strlen(soap->action); action = (char*)soap_malloc(soap, l + 9); if (!action) return soap->error; soap_strcpy(action, l + 9, soap->action); soap_strcpy(action + l, 9, "Response"); return soap_wsa_reply(soap, NULL, action); #endif } /** @fn int __wsrm__TerminateSequenceResponse(struct soap *soap, struct wsrm__TerminateSequenceResponseType *res) @brief WS-RM TerminateSequenceResponse one-way service operation. Automatically invoked by the server to process the terminate sequence response. Updates the server's local sequence state to terminated. @param soap context @param[in] res wsrm__TerminateSequenceResponse response message @return SOAP_OK or error code */ int __wsrm__TerminateSequenceResponse(struct soap *soap, struct wsrm__TerminateSequenceResponseType *res) { struct soap_wsrm_data *data; DBGFUN("__wsrm__TerminateSequenceResponse"); if (soap_wsa_check(soap)) return soap->error; data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; data->state = SOAP_WSRM_OFF; /* disable caching */ if (!res->Identifier || !soap_wsrm_seq_lookup_data(res->Identifier)) return soap_wsrm_error(soap, NULL, wsrm__UnknownSequence); return soap_send_empty_response(soap, 202); } /** @fn int __wsrm__SequenceAcknowledgement(struct soap *soap) @brief WS-RM SequenceAcknowledgement operation. @param soap context @return SOAP_OK or error code */ int __wsrm__SequenceAcknowledgement(struct soap *soap) { DBGFUN("__wsrm__SequenceAcknowledgement"); soap_wsrm_cleanup(soap); /* soap_wsrm_preparefinalrecv was called upon invocation, to process acks */ return soap_send_empty_response(soap, 202); } /** @fn int __wsrm__AckRequested(struct soap *soap) @brief WS-RM AckRequested operation. @param soap context @return SOAP_OK or error code */ int __wsrm__AckRequested(struct soap *soap) { struct soap_wsrm_sequence *seq = NULL; DBGFUN("__wsrm__AckRequested"); soap_wsrm_cleanup(soap); /* soap_wsrm_preparefinalrecv was called upon invocation, to process acks */ soap_send_empty_response(soap, 202); if (soap->header && soap->header->wsrm__AckRequested) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__AckRequested->Identifier); if (seq) { seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); if (soap_wsrm_acknowledgement(soap, seq, NULL)) soap->error = SOAP_OK; soap_wsrm_seq_release(soap, seq); } else MUTEX_UNLOCK(soap_wsrm_session_lock); } return SOAP_OK; } /** @fn int __wsrm__LastMessage(struct soap *soap) @brief WS-RM LastMessage operation (WS-RM 1.0). @param soap context @return SOAP_OK or error code */ int __wsrm__LastMessage(struct soap *soap) { struct soap_wsrm_sequence *seq = NULL; DBGFUN("__wsrm__LastMessage"); /* soap_wsrm_preparefinalrecv was called upon invocation, to process acks */ if (soap_wsrm_check_send_empty_response_and_wait(soap, SOAP_WSRM_TIMEOUT)) /* wait */ return soap->error; if (soap->header && soap->header->wsrm__Sequence) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return soap->error = SOAP_PLUGIN_ERROR; MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__Sequence->Identifier); if (seq) { seq->lastnum = seq->recvnum; seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); if (seq->state == SOAP_WSRM_CREATED) soap_wsrm_close(soap, seq, soap_wsa_rand_uuid(soap)); seq->state = SOAP_WSRM_CLOSED; if (soap_wsrm_acknowledgement(soap, seq, NULL)) soap->error = SOAP_OK; soap_wsrm_seq_release(soap, seq); } else MUTEX_UNLOCK(soap_wsrm_session_lock); } return SOAP_OK; } /******************************************************************************\ * * Server-side SOAP Fault * \******************************************************************************/ #ifdef __cplusplus extern "C" { #endif /** @fn int soap_wsrm_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender/receiver SOAP Fault (sub)code for server faults (can be user defined faults). When called before soap_wsrm_check() in the server operation, terminates the current sequence. Otherwise, the sequence is not terminated. In either case the fault is returned to sender (client) or to the FaultTo server when the WS-Addressing FaultTo header was set by the sender. @param soap context @param[in] flag 0=receiver, 1=sender @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsrm_fault_subcode(struct soap *soap, int flag, const char *faultsubcode, const char *faultstring, const char *faultdetail) { DBGFUN2("soap_wsrm_fault_subcode", "code=%s", faultsubcode ? faultsubcode : "(null)", "string=%s", faultstring ? faultstring : "(null)"); soap_wsrm_reply_num(soap, 0); if (soap->header && soap->header->wsrm__Sequence && soap->header->wsrm__Sequence->Identifier) { char *id = soap->header->wsrm__Sequence->Identifier; int err = soap_wsa_fault_subcode(soap, flag, faultsubcode, faultstring, faultdetail); soap_faultdetail(soap); if (soap->version == 2) { soap->fault->SOAP_ENV__Detail->__type = SOAP_TYPE__wsrm__Identifier; soap->fault->SOAP_ENV__Detail->fault = (void*)id; } else { soap->fault->detail->__type = SOAP_TYPE__wsrm__Identifier; soap->fault->detail->fault = (void*)id; } return err; } return soap_wsa_fault_subcode(soap, flag, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsrm_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server faults (can be user defined faults). When called before soap_wsrm_check() in the server operation, terminates the current sequence. Otherwise, the sequence is not terminated. In either case the fault is returned to sender (client) or to the FaultTo server when the WS-Addressing FaultTo header was set by the sender. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsrm_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { return soap_wsrm_fault_subcode(soap, 1, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsrm_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server faults (can be user defined faults). When called before soap_wsrm_check() in the server operation, terminates the current sequence. Otherwise, the sequence is not terminated. In either case the fault is returned to sender (client) or to the FaultTo server when the WS-Addressing FaultTo header was set by the sender. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsrm_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { return soap_wsrm_fault_subcode(soap, 0, faultsubcode, faultstring, faultdetail); } /** @fn int soap_wsrm_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server faults (can be user defined faults). When called before soap_wsrm_check() in the server operation, terminates the current sequence. Otherwise, the sequence is not terminated. In either case the fault is returned to sender (client) or to the FaultTo server when the WS-Addressing FaultTo header was set by the sender. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsrm_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsrm_fault_subcode(soap, 1, NULL, faultstring, faultdetail); } /** @fn int soap_wsrm_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server faults (can be user defined faults). When called before soap_wsrm_check() in the server operation, terminates the current sequence. Otherwise, the sequence is not terminated. In either case the fault is returned to sender (client) or to the FaultTo server when the WS-Addressing FaultTo header was set by the sender. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsrm_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsrm_fault_subcode(soap, 0, NULL, faultstring, faultdetail); } /******************************************************************************\ * * WS-RM Faults * \******************************************************************************/ /** @fn int soap_wsrm_check_fault(struct soap *soap, enum wsrm__FaultCodes *fault, const char **info) @brief Checks the presence of a WS-RM fault at the client side (or in the FaultTo destination service) when a response is received. @param soap context @param[out] fault code @param[out] info string pointer related to the fault (or NULL) @return SOAP_OK (no fault or not a WS-RM fault) or error when not WS-RM fault */ int soap_wsrm_check_fault(struct soap *soap, enum wsrm__FaultCodes *fault, const char **info) { if (soap->error && soap->fault && soap->fault->SOAP_ENV__Code) { const char *code = soap_check_faultsubcode(soap); if (info) *info = soap_check_faultdetail(soap); if (code) return soap_s2wsrm__FaultCodes(soap, code, fault); } return SOAP_OK; } /** @fn int soap_wsrm_error(struct soap *soap, struct soap_wsrm_sequence *seq, enum wsrm__FaultCodes fault) @brief Sets SOAP Fault (sub)code for server WS-RM fault response. Terminates the sequence. @param soap context @param[in] seq pointer to sequence to terminate or NULL @param[in] fault is one of enum wsrm__FaultCodes enumeration values @return SOAP_FAULT */ int soap_wsrm_error(struct soap *soap, struct soap_wsrm_sequence *seq, enum wsrm__FaultCodes fault) { struct soap_wsrm_data *data; const char *code = soap_wsrm__FaultCodes2s(soap, fault); const char *reason = NULL; DBGFUN1("soap_wsrm_error", "code=%s", code ? code : "(null)"); data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (data) { data->state = SOAP_WSRM_OFF; /* disable caching */ soap_wsrm_seq_release(soap, data->seq); data->seq = NULL; } if (seq) { seq->fault = fault; seq->state = SOAP_WSRM_TERMINATED; } switch (fault) { case wsrm__SequenceTerminated: reason = "The Sequence has been terminated due to an unrecoverable error."; break; case wsrm__UnknownSequence: reason = "The value of the wsrm:Identifier is not a known Sequence identifier."; break; case wsrm__InvalidAcknowledgement: reason = "The SequenceAcknowledgement violates the cumulative Acknowledgement invariant."; break; case wsrm__MessageNumberRollover: reason = "The maximum value for wsrm:MessageNumber has been exceeded."; break; #ifdef SOAP_WSRM_2005 case wsrm__LastMessageNumberExceeded: reason = "The value for wsrm:MessageNumber exceeds the value of the MessageNumber accompanying a LastMessage element in this Sequence."; break; #endif case wsrm__CreateSequenceRefused: reason = "The Create Sequence request has been refused by the RM Destination."; break; #ifdef SOAP_WSRM_2007 case wsrm__SequenceClosed: reason = "The Sequence is closed and cannot accept new messages."; break; #endif case wsrm__WSRMRequired: reason = "The RM Destination requires the use of WSRM."; break; default: break; } soap_header(soap); if (soap->header) { soap_default_SOAP_ENV__Header(soap, soap->header); if (soap->version == 1) { soap_default_SOAP_ENV__Header(soap, soap->header); soap->header->wsrm__SequenceFault = (struct wsrm__SequenceFaultType*)soap_malloc(soap, sizeof(struct wsrm__SequenceFaultType)); if (!soap->header->wsrm__SequenceFault) return soap->error; soap_default_wsrm__SequenceFaultType(soap, soap->header->wsrm__SequenceFault); soap->header->wsrm__SequenceFault->FaultCode = fault; soap->header->wsrm__SequenceFault->Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail)); if (soap->header->wsrm__SequenceFault->Detail) { soap_default_SOAP_ENV__Detail(soap, soap->header->wsrm__SequenceFault->Detail); soap->header->wsrm__SequenceFault->Detail->__any = (char*)reason; } } if (seq && !seq->handle) /* server side: need to relay error */ soap_wsa_add_ReplyTo(soap, seq->to); } return soap_wsa_sender_fault_subcode(soap, code, reason, NULL); } /******************************************************************************\ * * WS-RM State Dump * \******************************************************************************/ /** @fn void soap_wsrm_dump(struct soap *soap, FILE *fd) @brief Dumps the current sequences and details of the wsrm plugin for diagnotics purposes. @param soap context @param[in] fd file descriptor to send text to */ void soap_wsrm_dump(struct soap *soap, FILE *fd) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); if (!data) return; fprintf(fd, "\n**** %s PLUGIN STATE DUMP ****\n", SOAP_WSRM_ID); MUTEX_LOCK(soap_wsrm_session_lock); for (seq = soap_wsrm_session; seq; seq = seq->next) { struct soap_wsrm_range *r; switch (seq->state) { case SOAP_WSRM_UNKNOWN: fputs("UNKNOWN ", fd); break; case SOAP_WSRM_CREATED: fputs("OPEN ", fd); break; case SOAP_WSRM_CLOSED: fputs("CLOSED ", fd); break; case SOAP_WSRM_TERMINATED: fputs("TERMINATED ", fd); break; default: break; } fprintf(fd, "SEQUENCE %s\n", seq->acksid ? seq->acksid : ""); fprintf(fd, " ID = %s\n", seq->id ? seq->id : "(null)"); fprintf(fd, " TO = %s\n", seq->to ? seq->to : "(null)"); fprintf(fd, " ACKSTO%c = %s\n", seq->ackreq ? '?' : ' ', seq->acksto ? seq->acksto : "(null)"); if (seq->repto) fprintf(fd, " REPLYTO = %s\n", seq->repto); if (seq->channel != SOAP_WSRM_NOCHAN) fprintf(fd, " CHANNEL = %d\n", seq->channel); fprintf(fd, " UPDATED = %s\n", soap_dateTime2s(soap, seq->timestamp)); fprintf(fd, " EXPIRES%c = %s\n", seq->handle ? '!' : ' ', soap_dateTime2s(soap, seq->expires)); fprintf(fd, " BEHAVIOR = %s\n", soap_wsrm__IncompleteSequenceBehaviorType2s(soap, seq->behavior)); if (seq->id) { fprintf(fd, " MESSAGES SENT:\n"); if (seq->state == SOAP_WSRM_CLOSED || seq->state == SOAP_WSRM_TERMINATED) fprintf(fd, " LAST = " SOAP_ULONG_FORMAT "\n", seq->num); else fprintf(fd, " NUM = " SOAP_ULONG_FORMAT "\n", seq->num); if (seq->messages) { char sep = ' '; int nack = 0; struct soap_wsrm_message *p; #ifdef SOAP_WSRM_FAST_ALLOC ULONG64 i; #endif fprintf(fd, " ACKED ="); #ifdef SOAP_WSRM_FAST_ALLOC for (i = 0; i < seq->num; i++) { p = seq->messages[i]; if (!p || p->state == SOAP_WSRM_ACK) { fprintf(fd, "%c" SOAP_ULONG_FORMAT, sep, i + 1); sep = ','; } else if (p->state == SOAP_WSRM_NACK) nack = 1; } #else for (p = seq->messages; p; p = p->next) { if (p->state == SOAP_WSRM_ACK) { fprintf(fd, "%c" SOAP_ULONG_FORMAT, sep, p->num); sep = ','; } else if (p->state == SOAP_WSRM_NACK) nack = 1; } #endif fprintf(fd, "\n"); if (nack) { fprintf(fd, " NACKED ="); sep = ' '; #ifdef SOAP_WSRM_FAST_ALLOC for (i = 0; i < seq->num; i++) { p = seq->messages[i]; if (p && p->state == SOAP_WSRM_NACK) { fprintf(fd, "%c" SOAP_ULONG_FORMAT, sep, i + 1); sep = ','; } } #else for (p = seq->messages; p; p = p->next) { if (p->state == SOAP_WSRM_NACK) { fprintf(fd, "%c" SOAP_ULONG_FORMAT, sep, p->num); sep = ','; } } #endif fprintf(fd, "\n"); } } } if (seq->acksid) { char sep = ' '; fprintf(fd, " MESSAGES RECEIVED:\n"); if (seq->lastnum) fprintf(fd, " LAST = " SOAP_ULONG_FORMAT "\n", seq->lastnum); else fprintf(fd, " NUM = " SOAP_ULONG_FORMAT "\n", seq->recvnum); fprintf(fd, " RANGE ="); for (r = seq->ranges; r; r = r->next) { fprintf(fd, "%c" SOAP_ULONG_FORMAT ":" SOAP_ULONG_FORMAT, sep, r->lower, r->upper); sep = ','; } fprintf(fd, "\n"); } fprintf(fd, "END OF SEQUENCE\n"); } MUTEX_UNLOCK(soap_wsrm_session_lock); } /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** @fn int soap_wsrm(struct soap *soap, struct soap_plugin *p, void *arg) @brief Plugin registry function, used with soap_register_plugin. @param soap context @param[in,out] p plugin created in registry @param[in] arg optional argument passed from soap_register_plugin_arg @return SOAP_OK */ int soap_wsrm(struct soap *soap, struct soap_plugin *p, void *arg) { p->id = soap_wsrm_id; /* create local plugin data */ p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsrm_data)); /* register the copy constructor */ p->fcopy = soap_wsrm_copy; /* register the destructor */ p->fdelete = soap_wsrm_delete; /* if OK then initialize */ if (p->data) { if (soap_wsrm_init(soap, (struct soap_wsrm_data*)p->data, arg)) { SOAP_FREE(soap, p->data); /* error: could not init */ return SOAP_EOM; /* return error */ } } return SOAP_OK; } /** @fn int soap_wsrm_init(struct soap *soap, struct soap_wsrm_data *data, void *arg) @brief Initializes plugin data. @param soap context @param[in,out] data plugin data @param[in] arg optional argument passed from soap_register_plugin_arg @return SOAP_OK */ static int soap_wsrm_init(struct soap *soap, struct soap_wsrm_data *data, void *arg) { if (arg || !*soap_wsrm_idname) { const char *s; if (arg) s = (char*)arg; else s = soap_wsa_rand_uuid(soap); MUTEX_LOCK(soap_wsrm_session_lock); soap_strcpy(soap_wsrm_idname, sizeof(soap_wsrm_idname), s); MUTEX_UNLOCK(soap_wsrm_session_lock); } data->state = SOAP_WSRM_OFF; /* disable caching */ data->seq = NULL; data->msg = NULL; data->fsend = soap->fsend; soap->fsend = soap_wsrm_send; data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = soap_wsrm_preparefinalrecv; data->fdisconnect = soap->fdisconnect; soap->fdisconnect = soap_wsrm_disconnect; return SOAP_OK; } /** @fn int soap_wsrm_copy(struct soap *soap, struct soap_plugin *p, struct soap_plugin *q) @brief Copy plugin data (private thread data). @param soap context @param[out] p plugin @param[in] q plugin @return SOAP_OK */ static int soap_wsrm_copy(struct soap *soap, struct soap_plugin *p, struct soap_plugin *q) { /* create local plugin data */ p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsrm_data)); soap_memcpy((void*)p->data, sizeof(struct soap_wsrm_data), (const void*)q->data, sizeof(struct soap_wsrm_data)); ((struct soap_wsrm_data*)p->data)->state = SOAP_WSRM_OFF; ((struct soap_wsrm_data*)p->data)->seq = NULL; ((struct soap_wsrm_data*)p->data)->msg = NULL; return SOAP_OK; } /** @fn void soap_wsrm_delete(struct soap *soap, struct soap_plugin *p) @brief Deletes plugin data. @param soap context @param[in,out] p plugin @return SOAP_OK */ static void soap_wsrm_delete(struct soap *soap, struct soap_plugin *p) { if (p->data) SOAP_FREE(soap, p->data); } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_wsrm_send(struct soap *soap, const char *buf, size_t len) @brief Internal callback function to override fsend(). When the wsrm plugin is enabled, saves the message to the current sequence that is created at the client side. Allows unacknowledged messages to be resend with soap_wsrm_resend(). @param soap context @param[in] buf message data @param[in] len message data length @return SOAP_OK or error code */ static int soap_wsrm_send(struct soap *soap, const char *buf, size_t len) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_wsrm_send state=%d\n", data ? data->state : 0)); if (data && data->state == SOAP_WSRM_ON) if (soap_wsrm_msg_append(soap, data, buf, len)) return soap->error; return data->fsend(soap, buf, len); /* pass data on to next send callback */ } /** @fn int soap_wsrm_preparefinalrecv(struct soap *soap) @brief Internal callback function to override fpreparefinalrecv(). Takes acks returned by response to update the states of the sequences with acknowledgements. Acknowledged messages do not have to be resend and are purged from the sequence states. Also checks if at client-side response message was already received and otherwise records it in the state. @param soap context @return SOAP_OK or error code */ static int soap_wsrm_preparefinalrecv(struct soap *soap) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN("soap_wsrm_preparefinalrecv"); #if 0 /* (optional) record service response message num for acks (client side) */ if (soap->header && soap->header->wsrm__Sequence) { struct soap_wsrm_sequence *seq; seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__Sequence->Identifier); if (seq) { if (soap_wsrm_num_lookup(soap, seq, soap->header->wsrm__Sequence->MessageNumber)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Response message already received\n")); return soap->error = SOAP_STOP; } if (seq->behavior == DiscardFollowingFirstGap && soap->header->wsrm__Sequence->MessageNumber != seq->recvnum + 1) return soap_wsrm_error(soap, seq, wsrm__SequenceClosed); /* close or term */ seq->recvnum = soap->header->wsrm__Sequence->MessageNumber; if (soap_wsrm_num_insert(soap, seq, seq->recvnum)) return soap->error; } } #endif if (soap->header && soap->header->wsrm__SequenceAcknowledgement) { int i; for (i = 0; i < soap->header->__sizeSequenceAcknowledgement; i++) { if (soap_wsrm_process_ack(soap, &soap->header->wsrm__SequenceAcknowledgement[i])) return soap->error; } } if (data->fpreparefinalrecv) return data->fpreparefinalrecv(soap); return SOAP_OK; } /** @fn int soap_wsrm_disconnect(struct soap *soap) @brief Internal callback function to override fdisconnect(). Turns caching off, sets the cached message to NACK, and resets the server-side handle, so sequence can be deallocated later. @param soap context @return SOAP_OK or error code */ static int soap_wsrm_disconnect(struct soap *soap) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN("soap_wsrm_disconnect"); if (!data || (data->fdisconnect && data->fdisconnect(soap))) return soap->error; if (data->seq && data->seq->refs) data->seq->refs--; data->seq = NULL; if (data->msg) { if (data->msg->list) { data->state = SOAP_WSRM_OFF; /* disable caching */ data->msg = NULL; } } return SOAP_OK; } /******************************************************************************\ * * Process Acknowledgements * \******************************************************************************/ /** @fn int soap_wsrm_process_ack(struct soap *soap, struct _wsrm__SequenceAcknowledgement *ack) @brief Internal function to purge acknowledged messages as given by wsrm:SequenceAcknowledgement header. @param soap context @param[in] ack from the WS-RM SequenceAcknowledgement header. @return SOAP_OK or error code */ static int soap_wsrm_process_ack(struct soap *soap, struct _wsrm__SequenceAcknowledgement *ack) { struct soap_wsrm_sequence *seq; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN1("soap_wsrm_process_ack", "ack id=%s", ack->Identifier ? ack->Identifier : "none"); if (!data) return soap->error = SOAP_PLUGIN_ERROR; MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_data(ack->Identifier); if (!seq) { /* unknown old sequence should be ignored */ MUTEX_UNLOCK(soap_wsrm_session_lock); return SOAP_OK; } /* if Final no new message allowed (resends OK) */ if (ack->Final) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Final\n")); /* sequence is closed, so soap_wsrm_request() fails anyway */ } /* process Nack */ if (ack->__sizeNack) { int i; for (i = 0; i < ack->__sizeNack; i++) { struct soap_wsrm_message *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Nack=" SOAP_ULONG_FORMAT "\n", ack->Nack[i])); if (ack->Nack[i] == 0 || ack->Nack[i] > seq->num) { soap_wsrm_error(soap, seq, wsrm__InvalidAcknowledgement); MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } #ifdef SOAP_WSRM_FAST_ALLOC if (seq->messages) { p = seq->messages[ack->Nack[i] - 1]; if (p) p->state = SOAP_WSRM_NACK; } #else for (p = seq->messages; p; p = p->next) { if (p->num == ack->Nack[i]) p->state = SOAP_WSRM_NACK; } #endif } } else if (!ack->None) /* else free acked messages, unless None */ { if (seq->messages) { int i; for (i = 0; i < ack->__sizeAcknowledgementRange; i++) { ULONG64 lo = ack->AcknowledgementRange[i].Lower; ULONG64 hi = ack->AcknowledgementRange[i].Upper; if (lo == 0 || hi > seq->num) { soap_wsrm_error(soap, seq, wsrm__InvalidAcknowledgement); MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } else { #ifdef SOAP_WSRM_FAST_ALLOC ULONG64 j; for (j = lo; j <= hi; j++) { struct soap_wsrm_message *p = seq->messages[j - 1]; if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Ack=" SOAP_ULONG_FORMAT "\n", j)); soap_wsrm_msg_free(soap, p); free((void*)p); seq->messages[j - 1] = NULL; } } #else struct soap_wsrm_message *p, **q = &seq->messages; for (p = seq->messages; p && p->num <= hi; p = *q) { if (lo <= p->num) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Ack=" SOAP_ULONG_FORMAT "\n", p->num)); *q = p->next; soap_wsrm_msg_free(soap, p); free((void*)p); } else q = &p->next; } #endif } } #ifndef SOAP_WSRM_FAST_ALLOC if (!seq->messages) seq->messageslast = NULL; #endif } } MUTEX_UNLOCK(soap_wsrm_session_lock); return SOAP_OK; } /******************************************************************************\ * * Check and Add/Send Acknowledgements * \******************************************************************************/ /** @fn int soap_wsrm_chk_acks(struct soap *soap) @brief Internal function to check for AckRequested headers to update state. @param soap context @return SOAP_OK or error code */ static int soap_wsrm_chk_acks(struct soap *soap) { DBGFUN("soap_wsrm_chk_acks"); if (!soap->header) return SOAP_OK; if (soap->header->__sizeAckRequested) { int i; for (i = 0; i < soap->header->__sizeAckRequested; i++) { struct soap_wsrm_sequence *seq; MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(soap->header->wsrm__AckRequested[i].Identifier); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Ack requested for %s\n", soap->header->wsrm__AckRequested[i].Identifier)); if (seq) seq->ackreq = 1; MUTEX_UNLOCK(soap_wsrm_session_lock); } } return SOAP_OK; } /** @fn int soap_wsrm_add_acks(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 nack, int all, int piggy) @brief Internal function to add SequenceAcknowledgement headers for AckRequested. When piggy==0 or internal AcksTo destination is set, sends acknowledgements to the AcksTo destination service or back to the source related to the seq. These sends can take time, which can be controlled with the soap context connect_timeout, send_timeout, recv_timeout settings. @param soap context @param[in] seq pointer to sequence @param[in] nack num of nack message, 0 to generate acks @param[in] all when true always include all acks @param[in] piggy when true add acks to message to be send @return SOAP_OK or error code */ static int soap_wsrm_add_acks(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 nack, int all, int piggy) { int numack = 0; DBGFUN3("soap_wsrm_add_acks", "nack=%ld", (unsigned long)nack, "all=%d", all, "piggy=%d", piggy); soap_header(soap); if (!soap->header) return soap->error; soap->header->__sizeSequenceAcknowledgement = 0; soap->header->wsrm__SequenceAcknowledgement = NULL; soap->header->wsrm__SequenceFault = NULL; seq->timestamp = time(NULL); MUTEX_LOCK(soap_wsrm_session_lock); #ifdef SOAP_WSA_2005 /* Add WCF ChannelInstance */ if (seq->channel != SOAP_WSRM_NOCHAN) { if (!soap->header->chan__ChannelInstance) soap->header->chan__ChannelInstance = (struct chan__ChannelInstanceType*)soap_malloc(soap, sizeof(struct chan__ChannelInstanceType)); if (!soap->header->chan__ChannelInstance) return soap->error; soap->header->chan__ChannelInstance->__item = seq->channel; soap->header->chan__ChannelInstance->SOAP_WSA(IsReferenceParameter) = SOAP_WSA_(,IsReferenceParameter__true); } #endif if (piggy && seq->recvnum && seq->acksto && strcmp(seq->acksto, soap_wsa_anonymousURI) && strcmp(seq->acksto, soap_wsa_noneURI) && (!seq->to || strcmp(seq->acksto, seq->to))) piggy = 0; /* always add ack if nack or all or when we received a message and we can piggy back the acks */ if (nack || all || (piggy && seq->recvnum)) seq->ackreq = 1; /* add acks of other sequences with the same acksto address (WCF is not agreeable here) */ #ifdef WITH_WCF if (!piggy) #endif if (seq->acksto && strcmp(seq->acksto, soap_wsa_anonymousURI)) { struct soap_wsrm_sequence *q; for (q = soap_wsrm_session; q; q = q->next) { if (q != seq && q->acksto && q->ackreq && q->recvnum && !strcmp(q->acksto, seq->acksto)) numack++; } } if (seq->ackreq && seq->recvnum) numack++; if (numack) { struct soap_wsrm_sequence *q; int num = 0; struct _wsrm__SequenceAcknowledgement *ack; ack = (struct _wsrm__SequenceAcknowledgement*)soap_malloc(soap, numack * sizeof(struct _wsrm__SequenceAcknowledgement)); if (!ack) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } if (seq->recvnum) { if (soap_wsrm_set_ack(soap, nack, seq, ack)) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } num++; } #ifdef WITH_WCF if (!piggy) #endif for (q = soap_wsrm_session; q && num < numack; q = q->next) { if (q != seq && q->acksto && q->ackreq && q->recvnum && !strcmp(q->acksto, seq->acksto)) { if (soap_wsrm_set_ack(soap, 0, q, &ack[num])) { MUTEX_UNLOCK(soap_wsrm_session_lock); return soap->error; } q->ackreq = 0; num++; } } MUTEX_UNLOCK(soap_wsrm_session_lock); /* for each ack requested, send ack */ if (!piggy) { int retry; const char *acksto; struct soap *acksto_soap = soap_copy(soap); struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending ack/nack for seq %s to %s\n", seq->id, seq->acksto)); if (!data) return soap->error = SOAP_PLUGIN_ERROR; acksto_soap->socket = SOAP_INVALID_SOCKET; if (!acksto_soap->connect_timeout) acksto_soap->connect_timeout = SOAP_WSRM_TIMEOUT; if (!acksto_soap->recv_timeout) acksto_soap->recv_timeout = SOAP_WSRM_TIMEOUT; if (!acksto_soap->send_timeout) acksto_soap->send_timeout = SOAP_WSRM_TIMEOUT; acksto_soap->header = NULL; soap_header(acksto_soap); soap_default_SOAP_ENV__Header(acksto_soap, acksto_soap->header); acksto_soap->header->__sizeSequenceAcknowledgement = num; acksto_soap->header->wsrm__SequenceAcknowledgement = ack; #ifdef SOAP_WSA_2005 /* Add WCF ChannelInstance */ acksto_soap->header->chan__ChannelInstance = soap->header->chan__ChannelInstance; #endif acksto = seq->acksto; if (!acksto || !strcmp(acksto, soap_wsa_anonymousURI)) acksto = seq->to; if (acksto && strcmp(acksto, soap_wsa_anonymousURI) && strcmp(acksto, soap_wsa_noneURI)) { soap_wsa_request(acksto_soap, NULL, acksto, SOAP_NAMESPACE_OF_wsrm"/SequenceAcknowledgement"); if (soap->header->wsa5__FaultTo && soap->header->wsa5__FaultTo->Address) soap_wsa_add_FaultTo(acksto_soap, soap->header->wsa5__FaultTo->Address); else soap_wsa_add_FaultTo(acksto_soap, soap_wsa_noneURI); data->state = SOAP_WSRM_OFF; /* disable caching */ /* send, retry when HTTP 307 at most 10 times */ retry = 10; while (soap_send___wsrm__SequenceAcknowledgement(acksto_soap, acksto, NULL) || soap_recv_empty_response(acksto_soap)) { if (acksto_soap->error != 307 || retry-- == 0) break; acksto = soap_strdup(acksto_soap, acksto_soap->endpoint); } soap->error = acksto_soap->error; soap->errnum = acksto_soap->errnum; } soap_end(acksto_soap); soap_free(acksto_soap); } else if (num) { soap->header->__sizeSequenceAcknowledgement = num; soap->header->wsrm__SequenceAcknowledgement = ack; soap->header->wsa5__Action = (char*)SOAP_NAMESPACE_OF_wsrm"/SequenceAcknowledgement"; } } else MUTEX_UNLOCK(soap_wsrm_session_lock); return SOAP_OK; } /** @fn int soap_wsrm_set_ack(struct soap *soap, ULONG64 nack, struct soap_wsrm_sequence *seq, struct _wsrm__SequenceAcknowledgement *ack) @brief Internal function called by soap_wsrm_add_acks() to populate the SequenceAcknowledgement header block. @param soap context @param[in] nack num of message to nack, 0 to pupulate ack with ranges from seq @param[in] seq pointer to sequence @param[out] ack pointer to SequenceAcknowledgement to populate @brief */ static int soap_wsrm_set_ack(struct soap *soap, ULONG64 nack, struct soap_wsrm_sequence *seq, struct _wsrm__SequenceAcknowledgement *ack) { DBGFUN("soap_wsrm_set_ack"); soap_default__wsrm__SequenceAcknowledgement(soap, ack); ack->Identifier = soap_strdup(soap, seq->acksid); if (nack) { ack->__sizeNack = 1; ack->Nack = (ULONG64*)soap_malloc(soap, sizeof(ULONG64)); if (!ack->Nack) return soap->error; *ack->Nack = nack; } else { ack->__sizeAcknowledgementRange = soap_wsrm_num_size(seq); if (ack->__sizeAcknowledgementRange == 0) { ack->AcknowledgementRange = NULL; #ifdef SOAP_WSRM_2007 ack->None = (struct _wsrm__SequenceAcknowledgement_None*)soap_malloc(soap, sizeof(struct _wsrm__SequenceAcknowledgement_None)); if (!ack->None) return soap->error; soap_default__wsrm__SequenceAcknowledgement_None(soap, ack->None); #endif } else { struct soap_wsrm_range *p; struct _wsrm__SequenceAcknowledgement_AcknowledgementRange *q; ack->AcknowledgementRange = (struct _wsrm__SequenceAcknowledgement_AcknowledgementRange*)soap_malloc(soap, ack->__sizeAcknowledgementRange * sizeof(struct _wsrm__SequenceAcknowledgement_AcknowledgementRange)); if (!ack->AcknowledgementRange) return soap->error; soap_default__wsrm__SequenceAcknowledgement_AcknowledgementRange(soap, ack->AcknowledgementRange); for (p = seq->ranges, q = ack->AcknowledgementRange; p; p = p->next, q++) { q->Lower = p->lower; q->Upper = p->upper; } } #ifdef SOAP_WSRM_2007 /* if terminated, set Final */ if (seq->state == SOAP_WSRM_TERMINATED) { ack->Final = (struct _wsrm__SequenceAcknowledgement_Final*)soap_malloc(soap, sizeof(struct _wsrm__SequenceAcknowledgement_Final)); if (!ack->Final) return soap->error; soap_default__wsrm__SequenceAcknowledgement_Final(soap, ack->Final); } #endif } ack->netrm__BufferRemaining = NULL; #ifdef WITH_WCF #if 0 /* simulated WCF netrm BufferRemaining */ if ((ack->netrm__BufferRemaining = (int*)soap_malloc(soap, sizeof(int))) != NULL) *ack->netrm__BufferRemaining = 8; /* should be set as desired */ #endif #endif return SOAP_OK; } #if 0 /** @fn int soap_wsrm_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) @brief Internal callback overrides the HTTP post operations to send an HTTP OK response header in place. @param soap context @param endpoint (not used) @param host (not used) @param port (not used) @param path (not used) @param action (HTTP action not used) @param count message length (if non-chunked) */ static int soap_wsrm_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { return soap->fresponse(soap, SOAP_OK, count); } #endif /******************************************************************************\ * * WS-RM Resend * \******************************************************************************/ /** @fn int soap_wsrm_resend_seq(struct soap *soap, struct soap_wsrm_sequence *seq, int all, ULONG64 lower, ULONG64 upper) @brief Internal function to resend unacknowledged messages of a sequence given a range of message numbers. Used by soap_wsrm_resend(). @param soap context @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @param[in] all 1= resend all unacknowledged messages (not just the nacked messages) @param[in] lower resend message range lower bound (0 for lowest) @param[in] upper resend message range upper bound (or 0 for infinite) @return SOAP_OK or error code (can be ignored to continue sequence) */ static int soap_wsrm_resend_seq(struct soap *soap, struct soap_wsrm_sequence *seq, int all, ULONG64 lower, ULONG64 upper) { #ifdef SOAP_WSRM_FAST_ALLOC ULONG64 i; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN2("soap_wsrm_resend_seq", "lower=" SOAP_ULONG_FORMAT, lower, "upper=" SOAP_ULONG_FORMAT, upper); if (!data) return soap->error = SOAP_PLUGIN_ERROR; if (!seq->to || !seq->num || !seq->messages || seq->state == SOAP_WSRM_TERMINATED) return SOAP_OK; data->state = SOAP_WSRM_OFF; /* disable caching */ if (upper == 0) upper = seq->num; if (lower == 0) lower = 1; for (i = lower; i <= upper; i++) { struct soap_wsrm_message *p = seq->messages[i - 1]; if (p && ((all && p->state != SOAP_WSRM_ACK) || p->state == SOAP_WSRM_NACK) && p->list) /* not acked */ { struct soap_wsrm_content *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resending message " SOAP_ULONG_FORMAT "\n", i)); soap->omode |= SOAP_ENC_XML; /* disables HTTP */ if (soap_connect(soap, seq->to, NULL)) return soap->error; DBGLOG(SENT, SOAP_MESSAGE(fdebug, "\n==== BEGIN RESEND ====\n")); for (q = p->list; q; q = q->next) { if (q->buf) { DBGMSG(SENT, q->buf, q->len); if (data->fsend(soap, q->buf, q->len)) return soap->error; } } if (soap_end_send(soap)) return soap_closesock(soap); DBGLOG(SENT, SOAP_MESSAGE(fdebug, "\n==== END RESEND ====\n")); soap->omode &= ~SOAP_ENC_XML; /* reenables HTTP */ if (!soap_begin_recv(soap)) soap_ignore_element(soap); /* read content but ignore */ else if (soap->error != SOAP_NO_DATA && soap->error != 202) return soap_closesock(soap); soap_end_recv(soap); soap_closesock(soap); } } #else struct soap_wsrm_message *p; struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); DBGFUN2("soap_wsrm_resend_seq", "lower=" SOAP_ULONG_FORMAT, lower, "upper=" SOAP_ULONG_FORMAT, upper); if (!data) return soap->error = SOAP_PLUGIN_ERROR; if (!seq->to || seq->state == SOAP_WSRM_TERMINATED) return SOAP_OK; data->state = SOAP_WSRM_OFF; /* disable caching */ for (p = seq->messages; p; p = p->next) { if (p->num >= lower && (upper == 0 || p->num <= upper)) { if (((all && p->state != SOAP_WSRM_ACK) || p->state == SOAP_WSRM_NACK) && p->list) /* not acked */ { struct soap_wsrm_content *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resending message " SOAP_ULONG_FORMAT "\n", p->num)); soap->omode |= SOAP_ENC_XML; /* disables HTTP */ if (soap_connect(soap, seq->to, NULL)) return soap->error; DBGLOG(SENT, SOAP_MESSAGE(fdebug, "\n==== BEGIN RESEND ====\n")); for (q = p->list; q; q = q->next) { DBGMSG(SENT, q->buf, q->len); if (data->fsend(soap, q->buf, q->len)) return soap->error; } if (soap_end_send(soap)) return soap_closesock(soap); DBGLOG(SENT, SOAP_MESSAGE(fdebug, "\n==== END RESEND ====\n")); soap->omode &= ~SOAP_ENC_XML; /* reenables HTTP */ if (!soap_begin_recv(soap)) soap_ignore_element(soap); /* read content but ignore */ else if (soap->error != SOAP_NO_DATA && soap->error != 202) return soap_closesock(soap); soap_end_recv(soap); soap_closesock(soap); } } } #endif return SOAP_OK; } /******************************************************************************\ * * Sequences * \******************************************************************************/ /** @fn const char *soap_wsrm_seq_newid(struct soap *soap) @brief Internal function to generate a new sequence identifier. @param soap context @return sequence identifier string */ static const char * soap_wsrm_seq_newid(struct soap *soap) { size_t l = strlen(soap_wsrm_idname); char *id = (char*)malloc(l + 9); if (!id) { soap->error = SOAP_EOM; return NULL; } (SOAP_SNPRINTF(id, l + 9, l + 8), "%s%8.8x", soap_wsrm_idname, soap_wsrm_idnum++); return id; } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq_lookup_id(struct soap *soap, const char *id) @brief Function to look up sequence given its id. @param soap context @param[in] id identifier string @return sequence handle, must be released with @ref soap_wsrm_seq_release when no longer used */ struct soap_wsrm_sequence * soap_wsrm_seq_lookup_id(struct soap *soap, const char *id) { struct soap_wsrm_data *data = (struct soap_wsrm_data*)soap_lookup_plugin(soap, soap_wsrm_id); struct soap_wsrm_sequence *seq = NULL; if (data) { MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_data(id); if (seq) seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); } return seq; } /** @fn void soap_wsrm_seq_insert_data(struct soap_wsrm_sequence *seq) @brief Internal function to insert seq id in hash table for fast lookup. @param[in] seq sequence */ static void soap_wsrm_seq_insert_data(struct soap_wsrm_sequence *seq) { (void)seq; #ifdef SOAP_WSRM_FAST_LOOKUP if (seq->id) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(seq->id); for (p = soap_wsrm_hash_id[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (!p->seq[i]) { p->seq[i] = seq; return; } } } p = soap_wsrm_hash_id[h]; soap_wsrm_hash_id[h] = (struct soap_wsrm_hash_id*)malloc(sizeof(struct soap_wsrm_hash_id)); soap_wsrm_hash_id[h]->next = p; soap_wsrm_hash_id[h]->seq[0] = seq; for (i = 1; i < SOAP_WSRM_IDHASH_BLK; i++) soap_wsrm_hash_id[h]->seq[i] = NULL; } #endif } /** @fn void soap_wsrm_seq_delete_data(struct soap_wsrm_sequence *seq) @brief Internal function to delete seq id from hash table. @param[in] seq sequence */ static void soap_wsrm_seq_delete_data(struct soap_wsrm_sequence *seq) { (void)seq; #ifdef SOAP_WSRM_FAST_LOOKUP if (seq && seq->id) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(seq->id); for (p = soap_wsrm_hash_id[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (seq == p->seq[i]) { p->seq[i] = NULL; return; } } } } else { struct soap_wsrm_hash_id *p, *q; size_t h; for (h = 0; h < SOAP_IDHASH; h++) { for (p = soap_wsrm_hash_id[h]; p; p = q) { q = p->next; free((void*)p); } } } #endif } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq_lookup_data(const char *id) @brief Internal function to look up sequence given its id. @param[in] id identifier string @return sequence or NULL */ static struct soap_wsrm_sequence * soap_wsrm_seq_lookup_data(const char *id) { #ifdef SOAP_WSRM_FAST_LOOKUP if (id) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(id); for (p = soap_wsrm_hash_id[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (p->seq[i] && !strcmp(p->seq[i]->id, id)) return p->seq[i]; } } } #else if (id) { struct soap_wsrm_sequence *p; for (p = soap_wsrm_session; p; p = p->next) if (p->id && !strcmp(p->id, id)) return p; } #endif return NULL; } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq_lookup(struct soap *soap, const char *id) @brief Function to look up sequence given its id. @param soap context @param[in] id identifier string @return sequence handle, must be released with @ref soap_wsrm_seq_release when no longer used */ struct soap_wsrm_sequence * soap_wsrm_seq_lookup(struct soap *soap, const char *id) { struct soap_wsrm_sequence *seq = NULL; (void)soap; MUTEX_LOCK(soap_wsrm_session_lock); seq = soap_wsrm_seq_lookup_ack(id); if (seq) seq->refs++; MUTEX_UNLOCK(soap_wsrm_session_lock); return seq; } /** @fn void soap_wsrm_seq_insert_ack(struct soap_wsrm_sequence *seq) @brief Internal function to insert acksid for fast lookup. @param[in] seq sequence */ static void soap_wsrm_seq_insert_ack(struct soap_wsrm_sequence *seq) { (void)seq; #ifdef SOAP_WSRM_FAST_LOOKUP if (seq->acksid) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(seq->acksid); for (p = soap_wsrm_hash_acksid[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (!p->seq[i]) { p->seq[i] = seq; return; } } } p = soap_wsrm_hash_acksid[h]; soap_wsrm_hash_acksid[h] = (struct soap_wsrm_hash_id*)malloc(sizeof(struct soap_wsrm_hash_id)); soap_wsrm_hash_acksid[h]->next = p; soap_wsrm_hash_acksid[h]->seq[0] = seq; for (i = 1; i < SOAP_WSRM_IDHASH_BLK; i++) soap_wsrm_hash_acksid[h]->seq[i] = NULL; } #endif } /** @fn void soap_wsrm_seq_delete_ack(struct soap_wsrm_sequence *seq) @brief Internal function to delete acksid for fast lookup. @param[in] seq sequence */ static void soap_wsrm_seq_delete_ack(struct soap_wsrm_sequence *seq) { (void)seq; #ifdef SOAP_WSRM_FAST_LOOKUP if (seq && seq->acksid) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(seq->acksid); for (p = soap_wsrm_hash_acksid[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (seq == p->seq[i]) { p->seq[i] = NULL; return; } } } } else { struct soap_wsrm_hash_id *p, *q; size_t h; for (h = 0; h < SOAP_IDHASH; h++) { for (p = soap_wsrm_hash_acksid[h]; p; p = q) { q = p->next; free((void*)p); } } } #endif } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq_lookup_ack(const char *id) @brief Internal function to look up sequence given its acksid. @param[in] id identifier string @return sequence or NULL */ static struct soap_wsrm_sequence * soap_wsrm_seq_lookup_ack(const char *id) { #ifdef SOAP_WSRM_FAST_LOOKUP if (id) { struct soap_wsrm_hash_id *p; size_t i, h = soap_hash(id); for (p = soap_wsrm_hash_acksid[h]; p; p = p->next) { for (i = 0; i < SOAP_WSRM_IDHASH_BLK; i++) { if (p->seq[i] && !strcmp(p->seq[i]->acksid, id)) return p->seq[i]; } } } #else if (id) { struct soap_wsrm_sequence *p; for (p = soap_wsrm_session; p; p = p->next) if (p->acksid && !strcmp(p->acksid, id)) return p; } #endif return NULL; } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq_insert(struct soap *soap) @brief Internal function to create a new local sequence state. @param soap context @return sequence or NULL */ static struct soap_wsrm_sequence * soap_wsrm_seq_insert(struct soap *soap) { struct soap_wsrm_sequence *seq; seq = (struct soap_wsrm_sequence*)malloc(sizeof(struct soap_wsrm_sequence)); if (!seq) { soap->error = SOAP_EOM; return NULL; } seq->handle = 0; seq->refs = 0; seq->id = NULL; seq->acksid = NULL; seq->to = NULL; seq->repto = NULL; seq->acksto = NULL; seq->timestamp = time(NULL); seq->expires = seq->timestamp + SOAP_WSRM_MAX_SEC_TO_EXPIRE; seq->behavior = NoDiscard; seq->num = 0; seq->recvnum = 0; seq->lastnum = 0; seq->fault = (enum wsrm__FaultCodes)(-1); seq->state = SOAP_WSRM_NONE; seq->retry = 0; seq->messages = NULL; #ifndef SOAP_WSRM_FAST_ALLOC seq->messageslast = NULL; #endif seq->ranges = NULL; seq->next = soap_wsrm_session; seq->channel = SOAP_WSRM_NOCHAN; soap_wsrm_session = seq; return seq; } /** @fn int soap_wsrm_msg_append(struct soap *soap, struct soap_wsrm_data *data, const char *buf, size_t len) @brief Internal function used by soap_wsrm_send() to append message data to the current message being transmitted in the current sequence. @param soap context @param data plugin @param[in] buf message data @param[in] len message data length @return SOAP_OK or error code */ static int soap_wsrm_msg_append(struct soap *soap, struct soap_wsrm_data *data, const char *buf, size_t len) { struct soap_wsrm_content *p; DBGFUN1("soap_wsrm_msg_append", "len=%lu", (unsigned long)len); if (!data->msg) return SOAP_OK; p = (struct soap_wsrm_content*)malloc(sizeof(struct soap_wsrm_content)); if (!p) return soap->error = SOAP_EOM; p->buf = (char*)malloc(len); if (!p->buf) { free((void*)p); return soap->error = SOAP_EOM; } p->len = len; soap_memcpy((void*)p->buf, len, (const void*)buf, len); p->next = NULL; if (!data->msg->list) data->msg->list = p; if (data->msg->last) data->msg->last->next = p; data->msg->last = p; return SOAP_OK; } /** @fn struct soap_wsrm_sequence *soap_wsrm_seq(struct soap *soap) @brief Assuming a SOAP header is received, gets the sequence associated with the message. @param soap context @return sequence handle, must be released with @ref soap_wsrm_seq_release when no longer used */ struct soap_wsrm_sequence * soap_wsrm_seq(struct soap *soap) { struct soap_wsrm_sequence *seq = NULL; DBGFUN("soap_wsrm_seq"); if (soap->header && soap->header->wsrm__Sequence) seq = soap_wsrm_seq_lookup(soap, soap->header->wsrm__Sequence->Identifier); return seq; } /** @fn void soap_wsrm_seq_release(struct soap *soap, struct soap_wsrm_sequence *seq) @brief Releases handle @param soap context @param seq sequence handle */ void soap_wsrm_seq_release(struct soap *soap, struct soap_wsrm_sequence *seq) { DBGFUN("soap_wsrm_seq_release"); MUTEX_LOCK(soap_wsrm_session_lock); if (seq && seq->refs) seq->refs--; MUTEX_UNLOCK(soap_wsrm_session_lock); } /** @fn int soap_wsrm_seq_created(struct soap *soap, struct soap_wsrm_sequence *seq) @brief Function to check if a sequence is created. @param soap context @param seq pointer to sequence @return 0 (not created) or 1 (created) */ int soap_wsrm_seq_created(struct soap *soap, struct soap_wsrm_sequence *seq) { DBGFUN("soap_wsrm_seq_created"); if (!seq || seq->state != SOAP_WSRM_CREATED) return 0; if (seq->expires && seq->expires < time(NULL)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sequence %s has expired\n", seq->id ? seq->id : "(null)")); seq->state = SOAP_WSRM_TERMINATED; return 0; } return 1; } /** @fn int soap_wsrm_seq_valid(struct soap *soap, struct soap_wsrm_sequence *seq) @brief Function to check if a sequence is not valid, terminated, or needs to be terminated when expired. @param soap context @param seq pointer to sequence @return 0 (invalid) or 1 (valid) */ int soap_wsrm_seq_valid(struct soap *soap, struct soap_wsrm_sequence *seq) { DBGFUN("soap_wsrm_seq_valid"); if (!seq || (seq->state != SOAP_WSRM_CREATED && seq->state != SOAP_WSRM_CLOSED)) return 0; if (seq->expires && seq->expires < time(NULL)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sequence %s has expired\n", seq->id ? seq->id : "(null)")); seq->state = SOAP_WSRM_TERMINATED; return 0; } return 1; } /******************************************************************************\ * * Messages and Message Number Ranges * \******************************************************************************/ /** @fn ULONG64 soap_wsrm_msgs(const soap_wsrm_sequence_handle seq) @brief Returns the number of complete messages received, or 0 when there is a gap. @param[in] seq pointer to sequence @return number of messages received or 0 */ ULONG64 soap_wsrm_msgs(const soap_wsrm_sequence_handle seq) { struct soap_wsrm_range *p; ULONG64 sum = 0; MUTEX_LOCK(soap_wsrm_session_lock); if (seq) for (p = seq->ranges; p; p = p->next) sum += p->upper - p->lower + 1; MUTEX_UNLOCK(soap_wsrm_session_lock); return sum; } /** @fn ULONG64 soap_wsrm_recvnum(const soap_wsrm_sequence_handle seq) @brief Returns the message number of last message received @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return message number of last message received */ ULONG64 soap_wsrm_recvnum(const soap_wsrm_sequence_handle seq) { return seq->recvnum; } /** @fn ULONG64 soap_wsrm_lastnum(const soap_wsrm_sequence_handle seq) @brief Returns the last message number upon sequence close or 0 @param seq sequence handle set by soap_wsrm_create() or soap_wsrm_create_offer() @return last message number or 0 when more messages should be received */ ULONG64 soap_wsrm_lastnum(const soap_wsrm_sequence_handle seq) { return seq->lastnum; } /** @fn int soap_wsrm_num_lookup(struct soap *soap, const struct soap_wsrm_sequence *seq, ULONG64 num) @brief Internal function to look up a message number in the sequence state. @param soap context @param[in] seq pointer to sequence @param[in] num message num to search @return 0 (not found) 1 (found) */ static int soap_wsrm_num_lookup(struct soap *soap, const struct soap_wsrm_sequence *seq, ULONG64 num) { struct soap_wsrm_range *p; DBGFUN1("soap_wsrm_num_lookup", "num=" SOAP_ULONG_FORMAT, num); if (seq) for (p = seq->ranges; p; p = p->next) if (p->lower <= num && num <= p->upper) return 1; return 0; } /** @fn int soap_wsrm_num_insert(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num) @brief Internal function to insert a message number in the sequence state. Updates the sequence ranges. @param soap context @param seq pointer to sequence @param[in] num @return SOAP_OK or error code (out of memory) */ static int soap_wsrm_num_insert(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num) { struct soap_wsrm_range *p, **q; DBGFUN1("soap_wsrm_num_insert", "num=" SOAP_ULONG_FORMAT, num); if (!seq) return SOAP_OK; /* assumes num is not in any range yet */ /* if match: increment upper bound and normalize by joining consecutive ranges */ for (p = seq->ranges; p; p = p->next) { if (num == p->upper + 1) { p->upper = num; if (p->next) { struct soap_wsrm_range *t = p->next; if (p->upper + 1 == t->lower) { p->upper = t->upper; p->next = t->next; free((void*)t); } } return SOAP_OK; } } /* if match: decrement first range's lower bound */ if (seq->ranges && num == seq->ranges->lower - 1) { seq->ranges->lower = num; return SOAP_OK; } /* no match: insert new singleton range */ p = (struct soap_wsrm_range*)malloc(sizeof(struct soap_wsrm_range)); if (!p) return soap->error = SOAP_EOM; p->lower = p->upper = num; p->next = NULL; for (q = &seq->ranges; *q; q = &(*q)->next) { if (num < (*q)->lower) { p->next = *q; break; } } *q = p; return SOAP_OK; } /** @fn int soap_wsrm_num_size(const struct soap_wsrm_sequence *seq) @brief Internal function returns the number of message ranges of the successfully received messages in a sequence state. @param seq pointer to sequence @return number of message ranges */ static int soap_wsrm_num_size(const struct soap_wsrm_sequence *seq) { int n = 0; if (seq) { struct soap_wsrm_range *p; for (p = seq->ranges; p; p = p->next) n++; } return n; } /** @fn void soap_wsrm_num_free(struct soap *soap, struct soap_wsrm_sequence *seq) @brief Internal function to deallocate all message number ranges from a sequence state. @param soap context @param seq pointer to sequence */ static void soap_wsrm_num_free(struct soap *soap, struct soap_wsrm_sequence *seq) { DBGFUN("soap_wsrm_num_free"); if (seq) { struct soap_wsrm_range *p, *q; for (p = seq->ranges; p; p = q) { q = p->next; free((void*)p); } } seq->ranges = NULL; } #ifdef SOAP_WSRM_FAST_ALLOC /** @fn unsigned short soap_wsrm_msb(ULONG64 n) @brief Returns MSB(n) @param n @return MSB (0..63) of n */ inline static unsigned short soap_wsrm_msb(register ULONG64 n) { ULONG64 k; unsigned short m = 0; if ((k = (n >> 32))) n = k, m += 32; if ((k = (n >> 16))) n = k, m += 16; if ((k = (n >> 8))) n = k, m += 8; if ((k = (n >> 4))) n = k, m += 4; if ((k = (n >> 2))) n = k, m += 2; if ((k = (n >> 1))) n = k, m += 1; return m; } #endif /** @fn struct soap_wsrm_message *soap_wsrm_msg_new(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num) @brief Internal function to allocate a new message in a sequence, updates message count seq->num @param soap context @param seq sequence pointer @param num message num (produces error when zero) @return pointer to message struct or NULL when error */ static struct soap_wsrm_message * soap_wsrm_msg_new(struct soap *soap, struct soap_wsrm_sequence *seq, ULONG64 num) { if (num == 0) { soap_wsrm_error(soap, seq, wsrm__MessageNumberRollover); return NULL; } #ifdef SOAP_WSRM_FAST_ALLOC if (!seq->messages || num > seq->num) { ULONG64 i; struct soap_wsrm_message **p = seq->messages; unsigned short m = soap_wsrm_msb(num); if (!p || seq->num == 0 || m > soap_wsrm_msb(seq->num)) { ULONG64 n = (1 << (m + 1)) - 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging messages to " SOAP_ULONG_FORMAT " for num = " SOAP_ULONG_FORMAT "\n", n, num)); p = (struct soap_wsrm_message**)malloc(n * sizeof(struct soap_wsrm_message*)); if (!p) { soap->error = SOAP_EOM; return NULL; } if (seq->messages) { soap_memcpy((void*)p, n * sizeof(struct soap_wsrm_message*), (const void*)seq->messages, seq->num * sizeof(struct soap_wsrm_message*)); free((void*)seq->messages); } seq->messages = p; } for (i = seq->num; i < num; i++) p[i] = NULL; seq->num = num; } if (!seq->messages[num - 1]) { struct soap_wsrm_message *p = (struct soap_wsrm_message*)malloc(sizeof(struct soap_wsrm_message)); if (!p) { soap->error = SOAP_EOM; return NULL; } p->state = SOAP_WSRM_INIT; p->list = p->last = NULL; seq->messages[num - 1] = p; } return seq->messages[num - 1]; #else struct soap_wsrm_message *p; p = (struct soap_wsrm_message*)malloc(sizeof(struct soap_wsrm_message)); if (!p) { soap->error = SOAP_EOM; return NULL; } p->next = NULL; p->num = num; p->state = SOAP_WSRM_INIT; p->list = p->last = NULL; if (seq->messageslast) seq->messageslast->next = p; else seq->messages = p; seq->messageslast = p; if (num > seq->num) seq->num = num; return p; #endif } /** @fn void soap_wsrm_msg_free(struct soap *soap, struct soap_wsrm_message *p) @brief Internal function to deallocate all cached message content from a sequence state. @param soap context @param p pointer to message (in a sequence state) */ static void soap_wsrm_msg_free(struct soap *soap, struct soap_wsrm_message *p) { struct soap_wsrm_content *q, *r; #ifndef SOAP_WSRM_FAST_ALLOC DBGFUN1("soap_wsrm_msg_free", "num=" SOAP_ULONG_FORMAT, p->num); #else (void)soap; #endif for (q = p->list; q; q = r) { r = q->next; if (q->buf) free((void*)q->buf); free((void*)q); } p->list = p->last = NULL; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpposttest.h0000644000175000017500000000440312653650150017635 0ustar ellertellert/* httpposttest.h gSOAP HTTP POST plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpposttest.h cc -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -o httpposttest httpposttest.c soapC.c soapServer.c httppost.c stdsoap2.c -lssl -lcrypto -lz */ // Implements the REST calculator service #import "calcrest.h" gsoap-2.8.28/gsoap/plugin/mq.h0000644000175000017500000000653512653650150015475 0ustar ellertellert/* mq.h Inbound message queues gSOAP XML Web services tools Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2013, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef MQ_H #define MQ_H #include "stdsoap2.h" #ifdef __cplusplus extern "C" { #endif #define SOAP_MQ_ID "MQ-0.9" extern const char soap_mq_id[]; /** @struct ms_data @brief Plugin data. */ struct soap_mq_data { char *buf; /** buffer to read via frecv() */ size_t len; /** buffer length */ size_t (*frecv)(struct soap*, char*, size_t); /** to save and use recv callback */ }; /** @struct soap_mq_msg @brief Queued inbound message (in linked list). */ struct soap_mq_msg { char *buf; /**< inbound HTTP body */ size_t len; /**< inbound HTTP body length */ struct soap soap; /**< saved context to read HTTP body */ struct soap_mq_msg *next; }; /** @struct soap_mq_queue @brief Message queue. */ struct soap_mq_queue { struct soap_mq_msg *head, *tail; }; int soap_mq(struct soap *soap, struct soap_plugin *plugin, void *arg); struct soap_mq_queue *soap_mq_queue(struct soap *); struct soap_mq_msg *soap_mq_get(struct soap *soap, struct soap_mq_queue *); struct soap_mq_msg *soap_mq_begin(struct soap_mq_queue *); struct soap_mq_msg *soap_mq_next(struct soap_mq_msg *); void soap_mq_del(struct soap_mq_queue *, struct soap_mq_msg *); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/wsseapi.c0000644000175000017500000070177412653650150016535 0ustar ellertellert/* wsseapi.c WS-Security plugin gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref wsse documents the wsse plugin for WS-Security 1.0 support. - @ref smdevp documents the smdevp signature/digest engine. - @ref mecevp documents the mecevp encryption engine. - @ref threads documents a portable threads and locking API. */ /** @page wsse The WS-Security plugin [TOC] @section wsse_5 Security Header The material in this section relates to the WS-Security specification section 5. To use the wsse plugin: -# Run wsdl2h -t typemap.dat on a WSDL of a service that requires WS-Security headers. The typemap.dat file is used to recognize and translate Security header blocks for XML signature and encryption. -# Run soapcpp2 on the header file produced by wsdl2h. -# (Re-)compile stdsoap2.c/pp, dom.c/pp, smdevp.c, mecevp.c, wsseapi.c and the generated source files with the -DWITH_DOM and -DWITH_OPENSSL compile flags set. The smdevp.c, mecevp.c, and wsseapi.c files are located in the 'plugin' directory. -# Use the wsse plugin API functions described below to add and verify Security headers, sign and verify messages, and to encrypt/decrypt messages. An example wsse client/server application can be found in gsoap/samples/wsse. The wsse engine is thread safe. However, if HTTPS is required please follow the instructions in Section @ref wsse_11 to ensure thread-safety of WS-Security with HTTPS. The wsse API is located in: - `gsoap/plugin/wsseapi.h` wsse API. - `gsoap/plugin/wsseapi.c` wsse API for C and C++. You will also need: - `gsoap/plugin/smdevp.c` compile and link this file (C and C++). - `gsoap/plugin/mecevp.c` compile and link this file (C and C++). - compile all sources with `-DWITH_OPENSSL -DWITH_DOM`. - if you have zlib installed, compile all sources also with `-DWITH_GZIP`. - link with `-lssl -lcrypto -lz -gsoapssl++` (or `-lgsoapssl` for C, or compile `stdsoap2.cpp` for C++ and `stdsoap2.c` for C). The gSOAP header file for soapcpp2 should import wsse.h (or the older 2002 version wsse2.h): @code #import "wsse.h" @endcode The wsdl2h tool adds the necessary imports to the generated header file if the WSDL declares the use of WS-Security. If not, you may have to add the import manually before running soapcpp2. The wsse API consists of a set of functions to populate and verify WS-Security headers and message body content. For more details, we refer to the following sections that correspond to the WS-Security specification sections: - Section 6 @ref wsse_6 - Section 7 @ref wsse_7 - Section 8 @ref wsse_8 - Section 9 @ref wsse_9 - Section 10 @ref wsse_10 - @ref wsse_11 - @ref wsse_12 - @ref wsse_13 - @ref wsse_wsc The basic API is introduced below. To add an empty Security header block to the SOAP header, use: @code soap_wsse_add_Security(soap); @endcode To delete a Security header, use: @code soap_wsse_delete_Security(soap); @endcode Adding an empty Security header block is not very useful. In the following, we present the higher-level functions of the wsse plugin to populate and verify Security header content. @note The soap context includes an actor value soap.actor that is populated and rendered as the SOAP-ENV:actor (SOAP 1.1) or SOAP-ENV:role (SOAP 1.2) attribute in XML within the generic SOAP Header. The attribute is optional, but should be used to target a recipient such as an intermediate node to process the SOAP header. In contrast, actor or role attributes within Security header blocks target specific recipients to process the Security header block. The gSOAP implementation does not automate this feature and application should set and check the actor/role attribute when necessary. In addition, the current implementation supports the inclusion of a single Security header block in the SOAP header. To populate the SOAP-ENV:actor or SOAP-ENV:role attribute within the Security header, use: @code soap_wsse_add_Security_actor(soap, "recipient"); @endcode To obtain the actor or role value (e.g. after receiving a message), use: @code _wsse__Security *security = soap_wsse_Security(soap); if (security) { ... = security->SOAP_ENV__actor; // SOAP 1.1 ... = security->SOAP_ENV__role; // SOAP 1.2 @endcode The SOAP-ENV:mustUnderstand attribute is automatically added and checked by the gSOAP engine. A gSOAP application compiled without Security support will reject Security headers. Security header blocks are attached to the soap context, which means that the information will be automatically kept to support multiple invocations. @section wsse_6 Security Tokens The material in this section relates to the WS-Security specification section 6. @subsection wsse_6_2 User Name Token To add a user name token to the Security header block, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", NULL); @endcode The `Id` value is optional. When non-NULL the user name token is included in the digital signature to protect its integrity. It is common for the wsse plugin functions to accept such `Id`s, which are serialized as wsu:Id identifiers for cross-referencing XML elements. The signature engine of the wsse plugin is designed to automatically sign all wsu:Id attributed elements to simplify the code you need to write to implement the signing process. To add a user name token with clear text password, use: @code soap_wsse_add_UsernameTokenText(soap, "Id", "username", "password"); @endcode It is strongly recommended to use `soap_wsse_add_UsernameTokenText` only in combination with HTTPS encrypted transmission or not at all. A better alternative is to use password digests. With password digest authentication, the digest value of a password (with message creation time and a random nonce) is compared on both sides, thus eliminating the need to exchange a password over the wire. To add a user name token with password digest, use: @code soap_wsse_add_UsernameTokenDigest(soap, "Id", "username", "password"); @endcode Although the password string is passed to this function, it is not rendered in XML or stored in a message log. It has been argued that this approach adopted by the WS-Security protocol is still vulnerable since the application retrieves the password in text form requiring a database to store passwords in clear text. However, a digest algorithm can be used to hash the passwords and store their digests instead, which eliminates the need to store clear-text passwords. Note that this is a common approach adopted by Unix for decades. By setting the `Id` value to a unique string, the user name token is also digitally signed by the signature engine further preventing tampering with its value. You must use `soap_wsse_add_UsernameTokenDigest` for each message exchange to refresh the password digest even when the user name and password are not changed. Otherwise, the receiver might flag the message as a replay attack. Clear-text passwords and password digests are verified with `soap_wsse_verify_Password`. To verify a password at the receiving side to authorize a request (e.g. within a Web service operation), use: @code int ns__myMethod(struct soap *soap, ...) { const char *username = soap_wsse_get_Username(soap); const char *password; if (!username) return soap->error; // no username: return FailedAuthentication (from soap_wsse_get_Username) password = ...; // lookup password of username if (soap_wsse_verify_Password(soap, password)) { int err = soap->error; soap_wsse_delete_Security(soap); // remove old security headers // if it is required to return signed faults, then add the following six lines here: if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return err; // password verification failed: return FailedAuthentication } ... // process request, then sign the response message: if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return SOAP_OK; } @endcode Note that the `soap_wsse_get_Username` functions sets the wsse:FailedAuthentication fault upon failure. It is common for the wsse plugin functions to return `SOAP_OK` or a wsse fault that should be passed to the sender by returning soap->error from service operations. The fault is displayed with the `soap_print_fault` function. To return signed faults back to the client, a signature is constructed as shown in the code snippet above. When the signature construction itself fails, we delete the partially constructed signature and return the fault to the client. Password digest authentication prevents message replay attacks. The wsse plugin keeps a database of password digests to thwart replay attacks. This is the only part in the plugin code that requires mutex provided by threads.h. Of course, this only works correctly if the server is persistent, such as a stand-alone service. Note that CGI-based services do not keep state. Machine clocks must be synchronized and clock skew should not exceed `SOAP_WSSE_CLKSKEW` at the server side. @subsection wsse_6_3 Binary Security Tokens X509 certificates are commonly included in Security header blocks as binary security tokens. A certificate is used to verify the digital signature of a digitally signed message using the public key embedded within the certificate. The certificate itself is signed by a certificate authority (CA) that vouches for the authenticity of the certificate, i.e. to prove the identify of the message originator. This verification process is important, because digital signatures are useless without verification: an attacker could simply replace the message, sign it, and replace the certificate. Certificates are automatically verified by the wsse plugin signature engine when received and accessed, which means that the certificates of the CAs must be made accessible to the wsse plugin as follows: @code soap->cafile = "cacerts.pem"; // use this soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) @endcode The `soap_wsse_verify_X509` function checks the validity of a certificate. The check is automatically performed. The check is also performed when retrieving the certificate from a Security header block, either automatically by the wsse plugin's signature verification engine or manually as follows: @code X509 *cert = soap_wsse_get_BinarySecurityTokenX509(soap, "Id"); @endcode where `Id` is the identification string of the binary security token or NULL. The X509 certificate returned by this function should be freed with `X509_free` to deallocate the certificate data: @code if (cert) X509_free(cert); cert = NULL; @endcode The verification is an expensive process that will be optimized in future releases by caching the certificate chain. To attach a binary security token stored in a PEM file to a Security header block for transmission, use: @code soap_wsse_add_BinarySecurityTokenPEM(soap, NULL, "mycert.pem") @endcode A binary security token can be automatically signed by setting its `Id` attribute: @code soap_wsse_add_BinarySecurityTokenPEM(soap, "X509Token", "mycert.pem") @endcode Repeatedly loading a certificate from a PEM file is inefficient. To reuse a certificate loaded from a PEM file for multiple invocations, use: @code FILE *fd = fopen("mycert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert)) ... // an error occurred @endcode Other types of binary security tokens can be added to the Security header block using: @code soap_wsse_add_BinarySecurityToken(soap, "Id", "valueType", data, datalen); @endcode @section wsse_6_4 XML Tokens The use and processing rules for XML tokens such as SAML assertions is specific to an application. The wsse plugin does not automate the use of XML tokens. The developer is encouraged to generate code for the SAML schema with wsdl2h and add the necessary assertions to the Security header block: @code typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct _saml__Assertion* saml__Assertion; // added struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode Alternatively, a DOM can be used to store and retrieve XML tokens: @code #import "dom.h" typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct _saml__Assertion* saml__Assertion; // added struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct ds__SignatureType* ds__Signature; int __size; xsd__anyType* any; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode @section wsse_7 Token References The material in this section relates to the WS-Security specification section 7. To use a certificate for signature verification, add a direct security token reference URI for the token to the KeyInfo, for example: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, "URI", "valueType"); @endcode and: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "URI"); @endcode For X509 certificates we use this to add a binary security token with the certificate and a reference to the local token: @code if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token")) ... // an error occurred @endcode This follows the recommended practice to place Security token references in the KeyInfo element of a Signature. The KeyInfo is used to verify the validity of a signature value. Key identifiers can be used as well: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(soap, "Id", "valueType", data, datalen); @endcode Embedded references are added with: @code soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(soap, "Id", "valueType"); @endcode Full support for embedded references requires coding to add tokens and assertions, as well as to consume embedded references at the receiving side. There is no automated mechanism to take the embedded references and process them accordingly. The use of key names is not recommended, but in case they are required they can be added with: @code soap_wsse_add_KeyInfo_KeyName(soap, "name"); @endcode @section wsse_8 Signatures The material in this section relates to the WS-Security specification section 8. The wsse plugin must be registered to sign and verify messages: @code soap_register_plugin(soap, soap_wsse); @endcode XML signatures are usually computed over normalized XML (to ensure the XML processors of intermediate nodes can accurately reproduce the XML). To this end, the exclusive canonical XML standard (exc-c14n) is required, which is set using the `SOAP_XML_CANONICAL` flag: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL); soap_register_plugin(soap, soap_wsse); @endcode If you prefer XML indentation, use: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); @endcode Other flags to consider: - `SOAP_IO_CHUNK` for HTTP chunked content to stream messages. - `SOAP_ENC_GZIP` for HTTP compression (also enables HTTP chunking). Next, we decide which signature algorithm is appropriate to use: - HMAC-SHA uses a secret key (also known as a shared key in symmetric cryptography) to sign the SHA digest of the SignedInfo element. - DSA-SHA uses a DSA private key to sign the SHA digest of the SignedInfo element. - RSA-SHA uses a RSA private key to sign the SHA digest of the SignedInfo element. - ECDSA-SHA uses a Elliptic Curve DSA private key to sign the SHA digest of the SignedInfo element. HMAC-SHA is the simplest method, but relies on the fact that you have to make absolutely sure the key is kept secret on both the sending and receiving side. As long as the secret key is confidential, messages are securely signed. However, this is virtually impossible when exchanging messages with untrusted disparate parties. The advantage of HMAC-SHA is the speed by which messages are signed and verified. Algorithms HMAC SHA1, SHA256, and SHA512 are supported: - `SOAP_SMD_HMAC_SHA1` http://www.w3.org/2000/09/xmldsig#hmac-sha1 - `SOAP_SMD_HMAC_SHA224` http://www.w3.org/2001/04/xmldsig-more#hmac-sha224 - `SOAP_SMD_HMAC_SHA256` http://www.w3.org/2001/04/xmldsig-more#hmac-sha256 - `SOAP_SMD_HMAC_SHA384` http://www.w3.org/2001/04/xmldsig-more#hmac-sha384 - `SOAP_SMD_HMAC_SHA512` http://www.w3.org/2001/04/xmldsig-more#hmac-sha512 DSA-SHA and RSA-SHA rely on public key cryptography. In simplified terms, a message is signed using the (confidential!) private key. The public key is used to verify the signature. Since only the originating party could have used its private key to sign the message, the integrity of the message is guaranteed. Of course, we must trust the public key came from the originator (it is often included as an X509 certificate in the message). To this end, a trusted certificate authority should have signed the public key, thereby creating a X509 certificate that contains the public key and the identity of the message originator. The following DSA, RSA, and ECDSA algorithms are supported: - `SOAP_SMD_SIGN_DSA_SHA1` http://www.w3.org/2000/09/xmldsig#dsa-sha1 - `SOAP_SMD_SIGN_DSA_SHA256` http://www.w3.org/2000/09/xmldsig-more#dsa-sha256 - `SOAP_SMD_SIGN_RSA_SHA1` http://www.w3.org/2000/09/xmldsig#rsa-sha1 - `SOAP_SMD_SIGN_RSA_SHA224` http://www.w3.org/2001/04/xmldsig-more#rsa-sha224 - `SOAP_SMD_SIGN_RSA_SHA256` http://www.w3.org/2001/04/xmldsig-more#rsa-sha256 - `SOAP_SMD_SIGN_RSA_SHA384` http://www.w3.org/2001/04/xmldsig-more#rsa-sha384 - `SOAP_SMD_SIGN_RSA_SHA512` http://www.w3.org/2001/04/xmldsig-more#rsa-sha512 - `SOAP_SMD_SIGN_ECDSA_SHA1` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha1 - `SOAP_SMD_SIGN_ECDSA_SHA224` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha224 - `SOAP_SMD_SIGN_ECDSA_SHA256` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha256 - `SOAP_SMD_SIGN_ECDSA_SHA384` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha384 - `SOAP_SMD_SIGN_ECDSA_SHA512` http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha512 An optional callback function can be passed to the plugin that is responsible for providing a certificate or key to the wsse engine to verify a signed message. For example, when a security token is absent from an DSA-SHA or RSA-SHA signed message then the only mechanism to automatically verify the signature is to let the callback produce a certificate: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); const void *security_token_handler(struct soap *soap, int *alg, const char *keyname, int *keylen) { // Note: 'keyname' argument is may be used with shared secret key // decryption where the keyname is from the ds:KeyInfo/KeyName content if (keyname) { ... lookup keyname ... const void *key = ...; *keylen = ...; *alg = ...; return key; } // Get the user name from UsernameToken in message const char *uid = soap_wsse_get_Username(soap); switch (*alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA224: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA384: case SOAP_SMD_VRFY_RSA_SHA512: case SOAP_SMD_VRFY_ECDSA_SHA1: case SOAP_SMD_VRFY_ECDSA_SHA224: case SOAP_SMD_VRFY_ECDSA_SHA256: case SOAP_SMD_VRFY_ECDSA_SHA384: case SOAP_SMD_VRFY_ECDSA_SHA512: if (uid) { // Lookup uid to retrieve the X509 certificate to verify the signature const X509 *cert = ...; return (const void*)cert; } return NULL; // no certificate: fail case SOAP_SMD_HMAC_SHA224: case SOAP_SMD_HMAC_SHA256: case SOAP_SMD_HMAC_SHA384: case SOAP_SMD_HMAC_SHA512: if (uid) { // Lookup uid to retrieve the HMAC SHA key to verify the signature const void *key = ...; *alg = ...; *keylen = ...; return key; } return NULL; // no certificate: fail case SOAP_MEC_ENV_DEC_DES_CBC: case SOAP_MEC_ENV_DEC_AES128_CBC: case SOAP_MEC_ENV_DEC_AES192_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_ENV_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // return decryption private key associated with keyname case SOAP_MEC_DEC_DES_CBC: case SOAP_MEC_DEC_AES128_CBC: case SOAP_MEC_DEC_AES192_CBC: case SOAP_MEC_DEC_AES256_CBC: case SOAP_MEC_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher` case SOAP_MEC_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // *keylen = ... // return decryption shared secret key associated with keyname } return NULL; // fail } @endcode @subsection wsse_8_2a Signing Messages After the plugin is registered and a signature algorithm selected, the `soap_wsse_sign` function or the `soap_wsse_sign_body` function is used to initiate the signature engine to automatically sign outbound messages. The code to sign the SOAP Body of a message using HMAC-SHA1 is: @code static char hmac_key[16] = { 0xff, 0xee, 0xdd, 0xcc, 0xbb, 0xaa, 0x99, 0x88, 0x77, 0x66, 0x55, 0x44, 0x33, 0x22, 0x11, 0x00 }; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_wsse_sign_body(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred @endcode The `hmac_key` above is some secret key you generated for the sending side and receiving side (don't use the one shown here). Instead of SHA1 above, you can also use the more secure SHA224, SHA256, SHA384 and SHA512 hashes. As always, use `soap_print_fault` to display the error message. To sign the body of an outbound SOAP message using RSA-SHA (DSA-SHA is similar), we include the X509 certificate with the public key as a BinarySecurityToken in the header and a KeyInfo reference to the token to let receivers use the public key in the certificate to verify the authenticity of the message: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred @endcode The private key and its certificate are often placed in the same file, see e.g. server.pem in the package. To summarize the signing process: -# Register the wsse plugin. -# Obtain an HMAC secret key or a DSA/RSA/ECDSA private key. -# For DSA or RSA, obtain the X509 certificate with the public key signed by a certificate authority. -# Add the X509 certificate as a BinarySecurityToken to the header. -# Add a KeyInfo BinarySecurityTokenReference. -# Invoke `soap_wsse_sign` or `soap_wsse_sign_body` to sign the message. -# Always check the function return values for errors. You don't want to produce and accept messages with an invalid Security headers. @subsection wsse_8_2b Signing Message Parts The `soap_wsse_sign_body` function signs the entire SOAP body. If it is desirable to sign individual parts of a message the `soap_wsse_sign` function should be used. All message parts with wsu:Id attributes are signed. These message parts should not be nested (nested elements will not be separately signed). By default, all and only those XML elements with wsu:Id attributes are signed. Therefore, the wsu:Id attribute values used in a message must be unique within the message. Although usually not required, the default signing rule can be overridden with the `soap_wsse_sign_only` function, see @ref wsse_8_3. For example, consider a transaction in which we only want to sign a contract in the SOAP Body. This allows us to modify the rest of the message or extract the contract in XML and pass it on with the signature. The gSOAP header file includes a myContract declaration: @code struct ns__myContract { @char* wsu__Id = "Contract"; char* name; char* title; char* terms; }; int ns__myMethod(struct ns__myContract agreement, bool* accepted); @endcode The default value of the wsu:Id is "Contract" so that we can instantiate the struct, automatically sign it, and send it as follows: @code struct ns__myContract contract; bool accept; soap_default_ns__myContract(soap, &contract); contract.name = ...; contract.title = ...; contract.terms = ...; if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, contract, &accept)) ... // a transmission error occurred @endcode The above example shows a wsu:Id attribute embedded (hardcoded) in a struct. When it is not possible to add the `wsu__Id` member, for example when the type is a string instead of a struct, it is suggested to specify the XML element to be signed with the `soap_wsse_set_wsu_id(soap, "space-separated string of element names")`. Use it before each call or in the server operation (when returning XML data from a service operation). This lets the engine add wsu:Id="tag" attribute-value pair to the element's tag name. For example: @code soap_wsse_set_wsu_id(soap, "ns:myContract"); // ... soap_wsse_set_InclusiveNamespaces(soap, "ns xsd"); // QNames have 'ns' and 'xsd' values if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred soap_wsse_set_wsu_id(soap, NULL); // reset soap_wsse_set_InclusiveNamespaces(soap, NULL); // reset @endcode This code adds the wsu:Id="ns-myContract" to the ns:myContract element. Here, the `wsu__Id` value in the struct MUST NOT be set. Otherwise, two wsu:Id attributes are present which is invalid. Also, the element signed must be unique in the message. That is, there cannot be more than one matching element, otherwise the resulting signature is invalid. @note To reset the automatic wsu:Id attributes addition, pass NULL to `soap_wsse_set_wsu_id` as shown above. This is automatically performed when a new message is received (but not automatically in a sequence of one-way sends for example). @note QName content may lead to verification issues with canonicalization (`SOAP_XML_CANONICAL`), because XML processors may not recognize prefixes in QNames as visually utilized. With QName content and `SOAP_XML_CANONICAL` enabled, we should use `soap_wsse_set_InclusiveNamespaces(soap, "prefixlist")` to define which namespace prefixes (space-separated in the string) should be considered inclusive. For example, xsi:type attribute values are QNames with xsd types and other schema types. @note When signing parts of the body as outlined above, use `soap_wsse_sign` (do NOT use `soap_wsse_sign_body`). @warning Do not attempt to sign an element with a wsu:Id that is a subelement of another element with a wsu:Id, that is, do not sign inner nested wsu:Id elements. The element that you will try to sign will not be canonicalized and will lead to a failure of the signature verification. When elements with wsu:Id are nested, sign the outermost element. We recommend to sign the entire SOAP Body using `soap_wsse_sign_body` and reserve the use of `soap_wsse_set_wsu_id` for SOAP Header elements, such as WS-Addressing elements. For example: @code #include "wsaapi.h" ... soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction); soap_wsse_set_wsu_id(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action"); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0)) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred soap_wsse_set_wsu_id(soap, NULL); @endcode This code signs the wsa5:To and wsa5:Action SOAP header elements (set with `soap_wsa_request`, see the WS-Addressing "wsa" API in the gSOAP documentation for more information on the use of WS-Addressing). It is fine to specify more elements with `soap_wsse_set_wsu_id` than actually present in the XML payload. The other WS-Addressing headers are not present and are not signed. @note `soap_wsse_set_wsu_id` should only be set once for each `soap_wsse_sign` or `soap_wsse_sign_body`. Each new call overrides the previous setting. @warning Never use `soap_wsse_set_wsu_id` to set the wsu:Id for an element that occurs more than once in the payload, since each will have the same wsu:Id attribute that may lead to a WS-Signature failure. @subsection wsse_8_3 Signing Tokens To sign security tokens such as user names, passwords, and binary security tokens, just assign their Id values with a unique string, such as "Time" for timestamps and "User" for user names. For example: @code soap_wsse_add_Timestamp(soap, "Time", 600); soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); ... // the rest of the signing code @endcode Note that by default all wsu:Id-attributed elements are signed. To filter a subset of wsu:Id-attributed elements for signatures, use the `soap_wsse_sign_only` function as follows: @code soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0); soap_wsse_sign_only(soap, "User Body"); @endcode Note that in the above we MUST set the X509Token name for cross-referencing with a wsu:Id, which normally results in automatically signing that token unless filtered out with `soap_wsse_sign_only`. The SOAP Body wsu:Id is always "Body" and should be part of the `soap_wsse_sign_only` set of wsu:Id names to sign. When using `soap_wsse_set_wsu_id` we need to use the tag name with `soap_wsse_sign_only`. For example: @code soap_wsa_request(soap, RequestMessageID, ToAddress, RequestAction); soap_wsse_set_wsu_id(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action"); soap_wsse_add_UsernameTokenDigest(soap, "User", "username", "password"); soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert); soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token"); soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0); soap_wsse_sign_only(soap, "wsa5:To wsa5:From wsa5:ReplyTo wsa5:Action User Body"); @endcode @note `soap_wsse_sign_only` should only be set once for each `soap_wsse_sign` or `soap_wsse_sign_body`. Each new call overrides the previous. @note To reset the filtering of signed tokens and elements, pass NULL to `soap_wsse_sign_only`. This is automatically performed when a new message is received (but not automatically in a sequence of one-way sends for example). @subsection wsse_8_4 Signature Validation To automatically verify the signature of an inbound message signed with DSA or RSA algorithms, assuming the message contains the X509 certificate as a binary security token, use: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); soap->cafile = "cacerts.pem"; // file with CA certs of peers soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) // server: if (soap_serve(soap)) ... // an error occurred // client: if (soap_call_ns__myMethod(soap, ...)) ... // an error occurred @endcode All locally referenced and signed elements in the signed message will be verified with `soap_wsse_verify_auto` using the default settings set with `SOAP_SMD_NONE`. Elements that are not signed cannot be verified. Also elements referenced with absolute URIs that are not part of the message are not automatically verified. The received message is stored in a DOM accessible with soap->dom. This enables further analysis of the message content. For a post-parsing check to verify if an XML element was signed in an inbound message, use: @code soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); ... // client call if (soap_wsse_verify_element(soap, "namespaceURI", "tag") > 0) ... // at least one element with matching tag and namespace is signed @endcode The signed element nesting rules are obeyed, so if the matching element is a descendent of a signed element, it is signed as well. Because it is a post check, a client should invoke `soap_wsse_verify_element` after the call completed. A service should invoke this function within the service operation routine, i.e. when the message request is accepted and about to be processed. For example, to check whether the wsu:Timestamp element was signed (assuming it is present and message expiration checked with `soap_wsse_verify_Timestamp)`, use `soap_wsse_verify_element(soap, "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd", "Timestamp")`. To check the SOAP Body (either using SOAP 1.1 or 1.2), simply use `soap_wsse_verify_body`. The `soap_wsse_verify_auto` function keeps processing signed (and unsigned) messages as they arrive. For unsigned messages this can be expensive and the verification engine should be shut down using `soap_wsse_verify_done`. There can be two problems with signature verification. First, some WS-Security implementations include SignedInfo/Reference/@URI without targeting an element, which will produce an error that a Reference URI target does not exist. To ignore these references, use `SOAP_WSSE_IGNORE_EXTRA_REFS`. Second, certificates provided by the peer are not verifiable unless the signing CA certificate is included in the cafile or capath. To disable certificate verification set the fsslverify callback: @code static int ssl_verify(int ok, X509_STORE_CTX *store) { // put certificate verification here, return 0 when fails 1 when ok return 1; } ... soap_wsse_verify_auto(soap, SOAP_SMD_NONE | SOAP_WSSE_IGNORE_EXTRA_REFS, NULL, 0); soap->fsslverify = ssl_verify; @endcode To verify the HMAC signature of an inbound message, the HMAC key must be supplied: @code static char hmac_key[16] = // the same secret key that was used to sign { 0xff, 0xee, 0xdd, 0xcc, 0xbb, 0xaa, 0x99, 0x88, 0x77, 0x66, 0x55, 0x44, 0x33, 0x22, 0x11, 0x00 }; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_HMAC_SHA1, hmac_key, sizeof(hmac_key)); // server: if (soap_serve(soap)) ... // an error occurred // client: if (soap_call_ns__myMethod(soap, ...)) ... // an error occurred @endcode To summarize the signature verification process: -# Register the wsse plugin. -# For HMAC, obtain the HMAC secret key -# Use `soap_wsse_verify_auto` to verify inbound messages. -# Set the cafile (or capath) to verify certificates of the peers and crlfile (optional) -# After receiving a message, the DOM in soap->dom can be traversed for further analysis. -# Always check the function return values for errors. You don't want to accept a request or response message with an invalid Security header. -# Use `soap_wsse_verify_done` to terminate verification, e.g. to consume plain messages more efficiently. @section wsse_9 Encryption The material in this section relates to the WS-Security specification section 9. The wsse plugin must be registered: @code struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); @endcode Other flags to consider: - `SOAP_IO_CHUNK` for HTTP chunked content to stream messages. - `SOAP_ENC_GZIP` for HTTP compression (also enables HTTP chunking). @subsection wsse_9_1 Encrypting Messages Encryption should be used in combination with signing. A signature ensures message integrity while encryption ensures confidentially. Encrypted messages can be tampered with unless integrity is ensured. Therefore, the reader should be familiar with the material in Section @ref wsse_8 should to sign and verify message content. Messages are encrypted using either public key cryptography or by using a symmetric secret key. A symmetric secret key should only be shared between the sender and receiver (or any trusted communicating peer). Encryption with public key cryptography uses an "envelope" process, where the public key of the recipient is used to encrypt a temporary (ephemeral) secret key that is sent together with the secret key-encrypted message to the recipient. The recipient decrypts the ephemeral key and uses it to decrypt the message. The public key is usually part of a X509 certificate. The public key (containing the subject information) is added to the WS-Security header and used for encryption of the SOAP Body as follows: @code X509 *cert = ...; // if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL)) soap_print_fault(soap, stderr); @endcode `SOAP_MEC_ENV_ENC_DES_CBC` specifies envelope encoding with triple DES CBC and PKCS1 RSA-1_5. Use `(SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP)` for AES256 CBC with OAEP padding (OAEP is recommended over RSA-1_5 or use GCM). The envelope encryption options are: - `SOAP_MEC_ENV_ENC_DES_CBC` RSA-1_5 envelope encryption with triple DES CBC - `SOAP_MEC_ENV_ENC_AES256_CBC` RSA-1_5 envelope encryption with AES256 CBC - `SOAP_MEC_ENV_ENC_AES256_GCM` envelope authenticated encryption with AES256 GCM - `SOAP_MEC_ENV_ENC_AES256_CBC | SOAP_MEC_OAEP` OAEP envelope encryption with AES256 CBC where, in the above, AES256 can be replaced with AES128 or AES192. The "Cert" parameter is a unique URI to reference the key from the encrypted SOAP Body. The above enables the encryption engine for the next message to be sent, either at the client or server side. The server should use this withing a server operation (before returning) to enable the service operation response to be encrypted. To include a subject key ID in the WS-Security header instead of the entire public key, specify the subject key ID parameter: @code X509 *cert = ...; // if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, "Subject Key ID", NULL, NULL)) soap_print_fault(soap, stderr); @endcode The difference with the previous example where no subject key ID was specified is that the WS-Security header only contains the subject key ID and no longer the public key in base64 format. To exclude the encrypted key certificate from the message and include a X509Data element with IssuerName and SerialNumber: @code X509 *cert = ...; if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, "CN=Root Agency", "-79441640260855276448009124614332182350")) soap_print_fault(soap, stderr); @endcode The issuer name and serial number (must be in decimal for `soap_wsse_add_EncryptedKey`) of a certificate can be obtained as follows: @code X509 *cert = ...; BIGNUM *bn = BN_new(); char issuer[256], *serial; X509_NAME_oneline(X509_get_issuer_name(cert), issuer, sizeof(issuer)); ASN1_INTEGER_to_BN(X509_get_serialNumber(cert), bn); serial = BN_bn2dec(bn); OPENSSL_free(bn); ... if (soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, issuer+1, serial)) soap_print_fault(soap, stderr); ... OPENSSL_free(serial); @code Note that in the above code the leading slash in "/CN=Root Agency" is excluded from the issuer name. When excluding the encrypted key certificate from the message, the token handler callback must be provided on the receiving end to obtain the certificate that corresponds to the issuer name and serial number. For example: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); static const void *token_handler(struct soap *soap, int alg, const char *keyname, int *keylen) { struct ds__X509IssuerSerialType *issuer; switch (alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA1: case SOAP_SMD_VRFY_RSA_SHA224: case SOAP_SMD_VRFY_RSA_SHA256: case SOAP_SMD_VRFY_RSA_SHA384: case SOAP_SMD_VRFY_RSA_SHA512: case SOAP_SMD_VRFY_ECDSA_SHA1: case SOAP_SMD_VRFY_ECDSA_SHA224: case SOAP_SMD_VRFY_ECDSA_SHA256: case SOAP_SMD_VRFY_ECDSA_SHA384: case SOAP_SMD_VRFY_ECDSA_SHA512: issuer = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(soap); if (issuer) { if (!strcmp(issuer->X509IssuerName, clt_issuer) && !strcmp(issuer->X509SerialNumber, clt_serial)) return (const void*)clt_cert; if (!strcmp(issuer->X509IssuerName, srv_issuer) && !strcmp(issuer->X509SerialNumber, srv_serial)) return (const void*)srv_cert; } break; ... @endcode To encrypt specific elements of the SOAP Body rather than the entire SOAP Body, use `soap_wsse_add_EncryptedKey_encrypt_only` in combination with `soap_wsse_set_wsu_id` as follows: @code X509 *cert = ...; // the SOAP Body contains one and one (not nested) soap_wsse_set_wsu_id(soap, "ns:myContract ns:myPIN"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL, "ns:myContract ns:myPIN")) soap_print_fault(soap, stderr); @endcode To encrypt the SOAP Body and SOAP Header element(s), such as ds:Signature, use "SOAP-ENV:Body" with `soap_wsse_add_EncryptedKey_encrypt_only`: @code X509 *cert = ...; soap_wsse_set_wsu_id(soap, "ds:Signature"); if (soap_wsse_add_EncryptedKey_encrypt_only(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL, "ds:Signature SOAP-ENV:Body")) soap_print_fault(soap, stderr); @endcode @note The `soap_wsse_set_wsu_id` MUST be used to specify all element tag names to encrypt. Additional elements MAY be specified in `soap_wsse_set_wsu_id` (for example elements to digitally sign). @note The elements identified by the tag names in `soap_wsse_set_wsu_id` to encrypt MUST occur EXACTLY ONCE in the SOAP Body. For symmetric encryption with a shared secret key, generate a 160-bit triple DES key and make sure both the sender and reciever can use the key without it being shared by any other party (key exchange problem). Then use the `soap_wsse_encrypt_body` function to encrypt the SOAP Body as follows: @code char des_key[20] = ...; // 20-byte (160-bit) DES shared secret key if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key))) soap_print_fault(soap, stderr); @endcode The symmetric encryption options are: - `SOAP_MEC_ENC_DES_CBC` symmetric encryption with triple DES CBC - `SOAP_MEC_ENC_AES256_CBC` symmetric encryption with AES256 CBC - `SOAP_MEC_ENC_AES256_GCM` symmetric authenticated encryption with AES256 GCM where, in the above, AES256 can be replaced with AES128 or AES192. For example, symmetric encryption with AES256: @code char aes256_key[32] = ...; // 32-byte (256-bit) AES256 shared secret key if (soap_wsse_encrypt_body(soap, SOAP_MEC_ENC_AES256_CBC, aes256_key, sizeof(aes256_key))) soap_print_fault(soap, stderr); @endcode To symmetrically encrypt specific elements of the SOAP Body rather than the entire SOAP Body, use `soap_wsse_encrypt_only` in combination with `soap_wsse_set_wsu_id` as follows: @code char des_key[20] = ...; // 20-byte (160-bit) secret key // the SOAP Body contains one and one (not nested) soap_wsse_set_wsu_id(soap, "ns:myContract ns:myPIN"); if (soap_wsse_encrypt_only(soap, SOAP_MEC_ENC_DES_CBC, des_key, sizeof(des_key), "ns:myContract ns:myPIN")) soap_print_fault(soap, stderr); @endcode @note The `soap_wsse_set_wsu_id` MUST be used to specify all element tag names to encrypt. Additional elements MAY be specified in `soap_wsse_set_wsu_id` (for example elements to digitally sign). @note The elements identified by the tag names in `soap_wsse_set_wsu_id` to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @subsection wsse_9_2 Decrypting Message Parts The wsse engine automatically decrypts message parts, but requires a private key or secret shared key to do so. A default key can be given to enable decryption, but it will fail if a non-compatible key was used for encryption. In that case a token handler callback should be defined by the user to select a proper decryption key based on the available subject key name or identifier embedded in the encrypted message. Here is an example of a token handler callback: @code soap_register_plugin_arg(soap, soap_wsse, security_token_handler); const void *security_token_handler(struct soap *soap, int alg, const char *keyname, int *keylen) { // Note: 'keyname' argument may be used with shared secret key // decryption where the keyname is from the ds:KeyInfo/KeyName content if (keyname) { ... lookup keyname ... const void *key = ...; keylen = ...; *alg = ...; return key; } // Get the user name from UsernameToken in message const char *uid = soap_wsse_get_Username(soap); switch (*alg) { case SOAP_SMD_VRFY_DSA_SHA1: case SOAP_SMD_VRFY_DSA_SHA256: CASE SOAP_SMD_VRFY_RSA_SHA1: CASE SOAP_SMD_VRFY_RSA_SHA224: CASE SOAP_SMD_VRFY_RSA_SHA256: CASE SOAP_SMD_VRFY_RSA_SHA384: CASE SOAP_SMD_VRFY_RSA_SHA512: CASE SOAP_SMD_VRFY_ECDSA_SHA1: CASE SOAP_SMD_VRFY_ECDSA_SHA224: CASE SOAP_SMD_VRFY_ECDSA_SHA256: CASE SOAP_SMD_VRFY_ECDSA_SHA384: CASE SOAP_SMD_VRFY_ECDSA_SHA512: if (uid) { // Lookup uid to retrieve the X509 certificate to verify the signature const X509 *cert = ...; return (const void*)cert; } return NULL; // no certificate: fail case SOAP_SMD_HMAC_SHA1: if (uid) { // Lookup uid to retrieve the HMAC key to verify the signature const void *key = ...; *alg = ...; *keylen = ...; return key; } return NULL; // no certificate: fail case SOAP_MEC_ENV_DEC_DES_CBC: case SOAP_MEC_ENV_DEC_AES128_CBC: case SOAP_MEC_ENV_DEC_AES192_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES256_CBC: case SOAP_MEC_ENV_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_ENV_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher // return decryption private key associated with keyname case SOAP_MEC_DEC_DES_CBC: case SOAP_MEC_DEC_AES128_CBC: case SOAP_MEC_DEC_AES192_CBC: case SOAP_MEC_DEC_AES256_CBC: case SOAP_MEC_DEC_AES512_CBC: // reserved for future use case SOAP_MEC_DEC_AES128_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES192_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES256_GCM: // GCM requires OpenSSL 1.0.2 or higher case SOAP_MEC_DEC_AES512_GCM: // GCM requires OpenSSL 1.0.2 or higher // *keylen = ... // return decryption shared secret key associated with keyname } return NULL; // fail } @endcode The last two arms are used to return a private key associated with the keyname paramater, which is a string that contains the subject key id from the public key information in an encrypted message or the subject key ID string that was set with `soap_wsse_add_EncryptedKey` at the sender side. To set the default private key for envelope decryption, use: @code EVP_PKEY *rsa_private_key = ...; soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); @endcode The envelope decryption options are: - `SOAP_MEC_ENV_DEC_DES_CBC` RSA-1_5 envelope decryption with triple DES CBC - `SOAP_MEC_ENV_DEC_AES256_CBC` RSA-1_5 envelope decryption with AES256 CBC - `SOAP_MEC_ENV_DEC_AES256_GCM` envelope authenticated decryption with AES256 GCM - `SOAP_MEC_ENV_DEC_AES256_CBC | SOAP_MEC_OAEP` OAEP envelope decryption with AES256 CBC where, in the above, AES256 can be replaced with AES128 or AES192. Or to set the default shared secret key for symmetric decryption, use: @code char des_key[20] = ...; // 20-byte (160-bit) triple DES key soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_DES_CBC, des_key, sizeof(des_key)); @endcode The symmetric decryption options are: - `SOAP_MEC_DEC_DES_CBC` symmetric decryption with triple DES CBC - `SOAP_MEC_DEC_AES256_CBC` symmetric decryption with AES256 CBC - `SOAP_MEC_DEC_AES256_GCM` symmetric authenticated decryption with AES256 GCM where, in the above, AES256 can be replaced with AES128 or AES192. For example, symmetric decryption with AES256: @code char aes256_key[32] = ...; // 32-byte (256-bit) AES256 key soap_wsse_decrypt_auto(soap, SOAP_MEC_DEC_AES256_CBC, aes256_key, sizeof(aes256_key)); @endcode If a default key is not set, the token handler callback should be used as discussed above in this section. Do NOT set a default key if a token handler is used to handle multiple different keys. The default key mechanism is simpler to use when only one decryption key is used to decrypt all encrypted messages. To remove the default key, use: @code soap_wsse_decrypt_auto(soap, SOAP_MEC_NONE, NULL, 0); @endcode @subsection wsse_9_3 Example Combining Signing with Encryption/Decryption Here is an client-side example to use signatures and encryption for the outbound service request message and verification and decryption of the inbound response message: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL) || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) ... // an error occurred else if (soap_call_ns__myMethod(soap, ...)) ... // a transmission error occurred ... EVP_PKEY_free(rsa_private_key); X509_free(cert); @endcode The server-side service operation is as follows: @code FILE *fd; EVP_PKEY *rsa_private_key; X509 *cert; struct soap *soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); soap_wsse_verify_auto(soap, SOAP_SMD_NONE, NULL, 0); fd = fopen("privkey.pem", "r"); rsa_private_key = PEM_read_PrivateKey(fd, NULL, NULL, "password"); fclose(fd); soap_wsse_decrypt_auto(soap, SOAP_MEC_ENV_DEC_DES_CBC, rsa_private_key, 0); fd = fopen("cert.pem", "r"); X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); ... if (soap_serve(soap)) { soap_wsse_delete_Security(soap); soap_print_fault(soap, stderr); } ... EVP_PKEY_free(rsa_private_key); X509_free(cert); @endcode where an example service operation could be: @code int ns__myMethod(struct soap *soap, ...) { ... soap_wsse_delete_Security(soap); if (soap_wsse_add_BinarySecurityTokenX509(soap, "X509Token", cert) || soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(soap, "#X509Token") || soap_wsse_add_EncryptedKey(soap, SOAP_MEC_ENV_ENC_DES_CBC, "Cert", cert, NULL, NULL, NULL) || soap_wsse_sign_body(soap, SOAP_SMD_SIGN_RSA_SHA256, rsa_private_key, 0) { soap_wsse_delete_Security(soap); // remove security headers (failed construction) return soap->error; } return SOAP_OK; } @endcode The service operation signs the message using a private key and encrypts the response message using a public key (from the certificate). @section wsse_10 Security Timestamps The material in this section relates to the WS-Security specification section 10. To add a timestamp with the creation time to the Security header, use: @code soap_wsse_add_Timestamp(soap, NULL, 0); // no expiration @endcode The lifetime of a message (in seconds) is passed as the third argument, which will be displayed as the timestamp expiration time: @code soap_wsse_add_Timestamp(soap, NULL, 10); // 10 seconds lifetime @endcode Timestamps, like other header elements, are not automatically secured with a digital signature. To secure a timestamp, we add an identifier (wsu:Id) to each element we want the WS-Security plugin to sign thereby making it impossible for someone to tamper with that part of the message. To do this for the timestamp, we simply pass a unique identification string as the second argument: @code soap_wsse_add_Timestamp(soap, "Time", 10); // timestamp will be signed @endcode @section wsse_11 WS-Security and HTTPS HTTPS is used at the client side with the usual "https:" URL addressing, shown here with the registration of the wsse plugin and setting up locks for thread-safe use of SSL for HTTPS: @code #include "wsseapi.h" #include "threads.h" struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_ssl_client_context(&soap, SOAP_SSL_DEFAULT, // requires server authentication NULL, // keyfile for client authentication to server NULL, // the keyfile password "cacerts.pem", // cafile CA certificates to authenticate the server NULL, // capath CA directory path to certificates NULL )) ... // error soap->cafile = "cacerts.pem"; // same as above (or overrides the above) soap->capath = "dir/to/certs"; // and/or point to CA certs soap->crlfile = "revoked.pem"; // use CRL (optional) ... // set up WS-Security for signatures/encryption etc if (soap_call_ns__myMethod(soap, "https://...", ...)) ... // error ... // process response results soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode The CRYPTO threads should be set up before any threads are created. The `soap_ssl_client_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, CA certs should be used - `SOAP_SSL_NO_AUTHENTICATION` disables server authentication - `SOAP_SSL_SKIP_HOST_CHECK` disables server authentication host check - `SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE` to accept self-signed certificates, expired certificates, and certificates without CRL. The server uses the following: @code #include "wsseapi.h" #include "threads.h" SOAP_SOCKET m, s; int port = 443; struct soap *soap; if (CRYPTO_thread_setup()) ... // error soap = soap_new1(SOAP_XML_CANONICAL | SOAP_XML_INDENT); soap_register_plugin(soap, soap_wsse); if (soap_ssl_server_context(&soap, SOAP_SSL_DEFAULT, // requires server to authenticate, but not the client server.pem, // keyfile for authentication to client "password", // the keyfile password NULL, // CA certificates to authenticate the client NULL, // CA directory path to certificates NULL, // use RSA 2048 bits (or give file name with DH param) NULL, NULL )) ... // error if (!soap_valid_socket(m = soap_bind(soap, NULL, port, 100)) ... // error for (;;) { if (!soap_valid_socket(s = soap_accept(soap))) ... // error THREAD_CREATE(&tid, (void*(*)(void*))&process_request, soap_copy(soap)); } soap_destroy(soap); soap_end(soap); soap_free(soap); CRYPTO_thread_cleanup(); @endcode where we define a process_request function that is executed by the thread to process the request (on a copy of the soap context struct): @code void *process_request(struct soap *soap) { ... // set up WS-Security for signatures/encryption etc if (soap_ssl_accept(soap) || soap_serve(soap)) ... // error soap_destroy(soap); soap_end(soap); soap_free(soap); } @endcode The `soap_ssl_server_context` only needs to be set up once. Use the following flags: - `SOAP_SSL_DEFAULT` requires server authentication, but no client authentication - `SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION` requires client authentication We need to define the thread set up and clean up operations as follows: @code struct CRYPTO_dynlock_value { MUTEX_TYPE mutex; }; static MUTEX_TYPE *mutex_buf; static struct CRYPTO_dynlock_value *dyn_create_function(const char *file, int line) { struct CRYPTO_dynlock_value *value; value = (struct CRYPTO_dynlock_value*)malloc(sizeof(struct CRYPTO_dynlock_value)); if (value) MUTEX_SETUP(value->mutex); return value; } static void dyn_lock_function(int mode, struct CRYPTO_dynlock_value *l, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(l->mutex); else MUTEX_UNLOCK(l->mutex); } static void dyn_destroy_function(struct CRYPTO_dynlock_value *l, const char *file, int line) { MUTEX_CLEANUP(l->mutex); free(l); } void locking_function(int mode, int n, const char *file, int line) { if (mode & CRYPTO_LOCK) MUTEX_LOCK(mutex_buf[n]); else MUTEX_UNLOCK(mutex_buf[n]); } unsigned long id_function() { return (unsigned long)THREAD_ID; } int CRYPTO_thread_setup() { int i; mutex_buf = (MUTEX_TYPE*)malloc(CRYPTO_num_locks() * sizeof(pthread_mutex_t)); if (!mutex_buf) return SOAP_EOM; for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_SETUP(mutex_buf[i]); CRYPTO_set_id_callback(id_function); CRYPTO_set_locking_callback(locking_function); CRYPTO_set_dynlock_create_callback(dyn_create_function); CRYPTO_set_dynlock_lock_callback(dyn_lock_function); CRYPTO_set_dynlock_destroy_callback(dyn_destroy_function); return SOAP_OK; } void CRYPTO_thread_cleanup() { int i; if (!mutex_buf) return; CRYPTO_set_id_callback(NULL); CRYPTO_set_locking_callback(NULL); CRYPTO_set_dynlock_create_callback(NULL); CRYPTO_set_dynlock_lock_callback(NULL); CRYPTO_set_dynlock_destroy_callback(NULL); for (i = 0; i < CRYPTO_num_locks(); i++) MUTEX_CLEANUP(mutex_buf[i]); free(mutex_buf); mutex_buf = NULL; } @endcode For additional details and examples, see the user guide and examples in the gSOAP package directory gsoap/samples/ssl. @section wsse_12 Miscellaneous The Security header block was generated from the WS-Security schema with the wsdl2h tool and WS/WS-typemap.dat: wsdl2h -cegxy -o wsse.h -t WS/WS-typemap.dat WS/wsse.xsd The same process was used to generate the header file ds.h from the XML digital signatures core schema, and the xenc.h encryption schema: wsdl2h -cuxy -o ds.h -t WS/WS-typemap.dat WS/ds.xsd wsdl2h -cuxy -o xenc.h -t WS/WS-typemap.dat WS/xenc.xsd The import/wsse.h file has the following definition for the Security header block: @code typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct _xenc__ReferenceList* xenc__ReferenceList; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; @endcode The `_wsse__Security` header is modified by a WS/WS-typemap.dat mapping rule to include additional details. @section wsse_13 Encryption Limitations - Individual encryption/decryption of simple content (CDATA content) with `soap_wsse_add_EncryptedKey_encrypt_only` IS NOT SUPPORTED. Encrypt the entire SOAP Body or encrypt elements with complex content (complexType and complexContent elements that have sub elements). - Encryption is performed after signing (likewise, signatures are verified after decryption). Signing after encryption is not supported in the current plugin release. - Signing and encrypting XML containing QName content may lead to verification issues, because the W3C C14N canonicalization protocol has known limitations with QName content normalization as prefixes in QNames may be ignored, possibly resulting in missing xmlns bindings). Use `soap_wsse_set_InclusiveNamespaces(soap, "prefixlist")` to define which namespace prefixes (space-separated in the string) should be considered inclusive. All prefixes used in QName content should be listed. The WSSE engine recognizes xsi:type, SOAP-ENC:arrayType, SOAP-ENC:itemType attribute QNames. Therefore, soapcpp2 option `-t` is always safe to use, but a non-gSOAP receiver may still fail. @section wsse_wsc WS-SecureConversation To use a WS-SecureConversation security context token (SCT) with WS-Security: @code const char *identifier = "..."; soap_wsse_add_SecurityContextToken(soap, "SCT", identifier); @endcode In this example a context has been established and the secret that is identified by the 'identifier' string is known to both parties. This secret is used to sign the message body. The "SCT" is a wsu:Id, which is used as a reference to sign the token. */ #include "wsseapi.h" #include "threads.h" /* need threads to enable mutex for MT */ #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) #include "wsaapi.h" #endif #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ const char soap_wsse_id[14] = SOAP_WSSE_ID; /** Maximum number of SignedInfo References */ #define SOAP_WSSE_MAX_REF (100) /** Clock skew between machines (in sec) to fit message expiration in window */ #define SOAP_WSSE_CLKSKEW (300) /** Size of the random nonce */ #define SOAP_WSSE_NONCELEN (20) /** Digest authentication accepts messages that are not older than creation time + SOAP_WSSE_NONCETIME */ #define SOAP_WSSE_NONCETIME (SOAP_WSSE_CLKSKEW + 240) /******************************************************************************\ * * Common URIs * \******************************************************************************/ const char *wsse_PasswordTextURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordText"; const char *wsse_PasswordDigestURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordDigest"; const char *wsse_Base64BinaryURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-soap-message-security-1.0#Base64Binary"; const char *wsse_X509v3URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509v3"; const char *wsse_X509v3SubjectKeyIdentifierURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509SubjectKeyIdentifier"; const char *ds_sha1URI = "http://www.w3.org/2000/09/xmldsig#sha1"; const char *ds_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#sha224"; const char *ds_sha256URI = "http://www.w3.org/2001/04/xmlenc#sha256"; const char *ds_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#sha384"; const char *ds_sha512URI = "http://www.w3.org/2001/04/xmlenc#sha512"; const char *ds_hmac_sha1URI = "http://www.w3.org/2000/09/xmldsig#hmac-sha1"; const char *ds_hmac_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha224"; const char *ds_hmac_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha256"; const char *ds_hmac_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha384"; const char *ds_hmac_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha512"; const char *ds_dsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#dsa-sha1"; const char *ds_dsa_sha256URI = "http://www.w3.org/2009/xmldsig11#dsa-sha256"; const char *ds_rsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#rsa-sha1"; const char *ds_rsa_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha224"; const char *ds_rsa_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"; const char *ds_rsa_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha384"; const char *ds_rsa_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha512"; const char *ds_ecdsa_sha1URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha1"; const char *ds_ecdsa_sha224URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha224"; const char *ds_ecdsa_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha256"; const char *ds_ecdsa_sha384URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha384"; const char *ds_ecdsa_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#ecdsa-sha512"; const char *xenc_3desURI = "http://www.w3.org/2001/04/xmlenc#tripledes-cbc"; const char *xenc_aes128cbcURI = "http://www.w3.org/2001/04/xmlenc#aes128-cbc"; const char *xenc_aes192cbcURI = "http://www.w3.org/2001/04/xmlenc#aes192-cbc"; const char *xenc_aes256cbcURI = "http://www.w3.org/2001/04/xmlenc#aes256-cbc"; const char *xenc_aes512cbcURI = "http://www.w3.org/2001/04/xmlenc#aes512-cbc"; const char *xenc_aes128gcmURI = "http://www.w3.org/2009/xmlenc11#aes128-gcm"; const char *xenc_aes192gcmURI = "http://www.w3.org/2009/xmlenc11#aes192-gcm"; const char *xenc_aes256gcmURI = "http://www.w3.org/2009/xmlenc11#aes256-gcm"; const char *xenc_aes512gcmURI = "http://www.w3.org/2009/xmlenc11#aes512-gcm"; const char *xenc_elementURI = "http://www.w3.org/2001/04/xmlenc#Element"; const char *xenc_contentURI = "http://www.w3.org/2001/04/xmlenc#Content"; const char *xenc_rsa15URI = "http://www.w3.org/2001/04/xmlenc#rsa-1_5"; const char *xenc_rsaesURI = "http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p"; const char *ds_URI = "http://www.w3.org/2000/09/xmldsig#"; const char *c14n_URI = "http://www.w3.org/2001/10/xml-exc-c14n#"; const char *wsu_URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd"; /******************************************************************************\ * * Digest authentication session * \******************************************************************************/ /** @struct soap_wsse_session @brief Digest authentication session data */ struct soap_wsse_session { struct soap_wsse_session *next; /**< Next session in list */ time_t expired; /**< Session expiration */ char hash[SOAP_SMD_SHA1_SIZE]; /**< SHA1 digest */ char nonce[1]; /**< Nonce string flows into region below this struct */ }; /** The digest authentication session database */ static struct soap_wsse_session *soap_wsse_session = NULL; /** Lock for digest authentication session database exclusive access */ static MUTEX_TYPE soap_wsse_session_lock = MUTEX_INITIALIZER; static char* soap_wsse_ids(struct soap *soap, const char *tags); static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce); static void soap_wsse_session_cleanup(struct soap *soap); static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]); static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]); static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)); static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p); static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len); static int soap_wsse_preparefinalsend(struct soap *soap); static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data); static int soap_wsse_preparefinalrecv(struct soap *soap); static int soap_wsse_header(struct soap *soap); static int soap_wsse_element_begin_in(struct soap *soap, const char *tag); static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2); static int soap_wsse_element_begin_out(struct soap *soap, const char *tag); static int soap_wsse_element_end_out(struct soap *soap, const char *tag); static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag); /******************************************************************************\ * * wsse:Security header element * \******************************************************************************/ /** @fn _wsse__Security* soap_wsse_add_Security(struct soap *soap) @brief Adds Security header element. @param soap context @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security(struct soap *soap) { DBGFUN("soap_wsse_add_Security"); /* if we don't have a SOAP Header, create one */ soap_header(soap); /* if we don't have a wsse:Security element in the SOAP Header, create one */ if (!soap->header->wsse__Security) { soap->header->wsse__Security = (_wsse__Security*)soap_malloc(soap, sizeof(_wsse__Security)); if (!soap->header->wsse__Security) return NULL; soap_default__wsse__Security(soap, soap->header->wsse__Security); } return soap->header->wsse__Security; } /** @fn _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) @brief Adds Security header element with actor or role attribute. @param soap context @param actor string @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN1("soap_wsse_add_Security_actor", "actor=%s", actor); if (soap->namespaces && !strcmp(soap->namespaces[0].ns, "http://schemas.xmlsoap.org/soap/envelope/")) security->SOAP_ENV__actor = soap_strdup(soap, actor); else security->SOAP_ENV__role = soap_strdup(soap, actor); return security; } /** @fn void soap_wsse_delete_Security(struct soap *soap) @brief Deletes Security header element. @param soap context */ void soap_wsse_delete_Security(struct soap *soap) { DBGFUN("soap_wsse_delete_Security"); if (soap->header) soap->header->wsse__Security = NULL; } /** @fn _wsse__Security* soap_wsse_Security(struct soap *soap) @brief Returns Security header element if present. @param soap context @return _wsse__Security object or NULL */ struct _wsse__Security* soap_wsse_Security(struct soap *soap) { if (soap->header) return soap->header->wsse__Security; return NULL; } /******************************************************************************\ * * wsse:Security/ds:Signature header element * \******************************************************************************/ /** @fn ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) @brief Adds Signature header element. @param soap context @return ds__SignatureType object */ struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN("soap_wsse_add_Signature"); /* if we don't have a ds:Signature, create one */ if (!security->ds__Signature) { security->ds__Signature = (ds__SignatureType*)soap_malloc(soap, sizeof(ds__SignatureType)); if (!security->ds__Signature) return NULL; soap_default_ds__SignatureType(soap, security->ds__Signature); } return security->ds__Signature; } /** @fn void soap_wsse_delete_Signature(struct soap *soap) @brief Deletes Signature header element. @param soap context */ void soap_wsse_delete_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_Signature"); if (security) security->ds__Signature = NULL; } /** @fn ds__SignatureType* soap_wsse_Signature(struct soap *soap) @brief Returns Signature header element if present. @param soap context @return ds__SignatureType object or NULL */ struct ds__SignatureType* soap_wsse_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->ds__Signature; return NULL; } /******************************************************************************\ * * wsse:Security/wsu:Timestamp header element * \******************************************************************************/ /** @fn int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) @brief Adds Timestamp element with optional expiration date+time (lifetime). @param[in] soap context @param[in] id for signature referencing or NULL @param[in] lifetime expressed in time_t units, or 0 for no expiration @return SOAP_OK */ int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); char *created = soap_strdup(soap, soap_dateTime2s(soap, now)); char *expired = lifetime ? soap_strdup(soap, soap_dateTime2s(soap, now + lifetime)) : NULL; DBGFUN1("soap_wsse_add_Timestamp", "id=%s", id?id:""); /* allocate a Timestamp if we don't have one already */ if (!security->wsu__Timestamp) { security->wsu__Timestamp = (_wsu__Timestamp*)soap_malloc(soap, sizeof(_wsu__Timestamp)); if (!security->wsu__Timestamp) return soap->error = SOAP_EOM; } soap_default__wsu__Timestamp(soap, security->wsu__Timestamp); /* populate the wsu:Timestamp element */ security->wsu__Timestamp->wsu__Id = soap_strdup(soap, id); security->wsu__Timestamp->Created = created; security->wsu__Timestamp->Expires = expired; return SOAP_OK; } /** @fn _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap) @brief Returns Timestamp element if present. @param soap context @return _wsu__Timestamp object or NULL */ struct _wsu__Timestamp* soap_wsse_Timestamp(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->wsu__Timestamp; return NULL; } /** @fn int soap_wsse_verify_Timestamp(struct soap *soap) @brief Verifies the Timestamp/Expires element against the current time. @param soap context @return SOAP_OK or SOAP_FAULT with wsu:MessageExpired fault Sets wsu:MessageExpired fault if wsu:Timestamp is expired. The SOAP_WSSE_CLKSKEW value is used as a margin to mitigate clock skew. Keeps silent when no timestamp is supplied or no expiration date is included in the wsu:Timestamp element. */ int soap_wsse_verify_Timestamp(struct soap *soap) { _wsu__Timestamp *timestamp = soap_wsse_Timestamp(soap); DBGFUN("soap_wsse_verify_Timestamp"); /* if we have a timestamp with an expiration date, check it */ if (timestamp && timestamp->Expires) { time_t now = time(NULL), expired; soap_s2dateTime(soap, timestamp->Expires, &expired); if (expired + SOAP_WSSE_CLKSKEW <= now) { const char *code = soap_wsu__tTimestampFault2s(soap, wsu__MessageExpired); return soap_wsse_sender_fault_subcode(soap, code, "Message has expired", timestamp->Expires); } } return SOAP_OK; } /******************************************************************************\ * * wsse:Security/UsernameToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element with optional clear-text password. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string or NULL to omit the password @return SOAP_OK Passwords are sent in the clear, so transport-level encryption is required. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_UsernameTokenText", "id=%s", id?id:"", "username=%s", username?username:""); /* allocate a UsernameToken if we don't have one already */ if (!security->UsernameToken) { if (!(security->UsernameToken = (_wsse__UsernameToken*)soap_malloc(soap, sizeof(_wsse__UsernameToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__UsernameToken(soap, security->UsernameToken); /* populate the UsernameToken */ security->UsernameToken->wsu__Id = soap_strdup(soap, id); security->UsernameToken->Username = soap_strdup(soap, username); /* allocate and populate the Password */ if (password) { if (!(security->UsernameToken->Password = (_wsse__Password*)soap_malloc(soap, sizeof(_wsse__Password)))) return soap->error = SOAP_EOM; soap_default__wsse__Password(soap, security->UsernameToken->Password); security->UsernameToken->Password->Type = (char*)wsse_PasswordTextURI; security->UsernameToken->Password->__item = soap_strdup(soap, password); } return SOAP_OK; } /** @fn int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element for digest authentication. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string @return SOAP_OK Computes SHA1 digest of the time stamp, a nonce, and the password. The digest provides the authentication credentials. Passwords are NOT sent in the clear. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); const char *created = soap_dateTime2s(soap, now); char HA[SOAP_SMD_SHA1_SIZE], HABase64[29]; char nonce[SOAP_WSSE_NONCELEN], *nonceBase64; DBGFUN2("soap_wsse_add_UsernameTokenDigest", "id=%s", id?id:"", "username=%s", username?username:""); /* generate a nonce */ calc_nonce(nonce); nonceBase64 = soap_s2base64(soap, (unsigned char*)nonce, NULL, SOAP_WSSE_NONCELEN); /* The specs are not clear: compute digest over binary nonce or base64 nonce? */ /* compute SHA1(created, nonce, password) */ calc_digest(soap, created, nonce, SOAP_WSSE_NONCELEN, password, HA); /* Hm...? calc_digest(soap, created, nonceBase64, strlen(nonceBase64), password, HA); */ soap_s2base64(soap, (unsigned char*)HA, HABase64, SOAP_SMD_SHA1_SIZE); /* populate the UsernameToken with digest */ soap_wsse_add_UsernameTokenText(soap, id, username, HABase64); /* populate the remainder of the password, nonce, and created */ security->UsernameToken->Password->Type = (char*)wsse_PasswordDigestURI; security->UsernameToken->Nonce = nonceBase64; security->UsernameToken->wsu__Created = soap_strdup(soap, created); return SOAP_OK; } /** @fn _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) @brief Returns UsernameToken element if present. @param soap context @param[in] id string of UsernameToken or NULL @return _wsse__UsernameToken object or NULL @note This release supports the use of at most one UsernameToken in the header. */ struct _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->UsernameToken && (!id || (security->UsernameToken->wsu__Id && !strcmp(security->UsernameToken->wsu__Id, id)))) return security->UsernameToken; return NULL; } /** @fn const char* soap_wsse_get_Username(struct soap *soap) @brief Returns UsernameToken/username string or wsse:FailedAuthentication fault. @param soap context @return UsernameToken/username string or NULL with wsse:FailedAuthentication fault error set @see soap_wsse_verify_Password The returned username should be used to lookup the user's password in a dictionary or database for server-side authentication with soap_wsse_verify_Password. */ const char* soap_wsse_get_Username(struct soap *soap) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_get_Username"); if (token) return token->Username; soap_wsse_fault(soap, wsse__FailedAuthentication, "Username authentication required"); return NULL; } /** @fn int soap_wsse_verify_Password(struct soap *soap, const char *password) @brief Verifies the supplied password or sets wsse:FailedAuthentication fault. @param soap context @param[in] password string to verify against @return SOAP_OK (authorized) or SOAP_FAULT with wsse:FailedAuthentication fault The verification supports both clear-text password verification and digest password authentication. For digest authentication a history mechanism with a digest authentication session database ensures protection against replay attacks. @note This release supports the use of at most one UsernameToken in the header. */ int soap_wsse_verify_Password(struct soap *soap, const char *password) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_verify_Password"); /* if we have a UsernameToken with a Password, check it */ if (token && token->Password) { /* password digest or text? */ if (token->Password->Type && !strcmp(token->Password->Type, wsse_PasswordDigestURI)) { /* check password digest: compute SHA1(created, nonce, password) */ if (token->Nonce && token->wsu__Created && strlen(token->Password->__item) == 28) /* digest pw len = 28 */ { char HA1[SOAP_SMD_SHA1_SIZE], HA2[SOAP_SMD_SHA1_SIZE]; /* The specs are not clear: compute digest over binary nonce or base64 nonce? The formet appears to be the case: */ int noncelen; const char *nonce = soap_base642s(soap, token->Nonce, NULL, 0, &noncelen); /* compute HA1 = SHA1(created, nonce, password) */ calc_digest(soap, token->wsu__Created, nonce, noncelen, password, HA1); /* calc_digest(soap, token->wsu__Created, token->Nonce, strlen(token->Nonce), password, HA1); */ /* get HA2 = supplied digest from base64 Password */ soap_base642s(soap, token->Password->__item, HA2, SOAP_SMD_SHA1_SIZE, NULL); /* compare HA1 to HA2 */ if (!memcmp(HA1, HA2, SOAP_SMD_SHA1_SIZE)) { /* authorize if HA1 and HA2 identical and not replay attack */ if (!soap_wsse_session_verify(soap, HA1, token->wsu__Created, token->Nonce)) return SOAP_OK; return soap->error; } } } else { /* check password text */ if (!strcmp(token->Password->__item, password)) return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); } /******************************************************************************\ * * wsse:Security/BinarySecurityToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) @brief Adds BinarySecurityToken element. @param soap context @param[in] id string for signature referencing or NULL @param[in] valueType string @param[in] data points to binary token data @param[in] size is length of binary token @return SOAP_OK */ int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("wsse_add_BinarySecurityToken", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate BinarySecurityToken if we don't already have one */ if (!security->BinarySecurityToken) { if (!(security->BinarySecurityToken = (_wsse__BinarySecurityToken*)soap_malloc(soap, sizeof(_wsse__BinarySecurityToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__BinarySecurityToken(soap, security->BinarySecurityToken); /* populate the BinarySecurityToken */ security->BinarySecurityToken->wsu__Id = soap_strdup(soap, id); security->BinarySecurityToken->ValueType = soap_strdup(soap, valueType); security->BinarySecurityToken->EncodingType = (char*)wsse_Base64BinaryURI; security->BinarySecurityToken->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) @brief Adds BinarySecurityToken element with X509 certificate. @param soap context @param[in] id string for signature reference @param[in] cert points to the X509 certificate @return SOAP_OK or SOAP_EOM This function uses i2d_X509 from the the OpenSSL library to convert an X509 object to binary DER format. */ int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) { int derlen; unsigned char *der, *s; if (!cert) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); /* populate the BinarySecurityToken with base64 certificate data */ return soap_wsse_add_BinarySecurityToken(soap, id, wsse_X509v3URI, der, derlen); } /** @fn int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) @brief Adds BinarySecurityToken element from a PEM file. @param soap context @param[in] id string for signature reference @param[in] filename @return SOAP_OK or SOAP_FAULT with wsse__InvalidSecurity fault when file cannot be read or does not contain a valid certificate This function uses PEM_read_X509 from the the OpenSSL library to read a certificate from a PEM formatted file. */ int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) { FILE *fd; DBGFUN2("soap_wsse_add_BinarySecurityTokenPEM", "id=%s", id?id:"", "filename=%s", filename?filename:""); if ((fd = fopen(filename, "r"))) { /* read the certificate */ X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); /* if okay, populate the BinarySecurityToken element */ if (cert) { int err = soap_wsse_add_BinarySecurityTokenX509(soap, id, cert); X509_free(cert); return err; } } return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); } /** @fn _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) @brief Returns BinarySecurityToken element if present. @param soap context @param[in] id string of token to get or NULL @return _wsse__BinarySecurityToken object or NULL */ struct _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->BinarySecurityToken && (!id || (security->BinarySecurityToken->wsu__Id && !strcmp(security->BinarySecurityToken->wsu__Id, id)))) return security->BinarySecurityToken; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "No BinarySecurityToken id=%s, pointer=%p to token found\n", id, security->BinarySecurityToken)); return NULL; } /** @fn int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) @brief Get wsse:BinarySecurityToken element token data in binary form. @param soap context @param[in] id string of token to get or NULL @param[out] valueType string @param[out] data points to binary token data @param[out] size is length of binary token @return SOAP_OK or SOAP_FAULT with wsse:SecurityTokenUnavailable fault */ int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) { _wsse__BinarySecurityToken *token = soap_wsse_BinarySecurityToken(soap, id); DBGFUN1("soap_wsse_get_BinarySecurityToken", "id=%s", id?id:""); if (token) { *valueType = token->ValueType; /* it appears we don't need HexBinary after all if (token->EncodingType && !strcmp(token->EncodingType, wsse_HexBinaryURI)) *data = (unsigned char*)soap_hex2s(soap, token->__item, NULL, 0, size); else */ /* assume token is represented in base64 by default */ *data = (unsigned char*)soap_base642s(soap, token->__item, NULL, 0, size); if (*data) return SOAP_OK; } return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, "BinarySecurityToken required"); } /** @fn X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) @brief Get X509 wsse:BinarySecurityToken certificate and verify its content. This call must be followed by an X509_free to deallocate the X509 certificate data. @param soap context @param[in] id string of token to get or NULL @return X509 certificate (dynamically allocated) or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) { X509 *cert = NULL; char *valueType = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *data; #else unsigned char *data; #endif int size; DBGFUN1("soap_wsse_get_BinarySecurityTokenX509", "id=%s", id?id:""); if (!soap_wsse_get_BinarySecurityToken(soap, id, &valueType, (unsigned char**)&data, &size) && valueType && !strcmp(valueType, wsse_X509v3URI)) cert = d2i_X509(NULL, &data, size); /* verify the certificate */ if (cert && soap_wsse_verify_X509(soap, cert)) { X509_free(cert); cert = NULL; } return cert; } /** @fn int soap_wsse_verify_X509(struct soap *soap, X509 *cert) @brief Verifies X509 certificate against soap->cafile, soap->capath, and soap->crlfile @param soap context @param[in] cert X509 certificate @return SOAP_OK or fault This is an expensive operation. Whenever a new soap context is created, the cafile and objects are loaded into that context each time we need to verify a certificate. */ int soap_wsse_verify_X509(struct soap *soap, X509 *cert) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); X509_STORE_CTX *verify; DBGFUN("soap_wsse_verify_X509"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!cert) return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "No certificate"); if (!data->store) { if (!(data->store = X509_STORE_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE object"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Setting up a new X509 store\n")); X509_STORE_set_verify_cb_func(data->store, soap->fsslverify); if (soap->cafile || soap->capath) { if (X509_STORE_load_locations(data->store, soap->cafile, soap->capath) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not load CA file or path"); } #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (soap->crlfile) { if (*soap->crlfile) { X509_LOOKUP *lookup; if (!(lookup = X509_STORE_add_lookup(data->store, X509_LOOKUP_file()))) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_LOOKUP object"); if (X509_load_crl_file(lookup, soap->crlfile, X509_FILETYPE_PEM) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not read the CRL file"); } X509_STORE_set_flags(data->store, X509_V_FLAG_CRL_CHECK | X509_V_FLAG_CRL_CHECK_ALL); } #endif } if (!(verify = X509_STORE_CTX_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE_CTX object"); #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (X509_STORE_CTX_init(verify, data->store, cert, NULL) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not initialize X509_STORE_CTX object"); } #else X509_STORE_CTX_init(verify, data->store, cert, NULL); #endif if (X509_verify_cert(verify) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "Invalid certificate"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Certificate is valid\n")); #ifdef SOAP_DEBUG { char buf[1024]; X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate issuer %s\n", buf)); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate subject %s\n", buf)); } #endif X509_STORE_CTX_free(verify); return SOAP_OK; } /******************************************************************************\ * * wsc:SecurityContextToken * \******************************************************************************/ /** @fn int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) @brief Adds wsc:SecurityContextToken/Identifier and SecurityTokenReference to it @param soap context @param[in] id string for signature reference (required) @param[in] identifier wsc:Identifier value (required) @return SOAP_OK or error code */ int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) { char *URI; size_t l; _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_SecurityContextToken", "id=%s", id, "identifier=%s", identifier?identifier:""); /* allocate wsc:SecurityContextToken if we don't already have one */ if (!security->wsc__SecurityContextToken) { if (!(security->wsc__SecurityContextToken = (struct wsc__SecurityContextTokenType*)soap_malloc(soap, sizeof(struct wsc__SecurityContextTokenType)))) return soap->error = SOAP_EOM; } soap_default_wsc__SecurityContextTokenType(soap, security->wsc__SecurityContextToken); /* populate the wsc:SecurityContextToken */ l = strlen(id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, id); security->wsc__SecurityContextToken->wsu__Id = URI + 1; security->wsc__SecurityContextToken->Identifier = soap_strdup(soap, identifier); /* set SecurityTokenReference */ return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, NULL); } /** @fn const char *soap_wsse_get_SecurityContextToken(struct soap *soap) @brief Returns wsc:SecurityContextToken/Identifier string value or NULL @param soap context @return wsc:SecurityContextToken/Identifier string value value or NULL */ const char * soap_wsse_get_SecurityContextToken(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_SecurityContextToken"); if (security->wsc__SecurityContextToken && security->wsc__SecurityContextToken->wsu__Id) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); if (URI && !strcmp(URI, security->wsc__SecurityContextToken->wsu__Id)) return security->wsc__SecurityContextToken->Identifier; } return NULL; } /******************************************************************************\ * * ds:Signature/SignedInfo * \******************************************************************************/ /** @fn ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) @brief Adds SignedInfo element. @param soap context @return ds__SignedInfoType object */ struct ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->SignedInfo) { signature->SignedInfo = (ds__SignedInfoType*)soap_malloc(soap, sizeof(ds__SignedInfoType)); if (!signature->SignedInfo) return NULL; soap_default_ds__SignedInfoType(soap, signature->SignedInfo); } return signature->SignedInfo; } /** @fn int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *prefixlist, int alg, const char *HA) @brief Adds SignedInfo element with Reference URI, transform algorithm used, and digest value. @param soap context @param[in] URI reference @param[in] transform string should be c14n_URI for exc-c14n or NULL @param[in] prefixlist used by the exc-c14n transform or NULL @param[in] alg is the digest algorithm used @param[in] HA is the digest in binary form @return SOAP_OK or SOAP_EOM when references exceed SOAP_WSSE_MAX_REF This function can be called to add more references to the wsse:SignedInfo element. A maximum number of SOAP_WSSE_MAX_REF references can be added. The digest method is always SHA1. @note XPath transforms cannot be specified in this release. */ int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *prefixlist, int alg, const char *HA) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); ds__ReferenceType *reference; DBGFUN3("soap_wsse_add_SignedInfo_Reference", "URI=%s", URI?URI:"", "transform=%s", transform?transform:"", "alg=%x", alg); /* if this is the first reference, allocate SOAP_WSSE_MAX_REF references */ if (signedInfo->__sizeReference == 0) signedInfo->Reference = (ds__ReferenceType**)soap_malloc(soap, SOAP_WSSE_MAX_REF*sizeof(ds__ReferenceType*)); else { /* maximum number of references exceeded? */ if (signedInfo->__sizeReference >= SOAP_WSSE_MAX_REF) return soap->error = SOAP_EOM; } /* allocate fresh new reference */ reference = (ds__ReferenceType*)soap_malloc(soap, sizeof(ds__ReferenceType)); if (!reference) return soap->error = SOAP_EOM; soap_default_ds__ReferenceType(soap, reference); /* populate the URI */ reference->URI = soap_strdup(soap, URI); /* if a transform algorithm was used, populate the Transforms element */ if (transform) { reference->Transforms = (ds__TransformsType*)soap_malloc(soap, sizeof(ds__TransformsType)); if (!reference->Transforms) return soap->error = SOAP_EOM; soap_default_ds__TransformsType(soap, reference->Transforms); /* only one transform */ reference->Transforms->__sizeTransform = 1; reference->Transforms->Transform = (ds__TransformType*)soap_malloc(soap, sizeof(ds__TransformType)); soap_default_ds__TransformType(soap, reference->Transforms->Transform); reference->Transforms->Transform->Algorithm = (char*)transform; /* populate the c14n:InclusiveNamespaces element */ if (prefixlist && *prefixlist) { reference->Transforms->Transform->c14n__InclusiveNamespaces = (_c14n__InclusiveNamespaces*)soap_malloc(soap, sizeof(_c14n__InclusiveNamespaces)); if (!reference->Transforms->Transform->c14n__InclusiveNamespaces) return soap->error = SOAP_EOM; soap_default__c14n__InclusiveNamespaces(soap, reference->Transforms->Transform->c14n__InclusiveNamespaces); reference->Transforms->Transform->c14n__InclusiveNamespaces->PrefixList = (char*)prefixlist; } } /* populate the DigestMethod element */ reference->DigestMethod = (ds__DigestMethodType*)soap_malloc(soap, sizeof(ds__DigestMethodType)); if (!reference->DigestMethod) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, reference->DigestMethod); /* the DigestMethod algorithm SHA1, SHA256, SHA512 */ switch (alg & SOAP_SMD_HASH) { case SOAP_SMD_SHA1: reference->DigestMethod->Algorithm = (char*)ds_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SHA224: reference->DigestMethod->Algorithm = (char*)ds_sha224URI; break; case SOAP_SMD_SHA256: reference->DigestMethod->Algorithm = (char*)ds_sha256URI; break; case SOAP_SMD_SHA384: reference->DigestMethod->Algorithm = (char*)ds_sha384URI; break; case SOAP_SMD_SHA512: reference->DigestMethod->Algorithm = (char*)ds_sha512URI; break; #endif default: return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "SHA224/256/384/512 requires OpenSSL 0.9.8"); } /* populate the DigestValue element */ reference->DigestValue = soap_s2base64(soap, (unsigned char*)HA, NULL, soap_smd_size(alg, NULL)); if (!reference->DigestValue) return soap->error; /* add the fresh new reference to the array */ signedInfo->Reference[signedInfo->__sizeReference] = reference; signedInfo->__sizeReference++; return SOAP_OK; } /** @fn int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) @brief Adds SignedInfo element with SignatureMethod. @param soap context @param[in] method is the URI of the signature algorithm (e.g. ds_rsa_sha1) @param[in] canonical flag indicating that SignedInfo is signed in exc-c14n form @return SOAP_OK */ int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); DBGFUN2("soap_wsse_add_SignedInfo_SignatureMethod", "method=%s", method?method:"", "canonical=%d", canonical); /* if signed in exc-c14n form, populate CanonicalizationMethod element */ signedInfo->CanonicalizationMethod = (ds__CanonicalizationMethodType*)soap_malloc(soap, sizeof(ds__CanonicalizationMethodType)); if (!signedInfo->CanonicalizationMethod) return soap->error = SOAP_EOM; soap_default_ds__CanonicalizationMethodType(soap, signedInfo->CanonicalizationMethod); if (canonical) signedInfo->CanonicalizationMethod->Algorithm = (char*)c14n_URI; /* populate SignatureMethod element */ signedInfo->SignatureMethod = (ds__SignatureMethodType*)soap_malloc(soap, sizeof(ds__SignatureMethodType)); if (!signedInfo->SignatureMethod) return soap->error = SOAP_EOM; soap_default_ds__SignatureMethodType(soap, signedInfo->SignatureMethod); signedInfo->SignatureMethod->Algorithm = (char*)method; return SOAP_OK; } /** @fn ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) @brief Returns SignedInfo element if present. @param soap context @return ds__SignedInfoType object or NULL */ struct ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->SignedInfo; return NULL; } /** @fn int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg, int *bits) @brief Get SignatureMethod algorithm @param soap context @param[out] alg is a signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_VRFY_DSA_SHA1/256, SOAP_SMD_VRFY_RSA_SHA1/224/256/384/512 or SOAP_SMD_ECDSA_SHA1/224/256/384/512 @param[out] bits is set to HMACOutputLength if present and valid, 0 otherwise @return SOAP_OK or SOAP_FAULT with wsse:UnsupportedAlgorithm, wsse:FailedCheck, or wsse__InvalidSecurity fault */ int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg, int *bits) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_get_SignedInfo_SignatureMethod"); *alg = SOAP_SMD_NONE; *bits = 0; /* if we have a SignedInfo element, get the algorithm */ if (signedInfo && signedInfo->SignatureMethod && signedInfo->SignatureMethod->Algorithm) { const char *method = signedInfo->SignatureMethod->Algorithm; if (!strcmp(method, ds_hmac_sha1URI)) *alg = SOAP_SMD_HMAC_SHA1; else if (!strcmp(method, ds_hmac_sha224URI)) *alg = SOAP_SMD_HMAC_SHA224; else if (!strcmp(method, ds_hmac_sha256URI)) *alg = SOAP_SMD_HMAC_SHA256; else if (!strcmp(method, ds_hmac_sha384URI)) *alg = SOAP_SMD_HMAC_SHA384; else if (!strcmp(method, ds_hmac_sha512URI)) *alg = SOAP_SMD_HMAC_SHA512; else if (!strcmp(method, ds_dsa_sha1URI)) *alg = SOAP_SMD_VRFY_DSA_SHA1; else if (!strcmp(method, ds_dsa_sha256URI)) *alg = SOAP_SMD_VRFY_DSA_SHA256; else if (!strcmp(method, ds_rsa_sha1URI)) *alg = SOAP_SMD_VRFY_RSA_SHA1; else if (!strcmp(method, ds_rsa_sha224URI)) *alg = SOAP_SMD_VRFY_RSA_SHA224; else if (!strcmp(method, ds_rsa_sha256URI)) *alg = SOAP_SMD_VRFY_RSA_SHA256; else if (!strcmp(method, ds_rsa_sha384URI)) *alg = SOAP_SMD_VRFY_RSA_SHA384; else if (!strcmp(method, ds_rsa_sha512URI)) *alg = SOAP_SMD_VRFY_RSA_SHA512; else if (!strcmp(method, ds_ecdsa_sha1URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA1; else if (!strcmp(method, ds_ecdsa_sha224URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA224; else if (!strcmp(method, ds_ecdsa_sha256URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA256; else if (!strcmp(method, ds_ecdsa_sha384URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA384; else if (!strcmp(method, ds_ecdsa_sha512URI)) *alg = SOAP_SMD_VRFY_ECDSA_SHA512; else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, method); if (signedInfo->SignatureMethod->HMACOutputLength) { if ((*alg & SOAP_SMD_ALGO) != SOAP_SMD_HMAC) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid SignatureMethod HMACOutputLength"); *bits = *signedInfo->SignatureMethod->HMACOutputLength; if (*bits < (int)(4 * soap_smd_size(*alg, NULL)) || *bits > (int)(8 * soap_smd_size(*alg, NULL))) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid SignatureMethod HMACOutputLength"); } return SOAP_OK; } return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); } /******************************************************************************\ * * ds:Signature/SignatureValue * \******************************************************************************/ /** @fn int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Adds SignedInfo/SignatureMethod element, signs the SignedInfo element, and adds the resulting SignatureValue element. @param soap context @param[in] alg is SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key to use to sign (HMAC or DSA/RSA/ECDSA EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault To sign the SignedInfo element with this function, populate SignedInfo with Reference elements first using soap_wsse_add_SignedInfo_Reference. The SignedInfo element must not be modified after signing. The SOAP_XML_INDENT and SOAP_XML_CANONICAL flags are used to serialize the SignedInfo to compute the signature. */ int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); const char *method = NULL; char *sig; int siglen; int err; const char *c14ninclude = soap->c14ninclude; DBGFUN1("soap_wsse_add_SignatureValue", "alg=%x", alg); /* determine signature algorithm to use */ switch (alg) { case SOAP_SMD_HMAC_SHA1: method = ds_hmac_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_HMAC_SHA224: method = ds_hmac_sha224URI; break; case SOAP_SMD_HMAC_SHA256: method = ds_hmac_sha256URI; break; case SOAP_SMD_HMAC_SHA384: method = ds_hmac_sha384URI; break; case SOAP_SMD_HMAC_SHA512: method = ds_hmac_sha512URI; break; #endif case SOAP_SMD_SIGN_DSA_SHA1: method = ds_dsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_DSA_SHA256: method = ds_dsa_sha256URI; break; #endif case SOAP_SMD_SIGN_RSA_SHA1: method = ds_rsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_RSA_SHA224: method = ds_rsa_sha224URI; break; case SOAP_SMD_SIGN_RSA_SHA256: method = ds_rsa_sha256URI; break; case SOAP_SMD_SIGN_RSA_SHA384: method = ds_rsa_sha512URI; break; case SOAP_SMD_SIGN_RSA_SHA512: method = ds_rsa_sha512URI; break; #endif case SOAP_SMD_SIGN_ECDSA_SHA1: method = ds_ecdsa_sha1URI; break; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) case SOAP_SMD_SIGN_ECDSA_SHA224: method = ds_ecdsa_sha224URI; break; case SOAP_SMD_SIGN_ECDSA_SHA256: method = ds_ecdsa_sha256URI; break; case SOAP_SMD_SIGN_ECDSA_SHA384: method = ds_ecdsa_sha512URI; break; case SOAP_SMD_SIGN_ECDSA_SHA512: method = ds_ecdsa_sha512URI; break; #endif default: return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "Unsupported algorithm or algorithm requires OpenSSL 0.9.8"); } /* populate SignedInfo/SignatureMethod based on SOAP_XML_CANONICAL flag */ soap_wsse_add_SignedInfo_SignatureMethod(soap, method, (soap->mode & SOAP_XML_CANONICAL)); /* use the gSOAP engine's look-aside buffer to temporarily hold the sig */ if (soap_store_lab(soap, NULL, soap_smd_size(alg, key))) return soap->error = SOAP_EOM; sig = soap->labbuf; /* we will serialize SignedInfo as it appears exactly in the SOAP Header */ soap->part = SOAP_IN_HEADER; /* set indent level for XML SignedInfo as it appears in the SOAP Header */ soap->level = 4; /* prevent xmlns:ds namespace inclusion when non-exclusive is used */ if (!(soap->mode & SOAP_XML_CANONICAL)) soap_push_namespace(soap, "ds", ds_URI); soap->c14ninclude = NULL; /* use smdevp engine to sign SignedInfo */ err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap->c14ninclude = c14ninclude; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Could not sign"); /* populate the SignatureValue element */ signature->SignatureValue = soap_s2base64(soap, (unsigned char*)sig, NULL, siglen); if (!signature->SignatureValue) return soap->error; return SOAP_OK; } /** @fn int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Verifies the SignatureValue of a SignedInfo element. @param soap context @param[in] alg is a signature algorith, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_VRFY_DSA_SHA1/256, SOAP_SMD_VRFY_RSA_SHA1/224/256/384/512 or SOAP_SMD_VRFY_ECDSA_SHA1/224/256/384/512 determined by the SignedInfo/SignatureMethod @param[in] key to use to verify (HMAC or DSA/RSA/ECDSA EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the signature in the SignatureValue element. Using the DOM ensures we will verify the signature of a SignedInfo as it was exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, it verifies the signature of the deserialized SignedInfo element in the SOAP Header. However, serializing deserialized data may change the octet stream that was signed, unless we're using gSOAP as producers and consumers (with the SOAP_XML_INDENT flag reset). */ int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_Signature(soap); DBGFUN1("soap_wsse_verify_SignatureValue", "alg=%x", alg); /* always need an HMAC secret key or DSA/RSA public key to verify */ if (!key) return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify the SignedInfo element with the SignatureValue element */ if (signature && signature->SignedInfo && signature->SignatureValue) { char *sig; const char *sigval; int method, bits, siglen, sigvallen; /* check that we are using the intended signature algorithm */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &method, &bits)) return soap->error; if (alg != method) return soap_wsse_fault(soap, wsse__FailedCheck, "Incorrect signature algorithm used"); /* retrieve the signature */ sigval = soap_base642s(soap, signature->SignatureValue, NULL, 0, &sigvallen); /* search the DOM for SignedInfo */ if (soap->dom) { struct soap_dom_element *elt; /* traverse the DOM while searching for SignedInfo in the ds namespace */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt, NULL)) { if (elt->name && elt->nstr && !strcmp(elt->nstr, ds_URI) && (!strcmp(elt->name, "SignedInfo") || !soap_tag_cmp(elt->name, "*:SignedInfo"))) break; } /* found it? */ if (elt) { int err = SOAP_OK; const char *c14ninclude = soap->c14ninclude; /* should not include leading whitespace in signature verification */ elt->lead = NULL; /* use smdevp engine to verify SignedInfo */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } if (signature->SignedInfo->CanonicalizationMethod && signature->SignedInfo->CanonicalizationMethod->Algorithm && !strcmp(signature->SignedInfo->CanonicalizationMethod->Algorithm, c14n_URI)) { struct soap_dom_element *prt; struct soap_dom_attribute *att; if (signature->SignedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces) soap->c14ninclude = signature->SignedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces->PrefixList; else soap->c14ninclude = NULL; /* recanonicalize DOM while keeping content "as is" */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying signed canonicalized DOM with C14N prefix list '%s'\n", soap->c14ninclude ? soap->c14ninclude : "")); soap->mode &= ~SOAP_XML_DOM; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } /* push xmlns:ns="..." */ for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM attribute = %s\n", att->name)); if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) soap_attribute(soap, att->name, att->text); } } /* push xmlns="..." */ for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->text); break; } } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~(SOAP_XML_CANONICAL | SOAP_XML_DOM); soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, elt, NULL); soap->c14ninclude = c14ninclude; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (bits == 0) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed SignedInfo is invalid"); } else if (bits > 8 * siglen || memcmp(sig, sigval, 8 * bits)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature in DOM is valid\n")); return SOAP_OK; } } else { int err = SOAP_OK; const char *c14nexclude = soap->c14nexclude; const char *c14ninclude = soap->c14ninclude; soap_mode mode = soap->mode; short part = soap->part; /* serialize the SignedInfo element as it appeared in the SOAP Header */ soap->level = 4; soap->c14nexclude = "ds"; soap->c14ninclude = NULL; soap->part = SOAP_IN_HEADER; /* header encoding rules (literal) */ if (signature->SignedInfo->CanonicalizationMethod) soap->mode |= SOAP_XML_CANONICAL; else soap->mode &= ~SOAP_XML_CANONICAL; if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap->mode = mode; soap->c14nexclude = c14nexclude; soap->c14ninclude = c14ninclude; soap->part = part; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed serialized SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (bits == 0) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed serialized SignedInfo is invalid"); } else if (bits > 8 * siglen || memcmp(sig, sigval, 8 * bits)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed serialized SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature is valid\n")); return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo required"); } /** @fn int soap_wsse_verify_SignedInfo(struct soap *soap) @brief Verifies the digest values of the XML elements referenced by the SignedInfo References. @param soap context @return SOAP_OK or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the digests contained therein. Using the DOM ensures we will verify the digests of the locally signed elements as they were exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, the function fails. */ int soap_wsse_verify_SignedInfo(struct soap *soap) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_verify_SignedInfo"); if (signedInfo) { int i; /* must have at least one reference element */ if (signedInfo->__sizeReference == 0) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo/Reference"); /* As an alternative to the current implementatin, this might be a good place to re-canonicalize the entire DOM to improve interop. Two DOMs can be used: one with non-c14n XML and one with c14n XML so we can handle multiple different transforms. */ /* for each reference element, check the digest */ for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; /* reference element is complete? */ if (!reference->URI || !reference->DigestMethod || !reference->DigestMethod->Algorithm || !reference->DigestValue) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Incomplete SignedInfo/Reference"); /* reference is local? */ if (*reference->URI == '#') { int alg, canonical; const char *c14ninclude = soap->c14ninclude; unsigned char hash[SOAP_SMD_MAX_SIZE]; /* digest algorithm */ if (!strcmp(reference->DigestMethod->Algorithm, ds_sha1URI)) alg = SOAP_SMD_DGST_SHA1; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha224URI)) alg = SOAP_SMD_DGST_SHA224; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha256URI)) alg = SOAP_SMD_DGST_SHA256; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha384URI)) alg = SOAP_SMD_DGST_SHA384; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha512URI)) alg = SOAP_SMD_DGST_SHA512; #endif else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->DigestMethod->Algorithm); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying digest of locally referenced data %s alg=%x\n", reference->URI, alg)); /* if reference has a transform, it should be an exc-c14n transform */ if (reference->Transforms) { if (reference->Transforms->__sizeTransform != 1 || !reference->Transforms->Transform[0].Algorithm || strcmp(reference->Transforms->Transform[0].Algorithm, c14n_URI)) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->Transforms->Transform[0].Algorithm); canonical = 1; if (reference->Transforms->Transform[0].c14n__InclusiveNamespaces) soap->c14ninclude = reference->Transforms->Transform[0].c14n__InclusiveNamespaces->PrefixList; else soap->c14ninclude = NULL; } else canonical = 0; /* convert base64 digest to binary */ soap_base642s(soap, reference->DigestValue, (char*)hash, SOAP_SMD_MAX_SIZE, NULL); /* verify the digest of a locally signed element */ if (soap_wsse_verify_digest(soap, alg, canonical, reference->URI + 1, hash)) return soap->error; soap->c14ninclude = c14ninclude; } } return SOAP_OK; } return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo"); } /** @fn int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) @brief Verifies the digest value of an XML element referenced by id against the hash. @param soap context @param[in] alg digest algorithm @param[in] canonical flag indicating that element is signed in exc-c14n form @param[in] id string of the XML element to verify @param[in] hash digest value to verify against @return SOAP_OK or fault */ int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct soap_dom_element *elt, *dom = NULL; DBGFUN3("soap_wsse_verify_digest", "alg=%x", alg, "canonical=%d", canonical, "id=%s", id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_digest", "Plugin not registered", SOAP_PLUGIN_ERROR); /* traverse the DOM to find the element with matching wsu:Id or ds:Id */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt, NULL)) { struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { /* check attribute */ if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* found a match, compare attribute value with id */ if (att->text && !strcmp(att->text, id)) { if (dom) return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo duplicate Id"); dom = elt; /* elt = NULL; break; */ /* improves speed but skips duplicate Id check */ } } } } if (dom) { unsigned char HA[SOAP_SMD_MAX_SIZE]; int len, err = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Computing digest for Id=%s\n", id)); /* do not hash leading whitespace */ dom->lead = NULL; /* canonical or as-is? */ if (canonical) { struct soap_dom_element *prt; struct soap_dom_attribute *att; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM attribute = %s\n", att->name)); if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) soap_attribute(soap, att->name, att->text); } } for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->text); break; } } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~SOAP_XML_CANONICAL; soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, dom, NULL); if (soap_smd_end(soap, (char*)HA, &len) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "Digest computation failed"); /* compare digests, success if identical */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Comparing digest hashes\n")); DBGHEX(TEST, hash, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGHEX(TEST, HA, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); if (!memcmp(hash, HA, (size_t)len)) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } if (data->vrfy_alg & SOAP_WSSE_IGNORE_EXTRA_REFS) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo reference URI target not found"); } /******************************************************************************\ * * ds:Signature/KeyInfo * \******************************************************************************/ /** @fn ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) @brief Adds KeyInfo element. @param soap context @return ds__KeyInfo object */ struct ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->KeyInfo) { signature->KeyInfo = (ds__KeyInfoType*)soap_malloc(soap, sizeof(ds__KeyInfoType)); if (!signature->KeyInfo) return NULL; } soap_default_ds__KeyInfoType(soap, signature->KeyInfo); return signature->KeyInfo; } /** @fn ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) @brief Returns KeyInfo element if present. @param soap context @return ds__KeyInfo object or NULL */ struct ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->KeyInfo; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/KeyName * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) @brief Adds KeyName element. @param soap context @param[in] name string of the KeyName @return SOAP_OK @note The recommended method to add Key information is to utilize KeyIdentifier instead of KeyName. A KeyName is useful mainly for internal use. */ int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN1("soap_wsse_add_KeyInfo_KeyName", "name=%s", name); /* populate the KeyName element */ keyInfo->KeyName = soap_strdup(soap, name); return SOAP_OK; } /** @fn int soap_wsse_get_KeyInfo_KeyName(struct soap *soap) @brief Returns KeyName element if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_KeyName(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_KeyName"); if (!keyInfo) return NULL; return keyInfo->KeyName; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/@URI * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) @brief Adds KeyInfo element with SecurityTokenReference URI. @param soap context @param[in] URI string referencing a security token @param[in] valueType string or NULL @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceURI", "URI=%s", URI?URI:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference element if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Reference element */ keyInfo->wsse__SecurityTokenReference->Reference = (_wsse__Reference*)soap_malloc(soap, sizeof(_wsse__Reference)); soap_default__wsse__Reference(soap, keyInfo->wsse__SecurityTokenReference->Reference); /* populate the Reference element */ keyInfo->wsse__SecurityTokenReference->Reference->URI = soap_strdup(soap, URI); keyInfo->wsse__SecurityTokenReference->Reference->ValueType = soap_strdup(soap, valueType); return SOAP_OK; } /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) @brief Adds KeyInfo element with SecurityTokenReference URI to an X509 cert. @param soap context @param[in] URI string referencing an X509 certificate @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) { return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, wsse_X509v3URI); } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) @brief Returns a SecurityTokenReference URI if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->URI; return NULL; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) @brief Returns a SecurityTokenReference ValueType if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->ValueType; return NULL; } /** @fn X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) @brief Returns a X509 certificate if present as a BinarySecurity token. This call must be followed by an X509_free to deallocate the X509 certificate data. @param soap context @return X509 object or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); X509 *cert = NULL; DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceX509"); if (URI && *URI == '#') { const char *valueType; valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(soap); if (!valueType || !strcmp(valueType, wsse_X509v3URI)) cert = soap_wsse_get_BinarySecurityTokenX509(soap, URI + 1); } return cert; } /** @fn struct ds__X509IssuerSerialType *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) @brief Returns ds__X509IssuerSerialType with non-NULL X509IssuerName and non-NULL X509SerialNumber of a X509Data element when present and set. @param soap context @return pointer to ds__X509IssuerSerialType struct or NULL */ struct ds__X509IssuerSerialType * soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->ds__X509Data && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber) return keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/KeyIdentifier * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) @brief Adds KeyInfo element with SecurityTokenReference/KeyIdentifier binary data @param soap context @param[in] id string for signature reference @param[in] valueType string @param[in] data binary data @param[in] size of binary data @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)); if (!keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = soap_strdup(soap, valueType); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier/ValueType if present @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType; } /** @fn const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier binary data @param soap context @param[out] size is set to the size of the decoded data @return data or NULL */ const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return (unsigned char*)soap_base642s(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, size); } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/Embedded * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) @brief Adds KeyInfo element with Embedded SecurityTokenReference. @param soap context @param[in] id string for signature reference @param[in] valueType string @return SOAP_OK @note This function does not add embedded tokens automatically. See code for comments. */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceEmbedded"); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded = (_wsse__Embedded*)soap_malloc(soap, sizeof(_wsse__Embedded)); if (!keyInfo->wsse__SecurityTokenReference->Embedded) return soap->error = SOAP_EOM; soap_default__wsse__Embedded(soap, keyInfo->wsse__SecurityTokenReference->Embedded); /* populate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->Embedded->ValueType = soap_strdup(soap, valueType); /* TODO: Add embedded tokens and assertions. Could use DOM here? keyInfo->wsse__SecurityTokenReference->Embedded->xyz = ...; */ return SOAP_OK; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey header element * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) @brief Adds EncryptedKey header element and initiates the encryption of the SOAP Body. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC etc. @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @return SOAP_OK or error code This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. */ int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) { return soap_wsse_add_EncryptedKey_encrypt_only(soap, alg, URI, cert, subjectkeyid, issuer, serial, NULL); } /** @fn int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) @brief Adds EncryptedKey header element and initiates encryption of the given XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC etc. @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @param[in] tags space-separated string of element tag names to encrypt @return xenc__EncryptedKeyType object This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. Only the XML elements given in the 'tags' string as wsu:Id attributed elements are encrypted. @warning Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. @warning The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @warning Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) { EVP_PKEY *pubk; unsigned char *key; int keylen; _wsse__Security *security; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); security = soap_wsse_add_Security(soap); /* if we don't have a xenc:EncryptedKey, create one */ if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; } soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); security->xenc__EncryptedKey->Id = soap_strdup(soap, URI); if (!(security->xenc__EncryptedKey->EncryptionMethod = (xenc__EncryptionMethodType*)soap_malloc(soap, sizeof(struct xenc__EncryptionMethodType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptionMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod); /* RSA Version 1.5 or RSA-OAEP? */ alg |= (SOAP_MEC_ENV | SOAP_MEC_ENC); if (alg & SOAP_MEC_OAEP) { security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsaesURI; security->xenc__EncryptedKey->EncryptionMethod->OAEPparams = NULL; if (!(security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod = (struct ds__DigestMethodType*)soap_malloc(soap, sizeof(struct ds__DigestMethodType)))) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod); security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod->Algorithm = (char*)ds_sha1URI; } else security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsa15URI; /* KeyInfo */ if (!(security->xenc__EncryptedKey->ds__KeyInfo = (_ds__KeyInfo*)soap_malloc(soap, sizeof(_ds__KeyInfo)))) return soap->error = SOAP_EOM; soap_default__ds__KeyInfo(soap, security->xenc__EncryptedKey->ds__KeyInfo); /* allocate SecurityTokenReference */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)))) return soap->error = SOAP_EOM; soap_default__wsse__SecurityTokenReference(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference); if (issuer && serial) { if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data = (struct ds__X509DataType*)soap_malloc(soap, sizeof(struct ds__X509DataType)))) return soap->error = SOAP_EOM; soap_default_ds__X509DataType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data); if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial = (struct ds__X509IssuerSerialType*)soap_malloc(soap, sizeof(struct ds__X509IssuerSerialType)))) return soap->error = SOAP_EOM; soap_default_ds__X509IssuerSerialType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName = soap_strdup(soap, issuer); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber = soap_strdup(soap, serial); } else { /* allocate KeyIdentifier */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)))) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; if (subjectkeyid) { security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3SubjectKeyIdentifierURI; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, (unsigned char*)subjectkeyid, NULL, strlen(subjectkeyid)); } else if (cert) { unsigned char *der, *s; int derlen; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3URI; /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, der, NULL, derlen); } } /* CipherData */ if (!(security->xenc__EncryptedKey->CipherData = (xenc__CipherDataType*)soap_malloc(soap, sizeof(struct xenc__CipherDataType)))) return soap->error = SOAP_EOM; soap_default_xenc__CipherDataType(soap, security->xenc__EncryptedKey->CipherData); /* get the public key */ pubk = X509_get_pubkey(cert); if (!pubk) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* start encryption engine, get the encrypted secret key */ key = (unsigned char*)soap_malloc(soap, soap_mec_size(alg, pubk)); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, pubk, key, &keylen)) { EVP_PKEY_free(pubk); return soap->error; } EVP_PKEY_free(pubk); data->enco_alg = alg; data->enco_keyname = NULL; data->enco_key = key; data->enco_keylen = keylen; if (!(security->xenc__EncryptedKey->CipherData->CipherValue = soap_s2base64(soap, key, NULL, keylen))) return soap->error = SOAP_EOM; data->encid = soap_strdup(soap, tags); if (!tags) { soap->omode |= SOAP_SEC_WSUID; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, "#Body")) return soap->error; } else { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) { *t = '\0'; while (*++t == ' ') ; } *--s = '#'; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, s)) return soap->error; s = t; } while (s); } soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_verify_EncryptedKey(struct soap *soap) @brief Verifies the EncryptedKey header information (certificate validity requires soap->cacert to be set). Retrieves the decryption key from the token handler callback to decrypt the decryption key. @param soap context @return SOAP_OK or error code */ int soap_wsse_verify_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); /* if we have a xenc:EncryptedKey, check it and start envelope decryption */ if (security && security->xenc__EncryptedKey) { if (!security->xenc__EncryptedKey->EncryptionMethod || !security->xenc__EncryptedKey->EncryptionMethod->Algorithm) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); /* verify encrypted key */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verify EncryptedKey alg=%x\n", data->deco_alg)); if (security->xenc__EncryptedKey->ds__KeyInfo) { int keylen; if (security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item) { if (!strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3URI)) { X509 *cert = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *der; #else unsigned char *der; #endif int derlen; der = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &derlen); if (!der) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); cert = d2i_X509(&cert, &der, derlen); if (soap_wsse_verify_X509(soap, cert)) { if (cert) X509_free(cert); return soap->error; } /* get the private key from subject name of cert, if not set */ if (!data->deco_key && data->security_token_handler) { char buf[1024]; X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from cert name '%s' through security_token_handler callback\n", buf)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, buf, &keylen); data->deco_keylen = 0; } if (cert) X509_free(cert); } else if (!data->deco_key && data->security_token_handler && !strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3SubjectKeyIdentifierURI)) { int subjectkeyidlen; const char *subjectkeyid = (char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &subjectkeyidlen); /* get the private key from subject key id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from key id '%s' through security_token_handler callback\n", subjectkeyid)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, subjectkeyid, &keylen); data->deco_keylen = 0; } } else if (!data->deco_key && data->security_token_handler) { const char *name = NULL; /* get the private key from key name or subject name */ if (security->xenc__EncryptedKey->ds__KeyInfo->KeyName) name = security->xenc__EncryptedKey->ds__KeyInfo->KeyName; else if (security->xenc__EncryptedKey->ds__KeyInfo->X509Data && security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName) name = security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName; if (name) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting private key from name '%s' through security_token_handler callback\n", name)); data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, name, &keylen); data->deco_keylen = 0; } } } /* start decryption */ if (data->deco_key && security->xenc__EncryptedKey->CipherData && security->xenc__EncryptedKey->CipherData->CipherValue) { int keylen; unsigned char *key = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->CipherData->CipherValue, NULL, 0, &keylen); if (!strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsaesURI)) data->deco_alg |= SOAP_MEC_OAEP; else if (strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsa15URI)) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, data->deco_alg, (SOAP_MEC_KEY_TYPE*)data->deco_key, key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } /* do not process EncryptedKey again */ security->xenc__EncryptedKey = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verified EncryptedKey alg=%x\n", data->deco_alg)); } return SOAP_OK; } /** @fn void soap_wsse_delete_EncryptedKey(struct soap *soap) @brief Deletes EncryptedKey header element. @param soap context */ void soap_wsse_delete_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_EncryptedKey"); if (security) security->xenc__EncryptedKey = NULL; } /** @fn xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) @brief Returns EncryptedKey header element if present. @param soap context @return xenc__EncryptedKeyType object or NULL */ struct xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->xenc__EncryptedKey; return NULL; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey/ReferenceList/DataReference * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the EncryptedKey header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_EncryptedKey_DataReferenceURI", "URI=%s", URI?URI:""); if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); } if (!security->xenc__EncryptedKey->ReferenceList) { if (!(security->xenc__EncryptedKey->ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__EncryptedKey->ReferenceList); } ref = security->xenc__EncryptedKey->ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__EncryptedKey->ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__EncryptedKey->ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /** @fn int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the WS-Security header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_DataReferenceURI", "URI=%s", URI?URI:""); /* initial alloc */ if (!security->xenc__ReferenceList) { if (!(security->xenc__ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__ReferenceList); } ref = security->xenc__ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /******************************************************************************\ * * xenc:EncryptedData * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) @brief Adds EncryptedData/ds:KeyInfo/Keyname elements. @param soap context @param[in] keyname name of the key @return SOAP_OK or error code This function adds the name of the key to each EncryptedData element to identify the shared secret key used for encryption. */ int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedData_KeyInfo_KeyName"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedData_KeyInfo_KeyName", "Plugin not registered", SOAP_PLUGIN_ERROR); data->enco_keyname = soap_strdup(soap, keyname); return SOAP_OK; } /******************************************************************************\ * * Faults * \******************************************************************************/ /** @fn int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_sender_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_receiver_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) @brief Sets SOAP Fault (sub)code for server response. @param soap context @param[in] fault is one of wsse:FaultcodeEnum @param[in] detail string with optional text message @return SOAP_FAULT */ int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) { const char *code = soap_wsse__FaultcodeEnum2s(soap, fault); DBGFUN2("soap_wsse_fault", "fault=%s", code?code:"", "detail=%s", detail?detail:""); /* remove incorrect or incomplete Security header */ soap_wsse_delete_Security(soap); /* populate the SOAP Fault as per WS-Security spec */ /* detail = NULL; */ /* uncomment when detail text not recommended */ /* use WSA to populate the SOAP Header when WSA is used */ switch (fault) { case wsse__UnsupportedSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported token was provided", detail); case wsse__UnsupportedAlgorithm: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported signature or encryption algorithm was used", detail); case wsse__InvalidSecurity: return soap_wsse_sender_fault_subcode(soap, code, "An error was discovered processing the header", detail); case wsse__InvalidSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An invalid security token was provided", detail); case wsse__FailedAuthentication: return soap_wsse_sender_fault_subcode(soap, code, "The security token could not be authenticated or authorized", detail); case wsse__FailedCheck: return soap_wsse_sender_fault_subcode(soap, code, "The signature or decryption was invalid", detail); case wsse__SecurityTokenUnavailable: return soap_wsse_sender_fault_subcode(soap, code, "Referenced security token could not be retrieved", detail); } return SOAP_FAULT; } /******************************************************************************\ * * Digest authentication session management * \******************************************************************************/ /** @fn static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) @brief Verifies and updates the digest, nonce, and creation time against the digest authentication session database to prevent replay attacks. @param soap context @param[in] hash binary digest value of PasswordDigest @param[in] created string @param[in] nonce string (base64) @return SOAP_OK or SOAP_FAULT */ static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) { struct soap_wsse_session *session; time_t expired, now = time(NULL); DBGFUN("soap_wsse_session_verify"); soap_s2dateTime(soap, created, &expired); /* creation time in the future? */ if (expired > now + SOAP_WSSE_CLKSKEW) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authorization request in future"); expired += SOAP_WSSE_NONCETIME; /* expired? */ if (expired <= now) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authentication expired"); /* purge expired messages, but don't do this all the time to improve efficiency */ if (now % 10 == 0) soap_wsse_session_cleanup(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying session nonce=%s\n", nonce)); /* enter mutex to check and update session */ MUTEX_LOCK(soap_wsse_session_lock); for (session = soap_wsse_session; session; session = session->next) { if (!memcmp(session->hash, hash, SOAP_SMD_SHA1_SIZE) && !strcmp(session->nonce, nonce)) break; } /* if not found, allocate new session data */ if (!session) { size_t l = strlen(nonce); session = (struct soap_wsse_session*)malloc(sizeof(struct soap_wsse_session) + l); if (session) { session->next = soap_wsse_session; session->expired = expired; soap_memcpy((void*)session->hash, sizeof(session->hash), (const void*)hash, SOAP_SMD_SHA1_SIZE); soap_strcpy(session->nonce, l + 1, nonce); soap_wsse_session = session; } session = NULL; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); /* if replay attack, return non-descript failure */ if (session) return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); return SOAP_OK; } /** @fn static void soap_wsse_session_cleanup(struct soap *soap) @brief Removes expired authentication data from the digest authentication session database. @param soap context */ static void soap_wsse_session_cleanup(struct soap *soap) { struct soap_wsse_session **session; time_t now = time(NULL); DBGFUN("soap_wsse_session_cleanup"); /* enter mutex to purge expired session data */ MUTEX_LOCK(soap_wsse_session_lock); session = &soap_wsse_session; while (*session) { if ((*session)->expired < now) { struct soap_wsse_session *p = *session; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deleting session nonce=%s\n", p->nonce)); *session = p->next; free(p); } else session = &(*session)->next; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); } /******************************************************************************\ * * Calculate SHA1(created, nonce, password) digest * \******************************************************************************/ /** @fn static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) @brief Calculates digest value SHA1(created, nonce, password) @param soap context @param[in] created string (XSD dateTime format) @param[in] nonce value @param[in] noncelen length of nonce value @param[in] password string @param[out] hash SHA1 digest */ static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) { struct soap_smd_data context; /* use smdevp engine */ soap_smd_init(soap, &context, SOAP_SMD_DGST_SHA1, NULL, 0); soap_smd_update(soap, &context, nonce, noncelen); soap_smd_update(soap, &context, created, strlen(created)); soap_smd_update(soap, &context, password, strlen(password)); soap_smd_final(soap, &context, hash, NULL); } /******************************************************************************\ * * Calculate randomized hex nonce * \******************************************************************************/ /** @fn static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]) @brief Calculates randomized nonce (also uses time() in case a poorly seeded PRNG is used) @param[out] nonce value [0..SOAP_WSSE_NONCELEN-1] */ static void calc_nonce(char nonce[SOAP_WSSE_NONCELEN]) { int i; time_t r = time(NULL); soap_memcpy((void*)nonce, SOAP_WSSE_NONCELEN, (const void*)&r, 4); for (i = 4; i < SOAP_WSSE_NONCELEN; i += 4) { r = soap_random; soap_memcpy((void*)(nonce + i), 4, (const void*)&r, 4); } } /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** @fn int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) @brief Plugin registry function, used with soap_register_plugin. @param soap context @param[in,out] p plugin created in registry @param[in] arg passed from soap_register_plugin_arg is an optional security token handler callback @return SOAP_OK */ int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) { static int done = 0; DBGFUN("soap_wsse"); p->id = soap_wsse_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); p->fcopy = soap_wsse_copy; p->fdelete = soap_wsse_delete; if (p->data) { if (soap_wsse_init(soap, (struct soap_wsse_data*)p->data, (const void *(*)(struct soap*, int*, const char*, int*))arg)) { SOAP_FREE(soap, p->data); return SOAP_EOM; } } if (!done) { #if 0 #ifdef WIN32 /* now uses CreateMutex() for static lock initialization */ static volatile long spinlock = 0; DWORD s = 0; /* Initialize soap_wsse_session_lock with a spinlock */ while (InterlockedExchange(&spinlock, 1) == 1) { Sleep(s); s = !s; } if (!done) MUTEX_SETUP(soap_wsse_session_lock); done = 1; spinlock = 0; #else done = 1; #endif #endif #ifdef WITH_OPENSSL /* moved to stdsoap2.c MUTEX_LOCK(soap_wsse_session_lock); OpenSSL_add_all_digests(); OpenSSL_add_all_algorithms(); MUTEX_UNLOCK(soap_wsse_session_lock); */ #endif } return SOAP_OK; } /** @fn int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)) @brief Initializes plugin data. @param soap context @param[in,out] data plugin data @param arg security token handler callback @return SOAP_OK */ static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int *alg, const char *keyname, int *keylen)) { DBGFUN("soap_wsse_init"); data->sigid = NULL; data->encid = NULL; data->prefixlist = NULL; data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; data->vrfy_alg = SOAP_SMD_NONE; data->vrfy_key = NULL; data->vrfy_keylen = 0; data->enco_alg = SOAP_MEC_NONE; data->enco_keyname = NULL; data->enco_key = NULL; data->enco_keylen = 0; data->deco_alg = SOAP_MEC_NONE; data->deco_key = NULL; data->deco_keylen = 0; data->digest = NULL; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; data->fpreparefinalrecv = NULL; data->fheader = soap->fheader; soap->fheader = soap_wsse_header; data->mec = NULL; data->store = NULL; data->security_token_handler = arg; soap->feltbegin = soap_wsse_element_begin_in; soap->feltendin = soap_wsse_element_end_in; return SOAP_OK; } /** @fn int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Copies plugin data to localize plugin data for threads. @param soap context @param[out] dst target plugin @param[in] src source plugin @return SOAP_OK */ static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { DBGFUN("soap_wsse_copy"); *dst = *src; dst->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); soap_wsse_init(soap, (struct soap_wsse_data*)dst->data, ((struct soap_wsse_data*)src->data)->security_token_handler); return SOAP_OK; } /** @fn void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) @brief Deletes plugin data. @param soap context @param[in,out] p plugin @return SOAP_OK */ static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); (void)p; DBGFUN("soap_wsse_delete"); if (data) { if (data->prefixlist) SOAP_FREE(soap, data->prefixlist); soap_wsse_preparecleanup(soap, data); if (data->mec) { soap_mec_cleanup(soap, data->mec); SOAP_FREE(soap, data->mec); data->mec = NULL; } if (data->store) { X509_STORE_free(data->store); data->store = NULL; } SOAP_FREE(soap, data); } } /******************************************************************************\ * * Plugin-specific functions * \******************************************************************************/ /** @fn int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) @brief Sets the elements that are to be extended with wsu:Id attributes. The wsu:Id attribute values are set to the string value of the tag's QName by replacing colons with hyphens to produce an xsd:ID value. @param soap context @param[in] tags string of space-separated qualified and unqualified element tag names @return SOAP_OK */ int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) { DBGFUN1("soap_wsse_set_wsu_id", "tags=%s", tags?tags:"(null)"); soap->wsuid = soap_strdup(soap, tags); return SOAP_OK; } /** @fn int soap_wsse_set_InclusiveNamespaces(struct soap *soap, const char *prefixlist) @brief Sets the C14N InclusiveNamespaces Prefix List property. @param soap context @param[in] prefixlist string of space-separated namespace prefixes, or NULL to remove @return SOAP_OK */ int soap_wsse_set_InclusiveNamespaces(struct soap *soap, const char *prefixlist) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_set_InclusiveNamespaces", "prefixlist=%s", prefixlist?prefixlist:"(null)"); if (data) { size_t l = strlen(prefixlist); char *s; if (data->prefixlist) SOAP_FREE(soap, data->prefixlist); s = (char*)SOAP_MALLOC(soap, l + 1); soap_strcpy(s, l + 1, prefixlist); data->prefixlist = s; } return SOAP_OK; } /** @fn int soap_wsse_sign_only(struct soap *soap, const char *tags) @brief Filters only the specified wsu:Id names for signing. Can be used with soap_wsse_set_wsu_id() and if so should use the element tag names. @param soap context @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK */ int soap_wsse_sign_only(struct soap *soap, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign_only", "tags=%s", tags?tags:"(null)"); if (data) data->sigid = soap_wsse_ids(soap, tags); return SOAP_OK; } /** @fn static char* soap_wsse_ids(struct soap *soap, const char *tags) @brief converts tag name(s) to id name(s) @param soap context @param[in] tags string of space-separated (un)qualified tag names @return string of ids */ static char* soap_wsse_ids(struct soap *soap, const char *tags) { char *s, *t; s = t = soap_strdup(soap, tags); while (s && *s) { if (*s == ':') *s = '-'; s++; } return t; } /** @fn int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements. @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key is the HMAC secret key or DSA/RSA/ECDSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK or fault This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_digest *digest, *next; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid signature algorithm or key"); /* store alg and key in plugin data */ data->sign_alg = alg; data->sign_key = key; data->sign_keylen = keylen; /* save and set the plugin's callbacks to preprocess outbound messages */ if (soap->fpreparesend != soap_wsse_preparesend) { data->fpreparesend = soap->fpreparesend; data->fpreparefinalsend = soap->fpreparefinalsend; } if (soap->fpreparefinalsend != soap_wsse_preparefinalsend) { soap->fpreparesend = soap_wsse_preparesend; soap->fpreparefinalsend = soap_wsse_preparefinalsend; } /* support HTTP compression only with HTTP chunking to allow signing XML */ if ((soap->omode & SOAP_ENC_ZLIB)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_CHUNK; else if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) /* no store buffering */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; /* cleanup the digest data */ for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; return SOAP_OK; } /** @fn int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements, including the SOAP Body (by adding a wsu:Id="Body" attribute). @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1/224/256/384/512, SOAP_SMD_SIGN_DSA_SHA1/256, SOAP_SMD_SIGN_RSA_SHA1/224/256/384/512, or SOAP_SMD_SIGN_ECDSA_SHA1/224/256/384/512 @param[in] key is the HMAC secret key or DSA/RSA/ECDSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK or fault This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) { DBGFUN1("soap_wsse_sign_body", "alg=%x", alg); soap_wsse_add_Security(soap); soap->omode |= SOAP_SEC_WSUID; return soap_wsse_sign(soap, alg, key, keylen); } /** @fn int soap_wsse_verify_init(struct soap *soap) @brief Uses the wsse plugin to initiate the verification of the signature and SignedInfo Reference digests. @param soap context @return SOAP_OK This function does not actually verify the message, but initiates the plugin's data to store the message in a DOM to verify the signature. The signature and digests in the DOM must be verified manually. */ int soap_wsse_verify_init(struct soap *soap) { DBGFUN("soap_wsse_verify_init"); /* deserialize inbound message to DOM */ soap->imode |= SOAP_XML_DOM; return SOAP_OK; } /** @fn int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) @brief Uses the wsse plugin to initiate the automatic verification of the signature and SignedInfo Reference digests. @param soap context @param[in] alg to verify signature if signature has no secret or public key, use SOAP_SMD_NONE to omit @param[in] key is HMAC key or a DSA/RSA/ECDSA EVP_PKEY or NULL @param[in] keylen is HMAC key length or 0 @return SOAP_OK This function does not actually verify the message, but initiates the plugin's algorithm to store the message in a DOM to automatically verify the signature and digests. If the message does not contain a key to verify the signature, the alg, key, and keylen parameters are used. It is important that the X509 certificate used to verify the signature, which requires soap->cafile and/or soap->capath to be set. */ int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_auto"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); data->vrfy_alg = alg; data->vrfy_key = key; data->vrfy_keylen = keylen; if (soap->fpreparefinalrecv != soap_wsse_preparefinalrecv) { data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = soap_wsse_preparefinalrecv; } return soap_wsse_verify_init(soap); } /** @fn int soap_wsse_verify_done(struct soap *soap) @brief Terminates the automatic verification of signatures. @param soap context @return SOAP_OK */ int soap_wsse_verify_done(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_done"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_done", "Plugin not registered", SOAP_PLUGIN_ERROR); soap->imode &= ~SOAP_XML_DOM; soap->omode &= ~SOAP_SEC_WSUID; if (soap->fpreparefinalrecv == soap_wsse_preparefinalrecv) soap->fpreparefinalrecv = data->fpreparefinalrecv; return SOAP_OK; } /** @fn size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) @brief Post-checks the presence of signed element(s). Does not verify the signature of these elements, which is done with @ref soap_wsse_verify_auto. @param soap context @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements signed. This function does not actually verify the signature of each element, but checks whether the elements are signed and thus their integrity is preserved. Signed element nesting rules are obeyed, so if the matching element is a descendent of a signed element, it is signed as well. Thus, the verification process follows nesting rules. Client should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. To check the SOAP Body (either using SOAP 1.1 or 1.2), @ref soap_wsse_verify_element(soap, namespaces[0].ns, "Body"). To check whether the Timestamp was signed (assuming it is present and message expiration checked with @ref soap_wsse_verify_Timestamp), use @ref soap_wsse_verify_element(soap, "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd", "Timestamp"). @note For future releases, XPath queries (or forms of these) will be considered. */ size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); size_t count = 0; DBGFUN("soap_wsse_verify_element"); if (signedInfo && soap->dom) { struct soap_dom_element *elt; /* traverse the DOM */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SignedInfo and DOM found\n")); elt = soap->dom; while (elt) { /* find wsu:Id or ds:Id and check for Id in signedInfo */ int ok = 0; struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* Id attribute found, search Id value in ds:Reference/@URI */ int i; for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; if (reference->URI && *reference->URI == '#' && !strcmp(reference->URI + 1, att->text)) { ok = 1; break; } } if (ok) break; } } /* the current element is signed, count this and the matching nested */ if (ok) { count += soap_wsse_verify_nested(soap, elt, URI, tag); /* go to next sibling or back up */ if (elt->next) elt = elt->next; else { do elt = elt->prnt; while (elt && !elt->next); if (elt) elt = elt->next; } } else elt = soap_dom_next_element(elt, NULL); } } return count; } /** @fn size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) @brief Counts signed matching elements from the dom node and down. @param soap context @param dom node to check and down @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements. */ static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) { size_t count = 0; /* search the DOM node and descendants for matching elements */ struct soap_dom_element *elt = dom; for (elt = dom; elt && elt != dom->next && elt != dom->prnt; elt = soap_dom_next_element(elt, NULL)) { if (elt->name && ((!elt->nstr && !URI) || (elt->nstr && URI && !strcmp(elt->nstr, URI)))) { const char *s = strchr(elt->name, ':'); if (s) s++; else s = elt->name; /* found element? */ if (!strcmp(s, tag)) count++; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' (\"%s\":%s) is signed\n", elt->name, elt->nstr, elt->name)); } return count; } /** @fn int soap_wsse_verify_body(struct soap *soap) @brief Post-checks the presence of signed SOAP Body. Does not verify the signature of the Body, which is done with @ref soap_wsse_verify_auto. @param soap context @return SOAP_OK (signed) or SOAP_FAULT This function does not actually verify the signature of the Body. It checks whether the Body is signed and thus its integrity is preserved. Clients should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. */ int soap_wsse_verify_body(struct soap *soap) { const char *ns = NULL; /* Are we using SOAP 1.1 or 1.2? Check first row of namespace table */ if (soap->local_namespaces) { if (soap->local_namespaces->out) ns = soap->local_namespaces->out; else if (soap->local_namespaces->ns) ns = soap->local_namespaces->ns; } /* We don't know if we're using SOAP 1.1 or 1.2, so assume it is 1.2 */ if (!ns) ns = "http://www.w3.org/2003/05/soap-envelope"; if (soap_wsse_verify_element(soap, ns, "Body") > 0) return SOAP_OK; return soap_wsse_sender_fault(soap, "Message body not signed", NULL); } /** @fn int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) @brief Initiates the encryption of the SOAP Body. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function initiates the encryption of the SOAP Body using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. */ int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt_body", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_body", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = NULL; soap->omode |= SOAP_SEC_WSUID; soap_wsse_add_DataReferenceURI(soap, "#Body"); return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) @brief Initiates the encryption of XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey_encrypt_only for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK or error code This function initiates the encryption using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. @warning Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. @warning The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. @warning Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN2("soap_wsse_encrypt_only", "alg=%x", alg, "tags=%s", tags?tags:"(null)"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_only", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = soap_strdup(soap, tags); if (tags) { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) *t = '\0'; s--; *s = '#'; if (soap_wsse_add_DataReferenceURI(soap, s)) return soap->error; s = t; while (s && *s == ' ') s++; } while (s); } return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) @brief Start encryption. This function is supposed to be used internally only. The algorithm should be SOAP_MEC_ENC_DES_CBC etc. for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC etc. @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code */ int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "An unsupported signature or encryption algorithm was used"); if (alg & SOAP_MEC_ENV) return soap_wsse_add_EncryptedKey(soap, alg, NULL, (X509*)key, NULL, NULL, NULL); /* store alg and key in plugin data */ data->enco_alg = (alg | SOAP_MEC_ENC); data->enco_key = key; data->enco_keylen = keylen; if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap->error; soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) @brief Start automatic decryption when needed using the specified key. This function should be used just once. The algorithm should be SOAP_MEC_ENV_DEC_DES_CBC etc. for public key encryption/decryption and SOAP_MEC_DEC_DES_CBC etc. for symmetric shared secret keys. @param soap context @param[in] alg the decryption algorithm, @param[in] key a persistent decryption key for the algorithm, a private RSA key or a shared symmetric secret key @param[in] keylen use 0 for public-key encryption/decryption or the shared secret decryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function can be called once before multiple messages are received with WS-Security encrypted content, where only one key is used for encryption (public key or shared secret key). The default decryption key is set. If multiple decryption keys should be used, do NOT use this function but set the security_token_handler callback of the wsse plugin. See @ref wsse_9_2. Use a NULL key to remove the default decryption key. */ int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_decrypt_auto", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); /* store alg and key in plugin data */ data->deco_alg = (alg & ~SOAP_MEC_ENC); /* TODO should add? data->enco_alg = (alg & ~(SOAP_MEC_ENC|SOAP_MEC_ENV)); */ data->deco_key = key; data->deco_keylen = keylen; return SOAP_OK; } /** @fn int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) @brief Emit XML encryption tags and start encryption of the XML element content. @param soap context @param[in] id string for the EncryptedData element Id attribute @param[in] alg algorithm used, or SOAP_MEC_NONE to ignore @param[in] URI string for the encrypted element wsu:Id attribute @param[in] keyname optional subject key name @param[in] key optional DES/AES key for encryption (to override the current key) @return SOAP_OK or error code */ int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) { int event; const char *algURI = NULL; DBGFUN("soap_wsse_encrypt_begin"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; if (soap_set_attr(soap, "Id", id, 1) || soap_set_attr(soap, "Type", xenc_contentURI, 1) || soap_element(soap, "xenc:EncryptedData", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; switch (alg & SOAP_MEC_MASK & ~SOAP_MEC_ENV) { case SOAP_MEC_ENC_DES_CBC: algURI = xenc_3desURI; break; case SOAP_MEC_ENC_AES128_CBC: algURI = xenc_aes128cbcURI; break; case SOAP_MEC_ENC_AES192_CBC: algURI = xenc_aes192cbcURI; break; case SOAP_MEC_ENC_AES256_CBC: algURI = xenc_aes256cbcURI; break; case SOAP_MEC_ENC_AES512_CBC: algURI = xenc_aes512cbcURI; break; case SOAP_MEC_ENC_AES128_GCM: algURI = xenc_aes128gcmURI; break; case SOAP_MEC_ENC_AES192_GCM: algURI = xenc_aes192gcmURI; break; case SOAP_MEC_ENC_AES256_GCM: algURI = xenc_aes256gcmURI; break; case SOAP_MEC_ENC_AES512_GCM: algURI = xenc_aes512gcmURI; break; } if (algURI) { if (soap_set_attr(soap, "Algorithm", algURI, 1) || soap_element(soap, "xenc:EncryptionMethod", 0, NULL) || soap_element_start_end_out(soap, "xenc:EncryptionMethod")) return soap->error; } if (URI) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "wsse:SecurityTokenReference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_set_attr(soap, "URI", URI, 1) || soap_element(soap, "wsse:Reference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element_end_out(soap, "wsse:Reference") || soap_element_end_out(soap, "wsse:SecurityTokenReference") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } else if (keyname) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "ds:KeyName", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, keyname, 0) || soap_element_end_out(soap, "ds:KeyName") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } if (soap_element(soap, "xenc:CipherData", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "xenc:CipherValue", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; /* re-enable digest */ soap->event = event; /* adjust level, hiding xenc elements */ soap->level -= 3; return soap_mec_start(soap, key); } /** @fn int soap_wsse_encrypt_end(struct soap *soap) @brief Emit XML encryption end tags and stop encryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_encrypt_end(struct soap *soap) { int event; DBGFUN("soap_wsse_encrypt_end"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; /* adjust level, hiding xenc elements */ soap->level += 3; if (soap_mec_stop(soap) || soap_element_end_out(soap, "xenc:CipherValue") || soap_element_end_out(soap, "xenc:CipherData") || soap_element_end_out(soap, "xenc:EncryptedData")) return soap->error; /* re-enable digest */ soap->event = event; return SOAP_OK; } /** @fn int soap_wsse_decrypt_begin(struct soap *soap) @brief Check for XML encryption tags and start decryption of the XML element content. If the KeyInfo element is present, the security_token_handler callback will be used to obtain a decryption key based on the key name. @param soap context @return SOAP_OK or error code */ int soap_wsse_decrypt_begin(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct ds__KeyInfoType info; struct xenc__EncryptionMethodType meth; int alg = data->deco_alg; const unsigned char *key = NULL; int keylen = data->deco_keylen; DBGFUN("soap_wsse_decrypt_begin"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_begin", "Plugin not registered", SOAP_PLUGIN_ERROR); if (soap_wsse_verify_EncryptedKey(soap)) return soap->error; if (soap_element_begin_in(soap, "xenc:EncryptedData", 0, NULL)) return soap->error; /* TODO: use Type attribute? */ soap_default_xenc__EncryptionMethodType(soap, &meth); if (soap_in_xenc__EncryptionMethodType(soap, "xenc:EncryptionMethod", &meth, NULL)) { if (meth.Algorithm) { if (!strcmp(meth.Algorithm, xenc_3desURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_DES_CBC; else if (!strcmp(meth.Algorithm, xenc_aes128cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES128_CBC; else if (!strcmp(meth.Algorithm, xenc_aes192cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES192_CBC; else if (!strcmp(meth.Algorithm, xenc_aes256cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES256_CBC; else if (!strcmp(meth.Algorithm, xenc_aes512cbcURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES512_CBC; else if (!strcmp(meth.Algorithm, xenc_aes128gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES128_GCM; else if (!strcmp(meth.Algorithm, xenc_aes192gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES192_GCM; else if (!strcmp(meth.Algorithm, xenc_aes256gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES256_GCM; else if (!strcmp(meth.Algorithm, xenc_aes512gcmURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES512_GCM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EncryptionMethod alg=%x\n", alg)); } } if (soap_in_ds__KeyInfoType(soap, "ds:KeyInfo", &info, NULL)) { if (data->security_token_handler && info.KeyName) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key '%s' through security_token_handler callback\n", info.KeyName)); key = (const unsigned char*)data->security_token_handler(soap, &alg, info.KeyName, &keylen); if (key) { if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } } } if (soap_element_begin_in(soap, "xenc:CipherData", 0, NULL) || soap_element_begin_in(soap, "xenc:CipherValue", 0, NULL)) return soap->error; /* if no default shared key is set for symmetric decryption, get it */ if (!(alg & SOAP_MEC_ENV)) { if (alg != data->deco_alg) { if (data->security_token_handler) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key for alg=%x through security_token_handler callback\n", alg)); data->deco_key = (const unsigned char*)data->security_token_handler(soap, &alg, NULL, &keylen); } } if (!key && keylen) key = (const unsigned char*)data->deco_key; if (key) { if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Key=%p/%p keylen=%d alg=0x%x\n", key, data->deco_key, keylen, alg)); data->deco_alg = alg; data->deco_keylen = keylen; if (soap_mec_start_alg(soap, alg, key)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /** @fn int soap_wsse_decrypt_end(struct soap *soap) @brief Check for XML encryption ending tags and stop decryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_decrypt_end(struct soap *soap) { DBGFUN("soap_wsse_decrypt_end"); if (soap_mec_stop(soap) || soap_element_end_in(soap, "xenc:CipherValue") || soap_element_end_in(soap, "xenc:CipherData") || soap_element_end_in(soap, "xenc:EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_wsse_header(struct soap *soap) @brief This callback is invoked as soon as the SOAP Header is received, we need to obtain the encrypted key when the message is encrypted to start decryption. @param soap context @return SOAP_OK or error code */ static int soap_wsse_header(struct soap *soap) { /* look for encrypted elements in Body */ /* soap->feltbegin = soap_wsse_element_begin_in; Moved, now always set */ /* soap->feltendin = soap_wsse_element_end_in; Moved, now always set */ /* get the encrypted key, if present */ return soap_wsse_verify_EncryptedKey(soap); } /** @fn int soap_wsse_element_begin_in(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is received by the XML parser. @param soap context @param[in] tag name of the element parsed @return SOAP_OK or error code */ static int soap_wsse_element_begin_in(struct soap *soap, const char *tag) { /* make sure we always have a header allocated */ if (soap->part == SOAP_IN_ENVELOPE) soap_header(soap); if (!soap_match_tag(soap, tag, "xenc:EncryptedData")) { struct soap_dom_element *dom = soap->dom; /* disable DOM */ soap->dom = NULL; /* parse encryption tags */ if (soap_wsse_decrypt_begin(soap)) return soap->error; /* adjust DOM tree to skip encryption elements */ soap->dom = dom->prnt; soap->dom->elts = NULL; /* adjust nesting level */ soap->level -= 3; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decryption started, parsing decrypted XML\n")); soap->event = SOAP_SEC_DECRYPT; return soap_peek_element(soap); } return SOAP_OK; } /** @fn int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) @brief This callback is invoked as soon as an ending tag of an element is received by the XML parser. @param soap context @param[in] tag1 name of the element parsed @param[in] tag2 name of the element that was expected by the parser's state, or NULL @return SOAP_OK or error code */ static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) { if (soap->event == SOAP_SEC_DECRYPT && soap->dom && soap->dom->elts && !soap_match_tag(soap, tag1, ":CipherValue")) { struct soap_dom_element *dom = soap->dom->elts; soap->event = 0; /* disable DOM */ soap->dom = NULL; /* adjust nesting level */ soap->level += 3; /* parse ending tags */ if (soap_mec_stop(soap) || soap_element_end_in(soap, ":CipherData") || soap_element_end_in(soap, ":EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); /* adjust DOM tree to skip encryption elements */ while (dom->next) dom = dom->next; /* remove the old indent before ending tag */ dom->tail = NULL; /* enable DOM */ soap->dom = dom; if (soap_element_end_in(soap, tag2)) return soap->error; } return SOAP_OK; } /** @fn int soap_wsse_element_begin_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_begin_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } /* this only encrypts the Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltbegout = NULL; return soap_wsse_encrypt_begin(soap, "Body", data->enco_alg, URI, data->enco_keyname, NULL); } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } return soap_wsse_encrypt_begin(soap, soap_wsse_ids(soap, tag), data->enco_alg, URI, data->enco_keyname, NULL); } return SOAP_OK; } /** @fn int soap_wsse_element_end_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as an ending tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_end_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { if (soap_wsse_encrypt_end(soap)) return soap->error; /* this version only encrypts Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltendout = NULL; } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { if (soap_wsse_encrypt_end(soap)) return soap->error; } return SOAP_OK; } /** @fn int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) @brief Takes a piece of the XML message (tokenized) to compute digest. @param soap context @param[in] buf string (XML "tokenized") to be sent @param[in] len buf length @return SOAP_OK or fault This callback is invoked to analyze a message (usually during the HTTP content length phase). @note Nested elements with wsu:Id attributes cannot be individually signed. */ static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparesend"); if (!data) return SOAP_PLUGIN_ERROR; soap->c14ninclude = data->prefixlist; /* the gSOAP engine signals the start of a wsu:Id element */ if (soap->event == SOAP_SEC_BEGIN) { int alg; /* start new digest or continue? */ if (data->digest && data->digest->level) soap->event = SOAP_SEC_SIGN; else if (!data->sigid || soap_tagsearch(data->sigid, soap->id)) { /* initialize smdevp engine */ struct soap_wsse_digest *digest; size_t l = strlen(soap->id); soap->event = SOAP_SEC_SIGN; digest = (struct soap_wsse_digest*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_digest) + l + 1); digest->next = data->digest; digest->level = soap->level; /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); soap_smd_init(soap, &digest->smd, alg, NULL, 0); memset((void*)digest->hash, 0, sizeof(digest->hash)); digest->id[0] = '#'; soap_strcpy(digest->id + 1, l + 1, soap->id); data->digest = digest; /* omit indent for indented XML (next time around, we will catch '<') */ if (*buf != '<') goto end; } } if (soap->event == SOAP_SEC_SIGN) { /* update smdevp engine */ if (data->digest && data->digest->level) { soap_smd_update(soap, &data->digest->smd, buf, len); if (soap->level < data->digest->level) { soap->event = 0; soap_smd_final(soap, &data->digest->smd, (char*)data->digest->hash, NULL); data->digest->level = 0; } } } end: if (data->fpreparesend) return data->fpreparesend(soap, buf, len); return SOAP_OK; } /** @fn int soap_wsse_preparefinalsend(struct soap *soap) @brief Collects the digests of all the wsu:Id elements and populates the SignedInfo. @param soap context @return SOAP_OK or fault This callback is invoked just before the message is sent. */ static int soap_wsse_preparefinalsend(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparefinalsend"); if (!data) return SOAP_PLUGIN_ERROR; if (data->digest) { ds__SignatureType *signature = soap_wsse_Signature(soap); struct soap_wsse_digest *digest; const char *transform; int alg, signature_added = 0; /* if message is canonicalized populate transform element accordingly */ if (soap->mode & SOAP_XML_CANONICAL) transform = c14n_URI; else transform = NULL; /* to increase the message length counter we need to emit the Signature, SignedInfo and SignatureValue elements. However, this does not work if we already populated the wsse:Signature with SignedInfo and should never happen! */ if (!signature) { signature = soap_wsse_add_Signature(soap); signature_added = 1; } else if (signature->SignedInfo) return soap_set_receiver_error(soap, "wsse error", "Cannot use soap_wsse_sign with populated SignedInfo", SOAP_SSL_ERROR); /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); /* add the SignedInfo/Reference elements for each digest */ for (digest = data->digest; digest; digest = digest->next) if (soap_wsse_add_SignedInfo_Reference(soap, digest->id, transform, data->prefixlist, alg, (char*)digest->hash)) return soap->error; /* then compute the signature and add it */ if (soap_wsse_add_SignatureValue(soap, data->sign_alg, data->sign_key, data->sign_keylen)) return soap->error; /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); /* if non-chunked, adjust content length */ if ((soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { /* the code below ensures we increase the HTTP length counter */ short part = soap->part; soap->part = SOAP_IN_HEADER; /* header encoding rules (literal) */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Counting the size of additional SOAP Header elements, mode=0x%x\n", soap->mode)); if (signature_added) { const char *c14ninclude = soap->c14ninclude; soap->c14ninclude = NULL; soap->level = 3; /* indent level for XML Signature */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 4; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignatureType(soap, "ds:Signature", 0, signature, NULL); soap->c14ninclude = c14ninclude; } else { const char *c14nexclude = soap->c14nexclude; soap->c14nexclude = "ds"; /* don't add xmlns:ds to count msg len */ soap->level = 4; /* indent level for XML SignedInfo */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 5; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap_outstring(soap, "ds:SignatureValue", 0, &signature->SignatureValue, NULL, 0); soap->c14nexclude = c14nexclude; } soap->part = part; } } else /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); if (soap->fpreparefinalsend) return soap->fpreparefinalsend(soap); return SOAP_OK; } /** @fn void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) @brief Restores engine state. @param soap context @param[in,out] data plugin data */ static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) { struct soap_wsse_digest *digest, *next; DBGFUN("soap_wsse_preparecleanup"); data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; if (soap->fpreparesend == soap_wsse_preparesend) soap->fpreparesend = data->fpreparesend; if (soap->fpreparefinalsend == soap_wsse_preparefinalsend) soap->fpreparefinalsend = data->fpreparefinalsend; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; } /** @fn int soap_wsse_preparefinalrecv(struct soap *soap) @brief Verify signature and SignedInfo digests initiated with soap_wsse_verify_auto. @param soap context @return SOAP_OK or fault @see soap_wsse_verify_auto This callback is invoked just after a message was received. */ static int soap_wsse_preparefinalrecv(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); soap->omode &= ~SOAP_SEC_WSUID; data->sigid = NULL; /* so we must set again before next send */ data->encid = NULL; /* so we must set again before next send */ DBGFUN("soap_wsse_preparefinalrecv"); if (!data) return SOAP_PLUGIN_ERROR; if (data->deco_alg != SOAP_MEC_NONE && data->mec) if (soap_mec_end(soap, data->mec)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); data->deco_alg = SOAP_MEC_NONE; if (signedInfo) { int err = SOAP_OK, alg, bits, keylen = 0; EVP_PKEY *pkey = NULL; const void *key = NULL; /* determine which signature algorithm was used */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &alg, &bits)) return soap->error; /* for HMAC-SHA1, the secret key might be stored in the KeyIdentifier */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { const char *valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(soap); /* if in the KeyIdentifier, retrieve it */ if (valueType && !strcmp(valueType, ds_hmac_sha1URI)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from KeyIdentifier to verify signature\n")); key = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(soap, &keylen); } /* next, try the plugin's security token handler */ if (!key) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting HMAC key through security_token_handler callback\n")); key = data->security_token_handler(soap, &alg, NULL, &keylen); } } /* still no key: try to get it from the plugin */ if (!key && alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the HMAC secret key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from plugin to verify signature\n")); key = data->vrfy_key; keylen = data->vrfy_keylen; } } else { /* get the certificate from the KeyInfo reference */ X509 *cert, *cert1; cert = cert1 = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got cert=%p\n", cert)); /* next, try the plugin's security token handler */ if (!cert) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting certificate through security_token_handler callback\n")); cert = (X509*)data->security_token_handler(soap, &alg, NULL, &keylen); } } /* obtain the public key from the cert */ if (cert) { pkey = X509_get_pubkey((X509*)cert); key = (void*)pkey; } else if (alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the public key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using public key from plugin to verify signature\n")); key = data->vrfy_key; soap->error = SOAP_OK; } if (cert1) X509_free(cert1); } /* if still no key, fault */ if (!key) err = soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify SignedInfo with signature and check digests of local elements */ else if (soap_wsse_verify_SignatureValue(soap, alg, key, keylen) || soap_wsse_verify_SignedInfo(soap)) err = soap->error; if (pkey) EVP_PKEY_free(pkey); if (err) return err; if (data->fpreparefinalrecv && data->fpreparefinalrecv != soap_wsse_preparefinalrecv) return data->fpreparefinalrecv(soap); } else if (!soap->fault) return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpda.c0000644000175000017500000010620412653650150016331 0ustar ellertellert/* httpda.c gSOAP HTTP Digest Authentication plugin. Supports both Basic and Digest authentication. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** @mainpage - @ref httpda documents the http_da plugin for HTTP Digest Authentication. */ /** @page httpda The HTTP-DA plugin [TOC] @section httpda_0 HTTP-DA Setup Additional build steps required: - Compile all sources with `-DWITH_OPENSSL` - Link libgsoapssl (libgsoapssl++), or use the lib's stdsoap2.c/.cpp source - Compile and link with plugin/httpda.c, plugin/md5evp.c, and plugin/threads.c @section httpda_1 Client-Side Usage HTTP Basic Authentication is the default authentication supported by gSOAP. The credentials for client-side use age set with: @code soap.userid = ""; soap.passed = ""; if (soap_call_ns__method(&soap, ...)) ... // error @endcode HTTP Basic Authentication should never be used over plain HTTP, because the user ID and password are sent in the clear. It is safe(r) to use over HTTPS, because the HTTP headers and body are encrypted. The better alternative is to use HTTP Digest Authentication, which uses the digest (hash value) of the credentials and avoids a plain-text password exchange. To use HTTP Digest Authentication with gSOAP, register the http_da plugin: @code #include "httpda.h" soap_register_plugin(&soap, http_da); @endcode To make a client-side service call: @code struct http_da_info info; if (soap_call_ns__method(&soap, ...)) { if (soap.error == 401) { http_da_save(&soap, &info, "", "", ""); if (soap_call_ns__method(&soap, ...)) // try again ... // error http_da_release(&soap, &info); } else ... // other error } @endcode The "" is a string that is associated with the server's realm. It can be obtained after an unsuccessful non-authenticated call: @code if (soap_call_ns__method(&soap, ...)) { if (soap.error == 401) // HTTP authentication is required { const char *realm = soap.authrealm; ... } else ... // error } @endcode Before a second call is made to the same endpoint that requires authentication, you must restore the authentication state and then finally release it: @code struct http_da_info info; bool auth = false; if (soap_call_ns__method(&soap, ...)) { if (soap.error == 401) { http_da_save(&soap, &info, "", "", ""); auth = true; } else ... // other error } if (soap_call_ns__method(&soap, ...)) ... // error if (auth) http_da_restore(&soap, &info); if (soap_call_ns__method(&soap, ...)) ... // error soap_destroy(&soap); // okay to dealloc data soap_end(&soap); // okay to dealloc data if (auth) http_da_restore(&soap, &info); if (soap_call_ns__method(&soap, ...)) ... // error if (auth) http_da_release(&soap, &info); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); @endcode For HTTP proxies requiring HTTP Digest Authenticaiton, use the 'proxy' functions: @code struct http_da_info info; ... if (soap_call_ns__method(&soap, ...)) { if (soap.error == 407) { http_da_proxy_save(&soap, &info, "", "", ""); auth = true; } else ... // error } if (auth) http_da_proxy_restore(&soap, &info); if (soap_call_ns__method(&soap, ...)) ... // error http_da_proxy_release(&soap, &info); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); @endcode @section httpda_2 Client Example A client authenticating against a server: @code soap_register_plugin(&soap, http_da); // try calling without authenticating if (soap_call_ns__method(&soap, ...)) { if (soap.error == 401) // HTTP authentication is required { if (!strcmp(soap.authrealm, authrealm)) // check authentication realm { struct http_da_info info; // to store userid and passwd http_da_save(&soap, &info, authrealm, userid, passwd); // call again, now with credentials if (soap_call_ns__method(&soap, ...) == SOAP_OK) { ... // process response data soap_end(&soap); ... // userid and passwd were deallocated (!) http_da_restore(&soap, &info); // get userid and passwd after soap_end() if (!soap_call_ns__method(&soap, ...) == SOAP_OK) ... // error http_da_release(&soap, &info); // free data and remove userid and passwd @endcode A client authenticating against a proxy: @code soap_register_plugin(&soap, http_da); // try calling without authenticating if (soap_call_ns__method(&soap, ...)) { if (soap.error == 407) // HTTP authentication is required { if (!strcmp(soap.authrealm, authrealm)) // check authentication realm { struct http_da_info info; // to store userid and passwd http_da_proxy_save(&soap, &info, authrealm, userid, passwd); // call again, now with credentials if (soap_call_ns__method(&soap, ...) == SOAP_OK) { ... // process response data soap_end(&soap); ... // userid and passwd were deallocated (!) http_da_proxy_restore(&soap, &info); // get userid and passwd after soap_end() if (!soap_call_ns__method(&soap, ...) == SOAP_OK) ... // error http_da_proxy_release(&soap, &info); // free data and remove userid and passwd @endcode @section httpda_3 Server-Side Usage Server-side HTTP Basic Authentication can be enforced by simply checking the soap.userid and soap.passwd values in a service method that requires client authentication: @code soap_register_plugin(&soap, http_da); ... soap_serve(&soap); ... int ns__method(struct soap *soap, ...) { if (!soap->userid || !soap->passwd || strcmp(soap->userid, "") || strcmp(soap->passwd, "")) return 401; // HTTP authentication required ... } @endcode HTTP Digest Authentication is verified differently: @code soap_register_plugin(&soap, http_da); ... soap_serve(&soap); ... int ns__method(struct soap *soap, ...) { if (soap->authrealm && soap->userid) { passwd = ... // database lookup on userid and authrealm to find passwd if (!strcmp(soap->authrealm, authrealm) && !strcmp(soap->userid, userid)) { if (!http_da_verify_post(soap, passwd)) // HTTP POST DA verification { ... // process request and produce response return SOAP_OK; } } } soap->authrealm = authrealm; // realm to send to client return 401; // Not authorized, challenge with digest authentication @endcode The `http_da_verify_post` function checks the HTTP POST credentials. To verify an HTTP GET operation, use `http_da_verify_get`. @section httpda_4 Server Example @code soap_register_plugin(&soap, http_da); ... soap_serve(&soap); ... int ns__method(struct soap *soap, ...) { if (soap->userid && soap->passwd) // Basic authentication { if (!strcmp(soap->userid, userid) && !strcmp(soap->passwd, passwd)) { ... // can also check soap->authrealm ... // process request and produce response return SOAP_OK; } } else if (soap->authrealm && soap->userid) // Digest authentication { passwd = ... // database lookup on userid and authrealm to find passwd if (!strcmp(soap->authrealm, authrealm) && !strcmp(soap->userid, userid)) { if (!http_da_verify_post(soap, passwd)) // HTTP POST DA verification { ... // process request and produce response return SOAP_OK; } } } soap->authrealm = authrealm; // realm to send to client return 401; // Not authorized, challenge with digest authentication } @endcode @section httpda_5 HTTP Digest Authentication Limitations HTTP Digest Authentication cannot be used with streaming MTOM/MIME/DIME attachments. Streaming is turned off by the plugin and attachment data is buffered rather than streamed. Non-streaming MTOM/MIME/DIME attachments are handled just fine. */ #include "httpda.h" #ifdef __cplusplus extern "C" { #endif const char http_da_id[] = HTTP_DA_ID; /** HTTP DA session database */ static struct http_da_session *http_da_session = NULL; /** HTTP DA session database lock */ static MUTEX_TYPE http_da_session_lock = MUTEX_INITIALIZER; #define HTTP_DA_NONCELEN (21) #define HTTP_DA_OPAQUELEN (9) /******************************************************************************\ * * Forward decls * \******************************************************************************/ static int http_da_init(struct soap *soap, struct http_da_data *data); static int http_da_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void http_da_delete(struct soap *soap, struct soap_plugin *p); static int http_da_post_header(struct soap *soap, const char *key, const char *val); static int http_da_parse(struct soap *soap); static int http_da_parse_header(struct soap *soap, const char *key, const char *val); static int http_da_prepareinitsend(struct soap *soap); static int http_da_prepareinitrecv(struct soap *soap); static int http_da_preparesend(struct soap *soap, const char *buf, size_t len); static int http_da_preparerecv(struct soap *soap, const char *buf, size_t len); static int http_da_preparefinalrecv(struct soap *soap); static int http_da_verify_method(struct soap *soap, const char *method, const char *passwd); static void http_da_session_start(const char *realm, const char *nonce, const char *opaque); static int http_da_session_update(const char *realm, const char *nonce, const char *opaque, const char *cnonce, const char *ncount); static void http_da_session_cleanup(); void http_da_calc_nonce(struct soap *soap, char nonce[HTTP_DA_NONCELEN]); void http_da_calc_opaque(struct soap *soap, char opaque[HTTP_DA_OPAQUELEN]); static void http_da_calc_HA1(struct soap *soap, void **context, const char *alg, const char *userid, const char *realm, const char *passwd, const char *nonce, const char *cnonce, char HA1hex[33]); static void http_da_calc_response(struct soap *soap, void **context, char HA1hex[33], const char *nonce, const char *ncount, const char *cnonce, const char *qop, const char *method, const char *uri, char entityHAhex[33], char response[33], char responseHA[16]); /******************************************************************************\ * * Plugin registry * \******************************************************************************/ int http_da(struct soap *soap, struct soap_plugin *p, void *arg) { (void)arg; p->id = http_da_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct http_da_data)); p->fcopy = http_da_copy; p->fdelete = http_da_delete; if (p->data) { if (http_da_init(soap, (struct http_da_data*)p->data)) { SOAP_FREE(soap, p->data); return SOAP_EOM; } } return SOAP_OK; } static int http_da_init(struct soap *soap, struct http_da_data *data) { data->fposthdr = soap->fposthdr; soap->fposthdr = http_da_post_header; data->fparse = soap->fparse; soap->fparse = http_da_parse; data->fparsehdr = soap->fparsehdr; soap->fparsehdr = http_da_parse_header; data->fprepareinitsend = soap->fprepareinitsend; soap->fprepareinitsend = http_da_prepareinitsend; data->fprepareinitrecv = soap->fprepareinitrecv; soap->fprepareinitrecv = http_da_prepareinitrecv; data->context = NULL; memset((void*)data->digest, 0, sizeof(data->digest)); data->nonce = NULL; data->opaque = NULL; data->qop = NULL; data->alg = NULL; data->nc = 0; data->ncount = NULL; data->cnonce = NULL; memset((void*)data->response, 0, sizeof(data->response)); return SOAP_OK; } static int http_da_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { dst->data = (void*)SOAP_MALLOC(soap, sizeof(struct http_da_data)); soap_memcpy((void*)dst->data, sizeof(struct http_da_data), (const void*)src->data, sizeof(struct http_da_data)); ((struct http_da_data*)dst->data)->context = NULL; memset((void*)((struct http_da_data*)dst->data)->digest, 0, sizeof(((struct http_da_data*)dst->data)->digest)); ((struct http_da_data*)dst->data)->nonce = NULL; ((struct http_da_data*)dst->data)->opaque = NULL; ((struct http_da_data*)dst->data)->qop = NULL; ((struct http_da_data*)dst->data)->alg = NULL; ((struct http_da_data*)dst->data)->nc = 0; ((struct http_da_data*)dst->data)->ncount = NULL; ((struct http_da_data*)dst->data)->cnonce = NULL; memset((void*)((struct http_da_data*)dst->data)->response, 0, sizeof(((struct http_da_data*)dst->data)->response)); return SOAP_OK; } static void http_da_delete(struct soap *soap, struct soap_plugin *p) { if (((struct http_da_data*)p->data)->context) md5_handler(soap, &((struct http_da_data*)p->data)->context, MD5_DELETE, NULL, 0); if (p->data) SOAP_FREE(soap, p->data); } /******************************************************************************\ * * Callbacks * \******************************************************************************/ static int http_da_post_header(struct soap *soap, const char *key, const char *val) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; /* client's HTTP Authorization request */ if (key && (!strcmp(key, "Authorization") || !strcmp(key, "Proxy-Authorization"))) { char HA1[33], entityHAhex[33], response[33], responseHA[16]; char cnonce[HTTP_DA_NONCELEN]; char ncount[9]; const char *qop, *method; const char *userid = (*key == 'A' ? soap->userid : soap->proxy_userid); const char *passwd = (*key == 'A' ? soap->passwd : soap->proxy_passwd); md5_handler(soap, &data->context, MD5_FINAL, data->digest, 0); if (!userid || !passwd || !soap->authrealm || !data->nonce) { #ifdef SOAP_DEBUG fprintf(stderr, "Debug message: authentication header failed, missing authentication data\n"); #endif return SOAP_OK; } http_da_calc_nonce(soap, cnonce); http_da_calc_HA1(soap, &data->context, data->alg, userid, soap->authrealm, passwd, data->nonce, cnonce, HA1); if (soap->status != SOAP_GET && soap->status != SOAP_CONNECT && data->qop && !soap_tag_cmp(data->qop, "*auth-int*")) { qop = "auth-int"; soap_s2hex(soap, (unsigned char*)data->digest, entityHAhex, 16); } else if (data->qop) qop = "auth"; else qop = NULL; if (soap->status == SOAP_GET) method = "GET"; else if (soap->status == SOAP_CONNECT) method = "CONNECT"; else method = "POST"; (SOAP_SNPRINTF(ncount, sizeof(ncount), 8), "%8.8lx", data->nc++); http_da_calc_response(soap, &data->context, HA1, data->nonce, ncount, cnonce, qop, method, soap->path, entityHAhex, response, responseHA); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->authrealm) + strlen(userid) + strlen(data->nonce) + strlen(soap->path) + strlen(ncount) + strlen(cnonce) + strlen(response) + 75), "Digest realm=\"%s\", username=\"%s\", nonce=\"%s\", uri=\"%s\", nc=%s, cnonce=\"%s\", response=\"%s\"", soap->authrealm, userid, data->nonce, soap->path, ncount, cnonce, response); if (data->opaque) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, strlen(data->opaque) + 11), ", opaque=\"%s\"", data->opaque); } if (qop) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, strlen(qop) + 8), ", qop=\"%s\"", qop); } return data->fposthdr(soap, key, soap->tmpbuf); } /* server's HTTP Authorization challenge/response */ if (key && (!strcmp(key, "WWW-Authenticate") || !strcmp(key, "Proxy-Authenticate"))) { char nonce[HTTP_DA_NONCELEN]; char opaque[HTTP_DA_OPAQUELEN]; http_da_calc_nonce(soap, nonce); http_da_calc_opaque(soap, opaque); http_da_session_start(soap->authrealm, nonce, opaque); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->authrealm) + strlen(nonce) + strlen(opaque) + 59), "Digest realm=\"%s\", qop=\"auth,auth-int\", nonce=\"%s\", opaque=\"%s\"", soap->authrealm, nonce, opaque); return data->fposthdr(soap, key, soap->tmpbuf); } return data->fposthdr(soap, key, val); } static int http_da_parse(struct soap *soap) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; data->qop = NULL; /* HTTP GET w/o body with qop=auth-int still requires a digest */ md5_handler(soap, &data->context, MD5_INIT, NULL, 0); md5_handler(soap, &data->context, MD5_FINAL, data->digest, 0); if ((soap->error = data->fparse(soap))) return soap->error; if (data->qop && !soap_tag_cmp(data->qop, "auth-int")) { if (soap->fpreparerecv != http_da_preparerecv) { data->fpreparerecv = soap->fpreparerecv; soap->fpreparerecv = http_da_preparerecv; } if (soap->fpreparefinalrecv != http_da_preparefinalrecv) { data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = http_da_preparefinalrecv; } md5_handler(soap, &data->context, MD5_INIT, NULL, 0); } return SOAP_OK; } static int http_da_parse_header(struct soap *soap, const char *key, const char *val) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; /* check if server received Authorization Digest HTTP header from client */ if (!soap_tag_cmp(key, "Authorization") && !soap_tag_cmp(val, "Digest *")) { soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "realm")); soap->userid = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "username")); soap->passwd = NULL; data->nonce = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "nonce")); data->opaque = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "opaque")); data->qop = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "qop")); data->alg = NULL; data->ncount = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "nc")); data->cnonce = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "cnonce")); soap_hex2s(soap, soap_get_header_attribute(soap, val + 7, "response"), data->response, 16, NULL); return SOAP_OK; } /* check if client received WWW-Authenticate Digest HTTP header from server */ if ((!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) && !soap_tag_cmp(val, "Digest *")) { soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "realm")); data->nonce = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "nonce")); data->opaque = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "opaque")); data->qop = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "qop")); data->alg = soap_strdup(soap, soap_get_header_attribute(soap, val + 7, "algorithm")); data->nc = 1; data->ncount = NULL; data->cnonce = NULL; return SOAP_OK; } return data->fparsehdr(soap, key, val); } static int http_da_prepareinitsend(struct soap *soap) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MIME))) { /* support non-streaming MIME/DIME attachments by buffering the message */ soap->omode &= ~SOAP_IO; soap->omode |= SOAP_IO_STORE; soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_STORE; } else { if ((soap->userid && soap->passwd) || (soap->proxy_userid && soap->proxy_passwd)) { md5_handler(soap, &data->context, MD5_INIT, NULL, 0); if (soap->fpreparesend != http_da_preparesend) { data->fpreparesend = soap->fpreparesend; soap->fpreparesend = http_da_preparesend; } if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) soap->mode |= SOAP_IO_LENGTH; } } if (data->fprepareinitsend) return data->fprepareinitsend(soap); return SOAP_OK; } static int http_da_prepareinitrecv(struct soap *soap) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; if (soap->fpreparerecv == http_da_preparerecv) soap->fpreparerecv = data->fpreparerecv; if (soap->fpreparefinalrecv == http_da_preparefinalrecv) soap->fpreparefinalrecv = data->fpreparefinalrecv; if (data->fprepareinitrecv) return data->fprepareinitrecv(soap); return SOAP_OK; } static int http_da_preparesend(struct soap *soap, const char *buf, size_t len) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_UPDATE, (char*)buf, len); if (data->fpreparesend) return data->fpreparesend(soap, buf, len); return SOAP_OK; } static int http_da_preparerecv(struct soap *soap, const char *buf, size_t len) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_UPDATE, (char*)buf, len); if (data->fpreparerecv) return data->fpreparerecv(soap, buf, len); return SOAP_OK; } static int http_da_preparefinalrecv(struct soap *soap) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return SOAP_PLUGIN_ERROR; md5_handler(soap, &data->context, MD5_FINAL, data->digest, 0); soap->fpreparerecv = data->fpreparerecv; soap->fpreparefinalrecv = data->fpreparefinalrecv; if (soap->fpreparefinalrecv) return soap->fpreparefinalrecv(soap); return SOAP_OK; } /******************************************************************************\ * * Client-side digest authentication state management * \******************************************************************************/ void http_da_save(struct soap *soap, struct http_da_info *info, const char *realm, const char *userid, const char *passwd) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return; soap->authrealm = info->authrealm = soap_strdup(NULL, realm); info->userid = soap_strdup(NULL, userid); soap->userid = info->userid; info->passwd = soap_strdup(NULL, passwd); soap->passwd = info->passwd; info->nonce = soap_strdup(NULL, data->nonce); info->opaque = soap_strdup(NULL, data->opaque); info->qop = soap_strdup(NULL, data->qop); info->alg = soap_strdup(NULL, data->alg); } void http_da_proxy_save(struct soap *soap, struct http_da_info *info, const char *realm, const char *userid, const char *passwd) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return; soap->authrealm = info->authrealm = soap_strdup(NULL, realm); info->userid = soap_strdup(NULL, userid); soap->proxy_userid = info->userid; info->passwd = soap_strdup(NULL, passwd); soap->proxy_passwd = info->passwd; info->nonce = soap_strdup(NULL, data->nonce); info->opaque = soap_strdup(NULL, data->opaque); info->qop = soap_strdup(NULL, data->qop); info->alg = soap_strdup(NULL, data->alg); } void http_da_restore(struct soap *soap, struct http_da_info *info) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return; soap->authrealm = info->authrealm; soap->userid = info->userid; soap->passwd = info->passwd; data->nonce = info->nonce; data->opaque = info->opaque; data->qop = info->qop; data->alg = info->alg; } void http_da_proxy_restore(struct soap *soap, struct http_da_info *info) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return; soap->authrealm = info->authrealm; soap->proxy_userid = info->userid; soap->proxy_passwd = info->passwd; data->nonce = info->nonce; data->opaque = info->opaque; data->qop = info->qop; data->alg = info->alg; } void http_da_release(struct soap *soap, struct http_da_info *info) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); if (!data) return; soap->authrealm = NULL; soap->userid = NULL; soap->passwd = NULL; data->nonce = NULL; data->opaque = NULL; data->qop = NULL; data->alg = NULL; if (info->authrealm) { free((void*)info->authrealm); info->authrealm = NULL; } if (info->userid) { free((void*)info->userid); info->userid = NULL; } if (info->passwd) { free((void*)info->passwd); info->passwd = NULL; } if (info->nonce) { free((void*)info->nonce); info->nonce = NULL; } if (info->opaque) { free((void*)info->opaque); info->opaque = NULL; } if (info->qop) { free((void*)info->qop); info->qop = NULL; } if (info->alg) { free((void*)info->alg); info->alg = NULL; } } void http_da_proxy_release(struct soap *soap, struct http_da_info *info) { soap->proxy_userid = NULL; soap->proxy_passwd = NULL; http_da_release(soap, info); } /******************************************************************************\ * * Server-side digest authentication verification * \******************************************************************************/ int http_da_verify_post(struct soap *soap, const char *passwd) { return http_da_verify_method(soap, "POST", passwd); } int http_da_verify_get(struct soap *soap, const char *passwd) { return http_da_verify_method(soap, "GET", passwd); } static int http_da_verify_method(struct soap *soap, const char *method, const char *passwd) { struct http_da_data *data = (struct http_da_data*)soap_lookup_plugin(soap, http_da_id); char HA1[33], entityHAhex[33], response[33], responseHA[16]; if (!data) return SOAP_ERR; /* reject if none or basic authentication was used */ if (!soap->authrealm || !soap->userid || soap->passwd) /* passwd is set when basic auth is used */ return SOAP_ERR; /* require at least qop="auth" to prevent replay attacks */ if (!data->qop) return SOAP_ERR; if (http_da_session_update(soap->authrealm, data->nonce, data->opaque, data->cnonce, data->ncount)) return SOAP_ERR; http_da_calc_HA1(soap, &data->context, NULL, soap->userid, soap->authrealm, passwd, data->nonce, data->cnonce, HA1); if (!soap_tag_cmp(data->qop, "auth-int")) soap_s2hex(soap, (unsigned char*)data->digest, entityHAhex, 16); http_da_calc_response(soap, &data->context, HA1, data->nonce, data->ncount, data->cnonce, data->qop, method, soap->path, entityHAhex, response, responseHA); /* check digest response values */ if (memcmp(data->response, responseHA, 16)) return SOAP_ERR; return SOAP_OK; } /******************************************************************************\ * * Digest authentication session database management * \******************************************************************************/ static void http_da_session_start(const char *realm, const char *nonce, const char *opaque) { struct http_da_session *session; time_t now = time(NULL); if (now % 10 == 0) /* don't do this all the time to improve efficiency */ http_da_session_cleanup(); #ifdef SOAP_DEBUG fprintf(stderr, "Starting session realm=%s nonce=%s\n", realm, nonce); #endif MUTEX_LOCK(http_da_session_lock); session = (struct http_da_session*)malloc(sizeof(struct http_da_session)); if (session) { session->next = http_da_session; session->modified = now; session->realm = soap_strdup(NULL, realm); session->nonce = soap_strdup(NULL, nonce); session->opaque = soap_strdup(NULL, opaque); session->nc = 0; http_da_session = session; } MUTEX_UNLOCK(http_da_session_lock); } static int http_da_session_update(const char *realm, const char *nonce, const char *opaque, const char *cnonce, const char *ncount) { struct http_da_session *session; if (!realm || !nonce || !opaque || !cnonce || !ncount) { #ifdef SOAP_DEBUG fprintf(stderr, "Debug message: authentication update failed, missing authentication data\n"); #endif return SOAP_ERR; } #ifdef SOAP_DEBUG fprintf(stderr, "Debug message: updating session realm=%s nonce=%s\n", realm, nonce); #endif MUTEX_LOCK(http_da_session_lock); for (session = http_da_session; session; session = session->next) if (!strcmp(session->realm, realm) && !strcmp(session->nonce, nonce) && !strcmp(session->opaque, opaque)) break; if (session) { unsigned long nc = soap_strtoul(ncount, NULL, 16); if (session->nc >= nc) { session->modified = 0; /* replay attack: terminate session */ session = NULL; } else { session->nc = nc; session->modified = time(NULL); } } MUTEX_UNLOCK(http_da_session_lock); if (!session) return SOAP_ERR; return SOAP_OK; } static void http_da_session_cleanup() { struct http_da_session **session; time_t now = time(NULL); MUTEX_LOCK(http_da_session_lock); session = &http_da_session; while (*session) { if ((*session)->modified + HTTP_DA_SESSION_TIMEOUT < now) { struct http_da_session *p = *session; #ifdef SOAP_DEBUG fprintf(stderr, "Deleting session realm=%s nonce=%s\n", p->realm, p->nonce); #endif if (p->realm) free((void*)p->realm); if (p->nonce) free((void*)p->nonce); if (p->opaque) free((void*)p->opaque); *session = p->next; free((void*)p); } else session = &(*session)->next; } MUTEX_UNLOCK(http_da_session_lock); } /******************************************************************************\ * * Calculate hex nonce and opaque values * \******************************************************************************/ void http_da_calc_nonce(struct soap *soap, char nonce[HTTP_DA_NONCELEN]) { static short count = 0xCA53; (void)soap; (SOAP_SNPRINTF(nonce, HTTP_DA_NONCELEN, 20), "%8.8x%4.4hx%8.8x", (int)time(NULL), count++, soap_random); } void http_da_calc_opaque(struct soap *soap, char opaque[HTTP_DA_OPAQUELEN]) { (void)soap; (SOAP_SNPRINTF(opaque, HTTP_DA_OPAQUELEN, 8), "%8.8x", soap_random); } /******************************************************************************\ * * Calculate HA1, HA2, and response digest as per RFC 2617 specification * \******************************************************************************/ static void http_da_calc_HA1(struct soap *soap, void **context, const char *alg, const char *userid, const char *realm, const char *passwd, const char *nonce, const char *cnonce, char HA1hex[33]) { char HA1[16]; md5_handler(soap, context, MD5_INIT, NULL, 0); md5_handler(soap, context, MD5_UPDATE, (char*)userid, strlen(userid)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)realm, strlen(realm)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)passwd, strlen(passwd)); md5_handler(soap, context, MD5_FINAL, HA1, 0); if (alg && !soap_tag_cmp(alg, "MD5-sess")) { md5_handler(soap, context, MD5_INIT, NULL, 0); md5_handler(soap, context, MD5_UPDATE, HA1, 16); if (nonce) { md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)nonce, strlen(nonce)); } md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)cnonce, strlen(cnonce)); md5_handler(soap, context, MD5_FINAL, HA1, 0); }; soap_s2hex(soap, (unsigned char*)HA1, HA1hex, 16); }; static void http_da_calc_response(struct soap *soap, void **context, char HA1hex[33], const char *nonce, const char *ncount, const char *cnonce, const char *qop, const char *method, const char *uri, char entityHAhex[33], char response[33], char responseHA[16]) { char HA2[16], HA2hex[33]; md5_handler(soap, context, MD5_INIT, NULL, 0); md5_handler(soap, context, MD5_UPDATE, (char*)method, strlen(method)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)uri, strlen(uri)); if (qop && !soap_tag_cmp(qop, "auth-int")) { md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, entityHAhex, 32); } md5_handler(soap, context, MD5_FINAL, HA2, 0); soap_s2hex(soap, (unsigned char*)HA2, HA2hex, 16); md5_handler(soap, context, MD5_INIT, NULL, 0); md5_handler(soap, context, MD5_UPDATE, HA1hex, 32); if (nonce) { md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)nonce, strlen(nonce)); } md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); if (qop && *qop) { md5_handler(soap, context, MD5_UPDATE, (char*)ncount, strlen(ncount)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)cnonce, strlen(cnonce)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); md5_handler(soap, context, MD5_UPDATE, (char*)qop, strlen(qop)); md5_handler(soap, context, MD5_UPDATE, (char*)":", 1); } md5_handler(soap, context, MD5_UPDATE, HA2hex, 32); md5_handler(soap, context, MD5_FINAL, responseHA, 0); soap_s2hex(soap, (unsigned char*)responseHA, response, 16); } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpgettest.h0000644000175000017500000000437212653650150017434 0ustar ellertellert/* httpgettest.h gSOAP HTTP GET plugin example application. gSOAP XML Web services tools Copyright (C) 2000-2006, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2004, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- Compile: soapcpp2 -c httpgettest.h cc -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c To support https and compression, compile with: cc -DWITH_OPENSSL -DWITH_GZIP -o httpgettest httpgettest.c soapC.c soapClient.c httpget.c stdsoap2.c -lssl -lcrypto -lz */ // Intentionally left blank: there are no SOAP methods supported gsoap-2.8.28/gsoap/plugin/wsse2api.c0000644000175000017500000046054412653650150016614 0ustar ellertellert/* wsse2api.c WS-Security plugin (2002 version) See wsseapi.c for details gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsse2api.h" #include "smdevp.h" #include "mecevp.h" #include "threads.h" /* only need threads to enable mutex for MT */ #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) #include "wsaapi.h" #endif #ifdef __cplusplus extern "C" { #endif /** Plugin identification for plugin registry */ const char soap_wsse_id[14] = SOAP_WSSE_ID; /** Maximum number of SignedInfo References */ #define SOAP_WSSE_MAX_REF (100) /** Clock skew between machines (in sec) to fit message expiration in window */ #define SOAP_WSSE_CLKSKEW (300) /** Size of the random nonce */ #define SOAP_WSSE_NONCELEN (20) /** Digest authentication accepts messages that are not older than creation time + SOAP_WSSE_NONCETIME */ #define SOAP_WSSE_NONCETIME (SOAP_WSSE_CLKSKEW + 240) /******************************************************************************\ * * Common URIs * \******************************************************************************/ const char *wsse_PasswordTextURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordText"; const char *wsse_PasswordDigestURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-username-token-profile-1.0#PasswordDigest"; const char *wsse_Base64BinaryURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-soap-message-security-1.0#Base64Binary"; const char *wsse_X509v3URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509v3"; const char *wsse_X509v3SubjectKeyIdentifierURI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-x509-token-profile-1.0#X509SubjectKeyIdentifier"; const char *ds_sha1URI = "http://www.w3.org/2000/09/xmldsig#sha1"; const char *ds_sha256URI = "http://www.w3.org/2001/04/xmlenc#sha256"; const char *ds_sha512URI = "http://www.w3.org/2001/04/xmlenc#sha512"; const char *ds_hmac_sha1URI = "http://www.w3.org/2000/09/xmldsig#hmac-sha1"; const char *ds_hmac_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha256"; const char *ds_hmac_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#hmac-sha512"; const char *ds_dsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#dsa-sha1"; const char *ds_rsa_sha1URI = "http://www.w3.org/2000/09/xmldsig#rsa-sha1"; const char *ds_rsa_sha256URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"; const char *ds_rsa_sha512URI = "http://www.w3.org/2001/04/xmldsig-more#rsa-sha512"; const char *xenc_rsa15URI = "http://www.w3.org/2001/04/xmlenc#rsa-1_5"; const char *xenc_rsaesURI = "http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p"; const char *xenc_3desURI = "http://www.w3.org/2001/04/xmlenc#tripledes-cbc"; const char *xenc_aes128URI = "http://www.w3.org/2001/04/xmlenc#aes128-cbc"; const char *xenc_aes192URI = "http://www.w3.org/2001/04/xmlenc#aes192-cbc"; const char *xenc_aes256URI = "http://www.w3.org/2001/04/xmlenc#aes256-cbc"; const char *xenc_aes512URI = "http://www.w3.org/2001/04/xmlenc#aes512-cbc"; const char *xenc_elementURI = "http://www.w3.org/2001/04/xmlenc#Element"; const char *xenc_contentURI = "http://www.w3.org/2001/04/xmlenc#Content"; const char *ds_URI = "http://www.w3.org/2000/09/xmldsig#"; const char *c14n_URI = "http://www.w3.org/2001/10/xml-exc-c14n#"; const char *wsu_URI = "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd"; /******************************************************************************\ * * Digest authentication session * \******************************************************************************/ /** @struct soap_wsse_session @brief Digest authentication session data */ struct soap_wsse_session { struct soap_wsse_session *next; /**< Next session in list */ time_t expired; /**< Session expiration */ char hash[SOAP_SMD_SHA1_SIZE]; /**< SHA1 digest */ char nonce[1]; /**< Nonce string flows into region below this struct */ }; /** The digest authentication session database */ static struct soap_wsse_session *soap_wsse_session = NULL; /** Lock for digest authentication session database exclusive access */ static MUTEX_TYPE soap_wsse_session_lock = MUTEX_INITIALIZER; static char* soap_wsse_ids(struct soap *soap, const char *tags); static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce); static void soap_wsse_session_cleanup(struct soap *soap); static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]); static void calc_nonce(struct soap *soap, char nonce[SOAP_WSSE_NONCELEN]); static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)); static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p); static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len); static int soap_wsse_preparefinalsend(struct soap *soap); static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data); static int soap_wsse_preparefinalrecv(struct soap *soap); static int soap_wsse_header(struct soap *soap); static int soap_wsse_element_begin_in(struct soap *soap, const char *tag); static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2); static int soap_wsse_element_begin_out(struct soap *soap, const char *tag); static int soap_wsse_element_end_out(struct soap *soap, const char *tag); static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag); /******************************************************************************\ * * wsse:Security header element * \******************************************************************************/ /** @fn _wsse__Security* soap_wsse_add_Security(struct soap *soap) @brief Adds Security header element. @param soap context @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security(struct soap *soap) { DBGFUN("soap_wsse_add_Security"); /* if we don't have a SOAP Header, create one */ soap_header(soap); /* if we don't have a wsse:Security element in the SOAP Header, create one */ if (!soap->header->wsse__Security) { soap->header->wsse__Security = (_wsse__Security*)soap_malloc(soap, sizeof(_wsse__Security)); if (!soap->header->wsse__Security) return NULL; soap_default__wsse__Security(soap, soap->header->wsse__Security); } return soap->header->wsse__Security; } /** @fn _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) @brief Adds Security header element with actor or role attribute. @param soap context @param actor string @return _wsse__Security object */ struct _wsse__Security* soap_wsse_add_Security_actor(struct soap *soap, const char *actor) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN1("soap_wsse_add_Security_actor", "actor=%s", actor); if (soap->namespaces && !strcmp(soap->namespaces[0].ns, "http://schemas.xmlsoap.org/soap/envelope/")) security->SOAP_ENV__actor = soap_strdup(soap, actor); else security->SOAP_ENV__role = soap_strdup(soap, actor); return security; } /** @fn void soap_wsse_delete_Security(struct soap *soap) @brief Deletes Security header element. @param soap context */ void soap_wsse_delete_Security(struct soap *soap) { DBGFUN("soap_wsse_delete_Security"); if (soap->header) soap->header->wsse__Security = NULL; } /** @fn _wsse__Security* soap_wsse_Security(struct soap *soap) @brief Returns Security header element if present. @param soap context @return _wsse__Security object or NULL */ struct _wsse__Security* soap_wsse_Security(struct soap *soap) { if (soap->header) return soap->header->wsse__Security; return NULL; } /******************************************************************************\ * * wsse:Security/ds:Signature header element * \******************************************************************************/ /** @fn ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) @brief Adds Signature header element. @param soap context @return ds__SignatureType object */ struct ds__SignatureType* soap_wsse_add_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN("soap_wsse_add_Signature"); /* if we don't have a ds:Signature, create one */ if (!security->ds__Signature) { security->ds__Signature = (ds__SignatureType*)soap_malloc(soap, sizeof(ds__SignatureType)); if (!security->ds__Signature) return NULL; soap_default_ds__SignatureType(soap, security->ds__Signature); } return security->ds__Signature; } /** @fn void soap_wsse_delete_Signature(struct soap *soap) @brief Deletes Signature header element. @param soap context */ void soap_wsse_delete_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_Signature"); if (security) security->ds__Signature = NULL; } /** @fn ds__SignatureType* soap_wsse_Signature(struct soap *soap) @brief Returns Signature header element if present. @param soap context @return ds__SignatureType object or NULL */ struct ds__SignatureType* soap_wsse_Signature(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->ds__Signature; return NULL; } /******************************************************************************\ * * wsse:Security/wsu:Timestamp header element * \******************************************************************************/ /** @fn int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) @brief Adds Timestamp element with optional expiration date+time (lifetime). @param[in] soap context @param[in] id for signature referencing or NULL @param[in] lifetime expressed in time_t units, or 0 for no expiration @return SOAP_OK */ int soap_wsse_add_Timestamp(struct soap *soap, const char *id, time_t lifetime) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); char *created = soap_strdup(soap, soap_dateTime2s(soap, now)); char *expired = lifetime ? soap_strdup(soap, soap_dateTime2s(soap, now + lifetime)) : NULL; DBGFUN1("soap_wsse_add_Timestamp", "id=%s", id?id:""); /* allocate a Timestamp if we don't have one already */ if (!security->wsu__Timestamp) { security->wsu__Timestamp = (_wsu__Timestamp*)soap_malloc(soap, sizeof(_wsu__Timestamp)); if (!security->wsu__Timestamp) return soap->error = SOAP_EOM; } soap_default__wsu__Timestamp(soap, security->wsu__Timestamp); /* populate the wsu:Timestamp element */ security->wsu__Timestamp->wsu__Id = soap_strdup(soap, id); security->wsu__Timestamp->Created = created; security->wsu__Timestamp->Expires = expired; return SOAP_OK; } /** @fn _wsu__Timestamp *soap_wsse_Timestamp(struct soap *soap) @brief Returns Timestamp element if present. @param soap context @return _wsu__Timestamp object or NULL */ struct _wsu__Timestamp* soap_wsse_Timestamp(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->wsu__Timestamp; return NULL; } /** @fn int soap_wsse_verify_Timestamp(struct soap *soap) @brief Verifies the Timestamp/Expires element against the current time. @param soap context @return SOAP_OK or SOAP_FAULT with wsse:FailedAuthentication fault Sets wsse:FailedAuthentication fault if wsu:Timestamp is expired. The SOAP_WSSE_CLKSKEW value is used as a margin to mitigate clock skew. Keeps silent when no timestamp is supplied or no expiration date is included in the wsu:Timestamp element. */ int soap_wsse_verify_Timestamp(struct soap *soap) { _wsu__Timestamp *timestamp = soap_wsse_Timestamp(soap); DBGFUN("soap_wsse_verify_Timestamp"); /* if we have a timestamp with an expiration date, check it */ if (timestamp && timestamp->Expires) { time_t now = time(NULL), expired; soap_s2dateTime(soap, timestamp->Expires, &expired); if (expired + SOAP_WSSE_CLKSKEW <= now) { const char *code = soap_wsu__tTimestampFault2s(soap, wsu__MessageExpired); return soap_wsse_sender_fault_subcode(soap, code, "Message has expired", timestamp->Expires); } } return SOAP_OK; } /******************************************************************************\ * * wsse:Security/UsernameToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element with optional clear-text password. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string or NULL to omit the password @return SOAP_OK Passwords are sent in the clear, so transport-level encryption is required. Note: this release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenText(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_UsernameTokenText", "id=%s", id?id:"", "username=%s", username?username:""); /* allocate a UsernameToken if we don't have one already */ if (!security->UsernameToken) { if (!(security->UsernameToken = (_wsse__UsernameToken*)soap_malloc(soap, sizeof(_wsse__UsernameToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__UsernameToken(soap, security->UsernameToken); /* populate the UsernameToken */ security->UsernameToken->wsu__Id = soap_strdup(soap, id); security->UsernameToken->Username = soap_strdup(soap, username); /* allocate and populate the Password */ if (password) { if (!(security->UsernameToken->Password = (_wsse__Password*)soap_malloc(soap, sizeof(_wsse__Password)))) return soap->error = SOAP_EOM; soap_default__wsse__Password(soap, security->UsernameToken->Password); security->UsernameToken->Password->Type = (char*)wsse_PasswordTextURI; security->UsernameToken->Password->__item = soap_strdup(soap, password); } return SOAP_OK; } /** @fn int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) @brief Adds UsernameToken element for digest authentication. @param soap context @param[in] id string for signature referencing or NULL @param[in] username string @param[in] password string @return SOAP_OK Computes SHA1 digest of the time stamp, a nonce, and the password. The digest provides the authentication credentials. Passwords are NOT sent in the clear. Note: this release supports the use of at most one UsernameToken in the header. */ int soap_wsse_add_UsernameTokenDigest(struct soap *soap, const char *id, const char *username, const char *password) { _wsse__Security *security = soap_wsse_add_Security(soap); time_t now = time(NULL); const char *created = soap_dateTime2s(soap, now); char HA[SOAP_SMD_SHA1_SIZE], HABase64[29]; char nonce[SOAP_WSSE_NONCELEN], *nonceBase64; DBGFUN2("soap_wsse_add_UsernameTokenDigest", "id=%s", id?id:"", "username=%s", username?username:""); /* generate a nonce */ calc_nonce(soap, nonce); nonceBase64 = soap_s2base64(soap, (unsigned char*)nonce, NULL, SOAP_WSSE_NONCELEN); /* The specs are not clear: compute digest over binary nonce or base64 nonce? */ /* compute SHA1(created, nonce, password) */ calc_digest(soap, created, nonce, SOAP_WSSE_NONCELEN, password, HA); /* Hm...? calc_digest(soap, created, nonceBase64, strlen(nonceBase64), password, HA); */ soap_s2base64(soap, (unsigned char*)HA, HABase64, SOAP_SMD_SHA1_SIZE); /* populate the UsernameToken with digest */ soap_wsse_add_UsernameTokenText(soap, id, username, HABase64); /* populate the remainder of the password, nonce, and created */ security->UsernameToken->Password->Type = (char*)wsse_PasswordDigestURI; security->UsernameToken->Nonce = nonceBase64; security->UsernameToken->wsu__Created = soap_strdup(soap, created); return SOAP_OK; } /** @fn _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) @brief Returns UsernameToken element if present. @param soap context @param[in] id string of UsernameToken or NULL @return _wsse__UsernameToken object or NULL Note: this release supports the use of at most one UsernameToken in the header. */ struct _wsse__UsernameToken* soap_wsse_UsernameToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->UsernameToken && (!id || (security->UsernameToken->wsu__Id && !strcmp(security->UsernameToken->wsu__Id, id)))) return security->UsernameToken; return NULL; } /** @fn const char* soap_wsse_get_Username(struct soap *soap) @brief Returns UsernameToken/username string or wsse:FailedAuthentication fault. @param soap context @return UsernameToken/username string or NULL with wsse:FailedAuthentication fault error set @see soap_wsse_verify_Password The returned username should be used to lookup the user's password in a dictionary or database for server-side authentication with soap_wsse_verify_Password. */ const char* soap_wsse_get_Username(struct soap *soap) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_get_Username"); if (token) return token->Username; soap_wsse_fault(soap, wsse__FailedAuthentication, "Username authentication required"); return NULL; } /** @fn int soap_wsse_verify_Password(struct soap *soap, const char *password) @brief Verifies the supplied password or sets wsse:FailedAuthentication fault. @param soap context @param[in] password string to verify against @return SOAP_OK (authorized) or SOAP_FAULT with wsse:FailedAuthentication fault The verification supports both clear-text password verification and digest password authentication. For digest authentication a history mechanism with a digest authentication session database ensures protection against replay attacks. Note: this release supports the use of at most one UsernameToken in the header. */ int soap_wsse_verify_Password(struct soap *soap, const char *password) { _wsse__UsernameToken *token = soap_wsse_UsernameToken(soap, NULL); DBGFUN("soap_wsse_verify_Password"); /* if we have a UsernameToken with a Password, check it */ if (token && token->Password) { /* password digest or text? */ if (token->Password->Type && !strcmp(token->Password->Type, wsse_PasswordDigestURI)) { /* check password digest: compute SHA1(created, nonce, password) */ if (token->Nonce && token->wsu__Created && strlen(token->Password->__item) == 28) /* digest pw len = 28 */ { char HA1[SOAP_SMD_SHA1_SIZE], HA2[SOAP_SMD_SHA1_SIZE]; /* The specs are not clear: compute digest over binary nonce or base64 nonce? The formet appears to be the case: */ int noncelen; const char *nonce = soap_base642s(soap, token->Nonce, NULL, 0, &noncelen); /* compute HA1 = SHA1(created, nonce, password) */ calc_digest(soap, token->wsu__Created, nonce, noncelen, password, HA1); /* calc_digest(soap, token->wsu__Created, token->Nonce, strlen(token->Nonce), password, HA1); */ /* get HA2 = supplied digest from base64 Password */ soap_base642s(soap, token->Password->__item, HA2, SOAP_SMD_SHA1_SIZE, NULL); /* compare HA1 to HA2 */ if (!memcmp(HA1, HA2, SOAP_SMD_SHA1_SIZE)) { /* authorize if HA1 and HA2 identical and not replay attack */ if (!soap_wsse_session_verify(soap, HA1, token->wsu__Created, token->Nonce)) return SOAP_OK; return soap->error; } } } else { /* check password text */ if (!strcmp(token->Password->__item, password)) return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); } /******************************************************************************\ * * wsse:Security/BinarySecurityToken header element * \******************************************************************************/ /** @fn int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) @brief Adds BinarySecurityToken element. @param soap context @param[in] id string for signature referencing or NULL @param[in] valueType string @param[in] data points to binary token data @param[in] size is length of binary token @return SOAP_OK */ int soap_wsse_add_BinarySecurityToken(struct soap *soap, const char *id, const char *valueType, const unsigned char *data, int size) { _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("wsse_add_BinarySecurityToken", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate BinarySecurityToken if we don't already have one */ if (!security->BinarySecurityToken) { if (!(security->BinarySecurityToken = (_wsse__BinarySecurityToken*)soap_malloc(soap, sizeof(_wsse__BinarySecurityToken)))) return soap->error = SOAP_EOM; } soap_default__wsse__BinarySecurityToken(soap, security->BinarySecurityToken); /* populate the BinarySecurityToken */ security->BinarySecurityToken->wsu__Id = soap_strdup(soap, id); security->BinarySecurityToken->ValueType = soap_strdup(soap, valueType); security->BinarySecurityToken->EncodingType = (char*)wsse_Base64BinaryURI; security->BinarySecurityToken->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) @brief Adds BinarySecurityToken element with X509 certificate. @param soap context @param[in] id string for signature reference @param[in] cert points to the X509 certificate @return SOAP_OK or SOAP_EOM This function uses i2d_X509 from the the OpenSSL library to convert an X509 object to binary DER format. */ int soap_wsse_add_BinarySecurityTokenX509(struct soap *soap, const char *id, X509 *cert) { int derlen; unsigned char *der, *s; if (!cert) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); /* populate the BinarySecurityToken with base64 certificate data */ return soap_wsse_add_BinarySecurityToken(soap, id, wsse_X509v3URI, der, derlen); } /** @fn int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) @brief Adds BinarySecurityToken element from a PEM file. @param soap context @param[in] id string for signature reference @param[in] filename @return SOAP_OK or SOAP_FAULT with wsse__InvalidSecurity fault when file cannot be read or does not contain a valid certificate This function uses PEM_read_X509 from the the OpenSSL library to read a certificate from a PEM formatted file. */ int soap_wsse_add_BinarySecurityTokenPEM(struct soap *soap, const char *id, const char *filename) { FILE *fd; DBGFUN2("soap_wsse_add_BinarySecurityTokenPEM", "id=%s", id?id:"", "filename=%s", filename?filename:""); if ((fd = fopen(filename, "r"))) { /* read the certificate */ X509 *cert = PEM_read_X509(fd, NULL, NULL, NULL); fclose(fd); /* if okay, populate the BinarySecurityToken element */ if (cert) { int err = soap_wsse_add_BinarySecurityTokenX509(soap, id, cert); X509_free(cert); return err; } } return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Missing certificate"); } /** @fn _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) @brief Returns BinarySecurityToken element if present. @param soap context @param[in] id string of token to get or NULL @return _wsse__BinarySecurityToken object or NULL */ struct _wsse__BinarySecurityToken* soap_wsse_BinarySecurityToken(struct soap *soap, const char *id) { _wsse__Security *security = soap_wsse_Security(soap); if (security && security->BinarySecurityToken && (!id || (security->BinarySecurityToken->wsu__Id && !strcmp(security->BinarySecurityToken->wsu__Id, id)))) return security->BinarySecurityToken; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "No BinarySecurityToken id=%s, pointer=%p to token found\n", id, security->BinarySecurityToken)); return NULL; } /** @fn int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) @brief Get wsse:BinarySecurityToken element token data in binary form. @param soap context @param[in] id string of token to get or NULL @param[out] valueType string @param[out] data points to binary token data @param[out] size is length of binary token @return SOAP_OK or SOAP_FAULT with wsse:SecurityTokenUnavailable fault */ int soap_wsse_get_BinarySecurityToken(struct soap *soap, const char *id, char **valueType, unsigned char **data, int *size) { _wsse__BinarySecurityToken *token = soap_wsse_BinarySecurityToken(soap, id); DBGFUN1("soap_wsse_get_BinarySecurityToken", "id=%s", id?id:""); if (token) { *valueType = token->ValueType; /* it appears we don't need HexBinary after all if (token->EncodingType && !strcmp(token->EncodingType, wsse_HexBinaryURI)) *data = (unsigned char*)soap_hex2s(soap, token->__item, NULL, 0, size); else */ /* assume token is represented in base64 by default */ *data = (unsigned char*)soap_base642s(soap, token->__item, NULL, 0, size); if (*data) return SOAP_OK; } return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, "BinarySecurityToken required"); } /** @fn X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) @brief Get X509 wsse:BinarySecurityToken certificate and verify its content. @param soap context @param[in] id string of token to get or NULL @return X509 certificate (dynamically allocated) or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_BinarySecurityTokenX509(struct soap *soap, const char *id) { X509 *cert = NULL; char *valueType = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) const unsigned char *data; #else unsigned char *data; #endif int size; DBGFUN1("soap_wsse_get_BinarySecurityTokenX509", "id=%s", id?id:""); if (!soap_wsse_get_BinarySecurityToken(soap, id, &valueType, (unsigned char**)&data, &size) && valueType && !strcmp(valueType, wsse_X509v3URI)) cert = d2i_X509(NULL, &data, size); /* verify the certificate */ if (!cert || soap_wsse_verify_X509(soap, cert)) return NULL; return cert; } /** @fn int soap_wsse_verify_X509(struct soap *soap, X509 *cert) @brief Verifies X509 certificate against soap->cafile, soap->capath, and soap->crlfile @param soap context @param[in] cert X509 certificate @return SOAP_OK or fault This is an expensive operation. Whenever a new soap context is created, the cafile and objects are loaded into that context each time we need to verify a certificate. */ int soap_wsse_verify_X509(struct soap *soap, X509 *cert) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); X509_STORE_CTX *verify; DBGFUN("soap_wsse_verify_X509"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!cert) return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "No certificate"); if (!data->store) { if (!(data->store = X509_STORE_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE object"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Setting up a new X509 store\n")); X509_STORE_set_verify_cb_func(data->store, soap->fsslverify); if (soap->cafile || soap->capath) { if (X509_STORE_load_locations(data->store, soap->cafile, soap->capath) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not load CA file or path"); } #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (soap->crlfile) { X509_LOOKUP *lookup; if (!(lookup = X509_STORE_add_lookup(data->store, X509_LOOKUP_file()))) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_LOOKUP object"); if (X509_load_crl_file(lookup, soap->crlfile, X509_FILETYPE_PEM) != 1) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not read the CRL file"); X509_STORE_set_flags(data->store, X509_V_FLAG_CRL_CHECK | X509_V_FLAG_CRL_CHECK_ALL); } #endif } if (!(verify = X509_STORE_CTX_new())) return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not create X509_STORE_CTX object"); #if (OPENSSL_VERSION_NUMBER > 0x00907000L) if (X509_STORE_CTX_init(verify, data->store, cert, NULL) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_receiver_fault(soap, "soap_wsse_verify_X509", "Could not initialize X509_STORE_CTX object"); } #else X509_STORE_CTX_init(verify, data->store, cert, NULL); #endif if (X509_verify_cert(verify) != 1) { X509_STORE_CTX_free(verify); return soap_wsse_sender_fault(soap, "soap_wsse_verify_X509", "Invalid certificate"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Certificate is valid\n")); #ifdef SOAP_DEBUG { char buf[1024]; X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate issuer %s\n", buf)); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "certificate subject %s\n", buf)); } #endif X509_STORE_CTX_free(verify); return SOAP_OK; } /******************************************************************************\ * * wsc:SecurityContextToken * \******************************************************************************/ /** @fn int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) @brief Adds wsc:SecurityContextToken/Identifier and SecurityTokenReference to it @param soap context @param[in] id string for signature reference (required) @param[in] identifier wsc:Identifier value (required) @return SOAP_OK or error code */ int soap_wsse_add_SecurityContextToken(struct soap *soap, const char *id, const char *identifier) { char *URI; size_t l; _wsse__Security *security = soap_wsse_add_Security(soap); DBGFUN2("soap_wsse_add_SecurityContextToken", "id=%s", id, "identifier=%s", identifier?identifier:""); /* allocate wsc:SecurityContextToken if we don't already have one */ if (!security->wsc__SecurityContextToken) { if (!(security->wsc__SecurityContextToken = (struct wsc__SecurityContextTokenType*)soap_malloc(soap, sizeof(struct wsc__SecurityContextTokenType)))) return soap->error = SOAP_EOM; } soap_default_wsc__SecurityContextTokenType(soap, security->wsc__SecurityContextToken); /* populate the wsc:SecurityContextToken */ l = strlen(id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, id); security->wsc__SecurityContextToken->wsu__Id = URI + 1; security->wsc__SecurityContextToken->Identifier = soap_strdup(soap, identifier); /* set SecurityTokenReference */ return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, NULL); } /** @fn const char *soap_wsse_get_SecurityContextToken(struct soap *soap) @brief Returns wsc:SecurityContextToken/Identifier string value or NULL @param soap context @return wsc:SecurityContextToken/Identifier string value value or NULL */ const char * soap_wsse_get_SecurityContextToken(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_SecurityContextToken"); if (security->wsc__SecurityContextToken && security->wsc__SecurityContextToken->wsu__Id) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); if (URI && !strcmp(URI, security->wsc__SecurityContextToken->wsu__Id)) return security->wsc__SecurityContextToken->Identifier; } return NULL; } /******************************************************************************\ * * ds:Signature/SignedInfo * \******************************************************************************/ /** @fn ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) @brief Adds SignedInfo element. @param soap context @return ds__SignedInfoType object */ struct ds__SignedInfoType* soap_wsse_add_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->SignedInfo) { signature->SignedInfo = (ds__SignedInfoType*)soap_malloc(soap, sizeof(ds__SignedInfoType)); if (!signature->SignedInfo) return NULL; soap_default_ds__SignedInfoType(soap, signature->SignedInfo); } return signature->SignedInfo; } /** @fn int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *inclusiveNamespaces, int alg, const char *HA) @brief Adds SignedInfo element with Reference URI, transform algorithm used, and digest value. @param soap context @param[in] URI reference @param[in] transform string should be c14n_URI for exc-c14n or NULL @param[in] inclusiveNamespaces used by the exc-c14n transform or NULL @param[in] alg is the digest algorithm used @param[in] HA is the digest in binary form @return SOAP_OK or SOAP_EOM when references exceed SOAP_WSSE_MAX_REF This function can be called to add more references to the wsse:SignedInfo element. A maximum number of SOAP_WSSE_MAX_REF references can be added. The digest method is always SHA1. Note: XPath transforms cannot be specified in this release. */ int soap_wsse_add_SignedInfo_Reference(struct soap *soap, const char *URI, const char *transform, const char *inclusiveNamespaces, int alg, const char *HA) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); ds__ReferenceType *reference; DBGFUN3("soap_wsse_add_SignedInfo_Reference", "URI=%s", URI?URI:"", "transform=%s", transform?transform:"", "alg=%x", alg); /* if this is the first reference, allocate SOAP_WSSE_MAX_REF references */ if (signedInfo->__sizeReference == 0) signedInfo->Reference = (ds__ReferenceType**)soap_malloc(soap, SOAP_WSSE_MAX_REF*sizeof(ds__ReferenceType*)); else { /* maximum number of references exceeded? */ if (signedInfo->__sizeReference >= SOAP_WSSE_MAX_REF) return soap->error = SOAP_EOM; } /* allocate fresh new reference */ reference = (ds__ReferenceType*)soap_malloc(soap, sizeof(ds__ReferenceType)); if (!reference) return soap->error = SOAP_EOM; soap_default_ds__ReferenceType(soap, reference); /* populate the URI */ reference->URI = soap_strdup(soap, URI); /* if a transform algorithm was used, populate the Transforms element */ if (transform) { reference->Transforms = (ds__TransformsType*)soap_malloc(soap, sizeof(ds__TransformsType)); if (!reference->Transforms) return soap->error = SOAP_EOM; soap_default_ds__TransformsType(soap, reference->Transforms); /* only one transform */ reference->Transforms->__sizeTransform = 1; reference->Transforms->Transform = (ds__TransformType*)soap_malloc(soap, sizeof(ds__TransformType)); soap_default_ds__TransformType(soap, reference->Transforms->Transform); reference->Transforms->Transform->Algorithm = (char*)transform; /* populate the c14n:InclusiveNamespaces element */ if (inclusiveNamespaces && *inclusiveNamespaces) { reference->Transforms->Transform->c14n__InclusiveNamespaces = (_c14n__InclusiveNamespaces*)soap_malloc(soap, sizeof(_c14n__InclusiveNamespaces)); if (!reference->Transforms->Transform->c14n__InclusiveNamespaces) return soap->error = SOAP_EOM; soap_default__c14n__InclusiveNamespaces(soap, reference->Transforms->Transform->c14n__InclusiveNamespaces); reference->Transforms->Transform->c14n__InclusiveNamespaces->PrefixList = soap_strdup(soap, inclusiveNamespaces); } } /* populate the DigestMethod element */ reference->DigestMethod = (ds__DigestMethodType*)soap_malloc(soap, sizeof(ds__DigestMethodType)); if (!reference->DigestMethod) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, reference->DigestMethod); /* the DigestMethod algorithm SHA1, SHA256, SHA512 */ switch (alg & SOAP_SMD_HASH) { case SOAP_SMD_SHA1: reference->DigestMethod->Algorithm = (char*)ds_sha1URI; break; case SOAP_SMD_SHA256: reference->DigestMethod->Algorithm = (char*)ds_sha256URI; break; case SOAP_SMD_SHA512: reference->DigestMethod->Algorithm = (char*)ds_sha512URI; break; } /* populate the DigestValue element */ reference->DigestValue = soap_s2base64(soap, (unsigned char*)HA, NULL, soap_smd_size(alg, NULL)); if (!reference->DigestValue) return soap->error; /* add the fresh new reference to the array */ signedInfo->Reference[signedInfo->__sizeReference] = reference; signedInfo->__sizeReference++; return SOAP_OK; } /** @fn int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) @brief Adds SignedInfo element with SignatureMethod. @param soap context @param[in] method is the URI of the signature algorithm (e.g. ds_rsa_sha1) @param[in] canonical flag indicating that SignedInfo is signed in exc-c14n form @return SOAP_OK Note: the c14n:InclusiveNamespaces/PrefixList is set to "SOAP-ENV wsse". */ int soap_wsse_add_SignedInfo_SignatureMethod(struct soap *soap, const char *method, int canonical) { ds__SignedInfoType *signedInfo = soap_wsse_add_SignedInfo(soap); DBGFUN2("soap_wsse_add_SignedInfo_SignatureMethod", "method=%s", method?method:"", "canonical=%d", canonical); /* if signed in exc-c14n form, populate CanonicalizationMethod element */ signedInfo->CanonicalizationMethod = (ds__CanonicalizationMethodType*)soap_malloc(soap, sizeof(ds__CanonicalizationMethodType)); if (!signedInfo->CanonicalizationMethod) return soap->error = SOAP_EOM; soap_default_ds__CanonicalizationMethodType(soap, signedInfo->CanonicalizationMethod); if (canonical) { signedInfo->CanonicalizationMethod->Algorithm = (char*)c14n_URI; /* signedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces = (_c14n__InclusiveNamespaces*)soap_malloc(soap, sizeof(_c14n__InclusiveNamespaces)); soap_default__c14n__InclusiveNamespaces(soap, signedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces); signedInfo->CanonicalizationMethod->c14n__InclusiveNamespaces->PrefixList = "SOAP-ENV wsse"; */ } /* populate SignatureMethod element */ signedInfo->SignatureMethod = (ds__SignatureMethodType*)soap_malloc(soap, sizeof(ds__SignatureMethodType)); if (!signedInfo->SignatureMethod) return soap->error = SOAP_EOM; soap_default_ds__SignatureMethodType(soap, signedInfo->SignatureMethod); signedInfo->SignatureMethod->Algorithm = (char*)method; return SOAP_OK; } /** @fn ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) @brief Returns SignedInfo element if present. @param soap context @return ds__SignedInfoType object or NULL */ struct ds__SignedInfoType* soap_wsse_SignedInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->SignedInfo; return NULL; } /** @fn int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg) @brief Get SignatureMethod algorithm @param soap context @param[out] alg is a signature algorithm, such as SOAP_SMD_HMAC_SHA1, SOAP_SMD_VRFY_DSA_SHA1, or SOAP_SMD_VRFY_RSA_SHA1 @return SOAP_OK or SOAP_FAULT with wsse:UnsupportedAlgorithm or wsse:FailedCheck fault */ int soap_wsse_get_SignedInfo_SignatureMethod(struct soap *soap, int *alg) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_get_SignedInfo_SignatureMethod"); *alg = SOAP_SMD_NONE; /* if we have a SignedInfo element, get the algorithm */ if (signedInfo && signedInfo->SignatureMethod && signedInfo->SignatureMethod->Algorithm) { const char *method = signedInfo->SignatureMethod->Algorithm; if (!strcmp(method, ds_hmac_sha1URI)) *alg = SOAP_SMD_HMAC_SHA1; else if (!strcmp(method, ds_hmac_sha256URI)) *alg = SOAP_SMD_HMAC_SHA256; else if (!strcmp(method, ds_hmac_sha512URI)) *alg = SOAP_SMD_HMAC_SHA512; else if (!strcmp(method, ds_dsa_sha1URI)) *alg = SOAP_SMD_VRFY_DSA_SHA1; else if (!strcmp(method, ds_rsa_sha1URI)) *alg = SOAP_SMD_VRFY_RSA_SHA1; else if (!strcmp(method, ds_rsa_sha256URI)) *alg = SOAP_SMD_VRFY_RSA_SHA256; else if (!strcmp(method, ds_rsa_sha512URI)) *alg = SOAP_SMD_VRFY_RSA_SHA512; else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, method); return SOAP_OK; } return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); } /******************************************************************************\ * * ds:Signature/SignatureValue * \******************************************************************************/ /** @fn int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Adds SignedInfo/SignatureMethod element, signs the SignedInfo element, and adds the resulting SignatureValue element. @param soap context @param[in] alg is SOAP_SMD_HMAC_SHA1, SOAP_SMD_SIGN_DSA_SHA1, or SOAP_SMD_SIGN_RSA_SHA1 @param[in] key to use to sign (HMAC or EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault To sign the SignedInfo element with this function, populate SignedInfo with Reference elements first using soap_wsse_add_SignedInfo_Reference. The SignedInfo element must not be modified after signing. The SOAP_XML_INDENT and SOAP_XML_CANONICAL flags are used to serialize the SignedInfo to compute the signature. */ int soap_wsse_add_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); const char *method = NULL; char *sig; int siglen; int err; DBGFUN1("soap_wsse_add_SignatureValue", "alg=%x", alg); /* determine signature algorithm to use */ switch (alg) { case SOAP_SMD_HMAC_SHA1: method = ds_hmac_sha1URI; break; case SOAP_SMD_HMAC_SHA256: method = ds_hmac_sha256URI; break; case SOAP_SMD_HMAC_SHA512: method = ds_hmac_sha512URI; break; case SOAP_SMD_SIGN_DSA_SHA1: method = ds_dsa_sha1URI; break; case SOAP_SMD_SIGN_RSA_SHA1: method = ds_rsa_sha1URI; break; case SOAP_SMD_SIGN_RSA_SHA256: method = ds_rsa_sha256URI; break; case SOAP_SMD_SIGN_RSA_SHA512: method = ds_rsa_sha512URI; break; default: return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, NULL); } /* populate SignedInfo/SignatureMethod based on SOAP_XML_CANONICAL flag */ soap_wsse_add_SignedInfo_SignatureMethod(soap, method, (soap->mode & SOAP_XML_CANONICAL)); /* use the gSOAP engine's look-aside buffer to temporarily hold the sig */ if (soap_store_lab(soap, NULL, soap_smd_size(alg, key))) return soap->error = SOAP_EOM; sig = soap->labbuf; /* we will serialize SignedInfo as it appears exactly in the SOAP Header */ /* set indent level for XML SignedInfo as it appears in the SOAP Header */ soap->level = 4; /* prevent xmlns:ds namespace inclusion when non-exclusive is used */ if (!(soap->mode & SOAP_XML_CANONICAL)) soap_push_namespace(soap, "ds", ds_URI); /* use smdevp engine to sign SignedInfo */ err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Could not sign"); /* populate the SignatureValue element */ signature->SignatureValue = soap_s2base64(soap, (unsigned char*)sig, NULL, siglen); if (!signature->SignatureValue) return soap->error; return SOAP_OK; } /** @fn int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) @brief Verifies the SignatureValue of a SignedInfo element. @param soap context @param[in] alg is a signature algorith, such as SOAP_SMD_HMAC_SHA1, SOAP_SMD_VRFY_DSA_SHA1, or SOAP_SMD_VRFY_RSA_SHA1 determined by the SignedInfo/SignatureMethod @param[in] key to use to verify (HMAC or EVP_PKEY) @param[in] keylen length of HMAC key @return SOAP_OK, SOAP_EOM, or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the signature in the SignatureValue element. Using the DOM ensures we will verify the signature of a SignedInfo as it was exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, it verifies the signature of the deserialized SignedInfo element in the SOAP Header. However, serializing deserialized data may change the octet stream that was signed, unless we're using gSOAP as producers and consumers (with the SOAP_XML_INDENT flag reset). */ int soap_wsse_verify_SignatureValue(struct soap *soap, int alg, const void *key, int keylen) { ds__SignatureType *signature = soap_wsse_Signature(soap); DBGFUN1("soap_wsse_verify_SignatureValue", "alg=%x", alg); /* always need an HMAC secret key or DSA/RSA public key to verify */ if (!key) return soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify the SignedInfo element with the SignatureValue element */ if (signature && signature->SignedInfo && signature->SignatureValue) { char *sig; const char *sigval; int method, siglen, sigvallen; /* check that we are using the intended signature algorithm */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &method)) return soap->error; if (alg != method) return soap_wsse_fault(soap, wsse__FailedCheck, "Incorrect signature algorithm used"); /* retrieve the signature */ sigval = soap_base642s(soap, signature->SignatureValue, NULL, 0, &sigvallen); /* search the DOM for SignedInfo */ if (soap->dom) { struct soap_dom_element *elt; /* traverse the DOM while searching for SignedInfo in the ds namespace */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt)) { if (elt->name && elt->nstr && !strcmp(elt->nstr, ds_URI) && (!strcmp(elt->name, "SignedInfo") || !soap_tag_cmp(elt->name, "*:SignedInfo"))) break; } /* found it? */ if (elt) { int err = SOAP_OK; /* should not include leading whitespace in signature verification */ elt->head = NULL; /* use smdevp engine to verify SignedInfo */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } if (signature->SignedInfo->CanonicalizationMethod && signature->SignedInfo->CanonicalizationMethod->Algorithm && !strcmp(signature->SignedInfo->CanonicalizationMethod->Algorithm, c14n_URI)) { struct soap_dom_element *prt; struct soap_dom_attribute *att; /* recanonicalize DOM while keeping content "as is" */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying signed canonicalized DOM\n")); soap->mode &= ~SOAP_XML_DOM; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } /* TODO: consider moving this into dom.cpp */ for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) soap_attribute(soap, att->name, att->data); } for (prt = elt->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->data); break; } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~(SOAP_XML_CANONICAL | SOAP_XML_DOM); soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, key, keylen); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, elt, NULL); if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature in DOM is valid\n")); return SOAP_OK; } } else { int err = SOAP_OK; const char *c14nexclude; soap_mode mode; /* serialize the SignedInfo element as it appeared in the SOAP Header */ soap->level = 4; c14nexclude = soap->c14nexclude; soap->c14nexclude = "ds"; mode = soap->mode; if (signature->SignedInfo->CanonicalizationMethod) soap->mode |= SOAP_XML_CANONICAL; else soap->mode &= ~SOAP_XML_CANONICAL; if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) sig = (char*)soap_malloc(soap, soap_smd_size(alg, key)); else { sig = (char*)sigval; siglen = sigvallen; } err = soap_smd_begin(soap, alg, key, keylen); if (!err) err = soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap->mode = mode; soap->c14nexclude = c14nexclude; if (soap_smd_end(soap, sig, &siglen) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "The signed serialized SignedInfo SignatureValue is invalid"); if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { if (siglen != sigvallen || memcmp(sig, sigval, siglen)) return soap_wsse_fault(soap, wsse__FailedCheck, "The HMAC-signed serialized SignedInfo is invalid"); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Signature is valid\n")); return SOAP_OK; } } return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo required"); } /** @fn int soap_wsse_verify_SignedInfo(struct soap *soap) @brief Verifies the digest values of the XML elements referenced by the SignedInfo References. @param soap context @return SOAP_OK or fault This function searches for the SignedInfo element in the soap->dom DOM tree to verify the digests contained therein. Using the DOM ensures we will verify the digests of the locally signed elements as they were exactly received by the parser, by using the -DWITH_DOM compile flag and SOAP_XML_DOM runtime flag. If there is no DOM, the function fails. */ int soap_wsse_verify_SignedInfo(struct soap *soap) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); DBGFUN("soap_wsse_verify_SignedInfo"); if (signedInfo) { int i; /* must have at least one reference element */ if (signedInfo->__sizeReference == 0) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo/Reference"); /* As an alternative to the current implementatin, this might be a good place to re-canonicalize the entire DOM to improve interop. Two DOMs can be used: one with non-c14n XML and one with c14n XML so we can handle multiple different transforms. */ /* for each reference element, check the digest */ for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; /* reference element is complete? */ if (!reference->URI || !reference->DigestMethod || !reference->DigestMethod->Algorithm || !reference->DigestValue) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Incomplete SignedInfo/Reference"); /* reference is local? */ if (*reference->URI == '#') { int alg, canonical; unsigned char hash[SOAP_SMD_MAX_SIZE]; /* digest algorithm */ if (!strcmp(reference->DigestMethod->Algorithm, ds_sha1URI)) alg = SOAP_SMD_DGST_SHA1; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha256URI)) alg = SOAP_SMD_DGST_SHA256; else if (!strcmp(reference->DigestMethod->Algorithm, ds_sha512URI)) alg = SOAP_SMD_DGST_SHA512; else return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->DigestMethod->Algorithm); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying digest of locally referenced data %s alg=%x\n", reference->URI, alg)); /* if reference has a transform, it should be an exc-c14n transform */ if (reference->Transforms) { if (reference->Transforms->__sizeTransform != 1 || !reference->Transforms->Transform[0].Algorithm || strcmp(reference->Transforms->Transform[0].Algorithm, c14n_URI)) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, reference->Transforms->Transform[0].Algorithm); canonical = 1; } else canonical = 0; /* convert base64 digest to binary */ soap_base642s(soap, reference->DigestValue, (char*)hash, SOAP_SMD_MAX_SIZE, NULL); /* verify the digest of a locally signed element */ if (soap_wsse_verify_digest(soap, alg, canonical, reference->URI + 1, hash)) return soap->error; } } return SOAP_OK; } return soap_wsse_fault(soap, wsse__InvalidSecurity, "Missing SignedInfo"); } /** @fn int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) @brief Verifies the digest value of an XML element referenced by id against the hash. @param soap context @param[in] alg digest algorithm @param[in] canonical flag indicating that element is signed in exc-c14n form @param[in] id string of the XML element to verify @param[in] hash digest value to verify against @return SOAP_OK or fault */ int soap_wsse_verify_digest(struct soap *soap, int alg, int canonical, const char *id, unsigned char hash[SOAP_SMD_MAX_SIZE]) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct soap_dom_element *elt, *dom = NULL; DBGFUN3("soap_wsse_verify_digest", "alg=%x", alg, "canonical=%d", canonical, "id=%s", id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_digest", "Plugin not registered", SOAP_PLUGIN_ERROR); /* traverse the DOM to find the element with matching wsu:Id or ds:Id */ for (elt = soap->dom; elt; elt = soap_dom_next_element(elt)) { struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { /* check attribute */ if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* found a match, compare attribute value with id */ if (att->data && !strcmp(att->data, id)) { if (dom) return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo duplicate Id"); dom = elt; /* elt = NULL; break; */ /* improves speed but skips duplicate Id check */ } } } } if (dom) { unsigned char HA[SOAP_SMD_MAX_SIZE]; int len, err = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Computing digest for Id=%s\n", id)); /* do not hash leading whitespace */ dom->head = NULL; /* canonical or as-is? */ if (canonical) { struct soap_dom_element *prt; struct soap_dom_attribute *att; soap->mode |= SOAP_XML_CANONICAL | SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); /* emit all xmlns attributes of ancestors */ while (soap->nlist) { struct soap_nlist *np = soap->nlist->next; SOAP_FREE(soap, soap->nlist); soap->nlist = np; } /* TODO: consider moving this into dom.cpp */ for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strncmp(att->name, "xmlns:", 6) && !soap_lookup_ns(soap, att->name + 6, strlen(att->name + 6))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute=%s\n", att->name)); soap_attribute(soap, att->name, att->data); } } } for (prt = dom->prnt; prt; prt = prt->prnt) { for (att = prt->atts; att; att = att->next) { if (!strcmp(att->name, "xmlns")) { soap_attribute(soap, att->name, att->data); break; } } } } else { /* compute digest over DOM "as is" */ soap->mode &= ~SOAP_XML_CANONICAL; soap->mode |= SOAP_DOM_ASIS; err = soap_smd_begin(soap, alg, NULL, 0); } /* do not dump namespace table xmlns bindings */ soap->ns = 2; /* compute digest */ soap->feltbegout = NULL; soap->feltendout = NULL; if (!err) err = soap_out_xsd__anyType(soap, NULL, 0, dom, NULL); if (soap_smd_end(soap, (char*)HA, &len) || err) return soap_wsse_fault(soap, wsse__FailedCheck, "Digest computation failed"); /* compare digests, success if identical */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Comparing digest hashes\n")); DBGHEX(TEST, hash, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n--\n")); DBGHEX(TEST, HA, len); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); if (!memcmp(hash, HA, (size_t)len)) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } if (data->vrfy_alg & SOAP_WSSE_IGNORE_EXTRA_REFS) return SOAP_OK; return soap_wsse_fault(soap, wsse__FailedCheck, "SignedInfo reference URI target not found"); } /******************************************************************************\ * * ds:Signature/KeyInfo * \******************************************************************************/ /** @fn ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) @brief Adds KeyInfo element. @param soap context @return ds__KeyInfo object */ struct ds__KeyInfoType* soap_wsse_add_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_add_Signature(soap); if (!signature->KeyInfo) { signature->KeyInfo = (ds__KeyInfoType*)soap_malloc(soap, sizeof(ds__KeyInfoType)); if (!signature->KeyInfo) return NULL; } soap_default_ds__KeyInfoType(soap, signature->KeyInfo); return signature->KeyInfo; } /** @fn ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) @brief Returns KeyInfo element if present. @param soap context @return ds__KeyInfo object or NULL */ struct ds__KeyInfoType* soap_wsse_KeyInfo(struct soap *soap) { ds__SignatureType *signature = soap_wsse_Signature(soap); if (signature) return signature->KeyInfo; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/KeyName * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) @brief Adds KeyName element. @param soap context @param[in] name string of the KeyName @return SOAP_OK Note: the recommended method to add Key information is to utilize KeyIdentifier instead of KeyName. A KeyName is useful mainly for internal use. */ int soap_wsse_add_KeyInfo_KeyName(struct soap *soap, const char *name) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN1("soap_wsse_add_KeyInfo_KeyName", "name=%s", name); /* populate the KeyName element */ keyInfo->KeyName = soap_strdup(soap, name); return SOAP_OK; } /** @fn int soap_wsse_get_KeyInfo_KeyName(struct soap *soap) @brief Returns KeyName element if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_KeyName(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_KeyName"); if (!keyInfo) return NULL; return keyInfo->KeyName; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/@URI * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) @brief Adds KeyInfo element with SecurityTokenReference URI. @param soap context @param[in] URI string referencing a security token @param[in] valueType string or NULL @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(struct soap *soap, const char *URI, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceURI", "URI=%s", URI?URI:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference element if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Reference element */ keyInfo->wsse__SecurityTokenReference->Reference = (_wsse__Reference*)soap_malloc(soap, sizeof(_wsse__Reference)); soap_default__wsse__Reference(soap, keyInfo->wsse__SecurityTokenReference->Reference); /* populate the Reference element */ keyInfo->wsse__SecurityTokenReference->Reference->URI = soap_strdup(soap, URI); keyInfo->wsse__SecurityTokenReference->Reference->ValueType = soap_strdup(soap, valueType); return SOAP_OK; } /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) @brief Adds KeyInfo element with SecurityTokenReference URI to an X509 cert. @param soap context @param[in] URI string referencing an X509 certificate @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceX509(struct soap *soap, const char *URI) { return soap_wsse_add_KeyInfo_SecurityTokenReferenceURI(soap, URI, wsse_X509v3URI); } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) @brief Returns a SecurityTokenReference URI if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->URI; return NULL; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) @brief Returns a SecurityTokenReference ValueType if present. @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->Reference) return keyInfo->wsse__SecurityTokenReference->Reference->ValueType; return NULL; } /** @fn X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) @brief Returns a X509 certificate if present as a BinarySecurity token. @param soap context @return X509 object or NULL with wsse:SecurityTokenUnavailable fault */ X509* soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(struct soap *soap) { const char *URI = soap_wsse_get_KeyInfo_SecurityTokenReferenceURI(soap); X509 *cert = NULL; DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceX509"); if (URI && *URI == '#') { const char *valueType; valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceValueType(soap); if (!valueType || !strcmp(valueType, wsse_X509v3URI)) cert = soap_wsse_get_BinarySecurityTokenX509(soap, URI + 1); } return cert; } /** @fn struct ds__X509IssuerSerialType *soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) @brief Returns ds__X509IssuerSerialType with non-NULL X509IssuerName and non-NULL X509SerialNumber of a X509Data element when present and set. @param soap context @return pointer to ds__X509IssuerSerialType struct or NULL */ struct ds__X509IssuerSerialType * soap_wsse_get_KeyInfo_SecurityTokenReferenceX509Data(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); if (keyInfo && keyInfo->wsse__SecurityTokenReference && keyInfo->wsse__SecurityTokenReference->ds__X509Data && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName && keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber) return keyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial; return NULL; } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/KeyIdentifier * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) @brief Adds KeyInfo element with SecurityTokenReference/KeyIdentifier binary data @param soap context @param[in] id string for signature reference @param[in] valueType string @param[in] data binary data @param[in] size of binary data @return SOAP_OK */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, const char *id, const char *valueType, unsigned char *data, int size) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN2("soap_wsse_add_KeyInfo_SecurityTokenReferenceKeyIdentifier", "id=%s", id?id:"", "valueType=%s", valueType?valueType:""); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)); if (!keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ keyInfo->wsse__SecurityTokenReference->KeyIdentifier->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = soap_strdup(soap, valueType); keyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, data, NULL, size); return SOAP_OK; } /** @fn const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier/ValueType if present @param soap context @return string or NULL */ const char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(struct soap *soap) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return keyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType; } /** @fn const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) @brief Returns KeyInfo/SecurityTokenReference/KeyIdentifier binary data @param soap context @param[out] size is set to the size of the decoded data @return data or NULL */ const unsigned char* soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(struct soap *soap, int *size) { ds__KeyInfoType *keyInfo = soap_wsse_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier"); if (!keyInfo || !keyInfo->wsse__SecurityTokenReference || !keyInfo->wsse__SecurityTokenReference->KeyIdentifier) return NULL; return (unsigned char*)soap_base642s(soap, keyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, size); } /******************************************************************************\ * * ds:Signature/KeyInfo/wsse:SecurityTokenReference/Reference/Embedded * \******************************************************************************/ /** @fn int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) @brief Adds KeyInfo element with Embedded SecurityTokenReference. @param soap context @param[in] id string for signature reference @param[in] valueType string @return SOAP_OK Note: this function does not add embedded tokens automatically. See code for comments. */ int soap_wsse_add_KeyInfo_SecurityTokenReferenceEmbedded(struct soap *soap, const char *id, const char *valueType) { ds__KeyInfoType *keyInfo = soap_wsse_add_KeyInfo(soap); DBGFUN("soap_wsse_get_KeyInfo_SecurityTokenReferenceEmbedded"); /* allocate SecurityTokenReference if we don't have one already */ if (!keyInfo->wsse__SecurityTokenReference) { keyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)); if (!keyInfo->wsse__SecurityTokenReference) return soap->error = SOAP_EOM; } soap_default__wsse__SecurityTokenReference(soap, keyInfo->wsse__SecurityTokenReference); /* allocate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded = (_wsse__Embedded*)soap_malloc(soap, sizeof(_wsse__Embedded)); if (!keyInfo->wsse__SecurityTokenReference->Embedded) return soap->error = SOAP_EOM; soap_default__wsse__Embedded(soap, keyInfo->wsse__SecurityTokenReference->Embedded); /* populate Embedded element */ keyInfo->wsse__SecurityTokenReference->Embedded->wsu__Id = soap_strdup(soap, id); keyInfo->wsse__SecurityTokenReference->Embedded->ValueType = soap_strdup(soap, valueType); /* TODO: Add embedded tokens and assertions. Could use DOM here? keyInfo->wsse__SecurityTokenReference->Embedded->xyz = ...; */ return SOAP_OK; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey header element * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) @brief Adds EncryptedKey header element and initiates the encryption of the SOAP Body. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC or SOAP_MEC_ENV_ENC_AEAS256_CBC @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @return SOAP_OK or error code This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. */ int soap_wsse_add_EncryptedKey(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial) { return soap_wsse_add_EncryptedKey_encrypt_only(soap, alg, URI, cert, subjectkeyid, issuer, serial, NULL); } /** @fn int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) @brief Adds EncryptedKey header element and initiates encryption of the given XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. @param soap context @param[in] alg algorithm to use, SOAP_MEC_ENV_ENC_DES_CBC or SOAP_MEC_ENV_ENC_AEAS256_CBC @param[in] URI a unique identifier for the key, required for interoperability @param[in] cert the X509 certificate with public key or NULL @param[in] subjectkeyid string identification of the subject which when set to non-NULL is used instead of embedding the public key in the message @param[in] issuer string to include SecurityTokenReference/X509Data @param[in] serial string to include SecurityTokenReference/X509Data @param[in] tags space-separated string of element tag names to encrypt @return xenc__EncryptedKeyType object This function adds the encrypted key or subject key ID to the WS-Security header and initiates encryption of the SOAP Body. An X509 certificate may be provided, or the subjectkeyid, or the issuer and serial number. The certificate is embedded in the WS-Security EncryptedKey header. If the subjectkeyid string is non-NULL the subject key ID is used in the EncryptedKey header instead of the X509 certificate content. Only the XML elements given in the 'tags' string as wsu:Id attributed elements are encrypted. WARNING: Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. WARNING: The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. WARNING: Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_add_EncryptedKey_encrypt_only(struct soap *soap, int alg, const char *URI, X509 *cert, const char *subjectkeyid, const char *issuer, const char *serial, const char *tags) { EVP_PKEY *pubk; unsigned char *key; int keylen; _wsse__Security *security; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); security = soap_wsse_add_Security(soap); /* if we don't have a xenc:EncryptedKey, create one */ if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; } soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); security->xenc__EncryptedKey->Id = soap_strdup(soap, URI); if (!(security->xenc__EncryptedKey->EncryptionMethod = (xenc__EncryptionMethodType*)soap_malloc(soap, sizeof(struct xenc__EncryptionMethodType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptionMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod); /* RSA Version 1.5 or RSA-OAEP */ alg |= (SOAP_MEC_ENV | SOAP_MEC_ENC); if (alg & SOAP_MEC_OAEP) { security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsaesURI; security->xenc__EncryptedKey->EncryptionMethod->OAEPparams = NULL; if (!(security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod = (struct ds__DigestMethodType*)soap_malloc(soap, sizeof(struct ds__DigestMethodType)))) return soap->error = SOAP_EOM; soap_default_ds__DigestMethodType(soap, security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod); security->xenc__EncryptedKey->EncryptionMethod->ds__DigestMethod->Algorithm = (char*)ds_sha1URI; } else security->xenc__EncryptedKey->EncryptionMethod->Algorithm = (char*)xenc_rsa15URI; /* KeyInfo */ if (!(security->xenc__EncryptedKey->ds__KeyInfo = (_ds__KeyInfo*)soap_malloc(soap, sizeof(_ds__KeyInfo)))) return soap->error = SOAP_EOM; soap_default__ds__KeyInfo(soap, security->xenc__EncryptedKey->ds__KeyInfo); /* allocate SecurityTokenReference */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference = (_wsse__SecurityTokenReference*)soap_malloc(soap, sizeof(_wsse__SecurityTokenReference)))) return soap->error = SOAP_EOM; soap_default__wsse__SecurityTokenReference(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference); if (issuer && serial) { if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data = (struct ds__X509DataType*)soap_malloc(soap, sizeof(struct ds__X509DataType)))) return soap->error = SOAP_EOM; soap_default_ds__X509DataType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data); if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial = (struct ds__X509IssuerSerialType*)soap_malloc(soap, sizeof(struct ds__X509IssuerSerialType)))) return soap->error = SOAP_EOM; soap_default_ds__X509IssuerSerialType(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509IssuerName = soap_strdup(soap, issuer); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->ds__X509Data->X509IssuerSerial->X509SerialNumber = soap_strdup(soap, serial); } else { /* allocate KeyIdentifier */ if (!(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier = (_wsse__KeyIdentifier*)soap_malloc(soap, sizeof(_wsse__KeyIdentifier)))) return soap->error = SOAP_EOM; soap_default__wsse__KeyIdentifier(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier); /* populate KeyIdentifier */ security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->EncodingType = (char*)wsse_Base64BinaryURI; if (subjectkeyid) { security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3SubjectKeyIdentifierURI; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, (unsigned char*)subjectkeyid, NULL, strlen(subjectkeyid)); } else if (cert) { unsigned char *der, *s; int derlen; security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType = (char*)wsse_X509v3URI; /* determine the storage requirement */ derlen = i2d_X509(cert, NULL); if (derlen < 0) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* use the gSOAP engine's look-aside buffer to temporarily hold the cert */ if (soap_store_lab(soap, NULL, derlen)) return SOAP_EOM; s = der = (unsigned char*)soap->labbuf; /* store in DER format */ i2d_X509(cert, &s); security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item = soap_s2base64(soap, der, NULL, derlen); } } /* CipherData */ if (!(security->xenc__EncryptedKey->CipherData = (xenc__CipherDataType*)soap_malloc(soap, sizeof(struct xenc__CipherDataType)))) return soap->error = SOAP_EOM; soap_default_xenc__CipherDataType(soap, security->xenc__EncryptedKey->CipherData); /* get the public key */ pubk = X509_get_pubkey(cert); if (!pubk) return soap_wsse_fault(soap, wsse__InvalidSecurityToken, "Invalid certificate passed to soap_wsse_add_EncryptedKey_encrypt_only"); /* start encryption engine, get the encrypted secret key */ key = (unsigned char*)soap_malloc(soap, soap_mec_size(alg, pubk)); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, pubk, key, &keylen)) { EVP_PKEY_free(pubk); return soap->error; } EVP_PKEY_free(pubk); data->enco_alg = alg; data->enco_keyname = NULL; data->enco_key = key; data->enco_keylen = keylen; if (!(security->xenc__EncryptedKey->CipherData->CipherValue = soap_s2base64(soap, key, NULL, keylen))) return soap->error = SOAP_EOM; data->encid = soap_strdup(soap, tags); if (!tags) { soap->omode |= SOAP_SEC_WSUID; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, "#Body")) return soap->error; } else { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) { *t = '\0'; while (*++t == ' ') ; } *--s = '#'; if (soap_wsse_add_EncryptedKey_DataReferenceURI(soap, s)) return soap->error; s = t; } while (s); } soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_verify_EncryptedKey(struct soap *soap) @brief Verifies the EncryptedKey header information (certificate validity requires soap->cacert to be set). Retrieves the decryption key from the token handler callback to decrypt the decryption key. @param soap context @return SOAP_OK or error code */ int soap_wsse_verify_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_EncryptedKey"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_EncryptedKey", "Plugin not registered", SOAP_PLUGIN_ERROR); /* if we have a xenc:EncryptedKey, check it and start envelope decryption */ if (security && security->xenc__EncryptedKey) { if (!security->xenc__EncryptedKey->EncryptionMethod || !security->xenc__EncryptedKey->EncryptionMethod->Algorithm) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); /* verify encrypted key */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verify EncryptedKey alg=%x\n", data->deco_alg)); if (security->xenc__EncryptedKey->ds__KeyInfo) { int keylen; if (security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType && security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item) { if (!strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3URI)) { X509 *cert = NULL; const unsigned char *der; int derlen; der = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &derlen); if (!der) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); cert = d2i_X509(&cert, &der, derlen); if (soap_wsse_verify_X509(soap, cert)) { if (cert) X509_free(cert); return soap->error; } /* get the private key from subject name of cert, if not set */ if (!data->deco_key && data->security_token_handler) { char buf[1024]; data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)), &keylen); data->deco_keylen = 0; } if (cert) X509_free(cert); } else if (!data->deco_key && data->security_token_handler && !strcmp(security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->ValueType, wsse_X509v3SubjectKeyIdentifierURI)) { int subjectkeyidlen; const char *subjectkeyid = (char*)soap_base642s(soap, security->xenc__EncryptedKey->ds__KeyInfo->wsse__SecurityTokenReference->KeyIdentifier->__item, NULL, 0, &subjectkeyidlen); /* get the private key from subject key id */ data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, subjectkeyid, &keylen); data->deco_keylen = 0; } } else if (!data->deco_key && data->security_token_handler) { const char *name = NULL; /* get the private key from key name or subject name */ if (security->xenc__EncryptedKey->ds__KeyInfo->KeyName) name = security->xenc__EncryptedKey->ds__KeyInfo->KeyName; else if (security->xenc__EncryptedKey->ds__KeyInfo->X509Data && security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName) name = security->xenc__EncryptedKey->ds__KeyInfo->X509Data->X509SubjectName; if (name) { data->deco_alg = SOAP_MEC_ENV_DEC_DES_CBC; data->deco_key = data->security_token_handler(soap, &data->deco_alg, name, &keylen); data->deco_keylen = 0; } } } /* start decryption */ if (data->deco_key && security->xenc__EncryptedKey->CipherData && security->xenc__EncryptedKey->CipherData->CipherValue) { int keylen; unsigned char *key = (unsigned char*)soap_base642s(soap, security->xenc__EncryptedKey->CipherData->CipherValue, NULL, 0, &keylen); if (!strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsaesURI)) data->deco_alg |= SOAP_MEC_OAEP; else if (strcmp(security->xenc__EncryptedKey->EncryptionMethod->Algorithm, xenc_rsa15URI)) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid Encryption algorithm or key"); if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, data->deco_alg, (SOAP_MEC_KEY_TYPE*)data->deco_key, key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } /* do not process EncryptedKey again */ security->xenc__EncryptedKey = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verified EncryptedKey alg=%x\n", data->deco_alg)); } return SOAP_OK; } /** @fn void soap_wsse_delete_EncryptedKey(struct soap *soap) @brief Deletes EncryptedKey header element. @param soap context */ void soap_wsse_delete_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); DBGFUN("soap_wsse_delete_EncryptedKey"); if (security) security->xenc__EncryptedKey = NULL; } /** @fn xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) @brief Returns EncryptedKey header element if present. @param soap context @return xenc__EncryptedKeyType object or NULL */ struct xenc__EncryptedKeyType* soap_wsse_EncryptedKey(struct soap *soap) { _wsse__Security *security = soap_wsse_Security(soap); if (security) return security->xenc__EncryptedKey; return NULL; } /******************************************************************************\ * * wsse:Security/xenc:EncryptedKey/ReferenceList/DataReference * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the EncryptedKey header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_EncryptedKey_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_EncryptedKey_DataReferenceURI", "URI=%s", URI?URI:""); if (!security->xenc__EncryptedKey) { if (!(security->xenc__EncryptedKey = (xenc__EncryptedKeyType*)soap_malloc(soap, sizeof(xenc__EncryptedKeyType)))) return soap->error = SOAP_EOM; soap_default_xenc__EncryptedKeyType(soap, security->xenc__EncryptedKey); } if (!security->xenc__EncryptedKey->ReferenceList) { if (!(security->xenc__EncryptedKey->ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__EncryptedKey->ReferenceList); } ref = security->xenc__EncryptedKey->ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__EncryptedKey->ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__EncryptedKey->ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /** @fn int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) @brief Adds a DataReference URI to the WS-Security header element. @param soap context @param[in] URI value of the URI ID @return SOAP_OK or error code */ int soap_wsse_add_DataReferenceURI(struct soap *soap, const char *URI) { _wsse__Security *security = soap_wsse_add_Security(soap); _xenc__ReferenceList *ref; int k, n = 0; DBGFUN1("soap_wsse_add_DataReferenceURI", "URI=%s", URI?URI:""); /* initial alloc */ if (!security->xenc__ReferenceList) { if (!(security->xenc__ReferenceList = (struct _xenc__ReferenceList*)soap_malloc(soap, sizeof(struct _xenc__ReferenceList)))) return soap->error = SOAP_EOM; soap_default__xenc__ReferenceList(soap, security->xenc__ReferenceList); } ref = security->xenc__ReferenceList; k = ref->__size_ReferenceList++; /* need to increase space? */ if (k < 0) return soap->error = SOAP_EOM; if (k == 0) n = 1; else if (k >= 1 && (k & (k - 1)) == 0) n = 2 * k; /* yes we do */ if (n) { struct __xenc__union_ReferenceList *tmp = (struct __xenc__union_ReferenceList*)soap_malloc(soap, n * sizeof(struct __xenc__union_ReferenceList)); int i; if (!tmp) return soap->error = SOAP_EOM; for (i = 0; i < k; i++) tmp[i] = ref->__union_ReferenceList[i]; security->xenc__ReferenceList->__union_ReferenceList = tmp; ref = security->xenc__ReferenceList; } /* add entry */ soap_default___xenc__union_ReferenceList(soap, &ref->__union_ReferenceList[k]); if (!(ref->__union_ReferenceList[k].DataReference = (struct xenc__ReferenceType*)soap_malloc(soap, sizeof(struct xenc__ReferenceType)))) return soap->error = SOAP_EOM; soap_default_xenc__ReferenceType(soap, ref->__union_ReferenceList[k].DataReference); ref->__union_ReferenceList[k].DataReference->URI = soap_strdup(soap, URI); return SOAP_OK; } /******************************************************************************\ * * xenc:EncryptedData * \******************************************************************************/ /** @fn int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) @brief Adds EncryptedData/ds:KeyInfo/Keyname elements. @param soap context @param[in] keyname name of the key @return SOAP_OK or error code This function adds the name of the key to each EncryptedData element to identify the shared secret key used for encryption. */ int soap_wsse_add_EncryptedData_KeyInfo_KeyName(struct soap *soap, const char *keyname) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_add_EncryptedData_KeyInfo_KeyName"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_add_EncryptedData_KeyInfo_KeyName", "Plugin not registered", SOAP_PLUGIN_ERROR); data->enco_keyname = soap_strdup(soap, keyname); return SOAP_OK; } /******************************************************************************\ * * Faults * \******************************************************************************/ /** @fn int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_sender_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault (sub)code for server fault response. @param soap context @param[in] faultsubcode sub code string @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault_subcode(struct soap *soap, const char *faultsubcode, const char *faultstring, const char *faultdetail) { #if defined(SOAP_WSA_2003) || defined(SOAP_WSA_2004) || defined(SOAP_WSA_200408) || defined(SOAP_WSA_2005) return soap_wsa_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #else return soap_receiver_fault_subcode(soap, faultsubcode, faultstring, faultdetail); #endif } /** @fn int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets sender SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_sender_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) @brief Sets receiver SOAP Fault for server fault response. @param soap context @param[in] faultstring fault string @param[in] faultdetail detail string @return SOAP_FAULT */ int soap_wsse_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetail) { return soap_wsse_receiver_fault_subcode(soap, NULL, faultstring, faultdetail); } /** @fn int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) @brief Sets SOAP Fault (sub)code for server response. @param soap context @param[in] fault is one of wsse:FaultcodeEnum @param[in] detail string with optional text message @return SOAP_FAULT */ int soap_wsse_fault(struct soap *soap, wsse__FaultcodeEnum fault, const char *detail) { const char *code = soap_wsse__FaultcodeEnum2s(soap, fault); DBGFUN2("soap_wsse_fault", "fault=%s", code?code:"", "detail=%s", detail?detail:""); /* remove incorrect or incomplete Security header */ soap_wsse_delete_Security(soap); /* populate the SOAP Fault as per WS-Security spec */ /* detail = NULL; */ /* uncomment when detail text not recommended */ /* use WSA to populate the SOAP Header when WSA is used */ switch (fault) { case wsse__UnsupportedSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported token was provided", detail); case wsse__UnsupportedAlgorithm: return soap_wsse_sender_fault_subcode(soap, code, "An unsupported signature or encryption algorithm was used", detail); case wsse__InvalidSecurity: return soap_wsse_sender_fault_subcode(soap, code, "An error was discovered processing the header", detail); case wsse__InvalidSecurityToken: return soap_wsse_sender_fault_subcode(soap, code, "An invalid security token was provided", detail); case wsse__FailedAuthentication: return soap_wsse_sender_fault_subcode(soap, code, "The security token could not be authenticated or authorized", detail); case wsse__FailedCheck: return soap_wsse_sender_fault_subcode(soap, code, "The signature or decryption was invalid", detail); case wsse__SecurityTokenUnavailable: return soap_wsse_sender_fault_subcode(soap, code, "Referenced security token could not be retrieved", detail); } return SOAP_FAULT; } /******************************************************************************\ * * Digest authentication session management * \******************************************************************************/ /** @fn static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) @brief Verifies and updates the digest, nonce, and creation time against the digest authentication session database to prevent replay attacks. @param soap context @param[in] hash binary digest value of PasswordDigest @param[in] created string @param[in] nonce string (base64) @return SOAP_OK or SOAP_FAULT */ static int soap_wsse_session_verify(struct soap *soap, const char hash[SOAP_SMD_SHA1_SIZE], const char *created, const char *nonce) { struct soap_wsse_session *session; time_t expired, now = time(NULL); DBGFUN("soap_wsse_session_verify"); soap_s2dateTime(soap, created, &expired); /* creation time in the future? */ if (expired > now + SOAP_WSSE_CLKSKEW) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authorization request in future"); expired += SOAP_WSSE_NONCETIME; /* expired? */ if (expired <= now) return soap_wsse_fault(soap, wsse__FailedAuthentication, "Authentication expired"); /* purge expired messages, but don't do this all the time to improve efficiency */ if (now % 10 == 0) soap_wsse_session_cleanup(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Verifying session nonce=%s\n", nonce)); /* enter mutex to check and update session */ MUTEX_LOCK(soap_wsse_session_lock); for (session = soap_wsse_session; session; session = session->next) { if (!memcmp(session->hash, hash, SOAP_SMD_SHA1_SIZE) && !strcmp(session->nonce, nonce)) break; } /* if not found, allocate new session data */ if (!session) { size_t l = strlen(nonce); session = (struct soap_wsse_session*)malloc(sizeof(struct soap_wsse_session) + l); if (session) { session->next = soap_wsse_session; session->expired = expired; soap_memcpy(session->hash, sizeof(session->hash), hash, SOAP_SMD_SHA1_SIZE); soap_strcpy(session->nonce, l + 1, nonce); soap_wsse_session = session; } session = NULL; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); /* if replay attack, return non-descript failure */ if (session) return soap_wsse_fault(soap, wsse__FailedAuthentication, NULL); return SOAP_OK; } /** @fn static void soap_wsse_session_cleanup(struct soap *soap) @brief Removes expired authentication data from the digest authentication session database. @param soap context */ static void soap_wsse_session_cleanup(struct soap *soap) { struct soap_wsse_session **session; time_t now = time(NULL); DBGFUN("soap_wsse_session_cleanup"); /* enter mutex to purge expired session data */ MUTEX_LOCK(soap_wsse_session_lock); session = &soap_wsse_session; while (*session) { if ((*session)->expired < now) { struct soap_wsse_session *p = *session; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deleting session nonce=%s\n", p->nonce)); *session = p->next; free(p); } else session = &(*session)->next; } /* exit mutex */ MUTEX_UNLOCK(soap_wsse_session_lock); } /******************************************************************************\ * * Calculate SHA1(created, nonce, password) digest * \******************************************************************************/ /** @fn static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) @brief Calculates digest value SHA1(created, nonce, password) @param soap context @param[in] created string (XSD dateTime format) @param[in] nonce value @param[in] noncelen length of nonce value @param[in] password string @param[out] hash SHA1 digest */ static void calc_digest(struct soap *soap, const char *created, const char *nonce, int noncelen, const char *password, char hash[SOAP_SMD_SHA1_SIZE]) { struct soap_smd_data context; /* use smdevp engine */ soap_smd_init(soap, &context, SOAP_SMD_DGST_SHA1, NULL, 0); soap_smd_update(soap, &context, nonce, noncelen); soap_smd_update(soap, &context, created, strlen(created)); soap_smd_update(soap, &context, password, strlen(password)); soap_smd_final(soap, &context, hash, NULL); } /******************************************************************************\ * * Calculate randomized hex nonce * \******************************************************************************/ /** @fn static void calc_nonce(struct soap *soap, char nonce[SOAP_WSSE_NONCELEN]) @brief Calculates randomized nonce (also uses time() in case a poorly seeded PRNG is used) @param soap context @param[out] nonce value */ static void calc_nonce(struct soap *soap, char nonce[SOAP_WSSE_NONCELEN]) { int i; time_t r = time(NULL); soap_memcpy((void*)nonce, SOAP_WSSE_NONCELEN, (const void*)&r, 4); for (i = 4; i < SOAP_WSSE_NONCELEN; i += 4) { r = soap_random; soap_memcpy((void*)nonce + i, (const void*)&r, 4); } } /******************************************************************************\ * * Plugin registry functions * \******************************************************************************/ /** @fn int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) @brief Plugin registry function, used with soap_register_plugin. @param soap context @param[in,out] p plugin created in registry @param[in] arg passed from soap_register_plugin_arg is an optional security token handler callback @return SOAP_OK */ int soap_wsse(struct soap *soap, struct soap_plugin *p, void *arg) { static int done = 0; DBGFUN("soap_wsse"); p->id = soap_wsse_id; p->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); p->fcopy = soap_wsse_copy; p->fdelete = soap_wsse_delete; if (p->data) { if (soap_wsse_init(soap, (struct soap_wsse_data*)p->data, (const void *(*)(struct soap*, int*, const char*, int*))arg)) { SOAP_FREE(soap, p->data); return SOAP_EOM; } } if (!done) { #if 0 #ifdef WIN32 /* now uses CreateMutex() for static lock initialization */ static volatile long spinlock = 0; DWORD s = 0; /* Initialize soap_wsse_session_lock with a spinlock */ while (InterlockedExchange(&spinlock, 1) == 1) { Sleep(s); s = !s; } if (!done) MUTEX_SETUP(soap_wsse_session_lock); done = 1; spinlock = 0; #else done = 1; #endif #endif #ifdef WITH_OPENSSL /* moved to stdsoap2.c MUTEX_LOCK(soap_wsse_session_lock); OpenSSL_add_all_digests(); OpenSSL_add_all_algorithms(); MUTEX_UNLOCK(soap_wsse_session_lock); */ #endif } return SOAP_OK; } /** @fn int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int*, const char*, int*)) @brief Initializes plugin data. @param soap context @param[in,out] data plugin data @param arg security token handler callback @return SOAP_OK */ static int soap_wsse_init(struct soap *soap, struct soap_wsse_data *data, const void *(*arg)(struct soap*, int *alg, const char *keyname, int *keylen)) { DBGFUN("soap_wsse_init"); data->sigid = NULL; data->encid = NULL; data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; data->vrfy_alg = SOAP_SMD_NONE; data->vrfy_key = NULL; data->vrfy_keylen = 0; data->enco_alg = SOAP_MEC_NONE; data->enco_keyname = NULL; data->enco_key = NULL; data->enco_keylen = 0; data->deco_alg = SOAP_MEC_NONE; data->deco_key = NULL; data->deco_keylen = 0; data->digest = NULL; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; data->fpreparefinalrecv = NULL; data->fheader = soap->fheader; soap->fheader = soap_wsse_header; data->mec = NULL; data->store = NULL; data->security_token_handler = arg; soap->feltbegin = soap_wsse_element_begin_in; soap->feltendin = soap_wsse_element_end_in; return SOAP_OK; } /** @fn int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) @brief Copies plugin data to localize plugin data for threads. @param soap context @param[out] dst target plugin @param[in] src source plugin @return SOAP_OK */ static int soap_wsse_copy(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src) { DBGFUN("soap_wsse_copy"); *dst = *src; dst->data = (void*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_data)); soap_wsse_init(soap, (struct soap_wsse_data*)dst->data, ((struct soap_wsse_data*)src->data)->security_token_handler); return SOAP_OK; } /** @fn void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) @brief Deletes plugin data. @param soap context @param[in,out] p plugin @return SOAP_OK */ static void soap_wsse_delete(struct soap *soap, struct soap_plugin *p) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_delete"); if (data) { soap_wsse_preparecleanup(soap, data); if (data->mec) { soap_mec_cleanup(soap, data->mec); SOAP_FREE(soap, data->mec); data->mec = NULL; } if (data->store) { X509_STORE_free(data->store); data->store = NULL; } SOAP_FREE(soap, data); } } /******************************************************************************\ * * Plugin-specific functions * \******************************************************************************/ /** @fn int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) @brief Sets the elements that are to be extended with wsu:Id attributes. The wsu:Id attribute values are set to the string value of the tag's QName by replacing colons with hyphens to produce an xsd:ID value. @param soap context @param[in] tags string of space-separated qualified and unqualified element tag names @return SOAP_OK */ int soap_wsse_set_wsu_id(struct soap *soap, const char *tags) { DBGFUN1("soap_wsse_set_wsu_id", "tags=%s", tags?tags:"(null)"); soap->wsuid = soap_strdup(soap, tags); return SOAP_OK; } /** @fn int soap_wsse_sign_only(struct soap *soap, const char *tags) @brief Filters only the specified wsu:Id names for signing. Can be used with soap_wsse_set_wsu_id() and if so should use the element tag names. @param soap context @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK */ int soap_wsse_sign_only(struct soap *soap, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign_only", "tags=%s", tags?tags:"(null)"); if (data) data->sigid = soap_wsse_ids(soap, tags); return SOAP_OK; } /** @fn static char* soap_wsse_ids(struct soap *soap, const char *tags) @brief converts tag name(s) to id name(s) @param soap context @param[in] tags string of space-separated (un)qualified tag names @return string of ids */ static char* soap_wsse_ids(struct soap *soap, const char *tags) { char *s, *t; s = t = soap_strdup(soap, tags); while (s && *s) { if (*s == ':') *s = '-'; s++; } return t; } /** @fn int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements. @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1, SOAP_SMD_SIGN_DSA_SHA1, or SOAP_SMD_SIGN_RSA_SHA1 @param[in] key is the HMAC secret key or DSA/RSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK or fault This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_digest *digest, *next; struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_sign", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_sign", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__InvalidSecurity, "Invalid signature algorithm or key"); /* store alg and key in plugin data */ data->sign_alg = alg; data->sign_key = key; data->sign_keylen = keylen; /* save and set the plugin's callbacks to preprocess outbound messages */ if (soap->fpreparesend != soap_wsse_preparesend) { data->fpreparesend = soap->fpreparesend; data->fpreparefinalsend = soap->fpreparefinalsend; } if (soap->fpreparefinalsend != soap_wsse_preparefinalsend) { soap->fpreparesend = soap_wsse_preparesend; soap->fpreparefinalsend = soap_wsse_preparefinalsend; } /* support HTTP compression only with HTTP chunking to allow signing XML */ if ((soap->omode & SOAP_ENC_ZLIB)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_CHUNK; else if ((soap->omode & SOAP_IO) == SOAP_IO_STORE) /* no store buffering */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_BUFFER; /* cleanup the digest data */ for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; return SOAP_OK; } /** @fn int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) @brief Uses the wsse plugin to sign all wsu:Id attributed elements, including the SOAP Body (by adding a wsu:Id="Body" attribute). @param soap context @param[in] alg is the signature algorithm, such as SOAP_SMD_HMAC_SHA1, SOAP_SMD_SIGN_DSA_SHA1, or SOAP_SMD_SIGN_RSA_SHA1 @param[in] key is the HMAC secret key or DSA/RSA private EVP_PKEY @param[in] keylen is the HMAC key length @return SOAP_OK This function does not actually sign the message, but initiates the plugin's signature algorithm to sign the message upon message transfer. */ int soap_wsse_sign_body(struct soap *soap, int alg, const void *key, int keylen) { DBGFUN1("soap_wsse_sign_body", "alg=%x", alg); soap_wsse_add_Security(soap); soap->omode |= SOAP_SEC_WSUID; return soap_wsse_sign(soap, alg, key, keylen); } /** @fn int soap_wsse_verify_init(struct soap *soap) @brief Uses the wsse plugin to initiate the verification of the signature and SignedInfo Reference digests. @param soap context @return SOAP_OK This function does not actually verify the message, but initiates the plugin's data to store the message in a DOM to verify the signature. The signature and digests in the DOM must be verified manually. */ int soap_wsse_verify_init(struct soap *soap) { DBGFUN("soap_wsse_verify_init"); /* deserialize inbound message to DOM */ soap->imode |= SOAP_XML_DOM; return SOAP_OK; } /** @fn int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) @brief Uses the wsse plugin to initiate the automatic verification of the signature and SignedInfo Reference digests. @param soap context @param[in] alg to verify signature if signature has no secret or public key, use SOAP_SMD_NONE to omit @param[in] key is HMAC key or EVP_PKEY or NULL @param[in] keylen is HMAC key length or 0 @return SOAP_OK This function does not actually verify the message, but initiates the plugin's algorithm to store the message in a DOM to automatically verify the signature and digests. If the message does not contain a key to verify the signature, the alg, key, and keylen parameters are used. It is important that the X509 certificate used to verify the signature, which requires soap->cafile and/or soap->capath to be set. */ int soap_wsse_verify_auto(struct soap *soap, int alg, const void *key, size_t keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_auto"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); data->vrfy_alg = alg; data->vrfy_key = key; data->vrfy_keylen = keylen; if (soap->fpreparefinalrecv != soap_wsse_preparefinalrecv) { data->fpreparefinalrecv = soap->fpreparefinalrecv; soap->fpreparefinalrecv = soap_wsse_preparefinalrecv; } return soap_wsse_verify_init(soap); } /** @fn int soap_wsse_verify_done(struct soap *soap) @brief Terminates the automatic verification of signatures. @param soap context @return SOAP_OK */ int soap_wsse_verify_done(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_verify_done"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_verify_done", "Plugin not registered", SOAP_PLUGIN_ERROR); soap->imode &= ~SOAP_XML_DOM; soap->omode &= ~SOAP_SEC_WSUID; if (soap->fpreparefinalrecv == soap_wsse_preparefinalrecv) soap->fpreparefinalrecv = data->fpreparefinalrecv; return SOAP_OK; } /** @fn size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) @brief Post-checks the presence of signed element(s). Does not verify the signature of these elements, which is done with @ref soap_wsse_verify_auto. @param soap context @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements signed. This function does not actually verify the signature of each element, but checks whether the elements are signed and thus their integrity is preserved. Signed element nesting rules are obeyed, so if the matching element is a descendent of a signed element, it is signed as well. Thus, the verification process follows nesting rules. Client should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. To check the SOAP Body (either using SOAP 1.1 or 1.2), @ref soap_wsse_verify_element(soap, namespaces[0].ns, "Body"). To check whether the Timestamp was signed (assuming it is present and message expiration checked with @ref soap_wsse_verify_Timestamp), use @ref soap_wsse_verify_element(soap, "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd", "Timestamp"). Note: for future releases XPath queries (or forms of these) will be considered. */ size_t soap_wsse_verify_element(struct soap *soap, const char *URI, const char *tag) { ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); size_t count = 0; DBGFUN("soap_wsse_verify_element"); if (signedInfo && soap->dom) { struct soap_dom_element *elt; /* traverse the DOM */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SignedInfo and DOM found\n")); elt = soap->dom; while (elt) { /* find wsu:Id or ds:Id and check for Id in signedInfo */ int ok = 0; struct soap_dom_attribute *att; for (att = elt->atts; att; att = att->next) { if (att->name && att->nstr && (!strcmp(att->nstr, wsu_URI) || !strcmp(att->nstr, ds_URI)) && (!strcmp(att->name, "Id") || !soap_tag_cmp(att->name, "*:Id"))) { /* Id attribute found, search Id value in ds:Reference/@URI */ int i; for (i = 0; i < signedInfo->__sizeReference; i++) { ds__ReferenceType *reference = signedInfo->Reference[i]; if (reference->URI && *reference->URI == '#' && !strcmp(reference->URI + 1, att->data)) { ok = 1; break; } } if (ok) break; } } /* the current element is signed, count this and the matching nested */ if (ok) { count += soap_wsse_verify_nested(soap, elt, URI, tag); /* go to next sibling or back up */ if (elt->next) elt = elt->next; else { do elt = elt->prnt; while (elt && !elt->next); if (elt) elt = elt->next; } } else elt = soap_dom_next_element(elt); } } return count; } /** @fn size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) @brief Counts signed matching elements from the dom node and down @param soap context @param dom node to check and down @param URI namespace of element(s) @param tag name of element(s) @return number of matching elements. */ static size_t soap_wsse_verify_nested(struct soap *soap, struct soap_dom_element *dom, const char *URI, const char *tag) { size_t count = 0; /* search the DOM node and descendants for matching elements */ struct soap_dom_element *elt = dom; for (elt = dom; elt && elt != dom->next && elt != dom->prnt; elt = soap_dom_next_element(elt)) { if (elt->name && ((!elt->nstr && !URI) || (elt->nstr && URI && !strcmp(elt->nstr, URI)))) { const char *s = strchr(elt->name, ':'); if (s) s++; else s = elt->name; /* found element? */ if (!strcmp(s, tag)) count++; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' (\"%s\":%s) is signed\n", elt->name, elt->nstr, elt->name)); } return count; } /** @fn int soap_wsse_verify_body(struct soap *soap) @brief Post-checks the presence of signed SOAP Body. Does not verify the signature of the Body, which is done with @ref soap_wsse_verify_auto. @param soap context @return SOAP_OK (signed) or SOAP_FAULT This function does not actually verify the signature of the Body. It checks whether the Body is signed and thus its integrity is preserved. Clients should call this function after invocation. Services should call this function inside a service operation. This function traverses the entire DOM, so performance is determined by the size of a message. */ int soap_wsse_verify_body(struct soap *soap) { const char *ns = NULL; /* Are we using SOAP 1.1 or 1.2? Check first row of namespace table */ if (soap->local_namespaces) { if (soap->local_namespaces->out) ns = soap->local_namespaces->out; else if (soap->local_namespaces->ns) ns = soap->local_namespaces->ns; } /* We don't know if we're using SOAP 1.1 or 1.2, so assume it is 1.2 */ if (!ns) ns = "http://www.w3.org/2003/05/soap-envelope"; if (soap_wsse_verify_element(soap, ns, "Body") > 0) return SOAP_OK; return soap_wsse_sender_fault(soap, "Message body not signed", NULL); } /** @fn int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) @brief Initiates the encryption of the SOAP Body. The algorithm should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function initiates the encryption of the SOAP Body using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. */ int soap_wsse_encrypt_body(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt_body", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_body", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = NULL; soap->omode |= SOAP_SEC_WSUID; soap_wsse_add_DataReferenceURI(soap, "#Body"); return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) @brief Initiates the encryption of XML elements specified in the tags string. Should be used in combination with soap_wsse_set_wsu_id to set wsu:Id for given XML element tags. The algorithm should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC for symmetric encryption. Use soap_wsse_add_EncryptedKey_encrypt_only for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @param[in] tags string of space-separated qualified and unqualified tag names @return SOAP_OK or error code This function initiates the encryption using an RSA public key or a symmetric shared secret key. No WS-Security EncryptedKey header will be set. Use soap_wsse_add_EncryptedKey instead for public key encryption. WARNING: Use @ref soap_wsse_add_EncryptedKey_encrypt_only only in combination with @ref soap_wsse_set_wsu_id with the tag names of the elements to be encrypted. OTHERWISE THE GIVEN XML ELEMENTS ARE NOT ENCRYPTED AND WILL BE SENT IN THE CLEAR. WARNING: The elements identified with @ref soap_wsse_set_wsu_id to encrypt MUST occur EXACTLY ONCE in the SOAP Body. WARNING: Encryption/decryption of elements with simple content (CDATA content) IS NOT SUPPORTED. This means that elements you want to encrypt with this function must have complex content. That is, only encrypt elements with sub elements or encrypt the entire SOAP Body. */ int soap_wsse_encrypt_only(struct soap *soap, int alg, const void *key, int keylen, const char *tags) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN2("soap_wsse_encrypt_only", "alg=%x", alg, "tags=%s", tags?tags:"(null)"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt_only", "Plugin not registered", SOAP_PLUGIN_ERROR); data->encid = soap_strdup(soap, tags); if (tags) { char *s, *t; size_t l = strlen(tags); /* make space to insert # to each id converted from a tag name */ t = (char*)soap_malloc(soap, l + 2); if (!t) return soap->error = SOAP_EOM; *t = '#'; soap_strcpy(t + 1, l + 1, tags); s = soap_wsse_ids(soap, t); if (!s) return soap->error = SOAP_EOM; s++; do { t = strchr(s, ' '); if (t) *t = '\0'; s--; *s = '#'; if (soap_wsse_add_DataReferenceURI(soap, s)) return soap->error; s = t; while (s && *s == ' ') s++; } while (s); } return soap_wsse_encrypt(soap, alg, key, keylen); } /** @fn int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) @brief Start encryption. This function is supposed to be used internally only. The algorithm should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC for symmetric encryption. Use soap_wsse_add_EncryptedKey for public key encryption. @param soap context @param[in] alg the encryption algorithm, should be SOAP_MEC_ENC_DES_CBC or one of SOAP_MEC_ENC_AESxxx_CBC @param[in] key a certificate with public key for encryption, a DES CBC 160-bit key or AES key @param[in] keylen the symmetric encryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code */ int soap_wsse_encrypt(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data; DBGFUN1("soap_wsse_encrypt", "alg=%x", alg); data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (!data) return soap_set_receiver_error(soap, "soap_wsse_encrypt", "Plugin not registered", SOAP_PLUGIN_ERROR); if (!alg || !key) return soap_wsse_fault(soap, wsse__UnsupportedAlgorithm, "An unsupported signature or encryption algorithm was used"); if (alg & SOAP_MEC_ENV) return soap_wsse_add_EncryptedKey(soap, alg, NULL, (X509*)key, NULL, NULL, NULL); /* store alg and key in plugin data */ data->enco_alg = (alg | SOAP_MEC_ENC); data->enco_key = key; data->enco_keylen = keylen; if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap->error; soap->feltbegout = soap_wsse_element_begin_out; soap->feltendout = soap_wsse_element_end_out; return SOAP_OK; } /** @fn int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) @brief Start automatic decryption when needed using the specified key. This function should be used just once. The algorithm should be SOAP_MEC_ENV_DEC_DES_CBC for public key encryption/decryption and SOAP_MEC_DEC_DES_CBC for symmetric shared secret keys. @param soap context @param[in] alg the decryption algorithm, @param[in] key a persistent decryption key for the algorithm, a private RSA key or a shared symmetric secret key @param[in] keylen use 0 for public-key encryption/decryption or the shared secret decryption key length, 20 bytes for a DES CBC 160-bit key @return SOAP_OK or error code This function can be called once before multiple messages are received with WS-Security encrypted content, where only one key is used for encryption (public key or shared secret key). The default decryption key is set. If multiple decryption keys should be used, do NOT use this function but set the security_token_handler callback of the wsse plugin. See @ref wsse_9_2. Use a NULL key to remove the default decryption key. */ int soap_wsse_decrypt_auto(struct soap *soap, int alg, const void *key, int keylen) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN1("soap_wsse_decrypt_auto", "alg=%x", alg); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_auto", "Plugin not registered", SOAP_PLUGIN_ERROR); /* store alg and key in plugin data */ data->deco_alg = (alg & ~SOAP_MEC_ENC); /* TODO add? data->enco_alg = (alg & ~(SOAP_MEC_ENC|SOAP_MEC_ENV)); */ data->deco_key = key; data->deco_keylen = keylen; return SOAP_OK; } /** @fn int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) @brief Emit XML encryption tags and start encryption of the XML element content. @param soap context @param[in] id string for the EncryptedData element Id attribute @param[in] alg algorithm used, or SOAP_MEC_NONE to ignore @param[in] URI string for the encrypted element wsu:Id attribute @param[in] keyname optional subject key name @param[in] key optional DES/AES key for encryption (to override the current key) @return SOAP_OK or error code */ int soap_wsse_encrypt_begin(struct soap *soap, const char *id, int alg, const char *URI, const char *keyname, const unsigned char *key) { int event; const char *algURI = NULL; DBGFUN("soap_wsse_encrypt_begin"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; if (soap_set_attr(soap, "Id", id, 1) || soap_set_attr(soap, "Type", xenc_contentURI, 1) || soap_element(soap, "xenc:EncryptedData", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; switch (alg & SOAP_MEC_MASK & ~SOAP_MEC_ENV) { case SOAP_MEC_ENC_DES_CBC: algURI = xenc_3desURI; break; case SOAP_MEC_ENC_AES128_CBC: algURI = xenc_aes128URI; break; case SOAP_MEC_ENC_AES192_CBC: algURI = xenc_aes192URI; break; case SOAP_MEC_ENC_AES256_CBC: algURI = xenc_aes256URI; break; case SOAP_MEC_ENC_AES512_CBC: algURI = xenc_aes512URI; break; } if (algURI) { if (soap_set_attr(soap, "Algorithm", algURI, 1) || soap_element(soap, "xenc:EncryptionMethod", 0, NULL) || soap_element_start_end_out(soap, "xenc:EncryptionMethod")) return soap->error; } if (URI) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "wsse:SecurityTokenReference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_set_attr(soap, "URI", URI, 1) || soap_element(soap, "wsse:Reference", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element_end_out(soap, "wsse:Reference") || soap_element_end_out(soap, "wsse:SecurityTokenReference") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } else if (keyname) { if (soap_element(soap, "ds:KeyInfo", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "ds:KeyName", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, keyname, 0) || soap_element_end_out(soap, "ds:KeyName") || soap_element_end_out(soap, "ds:KeyInfo")) return soap->error; } if (soap_element(soap, "xenc:CipherData", 0, NULL) || soap_element_start_end_out(soap, NULL) || soap_element(soap, "xenc:CipherValue", 0, NULL) || soap_element_start_end_out(soap, NULL)) return soap->error; /* re-enable digest */ soap->event = event; /* adjust level, hiding xenc elements */ soap->level -= 3; return soap_mec_start(soap, key); } /** @fn int soap_wsse_encrypt_end(struct soap *soap) @brief Emit XML encryption end tags and stop encryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_encrypt_end(struct soap *soap) { int event; DBGFUN("soap_wsse_encrypt_end"); if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_IO) == SOAP_IO_CHUNK) return SOAP_OK; /* disable digest */ event = soap->event; soap->event = 0; /* adjust level, hiding xenc elements */ soap->level += 3; if (soap_mec_stop(soap) || soap_element_end_out(soap, "xenc:CipherValue") || soap_element_end_out(soap, "xenc:CipherData") || soap_element_end_out(soap, "xenc:EncryptedData")) return soap->error; /* re-enable digest */ soap->event = event; return SOAP_OK; } /** @fn int soap_wsse_decrypt_begin(struct soap *soap, const unsigned char *key) @brief Check for XML encryption tags and start decryption of the XML element content. If the KeyInfo element is present, the security_token_handler callback will be used to obtain a decryption key based on the key name. Otherwise the current decryption key will be used. @param soap context @param[in] key optional triple DES key for decryption (to override the current key) @return SOAP_OK or error code */ int soap_wsse_decrypt_begin(struct soap *soap, const unsigned char *key) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); struct ds__KeyInfoType info; struct xenc__EncryptionMethodType meth; int alg; int keylen; DBGFUN("soap_wsse_decrypt_begin"); if (!data) return soap_set_receiver_error(soap, "soap_wsse_decrypt_begin", "Plugin not registered", SOAP_PLUGIN_ERROR); if (soap_wsse_verify_EncryptedKey(soap)) return soap->error; alg = data->deco_alg; keylen = data->deco_keylen; if (soap_element_begin_in(soap, "xenc:EncryptedData", 0, NULL)) return soap->error; /* TODO: use Type attribute */ soap_default_xenc__EncryptionMethodType(soap, &meth); if (soap_in_xenc__EncryptionMethodType(soap, "xenc:EncryptionMethod", &meth, NULL)) { if (meth.Algorithm) { if (!strcmp(meth.Algorithm, xenc_3desURI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_DES_CBC; else if (!strcmp(meth.Algorithm, xenc_aes128URI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES128_CBC; else if (!strcmp(meth.Algorithm, xenc_aes192URI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES192_CBC; else if (!strcmp(meth.Algorithm, xenc_aes256URI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES256_CBC; else if (!strcmp(meth.Algorithm, xenc_aes512URI)) alg = (alg & (~SOAP_MEC_MASK | SOAP_MEC_ENV)) | SOAP_MEC_DEC_AES512_CBC; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EncryptionMethod alg=%x\n", alg)); } } if (soap_in_ds__KeyInfoType(soap, "ds:KeyInfo", &info, NULL)) { if (data->security_token_handler && info.KeyName) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key '%s' through security_token_handler callback\n", info.KeyName)); key = (const unsigned char*)data->security_token_handler(soap, &alg, info.KeyName, &keylen); } } if (soap_element_begin_in(soap, "xenc:CipherData", 0, NULL) || soap_element_begin_in(soap, "xenc:CipherValue", 0, NULL)) return soap->error; /* if non-envelope decryption and default secret key is set, use it */ if (!(alg & SOAP_MEC_ENV)) { if (alg != data->deco_alg) { if (data->security_token_handler) { /* retrieve key from token handler callback */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting shared secret key for alg=%x through security_token_handler callback\n", alg)); data->deco_key = (const unsigned char*)data->security_token_handler(soap, &alg, NULL, &keylen); } } if (!key) key = (const unsigned char*)data->deco_key; if (key) { if (data->mec) soap_mec_cleanup(soap, data->mec); else data->mec = (struct soap_mec_data*)SOAP_MALLOC(soap, sizeof(struct soap_mec_data)); if (soap_mec_begin(soap, data->mec, alg, NULL, (unsigned char*)key, &keylen)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); } } data->deco_alg = alg; data->deco_keylen = keylen; if (soap_mec_start_alg(soap, alg, key)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /** @fn int soap_wsse_decrypt_end(struct soap *soap) @brief Check for XML encryption ending tags and stop decryption of the XML element content. @param soap context @return SOAP_OK or error code */ int soap_wsse_decrypt_end(struct soap *soap) { DBGFUN("soap_wsse_decrypt_end"); if (soap_mec_stop(soap) || soap_element_end_in(soap, "xenc:CipherValue") || soap_element_end_in(soap, "xenc:CipherData") || soap_element_end_in(soap, "xenc:EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); return SOAP_OK; } /******************************************************************************\ * * Callbacks registered by plugin * \******************************************************************************/ /** @fn int soap_wsse_header(struct soap *soap) @brief This callback is invoked as soon as the SOAP Header is received, we need to obtain the encrypted key when the message is encrypted to start decryption. @param soap context @return SOAP_OK or error code */ static int soap_wsse_header(struct soap *soap) { /* look for encrypted elements in Body */ /* soap->feltbegin = soap_wsse_element_begin_in; Moved, now always set */ /* soap->feltendin = soap_wsse_element_end_in; Moved, now always set */ /* get the encrypted key, if present */ return soap_wsse_verify_EncryptedKey(soap); } /** @fn int soap_wsse_element_begin_in(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is received by the XML parser. @param soap context @param[in] tag name of the element parsed @return SOAP_OK or error code */ static int soap_wsse_element_begin_in(struct soap *soap, const char *tag) { /* make sure we always have a header allocated */ if (soap->part == SOAP_IN_ENVELOPE) soap_header(soap); if (!soap_match_tag(soap, tag, "xenc:EncryptedData")) { struct soap_dom_element *dom = soap->dom; /* disable DOM */ soap->dom = NULL; /* parse encryption tags */ if (soap_wsse_decrypt_begin(soap, NULL)) return soap->error; /* adjust DOM tree to skip encryption elements */ soap->dom = dom->prnt; soap->dom->elts = NULL; /* adjust nesting level */ soap->level -= 3; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Decryption started, parsing decrypted XML\n")); soap->event = SOAP_SEC_DECRYPT; return soap_peek_element(soap); } return SOAP_OK; } /** @fn int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) @brief This callback is invoked as soon as an ending tag of an element is received by the XML parser. @param soap context @param[in] tag1 name of the element parsed @param[in] tag2 name of the element that was expected by the parser's state, or NULL @return SOAP_OK or error code */ static int soap_wsse_element_end_in(struct soap *soap, const char *tag1, const char *tag2) { if (soap->event == SOAP_SEC_DECRYPT && soap->dom && soap->dom->elts && !soap_match_tag(soap, tag1, ":CipherValue")) { struct soap_dom_element *dom = soap->dom->elts; soap->event = 0; /* disable DOM */ soap->dom = NULL; /* adjust nesting level */ soap->level += 3; /* parse ending tags */ if (soap_mec_stop(soap) || soap_element_end_in(soap, ":CipherData") || soap_element_end_in(soap, ":EncryptedData")) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); /* adjust DOM tree to skip encryption elements */ while (dom->next) dom = dom->next; soap->dom = dom; return soap_element_end_in(soap, tag2); } return SOAP_OK; } /** @fn int soap_wsse_element_begin_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as a starting tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_begin_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } /* this only encrypts the Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltbegout = NULL; return soap_wsse_encrypt_begin(soap, "Body", data->enco_alg, URI, data->enco_keyname, NULL); } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { _wsse__Security *security = soap_wsse_Security(soap); char *URI = NULL; if (security && security->xenc__EncryptedKey && security->xenc__EncryptedKey->Id) { const char *Id = security->xenc__EncryptedKey->Id; size_t l = strlen(Id); if (!(URI = (char*)soap_malloc(soap, l + 2))) return soap->error = SOAP_EOM; *URI = '#'; soap_strcpy(URI + 1, l + 1, Id); } return soap_wsse_encrypt_begin(soap, soap_wsse_ids(soap, tag), data->enco_alg, URI, data->enco_keyname, NULL); } return SOAP_OK; } /** @fn int soap_wsse_element_end_out(struct soap *soap, const char *tag) @brief This callback is invoked as soon as an ending tag of an element is to be sent by the XML generator. @param soap context @param[in] tag name of the element @return SOAP_OK or error code */ static int soap_wsse_element_end_out(struct soap *soap, const char *tag) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); if (data && !data->encid && !strcmp(tag, "SOAP-ENV:Body")) { if (soap_wsse_encrypt_end(soap)) return soap->error; /* this version only encrypts Body, so stop the callback */ if (!(soap->mode & SOAP_IO_LENGTH)) soap->feltendout = NULL; } else if (data && data->encid && soap_tagsearch(data->encid, tag)) { if (soap_wsse_encrypt_end(soap)) return soap->error; } return SOAP_OK; } /** @fn int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) @brief Takes a piece of the XML message (tokenized) to compute digest. @param soap context @param[in] buf string (XML "tokenized") to be sent @param[in] len buf length @return SOAP_OK or fault This callback is invoked to analyze a message (usually during the HTTP content length phase). Note: nested elements with wsu:Id attributes cannot be individually signed. */ static int soap_wsse_preparesend(struct soap *soap, const char *buf, size_t len) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparesend"); if (!data) return SOAP_PLUGIN_ERROR; /* the gSOAP engine signals the start of a wsu:Id element */ if (soap->event == SOAP_SEC_BEGIN) { int alg; /* start new digest or continue? */ if (data->digest && data->digest->level) soap->event = SOAP_SEC_SIGN; else if (!data->sigid || soap_tagsearch(data->sigid, soap->id)) { soap->event = SOAP_SEC_SIGN; /* initialize smdevp engine */ struct soap_wsse_digest *digest; size_t l = strlen(soap->id); digest = (struct soap_wsse_digest*)SOAP_MALLOC(soap, sizeof(struct soap_wsse_digest) + l + 1); digest->next = data->digest; digest->level = soap->level; /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); soap_smd_init(soap, &digest->smd, alg, NULL, 0); memset((void*)digest->hash, 0, sizeof(digest->hash)); digest->id[0] = '#'; soap_strcpy(digest->id + 1, l + 1, soap->id); data->digest = digest; /* omit indent for indented XML (next time around, we will catch '<') */ if (*buf != '<') goto end; } } if (soap->event == SOAP_SEC_SIGN) { /* update smdevp engine */ if (data->digest && data->digest->level) { soap_smd_update(soap, &data->digest->smd, buf, len); if (soap->level < data->digest->level) { soap->event = 0; soap_smd_final(soap, &data->digest->smd, (char*)data->digest->hash, NULL); data->digest->level = 0; } } } end: if (data->fpreparesend) return data->fpreparesend(soap, buf, len); return SOAP_OK; } /** @fn int soap_wsse_preparefinalsend(struct soap *soap) @brief Collects the digests of all the wsu:Id elements and populates the SignedInfo. @param soap context @return SOAP_OK or fault This callback is invoked just before the message is sent. */ static int soap_wsse_preparefinalsend(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); DBGFUN("soap_wsse_preparefinalsend"); if (!data) return SOAP_PLUGIN_ERROR; if (data->digest) { ds__SignatureType *signature = soap_wsse_Signature(soap); struct soap_wsse_digest *digest; const char *transform; int alg, signature_added = 0; /* if message is canonicalized populate transform element accordingly */ if (soap->mode & SOAP_XML_CANONICAL) transform = c14n_URI; else transform = NULL; /* to increase the message length counter we need to emit the Signature, SignedInfo and SignatureValue elements. However, this does not work if we already populated the wsse:Signature with SignedInfo and should never happen! */ if (!signature) { signature = soap_wsse_add_Signature(soap); signature_added = 1; } else if (signature->SignedInfo) return soap_set_receiver_error(soap, "wsse error", "Cannot use soap_wsse_sign with populated SignedInfo", SOAP_SSL_ERROR); /* digest hash strength is same as signature strength */ alg = (SOAP_SMD_DGST | (data->sign_alg & SOAP_SMD_HASH)); /* add the SignedInfo/Reference elements for each digest */ for (digest = data->digest; digest; digest = digest->next) if (soap_wsse_add_SignedInfo_Reference(soap, digest->id, transform, NULL, alg, (char*)digest->hash)) return soap->error; /* then compute the signature and add it */ if (soap_wsse_add_SignatureValue(soap, data->sign_alg, data->sign_key, data->sign_keylen)) return soap->error; /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); /* if non-chunked, adjust content length */ if ((soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { /* the code below ensures we increase the HTTP length counter */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Counting the size of additional SOAP Header elements, mode=0x%x\n", soap->mode)); if (signature_added) { soap->level = 3; /* indent level for XML Signature */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 4; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignatureType(soap, "ds:Signature", 0, signature, NULL); } else { const char *c14nexclude = soap->c14nexclude; soap->c14nexclude = "ds"; /* don't add xmlns:ds to count msg len */ soap->level = 4; /* indent level for XML SignedInfo */ if (soap->mode & SOAP_XML_CANONICAL && soap->mode & SOAP_XML_INDENT) { soap->ns = 0; /* need namespaces for canonicalization */ soap->count += 5; /* correction for soap->ns = 0: add \n+indent */ } soap_out_ds__SignedInfoType(soap, "ds:SignedInfo", 0, signature->SignedInfo, NULL); soap_outstring(soap, "ds:SignatureValue", 0, &signature->SignatureValue, NULL, 0); soap->c14nexclude = c14nexclude; } } } else /* Reset the callbacks and cleanup digests */ soap_wsse_preparecleanup(soap, data); if (soap->fpreparefinalsend) return soap->fpreparefinalsend(soap); return SOAP_OK; } /** @fn void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) @brief Restores engine state. @param soap context @param[in,out] data plugin data */ static void soap_wsse_preparecleanup(struct soap *soap, struct soap_wsse_data *data) { struct soap_wsse_digest *digest, *next; DBGFUN("soap_wsse_preparecleanup"); data->sign_alg = SOAP_SMD_NONE; data->sign_key = NULL; data->sign_keylen = 0; if (soap->fpreparesend == soap_wsse_preparesend) soap->fpreparesend = data->fpreparesend; if (soap->fpreparefinalsend == soap_wsse_preparefinalsend) soap->fpreparefinalsend = data->fpreparefinalsend; data->fpreparesend = NULL; data->fpreparefinalsend = NULL; for (digest = data->digest; digest; digest = next) { next = digest->next; SOAP_FREE(soap, digest); } data->digest = NULL; } /** @fn int soap_wsse_preparefinalrecv(struct soap *soap) @brief Verify signature and SignedInfo digests initiated with soap_wsse_verify_auto. @param soap context @return SOAP_OK or fault @see soap_wsse_verify_auto This callback is invoked just after a message was received. */ static int soap_wsse_preparefinalrecv(struct soap *soap) { struct soap_wsse_data *data = (struct soap_wsse_data*)soap_lookup_plugin(soap, soap_wsse_id); ds__SignedInfoType *signedInfo = soap_wsse_SignedInfo(soap); soap->omode &= ~SOAP_SEC_WSUID; data->sigid = NULL; /* so we must set again before next send */ data->encid = NULL; /* so we must set again before next send */ DBGFUN("soap_wsse_preparefinalrecv"); if (!data) return SOAP_PLUGIN_ERROR; if (data->deco_alg != SOAP_MEC_NONE && data->mec) if (soap_mec_end(soap, data->mec)) return soap_wsse_fault(soap, wsse__FailedCheck, NULL); data->deco_alg = SOAP_MEC_NONE; if (signedInfo) { int err = SOAP_OK, alg, keylen = 0; EVP_PKEY *pkey = NULL; const void *key = NULL; /* determine which signature algorithm was used */ if (soap_wsse_get_SignedInfo_SignatureMethod(soap, &alg)) return soap->error; /* for HMAC-SHA1, the secret key might be stored in the KeyIdentifier */ if ((alg & SOAP_SMD_ALGO) == SOAP_SMD_HMAC) { const char *valueType = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifierValueType(soap); /* if in the KeyIdentifier, retrieve it */ if (valueType && !strcmp(valueType, ds_hmac_sha1URI)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from KeyIdentifier to verify signature\n")); key = soap_wsse_get_KeyInfo_SecurityTokenReferenceKeyIdentifier(soap, &keylen); } /* next, try the plugin's security token handler */ if (!key) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting HMAC key through security_token_handler callback\n")); key = data->security_token_handler(soap, &alg, NULL, &keylen); } } /* still no key: try to get it from the plugin */ if (!key && alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the HMAC secret key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using HMAC key from plugin to verify signature\n")); key = data->vrfy_key; keylen = data->vrfy_keylen; } } else { /* get the certificate from the KeyInfo reference */ X509 *cert, *cert1; cert = cert1 = soap_wsse_get_KeyInfo_SecurityTokenReferenceX509(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got cert=%p\n", cert)); /* next, try the plugin's security token handler */ if (!cert) { if (data->security_token_handler) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting certificate through security_token_handler callback\n")); cert = (X509*)data->security_token_handler(soap, &alg, NULL, &keylen); } } /* obtain the public key from the cert */ if (cert) { pkey = X509_get_pubkey((X509*)cert); key = (void*)pkey; } else if (alg == (data->vrfy_alg & SOAP_SMD_MASK)) { /* get the public key from the plugin */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Using public key from plugin to verify signature\n")); key = data->vrfy_key; soap->error = SOAP_OK; } if (cert1) X509_free(cert1); } /* if still no key, fault */ if (!key) err = soap_wsse_fault(soap, wsse__SecurityTokenUnavailable, NULL); /* verify SignedInfo with signature and check digests of local elements */ else if (soap_wsse_verify_SignatureValue(soap, alg, key, keylen) || soap_wsse_verify_SignedInfo(soap)) err = soap->error; if (pkey) EVP_PKEY_free(pkey); if (err) return err; if (data->fpreparefinalrecv && data->fpreparefinalrecv != soap_wsse_preparefinalrecv) return data->fpreparefinalrecv(soap); } else if (!soap->fault) return soap_wsse_fault(soap, wsse__FailedCheck, "Signature required"); return SOAP_OK; } #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/plugin/httpda.h0000644000175000017500000001207112653650150016334 0ustar ellertellert/* httpda.h gSOAP HTTP Digest Authentication plugin. Supports both Basic and Digest authentication. gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef HTTPDA_H #define HTTPDA_H #include "stdsoap2.h" #include "md5evp.h" /* requires MD5 */ #include "threads.h" /* mutex for multi-threaded server implementations */ #ifdef __cplusplus extern "C" { #endif /** pluging identification for plugin registry */ #define HTTP_DA_ID "HTTP-DA-1.2" /** pluging identification for plugin registry */ extern const char http_da_id[]; /** HTTP digest authentication session times out after ten minutes */ #define HTTP_DA_SESSION_TIMEOUT (600) /** @struct http_da_data @brief Plugin data to override callbacks */ struct http_da_data { int (*fposthdr)(struct soap*, const char*, const char*); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalrecv)(struct soap*); void *context; /**< ptr to MD5 context for MD5 handler */ char digest[16]; /**< MD5 entity body digest */ char *nonce; /**< client/server-side copy of server's nonce value */ char *opaque; /**< client/server-side copy of server's opaque value */ char *qop; /**< client/server-side copy of server's qop value(s) */ char *alg; /**< client-side: server's algorithm value */ unsigned long nc; /**< client-side: generated nonce count */ char *ncount; /**< server-side: client's nonce count */ char *cnonce; /**< server-side: client's nonce */ char response[16]; /**< server-side: client's response digest key */ }; /** @struct http_da_session @brief Keeps internal state of shared sessions */ struct http_da_session { struct http_da_session *next; time_t modified; char *realm; char *nonce; char *opaque; unsigned long nc; }; int http_da(struct soap *soap, struct soap_plugin *p, void *arg); int http_da_verify_post(struct soap *soap, const char *passwd); int http_da_verify_get(struct soap *soap, const char *passwd); /** @struct http_da_info @brief Used to save and restore credentials for client-side multiple invocations to the same authenticated endpoint */ struct http_da_info { char *authrealm; char *userid; char *passwd; char *nonce; char *opaque; char *qop; char *alg; }; void http_da_save(struct soap *soap, struct http_da_info *info, const char *realm, const char *userid, const char *passwd); void http_da_restore(struct soap *soap, struct http_da_info *info); void http_da_release(struct soap *soap, struct http_da_info *info); void http_da_proxy_save(struct soap *soap, struct http_da_info *info, const char *realm, const char *userid, const char *passwd); void http_da_proxy_restore(struct soap *soap, struct http_da_info *info); void http_da_proxy_release(struct soap *soap, struct http_da_info *info); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/mecevp.h0000644000175000017500000002244512653650150016335 0ustar ellertellert/* mecevp.h gSOAP interface for streaming message encryption and decryption gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef MECEVP_H #define MECEVP_H #include "stdsoap2.h" #include #include #ifdef __cplusplus extern "C" { #endif /** Expose EVP_PKEY in a portable representation */ #define SOAP_MEC_KEY_TYPE EVP_PKEY /******************************************************************************\ * * Supported algorithms * \******************************************************************************/ /** Engine off */ #define SOAP_MEC_NONE (0) /** Cipher type (triple DES CBC) */ #define SOAP_MEC_DES_CBC (0x0010) /** Cipher type (AES128 CBC) */ #define SOAP_MEC_AES128_CBC (0x0020) /** Cipher type (AES192 CBC) */ #define SOAP_MEC_AES192_CBC (0x0040) /** Cipher type (AES256 CBC) */ #define SOAP_MEC_AES256_CBC (0x0080) /** Cipher type (AES512 CBC) */ #define SOAP_MEC_AES512_CBC (0x0100) /** Enable Galois Counter Mode (GCM) */ #define SOAP_MEC_GCM (0x1000) /** Algorithm */ #define SOAP_MEC_ALGO (0x1FFF) /** Cipher type (AES128 GCM) */ #define SOAP_MEC_AES128_GCM (SOAP_MEC_AES128_CBC | SOAP_MEC_GCM) /** Cipher type (AES192 GCM) */ #define SOAP_MEC_AES192_GCM (SOAP_MEC_AES192_CBC | SOAP_MEC_GCM) /** Cipher type (AES256 GCM) */ #define SOAP_MEC_AES256_GCM (SOAP_MEC_AES256_CBC | SOAP_MEC_GCM) /** Cipher type (AES512 GCM) */ #define SOAP_MEC_AES512_GCM (SOAP_MEC_AES512_CBC | SOAP_MEC_GCM) /** Encode mode */ #define SOAP_MEC_ENC (0x2000) /** Decode mode */ #define SOAP_MEC_DEC (0x0000) /** Envelope mode */ #define SOAP_MEC_ENV (0x4000) /** Envelope encryption mode */ #define SOAP_MEC_ENV_ENC (SOAP_MEC_ENV | SOAP_MEC_ENC) /** Envelope decryption mode */ #define SOAP_MEC_ENV_DEC (SOAP_MEC_ENV | SOAP_MEC_DEC) /** Mask */ #define SOAP_MEC_MASK (0xFFFF) /** Enable store (in buffer) instead of streaming mode */ #define SOAP_MEC_STORE (0x010000) /** RSA-OAEP padding */ #define SOAP_MEC_OAEP (0x020000) /* Encode and decode types */ /** Symmetric secret key encryption */ #define SOAP_MEC_ENC_DES_CBC (SOAP_MEC_DES_CBC | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES128_CBC (SOAP_MEC_AES128_CBC | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES192_CBC (SOAP_MEC_AES192_CBC | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES256_CBC (SOAP_MEC_AES256_CBC | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES512_CBC (SOAP_MEC_AES512_CBC | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES128_GCM (SOAP_MEC_AES128_GCM | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES192_GCM (SOAP_MEC_AES192_GCM | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES256_GCM (SOAP_MEC_AES256_GCM | SOAP_MEC_ENC) #define SOAP_MEC_ENC_AES512_GCM (SOAP_MEC_AES512_GCM | SOAP_MEC_ENC) /** Symmetric secret key decryption */ #define SOAP_MEC_DEC_DES_CBC (SOAP_MEC_DES_CBC | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES128_CBC (SOAP_MEC_AES128_CBC | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES192_CBC (SOAP_MEC_AES192_CBC | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES256_CBC (SOAP_MEC_AES256_CBC | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES512_CBC (SOAP_MEC_AES512_CBC | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES128_GCM (SOAP_MEC_AES128_GCM | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES192_GCM (SOAP_MEC_AES192_GCM | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES256_GCM (SOAP_MEC_AES256_GCM | SOAP_MEC_DEC) #define SOAP_MEC_DEC_AES512_GCM (SOAP_MEC_AES512_GCM | SOAP_MEC_DEC) /* Envelope types */ /** Envelope (using RSA public key) encryption */ #define SOAP_MEC_ENV_ENC_DES_CBC (SOAP_MEC_ENC_DES_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES128_CBC (SOAP_MEC_ENC_AES128_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES192_CBC (SOAP_MEC_ENC_AES192_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES256_CBC (SOAP_MEC_ENC_AES256_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES512_CBC (SOAP_MEC_ENC_AES512_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES128_GCM (SOAP_MEC_ENC_AES128_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES192_GCM (SOAP_MEC_ENC_AES192_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES256_GCM (SOAP_MEC_ENC_AES256_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_ENC_AES512_GCM (SOAP_MEC_ENC_AES512_GCM | SOAP_MEC_ENV) /** Envelope (using RSA private key) decryption */ #define SOAP_MEC_ENV_DEC_DES_CBC (SOAP_MEC_DEC_DES_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES128_CBC (SOAP_MEC_DEC_AES128_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES192_CBC (SOAP_MEC_DEC_AES192_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES256_CBC (SOAP_MEC_DEC_AES256_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES512_CBC (SOAP_MEC_DEC_AES512_CBC | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES128_GCM (SOAP_MEC_DEC_AES128_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES192_GCM (SOAP_MEC_DEC_AES192_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES256_GCM (SOAP_MEC_DEC_AES256_GCM | SOAP_MEC_ENV) #define SOAP_MEC_ENV_DEC_AES512_GCM (SOAP_MEC_DEC_AES512_GCM | SOAP_MEC_ENV) /** Decryption engine states */ enum SOAP_MEC_STATE { SOAP_MEC_STATE_NONE, SOAP_MEC_STATE_INIT, SOAP_MEC_STATE_IV, SOAP_MEC_STATE_DECRYPT, SOAP_MEC_STATE_FINAL, SOAP_MEC_STATE_FLUSH }; /** @struct soap_mec_data @brief The mecevp engine context data */ struct soap_mec_data { int alg; /**< The algorithm used */ enum SOAP_MEC_STATE state; /**< Decryption state */ EVP_CIPHER_CTX *ctx; /**< EVP_CIPHER_CTX context */ const EVP_CIPHER *type; /**< type for OpenInit/DecryptInit */ char tag[16]; /**< GCM authentication tag buffer */ char taglen; /**< GCM authentication tag buffer length */ const EVP_PKEY *pkey; /**< private key for OpenInit */ unsigned char ekey[EVP_MAX_KEY_LENGTH];/**< ephemeral key */ const unsigned char *key; /**< secret key */ int keylen; /**< secret key length */ char *buf; /**< iv and stream buffer */ size_t bufidx; /**< current buffer index */ size_t buflen; /**< buffer max length */ char *rest; /**< rest-append buffer */ size_t restidx; /**< rest-append buffer index */ size_t restlen; /**< rest-append buffer max length */ int i; /**< base64 conversion */ unsigned long m; /**< base64 conversion */ soap_mode mode; int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); }; /******************************************************************************\ * * soap_mec API functions * \******************************************************************************/ int soap_mec_begin(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen); int soap_mec_start_alg(struct soap *soap, int alg, const unsigned char *key); int soap_mec_start(struct soap *soap, const unsigned char *key); int soap_mec_stop(struct soap *soap); int soap_mec_end(struct soap *soap, struct soap_mec_data *data); size_t soap_mec_size(int alg, SOAP_MEC_KEY_TYPE *pkey); int soap_mec_init(struct soap *soap, struct soap_mec_data *data, int alg, SOAP_MEC_KEY_TYPE *pkey, unsigned char *key, int *keylen); int soap_mec_update(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n); int soap_mec_final(struct soap *soap, struct soap_mec_data *data, const char **s, size_t *n); void soap_mec_cleanup(struct soap *soap, struct soap_mec_data *data); #ifdef __cplusplus } #endif #endif gsoap-2.8.28/gsoap/plugin/cacerts.h0000644000175000017500000000572312653650150016502 0ustar ellertellert/* cacerts.h Store CA certificates in memory for optimizations and/or stand-alone clients. gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2009, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- Usage: The soap_ssl_client_cacerts(struct soap*) function replaces soap_ssl_client_context(). The new function uses the internal CA certificate store to authenticate servers. The soap_ssl_client_cacerts() function should be called just once to set up the CA certificate chain. Compile and link cacerts.c with your project. Example: struct soap *soap = soap_new(); if (soap_ssl_client_cacerts(soap) || soap_call_ns__myMethod(soap, "https://..." ...) != SOAP_OK) { soap_print_fault(soap, stderr); exit(1); } else ... // all OK */ #ifndef WITH_OPENSSL #define WITH_OPENSSL #endif #include "stdsoap2.h" #ifdef __cplusplus extern "C" { #endif int soap_ssl_client_cacerts(struct soap *soap); #ifdef __cplusplus } #endif gsoap-2.8.28/gsoap/WS/0000755000175000017500000000000012654077575013750 5ustar ellertellertgsoap-2.8.28/gsoap/WS/typemap.dat0000644000175000017500000004363512653650160016116 0ustar ellertellert# typemap.dat # Use this file to define namespace prefix and type bindings for # the generated header files by the 'wsdl2h' tool. typemap.dat is the # default file processed by 'wsdl2h' to customize its output. You can use # wsdl2h option -t to specify an alternate file. ####### XML NAMESPACE BINDINGS # XML namespace prefix bindings can be provided to override the default # choice of the ns1, ns2, ... prefixes generated by wsdl2h. It is highly # recommended to provide namespace prefixes for your project's XML # namespaces. In this way, changes to the WSDL (or newer releases of # wsdl2h) will have a minimal impact on coding. # Bindings for namespace prefixes are of the form: # prefix = "URI" ####### XSD TYPE BINDINGS # Type bindings can be provided to bind XML schema types to C/C++ # types for your project. # Type bindings are of the form: # prefix__type = declaration | use | ptr-use # where 'prefix__type' is the C/C++-translation of the schema type, # 'declaration' introduces the type in the header file, the optional # 'use' specifies how the type is used directly, and the optional # 'ptr-use' specifies how the type is used as a pointer type. # For example, to use wide stirngs in C: # xsd__string = | wchar_t* | wchar_t* # which replaced the default char* mapping in C of xsd:string. # To use C++ std::wstring for xsd:string: # xsd__string = | std::wstring # After enabling one of these lines, all XSD strings will be remapped. # Note that the 'declaration' part is empty in these case as expected. # # When a type binding requires only the usage to be changed and the # declaration part must be kept intact, then the declaration part can be # replaced by elipsis ..., as in: # prefix__type = ... | use | ptr-use # This ensure that the wsdl2h-generated type definition is preserved, # while the use and ptr-use are remapped. # For example, this is useful to map schema polymorphic types to C types, # where we need to be able to both handle a base type and its extensions # as per schema extensibility. Say base type ns:base allows derived # extensions and we need to map this to C types as follows: # ns__base = ... | int __type_base; void* # where __type_base and void* are used to (de)serialize any data type, # including base and its derived types. ####### CLASS/STRUCT MEMBER ADDITIONS # Additional data and function members can be provided to extend a # wsdl2h-generated struct or class. # Class and struct extensions are of the form: # prefix__type = $ member-declaration # For example, to add a constructor and destructor to class myns__record: # myns__record = $ myns__record(); # myns__record = $ ~myns__record(); ####### TYPE EQUIVALENCES # Type equivalence mappings can be given to map a type to another type: # prefix__type1 == prefix__type2 # which replaces 'prefix__type1' by 'prefix__type2' in the wsdl2h output. # For example: # SOAP_ENC__boolean == xsd__boolean # which replaces 'SOAP_ENC__boolean' with the C/C++ type information that # corresponds to `xsd__boolean' which is 'bool' for C++. # Target C/C++ type names (names without prefix) can also be replaced: # float == double # which replaces all 'float' with 'double' in the wsdl2h output. Beware # that replacement types may lead to xsi:type mismatches and SOAP # encoding id-ref mismatches when parsing inbound XML messages. ####### BUILT-IN VARIABLES # The variable '$CONTAINER' defines the container to emit in the # generated declarations, which is std::vector by default. # For example: # $CONTAINER = std::list # The variable '$POINTER' defines the smart pointer to emit in the # generated declarations, replacing '*'. For example: # $POINTER = std::shared_ptr # Not all pointers in the generated output can be replaced by smart # pointers when standard pointers are used as union members and pointers # to arrays. ####### USER-DEFINED CONTENT # Any other content to be included in the generated header file can be # provided by enclosing it within brackets [ and ]. These brackets MUST # appear at the start of a new line. # For example, to add an #import directive to the wsdl2h-generated output: # [ # #import "wsa5.h" # ] #------------------------------------------------------------------------------- #gSOAP XML Web services tools #Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. #This software is released under one of the following two licenses: #GPL or Genivia's license for commercial use. #------------------------------------------------------------------------------- #A commercial use license is available from Genivia, Inc., contact@genivia.com #------------------------------------------------------------------------------- [ // Reminder: Modify typemap.dat to customize the header file generated by wsdl2h ] # Remember: type bindings are given on a single line (use \ to continue # with the next line). Here is an example binding for the XSD int type # that maps to an 'int': # xsd__int = | int # To use regular char* strings instead of std::string, use: # xsd__string = | char* | char* # For char* serialized with xsi:type when using soapcpp2 option -t, use: # xsd__string = typedef char *xsd__string; | xsd__string | xsd__string # The following mapping is internally applied by wsdl2h for C (not C++): # (assuming option -e is used to remove the xsd__boolean__ name prefix) # xsd__boolean = enum xsd__boolean { false_, true_ }; | enum xsd__boolean # Uncomment the line below to use __int128_t for xsd:integer instead of # mapping xsd:integer to string. # Must compile and link custom/int128.c with the project. # xsd__integer = #import "custom/int128.h" | xsd__integer # Or if the xsd:integer value range is bounded to int64_t, then: # xsd__integer = typedef int64_t xsd__integer; # Uncomment the line below to use long double for xsd:decimal instead of # mapping xsd:decimal to string. # Must compile and link custom/long_double.c with the project. # xsd__decimal = #import "custom/long_double.h" | long double # Or if your system supports __float128 then you can use: # xsd__decimal = #import "custom/float128.h" | xsd__decimal # Or if the xsd:decimal value range is bounded to double, then: # xsd__decimal = typedef double xsd__decimal; # Uncomment the line below to use struct tm instead of time_t xsd:dateTime # Must compile and link custom/struct_tm.c with the project. # xsd__dateTime = #import "custom/struct_tm.h" | xsd__dateTime # Uncomment the line below to use timeval with usec precision xsd:dateTime # Must compile and link custom/struct_timeval.c with the project. # xsd__dateTime = #import "custom/struct_timeval.h" | xsd__dateTime # Uncomment the line below to use std::chrono::system_clock::time_point # for xsd:dateTime. # Must compile and link custom/chrono_time_point.c with the project. # xsd__dateTime = #import "custom/chrono_time_point.h" | xsd__dateTime # Uncomment the line below to use struct tm for xsd:date instead of # mapping xsd:date to string. # Must compile and link custom/struct_tm_date.c with the project. # xsd__date = #import "custom/struct_tm_date.h" | xsd__date # Uncomment the line below to use LONG64 int for xsd:duration instead of # mapping xsd:duration to string (in milliseconds precision). # Must compile and link custom/duration.c with the project. xsd__duration = #import "custom/duration.h" | xsd__duration # Uncomment the line below to use C++11 std::chrono::nanoseconds for # xsd:duration instead of mapping xsd:duration to string. # Must compile and link custom/chrono_duration.cpp with the project. # xsd__duration = #import "custom/chrono_duration.h" | xsd__duration # Uncomment the line below to use ULONG64 int for xsd:time instead of # mapping xsd:time to string (also comes with high usec precision) # Must compile and link custom/time.c with the project. # xsd__time = #import "custom/long_time.h" | xsd__time # When compiling WITH_LEAN there is no hexBinary serializer. You can # remap the hexBinary type to a string as follows: # xsd__hexBinary = | char* # When wsdl2h option -d is used, xsd:any is mapped to xsd__anyType DOM # declared in dom.h and implemented in dom.c/dom.cpp. You can remap # xsd:any, for example to a pointer to a DOM node as follows: # xsd__any = | xsd__anyType* # When SOAP 1.2 Faults should carry multiple SOAP_ENV__Text elements with # xml:lang attributes, then remap SOAP_ENV__Reason as follows: # [ # struct SOAP_ENV__Reason # { # char *SOAP_ENV__Text; // at least one SOAP-ENV:Text for the gSOAP engine # $int size; # struct SOAP_ENV__Text *SOAP_ENV__Text_; // array of more SOAP-ENV:Text # }; # struct SOAP_ENV__Text # { # char *__item; # @char *xml__lang; # }; # ] # SOAP-ENV mapping (note: SOAP Body content is mapped to an XML string) SOAP_ENV__Envelope = struct SOAP_ENV__Envelope { struct SOAP_ENV__Header *SOAP_ENV__Header; _XML SOAP_ENV__Body; }; | struct SOAP_ENV__Envelope SOAP_ENV__Header = | struct SOAP_ENV__Header SOAP_ENV__Fault = | struct SOAP_ENV__Fault SOAP_ENV__Detail = | struct SOAP_ENV__Detail SOAP_ENV__Code = | struct SOAP_ENV__Code SOAP_ENV__Subcode = | struct SOAP_ENV__Subcode SOAP_ENV__Reason = | struct SOAP_ENV__Reason # Temporary URI tempuri = "http://tempuri.org/" # Empty URI empty = "" # .NET WCF DataContract Serialization Schema ser = arr = "http://schemas.microsoft.com/2003/10/Serialization/Arrays" # .NET WCF DataContract Serialization Schema remappings _ser__anyURI == xsd__anyURI _ser__boolean == xsd__boolean _ser__base64Binary == xsd__base64Binary _ser__byte == xsd__byte _ser__dateTime == xsd__dateTime _ser__decimal == xsd__decimal _ser__double == xsd__double _ser__float == xsd__float _ser__int == xsd__int _ser__long == xsd__long _ser__QName == xsd__QName _ser__short == xsd__short _ser__string == xsd__string _ser__unsignedByte == xsd__unsignedByte _ser__unsignedInt == xsd__unsignedInt _ser__unsignedLong == xsd__unsignedLong _ser__unsignedShort == xsd__unsignedShort # .NET WCF ser:anyType represents an object (see import/ser.h): _ser__anyType = | struct __ser__anyType | struct __ser__anyType # .NET WCF ser:char element and type represents a Unicode character _ser__char = | int ser__char = | int # .NET WCF ser:duration element and type maps to xsd:duration _ser__duration == xsd__duration ser__duration == xsd__duration # .NET WCF ser:guid pattern = "[\da-fA-F]{8}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{4}-[\da-fA-F]{12}" _ser__guid = | char* ser__guid = | char* # .NET WCF samples mssamh = "http://Microsoft.Samples.Http" mssamhi = "http://Microsoft.Samples.Http/Imports" mssamt = "http://Microsoft.Samples.TransportSecurity" mssamti = "http://Microsoft.Samples.TransportSecurity/Imports" mssamm = "http://Microsoft.Samples.MessageSecurity" mssammi = "http://Microsoft.Samples.MessageSecurity/Imports" mssadh = "http://Microsoft.Samples.DualHttp" mssadhi = "http://Microsoft.Samples.DualHttp/Imports" # MTOM xop and xmime are imported from xop.h, xmime.h, and xmlmime.h: # Note: changed xmlmime to xmime to avoid other MTOM tools from # complaining that 'xml' is reserved. xop = xmime = xmime4 = xmime5 = # xop:Include is imported from xop.h and redefined as _xop__Include: xop__Include = #import "xop.h" | _xop__Include # xmime/xmlmime:contentType attribute is a string: _xmime__contentType = | char* | char* _xmime4__contentType = | char* | char* _xmime5__contentType = | char* | char* # exc-c14n c14n = # WS-Addressing (2003, 2004, and 2005 schemas) # See import/wsa.h, import/wsa3.h etc for definitions and code examples # The API is defined in plugin/wsaapi.c, plugin/wsaapi3.c, etc. wsa = wsa3 = wsa4 = wsa5 = # The types below should not use pointers, so we add a 3rd column: _wsa__Action = | | _wsa__Action _wsa__MessageID = | | _wsa__MessageID _wsa__To = | | _wsa__To _wsa3__Action = | | _wsa3__Action _wsa3__MessageID = | | _wsa3__MessageID _wsa3__To = | | _wsa3__To _wsa4__Action = | | _wsa4__Action _wsa4__MessageID = | | _wsa4__MessageID _wsa4__To = | | _wsa4__To _wsa5__Action = | | _wsa5__Action _wsa5__MessageID = | | _wsa5__MessageID _wsa5__To = | | _wsa5__To # WS-ReliableMessaging 1.1 and 1.0 (and obsolete WS-Reliability 2004) wsrm = wsrm5 = wsrm4 = # WS-Discovery 1.1 (2009/01) and 1.0 (2004/08 with WS-Addressing) # To upgrade WS-Discovery to WS-Addressing 2005/08, uncomment wsdd5: wsdd = #wsdd5 = wsdd10 = wsdd5__HelloType = | wsdd__HelloType wsdd5__ByeType = | wsdd__ByeType wsdd5__ProbeType = | wsdd__ProbeType wsdd5__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd5__ProbeMatchType = | wsdd__ProbeMatchType wsdd5__ResolveType = | wsdd__ResolveType wsdd5__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd5__ResolveMatchType = | wsdd__ResolveMatchType wsdd5__ScopesType = | wsdd__ScopesType wsdd5__SecurityType = | wsdd__SecurityType wsdd5__SigType = | wsdd__SigType wsdd5__AppSequenceType = | wsdd__AppSequenceType wsdd10__HelloType = | wsdd__HelloType wsdd10__ByeType = | wsdd__ByeType wsdd10__ProbeType = | wsdd__ProbeType wsdd10__ProbeMatchesType = | wsdd__ProbeMatchesType wsdd10__ProbeMatchType = | wsdd__ProbeMatchType wsdd10__ResolveType = | wsdd__ResolveType wsdd10__ResolveMatchesType = | wsdd__ResolveMatchesType wsdd10__ResolveMatchType = | wsdd__ResolveMatchType wsdd10__ScopesType = | wsdd__ScopesType wsdd10__SecurityType = | wsdd__SecurityType wsdd10__SigType = | wsdd__SigType wsdd10__AppSequenceType = | wsdd__AppSequenceType # WS-Policy wsp = # WS-SecureConversation 1.4 wsc = wsc2 = # WS-Trust 1.2 and 1.3 wst = wst12 = # SAML bindings saml1 = saml2 = # WS-Security wsse 2004 v1.0 and 1.1 and old wsse 2002 schema wsse11 = wsse = wsse2 = _wsse2__Security == _wsse__Security wsse2__Security == wsse__Security # wsu 2004 wsu = _wsu__Id = | char* _wsu__Created = | time_t _wsu__Expires = | time_t wsu__AttributedDateTime = | time_t wsu__AttributedURI = | char* # Bindings for ds and xenc for WS-Security protocols: ds = xenc = # xlink xlink = _xlink__actuate = | char* _xlink__arcrole = | char* _xlink__from = | char* _xlink__href = | char* _xlink__label = | char* _xlink__role = | char* _xlink__show = | char* _xlink__to = | char* _xlink__title = | char* _xlink__type = | char* # wsrp routing protocol (deprecated) wsrp = # BPEL 2.0 bpel = "http://docs.oasis-open.org/wsbpel/2.0/process/executable" bpelabs = "http://docs.oasis-open.org/wsbpel/2.0/process/abstract" plnk = "http://docs.oasis-open.org/wsbpel/2.0/plnktype" sref = "http://docs.oasis-open.org/wsbpel/2.0/serviceref" vprop = "http://docs.oasis-open.org/wsbpel/2.0/varprop" # ONVIF recommended prefixes as per 8/20/12 # http://www.onvif.org/onvif/ver10/device/wsdl/devicemgmt.wsdl # http://www.onvif.org/onvif/ver10/event/wsdl/event.wsdl # http://www.onvif.org/onvif/ver10/display.wsdl # http://www.onvif.org/onvif/ver10/deviceio.wsdl # http://www.onvif.org/onvif/ver20/imaging/wsdl/imaging.wsdl # http://www.onvif.org/onvif/ver10/media/wsdl/media.wsdl # http://www.onvif.org/onvif/ver20/ptz/wsdl/ptz.wsdl # http://www.onvif.org/onvif/ver10/receiver.wsdl # http://www.onvif.org/onvif/ver10/recording.wsdl # http://www.onvif.org/onvif/ver10/search.wsdl # http://www.onvif.org/onvif/ver10/network/wsdl/remotediscovery.wsdl # http://www.onvif.org/onvif/ver10/replay.wsdl # http://www.onvif.org/onvif/ver20/analytics/wsdl/analytics.wsdl # http://www.onvif.org/onvif/ver10/analyticsdevice.wsdl # http://www.onvif.org/onvif/ver10/schema/onvif.xsd tds = "http://www.onvif.org/ver10/device/wsdl" tev = "http://www.onvif.org/ver10/events/wsdl" tls = "http://www.onvif.org/ver10/display/wsdl" tmd = "http://www.onvif.org/ver10/deviceIO/wsdl" timg = "http://www.onvif.org/ver20/imaging/wsdl" trt = "http://www.onvif.org/ver10/media/wsdl" tptz = "http://www.onvif.org/ver20/ptz/wsdl" trv = "http://www.onvif.org/ver10/receiver/wsdl" trc = "http://www.onvif.org/ver10/recording/wsdl" tse = "http://www.onvif.org/ver10/search/wsdl" trp = "http://www.onvif.org/ver10/replay/wsdl" tan = "http://www.onvif.org/ver20/analytics/wsdl" tad = "http://www.onvif.org/ver10/analyticsdevice/wsdl" tdn = "http://www.onvif.org/ver10/network/wsdl" tt = "http://www.onvif.org/ver10/schema" # OASIS recommended prefixes wsnt = "http://docs.oasis-open.org/wsn/b-2" wsntw = "http://docs.oasis-open.org/wsn/bw-2" wsrfbf = "http://docs.oasis-open.org/wsrf/bf-2" wsrfr = "http://docs.oasis-open.org/wsrf/r-2" wsrfrw = "http://docs.oasis-open.org/wsrf/rw-2" wstop = "http://docs.oasis-open.org/wsn/t-1" # Prefix bindings for WhiteMesa interoperability testing round 2: i = "http://soapinterop.org/" s = "http://soapinterop.org/xsd" # Prefix binding for Amazon Web Services: aws = "urn:PI/DevCentral/SoapService" # Prefix binding for Mappoint Web services: mpt = "http://s.mappoint.net/mappoint-30/" gsoap-2.8.28/gsoap/WS/LEGAL.txt0000644000175000017500000000352112653650160015320 0ustar ellertellertThe specifications included in this directory are available to the public without fee or royalty. W3C notices included with XML specifications: Parts are governed by the W3C Software License [1] as described in the FAQ [2]. [1] http://www.w3.org/Consortium/Legal/copyright-software-19980720 [2] http://www.w3.org/Consortium/Legal/IPR-FAQ-20000620.html#DTD OASIS notices included with WS-* specifications: "Permission to copy, display, perform, modify and distribute the WS-* Specification, and to authorize others to do the foregoing, in any medium without fee or royalty is hereby granted for the purpose of developing and evaluating the WS-* Specification." "Permission to copy and display the WS-* (the "Specification", which includes WSDL and schema documents), in any medium without fee or royalty is hereby granted, provided that you include the following on ALL copies of the Specification that you make: 1. A link or URL to the Specification at one of the Co-Developers' websites. 2. The copyright notice as shown in the Specification." "OASIS takes no position regarding the validity or scope of any intellectual property or other rights that might be claimed to pertain to the implementation or use of the technology described in this document or the extent to which any license under such rights might or might not be available; neither does it represent that it has made any effort to identify any such rights. Information on OASIS's procedures with respect to rights in OASIS specifications can be found at the OASIS website. Copies of claims of rights made available for publication and any assurances of licenses to be made available, or the result of an attempt made to obtain a general license or permission for the use of such proprietary rights by implementors or users of this specification, can be obtained from the OASIS Executive Director." gsoap-2.8.28/gsoap/WS/WS-typemap.dat0000644000175000017500000003273512653650160016444 0ustar ellertellert# WS-typemap.dat # #------------------------------------------------------------------------------- #gSOAP XML Web services tools #Copyright (C) 2004-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. #This software is released under one of the following two licenses: #GPL or Genivia's license for commercial use. #------------------------------------------------------------------------------- #A commercial use license is available from Genivia, Inc., contact@genivia.com #------------------------------------------------------------------------------- # Bindings for WS-* protocols: wsrp = "http://schemas.xmlsoap.org/rp/" wsen = "http://schemas.xmlsoap.org/ws/2004/09/enumeration" # wsp bindings wsp = "http://schemas.xmlsoap.org/ws/2004/09/policy" # wsp redeclarations, used in wst.h: #_wsp__Policy = | _XML | _XML #_wsp__PolicyReference = | _XML | _XML _wsp__AppliesTo = typedef struct _wsp__AppliesTo { wsa5__EndpointReferenceType *wsa5__EndpointReference; } _wsp__AppliesTo; | struct _wsp__AppliesTo # wsa bindings wsa = wsa3 = wsa4 = wsa5 = # wsa:AttributedQName is a QName element extensible with attributes. # We redeclare it as a QName string, assuming we don't need attributes: wsa__AttributedQName = | _QName wsa3__AttributedQName = | _QName wsa4__AttributedQName = | _QName wsa5__AttributedQNameType = | _QName # wsa:AttributedURI is an anyURI element extensible with attributes. # We redeclare it as a regular string, assuming we don't need attributes: wsa__AttributedURI = | char* /*URI*/ wsa3__AttributedURI = | char* /*URI*/ wsa4__AttributedURI = | char* /*URI*/ wsa5__AttributedURIType = | char* /*URI*/ # wsa:ReplyAfterType is an nonnegativeInteger extensible with attributes. # We redeclare it here, assuming we don't need attributes: wsa__ReplyAfterType = | unsigned int _wsa__ReplyAfter = | unsigned int wsa4__ReplyAfterType = | unsigned int _wsa4__ReplyAfter = | unsigned int wsa5__AttributedUnsignedLongType = | ULONG64 # wsa:IsReferenceParameter is a boolean, redefined here to avoid clashes: _wsa5__IsReferenceParameter = typedef enum _wsa5__IsReferenceParameter { _wsa5__IsReferenceParameter__false, _wsa5__IsReferenceParameter__true } _wsa5__IsReferenceParameter; | _wsa5__IsReferenceParameter; # wsa5 imports chan WCF ChannelInstance wsa5__ReferenceParametersType = $\ int *chan__ChannelInstance; # wsse, wsu, ds, and xenc bindings wsse = wsu = ds = xenc = wsse2 = # wsrm bindings wsrm = wsrm5 = wsrm4 = ref = wsrm__MessageNumberType = | ULONG64 wsrm__DetailType = | struct SOAP_ENV__Detail _wsrm__UnsupportedElement = | _QName | _QName _wsrm__Identifier = typedef char *_wsrm__Identifier; | char* _wsrm__Address = | char* _wsrm__Expires = #import "custom/duration.h" | xsd__duration # wsdd bindings 1.1 and 1.0 wsdd = wsdd10 = # wsc bindings wsc = wsc2 = # wst bindings wst = wst12 = # SAML bindings saml1 = saml2 = ################################################################################ # # wsc redefinitions # ################################################################################ _wsc__Identifier = | char* _wsc__Instance = | char* _wsc__Name = | char* _wsc__Label = | char* _wsc__Nonce = | char* wsc__SecurityContextTokenType = $\ char* Identifier; wsc__SecurityContextTokenType = $\ char* Instance; ################################################################################ # # wst redefinitions # ################################################################################ wst__RequestTypeEnum = wst__BinarySecretTypeEnum = wst__ComputedKeyEnum = wst__StatusCodeEnum = wst__KeyTypeEnum = wst__RequestSecurityTokenType = $\ char* TokenType; wst__RequestSecurityTokenType = $\ wst__RequestTypeOpenEnum RequestType; wst__RequestSecurityTokenType = $\ unsigned int* KeySize; wst__RequestSecurityTokenType = $\ struct wst__BinaryExchangeType* BinaryExhange; wst__RequestSecurityTokenResponseType = $\ char* TokenType; wst__RequestSecurityTokenResponseType = $\ struct wst__RequestedSecurityTokenType* RequestedSecurityToken; wst__RequestSecurityTokenResponseType = $\ struct wst__BinaryExchangeType* BinaryExhange; # With WS-Policy AppliesTo: wst__RequestSecurityTokenResponseType = $\ #import "wsp.h" wst__RequestSecurityTokenResponseType = $\ struct _wsp__AppliesTo* wsp__AppliesTo; # Without SAML 1.1: #wst__RequestedSecurityTokenType =\ #typedef struct wst__RequestedSecurityTokenType\n\ #{ _wsse__SecurityTokenReference *wsse__SecurityTokenReference;\n\ #} wst__RequestedSecurityTokenType; # With SAML 1.1: wst__RequestedSecurityTokenType =\ #import "saml1.h"\n\ typedef struct wst__RequestedSecurityTokenType\n\ { saml1__AssertionType *saml1__Assertion;\n\ _wsse__SecurityTokenReference *wsse__SecurityTokenReference;\n\ } wst__RequestedSecurityTokenType; wst__EntropyType =\ typedef struct wst__EntropyType\n\ { struct wst__BinarySecretType *BinarySecret;\n\ } wst__EntropyType; wst__DelegatToeType =\ typedef struct wst__DelegateToType\n\ { _wsse__SecurityTokenReference *wsse__SecurityTokenReference;\n\ } wst__DelegateToType; ################################################################################ # # wsu redefinitions # ################################################################################ _wsu__Id = | char* _wsu__Created = | char* _wsu__Expires = | char* wsu__AttributedDateTime = | time_t wsu__AttributedURI = | char* wsu__TimestampType = _wsu__Timestamp =\ typedef struct _wsu__Timestamp\n\ { @char* wsu__Id; // use qualified form to enable signature\n\ char* Created;\n\ char* Expires;\n\ } _wsu__Timestamp; ################################################################################ # # wsse redefinitions # ################################################################################ # wsse:AttributedString has a wsu:Id we don't need wsse__AttributedString = | char* # wsse:EncodedString has an EncodingType attribute we don't need for Nonce wsse__EncodedString = | char* # Don't use global wsse:Nonce _wsse__Nonce = # Don't use wsse:tUsage and global wsse:Usage wsse__tUsage = _wsse__Usage = # Don't use wsse:PasswordString wsse__PasswordString = # But use wsse:Password element with similar content _wsse__Password =\ typedef struct _wsse__Password\n\ { char* __item;\n\ @char* Type;\n\ } _wsse__Password; # Don't use wsse:UsernameTokenType wsse__UsernameTokenType = # But use wsse:UsernameToken element with similar content _wsse__UsernameToken =\ typedef struct _wsse__UsernameToken\n\ { char* Username;\n\ struct _wsse__Password* Password;\n\ char* Nonce;\n\ char* wsu__Created;\n\ @char* wsu__Id;\n\ } _wsse__UsernameToken; # Don't use wsse:BinarySecurityTokenType wsse__BinarySecurityTokenType = # But use wsse:BinarySecurityToken element with similar content _wsse__BinarySecurityToken =\ typedef struct _wsse__BinarySecurityToken\n\ { char* __item;\n\ @char* wsu__Id;\n\ @char* ValueType;\n\ @char* EncodingType;\n\ } _wsse__BinarySecurityToken; # Don't use wsse:SecurityTokenReferenceType wsse__SecurityTokenReferenceType = # But use wsse:SecurityTokenReference element _wsse__SecurityTokenReference =\ typedef struct _wsse__SecurityTokenReference\n\ { struct _wsse__Reference* Reference;\n\ struct _wsse__KeyIdentifier* KeyIdentifier;\n\ struct _wsse__Embedded* Embedded;\n\ struct ds__X509DataType* ds__X509Data;\n\ @char* wsu__Id;\n\ @char* wsc__Instance;\n\ @char* Usage;\n\ } _wsse__SecurityTokenReference; # Don't use wsse:ReferenceType wsse__ReferenceType = # But use wsse:Reference element _wsse__Reference =\ typedef struct _wsse__Reference\n\ { @char* URI;\n\ @char* ValueType;\n\ } _wsse__Reference; # Don't use wsse:KeyIdentifierType wsse__KeyIdentifierType = # But use wsse:KeyIdentifier _wsse__KeyIdentifier =\ typedef struct _wsse__KeyIdentifier\n\ { char* __item;\n\ @char* wsu__Id;\n\ @char* ValueType;\n\ @char* EncodingType;\n\ } _wsse__KeyIdentifier; # Don't use wsse:EmbeddedType wsse__EmbeddedType = # But use wsse:KeyIdentifier _wsse__Embedded =\ typedef struct _wsse__Embedded\n\ { /* Extensible with embedded tokens and assertions */\n\ @char* wsu__Id;\n\ @char* ValueType;\n\ } _wsse__Embedded; # Don't use wsse:TransformationParametersType wsse__TransformationParametersType = # Don't use wsse:TransformationParameters _wsse__TransformationParameters = # Don't use wsse:SecurityHeaderType wsse__SecurityHeaderType = # But use wsse:Security element with additional content _wsse__Security =\ #import "xenc.h"\n\ #import "wsc.h"\n\ typedef struct _wsse__Security\n\ { struct _wsu__Timestamp* wsu__Timestamp;\n\ struct _wsse__UsernameToken* UsernameToken;\n\ struct _wsse__BinarySecurityToken* BinarySecurityToken;\n\ struct xenc__EncryptedKeyType* xenc__EncryptedKey;\n\ struct _xenc__ReferenceList* xenc__ReferenceList;\n\ struct ds__SignatureType* ds__Signature;\n\ @char* SOAP_ENV__actor;\n\ @char* SOAP_ENV__role;\n\ } _wsse__Security; ################################################################################ # # ds redefinitions # ################################################################################ ds__CryptoBinary = | char* /*base64*/ ds__DigestValueType = | char* /*base64*/ ds__HMACOutputLengthType = | int ds__TransformType = #import "c14n.h"\n\ typedef struct ds__TransformType\n\ { _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces;\n\ _XML __any;\n\ @char* Algorithm;\n\ } ds__TransformType, _ds__Transform; ds__KeyInfoType = #import "wsse.h"\n\ typedef struct ds__KeyInfoType\n\ { char* KeyName;\n\ struct ds__KeyValueType* KeyValue;\n\ struct ds__RetrievalMethodType* RetrievalMethod;\n\ struct ds__X509DataType* X509Data;\n\ struct _wsse__SecurityTokenReference* wsse__SecurityTokenReference;\n\ @char* Id;\n\ } ds__KeyInfoType, _ds__KeyInfo; ds__SignatureType =\ typedef struct ds__SignatureType\n\ { struct ds__SignedInfoType* SignedInfo;\n\ char* SignatureValue;\n\ struct ds__KeyInfoType* KeyInfo;\n\ @char* Id;\n\ } ds__SignatureType, _ds__Signature; # Add c14n:InclusiveNamespaces element to ds:CanonicalizationMethodType ds__CanonicalizationMethodType = $\ _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces; # ds:SignatureValueType has an Id we don't need ds__SignatureValueType = ds__ObjectType = ds__ManifestType = ds__SignaturePropertyType = ds__SignaturePropertiesType = ds__PGPDataType = ds__SPKIDataType = ################################################################################ # # xenc redefinitions # ################################################################################ xenc__EncryptionPropertyType =\ typedef struct xenc__EncryptionPropertyType\n\ { @char* Target;\n\ @char* Id;\n\ } xenc__EncryptionPropertyType; xenc__KeySizeType = | int xenc__EncryptionMethodType = $\ struct ds__DigestMethodType* ds__DigestMethod; _xenc__EncryptedData = | xenc__EncryptedDataType _xenc__EncryptedKey = | xenc__EncryptedKeyType ################################################################################ # # Common definitions # ################################################################################ # Use regular char* strings for ID xsd__ID = | char* /*ID*/ # Use regular char* strings for NCName xsd__NCName = | char* /*NCName*/ # Use regular char* strings for anyURI xsd__anyURI = | char* /*URI*/ # Use regular char* strings for xsd:duration xsd__duration = | char* /*duration*/ # Use built-in gSOAP _QName xsd__QName = | _QName | _QName # Map xsd:integer to int xsd__integer = | char* # Map xsd:nonNegativeInteger to unsigned int xsd__nonNegativeInteger = | char* # Map xsd:base64Binary to char* and manipulate base64 data internally xsd__base64Binary = | char* /*base64*/ # Map xsd:boolean to xsd__boolean_ to avoid redefs xsd__boolean = | char* # Map xsd:IDREFS to char* xsd__IDREFS = | char* /*IDREFS*/ # Redeclare wsrp:action_t wsrp__action_USCOREt = | char* # Redeclare wsrp:to_t wsrp__to_USCOREt = | char* # Redeclare wsrp:from_t wsrp__from_USCOREt = | char* # Redeclare wsrp:id_t wsrp__id_USCOREt = | char* # Redeclare wsrp:relatesTo_t wsrp__relatesTo_USCOREt = | char* # Redeclare wsrp:faultcode_t wsrp__faultcode_USCOREt = | char* # Redeclare wsrp:faultreason_t wsrp__faultreason_USCOREt = | char* gsoap-2.8.28/gsoap/WS/README.txt0000644000175000017500000000121112653650160015423 0ustar ellertellertThis directory contains a number of WS-* specifications. It serves as a repository for generating header files stored in the 'import' directory. The 'WS-typemap.dat' contains bindings for these WS-* specs to C (and C++). This file is used by wsdl2h to customize the generated bindings. For example, the 'import/wsa.h' WS-Addressing definitions were generated by: wsdl2h -cgye -o wsa.h -t WS/WS-typemap.dat WS/WS-Addressing.xsd which generated the 'import/wsa.h' file that can be #import-ed in a gSOAP header file to enable WS-Addressing support. All importable WS-* specs in header format are located in the 'import' directory of the package. gsoap-2.8.28/gsoap/dom.c0000644000175000017500000051361212653650146014340 0ustar ellertellert/* dom.c[pp] DOM API v5 gSOAP 2.8.28 See gsoap/doc/dom/html/index.html for the new DOM API v5 documentation Also located in /gsoap/samples/dom/README.md gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** Compatibility requirement with gSOAP engine version */ #define GSOAP_LIB_VERSION 20828 #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_xsd__anyType(struct soap*, const struct soap_dom_element *); SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyType(struct soap*, struct soap_dom_element*, const char*, soap_walker, soap_walker); SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap*, struct soap_dom_element *); SOAP_FMAC3 int SOAP_FMAC4 soap_put_xsd__anyType(struct soap*, const struct soap_dom_element*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap*, const char*, int, const struct soap_dom_element*, const char*); SOAP_FMAC3 struct soap_dom_element * SOAP_FMAC4 soap_get_xsd__anyType(struct soap*, struct soap_dom_element*, const char*, const char*); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap*, const char*, struct soap_dom_element *, const char*); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_xsd__anyAttribute(struct soap*, const struct soap_dom_attribute*); SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*, const char*, soap_walker, soap_walker); SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_xsd__anyAttribute(struct soap*, const struct soap_dom_attribute*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyAttribute(struct soap*, const char*, int, const struct soap_dom_attribute*, const char*); SOAP_FMAC3 struct soap_dom_attribute * SOAP_FMAC4 soap_get_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*, const char*, const char*); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_in_xsd__anyAttribute(struct soap*, const char*, struct soap_dom_attribute *, const char*); #ifdef __cplusplus extern "C" { #endif #ifndef WITH_NOIDREF SOAP_FMAC1 void SOAP_FMAC2 soap_markelement(struct soap*, const void*, int); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC1 void *SOAP_FMAC2 soap_getelement(struct soap*, int*); #ifdef __cplusplus } #endif /** Format string for generating DOM namespace prefixes (< 16 chars total) */ #ifndef SOAP_DOMID_FORMAT #define SOAP_DOMID_FORMAT "_%d" #endif static int out_element(struct soap*, const struct soap_dom_element*, const char*, const char*); static int out_attribute(struct soap*, const char*, const char*, const char*, int); /* namespace name (URI) lookup and store routines */ static const char *soap_push_prefix(struct soap*, const char*, size_t, const char*, int, int); static const char *soap_prefix_of(struct soap*, const char*); static const char *soap_ns_to_set(struct soap*, const char*); static const char *soap_ns_to_get(struct soap*, const char*); static const char *soap_ns_to_find(struct soap*, const char*); static struct soap_dom_element *new_element(struct soap*); static struct soap_dom_attribute *new_attribute(struct soap*); static int soap_tag_match(const char*, const char*); static int soap_patt_match(const char*, const char*); static int soap_name_match(const char*, const char*); /******************************************************************************\ * * DOM custom (de)serializers * \******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_serialize_xsd__anyType(struct soap *soap, const struct soap_dom_element *node) { if (node) { if (node->type && node->node) soap_markelement(soap, node->node, node->type); else { const struct soap_dom_element *elt; for (elt = node->elts; elt; elt = elt->next) soap_serialize_xsd__anyType(soap, elt); } } } SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyType(struct soap *soap, struct soap_dom_element *node, const char *s, soap_walker p, soap_walker q) { (void)soap; (void)node; (void)s; (void)p; (void)q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_serialize_xsd__anyAttribute(struct soap *soap, const struct soap_dom_attribute *node) { (void)soap; (void)node; } SOAP_FMAC1 void SOAP_FMAC2 soap_traverse_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *node, const char *s, soap_walker p, soap_walker q) { (void)soap; (void)node; (void)s; (void)p; (void)q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap *soap, struct soap_dom_element *node) { node->next = NULL; node->prnt = NULL; node->elts = NULL; node->atts = NULL; node->nstr = NULL; node->name = NULL; node->lead = NULL; node->text = NULL; node->code = NULL; node->tail = NULL; node->node = NULL; node->type = 0; node->soap = soap; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *node) { node->next = NULL; node->nstr = NULL; node->name = NULL; node->text = NULL; node->soap = soap; } /******************************************************************************/ static int out_element(struct soap *soap, const struct soap_dom_element *node, const char *prefix, const char *name) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node lead '%s'\n", node->lead ? node->lead : "")); if (node->lead && soap_send(soap, node->lead)) return soap->error; if (node->type && node->node) { char *s = NULL; struct Namespace *p; if (prefix && *prefix) { size_t l = strlen(prefix) + strlen(name); s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, name); } for (p = soap->local_namespaces; p && p->id; p++) if (p->ns && soap_push_prefix(soap, p->id, strlen(p->id), p->ns, 1, 0) == NULL) return soap->error; (void)soap_putelement(soap, node->node, s ? s : name, 0, node->type); if (s) SOAP_FREE(soap, s); } else if (prefix && *prefix) { size_t l = strlen(prefix) + strlen(name); char *s; if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, name); (void)soap_element(soap, s, 0, NULL); if (s != soap->msgbuf) SOAP_FREE(soap, s); } else if (*name != '-') { soap_mode m = soap->mode; if ((soap->mode & SOAP_DOM_ASIS)) soap->mode &= ~SOAP_XML_INDENT; (void)soap_element(soap, name, 0, NULL); soap->mode = m; } return soap->error; } /******************************************************************************/ static int out_attribute(struct soap *soap, const char *prefix, const char *name, const char *text, int isearly) { char *s; const char *t; size_t l; int err; if (!text) text = ""; if (!prefix || !*prefix) { if ((soap->mode & SOAP_XML_CANONICAL) && !strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) return soap_attribute(soap, name, text); if (isearly) return soap_set_attr(soap, name, text, 2); return soap_attribute(soap, name, text); } t = strchr(name, ':'); if (t) t++; else t = name; l = strlen(prefix) + strlen(t); if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, t); if (isearly) err = soap_set_attr(soap, s, text, 2); else err = soap_attribute(soap, s, text); if (s != soap->msgbuf) SOAP_FREE(soap, s); return err; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap *soap, const char *tag, int id, const struct soap_dom_element *node, const char *type) { (void)id; (void)type; if (node) { const char *prefix; /* namespace prefix, if namespace is present */ if (!(soap->mode & SOAP_DOM_ASIS) && !(soap->mode & SOAP_XML_CANONICAL)) { const struct soap_dom_attribute *att; for (att = node->atts; att; att = att->next) { if (att->name && att->text && !strncmp(att->name, "xmlns:", 6)) { if (soap_push_namespace(soap, att->name + 6, att->text) == NULL) return soap->error; } else if (att->name && att->text && !strcmp(att->name, "xmlns")) { if (soap_push_namespace(soap, "", att->text) == NULL) return soap->error; } } } if (node->name) tag = node->name; else if (!tag) tag = "-"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' start at level=%u\n", tag, soap->level)); prefix = NULL; if (!(soap->mode & SOAP_DOM_ASIS)) { const struct soap_nlist *np; size_t n = 0; if ((prefix = strchr(tag, ':'))) { n = prefix - tag; if (n && node->nstr) prefix = soap_prefix_of(soap, node->nstr); else prefix = NULL; } np = soap_lookup_ns(soap, tag, n); if (!prefix && ((n && !np) || (node->nstr && (!np || !np->ns || strcmp(node->nstr, np->ns))))) if (!(prefix = soap_push_prefix(soap, tag, n, node->nstr, 1, 1))) return soap->error; if (n && prefix && *prefix) tag += n + 1; } if (!soap->ns) soap->ns = 2; if (out_element(soap, node, prefix, tag)) return soap->error; if (!node->type || !node->node) { struct soap_dom_attribute *att; struct soap_dom_element *elt; for (att = node->atts; att; att = att->next) { if (att->name) { if (!(soap->mode & SOAP_DOM_ASIS)) { const char *p = NULL; if (strncmp(att->name, "xml", 3)) { if (att->nstr) p = soap_prefix_of(soap, att->nstr); if (!p) { const struct soap_nlist *np; size_t n = 0; p = strchr(att->name, ':'); if (p) n = p - att->name; p = NULL; np = soap_lookup_ns(soap, att->name, n); if ((n && !np) || (att->nstr && (!np || !np->ns || strcmp(att->nstr, np->ns)))) if (!(p = soap_push_prefix(soap, att->name, n, att->nstr, 0, 0))) return soap->error; } } if (out_attribute(soap, p, att->name, att->text, 0)) return soap->error; } else if (soap_attribute(soap, att->name, att->text)) return soap->error; } } if (!node->text && !node->code && !node->tail && !node->elts && !(soap->mode & SOAP_XML_CANONICAL)) { soap_mode m = soap->mode; soap->mode &= ~SOAP_XML_INDENT; if (*tag != '-' && soap_element_start_end_out(soap, tag)) return soap->error; soap->mode = m; } else { if (*tag != '-' && soap_element_start_end_out(soap, NULL)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node text '%s'\n", node->text ? node->text : "")); if (node->text && soap_string_out(soap, node->text, 0)) return soap->error; for (elt = node->elts; elt; elt = elt->next) if (soap_out_xsd__anyType(soap, NULL, 0, elt, NULL)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node code '%s'\n", node->code ? node->code : "")); if (node->code && soap_send(soap, node->code)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node tail '%s'\n", node->tail ? node->tail : "")); if (node->tail && soap_send(soap, node->tail)) return soap->error; if (!prefix || !*prefix) { soap_mode m = soap->mode; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end\n", tag)); if ((soap->mode & SOAP_DOM_ASIS)) soap->mode &= ~SOAP_XML_INDENT; if (soap_element_end_out(soap, tag)) return soap->error; soap->mode = m; } else { char *s; size_t l = strlen(prefix) + strlen(tag); if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end\n", tag)); (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, tag); if (soap_element_end_out(soap, s)) return soap->error; if (s != soap->msgbuf) SOAP_FREE(soap, s); } } } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyAttribute(struct soap *soap, const char *tag, int id, const struct soap_dom_attribute *node, const char *type) { const struct soap_dom_attribute *att; (void)tag; (void)id; (void)type; if (!(soap->mode & SOAP_DOM_ASIS) && !(soap->mode & SOAP_XML_CANONICAL)) { for (att = node; att; att = att->next) { if (att->name && att->text && !strncmp(att->name, "xmlns:", 6)) { if (soap_push_namespace(soap, att->name + 6, att->text) == NULL) return soap->error; } else if (att->name && att->text && !strcmp(att->name, "xmlns")) { if (soap_push_namespace(soap, "", att->text) == NULL) return soap->error; } } } for (att = node; att; att = att->next) { if (att->name) { if (!(soap->mode & SOAP_DOM_ASIS)) { const char *p = NULL; if (strncmp(att->name, "xml", 3)) { if (att->nstr) p = soap_prefix_of(soap, att->nstr); if (!p) { const struct soap_nlist *np; size_t n = 0; p = strchr(att->name, ':'); if (p) n = p - att->name; p = NULL; np = soap_lookup_ns(soap, att->name, n); if ((n && !np) || (att->nstr && (!np || !np->ns || strcmp(att->nstr, np->ns)))) if (!(p = soap_push_prefix(soap, att->name, n, att->nstr, 1, 0))) return soap->error; } } if (out_attribute(soap, p, att->name, att->text, 1)) return soap->error; } else if (soap_attribute(soap, att->name, att->text)) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap *soap, const char *tag, struct soap_dom_element *node, const char *type) { struct soap_attribute *tp; struct soap_dom_attribute **att; soap_mode m = soap->mode; soap->mode |= SOAP_C_UTFSTRING; (void)tag; (void)type; if (soap_peek_element(soap)) { const char *s; if (soap->error != SOAP_NO_TAG) return NULL; s = soap_strtrim(soap, soap_string_in(soap, 1, -1, -1, NULL)); if (!s || !*s) { soap->mode = m; return NULL; } soap->mode = m; if (!node) { node = new_element(soap); if (!node) { soap->error = SOAP_EOM; return NULL; } } node->text = s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node with cdata\n")); soap->error = SOAP_OK; soap->peeked = 0; return node; } if (!node) { node = new_element(soap); if (!node) { soap->error = SOAP_EOM; return NULL; } } else { soap_default_xsd__anyType(soap, node); } node->nstr = soap_current_namespace(soap, soap->tag); node->name = soap_strdup(soap, soap->tag); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node element='%s' start namespace='%s'\n", node->name, node->nstr?node->nstr:"")); if ((soap->mode & SOAP_DOM_NODE) || (!(soap->mode & SOAP_DOM_TREE) && *soap->id && (!type || strcmp(type, "xsd:anyType")))) { soap->mode = m; if ((node->node = soap_getelement(soap, &node->type)) && node->type) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node contains type %d from xsi:type or matching element tag name\n", node->type)); return node; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; else return NULL; soap->mode |= SOAP_C_UTFSTRING; } att = &node->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node attribute='%s'\n", tp->name)); *att = new_attribute(soap); if (!*att) { soap->error = SOAP_EOM; return NULL; } (*att)->next = NULL; (*att)->nstr = soap_current_namespace(soap, tp->name); (*att)->name = soap_strdup(soap, tp->name); if (tp->visible == 2) (*att)->text = soap_strdup(soap, tp->value); else (*att)->text = NULL; (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } if (soap_element_begin_in(soap, NULL, 1, NULL)) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' pulled (level=%u)\n", node->name, soap->level)); if (soap->body) { struct soap_dom_element **elt; if (soap_peek_element(soap)) { if (soap->error != SOAP_NO_TAG) return NULL; if (!(node->text = soap_strtrim(soap, soap_string_in(soap, 1, -1, -1, NULL)))) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' has cdata\n", node->name)); soap->peeked = 0; } elt = &node->elts; soap->mode = m; for (;;) { if (!(*elt = soap_in_xsd__anyType(soap, NULL, NULL, NULL))) { if (soap->error && soap->error != SOAP_NO_TAG) return NULL; break; } (*elt)->prnt = node; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' has subelement '%s'\n", node->name, (*elt)->name)); if (node->text) { if (*node->text) { struct soap_dom_element *elts = new_element(soap); if (!elts) { soap->error = SOAP_EOM; return NULL; } elts->next = *elt; elts->prnt = node; elts->text = node->text; node->elts = elts; elt = &elts->next; } node->text = NULL; } elt = &(*elt)->next; } if (!node->text && !node->elts) node->tail = ""; /* has body so tail is non-NULL for non-empty element tag */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end (level=%u)\n", node->name, soap->level)); if (soap_element_end_in(soap, NULL)) return NULL; if (strcmp(soap->tag, node->name)) { soap->error = SOAP_SYNTAX_ERROR; return NULL; } } soap->mode = m; return node; } /******************************************************************************/ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_in_xsd__anyAttribute(struct soap *soap, const char *tag, struct soap_dom_attribute *node, const char *type) { struct soap_attribute *tp; struct soap_dom_attribute *tmp = node; struct soap_dom_attribute *att = node; (void)tag; (void)type; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (!att) { att = new_attribute(soap); if (tmp) tmp->next = att; else node = att; tmp = att; } if (!att) { soap->error = SOAP_EOM; return NULL; } att->next = NULL; att->nstr = soap_current_namespace(soap, tp->name); att->name = soap_strdup(soap, tp->name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node attribute='%s' namespace='%s'\n", att->name, att->nstr ? att->nstr : "(null)")); if (tp->visible == 2) att->text = soap_strdup(soap, tp->value); else att->text = NULL; att->soap = soap; att = NULL; } } return node; } SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dup_xsd__anyType(struct soap *soap, struct soap_dom_element *d, const struct soap_dom_element *a) { struct soap_dom_element *elt = NULL; if (!a) return NULL; if (!d && !(d = new_element(soap))) return NULL; d->next = NULL; d->nstr = soap_strdup(soap, a->nstr); d->name = soap_strdup(soap, a->name); d->lead = soap_strdup(soap, a->lead); d->text = soap_strdup(soap, a->text); d->code = soap_strdup(soap, a->code); d->tail = soap_strdup(soap, a->tail); d->node = NULL; d->type = 0; d->atts = soap_dup_xsd__anyAttribute(soap, NULL, a->atts); for (a = a->elts; a; a = a->next) { if (elt) elt = elt->next = soap_dup_xsd__anyType(soap, NULL, a); else elt = d->elts = soap_dup_xsd__anyType(soap, NULL, a); elt->prnt = d; } return d; } SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyType(const struct soap_dom_element *a) { while (a) { if (a->nstr) SOAP_FREE(NULL, a->nstr); if (a->name) SOAP_FREE(NULL, a->name); if (a->lead) SOAP_FREE(NULL, a->lead); if (a->text) SOAP_FREE(NULL, a->text); if (a->code) SOAP_FREE(NULL, a->code); if (a->tail) SOAP_FREE(NULL, a->tail); soap_del_xsd__anyAttribute(a->atts); soap_del_xsd__anyType(a->elts); a = a->next; } } SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dup_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *d, const struct soap_dom_attribute *a) { struct soap_dom_attribute *att; if (!a) return NULL; if (!d && !(d = new_attribute(soap))) return NULL; att = d; while (a) { att->nstr = soap_strdup(soap, a->nstr); att->name = soap_strdup(soap, a->name); att->text = soap_strdup(soap, a->text); a = a->next; if (a) { if (!(att->next = new_attribute(soap))) break; att = att->next; } } return d; } SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyAttribute(const struct soap_dom_attribute *a) { while (a) { if (a->nstr) SOAP_FREE(NULL, a->nstr); if (a->name) SOAP_FREE(NULL, a->name); if (a->text) SOAP_FREE(NULL, a->text); a = a->next; } } /******************************************************************************\ * * Namespace prefix lookup/store * \******************************************************************************/ static const char * soap_push_prefix(struct soap *soap, const char *id, size_t n, const char *ns, int isearly, int iselement) { struct Namespace *p, *ln = soap->local_namespaces; struct soap_nlist *np; if (!n) id = NULL; if (!ns) { for (p = ln; p && p->id; p++) if (!strncmp(p->id, id, n) && !p->id[n]) break; if (p && p->id) { id = p->id; ns = p->out; if (!ns) ns = p->ns; } if (!ns) return ""; } else if (!id) { if (iselement) { id = ""; /* gen xmlsn="ns" for elements with nstr but no prefix */ } else { for (p = ln; p && p->id; p++) if (p->ns && !strcmp(p->ns, ns)) break; if (p && p->id) id = p->id; else { int i = 0; for (np = soap->nlist; np; np = np->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM find binding %s = '%s' level = %d index = %d\n", np->id, np->ns, np->level, np->index)); i++; } (SOAP_SNPRINTF(soap->tag, sizeof(soap->tag), sizeof(SOAP_DOMID_FORMAT) + 20), SOAP_DOMID_FORMAT, i); id = soap->tag; } } } else { for (np = soap->nlist; np; np = np->next) { if (!strncmp(np->id, id, n) && !np->id[n]) { if (np->ns) { if (!strcmp(np->ns, ns)) return ""; /* xmlns:id="ns" already in scope */ } else { if (!strcmp(ln[np->index].ns, ns) || (ln[np->index].out && !strcmp(ln[np->index].out, ns))) return ""; /* xmlns:id="ns" already in scope */ } break; } } soap_strncpy(soap->tag, sizeof(soap->tag), id, n); id = soap->tag; soap->local_namespaces = NULL; /* do not permit a replacement id, when ns is in table */ } /* fix advance generation of xmlns, when element (at level) is not output yet */ if (isearly) soap->level++; np = soap_push_namespace(soap, id, ns); soap->local_namespaces = ln; if (isearly) soap->level--; if (!np) return NULL; if (!np->ns) { np->ns = ln[np->index].out; if (!np->ns) np->ns = ln[np->index].ns; } np->index = 0; /* for C14N visibly utilized mark */ /* gen xmlns:id="ns" */ if (*np->id) { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(np->id) + 6), "xmlns:%s", np->id); if (out_attribute(soap, NULL, soap->msgbuf, ns, isearly)) return NULL; } else { if (out_attribute(soap, NULL, "xmlns", ns, isearly)) return NULL; } return np->id; } /******************************************************************************/ static const char * soap_prefix_of(struct soap *soap, const char *ns) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (np->ns && !strcmp(np->ns, ns)) return np->id; return NULL; } /******************************************************************************/ static const char * soap_ns_to_set(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag) return NULL; s = strchr(tag, ':'); if (!s) return NULL; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->ns; return NULL; } /******************************************************************************/ static const char * soap_ns_to_get(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag) return ""; s = strchr(tag, ':'); if (!s) return ""; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->out ? p->out : p->ns; return ""; } /******************************************************************************/ static const char * soap_ns_to_find(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag || (tag[0] == '*' && !tag[1])) return NULL; s = strchr(tag, ':'); if (!s) return ""; if (*tag == '*') return NULL; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->out ? p->out : p->ns; return NULL; } /******************************************************************************\ * * Tag matching * \******************************************************************************/ static int soap_tag_match(const char *name, const char *tag) { const char *s; if (!name) return !*tag; s = strchr(name, ':'); if (s) name = s + 1; s = strchr(tag, ':'); if (s) tag = s + 1; return !strcmp(name, tag); } /******************************************************************************/ static int soap_patt_match(const char *name, const char *patt) { const char *s; if (!name) return !*patt; s = strchr(name, ':'); if (s) name = s + 1; s = strchr(patt, ':'); if (s) patt = s + 1; return soap_name_match(name, patt); } /******************************************************************************/ static int soap_name_match(const char *name, const char *patt) { for (;;) { int c1 = *name; int c2 = *patt; if (!c1) break; if (c1 != c2) { if (c2 != '*') return 0; c2 = *++patt; if (!c2) return 1; for (;;) { c1 = *name; if (!c1) break; if (c1 == c2 && soap_name_match(name + 1, patt + 1)) return 1; name++; } break; } name++; patt++; } if (*patt == '*' && !patt[1]) return 1; return !*patt; } /******************************************************************************\ * * Memory * \******************************************************************************/ static struct soap_dom_element *new_element(struct soap *soap) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); #ifdef __cplusplus SOAP_PLACEMENT_NEW(elt, soap_dom_element); #endif if (elt) soap_default_xsd__anyType(soap, elt); return elt; } /******************************************************************************/ static struct soap_dom_attribute *new_attribute(struct soap *soap) { struct soap_dom_attribute *att; att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); #ifdef __cplusplus SOAP_PLACEMENT_NEW(att, soap_dom_attribute); #endif if (att) soap_default_xsd__anyAttribute(soap, att); return att; } /******************************************************************************\ * * soap_dom_element construction * \******************************************************************************/ /** @brief Returns pointer to new xsd__anyType DOM element node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return pointer to xsd__anyType DOM element node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new(struct soap *soap, const char *ns, const char *tag) { return soap_elt_set(new_element(soap), ns, tag); } /******************************************************************************/ /** @brief Returns pointer to new xsd__anyType DOM element node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return pointer to xsd__anyType DOM element node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new_w(struct soap *soap, const char *ns, const wchar_t *tag) { return soap_elt_set_w(new_element(soap), ns, tag); } /******************************************************************************/ /** @brief Set xsd__anyType DOM element namespace URI and tag name @param elt pointer to xsd__anyType DOM element to set @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set(struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt) { if (tag && !*tag) tag = NULL; elt->name = soap_strdup(elt->soap, tag); if (!ns) elt->nstr = soap_ns_to_set(elt->soap, tag); else elt->nstr = soap_strdup(elt->soap, ns); } return elt; } /******************************************************************************/ /** @brief Set xsd__anyType DOM element namespace URI and tag name @param elt pointer to xsd__anyType DOM element to set @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt) { if (tag && !*tag) tag = NULL; elt->name = soap_wchar2s(elt->soap, tag); if (!ns) elt->nstr = soap_ns_to_set(elt->soap, elt->name); else elt->nstr = soap_strdup(elt->soap, ns); } return elt; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an attribute node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att(struct soap_dom_element *elt, const char *ns, const char *tag) { if (!elt) return NULL; if (elt->atts) return soap_att_add(elt->atts, ns, tag); return elt->atts = soap_att_new(elt->soap, ns, tag); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an attribute node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (!elt) return NULL; if (elt->atts) return soap_att_add_w(elt->atts, ns, tag); return elt->atts = soap_att_new_w(elt->soap, ns, tag); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with a child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return pointer to child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt(struct soap_dom_element *elt, const char *ns, const char *tag) { struct soap_dom_element *node = NULL; if (elt) { struct soap_dom_element *last = NULL; const char *ns1 = ns; if (!ns1) ns1 = soap_ns_to_set(elt->soap, tag); for (node = elt->elts; node; node = node->next) { if (tag && soap_tag_match(node->name, tag) && (ns1 == node->nstr || (ns1 && node->nstr && !strcmp(node->nstr, ns1)))) return node; if (!node->next) last = node; } node = soap_elt_new(elt->soap, ns, tag); if (node) node->prnt = elt; if (last) last->next = node; else elt->elts = node; } return node; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with a child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { struct soap_dom_element *node = NULL; if (elt) { const char *name = soap_wchar2s(elt->soap, tag); struct soap_dom_element *last = NULL; const char *ns1 = ns; if (!ns1) ns1 = soap_ns_to_set(elt->soap, name); for (node = elt->elts; node; node = node->next) { if (name && soap_tag_match(node->name, name) && (ns1 == node->nstr || (ns1 && node->nstr && !strcmp(node->nstr, ns1)))) return node; if (!node->next) last = node; } node = soap_elt_new(elt->soap, ns, name); if (node) node->prnt = elt; if (last) last->next = node; else elt->elts = node; } return node; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an N-th child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @param n child element position, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt(struct soap_dom_element *elt, const char *ns, const char *tag, size_t n) { return soap_nth(soap_elt(elt, ns, tag), n); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an N-th child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @param n child element position, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag, size_t n) { return soap_nth(soap_elt_w(elt, ns, tag), n); } /******************************************************************************/ /** @brief Add a N-th child element with the same namespace and tag name as a xsd__anyType DOM child element node at position one (1) in a sibling list @param elt pointer to xsd__anyType DOM child element at position one (1) @param n additional child element position requested, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none exists at position n) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth(struct soap_dom_element *elt, size_t n) { struct soap_dom_element *node; struct soap_dom_element *prev = elt; if (!elt || n <= 1) return elt; for (node = elt->next; node; node = node->next) { if ((elt->name == node->name || (elt->name && soap_tag_match(node->name, elt->name))) && (elt->nstr == node->nstr || (elt->nstr && node->nstr && !strcmp(node->nstr, elt->nstr)))) { if (--n <= 1) return node; } prev = node; } while (--n >= 1) { node = new_element(elt->soap); node->next = prev->next; node->prnt = elt->prnt; node->nstr = elt->nstr; node->name = elt->name; prev->next = node; prev = node; } return prev; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param node pointer to xsd__anyAttribute attribute node to copy and add to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_att(struct soap_dom_element *elt, const struct soap_dom_attribute *node) { if (elt && node) { struct soap_dom_attribute *last; struct soap_dom_attribute **next = &elt->atts; for (last = elt->atts; last; last = last->next) if (!last->next) next = &last->next; *next = new_attribute(elt->soap); if (*next) soap_att_copy(*next, node); } return elt; } /******************************************************************************/ /** @brief Add a child element node to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param node pointer to element node to copy and add as a child to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elt(struct soap_dom_element *elt, const struct soap_dom_element *node) { if (elt && node) { struct soap_dom_element *last; struct soap_dom_element **next = &elt->elts; for (last = elt->elts; last; last = last->next) if (!last->next) next = &last->next; *next = new_element(elt->soap); if (*next) { soap_elt_copy(*next, node); (*next)->prnt = elt; } } return elt; } /******************************************************************************/ /** @brief Copy list of attribute nodes to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param atts pointer to list of xsd__anyAttribute attribute nodes to copy and add to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_atts(struct soap_dom_element *elt, const struct soap_dom_attribute *atts) { if (elt && atts) { struct soap_dom_attribute *last; struct soap_dom_attribute **next = &elt->atts; for (last = elt->atts; last; last = last->next) if (!last->next) next = &last->next; for (; atts; atts = atts->next) { *next = new_attribute(elt->soap); if (*next) { soap_att_copy(*next, atts); next = &(*next)->next; } } } return elt; } /******************************************************************************/ /** @brief Copy list of element nodes to an xsd__anyType DOM element node as children @param elt pointer to xsd__anyType DOM element to populate @param elts pointer to list of xsd__anyType DOM element nodes to copy and add as children to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elts(struct soap_dom_element *elt, const struct soap_dom_element *elts) { if (elt && elts) { struct soap_dom_element *last; struct soap_dom_element **next = &elt->elts; for (last = elt->elts; last; last = last->next) if (!last->next) next = &last->next; for (; elts; elts = elts->next) { *next = new_element(elt->soap); if (*next) { soap_elt_copy(*next, elts); (*next)->prnt = elt; next = &(*next)->next; } } } return elt; } /******************************************************************************\ * * soap_dom_element assignment * \******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to Boolean "false" or "true" @param elt pointer to xsd__anyType DOM element node to set @param b Boolean value (zero = false, nonzero = true) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_bool(struct soap_dom_element *elt, LONG64 b) { if (elt) elt->text = b ? "true" : "false"; return elt; } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to a 64 bit integer value @param elt pointer to xsd__anyType DOM element node to set @param n 64 bit integer value @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_int(struct soap_dom_element *elt, LONG64 n) { return soap_elt_text(elt, soap_LONG642s(elt->soap, n)); } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to a double float value @param elt pointer to xsd__anyType DOM element node to set @param x double float value (NaN and +/-INF are also supported) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_double(struct soap_dom_element *elt, double x) { return soap_elt_text(elt, soap_double2s(elt->soap, x)); } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node to set @param text string or NULL @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text(struct soap_dom_element *elt, const char *text) { if (elt) elt->text = soap_strdup(elt->soap, text); return elt; } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node to set @param text wide string or NULL @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text_w(struct soap_dom_element *elt, const wchar_t *text) { if (elt) elt->text = soap_wchar2s(elt->soap, text); return elt; } /******************************************************************************/ /** @brief Set an xsd__anyType DOM element node to point to a serializable object @param elt pointer to xsd__anyType DOM element node to set @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_node(struct soap_dom_element *elt, const void *node, int type) { if (elt) { elt->node = node; elt->type = type; } return elt; } /******************************************************************************/ /** @brief Copy an xsd__anyType DOM element node to another (not a deep copy) @param elt pointer to xsd__anyType DOM element node to copy to (destination) @param node pointer to xsd__anyType DOM element node to copy from (source) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_copy(struct soap_dom_element *elt, const struct soap_dom_element *node) { elt->nstr = node->nstr; elt->name = node->name; elt->lead = node->lead; elt->text = node->text; elt->code = node->code; elt->tail = node->tail; elt->node = node->node; elt->type = node->type; soap_add_atts(elt, node->atts); return soap_add_elts(elt, node->elts); } /******************************************************************************\ * * soap_dom_element properties * \******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyType DOM element node against a pattern @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match(const struct soap_dom_element *elt, const char *ns, const char *patt) { if (!elt || !elt->name) return 0; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(elt->name, patt)) return 0; if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) return 0; return 1; } /******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyType DOM element node against a pattern @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *patt) { const char *s; int r = 1; if (!elt || !elt->name) return 0; s = soap_wchar2s(NULL, patt); if (!ns && s) ns = soap_ns_to_find(elt->soap, s); if (s && !soap_patt_match(elt->name, s)) r = 0; else if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) r = 0; if (s) free((void*)s); return r; } /******************************************************************************/ /** @brief Get the namespace URI of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return namespace URI string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_ns(const struct soap_dom_element *elt) { if (elt) return elt->nstr; return NULL; } /******************************************************************************/ /** @brief Get the tag name of an xsd__anyType DOM element node, if any @param elt pointer to xsd__anyType DOM element node @return tag name string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_tag(const struct soap_dom_element *elt) { if (elt) return elt->name; return NULL; } /******************************************************************************/ /** @brief Return nonzero if xsd__anyType DOM element node text is Boolean "true" or "1" @param elt pointer to xsd__anyType DOM element node @return zero (not "true" or "1") or nonzero ("true" or "1") */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_true(const struct soap_dom_element *elt) { return elt->text && (!strcmp(elt->text, "true") || !strcmp(elt->text, "1")); } /******************************************************************************/ /** @brief Return nonzero if xsd__anyType DOM element node text is Boolean "false" or "0" @param elt pointer to xsd__anyType DOM element node @return zero (not "false" or "0") or nonzero ("false" or "0") */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_false(const struct soap_dom_element *elt) { return elt->text && (!strcmp(elt->text, "false") || !strcmp(elt->text, "0")); } /******************************************************************************/ /** @brief Return integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return integer value or 0 if text is not numeric */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_int(const struct soap_dom_element *elt) { if (elt) { int n; if (elt->text && !soap_s2int(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return long integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return long integer value or 0 if text is not numeric */ SOAP_FMAC1 long SOAP_FMAC2 soap_elt_get_long(const struct soap_dom_element *elt) { if (elt) { long n; if (elt->text && !soap_s2long(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return 64 bit integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return 64 bit integer value or 0 if text is not numeric */ SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_elt_get_LONG64(const struct soap_dom_element *elt) { if (elt) { LONG64 n; if (elt->text && !soap_s2LONG64(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return double float value of decimal text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return double float value or NaN if text is not numeric */ SOAP_FMAC1 double SOAP_FMAC2 soap_elt_get_double(const struct soap_dom_element *elt) { if (elt) { double x; if (elt->text && !soap_s2double(elt->soap, elt->text, &x)) return x; elt->soap->error = SOAP_OK; } return DBL_NAN; } /******************************************************************************/ /** @brief Return text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_text(const struct soap_dom_element *elt) { if (elt) return elt->text; return NULL; } /******************************************************************************/ /** @brief Get pointer to deserialized object stored in xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param type SOAP_TYPE_T requested type to match @return pointer to deserialized object or NULL if type mismatch or when no deserialized object is present */ SOAP_FMAC1 const void * SOAP_FMAC2 soap_elt_get_node(const struct soap_dom_element *elt, int type) { if (!elt || elt->type != type) return NULL; return elt->node; } /******************************************************************************/ /** @brief Get pointer to deserialized object stored in xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param node pointer to pointer to void, to be set to point to deserialized object @return SOAP_TYPE_T type of deserialized object, or zero (0) if none */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_type(const struct soap_dom_element *elt, const void **node) { if (!elt) return 0; *node = &elt->node; return elt->type; } /******************************************************************************/ /** @brief Return pointer to parent of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyType DOM element or NULL */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_parent(const struct soap_dom_element *elt) { if (!elt) return NULL; return elt->prnt; } /******************************************************************************/ /** @brief Return depth from the root node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return depth from root node, zero if node is a root node and has no parent */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_depth(const struct soap_dom_element *elt) { size_t n = 0; while (elt) { elt = elt->prnt; n++; } return n; } /******************************************************************************/ /** @brief Return child index of an xsd__anyType DOM child element node in sibling list @param elt pointer to xsd__anyType DOM element node @return nonzero index of child among siblings, or 0 if node is a root node and has no parent */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_index(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; n++; for (node = elt->prnt->elts; node && node != elt; n++, node = node->next) continue; } return n; } /******************************************************************************/ /** @brief Return number of siblings of an xsd__anyType DOM child node that have the same namespace URI and tag name @param elt pointer to xsd__anyType DOM element node @return number of siblings plus one (for self) that have the same namespace URI and tag name */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_len(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; for (node = soap_elt_get(elt->prnt, elt->nstr, elt->name); node; n++, node = soap_elt_get_next(node)) continue; } return n; } /******************************************************************************/ /** @brief Return index of an xsd__anyType DOM child node among siblings that have the same namespace URI and tag name @param elt pointer to xsd__anyType DOM element node @return nonzero N-th index (1 <= nth <= len), or 0 if element is root or is singular (has no siblings with the same namespace URI and tag name) */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_nth(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; for (node = soap_elt_get(elt->prnt, elt->nstr, elt->name); node && node != elt; n++, node = soap_elt_get_next(node)) continue; if (node && (n > 0 || soap_elt_get_next(node))) n++; } return n; } /******************************************************************************\ * * soap_dom_attribute construction * \******************************************************************************/ /** @brief Returns pointer to new xsd__anyAttribute DOM attribute node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return pointer to xsd__anyAttribute DOM attribute node */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new(struct soap *soap, const char *ns, const char *tag) { return soap_att_set(new_attribute(soap), ns, tag); } /******************************************************************************/ /** @brief Returns pointer to new xsd__anyAttribute DOM attribute node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @return pointer to xsd__anyAttribute DOM attribute node */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new_w(struct soap *soap, const char *ns, const wchar_t *tag) { return soap_att_set_w(new_attribute(soap), ns, tag); } /******************************************************************************/ /** @brief Set xsd__anyAttribute DOM attribute namespace URI and tag name @param att pointer to xsd__anyAttribute DOM attribute to set @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set(struct soap_dom_attribute *att, const char *ns, const char *tag) { if (att) { att->name = soap_strdup(att->soap, tag); if (!ns) att->nstr = soap_ns_to_set(att->soap, tag); else att->nstr = soap_strdup(att->soap, ns); } return att; } /******************************************************************************/ /** @brief Set xsd__anyAttribute DOM attribute namespace URI and tag name @param att pointer to xsd__anyAttribute DOM attribute to set @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag) { if (att) { att->name = soap_wchar2s(att->soap, tag); if (!ns) att->nstr = soap_ns_to_set(att->soap, att->name); else att->nstr = soap_strdup(att->soap, ns); } return att; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyAttribute DOM attribute node to create or extend an attribute list @param att pointer to xsd__anyAttribute DOM attribute @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add(struct soap_dom_attribute *att, const char *ns, const char *tag) { if (att && tag) { const char *ns1 = ns; if (!att->name) return soap_att_set(att, ns, tag); if (!ns1) ns1 = soap_ns_to_set(att->soap, tag); while (att) { if (att->name && soap_tag_match(att->name, tag) && (ns1 == att->nstr || (ns1 && att->nstr && !strcmp(ns1, att->nstr)))) return att; if (!att->next) return att->next = soap_att_new(att->soap, ns, tag); att = att->next; } } return att; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyAttribute DOM attribute node to create or extend an attribute list @param att pointer to xsd__anyAttribute DOM attribute @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag) { if (att && tag) { const char *name = soap_wchar2s(att->soap, tag); const char *ns1 = ns; if (!att->name) return soap_att_set(att, ns, name); if (!ns1) ns1 = soap_ns_to_set(att->soap, name); while (att) { if (att->name && soap_tag_match(att->name, name) && (ns1 == att->nstr || (ns1 && att->nstr && !strcmp(ns1, att->nstr)))) return att; if (!att->next) { att->next = soap_att_new(att->soap, ns, NULL); if (att->next) att->next->name = name; return att->next; } att = att->next; } } return att; } /******************************************************************************\ * * soap_dom_attribute assignment * \******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to Boolean "false" or "true" @param att pointer to xsd__anyAttribute DOM attribute node to set @param b Boolean value (zero = false, nonzero = true) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_bool(struct soap_dom_attribute *att, LONG64 b) { if (att) att->text = b ? "true" : "false"; return att; } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to a 64 bit integer value @param att pointer to xsd__anyAttribute DOM attribute node to set @param n 64 bit integer value @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_int(struct soap_dom_attribute *att, LONG64 n) { return soap_att_text(att, soap_LONG642s(att->soap, n)); } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to a double float value @param att pointer to xsd__anyAttribute DOM attribute node to set @param x double float value (NaN and +/-INF are also supported) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_double(struct soap_dom_attribute *att, double x) { return soap_att_text(att, soap_double2s(att->soap, x)); } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node to set @param text string or NULL @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text(struct soap_dom_attribute *att, const char *text) { if (att) att->text = soap_strdup(att->soap, text); return att; } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node to set @param text wide string or NULL @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text_w(struct soap_dom_attribute *att, const wchar_t *text) { if (att) att->text = soap_wchar2s(att->soap, text); return att; } /******************************************************************************/ /** @brief Copy an xsd__anyAttribute DOM attribute node to another (not a deep copy) @param att pointer to xsd__anyAttribute DOM attribute node to copy to (destination) @param node pointer to xsd__anyAttribute DOM attribute node to copy from (source) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_copy(struct soap_dom_attribute *att, const struct soap_dom_attribute *node) { if (att) { att->nstr = node->nstr; att->name = node->name; att->text = node->text; } return att; } /******************************************************************************\ * * soap_dom_attribute properties * \******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyAttribute DOM attribute node against a pattern @param att pointer to xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match(const struct soap_dom_attribute *att, const char *ns, const char *patt) { if (!att || !att->name) return 0; if (!ns && patt) ns = soap_ns_to_find(att->soap, patt); if (patt && !soap_patt_match(att->name, patt)) return 0; if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) return 0; return 1; } /******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyAttribute DOM attribute node against a pattern @param att pointer to xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match_w(const struct soap_dom_attribute *att, const char *ns, const wchar_t *patt) { const char *s; int r = 1; if (!att || !att->name) return 0; s = soap_wchar2s(NULL, patt); if (!ns && s) ns = soap_ns_to_find(att->soap, s); if (s && !soap_patt_match(att->name, s)) r = 0; else if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) r = 0; if (s) free((void*)s); return r; } /******************************************************************************/ /** @brief Get the namespace URI of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return namespace URI string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_ns(const struct soap_dom_attribute *att) { if (att) return att->nstr; return NULL; } /******************************************************************************/ /** @brief Get the tag name of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return tag name string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_tag(const struct soap_dom_attribute *att) { if (att) return att->name; return NULL; } /******************************************************************************/ /** @brief Return nonzero if xsd__anyAttribute DOM attribute node text is Boolean "true" or "1" @param att pointer to xsd__anyAttribute DOM attribute node @return zero (not "true" or "1") or nonzero ("true" or "1") */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_true(const struct soap_dom_attribute *att) { return att->text && (!strcmp(att->text, "true") || !strcmp(att->text, "1")); } /******************************************************************************/ /** @brief Return nonzero if xsd__anyAttribute DOM attribute node text is Boolean "false" or "0" @param att pointer to xsd__anyAttribute DOM attribute node @return zero (not "false" or "0") or nonzero ("false" or "0") */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_false(const struct soap_dom_attribute *att) { return att->text && (!strcmp(att->text, "false") || !strcmp(att->text, "0")); } /******************************************************************************/ /** @brief Return integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return integer value or 0 if text is not numeric */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_get_int(const struct soap_dom_attribute *att) { if (att) { int n; if (att->text && !soap_s2int(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return long integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return long integer value or 0 if text is not numeric */ SOAP_FMAC1 long SOAP_FMAC2 soap_att_get_long(const struct soap_dom_attribute *att) { if (att) { long n; if (att->text && !soap_s2long(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return 64 bit integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return 64 bit integer value or 0 if text is not numeric */ SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_att_get_LONG64(const struct soap_dom_attribute *att) { if (att) { LONG64 n; if (att->text && !soap_s2LONG64(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return double float value of decimal text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return double float value or NaN if text is not numeric */ SOAP_FMAC1 double SOAP_FMAC2 soap_att_get_double(const struct soap_dom_attribute *att) { if (att) { double x; if (att->text && !soap_s2double(att->soap, att->text, &x)) return x; att->soap->error = SOAP_OK; } return DBL_NAN; } /******************************************************************************/ /** @brief Return text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_text(const struct soap_dom_attribute *att) { if (att) return att->text; return NULL; } /******************************************************************************\ * * DOM local traversal * \******************************************************************************/ /** @brief Returns pointer to first xsd__anyAttribute DOM attribute node of xsd__anyType DOM element node, if any. @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyAttribute DOM attribute node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_first(struct soap_dom_element *elt) { return elt->atts; } /******************************************************************************/ /** @brief Returns pointer to next xsd__anyAttribute DOM attribute node, if any. @param att pointer to current xsd__anyAttribute DOM attribute node in attribute list @return pointer to xsd__anyAttribute DOM attribute node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_next(const struct soap_dom_attribute *att) { return att->next; } /******************************************************************************/ /** @brief Returns pointer to first child element node of xsd__anyType DOM element node, if any. @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyType DOM child element node or NULL if none */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_first(struct soap_dom_element *elt) { return elt->elts; } /******************************************************************************/ /** @brief Returns pointer to next xsd__anyType DOM child element node, if any. @param elt pointer to current xsd__anyType DOM child element node in sibling list @return pointer to xsd__anyType DOM element node or NULL if none */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_next(const struct soap_dom_element *elt) { return elt->next; } /******************************************************************************\ * * DOM local retrieval * \******************************************************************************/ /** @brief Get attribute node of an xsd__anyType DOM element node, if attribute exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get(const struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt && tag) { struct soap_dom_attribute *att; if (!ns) ns = soap_ns_to_get(elt->soap, tag); for (att = elt->atts; att; att = att->next) if (att->name && soap_tag_match(att->name, tag) && ((!att->nstr && !*ns) || (att->nstr && !strcmp(att->nstr, ns)))) return att; } return NULL; } /******************************************************************************/ /** @brief Get attribute node of an xsd__anyType DOM element node, if attribute exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt && tag) { const char *name = soap_wchar2s(NULL, tag); struct soap_dom_attribute *att = NULL; if (!ns) ns = soap_ns_to_get(elt->soap, name); for (att = elt->atts; att; att = att->next) if (att->name && soap_tag_match(att->name, name) && ((!att->nstr && !*ns) || (att->nstr && !strcmp(att->nstr, ns)))) break; if (name) free((void*)name); return att; } return NULL; } /******************************************************************************/ /** @brief Get child element node of an xsd__anyType DOM element node, if child element exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get(const struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt) { struct soap_dom_element *node; if (!ns) ns = soap_ns_to_get(elt->soap, tag); for (node = elt->elts; node; node = node->next) if ((tag == node->name || (tag && soap_tag_match(node->name, tag))) && ((!node->nstr && !*ns) || (node->nstr && !strcmp(node->nstr, ns)))) return node; } return NULL; } /******************************************************************************/ /** @brief Get child element node of an xsd__anyType DOM element node, if child element exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt) { const char *name = soap_wchar2s(NULL, tag); struct soap_dom_element *node; if (!ns) ns = soap_ns_to_get(elt->soap, name); for (node = elt->elts; node; node = node->next) if (((!name && !node->name) || (name && soap_tag_match(node->name, name))) && ((!node->nstr && !*ns) || (node->nstr && !strcmp(node->nstr, ns)))) break; if (name) free((void*)name); return node; } return NULL; } /******************************************************************************/ /** @brief Get next child element node that has the same namespace URI and tag name as the current child element node @param elt pointer to current xsd__anyType DOM child element node @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_next(const struct soap_dom_element *elt) { if (elt) { const char *ns = elt->nstr; const char *tag = elt->name; struct soap_dom_element *node; for (node = elt->next; node; node = node->next) if ((tag == node->name || (tag && soap_tag_match(node->name, tag))) && (ns == node->nstr || (ns && node->nstr && !strcmp(node->nstr, ns)))) return node; } return NULL; } /******************************************************************************/ /** @brief Get N-th child element node that has the same namespace URI and tag name as the current child element node at position one (1) in the sibling list @param elt pointer to current xsd__anyType DOM child element node at position one (1) in the sibling list @param n N-th element minus one located from the current element node at position one (1), 1 returns the current element (elt) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_nth(struct soap_dom_element *elt, size_t n) { while (n-- > 1) elt = soap_elt_get_next(elt); return elt; } /******************************************************************************\ * * DOM local search * \******************************************************************************/ /** @brief Find matching attribute node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find(struct soap_dom_element *elt, const char *ns, const char *patt) { struct soap_dom_attribute *att = NULL; if (elt) { att = elt->atts; if (att) { if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(att->name, patt)) return soap_att_find_next(att, ns, patt); if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) return soap_att_find_next(att, ns, patt); } } return att; } /******************************************************************************/ /** @brief Find next matching attribute node of an xsd__anyType DOM element node @param att pointer to current xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find_next(const struct soap_dom_attribute *att, const char *ns, const char *patt) { if (att) { struct soap_dom_attribute *node; if (!ns && patt) ns = soap_ns_to_find(att->soap, patt); for (node = att->next; node; node = node->next) { if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; return node; } } return NULL; } /******************************************************************************/ /** @brief Find matching child element node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find(struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_find_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Find next matching child element node of an xsd__anyType DOM element node @param elt pointer to current xsd__anyType DOM child element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next(const struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_find_next_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Find matching child element node of an xsd__anyType DOM element node that has a deserialized object @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type) { if (elt) { elt = elt->elts; if (elt) { if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(elt->name, patt)) return soap_elt_find_next_type(elt, ns, patt, type); if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) return soap_elt_find_next_type(elt, ns, patt, type); if (type && type != elt->type) return soap_elt_find_next_type(elt, ns, patt, type); } } return elt; } /******************************************************************************/ /** @brief Find next matching child element node of an xsd__anyType DOM element node that has a deserialized object @param elt pointer to current xsd__anyType DOM child element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next_type(const struct soap_dom_element *elt, const char *ns, const char *patt, int type) { if (elt) { struct soap_dom_element *node; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); for (node = elt->next; node; node = node->next) { if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; if (type && type != node->type) continue; return node; } } return NULL; } /******************************************************************************\ * * DOM size of local search results * \******************************************************************************/ /** @brief Return number of matching attribute nodes of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_att_size(struct soap_dom_element *elt, const char *ns, const char *patt) { size_t n = 0; if (elt) { struct soap_dom_attribute *att = soap_att_find(elt, ns, patt); if (att) { n++; while ((att = soap_att_find_next(att, ns, patt))) n++; } } return n; } /******************************************************************************/ /** @brief Return number of matching child element nodes of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size(struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_size_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Return number of matching child element nodes of an xsd__anyType DOM element node that have deserialized objects @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type) { size_t n = 0; if (elt) { elt = soap_elt_find_type(elt, ns, patt, type); if (elt) { n++; while ((elt = soap_elt_find_next_type(elt, ns, patt, type))) n++; } } return n; } /******************************************************************************\ * * DOM deep traversal * \******************************************************************************/ /** @brief Return next xsd__anyAttribute DOM attribute node in attribute list @param att pointer to current xsd__anyAttribute DOM attribute node @return pointer to xsd__anyAttribute DOM node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(const struct soap_dom_attribute *att) { return att->next; } /******************************************************************************/ /** @brief Return next xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param elt pointer to current xsd__anyType DOM element node @param end pointer to the ending xsd__anyType DOM element node (exclusive), usually the starting node of the graph traversal @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(const struct soap_dom_element *elt, const struct soap_dom_element *end) { struct soap_dom_element *node; if (elt->elts) return elt->elts; if (elt == end) return NULL; if (elt->next) return elt->next; for (node = elt->prnt; node && !node->next; node = node->prnt) if (node == end) return NULL; if (node) node = node->next; return node; } /******************************************************************************\ * * DOM deep search * \******************************************************************************/ /** @brief Find matching xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param begin pointer to starting xsd__anyType DOM element node of node graph to search @param end pointer to the ending xsd__anyType DOM element node (exclusive), usually the starting node of the graph traversal @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*" and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find(struct soap_dom_element *begin, const struct soap_dom_element *end, const char *ns, const char *patt, int type) { if (begin) { if (patt && *patt == '@') { if (soap_att_find(begin, ns, patt + 1)) return begin; return soap_dom_find_next(begin, end, ns, patt, type); } if (!ns && patt) ns = soap_ns_to_find(begin->soap, patt); if (patt && !soap_patt_match(begin->name, patt)) return soap_dom_find_next(begin, end, ns, patt, type); if (ns && (begin->nstr || *ns) && (!begin->nstr || !soap_name_match(begin->nstr, ns))) return soap_dom_find_next(begin, end, ns, patt, type); if (type && type != begin->type) return soap_dom_find_next(begin, end, ns, patt, type); } return begin; } /******************************************************************************/ /** @brief Find next matching xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param elt pointer to current xsd__anyType DOM element node of node graph to search @param end pointer to the ending xsd__anyType DOM element node, usually the starting node of the graph traversal @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*" and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find_next(const struct soap_dom_element *elt, const struct soap_dom_element *end, const char *ns, const char *patt, int type) { if (elt) { struct soap_dom_element *node; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt + (*patt == '@')); for (node = soap_dom_next_element(elt, end); node; node = soap_dom_next_element(node, end)) { if (patt && *patt == '@') { if (soap_att_find(node, ns, patt + 1)) return node; continue; } if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; if (type && type != node->type) continue; return node; } } return NULL; } /******************************************************************************\ * * C REST POST, GET, PUT, DELETE server invocation * \******************************************************************************/ /* @brief REST POST, GET, PUT, DELETE server invocation with XML @param soap context to manage IO @param endpoint server URL @param optional SOAP Action or NULL @param in request XML to be send to server, or NULL for GET or DELETE (both in and out are NULL) @param out response to be populated with response XML received from server, or NULL for PUT or DELETE (both in and out are NULL) */ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element *out) { if (out) soap_default_xsd__anyType(soap, out); if (in) soap_serialize_xsd__anyType(soap, in); soap->http_content = "text/xml; charset=utf-8"; if (soap_begin_count(soap) || ((soap->mode & SOAP_IO_LENGTH) && soap_out_xsd__anyType(soap, NULL, 0, in, NULL)) || soap_end_count(soap) || soap_connect_command(soap, in && out ? SOAP_POST_FILE : out ? SOAP_GET : in ? SOAP_PUT : SOAP_DEL, endpoint, action) || soap_out_xsd__anyType(soap, NULL, 0, in, NULL) || soap_end_send(soap)) return soap_closesock(soap); if (!out) { if (!soap_begin_recv(soap)) { #ifndef WITH_LEAN (void)soap_get_http_body(soap, NULL); #endif (void)soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; return soap_closesock(soap); } if (soap_begin_recv(soap) || soap_in_xsd__anyType(soap, NULL, out, NULL) == NULL || soap_end_recv(soap)) return soap_closesock(soap); return soap_closesock(soap); } /******************************************************************************/ #ifdef __cplusplus /******************************************************************************\ * * C++ REST POST, GET, PUT, DELETE server invocation * \******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element& out) { return soap_dom_call(soap, endpoint, action, &in, &out); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element& out) { return soap_dom_call(soap, endpoint, action, in, &out); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element *out) { return soap_dom_call(soap, endpoint, action, &in, out); } /******************************************************************************\ * * C++ soap_dom_element and soap_dom_attribute classes * \******************************************************************************/ #if 0 // DOXYGEN PROCESSING ONLY /** @class soap_dom_attribute @brief The xsd__anyAttribute DOM attribute node structure (xsd__anyAttribute is a typedef of soap_dom_attribute) */ struct soap_dom_attribute { struct soap_dom_attribute *next; ///< next attribute node in list const char *nstr; ///< namespace string const char *name; ///< (un)qualified tag name const char *text; ///< text cdata in UTF-8 struct soap *soap; ///< context that manages this object /** iterator over attribute list */ typedef soap_dom_attribute_iterator iterator; /** @brief Construct new xsd__anyAttribute DOM attribute that is empty (must be set later) @param soap context that manages this object */ soap_dom_attribute(struct soap *soap = NULL); /** @brief Construct new xsd__anyAttribute DOM attribute by (shallow) copying another attribute @param att xsd__anyAttribute DOM attribute copied */ soap_dom_attribute(const soap_dom_attribute& att); /** @brief Construct new xsd__anyAttribute DOM attribute with (un)qualified tag name, same as xsd__anyAttribute(soap, NULL, tag, NULL) @param soap context that manages this object @param tag (un)qualified tag name string */ soap_dom_attribute(struct soap *soap, const char *tag); /** @brief Construct new xsd__anyAttribute DOM attribute with (un)qualified tag name, same as xsd__anyAttribute(soap, NULL, tag, NULL) @param soap context that manages this object @param tag (un)qualified tag name wide string */ soap_dom_attribute(struct soap *soap, const wchar_t *tag); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); /** @brief Destructor (no-op, deletes are done by the managing context of this object) */ ~soap_dom_attribute(); /** @brief Set this xsd__anyAttribute DOM attribute namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return reference to *this */ soap_dom_attribute& set(const char *ns, const char *tag); /** @brief Set this xsd__anyAttribute DOM attribute namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return reference to *this */ soap_dom_attribute& set(const char *ns, const wchar_t *tag); /** @brief Set text of this xsd__anyAttribute DOM attribute node to Boolean "false" or "true" @param b Boolean value @return reference to *this */ soap_dom_attribute& set(bool b); /** @brief Set text of this xsd__anyAttribute DOM attribute node to an integer value @param n integer value @return reference to *this */ soap_dom_attribute& set(int n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a 64 bit integer value @param n 64 bit integer value @return reference to *this */ soap_dom_attribute& set(LONG64 n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a float value @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& set(float x); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a double float value @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& set(double x); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text string or NULL @return reference to *this */ soap_dom_attribute& set(const char *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text wide string or NULL @return reference to *this */ soap_dom_attribute& set(const wchar_t *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text string or NULL @return reference to *this */ soap_dom_attribute& set(const std::string& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text wide string or NULL @return reference to *this */ soap_dom_attribute& set(const std::wstring& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node to Boolean "false" or "true", same as set(b) @param b Boolean value @return reference to *this */ soap_dom_attribute& operator=(bool b); /** @brief Set text of this xsd__anyAttribute DOM attribute node to an integer value, same as set(n) @param n integer value @return reference to *this */ soap_dom_attribute& operator=(int n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a 64 bit integer value, same as set(n) @param n 64 bit integer value @return reference to *this */ soap_dom_attribute& operator=(LONG64 n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a float value, same as set(x) @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& operator=(float x); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a double float value, same as set(x) @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& operator=(double x); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_attribute& operator=(const char *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_attribute& operator=(const wchar_t *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_attribute& operator=(const std::string& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_attribute& operator=(const std::wstring& text); /** @brief Copy an xsd__anyAttribute DOM attribute node to this node (not a deep copy) @param att pointer to xsd__anyAttribute DOM attribute node to copy from @return reference to *this */ soap_dom_attribute& operator=(const soap_dom_attribute& att); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list, same as att(NULL, tag) @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list, same as att(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const wchar_t *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *ns, const char *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *ns, const wchar_t *tag); /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const wchar_t *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *ns, const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *ns, const wchar_t *patt) const; /** @brief Get the namespace URI of this xsd__anyAttribute DOM attribute node @return namespace URI string or NULL */ const char *ns() const; /** @brief Get the tag name of this xsd__anyAttribute DOM attribute node @return tag name string or NULL */ const char *tag() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "true" or "1" @return true if "true" or "1" */ bool is_true() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "false" or "0" @return true if "false" or "0" */ bool is_false() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyAttribute DOM attribute node @return 64 bit integer value or 0 if text is not numeric */ LONG64 get_int() const; /** @brief Return double float value of decimal text of this xsd__anyAttribute DOM attribute node @return double float value or NaN if text is not numeric */ double get_double() const; /** @brief Return text of this xsd__anyAttribute DOM attribute node @return string or NULL */ const char *get_text() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "true" or "1", same as is_true() @return true if "true" or "1" */ operator bool() const; /** @brief Return integer value of numeric text of this xsd__anyAttribute DOM attribute node, same as (int)get_int() @return integer value or 0 if text is not numeric */ operator int() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyAttribute DOM attribute node, same as get_int() @return 64 bit integer value or 0 if text is not numeric */ operator LONG64() const; /** @brief Return double float value of decimal text of this xsd__anyAttribute DOM attribute node, same as get_double() @return double float value or NaN if text is not numeric */ operator double() const; /** @brief Return text of this xsd__anyAttribute DOM attribute node, same as get_text() @return string or NULL */ operator const char*() const; /** @brief Return iterator to begin of attribute nodes starting with this attribute @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_begin(); /** @brief Return iterator to end of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_end(); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const wchar_t *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const char *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); }; /** @brief The xsd__anyAttribute DOM attribute node structure (xsd__anyAttribute is a typedef of soap_dom_attribute) */ typedef soap_dom_attribute xsd__anyAttribute; /** @class soap_dom_element @brief The xsd__anyType DOM element node structure (xsd__anyType is a typedef of soap_dom_element). */ struct soap_dom_element { struct soap_dom_element *next; ///< next sibling element node in list struct soap_dom_element *prnt; ///< pointer to parent node struct soap_dom_element *elts; ///< list of child element nodes struct soap_dom_attribute *atts; ///< list of attribute nodes const char *nstr; ///< namespace string const char *name; ///< (un)qualified tag name const char *lead; ///< leading XML content before start tag (used with WITH_DOM) const char *text; ///< text cdata in UTF-8 const char *code; ///< XML "code" (plain unconverted XML used with WTIH_DOM) const char *tail; ///< trailing XML content before end tag (used with WITH_DOM) const void *node; ///< pointer to serializable object int type; ///< SOAP_TYPE_T type of serializable object or 0 struct soap *soap; ///< soap context that manages this object /** iterator over sibling element node list */ typedef soap_dom_element_iterator iterator; /** @brief Construct new xsd__anyType DOM element "root" @param soap context that manages this object */ soap_dom_element(struct soap *soap = NULL); /** @brief Construct new xsd__anyType DOM element by (shallow) copying another element @param elt xsd__anyType DOM element copied */ soap_dom_element(const soap_dom_element& elt); /** @brief Construct new xsd__anyType DOM element with (un)qualified tag name, same as xsd__anyType(soap, NULL, tag) @param soap context that manages this object @param tag (un)qualified tag name string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *tag); /** @brief Construct new xsd__anyType DOM element with (un)qualified tag name, same as xsd__anyType(soap, NULL, tag) @param soap context that manages this object @param tag (un)qualified tag name wide string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const wchar_t *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns) and (un)qualified tag name @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *ns, const char *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns) and (un)qualified tag name @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param text string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param text wide string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param text string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param text wide string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or "" (unnamed node) @param text string */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or "" (unnamed node) @param text string */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or "" (unnamed node) @param text wide string */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or "" (unnamed node) @param text wide string */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); /** @brief Construct new xsd__anyType DOM element node with namespace URI (xmlns), (un)qualified tag name, and pointer to a serializable object @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type); /** @brief Construct new xsd__anyType DOM element node with namespace URI (xmlns), (un)qualified tag name, and pointer to a serializable object @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type); /** @brief Destructor (no-op, deletes are done by the managing context of this object) */ ~soap_dom_element(); /** @brief Set xsd__anyType DOM element namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return reference to *this */ soap_dom_element& set(const char *ns, const char *tag); /** @brief Set xsd__anyType DOM element namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return reference to *this */ soap_dom_element& set(const char *ns, const wchar_t *tag); /** @brief Set text of this xsd__anyType DOM element node to Boolean "false" or "true" @param b Boolean value @return reference to *this */ soap_dom_element& set(bool b); /** @brief Set text of this xsd__anyType DOM element node to an integer value @param n integer value @return reference to *this */ soap_dom_element& set(int n); /** @brief Set text of this xsd__anyType DOM element node to an integer value @param n integer value @return reference to *this */ soap_dom_element& set(LONG64 n); /** @brief Set text of this xsd__anyType DOM element node to a float value @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& set(float x); /** @brief Set text of this xsd__anyType DOM element node to a double float value @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& set(double x); /** @brief Set text of this xsd__anyType DOM element node @param text string or NULL @return reference to *this */ soap_dom_element& set(const char *text); /** @brief Set text of this xsd__anyType DOM element node @param text wide string or NULL @return reference to *this */ soap_dom_element& set(const wchar_t *text); /** @brief Set text of this xsd__anyType DOM element node @param text string @return reference to *this */ soap_dom_element& set(const std::string& text); /** @brief Set text of this xsd__anyType DOM element node @param text wide string @return reference to *this */ soap_dom_element& set(const std::wstring& text); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T @return reference to *this */ soap_dom_element& set(const void *node, int type); /** @brief Add a child element node to this xsd__anyType DOM element node @param elt reference to element node to copy and add as a child @return reference to *this */ soap_dom_element& add(soap_dom_element& elt); /** @brief Add a child element node to this xsd__anyType DOM element node @param elt pointer to element node to copy and add as a child @return reference to *this */ soap_dom_element& add(soap_dom_element *elt); /** @brief Add an attribute node to this xsd__anyType DOM element node @param att reference to xsd__anyAttribute attribute node to copy and add @return reference to *this */ soap_dom_element& add(soap_dom_attribute& att); /** @brief Add an attribute node to this xsd__anyType DOM element node @param att pointer to xsd__anyAttribute attribute node to copy and add @return reference to *this */ soap_dom_element& add(soap_dom_attribute *att); /** @brief Copy list of element nodes to this xsd__anyType DOM element node as children @param elts reference to list of xsd__anyType DOM element nodes to copy and add as children @return reference to *this */ soap_dom_element& adds(soap_dom_element& elts); /** @brief Copy list of element nodes to this xsd__anyType DOM element node as children @param elts pointer to list of xsd__anyType DOM element nodes to copy and add as children @return reference to *this */ soap_dom_element& adds(soap_dom_element *elts); /** @brief Copy list of attribute nodes to this xsd__anyType DOM element node @param atts reference to list of xsd__anyAttribute attribute nodes to copy and add @return reference to *this */ soap_dom_element& adds(soap_dom_attribute& atts); /** @brief Copy list of attribute nodes to this xsd__anyType DOM element node @param atts pointer to list of xsd__anyAttribute attribute nodes to copy and add @return reference to *this */ soap_dom_element& adds(soap_dom_attribute *atts); /** @brief Set text of this xsd__anyType DOM element node to Boolean "false" or "true", same as set(b) @param b Boolean value @return reference to *this */ soap_dom_element& operator=(bool b); /** @brief Set text of this xsd__anyType DOM element node to an integer value, same as set(n) @param n integer value @return reference to *this */ soap_dom_element& operator=(int n); /** @brief Set text of this xsd__anyType DOM element node to an integer value, same as set(n) @param n 64 bit integer value @return reference to *this */ soap_dom_element& operator=(LONG64 n); /** @brief Set text of this xsd__anyType DOM element node to a float value, same as set(x) @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& operator=(float x); /** @brief Set text of this xsd__anyType DOM element node to a double float value, same as set(x) @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& operator=(double x); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_element& operator=(const char *text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_element& operator=(const wchar_t *text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text string @return reference to *this */ soap_dom_element& operator=(const std::string& text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text wide string @return reference to *this */ soap_dom_element& operator=(const std::wstring& text); /** @brief Copy an xsd__anyType DOM element node to this node (not a deep copy) @param elt reference to xsd__anyType DOM element node to copy from @return reference to *this */ soap_dom_element& operator=(const soap_dom_element& elt); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj reference to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(const T& obj); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj pointer to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(const T *obj); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj pointer to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(T *obj); /** @brief Populate this xsd__anyType DOM element node with an attribute node, same as att(NULL, tag) @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node, same as att(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *ns, const char *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *ns, const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with an unnamed (tagless) child element node, same as elt(NULL, "") @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *ns, const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *ns, const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& operator[](const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& operator[](const wchar_t *tag); /** @brief Add a N-th child element with the same namespace and tag name as this xsd__anyType DOM element node that is a child element node at position one (1) in a sibling list @param n additional child element position requested, counting from one (1) XPath style @return reference to xsd__anyType child element node (new child element node if none exists at position n) */ soap_dom_element& operator[](size_t n); /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists, same as att_get(NULL, tag) @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists, same as att_get(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const wchar_t *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *ns, const char *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *ns, const wchar_t *tag) const; /** @brief Get unnamed (tagless) child element node of this xsd__anyType DOM element node, if child element exists, same as elt_get(NULL, NULL) or elt_get(NULL, ""); @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get() const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists, same as elt_get(NULL, tag) @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const wchar_t *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *ns, const char *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *ns, const wchar_t *tag) const; /** @brief Get next child element node that has the same namespace URI and tag name as this child element node in a sibling list @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *get_next() const; /** @brief Get N-th child element node that has the same namespace URI and tag name as this child element node at position one (1) in a sibling list @param n N-th element minus one located from the current element node at position one (1), 1 returns this element node @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *get_nth(size_t n); /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const wchar_t *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern, same as match(NULL, patt) @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *ns, const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *ns, const wchar_t *patt) const; /** @brief Get the namespace URI of this xsd__anyType DOM element node @return namespace URI string or NULL */ const char *ns() const; /** @brief Get the tag name of this xsd__anyType DOM element node @return tag name string or NULL */ const char *tag() const; /** @brief Return pointer to parent of this xsd__anyType DOM element node, if any @return pointer to xsd__anyType DOM element or NULL */ soap_dom_element *parent(); /** @brief Return depth from the root node of this xsd__anyType DOM element node @return depth from root node, zero if node is a root node and has no parent */ size_t depth() const; /** @brief Return child index of this xsd__anyType DOM child element node in its sibling list @return nonzero index of child among siblings, or 0 if node is a root node and has no parent */ size_t index() const; /** @brief Return number of siblings of this xsd__anyType DOM child node that have the same namespace URI and tag name @return number of siblings plus one (for self) that have the same namespace URI and tag name */ size_t len() const; /** @brief Return index of this xsd__anyType DOM child node among siblings that have the same namespace URI and tag name @return nonzero N-th index (1 <= nth <= len), or 0 if element is root or is singular (has no siblings with the same namespace URI and tag name) */ size_t nth() const; /** @brief Return number of child element nodes of this xsd__anyType DOM element node, same as elt_size(NULL, NULL) @return number of child elements */ size_t elt_size(); /** @brief Return number of matching child element nodes of this xsd__anyType DOM element node, same as elt_size(NULL, patt, type) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ size_t elt_size(const char *patt, int type = 0); /** @brief Return number of matching child element nodes of this xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ size_t elt_size(const char *ns, const char *patt, int type = 0); /** @brief Return number of attribute nodes of this xsd__anyType DOM element node, same as att_size(NULL, NULL) @return number of attributes */ size_t att_size(); /** @brief Return number of matching attribute nodes of this xsd__anyType DOM element node, same as att_size(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ size_t att_size(const char *patt); /** @brief Return number of matching attribute nodes of this xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ size_t att_size(const char *ns, const char *patt); /** @brief Return true if this xsd__anyType DOM element node text is Boolean "true" or "1" @return true if "true" or "1" */ bool is_true() const; /** @brief Return true if this xsd__anyType DOM element node text is Boolean "false" or "0" @return true if "false" or "0" */ bool is_false() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyType DOM element node @return 64 bit integer value or 0 if text is not numeric */ LONG64 get_int() const; /** @brief Return double float value of decimal text of this xsd__anyType DOM element node @return double float value or NaN if text is not numeric */ double get_double() const; /** @brief Return text of this xsd__anyType DOM element node @return string or NULL */ const char *get_text() const; /** @brief Return true if this xsd__anyType DOM element node text is Boolean "true" or "1", same as is_true() @return true if "true" or "1" */ operator bool() const; /** @brief Return integer value of numeric text of this xsd__anyType DOM element node, same as (int)get_int() @return integer value or 0 if text is not numeric */ operator int() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyType DOM element node, same as get_int() @return 64 bit integer value or 0 if text is not numeric */ operator LONG64() const; /** @brief Return double float value of decimal text of this xsd__anyType DOM element node, same as get_double() @return double float value or NaN if text is not numeric */ operator double() const; /** @brief Return text of this xsd__anyType DOM element node, same as get_text() @return string or NULL */ operator const char*() const; /** @brief Return iterator to begin of deep depth-first node graph traversal starting with this node @return xsd__anyType::iterator */ soap_dom_element_iterator begin(); /** @brief Return iterator to end of deep depth-first tnode graph traversal @return xsd__anyType::iterator */ soap_dom_element_iterator end(); /** @brief Return iterator to begin of child element nodes @return xsd__anyType::iterator */ soap_dom_element_iterator elt_begin(); /** @brief Return iterator to end of child element nodes @return xsd__anyType::iterator */ soap_dom_element_iterator elt_end(); /** @brief Return iterator to begin of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_begin(); /** @brief Return iterator to end of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_end(); /** @brief Return iterator to search deep depth-first over node graph starting from this node, same as find(NULL, patt, type) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node, same as find(NULL, patt, type) @param patt (un)qualified tag name wide string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const wchar_t *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *ns, const char *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *ns, const wchar_t *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph to find deserialized objects, starting from this node @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(int type); /** @brief Return iterator to search for matching child elements of this node, same as elt_find(NULL, patt, type) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node, same as elt_find(NULL, patt, type) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const wchar_t *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *ns, const char *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *ns, const wchar_t *patt, int type = 0); /** @brief Return iterator to search for child elements of this node that have deserialized objects @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(int type); /** @brief Return iterator to search for matching attributes of this node @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const wchar_t *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const char *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); }; /** @brief The xsd__anyType DOM element node structure (xsd__anyType is a typedef of soap_dom_element). */ typedef soap_dom_element xsd__anyType; /** @brief Write XML to current output (this is an auto-generted macro in soapH.h) @param soap context that manages IO @param dom root element node of the XML document @return SOAP_OK or an error code */ int soap_write_xsd__anyType(struct soap *soap, xsd__anyType *dom); /** @brief Parse XML from current input (this is an auto-generted macro in soapH.h) @param soap context that manages IO @param dom root element node of the XML document @return SOAP_OK or an error code */ int soap_read_xsd__anyType(struct soap *soap, xsd__anyType *dom); #endif /******************************************************************************\ * * soap_dom_element class * \******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap) { soap_default_xsd__anyType(soap, this); this->name = "root"; } /******************************************************************************/ soap_dom_element::soap_dom_element(const soap_dom_element& elt) { soap_default_xsd__anyType(elt.soap, this); (void)soap_elt_copy(this, &elt); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set(this, NULL, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const wchar_t *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set_w(this, NULL, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set(this, ns, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set_w(this, ns, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set_w(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set_w(this, ns, tag), text); } /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type) { soap_default_xsd__anyType(soap, this); (void)soap_elt_node(soap_elt_set(this, ns, tag), node, type); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type) { soap_default_xsd__anyType(soap, this); (void)soap_elt_node(soap_elt_set_w(this, ns, tag), node, type); } /******************************************************************************/ soap_dom_element::~soap_dom_element() { } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::begin() { soap_dom_element_iterator iter = soap_dom_element_iterator(this); iter.stop = this; iter.deep = true; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(const char *ns, const char *patt, int type) { soap_dom_element_iterator iter(soap_dom_find(this, this, ns, patt, type)); iter.stop = this; iter.nstr = ns; iter.name = patt; iter.type = type; iter.deep = true; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(const char *ns, const wchar_t *tag, int type) { const char *s = soap_wchar2s(NULL, tag); soap_dom_element_iterator iter = this->find(ns, s, type); if (s) free((void*)s); return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(int type) { return this->find((const char*)NULL, (const char*)NULL, type); } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(const char *ns, const char *patt, int type) { soap_dom_element_iterator iter(soap_elt_find_type(this, ns, patt, type)); iter.nstr = ns; iter.name = patt; iter.type = type; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(const char *ns, const wchar_t *patt, int type) { const char *s = soap_wchar2s(NULL, patt); soap_dom_element_iterator iter = this->elt_find(ns, s, type); if (s) free((void*)s); return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(int type) { return this->elt_find((const char*)NULL, (const char*)NULL, type); } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_element::att_find(const char *ns, const char *patt) { soap_dom_attribute_iterator iter(soap_att_find(this, ns, patt)); iter.nstr = ns; iter.name = patt; return iter; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_element::att_find(const char *ns, const wchar_t *patt) { const char *s = soap_wchar2s(NULL, patt); soap_dom_attribute_iterator iter = this->att_find(ns, s); if (s) free((void*)s); return iter; } /******************************************************************************/ void soap_dom_element::unlink() { soap_unlink(soap, this); soap_unlink(soap, nstr); soap_unlink(soap, name); soap_unlink(soap, text); if (elts) elts->unlink(); if (atts) atts->unlink(); if (next) next->unlink(); node = NULL; type = 0; } /******************************************************************************\ * * soap_dom_attribute class * \******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap) { soap_default_xsd__anyAttribute(soap, this); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(const soap_dom_attribute& att) { soap_default_xsd__anyAttribute(att.soap, this); (void)soap_att_copy(this, &att); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *tag) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_set(this, NULL, tag); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const wchar_t *tag) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_set_w(this, NULL, tag); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set_w(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set_w(this, ns, tag), text); } /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ soap_dom_attribute::~soap_dom_attribute() { } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute::att_find(const char *ns, const char *patt) { soap_dom_attribute_iterator iter(this); iter.nstr = ns; iter.name = patt; if (patt) { if (!soap_patt_match(this->name, patt)) return ++iter; if (ns && (!this->nstr || strcmp(this->nstr, ns))) return ++iter; if (!ns && this->nstr) return ++iter; } return iter; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute::att_find(const char *ns, const wchar_t *patt) { const char *s = soap_wchar2s(NULL, patt); soap_dom_attribute_iterator iter = this->att_find(ns, s); if (s) free((void*)s); return iter; } /******************************************************************************/ void soap_dom_attribute::unlink() { soap_unlink(soap, this); soap_unlink(soap, nstr); soap_unlink(soap, name); soap_unlink(soap, text); if (next) next->unlink(); } /******************************************************************************\ * * soap_dom_element_iterator class * \******************************************************************************/ soap_dom_element_iterator::soap_dom_element_iterator() { iter = NULL; stop = NULL; nstr = NULL; name = NULL; type = 0; deep = false; } /******************************************************************************/ soap_dom_element_iterator::soap_dom_element_iterator(soap_dom_element *node) { iter = node; stop = NULL; nstr = NULL; name = NULL; type = 0; deep = false; } /******************************************************************************/ soap_dom_element_iterator::~soap_dom_element_iterator() { } /******************************************************************************/ bool soap_dom_element_iterator::operator==(const soap_dom_element_iterator &it) const { return this->iter == it.iter; } /******************************************************************************/ bool soap_dom_element_iterator::operator!=(const soap_dom_element_iterator &it) const { return this->iter != it.iter; } /******************************************************************************/ soap_dom_element& soap_dom_element_iterator::operator*() const { return *this->iter; } /******************************************************************************/ soap_dom_element *soap_dom_element_iterator::operator->() const { return this->iter; } /******************************************************************************/ soap_dom_element_iterator &soap_dom_element_iterator::operator++() { if (deep) this->iter = soap_dom_find_next(this->iter, this->stop, this->nstr, this->name, this->type); else this->iter = soap_elt_find_next_type(this->iter, this->nstr, this->name, this->type); return *this; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element_iterator::operator++(int) { soap_dom_element_iterator iter(*this); ++*this; return iter; } /******************************************************************************\ * * soap_dom_attribute_iterator class * \******************************************************************************/ soap_dom_attribute_iterator::soap_dom_attribute_iterator() { iter = NULL; nstr = NULL; name = NULL; } /******************************************************************************/ soap_dom_attribute_iterator::soap_dom_attribute_iterator(soap_dom_attribute *node) { this->iter = node; nstr = NULL; name = NULL; } /******************************************************************************/ soap_dom_attribute_iterator::~soap_dom_attribute_iterator() { } /******************************************************************************/ bool soap_dom_attribute_iterator::operator==(const soap_dom_attribute_iterator &it) const { return this->iter == it.iter; } /******************************************************************************/ bool soap_dom_attribute_iterator::operator!=(const soap_dom_attribute_iterator &it) const { return this->iter != it.iter; } /******************************************************************************/ soap_dom_attribute& soap_dom_attribute_iterator::operator*() const { return *this->iter; } /******************************************************************************/ soap_dom_attribute *soap_dom_attribute_iterator::operator->() const { return this->iter; } /******************************************************************************/ soap_dom_attribute_iterator &soap_dom_attribute_iterator::operator++() { this->iter = soap_att_find_next(this->iter, this->nstr, this->name); return *this; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute_iterator::operator++(int) { soap_dom_attribute_iterator iter(*this); ++*this; return iter; } /******************************************************************************\ * * I/O * \******************************************************************************/ #ifndef WITH_COMPAT std::ostream &operator<<(std::ostream &o, const struct soap_dom_element &e) { if (!e.soap) { struct soap soap; soap_init1(&soap, SOAP_IO_DEFAULT | SOAP_DOM_TREE); soap_serialize_xsd__anyType(&soap, &e); if (soap_begin_send(&soap) || soap_out_xsd__anyType(&soap, NULL, 0, &e, NULL) || soap_end_send(&soap)) { /* error */ } soap_end(&soap); soap_done(&soap); } else { std::ostream *os = e.soap->os; e.soap->os = &o; soap_serialize_xsd__anyType(e.soap, &e); if (soap_begin_send(e.soap) || soap_out_xsd__anyType(e.soap, NULL, 0, &e, NULL) || soap_end_send(e.soap)) { /* e.soap->error is now set and app should check */ } e.soap->os = os; } return o; } /******************************************************************************/ std::istream &operator>>(std::istream &i, struct soap_dom_element &e) { if (!e.soap) e.soap = soap_new(); std::istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || soap_in_xsd__anyType(e.soap, NULL, &e, NULL) == NULL || soap_end_recv(e.soap)) { /* e.soap->error is now set and app should check */ } e.soap->is = is; return i; } #endif #endif gsoap-2.8.28/gsoap/.dirstamp0000644000175000017500000000000012653650144015215 0ustar ellertellertgsoap-2.8.28/gsoap/TandemNonStop/0000755000175000017500000000000012653650160016132 5ustar ellertellertgsoap-2.8.28/gsoap/TandemNonStop/tandem.c0000644000175000017500000002224312653650160017551 0ustar ellertellert/* tandem.c Tandem platform support for gSOAP. See README.txt and tandem.h for usage instructions. gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "stdsoap2.h" #include "tandem.h" /* process name on the Tandem machine, used to set up sockets */ static const char *procname = NULL; static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); /** @fn void tandem_init(struct soap *soap, const char *name) @brief Initialize soap context for use on the Tandem platform. Immediately use after creating a new soap context. @param soap context @param[in] name of process or NULL */ void tandem_init(struct soap *soap, const char *name) { procname = name; /* set callbacks */ /* soap->fresolve = tcp_gethost; not needed */ soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; /* soap->fpoll = soap_poll; enable when needed */ #ifdef SOAP_DEBUG /* in the new gsoap 2.7.16 we override this here rather than in stdsoap2.c: */ soap_set_test_logfile(soap, "TESTlog"); soap_set_sent_logfile(soap, "SENTlog"); soap_set_recv_logfile(soap, "RECVlog"); #endif } /** @fn void tandem_done(struct soap *soap) @brief Disengages soap context for use on the Tandem platform. @param soap context */ void tandem_done(struct soap *soap) { } /** @fn SOAP_SOCKET soap_bind(struct soap *soap, const char *host, int port, int backlog) @brief Binds to port. @param soap context @param[in] host name of machine (optional NULL) @param[in] port to bind @param[in] backlog queue size @return socket fd or -1 */ SOAP_SOCKET soap_bind(struct soap *soap, const char *host, int port, int backlog) { struct sockaddr_in sin; int optVal = 1; if (soap->master != -1) { soap->fclosesocket(soap, soap->master); soap->master = -1; } soap->socket = -1; if ((soap->master = socket(AF_INET, SOCK_STREAM, 0)) < 0) { soap->errnum = errno; soap_set_receiver_error(soap, "", "TCP socket failed in soap_bind()", SOAP_TCP_ERROR); return -1; } setsockopt( soap->master, SOL_SOCKET, SO_REUSEADDR, (char*)&optVal, sizeof(optVal)); memset((void*)&sin, 0, sizeof(sin)); sin.sin_family = AF_INET; sin.sin_addr.s_addr = INADDR_ANY; sin.sin_port = port; if (bind(soap->master, (struct sockaddr*)&sin, (int)sizeof(sin)) || listen(soap->master, backlog)) { soap->errnum = errno; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, "", "TCP bind failed in soap_bind()", SOAP_TCP_ERROR); return -1; } return soap->master; } /** @fn SOAP_SOCKET soap_accept(struct soap *soap) @brief Accepts new socket when bound to port. @param soap context @return socket fd or -1 */ SOAP_SOCKET soap_accept(struct soap *soap) { struct sockaddr_in sin; int val = SOAP_BUFLEN; int flen = sizeof(sin); memset((void*)&sin, 0, sizeof(sin)); soap->socket = accept(soap->master, (struct sockaddr*)&sin, &flen); setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&val, sizeof(val)); setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&val, sizeof(val)); return soap->socket; } /** @fn static size_t fsend(struct soap *soap, char *s, size_t n) @brief Callback override for soap->fsend to write data. @param soap context @param[in] s points to buffer to send @param[in] n size of buffer content @return SOAP_OK or error */ static int fsend(struct soap *soap, const char *s, size_t n) { if (soap->socket == -1) return SOAP_EOF; while (n) { register int nwritten = send(soap->socket, (char*)s, n, 0); if (nwritten < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "send() error %s\n", errno)); soap->errnum = errno; return SOAP_EOF; } n -= nwritten; s += nwritten; } return SOAP_OK; } /** @fn static size_t frecv(struct soap *soap, char *s, size_t n) @brief Callback override for soap->frecv to read data. @param soap context @param s points to buffer to populate @param[in] n size of buffer space @return number of bytes (less or equal to n) written into s */ static size_t frecv(struct soap *soap, char *s, size_t n) { if (soap->socket == -1) return 0; soap->errnum = 0; for (;;) { register int r = recv(soap->socket, s, n, 0); if (r >= 0) return (size_t)r; /* We can check if there is a condition that warrants us to retry in the loop, here we just stop */ if (r < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "recv() error %s\n", errno)); soap->errnum = errno; break; } } return 0; } /** @fn static int tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) @brief Callback override for soap->fopen to open a new connection. Also starts other communication-related objects such as SSL (when used). @param soap context @param[in] endpoint string @param[in] host name @param[in] port number @return fd of socket */ static int tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { struct sockaddr_in sin; struct hostent *hostent; int val = SOAP_BUFLEN; if (soap->socket != -1) soap->fclosesocket(soap, soap->socket); fprintf(stderr, "Host=%s, port=%d\n", host, port); soap->socket = socket(AF_INET, SOCK_STREAM, 0); if (soap->socket < 0) { soap->errnum = errno; soap_set_sender_error(soap, "", "TCP socket failed in tcp_connect()", SOAP_TCP_ERROR); return -1; } memset((void*)&sin, 0, sizeof(sin)); sin.sin_family = AF_INET; if ((sin.sin_addr.s_addr = inet_addr(host)) == INET_ERROR) { if (!(hostent = gethostbyname((char*)host))) { soap_set_sender_error(soap, "", "TCP get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, soap->socket); return -1; } sin.sin_addr.s_addr = *(unsigned long*) (*(hostent->h_addr_list)); } else sin.sin_addr.s_addr = inet_addr(host); sin.sin_port = port; if (connect(soap->socket, (struct sockaddr*)&sin, (int)(sizeof(sin))) < 0) { soap_set_sender_error(soap, "", "TCP connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, soap->socket); return -1; } setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&val, sizeof(val)); setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&val, sizeof(val)); return soap->socket; } /** @fn static int tcp_disconnect(struct soap *soap) @brief Callback override for soap->fclose that closes the socket only when it is currently open. Also closes other communication-related objects such as SSL (when used). @param soap context @return SOAP_OK when successful */ static int tcp_disconnect(struct soap *soap) { if (soap->socket != -1) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Closing socket %d\n", soap->socket)); soap->fclosesocket(soap, soap->socket); soap->socket = -1; } return SOAP_OK; } /** @fn static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) @brief Callback override for soap->fclosesocket that closes the socket. @param soap context @param[in] fd of the socket @return value of close, 0 = successful */ static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) { return FILE_CLOSE_(fd); } /** @fn static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) @brief Callback override for soap->fshutdownsocket that shuts down socket read or write. May return 0 when shutdown operation is not supported on this platform. @param soap context @param[in] fd of the socket @param[in] how to shutdown the socket @return value of shutdown, 0 = successful */ static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) { return shutdown(fd, how); } gsoap-2.8.28/gsoap/TandemNonStop/tandemnw.c0000644000175000017500000003227212653650160020121 0ustar ellertellert/* tandemnw.c Tandem platform support for gSOAP. See README.txt and tandem.h for usage instructions. gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "stdsoap2.h" #include "tandem.h" /* process name on the Tandem machine, used to set up sockets */ static const char *procname = NULL; static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); /** @fn void tandem_init(struct soap *soap, const char *name) @brief Initialize soap context for use on the Tandem platform. Immediately use after creating a new soap context. @param soap context @param[in] name of process or NULL */ void tandem_init(struct soap *soap, const char *name) { procname = name; /* set callbacks */ /* soap->fresolve = tcp_gethost; not needed */ soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; /* soap->fpoll = soap_poll; enable when needed */ #ifdef SOAP_DEBUG /* in the new gsoap 2.7.16 we override this here rather than in stdsoap2.c: */ soap_set_test_logfile(soap, "TESTlog"); soap_set_sent_logfile(soap, "SENTlog"); soap_set_recv_logfile(soap, "RECVlog"); #endif } /** @fn void tandem_done(struct soap *soap) @brief Disengages soap context for use on the Tandem platform. @param soap context */ void tandem_done(struct soap *soap) { /* TODO: cleanup as needed */ } /** @fn SOAP_SOCKET soap_bind(struct soap *soap, const char *host, int port, int backlog) @brief Binds to port. @param soap context @param[in] host name of machine (optional NULL) @param[in] port to bind @param[in] backlog queue size @return socket fd or -1 */ SOAP_SOCKET soap_bind(struct soap *soap, const char *host, int port, int backlog) { struct sockaddr_in sin; int retries = 50; short count; short err; int set = 1; long tag = 1; /* TODO: any reason to pick a special tag value? */ if (soap->master != -1) { soap->fclosesocket(soap, soap->master); soap->master = -1; } soap->socket = -1; /* TODO: check socket_nw params 0, 1, 0 */ if ((soap->master = socket_nw(AF_INET, SOCK_STREAM, 0, 1, 0)) < 0) { soap->errnum = errno; soap_set_receiver_error(soap, "", "TCP socket failed in soap_bind()", SOAP_TCP_ERROR); return -1; } AWAITIOX(&soap->master); /* optionally reuse address immediately */ if (setsockopt_nw(soap->master, SOL_SOCKET, SO_REUSEADDR, (char*)&set, sizeof(set), tag)) { soap->errnum = errno; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, "", "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); } AWAITIOX(&soap->master); memset((void*)&sin, 0, sizeof(sin)); sin.sin_family = AF_INET; sin.sin_addr.s_addr = INADDR_ANY; sin.sin_port = port; do { if (bind_nw(soap->master, (struct sockaddr*)&sin, (int)sizeof(sin), tag)) { soap->errnum = errno; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, "", "TCP bind failed in soap_bind()", SOAP_TCP_ERROR); return -1; } AWAITIOX(&soap->master, , &count, &tag); FILEINFO(soap->master, &err); /* error 4114 then retry */ if (err == 4114 && retries--) DELAY(1000); else if (err) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, "", "TCP bind failed in soap_bind()", SOAP_TCP_ERROR); return -1; } } while (err); if (listen(soap->master, backlog)) { soap_closesock(soap); soap_set_receiver_error(soap, "", "TCP listen failed in soap_bind()", SOAP_TCP_ERROR); return -1; } /* TODO: AWAITIOX() needed here ?? */ return soap->master; } /** @fn SOAP_SOCKET soap_accept(struct soap *soap) @brief Accepts new socket when bound to port. @param soap context @return socket fd or -1 */ SOAP_SOCKET soap_accept(struct soap *soap) { struct sockaddr_in sin; int flen = sizeof(sin); short count; short err; long tag = 1; int val = SOAP_BUFLEN; soap->errnum = 0; memset((void*)&sin, 0, sizeof(sin)); /* retry until timeout, accept error, or success */ do { if (accept_nw(soap->master, (struct sockaddr*)&sin, &flen, tag) < 0) { soap_set_sender_error(soap, "", "TCP accept failed in soap_accept()", SOAP_TCP_ERROR); return -1; } /* TODO: need SETMODE(soap->master, 30, 3) here ?? */ if (soap->accept_timeout > 0) AWAITIOX(&soap->master, , &count, &tag, 100*soap->accept_timeout); else if (soap->accept_timeout < 0) AWAITIOX(&soap->master, , &count, &tag, (5000-soap->accept_timeout)/10000); else AWAITIOX(&soap->master, , &count, &tag); FILE_GETINFO_(soap->master, &err); if (err == 40) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "TCP accept timed out\n")); return -1; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_accept() FILE_GETINFO result = %d\n", err)); } while (err); /* TODO: check socket_nw params 0, 1, 0 */ if ((soap->socket = socket_nw(AF_INET, SOCK_STREAM, 0, 1, 0)) >= 0) { /* TODO: AWAITIOX() ?? */ accept_nw2(soap->socket, (struct sockaddr*)&sin, tag); AWAITIOX(&soap->socket); setsockopt_nw(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&val, sizeof(val), tag); AWAITIOX(&soap->socket); setsockopt_nw(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&val, sizeof(val), tag); AWAITIOX(&soap->socket); /* need to check timeouts here too, as above? */ } return soap->socket; } /** @fn static size_t fsend(struct soap *soap, char *s, size_t n) @brief Callback override for soap->fsend to write data. @param soap context @param[in] s points to buffer to send @param[in] n size of buffer content @return SOAP_OK or error */ static int fsend(struct soap *soap, const char *s, size_t n) { if (soap->socket == -1) return SOAP_EOF; soap->errnum = 0; while (n) { short nwritten; short err; long tag = 1; if (send_nw2(soap->socket, (char*)s, n, 0, tag)) return SOAP_EOF; if (soap->send_timeout > 0) AWAITIOX(&soap->socket, , &nwritten, &tag, 100*soap->send_timeout); else if (soap->send_timeout < 0) AWAITIOX(&soap->socket, , &nwritten, &tag, (5000-soap->send_timeout)/10000); else AWAITIOX(&soap->socket, , &nwritten, &tag); FILE_GETINFO_(soap->socket, &err); if (err == 40) return SOAP_EOF; nwritten = socket_get_len(soap->socket); if (err > 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "send() error %s\n", errno)); soap->errnum = errno; return SOAP_EOF; } n -= nwritten; s += nwritten; } return SOAP_OK; } /** @fn static size_t frecv(struct soap *soap, char *s, size_t n) @brief Callback override for soap->frecv to read data. @param soap context @param s points to buffer to populate @param[in] n size of buffer space @return number of bytes (less or equal to n) written into s */ static size_t frecv(struct soap *soap, char *s, size_t n) { if (soap->socket == -1) return 0; soap->errnum = 0; /* The loop is to retry as long as timout is not exceeded */ for (;;) { long tag = 1; short err; short r; if (recv_nw(soap->socket, s, n, 0, tag)) return 0; if (soap->recv_timeout > 0) AWAITIOX(&soap->socket, , &r, &tag, 100*soap->recv_timeout); else if (soap->recv_timeout < 0) AWAITIOX(&soap->socket, , &r, &tag, (5000-soap->recv_timeout)/10000); else AWAITIOX(&soap->socket, , &r, &tag); FILE_GETINFO_(soap->socket, &err); if (err == 40) break; if (r >= 0) return (size_t)r; if (err > 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "recv() error %s\n", errno)); soap->errnum = errno; break; } } return 0; } /** @fn static int tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) @brief Callback override for soap->fopen to open a new connection. Also starts other communication-related objects such as SSL (when used). @param soap context @param[in] endpoint string @param[in] host name @param[in] port number @return fd of socket */ static int tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { struct sockaddr_in sin; struct hostent *hostent; int val = SOAP_BUFLEN; short count; short err; long tag = 1; if (soap->socket != -1) soap->fclosesocket(soap, soap->socket); /* TODO: check socket_nw params 0, 1, 1 */ soap->socket = socket_nw(AF_INET, SOCK_STREAM, 0, 1, 1); soap->errnum = 0; if (soap->socket < 0) { soap->errnum = errno; soap_set_sender_error(soap, "", "TCP socket failed in tcp_connect()", SOAP_TCP_ERROR); return -1; } AWAITIOX(&soap->socket); memset((void*)&sin, 0, sizeof(sin)); sin.sin_family = AF_INET; if ((sin.sin_addr.s_addr = inet_addr(host)) == INET_ERROR) { if (!(hostent = gethostbyname((char*)host))) { soap_set_sender_error(soap, "", "TCP get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, soap->socket); return -1; } sin.sin_addr.s_addr = *(unsigned long*) (*(hostent->h_addr_list)); } else sin.sin_addr.s_addr = inet_addr(host); sin.sin_port = port; /* retry until timeout, connect error, or success */ do { if (connect_nw(soap->socket, (struct sockaddr*)&sin, (int)(sizeof(sin)), tag) < 0) { soap_set_sender_error(soap, "", "TCP connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, soap->socket); return -1; } if (soap->connect_timeout > 0) AWAITIOX(&soap->socket, , , &tag, 100*soap->connect_timeout); else if (soap->connect_timeout < 0) AWAITIOX(&soap->socket, , , &tag, (5000-soap->connect_timeout)/10000); else AWAITIOX(&soap->socket); FILE_GETINFO_(soap->socket, &err); /* +++ More to do - what if there is an err? */ if (err == 40) { soap_set_sender_error(soap, "", "TCP connect timed out", SOAP_TCP_ERROR); soap->fclosesocket(soap, soap->socket); return -1; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "tcp_connect() FILE_GETINFO result = %d\n", err)); } while (err); setsockopt_nw(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&val, sizeof(val), tag); AWAITIOX(&soap->socket); setsockopt_nw(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&val, sizeof(val), tag); AWAITIOX(&soap->socket); return soap->socket; } /** @fn static int tcp_disconnect(struct soap *soap) @brief Callback override for soap->fclose that closes the socket only when it is currently open. Also closes other communication-related objects such as SSL (when used). @param soap context @return SOAP_OK when successful */ static int tcp_disconnect(struct soap *soap) { if (soap->socket != -1) { DBGLOG(TEST,SOAP_MESSAGE(fdebug, "Closing socket %d\n", soap->socket)); soap->fclosesocket(soap, soap->socket); soap->socket = -1; } return SOAP_OK; } /** @fn static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) @brief Callback override for soap->fclosesocket that closes the socket. @param soap context @param[in] fd of the socket @return value of close, 0 = successful */ static int tcp_closesocket(struct soap *soap, SOAP_SOCKET fd) { return FILE_CLOSE_(fd); } /** @fn static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) @brief Callback override for soap->fshutdownsocket that shuts down socket read or write. May return 0 when shutdown operation is not supported on this platform. @param soap context @param[in] fd of the socket @param[in] how to shutdown the socket @return value of shutdown, 0 = successful */ static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET fd, int how) { long tag = 1; if (shutdown_nw(fd, how, tag) < 0) return -1; AWAITIOX(&fd); return 0; } gsoap-2.8.28/gsoap/TandemNonStop/client.c0000644000175000017500000000550012653650160017554 0ustar ellertellert/* calcclient.c Example calculator service client in C Compilation in C (see samples/calc/calc.h): > soapcpp2 -c calc.h > cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calc.nsmap" #include "tandem.h" const char server[] = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; int main(int argc, char **argv) { struct soap soap; double a, b, result; if (argc < 4) { fprintf(stderr, "Usage: [add|sub|mul|div|pow] num num\n"); exit(0); } soap_init(&soap); tandem_init(&soap, argv[0]); socket_set_inet_name(argv[0]); /* ? See Tandem TCP/IP programming */ soap.send_timeout = 10; /* 10 sec */ soap.recv_timeout = 10; /* 10 sec */ a = strtod(argv[2], NULL); b = strtod(argv[3], NULL); switch (*argv[1]) { case 'a': soap_call_ns__add(&soap, server, "", a, b, &result); break; case 's': soap_call_ns__sub(&soap, server, "", a, b, &result); break; case 'm': soap_call_ns__mul(&soap, server, "", a, b, &result); break; case 'd': soap_call_ns__div(&soap, server, "", a, b, &result); break; case 'p': soap_call_ns__pow(&soap, server, "", a, b, &result); break; default: fprintf(stderr, "Unknown command\n"); exit(0); } if (soap.error) { soap_print_fault(&soap, stderr); exit(1); } else printf("result = %g\n", result); soap_destroy(&soap); soap_end(&soap); tandem_done(&soap); soap_done(&soap); return 0; } gsoap-2.8.28/gsoap/TandemNonStop/README.txt0000644000175000017500000000360512653650160017634 0ustar ellertellert The Tandem NonStop bridge enables the gSOAP toolkit for Tandem NonStop platforms. The bridge replaces the IO operation of the gSOAP engine with Tandem NonStop IO operations. The approach requires the code to be generated on any platform with the wsdl2h and soapcpp2 tools. The generated code can be compiled an run on Tandem using the bridge with the gSOAP engine (implemented in stdsoap2.c/.cpp). The wsdl2h and soapcpp2 tools will not run on Tandem, which would not be necessary. When your environment supports OSS sockets then this bridge is not required. Tandem NonStop bridge for gSOAP 2.8.0 and higher to support Guardian sockets: tandem.h Tandem IO bridge interface tandem.c Tandem blocking IO bridge tandemnw.c Tandem nonblocking IO (no wait) bridge Usage: Add to your client/server code the following: #include "tandem.h" struct soap *soap = soap_new(); tandem_init(soap, "ProcName"); socket_set_inet_name(argv[0]); // See Tandem docs ... // client or server code goes here as per gSOAP documentation soap_destroy(soap); soap_end(soap); tandem_done(soap); soap_free(soap); Compile flags for compiling the gSOAP software: -DTANDEM_NONSTOP Linkage requirements: Compile and link with tandem.c or tandemnw.c, and stdsoap2.c Use soapcpp2 option -p to generate shorter file names, for example: soapcpp2 -c -L -pT calc.h generates TStub.h TH.h TC.c TClient.c TServer.c To compile the examples: cc -DTANDEM_NONSTOP -o client client.c TC.c TClient.c stdsoap2.c tandem.c or cc -DTANDEM_NONSTOP -o client client.c TC.c TClient.c stdsoap2.c tandemnw.c cc -DTANDEM_NONSTOP -o server server.c TC.c TServer.c stdsoap2.c tandem.c or cc -DTANDEM_NONSTOP -o server server.c TC.c TServer.c stdsoap2.c tandemnw.c where 'cc' refers to your C compiler. Copyright Genivia Inc. Licensing GPL (GNU Public License) Or the Commercial-use license from Genivia Inc. gsoap-2.8.28/gsoap/TandemNonStop/calc.h0000644000175000017500000001034612653650160017211 0ustar ellertellert/* calc.h This is a gSOAP header file with web service definitions. The service operations and type definitions use familiar C/C++ syntax. The following methods are defined by this gSOAP service definition: add(a,b) sub(a,b) mul(a,b) div(a,b) pow(a,b) Compilation in C (see samples/calc): $ soapcpp2 -c calc.h $ cc -o calcclient calcclient.c stdsoap2.c soapC.c soapClient.c $ cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c Compilation in C++ (see samples/calc++): $ soapcpp2 -i calc.h $ cc -o calcclient++ calcclient.cpp stdsoap2.cpp soapC.cpp soapcalcProxy.cpp $ cc -o calcserver++ calcserver.cpp stdsoap2.cpp soapC.cpp soapcalcService.cpp Note that soapcpp2 option -i generates proxy and service classes, which encapsulate the method operations in the class instead of defining them as global functions as in C. The //gsoap directives are used to bind XML namespaces and to define Web service properties: //gsoap service name: //gsoap service style: [rpc|document] //gsoap service encoding: [literal|encoded] //gsoap service namespace: //gsoap service location: Web service operation properties: //gsoap service method-style: [rpc|document] //gsoap service method-encoding: [literal|encoded] //gsoap service method-action: //gsoap service method-documentation: and type schema properties: //gsoap schema namespace: //gsoap schema elementForm: [qualified|unqualified] //gsoap schema attributeForm: [qualified|unqualified] //gsoap schema documentation: //gsoap schema type-documentation: where is an XML namespace prefix, which is used in C/C++ operation names, e.g. ns__add(), and type names, e.g. xsd__int. See the documentation for the full list of //gsoap directives. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap ns service name: calc Simple calculator service //gsoap ns service style: rpc //gsoap ns service encoding: encoded //gsoap ns service namespace: http://websrv.cs.fsu.edu/~engelen/calc.wsdl //gsoap ns service location: http://websrv.cs.fsu.edu/~engelen/calcserver.cgi //gsoap ns schema namespace: urn:calc //gsoap ns service method-documentation: add Sums two values int ns__add(double a, double b, double *result); //gsoap ns service method-documentation: sub Subtracts two values int ns__sub(double a, double b, double *result); //gsoap ns service method-documentation: mul Multiplies two values int ns__mul(double a, double b, double *result); //gsoap ns service method-documentation: div Divides two values int ns__div(double a, double b, double *result); //gsoap ns service method-documentation: pow Raises a to b int ns__pow(double a, double b, double *result); gsoap-2.8.28/gsoap/TandemNonStop/tandem.h0000644000175000017500000000526312653650160017561 0ustar ellertellert/* tandem.h Tandem NonStop bridge for gSOAP 2.8.0 and higher: tandem.h Tandem IO tandem.c Tandem blocking IO tandem_nw.c Tandem nonblocking IO (no wait) Usage: Add to your client/server code the following set up: #include "tandem.h" struct soap *soap = soap_new(); tandem_init(soap, "ProcName"); socket_set_inet_name(argv[0]); // See Tandem docs ... // client or server code goes here as per gSOAP documentation soap_destroy(soap); soap_end(soap); tandem_done(soap); soap_free(soap); Compile flags for C/C++: -DTANDEM_NONSTOP Linkage requirements: Compile and link with tandem.c or tandem_nw.c Example: cc -DTANDEM_NONSTOP -o calcclient calcclient.c soapC.c soapClient.c stdsoap2.c tandem.c or cc -DTANDEM_NONSTOP -o calcclient calcclient.c soapC.c soapClient.c stdsoap2.c tandem_nw.c cc -DTANDEM_NONSTOP -o calcserver calcserver.c soapC.c soapServer.c stdsoap2.c tandem.c or cc -DTANDEM_NONSTOP -o calcserver calcserver.c soapC.c soapServer.c stdsoap2.c tandem_nw.c gSOAP XML Web services tools Copyright (C) 2000-2010, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ void tandem_init(struct soap *soap, const char *procname); void tandem_done(struct soap *soap); SOAP_SOCKET soap_bind(struct soap *soap, const char *host, int port, int backlog); SOAP_SOCKET soap_accept(struct soap *soap); gsoap-2.8.28/gsoap/TandemNonStop/server.c0000644000175000017500000000716312653650160017613 0ustar ellertellert/* calcserver.c Example calculator service in C Compilation in C (see samples/calc/calc.h): > soapcpp2 -c calc.h > cc -o calcserver calcserver.c stdsoap2.c soapC.c soapServer.c -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calc.nsmap" #include "tandem.h" int main(int argc, char **argv) { SOAP_SOCKET m, s; /* master and slave sockets */ struct soap soap; if (argc < 2) { fprintf(stderr, "Missing tcpip process and port\n"); fprintf(stderr, "Example: RUN CALCS $ZTC0 3456\n"); exit(-1); } soap_init(&soap); tandem_init(&soap, argv[1]); socket_set_inet_name(argv[1]); /* ? See Tandem TCP/IP programming */ soap.send_timeout = 10; /* 10 sec */ soap.recv_timeout = 10; /* 10 sec */ m = soap_bind(&soap, NULL, atoi(argv[2]), 100); if (m == -1) { soap_print_fault(&soap, stderr); exit(-1); } fprintf(stderr, "Socket connection successful: master socket = %d\n", m); for ( ; ; ) { s = soap_accept(&soap); fprintf(stderr, "Socket connection successful: slave socket = %d\n", s); if (s == -1) { soap_print_fault(&soap, stderr); break; } soap_serve(&soap); soap_end(&soap); } tandem_done(&soap); soap_done(&soap); return 0; } int ns__add(struct soap *soap, double a, double b, double *result) { *result = a + b; return SOAP_OK; } int ns__sub(struct soap *soap, double a, double b, double *result) { *result = a - b; return SOAP_OK; } int ns__mul(struct soap *soap, double a, double b, double *result) { *result = a * b; return SOAP_OK; } int ns__div(struct soap *soap, double a, double b, double *result) { if (b) *result = a / b; else { char *s = (char*)soap_malloc(soap, 1024); sprintf(s, "Can't divide %f by %f", a, b); return soap_sender_fault(soap, "Division by zero", s); } return SOAP_OK; } int ns__pow(struct soap *soap, double a, double b, double *result) { *result = pow(a, b); if (soap_errno == EDOM) /* soap_errno is like errno, but compatible with Win32 */ { char *s = (char*)soap_malloc(soap, 1024); sprintf(s, "Can't take the power of %f to %f", a, b); sprintf(s, "Can't take power of %f to %f", a, b); return soap_sender_fault(soap, "Power function domain error", s); } return SOAP_OK; } gsoap-2.8.28/gsoap/VisualStudio2005/0000755000175000017500000000000012653650160016343 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/README.md0000644000175000017500000000444112653650160017625 0ustar ellertellert Flex and Bison for Windows ========================== Visual Studio 2005 Solution files for soapcpp2 and wsdl2h are included. If not already installed, install the Platform SDK (R2) for `winsock2.h`. To build `soapcpp2.exe`, first install Bison and Flex (in the default dirs): then add the FlexBison.rules as explained here: These custom-build rules are used to build the scanner and parser for `soapcpp2.exe`. To build `wsdl2h.exe`, you first need to build `soapcpp2.exe` and install it in Program Files or copy it to the `wsdl` directory. This is needed to execute the custom-build step on `wsdl.h` to generate `wsdlStub.h`, `wsdlH.h`, and `wsdlC.cpp`. Build Rules for `soapcpp2.exe` VS 2008 and 2010 =============================================== To build `soapcpp2.exe` you need to install Flex and Bison. To do so, you need to create custom build rules to compile `.l` and `.y` files with Flex and Bison. Please see: In VS2008, there is UI available to help you create the custom build rule. Make sure you have `flex.exe`, `bison.exe`, and `m4.exe` on the system search path. - Right click on the `.l` file and select properties - Configuration -> All Configurations - General -> Item Typ e-> Custom Build Tool - Apply - Custom Build Tool -> General -> Command Line -> `flex -olexer.c lexer.l` - Custom Build Tool -> General -> Outputs -> `lexer.c` - Custom Build Tool -> General -> Additional Dependencies -> `parser.y parser.c` - Apply - Select the `.y` file in the solution explorer - Configuration -> All Configurations - General -> Item Type -> Custom Build Tool - Apply - Custom Build Tool -> General -> Command Line -> `bison -oparser.c parser.y` - Custom Build Tool -> General -> Outputs -> `parser.c parser.h` In VS2010, there may not be a UI available to create the custom build rules. To add or modify build rules in VS2010 you need to edit: `%ProgramFiles%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations` and/or `%ProgramFiles(x86)%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations` gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/0000755000175000017500000000000012653650160020072 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/0000755000175000017500000000000012653650160021621 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2_yacc.tab.h0000644000175000017500000001275712653650160025301 0ustar ellertellert/* A Bison parser, made by GNU Bison 2.3. */ /* Skeleton interface for Bison's Yacc-like parsers in C Copyright (C) 1984, 1989, 1990, 2000, 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { PRAGMA = 258, AUTO = 259, DOUBLE = 260, INT = 261, STRUCT = 262, BREAK = 263, ELSE = 264, LONG = 265, SWITCH = 266, CASE = 267, ENUM = 268, REGISTER = 269, TYPEDEF = 270, CHAR = 271, EXTERN = 272, RETURN = 273, UNION = 274, CONST = 275, FLOAT = 276, SHORT = 277, UNSIGNED = 278, CONTINUE = 279, FOR = 280, SIGNED = 281, VOID = 282, DEFAULT = 283, GOTO = 284, SIZEOF = 285, VOLATILE = 286, DO = 287, IF = 288, STATIC = 289, WHILE = 290, CLASS = 291, PRIVATE = 292, PROTECTED = 293, PUBLIC = 294, VIRTUAL = 295, INLINE = 296, OPERATOR = 297, LLONG = 298, BOOL = 299, CFALSE = 300, CTRUE = 301, WCHAR = 302, TIME = 303, USING = 304, NAMESPACE = 305, ULLONG = 306, MUSTUNDERSTAND = 307, SIZE = 308, FRIEND = 309, TEMPLATE = 310, EXPLICIT = 311, TYPENAME = 312, MUTABLE = 313, FINAL = 314, null = 315, RESTRICT = 316, OVERRIDE = 317, UCHAR = 318, USHORT = 319, UINT = 320, ULONG = 321, NONE = 322, ID = 323, LAB = 324, TYPE = 325, LNG = 326, DBL = 327, CHR = 328, TAG = 329, STR = 330, RA = 331, LA = 332, OA = 333, XA = 334, AA = 335, MA = 336, DA = 337, TA = 338, NA = 339, PA = 340, OR = 341, AN = 342, NE = 343, EQ = 344, GE = 345, LE = 346, RS = 347, LS = 348, AR = 349, PP = 350, NN = 351 }; #endif /* Tokens. */ #define PRAGMA 258 #define AUTO 259 #define DOUBLE 260 #define INT 261 #define STRUCT 262 #define BREAK 263 #define ELSE 264 #define LONG 265 #define SWITCH 266 #define CASE 267 #define ENUM 268 #define REGISTER 269 #define TYPEDEF 270 #define CHAR 271 #define EXTERN 272 #define RETURN 273 #define UNION 274 #define CONST 275 #define FLOAT 276 #define SHORT 277 #define UNSIGNED 278 #define CONTINUE 279 #define FOR 280 #define SIGNED 281 #define VOID 282 #define DEFAULT 283 #define GOTO 284 #define SIZEOF 285 #define VOLATILE 286 #define DO 287 #define IF 288 #define STATIC 289 #define WHILE 290 #define CLASS 291 #define PRIVATE 292 #define PROTECTED 293 #define PUBLIC 294 #define VIRTUAL 295 #define INLINE 296 #define OPERATOR 297 #define LLONG 298 #define BOOL 299 #define CFALSE 300 #define CTRUE 301 #define WCHAR 302 #define TIME 303 #define USING 304 #define NAMESPACE 305 #define ULLONG 306 #define MUSTUNDERSTAND 307 #define SIZE 308 #define FRIEND 309 #define TEMPLATE 310 #define EXPLICIT 311 #define TYPENAME 312 #define MUTABLE 313 #define FINAL 314 #define null 315 #define RESTRICT 316 #define OVERRIDE 317 #define UCHAR 318 #define USHORT 319 #define UINT 320 #define ULONG 321 #define NONE 322 #define ID 323 #define LAB 324 #define TYPE 325 #define LNG 326 #define DBL 327 #define CHR 328 #define TAG 329 #define STR 330 #define RA 331 #define LA 332 #define OA 333 #define XA 334 #define AA 335 #define MA 336 #define DA 337 #define TA 338 #define NA 339 #define PA 340 #define OR 341 #define AN 342 #define NE 343 #define EQ 344 #define GE 345 #define LE 346 #define RS 347 #define LS 348 #define AR 349 #define PP 350 #define NN 351 #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE #line 153 "soapcpp2_yacc.y" { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* Line 1529 of yacc.c. */ #line 253 "soapcpp2_yacc.tab.h" YYSTYPE; # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 # define YYSTYPE_IS_TRIVIAL 1 #endif extern YYSTYPE yylval; gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2.c0000644000175000017500000003041212653650160023514 0ustar ellertellert/* soapcpp2.c Main compiler and code generator batch program. gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifndef SOAPCPP2_IMPORT_PATH # define SOAPCPP2_IMPORT_PATH (NULL) #endif extern void init(void); extern int yyparse(void); extern FILE *yyin; extern const char *ns_cname(const char*, const char*); FILE *fmsg; /* fd to flush compiler messages */ int soap_version = 0; /* SOAP version, -1=no SOAP, 0=not set, 1=1.1, 2=1.2 */ int vflag = 0; /* verbose output */ int wflag = 0; /* when set, don't generate WSDL and schema files */ int cflag = 0; /* when set, generate files with .c extension */ int c11flag = 0; /* when set, generate C++11 files with .cpp extension */ int Cflag = 0; /* when set, generate only files for clients */ int aflag = 0; /* when set, use value of SOAP Action to dispatch method at server side */ int Aflag = 0; /* when set, require SOAP Action to dispatch method at server side */ int bflag = 0; /* when set, serialize byte arrays char[N] as string */ int eflag = 0; /* when set, use SOAP RPC encoding by default */ int Ecflag = 0; /* when set, generate extra routines for data copying (soap_dup_X) */ int Edflag = 0; /* when set, generate extra routines for data deletion (soap_del_X) */ int Etflag = 0; /* when set, generate data traversal/walker routines */ unsigned long fflag = 0;/* multi-file split for each bundle of -fN defs */ int iflag = 0; /* when set, generate new style proxy/object classes inherited from soap struct */ int jflag = 0; /* when set, generate new style proxy/object classes */ int mflag = 0; /* when set, generate code that requires array/binary classes to explicitly remove malloced array */ int nflag = 0; /* when set, names the namespaces global struct '%NAME%_namespaces */ int lflag = 0; /* when set, create library */ int Lflag = 0; /* when set, don't generate soapClientLib/soapServerLib */ int Qflag = 0; /* when set, use C++ namespaces for custom serializers */ int sflag = 0; /* when set, generate strict validation checks */ int Sflag = 0; /* when set, generate only files for servers */ int Tflag = 0; /* when set, generates server auto-test code */ int tflag = 0; /* when set, generates typed messsages (with xsi:type attributes) */ int uflag = 0; /* when set, uncomment WSDL and schema output */ int xflag = 0; /* when set, don't generate sample XML message files */ int yflag = 0; /* when set, add C/C++ info in sample XML messages */ int zflag = 0; /* when set, use backward compatibility option */ char dirpath[1024]; /* directory path for generated source files */ const char *prefix = "soap"; /* file name prefix for generated source files */ const char *filename; /* current file name */ const char *importpath = NULL; /* default file import path */ const char *defimportpath = SOAPCPP2_IMPORT_PATH; /* default file import path */ /* IMPORTANT: The terms and conditions of use of this software do not allow for the removal of the copyright notice from the main program for visual display. For integrations with other software, a similar copyright notice must be produced that is visible to users of the software. */ int main(int argc, char **argv) { int i, g; char *a, *s; fmsg = stderr; filename = ""; fprintf(fmsg, "\n** The gSOAP code generator for C and C++, soapcpp2 release " VERSION "\n** Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc.\n** All Rights Reserved. This product is provided \"as is\", without any warranty.\n** The soapcpp2 tool and its generated software are released under the GPL.\n** ----------------------------------------------------------------------------\n** A commercial use license is available from Genivia Inc., contact@genivia.com\n** ----------------------------------------------------------------------------\n\n"); for (i = 1; i < argc; i++) { a = argv[i]; if (*a == '-' #ifdef WIN32 || *a == '/' #endif ) { g = 1; while (g && *++a) switch (*a) { case 'C': Cflag = 1; if (Sflag) fprintf(stderr, "soapcpp2: using both options -C and -S omits client/server code\n"); break; case 'c': if (a[1] == '+' && a[2] == '+') { a += 2; if (a[1] == '1' && a[2] == '1') { a += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'd': a++; g = 0; if (*a) strcpy(dirpath, a); else if (i < argc && argv[++i]) strcpy(dirpath, argv[i]); else execerror("Option -d requires a directory path"); if (*dirpath && dirpath[strlen(dirpath)-1] != '/' && dirpath[strlen(dirpath)-1] != '\\') strcat(dirpath, SOAP_PATHCAT); break; case 'e': eflag = 1; break; case 'E': a++; g = 0; while (*a) { switch (*a) { case 'c': Ecflag = 1; break; case 'd': Edflag = 1; break; case 't': Etflag = 1; break; default: execerror("Option -E requires 'c' and/or 'd'"); } a++; } break; case 'f': a++; g = 0; if (*a) fflag = strtoul(a, NULL, 10); else if (i < argc && argv[++i]) fflag = strtoul(argv[i], NULL, 10); if (!fflag) execerror("Option -f requires a value"); if (fflag < 10) fflag = 10; break; case 'a': aflag = 1; break; case 'A': aflag = 1; Aflag = 1; break; case 'b': bflag = 1; break; case '?': case 'h': fprintf(stderr, "Usage: soapcpp2 [-0|-1|-2] [-C|-S] [-T] [-Ecdt] [-L] [-a] [-A] [-b] [-c|-c++|-c++11] [-d path] [-e] [-f N] [-h] [-i] [-I path" SOAP_PATHSEP "path" SOAP_PATHSEP "...] [-l] [-m] [-n] [-p name] [-s] [-t] [-u] [-v] [-w] [-x] [-y] [-z#] [infile]\n\n"); fprintf(stderr, "\ -1 generate SOAP 1.1 bindings\n\ -2 generate SOAP 1.2 bindings\n\ -0 no SOAP bindings, use REST\n\ -C generate client-side code only\n\ -S generate server-side code only\n\ -T generate server auto-test code\n\ -Ec generate extra routines for deep copying\n\ -Ed generate extra routines for deep deletion\n\ -Et generate extra routines for data traversals with walker functions\n\ -L don't generate soapClientLib/soapServerLib\n\ -a use SOAPAction with WS-Addressing to invoke server-side operations\n\ -A require SOAPAction to invoke server-side operations\n\ -b serialize byte arrays char[N] as string\n\ -c generate C source code\n\ -c++ generate C++ source code (default)\n\ -c++11 generate C++ source code optimized for C++11 (compile with -std=c++11)\n\ -dpath use path to save files\n\ -e generate SOAP RPC encoding style bindings (also use -1 or -2)\n\ -fN multiple soapC files, with N serializer definitions per file (N>=10)\n\ -h display help info\n\ -Ipath use path(s) for #import (paths separated with '" SOAP_PATHSEP "')\n\ -i generate C++ service proxies and objects inherited from soap struct\n\ -j generate C++ service proxies and objects that share a soap struct\n\ -l generate linkable modules (experimental)\n\ -m generate Matlab(tm) code for MEX compiler (deprecated)\n\ -n use service name to rename service functions and namespace table\n\ -pname save files with new prefix name instead of 'soap'\n\ -Qname use name as the C++ namespace for decls, including custom serializers\n\ -qname use name as the C++ namespace for decls, excluding custom serializers\n\ -s generate deserialization code with strict XML validation checks\n\ -t generate code for fully xsi:type typed SOAP/XML messaging\n\ -u uncomment comments in WSDL/schema output by suppressing XML comments\n\ -v verbose output\n\ -w don't generate WSDL and schema files\n\ -x don't generate sample XML message files\n\ -y include C/C++ type access information in sample XML messages\n\ -z1 compatibility: generate old-style C++ service proxies and objects\n\ -z2 compatibility with 2.7.x: omit XML output for NULL pointers\n\ infile header file to parse (or stdin)\n\ \n"); exit(0); case 'I': a++; g = 0; s = NULL; if (*a) s = a; else if (i < argc && argv[++i]) s = argv[i]; else execerror("Option -I requires an import path"); if (importpath && s) { char *t = (char*)emalloc(strlen(importpath) + strlen(s) + 2); strcpy(t, importpath); strcat(t, SOAP_PATHSEP); strcat(t, s); importpath = t; } else importpath = s; break; case 'i': iflag = 1; break; case 'j': jflag = 1; break; case 'm': mflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 'L': Lflag = 1; break; case 's': sflag = 1; break; case 'S': Sflag = 1; if (Cflag) fprintf(stderr, "soapcpp2: using both options -C and -S omits client/server code\n"); break; case 'T': Tflag = 1; break; case 't': tflag = 1; break; case 'u': uflag = 1; break; case 'w': wflag = 1; break; case 'x': xflag = 1; break; case 'y': yflag = 1; break; case 'p': a++; g = 0; if (*a) prefix = ns_cname(a, NULL); else if (i < argc && argv[++i]) prefix = ns_cname(argv[i], NULL); else execerror("Option -p requires an output file name prefix"); break; case 'Q': Qflag = 1; /* fall through */ case 'q': a++; g = 0; if (*a) namespaceid = ns_cname(a, NULL); else if (i < argc && argv[++i]) namespaceid = ns_cname(argv[i], NULL); else execerror("Option -q requires a namespace name"); break; case '0': soap_version = -1; break; case '1': soap_version = 1; envURI = "http://schemas.xmlsoap.org/soap/envelope/"; encURI = "http://schemas.xmlsoap.org/soap/encoding/"; break; case '2': soap_version = 2; envURI = "http://www.w3.org/2003/05/soap-envelope"; encURI = "http://www.w3.org/2003/05/soap-encoding"; rpcURI = "http://www.w3.org/2003/05/soap-rpc"; break; case 'v': vflag = 1; break; case 'z': a++; g = 0; if (*a) zflag = *a - '0'; else if (i < argc && argv[++i]) zflag = *argv[i] - '0'; else execerror("Option -z requires a digit"); break; default: fprintf(stderr, "soapcpp2: Unknown option %s\n", a); exit(1); } } else if (!(yyin = fopen(argv[i], "r"))) { sprintf(errbuf, "Cannot open file \"%s\" for reading", argv[i]); execerror(errbuf); } else filename = argv[i]; } if (importpath && defimportpath) { char *t = (char*)emalloc(strlen(importpath) + strlen(defimportpath) + 2); strcpy(t, importpath); strcat(t, SOAP_PATHSEP); strcat(t, defimportpath); importpath = t; } else if (!importpath) importpath = defimportpath; init(); if (yyparse()) synerror("skipping the remaining part of the input"); return errstat(); } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/Release/0000755000175000017500000000000012653650160023201 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2_lex.l0000644000175000017500000006612412653650160024406 0ustar ellertellert/* soapcpp2_lex.l Flex/Lex tokenizer for C/C++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ %{ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #ifdef WITH_BISON YYSTYPE yylval; #undef YY_NEED_STRLEN #define YY_INPUT(buf, result, max_size) \ { \ int c = getc(yyin); \ result = (c == EOF) ? YY_NULL : (buf[0] = c, 1); \ } #endif #ifndef WITH_LEX #define MAX_IMPORT_DEPTH 16 static struct importlist { struct importlist *next; char name[1]; } *importlist = NULL; static const char *fnstk[MAX_IMPORT_DEPTH]; static int lnstk[MAX_IMPORT_DEPTH]; static const char *imstk[MAX_IMPORT_DEPTH]; static YY_BUFFER_STATE instk[MAX_IMPORT_DEPTH]; #endif int imports = 0; const char *imported = NULL; static void check_id(const char*); static Token install_id(void); static Token install_tag(void); static Token install_int(void); static Token install_hex(void); static Token install_num(void); static Token install_chr(void); static Token install_str(void); static Token install_pragma(void); static void directive(void), option(void), xpath(void); static Token error_chr(void); static Token error_str(void); static int convchar(int*); static int hexchar(int*); static int octchar(int*); static void module(const char *name, const char *fullname); static void import(const char *file); static int magic(const char *name); %} BOM \xEF\xBB\xBF ws [ \t\v\r\f\n\x1A\xA0] digit [0-9] alpha ([a-zA-Z_\xA8\xAA\xAD\xAF\xB2\xB5\xB7\xB8\xB9\xBA\xBC\xBD\xBE]|[\xC0-\xFF][\x80-\xBF]*|\\u([0-9a-fA-F]{4})) id (:?{alpha})(:?{alpha}|{digit}|::)* tag `[^`\t\v\r\f\n>]+` int {digit}+ hex 0[xX][0-9a-fA-F]+ num {int}(\.{int}([Ee][+-]?{int})?|(\.{int})?[Ee][+-]?{int}) chr '(\\'|[^'\n])*' str L?\"(\\\"|\\\n|[^"])*\" module #module{ws}+.*\n import #import{ws}+.*\n %option noyywrap %option noinput %option nounput %x MLCOMMENT %% ^{BOM} { /* skip UTF8 BOM */ } {ws} { /* skip white space */ } "/*" { BEGIN(MLCOMMENT); } .|\n { } "*/" { BEGIN(INITIAL); } <> { execerror("Unclosed multiline comment at the end of file"); } "//"\/*"gsoapopt".*\n { option(); } "//"\/*"gsoap".*\n { directive(); } "//"\/*"xpath".*\n { xpath(); } "//".*\n { /* skip single line comment */ } "+=" { return PA; } "-=" { return NA; } "*=" { return TA; } "/=" { return DA; } "%=" { return MA; } "&=" { return AA; } "^=" { return XA; } "|=" { return OA; } "<<=" { return LA; } ">>=" { return RA; } "||" { return OR; } "&&" { return AN; } "==" { return EQ; } "!=" { return NE; } "<=" { return LE; } ">=" { return GE; } "<<" { return LS; } ">>" { return RS; } "++" { return PP; } "--" { return NN; } "->" { return AR; } [;,:=|^&<>+\-*/%!?~(){}\[\].@$] { return yytext[0]; } {id} { return install_id(); } {tag} { return install_tag(); } {int} { return install_int(); } {hex} { return install_hex(); } {num} { return install_num(); } {chr} { return install_chr(); } {str} { return install_str(); } {module} { char *s, *t, buf[1024]; s = strchr(yytext, '"'); if (!s) t = yytext+7; else { strcpy(buf, s+1); s = strchr(buf, '"'); *s = '\0'; t = strchr(s+1, '"'); if (t) { t++; s = strchr(t+1, '"'); if (s) *s = '\0'; } } module(buf, t); } {import} { char *s, buf[1024]; s = strchr(yytext, '"'); if (s) { strncpy(buf, s + 1, sizeof(buf)); buf[sizeof(buf) - 1] = '\0'; s = strchr(buf, '"'); if (!s) lexerror("Invalid import directive: missing ending \" or path too long"); else { *s = '\0'; import(buf); } } else lexerror("Invalid import directive: \" expected"); } #.*\n { return install_pragma(); } '[^'\n]*/\n { return error_chr(); } \"[^"\n]*/\n { return error_str(); } . { lexerror("Skipping unknown symbol"); } <> { /* when Lex complains: remove this line and below */ #ifndef WITH_LEX if (--imports < 0) { yyterminate(); } else { if (vflag) fprintf(stderr, "End of %s\n\n", filename); yy_delete_buffer(YY_CURRENT_BUFFER); yy_switch_to_buffer(instk[imports]); filename = fnstk[imports]; yylineno = lnstk[imports]; imported = imstk[imports]; } #endif } %% /* install_id - lookup identifier in symbol table. If found, return token and symbol table entry. If not found, create entry in symbol table and return ID token. */ static Token install_id() { Symbol *p = lookup(yytext); if (!p) { int i, flag = 0; p = install(yytext, ID); /* [_](x|X)(m|M)(l|L)__ is OK */ /* [_](x|X)(m|M)(l|L).* is not OK */ /* .*__(x|X)(m|M)(l|L) is not OK */ /* .*::(x|X)(m|M)(l|L) is not OK */ for (i = 0; i < (int)yyleng; i++) { if ((yytext[i] == '_' && yytext[i+1] == '_') || (yytext[i] == ':' && yytext[i+1] == ':')) { flag = 1; check_id(yytext + i + 2); } } if (!flag && strcmp(yytext, "XML")) check_id(yytext); } yylval.sym = p; return p->token; } /* install_tag - return TAG token. */ static Token install_tag() { yylval.s = (char*)emalloc(yyleng-1); /* yyleng = length(yytext) */ strcpy(yylval.s, yytext+1); yylval.s[yyleng-2] = '\0'; return TAG; } /* check_id - check for (x|X)(m|M)(l|L) */ static void check_id(const char *s) { while (*s == '_') s++; if ((s[0] == 'x' || s[0] == 'X') && (s[1] == 'm' || s[1] == 'M') && (s[2] == 'l' || s[2] == 'L')) { sprintf(errbuf, "identifier '%s' starts with or embeds '%3.3s' character sequence, which is exclusively reserved for and by the W3C XML standards (for enum constants: please ignore this warning)", yytext, s); semwarn(errbuf); } } /* install_int - convert digits to integer and return LNG token. */ static Token install_int(void) { sscanf(yytext, SOAP_ULONG_FORMAT, &yylval.i); return LNG; } /* install_hex - convert hexadecimal digits to integer and return LNG */ static Token install_hex(void) { sscanf(yytext, SOAP_XLONG_FORMAT, &yylval.i); return LNG; } /* install_num - convert digits to floating point number and return DBL */ static Token install_num(void) { sscanf(yytext, "%lf", &yylval.r); return DBL; } /* install_chr - convert character constant and return CHR. */ static Token install_chr(void) { int i = 2; if (yytext[1] == '\\') yylval.c = convchar(&i); else yylval.c = yytext[i-1]; if (yytext[i] != '\'') lexerror("Illegal character constant"); return CHR; } /* install_str - convert and store string in memory. Return STR. */ static Token install_str(void) { int i, j = 0; yylval.s = (char*)emalloc(yyleng - 1); /* yyleng = length(yytext) */ for (i = 1 + (yytext[0] == 'L'); i < (int)yyleng - 1; i++) if (yytext[i] == '\\') { if (yytext[++i] != '\n') { yylval.s[j++] = convchar(&i); i--; } } else yylval.s[j++] = yytext[i]; yylval.s[j] = '\0'; return STR; } /* install_pragma - store pragma in string. Return PRAGMA. */ static Token install_pragma(void) { yylval.s = (char*)emalloc(yyleng); /* yyleng = length(yytext) */ strncpy(yylval.s, yytext, strlen(yytext)-1); yylval.s[strlen(yytext)-1] = '\0'; return PRAGMA; } static void directive(void) { int i, j, k; char *s; Service *sp; Method *m; Data *d; int service; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; s = (char*)emalloc(j-i+1); for (k = 0; k < j-i; k++) { s[k] = yytext[k+i]; if (s[k] == '_') s[k] = '-'; } s[k] = '\0'; for (sp = services; sp; sp = sp->next) if (!strcmp(sp->ns, s)) break; if (!sp) { sp = (Service*)emalloc(sizeof(Service)); sp->next = services; sp->ns = s; sp->name = NULL; sp->porttype = NULL; sp->portname = NULL; sp->binding = NULL; sp->definitions = NULL; sp->transport = NULL; sp->URL = NULL; sp->URI = NULL; sp->URI2 = NULL; sp->WSDL = NULL; sp->style = NULL; sp->encoding = NULL; sp->protocol = NULL; sp->xsi_type = 0; sp->elementForm = NULL; sp->attributeForm = NULL; sp->executable = NULL; sp->import = NULL; sp->documentation = NULL; sp->list = NULL; sp->data = NULL; services = sp; } for (i = j; yytext[i]; i++) if (yytext[i] > 32) break; if (!strncmp(yytext+i, "service", 7) || !strncmp(yytext+i, "schema", 6)) { service = strncmp(yytext+i, "schema", 6); for (i += 7; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; for (; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; /* if (j == k) return; */ s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (!strncmp(yytext+i, "name:", 5)) { sp->name = s; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "type:", 5) || !strncmp(yytext+i, "portType:", 9) || !strncmp(yytext+i, "interface:", 10)) sp->porttype = s; else if (!strncmp(yytext+i, "portName:", 9)) sp->portname = s; else if (!strncmp(yytext+i, "binding:", 8)) sp->binding = s; else if (!strncmp(yytext+i, "definitions:", 12)) sp->definitions = s; else if (!strncmp(yytext+i, "documentation:", 14)) { for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "transport:", 10)) sp->transport = s; else if (!strncmp(yytext+i, "location:", 9) || !strncmp(yytext+i, "endpoint:", 9) || !strncmp(yytext+i, "port:", 5)) { if (sp->URL) { char *t = (char*)emalloc(strlen(sp->URL) + strlen(s) + 2); strcpy(t, sp->URL); strcat(t, " "); strcat(t, s); sp->URL = t; } else sp->URL = s; if (!service && !sp->import) sp->import = s; } else if (!strncmp(yytext+i, "executable:", 11)) sp->executable = s; else if (!strncmp(yytext+i, "namespace:", 10)) { if (service) { if (!sp->URI) sp->URI = s; sp->WSDL = s; } else if (!strcmp(sp->ns, "SOAP-ENV")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENV namespace"); else envURI = s; sp->URI = (char*)envURI; } else if (!strcmp(sp->ns, "SOAP-ENC")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENC namespace"); else encURI = s; sp->URI = (char*)encURI; } else sp->URI = s; } else if (!strncmp(yytext+i, "namespace2:", 11)) { sp->URI2 = s; } else if (!strncmp(yytext+i, "typed:", 6)) { sp->xsi_type = (*s == 'y'); } else if (!strncmp(yytext+i, "form:", 5)) { sp->elementForm = s; sp->attributeForm = s; } else if (!strncmp(yytext+i, "elementForm:", 12)) sp->elementForm = s; else if (!strncmp(yytext+i, "attributeForm:", 14)) sp->attributeForm = s; else if (!strncmp(yytext+i, "import:", 7)) { if (!sp->URI) sp->URI = s; sp->import = s; } else if (!strncmp(yytext+i, "encoding:", 9)) { if (!strcmp(s, "encoded")) sp->encoding = ""; else sp->encoding = s; } else if (!strncmp(yytext+i, "style:", 6)) sp->style = s; else if (!strncmp(yytext+i, "protocol:", 9)) sp->protocol = s; else if (!strncmp(yytext+i, "method-protocol:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = PROTOCOL; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-style:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = STYLE; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-encoding:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-response-encoding:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-documentation:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = COMMENT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-action:", 14)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = REQUEST_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-action:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-mime-type:", 17)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN | MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-mime-type:", 23)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-mime-type:", 24)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-header-part:", 19)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN | HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-header-part:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-header-part:", 26)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "type-documentation:", 19)) { d = (Data*)emalloc(sizeof(Data)); d->name = s; d->text = NULL; d->next = sp->data; sp->data = d; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; d->text = s; } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext+i); semwarn(errbuf); } } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext); semwarn(errbuf); } } static void option(void) { int i; if (imports) { sprintf(errbuf, "options directive: %s ignored in imported file(s)", yytext); semwarn(errbuf); return; } for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (; yytext[i]; i++) switch (yytext[i]) { case 'a': aflag = 1; break; case 'c': if (yytext[i+1] == '+' && yytext[i+2] == '+') { i += 2; if (yytext[i+1] == '1' && yytext[i+2] == '1') { i += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'e': eflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 't': tflag = 1; break; case 'w': wflag = 1; break; default: if (yytext[i] < 32 || yytext[i] == '/') return; } } static void xpath(void) { int i, j, k; char *s; XPath *xp; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; for (k = j; yytext[k]; k++) if (yytext[k] > 32) break; s = (char*)emalloc(yyleng - i); strncpy(s, yytext + i, j - i); s[j - i] = '\0'; for (xp = xpaths; xp; xp = xp->next) if (!strcmp(xp->name, s)) break; if (!xp) { xp = (XPath*)emalloc(sizeof(XPath)); xp->next = xpaths; xp->name = s; } s += j - i + 1; strcpy(s, yytext + k); xp->path = s; while (*s > 32) s++; *s = '\0'; } /* error_chr - lexical error in character constant. Return character 0 to allow parsing to continue */ static Token error_chr(void) { lexerror("Ending-' missing in character constant"); yylval.c = '\0'; return CHR; } /* error_str - lexical error in string. Return empty string to allow parsing to continue */ static Token error_str(void) { lexerror("Ending-\" missing in string"); yylval.s = ""; return STR; } /* Character conversion functions */ static int convchar(int *p) { switch (yytext[(*p)++]) { case 'a': return '\a'; case 'b': return '\b'; case 'f': return '\f'; case 'n': return '\n'; case 'r': return '\r'; case 't': return '\t'; case 'v': return '\v'; case 'x': return hexchar(p); case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': (*p)--; return octchar(p); default: return yytext[*p-1]; } } static int hexchar(int *p) { int i, d, c = 0; for (i = 0; isxdigit(d = yytext[*p]) && i < 2; i++) { c = (c << 4) + (d <= '9' ? d - '0' : toupper(d) - '7'); (*p)++; } return c; } static int octchar(int *p) { int i, d, c = 0; for (i = 0; (d = yytext[*p]) >= '0' && d <= '7' && i < 3; i++) { c = (c << 3) + d - '0'; (*p)++; } return c; } static void module(const char *name, const char *fullname) { char *s; if (!fullname) fullname = name; if (imports) { Pragma **pp; s = (char*)emalloc(strlen(fullname)+15); sprintf(s, "#include \"%sH.h\"", fullname); for (pp = &pragmas; *pp; pp = &(*pp)->next) if (!strcmp((*pp)->pragma, s)) break; if (!*pp) { *pp = (Pragma*)emalloc(sizeof(Pragma)); (*pp)->pragma = s; (*pp)->next = NULL; } s = (char*)emalloc(strlen(fullname)+1); imported = strcpy(s, fullname); fprintf(stderr, "Importing module '%s'\n\n", fullname); } else { lflag = 1; typeNO = magic(name); s = (char*)emalloc(strlen(fullname)+1); prefix = strcpy(s, fullname); fprintf(stderr, "Compiling module '%s' (magic number = %d)\n\n", fullname, typeNO); } } static int magic(const char *name) { size_t i; int n; if (strlen(name) > 4) semerror("#module name length must not exceed four characters"); n = 0; for (i = 0; i < strlen(name); i++) if (name[i] >= 'a' && name[i] <= 'z') n = 26*n + name[i] - 'a'; else if (name[i] >= 'A' && name[i] <= 'Z') n = 26*n + name[i] - 'A'; else semerror("#module name must be alphabetic and the length must not exceed four characters.\nUse '#module name longname' for longer names."); return 4699*n + 153424; } #ifdef WITH_LEX static void import(const char *file) { execerror("Cannot #import: soapcpp2 not compiled with flex (replace lex with flex)"); } #else static void import(const char *file) { char buf[1024]; struct importlist *p; if (vflag) fprintf(stderr, "Importing '%s': ", file); for (p = importlist; p; p = p->next) { if (!strcmp(p->name, file)) { if (vflag) fprintf(stderr, "file already read or currently being read\n\n"); return; } } if (imports >= MAX_IMPORT_DEPTH) execerror("Imports nested too deep"); instk[imports] = YY_CURRENT_BUFFER; fnstk[imports] = filename; lnstk[imports] = yylineno; imstk[imports] = imported; yylineno = 1; /* imported = NULL; this is useful to change the semantics of #import to NOT consider non-module imports to be part of the current module */ imports++; buf[0] = '\0'; if (!(yyin = fopen(file, "r"))) { if (importpath) { const char *s, *t; s = importpath; do { size_t n; t = strstr(s, SOAP_PATHSEP); if (t) { if ((size_t)(t - s) >= sizeof(buf)) t = s + sizeof(buf) - 1; strncpy(buf, s, t - s); buf[t - s] = '\0'; s = t + sizeof(SOAP_PATHSEP) - 1; } else { strcpy(buf, s); s = NULL; } n = strlen(buf) - 1; #ifdef __VMS if (buf[n] != ']' && buf[n] != ':') strcat(buf, ":"); #else if (buf[n] != SOAP_PATHCAT[0]) strcat(buf, SOAP_PATHCAT); #endif strcat(buf, file); yyin = fopen(buf, "r"); } while (s && !yyin); } if (!yyin) { sprintf(errbuf, "#import: Cannot open file \"%s\" for reading.\nHint: use option -I (for example -Igsoap/import"SOAP_PATHSEP"gsoap/custom:.)", file); execerror(errbuf); } } if (vflag) { if (buf[0]) fprintf(stderr, "OK, found at %s\n\n", buf); else fprintf(stderr, "OK\n\n"); } p = (struct importlist*)emalloc(sizeof(struct importlist) + strlen(file)); /* has already + 1 byte size */ strcpy(p->name, file); filename = p->name; p->next = importlist; importlist = p; yy_switch_to_buffer(yy_create_buffer(yyin, YY_BUF_SIZE)); } #endif gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2_yacc.y0000644000175000017500000033430612653650160024552 0ustar ellertellert/* soapcpp2_yacc.y Yacc/Bison grammar. Build notes: 1. Bison 1.6 is known to crash on Win32 systems if YYINITDEPTH is too small Compile with -DYYINITDEPTH=5000 2. This grammar has one shift/reduce conflict related to the use of a class declaration with a base class (e.g. class Y : public X) and the use of a maxOccurs (class Y :10). Internally the conflict is resolved in favor of a shift by Bison/Yacc, which leads to the correct parsing behavior. Therefore, the warning can be ignored. If this leads to an error, then please enable the following directive (around line 121): %expect 1 // Bison: ignore one shift/reduce conflict -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ %{ #include "soapcpp2.h" #ifdef WIN32 #ifndef __STDC__ #define __STDC__ #endif #define YYINCLUDED_STDLIB_H #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern int soapcpp2lex(void); #else extern int yylex(void); #endif #else extern int yylex(void); #endif #define MAXNEST 16 /* max. nesting depth of scopes */ typedef struct Scope { Table *table; Entry *entry; Node node; LONG64 val; int offset; Bool grow; /* true if offset grows with declarations */ Bool mask; /* true if enum is mask */ } Scope; Scope stack[MAXNEST], /* stack of tables and offsets */ *sp; /* current scope stack pointer */ Table *classtable = NULL, *enumtable = NULL, *typetable = NULL, *booltable = NULL, *templatetable = NULL; const char *namespaceid = NULL; int transient = 0; int permission = 0; int custom_header = 1; int custom_fault = 1; Pragma *pragmas = NULL; Tnode *qname = NULL; Tnode *xml = NULL; /* function prototypes for support routine section */ static Entry *undefined(Symbol*); static Tnode *mgtype(Tnode*, Tnode*); static Node op(const char*, Node, Node), iop(const char*, Node, Node), relop(const char*, Node, Node); static void mkscope(Table*, int), enterscope(Table*, int), exitscope(void); static int integer(Tnode*), real(Tnode*), numeric(Tnode*); static void add_soap(void), add_XML(void), add_qname(void), add_header(void), add_fault(void), add_response(Entry*, Entry*), add_result(Tnode*), add_request(Symbol*, Scope*); /* imported from symbol2.c */ extern int is_string(Tnode*), is_wstring(Tnode*), is_XML(Tnode*), is_smart(Tnode*); extern char *c_storage(Storage); extern const char *c_type(Tnode*); extern int is_primitive_or_string(Tnode*), is_stdstr(Tnode*), is_binary(Tnode*), is_external(Tnode*), is_mutable(Entry*); extern Entry *unlinklast(Table*); /* Temporaries used in semantic rules */ int i; char *s, *s1; const char *s2; Symbol *sym; Entry *p, *q; Tnode *t; Node tmp, c; Pragma **pp; %} /* We expect one shift-reduce conflict, see build notes in the header above */ /* %expect 1 */ /* directive is not compatible with Yacc */ /* If Yacc complains then remove the line above to allow Yacc to proceed */ %union { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* pragmas */ %token PRAGMA /* keywords */ %token AUTO DOUBLE INT STRUCT %token BREAK ELSE LONG SWITCH %token CASE ENUM REGISTER TYPEDEF %token CHAR EXTERN RETURN UNION %token CONST FLOAT SHORT UNSIGNED %token CONTINUE FOR SIGNED VOID %token DEFAULT GOTO SIZEOF VOLATILE %token DO IF STATIC WHILE %token CLASS PRIVATE PROTECTED PUBLIC %token VIRTUAL INLINE OPERATOR LLONG %token BOOL CFALSE CTRUE WCHAR %token TIME USING NAMESPACE ULLONG %token MUSTUNDERSTAND SIZE FRIEND %token TEMPLATE EXPLICIT TYPENAME MUTABLE %token FINAL null RESTRICT OVERRIDE %token UCHAR USHORT UINT ULONG /* */ %token NONE /* identifiers (TYPE = typedef identifier) */ %token ID LAB TYPE /* constants */ %token LNG %token DBL %token CHR %token TAG STR /* types and related */ %type type %type store virtual const abstract %type fname struct class base enum enumsc mask masksc %type id sc arg name %type tag patt %type utype %type cdbl /* expressions and statements */ %type expr cexp oexp obex aexp abex rexp lexp pexp brinit init spec tspec ptrs array arrayck texpf texp qexp occurs bounds min minmax max /* terminals */ %left ',' %right '=' PA NA TA DA MA AA XA OA LA RA /* += -= *= /= %= &= ^= |= <<= >>= */ %right '?' %right ':' %left OR /* || */ %left AN /* && */ %left '|' %left '^' %left '&' %left EQ NE /* == != */ %left '<' LE '>' GE /* <= >= */ %left LS RS /* << >> */ %left '+' '-' %left '*' '/' '%' %left AR /* -> */ %token PP NN /* ++ -- */ %% /**************************************\ Program syntax \**************************************/ prog : s1 exts { if (lflag) { custom_header = 0; custom_fault = 0; } else { add_header(); add_fault(); } compile(sp->table); freetable(classtable); freetable(enumtable); freetable(typetable); freetable(booltable); freetable(templatetable); yylineno = 0; } ; s1 : /* empty */ { classtable = mktable(NULL); enumtable = mktable(NULL); typetable = mktable(NULL); booltable = mktable(NULL); templatetable = mktable(NULL); p = enter(booltable, lookup("false")); p->info.typ = mkint(); p->info.val.i = 0; p = enter(booltable, lookup("true")); p->info.typ = mkint(); p->info.val.i = 1; mkscope(mktable(mktable(NULL)), 0); } ; exts : NAMESPACE ID '{' exts1 '}' { namespaceid = $2->name; } | exts1 { } ; exts1 : /* empty */ { add_soap(); add_qname(); add_XML(); } | exts1 ext { } ; ext : dclrs ';' { } | pragma { } | t1 { } | t2 { } | error ';' { synerror("input before ; skipped"); while (sp > stack) { freetable(sp->table); exitscope(); } yyerrok; } ; pragma : PRAGMA { if ($1[1] >= 'a' && $1[1] <= 'z') { char *s; for (pp = &pragmas; *pp; pp = &(*pp)->next) ; *pp = (Pragma*)emalloc(sizeof(Pragma)); s = (char*)emalloc(strlen($1)+1); strcpy(s, $1); (*pp)->pragma = s; (*pp)->next = NULL; } else if ((i = atoi($1+2)) > 0) { yylineno = i; } else { sprintf(errbuf, "directive '%s' ignored (use #import to import files)", $1); semwarn(errbuf); } } ; /**************************************\ Declarations \**************************************/ decls : /* empty */ { transient &= ~6; permission = 0; } | dclrs ';' decls { } | PRIVATE ':' t3 decls { } | PROTECTED ':' t4 decls { } | PUBLIC ':' t5 decls { } | t1 decls t2 decls { } | error ';' { synerror("declaration expected"); yyerrok; } ; t1 : '[' { transient |= 1; } ; t2 : ']' { transient &= ~1; } ; t3 : { permission = Sprivate; } ; t4 : { permission = Sprotected; } ; t5 : { permission = 0; } ; dclrs : spec { } | spec dclr { } | spec fdclr func { } | ctor func { } | dtor func { } | dclrs ',' dclr{ } | dclrs ',' fdclr func { } | error ID { sprintf(errbuf, "undefined type in declaration of '%s'", $2->name); synerror(errbuf); yyerrok; } | error ')' { synerror("function declaration?"); yyerrok; } ; dclr : ptrs ID arrayck tag bounds brinit { if (($3.sto & Stypedef) && sp->table->level == GLOBAL) { if (($3.typ->type != Tstruct && $3.typ->type != Tunion && $3.typ->type != Tenum && $3.typ->type != Tenumsc) || strcmp($2->name, $3.typ->id->name)) { p = enter(typetable, $2); p->info.typ = mksymtype($3.typ, $2); if ($3.sto & Sextern) { p->info.typ->transient = -1; p->info.typ->extsym = $2; } else if (is_external($3.typ)) p->info.typ->transient = -3; /* extern and volatile */ else p->info.typ->transient = $3.typ->transient; if (p->info.typ->width == 0) p->info.typ->width = 8; p->info.sto = $3.sto; p->info.typ->synonym = $3.typ->sym; if ($5.hasmin) { p->info.typ->hasmin = $5.hasmin; p->info.typ->incmin = $5.incmin; p->info.typ->min = $5.min; p->info.typ->synonym = NULL; } else { p->info.typ->hasmin = $3.typ->hasmin; p->info.typ->incmin = $3.typ->incmin; p->info.typ->min = $3.typ->min; } if ($5.hasmax) { p->info.typ->hasmax = $5.hasmax; p->info.typ->incmax = $5.incmax; p->info.typ->max = $5.max; p->info.typ->synonym = NULL; } else { p->info.typ->hasmax = $3.typ->hasmax; p->info.typ->incmax = $3.typ->incmax; p->info.typ->max = $3.typ->max; } if ($5.pattern) { p->info.typ->pattern = $5.pattern; p->info.typ->synonym = NULL; } else { p->info.typ->pattern = $3.typ->pattern; } } $2->token = TYPE; } else { p = enter(sp->table, $2); p->tag = $4; p->info.typ = $3.typ; p->info.sto = (Storage)((int)$3.sto | permission); if ($6.hasval) { p->info.hasval = True; switch ($3.typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: case Tenum: case Tenumsc: case Ttime: if ($6.typ->type == Tint || $6.typ->type == Tchar || $6.typ->type == Tenum || $6.typ->type == Tenumsc) { sp->val = p->info.val.i = $6.val.i; if (($3.typ->hasmin && $3.typ->min > (double)$6.val.i) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == (double)$6.val.i) || ($3.typ->hasmax && $3.typ->max < (double)$6.val.i) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ($6.typ->type == Tfloat || $6.typ->type == Tdouble || $6.typ->type == Tldouble) { p->info.val.r = $6.val.r; if (($3.typ->hasmin && $3.typ->min > $6.val.r) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == $6.val.r) || ($3.typ->hasmax && $3.typ->max < $6.val.r) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == $6.val.r)) semerror("initialization constant outside value range"); } else if ($6.typ->type == Tint) { p->info.val.r = (double)$6.val.i; if (($3.typ->hasmin && $3.typ->min > (double)$6.val.i) || ($3.typ->hasmin && !$3.typ->incmin && $3.typ->min == (double)$6.val.i) || ($3.typ->hasmax && $3.typ->max < (double)$6.val.i) || ($3.typ->hasmax && !$3.typ->incmax && $3.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ($3.typ->type == Tpointer && (((Tnode*)$3.typ->ref)->type == Tchar || ((Tnode*)$3.typ->ref)->type == Twchar) && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) p->info.val.s = $6.val.s; else if (bflag && $3.typ->type == Tarray && ((Tnode*)$3.typ->ref)->type == Tchar && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) { if ($3.typ->width / ((Tnode*)$3.typ->ref)->width - 1 < (int)strlen($6.val.s)) { semerror("char[] initialization constant too long"); p->info.val.s = ""; } else { p->info.val.s = $6.val.s; } } else if (($3.typ->type == Tpointer || is_smart($3.typ)) && (((Tnode*)$3.typ->ref)->id == lookup("std::string") || ((Tnode*)$3.typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = $6.val.s; } else if ($3.typ->id == lookup("std::string") || $3.typ->id == lookup("std::wstring")) { p->info.val.s = $6.val.s; } else if ($3.typ->type == Tpointer && $6.typ->type == Tint && $6.val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } else { p->info.val.i = sp->val; } if ($5.minOccurs < 0) { if ($6.hasval || ($3.sto & Sattribute) || $3.typ->type == Tpointer || $3.typ->type == Ttemplate || !strncmp($2->name, "__size", 6)) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = $5.minOccurs; } p->info.maxOccurs = $5.maxOccurs; if (sp->mask) sp->val <<= 1; else sp->val++; p->info.offset = sp->offset; if ($3.sto & Sextern) p->level = GLOBAL; else if ($3.sto & Stypedef) ; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; } sp->entry = p; } ; fdclr : ptrs name { if ($1.sto & Stypedef) { sprintf(errbuf, "invalid typedef qualifier for '%s'", $2->name); semwarn(errbuf); } p = enter(sp->table, $2); p->info.typ = $1.typ; p->info.sto = $1.sto; p->info.hasval = False; p->info.offset = sp->offset; if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; } ; id : ID { $$ = $1; } | TYPE { $$ = $1; } ; name : ID { $$ = $1; } | OPERATOR '!' { $$ = lookup("operator!"); } | OPERATOR '~' { $$ = lookup("operator~"); } | OPERATOR '=' { $$ = lookup("operator="); } | OPERATOR PA { $$ = lookup("operator+="); } | OPERATOR NA { $$ = lookup("operator-="); } | OPERATOR TA { $$ = lookup("operator*="); } | OPERATOR DA { $$ = lookup("operator/="); } | OPERATOR MA { $$ = lookup("operator%="); } | OPERATOR AA { $$ = lookup("operator&="); } | OPERATOR XA { $$ = lookup("operator^="); } | OPERATOR OA { $$ = lookup("operator|="); } | OPERATOR LA { $$ = lookup("operator<<="); } | OPERATOR RA { $$ = lookup("operator>>="); } | OPERATOR OR { $$ = lookup("operator||"); } | OPERATOR AN { $$ = lookup("operator&&"); } | OPERATOR '|' { $$ = lookup("operator|"); } | OPERATOR '^' { $$ = lookup("operator^"); } | OPERATOR '&' { $$ = lookup("operator&"); } | OPERATOR EQ { $$ = lookup("operator=="); } | OPERATOR NE { $$ = lookup("operator!="); } | OPERATOR '<' { $$ = lookup("operator<"); } | OPERATOR LE { $$ = lookup("operator<="); } | OPERATOR '>' { $$ = lookup("operator>"); } | OPERATOR GE { $$ = lookup("operator>="); } | OPERATOR LS { $$ = lookup("operator<<"); } | OPERATOR RS { $$ = lookup("operator>>"); } | OPERATOR '+' { $$ = lookup("operator+"); } | OPERATOR '-' { $$ = lookup("operator-"); } | OPERATOR '*' { $$ = lookup("operator*"); } | OPERATOR '/' { $$ = lookup("operator/"); } | OPERATOR '%' { $$ = lookup("operator%"); } | OPERATOR PP { $$ = lookup("operator++"); } | OPERATOR NN { $$ = lookup("operator--"); } | OPERATOR AR { $$ = lookup("operator->"); } | OPERATOR'['']'{ $$ = lookup("operator[]"); } | OPERATOR'('')'{ $$ = lookup("operator()"); } | OPERATOR texp { s1 = c_storage($2.sto); s2 = c_type($2.typ); s = (char*)emalloc(strlen(s1) + strlen(s2) + 10); strcpy(s, "operator "); strcat(s, s1); strcat(s, s2); $$ = lookup(s); if (!$$) $$ = install(s, ID); } ; ctor : TYPE { if (!(p = entry(classtable, $1))) semerror("invalid constructor"); sp->entry = enter(sp->table, $1); sp->entry->info.typ = mknone(); sp->entry->info.sto = Snone; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; } ; dtor : virtual '~' TYPE { if (!(p = entry(classtable, $3))) semerror("invalid destructor"); s = (char*)emalloc(strlen($3->name) + 2); s2 = strrchr($3->name, ':'); if (s2 && *(s2+1) && (s2 == $3->name || *(s2-1) != ':')) { strncpy(s, $3->name, s2 - $3->name + 1); strcat(s, "~"); strcat(s, s2 + 1); } else { strcpy(s, "~"); strcat(s, $3->name); } sym = lookup(s); if (!sym) sym = install(s, ID); sp->entry = enter(sp->table, sym); sp->entry->info.typ = mknone(); sp->entry->info.sto = $1; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; } ; func : fname '(' s6 fargso ')' const abstract { if ($1->level == GLOBAL) { if (!($1->info.sto & Sextern) && sp->entry && sp->entry->info.typ->type == Tpointer && ((Tnode*)sp->entry->info.typ->ref)->type == Tchar) { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a pointer to a char which will only return one byte: use char** instead to return a string", $1->sym->name); semwarn(errbuf); } if ($1->info.sto & Sextern) { $1->info.typ = mkmethod($1->info.typ, sp->table); } else if (sp->entry && (sp->entry->info.typ->type == Tpointer || sp->entry->info.typ->type == Treference || sp->entry->info.typ->type == Tarray || is_transient(sp->entry->info.typ))) { if ($1->info.typ->type == Tint) { sp->entry->info.sto = (Storage)((int)sp->entry->info.sto | (int)Sreturn); $1->info.typ = mkfun(sp->entry); $1->info.typ->id = $1->sym; if (!is_transient(sp->entry->info.typ)) { if (!is_response(sp->entry->info.typ)) { if (!is_XML(sp->entry->info.typ)) add_response($1, sp->entry); } else { add_result(sp->entry->info.typ); } } add_request($1->sym, sp); } else { sprintf(errbuf, "return type of service operation function prototype '%s' must be integer", $1->sym->name); semerror(errbuf); } } else { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a return parameter and must be a pointer or reference, or use %s(..., void) for one-way sends", $1->sym->name, $1->sym->name); semerror(errbuf); } } else if ($1->level == INTERNAL) { $1->info.typ = mkmethod($1->info.typ, sp->table); $1->info.sto = (Storage)((int)$1->info.sto | (int)$6 | (int)$7); transient &= ~1; } exitscope(); } ; fname : { $$ = sp->entry; } ; fargso : /* empty */ { } | fargs { } ; fargs : farg { } | farg ',' fargs{ } | error ID { sprintf(errbuf, "undefined '%s'", $2->name); synerror(errbuf); } | error ',' { synerror("formal argument expected"); yyerrok; } ; farg : tspec ptrs arg arrayck occurs init { if ($4.sto & Stypedef) semwarn("typedef in function argument"); p = enter(sp->table, $3); p->info.typ = $4.typ; p->info.sto = $4.sto; if ($5.minOccurs < 0) { if ($6.hasval || ($4.sto & Sattribute) || $4.typ->type == Tpointer) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = $5.minOccurs; } p->info.maxOccurs = $5.maxOccurs; if ($6.hasval) { p->info.hasval = True; switch ($4.typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tenum: case Tenumsc: case Ttime: if ($6.typ->type == Tint || $6.typ->type == Tchar || $6.typ->type == Tenum || $6.typ->type == Tenumsc) { sp->val = p->info.val.i = $6.val.i; if (($4.typ->hasmin && $4.typ->min > (double)$6.val.i) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == (double)$6.val.i) || ($4.typ->hasmax && $4.typ->max < (double)$6.val.i) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ($6.typ->type == Tfloat || $6.typ->type == Tdouble || $6.typ->type == Tldouble) { p->info.val.r = $6.val.r; if (($4.typ->hasmin && $4.typ->min > $6.val.r) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == $6.val.r) || ($4.typ->hasmax && $4.typ->max < $6.val.r) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == $6.val.r)) semerror("initialization constant outside value range"); } else if ($6.typ->type == Tint) { p->info.val.r = (double)$6.val.i; if (($4.typ->hasmin && $4.typ->min > (double)$6.val.i) || ($4.typ->hasmin && !$4.typ->incmin && $4.typ->min == (double)$6.val.i) || ($4.typ->hasmax && $4.typ->max < (double)$6.val.i) || ($4.typ->hasmax && !$4.typ->incmax && $4.typ->max == (double)$6.val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ($4.typ->type == Tpointer && (((Tnode*)$4.typ->ref)->type == Tchar || ((Tnode*)$4.typ->ref)->type == Twchar) && $6.typ->type == Tpointer && ((Tnode*)$6.typ->ref)->type == Tchar) { p->info.val.s = $6.val.s; } else if (($4.typ->type == Tpointer || is_smart($4.typ)) && (((Tnode*)$4.typ->ref)->id == lookup("std::string") || ((Tnode*)$4.typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = $6.val.s; } else if ($4.typ->id == lookup("std::string") || $4.typ->id == lookup("std::wstring")) { p->info.val.s = $6.val.s; } else if ($4.typ->type == Tpointer && $6.typ->type == Tint && $6.val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } p->info.offset = sp->offset; if ($4.sto & Sextern) p->level = GLOBAL; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; } ; arg : /* empty */ { if (sp->table->level != PARAM) $$ = gensymidx("param", (int)++sp->val); else if (eflag) $$ = gensymidx("_param", (int)++sp->val); else $$ = gensym("_param"); } | ID { if (soap_version == 2 && *$1->name == '_' && sp->table->level == GLOBAL) { sprintf(errbuf, "SOAP 1.2 does not support anonymous parameters '%s'", $1->name); semwarn(errbuf); } $$ = $1; } ; /**************************************\ Type specification \**************************************/ /* texpf : type expression (subset of C/C++) */ texpf : texp { $$ = $1; } | tspec ptrs '(' s6 fargso ')' { $$.typ = mkmethod(tmp.typ, sp->table); transient &= ~1; exitscope(); } ; texp : tspec ptrs array { $$ = $3; } | tspec ptrs ID array { $$ = $4; } ; spec : /*empty */ { $$.typ = mkint(); $$.sto = Snone; sp->node = $$; } | store spec { $$.typ = $2.typ; $$.sto = (Storage)((int)$1 | (int)$2.sto); if (($$.sto & Sattribute)) { if (is_smart($2.typ)) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute smart pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ($2.typ->type == Tpointer) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ( !is_primitive_or_string($2.typ) && !is_stdstr($2.typ) && !is_binary($2.typ) && !is_external($2.typ)) { semwarn("invalid attribute @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } sp->node = $$; if ($1 & Sextern) transient = 0; } | type spec { if ($1->type == Tint) switch ($2.typ->type) { case Tchar: $$.typ = $2.typ; break; case Tshort: $$.typ = $2.typ; break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = $2.typ; break; case Tllong: $$.typ = $2.typ; break; default: semwarn("invalid int type specified"); $$.typ = $2.typ; } else if ($1->type == Tuint) switch ($2.typ->type) { case Tchar: $$.typ = mkuchar(); break; case Tshort: $$.typ = mkushort(); break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkulong(); break; case Tllong: $$.typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); $$.typ = $2.typ; } else if ($1->type == Tlong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkllong(); break; case Tuint: $$.typ = mkulong(); break; case Tulong: $$.typ = mkullong(); break; case Tdouble: $$.typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($1->type == Tulong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkullong(); break; case Tuint: $$.typ = $1; break; case Tulong: $$.typ = mkullong(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($2.typ->type == Tint) $$.typ = $1; else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); $$.sto = $2.sto; sp->node = $$; } ; tspec : store { $$.typ = mkint(); $$.sto = $1; sp->node = $$; if ($1 & Sextern) transient = 0; } | type { $$.typ = $1; $$.sto = Snone; sp->node = $$; } | store tspec { $$.typ = $2.typ; $$.sto = (Storage)((int)$1 | (int)$2.sto); if (($$.sto & Sattribute)) { if (is_smart($2.typ)) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute smart pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ($2.typ->type == Tpointer) { if (!is_primitive_or_string($2.typ->ref) && !is_stdstr($2.typ->ref) && !is_binary($2.typ->ref) && !is_external($2.typ->ref)) { semwarn("invalid attribute pointer @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } else if ( !is_primitive_or_string($2.typ) && !is_stdstr($2.typ) && !is_binary($2.typ) && !is_external($2.typ)) { semwarn("invalid attribute @type"); $$.sto = (Storage)((int)$$.sto & ~Sattribute); } } sp->node = $$; if ($1 & Sextern) transient = 0; } | type tspec { if ($1->type == Tint) switch ($2.typ->type) { case Tchar: $$.typ = $2.typ; break; case Tshort: $$.typ = $2.typ; break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = $2.typ; break; case Tllong: $$.typ = $2.typ; break; default: semwarn("invalid int type specified"); $$.typ = $2.typ; } else if ($1->type == Tuint) switch ($2.typ->type) { case Tchar: $$.typ = mkuchar(); break; case Tshort: $$.typ = mkushort(); break; case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkulong(); break; case Tllong: $$.typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); $$.typ = $2.typ; } else if ($1->type == Tlong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkllong(); break; case Tuint: $$.typ = mkulong(); break; case Tulong: $$.typ = mkullong(); break; case Tdouble: $$.typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($1->type == Tulong) switch ($2.typ->type) { case Tint: $$.typ = $1; break; case Tlong: $$.typ = mkullong(); break; case Tuint: $$.typ = $1; break; case Tulong: $$.typ = mkullong(); break; default: semwarn("invalid use of 'long'"); $$.typ = $2.typ; } else if ($2.typ->type == Tint) $$.typ = $1; else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); $$.sto = $2.sto; sp->node = $$; } ; type : VOID { $$ = mkvoid(); } | BOOL { $$ = mkbool(); } | CHAR { $$ = mkchar(); } | WCHAR { $$ = mkwchart(); } | SHORT { $$ = mkshort(); } | INT { $$ = mkint(); } | LONG { $$ = mklong(); } | LLONG { $$ = mkllong(); } | ULLONG { $$ = mkullong(); } | SIZE { $$ = mksize(); } | FLOAT { $$ = mkfloat(); } | DOUBLE { $$ = mkdouble(); } | SIGNED { $$ = mkint(); } | UNSIGNED { $$ = mkuint(); } | UCHAR { $$ = mkuchar(); } | USHORT { $$ = mkushort(); } | UINT { $$ = mkuint(); } | ULONG { $$ = mkulong(); } | TIME { $$ = mktimet(); } | TEMPLATE '<' tname id '>' CLASS id { if (!(p = entry(templatetable, $7))) { p = enter(templatetable, $7); p->info.typ = mktemplate(NULL, $7); $7->token = TYPE; } $$ = p->info.typ; } | CLASS '{' s2 decls '}' { sym = gensym("_Struct"); sprintf(errbuf, "anonymous class will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tclass) { sprintf(errbuf, "class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(classtable, sym); p->info.typ = mkclass(NULL, 0); } sym->token = TYPE; sp->table->sym = sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | class '{' s2 decls '}' { if ((p = entry(classtable, $1->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in class '%s' declared at line %d", $1->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, $1->sym); sp->table->sym = p->sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; if (p->info.typ->base) sp->table->prev = (Table*)entry(classtable, p->info.typ->base)->info.typ->ref; } $$ = p->info.typ; exitscope(); } | class ':' base '{' s2 decls '}' { p = reenter(classtable, $1->sym); sp->table->sym = p->sym; if (!$3) { semerror("invalid base class"); } else { sp->table->prev = (Table*)$3->info.typ->ref; if (!sp->table->prev && !$3->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", $3->sym->name, $3->sym->name); semerror(errbuf); } p->info.typ->base = $3->info.typ->id; } p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; $$ = p->info.typ; exitscope(); } | class { $1->info.typ->id = $1->sym; $$ = $1->info.typ; } | class ':' base { if (!$3) { semerror("invalid base class"); } else { if (!$3->info.typ->ref && !$3->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", $3->sym->name, $3->sym->name); semerror(errbuf); } $1->info.typ->base = $3->info.typ->id; } $1->info.typ->id = $1->sym; $$ = $1->info.typ; } | STRUCT '{' s2 decls '}' { sym = gensym("_Struct"); sprintf(errbuf, "anonymous struct will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tstruct) { sprintf(errbuf, "struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | struct '{' s2 decls '}' { if ((p = entry(classtable, $1->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in struct '%s' declared at line %d", $1->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, $1->sym); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; } $$ = p->info.typ; exitscope(); } | STRUCT id { if ((p = entry(classtable, $2))) { if (p->info.typ->type == Tstruct) { $$ = p->info.typ; } else { sprintf(errbuf, "'struct %s' redeclaration (line %d)", $2->name, p->lineno); semerror(errbuf); $$ = mkint(); } } else { p = enter(classtable, $2); $$ = p->info.typ = mkstruct(NULL, 0); p->info.typ->id = $2; } } | UNION '{' s3 decls '}' { sym = gensym("_Union"); sprintf(errbuf, "anonymous union will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "union or struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | UNION id '{' s3 decls '}' { if ((p = entry(classtable, $2))) { if (p->info.typ->ref || p->info.typ->type != Tunion) { sprintf(errbuf, "union '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } else { p = reenter(classtable, $2); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, $2); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = $2; $$ = p->info.typ; exitscope(); } | UNION id { if ((p = entry(classtable, $2))) { if (p->info.typ->type == Tunion) { $$ = p->info.typ; } else { sprintf(errbuf, "'union %s' redeclaration (line %d)", $2->name, p->lineno); semerror(errbuf); $$ = mkint(); } } else { p = enter(classtable, $2); $$ = p->info.typ = mkunion(NULL, 0); p->info.typ->id = $2; } } | ENUM '{' s2 dclrs s5 '}' { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 4; /* 4 = enum */ } } else { p = enter(enumtable, sym); p->info.typ = mkenum(sp->table); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | ENUM '*' '{' s2 dclrs s5 '}' { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } else { p = enter(enumtable, sym); p->info.typ = mkmask(sp->table); } p->info.typ->id = sym; $$ = p->info.typ; exitscope(); } | enum '{' s2 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | enumsc '{' s2 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | mask '{' s4 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | masksc '{' s4 dclrs s5 '}' { if ((p = entry(enumtable, $1->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = $1->sym; $$ = p->info.typ; exitscope(); } | ENUM id { if ((p = entry(enumtable, $2))) { if (p->info.typ->type != Tenum) { sprintf(errbuf, "'enum %s' used where enum class is expected", $2->name); semwarn(errbuf); } $$ = p->info.typ; } else { p = enter(enumtable, $2); $$ = p->info.typ = mkenum(NULL); p->info.typ->id = $2; } } | ENUM sc { if ((p = entry(enumtable, $2))) { if (p->info.typ->type != Tenumsc) { sprintf(errbuf, "'enum class %s' used where enum is expected", $2->name); semwarn(errbuf); } $$ = p->info.typ; } else { p = enter(enumtable, $2); $$ = p->info.typ = mkenumsc(NULL); p->info.typ->id = $2; $2->token = TYPE; } } | TYPE { if ((p = entry(typetable, $1))) { $$ = p->info.typ; } else if ((p = entry(classtable, $1))) { $$ = p->info.typ; } else if ((p = entry(enumtable, $1))) { $$ = p->info.typ; } else if ($1 == lookup("std::string") || $1 == lookup("std::wstring")) { p = enter(classtable, $1); $$ = p->info.typ = mkclass(NULL, 8); p->info.typ->id = $1; if (cflag) p->info.typ->transient = 1; /* make std::string transient in C */ else p->info.typ->transient = -2; /* otherwise volatile in C++ */ } else { sprintf(errbuf, "unknown type '%s'", $1->name); semerror(errbuf); $$ = mkint(); } } | TYPE '<' texpf '>' { if ((p = entry(templatetable, $1))) { $$ = mktemplate($3.typ, $1); if (p->info.typ->transient) $$->transient = p->info.typ->transient; } else if ($1 == lookup("std::deque")) { semwarn("To use std::deque, please also add #import \"import/stldeque.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::list")) { semwarn("To use std::list, please also add #import \"import/stllist.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::vector")) { semwarn("To use std::vector, please also add #import \"import/stlvector.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::set")) { semwarn("To use std::set, please also add #import \"import/stlset.h\""); $$ = mktemplate($3.typ, $1); } else if ($1 == lookup("std::queue")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else if ($1 == lookup("std::stack")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else if ($1 == lookup("std::shared_ptr") || $1 == lookup("std::unique_ptr") || $1 == lookup("std::auto_ptr")) { $$ = mktemplate($3.typ, $1); $$->transient = -2; /* volatile indicates smart pointer template */ } else if ($1 == lookup("std::weak_ptr") || $1 == lookup("std::function")) { $$ = mktemplate($3.typ, $1); $$->transient = 1; /* not serializable */ } else { semerror("undefined template"); $$ = mkint(); } } | error ID error { sprintf(errbuf, "undeclared '%s'", $2->name); synerror(errbuf); $$ = mkint(); } | error ID '>' { sprintf(errbuf, "perhaps trying to use a template with an undefined type parameter '%s'?", $2->name); synerror(errbuf); $$ = mkint(); } | error '>' { synerror("perhaps trying to use an undefined template or template with a non-type template parameter? Declare 'template class name'"); $$ = mkint(); } | CLASS error '}' { synerror("malformed class definition (use spacing around ':' to separate derived : base)"); yyerrok; $$ = mkint(); } | STRUCT error '}' { synerror("malformed struct definition"); yyerrok; $$ = mkint(); } | UNION error '}' { synerror("malformed union definition"); yyerrok; $$ = mkint(); } | ENUM error '}' { synerror("malformed enum definition"); yyerrok; $$ = mkint(); } ; struct : STRUCT id { if ((p = entry(classtable, $2))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "struct '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, $2); } p->info.typ->transient = transient; } else { p = enter(classtable, $2); p->info.typ = mkstruct(NULL, 0); } $$ = p; } ; class : CLASS id { if ((p = entry(classtable, $2))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "class '%s' already declared at %s:%d (redundant 'class' specifier here?)", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, $2); } p->info.typ->transient = transient; } else { p = enter(classtable, $2); p->info.typ = mkclass(NULL, 0); p->info.typ->id = p->sym; } $2->token = TYPE; $$ = p; } ; enum : ENUM id utype { if ((p = entry(enumtable, $2))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, $2); p->info.typ = mkenum(0); } p->info.typ->width = (int)$3; $$ = p; } ; enumsc : ENUM sc utype { if ((p = entry(enumtable, $2))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $2->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, $2); p->info.typ = mkenumsc(0); } p->info.typ->width = (int)$3; $2->token = TYPE; $$ = p; } ; mask : ENUM '*' id utype { if ((p = entry(enumtable, $3))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $3->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmask(0); } } else { p = enter(enumtable, $3); p->info.typ = mkmask(0); } $$ = p; } ; masksc : ENUM '*' sc utype { if ((p = entry(enumtable, $3))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", $3->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmasksc(0); } } else { p = enter(enumtable, $3); p->info.typ = mkmasksc(0); } $3->token = TYPE; $$ = p; } ; sc : STRUCT id { $$ = $2; if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); } | CLASS id { $$ = $2; if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); } ; utype : ':' CHAR { $$ = 1; } | ':' WCHAR { $$ = 4; } | ':' SHORT { $$ = 2; } | ':' INT { $$ = 4; } | ':' LONG { $$ = 4; } | ':' LLONG { $$ = 8; } | ':' TYPE { $$ = 4; p = entry(typetable, $2); if (!p) p = entry(enumtable, $2); if (!p) semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); else $$ = p->info.typ->width; } | ':' { semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); $$ = 4; } | /* empty */ { $$ = 4; /* 4 = enum */ } ; tname : CLASS { } | TYPENAME { } ; base : PROTECTED base{ $$ = $2; } | PRIVATE base { $$ = $2; } | PUBLIC base { $$ = $2; } | TYPE { $$ = entry(classtable, $1); if (!$$) { p = entry(typetable, $1); if (p && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct)) $$ = p; } } | STRUCT ID { $$ = entry(classtable, $2); } ; s2 : /* empty */ { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; } ; s3 : /* empty */ { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->grow = False; } ; s4 : /* empty */ { enterscope(mktable(NULL), 0); sp->entry = NULL; sp->mask = True; sp->val = 1; } ; s5 : /* empty */ { } | ',' { } ; s6 : /* empty */ { if (sp->table->level == INTERNAL) transient |= 1; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->table->level = PARAM; } ; store : AUTO { $$ = Sauto; } | REGISTER { $$ = Sregister; } | STATIC { $$ = Sstatic; } | EXPLICIT { $$ = Sexplicit; } | EXTERN { $$ = Sextern; transient = 1; } | TYPEDEF { $$ = Stypedef; } | VIRTUAL { $$ = Svirtual; } | CONST { $$ = Sconst; } | FINAL { $$ = Sfinal; } | OVERRIDE { $$ = Soverride; } | FRIEND { $$ = Sfriend; } | INLINE { $$ = Sinline; } | MUSTUNDERSTAND{ $$ = SmustUnderstand; } | RETURN { $$ = Sreturn; } | '@' { $$ = Sattribute; if (eflag) semwarn("SOAP RPC encoding does not support XML attributes"); } | '$' { $$ = Sspecial; } | VOLATILE { $$ = Sextern; transient = -2; } | MUTABLE { $$ = Smutable; transient = -4; } ; const : /* empty */ { $$ = Snone; } | const CONST { $$ |= Sconstobj; } | const FINAL { $$ |= Sfinal; } | const OVERRIDE{ $$ |= Soverride; } ; abstract: /* empty */ { $$ = Snone; } | '=' LNG { $$ = Sabstract; } ; virtual : /* empty */ { $$ = Snone; } | VIRTUAL { $$ = Svirtual; } ; ptrs : /* empty */ { $$ = tmp = sp->node; } | ptrs '*' { /* handle const pointers, such as const char* */ if ((tmp.sto & Sconst)) tmp.sto = (Storage)(((int)tmp.sto & ~Sconst) | Sconstptr); tmp.typ = mkpointer(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } | ptrs '&' { tmp.typ = mkreference(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } | ptrs AN { tmp.typ = mkrvalueref(tmp.typ); tmp.typ->transient = transient; $$ = tmp; } ; array : /* empty */ { $$ = tmp; } /* tmp is inherited */ | '[' cexp ']' array { if (!bflag && $4.typ->type == Tchar) { sprintf(errbuf, "char[" SOAP_LONG_FORMAT "] will be serialized as an array of " SOAP_LONG_FORMAT " bytes: use soapcpp2 option -b to enable char[] string serialization or use char* for strings", $2.val.i, $2.val.i); semwarn(errbuf); } if ($2.hasval && $2.typ->type == Tint && $2.val.i > 0 && $4.typ->width > 0) { $$.typ = mkarray($4.typ, (int) $2.val.i * $4.typ->width); } else { $$.typ = mkarray($4.typ, 0); semerror("undetermined array size"); } $$.sto = $4.sto; } | '[' ']' array { $$.typ = mkpointer($3.typ); /* zero size array = pointer */ $$.sto = $3.sto; } ; arrayck : array { if ($1.typ->type == Tstruct || $1.typ->type == Tclass) { if (!$1.typ->ref && !$1.typ->transient && !($1.sto & Stypedef)) { if ($1.typ->type == Tstruct) sprintf(errbuf, "struct '%s' has incomplete type (if this struct is not serializable then declare 'extern struct %s)", $1.typ->id->name, $1.typ->id->name); else sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)", $1.typ->id->name, $1.typ->id->name); semerror(errbuf); } } $$ = $1; } ; brinit : init { $$ = $1; } | '{' cexp '}' { if ($2.hasval) { $$.typ = $2.typ; $$.hasval = True; $$.val = $2.val; } else { $$.hasval = False; semerror("initialization expression not constant"); } } ; init : /* empty */ { $$.hasval = False; } | '=' cexp { if ($2.hasval) { $$.typ = $2.typ; $$.hasval = True; $$.val = $2.val; } else { $$.hasval = False; semerror("initialization expression not constant"); } } ; tag : /* empty */ { $$ = NULL; } | TAG { $$ = $1; } ; occurs : /* empty */ { $$.minOccurs = -1; $$.maxOccurs = 1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG { $$.minOccurs = $1; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG ':' { $$.minOccurs = $1; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | LNG ':' LNG { $$.minOccurs = $1; $$.maxOccurs = $3; if ($$.minOccurs < 0 || $$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } else if ($$.minOccurs > $$.maxOccurs) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } | ':' LNG { $$.minOccurs = -1; $$.maxOccurs = $2; if ($$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.hasmin = False; $$.hasmax = False; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = NULL; } ; bounds : patt { $$.hasmin = False; $$.hasmax = False; $$.minOccurs = -1; $$.maxOccurs = 1; $$.min = 0.0; $$.max = 0.0; $$.incmin = True; $$.incmax = True; $$.pattern = $1; } | patt cdbl min { $$.hasmin = True; $$.hasmax = False; $$.incmin = $3.incmin; $$.incmax = $3.incmax; $$.minOccurs = (LONG64)$2; $$.maxOccurs = 1; if ($$.minOccurs < 0) $$.minOccurs = -1; $$.min = $2; $$.max = 0.0; $$.pattern = $1; } | patt cdbl minmax cdbl { $$.hasmin = True; $$.hasmax = True; $$.incmin = $3.incmin; $$.incmax = $3.incmax; $$.minOccurs = (LONG64)$2; $$.maxOccurs = (LONG64)$4; if ($$.minOccurs < 0 || $$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } else if ($$.minOccurs > $$.maxOccurs) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.min = $2; $$.max = $4; $$.pattern = $1; } | patt max cdbl { $$.hasmin = False; $$.hasmax = True; $$.incmin = $2.incmin; $$.incmax = $2.incmax; $$.minOccurs = -1; $$.maxOccurs = (LONG64)$3; if ($$.maxOccurs < 0) { $$.minOccurs = -1; $$.maxOccurs = 1; } $$.min = 0.0; $$.max = $3; $$.pattern = $1; } ; patt : /* empty */ { $$ = NULL; } | STR { $$ = $1; } ; cdbl : DBL { $$ = $1; } | LNG { $$ = (double)$1; } | CHR { $$ = (double)$1; } | '+' cdbl { $$ = +$2; } | '-' cdbl { $$ = -$2; } ; min : /* empty */ { $$.incmin = $$.incmax = True; } | ':' { $$.incmin = $$.incmax = True; } | '<' ':' { $$.incmin = False; $$.incmax = True; } | '<' { $$.incmin = False; $$.incmax = True; } ; minmax : ':' { $$.incmin = $$.incmax = True; } | '<' ':' { $$.incmin = False; $$.incmax = True; } | ':' '<' { $$.incmin = True; $$.incmax = False; } | '<' ':' '<' { $$.incmin = False; $$.incmax = False; } | '<' { $$.incmin = False; $$.incmax = False; } ; max : ':' { $$.incmin = $$.incmax = True; } | ':' '<' { $$.incmin = True; $$.incmax = False; } | '<' { $$.incmin = True; $$.incmax = False; } ; /**************************************\ Expressions \**************************************/ expr : expr ',' expr { $$ = $3; } | cexp { $$ = $1; } ; /* cexp : conditional expression */ cexp : obex '?' qexp ':' cexp { $$.typ = $3.typ; $$.sto = Snone; $$.hasval = False; } | oexp ; /* qexp : true-branch of ? : conditional expression */ qexp : expr { $$ = $1; } ; /* oexp : or-expression */ oexp : obex OR aexp { $$.hasval = False; $$.typ = mkint(); } | aexp { $$ = $1; } ; obex : oexp { $$ = $1; } ; /* aexp : and-expression */ aexp : abex AN rexp { $$.hasval = False; $$.typ = mkint(); } | rexp { $$ = $1; } ; abex : aexp { $$ = $1; } ; /* rexp : relational expression */ rexp : rexp '|' rexp { $$ = iop("|", $1, $3); } | rexp '^' rexp { $$ = iop("^", $1, $3); } | rexp '&' rexp { $$ = iop("&", $1, $3); } | rexp EQ rexp { $$ = relop("==", $1, $3); } | rexp NE rexp { $$ = relop("!=", $1, $3); } | rexp '<' rexp { $$ = relop("<", $1, $3); } | rexp LE rexp { $$ = relop("<=", $1, $3); } | rexp '>' rexp { $$ = relop(">", $1, $3); } | rexp GE rexp { $$ = relop(">=", $1, $3); } | rexp LS rexp { $$ = iop("<<", $1, $3); } | rexp RS rexp { $$ = iop(">>", $1, $3); } | rexp '+' rexp { $$ = op("+", $1, $3); } | rexp '-' rexp { $$ = op("-", $1, $3); } | rexp '*' rexp { $$ = op("*", $1, $3); } | rexp '/' rexp { $$ = op("/", $1, $3); } | rexp '%' rexp { $$ = iop("%", $1, $3); } | lexp { $$ = $1; } ; /* lexp : lvalue kind of expression with optional prefix contructs */ lexp : '!' lexp { if ($2.hasval) $$.val.i = !$2.val.i; $$.typ = $2.typ; $$.hasval = $2.hasval; } | '~' lexp { if ($2.hasval) $$.val.i = ~$2.val.i; $$.typ = $2.typ; $$.hasval = $2.hasval; } | '-' lexp { if ($2.hasval) { if (integer($2.typ)) $$.val.i = -$2.val.i; else if (real($2.typ)) $$.val.r = -$2.val.r; else typerror("string?"); } $$.typ = $2.typ; $$.hasval = $2.hasval; } | '+' lexp { $$ = $2; } | '*' lexp { if ($2.typ->type == Tpointer) $$.typ = (Tnode*)$2.typ->ref; else typerror("dereference of non-pointer type"); $$.sto = Snone; $$.hasval = False; } | '&' lexp { $$.typ = mkpointer($2.typ); $$.sto = Snone; $$.hasval = False; } | SIZEOF '(' texp ')' { $$.hasval = True; $$.typ = mkint(); $$.val.i = $3.typ->width; } | pexp { $$ = $1; } ; /* pexp : primitive expression with optional postfix constructs */ pexp : '(' expr ')' { $$ = $2; } | ID { if (!(p = enumentry($1))) p = undefined($1); else $$.hasval = True; $$.typ = p->info.typ; $$.val = p->info.val; } | LNG { $$.typ = mkint(); $$.hasval = True; $$.val.i = $1; } | null { $$.typ = mkint(); $$.hasval = True; $$.val.i = 0; } | DBL { $$.typ = mkfloat(); $$.hasval = True; $$.val.r = $1; } | CHR { $$.typ = mkchar(); $$.hasval = True; $$.val.i = $1; } | STR { $$.typ = mkstring(); $$.hasval = True; $$.val.s = $1; } | CFALSE { $$.typ = mkbool(); $$.hasval = True; $$.val.i = 0; } | CTRUE { $$.typ = mkbool(); $$.hasval = True; $$.val.i = 1; } ; %% /* * ??? */ int yywrap(void) { return 1; } /**************************************\ Support routines \**************************************/ static Node op(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = p.typ; r.sto = Snone; if (p.hasval && q.hasval) { if (integer(p.typ) && integer(q.typ)) switch (op[0]) { case '|': r.val.i = p.val.i | q.val.i; break; case '^': r.val.i = p.val.i ^ q.val.i; break; case '&': r.val.i = p.val.i & q.val.i; break; case '<': r.val.i = p.val.i << q.val.i; break; case '>': r.val.i = p.val.i >> q.val.i; break; case '+': r.val.i = p.val.i + q.val.i; break; case '-': r.val.i = p.val.i - q.val.i; break; case '*': r.val.i = p.val.i * q.val.i; break; case '/': r.val.i = p.val.i / q.val.i; break; case '%': r.val.i = p.val.i % q.val.i; break; default: typerror(op); } else if (real(p.typ) && real(q.typ)) switch (op[0]) { case '+': r.val.r = p.val.r + q.val.r; break; case '-': r.val.r = p.val.r - q.val.r; break; case '*': r.val.r = p.val.r * q.val.r; break; case '/': r.val.r = p.val.r / q.val.r; break; default: typerror(op); } else semerror("invalid constant operation"); r.hasval = True; } else { typ = mgtype(p.typ, q.typ); r.hasval = False; } return r; } static Node iop(const char *iop, Node p, Node q) { if (integer(p.typ) && integer(q.typ)) return op(iop, p, q); typerror("integer operands only"); return p; } static Node relop(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = mkint(); r.sto = Snone; r.hasval = True; r.val.i = 1; sprintf(errbuf, "comparison '%s' not evaluated and considered true", op); semwarn(errbuf); if (p.typ->type != Tpointer || p.typ != q.typ) typ = mgtype(p.typ, q.typ); return r; } /**************************************\ Scope management \**************************************/ /* mkscope - initialize scope stack with a new table and offset */ static void mkscope(Table *table, int offset) { sp = stack-1; enterscope(table, offset); } /* enterscope - enter a new scope by pushing a new table and offset on the stack */ static void enterscope(Table *table, int offset) { if (++sp == stack+MAXNEST) execerror("maximum scope depth exceeded"); sp->table = table; sp->val = 0; sp->offset = offset; sp->grow = True; /* by default, offset grows */ sp->mask = False; } /* exitscope - exit a scope by popping the table and offset from the stack */ static void exitscope(void) { check(sp-- != stack, "exitscope() has no matching enterscope()"); } /**************************************\ Undefined symbol \**************************************/ static Entry* undefined(Symbol *sym) { Entry *p; sprintf(errbuf, "undefined identifier '%s'", sym->name); semwarn(errbuf); p = enter(sp->table, sym); p->level = GLOBAL; p->info.typ = mkint(); p->info.sto = Sextern; p->info.hasval = False; return p; } /* mgtype - return most general type among two numerical types */ Tnode* mgtype(Tnode *typ1, Tnode *typ2) { if (numeric(typ1) && numeric(typ2)) { if (typ1->type < typ2->type) return typ2; } else { typerror("non-numeric type"); } return typ1; } /**************************************\ Type checks \**************************************/ static int integer(Tnode *typ) { switch (typ->type) { case Tchar: case Tshort: case Tint: case Tlong: return True; default: break; } return False; } static int real(Tnode *typ) { switch (typ->type) { case Tfloat: case Tdouble: case Tldouble: return True; default: break; } return False; } static int numeric(Tnode *typ) { return integer(typ) || real(typ); } static void add_fault(void) { Table *t; Entry *p1, *p2, *p3, *p4; Symbol *s1, *s2, *s3, *s4; imported = NULL; s1 = lookup("SOAP_ENV__Code"); p1 = entry(classtable, s1); if (!p1 || !p1->info.typ->ref) { t = mktable(NULL); if (!p1) { p1 = enter(classtable, s1); p1->info.typ = mkstruct(t, 3*4); p1->info.typ->id = s1; } else { p1->info.typ->ref = t; } p2 = enter(t, lookup("SOAP_ENV__Value")); p2->info.typ = qname; p2->info.minOccurs = 0; p2 = enter(t, lookup("SOAP_ENV__Subcode")); p2->info.typ = mkpointer(p1->info.typ); p2->info.minOccurs = 0; } s2 = lookup("SOAP_ENV__Detail"); p2 = entry(classtable, s2); if (!p2 || !p2->info.typ->ref) { t = mktable(NULL); if (!p2) { p2 = enter(classtable, s2); p2->info.typ = mkstruct(t, 3*4); p2->info.typ->id = s2; } else { p2->info.typ->ref = t; } p3 = enter(t, lookup("__any")); p3->info.typ = xml; p3->info.minOccurs = 0; p3 = enter(t, lookup("__type")); p3->info.typ = mkint(); p3->info.minOccurs = 0; p3 = enter(t, lookup("fault")); p3->info.typ = mkpointer(mkvoid()); p3->info.minOccurs = 0; custom_fault = 0; } s4 = lookup("SOAP_ENV__Reason"); p4 = entry(classtable, s4); if (!p4 || !p4->info.typ->ref) { t = mktable(NULL); if (!p4) { p4 = enter(classtable, s4); p4->info.typ = mkstruct(t, 4); p4->info.typ->id = s4; } else { p4->info.typ->ref = t; } p3 = enter(t, lookup("SOAP_ENV__Text")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; } s3 = lookup("SOAP_ENV__Fault"); p3 = entry(classtable, s3); if (!p3 || !p3->info.typ->ref) { t = mktable(NULL); if (!p3) { p3 = enter(classtable, s3); p3->info.typ = mkstruct(t, 9*4); p3->info.typ->id = s3; } else { p3->info.typ->ref = t; } p3 = enter(t, lookup("faultcode")); p3->info.typ = qname; p3->info.minOccurs = 0; p3 = enter(t, lookup("faultstring")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("faultactor")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s1); p3->info.typ = mkpointer(p1->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s4); p3->info.typ = mkpointer(p4->info.typ); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Node")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Role")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; } } static void add_soap(void) { Symbol *s = lookup("soap"); p = enter(classtable, s); p->info.typ = mkstruct(NULL, 0); p->info.typ->transient = -2; p->info.typ->id = s; } static void add_XML(void) { Symbol *s = lookup("_XML"); s->token = TYPE; p = enter(typetable, s); xml = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_qname(void) { Symbol *s = lookup("_QName"); s->token = TYPE; p = enter(typetable, s); qname = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_header(void) { Table *t; Entry *p; Symbol *s = lookup("SOAP_ENV__Header"); imported = NULL; p = entry(classtable, s); if (!p || !p->info.typ->ref) { t = mktable(NULL); if (!p) p = enter(classtable, s); p->info.typ = mkstruct(t, 0); p->info.typ->id = s; custom_header = 0; } } static void add_response(Entry *fun, Entry *ret) { Table *t; Entry *p, *q; Symbol *s; size_t i = 0, j, n = strlen(fun->sym->name); char *r = (char*)emalloc(n+100); strcpy(r, fun->sym->name); strcat(r, "Response"); do { for (j = 0; j < i; j++) r[n+j+8] = '_'; r[n+i+8] = '\0'; if (!(s = lookup(r))) s = install(r, ID); i++; } while (entry(classtable, s)); free(r); t = mktable(NULL); q = enter(t, ret->sym); q->info = ret->info; if (q->info.typ->type == Treference) q->info.typ = (Tnode*)q->info.typ->ref; p = enter(classtable, s); p->info.typ = mkstruct(t, 4); p->info.typ->id = s; fun->info.typ->response = p; } static void add_result(Tnode *typ) { Entry *p; if (!typ->ref || !((Tnode*)typ->ref)->ref) { semwarn("response struct/class must be declared before used in function prototype"); return; } for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) if (p->info.sto & Sreturn) return; for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) { if (p->info.typ->type != Tfun && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !(p->info.sto & (Sprivate|Sprotected))) p->info.sto = (Storage)((int)p->info.sto | (int)Sreturn); return; } } static void add_request(Symbol *sym, Scope *sp) { Entry *p; unlinklast(sp->table); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "service operation name clash: struct/class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); p->info.typ->id = sym; } if (p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.typ->type == Treference || q->info.typ->type == Trvalueref) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be passed by reference: use a pointer instead", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } else if ((q->info.sto & (Sconst | Sconstptr))) { if (!is_string(q->info.typ) && !is_wstring(q->info.typ)) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be declared const", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } else if ((q->info.sto & ~(Sattribute | Sextern | Sspecial))) { sprintf(errbuf, "invalid parameter '%s' of service operation function '%s()' in %s:%d", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } } } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/Debug/0000755000175000017500000000000012653650160022647 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/lex.soapcpp2_lex.c0000644000175000017500000025236012653650160025163 0ustar ellertellert #line 3 "lex.yy.c" #define YY_INT_ALIGNED short int /* A lexical scanner generated by flex */ #define FLEX_SCANNER #define YY_FLEX_MAJOR_VERSION 2 #define YY_FLEX_MINOR_VERSION 5 #define YY_FLEX_SUBMINOR_VERSION 35 #if YY_FLEX_SUBMINOR_VERSION > 0 #define FLEX_BETA #endif /* First, we deal with platform-specific or compiler-specific issues. */ /* begin standard C headers. */ #include #include #include #include /* end standard C headers. */ /* flex integer type definitions */ #ifndef FLEXINT_H #define FLEXINT_H /* C99 systems have . Non-C99 systems may or may not. */ #if defined (__STDC_VERSION__) && __STDC_VERSION__ >= 199901L /* C99 says to define __STDC_LIMIT_MACROS before including stdint.h, * if you want the limit (max/min) macros for int types. */ #ifndef __STDC_LIMIT_MACROS #define __STDC_LIMIT_MACROS 1 #endif #include typedef int8_t flex_int8_t; typedef uint8_t flex_uint8_t; typedef int16_t flex_int16_t; typedef uint16_t flex_uint16_t; typedef int32_t flex_int32_t; typedef uint32_t flex_uint32_t; typedef uint64_t flex_uint64_t; #else typedef signed char flex_int8_t; typedef short int flex_int16_t; typedef int flex_int32_t; typedef unsigned char flex_uint8_t; typedef unsigned short int flex_uint16_t; typedef unsigned int flex_uint32_t; #endif /* ! C99 */ /* Limits of integral types. */ #ifndef INT8_MIN #define INT8_MIN (-128) #endif #ifndef INT16_MIN #define INT16_MIN (-32767-1) #endif #ifndef INT32_MIN #define INT32_MIN (-2147483647-1) #endif #ifndef INT8_MAX #define INT8_MAX (127) #endif #ifndef INT16_MAX #define INT16_MAX (32767) #endif #ifndef INT32_MAX #define INT32_MAX (2147483647) #endif #ifndef UINT8_MAX #define UINT8_MAX (255U) #endif #ifndef UINT16_MAX #define UINT16_MAX (65535U) #endif #ifndef UINT32_MAX #define UINT32_MAX (4294967295U) #endif #endif /* ! FLEXINT_H */ #ifdef __cplusplus /* The "const" storage-class-modifier is valid. */ #define YY_USE_CONST #else /* ! __cplusplus */ /* C99 requires __STDC__ to be defined as 1. */ #if defined (__STDC__) #define YY_USE_CONST #endif /* defined (__STDC__) */ #endif /* ! __cplusplus */ #ifdef YY_USE_CONST #define yyconst const #else #define yyconst #endif /* Returned upon end-of-file. */ #define YY_NULL 0 /* Promotes a possibly negative, possibly signed char to an unsigned * integer for use as an array index. If the signed char is negative, * we want to instead treat it as an 8-bit unsigned char, hence the * double cast. */ #define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) /* Enter a start condition. This macro really ought to take a parameter, * but we do it the disgusting crufty way forced on us by the ()-less * definition of BEGIN. */ #define BEGIN (yy_start) = 1 + 2 * /* Translate the current start state into a value that can be later handed * to BEGIN to return to the state. The YYSTATE alias is for lex * compatibility. */ #define YY_START (((yy_start) - 1) / 2) #define YYSTATE YY_START /* Action number for EOF rule of a given start state. */ #define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) /* Special action meaning "start processing a new file". */ #define YY_NEW_FILE yyrestart(yyin ) #define YY_END_OF_BUFFER_CHAR 0 /* Size of default input buffer. */ #ifndef YY_BUF_SIZE #define YY_BUF_SIZE 16384 #endif /* The state buf must be large enough to hold one state per character in the main buffer. */ #define YY_STATE_BUF_SIZE ((YY_BUF_SIZE + 2) * sizeof(yy_state_type)) #ifndef YY_TYPEDEF_YY_BUFFER_STATE #define YY_TYPEDEF_YY_BUFFER_STATE typedef struct yy_buffer_state *YY_BUFFER_STATE; #endif #ifndef YY_TYPEDEF_YY_SIZE_T #define YY_TYPEDEF_YY_SIZE_T typedef size_t yy_size_t; #endif extern yy_size_t yyleng; extern FILE *yyin, *yyout; #define EOB_ACT_CONTINUE_SCAN 0 #define EOB_ACT_END_OF_FILE 1 #define EOB_ACT_LAST_MATCH 2 /* Note: We specifically omit the test for yy_rule_can_match_eol because it requires * access to the local variable yy_act. Since yyless() is a macro, it would break * existing scanners that call yyless() from OUTSIDE yylex. * One obvious solution it to make yy_act a global. I tried that, and saw * a 5% performance hit in a non-yylineno scanner, because yy_act is * normally declared as a register variable-- so it is not worth it. */ #define YY_LESS_LINENO(n) \ do { \ yy_size_t yyl;\ for ( yyl = n; yyl < yyleng; ++yyl )\ if ( yytext[yyl] == '\n' )\ --yylineno;\ }while(0) /* Return all but the first "n" matched characters back to the input stream. */ #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ *yy_cp = (yy_hold_char); \ YY_RESTORE_YY_MORE_OFFSET \ (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ YY_DO_BEFORE_ACTION; /* set up yytext again */ \ } \ while ( 0 ) #define unput(c) yyunput( c, (yytext_ptr) ) #ifndef YY_STRUCT_YY_BUFFER_STATE #define YY_STRUCT_YY_BUFFER_STATE struct yy_buffer_state { FILE *yy_input_file; char *yy_ch_buf; /* input buffer */ char *yy_buf_pos; /* current position in input buffer */ /* Size of input buffer in bytes, not including room for EOB * characters. */ yy_size_t yy_buf_size; /* Number of characters read into yy_ch_buf, not including EOB * characters. */ yy_size_t yy_n_chars; /* Whether we "own" the buffer - i.e., we know we created it, * and can realloc() it to grow it, and should free() it to * delete it. */ int yy_is_our_buffer; /* Whether this is an "interactive" input source; if so, and * if we're using stdio for input, then we want to use getc() * instead of fread(), to make sure we stop fetching input after * each newline. */ int yy_is_interactive; /* Whether we're considered to be at the beginning of a line. * If so, '^' rules will be active on the next match, otherwise * not. */ int yy_at_bol; int yy_bs_lineno; /**< The line count. */ int yy_bs_column; /**< The column count. */ /* Whether to try to fill the input buffer when we reach the * end of it. */ int yy_fill_buffer; int yy_buffer_status; #define YY_BUFFER_NEW 0 #define YY_BUFFER_NORMAL 1 /* When an EOF's been seen but there's still some text to process * then we mark the buffer as YY_EOF_PENDING, to indicate that we * shouldn't try reading from the input source any more. We might * still have a bunch of tokens to match, though, because of * possible backing-up. * * When we actually see the EOF, we change the status to "new" * (via yyrestart()), so that the user can continue scanning by * just pointing yyin at a new input file. */ #define YY_BUFFER_EOF_PENDING 2 }; #endif /* !YY_STRUCT_YY_BUFFER_STATE */ /* Stack of input buffers. */ static size_t yy_buffer_stack_top = 0; /**< index of top of stack. */ static size_t yy_buffer_stack_max = 0; /**< capacity of stack. */ static YY_BUFFER_STATE * yy_buffer_stack = 0; /**< Stack as an array. */ /* We provide macros for accessing buffer states in case in the * future we want to put the buffer states in a more general * "scanner state". * * Returns the top of the stack, or NULL. */ #define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ : NULL) /* Same as previous macro, but useful when we know that the buffer stack is not * NULL or when we need an lvalue. For internal use only. */ #define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] /* yy_hold_char holds the character lost when yytext is formed. */ static char yy_hold_char; static yy_size_t yy_n_chars; /* number of characters read into yy_ch_buf */ yy_size_t yyleng; /* Points to current character in buffer. */ static char *yy_c_buf_p = (char *) 0; static int yy_init = 0; /* whether we need to initialize */ static int yy_start = 0; /* start state number */ /* Flag which is used to allow yywrap()'s to do buffer switches * instead of setting up a fresh yyin. A bit of a hack ... */ static int yy_did_buffer_switch_on_eof; void yyrestart (FILE *input_file ); void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ); YY_BUFFER_STATE yy_create_buffer (FILE *file,int size ); void yy_delete_buffer (YY_BUFFER_STATE b ); void yy_flush_buffer (YY_BUFFER_STATE b ); void yypush_buffer_state (YY_BUFFER_STATE new_buffer ); void yypop_buffer_state (void ); static void yyensure_buffer_stack (void ); static void yy_load_buffer_state (void ); static void yy_init_buffer (YY_BUFFER_STATE b,FILE *file ); #define YY_FLUSH_BUFFER yy_flush_buffer(YY_CURRENT_BUFFER ) YY_BUFFER_STATE yy_scan_buffer (char *base,yy_size_t size ); YY_BUFFER_STATE yy_scan_string (yyconst char *yy_str ); YY_BUFFER_STATE yy_scan_bytes (yyconst char *bytes,yy_size_t len ); void *yyalloc (yy_size_t ); void *yyrealloc (void *,yy_size_t ); void yyfree (void * ); #define yy_new_buffer yy_create_buffer #define yy_set_interactive(is_interactive) \ { \ if ( ! YY_CURRENT_BUFFER ){ \ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ } #define yy_set_bol(at_bol) \ { \ if ( ! YY_CURRENT_BUFFER ){\ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ } #define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) /* Begin user sect3 */ #define yywrap(n) 1 #define YY_SKIP_YYWRAP typedef unsigned char YY_CHAR; FILE *yyin = (FILE *) 0, *yyout = (FILE *) 0; typedef int yy_state_type; #define YY_FLEX_LEX_COMPAT extern int yylineno; int yylineno = 1; extern char yytext[]; static yy_state_type yy_get_previous_state (void ); static yy_state_type yy_try_NUL_trans (yy_state_type current_state ); static int yy_get_next_buffer (void ); static void yy_fatal_error (yyconst char msg[] ); /* Done after the current pattern has been matched and before the * corresponding action - sets up yytext. */ #define YY_DO_BEFORE_ACTION \ (yytext_ptr) = yy_bp; \ yyleng = (yy_size_t) (yy_cp - yy_bp); \ (yy_hold_char) = *yy_cp; \ *yy_cp = '\0'; \ if ( yyleng + (yy_more_offset) >= YYLMAX ) \ YY_FATAL_ERROR( "token too large, exceeds YYLMAX" ); \ yy_flex_strncpy( &yytext[(yy_more_offset)], (yytext_ptr), yyleng + 1 ); \ yyleng += (yy_more_offset); \ (yy_prev_more_offset) = (yy_more_offset); \ (yy_more_offset) = 0; \ (yy_c_buf_p) = yy_cp; #define YY_NUM_RULES 45 #define YY_END_OF_BUFFER 46 /* This struct is not used in this scanner, but its presence is necessary. */ struct yy_trans_info { flex_int32_t yy_verify; flex_int32_t yy_nxt; }; static yyconst flex_int16_t yy_acclist[159] = { 0, 46, 44, 45, 2, 44, 45, 2, 45, 31, 44, 45, 44, 45,16427, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 44, 45,16426, 31, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 34, 44, 45, 34, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 31, 44, 45, 32, 44, 45, 32, 44, 45, 44, 45, 31, 44, 45, 44, 45, 31, 44, 45, 32, 44, 45, 32, 44, 45, 4, 45, 4, 45, 23,16427, 8235, 38,16427, 41, 14, 21, 15,16426, 8234, 37,16426, 12, 28, 10, 29, 11, 30, 3, 13, 34, 32, 32, 26, 24, 22, 25, 27, 32, 32, 16, 17, 20, 32, 32, 32, 5, 8235, 38, 37, 9, 36, 36, 35, 18, 19, 32, 32, 33, 1, 32, 36, 41, 41, 7, 9, 8, 9, 40, 41, 40, 39, 41, 39, 40, 41, 40, 39, 41, 39, 6, 7, 9 } ; static yyconst flex_int16_t yy_accept[169] = { 0, 1, 1, 1, 1, 1, 2, 4, 7, 9, 12, 15, 17, 20, 23, 26, 29, 32, 35, 38, 41, 44, 47, 50, 53, 56, 59, 62, 65, 67, 70, 72, 75, 78, 81, 83, 85, 86, 87, 88, 89, 90, 90, 91, 91, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 105, 106, 106, 107, 107, 107, 108, 108, 109, 110, 111, 112, 113, 114, 115, 115, 115, 116, 116, 116, 117, 117, 118, 119, 120, 121, 122, 123, 123, 123, 124, 125, 125, 125, 126, 126, 127, 127, 127, 127, 128, 128, 129, 130, 131, 132, 132, 133, 134, 134, 135, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 137, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 138, 139, 139, 140, 140, 142, 142, 142, 144, 144, 144, 146, 146, 146, 147, 147, 147, 149, 149, 149, 150, 150, 152, 153, 155, 156, 156, 156, 159, 159 } ; static yyconst flex_int32_t yy_ec[256] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 1, 1, 1, 1, 1, 4, 5, 6, 7, 8, 9, 10, 11, 8, 8, 12, 13, 8, 14, 15, 16, 17, 18, 18, 18, 18, 18, 18, 18, 18, 18, 19, 8, 20, 21, 22, 8, 8, 23, 23, 23, 23, 24, 23, 25, 25, 25, 25, 25, 26, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 27, 25, 25, 8, 28, 8, 29, 25, 30, 31, 23, 23, 32, 33, 23, 34, 35, 36, 25, 25, 37, 38, 25, 39, 40, 25, 41, 42, 43, 44, 25, 25, 45, 25, 25, 8, 46, 8, 8, 1, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 47, 48, 47, 47, 47, 47, 47, 47, 47, 49, 47, 49, 47, 47, 49, 47, 49, 47, 47, 49, 47, 47, 49, 47, 49, 49, 49, 49, 50, 49, 49, 49, 51, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 53, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52, 52 } ; static yyconst flex_int32_t yy_meta[54] = { 0, 1, 2, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 4, 4, 1, 1, 2, 5, 5, 5, 5, 5, 5, 1, 2, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 1, 1, 1, 5, 1, 1, 5, 5 } ; static yyconst flex_int16_t yy_base[185] = { 0, 0, 346, 385, 384, 395, 500, 500, 500, 373, 51, 52, 500, 372, 46, 55, 370, 47, 48, 59, 67, 78, 45, 43, 367, 55, 53, 80, 343, 364, 0, 57, 115, 334, 500, 366, 500, 86, 59, 500, 98, 378, 500, 71, 107, 500, 500, 500, 110, 500, 500, 112, 500, 500, 500, 500, 500, 500, 500, 113, 500, 100, 124, 136, 152, 103, 335, 0, 347, 500, 500, 500, 346, 108, 154, 312, 130, 124, 169, 500, 325, 500, 500, 0, 0, 298, 500, 131, 185, 145, 168, 104, 186, 117, 323, 500, 187, 191, 194, 181, 102, 107, 192, 500, 500, 212, 190, 199, 234, 500, 0, 189, 216, 209, 200, 231, 217, 223, 255, 253, 257, 219, 224, 260, 259, 261, 265, 275, 286, 284, 261, 292, 293, 298, 309, 321, 294, 317, 332, 335, 338, 341, 302, 500, 311, 298, 500, 297, 344, 350, 228, 356, 359, 205, 362, 368, 201, 371, 374, 347, 500, 500, 500, 500, 132, 58, 500, 500, 422, 427, 432, 437, 54, 439, 444, 449, 454, 459, 464, 469, 474, 479, 484, 489, 494 } ; static yyconst flex_int16_t yy_def[185] = { 0, 167, 1, 168, 168, 167, 167, 167, 167, 167, 169, 170, 167, 167, 167, 171, 167, 167, 167, 167, 167, 167, 172, 167, 167, 167, 173, 173, 167, 167, 174, 167, 173, 32, 167, 167, 167, 169, 175, 167, 169, 170, 167, 170, 170, 167, 167, 167, 171, 167, 167, 171, 167, 167, 167, 167, 167, 167, 167, 176, 167, 167, 167, 167, 167, 173, 167, 32, 167, 167, 167, 167, 167, 173, 173, 167, 32, 175, 167, 167, 174, 167, 167, 32, 32, 32, 167, 175, 175, 175, 175, 170, 170, 177, 176, 167, 176, 176, 176, 167, 167, 167, 167, 167, 167, 167, 32, 32, 167, 167, 32, 175, 170, 170, 177, 177, 176, 176, 167, 167, 167, 170, 170, 176, 176, 167, 167, 167, 167, 170, 170, 176, 176, 167, 170, 170, 178, 179, 180, 181, 182, 183, 178, 167, 178, 179, 167, 180, 180, 181, 181, 181, 181, 182, 182, 183, 183, 183, 183, 178, 167, 167, 167, 167, 184, 184, 167, 0, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; static yyconst flex_int16_t yy_nxt[554] = { 0, 6, 7, 8, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 12, 19, 20, 21, 22, 23, 24, 25, 26, 26, 26, 27, 26, 28, 29, 30, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 31, 6, 7, 26, 6, 6, 32, 32, 38, 42, 46, 39, 49, 65, 53, 166, 55, 68, 69, 39, 50, 47, 54, 56, 57, 58, 74, 66, 42, 59, 71, 72, 81, 40, 60, 75, 61, 51, 62, 62, 77, 88, 43, 38, 44, 63, 39, 61, 64, 62, 62, 67, 67, 74, 63, 89, 63, 82, 90, 76, 76, 42, 75, 91, 42, 63, 64, 49, 40, 49, 95, 99, 99, 101, 101, 50, 74, 93, 101, 101, 40, 74, 50, 96, 39, 75, 76, 76, 74, 166, 75, 39, 51, 61, 51, 62, 62, 75, 112, 115, 92, 97, 63, 100, 100, 39, 88, 101, 101, 76, 76, 63, 98, 88, 76, 76, 83, 83, 84, 83, 83, 76, 76, 102, 102, 167, 167, 88, 39, 102, 102, 106, 106, 107, 106, 106, 75, 102, 102, 102, 108, 108, 111, 42, 95, 90, 108, 108, 95, 39, 88, 95, 99, 99, 108, 108, 108, 96, 163, 118, 76, 76, 162, 102, 102, 50, 42, 88, 118, 102, 102, 88, 113, 42, 95, 97, 42, 102, 102, 102, 95, 42, 115, 119, 119, 161, 98, 116, 117, 119, 119, 106, 106, 107, 106, 106, 93, 119, 119, 119, 106, 106, 107, 106, 106, 120, 120, 122, 124, 121, 123, 120, 120, 115, 129, 130, 95, 95, 42, 120, 120, 120, 125, 125, 127, 127, 126, 126, 128, 128, 127, 127, 126, 126, 128, 128, 126, 126, 127, 127, 127, 42, 128, 128, 128, 131, 133, 133, 135, 95, 95, 143, 133, 133, 160, 146, 132, 65, 65, 143, 133, 133, 133, 65, 65, 138, 139, 138, 143, 73, 73, 65, 65, 65, 146, 73, 73, 140, 141, 140, 95, 134, 137, 73, 73, 73, 136, 144, 148, 149, 148, 151, 152, 151, 154, 155, 154, 157, 158, 157, 148, 149, 148, 110, 143, 159, 151, 152, 151, 109, 105, 138, 151, 152, 151, 151, 152, 151, 154, 155, 154, 104, 103, 140, 157, 158, 157, 157, 158, 157, 157, 158, 157, 78, 148, 42, 86, 151, 85, 79, 154, 78, 70, 157, 164, 52, 148, 45, 36, 167, 35, 35, 151, 33, 167, 167, 167, 167, 151, 167, 167, 151, 167, 167, 154, 167, 167, 167, 167, 167, 157, 167, 167, 157, 167, 167, 157, 34, 34, 34, 34, 34, 37, 37, 37, 37, 37, 41, 41, 41, 41, 41, 48, 48, 48, 48, 48, 73, 73, 80, 167, 167, 80, 80, 87, 87, 87, 87, 87, 94, 94, 94, 94, 94, 114, 114, 167, 114, 114, 142, 142, 142, 142, 142, 145, 145, 145, 145, 145, 147, 147, 147, 147, 147, 150, 150, 150, 150, 150, 153, 153, 153, 153, 153, 156, 156, 156, 156, 156, 165, 165, 165, 165, 165, 5, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; static yyconst flex_int16_t yy_chk[554] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 10, 11, 14, 10, 15, 172, 17, 165, 18, 23, 23, 38, 15, 14, 17, 18, 18, 19, 26, 22, 43, 19, 25, 25, 31, 10, 19, 26, 20, 15, 20, 20, 27, 38, 11, 37, 11, 20, 37, 21, 20, 21, 21, 22, 22, 27, 20, 40, 21, 31, 40, 26, 26, 91, 27, 43, 44, 21, 20, 48, 37, 51, 59, 61, 61, 100, 100, 48, 65, 51, 101, 101, 40, 73, 93, 59, 77, 65, 27, 27, 32, 164, 73, 87, 48, 62, 51, 62, 62, 32, 91, 93, 44, 59, 62, 63, 63, 89, 77, 63, 63, 65, 65, 62, 59, 87, 73, 73, 32, 32, 32, 32, 32, 32, 32, 64, 64, 74, 74, 89, 90, 64, 64, 76, 76, 76, 76, 76, 74, 64, 64, 64, 78, 78, 88, 92, 96, 88, 78, 78, 97, 111, 90, 98, 99, 99, 78, 78, 78, 96, 156, 99, 74, 74, 153, 102, 102, 114, 113, 88, 99, 102, 102, 111, 92, 112, 116, 96, 121, 102, 102, 102, 117, 122, 114, 105, 105, 150, 96, 97, 98, 105, 105, 106, 106, 106, 106, 106, 115, 105, 105, 105, 107, 107, 107, 107, 107, 108, 108, 113, 117, 112, 116, 108, 108, 115, 121, 122, 124, 123, 130, 108, 108, 108, 118, 118, 119, 119, 118, 118, 120, 120, 119, 119, 125, 125, 120, 120, 126, 126, 119, 119, 119, 129, 120, 120, 120, 123, 127, 127, 130, 131, 132, 136, 127, 127, 147, 145, 124, 128, 128, 142, 127, 127, 127, 128, 128, 134, 134, 134, 144, 133, 133, 128, 128, 128, 137, 133, 133, 135, 135, 135, 94, 129, 132, 133, 133, 133, 131, 136, 138, 138, 138, 139, 139, 139, 140, 140, 140, 141, 141, 141, 148, 148, 148, 85, 159, 144, 149, 149, 149, 80, 75, 134, 151, 151, 151, 152, 152, 152, 154, 154, 154, 72, 68, 135, 155, 155, 155, 157, 157, 157, 158, 158, 158, 66, 138, 41, 35, 139, 33, 29, 140, 28, 24, 141, 159, 16, 148, 13, 9, 5, 4, 3, 149, 2, 0, 0, 0, 0, 151, 0, 0, 152, 0, 0, 154, 0, 0, 0, 0, 0, 155, 0, 0, 157, 0, 0, 158, 168, 168, 168, 168, 168, 169, 169, 169, 169, 169, 170, 170, 170, 170, 170, 171, 171, 171, 171, 171, 173, 173, 174, 0, 0, 174, 174, 175, 175, 175, 175, 175, 176, 176, 176, 176, 176, 177, 177, 0, 177, 177, 178, 178, 178, 178, 178, 179, 179, 179, 179, 179, 180, 180, 180, 180, 180, 181, 181, 181, 181, 181, 182, 182, 182, 182, 182, 183, 183, 183, 183, 183, 184, 184, 184, 184, 184, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167, 167 } ; /* Table of booleans, true if rule could match eol. */ static yyconst flex_int32_t yy_rule_can_match_eol[46] = { 0, 0, 1, 0, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, }; extern int yy_flex_debug; int yy_flex_debug = 0; static yy_state_type *yy_state_buf=0, *yy_state_ptr=0; static char *yy_full_match; static int yy_lp; static int yy_looking_for_trail_begin = 0; static int yy_full_lp; static int *yy_full_state; #define YY_TRAILING_MASK 0x2000 #define YY_TRAILING_HEAD_MASK 0x4000 #define REJECT \ { \ *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */ \ yy_cp = (yy_full_match); /* restore poss. backed-over text */ \ (yy_lp) = (yy_full_lp); /* restore orig. accepting pos. */ \ (yy_state_ptr) = (yy_full_state); /* restore orig. state */ \ yy_current_state = *(yy_state_ptr); /* restore curr. state */ \ ++(yy_lp); \ goto find_rule; \ } static int yy_more_offset = 0; static int yy_prev_more_offset = 0; #define yymore() ((yy_more_offset) = yy_flex_strlen( yytext )) #define YY_NEED_STRLEN #define YY_MORE_ADJ 0 #define YY_RESTORE_YY_MORE_OFFSET \ { \ (yy_more_offset) = (yy_prev_more_offset); \ yyleng -= (yy_more_offset); \ } #ifndef YYLMAX #define YYLMAX 8192 #endif char yytext[YYLMAX]; char *yytext_ptr; #line 1 "soapcpp2_lex.l" /* soapcpp2_lex.l Flex/Lex tokenizer for C/C++ -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #line 38 "soapcpp2_lex.l" #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #ifdef WITH_BISON YYSTYPE yylval; #undef YY_NEED_STRLEN #define YY_INPUT(buf, result, max_size) \ { \ int c = getc(yyin); \ result = (c == EOF) ? YY_NULL : (buf[0] = c, 1); \ } #endif #ifndef WITH_LEX #define MAX_IMPORT_DEPTH 16 static struct importlist { struct importlist *next; char name[1]; } *importlist = NULL; static const char *fnstk[MAX_IMPORT_DEPTH]; static int lnstk[MAX_IMPORT_DEPTH]; static const char *imstk[MAX_IMPORT_DEPTH]; static YY_BUFFER_STATE instk[MAX_IMPORT_DEPTH]; #endif int imports = 0; const char *imported = NULL; static void check_id(const char*); static Token install_id(void); static Token install_tag(void); static Token install_int(void); static Token install_hex(void); static Token install_num(void); static Token install_chr(void); static Token install_str(void); static Token install_pragma(void); static void directive(void), option(void), xpath(void); static Token error_chr(void); static Token error_str(void); static int convchar(int*); static int hexchar(int*); static int octchar(int*); static void module(const char *name, const char *fullname); static void import(const char *file); static int magic(const char *name); #define YY_NO_INPUT 1 #line 790 "lex.yy.c" #define INITIAL 0 #define MLCOMMENT 1 #ifndef YY_NO_UNISTD_H /* Special case for "unistd.h", since it is non-ANSI. We include it way * down here because we want the user's section 1 to have been scanned first. * The user has a chance to override it with an option. */ #include #endif #ifndef YY_EXTRA_TYPE #define YY_EXTRA_TYPE void * #endif static int yy_init_globals (void ); /* Accessor methods to globals. These are made visible to non-reentrant scanners for convenience. */ int yylex_destroy (void ); int yyget_debug (void ); void yyset_debug (int debug_flag ); YY_EXTRA_TYPE yyget_extra (void ); void yyset_extra (YY_EXTRA_TYPE user_defined ); FILE *yyget_in (void ); void yyset_in (FILE * in_str ); FILE *yyget_out (void ); void yyset_out (FILE * out_str ); yy_size_t yyget_leng (void ); char *yyget_text (void ); int yyget_lineno (void ); void yyset_lineno (int line_number ); /* Macros after this point can all be overridden by user definitions in * section 1. */ #ifndef YY_SKIP_YYWRAP #ifdef __cplusplus extern "C" int yywrap (void ); #else extern int yywrap (void ); #endif #endif #ifndef yytext_ptr static void yy_flex_strncpy (char *,yyconst char *,int ); #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * ); #endif #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void ); #else static int input (void ); #endif #endif /* Amount of stuff to slurp up with each read. */ #ifndef YY_READ_BUF_SIZE #define YY_READ_BUF_SIZE 8192 #endif /* Copy whatever the last rule matched to the standard output. */ #ifndef ECHO /* This used to be an fputs(), but since the string might contain NUL's, * we now use fwrite(). */ #define ECHO fwrite( yytext, yyleng, 1, yyout ) #endif /* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, * is returned in "result". */ #ifndef YY_INPUT #define YY_INPUT(buf,result,max_size) \ if ( YY_CURRENT_BUFFER_LVALUE->yy_is_interactive ) \ { \ int c = '*'; \ yy_size_t n; \ for ( n = 0; n < max_size && \ (c = getc( yyin )) != EOF && c != '\n'; ++n ) \ buf[n] = (char) c; \ if ( c == '\n' ) \ buf[n++] = (char) c; \ if ( c == EOF && ferror( yyin ) ) \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ result = n; \ } \ else \ { \ errno=0; \ while ( (result = fread(buf, 1, max_size, yyin))==0 && ferror(yyin)) \ { \ if( errno != EINTR) \ { \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ break; \ } \ errno=0; \ clearerr(yyin); \ } \ }\ \ #endif /* No semi-colon after return; correct usage is to write "yyterminate();" - * we don't want an extra ';' after the "return" because that will cause * some compilers to complain about unreachable statements. */ #ifndef yyterminate #define yyterminate() return YY_NULL #endif /* Number of entries by which start-condition stack grows. */ #ifndef YY_START_STACK_INCR #define YY_START_STACK_INCR 25 #endif /* Report a fatal error. */ #ifndef YY_FATAL_ERROR #define YY_FATAL_ERROR(msg) yy_fatal_error( msg ) #endif /* end tables serialization structures and prototypes */ /* Default declaration of generated scanner - a define so the user can * easily add parameters. */ #ifndef YY_DECL #define YY_DECL_IS_OURS 1 extern int yylex (void); #define YY_DECL int yylex (void) #endif /* !YY_DECL */ /* Code executed at the beginning of each rule, after yytext and yyleng * have been set up. */ #ifndef YY_USER_ACTION #define YY_USER_ACTION #endif /* Code executed at the end of each rule. */ #ifndef YY_BREAK #define YY_BREAK break; #endif #define YY_RULE_SETUP \ if ( yyleng > 0 ) \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = \ (yytext[yyleng - 1] == '\n'); \ YY_USER_ACTION /** The main scanner function which does all the work. */ YY_DECL { register yy_state_type yy_current_state; register char *yy_cp, *yy_bp; register int yy_act; #line 104 "soapcpp2_lex.l" #line 976 "lex.yy.c" if ( !(yy_init) ) { (yy_init) = 1; #ifdef YY_USER_INIT YY_USER_INIT; #endif /* Create the reject buffer large enough to save one state per allowed character. */ if ( ! (yy_state_buf) ) (yy_state_buf) = (yy_state_type *)yyalloc(YY_STATE_BUF_SIZE ); if ( ! (yy_state_buf) ) YY_FATAL_ERROR( "out of dynamic memory in yylex()" ); if ( ! (yy_start) ) (yy_start) = 1; /* first start state */ if ( ! yyin ) yyin = stdin; if ( ! yyout ) yyout = stdout; if ( ! YY_CURRENT_BUFFER ) { yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_load_buffer_state( ); } while ( 1 ) /* loops until end-of-file is reached */ { yy_cp = (yy_c_buf_p); /* Support of yytext. */ *yy_cp = (yy_hold_char); /* yy_bp points to the position in yy_ch_buf of the start of * the current run. */ yy_bp = yy_cp; yy_current_state = (yy_start); yy_current_state += YY_AT_BOL(); (yy_state_ptr) = (yy_state_buf); *(yy_state_ptr)++ = yy_current_state; yy_match: do { register YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)]; while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; *(yy_state_ptr)++ = yy_current_state; ++yy_cp; } while ( yy_base[yy_current_state] != 500 ); yy_find_action: yy_current_state = *--(yy_state_ptr); (yy_lp) = yy_accept[yy_current_state]; goto find_rule; /* Shut up GCC warning -Wall */ find_rule: /* we branch to this label when backing up */ for ( ; ; ) /* until we find what rule we matched */ { if ( (yy_lp) && (yy_lp) < yy_accept[yy_current_state + 1] ) { yy_act = yy_acclist[(yy_lp)]; if ( yy_act & YY_TRAILING_HEAD_MASK || (yy_looking_for_trail_begin) ) { if ( yy_act == (yy_looking_for_trail_begin) ) { (yy_looking_for_trail_begin) = 0; yy_act &= ~YY_TRAILING_HEAD_MASK; break; } } else if ( yy_act & YY_TRAILING_MASK ) { (yy_looking_for_trail_begin) = yy_act & ~YY_TRAILING_MASK; (yy_looking_for_trail_begin) |= YY_TRAILING_HEAD_MASK; (yy_full_match) = yy_cp; (yy_full_state) = (yy_state_ptr); (yy_full_lp) = (yy_lp); } else { (yy_full_match) = yy_cp; (yy_full_state) = (yy_state_ptr); (yy_full_lp) = (yy_lp); break; } ++(yy_lp); goto find_rule; } --yy_cp; yy_current_state = *--(yy_state_ptr); (yy_lp) = yy_accept[yy_current_state]; } YY_DO_BEFORE_ACTION; if ( yy_act != YY_END_OF_BUFFER && yy_rule_can_match_eol[yy_act] ) { yy_size_t yyl; for ( yyl = (yy_prev_more_offset); yyl < yyleng; ++yyl ) if ( yytext[yyl] == '\n' ) yylineno++; ; } do_action: /* This label is used only to access EOF actions. */ switch ( yy_act ) { /* beginning of action switch */ case 1: YY_RULE_SETUP #line 105 "soapcpp2_lex.l" { /* skip UTF8 BOM */ } YY_BREAK case 2: /* rule 2 can match eol */ YY_RULE_SETUP #line 106 "soapcpp2_lex.l" { /* skip white space */ } YY_BREAK case 3: YY_RULE_SETUP #line 107 "soapcpp2_lex.l" { BEGIN(MLCOMMENT); } YY_BREAK case 4: /* rule 4 can match eol */ YY_RULE_SETUP #line 108 "soapcpp2_lex.l" { } YY_BREAK case 5: YY_RULE_SETUP #line 109 "soapcpp2_lex.l" { BEGIN(INITIAL); } YY_BREAK case YY_STATE_EOF(MLCOMMENT): #line 110 "soapcpp2_lex.l" { execerror("Unclosed multiline comment at the end of file"); } YY_BREAK case 6: /* rule 6 can match eol */ YY_RULE_SETUP #line 111 "soapcpp2_lex.l" { option(); } YY_BREAK case 7: /* rule 7 can match eol */ YY_RULE_SETUP #line 112 "soapcpp2_lex.l" { directive(); } YY_BREAK case 8: /* rule 8 can match eol */ YY_RULE_SETUP #line 113 "soapcpp2_lex.l" { xpath(); } YY_BREAK case 9: /* rule 9 can match eol */ YY_RULE_SETUP #line 114 "soapcpp2_lex.l" { /* skip single line comment */ } YY_BREAK case 10: YY_RULE_SETUP #line 115 "soapcpp2_lex.l" { return PA; } YY_BREAK case 11: YY_RULE_SETUP #line 116 "soapcpp2_lex.l" { return NA; } YY_BREAK case 12: YY_RULE_SETUP #line 117 "soapcpp2_lex.l" { return TA; } YY_BREAK case 13: YY_RULE_SETUP #line 118 "soapcpp2_lex.l" { return DA; } YY_BREAK case 14: YY_RULE_SETUP #line 119 "soapcpp2_lex.l" { return MA; } YY_BREAK case 15: YY_RULE_SETUP #line 120 "soapcpp2_lex.l" { return AA; } YY_BREAK case 16: YY_RULE_SETUP #line 121 "soapcpp2_lex.l" { return XA; } YY_BREAK case 17: YY_RULE_SETUP #line 122 "soapcpp2_lex.l" { return OA; } YY_BREAK case 18: YY_RULE_SETUP #line 123 "soapcpp2_lex.l" { return LA; } YY_BREAK case 19: YY_RULE_SETUP #line 124 "soapcpp2_lex.l" { return RA; } YY_BREAK case 20: YY_RULE_SETUP #line 125 "soapcpp2_lex.l" { return OR; } YY_BREAK case 21: YY_RULE_SETUP #line 126 "soapcpp2_lex.l" { return AN; } YY_BREAK case 22: YY_RULE_SETUP #line 127 "soapcpp2_lex.l" { return EQ; } YY_BREAK case 23: YY_RULE_SETUP #line 128 "soapcpp2_lex.l" { return NE; } YY_BREAK case 24: YY_RULE_SETUP #line 129 "soapcpp2_lex.l" { return LE; } YY_BREAK case 25: YY_RULE_SETUP #line 130 "soapcpp2_lex.l" { return GE; } YY_BREAK case 26: YY_RULE_SETUP #line 131 "soapcpp2_lex.l" { return LS; } YY_BREAK case 27: YY_RULE_SETUP #line 132 "soapcpp2_lex.l" { return RS; } YY_BREAK case 28: YY_RULE_SETUP #line 133 "soapcpp2_lex.l" { return PP; } YY_BREAK case 29: YY_RULE_SETUP #line 134 "soapcpp2_lex.l" { return NN; } YY_BREAK case 30: YY_RULE_SETUP #line 135 "soapcpp2_lex.l" { return AR; } YY_BREAK case 31: YY_RULE_SETUP #line 136 "soapcpp2_lex.l" { return yytext[0]; } YY_BREAK case 32: YY_RULE_SETUP #line 137 "soapcpp2_lex.l" { return install_id(); } YY_BREAK case 33: YY_RULE_SETUP #line 138 "soapcpp2_lex.l" { return install_tag(); } YY_BREAK case 34: YY_RULE_SETUP #line 139 "soapcpp2_lex.l" { return install_int(); } YY_BREAK case 35: YY_RULE_SETUP #line 140 "soapcpp2_lex.l" { return install_hex(); } YY_BREAK case 36: YY_RULE_SETUP #line 141 "soapcpp2_lex.l" { return install_num(); } YY_BREAK case 37: YY_RULE_SETUP #line 142 "soapcpp2_lex.l" { return install_chr(); } YY_BREAK case 38: /* rule 38 can match eol */ YY_RULE_SETUP #line 143 "soapcpp2_lex.l" { return install_str(); } YY_BREAK case 39: /* rule 39 can match eol */ YY_RULE_SETUP #line 144 "soapcpp2_lex.l" { char *s, *t, buf[1024]; s = strchr(yytext, '"'); if (!s) t = yytext+7; else { strcpy(buf, s+1); s = strchr(buf, '"'); *s = '\0'; t = strchr(s+1, '"'); if (t) { t++; s = strchr(t+1, '"'); if (s) *s = '\0'; } } module(buf, t); } YY_BREAK case 40: /* rule 40 can match eol */ YY_RULE_SETUP #line 162 "soapcpp2_lex.l" { char *s, buf[1024]; s = strchr(yytext, '"'); if (s) { strncpy(buf, s + 1, sizeof(buf)); buf[sizeof(buf) - 1] = '\0'; s = strchr(buf, '"'); if (!s) lexerror("Invalid import directive: missing ending \" or path too long"); else { *s = '\0'; import(buf); } } else lexerror("Invalid import directive: \" expected"); } YY_BREAK case 41: /* rule 41 can match eol */ YY_RULE_SETUP #line 178 "soapcpp2_lex.l" { return install_pragma(); } YY_BREAK case 42: /* rule 42 can match eol */ YY_RULE_SETUP #line 179 "soapcpp2_lex.l" { return error_chr(); } YY_BREAK case 43: /* rule 43 can match eol */ YY_RULE_SETUP #line 180 "soapcpp2_lex.l" { return error_str(); } YY_BREAK case 44: YY_RULE_SETUP #line 181 "soapcpp2_lex.l" { lexerror("Skipping unknown symbol"); } YY_BREAK case YY_STATE_EOF(INITIAL): #line 182 "soapcpp2_lex.l" { /* when Lex complains: remove this line and below */ #ifndef WITH_LEX if (--imports < 0) { yyterminate(); } else { if (vflag) fprintf(stderr, "End of %s\n\n", filename); yy_delete_buffer(YY_CURRENT_BUFFER); yy_switch_to_buffer(instk[imports]); filename = fnstk[imports]; yylineno = lnstk[imports]; imported = imstk[imports]; } #endif } YY_BREAK case 45: YY_RULE_SETUP #line 199 "soapcpp2_lex.l" ECHO; YY_BREAK #line 1396 "lex.yy.c" case YY_END_OF_BUFFER: { /* Amount of text matched not including the EOB char. */ int yy_amount_of_matched_text = (int) (yy_cp - (yytext_ptr)) - 1; /* Undo the effects of YY_DO_BEFORE_ACTION. */ *yy_cp = (yy_hold_char); YY_RESTORE_YY_MORE_OFFSET if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_NEW ) { /* We're scanning a new file or input source. It's * possible that this happened because the user * just pointed yyin at a new source and called * yylex(). If so, then we have to assure * consistency between YY_CURRENT_BUFFER and our * globals. Here is the right place to do so, because * this is the first action (other than possibly a * back-up) that will match for the new input source. */ (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; YY_CURRENT_BUFFER_LVALUE->yy_input_file = yyin; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; } /* Note that here we test for yy_c_buf_p "<=" to the position * of the first EOB in the buffer, since yy_c_buf_p will * already have been incremented past the NUL character * (since all states make transitions on EOB to the * end-of-buffer state). Contrast this with the test * in input(). */ if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) { /* This was really a NUL. */ yy_state_type yy_next_state; (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); /* Okay, we're now positioned to make the NUL * transition. We couldn't have * yy_get_previous_state() go ahead and do it * for us because it doesn't know how to deal * with the possibility of jamming (and we don't * want to build jamming into it because then it * will run more slowly). */ yy_next_state = yy_try_NUL_trans( yy_current_state ); yy_bp = (yytext_ptr) + YY_MORE_ADJ; if ( yy_next_state ) { /* Consume the NUL. */ yy_cp = ++(yy_c_buf_p); yy_current_state = yy_next_state; goto yy_match; } else { yy_cp = (yy_c_buf_p); goto yy_find_action; } } else switch ( yy_get_next_buffer( ) ) { case EOB_ACT_END_OF_FILE: { (yy_did_buffer_switch_on_eof) = 0; if ( yywrap( ) ) { /* Note: because we've taken care in * yy_get_next_buffer() to have set up * yytext, we can now set up * yy_c_buf_p so that if some total * hoser (like flex itself) wants to * call the scanner after we return the * YY_NULL, it'll still work - another * YY_NULL will get returned. */ (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; yy_act = YY_STATE_EOF(YY_START); goto do_action; } else { if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; } break; } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_match; case EOB_ACT_LAST_MATCH: (yy_c_buf_p) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_find_action; } break; } default: YY_FATAL_ERROR( "fatal flex scanner internal error--no action found" ); } /* end of action switch */ } /* end of scanning one token */ } /* end of yylex */ /* yy_get_next_buffer - try to read in a new buffer * * Returns a code representing an action: * EOB_ACT_LAST_MATCH - * EOB_ACT_CONTINUE_SCAN - continue scanning from current position * EOB_ACT_END_OF_FILE - end of file */ static int yy_get_next_buffer (void) { register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; register char *source = (yytext_ptr); register int number_to_move, i; int ret_val; if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) YY_FATAL_ERROR( "fatal flex scanner internal error--end of buffer missed" ); if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) { /* Don't try to fill the buffer, so this is an EOF. */ if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) { /* We matched a single character, the EOB, so * treat this as a final EOF. */ return EOB_ACT_END_OF_FILE; } else { /* We matched some text prior to the EOB, first * process it. */ return EOB_ACT_LAST_MATCH; } } /* Try to read more data. */ /* First move last chars to start of buffer. */ number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; for ( i = 0; i < number_to_move; ++i ) *(dest++) = *(source++); if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) /* don't do the read, it's not guaranteed to return an EOF, * just force an EOF */ YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; else { yy_size_t num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; while ( num_to_read <= 0 ) { /* Not enough room in the buffer - grow it. */ YY_FATAL_ERROR( "input buffer overflow, can't enlarge buffer because scanner uses REJECT" ); } if ( num_to_read > YY_READ_BUF_SIZE ) num_to_read = YY_READ_BUF_SIZE; /* Read in more data. */ YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), (yy_n_chars), num_to_read ); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } if ( (yy_n_chars) == 0 ) { if ( number_to_move == YY_MORE_ADJ ) { ret_val = EOB_ACT_END_OF_FILE; yyrestart(yyin ); } else { ret_val = EOB_ACT_LAST_MATCH; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_EOF_PENDING; } } else ret_val = EOB_ACT_CONTINUE_SCAN; if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) { /* Extend the array by 50%, plus the number we really need. */ yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1); YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) yyrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size ); if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" ); } (yy_n_chars) += number_to_move; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; return ret_val; } /* yy_get_previous_state - get the state just before the EOB char was reached */ static yy_state_type yy_get_previous_state (void) { register yy_state_type yy_current_state; register char *yy_cp; yy_current_state = (yy_start); yy_current_state += YY_AT_BOL(); (yy_state_ptr) = (yy_state_buf); *(yy_state_ptr)++ = yy_current_state; for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) { register YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1); while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; *(yy_state_ptr)++ = yy_current_state; } return yy_current_state; } /* yy_try_NUL_trans - try to make a transition on the NUL character * * synopsis * next_state = yy_try_NUL_trans( current_state ); */ static yy_state_type yy_try_NUL_trans (yy_state_type yy_current_state ) { register int yy_is_jam; register YY_CHAR yy_c = 1; while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 168 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; yy_is_jam = (yy_current_state == 167); if ( ! yy_is_jam ) *(yy_state_ptr)++ = yy_current_state; return yy_is_jam ? 0 : yy_current_state; } #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void) #else static int input (void) #endif { int c; *(yy_c_buf_p) = (yy_hold_char); if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) { /* yy_c_buf_p now points to the character we want to return. * If this occurs *before* the EOB characters, then it's a * valid NUL; if not, then we've hit the end of the buffer. */ if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) /* This was really a NUL. */ *(yy_c_buf_p) = '\0'; else { /* need more input */ yy_size_t offset = (yy_c_buf_p) - (yytext_ptr); ++(yy_c_buf_p); switch ( yy_get_next_buffer( ) ) { case EOB_ACT_LAST_MATCH: /* This happens because yy_g_n_b() * sees that we've accumulated a * token and flags that we need to * try matching the token before * proceeding. But for input(), * there's no matching to consider. * So convert the EOB_ACT_LAST_MATCH * to EOB_ACT_END_OF_FILE. */ /* Reset buffer status. */ yyrestart(yyin ); /*FALLTHROUGH*/ case EOB_ACT_END_OF_FILE: { if ( yywrap( ) ) return 0; if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; #ifdef __cplusplus return yyinput(); #else return input(); #endif } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + offset; break; } } } c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ *(yy_c_buf_p) = '\0'; /* preserve yytext */ (yy_hold_char) = *++(yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_at_bol = (c == '\n'); if ( YY_CURRENT_BUFFER_LVALUE->yy_at_bol ) yylineno++; ; return c; } #endif /* ifndef YY_NO_INPUT */ /** Immediately switch to a different input stream. * @param input_file A readable stream. * * @note This function does not reset the start condition to @c INITIAL . */ void yyrestart (FILE * input_file ) { if ( ! YY_CURRENT_BUFFER ){ yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_init_buffer(YY_CURRENT_BUFFER,input_file ); yy_load_buffer_state( ); } /** Switch to a different input buffer. * @param new_buffer The new input buffer. * */ void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ) { /* TODO. We should be able to replace this entire function body * with * yypop_buffer_state(); * yypush_buffer_state(new_buffer); */ yyensure_buffer_stack (); if ( YY_CURRENT_BUFFER == new_buffer ) return; if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } YY_CURRENT_BUFFER_LVALUE = new_buffer; yy_load_buffer_state( ); /* We don't actually know whether we did this switch during * EOF (yywrap()) processing, but the only time this flag * is looked at is after yywrap() is called, so it's safe * to go ahead and always set it. */ (yy_did_buffer_switch_on_eof) = 1; } static void yy_load_buffer_state (void) { (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; yyin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; (yy_hold_char) = *(yy_c_buf_p); } /** Allocate and initialize an input buffer state. * @param file A readable stream. * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. * * @return the allocated buffer state. */ YY_BUFFER_STATE yy_create_buffer (FILE * file, int size ) { YY_BUFFER_STATE b; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_buf_size = size; /* yy_ch_buf has to be 2 characters longer than the size given because * we need to put in 2 end-of-buffer characters. */ b->yy_ch_buf = (char *) yyalloc(b->yy_buf_size + 2 ); if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_is_our_buffer = 1; yy_init_buffer(b,file ); return b; } /** Destroy the buffer. * @param b a buffer created with yy_create_buffer() * */ void yy_delete_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; if ( b->yy_is_our_buffer ) yyfree((void *) b->yy_ch_buf ); yyfree((void *) b ); } #ifndef __cplusplus extern int isatty (int ); #endif /* __cplusplus */ /* Initializes or reinitializes a buffer. * This function is sometimes called more than once on the same buffer, * such as during a yyrestart() or at EOF. */ static void yy_init_buffer (YY_BUFFER_STATE b, FILE * file ) { int oerrno = errno; yy_flush_buffer(b ); b->yy_input_file = file; b->yy_fill_buffer = 1; /* If b is the current buffer, then yy_init_buffer was _probably_ * called from yyrestart() or through yy_get_next_buffer. * In that case, we don't want to reset the lineno or column. */ if (b != YY_CURRENT_BUFFER){ b->yy_bs_lineno = 1; b->yy_bs_column = 0; } b->yy_is_interactive = file ? (isatty( fileno(file) ) > 0) : 0; errno = oerrno; } /** Discard all buffered characters. On the next scan, YY_INPUT will be called. * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. * */ void yy_flush_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; b->yy_n_chars = 0; /* We always need two end-of-buffer characters. The first causes * a transition to the end-of-buffer state. The second causes * a jam in that state. */ b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; b->yy_buf_pos = &b->yy_ch_buf[0]; b->yy_at_bol = 1; b->yy_buffer_status = YY_BUFFER_NEW; if ( b == YY_CURRENT_BUFFER ) yy_load_buffer_state( ); } /** Pushes the new state onto the stack. The new state becomes * the current state. This function will allocate the stack * if necessary. * @param new_buffer The new state. * */ void yypush_buffer_state (YY_BUFFER_STATE new_buffer ) { if (new_buffer == NULL) return; yyensure_buffer_stack(); /* This block is copied from yy_switch_to_buffer. */ if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } /* Only push if top exists. Otherwise, replace top. */ if (YY_CURRENT_BUFFER) (yy_buffer_stack_top)++; YY_CURRENT_BUFFER_LVALUE = new_buffer; /* copied from yy_switch_to_buffer. */ yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } /** Removes and deletes the top of the stack, if present. * The next element becomes the new top. * */ void yypop_buffer_state (void) { if (!YY_CURRENT_BUFFER) return; yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; if ((yy_buffer_stack_top) > 0) --(yy_buffer_stack_top); if (YY_CURRENT_BUFFER) { yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } } /* Allocates the stack if it does not exist. * Guarantees space for at least one push. */ static void yyensure_buffer_stack (void) { yy_size_t num_to_alloc; if (!(yy_buffer_stack)) { /* First allocation is just for 2 elements, since we don't know if this * scanner will even need a stack. We use 2 instead of 1 to avoid an * immediate realloc on the next call. */ num_to_alloc = 1; (yy_buffer_stack) = (struct yy_buffer_state**)yyalloc (num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; (yy_buffer_stack_top) = 0; return; } if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ /* Increase the buffer to prepare for a possible push. */ int grow_size = 8 /* arbitrary grow size */; num_to_alloc = (yy_buffer_stack_max) + grow_size; (yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc ((yy_buffer_stack), num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); /* zero only the new slots.*/ memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; } } /** Setup the input buffer state to scan directly from a user-specified character buffer. * @param base the character buffer * @param size the size in bytes of the character buffer * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_buffer (char * base, yy_size_t size ) { YY_BUFFER_STATE b; if ( size < 2 || base[size-2] != YY_END_OF_BUFFER_CHAR || base[size-1] != YY_END_OF_BUFFER_CHAR ) /* They forgot to leave room for the EOB's. */ return 0; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_buffer()" ); b->yy_buf_size = size - 2; /* "- 2" to take care of EOB's */ b->yy_buf_pos = b->yy_ch_buf = base; b->yy_is_our_buffer = 0; b->yy_input_file = 0; b->yy_n_chars = b->yy_buf_size; b->yy_is_interactive = 0; b->yy_at_bol = 1; b->yy_fill_buffer = 0; b->yy_buffer_status = YY_BUFFER_NEW; yy_switch_to_buffer(b ); return b; } /** Setup the input buffer state to scan a string. The next call to yylex() will * scan from a @e copy of @a str. * @param yystr a NUL-terminated string to scan * * @return the newly allocated buffer state object. * @note If you want to scan bytes that may contain NUL values, then use * yy_scan_bytes() instead. */ YY_BUFFER_STATE yy_scan_string (yyconst char * yystr ) { return yy_scan_bytes(yystr,strlen(yystr) ); } /** Setup the input buffer state to scan the given bytes. The next call to yylex() will * scan from a @e copy of @a bytes. * @param bytes the byte buffer to scan * @param len the number of bytes in the buffer pointed to by @a bytes. * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_bytes (yyconst char * yybytes, yy_size_t _yybytes_len ) { YY_BUFFER_STATE b; char *buf; yy_size_t n, i; /* Get memory for full buffer, including space for trailing EOB's. */ n = _yybytes_len + 2; buf = (char *) yyalloc(n ); if ( ! buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_bytes()" ); for ( i = 0; i < _yybytes_len; ++i ) buf[i] = yybytes[i]; buf[_yybytes_len] = buf[_yybytes_len+1] = YY_END_OF_BUFFER_CHAR; b = yy_scan_buffer(buf,n ); if ( ! b ) YY_FATAL_ERROR( "bad buffer in yy_scan_bytes()" ); /* It's okay to grow etc. this buffer, and we should throw it * away when we're done. */ b->yy_is_our_buffer = 1; return b; } #ifndef YY_EXIT_FAILURE #define YY_EXIT_FAILURE 2 #endif static void yy_fatal_error (yyconst char* msg ) { (void) fprintf( stderr, "%s\n", msg ); exit( YY_EXIT_FAILURE ); } /* Redefine yyless() so it works in section 3 code. */ #undef yyless #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ yytext[yyleng] = (yy_hold_char); \ (yy_c_buf_p) = yytext + yyless_macro_arg; \ (yy_hold_char) = *(yy_c_buf_p); \ *(yy_c_buf_p) = '\0'; \ yyleng = yyless_macro_arg; \ } \ while ( 0 ) /* Accessor methods (get/set functions) to struct members. */ /** Get the current line number. * */ int yyget_lineno (void) { return yylineno; } /** Get the input stream. * */ FILE *yyget_in (void) { return yyin; } /** Get the output stream. * */ FILE *yyget_out (void) { return yyout; } /** Get the length of the current token. * */ yy_size_t yyget_leng (void) { return yyleng; } /** Get the current token. * */ char *yyget_text (void) { return yytext; } /** Set the current line number. * @param line_number * */ void yyset_lineno (int line_number ) { yylineno = line_number; } /** Set the input stream. This does not discard the current * input buffer. * @param in_str A readable stream. * * @see yy_switch_to_buffer */ void yyset_in (FILE * in_str ) { yyin = in_str ; } void yyset_out (FILE * out_str ) { yyout = out_str ; } int yyget_debug (void) { return yy_flex_debug; } void yyset_debug (int bdebug ) { yy_flex_debug = bdebug ; } static int yy_init_globals (void) { /* Initialization is the same as for the non-reentrant scanner. * This function is called from yylex_destroy(), so don't allocate here. */ /* We do not touch yylineno unless the option is enabled. */ yylineno = 1; (yy_buffer_stack) = 0; (yy_buffer_stack_top) = 0; (yy_buffer_stack_max) = 0; (yy_c_buf_p) = (char *) 0; (yy_init) = 0; (yy_start) = 0; (yy_state_buf) = 0; (yy_state_ptr) = 0; (yy_full_match) = 0; (yy_lp) = 0; /* Defined in main.c */ #ifdef YY_STDINIT yyin = stdin; yyout = stdout; #else yyin = (FILE *) 0; yyout = (FILE *) 0; #endif /* For future reference: Set errno on error, since we are called by * yylex_init() */ return 0; } /* yylex_destroy is for both reentrant and non-reentrant scanners. */ int yylex_destroy (void) { /* Pop the buffer stack, destroying each element. */ while(YY_CURRENT_BUFFER){ yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; yypop_buffer_state(); } /* Destroy the stack itself. */ yyfree((yy_buffer_stack) ); (yy_buffer_stack) = NULL; yyfree ( (yy_state_buf) ); (yy_state_buf) = NULL; /* Reset the globals. This is important in a non-reentrant scanner so the next time * yylex() is called, initialization will occur. */ yy_init_globals( ); return 0; } /* * Internal utility routines. */ #ifndef yytext_ptr static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) { register int i; for ( i = 0; i < n; ++i ) s1[i] = s2[i]; } #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * s ) { register int n; for ( n = 0; s[n]; ++n ) ; return n; } #endif void *yyalloc (yy_size_t size ) { return (void *) malloc( size ); } void *yyrealloc (void * ptr, yy_size_t size ) { /* The cast to (char *) in the following accommodates both * implementations that use char* generic pointers, and those * that use void* generic pointers. It works with the latter * because both ANSI C and C++ allow castless assignment from * any pointer type to void*, and deal with argument conversions * as though doing an assignment. */ return (void *) realloc( (char *) ptr, size ); } void yyfree (void * ptr ) { free( (char *) ptr ); /* see yyrealloc() for (char *) cast */ } #define YYTABLES_NAME "yytables" #line 199 "soapcpp2_lex.l" /* install_id - lookup identifier in symbol table. If found, return token and symbol table entry. If not found, create entry in symbol table and return ID token. */ static Token install_id() { Symbol *p = lookup(yytext); if (!p) { int i, flag = 0; p = install(yytext, ID); /* [_](x|X)(m|M)(l|L)__ is OK */ /* [_](x|X)(m|M)(l|L).* is not OK */ /* .*__(x|X)(m|M)(l|L) is not OK */ /* .*::(x|X)(m|M)(l|L) is not OK */ for (i = 0; i < (int)yyleng; i++) { if ((yytext[i] == '_' && yytext[i+1] == '_') || (yytext[i] == ':' && yytext[i+1] == ':')) { flag = 1; check_id(yytext + i + 2); } } if (!flag && strcmp(yytext, "XML")) check_id(yytext); } yylval.sym = p; return p->token; } /* install_tag - return TAG token. */ static Token install_tag() { yylval.s = (char*)emalloc(yyleng-1); /* yyleng = length(yytext) */ strcpy(yylval.s, yytext+1); yylval.s[yyleng-2] = '\0'; return TAG; } /* check_id - check for (x|X)(m|M)(l|L) */ static void check_id(const char *s) { while (*s == '_') s++; if ((s[0] == 'x' || s[0] == 'X') && (s[1] == 'm' || s[1] == 'M') && (s[2] == 'l' || s[2] == 'L')) { sprintf(errbuf, "identifier '%s' starts with or embeds '%3.3s' character sequence, which is exclusively reserved for and by the W3C XML standards (for enum constants: please ignore this warning)", yytext, s); semwarn(errbuf); } } /* install_int - convert digits to integer and return LNG token. */ static Token install_int(void) { sscanf(yytext, SOAP_ULONG_FORMAT, &yylval.i); return LNG; } /* install_hex - convert hexadecimal digits to integer and return LNG */ static Token install_hex(void) { sscanf(yytext, SOAP_XLONG_FORMAT, &yylval.i); return LNG; } /* install_num - convert digits to floating point number and return DBL */ static Token install_num(void) { sscanf(yytext, "%lf", &yylval.r); return DBL; } /* install_chr - convert character constant and return CHR. */ static Token install_chr(void) { int i = 2; if (yytext[1] == '\\') yylval.c = convchar(&i); else yylval.c = yytext[i-1]; if (yytext[i] != '\'') lexerror("Illegal character constant"); return CHR; } /* install_str - convert and store string in memory. Return STR. */ static Token install_str(void) { int i, j = 0; yylval.s = (char*)emalloc(yyleng - 1); /* yyleng = length(yytext) */ for (i = 1 + (yytext[0] == 'L'); i < (int)yyleng - 1; i++) if (yytext[i] == '\\') { if (yytext[++i] != '\n') { yylval.s[j++] = convchar(&i); i--; } } else yylval.s[j++] = yytext[i]; yylval.s[j] = '\0'; return STR; } /* install_pragma - store pragma in string. Return PRAGMA. */ static Token install_pragma(void) { yylval.s = (char*)emalloc(yyleng); /* yyleng = length(yytext) */ strncpy(yylval.s, yytext, strlen(yytext)-1); yylval.s[strlen(yytext)-1] = '\0'; return PRAGMA; } static void directive(void) { int i, j, k; char *s; Service *sp; Method *m; Data *d; int service; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; s = (char*)emalloc(j-i+1); for (k = 0; k < j-i; k++) { s[k] = yytext[k+i]; if (s[k] == '_') s[k] = '-'; } s[k] = '\0'; for (sp = services; sp; sp = sp->next) if (!strcmp(sp->ns, s)) break; if (!sp) { sp = (Service*)emalloc(sizeof(Service)); sp->next = services; sp->ns = s; sp->name = NULL; sp->porttype = NULL; sp->portname = NULL; sp->binding = NULL; sp->definitions = NULL; sp->transport = NULL; sp->URL = NULL; sp->URI = NULL; sp->URI2 = NULL; sp->WSDL = NULL; sp->style = NULL; sp->encoding = NULL; sp->protocol = NULL; sp->xsi_type = 0; sp->elementForm = NULL; sp->attributeForm = NULL; sp->executable = NULL; sp->import = NULL; sp->documentation = NULL; sp->list = NULL; sp->data = NULL; services = sp; } for (i = j; yytext[i]; i++) if (yytext[i] > 32) break; if (!strncmp(yytext+i, "service", 7) || !strncmp(yytext+i, "schema", 6)) { service = strncmp(yytext+i, "schema", 6); for (i += 7; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; for (; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; /* if (j == k) return; */ s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (!strncmp(yytext+i, "name:", 5)) { sp->name = s; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "type:", 5) || !strncmp(yytext+i, "portType:", 9) || !strncmp(yytext+i, "interface:", 10)) sp->porttype = s; else if (!strncmp(yytext+i, "portName:", 9)) sp->portname = s; else if (!strncmp(yytext+i, "binding:", 8)) sp->binding = s; else if (!strncmp(yytext+i, "definitions:", 12)) sp->definitions = s; else if (!strncmp(yytext+i, "documentation:", 14)) { for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; sp->documentation = s; } else if (!strncmp(yytext+i, "transport:", 10)) sp->transport = s; else if (!strncmp(yytext+i, "location:", 9) || !strncmp(yytext+i, "endpoint:", 9) || !strncmp(yytext+i, "port:", 5)) { if (sp->URL) { char *t = (char*)emalloc(strlen(sp->URL) + strlen(s) + 2); strcpy(t, sp->URL); strcat(t, " "); strcat(t, s); sp->URL = t; } else sp->URL = s; if (!service && !sp->import) sp->import = s; } else if (!strncmp(yytext+i, "executable:", 11)) sp->executable = s; else if (!strncmp(yytext+i, "namespace:", 10)) { if (service) { if (!sp->URI) sp->URI = s; sp->WSDL = s; } else if (!strcmp(sp->ns, "SOAP-ENV")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENV namespace"); else envURI = s; sp->URI = (char*)envURI; } else if (!strcmp(sp->ns, "SOAP-ENC")) { if (soap_version > 0) semwarn("option -1 or -2 overrides SOAP-ENC namespace"); else encURI = s; sp->URI = (char*)encURI; } else sp->URI = s; } else if (!strncmp(yytext+i, "namespace2:", 11)) { sp->URI2 = s; } else if (!strncmp(yytext+i, "typed:", 6)) { sp->xsi_type = (*s == 'y'); } else if (!strncmp(yytext+i, "form:", 5)) { sp->elementForm = s; sp->attributeForm = s; } else if (!strncmp(yytext+i, "elementForm:", 12)) sp->elementForm = s; else if (!strncmp(yytext+i, "attributeForm:", 14)) sp->attributeForm = s; else if (!strncmp(yytext+i, "import:", 7)) { if (!sp->URI) sp->URI = s; sp->import = s; } else if (!strncmp(yytext+i, "encoding:", 9)) { if (!strcmp(s, "encoded")) sp->encoding = ""; else sp->encoding = s; } else if (!strncmp(yytext+i, "style:", 6)) sp->style = s; else if (!strncmp(yytext+i, "protocol:", 9)) sp->protocol = s; else if (!strncmp(yytext+i, "method-protocol:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = PROTOCOL; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-style:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = STYLE; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-encoding:", 16)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-response-encoding:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ENCODING; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; if (strcmp(s, "encoded")) m->part = s; else m->part = ""; } else if (!strncmp(yytext+i, "method-documentation:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = COMMENT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-action:", 14)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = REQUEST_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-action:", 21)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = RESPONSE_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault-action:", 20)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT_ACTION; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-mime-type:", 17)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN | MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-mime-type:", 23)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-mime-type:", 24)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = MIMEOUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-header-part:", 19)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN | HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-input-header-part:", 25)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDRIN; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-output-header-part:", 26)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = HDROUT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "method-fault:", 13)) { m = (Method*)emalloc(sizeof(Method)); m->name = s; m->mess = FAULT; m->part = NULL; m->next = sp->list; sp->list = m; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] <= 32) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; m->part = s; } else if (!strncmp(yytext+i, "type-documentation:", 19)) { d = (Data*)emalloc(sizeof(Data)); d->name = s; d->text = NULL; d->next = sp->data; sp->data = d; for (j = k; yytext[j]; j++) if (yytext[j] > 32) break; for (k = j; yytext[k]; k++) if (yytext[k] == 10 || yytext[k] == 13) break; if (j == k) return; s = (char*)emalloc(k-j+1); strncpy(s, yytext+j, k-j); s[k-j] = '\0'; d->text = s; } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext+i); semwarn(errbuf); } } else { sprintf(errbuf, "unrecognized gsoap directive: %s", yytext); semwarn(errbuf); } } static void option(void) { int i; if (imports) { sprintf(errbuf, "options directive: %s ignored in imported file(s)", yytext); semwarn(errbuf); return; } for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (; yytext[i]; i++) switch (yytext[i]) { case 'a': aflag = 1; break; case 'c': if (yytext[i+1] == '+' && yytext[i+2] == '+') { i += 2; if (yytext[i+1] == '1' && yytext[i+2] == '1') { i += 2; c11flag = 1; } cflag = 0; } else cflag = 1; break; case 'e': eflag = 1; break; case 'n': nflag = 1; break; case 'l': lflag = 1; break; case 't': tflag = 1; break; case 'w': wflag = 1; break; default: if (yytext[i] < 32 || yytext[i] == '/') return; } } static void xpath(void) { int i, j, k; char *s; XPath *xp; for (i = 0; yytext[i]; i++) if (yytext[i] <= 32) break; for (; yytext[i]; i++) if (yytext[i] > 32) break; for (j = i; yytext[j]; j++) if (yytext[j] <= 32) break; if (i == j) return; for (k = j; yytext[k]; k++) if (yytext[k] > 32) break; s = (char*)emalloc(yyleng - i); strncpy(s, yytext + i, j - i); s[j - i] = '\0'; for (xp = xpaths; xp; xp = xp->next) if (!strcmp(xp->name, s)) break; if (!xp) { xp = (XPath*)emalloc(sizeof(XPath)); xp->next = xpaths; xp->name = s; } s += j - i + 1; strcpy(s, yytext + k); xp->path = s; while (*s > 32) s++; *s = '\0'; } /* error_chr - lexical error in character constant. Return character 0 to allow parsing to continue */ static Token error_chr(void) { lexerror("Ending-' missing in character constant"); yylval.c = '\0'; return CHR; } /* error_str - lexical error in string. Return empty string to allow parsing to continue */ static Token error_str(void) { lexerror("Ending-\" missing in string"); yylval.s = ""; return STR; } /* Character conversion functions */ static int convchar(int *p) { switch (yytext[(*p)++]) { case 'a': return '\a'; case 'b': return '\b'; case 'f': return '\f'; case 'n': return '\n'; case 'r': return '\r'; case 't': return '\t'; case 'v': return '\v'; case 'x': return hexchar(p); case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': (*p)--; return octchar(p); default: return yytext[*p-1]; } } static int hexchar(int *p) { int i, d, c = 0; for (i = 0; isxdigit(d = yytext[*p]) && i < 2; i++) { c = (c << 4) + (d <= '9' ? d - '0' : toupper(d) - '7'); (*p)++; } return c; } static int octchar(int *p) { int i, d, c = 0; for (i = 0; (d = yytext[*p]) >= '0' && d <= '7' && i < 3; i++) { c = (c << 3) + d - '0'; (*p)++; } return c; } static void module(const char *name, const char *fullname) { char *s; if (!fullname) fullname = name; if (imports) { Pragma **pp; s = (char*)emalloc(strlen(fullname)+15); sprintf(s, "#include \"%sH.h\"", fullname); for (pp = &pragmas; *pp; pp = &(*pp)->next) if (!strcmp((*pp)->pragma, s)) break; if (!*pp) { *pp = (Pragma*)emalloc(sizeof(Pragma)); (*pp)->pragma = s; (*pp)->next = NULL; } s = (char*)emalloc(strlen(fullname)+1); imported = strcpy(s, fullname); fprintf(stderr, "Importing module '%s'\n\n", fullname); } else { lflag = 1; typeNO = magic(name); s = (char*)emalloc(strlen(fullname)+1); prefix = strcpy(s, fullname); fprintf(stderr, "Compiling module '%s' (magic number = %d)\n\n", fullname, typeNO); } } static int magic(const char *name) { size_t i; int n; if (strlen(name) > 4) semerror("#module name length must not exceed four characters"); n = 0; for (i = 0; i < strlen(name); i++) if (name[i] >= 'a' && name[i] <= 'z') n = 26*n + name[i] - 'a'; else if (name[i] >= 'A' && name[i] <= 'Z') n = 26*n + name[i] - 'A'; else semerror("#module name must be alphabetic and the length must not exceed four characters.\nUse '#module name longname' for longer names."); return 4699*n + 153424; } #ifdef WITH_LEX static void import(const char *file) { execerror("Cannot #import: soapcpp2 not compiled with flex (replace lex with flex)"); } #else static void import(const char *file) { char buf[1024]; struct importlist *p; if (vflag) fprintf(stderr, "Importing '%s': ", file); for (p = importlist; p; p = p->next) { if (!strcmp(p->name, file)) { if (vflag) fprintf(stderr, "file already read or currently being read\n\n"); return; } } if (imports >= MAX_IMPORT_DEPTH) execerror("Imports nested too deep"); instk[imports] = YY_CURRENT_BUFFER; fnstk[imports] = filename; lnstk[imports] = yylineno; imstk[imports] = imported; yylineno = 1; /* imported = NULL; this is useful to change the semantics of #import to NOT consider non-module imports to be part of the current module */ imports++; buf[0] = '\0'; if (!(yyin = fopen(file, "r"))) { if (importpath) { const char *s, *t; s = importpath; do { size_t n; t = strstr(s, SOAP_PATHSEP); if (t) { if ((size_t)(t - s) >= sizeof(buf)) t = s + sizeof(buf) - 1; strncpy(buf, s, t - s); buf[t - s] = '\0'; s = t + sizeof(SOAP_PATHSEP) - 1; } else { strcpy(buf, s); s = NULL; } n = strlen(buf) - 1; #ifdef __VMS if (buf[n] != ']' && buf[n] != ':') strcat(buf, ":"); #else if (buf[n] != SOAP_PATHCAT[0]) strcat(buf, SOAP_PATHCAT); #endif strcat(buf, file); yyin = fopen(buf, "r"); } while (s && !yyin); } if (!yyin) { sprintf(errbuf, "#import: Cannot open file \"%s\" for reading.\nHint: use option -I (for example -Igsoap/import"SOAP_PATHSEP"gsoap/custom:.)", file); execerror(errbuf); } } if (vflag) { if (buf[0]) fprintf(stderr, "OK, found at %s\n\n", buf); else fprintf(stderr, "OK\n\n"); } p = (struct importlist*)emalloc(sizeof(struct importlist) + strlen(file)); /* has already + 1 byte size */ strcpy(p->name, file); filename = p->name; p->next = importlist; importlist = p; yy_switch_to_buffer(yy_create_buffer(yyin,YY_BUF_SIZE)); } #endif gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2.vcproj0000755000175000017500000001411212653650160024577 0ustar ellertellert gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/init2.c0000644000175000017500000001312012653650160023007 0ustar ellertellert/* init2.c Symbol table initialization. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif typedef struct Keyword { const char *s; /* name */ Token t; /* token */ } Keyword; static Keyword keywords[] = { { "asm", NONE }, { "auto", AUTO }, { "bool", BOOL }, { "break", BREAK }, { "case", CASE }, { "catch", NONE }, { "char", CHAR }, { "class", CLASS }, { "const", CONST }, { "const_cast", NONE }, { "continue", CONTINUE }, { "default", DEFAULT }, { "delete", NONE }, { "do", DO }, { "double", DOUBLE }, { "dynamic_cast", NONE }, { "else", ELSE }, { "enum", ENUM }, { "errno", NONE }, { "explicit", EXPLICIT }, { "export", NONE }, { "extern", EXTERN }, { "false", CFALSE }, { "final", FINAL }, { "float", FLOAT }, { "for", FOR }, { "friend", FRIEND }, { "goto", GOTO }, { "if", IF }, { "inline", INLINE }, { "int", INT }, { "int8_t", CHAR }, { "int16_t", SHORT }, { "int32_t", INT }, { "int64_t", LLONG }, { "long", LONG }, { "LONG64", LLONG }, { "mutable", MUTABLE }, { "namespace", NAMESPACE }, { "new", NONE }, { "nullptr", null }, { "NULL", null }, { "operator", OPERATOR }, { "override", OVERRIDE }, { "private", PRIVATE }, { "protected", PROTECTED }, { "public", PUBLIC }, { "register", REGISTER }, { "reinterpret_cast", NONE }, { "restrict", NONE }, { "return", RETURN }, { "short", SHORT }, { "signed", SIGNED }, { "size_t", SIZE }, { "sizeof", SIZEOF }, { "static", STATIC }, { "static_cast", NONE }, { "struct", STRUCT }, { "switch", SWITCH }, { "template", TEMPLATE }, { "this", NONE }, { "throw", NONE }, { "time_t", TIME }, { "true", CTRUE }, { "typedef", TYPEDEF }, { "typeid", NONE }, { "typename", TYPENAME }, { "uint8_t", UCHAR }, { "uint16_t", USHORT }, { "uint32_t", UINT }, { "uint64_t", ULLONG }, { "ULONG64", ULLONG }, { "union", UNION }, { "unsigned", UNSIGNED }, { "using", USING }, { "virtual", VIRTUAL }, { "void", VOID }, { "volatile", VOLATILE }, { "wchar_t", WCHAR }, { "while", WHILE }, { "operator!", NONE }, { "operator~", NONE }, { "operator=", NONE }, { "operator+=", NONE }, { "operator-=", NONE }, { "operator*=", NONE }, { "operator/=", NONE }, { "operator%=", NONE }, { "operator&=", NONE }, { "operator^=", NONE }, { "operator|=", NONE }, { "operator<<=", NONE }, { "operator>>=", NONE }, { "operator||", NONE }, { "operator&&", NONE }, { "operator|", NONE }, { "operator^", NONE }, { "operator&", NONE }, { "operator==", NONE }, { "operator!=", NONE }, { "operator<", NONE }, { "operator<=", NONE }, { "operator>", NONE }, { "operator>=", NONE }, { "operator<<", NONE }, { "operator>>", NONE }, { "operator+", NONE }, { "operator-", NONE }, { "operator*", NONE }, { "operator/", NONE }, { "operator%", NONE }, { "operator++", NONE }, { "operator--", NONE }, { "operator->", NONE }, { "operator[]", NONE }, { "operator()", NONE }, { "mustUnderstand", MUSTUNDERSTAND }, { "soap", ID }, { "SOAP_ENV__Header", ID }, { "dummy", ID }, { "soap_header", ID }, { "SOAP_ENV__Fault", ID }, { "SOAP_ENV__Code", ID }, { "SOAP_ENV__Subcode",ID }, { "SOAP_ENV__Reason", ID }, { "SOAP_ENV__Text", ID }, { "SOAP_ENV__Detail", ID }, { "SOAP_ENV__Value", ID }, { "SOAP_ENV__Node", ID }, { "SOAP_ENV__Role", ID }, { "faultcode", ID }, { "faultstring", ID }, { "faultactor", ID }, { "detail", ID }, { "__type", ID }, { "fault", ID }, { "__any", ID }, { "_QName", ID }, { "_XML", ID }, { "std::string", TYPE }, { "std::wstring", TYPE }, { "std::deque", TYPE }, { "std::queue", TYPE }, { "std::list", TYPE }, { "std::vector", TYPE }, { "std::set", TYPE }, { "std::shared_ptr", TYPE }, { "std::unique_ptr", TYPE }, { "std::auto_ptr", TYPE }, { "std::weak_ptr", TYPE }, { "std::function", TYPE }, { "/*?*/", NONE }, { 0, 0 } }; /* init - initialize symbol table with predefined keywords */ void init(void) { struct Keyword *k; for (k = keywords; k->s; k++) install(k->s, k->t); } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/error2.c0000644000175000017500000001063612653650160023206 0ustar ellertellert/* error2.c Error handling. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif #define MAXERR 10 extern char yytext[]; /* lexeme found by the lexical analyzer */ static int lexerrno = 0; static int synerrno = 0; static int semerrno = 0; static int semwarno = 0; char errbuf[1024]; /* to hold error messages */ /* yyerror - auto-called by parser from an error production with nonterminal `error' */ void yyerror(const char *s) { (void)s; } /* lexerror - called by lexical analyzer upon failure to recognize a token */ void lexerror(const char *s) { fprintf(stderr, "%s(%d): %s: %s\n", filename, yylineno, s, yytext); if (lexerrno++ >= MAXERR) execerror("too many syntactic errors, bailing out"); } /* synerror - called by a semantic action for an error production in the yacc grammar */ void synerror(const char *s) { fprintf(stderr, "%s(%d): Syntax error: %s\n", filename, yylineno, s); if (synerrno++ >= MAXERR) execerror("too many syntactic errors, bailing out"); } /* semerror - report semantic error from static checking */ void semerror(const char *s) { fprintf(stderr, "\n%s(%d): **ERROR**: %s\n\n", filename, yylineno, s); if (semerrno++ >= MAXERR) execerror("too many semantic errors, bailing out"); } /* semwarn - report semantic warning from static checking */ void semwarn(const char *s) { if (yylineno) fprintf(stderr, "\n%s(%d): *WARNING*: %s\n\n", filename, yylineno, s); else fprintf(stderr, "\n%s: *WARNING*: %s\n\n", filename, s); semwarno++; } /* compliancewarn - report compliance warning */ void compliancewarn(const char *s) { fprintf(stderr, "Compliance warning: %s\n", s); } /* typerror - report type error (a semantic error) */ void typerror(const char *s) { fprintf(stderr, "%s(%d): Type error: %s\n", filename, yylineno, s); if (semerrno++ >= MAXERR) execerror("too many semantic errors, bailing out"); } /* execerror - print error message and terminate execution */ void execerror(const char *s) { fprintf(stderr, "Critical error: %s\n", s); exit(1); } /* progerror - called when check(expr) failed, i.e. upon programming error */ void progerror(const char *s, const char *f, int l) { fprintf(stderr, "Program failure: %s in file %s line %d\n", s, f, l); exit(1); } /* errstat - show error statistics */ int errstat(void) { if (!lexerrno && !synerrno && !semerrno) { fprintf(stderr, "\nCompilation successful "); if (semwarno) fprintf(stderr, "(%d warning%s)\n\n", semwarno, semwarno>1?"s":""); else fprintf(stderr, "\n\n"); return 0; } fprintf(stderr, "\nThere were errors:\n"); if (lexerrno) fprintf(stderr, "%d lexical error%s\n", lexerrno, lexerrno>1?"s":""); if (synerrno) fprintf(stderr, "%d syntax error%s\n", synerrno, synerrno>1?"s":""); if (semerrno) fprintf(stderr, "%d semantic error%s\n", semerrno, semerrno>1?"s":""); if (semwarno) fprintf(stderr, "%d warning%s\n", semwarno, semwarno>1?"s":""); fprintf(stderr, "\n"); return -1; } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2_yacc.tab.c0000644000175000017500000070041612653650160025270 0ustar ellertellert/* A Bison parser, made by GNU Bison 2.3. */ /* Skeleton implementation for Bison's Yacc-like parsers in C Copyright (C) 1984, 1989, 1990, 2000, 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* C LALR(1) parser skeleton written by Richard Stallman, by simplifying the original so-called "semantic" parser. */ /* All symbols defined below should begin with yy or YY, to avoid infringing on user name space. This should be done even for local variables, as they might otherwise be expanded by user macros. There are some unavoidable exceptions within include files to define necessary library symbols; they are noted "INFRINGES ON USER NAME SPACE" below. */ /* Identify Bison output. */ #define YYBISON 1 /* Bison version. */ #define YYBISON_VERSION "2.3" /* Skeleton name. */ #define YYSKELETON_NAME "yacc.c" /* Pure parsers. */ #define YYPURE 0 /* Using locations. */ #define YYLSP_NEEDED 0 /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { PRAGMA = 258, AUTO = 259, DOUBLE = 260, INT = 261, STRUCT = 262, BREAK = 263, ELSE = 264, LONG = 265, SWITCH = 266, CASE = 267, ENUM = 268, REGISTER = 269, TYPEDEF = 270, CHAR = 271, EXTERN = 272, RETURN = 273, UNION = 274, CONST = 275, FLOAT = 276, SHORT = 277, UNSIGNED = 278, CONTINUE = 279, FOR = 280, SIGNED = 281, VOID = 282, DEFAULT = 283, GOTO = 284, SIZEOF = 285, VOLATILE = 286, DO = 287, IF = 288, STATIC = 289, WHILE = 290, CLASS = 291, PRIVATE = 292, PROTECTED = 293, PUBLIC = 294, VIRTUAL = 295, INLINE = 296, OPERATOR = 297, LLONG = 298, BOOL = 299, CFALSE = 300, CTRUE = 301, WCHAR = 302, TIME = 303, USING = 304, NAMESPACE = 305, ULLONG = 306, MUSTUNDERSTAND = 307, SIZE = 308, FRIEND = 309, TEMPLATE = 310, EXPLICIT = 311, TYPENAME = 312, MUTABLE = 313, FINAL = 314, null = 315, RESTRICT = 316, OVERRIDE = 317, UCHAR = 318, USHORT = 319, UINT = 320, ULONG = 321, NONE = 322, ID = 323, LAB = 324, TYPE = 325, LNG = 326, DBL = 327, CHR = 328, TAG = 329, STR = 330, RA = 331, LA = 332, OA = 333, XA = 334, AA = 335, MA = 336, DA = 337, TA = 338, NA = 339, PA = 340, OR = 341, AN = 342, NE = 343, EQ = 344, GE = 345, LE = 346, RS = 347, LS = 348, AR = 349, PP = 350, NN = 351 }; #endif /* Tokens. */ #define PRAGMA 258 #define AUTO 259 #define DOUBLE 260 #define INT 261 #define STRUCT 262 #define BREAK 263 #define ELSE 264 #define LONG 265 #define SWITCH 266 #define CASE 267 #define ENUM 268 #define REGISTER 269 #define TYPEDEF 270 #define CHAR 271 #define EXTERN 272 #define RETURN 273 #define UNION 274 #define CONST 275 #define FLOAT 276 #define SHORT 277 #define UNSIGNED 278 #define CONTINUE 279 #define FOR 280 #define SIGNED 281 #define VOID 282 #define DEFAULT 283 #define GOTO 284 #define SIZEOF 285 #define VOLATILE 286 #define DO 287 #define IF 288 #define STATIC 289 #define WHILE 290 #define CLASS 291 #define PRIVATE 292 #define PROTECTED 293 #define PUBLIC 294 #define VIRTUAL 295 #define INLINE 296 #define OPERATOR 297 #define LLONG 298 #define BOOL 299 #define CFALSE 300 #define CTRUE 301 #define WCHAR 302 #define TIME 303 #define USING 304 #define NAMESPACE 305 #define ULLONG 306 #define MUSTUNDERSTAND 307 #define SIZE 308 #define FRIEND 309 #define TEMPLATE 310 #define EXPLICIT 311 #define TYPENAME 312 #define MUTABLE 313 #define FINAL 314 #define null 315 #define RESTRICT 316 #define OVERRIDE 317 #define UCHAR 318 #define USHORT 319 #define UINT 320 #define ULONG 321 #define NONE 322 #define ID 323 #define LAB 324 #define TYPE 325 #define LNG 326 #define DBL 327 #define CHR 328 #define TAG 329 #define STR 330 #define RA 331 #define LA 332 #define OA 333 #define XA 334 #define AA 335 #define MA 336 #define DA 337 #define TA 338 #define NA 339 #define PA 340 #define OR 341 #define AN 342 #define NE 343 #define EQ 344 #define GE 345 #define LE 346 #define RS 347 #define LS 348 #define AR 349 #define PP 350 #define NN 351 /* Copy the first part of user declarations. */ #line 51 "soapcpp2_yacc.y" #include "soapcpp2.h" #ifdef WIN32 #ifndef __STDC__ #define __STDC__ #endif #define YYINCLUDED_STDLIB_H #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern int soapcpp2lex(void); #else extern int yylex(void); #endif #else extern int yylex(void); #endif #define MAXNEST 16 /* max. nesting depth of scopes */ typedef struct Scope { Table *table; Entry *entry; Node node; LONG64 val; int offset; Bool grow; /* true if offset grows with declarations */ Bool mask; /* true if enum is mask */ } Scope; Scope stack[MAXNEST], /* stack of tables and offsets */ *sp; /* current scope stack pointer */ Table *classtable = NULL, *enumtable = NULL, *typetable = NULL, *booltable = NULL, *templatetable = NULL; const char *namespaceid = NULL; int transient = 0; int permission = 0; int custom_header = 1; int custom_fault = 1; Pragma *pragmas = NULL; Tnode *qname = NULL; Tnode *xml = NULL; /* function prototypes for support routine section */ static Entry *undefined(Symbol*); static Tnode *mgtype(Tnode*, Tnode*); static Node op(const char*, Node, Node), iop(const char*, Node, Node), relop(const char*, Node, Node); static void mkscope(Table*, int), enterscope(Table*, int), exitscope(void); static int integer(Tnode*), real(Tnode*), numeric(Tnode*); static void add_soap(void), add_XML(void), add_qname(void), add_header(void), add_fault(void), add_response(Entry*, Entry*), add_result(Tnode*), add_request(Symbol*, Scope*); /* imported from symbol2.c */ extern int is_string(Tnode*), is_wstring(Tnode*), is_XML(Tnode*), is_smart(Tnode*); extern char *c_storage(Storage); extern const char *c_type(Tnode*); extern int is_primitive_or_string(Tnode*), is_stdstr(Tnode*), is_binary(Tnode*), is_external(Tnode*), is_mutable(Entry*); extern Entry *unlinklast(Table*); /* Temporaries used in semantic rules */ int i; char *s, *s1; const char *s2; Symbol *sym; Entry *p, *q; Tnode *t; Node tmp, c; Pragma **pp; /* Enabling traces. */ #ifndef YYDEBUG # define YYDEBUG 0 #endif /* Enabling verbose error messages. */ #ifdef YYERROR_VERBOSE # undef YYERROR_VERBOSE # define YYERROR_VERBOSE 1 #else # define YYERROR_VERBOSE 0 #endif /* Enabling the token table. */ #ifndef YYTOKEN_TABLE # define YYTOKEN_TABLE 0 #endif #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE #line 153 "soapcpp2_yacc.y" { Symbol *sym; LONG64 i; double r; char c; char *s; Tnode *typ; Storage sto; Node rec; Entry *e; } /* Line 193 of yacc.c. */ #line 397 "soapcpp2_yacc.tab.c" YYSTYPE; # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 # define YYSTYPE_IS_TRIVIAL 1 #endif /* Copy the second part of user declarations. */ /* Line 216 of yacc.c. */ #line 410 "soapcpp2_yacc.tab.c" #ifdef short # undef short #endif #ifdef YYTYPE_UINT8 typedef YYTYPE_UINT8 yytype_uint8; #else typedef unsigned char yytype_uint8; #endif #ifdef YYTYPE_INT8 typedef YYTYPE_INT8 yytype_int8; #elif (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) typedef signed char yytype_int8; #else typedef short int yytype_int8; #endif #ifdef YYTYPE_UINT16 typedef YYTYPE_UINT16 yytype_uint16; #else typedef unsigned short int yytype_uint16; #endif #ifdef YYTYPE_INT16 typedef YYTYPE_INT16 yytype_int16; #else typedef short int yytype_int16; #endif #ifndef YYSIZE_T # ifdef __SIZE_TYPE__ # define YYSIZE_T __SIZE_TYPE__ # elif defined size_t # define YYSIZE_T size_t # elif ! defined YYSIZE_T && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # define YYSIZE_T size_t # else # define YYSIZE_T unsigned int # endif #endif #define YYSIZE_MAXIMUM ((YYSIZE_T) -1) #ifndef YY_ # if defined YYENABLE_NLS && YYENABLE_NLS # if ENABLE_NLS # include /* INFRINGES ON USER NAME SPACE */ # define YY_(msgid) dgettext ("bison-runtime", msgid) # endif # endif # ifndef YY_ # define YY_(msgid) msgid # endif #endif /* Suppress unused-variable warnings by "using" E. */ #if ! defined lint || defined __GNUC__ # define YYUSE(e) ((void) (e)) #else # define YYUSE(e) /* empty */ #endif /* Identity function, used to suppress warnings about constant conditions. */ #ifndef lint # define YYID(n) (n) #else #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static int YYID (int i) #else static int YYID (i) int i; #endif { return i; } #endif #if ! defined yyoverflow || YYERROR_VERBOSE /* The parser invokes alloca or malloc; define the necessary symbols. */ # ifdef YYSTACK_USE_ALLOCA # if YYSTACK_USE_ALLOCA # ifdef __GNUC__ # define YYSTACK_ALLOC __builtin_alloca # elif defined __BUILTIN_VA_ARG_INCR # include /* INFRINGES ON USER NAME SPACE */ # elif defined _AIX # define YYSTACK_ALLOC __alloca # elif defined _MSC_VER # include /* INFRINGES ON USER NAME SPACE */ # define alloca _alloca # else # define YYSTACK_ALLOC alloca # if ! defined _ALLOCA_H && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # ifndef _STDLIB_H # define _STDLIB_H 1 # endif # endif # endif # endif # endif # ifdef YYSTACK_ALLOC /* Pacify GCC's `empty if-body' warning. */ # define YYSTACK_FREE(Ptr) do { /* empty */; } while (YYID (0)) # ifndef YYSTACK_ALLOC_MAXIMUM /* The OS might guarantee only one guard page at the bottom of the stack, and a page size can be as small as 4096 bytes. So we cannot safely invoke alloca (N) if N exceeds 4096. Use a slightly smaller number to allow for a few compiler-allocated temporary stack slots. */ # define YYSTACK_ALLOC_MAXIMUM 4032 /* reasonable circa 2006 */ # endif # else # define YYSTACK_ALLOC YYMALLOC # define YYSTACK_FREE YYFREE # ifndef YYSTACK_ALLOC_MAXIMUM # define YYSTACK_ALLOC_MAXIMUM YYSIZE_MAXIMUM # endif # if (defined __cplusplus && ! defined _STDLIB_H \ && ! ((defined YYMALLOC || defined malloc) \ && (defined YYFREE || defined free))) # include /* INFRINGES ON USER NAME SPACE */ # ifndef _STDLIB_H # define _STDLIB_H 1 # endif # endif # ifndef YYMALLOC # define YYMALLOC malloc # if ! defined malloc && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void *malloc (YYSIZE_T); /* INFRINGES ON USER NAME SPACE */ # endif # endif # ifndef YYFREE # define YYFREE free # if ! defined free && ! defined _STDLIB_H && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void free (void *); /* INFRINGES ON USER NAME SPACE */ # endif # endif # endif #endif /* ! defined yyoverflow || YYERROR_VERBOSE */ #if (! defined yyoverflow \ && (! defined __cplusplus \ || (defined YYSTYPE_IS_TRIVIAL && YYSTYPE_IS_TRIVIAL))) /* A type that is properly aligned for any stack member. */ union yyalloc { yytype_int16 yyss; YYSTYPE yyvs; }; /* The size of the maximum gap between one aligned stack and the next. */ # define YYSTACK_GAP_MAXIMUM (sizeof (union yyalloc) - 1) /* The size of an array large to enough to hold all stacks, each with N elements. */ # define YYSTACK_BYTES(N) \ ((N) * (sizeof (yytype_int16) + sizeof (YYSTYPE)) \ + YYSTACK_GAP_MAXIMUM) /* Copy COUNT objects from FROM to TO. The source and destination do not overlap. */ # ifndef YYCOPY # if defined __GNUC__ && 1 < __GNUC__ # define YYCOPY(To, From, Count) \ __builtin_memcpy (To, From, (Count) * sizeof (*(From))) # else # define YYCOPY(To, From, Count) \ do \ { \ YYSIZE_T yyi; \ for (yyi = 0; yyi < (Count); yyi++) \ (To)[yyi] = (From)[yyi]; \ } \ while (YYID (0)) # endif # endif /* Relocate STACK from its old location to the new one. The local variables YYSIZE and YYSTACKSIZE give the old and new number of elements in the stack, and YYPTR gives the new location of the stack. Advance YYPTR to a properly aligned location for the next stack. */ # define YYSTACK_RELOCATE(Stack) \ do \ { \ YYSIZE_T yynewbytes; \ YYCOPY (&yyptr->Stack, Stack, yysize); \ Stack = &yyptr->Stack; \ yynewbytes = yystacksize * sizeof (*Stack) + YYSTACK_GAP_MAXIMUM; \ yyptr += yynewbytes / sizeof (*yyptr); \ } \ while (YYID (0)) #endif /* YYFINAL -- State number of the termination state. */ #define YYFINAL 3 /* YYLAST -- Last index in YYTABLE. */ #define YYLAST 1798 /* YYNTOKENS -- Number of terminals. */ #define YYNTOKENS 122 /* YYNNTS -- Number of nonterminals. */ #define YYNNTS 73 /* YYNRULES -- Number of rules. */ #define YYNRULES 291 /* YYNRULES -- Number of states. */ #define YYNSTATES 448 /* YYTRANSLATE(YYLEX) -- Bison symbol number corresponding to YYLEX. */ #define YYUNDEFTOK 2 #define YYMAXUTOK 351 #define YYTRANSLATE(YYX) \ ((unsigned int) (YYX) <= YYMAXUTOK ? yytranslate[YYX] : YYUNDEFTOK) /* YYTRANSLATE[YYLEX] -- Bison symbol number corresponding to YYLEX. */ static const yytype_uint8 yytranslate[] = { 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 117, 2, 2, 121, 107, 94, 2, 119, 116, 105, 103, 76, 104, 2, 106, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 89, 113, 97, 77, 98, 88, 120, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 114, 2, 115, 93, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 111, 92, 112, 118, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 90, 91, 95, 96, 99, 100, 101, 102, 108, 109, 110 }; #if YYDEBUG /* YYPRHS[YYN] -- Index of the first RHS symbol of rule number YYN in YYRHS. */ static const yytype_uint16 yyprhs[] = { 0, 0, 3, 6, 7, 13, 15, 16, 19, 22, 24, 26, 28, 31, 33, 34, 38, 43, 48, 53, 58, 61, 63, 65, 66, 67, 68, 70, 73, 77, 80, 83, 87, 92, 95, 98, 105, 108, 110, 112, 114, 117, 120, 123, 126, 129, 132, 135, 138, 141, 144, 147, 150, 153, 156, 159, 162, 165, 168, 171, 174, 177, 180, 183, 186, 189, 192, 195, 198, 201, 204, 207, 210, 213, 216, 220, 224, 227, 229, 233, 241, 242, 243, 245, 247, 251, 254, 257, 264, 265, 267, 269, 276, 280, 285, 286, 289, 292, 294, 296, 299, 302, 304, 306, 308, 310, 312, 314, 316, 318, 320, 322, 324, 326, 328, 330, 332, 334, 336, 338, 340, 348, 354, 360, 368, 370, 374, 380, 386, 389, 395, 402, 405, 412, 420, 427, 434, 441, 448, 451, 454, 456, 461, 465, 469, 472, 476, 480, 484, 488, 491, 494, 498, 502, 507, 512, 515, 518, 521, 524, 527, 530, 533, 536, 539, 541, 542, 544, 546, 549, 552, 555, 557, 560, 561, 562, 563, 564, 566, 567, 569, 571, 573, 575, 577, 579, 581, 583, 585, 587, 589, 591, 593, 595, 597, 599, 601, 603, 604, 607, 610, 613, 614, 617, 618, 620, 621, 624, 627, 630, 631, 636, 640, 642, 644, 648, 649, 652, 653, 655, 656, 658, 661, 665, 668, 670, 674, 679, 683, 684, 686, 688, 690, 692, 695, 698, 699, 701, 704, 706, 708, 711, 714, 718, 720, 722, 725, 727, 731, 733, 739, 741, 743, 747, 749, 751, 755, 757, 759, 763, 767, 771, 775, 779, 783, 787, 791, 795, 799, 803, 807, 811, 815, 819, 823, 825, 828, 831, 834, 837, 840, 843, 848, 850, 854, 856, 858, 860, 862, 864, 866, 868 }; /* YYRHS -- A `-1'-separated list of the rules' RHS. */ static const yytype_int16 yyrhs[] = { 123, 0, -1, 124, 125, -1, -1, 50, 68, 111, 126, 112, -1, 126, -1, -1, 126, 127, -1, 135, 113, -1, 128, -1, 130, -1, 131, -1, 1, 113, -1, 3, -1, -1, 135, 113, 129, -1, 37, 89, 132, 129, -1, 38, 89, 133, 129, -1, 39, 89, 134, 129, -1, 130, 129, 131, 129, -1, 1, 113, -1, 114, -1, 115, -1, -1, -1, -1, 150, -1, 150, 136, -1, 150, 137, 142, -1, 140, 142, -1, 141, 142, -1, 135, 76, 136, -1, 135, 76, 137, 142, -1, 1, 68, -1, 1, 116, -1, 172, 68, 174, 177, 179, 175, -1, 172, 139, -1, 68, -1, 70, -1, 68, -1, 42, 117, -1, 42, 118, -1, 42, 77, -1, 42, 87, -1, 42, 86, -1, 42, 85, -1, 42, 84, -1, 42, 83, -1, 42, 82, -1, 42, 81, -1, 42, 80, -1, 42, 79, -1, 42, 78, -1, 42, 90, -1, 42, 91, -1, 42, 92, -1, 42, 93, -1, 42, 94, -1, 42, 96, -1, 42, 95, -1, 42, 97, -1, 42, 100, -1, 42, 98, -1, 42, 99, -1, 42, 102, -1, 42, 101, -1, 42, 103, -1, 42, 104, -1, 42, 105, -1, 42, 106, -1, 42, 107, -1, 42, 109, -1, 42, 110, -1, 42, 108, -1, 42, 114, 115, -1, 42, 119, 116, -1, 42, 149, -1, 70, -1, 171, 118, 70, -1, 143, 119, 167, 144, 116, 169, 170, -1, -1, -1, 145, -1, 146, -1, 146, 76, 145, -1, 1, 68, -1, 1, 76, -1, 151, 172, 147, 174, 178, 176, -1, -1, 68, -1, 149, -1, 151, 172, 119, 167, 144, 116, -1, 151, 172, 173, -1, 151, 172, 68, 173, -1, -1, 168, 150, -1, 152, 150, -1, 168, -1, 152, -1, 168, 151, -1, 152, 151, -1, 27, -1, 44, -1, 16, -1, 47, -1, 22, -1, 6, -1, 10, -1, 43, -1, 51, -1, 53, -1, 21, -1, 5, -1, 26, -1, 23, -1, 63, -1, 64, -1, 65, -1, 66, -1, 48, -1, 55, 97, 161, 138, 98, 36, 138, -1, 36, 111, 163, 129, 112, -1, 154, 111, 163, 129, 112, -1, 154, 89, 162, 111, 163, 129, 112, -1, 154, -1, 154, 89, 162, -1, 7, 111, 163, 129, 112, -1, 153, 111, 163, 129, 112, -1, 7, 138, -1, 19, 111, 164, 129, 112, -1, 19, 138, 111, 164, 129, 112, -1, 19, 138, -1, 13, 111, 163, 135, 166, 112, -1, 13, 105, 111, 163, 135, 166, 112, -1, 155, 111, 163, 135, 166, 112, -1, 156, 111, 163, 135, 166, 112, -1, 157, 111, 165, 135, 166, 112, -1, 158, 111, 165, 135, 166, 112, -1, 13, 138, -1, 13, 159, -1, 70, -1, 70, 97, 148, 98, -1, 1, 68, 1, -1, 1, 68, 98, -1, 1, 98, -1, 36, 1, 112, -1, 7, 1, 112, -1, 19, 1, 112, -1, 13, 1, 112, -1, 7, 138, -1, 36, 138, -1, 13, 138, 160, -1, 13, 159, 160, -1, 13, 105, 138, 160, -1, 13, 105, 159, 160, -1, 7, 138, -1, 36, 138, -1, 89, 16, -1, 89, 47, -1, 89, 22, -1, 89, 6, -1, 89, 10, -1, 89, 43, -1, 89, 70, -1, 89, -1, -1, 36, -1, 57, -1, 38, 162, -1, 37, 162, -1, 39, 162, -1, 70, -1, 7, 68, -1, -1, -1, -1, -1, 76, -1, -1, 4, -1, 14, -1, 34, -1, 56, -1, 17, -1, 15, -1, 40, -1, 20, -1, 59, -1, 62, -1, 54, -1, 41, -1, 52, -1, 18, -1, 120, -1, 121, -1, 31, -1, 58, -1, -1, 169, 20, -1, 169, 59, -1, 169, 62, -1, -1, 77, 71, -1, -1, 40, -1, -1, 172, 105, -1, 172, 94, -1, 172, 91, -1, -1, 114, 186, 115, 173, -1, 114, 115, 173, -1, 173, -1, 176, -1, 111, 186, 112, -1, -1, 77, 186, -1, -1, 74, -1, -1, 71, -1, 71, 89, -1, 71, 89, 71, -1, 89, 71, -1, 180, -1, 180, 181, 182, -1, 180, 181, 183, 181, -1, 180, 184, 181, -1, -1, 75, -1, 72, -1, 71, -1, 73, -1, 103, 181, -1, 104, 181, -1, -1, 89, -1, 97, 89, -1, 97, -1, 89, -1, 97, 89, -1, 89, 97, -1, 97, 89, 97, -1, 97, -1, 89, -1, 89, 97, -1, 97, -1, 185, 76, 185, -1, 186, -1, 189, 88, 187, 89, 186, -1, 188, -1, 185, -1, 189, 90, 190, -1, 190, -1, 188, -1, 191, 91, 192, -1, 192, -1, 190, -1, 192, 92, 192, -1, 192, 93, 192, -1, 192, 94, 192, -1, 192, 96, 192, -1, 192, 95, 192, -1, 192, 97, 192, -1, 192, 100, 192, -1, 192, 98, 192, -1, 192, 99, 192, -1, 192, 102, 192, -1, 192, 101, 192, -1, 192, 103, 192, -1, 192, 104, 192, -1, 192, 105, 192, -1, 192, 106, 192, -1, 192, 107, 192, -1, 193, -1, 117, 193, -1, 118, 193, -1, 104, 193, -1, 103, 193, -1, 105, 193, -1, 94, 193, -1, 30, 119, 149, 116, -1, 194, -1, 119, 185, 116, -1, 68, -1, 71, -1, 60, -1, 72, -1, 73, -1, 75, -1, 45, -1, 46, -1 }; /* YYRLINE[YYN] -- source line where rule number YYN was defined. */ static const yytype_uint16 yyrline[] = { 0, 229, 229, 249, 264, 266, 268, 273, 275, 276, 277, 278, 279, 289, 319, 323, 325, 327, 329, 331, 333, 338, 340, 342, 344, 346, 348, 349, 350, 352, 353, 354, 355, 357, 362, 367, 587, 605, 606, 608, 609, 610, 611, 612, 613, 614, 615, 616, 617, 618, 619, 620, 621, 622, 623, 624, 625, 626, 627, 628, 629, 630, 631, 632, 633, 634, 635, 636, 637, 638, 639, 640, 641, 642, 643, 644, 645, 657, 668, 696, 757, 759, 760, 762, 763, 764, 768, 773, 901, 909, 927, 928, 935, 937, 940, 945, 986, 1038, 1045, 1050, 1091, 1143, 1144, 1145, 1146, 1147, 1148, 1149, 1150, 1151, 1152, 1153, 1154, 1155, 1156, 1157, 1158, 1159, 1160, 1161, 1162, 1172, 1198, 1225, 1249, 1253, 1271, 1298, 1322, 1343, 1370, 1395, 1416, 1443, 1470, 1479, 1488, 1502, 1516, 1533, 1551, 1581, 1638, 1644, 1649, 1653, 1659, 1665, 1671, 1678, 1703, 1730, 1748, 1767, 1789, 1812, 1817, 1823, 1824, 1825, 1826, 1827, 1828, 1829, 1839, 1843, 1845, 1846, 1848, 1849, 1850, 1851, 1860, 1862, 1870, 1879, 1886, 1887, 1889, 1898, 1899, 1900, 1901, 1902, 1903, 1904, 1905, 1906, 1907, 1908, 1909, 1910, 1911, 1912, 1917, 1918, 1919, 1921, 1922, 1923, 1924, 1926, 1927, 1929, 1930, 1932, 1933, 1941, 1946, 1952, 1953, 1971, 1976, 1991, 1992, 2006, 2007, 2021, 2022, 2024, 2035, 2048, 2061, 2082, 2099, 2110, 2124, 2146, 2163, 2164, 2166, 2167, 2168, 2169, 2170, 2172, 2173, 2174, 2175, 2177, 2178, 2179, 2180, 2181, 2183, 2184, 2185, 2194, 2195, 2198, 2204, 2207, 2210, 2214, 2216, 2219, 2222, 2224, 2227, 2228, 2229, 2230, 2231, 2232, 2233, 2234, 2235, 2236, 2237, 2238, 2239, 2240, 2241, 2242, 2243, 2246, 2252, 2258, 2271, 2272, 2280, 2285, 2291, 2294, 2295, 2303, 2308, 2313, 2318, 2323, 2328, 2333 }; #endif #if YYDEBUG || YYERROR_VERBOSE || YYTOKEN_TABLE /* YYTNAME[SYMBOL-NUM] -- String name of the symbol SYMBOL-NUM. First, the terminals, then, starting at YYNTOKENS, nonterminals. */ static const char *const yytname[] = { "$end", "error", "$undefined", "PRAGMA", "AUTO", "DOUBLE", "INT", "STRUCT", "BREAK", "ELSE", "LONG", "SWITCH", "CASE", "ENUM", "REGISTER", "TYPEDEF", "CHAR", "EXTERN", "RETURN", "UNION", "CONST", "FLOAT", "SHORT", "UNSIGNED", "CONTINUE", "FOR", "SIGNED", "VOID", "DEFAULT", "GOTO", "SIZEOF", "VOLATILE", "DO", "IF", "STATIC", "WHILE", "CLASS", "PRIVATE", "PROTECTED", "PUBLIC", "VIRTUAL", "INLINE", "OPERATOR", "LLONG", "BOOL", "CFALSE", "CTRUE", "WCHAR", "TIME", "USING", "NAMESPACE", "ULLONG", "MUSTUNDERSTAND", "SIZE", "FRIEND", "TEMPLATE", "EXPLICIT", "TYPENAME", "MUTABLE", "FINAL", "null", "RESTRICT", "OVERRIDE", "UCHAR", "USHORT", "UINT", "ULONG", "NONE", "ID", "LAB", "TYPE", "LNG", "DBL", "CHR", "TAG", "STR", "','", "'='", "RA", "LA", "OA", "XA", "AA", "MA", "DA", "TA", "NA", "PA", "'?'", "':'", "OR", "AN", "'|'", "'^'", "'&'", "NE", "EQ", "'<'", "'>'", "GE", "LE", "RS", "LS", "'+'", "'-'", "'*'", "'/'", "'%'", "AR", "PP", "NN", "'{'", "'}'", "';'", "'['", "']'", "')'", "'!'", "'~'", "'('", "'@'", "'$'", "$accept", "prog", "s1", "exts", "exts1", "ext", "pragma", "decls", "t1", "t2", "t3", "t4", "t5", "dclrs", "dclr", "fdclr", "id", "name", "ctor", "dtor", "func", "fname", "fargso", "fargs", "farg", "arg", "texpf", "texp", "spec", "tspec", "type", "struct", "class", "enum", "enumsc", "mask", "masksc", "sc", "utype", "tname", "base", "s2", "s3", "s4", "s5", "s6", "store", "const", "abstract", "virtual", "ptrs", "array", "arrayck", "brinit", "init", "tag", "occurs", "bounds", "patt", "cdbl", "min", "minmax", "max", "expr", "cexp", "qexp", "oexp", "obex", "aexp", "abex", "rexp", "lexp", "pexp", 0 }; #endif # ifdef YYPRINT /* YYTOKNUM[YYLEX-NUM] -- Internal token number corresponding to token YYLEX-NUM. */ static const yytype_uint16 yytoknum[] = { 0, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 44, 61, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 63, 58, 341, 342, 124, 94, 38, 343, 344, 60, 62, 345, 346, 347, 348, 43, 45, 42, 47, 37, 349, 350, 351, 123, 125, 59, 91, 93, 41, 33, 126, 40, 64, 36 }; # endif /* YYR1[YYN] -- Symbol number of symbol that rule YYN derives. */ static const yytype_uint8 yyr1[] = { 0, 122, 123, 124, 125, 125, 126, 126, 127, 127, 127, 127, 127, 128, 129, 129, 129, 129, 129, 129, 129, 130, 131, 132, 133, 134, 135, 135, 135, 135, 135, 135, 135, 135, 135, 136, 137, 138, 138, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 139, 140, 141, 142, 143, 144, 144, 145, 145, 145, 145, 146, 147, 147, 148, 148, 149, 149, 150, 150, 150, 151, 151, 151, 151, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 152, 153, 154, 155, 156, 157, 158, 159, 159, 160, 160, 160, 160, 160, 160, 160, 160, 160, 161, 161, 162, 162, 162, 162, 162, 163, 164, 165, 166, 166, 167, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 168, 169, 169, 169, 169, 170, 170, 171, 171, 172, 172, 172, 172, 173, 173, 173, 174, 175, 175, 176, 176, 177, 177, 178, 178, 178, 178, 178, 179, 179, 179, 179, 180, 180, 181, 181, 181, 181, 181, 182, 182, 182, 182, 183, 183, 183, 183, 183, 184, 184, 184, 185, 185, 186, 186, 187, 188, 188, 189, 190, 190, 191, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 193, 193, 193, 193, 193, 193, 193, 193, 194, 194, 194, 194, 194, 194, 194, 194, 194 }; /* YYR2[YYN] -- Number of symbols composing right hand side of rule YYN. */ static const yytype_uint8 yyr2[] = { 0, 2, 2, 0, 5, 1, 0, 2, 2, 1, 1, 1, 2, 1, 0, 3, 4, 4, 4, 4, 2, 1, 1, 0, 0, 0, 1, 2, 3, 2, 2, 3, 4, 2, 2, 6, 2, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 2, 1, 3, 7, 0, 0, 1, 1, 3, 2, 2, 6, 0, 1, 1, 6, 3, 4, 0, 2, 2, 1, 1, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 7, 5, 5, 7, 1, 3, 5, 5, 2, 5, 6, 2, 6, 7, 6, 6, 6, 6, 2, 2, 1, 4, 3, 3, 2, 3, 3, 3, 3, 2, 2, 3, 3, 4, 4, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 0, 1, 1, 2, 2, 2, 1, 2, 0, 0, 0, 0, 1, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 2, 2, 2, 0, 2, 0, 1, 0, 2, 2, 2, 0, 4, 3, 1, 1, 3, 0, 2, 0, 1, 0, 1, 2, 3, 2, 1, 3, 4, 3, 0, 1, 1, 1, 1, 2, 2, 0, 1, 2, 1, 1, 2, 2, 3, 1, 1, 2, 1, 3, 1, 5, 1, 1, 3, 1, 1, 3, 1, 1, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 1, 2, 2, 2, 2, 2, 2, 4, 1, 3, 1, 1, 1, 1, 1, 1, 1, 1 }; /* YYDEFACT[STATE-NAME] -- Default rule to reduce with in state STATE-NUM when YYTABLE doesn't specify something else to do. Zero means the default is an error. */ static const yytype_uint16 yydefact[] = { 3, 0, 6, 1, 0, 2, 0, 0, 0, 13, 179, 112, 106, 0, 107, 0, 180, 184, 103, 183, 192, 0, 186, 111, 105, 114, 113, 101, 195, 181, 0, 185, 190, 108, 102, 104, 119, 109, 191, 110, 189, 0, 182, 196, 187, 188, 115, 116, 117, 118, 140, 21, 22, 193, 194, 7, 9, 10, 11, 0, 80, 80, 205, 0, 0, 124, 0, 0, 0, 0, 0, 0, 6, 0, 144, 12, 34, 0, 37, 38, 173, 128, 0, 0, 0, 0, 173, 138, 139, 0, 174, 131, 0, 173, 150, 0, 0, 205, 8, 29, 0, 30, 27, 80, 0, 0, 185, 140, 96, 173, 0, 173, 173, 173, 175, 175, 95, 0, 0, 142, 143, 146, 0, 148, 155, 156, 173, 165, 165, 0, 164, 151, 152, 147, 0, 174, 145, 0, 166, 167, 0, 0, 90, 205, 0, 0, 31, 80, 178, 28, 0, 209, 208, 207, 206, 36, 0, 0, 0, 0, 0, 0, 171, 125, 0, 0, 0, 0, 0, 78, 4, 0, 0, 0, 0, 0, 0, 0, 0, 153, 154, 0, 176, 160, 161, 157, 159, 162, 158, 163, 0, 0, 0, 0, 141, 209, 100, 99, 32, 0, 42, 52, 51, 50, 49, 48, 47, 46, 45, 44, 43, 53, 54, 55, 56, 57, 59, 58, 60, 62, 63, 61, 65, 64, 66, 67, 68, 69, 70, 73, 71, 72, 0, 40, 41, 0, 76, 205, 0, 212, 217, 0, 172, 169, 168, 170, 173, 0, 176, 176, 176, 176, 20, 23, 24, 25, 126, 0, 0, 176, 205, 0, 129, 0, 121, 0, 209, 178, 92, 0, 0, 82, 83, 205, 74, 75, 209, 0, 290, 291, 286, 284, 285, 287, 288, 289, 0, 0, 0, 0, 209, 0, 0, 0, 0, 250, 0, 253, 0, 256, 274, 282, 218, 228, 127, 0, 122, 0, 0, 0, 0, 0, 0, 0, 0, 15, 0, 132, 130, 0, 93, 0, 0, 86, 197, 0, 88, 0, 280, 278, 277, 279, 211, 275, 276, 0, 248, 209, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 229, 215, 224, 0, 134, 135, 136, 137, 16, 17, 18, 19, 133, 120, 0, 201, 84, 89, 209, 0, 0, 283, 210, 251, 0, 252, 255, 258, 259, 260, 262, 261, 263, 265, 266, 264, 268, 267, 269, 270, 271, 272, 273, 0, 0, 35, 213, 231, 230, 232, 244, 246, 0, 0, 235, 0, 123, 91, 198, 199, 200, 0, 79, 219, 281, 247, 0, 216, 0, 245, 233, 234, 236, 238, 225, 0, 227, 202, 220, 0, 215, 249, 214, 241, 237, 226, 221, 223, 87, 242, 222 }; /* YYDEFGOTO[NTERM-NUM]. */ static const yytype_int16 yydefgoto[] = { -1, 1, 2, 5, 6, 55, 56, 175, 176, 58, 311, 312, 313, 177, 146, 147, 81, 155, 60, 61, 99, 100, 270, 271, 272, 375, 141, 142, 62, 273, 63, 64, 65, 66, 67, 68, 69, 88, 131, 140, 163, 122, 134, 167, 261, 199, 70, 372, 419, 71, 104, 239, 240, 402, 403, 303, 437, 358, 359, 411, 431, 432, 412, 335, 336, 381, 295, 296, 297, 298, 299, 300, 301 }; /* YYPACT[STATE-NUM] -- Index in YYTABLE of the portion describing STATE-NUM. */ #define YYPACT_NINF -311 static const yytype_int16 yypact[] = { -311, 33, -9, -311, 21, -311, 237, -14, -38, -311, -311, -311, -311, 13, -311, 12, -311, -311, -311, -311, -311, 23, -311, -311, -311, -311, -311, -311, -311, -311, 24, -13, -311, -311, -311, -311, -311, -311, -311, -311, -311, 19, -311, -311, -311, -311, -311, -311, -311, -311, 2, -311, -311, -311, -311, -311, -311, -311, -311, 35, -311, -311, 25, 1193, 18, 42, 43, 50, 59, 80, 1193, 31, -311, 20, -311, -311, -311, 91, -311, -311, -311, 93, 95, -24, -24, 9, -311, 61, 61, 109, -311, 116, 119, -311, -311, 49, 1491, -311, -311, -311, 79, -311, -311, -311, -7, -25, -311, 65, -311, -311, 105, -311, -311, -311, -311, -311, -311, 150, 833, -311, -311, -311, 594, -311, -311, -311, -311, 139, 139, 1311, 130, -311, -311, -311, 594, -311, -311, 594, -311, -311, -24, 138, -311, -311, 951, 1072, -311, -311, -311, -311, 355, -87, -311, -311, -311, -311, 28, 594, 177, 105, 105, 105, -311, 135, 594, 1311, 1311, 1311, 1311, -311, -311, 47, 172, 173, 180, 158, 712, 38, 1311, -311, -311, -26, 196, -311, -311, -311, -311, -311, -311, -311, 162, 594, 163, 178, -311, 87, -311, -311, -311, 1420, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, 167, -311, -311, 170, -311, -311, 1592, -311, 209, 175, -311, -311, -311, -311, -311, 182, 196, 196, 196, 196, -311, -311, -311, -311, -311, 191, 476, 196, 208, 214, -311, 215, -311, 281, 216, -311, -311, 117, 213, -311, 258, -311, -311, -311, 108, 217, -311, -311, -311, -311, -311, -311, -311, -311, 1631, 1631, 1631, 1631, 216, 1631, 1631, 1631, 220, 96, 124, 246, 247, 1676, -311, -311, -311, 264, -311, 594, -311, 231, 232, 233, 236, 476, 476, 476, 476, -311, 241, -311, -311, -24, -311, 1420, 11, -311, -311, 1562, 114, 1491, -311, -311, -311, -311, -311, -311, -311, -53, -311, 216, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, 1631, -311, -23, 243, 242, -311, -311, -311, -311, -311, -311, -311, -311, -311, -311, 248, 51, -311, -311, 216, 250, 1631, -311, -311, 273, 274, 246, 1676, 1691, 577, 694, 459, 459, 470, 470, 470, 470, 205, 205, 104, 104, -311, -311, -311, 1631, 1631, -311, -311, -311, -311, -311, 270, -311, 194, 194, -58, 194, -311, -311, -311, -311, -311, 308, -311, 85, -311, -311, 1631, -311, 268, -311, -311, -311, 86, 145, -311, 194, -311, -311, 294, 313, 310, -311, -311, -311, 482, -311, 314, -311, -311, -311, -311 }; /* YYPGOTO[NTERM-NUM]. */ static const yytype_int16 yypgoto[] = { -311, -311, -311, -311, 316, -311, -311, -117, 4, 133, -311, -311, -311, 1, 330, 331, -15, -311, -311, -311, -39, -311, 73, 72, -311, -311, -311, -147, 32, -88, -95, -311, -311, -311, -311, -311, -311, 315, -62, -311, 64, -75, 266, 289, 74, 148, -92, -311, -311, -311, -134, -190, 30, -311, -21, -311, -311, -311, -311, -91, -311, -311, -311, -310, -236, -311, -311, -311, 83, -311, 1411, 403, -311 }; /* YYTABLE[YYPACT[STATE-NUM]]. What to do in state STATE-NUM. If positive, shift that token. If negative, reduce the rule which number is the opposite. If zero, do what YYDEFACT says. If YYTABLE_NINF, syntax error. */ #define YYTABLE_NINF -258 static const yytype_int16 yytable[] = { 87, 144, 294, 236, 145, 268, 91, 59, 143, 195, 57, 129, 119, 82, 77, 94, 83, 190, 137, 83, 192, 119, 101, 377, 89, 92, 132, 238, 380, 119, 73, 429, -39, 3, 157, 150, 164, 165, 166, 430, 241, 4, 73, 156, 78, 84, 79, 247, 84, 144, 144, 178, 145, 145, 400, 144, 196, 197, 145, 257, 74, 151, 237, 378, 149, 179, 180, 422, 124, 125, 127, 415, 74, 74, 263, 75, 320, 78, 76, 79, 78, 78, 79, 79, 152, 138, 268, 153, 401, 7, 76, 78, 78, 79, 79, 108, -33, 72, 154, 96, 332, -26, 116, 276, 144, -204, 139, 145, 198, 120, 416, 97, 158, 417, 97, 73, 95, 85, 120, 59, 126, -77, 57, 86, 80, 193, 120, -85, 418, 109, 182, 110, -33, -33, 90, 93, 183, -26, -26, 326, 184, 315, 159, 160, 161, 74, 185, 379, 98, 117, 130, 258, 186, 111, 112, 266, 435, -239, -239, -239, 252, 113, 96, 76, 424, 425, 248, 249, 250, 251, 114, 305, -165, 187, 436, 162, 266, 188, 152, 259, 376, 153, 374, 440, -254, 322, -254, 438, 360, -239, -239, 115, 154, 323, 365, 366, 367, 368, 148, 152, 189, 238, 153, 121, -149, 152, 267, 123, 153, 354, 355, 356, 338, 154, 339, 74, -243, -243, -243, 154, 169, 133, 238, 243, 244, 245, 144, 135, 130, 145, 144, 136, 144, 145, 441, 145, 194, -5, 8, 237, 9, 10, 11, 12, 13, 242, 246, 14, -243, -243, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 253, 254, 26, 27, 404, 405, 406, 28, 255, 256, 29, 260, 30, 262, 264, 265, 31, 32, -94, 33, 34, 274, 302, 35, 36, 275, 304, 37, 38, 39, 40, 41, 42, 306, 43, 44, 409, 410, 45, 46, 47, 48, 49, 370, -94, 52, 50, 352, 353, 354, 355, 356, -94, 404, 405, 406, 319, 427, 428, -177, 433, 307, 308, 309, 310, 317, 318, -94, 324, 238, -94, 407, 316, 325, 337, 327, -257, 340, 357, 408, 442, -94, 361, 362, 363, 409, 410, 364, 377, -94, 51, 52, 369, 413, -203, 105, 53, 54, 10, 11, 12, 13, 423, 414, 14, 421, 426, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 434, 439, 26, 27, 443, 444, 447, 28, 400, 118, 29, 314, 30, 102, 103, 371, 106, 32, 373, 33, 34, 128, 191, 35, 36, 168, 420, 37, 38, 39, 40, 41, 42, 0, 43, 44, 321, 445, 45, 46, 47, 48, 49, 382, 0, 0, 107, 0, 0, 0, 0, 0, 0, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 0, 0, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 0, 0, 0, 232, 0, 0, 233, 234, 235, 53, 54, 171, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, -240, -240, -240, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, -94, 0, 0, -94, 350, 351, 352, 353, 354, 355, 356, 0, 446, 0, -94, 0, 0, 0, -240, -240, 0, -14, -94, 51, -14, 0, 0, -203, 171, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, -94, 0, 0, -94, 328, 329, 330, 331, 0, 333, 334, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, -14, -94, 51, 0, 0, 0, -203, 171, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 172, 173, 174, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, -94, 51, -14, 0, 0, -203, 0, 53, 54, 8, 0, 9, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 170, -94, 51, 52, 0, 0, -203, 105, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -98, 0, 107, -98, 0, 0, 0, 0, -98, -98, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -98, 0, -98, 0, 0, -98, 0, 0, 0, -98, 0, 0, 0, 0, 0, 0, -98, 0, 0, 0, 0, 0, 0, 0, 0, -98, 0, -98, 0, 0, -98, 53, 54, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -97, 0, 107, -97, 0, 0, 0, 0, -97, -97, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -97, 0, -97, 0, 0, -97, 0, 0, 0, -97, 0, 0, 0, 0, 0, 0, -97, 0, 0, 0, 0, 0, 0, 0, 0, -97, 0, -97, 0, 0, -97, 53, 54, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 107, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, -94, -94, 0, 0, 0, 0, 0, 181, 53, 54, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 31, 32, -94, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, -94, 0, 50, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, -94, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -94, 0, 0, 0, 0, 269, 0, -94, 10, 11, 12, 13, 0, -203, 14, 53, 54, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 0, 0, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 105, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, -81, 0, 35, 36, 53, 54, 37, 38, 39, 40, 41, 42, 0, 43, 44, 0, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 269, 0, 0, 10, 11, 12, 13, 0, 0, 14, 0, 0, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 0, 0, 26, 27, 0, 0, 0, 28, 0, 0, 29, 0, 30, 0, 0, 0, 106, 32, 0, 33, 34, 0, 0, 35, 36, 53, 54, 37, 38, 39, 40, 41, 42, 0, 43, 44, 277, 0, 45, 46, 47, 48, 49, 0, 0, 0, 107, 0, 0, 0, 0, 278, 279, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 280, 0, 0, 0, 0, 0, 0, 0, 281, 277, 0, 282, 283, 284, 0, 285, 0, 0, 0, 0, 0, 0, 0, 0, 278, 279, 0, 0, 0, 0, 53, 54, 0, 0, 286, 0, 0, 0, 0, 280, 0, 0, 0, 287, 288, 289, 0, 281, 0, 0, 282, 283, 284, 0, 285, 290, 0, 291, 292, 293, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 286, 0, 0, 0, 0, 0, 0, 0, 0, 287, 288, 289, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 291, 292, 293, 383, 384, 385, 386, 387, 388, 389, 390, 391, 392, 393, 394, 395, 396, 397, 398, 399, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356 }; static const yytype_int16 yycheck[] = { 15, 96, 238, 150, 96, 195, 21, 6, 96, 143, 6, 86, 1, 1, 1, 30, 7, 134, 93, 7, 137, 1, 61, 76, 1, 1, 88, 114, 338, 1, 68, 89, 119, 0, 109, 42, 111, 112, 113, 97, 157, 50, 68, 68, 68, 36, 70, 164, 36, 144, 145, 126, 144, 145, 77, 150, 144, 145, 150, 176, 98, 68, 150, 116, 103, 127, 128, 377, 83, 84, 85, 20, 98, 98, 191, 113, 266, 68, 116, 70, 68, 68, 70, 70, 91, 36, 276, 94, 111, 68, 116, 68, 68, 70, 70, 63, 76, 111, 105, 97, 290, 76, 70, 237, 199, 118, 57, 199, 147, 98, 59, 76, 7, 62, 76, 68, 97, 105, 98, 118, 111, 119, 118, 111, 111, 140, 98, 116, 77, 111, 129, 89, 112, 113, 111, 111, 6, 112, 113, 273, 10, 258, 37, 38, 39, 98, 16, 337, 113, 118, 89, 113, 22, 111, 111, 68, 71, 71, 72, 73, 113, 111, 97, 116, 400, 401, 165, 166, 167, 168, 111, 246, 111, 43, 89, 70, 68, 47, 91, 178, 327, 94, 68, 97, 88, 68, 90, 423, 305, 103, 104, 111, 105, 76, 311, 312, 313, 314, 119, 91, 70, 114, 94, 112, 111, 91, 119, 112, 94, 105, 106, 107, 88, 105, 90, 98, 71, 72, 73, 105, 70, 112, 114, 159, 160, 161, 321, 111, 89, 321, 325, 112, 327, 325, 89, 327, 98, 0, 1, 327, 3, 4, 5, 6, 7, 68, 111, 10, 103, 104, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 89, 89, 26, 27, 71, 72, 73, 31, 89, 112, 34, 76, 36, 112, 112, 98, 40, 41, 42, 43, 44, 115, 74, 47, 48, 116, 112, 51, 52, 53, 54, 55, 56, 112, 58, 59, 103, 104, 62, 63, 64, 65, 66, 319, 68, 115, 70, 103, 104, 105, 106, 107, 76, 71, 72, 73, 36, 409, 410, 112, 412, 248, 249, 250, 251, 112, 112, 91, 116, 114, 94, 89, 259, 76, 115, 119, 91, 91, 75, 97, 432, 105, 112, 112, 112, 103, 104, 112, 76, 113, 114, 115, 112, 112, 118, 1, 120, 121, 4, 5, 6, 7, 89, 116, 10, 116, 97, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 71, 112, 26, 27, 89, 71, 71, 31, 77, 72, 34, 257, 36, 62, 62, 321, 40, 41, 325, 43, 44, 85, 135, 47, 48, 115, 375, 51, 52, 53, 54, 55, 56, -1, 58, 59, 267, 437, 62, 63, 64, 65, 66, 339, -1, -1, 70, -1, -1, -1, -1, -1, -1, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, -1, -1, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, -1, -1, -1, 114, -1, -1, 117, 118, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 71, 72, 73, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 91, -1, -1, 94, 101, 102, 103, 104, 105, 106, 107, -1, 97, -1, 105, -1, -1, -1, 103, 104, -1, 112, 113, 114, 115, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 91, -1, -1, 94, 286, 287, 288, 289, -1, 291, 292, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, 114, -1, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, 37, 38, 39, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, 113, 114, 115, -1, -1, 118, -1, 120, 121, 1, -1, 3, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, 114, 115, -1, -1, 118, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, 71, -1, -1, -1, -1, 76, 77, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 89, -1, 91, -1, -1, 94, -1, -1, -1, 98, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, -1, 114, -1, 116, -1, -1, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, 71, -1, -1, -1, -1, 76, 77, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 89, -1, 91, -1, -1, 94, -1, -1, -1, 98, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, -1, -1, 114, -1, 116, -1, -1, 119, 120, 121, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, -1, -1, 112, 113, -1, -1, -1, -1, -1, 1, 120, 121, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, 42, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, 68, -1, 70, -1, -1, -1, -1, -1, 76, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 91, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 105, -1, -1, -1, -1, 1, -1, 112, 4, 5, 6, 7, -1, 118, 10, 120, 121, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, -1, -1, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, 116, -1, 47, 48, 120, 121, 51, 52, 53, 54, 55, 56, -1, 58, 59, -1, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, 1, -1, -1, 4, 5, 6, 7, -1, -1, 10, -1, -1, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, -1, -1, 26, 27, -1, -1, -1, 31, -1, -1, 34, -1, 36, -1, -1, -1, 40, 41, -1, 43, 44, -1, -1, 47, 48, 120, 121, 51, 52, 53, 54, 55, 56, -1, 58, 59, 30, -1, 62, 63, 64, 65, 66, -1, -1, -1, 70, -1, -1, -1, -1, 45, 46, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 60, -1, -1, -1, -1, -1, -1, -1, 68, 30, -1, 71, 72, 73, -1, 75, -1, -1, -1, -1, -1, -1, -1, -1, 45, 46, -1, -1, -1, -1, 120, 121, -1, -1, 94, -1, -1, -1, -1, 60, -1, -1, -1, 103, 104, 105, -1, 68, -1, -1, 71, 72, 73, -1, 75, 115, -1, 117, 118, 119, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 94, -1, -1, -1, -1, -1, -1, -1, -1, 103, 104, 105, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 117, 118, 119, 340, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107 }; /* YYSTOS[STATE-NUM] -- The (internal number of the) accessing symbol of state STATE-NUM. */ static const yytype_uint8 yystos[] = { 0, 123, 124, 0, 50, 125, 126, 68, 1, 3, 4, 5, 6, 7, 10, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 26, 27, 31, 34, 36, 40, 41, 43, 44, 47, 48, 51, 52, 53, 54, 55, 56, 58, 59, 62, 63, 64, 65, 66, 70, 114, 115, 120, 121, 127, 128, 130, 131, 135, 140, 141, 150, 152, 153, 154, 155, 156, 157, 158, 168, 171, 111, 68, 98, 113, 116, 1, 68, 70, 111, 138, 1, 7, 36, 105, 111, 138, 159, 1, 111, 138, 1, 111, 138, 97, 97, 76, 113, 142, 143, 142, 136, 137, 172, 1, 40, 70, 150, 111, 89, 111, 111, 111, 111, 111, 150, 118, 126, 1, 98, 112, 163, 112, 138, 138, 111, 138, 159, 163, 89, 160, 160, 112, 164, 111, 112, 163, 36, 57, 161, 148, 149, 151, 152, 168, 136, 137, 119, 142, 42, 68, 91, 94, 105, 139, 68, 163, 7, 37, 38, 39, 70, 162, 163, 163, 163, 165, 165, 70, 112, 1, 37, 38, 39, 129, 130, 135, 163, 160, 160, 1, 135, 6, 10, 16, 22, 43, 47, 70, 129, 164, 129, 138, 98, 172, 151, 151, 142, 167, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 114, 117, 118, 119, 149, 151, 114, 173, 174, 129, 68, 162, 162, 162, 111, 129, 135, 135, 135, 135, 113, 89, 89, 89, 112, 129, 113, 135, 76, 166, 112, 129, 112, 98, 68, 119, 173, 1, 144, 145, 146, 151, 115, 116, 172, 30, 45, 46, 60, 68, 71, 72, 73, 75, 94, 103, 104, 105, 115, 117, 118, 119, 186, 188, 189, 190, 191, 192, 193, 194, 74, 177, 112, 163, 112, 166, 166, 166, 166, 132, 133, 134, 131, 129, 166, 112, 112, 36, 173, 167, 68, 76, 116, 76, 172, 119, 193, 193, 193, 193, 173, 193, 193, 185, 186, 115, 88, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 75, 179, 180, 129, 112, 112, 112, 112, 129, 129, 129, 129, 112, 138, 144, 169, 145, 68, 147, 149, 76, 116, 173, 185, 187, 190, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 192, 77, 111, 175, 176, 71, 72, 73, 89, 97, 103, 104, 181, 184, 112, 116, 20, 59, 62, 77, 170, 174, 116, 185, 89, 186, 186, 97, 181, 181, 89, 97, 182, 183, 181, 71, 71, 89, 178, 186, 112, 97, 89, 181, 89, 71, 176, 97, 71 }; #define yyerrok (yyerrstatus = 0) #define yyclearin (yychar = YYEMPTY) #define YYEMPTY (-2) #define YYEOF 0 #define YYACCEPT goto yyacceptlab #define YYABORT goto yyabortlab #define YYERROR goto yyerrorlab /* Like YYERROR except do call yyerror. This remains here temporarily to ease the transition to the new meaning of YYERROR, for GCC. Once GCC version 2 has supplanted version 1, this can go. */ #define YYFAIL goto yyerrlab #define YYRECOVERING() (!!yyerrstatus) #define YYBACKUP(Token, Value) \ do \ if (yychar == YYEMPTY && yylen == 1) \ { \ yychar = (Token); \ yylval = (Value); \ yytoken = YYTRANSLATE (yychar); \ YYPOPSTACK (1); \ goto yybackup; \ } \ else \ { \ yyerror (YY_("syntax error: cannot back up")); \ YYERROR; \ } \ while (YYID (0)) #define YYTERROR 1 #define YYERRCODE 256 /* YYLLOC_DEFAULT -- Set CURRENT to span from RHS[1] to RHS[N]. If N is 0, then set CURRENT to the empty location which ends the previous symbol: RHS[0] (always defined). */ #define YYRHSLOC(Rhs, K) ((Rhs)[K]) #ifndef YYLLOC_DEFAULT # define YYLLOC_DEFAULT(Current, Rhs, N) \ do \ if (YYID (N)) \ { \ (Current).first_line = YYRHSLOC (Rhs, 1).first_line; \ (Current).first_column = YYRHSLOC (Rhs, 1).first_column; \ (Current).last_line = YYRHSLOC (Rhs, N).last_line; \ (Current).last_column = YYRHSLOC (Rhs, N).last_column; \ } \ else \ { \ (Current).first_line = (Current).last_line = \ YYRHSLOC (Rhs, 0).last_line; \ (Current).first_column = (Current).last_column = \ YYRHSLOC (Rhs, 0).last_column; \ } \ while (YYID (0)) #endif /* YY_LOCATION_PRINT -- Print the location on the stream. This macro was not mandated originally: define only if we know we won't break user code: when these are the locations we know. */ #ifndef YY_LOCATION_PRINT # if defined YYLTYPE_IS_TRIVIAL && YYLTYPE_IS_TRIVIAL # define YY_LOCATION_PRINT(File, Loc) \ fprintf (File, "%d.%d-%d.%d", \ (Loc).first_line, (Loc).first_column, \ (Loc).last_line, (Loc).last_column) # else # define YY_LOCATION_PRINT(File, Loc) ((void) 0) # endif #endif /* YYLEX -- calling `yylex' with the right arguments. */ #ifdef YYLEX_PARAM # define YYLEX yylex (YYLEX_PARAM) #else # define YYLEX yylex () #endif /* Enable debugging if requested. */ #if YYDEBUG # ifndef YYFPRINTF # include /* INFRINGES ON USER NAME SPACE */ # define YYFPRINTF fprintf # endif # define YYDPRINTF(Args) \ do { \ if (yydebug) \ YYFPRINTF Args; \ } while (YYID (0)) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) \ do { \ if (yydebug) \ { \ YYFPRINTF (stderr, "%s ", Title); \ yy_symbol_print (stderr, \ Type, Value); \ YYFPRINTF (stderr, "\n"); \ } \ } while (YYID (0)) /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_value_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_value_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (!yyvaluep) return; # ifdef YYPRINT if (yytype < YYNTOKENS) YYPRINT (yyoutput, yytoknum[yytype], *yyvaluep); # else YYUSE (yyoutput); # endif switch (yytype) { default: break; } } /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (yytype < YYNTOKENS) YYFPRINTF (yyoutput, "token %s (", yytname[yytype]); else YYFPRINTF (yyoutput, "nterm %s (", yytname[yytype]); yy_symbol_value_print (yyoutput, yytype, yyvaluep); YYFPRINTF (yyoutput, ")"); } /*------------------------------------------------------------------. | yy_stack_print -- Print the state stack from its BOTTOM up to its | | TOP (included). | `------------------------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_stack_print (yytype_int16 *bottom, yytype_int16 *top) #else static void yy_stack_print (bottom, top) yytype_int16 *bottom; yytype_int16 *top; #endif { YYFPRINTF (stderr, "Stack now"); for (; bottom <= top; ++bottom) YYFPRINTF (stderr, " %d", *bottom); YYFPRINTF (stderr, "\n"); } # define YY_STACK_PRINT(Bottom, Top) \ do { \ if (yydebug) \ yy_stack_print ((Bottom), (Top)); \ } while (YYID (0)) /*------------------------------------------------. | Report that the YYRULE is going to be reduced. | `------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_reduce_print (YYSTYPE *yyvsp, int yyrule) #else static void yy_reduce_print (yyvsp, yyrule) YYSTYPE *yyvsp; int yyrule; #endif { int yynrhs = yyr2[yyrule]; int yyi; unsigned long int yylno = yyrline[yyrule]; YYFPRINTF (stderr, "Reducing stack by rule %d (line %lu):\n", yyrule - 1, yylno); /* The symbols being reduced. */ for (yyi = 0; yyi < yynrhs; yyi++) { fprintf (stderr, " $%d = ", yyi + 1); yy_symbol_print (stderr, yyrhs[yyprhs[yyrule] + yyi], &(yyvsp[(yyi + 1) - (yynrhs)]) ); fprintf (stderr, "\n"); } } # define YY_REDUCE_PRINT(Rule) \ do { \ if (yydebug) \ yy_reduce_print (yyvsp, Rule); \ } while (YYID (0)) /* Nonzero means print parse trace. It is left uninitialized so that multiple parsers can coexist. */ int yydebug; #else /* !YYDEBUG */ # define YYDPRINTF(Args) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) # define YY_STACK_PRINT(Bottom, Top) # define YY_REDUCE_PRINT(Rule) #endif /* !YYDEBUG */ /* YYINITDEPTH -- initial size of the parser's stacks. */ #ifndef YYINITDEPTH # define YYINITDEPTH 200 #endif /* YYMAXDEPTH -- maximum size the stacks can grow to (effective only if the built-in stack extension method is used). Do not make this value too large; the results are undefined if YYSTACK_ALLOC_MAXIMUM < YYSTACK_BYTES (YYMAXDEPTH) evaluated with infinite-precision integer arithmetic. */ #ifndef YYMAXDEPTH # define YYMAXDEPTH 10000 #endif #if YYERROR_VERBOSE # ifndef yystrlen # if defined __GLIBC__ && defined _STRING_H # define yystrlen strlen # else /* Return the length of YYSTR. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static YYSIZE_T yystrlen (const char *yystr) #else static YYSIZE_T yystrlen (yystr) const char *yystr; #endif { YYSIZE_T yylen; for (yylen = 0; yystr[yylen]; yylen++) continue; return yylen; } # endif # endif # ifndef yystpcpy # if defined __GLIBC__ && defined _STRING_H && defined _GNU_SOURCE # define yystpcpy stpcpy # else /* Copy YYSRC to YYDEST, returning the address of the terminating '\0' in YYDEST. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static char * yystpcpy (char *yydest, const char *yysrc) #else static char * yystpcpy (yydest, yysrc) char *yydest; const char *yysrc; #endif { char *yyd = yydest; const char *yys = yysrc; while ((*yyd++ = *yys++) != '\0') continue; return yyd - 1; } # endif # endif # ifndef yytnamerr /* Copy to YYRES the contents of YYSTR after stripping away unnecessary quotes and backslashes, so that it's suitable for yyerror. The heuristic is that double-quoting is unnecessary unless the string contains an apostrophe, a comma, or backslash (other than backslash-backslash). YYSTR is taken from yytname. If YYRES is null, do not copy; instead, return the length of what the result would have been. */ static YYSIZE_T yytnamerr (char *yyres, const char *yystr) { if (*yystr == '"') { YYSIZE_T yyn = 0; char const *yyp = yystr; for (;;) switch (*++yyp) { case '\'': case ',': goto do_not_strip_quotes; case '\\': if (*++yyp != '\\') goto do_not_strip_quotes; /* Fall through. */ default: if (yyres) yyres[yyn] = *yyp; yyn++; break; case '"': if (yyres) yyres[yyn] = '\0'; return yyn; } do_not_strip_quotes: ; } if (! yyres) return yystrlen (yystr); return yystpcpy (yyres, yystr) - yyres; } # endif /* Copy into YYRESULT an error message about the unexpected token YYCHAR while in state YYSTATE. Return the number of bytes copied, including the terminating null byte. If YYRESULT is null, do not copy anything; just return the number of bytes that would be copied. As a special case, return 0 if an ordinary "syntax error" message will do. Return YYSIZE_MAXIMUM if overflow occurs during size calculation. */ static YYSIZE_T yysyntax_error (char *yyresult, int yystate, int yychar) { int yyn = yypact[yystate]; if (! (YYPACT_NINF < yyn && yyn <= YYLAST)) return 0; else { int yytype = YYTRANSLATE (yychar); YYSIZE_T yysize0 = yytnamerr (0, yytname[yytype]); YYSIZE_T yysize = yysize0; YYSIZE_T yysize1; int yysize_overflow = 0; enum { YYERROR_VERBOSE_ARGS_MAXIMUM = 5 }; char const *yyarg[YYERROR_VERBOSE_ARGS_MAXIMUM]; int yyx; # if 0 /* This is so xgettext sees the translatable formats that are constructed on the fly. */ YY_("syntax error, unexpected %s"); YY_("syntax error, unexpected %s, expecting %s"); YY_("syntax error, unexpected %s, expecting %s or %s"); YY_("syntax error, unexpected %s, expecting %s or %s or %s"); YY_("syntax error, unexpected %s, expecting %s or %s or %s or %s"); # endif char *yyfmt; char const *yyf; static char const yyunexpected[] = "syntax error, unexpected %s"; static char const yyexpecting[] = ", expecting %s"; static char const yyor[] = " or %s"; char yyformat[sizeof yyunexpected + sizeof yyexpecting - 1 + ((YYERROR_VERBOSE_ARGS_MAXIMUM - 2) * (sizeof yyor - 1))]; char const *yyprefix = yyexpecting; /* Start YYX at -YYN if negative to avoid negative indexes in YYCHECK. */ int yyxbegin = yyn < 0 ? -yyn : 0; /* Stay within bounds of both yycheck and yytname. */ int yychecklim = YYLAST - yyn + 1; int yyxend = yychecklim < YYNTOKENS ? yychecklim : YYNTOKENS; int yycount = 1; yyarg[0] = yytname[yytype]; yyfmt = yystpcpy (yyformat, yyunexpected); for (yyx = yyxbegin; yyx < yyxend; ++yyx) if (yycheck[yyx + yyn] == yyx && yyx != YYTERROR) { if (yycount == YYERROR_VERBOSE_ARGS_MAXIMUM) { yycount = 1; yysize = yysize0; yyformat[sizeof yyunexpected - 1] = '\0'; break; } yyarg[yycount++] = yytname[yyx]; yysize1 = yysize + yytnamerr (0, yytname[yyx]); yysize_overflow |= (yysize1 < yysize); yysize = yysize1; yyfmt = yystpcpy (yyfmt, yyprefix); yyprefix = yyor; } yyf = YY_(yyformat); yysize1 = yysize + yystrlen (yyf); yysize_overflow |= (yysize1 < yysize); yysize = yysize1; if (yysize_overflow) return YYSIZE_MAXIMUM; if (yyresult) { /* Avoid sprintf, as that infringes on the user's name space. Don't have undefined behavior even if the translation produced a string with the wrong number of "%s"s. */ char *yyp = yyresult; int yyi = 0; while ((*yyp = *yyf) != '\0') { if (*yyp == '%' && yyf[1] == 's' && yyi < yycount) { yyp += yytnamerr (yyp, yyarg[yyi++]); yyf += 2; } else { yyp++; yyf++; } } } return yysize; } } #endif /* YYERROR_VERBOSE */ /*-----------------------------------------------. | Release the memory associated to this symbol. | `-----------------------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yydestruct (const char *yymsg, int yytype, YYSTYPE *yyvaluep) #else static void yydestruct (yymsg, yytype, yyvaluep) const char *yymsg; int yytype; YYSTYPE *yyvaluep; #endif { YYUSE (yyvaluep); if (!yymsg) yymsg = "Deleting"; YY_SYMBOL_PRINT (yymsg, yytype, yyvaluep, yylocationp); switch (yytype) { default: break; } } /* Prevent warnings from -Wmissing-prototypes. */ #ifdef YYPARSE_PARAM #if defined __STDC__ || defined __cplusplus int yyparse (void *YYPARSE_PARAM); #else int yyparse (); #endif #else /* ! YYPARSE_PARAM */ #if defined __STDC__ || defined __cplusplus int yyparse (void); #else int yyparse (); #endif #endif /* ! YYPARSE_PARAM */ /* The look-ahead symbol. */ int yychar; /* The semantic value of the look-ahead symbol. */ YYSTYPE yylval; /* Number of syntax errors so far. */ int yynerrs; /*----------. | yyparse. | `----------*/ #ifdef YYPARSE_PARAM #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void *YYPARSE_PARAM) #else int yyparse (YYPARSE_PARAM) void *YYPARSE_PARAM; #endif #else /* ! YYPARSE_PARAM */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void) #else int yyparse () #endif #endif { int yystate; int yyn; int yyresult; /* Number of tokens to shift before error messages enabled. */ int yyerrstatus; /* Look-ahead token as an internal (translated) token number. */ int yytoken = 0; #if YYERROR_VERBOSE /* Buffer for error messages, and its allocated size. */ char yymsgbuf[128]; char *yymsg = yymsgbuf; YYSIZE_T yymsg_alloc = sizeof yymsgbuf; #endif /* Three stacks and their tools: `yyss': related to states, `yyvs': related to semantic values, `yyls': related to locations. Refer to the stacks thru separate pointers, to allow yyoverflow to reallocate them elsewhere. */ /* The state stack. */ yytype_int16 yyssa[YYINITDEPTH]; yytype_int16 *yyss = yyssa; yytype_int16 *yyssp; /* The semantic value stack. */ YYSTYPE yyvsa[YYINITDEPTH]; YYSTYPE *yyvs = yyvsa; YYSTYPE *yyvsp; #define YYPOPSTACK(N) (yyvsp -= (N), yyssp -= (N)) YYSIZE_T yystacksize = YYINITDEPTH; /* The variables used to return semantic value and location from the action routines. */ YYSTYPE yyval; /* The number of symbols on the RHS of the reduced rule. Keep to zero when no symbol should be popped. */ int yylen = 0; YYDPRINTF ((stderr, "Starting parse\n")); yystate = 0; yyerrstatus = 0; yynerrs = 0; yychar = YYEMPTY; /* Cause a token to be read. */ /* Initialize stack pointers. Waste one element of value and location stack so that they stay on the same level as the state stack. The wasted elements are never initialized. */ yyssp = yyss; yyvsp = yyvs; goto yysetstate; /*------------------------------------------------------------. | yynewstate -- Push a new state, which is found in yystate. | `------------------------------------------------------------*/ yynewstate: /* In all cases, when you get here, the value and location stacks have just been pushed. So pushing a state here evens the stacks. */ yyssp++; yysetstate: *yyssp = yystate; if (yyss + yystacksize - 1 <= yyssp) { /* Get the current used size of the three stacks, in elements. */ YYSIZE_T yysize = yyssp - yyss + 1; #ifdef yyoverflow { /* Give user a chance to reallocate the stack. Use copies of these so that the &'s don't force the real ones into memory. */ YYSTYPE *yyvs1 = yyvs; yytype_int16 *yyss1 = yyss; /* Each stack pointer address is followed by the size of the data in use in that stack, in bytes. This used to be a conditional around just the two extra args, but that might be undefined if yyoverflow is a macro. */ yyoverflow (YY_("memory exhausted"), &yyss1, yysize * sizeof (*yyssp), &yyvs1, yysize * sizeof (*yyvsp), &yystacksize); yyss = yyss1; yyvs = yyvs1; } #else /* no yyoverflow */ # ifndef YYSTACK_RELOCATE goto yyexhaustedlab; # else /* Extend the stack our own way. */ if (YYMAXDEPTH <= yystacksize) goto yyexhaustedlab; yystacksize *= 2; if (YYMAXDEPTH < yystacksize) yystacksize = YYMAXDEPTH; { yytype_int16 *yyss1 = yyss; union yyalloc *yyptr = (union yyalloc *) YYSTACK_ALLOC (YYSTACK_BYTES (yystacksize)); if (! yyptr) goto yyexhaustedlab; YYSTACK_RELOCATE (yyss); YYSTACK_RELOCATE (yyvs); # undef YYSTACK_RELOCATE if (yyss1 != yyssa) YYSTACK_FREE (yyss1); } # endif #endif /* no yyoverflow */ yyssp = yyss + yysize - 1; yyvsp = yyvs + yysize - 1; YYDPRINTF ((stderr, "Stack size increased to %lu\n", (unsigned long int) yystacksize)); if (yyss + yystacksize - 1 <= yyssp) YYABORT; } YYDPRINTF ((stderr, "Entering state %d\n", yystate)); goto yybackup; /*-----------. | yybackup. | `-----------*/ yybackup: /* Do appropriate processing given the current state. Read a look-ahead token if we need one and don't already have one. */ /* First try to decide what to do without reference to look-ahead token. */ yyn = yypact[yystate]; if (yyn == YYPACT_NINF) goto yydefault; /* Not known => get a look-ahead token if don't already have one. */ /* YYCHAR is either YYEMPTY or YYEOF or a valid look-ahead symbol. */ if (yychar == YYEMPTY) { YYDPRINTF ((stderr, "Reading a token: ")); yychar = YYLEX; } if (yychar <= YYEOF) { yychar = yytoken = YYEOF; YYDPRINTF ((stderr, "Now at end of input.\n")); } else { yytoken = YYTRANSLATE (yychar); YY_SYMBOL_PRINT ("Next token is", yytoken, &yylval, &yylloc); } /* If the proper action on seeing token YYTOKEN is to reduce or to detect an error, take that action. */ yyn += yytoken; if (yyn < 0 || YYLAST < yyn || yycheck[yyn] != yytoken) goto yydefault; yyn = yytable[yyn]; if (yyn <= 0) { if (yyn == 0 || yyn == YYTABLE_NINF) goto yyerrlab; yyn = -yyn; goto yyreduce; } if (yyn == YYFINAL) YYACCEPT; /* Count tokens shifted since error; after three, turn off error status. */ if (yyerrstatus) yyerrstatus--; /* Shift the look-ahead token. */ YY_SYMBOL_PRINT ("Shifting", yytoken, &yylval, &yylloc); /* Discard the shifted token unless it is eof. */ if (yychar != YYEOF) yychar = YYEMPTY; yystate = yyn; *++yyvsp = yylval; goto yynewstate; /*-----------------------------------------------------------. | yydefault -- do the default action for the current state. | `-----------------------------------------------------------*/ yydefault: yyn = yydefact[yystate]; if (yyn == 0) goto yyerrlab; goto yyreduce; /*-----------------------------. | yyreduce -- Do a reduction. | `-----------------------------*/ yyreduce: /* yyn is the number of a rule to reduce with. */ yylen = yyr2[yyn]; /* If YYLEN is nonzero, implement the default value of the action: `$$ = $1'. Otherwise, the following line sets YYVAL to garbage. This behavior is undocumented and Bison users should not rely upon it. Assigning to YYVAL unconditionally makes the parser a bit smaller, and it avoids a GCC warning that YYVAL may be used uninitialized. */ yyval = yyvsp[1-yylen]; YY_REDUCE_PRINT (yyn); switch (yyn) { case 2: #line 229 "soapcpp2_yacc.y" { if (lflag) { custom_header = 0; custom_fault = 0; } else { add_header(); add_fault(); } compile(sp->table); freetable(classtable); freetable(enumtable); freetable(typetable); freetable(booltable); freetable(templatetable); yylineno = 0; ;} break; case 3: #line 249 "soapcpp2_yacc.y" { classtable = mktable(NULL); enumtable = mktable(NULL); typetable = mktable(NULL); booltable = mktable(NULL); templatetable = mktable(NULL); p = enter(booltable, lookup("false")); p->info.typ = mkint(); p->info.val.i = 0; p = enter(booltable, lookup("true")); p->info.typ = mkint(); p->info.val.i = 1; mkscope(mktable(mktable(NULL)), 0); ;} break; case 4: #line 265 "soapcpp2_yacc.y" { namespaceid = (yyvsp[(2) - (5)].sym)->name; ;} break; case 5: #line 266 "soapcpp2_yacc.y" { ;} break; case 6: #line 268 "soapcpp2_yacc.y" { add_soap(); add_qname(); add_XML(); ;} break; case 7: #line 273 "soapcpp2_yacc.y" { ;} break; case 8: #line 275 "soapcpp2_yacc.y" { ;} break; case 9: #line 276 "soapcpp2_yacc.y" { ;} break; case 10: #line 277 "soapcpp2_yacc.y" { ;} break; case 11: #line 278 "soapcpp2_yacc.y" { ;} break; case 12: #line 279 "soapcpp2_yacc.y" { synerror("input before ; skipped"); while (sp > stack) { freetable(sp->table); exitscope(); } yyerrok; ;} break; case 13: #line 289 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (1)].s)[1] >= 'a' && (yyvsp[(1) - (1)].s)[1] <= 'z') { char *s; for (pp = &pragmas; *pp; pp = &(*pp)->next) ; *pp = (Pragma*)emalloc(sizeof(Pragma)); s = (char*)emalloc(strlen((yyvsp[(1) - (1)].s))+1); strcpy(s, (yyvsp[(1) - (1)].s)); (*pp)->pragma = s; (*pp)->next = NULL; } else if ((i = atoi((yyvsp[(1) - (1)].s)+2)) > 0) { yylineno = i; } else { sprintf(errbuf, "directive '%s' ignored (use #import to import files)", (yyvsp[(1) - (1)].s)); semwarn(errbuf); } ;} break; case 14: #line 319 "soapcpp2_yacc.y" { transient &= ~6; permission = 0; ;} break; case 15: #line 324 "soapcpp2_yacc.y" { ;} break; case 16: #line 326 "soapcpp2_yacc.y" { ;} break; case 17: #line 328 "soapcpp2_yacc.y" { ;} break; case 18: #line 330 "soapcpp2_yacc.y" { ;} break; case 19: #line 332 "soapcpp2_yacc.y" { ;} break; case 20: #line 333 "soapcpp2_yacc.y" { synerror("declaration expected"); yyerrok; ;} break; case 21: #line 338 "soapcpp2_yacc.y" { transient |= 1; ;} break; case 22: #line 340 "soapcpp2_yacc.y" { transient &= ~1; ;} break; case 23: #line 342 "soapcpp2_yacc.y" { permission = Sprivate; ;} break; case 24: #line 344 "soapcpp2_yacc.y" { permission = Sprotected; ;} break; case 25: #line 346 "soapcpp2_yacc.y" { permission = 0; ;} break; case 26: #line 348 "soapcpp2_yacc.y" { ;} break; case 27: #line 349 "soapcpp2_yacc.y" { ;} break; case 28: #line 351 "soapcpp2_yacc.y" { ;} break; case 29: #line 352 "soapcpp2_yacc.y" { ;} break; case 30: #line 353 "soapcpp2_yacc.y" { ;} break; case 31: #line 354 "soapcpp2_yacc.y" { ;} break; case 32: #line 356 "soapcpp2_yacc.y" { ;} break; case 33: #line 357 "soapcpp2_yacc.y" { sprintf(errbuf, "undefined type in declaration of '%s'", (yyvsp[(2) - (2)].sym)->name); synerror(errbuf); yyerrok; ;} break; case 34: #line 362 "soapcpp2_yacc.y" { synerror("function declaration?"); yyerrok; ;} break; case 35: #line 368 "soapcpp2_yacc.y" { if (((yyvsp[(3) - (6)].rec).sto & Stypedef) && sp->table->level == GLOBAL) { if (((yyvsp[(3) - (6)].rec).typ->type != Tstruct && (yyvsp[(3) - (6)].rec).typ->type != Tunion && (yyvsp[(3) - (6)].rec).typ->type != Tenum && (yyvsp[(3) - (6)].rec).typ->type != Tenumsc) || strcmp((yyvsp[(2) - (6)].sym)->name, (yyvsp[(3) - (6)].rec).typ->id->name)) { p = enter(typetable, (yyvsp[(2) - (6)].sym)); p->info.typ = mksymtype((yyvsp[(3) - (6)].rec).typ, (yyvsp[(2) - (6)].sym)); if ((yyvsp[(3) - (6)].rec).sto & Sextern) { p->info.typ->transient = -1; p->info.typ->extsym = (yyvsp[(2) - (6)].sym); } else if (is_external((yyvsp[(3) - (6)].rec).typ)) p->info.typ->transient = -3; /* extern and volatile */ else p->info.typ->transient = (yyvsp[(3) - (6)].rec).typ->transient; if (p->info.typ->width == 0) p->info.typ->width = 8; p->info.sto = (yyvsp[(3) - (6)].rec).sto; p->info.typ->synonym = (yyvsp[(3) - (6)].rec).typ->sym; if ((yyvsp[(5) - (6)].rec).hasmin) { p->info.typ->hasmin = (yyvsp[(5) - (6)].rec).hasmin; p->info.typ->incmin = (yyvsp[(5) - (6)].rec).incmin; p->info.typ->min = (yyvsp[(5) - (6)].rec).min; p->info.typ->synonym = NULL; } else { p->info.typ->hasmin = (yyvsp[(3) - (6)].rec).typ->hasmin; p->info.typ->incmin = (yyvsp[(3) - (6)].rec).typ->incmin; p->info.typ->min = (yyvsp[(3) - (6)].rec).typ->min; } if ((yyvsp[(5) - (6)].rec).hasmax) { p->info.typ->hasmax = (yyvsp[(5) - (6)].rec).hasmax; p->info.typ->incmax = (yyvsp[(5) - (6)].rec).incmax; p->info.typ->max = (yyvsp[(5) - (6)].rec).max; p->info.typ->synonym = NULL; } else { p->info.typ->hasmax = (yyvsp[(3) - (6)].rec).typ->hasmax; p->info.typ->incmax = (yyvsp[(3) - (6)].rec).typ->incmax; p->info.typ->max = (yyvsp[(3) - (6)].rec).typ->max; } if ((yyvsp[(5) - (6)].rec).pattern) { p->info.typ->pattern = (yyvsp[(5) - (6)].rec).pattern; p->info.typ->synonym = NULL; } else { p->info.typ->pattern = (yyvsp[(3) - (6)].rec).typ->pattern; } } (yyvsp[(2) - (6)].sym)->token = TYPE; } else { p = enter(sp->table, (yyvsp[(2) - (6)].sym)); p->tag = (yyvsp[(4) - (6)].s); p->info.typ = (yyvsp[(3) - (6)].rec).typ; p->info.sto = (Storage)((int)(yyvsp[(3) - (6)].rec).sto | permission); if ((yyvsp[(6) - (6)].rec).hasval) { p->info.hasval = True; switch ((yyvsp[(3) - (6)].rec).typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: case Tenum: case Tenumsc: case Ttime: if ((yyvsp[(6) - (6)].rec).typ->type == Tint || (yyvsp[(6) - (6)].rec).typ->type == Tchar || (yyvsp[(6) - (6)].rec).typ->type == Tenum || (yyvsp[(6) - (6)].rec).typ->type == Tenumsc) { sp->val = p->info.val.i = (yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ((yyvsp[(6) - (6)].rec).typ->type == Tfloat || (yyvsp[(6) - (6)].rec).typ->type == Tdouble || (yyvsp[(6) - (6)].rec).typ->type == Tldouble) { p->info.val.r = (yyvsp[(6) - (6)].rec).val.r; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (yyvsp[(6) - (6)].rec).val.r)) semerror("initialization constant outside value range"); } else if ((yyvsp[(6) - (6)].rec).typ->type == Tint) { p->info.val.r = (double)(yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(3) - (6)].rec).typ->hasmin && (yyvsp[(3) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmin && !(yyvsp[(3) - (6)].rec).typ->incmin && (yyvsp[(3) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && (yyvsp[(3) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(3) - (6)].rec).typ->hasmax && !(yyvsp[(3) - (6)].rec).typ->incmax && (yyvsp[(3) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ((yyvsp[(3) - (6)].rec).typ->type == Tpointer && (((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Tchar || ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Twchar) && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; else if (bflag && (yyvsp[(3) - (6)].rec).typ->type == Tarray && ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->type == Tchar && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) { if ((yyvsp[(3) - (6)].rec).typ->width / ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->width - 1 < (int)strlen((yyvsp[(6) - (6)].rec).val.s)) { semerror("char[] initialization constant too long"); p->info.val.s = ""; } else { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } } else if (((yyvsp[(3) - (6)].rec).typ->type == Tpointer || is_smart((yyvsp[(3) - (6)].rec).typ)) && (((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->id == lookup("std::string") || ((Tnode*)(yyvsp[(3) - (6)].rec).typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(3) - (6)].rec).typ->id == lookup("std::string") || (yyvsp[(3) - (6)].rec).typ->id == lookup("std::wstring")) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(3) - (6)].rec).typ->type == Tpointer && (yyvsp[(6) - (6)].rec).typ->type == Tint && (yyvsp[(6) - (6)].rec).val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } else { p->info.val.i = sp->val; } if ((yyvsp[(5) - (6)].rec).minOccurs < 0) { if ((yyvsp[(6) - (6)].rec).hasval || ((yyvsp[(3) - (6)].rec).sto & Sattribute) || (yyvsp[(3) - (6)].rec).typ->type == Tpointer || (yyvsp[(3) - (6)].rec).typ->type == Ttemplate || !strncmp((yyvsp[(2) - (6)].sym)->name, "__size", 6)) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = (yyvsp[(5) - (6)].rec).minOccurs; } p->info.maxOccurs = (yyvsp[(5) - (6)].rec).maxOccurs; if (sp->mask) sp->val <<= 1; else sp->val++; p->info.offset = sp->offset; if ((yyvsp[(3) - (6)].rec).sto & Sextern) p->level = GLOBAL; else if ((yyvsp[(3) - (6)].rec).sto & Stypedef) ; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; } sp->entry = p; ;} break; case 36: #line 587 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].rec).sto & Stypedef) { sprintf(errbuf, "invalid typedef qualifier for '%s'", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } p = enter(sp->table, (yyvsp[(2) - (2)].sym)); p->info.typ = (yyvsp[(1) - (2)].rec).typ; p->info.sto = (yyvsp[(1) - (2)].rec).sto; p->info.hasval = False; p->info.offset = sp->offset; if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; ;} break; case 37: #line 605 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 38: #line 606 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 39: #line 608 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 40: #line 609 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator!"); ;} break; case 41: #line 610 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator~"); ;} break; case 42: #line 611 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator="); ;} break; case 43: #line 612 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator+="); ;} break; case 44: #line 613 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator-="); ;} break; case 45: #line 614 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator*="); ;} break; case 46: #line 615 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator/="); ;} break; case 47: #line 616 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator%="); ;} break; case 48: #line 617 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&="); ;} break; case 49: #line 618 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator^="); ;} break; case 50: #line 619 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator|="); ;} break; case 51: #line 620 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<<="); ;} break; case 52: #line 621 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>>="); ;} break; case 53: #line 622 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator||"); ;} break; case 54: #line 623 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&&"); ;} break; case 55: #line 624 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator|"); ;} break; case 56: #line 625 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator^"); ;} break; case 57: #line 626 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator&"); ;} break; case 58: #line 627 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator=="); ;} break; case 59: #line 628 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator!="); ;} break; case 60: #line 629 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<"); ;} break; case 61: #line 630 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<="); ;} break; case 62: #line 631 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>"); ;} break; case 63: #line 632 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>="); ;} break; case 64: #line 633 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator<<"); ;} break; case 65: #line 634 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator>>"); ;} break; case 66: #line 635 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator+"); ;} break; case 67: #line 636 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator-"); ;} break; case 68: #line 637 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator*"); ;} break; case 69: #line 638 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator/"); ;} break; case 70: #line 639 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator%"); ;} break; case 71: #line 640 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator++"); ;} break; case 72: #line 641 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator--"); ;} break; case 73: #line 642 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator->"); ;} break; case 74: #line 643 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator[]"); ;} break; case 75: #line 644 "soapcpp2_yacc.y" { (yyval.sym) = lookup("operator()"); ;} break; case 76: #line 645 "soapcpp2_yacc.y" { s1 = c_storage((yyvsp[(2) - (2)].rec).sto); s2 = c_type((yyvsp[(2) - (2)].rec).typ); s = (char*)emalloc(strlen(s1) + strlen(s2) + 10); strcpy(s, "operator "); strcat(s, s1); strcat(s, s2); (yyval.sym) = lookup(s); if (!(yyval.sym)) (yyval.sym) = install(s, ID); ;} break; case 77: #line 657 "soapcpp2_yacc.y" { if (!(p = entry(classtable, (yyvsp[(1) - (1)].sym)))) semerror("invalid constructor"); sp->entry = enter(sp->table, (yyvsp[(1) - (1)].sym)); sp->entry->info.typ = mknone(); sp->entry->info.sto = Snone; sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; ;} break; case 78: #line 669 "soapcpp2_yacc.y" { if (!(p = entry(classtable, (yyvsp[(3) - (3)].sym)))) semerror("invalid destructor"); s = (char*)emalloc(strlen((yyvsp[(3) - (3)].sym)->name) + 2); s2 = strrchr((yyvsp[(3) - (3)].sym)->name, ':'); if (s2 && *(s2+1) && (s2 == (yyvsp[(3) - (3)].sym)->name || *(s2-1) != ':')) { strncpy(s, (yyvsp[(3) - (3)].sym)->name, s2 - (yyvsp[(3) - (3)].sym)->name + 1); strcat(s, "~"); strcat(s, s2 + 1); } else { strcpy(s, "~"); strcat(s, (yyvsp[(3) - (3)].sym)->name); } sym = lookup(s); if (!sym) sym = install(s, ID); sp->entry = enter(sp->table, sym); sp->entry->info.typ = mknone(); sp->entry->info.sto = (yyvsp[(1) - (3)].sto); sp->entry->info.offset = sp->offset; sp->node.typ = mkvoid(); sp->node.sto = Snone; ;} break; case 79: #line 697 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (7)].e)->level == GLOBAL) { if (!((yyvsp[(1) - (7)].e)->info.sto & Sextern) && sp->entry && sp->entry->info.typ->type == Tpointer && ((Tnode*)sp->entry->info.typ->ref)->type == Tchar) { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a pointer to a char which will only return one byte: use char** instead to return a string", (yyvsp[(1) - (7)].e)->sym->name); semwarn(errbuf); } if ((yyvsp[(1) - (7)].e)->info.sto & Sextern) { (yyvsp[(1) - (7)].e)->info.typ = mkmethod((yyvsp[(1) - (7)].e)->info.typ, sp->table); } else if (sp->entry && (sp->entry->info.typ->type == Tpointer || sp->entry->info.typ->type == Treference || sp->entry->info.typ->type == Tarray || is_transient(sp->entry->info.typ))) { if ((yyvsp[(1) - (7)].e)->info.typ->type == Tint) { sp->entry->info.sto = (Storage)((int)sp->entry->info.sto | (int)Sreturn); (yyvsp[(1) - (7)].e)->info.typ = mkfun(sp->entry); (yyvsp[(1) - (7)].e)->info.typ->id = (yyvsp[(1) - (7)].e)->sym; if (!is_transient(sp->entry->info.typ)) { if (!is_response(sp->entry->info.typ)) { if (!is_XML(sp->entry->info.typ)) add_response((yyvsp[(1) - (7)].e), sp->entry); } else { add_result(sp->entry->info.typ); } } add_request((yyvsp[(1) - (7)].e)->sym, sp); } else { sprintf(errbuf, "return type of service operation function prototype '%s' must be integer", (yyvsp[(1) - (7)].e)->sym->name); semerror(errbuf); } } else { sprintf(errbuf, "last output parameter of service operation function prototype '%s' is a return parameter and must be a pointer or reference, or use %s(..., void) for one-way sends", (yyvsp[(1) - (7)].e)->sym->name, (yyvsp[(1) - (7)].e)->sym->name); semerror(errbuf); } } else if ((yyvsp[(1) - (7)].e)->level == INTERNAL) { (yyvsp[(1) - (7)].e)->info.typ = mkmethod((yyvsp[(1) - (7)].e)->info.typ, sp->table); (yyvsp[(1) - (7)].e)->info.sto = (Storage)((int)(yyvsp[(1) - (7)].e)->info.sto | (int)(yyvsp[(6) - (7)].sto) | (int)(yyvsp[(7) - (7)].sto)); transient &= ~1; } exitscope(); ;} break; case 80: #line 757 "soapcpp2_yacc.y" { (yyval.e) = sp->entry; ;} break; case 81: #line 759 "soapcpp2_yacc.y" { ;} break; case 82: #line 760 "soapcpp2_yacc.y" { ;} break; case 83: #line 762 "soapcpp2_yacc.y" { ;} break; case 84: #line 763 "soapcpp2_yacc.y" { ;} break; case 85: #line 764 "soapcpp2_yacc.y" { sprintf(errbuf, "undefined '%s'", (yyvsp[(2) - (2)].sym)->name); synerror(errbuf); ;} break; case 86: #line 768 "soapcpp2_yacc.y" { synerror("formal argument expected"); yyerrok; ;} break; case 87: #line 774 "soapcpp2_yacc.y" { if ((yyvsp[(4) - (6)].rec).sto & Stypedef) semwarn("typedef in function argument"); p = enter(sp->table, (yyvsp[(3) - (6)].sym)); p->info.typ = (yyvsp[(4) - (6)].rec).typ; p->info.sto = (yyvsp[(4) - (6)].rec).sto; if ((yyvsp[(5) - (6)].rec).minOccurs < 0) { if ((yyvsp[(6) - (6)].rec).hasval || ((yyvsp[(4) - (6)].rec).sto & Sattribute) || (yyvsp[(4) - (6)].rec).typ->type == Tpointer) p->info.minOccurs = 0; else p->info.minOccurs = 1; } else { p->info.minOccurs = (yyvsp[(5) - (6)].rec).minOccurs; } p->info.maxOccurs = (yyvsp[(5) - (6)].rec).maxOccurs; if ((yyvsp[(6) - (6)].rec).hasval) { p->info.hasval = True; switch ((yyvsp[(4) - (6)].rec).typ->type) { case Tchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tulong: case Tenum: case Tenumsc: case Ttime: if ((yyvsp[(6) - (6)].rec).typ->type == Tint || (yyvsp[(6) - (6)].rec).typ->type == Tchar || (yyvsp[(6) - (6)].rec).typ->type == Tenum || (yyvsp[(6) - (6)].rec).typ->type == Tenumsc) { sp->val = p->info.val.i = (yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; case Tfloat: case Tdouble: case Tldouble: if ((yyvsp[(6) - (6)].rec).typ->type == Tfloat || (yyvsp[(6) - (6)].rec).typ->type == Tdouble || (yyvsp[(6) - (6)].rec).typ->type == Tldouble) { p->info.val.r = (yyvsp[(6) - (6)].rec).val.r; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (yyvsp[(6) - (6)].rec).val.r) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (yyvsp[(6) - (6)].rec).val.r)) semerror("initialization constant outside value range"); } else if ((yyvsp[(6) - (6)].rec).typ->type == Tint) { p->info.val.r = (double)(yyvsp[(6) - (6)].rec).val.i; if (((yyvsp[(4) - (6)].rec).typ->hasmin && (yyvsp[(4) - (6)].rec).typ->min > (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmin && !(yyvsp[(4) - (6)].rec).typ->incmin && (yyvsp[(4) - (6)].rec).typ->min == (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && (yyvsp[(4) - (6)].rec).typ->max < (double)(yyvsp[(6) - (6)].rec).val.i) || ((yyvsp[(4) - (6)].rec).typ->hasmax && !(yyvsp[(4) - (6)].rec).typ->incmax && (yyvsp[(4) - (6)].rec).typ->max == (double)(yyvsp[(6) - (6)].rec).val.i)) semerror("initialization constant outside value range"); } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; default: if ((yyvsp[(4) - (6)].rec).typ->type == Tpointer && (((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->type == Tchar || ((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->type == Twchar) && (yyvsp[(6) - (6)].rec).typ->type == Tpointer && ((Tnode*)(yyvsp[(6) - (6)].rec).typ->ref)->type == Tchar) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if (((yyvsp[(4) - (6)].rec).typ->type == Tpointer || is_smart((yyvsp[(4) - (6)].rec).typ)) && (((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->id == lookup("std::string") || ((Tnode*)(yyvsp[(4) - (6)].rec).typ->ref)->id == lookup("std::wstring"))) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(4) - (6)].rec).typ->id == lookup("std::string") || (yyvsp[(4) - (6)].rec).typ->id == lookup("std::wstring")) { p->info.val.s = (yyvsp[(6) - (6)].rec).val.s; } else if ((yyvsp[(4) - (6)].rec).typ->type == Tpointer && (yyvsp[(6) - (6)].rec).typ->type == Tint && (yyvsp[(6) - (6)].rec).val.i == 0) { p->info.val.i = 0; } else { semerror("type error in initialization constant"); p->info.hasval = False; } break; } } p->info.offset = sp->offset; if ((yyvsp[(4) - (6)].rec).sto & Sextern) p->level = GLOBAL; else if (sp->grow) sp->offset += p->info.typ->width; else if (p->info.typ->width > sp->offset) sp->offset = p->info.typ->width; sp->entry = p; ;} break; case 88: #line 901 "soapcpp2_yacc.y" { if (sp->table->level != PARAM) (yyval.sym) = gensymidx("param", (int)++sp->val); else if (eflag) (yyval.sym) = gensymidx("_param", (int)++sp->val); else (yyval.sym) = gensym("_param"); ;} break; case 89: #line 909 "soapcpp2_yacc.y" { if (soap_version == 2 && *(yyvsp[(1) - (1)].sym)->name == '_' && sp->table->level == GLOBAL) { sprintf(errbuf, "SOAP 1.2 does not support anonymous parameters '%s'", (yyvsp[(1) - (1)].sym)->name); semwarn(errbuf); } (yyval.sym) = (yyvsp[(1) - (1)].sym); ;} break; case 90: #line 927 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 91: #line 929 "soapcpp2_yacc.y" { (yyval.rec).typ = mkmethod(tmp.typ, sp->table); transient &= ~1; exitscope(); ;} break; case 92: #line 936 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(3) - (3)].rec); ;} break; case 93: #line 938 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(4) - (4)].rec); ;} break; case 94: #line 940 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).sto = Snone; sp->node = (yyval.rec); ;} break; case 95: #line 945 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).sto = (Storage)((int)(yyvsp[(1) - (2)].sto) | (int)(yyvsp[(2) - (2)].rec).sto); if (((yyval.rec).sto & Sattribute)) { if (is_smart((yyvsp[(2) - (2)].rec).typ)) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute smart pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ( !is_primitive_or_string((yyvsp[(2) - (2)].rec).typ) && !is_stdstr((yyvsp[(2) - (2)].rec).typ) && !is_binary((yyvsp[(2) - (2)].rec).typ) && !is_external((yyvsp[(2) - (2)].rec).typ)) { semwarn("invalid attribute @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } sp->node = (yyval.rec); if ((yyvsp[(1) - (2)].sto) & Sextern) transient = 0; ;} break; case 96: #line 986 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].typ)->type == Tint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tshort: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tllong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; default: semwarn("invalid int type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tuint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = mkuchar(); break; case Tshort: (yyval.rec).typ = mkushort(); break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkulong(); break; case Tllong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tlong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkllong(); break; case Tuint: (yyval.rec).typ = mkulong(); break; case Tulong: (yyval.rec).typ = mkullong(); break; case Tdouble: (yyval.rec).typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tulong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkullong(); break; case Tuint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tulong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(2) - (2)].rec).typ->type == Tint) (yyval.rec).typ = (yyvsp[(1) - (2)].typ); else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); (yyval.rec).sto = (yyvsp[(2) - (2)].rec).sto; sp->node = (yyval.rec); ;} break; case 97: #line 1038 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).sto = (yyvsp[(1) - (1)].sto); sp->node = (yyval.rec); if ((yyvsp[(1) - (1)].sto) & Sextern) transient = 0; ;} break; case 98: #line 1045 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(1) - (1)].typ); (yyval.rec).sto = Snone; sp->node = (yyval.rec); ;} break; case 99: #line 1050 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).sto = (Storage)((int)(yyvsp[(1) - (2)].sto) | (int)(yyvsp[(2) - (2)].rec).sto); if (((yyval.rec).sto & Sattribute)) { if (is_smart((yyvsp[(2) - (2)].rec).typ)) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute smart pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) { if (!is_primitive_or_string((yyvsp[(2) - (2)].rec).typ->ref) && !is_stdstr((yyvsp[(2) - (2)].rec).typ->ref) && !is_binary((yyvsp[(2) - (2)].rec).typ->ref) && !is_external((yyvsp[(2) - (2)].rec).typ->ref)) { semwarn("invalid attribute pointer @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } else if ( !is_primitive_or_string((yyvsp[(2) - (2)].rec).typ) && !is_stdstr((yyvsp[(2) - (2)].rec).typ) && !is_binary((yyvsp[(2) - (2)].rec).typ) && !is_external((yyvsp[(2) - (2)].rec).typ)) { semwarn("invalid attribute @type"); (yyval.rec).sto = (Storage)((int)(yyval.rec).sto & ~Sattribute); } } sp->node = (yyval.rec); if ((yyvsp[(1) - (2)].sto) & Sextern) transient = 0; ;} break; case 100: #line 1091 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (2)].typ)->type == Tint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tshort: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; case Tllong: (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; break; default: semwarn("invalid int type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tuint) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tchar: (yyval.rec).typ = mkuchar(); break; case Tshort: (yyval.rec).typ = mkushort(); break; case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkulong(); break; case Tllong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid unsigned type specified"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tlong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkllong(); break; case Tuint: (yyval.rec).typ = mkulong(); break; case Tulong: (yyval.rec).typ = mkullong(); break; case Tdouble: (yyval.rec).typ = mkldouble(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(1) - (2)].typ)->type == Tulong) switch ((yyvsp[(2) - (2)].rec).typ->type) { case Tint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tlong: (yyval.rec).typ = mkullong(); break; case Tuint: (yyval.rec).typ = (yyvsp[(1) - (2)].typ); break; case Tulong: (yyval.rec).typ = mkullong(); break; default: semwarn("invalid use of 'long'"); (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; } else if ((yyvsp[(2) - (2)].rec).typ->type == Tint) (yyval.rec).typ = (yyvsp[(1) - (2)].typ); else semwarn("invalid type specified (missing ';' or type name used as non-type identifier?)"); (yyval.rec).sto = (yyvsp[(2) - (2)].rec).sto; sp->node = (yyval.rec); ;} break; case 101: #line 1143 "soapcpp2_yacc.y" { (yyval.typ) = mkvoid(); ;} break; case 102: #line 1144 "soapcpp2_yacc.y" { (yyval.typ) = mkbool(); ;} break; case 103: #line 1145 "soapcpp2_yacc.y" { (yyval.typ) = mkchar(); ;} break; case 104: #line 1146 "soapcpp2_yacc.y" { (yyval.typ) = mkwchart(); ;} break; case 105: #line 1147 "soapcpp2_yacc.y" { (yyval.typ) = mkshort(); ;} break; case 106: #line 1148 "soapcpp2_yacc.y" { (yyval.typ) = mkint(); ;} break; case 107: #line 1149 "soapcpp2_yacc.y" { (yyval.typ) = mklong(); ;} break; case 108: #line 1150 "soapcpp2_yacc.y" { (yyval.typ) = mkllong(); ;} break; case 109: #line 1151 "soapcpp2_yacc.y" { (yyval.typ) = mkullong(); ;} break; case 110: #line 1152 "soapcpp2_yacc.y" { (yyval.typ) = mksize(); ;} break; case 111: #line 1153 "soapcpp2_yacc.y" { (yyval.typ) = mkfloat(); ;} break; case 112: #line 1154 "soapcpp2_yacc.y" { (yyval.typ) = mkdouble(); ;} break; case 113: #line 1155 "soapcpp2_yacc.y" { (yyval.typ) = mkint(); ;} break; case 114: #line 1156 "soapcpp2_yacc.y" { (yyval.typ) = mkuint(); ;} break; case 115: #line 1157 "soapcpp2_yacc.y" { (yyval.typ) = mkuchar(); ;} break; case 116: #line 1158 "soapcpp2_yacc.y" { (yyval.typ) = mkushort(); ;} break; case 117: #line 1159 "soapcpp2_yacc.y" { (yyval.typ) = mkuint(); ;} break; case 118: #line 1160 "soapcpp2_yacc.y" { (yyval.typ) = mkulong(); ;} break; case 119: #line 1161 "soapcpp2_yacc.y" { (yyval.typ) = mktimet(); ;} break; case 120: #line 1163 "soapcpp2_yacc.y" { if (!(p = entry(templatetable, (yyvsp[(7) - (7)].sym)))) { p = enter(templatetable, (yyvsp[(7) - (7)].sym)); p->info.typ = mktemplate(NULL, (yyvsp[(7) - (7)].sym)); (yyvsp[(7) - (7)].sym)->token = TYPE; } (yyval.typ) = p->info.typ; ;} break; case 121: #line 1173 "soapcpp2_yacc.y" { sym = gensym("_Struct"); sprintf(errbuf, "anonymous class will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tclass) { sprintf(errbuf, "class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(classtable, sym); p->info.typ = mkclass(NULL, 0); } sym->token = TYPE; sp->table->sym = sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 122: #line 1199 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(1) - (5)].e)->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in class '%s' declared at line %d", (yyvsp[(1) - (5)].e)->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, (yyvsp[(1) - (5)].e)->sym); sp->table->sym = p->sym; p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; if (p->info.typ->base) sp->table->prev = (Table*)entry(classtable, p->info.typ->base)->info.typ->ref; } (yyval.typ) = p->info.typ; exitscope(); ;} break; case 123: #line 1226 "soapcpp2_yacc.y" { p = reenter(classtable, (yyvsp[(1) - (7)].e)->sym); sp->table->sym = p->sym; if (!(yyvsp[(3) - (7)].e)) { semerror("invalid base class"); } else { sp->table->prev = (Table*)(yyvsp[(3) - (7)].e)->info.typ->ref; if (!sp->table->prev && !(yyvsp[(3) - (7)].e)->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", (yyvsp[(3) - (7)].e)->sym->name, (yyvsp[(3) - (7)].e)->sym->name); semerror(errbuf); } p->info.typ->base = (yyvsp[(3) - (7)].e)->info.typ->id; } p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 124: #line 1249 "soapcpp2_yacc.y" { (yyvsp[(1) - (1)].e)->info.typ->id = (yyvsp[(1) - (1)].e)->sym; (yyval.typ) = (yyvsp[(1) - (1)].e)->info.typ; ;} break; case 125: #line 1254 "soapcpp2_yacc.y" { if (!(yyvsp[(3) - (3)].e)) { semerror("invalid base class"); } else { if (!(yyvsp[(3) - (3)].e)->info.typ->ref && !(yyvsp[(3) - (3)].e)->info.typ->transient) { sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)'", (yyvsp[(3) - (3)].e)->sym->name, (yyvsp[(3) - (3)].e)->sym->name); semerror(errbuf); } (yyvsp[(1) - (3)].e)->info.typ->base = (yyvsp[(3) - (3)].e)->info.typ->id; } (yyvsp[(1) - (3)].e)->info.typ->id = (yyvsp[(1) - (3)].e)->sym; (yyval.typ) = (yyvsp[(1) - (3)].e)->info.typ; ;} break; case 126: #line 1272 "soapcpp2_yacc.y" { sym = gensym("_Struct"); sprintf(errbuf, "anonymous struct will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref || p->info.typ->type != Tstruct) { sprintf(errbuf, "struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 127: #line 1299 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(1) - (5)].e)->sym)) && p->info.typ->ref) { if (is_mutable(p)) { if (merge((Table*)p->info.typ->ref, sp->table)) { sprintf(errbuf, "member name clash in struct '%s' declared at line %d", (yyvsp[(1) - (5)].e)->sym->name, p->lineno); semerror(errbuf); } p->info.typ->width += sp->offset; } } else { p = reenter(classtable, (yyvsp[(1) - (5)].e)->sym); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; p->info.typ->id = p->sym; } (yyval.typ) = p->info.typ; exitscope(); ;} break; case 128: #line 1322 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type == Tstruct) { (yyval.typ) = p->info.typ; } else { sprintf(errbuf, "'struct %s' redeclaration (line %d)", (yyvsp[(2) - (2)].sym)->name, p->lineno); semerror(errbuf); (yyval.typ) = mkint(); } } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkstruct(NULL, 0); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 129: #line 1344 "soapcpp2_yacc.y" { sym = gensym("_Union"); sprintf(errbuf, "anonymous union will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "union or struct '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 130: #line 1371 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (6)].sym)))) { if (p->info.typ->ref || p->info.typ->type != Tunion) { sprintf(errbuf, "union '%s' already declared at %s:%d", (yyvsp[(2) - (6)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p = reenter(classtable, (yyvsp[(2) - (6)].sym)); p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, (yyvsp[(2) - (6)].sym)); p->info.typ = mkunion(sp->table, sp->offset); } p->info.typ->id = (yyvsp[(2) - (6)].sym); (yyval.typ) = p->info.typ; exitscope(); ;} break; case 131: #line 1395 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type == Tunion) { (yyval.typ) = p->info.typ; } else { sprintf(errbuf, "'union %s' redeclaration (line %d)", (yyvsp[(2) - (2)].sym)->name, p->lineno); semerror(errbuf); (yyval.typ) = mkint(); } } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkunion(NULL, 0); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 132: #line 1417 "soapcpp2_yacc.y" { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 4; /* 4 = enum */ } } else { p = enter(enumtable, sym); p->info.typ = mkenum(sp->table); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 133: #line 1444 "soapcpp2_yacc.y" { sym = gensym("_Enum"); sprintf(errbuf, "anonymous enum will be named '%s'", sym->name); semwarn(errbuf); if ((p = entry(enumtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } else { p = enter(enumtable, sym); p->info.typ = mkmask(sp->table); } p->info.typ->id = sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 134: #line 1471 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 135: #line 1480 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) if (!p->info.typ->ref) p->info.typ->ref = sp->table; p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 136: #line 1489 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 137: #line 1503 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(1) - (6)].e)->sym))) { if (!p->info.typ->ref) { p->info.typ->ref = sp->table; p->info.typ->width = 9; /* 9 = mask */ } } p->info.typ->id = (yyvsp[(1) - (6)].e)->sym; (yyval.typ) = p->info.typ; exitscope(); ;} break; case 138: #line 1516 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type != Tenum) { sprintf(errbuf, "'enum %s' used where enum class is expected", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } (yyval.typ) = p->info.typ; } else { p = enter(enumtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkenum(NULL); p->info.typ->id = (yyvsp[(2) - (2)].sym); } ;} break; case 139: #line 1533 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->type != Tenumsc) { sprintf(errbuf, "'enum class %s' used where enum is expected", (yyvsp[(2) - (2)].sym)->name); semwarn(errbuf); } (yyval.typ) = p->info.typ; } else { p = enter(enumtable, (yyvsp[(2) - (2)].sym)); (yyval.typ) = p->info.typ = mkenumsc(NULL); p->info.typ->id = (yyvsp[(2) - (2)].sym); (yyvsp[(2) - (2)].sym)->token = TYPE; } ;} break; case 140: #line 1551 "soapcpp2_yacc.y" { if ((p = entry(typetable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((p = entry(classtable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((p = entry(enumtable, (yyvsp[(1) - (1)].sym)))) { (yyval.typ) = p->info.typ; } else if ((yyvsp[(1) - (1)].sym) == lookup("std::string") || (yyvsp[(1) - (1)].sym) == lookup("std::wstring")) { p = enter(classtable, (yyvsp[(1) - (1)].sym)); (yyval.typ) = p->info.typ = mkclass(NULL, 8); p->info.typ->id = (yyvsp[(1) - (1)].sym); if (cflag) p->info.typ->transient = 1; /* make std::string transient in C */ else p->info.typ->transient = -2; /* otherwise volatile in C++ */ } else { sprintf(errbuf, "unknown type '%s'", (yyvsp[(1) - (1)].sym)->name); semerror(errbuf); (yyval.typ) = mkint(); } ;} break; case 141: #line 1582 "soapcpp2_yacc.y" { if ((p = entry(templatetable, (yyvsp[(1) - (4)].sym)))) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); if (p->info.typ->transient) (yyval.typ)->transient = p->info.typ->transient; } else if ((yyvsp[(1) - (4)].sym) == lookup("std::deque")) { semwarn("To use std::deque, please also add #import \"import/stldeque.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::list")) { semwarn("To use std::list, please also add #import \"import/stllist.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::vector")) { semwarn("To use std::vector, please also add #import \"import/stlvector.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::set")) { semwarn("To use std::set, please also add #import \"import/stlset.h\""); (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); } else if ((yyvsp[(1) - (4)].sym) == lookup("std::queue")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::stack")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::shared_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::unique_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::auto_ptr")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = -2; /* volatile indicates smart pointer template */ } else if ((yyvsp[(1) - (4)].sym) == lookup("std::weak_ptr") || (yyvsp[(1) - (4)].sym) == lookup("std::function")) { (yyval.typ) = mktemplate((yyvsp[(3) - (4)].rec).typ, (yyvsp[(1) - (4)].sym)); (yyval.typ)->transient = 1; /* not serializable */ } else { semerror("undefined template"); (yyval.typ) = mkint(); } ;} break; case 142: #line 1639 "soapcpp2_yacc.y" { sprintf(errbuf, "undeclared '%s'", (yyvsp[(2) - (3)].sym)->name); synerror(errbuf); (yyval.typ) = mkint(); ;} break; case 143: #line 1644 "soapcpp2_yacc.y" { sprintf(errbuf, "perhaps trying to use a template with an undefined type parameter '%s'?", (yyvsp[(2) - (3)].sym)->name); synerror(errbuf); (yyval.typ) = mkint(); ;} break; case 144: #line 1649 "soapcpp2_yacc.y" { synerror("perhaps trying to use an undefined template or template with a non-type template parameter? Declare 'template class name'"); (yyval.typ) = mkint(); ;} break; case 145: #line 1654 "soapcpp2_yacc.y" { synerror("malformed class definition (use spacing around ':' to separate derived : base)"); yyerrok; (yyval.typ) = mkint(); ;} break; case 146: #line 1660 "soapcpp2_yacc.y" { synerror("malformed struct definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 147: #line 1666 "soapcpp2_yacc.y" { synerror("malformed union definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 148: #line 1672 "soapcpp2_yacc.y" { synerror("malformed enum definition"); yyerrok; (yyval.typ) = mkint(); ;} break; case 149: #line 1678 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "struct '%s' already declared at %s:%d", (yyvsp[(2) - (2)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, (yyvsp[(2) - (2)].sym)); } p->info.typ->transient = transient; } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); p->info.typ = mkstruct(NULL, 0); } (yyval.e) = p; ;} break; case 150: #line 1703 "soapcpp2_yacc.y" { if ((p = entry(classtable, (yyvsp[(2) - (2)].sym)))) { if (p->info.typ->ref) { if (!is_mutable(p)) { sprintf(errbuf, "class '%s' already declared at %s:%d (redundant 'class' specifier here?)", (yyvsp[(2) - (2)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = reenter(classtable, (yyvsp[(2) - (2)].sym)); } p->info.typ->transient = transient; } else { p = enter(classtable, (yyvsp[(2) - (2)].sym)); p->info.typ = mkclass(NULL, 0); p->info.typ->id = p->sym; } (yyvsp[(2) - (2)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 151: #line 1730 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (3)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(2) - (3)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, (yyvsp[(2) - (3)].sym)); p->info.typ = mkenum(0); } p->info.typ->width = (int)(yyvsp[(3) - (3)].i); (yyval.e) = p; ;} break; case 152: #line 1748 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(2) - (3)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(2) - (3)].sym)->name, p->filename, p->lineno); semerror(errbuf); } } else { p = enter(enumtable, (yyvsp[(2) - (3)].sym)); p->info.typ = mkenumsc(0); } p->info.typ->width = (int)(yyvsp[(3) - (3)].i); (yyvsp[(2) - (3)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 153: #line 1768 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(3) - (4)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(3) - (4)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmask(0); } } else { p = enter(enumtable, (yyvsp[(3) - (4)].sym)); p->info.typ = mkmask(0); } (yyval.e) = p; ;} break; case 154: #line 1790 "soapcpp2_yacc.y" { if ((p = entry(enumtable, (yyvsp[(3) - (4)].sym)))) { if (p->info.typ->ref) { sprintf(errbuf, "enum '%s' already declared at %s:%d", (yyvsp[(3) - (4)].sym)->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ = mkmasksc(0); } } else { p = enter(enumtable, (yyvsp[(3) - (4)].sym)); p->info.typ = mkmasksc(0); } (yyvsp[(3) - (4)].sym)->token = TYPE; (yyval.e) = p; ;} break; case 155: #line 1812 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(2) - (2)].sym); if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); ;} break; case 156: #line 1817 "soapcpp2_yacc.y" { (yyval.sym) = (yyvsp[(2) - (2)].sym); if (!c11flag) semwarn("To use scoped enumerations (enum class) you must also use soapcpp2 option -c++11"); ;} break; case 157: #line 1823 "soapcpp2_yacc.y" { (yyval.i) = 1; ;} break; case 158: #line 1824 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 159: #line 1825 "soapcpp2_yacc.y" { (yyval.i) = 2; ;} break; case 160: #line 1826 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 161: #line 1827 "soapcpp2_yacc.y" { (yyval.i) = 4; ;} break; case 162: #line 1828 "soapcpp2_yacc.y" { (yyval.i) = 8; ;} break; case 163: #line 1829 "soapcpp2_yacc.y" { (yyval.i) = 4; p = entry(typetable, (yyvsp[(2) - (2)].sym)); if (!p) p = entry(enumtable, (yyvsp[(2) - (2)].sym)); if (!p) semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); else (yyval.i) = p->info.typ->width; ;} break; case 164: #line 1839 "soapcpp2_yacc.y" { semerror("enum underlying type must be one of int8_t, int16_t, int32_t, int64_t"); (yyval.i) = 4; ;} break; case 165: #line 1843 "soapcpp2_yacc.y" { (yyval.i) = 4; /* 4 = enum */ ;} break; case 166: #line 1845 "soapcpp2_yacc.y" { ;} break; case 167: #line 1846 "soapcpp2_yacc.y" { ;} break; case 168: #line 1848 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 169: #line 1849 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 170: #line 1850 "soapcpp2_yacc.y" { (yyval.e) = (yyvsp[(2) - (2)].e); ;} break; case 171: #line 1851 "soapcpp2_yacc.y" { (yyval.e) = entry(classtable, (yyvsp[(1) - (1)].sym)); if (!(yyval.e)) { p = entry(typetable, (yyvsp[(1) - (1)].sym)); if (p && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct)) (yyval.e) = p; } ;} break; case 172: #line 1860 "soapcpp2_yacc.y" { (yyval.e) = entry(classtable, (yyvsp[(2) - (2)].sym)); ;} break; case 173: #line 1862 "soapcpp2_yacc.y" { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; ;} break; case 174: #line 1870 "soapcpp2_yacc.y" { if (transient <= -2) transient = 0; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->grow = False; ;} break; case 175: #line 1879 "soapcpp2_yacc.y" { enterscope(mktable(NULL), 0); sp->entry = NULL; sp->mask = True; sp->val = 1; ;} break; case 176: #line 1886 "soapcpp2_yacc.y" { ;} break; case 177: #line 1887 "soapcpp2_yacc.y" { ;} break; case 178: #line 1889 "soapcpp2_yacc.y" { if (sp->table->level == INTERNAL) transient |= 1; permission = 0; enterscope(mktable(NULL), 0); sp->entry = NULL; sp->table->level = PARAM; ;} break; case 179: #line 1898 "soapcpp2_yacc.y" { (yyval.sto) = Sauto; ;} break; case 180: #line 1899 "soapcpp2_yacc.y" { (yyval.sto) = Sregister; ;} break; case 181: #line 1900 "soapcpp2_yacc.y" { (yyval.sto) = Sstatic; ;} break; case 182: #line 1901 "soapcpp2_yacc.y" { (yyval.sto) = Sexplicit; ;} break; case 183: #line 1902 "soapcpp2_yacc.y" { (yyval.sto) = Sextern; transient = 1; ;} break; case 184: #line 1903 "soapcpp2_yacc.y" { (yyval.sto) = Stypedef; ;} break; case 185: #line 1904 "soapcpp2_yacc.y" { (yyval.sto) = Svirtual; ;} break; case 186: #line 1905 "soapcpp2_yacc.y" { (yyval.sto) = Sconst; ;} break; case 187: #line 1906 "soapcpp2_yacc.y" { (yyval.sto) = Sfinal; ;} break; case 188: #line 1907 "soapcpp2_yacc.y" { (yyval.sto) = Soverride; ;} break; case 189: #line 1908 "soapcpp2_yacc.y" { (yyval.sto) = Sfriend; ;} break; case 190: #line 1909 "soapcpp2_yacc.y" { (yyval.sto) = Sinline; ;} break; case 191: #line 1910 "soapcpp2_yacc.y" { (yyval.sto) = SmustUnderstand; ;} break; case 192: #line 1911 "soapcpp2_yacc.y" { (yyval.sto) = Sreturn; ;} break; case 193: #line 1912 "soapcpp2_yacc.y" { (yyval.sto) = Sattribute; if (eflag) semwarn("SOAP RPC encoding does not support XML attributes"); ;} break; case 194: #line 1917 "soapcpp2_yacc.y" { (yyval.sto) = Sspecial; ;} break; case 195: #line 1918 "soapcpp2_yacc.y" { (yyval.sto) = Sextern; transient = -2; ;} break; case 196: #line 1919 "soapcpp2_yacc.y" { (yyval.sto) = Smutable; transient = -4; ;} break; case 197: #line 1921 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 198: #line 1922 "soapcpp2_yacc.y" { (yyval.sto) |= Sconstobj; ;} break; case 199: #line 1923 "soapcpp2_yacc.y" { (yyval.sto) |= Sfinal; ;} break; case 200: #line 1924 "soapcpp2_yacc.y" { (yyval.sto) |= Soverride; ;} break; case 201: #line 1926 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 202: #line 1927 "soapcpp2_yacc.y" { (yyval.sto) = Sabstract; ;} break; case 203: #line 1929 "soapcpp2_yacc.y" { (yyval.sto) = Snone; ;} break; case 204: #line 1930 "soapcpp2_yacc.y" { (yyval.sto) = Svirtual; ;} break; case 205: #line 1932 "soapcpp2_yacc.y" { (yyval.rec) = tmp = sp->node; ;} break; case 206: #line 1933 "soapcpp2_yacc.y" { /* handle const pointers, such as const char* */ if ((tmp.sto & Sconst)) tmp.sto = (Storage)(((int)tmp.sto & ~Sconst) | Sconstptr); tmp.typ = mkpointer(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 207: #line 1941 "soapcpp2_yacc.y" { tmp.typ = mkreference(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 208: #line 1946 "soapcpp2_yacc.y" { tmp.typ = mkrvalueref(tmp.typ); tmp.typ->transient = transient; (yyval.rec) = tmp; ;} break; case 209: #line 1952 "soapcpp2_yacc.y" { (yyval.rec) = tmp; ;} break; case 210: #line 1954 "soapcpp2_yacc.y" { if (!bflag && (yyvsp[(4) - (4)].rec).typ->type == Tchar) { sprintf(errbuf, "char[" SOAP_LONG_FORMAT "] will be serialized as an array of " SOAP_LONG_FORMAT " bytes: use soapcpp2 option -b to enable char[] string serialization or use char* for strings", (yyvsp[(2) - (4)].rec).val.i, (yyvsp[(2) - (4)].rec).val.i); semwarn(errbuf); } if ((yyvsp[(2) - (4)].rec).hasval && (yyvsp[(2) - (4)].rec).typ->type == Tint && (yyvsp[(2) - (4)].rec).val.i > 0 && (yyvsp[(4) - (4)].rec).typ->width > 0) { (yyval.rec).typ = mkarray((yyvsp[(4) - (4)].rec).typ, (int) (yyvsp[(2) - (4)].rec).val.i * (yyvsp[(4) - (4)].rec).typ->width); } else { (yyval.rec).typ = mkarray((yyvsp[(4) - (4)].rec).typ, 0); semerror("undetermined array size"); } (yyval.rec).sto = (yyvsp[(4) - (4)].rec).sto; ;} break; case 211: #line 1971 "soapcpp2_yacc.y" { (yyval.rec).typ = mkpointer((yyvsp[(3) - (3)].rec).typ); /* zero size array = pointer */ (yyval.rec).sto = (yyvsp[(3) - (3)].rec).sto; ;} break; case 212: #line 1976 "soapcpp2_yacc.y" { if ((yyvsp[(1) - (1)].rec).typ->type == Tstruct || (yyvsp[(1) - (1)].rec).typ->type == Tclass) { if (!(yyvsp[(1) - (1)].rec).typ->ref && !(yyvsp[(1) - (1)].rec).typ->transient && !((yyvsp[(1) - (1)].rec).sto & Stypedef)) { if ((yyvsp[(1) - (1)].rec).typ->type == Tstruct) sprintf(errbuf, "struct '%s' has incomplete type (if this struct is not serializable then declare 'extern struct %s)", (yyvsp[(1) - (1)].rec).typ->id->name, (yyvsp[(1) - (1)].rec).typ->id->name); else sprintf(errbuf, "class '%s' has incomplete type (if this class is not serializable then declare 'extern class %s)", (yyvsp[(1) - (1)].rec).typ->id->name, (yyvsp[(1) - (1)].rec).typ->id->name); semerror(errbuf); } } (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 213: #line 1991 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 214: #line 1992 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (3)].rec).hasval) { (yyval.rec).typ = (yyvsp[(2) - (3)].rec).typ; (yyval.rec).hasval = True; (yyval.rec).val = (yyvsp[(2) - (3)].rec).val; } else { (yyval.rec).hasval = False; semerror("initialization expression not constant"); } ;} break; case 215: #line 2006 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; ;} break; case 216: #line 2007 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) { (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = True; (yyval.rec).val = (yyvsp[(2) - (2)].rec).val; } else { (yyval.rec).hasval = False; semerror("initialization expression not constant"); } ;} break; case 217: #line 2021 "soapcpp2_yacc.y" { (yyval.s) = NULL; ;} break; case 218: #line 2022 "soapcpp2_yacc.y" { (yyval.s) = (yyvsp[(1) - (1)].s); ;} break; case 219: #line 2024 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 220: #line 2035 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (1)].i); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 221: #line 2048 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (2)].i); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 222: #line 2061 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = (yyvsp[(1) - (3)].i); (yyval.rec).maxOccurs = (yyvsp[(3) - (3)].i); if ((yyval.rec).minOccurs < 0 || (yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } else if ((yyval.rec).minOccurs > (yyval.rec).maxOccurs) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 223: #line 2082 "soapcpp2_yacc.y" { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = (yyvsp[(2) - (2)].i); if ((yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = NULL; ;} break; case 224: #line 2099 "soapcpp2_yacc.y" { (yyval.rec).hasmin = False; (yyval.rec).hasmax = False; (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; (yyval.rec).min = 0.0; (yyval.rec).max = 0.0; (yyval.rec).incmin = True; (yyval.rec).incmax = True; (yyval.rec).pattern = (yyvsp[(1) - (1)].s); ;} break; case 225: #line 2111 "soapcpp2_yacc.y" { (yyval.rec).hasmin = True; (yyval.rec).hasmax = False; (yyval.rec).incmin = (yyvsp[(3) - (3)].rec).incmin; (yyval.rec).incmax = (yyvsp[(3) - (3)].rec).incmax; (yyval.rec).minOccurs = (LONG64)(yyvsp[(2) - (3)].r); (yyval.rec).maxOccurs = 1; if ((yyval.rec).minOccurs < 0) (yyval.rec).minOccurs = -1; (yyval.rec).min = (yyvsp[(2) - (3)].r); (yyval.rec).max = 0.0; (yyval.rec).pattern = (yyvsp[(1) - (3)].s); ;} break; case 226: #line 2125 "soapcpp2_yacc.y" { (yyval.rec).hasmin = True; (yyval.rec).hasmax = True; (yyval.rec).incmin = (yyvsp[(3) - (4)].rec).incmin; (yyval.rec).incmax = (yyvsp[(3) - (4)].rec).incmax; (yyval.rec).minOccurs = (LONG64)(yyvsp[(2) - (4)].r); (yyval.rec).maxOccurs = (LONG64)(yyvsp[(4) - (4)].r); if ((yyval.rec).minOccurs < 0 || (yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } else if ((yyval.rec).minOccurs > (yyval.rec).maxOccurs) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).min = (yyvsp[(2) - (4)].r); (yyval.rec).max = (yyvsp[(4) - (4)].r); (yyval.rec).pattern = (yyvsp[(1) - (4)].s); ;} break; case 227: #line 2146 "soapcpp2_yacc.y" { (yyval.rec).hasmin = False; (yyval.rec).hasmax = True; (yyval.rec).incmin = (yyvsp[(2) - (3)].rec).incmin; (yyval.rec).incmax = (yyvsp[(2) - (3)].rec).incmax; (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = (LONG64)(yyvsp[(3) - (3)].r); if ((yyval.rec).maxOccurs < 0) { (yyval.rec).minOccurs = -1; (yyval.rec).maxOccurs = 1; } (yyval.rec).min = 0.0; (yyval.rec).max = (yyvsp[(3) - (3)].r); (yyval.rec).pattern = (yyvsp[(1) - (3)].s); ;} break; case 228: #line 2163 "soapcpp2_yacc.y" { (yyval.s) = NULL; ;} break; case 229: #line 2164 "soapcpp2_yacc.y" { (yyval.s) = (yyvsp[(1) - (1)].s); ;} break; case 230: #line 2166 "soapcpp2_yacc.y" { (yyval.r) = (yyvsp[(1) - (1)].r); ;} break; case 231: #line 2167 "soapcpp2_yacc.y" { (yyval.r) = (double)(yyvsp[(1) - (1)].i); ;} break; case 232: #line 2168 "soapcpp2_yacc.y" { (yyval.r) = (double)(yyvsp[(1) - (1)].c); ;} break; case 233: #line 2169 "soapcpp2_yacc.y" { (yyval.r) = +(yyvsp[(2) - (2)].r); ;} break; case 234: #line 2170 "soapcpp2_yacc.y" { (yyval.r) = -(yyvsp[(2) - (2)].r); ;} break; case 235: #line 2172 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 236: #line 2173 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 237: #line 2174 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 238: #line 2175 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 239: #line 2177 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 240: #line 2178 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = True; ;} break; case 241: #line 2179 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 242: #line 2180 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = False; ;} break; case 243: #line 2181 "soapcpp2_yacc.y" { (yyval.rec).incmin = False; (yyval.rec).incmax = False; ;} break; case 244: #line 2183 "soapcpp2_yacc.y" { (yyval.rec).incmin = (yyval.rec).incmax = True; ;} break; case 245: #line 2184 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 246: #line 2185 "soapcpp2_yacc.y" { (yyval.rec).incmin = True; (yyval.rec).incmax = False; ;} break; case 247: #line 2194 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(3) - (3)].rec); ;} break; case 248: #line 2195 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 249: #line 2199 "soapcpp2_yacc.y" { (yyval.rec).typ = (yyvsp[(3) - (5)].rec).typ; (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 251: #line 2207 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 252: #line 2210 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; (yyval.rec).typ = mkint(); ;} break; case 253: #line 2214 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 254: #line 2216 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 255: #line 2219 "soapcpp2_yacc.y" { (yyval.rec).hasval = False; (yyval.rec).typ = mkint(); ;} break; case 256: #line 2222 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 257: #line 2224 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 258: #line 2227 "soapcpp2_yacc.y" { (yyval.rec) = iop("|", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 259: #line 2228 "soapcpp2_yacc.y" { (yyval.rec) = iop("^", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 260: #line 2229 "soapcpp2_yacc.y" { (yyval.rec) = iop("&", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 261: #line 2230 "soapcpp2_yacc.y" { (yyval.rec) = relop("==", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 262: #line 2231 "soapcpp2_yacc.y" { (yyval.rec) = relop("!=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 263: #line 2232 "soapcpp2_yacc.y" { (yyval.rec) = relop("<", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 264: #line 2233 "soapcpp2_yacc.y" { (yyval.rec) = relop("<=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 265: #line 2234 "soapcpp2_yacc.y" { (yyval.rec) = relop(">", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 266: #line 2235 "soapcpp2_yacc.y" { (yyval.rec) = relop(">=", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 267: #line 2236 "soapcpp2_yacc.y" { (yyval.rec) = iop("<<", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 268: #line 2237 "soapcpp2_yacc.y" { (yyval.rec) = iop(">>", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 269: #line 2238 "soapcpp2_yacc.y" { (yyval.rec) = op("+", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 270: #line 2239 "soapcpp2_yacc.y" { (yyval.rec) = op("-", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 271: #line 2240 "soapcpp2_yacc.y" { (yyval.rec) = op("*", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 272: #line 2241 "soapcpp2_yacc.y" { (yyval.rec) = op("/", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 273: #line 2242 "soapcpp2_yacc.y" { (yyval.rec) = iop("%", (yyvsp[(1) - (3)].rec), (yyvsp[(3) - (3)].rec)); ;} break; case 274: #line 2243 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 275: #line 2246 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) (yyval.rec).val.i = !(yyvsp[(2) - (2)].rec).val.i; (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 276: #line 2252 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) (yyval.rec).val.i = ~(yyvsp[(2) - (2)].rec).val.i; (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 277: #line 2258 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).hasval) { if (integer((yyvsp[(2) - (2)].rec).typ)) (yyval.rec).val.i = -(yyvsp[(2) - (2)].rec).val.i; else if (real((yyvsp[(2) - (2)].rec).typ)) (yyval.rec).val.r = -(yyvsp[(2) - (2)].rec).val.r; else typerror("string?"); } (yyval.rec).typ = (yyvsp[(2) - (2)].rec).typ; (yyval.rec).hasval = (yyvsp[(2) - (2)].rec).hasval; ;} break; case 278: #line 2271 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(2) - (2)].rec); ;} break; case 279: #line 2272 "soapcpp2_yacc.y" { if ((yyvsp[(2) - (2)].rec).typ->type == Tpointer) (yyval.rec).typ = (Tnode*)(yyvsp[(2) - (2)].rec).typ->ref; else typerror("dereference of non-pointer type"); (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 280: #line 2280 "soapcpp2_yacc.y" { (yyval.rec).typ = mkpointer((yyvsp[(2) - (2)].rec).typ); (yyval.rec).sto = Snone; (yyval.rec).hasval = False; ;} break; case 281: #line 2286 "soapcpp2_yacc.y" { (yyval.rec).hasval = True; (yyval.rec).typ = mkint(); (yyval.rec).val.i = (yyvsp[(3) - (4)].rec).typ->width; ;} break; case 282: #line 2291 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(1) - (1)].rec); ;} break; case 283: #line 2294 "soapcpp2_yacc.y" { (yyval.rec) = (yyvsp[(2) - (3)].rec); ;} break; case 284: #line 2295 "soapcpp2_yacc.y" { if (!(p = enumentry((yyvsp[(1) - (1)].sym)))) p = undefined((yyvsp[(1) - (1)].sym)); else (yyval.rec).hasval = True; (yyval.rec).typ = p->info.typ; (yyval.rec).val = p->info.val; ;} break; case 285: #line 2303 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).hasval = True; (yyval.rec).val.i = (yyvsp[(1) - (1)].i); ;} break; case 286: #line 2308 "soapcpp2_yacc.y" { (yyval.rec).typ = mkint(); (yyval.rec).hasval = True; (yyval.rec).val.i = 0; ;} break; case 287: #line 2313 "soapcpp2_yacc.y" { (yyval.rec).typ = mkfloat(); (yyval.rec).hasval = True; (yyval.rec).val.r = (yyvsp[(1) - (1)].r); ;} break; case 288: #line 2318 "soapcpp2_yacc.y" { (yyval.rec).typ = mkchar(); (yyval.rec).hasval = True; (yyval.rec).val.i = (yyvsp[(1) - (1)].c); ;} break; case 289: #line 2323 "soapcpp2_yacc.y" { (yyval.rec).typ = mkstring(); (yyval.rec).hasval = True; (yyval.rec).val.s = (yyvsp[(1) - (1)].s); ;} break; case 290: #line 2328 "soapcpp2_yacc.y" { (yyval.rec).typ = mkbool(); (yyval.rec).hasval = True; (yyval.rec).val.i = 0; ;} break; case 291: #line 2333 "soapcpp2_yacc.y" { (yyval.rec).typ = mkbool(); (yyval.rec).hasval = True; (yyval.rec).val.i = 1; ;} break; /* Line 1267 of yacc.c. */ #line 5460 "soapcpp2_yacc.tab.c" default: break; } YY_SYMBOL_PRINT ("-> $$ =", yyr1[yyn], &yyval, &yyloc); YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); *++yyvsp = yyval; /* Now `shift' the result of the reduction. Determine what state that goes to, based on the state we popped back to and the rule number reduced by. */ yyn = yyr1[yyn]; yystate = yypgoto[yyn - YYNTOKENS] + *yyssp; if (0 <= yystate && yystate <= YYLAST && yycheck[yystate] == *yyssp) yystate = yytable[yystate]; else yystate = yydefgoto[yyn - YYNTOKENS]; goto yynewstate; /*------------------------------------. | yyerrlab -- here on detecting error | `------------------------------------*/ yyerrlab: /* If not already recovering from an error, report this error. */ if (!yyerrstatus) { ++yynerrs; #if ! YYERROR_VERBOSE yyerror (YY_("syntax error")); #else { YYSIZE_T yysize = yysyntax_error (0, yystate, yychar); if (yymsg_alloc < yysize && yymsg_alloc < YYSTACK_ALLOC_MAXIMUM) { YYSIZE_T yyalloc = 2 * yysize; if (! (yysize <= yyalloc && yyalloc <= YYSTACK_ALLOC_MAXIMUM)) yyalloc = YYSTACK_ALLOC_MAXIMUM; if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); yymsg = (char *) YYSTACK_ALLOC (yyalloc); if (yymsg) yymsg_alloc = yyalloc; else { yymsg = yymsgbuf; yymsg_alloc = sizeof yymsgbuf; } } if (0 < yysize && yysize <= yymsg_alloc) { (void) yysyntax_error (yymsg, yystate, yychar); yyerror (yymsg); } else { yyerror (YY_("syntax error")); if (yysize != 0) goto yyexhaustedlab; } } #endif } if (yyerrstatus == 3) { /* If just tried and failed to reuse look-ahead token after an error, discard it. */ if (yychar <= YYEOF) { /* Return failure if at end of input. */ if (yychar == YYEOF) YYABORT; } else { yydestruct ("Error: discarding", yytoken, &yylval); yychar = YYEMPTY; } } /* Else will try to reuse look-ahead token after shifting the error token. */ goto yyerrlab1; /*---------------------------------------------------. | yyerrorlab -- error raised explicitly by YYERROR. | `---------------------------------------------------*/ yyerrorlab: /* Pacify compilers like GCC when the user code never invokes YYERROR and the label yyerrorlab therefore never appears in user code. */ if (/*CONSTCOND*/ 0) goto yyerrorlab; /* Do not reclaim the symbols of the rule which action triggered this YYERROR. */ YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); yystate = *yyssp; goto yyerrlab1; /*-------------------------------------------------------------. | yyerrlab1 -- common code for both syntax error and YYERROR. | `-------------------------------------------------------------*/ yyerrlab1: yyerrstatus = 3; /* Each real token shifted decrements this. */ for (;;) { yyn = yypact[yystate]; if (yyn != YYPACT_NINF) { yyn += YYTERROR; if (0 <= yyn && yyn <= YYLAST && yycheck[yyn] == YYTERROR) { yyn = yytable[yyn]; if (0 < yyn) break; } } /* Pop the current state because it cannot handle the error token. */ if (yyssp == yyss) YYABORT; yydestruct ("Error: popping", yystos[yystate], yyvsp); YYPOPSTACK (1); yystate = *yyssp; YY_STACK_PRINT (yyss, yyssp); } if (yyn == YYFINAL) YYACCEPT; *++yyvsp = yylval; /* Shift the error token. */ YY_SYMBOL_PRINT ("Shifting", yystos[yyn], yyvsp, yylsp); yystate = yyn; goto yynewstate; /*-------------------------------------. | yyacceptlab -- YYACCEPT comes here. | `-------------------------------------*/ yyacceptlab: yyresult = 0; goto yyreturn; /*-----------------------------------. | yyabortlab -- YYABORT comes here. | `-----------------------------------*/ yyabortlab: yyresult = 1; goto yyreturn; #ifndef yyoverflow /*-------------------------------------------------. | yyexhaustedlab -- memory exhaustion comes here. | `-------------------------------------------------*/ yyexhaustedlab: yyerror (YY_("memory exhausted")); yyresult = 2; /* Fall through. */ #endif yyreturn: if (yychar != YYEOF && yychar != YYEMPTY) yydestruct ("Cleanup: discarding lookahead", yytoken, &yylval); /* Do not reclaim the symbols of the rule which action triggered this YYABORT or YYACCEPT. */ YYPOPSTACK (yylen); YY_STACK_PRINT (yyss, yyssp); while (yyssp != yyss) { yydestruct ("Cleanup: popping", yystos[*yyssp], yyvsp); YYPOPSTACK (1); } #ifndef yyoverflow if (yyss != yyssa) YYSTACK_FREE (yyss); #endif #if YYERROR_VERBOSE if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); #endif /* Make sure YYID is used. */ return YYID (yyresult); } #line 2340 "soapcpp2_yacc.y" /* * ??? */ int yywrap(void) { return 1; } /**************************************\ Support routines \**************************************/ static Node op(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = p.typ; r.sto = Snone; if (p.hasval && q.hasval) { if (integer(p.typ) && integer(q.typ)) switch (op[0]) { case '|': r.val.i = p.val.i | q.val.i; break; case '^': r.val.i = p.val.i ^ q.val.i; break; case '&': r.val.i = p.val.i & q.val.i; break; case '<': r.val.i = p.val.i << q.val.i; break; case '>': r.val.i = p.val.i >> q.val.i; break; case '+': r.val.i = p.val.i + q.val.i; break; case '-': r.val.i = p.val.i - q.val.i; break; case '*': r.val.i = p.val.i * q.val.i; break; case '/': r.val.i = p.val.i / q.val.i; break; case '%': r.val.i = p.val.i % q.val.i; break; default: typerror(op); } else if (real(p.typ) && real(q.typ)) switch (op[0]) { case '+': r.val.r = p.val.r + q.val.r; break; case '-': r.val.r = p.val.r - q.val.r; break; case '*': r.val.r = p.val.r * q.val.r; break; case '/': r.val.r = p.val.r / q.val.r; break; default: typerror(op); } else semerror("invalid constant operation"); r.hasval = True; } else { typ = mgtype(p.typ, q.typ); r.hasval = False; } return r; } static Node iop(const char *iop, Node p, Node q) { if (integer(p.typ) && integer(q.typ)) return op(iop, p, q); typerror("integer operands only"); return p; } static Node relop(const char *op, Node p, Node q) { Node r; Tnode *typ; r.typ = mkint(); r.sto = Snone; r.hasval = True; r.val.i = 1; sprintf(errbuf, "comparison '%s' not evaluated and considered true", op); semwarn(errbuf); if (p.typ->type != Tpointer || p.typ != q.typ) typ = mgtype(p.typ, q.typ); return r; } /**************************************\ Scope management \**************************************/ /* mkscope - initialize scope stack with a new table and offset */ static void mkscope(Table *table, int offset) { sp = stack-1; enterscope(table, offset); } /* enterscope - enter a new scope by pushing a new table and offset on the stack */ static void enterscope(Table *table, int offset) { if (++sp == stack+MAXNEST) execerror("maximum scope depth exceeded"); sp->table = table; sp->val = 0; sp->offset = offset; sp->grow = True; /* by default, offset grows */ sp->mask = False; } /* exitscope - exit a scope by popping the table and offset from the stack */ static void exitscope(void) { check(sp-- != stack, "exitscope() has no matching enterscope()"); } /**************************************\ Undefined symbol \**************************************/ static Entry* undefined(Symbol *sym) { Entry *p; sprintf(errbuf, "undefined identifier '%s'", sym->name); semwarn(errbuf); p = enter(sp->table, sym); p->level = GLOBAL; p->info.typ = mkint(); p->info.sto = Sextern; p->info.hasval = False; return p; } /* mgtype - return most general type among two numerical types */ Tnode* mgtype(Tnode *typ1, Tnode *typ2) { if (numeric(typ1) && numeric(typ2)) { if (typ1->type < typ2->type) return typ2; } else { typerror("non-numeric type"); } return typ1; } /**************************************\ Type checks \**************************************/ static int integer(Tnode *typ) { switch (typ->type) { case Tchar: case Tshort: case Tint: case Tlong: return True; default: break; } return False; } static int real(Tnode *typ) { switch (typ->type) { case Tfloat: case Tdouble: case Tldouble: return True; default: break; } return False; } static int numeric(Tnode *typ) { return integer(typ) || real(typ); } static void add_fault(void) { Table *t; Entry *p1, *p2, *p3, *p4; Symbol *s1, *s2, *s3, *s4; imported = NULL; s1 = lookup("SOAP_ENV__Code"); p1 = entry(classtable, s1); if (!p1 || !p1->info.typ->ref) { t = mktable(NULL); if (!p1) { p1 = enter(classtable, s1); p1->info.typ = mkstruct(t, 3*4); p1->info.typ->id = s1; } else { p1->info.typ->ref = t; } p2 = enter(t, lookup("SOAP_ENV__Value")); p2->info.typ = qname; p2->info.minOccurs = 0; p2 = enter(t, lookup("SOAP_ENV__Subcode")); p2->info.typ = mkpointer(p1->info.typ); p2->info.minOccurs = 0; } s2 = lookup("SOAP_ENV__Detail"); p2 = entry(classtable, s2); if (!p2 || !p2->info.typ->ref) { t = mktable(NULL); if (!p2) { p2 = enter(classtable, s2); p2->info.typ = mkstruct(t, 3*4); p2->info.typ->id = s2; } else { p2->info.typ->ref = t; } p3 = enter(t, lookup("__any")); p3->info.typ = xml; p3->info.minOccurs = 0; p3 = enter(t, lookup("__type")); p3->info.typ = mkint(); p3->info.minOccurs = 0; p3 = enter(t, lookup("fault")); p3->info.typ = mkpointer(mkvoid()); p3->info.minOccurs = 0; custom_fault = 0; } s4 = lookup("SOAP_ENV__Reason"); p4 = entry(classtable, s4); if (!p4 || !p4->info.typ->ref) { t = mktable(NULL); if (!p4) { p4 = enter(classtable, s4); p4->info.typ = mkstruct(t, 4); p4->info.typ->id = s4; } else { p4->info.typ->ref = t; } p3 = enter(t, lookup("SOAP_ENV__Text")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; } s3 = lookup("SOAP_ENV__Fault"); p3 = entry(classtable, s3); if (!p3 || !p3->info.typ->ref) { t = mktable(NULL); if (!p3) { p3 = enter(classtable, s3); p3->info.typ = mkstruct(t, 9*4); p3->info.typ->id = s3; } else { p3->info.typ->ref = t; } p3 = enter(t, lookup("faultcode")); p3->info.typ = qname; p3->info.minOccurs = 0; p3 = enter(t, lookup("faultstring")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("faultactor")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s1); p3->info.typ = mkpointer(p1->info.typ); p3->info.minOccurs = 0; p3 = enter(t, s4); p3->info.typ = mkpointer(p4->info.typ); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Node")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Role")); p3->info.typ = mkstring(); p3->info.minOccurs = 0; p3 = enter(t, lookup("SOAP_ENV__Detail")); p3->info.typ = mkpointer(p2->info.typ); p3->info.minOccurs = 0; } } static void add_soap(void) { Symbol *s = lookup("soap"); p = enter(classtable, s); p->info.typ = mkstruct(NULL, 0); p->info.typ->transient = -2; p->info.typ->id = s; } static void add_XML(void) { Symbol *s = lookup("_XML"); s->token = TYPE; p = enter(typetable, s); xml = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_qname(void) { Symbol *s = lookup("_QName"); s->token = TYPE; p = enter(typetable, s); qname = p->info.typ = mksymtype(mkstring(), s); p->info.sto = Stypedef; } static void add_header(void) { Table *t; Entry *p; Symbol *s = lookup("SOAP_ENV__Header"); imported = NULL; p = entry(classtable, s); if (!p || !p->info.typ->ref) { t = mktable(NULL); if (!p) p = enter(classtable, s); p->info.typ = mkstruct(t, 0); p->info.typ->id = s; custom_header = 0; } } static void add_response(Entry *fun, Entry *ret) { Table *t; Entry *p, *q; Symbol *s; size_t i = 0, j, n = strlen(fun->sym->name); char *r = (char*)emalloc(n+100); strcpy(r, fun->sym->name); strcat(r, "Response"); do { for (j = 0; j < i; j++) r[n+j+8] = '_'; r[n+i+8] = '\0'; if (!(s = lookup(r))) s = install(r, ID); i++; } while (entry(classtable, s)); free(r); t = mktable(NULL); q = enter(t, ret->sym); q->info = ret->info; if (q->info.typ->type == Treference) q->info.typ = (Tnode*)q->info.typ->ref; p = enter(classtable, s); p->info.typ = mkstruct(t, 4); p->info.typ->id = s; fun->info.typ->response = p; } static void add_result(Tnode *typ) { Entry *p; if (!typ->ref || !((Tnode*)typ->ref)->ref) { semwarn("response struct/class must be declared before used in function prototype"); return; } for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) if (p->info.sto & Sreturn) return; for (p = ((Table*)((Tnode*)typ->ref)->ref)->list; p; p = p->next) { if (p->info.typ->type != Tfun && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !(p->info.sto & (Sprivate|Sprotected))) p->info.sto = (Storage)((int)p->info.sto | (int)Sreturn); return; } } static void add_request(Symbol *sym, Scope *sp) { Entry *p; unlinklast(sp->table); if ((p = entry(classtable, sym))) { if (p->info.typ->ref) { sprintf(errbuf, "service operation name clash: struct/class '%s' already declared at %s:%d", sym->name, p->filename, p->lineno); semerror(errbuf); } else { p->info.typ->ref = sp->table; p->info.typ->width = sp->offset; } } else { p = enter(classtable, sym); p->info.typ = mkstruct(sp->table, sp->offset); p->info.typ->id = sym; } if (p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.typ->type == Treference || q->info.typ->type == Trvalueref) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be passed by reference: use a pointer instead", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } else if ((q->info.sto & (Sconst | Sconstptr))) { if (!is_string(q->info.typ) && !is_wstring(q->info.typ)) { sprintf(errbuf, "parameter '%s' of service operation function '%s()' in %s:%d cannot be declared const", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } else if ((q->info.sto & ~(Sattribute | Sextern | Sspecial))) { sprintf(errbuf, "invalid parameter '%s' of service operation function '%s()' in %s:%d", q->sym->name, sym->name, q->filename, q->lineno); semwarn(errbuf); } } } } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/error2.h0000644000175000017500000000363312653650160023212 0ustar ellertellert/* error2.h Error handling. gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern char errbuf[]; #ifdef WIN32_WITHOUT_SOLARIS_FLEX extern void soapcpp2error(const char*); #else extern void yyerror(const char*); #endif extern void lexerror(const char*); extern void synerror(const char *); extern void semerror(const char *); extern void semwarn(const char *); extern void compliancewarn(const char *); extern void typerror(const char*); extern void execerror(const char*); extern void progerror(const char*, const char*, int); extern int errstat(void); gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/soapcpp2.h0000644000175000017500000002615312653650160023530 0ustar ellertellert/* soapcpp2.h Common declarations. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include #include #include #include #include #include #include "error2.h" #ifndef VERSION # define VERSION "2.8.28" /* Current version */ # define GSOAP_VERSION 20828 #endif #ifdef WIN32 # pragma warning(disable : 4996) # ifndef WITH_BISON # define WITH_BISON # endif #endif /* #define DEBUG */ /* uncomment to debug */ #ifdef DEBUG # define check(expr, msg) (void)((expr) ? 0 : (progerror(msg, __FILE__, __LINE__), 0)) # define DBGLOG(DBGCMD) { DBGCMD; } #else # define check(expr, msg) (void)(expr) # define DBGLOG(DBGCMD) #endif #ifdef WIN32 # ifdef WITH_BISON # ifdef WIN32_WITHOUT_SOLARIS_FLEX # define yyparse soapcpp2parse # define yylex soapcpp2lex # define yyerror soapcpp2error # define yylval soapcpp2lval # define yychar soapcpp2char # define yydebug soapcpp2debug # define yynerrs soapcpp2nerrs # define yylineno soapcpp2lineno # define yytext soapcpp2text # define yyin soapcpp2in # define yywrap soapcpp2wrap # endif # endif #endif #ifdef WIN32 # define SOAP_PATHCAT "\\" # define SOAP_PATHSEP ";" # define LONG64 __int64 #else # define SOAP_PATHCAT "/" # define SOAP_PATHSEP ":" # define LONG64 long long #endif #ifndef ULONG64 # define ULONG64 unsigned LONG64 #endif #if defined(WIN32) # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # define SOAP_XLONG_FORMAT "%I64x" #elif defined(TRU64) # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # define SOAP_XLONG_FORMAT "%lx" #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #ifndef SOAP_XLONG_FORMAT # define SOAP_XLONG_FORMAT "%llx" /* printf format for unsigned 64 bit hex ints */ #endif extern int yylineno; typedef enum Bool {False, True} Bool; typedef int Token; typedef enum Type { Tnone, Tvoid, Tchar, /* primitive types from here*/ Twchar, Tshort, Tint, Tlong, Tllong, Tfloat, Tdouble, Tldouble, Tuchar, Tushort, Tuint, Tulong, Tullong, Tsize, Ttime, Tenum, Tenumsc, Tclass, /* compound types from here */ Tstruct, Tunion, Tpointer, /* pointer T* */ Treference, /* reference T& */ Trvalueref, /* C+11 rvalue reference T&& */ Tarray, /* fixed size array T[N] */ Ttemplate, /* template class */ Tfun } Type; #define TYPES (Tfun+1) /* number of type (operators) enumerated above */ typedef enum Storage { Snone = 0, Sauto = 0x000001, Sregister = 0x000002, Sstatic = 0x000004, Sextern = 0x000008, Stypedef = 0x000010, Svirtual = 0x000020, Sconst = 0x000040, Sconstobj = 0x000080, Sfinal = 0x000100, Soverride = 0x000200, Sconstptr = 0x000400, Sfriend = 0x000800, Sinline = 0x001000, Sabstract = 0x002000, SmustUnderstand = 0x004000, Sreturn = 0x008000, Sattribute = 0x010000, Sspecial = 0x020000, Sexplicit = 0x040000, Sprivate = 0x080000, Sprotected = 0x100000, Smutable = 0x200000 } Storage; typedef enum Level { INTERNAL, GLOBAL, PARAM, LOCAL } Level; #define mknone() mktype(Tnone, NULL, 0) #define mkvoid() mktype(Tvoid, NULL, 0) #define mkbool() mktype(Tenum, booltable, 4) #define mkchar() mktype(Tchar, NULL, 1) /* int8_t */ #define mkwchart() mktype(Twchar, NULL, 4) /* wchar_t */ #define mkshort() mktype(Tshort, NULL, 2) /* int32_t */ #define mkint() mktype(Tint, NULL, 4) /* int32_t */ #define mklong() mktype(Tlong, NULL, 8) /* int32_t */ #define mkllong() mktype(Tllong, NULL, 8) /* int64_t */ #define mkfloat() mktype(Tfloat, NULL, 4) #define mkdouble() mktype(Tdouble, NULL, 8) #define mkldouble() mktype(Tldouble, NULL, 16) /* long double */ #define mkuchar() mktype(Tuchar, NULL, 1) /* uint8_t unsigned char */ #define mkushort() mktype(Tushort, NULL, 2) /* utin16_t unsigned short */ #define mkuint() mktype(Tuint, NULL, 4) /* uint32_t unsigned int */ #define mkulong() mktype(Tulong, NULL, 8) /* uint64_t unsigned long */ #define mkullong() mktype(Tullong, NULL, 8) /* uint64_t unsigned long long */ #define mksize() mktype(Tsize, NULL, 8) /* transient size_t */ #define mktimet() mktype(Ttime, NULL, 4) #define mkenum(t) mktype(Tenum, t, 4) #define mkenumsc(t) mktype(Tenumsc, t, 4) #define mkmask(t) mktype(Tenum, t, 9) #define mkmasksc(t) mktype(Tenumsc, t, 9) #define mkpointer(t) mktype(Tpointer, t, 4) #define mkreference(t) mktype(Treference,t, 4) #define mkrvalueref(t) mktype(Trvalueref,t, 4) #define mkclass(t, w) mktype(Tclass, t, w) #define mkstruct(t, w) mktype(Tstruct, t, w) #define mkunion(t, w) mktype(Tunion, t, w) #define mkarray(t, w) mktype(Tarray, t, w) #define mkfun(t) mktype(Tfun, t, 0) #define mkstring() mkpointer(mkchar()) typedef struct Symbol { char *name; Token token; struct Symbol *next; } Symbol; Symbol *install(const char*, Token), *lookup(const char*), *gensym(const char*), *gensymidx(const char*, int); typedef struct Tnode { Type type; void *ref; Symbol *id; /* struct/class/union/enum name */ Symbol *base; /* base class name */ Symbol *sym; /* typedef name */ Symbol *synonym; /* synonymous typedef base name for 'typedef base id */ Symbol *extsym; /* typedef sym of external type w/ custom serializer */ struct Entry *response; /* funcs only: points to response struct */ int width; int transient; const char *imported; struct Tnode *next; Bool visited; Bool recursive; /* recursive data type */ Bool generated; Bool wsdl; int num; Bool hasmin; Bool hasmax; Bool incmin; Bool incmax; double min; double max; const char *pattern; } Tnode; typedef union Value { LONG64 i; double r; const char *s; } Value; typedef struct IDinfo { Tnode *typ; Storage sto; Bool hasval; /* if true, identifier is constant */ Value val; /* ... with this value */ int offset; LONG64 minOccurs; LONG64 maxOccurs; } IDinfo; typedef struct Entry { Symbol *sym; const char *tag; IDinfo info; Level level; const char *filename; int lineno; struct Entry *next; } Entry; typedef struct Table { Symbol *sym; Level level; Entry *list; struct Table *prev; } Table; typedef struct FNinfo { Tnode *ret; Table *args; } FNinfo; typedef struct Node { Tnode *typ; Storage sto; Bool hasval; /* if true, this node has a constant value */ Value val; /* ... this is the value */ Bool hasmin; Bool hasmax; Bool incmin; Bool incmax; LONG64 minOccurs; LONG64 maxOccurs; double min; double max; const char *pattern; } Node; #define ACTION 0x0000 #define REQUEST_ACTION 0x0001 #define RESPONSE_ACTION 0x0002 #define FAULT_ACTION 0x0004 #define HDRIN 0x0010 #define HDROUT 0x0020 #define MIMEIN 0x0040 #define MIMEOUT 0x0080 #define COMMENT 0x0100 #define ENCODING 0x0200 #define RESPONSE_ENCODING 0x0400 #define STYLE 0x0800 #define FAULT 0x1000 #define PROTOCOL 0x2000 typedef struct Data { struct Data *next; const char *name; const char *text; } Data; typedef struct Method { struct Method *next; const char *name; short mess; /* see #defines above */ const char *part; } Method; typedef struct Service { struct Service *next; const char *ns; const char *name; const char *porttype; const char *portname; const char *binding; const char *definitions; const char *transport; const char *URL; const char *executable; const char *import; const char *URI; const char *URI2; const char *WSDL; const char *style; const char *encoding; const char *protocol; int xsi_type; const char *elementForm; const char *attributeForm; const char *documentation; struct Method *list; struct Data *data; } Service; typedef struct XPath { struct XPath *next; const char *name; const char *path; } XPath; typedef struct Pragma { struct Pragma *next; const char *pragma; } Pragma; extern Entry *enter(Table*, Symbol*), *entry(Table*, Symbol*), *reenter(Table*, Symbol*), *enumentry(Symbol*); extern int merge(Table*, Table*); extern Table *mktable(Table*); extern Tnode *mkmethod(Tnode*, Table*); extern char *emalloc(size_t); extern Tnode *mktype(Type, void*, int); extern Tnode *mksymtype(Tnode*, Symbol*); extern Tnode *mktemplate(Tnode*, Symbol*); extern int is_transient(Tnode*); extern int is_response(Tnode*); extern Table *typetable, *enumtable, *classtable, *booltable, *templatetable; extern void compile(Table*); extern void freetable(Table*); extern Entry *unlinklast(Table*); extern FILE *fmsg; extern int soap_version; extern int aflag; extern int Aflag; extern int bflag; extern int cflag; extern int c11flag; extern int Cflag; extern int eflag; extern int Ecflag; extern int Edflag; extern int Etflag; extern unsigned long fflag; extern int iflag; extern int jflag; extern int mflag; extern int nflag; extern int nflag; extern int lflag; extern int Lflag; extern int Qflag; extern int sflag; extern int Sflag; extern int Tflag; extern int tflag; extern int uflag; extern int vflag; extern int wflag; extern int xflag; extern int yflag; extern int zflag; extern char dirpath[1024]; extern const char *filename; extern const char *prefix; extern const char *importpath; extern int custom_header; extern int custom_fault; extern Pragma *pragmas; extern Service *services; extern XPath *xpaths; extern const char *namespaceid; extern int transient; extern int imports; extern const char *imported; extern int typeNO; extern const char *envURI; extern const char *encURI; extern const char *rpcURI; extern const char *xsiURI; extern const char *xsdURI; gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2/symbol2.c0000644000175000017500000271236112653650160023370 0ustar ellertellert/* symbol2.c Symbolic processing: type analysis and code generation. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapcpp2.h" #ifdef HAVE_CONFIG_H #include "soapcpp2_yacc.h" #else #include "soapcpp2_yacc.tab.h" #endif const char *envURI = "http://schemas.xmlsoap.org/soap/envelope/"; const char *encURI = "http://schemas.xmlsoap.org/soap/encoding/"; const char *rpcURI = "http://www.w3.org/2003/05/soap-rpc"; const char *xsiURI = "http://www.w3.org/2001/XMLSchema-instance"; const char *xsdURI = "http://www.w3.org/2001/XMLSchema"; const char *tmpURI = "http://tempuri.org"; static Symbol *symlist = (Symbol*) 0; /* pointer to linked list of symbols */ static Symbol *nslist = (Symbol*) 0; /* pointer to linked list of namespace prefix symbols */ static Tnode *Tptr[TYPES]; Service *services = NULL; XPath *xpaths = NULL; /* TODO */ FILE *fout, *fhead, *fclient, *fserver, *fheader, *flib, *fmatlab, *fmheader; int partnum = 0; int typeNO = 1; /* unique nonzero type no. assigned to all types */ static int is_anytype_flag = 0; /* anytype is used */ static int has_nsmap = 0; int tagcmp(const char *s, const char *t); int tagncmp(const char *s, const char *t, size_t n); long minlen(Tnode *typ); long maxlen(Tnode *typ); int is_soap12(const char*); int has_detail_string(void); int has_Detail_string(void); void needs_lang(Entry *e); int is_mutable(Entry *e); int is_header_or_fault(Tnode *typ); int is_body(Tnode *typ); int is_volatile(Tnode* typ); int is_untyped(Tnode* typ); int is_primclass(Tnode* typ); int is_imported(Tnode* typ); int is_smart(Tnode*); int is_smart_shared(Tnode*); const char * make_shared(Tnode*); int is_container(Tnode* typ); int is_template(Tnode* typ); int is_mask(Tnode* typ); int is_attachment(Tnode* typ); int is_void(Tnode* typ); int has_external(Tnode *typ); int has_volatile(Tnode *typ); int is_unmatched(Symbol *sym); int is_invisible(const char *name); int is_invisible_empty(Tnode *p); int is_element(Tnode *typ); int is_eq_nons(const char *s, const char *t); int is_eq(const char *s, const char *t); int is_item(Entry *p); int is_self(Entry *p); const char *cstring(const char*, int); const char *xstring(const char*); const char *get_mxClassID(Tnode*); const char *t_ident(Tnode*); const char *c_ident(Tnode*); const char *ident(const char*); const char *soap_type(Tnode*); const char *soap_union_member(Tnode*, Entry*); const char *c_storage(Storage); const char *c_const(Storage); const char *c_init(Entry*); const char *c_type(Tnode*); const char *c_type_constptr_id(Tnode*, const char*); const char *c_type_id(Tnode*, const char*); const char *c_type_synonym(Tnode*, const char*); const char *xsi_type_cond(Tnode*, int); const char *xsi_type(Tnode*); const char *xsi_type_cond_u(Tnode*, int); const char *xsi_type_u(Tnode*); const char *the_type(Tnode*); const char *wsdl_type(Tnode*, const char*); const char *base_type(Tnode*, const char*); const char *xml_tag(Tnode*); const char *ns_qualifiedElement(Tnode*); const char *ns_qualifiedAttribute(Tnode*); const char *ns_convert(const char*); const char *field(Entry *p, const char *ns); const char *field_overridden(Table *t, Entry *p, const char *ns); const char *ns_add(Entry *p, const char *ns); const char *ns_addx(const char *tag, const char *ns); const char *ns_add_overridden(Table *t, Entry *p, const char *ns); const char *ns_remove(const char*); const char *ns_remove1(const char*); const char *ns_remove2(const char*, const char*); const char *res_remove(const char*); const char *ns_name(const char*); const char *ns_cname(const char*, const char*); const char *ns_fname(const char*); int has_class(Tnode*); const char *union_member(Tnode*); int has_union(Tnode*); int has_constructor(Tnode*); int has_destructor(Tnode*); int has_getter(Tnode*); int has_setter(Tnode*); int has_ns(Tnode*); int has_ns_t(Tnode*); int has_ns_eq(const char*, const char*); const char *strict_check(void); const char *ns_of(const char*); int eq_ns(const char*, const char*); const char *prefix_of(const char*); int has_offset(Tnode*); int is_bool(Tnode*); int is_boolean(Tnode*); int reflevel(Tnode *typ); Tnode* reftype(Tnode *typ); int is_response(Tnode*); int is_XML(Tnode*); int is_stdXML(Tnode *p); Entry *get_response(Tnode*); int is_primitive_or_string(Tnode*); int is_primitive(Tnode*); Entry *is_discriminant(Tnode*); Entry *is_dynamic_array(Tnode*); int is_transient(Tnode*); int is_external(Tnode*); int is_anyType(Tnode*); int is_anyAttribute(Tnode*); int is_binary(Tnode*); int is_hexBinary(Tnode*); int is_fixedstring(Tnode*); int is_string(Tnode*); int is_wstring(Tnode*); int is_stdstring(Tnode*); int is_stdwstring(Tnode*); int is_stdstr(Tnode*); int is_typedef(Tnode*); int is_synonym(Tnode*); int get_dimension(Tnode*); const char *has_soapref(Tnode*); int is_soapref(Tnode*); int is_document(const char*); int is_literal(const char*); int is_keyword(const char *); int is_repetition(Entry*); int is_choice(Entry*); int required_choice(Tnode*); int is_sequence(Entry*); int is_anytype(Entry*); const char *xsi_type_Tarray(Tnode*); const char *xsi_type_Darray(Tnode*); void matlab_def_table(Table*); void generate_defs(void); void generate_type(Tnode *); int no_of_var(Tnode*); const char *pointer_stuff(Tnode*); void in_defs(void); void in_defs2(void); void in_defs3(void); void out_defs(void); void mark_defs(void); void dup_defs(void); void del_defs(void); void in_attach(void); void soap_serialize(Tnode*); void soap_traverse(Tnode*); void soap_default(Tnode*); void soap_put(Tnode*); void soap_out(Tnode*); void soap_out_Darray(Tnode *); void soap_get(Tnode*); void soap_in(Tnode*); void soap_in_Darray(Tnode *); void soap_instantiate(Tnode *); void soap_dup(Tnode *); void soap_del(Tnode *); int get_Darraydims(Tnode *typ); const char* get_Darraysize(const char *a, int d); const char *nillable(Tnode *typ); void soap_serve(Table*); void generate_proto(Table*, Entry*); /* void generate_call(Table*, Entry*); void generate_server(Table*, Entry*); */ void detect_cycles(void); void detect_recursive_type(Tnode*); void generate_header(Table*); void get_namespace_prefixes(void); void generate_schema(Table*); void gen_schema(FILE*, Table*, const char*, const char*, int, const char*, const char*); void gen_type_documentation(FILE *fd, Entry *type, const char *ns); int gen_member_documentation(FILE *fd, Symbol *type, Entry *member, const char *ns, int scope); void gen_schema_elements_attributes(FILE *fd, Table *t, const char *ns, const char *ns1, const char *encoding, const char *style); void gen_schema_elements(FILE *fd, Tnode *p, const char *ns, const char *ns1); int gen_schema_element(FILE *fd, Tnode *p, Entry *q, const char *ns, const char *ns1); void gen_schema_attributes(FILE *fd, Tnode *p, const char *ns, const char *ns1); void gen_wsdl(FILE*, Table*, const char*, const char*, const char*, const char*, const char*, const char*, const char*, const char*); void gen_nsmap(FILE*); void gen_proxy(FILE*, Table*, Symbol*, const char*, const char*); void gen_object(FILE*, Table*, const char*); void gen_proxy_header(FILE*, Table*, Symbol*, const char*); void gen_proxy_code(FILE*, Table*, Symbol*, const char*); void gen_object_header(FILE*, Table*, Symbol*, const char*); void gen_object_code(FILE*, Table*, Symbol*, const char*); void gen_method(FILE *fd, Entry *method, int server); void gen_params(FILE *fd, Table *params, Entry *result, int flag); void gen_args(FILE *fd, Table *params, Entry *result, int flag); void gen_query_url(FILE *fd, Table *params); void gen_query_form(FILE *fd, Table *params); const char* gen_format(Tnode *typ); void gen_call_method(FILE *fd, Entry *method, const char *name); void gen_serve_method(FILE *fd, Table *table, Entry *param, const char *name); void gen_data(const char*, Table*, const char*, const char*); FILE *gen_env(const char*, const char*, int, const char*, int); void gen_xmlns(FILE*); void gen_field(FILE*, int, Entry*, const char*, const char*, const char*); void gen_val(FILE*, int, Tnode*, const char*, const char*, const char*); void gen_atts(FILE*, Table*, const char*); /* install - add new symbol */ Symbol * install(const char *name, Token token) { Symbol *p; p = (Symbol*)emalloc(sizeof(Symbol)); p->name = (char*)emalloc(strlen(name)+1); strcpy(p->name, name); p->token = token; p->next = symlist; symlist = p; return p; } /* lookup - search for an identifier's name. If found, return pointer to symbol table entry. Return pointer 0 if not found. */ Symbol * lookup(const char *name) { Symbol *p; for (p = symlist; p; p = p->next) if (!strcmp(p->name, name)) return p; return NULL; } /* gensymidx - generate new symbol from base name and index */ Symbol * gensymidx(const char *base, int idx) { char buf[1024]; Symbol *s; sprintf(buf, "%s_%d", base, idx); s = lookup(buf); if (s) return s; return install(buf, ID); } /* gensym - generate new symbol from base name */ Symbol * gensym(const char *base) { static int num = 1; return gensymidx(base, num++); } /* mktable - make a new symbol table with a pointer to a previous table */ Table * mktable(Table *table) { Table *p; p = (Table*)emalloc(sizeof(Table)); p->sym = lookup("/*?*/"); p->list = (Entry*) 0; if (table == (Table*) 0) p->level = INTERNAL; else p->level = (enum Level)(((int)table->level) + 1); p->prev = table; return p; } /* mkmethod - make a new method by calling mktype */ Tnode * mkmethod(Tnode *ret, Table *args) { FNinfo *fn = (FNinfo*)emalloc(sizeof(FNinfo)); fn->ret = ret; fn->args = args; return mktype(Tfun, fn, 0); } /* freetable - free space by removing a table */ void freetable(Table *table) { Entry *p, *q; if (table == (Table*) 0) return; for (p = table->list; p != (Entry*) 0; p = q) { q = p->next; free(p); } free(table); } /* unlinklast - unlink last entry added to table */ Entry * unlinklast(Table *table) { Entry **p, *q; if (table == (Table*)0) return (Entry*)0; for (p = &table->list; *p != (Entry*)0 && (*p)->next != (Entry*)0; p = &(*p)->next) ; q = *p; *p = (Entry*)0; return q; } /* enter - enter a symbol in a table. Error if already in the table */ Entry * enter(Table *table, Symbol *sym) { Entry *p, *q = NULL; again: for (p = table->list; p; q = p, p = p->next) { if (p->sym == sym && p->info.typ->type != Tfun) { char *s; sprintf(errbuf, "Duplicate declaration of '%s' (already declared at line %d), changing conflicting identifier name to new name '%s_'. Note: this problem may be caused by importing invalid XML schemas", sym->name, p->lineno, sym->name); semwarn(errbuf); s = (char*)emalloc(strlen(sym->name) + 2); strcpy(s, sym->name); strcat(s, "_"); sym = lookup(s); if (!sym) sym = install(s, ID); free(s); goto again; } } p = (Entry*)emalloc(sizeof(Entry)); p->sym = sym; p->tag = NULL; p->info.typ = NULL; p->info.sto = Snone; p->info.hasval = False; p->info.minOccurs = 1; p->info.maxOccurs = 1; p->info.offset = 0; p->level = table->level; p->filename = filename; p->lineno = yylineno; p->next = NULL; if (!q) table->list = p; else q->next = p; return p; } /* entry - return pointer to table entry of a symbol */ Entry * entry(Table *table, Symbol *sym) { Table *t; Entry *p; for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->sym == sym) return p; return (Entry*)0; } /* reenter - re-enter a symbol in a table. */ Entry * reenter(Table *table, Symbol *sym) { Entry *p, *q = NULL; for (p = table->list; p; q = p, p = p->next) if (p->sym == sym) break; if (p && p->next) { if (q) q->next = p->next; else table->list = p->next; for (q = p->next; q->next; q = q->next) ; q->next = p; p->next = NULL; } return p; } /* merge - append two tables if members are not duplicated */ int merge(Table *dest, Table *src) { Entry *p, *q; for (p = src->list; p; p = p->next) { q = entry(dest, p->sym); if (!q) { q = enter(dest, p->sym); q->info = p->info; } else if (q->info.typ != p->info.typ) return 1; } return 0; } Entry * enumentry(Symbol *sym) { const char *s = strstr(sym->name, "::"); if (s && s[2]) { Entry *e; char *t = (char*)emalloc(s - sym->name + 1); strncpy(t, sym->name, s - sym->name); t[s - sym->name] = '\0'; e = entry(enumtable, lookup(t)); free(t); if (!e) return NULL; return entry((Table*)e->info.typ->ref, lookup(s + 2)); } else { Table *t; for (t = enumtable; t; t = t->prev) { Entry *p; for (p = t->list; p; p = p->next) { Entry *e = entry((Table*)p->info.typ->ref, sym); if (e) return e; } } } return NULL; } /* mktype - make a (new) type with a reference to additional information and the width in bytes required to store objects of that type. A pointer to the type is returned which can be compared to check if types are identical. */ Tnode * mktype(Type type, void *ref, int width) { Tnode *p; if (type != Tstruct && type != Tclass && type != Tunion && ((type != Tenum && type != Tenumsc) || ref)) { for (p = Tptr[type]; p; p = p->next) { if (p->ref == ref && p->sym == (Symbol*)0 && p->width == width && ((p->transient == 1 && transient == 1) || (p->transient != 1 && transient != 1))) { if (imported && !p->imported) p->imported = imported; return p; /* type already exists in table */ } } } p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = type; p->ref = ref; p->id = lookup("/*?*/"); p->base = NULL; p->sym = NULL; p->synonym = NULL; p->extsym = NULL; p->response = NULL; p->width = width; p->visited = False; p->recursive = False; p->generated = False; p->wsdl = False; p->next = Tptr[type]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[type] = p; DBGLOG(fprintf(stderr, "New type %s %s\n", c_type(p), p->imported)); if (type == Tpointer && ((Tnode*)ref)->imported && (((Tnode*)ref)->type == Tenum || ((Tnode*)ref)->type == Tenumsc || ((Tnode*)ref)->type == Tstruct || ((Tnode*)ref)->type == Tclass)) p->imported = ((Tnode*)ref)->imported; else if (lflag && !is_transient(p) && (type == Tenum || type == Tenumsc || type == Tstruct || type == Tclass)) mkpointer(p); return p; } Tnode * mksymtype(Tnode *typ, Symbol *sym) { Tnode *p; p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = typ->type; p->ref = typ->ref; if (typ->id == lookup("/*?*/")) p->id = sym; else p->id = typ->id; p->sym = sym; p->synonym = NULL; p->extsym = typ->extsym; p->response = (Entry*)0; p->width = typ->width; p->visited = False; p->recursive = False; p->generated = False; p->wsdl = False; p->next = Tptr[typ->type]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[typ->type] = p; DBGLOG(fprintf(stderr, "New typedef %s %s\n", c_type(p), p->imported)); return p; } Tnode * mktemplate(Tnode *typ, Symbol *id) { Tnode *p; for (p = Tptr[Ttemplate]; p; p = p->next) { if (p->ref == typ && p->id == id && ((p->transient == 1 && transient == 1) || (p->transient != 1 && transient != 1))) { if (imported && !p->imported) p->imported = imported; return p; /* type alrady exists in table */ } } p = (Tnode*)emalloc(sizeof(Tnode)); /* install new type */ p->type = Ttemplate; p->ref = typ; p->id = id; p->sym = NULL; p->synonym = NULL; p->extsym = NULL; p->response = (Entry*)0; p->width = 0; p->generated = False; p->wsdl = False; p->next = Tptr[Ttemplate]; p->transient = transient; p->imported = imported; p->hasmin = False; p->hasmax = False; p->incmin = True; p->incmax = True; p->min = 0.0; p->max = 0.0; p->pattern = NULL; p->num = typeNO++; Tptr[Ttemplate] = p; return p; } /* DO NOT REMOVE OR ALTER (SEE LICENCE AGREEMENT AND COPYING.txt) */ void copyrightnote(FILE *fd, const char *fn) { fprintf(fd, "/* %s\n Generated by gSOAP " VERSION " from %s\n\ \n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ The soapcpp2 tool and its generated software are released under the GPL.\n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial use license is available from Genivia Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n\ */", fn, filename); } void banner(FILE *fd, const char *text) { int i; fprintf(fd, "\n\n/"); for (i = 0; i < 78; i++) fputc('*', fd); fprintf(fd, "\\\n *%76s*\n * %-75s*\n *%76s*\n\\", "", text, ""); for (i = 0; i < 78; i++) fputc('*', fd); fprintf(fd, "/\n"); } void identify(FILE *fd, const char *fn) { time_t t = time(NULL), *p = &t; char tmp[256]; strftime(tmp, 256, "%Y-%m-%d %H:%M:%S GMT", gmtime(p)); fprintf(fd, "\n\nSOAP_SOURCE_STAMP(\"@(#) %s ver " VERSION " %s\")\n", fn, tmp); } void compile(Table *table) { Entry *p; Tnode *typ; Pragma *pragma; int classflag = 0; int found; int filenum; const char *s; char base[1024]; char soapStub[1024]; char soapH[1024]; char soapC[1024]; char soapClient[1024]; char soapServer[1024]; char soapClientLib[1024]; char soapServerLib[1024]; char pathsoapStub[1024]; char pathsoapH[1024]; char pathsoapC[1024]; char pathsoapClient[1024]; char pathsoapServer[1024]; char pathsoapClientLib[1024]; char pathsoapServerLib[1024]; char soapMatlab[1024]; char pathsoapMatlab[1024]; char soapMatlabHdr[1024]; char pathsoapMatlabHdr[1024]; found = 0; for (p = table->list; p; p = p->next) if (p->info.typ->type == Tfun && !(p->info.sto & Sextern)) found = 1; if (!found) Sflag = Cflag = Lflag = 1; /* no service operations were found */ if (*dirpath) fprintf(fmsg, "Using project directory path: %s\n", dirpath); if (namespaceid) { prefix = namespaceid; fprintf(fmsg, "Using code namespace: %s\n", namespaceid); } strcpy(base, prefix); if (cflag) s = ".c"; else s = ".cpp"; strcpy(soapMatlab, base); strcat(soapMatlab, "Matlab.c"); strcpy(pathsoapMatlab, dirpath); strcat(pathsoapMatlab, soapMatlab ); strcpy(soapMatlabHdr, base); strcat(soapMatlabHdr, "Matlab.h"); strcpy(pathsoapMatlabHdr, dirpath); strcat(pathsoapMatlabHdr, soapMatlabHdr); strcpy(soapStub, base); strcat(soapStub, "Stub.h"); strcpy(pathsoapStub, dirpath); strcat(pathsoapStub, soapStub); strcpy(soapH, base); strcat(soapH, "H.h"); strcpy(pathsoapH, dirpath); strcat(pathsoapH, soapH); strcpy(soapC, base); if (fflag) strcat(soapC, "C_nnn"); else strcat(soapC, "C"); strcat(soapC, s); strcpy(pathsoapC, dirpath); strcat(pathsoapC, soapC); strcpy(soapClient, base); strcat(soapClient, "Client"); strcat(soapClient, s); strcpy(pathsoapClient, dirpath); strcat(pathsoapClient, soapClient); strcpy(soapServer, base); strcat(soapServer, "Server"); strcat(soapServer, s); strcpy(pathsoapServer, dirpath); strcat(pathsoapServer, soapServer); strcpy(soapClientLib, base); strcat(soapClientLib, "ClientLib"); strcat(soapClientLib, s); strcpy(pathsoapClientLib, dirpath); strcat(pathsoapClientLib, soapClientLib); strcpy(soapServerLib, base); strcat(soapServerLib, "ServerLib"); strcat(soapServerLib, s); strcpy(pathsoapServerLib, dirpath); strcat(pathsoapServerLib, soapServerLib); if (mflag) { fprintf(fmsg, "Saving %s Matlab definitions\n", pathsoapMatlab); fmatlab = fopen(pathsoapMatlab, "w"); if (!fmatlab) execerror("Cannot write to file"); copyrightnote(fmatlab, soapMatlab); fprintf(fmatlab, "\n#include \"%s\"\n", soapMatlabHdr); fprintf(fmsg, "Saving %s Matlab definitions\n", pathsoapMatlabHdr); fmheader = fopen(pathsoapMatlabHdr, "w"); if (!fmheader) execerror("Cannot write to file"); copyrightnote(fmheader, soapMatlabHdr); fprintf(fmheader, "\n#include \"mex.h\"\n#include \"%s\"\n", soapStub); } fprintf(fmsg, "Saving %s annotated copy of the source input\n", pathsoapStub); fheader = fopen(pathsoapStub, "w"); if (!fheader) execerror("Cannot write to file"); copyrightnote(fheader, soapStub); fprintf(fheader, "\n"); for (pragma = pragmas; pragma; pragma = pragma->next) fprintf(fheader, "\n%s", pragma->pragma); fprintf(fheader, "\n\n#ifndef %sStub_H\n#define %sStub_H", prefix, prefix); if (nflag) fprintf(fheader, "\n#ifndef WITH_NONAMESPACES\n#define WITH_NONAMESPACES\n#endif"); if (namespaceid) fprintf(fheader, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(fheader, "\n#include \"stdsoap2.h\""); fprintf(fheader, "\n#if GSOAP_VERSION != %d\n# error \"GSOAP VERSION %d MISMATCH IN GENERATED CODE VERSUS LIBRARY CODE: PLEASE REINSTALL PACKAGE\"\n#endif\n", GSOAP_VERSION, GSOAP_VERSION); if (cflag) fprintf(fheader, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fheader, "\n\nnamespace %s {", namespaceid); fprintf(fmsg, "Saving %s declarations to #include\n", pathsoapH); fhead = fopen(pathsoapH, "w"); if (!fhead) execerror("Cannot write to file"); copyrightnote(fhead, soapH); fprintf(fhead, "\n\n#ifndef %sH_H\n#define %sH_H", prefix, prefix); fprintf(fhead, "\n#include \"%s\"", soapStub); if (cflag) fprintf(fhead, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fhead, "\n#ifndef WITH_NOIDREF"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap*, const void*, int);"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap*);"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap*);"); fprintf(fhead, "\n#endif"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 void *SOAP_FMAC4 soap_getelement(struct soap*, int*);"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap*, const void*, const char*, int, int);"); if (Ecflag) fprintf(fhead, "\nSOAP_FMAC3 void * SOAP_FMAC4 soap_dupelement(struct soap*, const void*, int);"); if (Edflag) fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_delelement(const void*, int);"); if (!cflag && !namespaceid) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap*);"); detect_cycles(); generate_header(table); generate_schema(table); if (!Sflag && !iflag && !jflag) { fprintf(fmsg, "Saving %s client calling stubs\n", pathsoapClient); fclient = fopen(pathsoapClient, "w"); if (!fclient) execerror("Cannot write to file"); copyrightnote(fclient, soapClient); fprintf(fclient, "\n\n#if defined(__BORLANDC__)"); fprintf(fclient, "\n#pragma option push -w-8060"); fprintf(fclient, "\n#pragma option push -w-8004"); fprintf(fclient, "\n#endif"); fprintf(fclient, "\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fclient, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fclient, "\n\nnamespace %s {", namespaceid); identify(fclient, soapClient); if (!Lflag) { flib = fopen(pathsoapClientLib, "w"); if (!flib) execerror("Cannot write to file"); copyrightnote(flib, soapClientLib); fprintf(fmsg, "Saving %s client stubs with serializers (use only for libs)\n", pathsoapClientLib); fprintf(flib, "\n\n/** Use this file in your project build instead of the two files %s and %s. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */\n", soapC, soapClient); fprintf(flib, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(flib, "\n#define SOAP_FMAC3 static"); fprintf(flib, "\n#include \"%s\"", soapC); fprintf(flib, "\n#include \"%s\"", soapClient); fprintf(flib, "\n\n/* End of %s */\n", soapClientLib); fclose(flib); } } if (!Cflag && !iflag && !jflag) { fprintf(fmsg, "Saving %s server request dispatcher\n", pathsoapServer); fserver = fopen(pathsoapServer, "w"); if (!fserver) execerror("Cannot write to file"); copyrightnote(fserver, soapServer); fprintf(fserver, "\n\n#if defined(__BORLANDC__)"); fprintf(fserver, "\n#pragma option push -w-8060"); fprintf(fserver, "\n#pragma option push -w-8004"); fprintf(fserver, "\n#endif"); fprintf(fserver, "\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fserver, "\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fserver, "\n\nnamespace %s {", namespaceid); identify(fserver, soapServer); if (!Lflag) { flib = fopen(pathsoapServerLib, "w"); if (!flib) execerror("Cannot write to file"); copyrightnote(flib, soapServerLib); fprintf(fmsg, "Saving %s server request dispatcher with serializers (use only for libs)\n", pathsoapServerLib); fprintf(flib, "\n\n/** Use this file in your project build instead of the two files %s and %s. This hides the serializer functions and avoids linking problems when linking multiple clients and servers. */\n", soapC, soapServer); fprintf(flib, "\n#ifndef WITH_NOGLOBAL\n#define WITH_NOGLOBAL\n#endif"); fprintf(flib, "\n#define SOAP_FMAC3 static"); fprintf(flib, "\n#include \"%s\"", soapC); fprintf(flib, "\n#include \"%s\"", soapServer); fprintf(flib, "\n\n/* End of %s */\n", soapServerLib); fclose(flib); } } if (!iflag && !jflag) soap_serve(table); classflag = 0; for (p = classtable->list; p; p = p->next) { if (p->info.typ->type == Tclass && p->info.typ->transient <= 0) { classflag = 1; break; } } for (p = enumtable->list; p; p = p->next) { if (p->info.typ->type == Tenumsc && p->info.typ->transient <= 0) { classflag = 1; break; } } if (classflag || Tptr[Ttemplate]) { if (cflag) semwarn("Option -c conflicts with the use of class definitions in the specified input"); } for (filenum = 1; partnum == 0; filenum++) { if (fflag) { char *t = strrchr(pathsoapC, '.'); sprintf(t-3, "%03d", filenum); *t = '.'; fprintf(fmsg, "Saving %s serializers (part %d)\n", pathsoapC, filenum); partnum = fflag; /* number of defs per file */ } else { fprintf(fmsg, "Saving %s serializers\n", pathsoapC); partnum = 1; } fout = fopen(pathsoapC, "w"); if (!fout) execerror("Cannot write to file"); copyrightnote(fout, soapC); fprintf(fout, "\n\n#if defined(__BORLANDC__)"); fprintf(fout, "\n#pragma option push -w-8060"); fprintf(fout, "\n#pragma option push -w-8004"); fprintf(fout, "\n#endif"); fprintf(fout, "\n\n#include \"%sH.h\"", prefix); if (cflag) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (namespaceid) fprintf(fout, "\n\nnamespace %s {", namespaceid); identify(fout, soapC); fflush(fout); if (filenum == 1) { if (!lflag) { fprintf(fout, "\n\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getheader(struct soap *soap)\n{\n\tsoap->part = SOAP_IN_HEADER;\n\tsoap->header = soap_in_SOAP_ENV__Header(soap, \"SOAP-ENV:Header\", soap->header, NULL);\n\tsoap->part = SOAP_END_HEADER;\n\treturn soap->header == NULL;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t{\tsoap->part = SOAP_IN_HEADER;\n\t\tif (soap_out_SOAP_ENV__Header(soap, \"SOAP-ENV:Header\", 0, soap->header, NULL))\n\t\t\treturn soap->error;\n\t\tsoap->part = SOAP_END_HEADER;\n\t}\n\treturn SOAP_OK;\n}"); if (cflag) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap_serialize_SOAP_ENV__Header(soap, soap->header);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = (struct SOAP_ENV__Header*)soap_malloc(soap, sizeof(struct SOAP_ENV__Header))))\n\t\t\tsoap_default_SOAP_ENV__Header(soap, soap->header);\n\t}\n}"); } else if ((p = entry(classtable, lookup("SOAP_ENV__Header"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap_serialize_SOAP_ENV__Header(soap, soap->header);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = soap_new_SOAP_ENV__Header(soap)))\n\t\t\tsoap_default_SOAP_ENV__Header(soap, soap->header);\n\t}\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializeheader(struct soap *soap)\n{\n\tif (soap->version && soap->header)\n\t\tsoap->header->soap_serialize(soap);\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap *soap)\n{\n\tif (soap->header == NULL)\n\t{\tif ((soap->header = soap_new_SOAP_ENV__Header(soap)))\n\t\t\tsoap->header->soap_default(soap);\n\t}\n}"); } if (cflag) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = (struct SOAP_ENV__Fault*)soap_malloc(soap, sizeof(struct SOAP_ENV__Fault));\n\t\tif (soap->fault == NULL)\n\t\t\treturn;\n\t\tsoap_default_SOAP_ENV__Fault(soap, soap->fault);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code));\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = (struct SOAP_ENV__Reason*)soap_malloc(soap, sizeof(struct SOAP_ENV__Reason));\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tif (soap->fault)\n\t\tsoap_serialize_SOAP_ENV__Fault(soap, soap->fault);\n}"); } else if ((p = entry(classtable, lookup("SOAP_ENV__Fault"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = soap_new_SOAP_ENV__Fault(soap);\n\t\tif (soap->fault == NULL)\n\t\t\treturn;\n\t\tsoap_default_SOAP_ENV__Fault(soap, soap->fault);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap);\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap);\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\tsoap_serialize_SOAP_ENV__Fault(soap, soap->fault);\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap *soap)\n{\n\tif (soap->fault == NULL)\n\t{\tsoap->fault = soap_new_SOAP_ENV__Fault(soap);\n\t\tsoap->fault->soap_default(soap);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Code)\n\t{\tsoap->fault->SOAP_ENV__Code = soap_new_SOAP_ENV__Code(soap);\n\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code);\n\t}\n\tif (soap->version == 2 && !soap->fault->SOAP_ENV__Reason)\n\t{\tsoap->fault->SOAP_ENV__Reason = soap_new_SOAP_ENV__Reason(soap);\n\t\tsoap_default_SOAP_ENV__Reason(soap, soap->fault->SOAP_ENV__Reason);\n\t}\n}"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\tsoap->fault->soap_serialize(soap);\n}"); } if ((p = entry(classtable, lookup("SOAP_ENV__Fault"))) && p->info.typ->type == Tstruct) { fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap)\n{\n\tif (soap->fault)\n\t\treturn soap_put_SOAP_ENV__Fault(soap, soap->fault, \"SOAP-ENV:Fault\", NULL);\n\treturn SOAP_OK;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap)\n{\n\treturn (soap->fault = soap_get_SOAP_ENV__Fault(soap, NULL, \"SOAP-ENV:Fault\", NULL)) == NULL;\n}"); } else { fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_putfault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\treturn soap->fault->soap_put(soap, \"SOAP-ENV:Fault\", NULL);\n\treturn SOAP_EOM;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_getfault(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->fault)\n\t\treturn soap->fault->soap_get(soap, \"SOAP-ENV:Fault\", NULL) == NULL;\n\treturn SOAP_EOM;\n}"); } fprintf(fhead, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap);"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2 && soap->fault->SOAP_ENV__Code)\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Value;\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); if (cflag) fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = (struct SOAP_ENV__Code*)soap_malloc(soap, sizeof(struct SOAP_ENV__Code));\n\t\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t}\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); else fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode = soap_new_SOAP_ENV__Code(soap);\n\t\t\tsoap_default_SOAP_ENV__Code(soap, soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t}\n\treturn (const char**)(void*)&soap->fault->faultcode;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultsubcode(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Code && soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode)\n\t\t\treturn soap->fault->SOAP_ENV__Code->SOAP_ENV__Subcode->SOAP_ENV__Value;\n\t\treturn NULL;\n\t}\n\treturn soap->fault->faultcode;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultstring(struct soap *soap)\n{\n\tsoap_fault(soap);\n\tif (soap->version == 2)\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Reason->SOAP_ENV__Text;\n\treturn (const char**)(void*)&soap->fault->faultstring;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char ** SOAP_FMAC4 soap_faultdetail(struct soap *soap)\n{\n\tsoap_fault(soap);"); if (has_Detail_string()) { if (cflag) fprintf(fout, "\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Detail == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail));\n\t\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Detail->__any;\n\t}"); else fprintf(fout, "\n\tif (soap->version == 2)\n\t{\tif (soap->fault->SOAP_ENV__Detail == NULL)\n\t\t{\tsoap->fault->SOAP_ENV__Detail = soap_new_SOAP_ENV__Detail(soap);\n\t\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->SOAP_ENV__Detail);\n\t\t}\n\t\treturn (const char**)(void*)&soap->fault->SOAP_ENV__Detail->__any;\n\t}"); } if (has_detail_string()) { if (cflag) fprintf(fout, "\n\tif (soap->fault->detail == NULL)\n\t{\tsoap->fault->detail = (struct SOAP_ENV__Detail*)soap_malloc(soap, sizeof(struct SOAP_ENV__Detail));\n\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->detail);\n\t}\n\treturn (const char**)(void*)&soap->fault->detail->__any;\n}"); else fprintf(fout, "\n\tif (soap->fault->detail == NULL)\n\t{\tsoap->fault->detail = soap_new_SOAP_ENV__Detail(soap);\n\t\tsoap_default_SOAP_ENV__Detail(soap, soap->fault->detail);\n\t}\n\treturn (const char**)(void*)&soap->fault->detail->__any;\n}"); } if (!has_detail_string() && !has_Detail_string()) fprintf(fout, "\n\treturn NULL;\n}"); fprintf(fout, "\n\nSOAP_FMAC3 const char * SOAP_FMAC4 soap_check_faultdetail(struct soap *soap)\n{\n\tsoap_fault(soap);"); if (has_Detail_string()) fprintf(fout, "\n\tif (soap->version == 2 && soap->fault->SOAP_ENV__Detail)\n\t\treturn soap->fault->SOAP_ENV__Detail->__any;"); if (has_detail_string()) fprintf(fout, "\n\tif (soap->fault->detail)\n\t\treturn soap->fault->detail->__any;"); fprintf(fout, "\n\treturn NULL;\n}"); fprintf(fout, "\n\n#endif"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_getindependent(struct soap *soap)\n{"); fprintf(fout, "\n\tint t;\n\tif (soap->version == 1)\n\t{\tfor (;;)\n\t\t{\tif (!soap_getelement(soap, &t))\n\t\t\t\tif ((soap->error && soap->error != SOAP_TAG_MISMATCH) || soap_ignore_element(soap))\n\t\t\t\t\tbreak;\n\t\t}\n\t}"); fprintf(fout, "\n\tif (soap->error == SOAP_NO_TAG || soap->error == SOAP_EOF)"); fprintf(fout, "\n\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\treturn soap->error;"); fprintf(fout, "\n}\n#endif"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\nSOAP_FMAC3 void * SOAP_FMAC4 soap_getelement(struct soap *soap, int *type)\n{\t(void)type;"); fprintf(fout, "\n\tif (soap_peek_element(soap))\n\t\treturn NULL;"); fprintf(fout, "\n#ifndef WITH_NOIDREF\n\tif (!*soap->id || !(*type = soap_lookup_type(soap, soap->id)))\n\t\t*type = soap_lookup_type(soap, soap->href);"); fprintf(fout, "\n\tswitch (*type)\n\t{"); DBGLOG(fprintf(stderr, "\n Calling in_defs( ).")); fflush(fout); in_defs(); DBGLOG(fprintf(stderr, "\n Completed in_defs( ).")); fprintf(fout, "\n\tdefault:\n#else\n\t*type = 0;\n#endif"); fprintf(fout, "\n\t{\tconst char *t = soap->type;\n\t\tif (!*t)\n\t\t\tt = soap->tag;"); fflush(fout); in_defs2(); fprintf(fout, "\n\t\tt = soap->tag;"); in_defs3(); fprintf(fout, "\n#ifndef WITH_NOIDREF\n\t}\n#endif\n\t}\n\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn NULL;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_ignore_element(struct soap *soap)\n{"); fprintf(fout, "\n\tif (!soap_peek_element(soap))"); fprintf(fout, "\n\t{\tint t;"); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Unexpected element '%%s' in input (level = %%u, %%d)\\n\", soap->tag, soap->level, soap->body));"); fprintf(fout, "\n\t\tif (soap->mustUnderstand && !soap->other)"); fprintf(fout, "\n\t\t\treturn soap->error = SOAP_MUSTUNDERSTAND;"); /* old code: without option -s required SOAP_XML_STRICT to detect and flag extra elements; fprintf(fout, "\n\t\tif (((soap->mode & SOAP_XML_STRICT) && soap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, \"SOAP-ENV:\"))\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"REJECTING element '%%s'\\n\", soap->tag));\n\t\t\treturn soap->error = SOAP_TAG_MISMATCH;\n\t\t}"); */ fprintf(fout, "\n\t\tif ((%ssoap->part != SOAP_IN_HEADER) || !soap_match_tag(soap, soap->tag, \"SOAP-ENV:\"))\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"REJECTING element '%%s'\\n\", soap->tag));\n\t\t\treturn soap->error = SOAP_TAG_MISMATCH;\n\t\t}", strict_check()); fprintf(fout, "\n\t\tif (!*soap->id || !soap_getelement(soap, &t))"); fprintf(fout, "\n\t\t{\tsoap->peeked = 0;"); fprintf(fout, "\n\t\t\tif (soap->fignore)\n\t\t\t\tsoap->error = soap->fignore(soap, soap->tag);\n\t\t\telse\n\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\tDBGLOG(TEST, if (!soap->error) SOAP_MESSAGE(fdebug, \"IGNORING element '%%s'\\n\", soap->tag));"); fprintf(fout, "\n\t\t\tif (!soap->error && soap->body)"); fprintf(fout, "\n\t\t\t{\tsoap->level++;"); fprintf(fout, "\n\t\t\t\twhile (!soap_ignore_element(soap))"); fprintf(fout, "\n\t\t\t\t\t;"); fprintf(fout, "\n\t\t\t\tif (soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\t\tsoap->error = soap_element_end_in(soap, NULL);"); fprintf(fout, "\n\t\t\t}"); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t}"); fprintf(fout, "\n\treturn soap->error;"); fprintf(fout, "\n}"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putindependent(struct soap *soap)\n{\n\tint i;\n\tstruct soap_plist *pp;"); fprintf(fout, "\n\tif (soap->version == 1 && soap->encodingStyle && !(soap->mode & (SOAP_XML_TREE | SOAP_XML_GRAPH)))"); fprintf(fout, "\n\t\tfor (i = 0; i < SOAP_PTRHASH; i++)"); fprintf(fout, "\n\t\t\tfor (pp = soap->pht[i]; pp; pp = pp->next)"); fprintf(fout, "\n\t\t\t\tif (pp->mark1 == 2 || pp->mark2 == 2)"); fprintf(fout, "\n\t\t\t\t\tif (soap_putelement(soap, pp->ptr, SOAP_MULTIREFTAG, pp->id, pp->type))\n\t\t\t\t\t\treturn soap->error;"); fprintf(fout, "\n\treturn SOAP_OK;\n}\n#endif"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_putelement(struct soap *soap, const void *ptr, const char *tag, int id, int type)\n{\t(void)tag;"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); out_defs(); fprintf(fout, "\n\t}\n\treturn SOAP_OK;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); if (is_anytype_flag) { fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\t(void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); mark_defs(); fprintf(fout, "\n\t}\n}"); } else { fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_markelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\t(void)soap; (void)ptr; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n}"); } if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n#endif"); if (Ecflag) { if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 void * SOAP_FMAC4 soap_dupelement(struct soap *soap, const void *ptr, int type)\n{"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); dup_defs(); fprintf(fout, "\n\t}\n\treturn NULL;\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); } if (Edflag) { if (!cflag && !namespaceid) fprintf(fout, "\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif"); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_delelement(const void *ptr, int type)\n{"); fprintf(fout, "\n\tswitch (type)\n\t{"); fflush(fout); del_defs(); fprintf(fout, "\n\t}\n}"); if (!cflag && !namespaceid) fprintf(fout, "\n#ifdef __cplusplus\n}\n#endif"); } } if (!cflag) { fprintf(fhead, "\nSOAP_FMAC3 void * SOAP_FMAC4 %s_instantiate(struct soap*, int, const char*, const char*, size_t*);", prefix); fprintf(fout, "\n\nSOAP_FMAC3 void * SOAP_FMAC4 %s_instantiate(struct soap *soap, int t, const char *type, const char *arrayType, size_t *n)\n{\t(void)type;\n\tswitch (t)\n\t{", prefix); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(p->info.typ), c_ident(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(p->info.typ), c_ident(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } for (typ = Tptr[Ttemplate]; typ; typ = typ->next) if (typ->ref && !is_transient(typ)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_instantiate_%s(soap, -1, type, arrayType, n);", soap_type(typ), c_ident(typ)); fprintf(fout, "\n\t}\n\treturn NULL;\n}"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fdelete(struct soap_clist*);", prefix); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 %s_fdelete(struct soap_clist *p)", prefix); fprintf(fout, "\n{\tswitch (p->type)\n\t{"); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct) /* && is_external(p->info.typ)) */ { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } for (typ = Tptr[Ttemplate]; typ; typ = typ->next) { if (typ->ref && !is_transient(typ)) { fprintf(fout, "\n\tcase %s:", soap_type(typ)); fprintf(fout, "\n\t\tif (p->size < 0)\n\t\t\tSOAP_DELETE(static_cast<%s*>(p->ptr));\n\t\telse\n\t\t\tSOAP_DELETE_ARRAY(static_cast<%s*>(p->ptr));\n\t\tbreak;", c_type(typ), c_type(typ)); } } fprintf(fout, "\n\tdefault:\n\t\treturn SOAP_ERR;"); fprintf(fout, "\n\t}\n\treturn SOAP_OK;"); fprintf(fout, "\n}"); fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fbase(int, int);", prefix); fprintf(fout, "\n\n#ifdef WIN32\n#pragma warning(push)\n// do not warn on switch w/o cases\n#pragma warning(disable:4065)\n#endif"); fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 %s_fbase(int t, int b)", prefix); fprintf(fout, "\n{\n\tdo\n\t{\tswitch (t)\n\t\t{"); if (classtable) { for (p = classtable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && p->info.typ->base && !is_transient(p->info.typ)) { Entry *e = entry(classtable, p->info.typ->base); if (e && !is_transient(e->info.typ)) fprintf(fout, "\n\t\tcase %s: t = %s; break;", soap_type(p->info.typ), soap_type(e->info.typ)); } } } fprintf(fout, "\n\t\tdefault: return 0;\n\t\t}\n\t}\n\twhile (t != b);\n\treturn 1;\n}"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(pop)\n#endif"); if (Tptr[Ttemplate] || classtable) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 %s_finsert(struct soap*, int, int, void*, size_t, const void*, void**);", prefix); if (!lflag) { fprintf(fout, "\n\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(push)\n// do not warn on switch w/o cases\n#pragma warning(disable:4065)\n#endif"); fprintf(fout, "\nSOAP_FMAC3 void SOAP_FMAC4 %s_finsert(struct soap *soap, int t, int tt, void *p, size_t index, const void *q, void **x)", prefix); fprintf(fout, "\n{\n\t(void)soap; (void)t; (void)p; (void)index; (void)q; (void)x; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (tt)\n\t{"); for (typ = Tptr[Ttemplate]; typ; typ = typ->next) { if (typ->ref && !is_transient(typ)) { fprintf(fout, "\n\tcase %s:", soap_type(typ)); if (is_smart(typ)) { if (is_smart_shared(typ)) { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Smart pointer %s type=%%d location=%%p object=%%p\\n\", t, p, q));\n\t\t\tif (!*x)\n\t\t\t\t*(%s)(*x = (void*)p) = %s<%s>(**(%s)q);", soap_type(reftype(typ->ref)), c_type(typ), c_type_id(typ, "*"), make_shared(typ), c_type(typ->ref), c_type_id(typ->ref, "**")); fprintf(fout, "\n\t\t\telse\n\t\t\t\t*(%s)p = *(%s)(*x);", c_type_id(typ, "*"), c_type_id(typ, "*")); } else { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Smart pointer %s type=%%d location=%%p object=%%p\\n\", t, p, q));", soap_type(reftype(typ->ref)), c_type(typ)); fprintf(fout, "\n\t\t\t*(*(%s)p = %s(SOAP_NEW(%s))) = **(%s)q;", c_type_id(typ, "*"), c_type(typ), c_type(typ->ref), c_type_id(typ->ref, "**")); } } else { Tnode *ref = (Tnode*)typ->ref; if (is_smart(ref) && strcmp(typ->id->name, "std::set")) { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container %s insert type=%%d in %%d location=%%p object=%%p at index=%%lu\\n\", t, tt, p, q, (unsigned long)index));", soap_type(reftype(ref)), c_type(typ)); if (!strcmp(ref->id->name, "std::vector") || !strcmp(ref->id->name, "std::deque")) fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin() + index;", c_type(typ), c_type_id(typ, "*")); else fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin();\n\t\t\twhile (index--)\n\t\t\t\t++i;", c_type(typ), c_type_id(typ, "*")); if (is_smart_shared(ref)) fprintf(fout, "\n\t\t\tif (!*x)\n\t\t\t\t*(%s)(*x = &*i) = %s<%s>(**(%s)q);\n\t\t\telse\n\t\t\t\t*i = *(%s)*x;", c_type_id(ref, "*"), make_shared(ref), c_type(ref->ref), c_type_id(ref->ref, "**"), c_type_id(ref, "*")); else fprintf(fout, "\n\t\t\t*(*i = %s(SOAP_NEW(%s))) = **(%s)q;", c_type(ref), c_type(ref->ref), c_type_id(ref->ref, "**")); } else { fprintf(fout, "\n\t\tif (t == %s)\n\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container %s insert type=%%d in %%d location=%%p object=%%p at index=%%lu\\n\", t, tt, p, q, (unsigned long)index));", soap_type(reftype(ref)), c_type(typ)); if (!strcmp(typ->id->name, "std::vector") || !strcmp(typ->id->name, "std::deque")) fprintf(fout, "\n\t\t\t(*(%s)p)[index] = *(%s)q;", c_type_id(typ, "*"), c_type_id(ref, "*")); else if (!strcmp(typ->id->name, "std::set")) fprintf(fout, "\n\t\t\t((%s)p)->insert(*(%s)q);", c_type_id(typ, "*"), c_type_id(ref, "*")); else fprintf(fout, "\n\t\t\t%s::iterator i = ((%s)p)->begin();\n\t\t\twhile (index--)\n\t\t\t\t++i;\n\t\t\t*i = *(%s)q;", c_type(typ), c_type_id(typ, "*"), c_type_id(ref, "*")); } } fprintf(fout, "\n\t\t}\n\t\tbreak;"); } } if (classtable) { for (p = classtable->list; p; p = p->next) { if (!is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Copy %s type=%%d location=%%p object=%%p\\n\", t, p, q));", c_type(p->info.typ)); fprintf(fout, "\n\t\t*(%s*)p = *(%s*)q;\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if ((p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_transient(p->info.typ)) { if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\tcase %s:", soap_type(p->info.typ)); fprintf(fout, "\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Copy %s type=%%d location=%%p object=%%p\\n\", t, p, q));", c_type(p->info.typ)); fprintf(fout, "\n\t\t*(%s*)p = *(%s*)q;\n\t\tbreak;", c_type(p->info.typ), c_type(p->info.typ)); if (is_header_or_fault(p->info.typ) || is_body(p->info.typ)) fprintf(fout, "\n#endif"); } } } fprintf(fout, "\n\tdefault:\n\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Could not insert type = %%d in %%d\\n\", t, tt));"); fprintf(fout, "\n\t}"); fprintf(fout, "\n}"); fprintf(fout, "\n#ifdef WIN32\n#pragma warning(pop)\n#endif"); fprintf(fout, "\n#endif"); } } } } generate_defs(); if (namespaceid) fprintf(fout, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fout, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fout, "\n\n#if defined(__BORLANDC__)"); fprintf(fout, "\n#pragma option pop"); fprintf(fout, "\n#pragma option pop"); fprintf(fout, "\n#endif"); fprintf(fout, "\n\n/* End of %s */\n", soapC); fclose(fout); } if (namespaceid) fprintf(fhead, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fhead, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fhead, "\n\n#endif"); fprintf(fhead, "\n\n/* End of %s */\n", soapH); fclose(fhead); if (namespaceid) fprintf(fheader, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fheader, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fheader, "\n\n#endif"); fprintf(fheader, "\n\n/* End of %s */\n", soapStub); fclose(fheader); if (mflag) { DBGLOG(fprintf(stderr, "\n Calling matlab_def_table( ).")); matlab_def_table(table); DBGLOG(fprintf(stderr, "\n Completed matlab_def_table( ).")); fclose(fmatlab); fclose(fmheader); } if (!Sflag && !iflag && !jflag) { if (namespaceid) fprintf(fclient, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fclient, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fclient, "\n\n#if defined(__BORLANDC__)"); fprintf(fclient, "\n#pragma option pop"); fprintf(fclient, "\n#pragma option pop"); fprintf(fclient, "\n#endif"); fprintf(fclient, "\n\n/* End of %s */\n", soapClient); fclose(fclient); } if (!Cflag && !iflag && !jflag) { if (namespaceid) fprintf(fserver, "\n\n} // namespace %s\n", namespaceid); if (cflag) fprintf(fserver, "\n\n#ifdef __cplusplus\n}\n#endif"); fprintf(fserver, "\n\n#if defined(__BORLANDC__)"); fprintf(fserver, "\n#pragma option pop"); fprintf(fserver, "\n#pragma option pop"); fprintf(fserver, "\n#endif"); fprintf(fserver, "\n\n/* End of %s */\n", soapServer); fclose(fserver); } } void gen_class(FILE *fd, Entry *p) { Entry *Eptr; Tnode *typ = p->info.typ; const char *x; if (!typ->ref) { if (!is_transient(typ) && !is_external(typ) && !is_volatile(typ)) { sprintf(errbuf, "%s declared in %s:%d has no content", c_type(typ), p->filename, p->lineno); semwarn(errbuf); } return; } x = xsi_type(typ); if (!x || !*x) x = wsdl_type(typ, ""); fprintf(fd, "\n\n/* %s:%d */", p->filename, p->lineno); if (is_header_or_fault(typ) || is_body(typ)) fprintf(fd, "\n#ifndef WITH_NOGLOBAL"); fprintf(fd, "\n#ifndef %s", soap_type(typ)); fprintf(fd, "\n#define %s (%d)\n", soap_type(typ), typ->num); if (typ->recursive) fprintf(fd, "/* Type %s is a recursive data type (in)directly referencing itself through its (base) class members */\n", typ->id->name); if (is_volatile(typ)) fprintf(fd, "#if 0 /* Volatile: not declared here because it is declared already in a library or in other parts of the user's project */\n"); else if (is_transient(typ)) fprintf(fd, "/* Transient type: */\n"); else if (is_invisible(typ->id->name)) fprintf(fd, "/* Operation wrapper: */\n"); else if (is_hexBinary(typ)) fprintf(fd, "/* hexBinary schema type: */\n"); else if (is_binary(typ)) fprintf(fd, "/* base64Binary schema type: */\n"); else if (is_discriminant(typ)) fprintf(fd, "/* Choice: */\n"); else if (is_dynamic_array(typ)) { Eptr = ((Table*)typ->ref)->list; if (has_ns(typ) || is_untyped(typ)) fprintf(fd, "/* Sequence of %s schema type: */\n", x); else { if (!eflag && soap_version >= 0) { sprintf(errbuf, "using SOAP encoded array '%s' is not compliant with WS-I Basic Profile 1.0a", c_type(typ)); compliancewarn(errbuf); } fprintf(fd, "/* SOAP encoded array of %s schema type: */\n", x); } } else if (is_primclass(typ)) fprintf(fd, "/* %s simple type: */\n", x); else if (!strcmp(typ->id->name, "SOAP_ENV__Header")) fprintf(fd, "/* SOAP Header: */\n"); else if (!strcmp(typ->id->name, "SOAP_ENV__Fault")) fprintf(fd, "/* SOAP Fault: */\n"); else if (!strcmp(typ->id->name, "SOAP_ENV__Code")) fprintf(fd, "/* SOAP Fault Code: */\n"); else if (x && *x) fprintf(fd, "/* %s complex type: */\n", x); fflush(fd); if (typ->type == Tstruct) { int permission = -1; int flag = 0; DBGLOG(fprintf(stderr, "\nstruct %s\n", typ->id->name)); fprintf(fd, "struct %s\n{", ident(typ->id->name)); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { if (!cflag && permission != (Eptr->info.sto & (Sprivate | Sprotected))) { if (Eptr->info.sto & Sprivate) fprintf(fd, "\nprivate:"); else if (Eptr->info.sto & Sprotected) fprintf(fd, "\nprotected:"); else fprintf(fd, "\npublic:"); permission = (Eptr->info.sto & (Sprivate | Sprotected)); } if (cflag && Eptr->info.typ->type == Tfun) continue; if (cflag && (Eptr->info.sto & Stypedef)) continue; fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); /*if (Eptr->info.typ->type == Tclass && !is_external(Eptr->info.typ) && Eptr->info.typ->classed == False || (Eptr->info.typ->type == Tpointer || Eptr->info.typ->type == Treference || Eptr->info.typ->type == Trvalueref) && Eptr->info.typ->ref && ((Tnode*)Eptr->info.typ->ref)->type == Tclass && !is_external(Eptr->info.typ->ref) && ((Tnode*)Eptr->info.typ->ref)->classed == False) fprintf(fd, "class "); */ if (Eptr->sym == typ->id && Eptr->info.typ->type == Tfun) /* to emit constructor in a struct: constructor has no return value */ ((FNinfo*)Eptr->info.typ->ref)->ret = mknone(); fprintf(fd, "%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & Sconstobj) fprintf(fd, " const"); if (Eptr->info.sto & Sfinal) fprintf(fd, " final"); if (Eptr->info.sto & Soverride) fprintf(fd, " override"); if (Eptr->info.sto & Sconst) fprintf(fd, "%s;", c_init(Eptr)); else fprintf(fd, ";"); if (Eptr->info.sto & Sreturn) fprintf(fd, "\t/* SOAP 1.2 RPC return element (when namespace qualified) */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (is_imported(Eptr->info.typ)) fprintf(fd, "\t/* type imported from %s */", Eptr->info.typ->imported); if (Eptr->info.sto & Sattribute) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (flag) flag = 0; else if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* not serialized */"); else if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); else if (!is_dynamic_array(typ) && is_repetition(Eptr)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements <%s> of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); else fprintf(fd, "\t/* sequence of elements <%s> of XSD type %s */", ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); flag = 1; } else if (is_anytype(Eptr)) { fprintf(fd, "\t/* any type of element <%s> (defined below)\n\t WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */", ns_convert(Eptr->next->sym->name)); flag = 1; } else if (is_choice(Eptr)) { fprintf(fd, "\t/* union discriminant (of union defined below) */"); flag = 1; } else if (is_anyType(Eptr->info.typ)) fprintf(fd, "\t/* DOM content */"); else if (is_item(Eptr)) fprintf(fd, "\t/* mixed XML content */"); else if (Eptr->info.typ->type != Tfun && Eptr->info.typ->type != Tunion && !(Eptr->info.sto & (Sconst | Sprivate | Sprotected)) && !(Eptr->info.sto & Sattribute) && !is_transient(Eptr->info.typ) && !is_external(Eptr->info.typ) && strncmp(Eptr->sym->name, "__", 2)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, wsdl_type(Eptr->info.typ, "")); else if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (!is_dynamic_array(typ) && !is_primclass(typ)) { if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && !strncmp(Eptr->sym->name, "__size", 6)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__type", 6)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tpointer || ((Tnode*)Eptr->next->info.typ->ref)->type != Tvoid))) { sprintf(errbuf, "Member field '%s' is not followed by a void pointer member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__union", 7)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a union member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && (Eptr->info.sto & Sspecial)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ) && (Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer or union member field in struct '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } } } if (!cflag && !is_transient(typ) && !is_volatile(typ)) { fprintf(fd, "\npublic:\n\tint soap_type() const { return %d; } /* = unique type id %s */", typ->num, soap_type(typ)); if ((x = union_member(typ))) { sprintf(errbuf, "struct '%s' cannot be assigned a default constructor because it is used as a member of union '%s'", typ->id->name, ident(x)); semwarn(errbuf); } else { if (!has_constructor(typ)) { Table *t; Entry *p; fprintf(fd, "\n\t %s();", ident(typ->id->name)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) { sprintf(errbuf, "no constructor for '%s' to explicitly initialize the reference member '%s'", typ->id->name, p->sym->name); semwarn(errbuf); } } } } /* not necessary to add a default destructor, C -> C++ transparency of structs if (!has_destructor(typ)) fprintf(fd, "\n\t ~%s() { }", ident(typ->id->name)); */ } if (Ecflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); if (Edflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 void SOAP_FMAC2 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_ident(typ), c_ident(typ)); } if (!((Table*)typ->ref)->list) { if (cflag) fprintf(fd, "\n#ifdef WITH_NOEMPTYSTRUCT\n\tchar dummy;\t/* empty struct is a GNU extension */\n#endif"); } fprintf(fd, "\n};"); } else if (typ->type == Tclass) { int permission = -1; int flag = 0; DBGLOG(fprintf(stderr, "\nclass %s\n", typ->id->name)); fprintf(fd, "class SOAP_CMAC %s", ident(typ->id->name)); if (typ->base) fprintf(fd, " : public %s", ident(typ->base->name)); fprintf(fd, "\n{"); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { if (permission != (Eptr->info.sto & (Sprivate | Sprotected))) { if (Eptr->info.sto & Sprivate) fprintf(fd, "\nprivate:"); else if (Eptr->info.sto & Sprotected) fprintf(fd, "\nprotected:"); else fprintf(fd, "\npublic:"); permission = (Eptr->info.sto & (Sprivate | Sprotected)); } fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); /* if (Eptr->info.typ->type == Tclass && !is_external(Eptr->info.typ) && Eptr->info.typ->classed == False || (Eptr->info.typ->type == Tpointer || Eptr->info.typ->type == Treference || Eptr->info.typ->type == Trvalueref) && Eptr->info.typ->ref && ((Tnode*)Eptr->info.typ->ref)->type == Tclass && !is_external(Eptr->info.typ->ref) && ((Tnode*)Eptr->info.typ->ref)->classed == False) fprintf(fd, "class "); */ fprintf(fd, "%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & Sconstobj) fprintf(fd, " const"); if (Eptr->info.sto & Sfinal) fprintf(fd, " final"); if (Eptr->info.sto & Soverride) fprintf(fd, " override"); if (Eptr->info.sto & Sabstract) fprintf(fd, " = 0;"); else if (Eptr->info.sto & Sconst) fprintf(fd, "%s;", c_init(Eptr)); else fprintf(fd, ";"); if (Eptr->info.sto & Sreturn) fprintf(fd, "\t/* SOAP 1.2 RPC return element (when namespace qualified) */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (Eptr->info.typ->type != Tfun && is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (is_imported(Eptr->info.typ)) fprintf(fd, "\t/* type imported from %s */", Eptr->info.typ->imported); if (Eptr->info.sto & Sattribute) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional attribute of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (flag) flag = 0; else if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* not serialized */"); else if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); else if (!is_dynamic_array(typ) && is_repetition(Eptr)) { if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, wsdl_type(Eptr->info.typ, "")); else if (Eptr->info.maxOccurs > 1) fprintf(fd, "\t/* sequence of " SOAP_LONG_FORMAT " to " SOAP_LONG_FORMAT " elements <%s> of XSD type %s */", Eptr->info.minOccurs, Eptr->info.maxOccurs, ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); else fprintf(fd, "\t/* sequence of elements <%s> of XSD type %s */", ns_convert(Eptr->next->sym->name), wsdl_type(Eptr->next->info.typ, "")); flag = 1; } else if (is_anytype(Eptr)) { fprintf(fd, "\t/* any type of element <%s> (defined below)\n\t WARNING: do not create a cyclic data structure graph throught this element unless SOAP encoding or SOAP_XML_GRAPH are used for id-ref serialization */", ns_convert(Eptr->next->sym->name)); flag = 1; } else if (is_choice(Eptr)) { fprintf(fd, "\t/* union discriminant (of union defined below) */"); flag = 1; } else if (is_anyType(Eptr->info.typ)) fprintf(fd, "\t/* DOM content */"); else if (is_item(Eptr)) fprintf(fd, "\t/* mixed XML content */"); else if (Eptr->info.typ->type != Tfun && Eptr->info.typ->type != Tunion && !(Eptr->info.sto & (Sconst | Sprivate | Sprotected)) && !(Eptr->info.sto & Sattribute) && !is_transient(Eptr->info.typ) && !is_external(Eptr->info.typ) && strncmp(Eptr->sym->name, "__", 2)) { if (Eptr->info.minOccurs >= 1) fprintf(fd, "\t/* required element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); else fprintf(fd, "\t/* optional element of XSD type %s */", wsdl_type(Eptr->info.typ, "")); } if (!is_dynamic_array(typ) && !is_primclass(typ)) { if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && !strncmp(Eptr->sym->name, "__size", 6)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__type", 6)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tpointer || ((Tnode*)Eptr->next->info.typ->ref)->type != Tvoid))) { sprintf(errbuf, "Member field '%s' is not followed by a void pointer member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if (Eptr->info.typ->type == Tint && !strncmp(Eptr->sym->name, "__union", 7)) { if (!Eptr->next || ((Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a union member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } else if ((Eptr->info.typ->type == Tint || Eptr->info.typ->type == Tsize) && (Eptr->info.sto & Sspecial)) { if (!Eptr->next || (Eptr->next->info.typ->type != Tpointer && !is_smart(Eptr->next->info.typ) && (Eptr->next->info.typ->type != Tunion))) { sprintf(errbuf, "Member field '%s' is not followed by a pointer or union member field in class '%s'", Eptr->sym->name, typ->id->name); semwarn(errbuf); } } } } if (!is_transient(typ) && !is_volatile(typ)) { fprintf(fd, "\npublic:"); fprintf(fd, "\n\t/// Return the unique type ID value %s (%d)", soap_type(typ), typ->num); fprintf(fd, "\n\tvirtual int soap_type(void) const { return %d; }", typ->num); fprintf(fd, "\n\t/// Set object's data members to default values"); fprintf(fd, "\n\tvirtual void soap_default(struct soap*);"); fprintf(fd, "\n\t/// Serialize object to prepare for SOAP 1.1/1.2 encoded output (or with SOAP_XML_GRAPH) by analyzing its (cyclic) structures"); fprintf(fd, "\n\tvirtual void soap_serialize(struct soap*) const;"); if (Etflag) fprintf(fd, "\n\tvirtual void soap_traverse(struct soap*, const char *s, soap_walker, soap_walker);"); fprintf(fd, "\n\t/// Output object in XML, compliant with SOAP 1.1 encoding style, return error code or SOAP_OK"); fprintf(fd, "\n\tvirtual int soap_put(struct soap*, const char *tag, const char *type) const;"); fprintf(fd, "\n\t/// Output object in XML, with tag and optional id attribute and xsi:type, return error code or SOAP_OK"); fprintf(fd, "\n\tvirtual int soap_out(struct soap*, const char *tag, int id, const char *type) const;"); fprintf(fd, "\n\t/// Get object from XML, compliant with SOAP 1.1 encoding style, return pointer to object or NULL on error"); fprintf(fd, "\n\tvirtual void *soap_get(struct soap*, const char *tag, const char *type);"); fprintf(fd, "\n\t/// Get object from XML, with matching tag and type (NULL matches any tag and type), return pointer to object or NULL on error"); fprintf(fd, "\n\tvirtual void *soap_in(struct soap*, const char *tag, const char *type);"); fprintf(fd, "\n\t/// Return a new object of type %s, default initialized and not managed by a soap context", c_type(typ)); fprintf(fd, "\n\tvirtual %s *soap_alloc(void) const { return SOAP_NEW(%s); }", c_type(typ), c_type(typ)); if (Ecflag) { fprintf(fd, "\n\t/// Return a duplicate of this object by deep copying, replicating all deep cycles and shared pointers when a managing soap context is provided as argument.\n\t/// Deep copy is a tree when argument is NULL, but the presence of deep cycles will lead to non-termination.\n\t/// Use flag SOAP_XML_TREE with a managing context to copy into a tree without cycles and pointers to shared objects"); fprintf(fd, "\n\tvirtual %s *soap_dup(struct soap *soap = NULL, void *dest = NULL) const { return soap_dup_%s(soap, (%s*)dest, this); }", c_type(typ), c_ident(typ), c_type(typ)); } if (Edflag) { fprintf(fd, "\n\t/// Delete heap-allocated members of this object by deep deletion ONLY IF this object and all of its (deep) members are not managed by a soap context AND the deep structure is a tree (no cycles and co-referenced objects by way of multiple (non-smart) pointers pointing to the same data)\n\t/// Can be safely used after soap_dup(NULL) to delete the deep copy"); fprintf(fd, "\n\tvirtual void soap_del(void) const { soap_del_%s(this); }", c_ident(typ)); } if ((x = union_member(typ))) { sprintf(errbuf, "class '%s' cannot be assigned a default constructor because it is used as a member of union '%s'", typ->id->name, ident(x)); semwarn(errbuf); } else { if (!has_constructor(typ)) { Table *t; Entry *p; fprintf(fd, "\n\t %s() { %s::soap_default(NULL); }", c_ident(typ), c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) { sprintf(errbuf, "no constructor for '%s' to explicitly initialize the reference member '%s'", typ->id->name, p->sym->name); semwarn(errbuf); } } } } if (!has_destructor(typ)) fprintf(fd, "\n\tvirtual ~%s() { }", c_ident(typ)); } if (Ecflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); if (Edflag) fprintf(fd, "\n\tfriend SOAP_FMAC1 void SOAP_FMAC2 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fd, "\n\tfriend SOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_ident(typ), c_ident(typ)); /* the use of 'friend' causes problems linking static functions. Adding these friends could enable serializing protected/private members (which is not implemented) fprintf(fd, "\n\tfriend %s *soap_in_%s(struct soap*, const char*, %s*, const char*);", typ->id->name, typ->id->name, typ->id->name); fprintf(fd, "\n\tfriend int soap_out_%s(struct soap*, const char*, int, const %s*, const char*);", typ->id->name, typ->id->name); */ } fprintf(fd, "\n};"); } else if (typ->type == Tunion) { int i = 1; fprintf(fd, "union %s\n{", ident(typ->id->name)); for (Eptr = ((Table*)typ->ref)->list; Eptr; Eptr = Eptr->next) { fprintf(fd, "\n#define %s\t(%d)", soap_union_member(typ, Eptr), i); i++; fprintf(fd, "\n\t%s", c_storage(Eptr->info.sto)); fprintf(fd, "%s;", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (Eptr->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fd, "\t/* const field cannot be deserialized */"); if (is_external(Eptr->info.typ)) fprintf(fd, "\t/* external (custom serializer) */"); if (is_transient(Eptr->info.typ)) fprintf(fd, "\t/* transient (not serialized) */"); if (Eptr->info.sto & Sattribute) { fprintf(fd, "\t/* attribute not allowed in union */"); sprintf(errbuf, "union '%s' contains attribute declarations", typ->id->name); semwarn(errbuf); } if (Eptr->info.sto & SmustUnderstand) fprintf(fd, "\t/* mustUnderstand */"); } if (!((Table*)typ->ref)->list) { if (cflag) fprintf(fd, "\n#ifdef WITH_NOEMPTYSTRUCT\n\tchar dummy;\t/* empty union is a GNU extension */\n#endif"); } fprintf(fd, "\n};"); } if (is_volatile(typ)) fprintf(fd, "\n#endif"); fprintf(fd, "\n#endif"); if (is_header_or_fault(typ) || is_body(typ)) fprintf(fd, "\n#endif"); fflush(fd); } void generate_header(Table *t) { Entry *p, *q; banner(fheader, "Enumerations"); fflush(fheader); if (enumtable) { Table *r = mktable(NULL); for (p = enumtable->list; p; p = p->next) { const char *x; int enum64 = False; if (is_imported(p->info.typ) || (is_transient(p->info.typ) && !p->info.typ->ref)) continue; x = xsi_type(p->info.typ); if (!x || !*x) x = wsdl_type(p->info.typ, ""); fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); if (is_volatile(p->info.typ)) fprintf(fheader, "\n#if 0 /* Volatile: not declared here */"); if (is_mask(p->info.typ)) fprintf(fheader, "\n/* Bitmask %s */", x); else fprintf(fheader, "\n/* %s */", x); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (q->info.val.i > 0x7FFFLL || q->info.val.i < -0x8000LL) { enum64 = True; break; } } } if (cflag && p->info.typ->type == Tenum && p->sym->token == TYPE) fprintf(fheader, "\ntypedef "); else fprintf(fheader, "\n"); if (p->info.typ->width == 4 || is_mask(p->info.typ)) { if (p->info.typ->type == Tenumsc) { if (enum64) fprintf(fheader, "enum class %s : int64_t\n{", ident(p->info.typ->id->name)); else fprintf(fheader, "enum class %s\n{", ident(p->info.typ->id->name)); } else fprintf(fheader, "enum %s\n{", ident(p->info.typ->id->name)); } else { const char *t; switch (p->info.typ->width) { case 1: t = "int8_t"; break; case 2: t = "int16_t"; break; case 4: t = "int32_t"; break; default: t = "int64_t"; break; } if (p->info.typ->type == Tenumsc) fprintf(fheader, "enum class %s : %s\n{", ident(p->info.typ->id->name), t); else fprintf(fheader, "enum %s : %s\n{", ident(p->info.typ->id->name), t); } if ((Table*)p->info.typ->ref) { const char *c = "\n\t"; for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { Entry *e = NULL; if (p->info.typ->type == Tenum && (e = entry(r, q->sym)) && e->info.val.i == q->info.val.i) fprintf(fheader, " /* %s%s = " SOAP_LONG_FORMAT " */", c, ident(q->sym->name), q->info.val.i); else { if (q->info.val.i <= 0x7FFFLL && q->info.val.i >= -0x8000LL) fprintf(fheader, "%s%s = " SOAP_LONG_FORMAT, c, ident(q->sym->name), q->info.val.i); else fprintf(fheader, "%s%s = " SOAP_LONG_FORMAT "LL", c, ident(q->sym->name), q->info.val.i); if (p->info.typ->type == Tenum && !e) { e = enter(r, q->sym); e->info.val.i = q->info.val.i; } c = ",\n\t"; } } } if (cflag && p->info.typ->type == Tenum && p->sym->token == TYPE) fprintf(fheader, "\n} %s;", ident(p->sym->name)); else fprintf(fheader, "\n};"); if (is_volatile(p->info.typ)) fprintf(fheader, "\n#endif"); fprintf(fheader, "\n#endif"); } freetable(r); } banner(fheader, "Types with Custom Serializers"); fflush(fheader); if (typetable) { for (p = typetable->list; p; p = p->next) { if (is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_imported(p->info.typ)) { fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%s%s;", c_storage(p->info.sto), c_type_synonym(p->info.typ, p->sym->name)); fprintf(fheader, "\n#endif"); } } } if (typetable) { for (p = typetable->list; p; p = p->next) { if (p->info.typ->type == Tclass && is_eq(p->info.typ->sym->name, "xsd__QName") && !is_external(p->info.typ) && !is_imported(p->info.typ)) { fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%sstd::string %s;", c_storage(p->info.sto), ident(p->sym->name)); fprintf(fheader, "\n#endif\n"); } } } banner(fheader, "Classes, Structs, and Unions"); fflush(fheader); if (classtable) { for (p = classtable->list; p; p = p->next) { if (!is_imported(p->info.typ) && !is_volatile(p->info.typ) && p->info.typ->ref) { if (!is_header_or_fault(p->info.typ) && !is_body(p->info.typ)) { if (cflag && (p->info.typ->type == Tstruct || p->info.typ->type == Tunion) && p->sym->token == TYPE) fprintf(fheader, "\ntypedef "); else fprintf(fheader, "\n"); if (p->info.typ->type == Tstruct) fprintf(fheader, "struct %s", ident(p->sym->name)); else if (!cflag && p->info.typ->type == Tclass) fprintf(fheader, "class %s", ident(p->sym->name)); else if (p->info.typ->type == Tunion) fprintf(fheader, "union %s", ident(p->sym->name)); if (cflag && (p->info.typ->type == Tstruct || p->info.typ->type == Tunion) && p->sym->token == TYPE) fprintf(fheader, " %s;", ident(p->sym->name)); else fprintf(fheader, ";"); fprintf(fheader, "\t/* %s:%d */", p->filename, p->lineno); } } } for (p = classtable->list; p; p = p->next) if (!is_imported(p->info.typ)) gen_class(fheader, p); } banner(fheader, "Typedefs"); fflush(fheader); if (typetable) { for (p = typetable->list; p; p = p->next) { if (!wflag && !is_primitive_or_string(p->info.typ) && !is_external(p->info.typ) && !is_XML(p->info.typ) && !is_transient(p->info.typ) && !has_ns_t(p->info.typ) && !is_imported(p->info.typ) && !is_template(p->info.typ)) { sprintf(errbuf, "serializable typedef '%s' is not namespace qualified: schema definition for '%s' in WSDL file output may be invalid", p->sym->name, p->sym->name); semwarn(errbuf); } if (p->info.typ->type == Tclass && is_eq(p->info.typ->sym->name, "xsd__QName") && !is_external(p->info.typ) && !is_imported(p->info.typ)) continue; if ((!is_external(p->info.typ) && !is_imported(p->info.typ)) || is_synonym(p->info.typ)) { fprintf(fheader, "\n\n/* %s:%d */", p->filename, p->lineno); fprintf(fheader, "\n#ifndef %s", soap_type(p->info.typ)); fprintf(fheader, "\n#define %s (%d)", soap_type(p->info.typ), p->info.typ->num); fprintf(fheader, "\n%s%s;", c_storage(p->info.sto), c_type_synonym(p->info.typ, p->sym->name)); fprintf(fheader, "\n#endif"); } } } banner(fheader, "Externals"); fflush(fheader); if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type != Tfun || (p->info.sto & Sextern)) { fprintf(fheader, "\n\n/* %s:%d */\n", p->filename, p->lineno); if (!(p->info.sto & Sstatic)) fprintf(fheader, "extern "); fprintf(fheader, "%s", c_storage(p->info.sto)); fprintf(fheader, "%s;", c_type_id(p->info.typ, p->sym->name)); } } } fflush(fheader); } void get_namespace_prefixes(void) { Symbol *p, *q; int i, n; const char *s; char buf[256]; if (nslist) return; for (p = symlist; p; p = p->next) { s = p->name; while (*s == '_' || *s == '~') s++; n = (int)(strlen(s) - 2); for (i = 1; i < n; i++) { if (s[i] == ':' || (s[i-1] != '_' && s[i] == '_' && s[i+1] == '_' && s[i+2] && s[i+2] != '_') || (s[i-1] != '_' && (!strncmp(s+i, "___DOT", 6) || !strncmp(s+i, "___USCORE", 9) || (!strncmp(s+i, "___x", 4) && isxdigit(s[i+4]) && isxdigit(s[i+5]) && isxdigit(s[i+6]) && isxdigit(s[i+7]))))) { if (s[i+1] == ':') { i++; continue; } strncpy(buf, s, i); buf[i] = '\0'; if (!strcmp(buf, "SOAP_ENV") || !strcmp(buf, "SOAP_ENC") || !strcmp(buf, "xsd") || !strcmp(buf, "xsi") || !strcmp(buf, "xml") || !strcmp(buf, "std") || !strncmp(buf, "soap_", 5)) goto nsnext; for (q = nslist; q; q = q->next) if (!strcmp(q->name, buf)) goto nsnext; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(i+1); strcpy(q->name, buf); q->name[i] = '\0'; q->next = nslist; nslist = q; break; } } nsnext: ; } q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(4); strcpy(q->name, "xsd"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(4); strcpy(q->name, "xsi"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(9); strcpy(q->name, "SOAP-ENC"); q->next = nslist; nslist = q; q = (Symbol*)emalloc(sizeof(Symbol)); q->name = (char*)emalloc(9); strcpy(q->name, "SOAP-ENV"); q->next = nslist; nslist = q; } void generate_schema(Table *t) { Entry *p = NULL; Symbol *ns; const char *name = NULL; const char *URL = NULL; const char *executable = NULL; const char *URI = NULL; const char *style = NULL; const char *encoding = NULL; const char *protocol = NULL; const char *import = NULL; Service *sp = NULL; char buf[1024]; FILE *fd; int flag = 0; get_namespace_prefixes(); for (ns = nslist; ns; ns = ns->next) { if (!strcmp(ns->name, "SOAP-ENV") || !strcmp(ns->name, "SOAP-ENC") || !strcmp(ns->name, "xsi") || !strcmp(ns->name, "xsd")) continue; name = NULL; URL = NULL; executable = NULL; URI = NULL; style = NULL; encoding = NULL; import = NULL; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns->name)) { name = ns_cname(sp->name, NULL); URL = sp->URL; executable = sp->executable; URI = sp->URI; style = sp->style; encoding = sp->encoding; protocol = sp->protocol; import = sp->import; break; } } if (!URI) { char *s = (char*)emalloc(strlen(tmpURI) + strlen(ns->name) + 6); sprintf(s, "%s/%s.xsd", tmpURI, ns_convert(ns->name)); URI = s; } if (soap_version >= 0 && is_document(style) && encoding && !*encoding) { semwarn("Cannot use document style with SOAP encoding"); encoding = NULL; } if (!name) name = "Service"; if (!URL) URL = "http://localhost:80"; if (!import) flag = 1; if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns->name, p->sym->name)) { if (name) fprintf(fmsg, "Using %s service name: %s\n", ns->name, name); if (protocol) fprintf(fmsg, "Using %s service protocol: %s\n", ns->name, protocol); if (style && soap_version >= 0) fprintf(fmsg, "Using %s service style: %s\n", ns->name, style); else if (!eflag && soap_version >= 0) fprintf(fmsg, "Using %s service style: document\n", ns->name); if (encoding && *encoding) fprintf(fmsg, "Using %s service encoding: %s\n", ns->name, encoding); else if (encoding && !*encoding && soap_version >= 0) fprintf(fmsg, "Using %s service encoding: encoded\n", ns->name); else if (!eflag && soap_version >= 0) fprintf(fmsg, "Using %s service encoding: literal\n", ns->name); if (URL) fprintf(fmsg, "Using %s service location: %s\n", ns->name, URL); if (executable) fprintf(fmsg, "Using %s service executable: %s\n", ns->name, executable); if (import) fprintf(fmsg, "Using %s schema import: %s\n", ns->name, import); else if (URI) fprintf(fmsg, "Using %s schema namespace: %s\n", ns->name, URI); if (sp && sp->name) sprintf(buf, "%s%s.wsdl", dirpath, ns_cname(name, NULL)); else sprintf(buf, "%s%s.wsdl", dirpath, ns_cname(ns->name, NULL)); if (!wflag && !import) { fprintf(fmsg, "Saving %s Web Service description\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write WSDL file"); gen_wsdl(fd, t, ns->name, name, URL, executable, URI, style, encoding, protocol); fclose(fd); } if (!cflag) { if (iflag || jflag) { const char *sname; if (sp && sp->name) sname = sp->name; else sname = ""; if (!Sflag) { const char *name1 = ns_cname(sname, "Proxy"); sprintf(buf, "%s%s%s.h", dirpath, prefix, name1); fprintf(fmsg, "Saving %s client proxy class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy class file"); sprintf(buf, "%s%s.h", prefix, name1); copyrightnote(fd, buf); gen_proxy_header(fd, t, ns, name1); fclose(fd); sprintf(buf, "%s%s%s.cpp", dirpath, prefix, name1); fprintf(fmsg, "Saving %s client proxy class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy class file"); sprintf(buf, "%s%s.cpp", prefix, name1); copyrightnote(fd, buf); gen_proxy_code(fd, t, ns, name1); fclose(fd); } if (!Cflag) { const char *name1 = ns_cname(sname, "Service"); sprintf(buf, "%s%s%s.h", dirpath, prefix, name1); fprintf(fmsg, "Saving %s service class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write service class file"); sprintf(buf, "%s%s.h", prefix, name1); copyrightnote(fd, buf); gen_object_header(fd, t, ns, name1); fclose(fd); sprintf(buf, "%s%s%s.cpp", dirpath, prefix, name1); fprintf(fmsg, "Saving %s service class\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write service class file"); sprintf(buf, "%s%s.cpp", prefix, name1); copyrightnote(fd, buf); gen_object_code(fd, t, ns, name1); fclose(fd); } } else if (zflag == 1) { if (!Sflag && sp && sp->name) { sprintf(buf, "%s%s%s.h", dirpath, prefix, ns_cname(name, "Proxy")); fprintf(fmsg, "Saving %s simple client proxy (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy file"); sprintf(buf, "%s%s.h", prefix, ns_cname(name, "Proxy")); copyrightnote(fd, buf); gen_proxy(fd, t, ns, name, URL); fclose(fd); } else if (!Sflag) { sprintf(buf, "%s%s.h", dirpath, ns_cname(prefix, "Proxy")); fprintf(fmsg, "Saving %s simple client proxy (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write proxy file"); sprintf(buf, "%s.h", ns_cname(prefix, "Proxy")); copyrightnote(fd, buf); gen_proxy(fd, t, ns, "Service", URL); fclose(fd); } if (!Cflag && sp && sp->name) { sprintf(buf, "%s%s%s.h", dirpath, prefix, ns_cname(name, "Object")); fprintf(fmsg, "Saving %s simple server object (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write server object file"); sprintf(buf, "%s%s.h", prefix, ns_cname(name, "Object")); copyrightnote(fd, buf); gen_object(fd, t, name); fclose(fd); } else if (!Cflag) { sprintf(buf, "%s%s.h", dirpath, ns_cname(prefix, "Object")); fprintf(fmsg, "Saving %s simple server object (deprecated)\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write server object file"); sprintf(buf, "%s.h", ns_cname(prefix, "Object")); copyrightnote(fd, buf); gen_object(fd, t, "Service"); fclose(fd); } } } if (!xflag) { strcpy(buf, dirpath); if (sp && sp->name) strcat(buf, ns_fname(name)); else strcat(buf, ns_fname(ns->name)); strcat(buf, "."); gen_data(buf, t, ns->name, encoding); } break; } } if (sp && sp->name) { has_nsmap = 1; if (nflag) sprintf(buf, "%s%s.nsmap", dirpath, prefix); else sprintf(buf, "%s%s.nsmap", dirpath, ns_cname(name, NULL)); fprintf(fmsg, "Saving %s namespace mapping table\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write nsmap file"); fprintf(fd, "\n#include \"%sH.h\"", prefix); if (nflag) fprintf(fd, "\nSOAP_NMAC struct Namespace %s_namespaces[] =\n", prefix); else fprintf(fd, "\nSOAP_NMAC struct Namespace namespaces[] =\n"); gen_nsmap(fd); fclose(fd); if (Tflag && !Cflag) { Entry *method; char soapTester[1024]; char pathsoapTester[1024]; const char *name1 = NULL; Tflag = 0; strcpy(soapTester, prefix); strcat(soapTester, "Tester"); if (cflag) strcat(soapTester, ".c"); else strcat(soapTester, ".cpp"); strcpy(pathsoapTester, dirpath); strcat(pathsoapTester, soapTester); fprintf(fmsg, "Saving %s server auto-test code\n", pathsoapTester); fd = fopen(pathsoapTester, "w"); if (!fd) execerror("Cannot write to file"); copyrightnote(fd, soapTester); fprintf(fd, "\n/*\n Stand-alone server auto-test code:\n Takes request from standard input or over TCP/IP socket and returns\nresponse to standard output or socket\n\n Compile:\n cc soapTester.c soapServer.c soapC.c stdsoap2.c\n\n Command line usage with redirect over stdin/out:\n > ./a.out < SomeTest.req.xml\n > ./a.out 12288 < SomeTest.req.xml\n Note: 12288 = SOAP_XML_INDENT | SOAP_XML_STRICT (see codes in stdsoap2.h)\n Command line usage to start server at port 8080:\n > a.out 12288 8080\n*/\n\n#include \""); if (iflag || jflag) { const char *sname; if (sp && sp->name) sname = sp->name; else sname = ""; name1 = ns_cname(sname, "Service"); fprintf(fd, "%s%s%s.h\"\n\n#ifndef SOAP_DEFMAIN\n# define SOAP_DEFMAIN main\t/* redefine to use your own main() */\n#endif\n\nint SOAP_DEFMAIN(int argc, char **argv)\n{\n\t%s service(argc > 1 ? atoi(argv[1]) : 0);\n\tif (argc <= 2)\n\t\treturn service.serve();\n\twhile (service.run(atoi(argv[2])) != SOAP_OK && service.%serror != SOAP_TCP_ERROR)\n\t\tservice.soap_print_fault(stderr);\n\treturn 0;\n}\n", dirpath, prefix, name1, name1, iflag ? "" : "soap->"); } else fprintf(fd, "%s%s.nsmap\"\n\n#ifndef SOAP_DEFMAIN\n# define SOAP_DEFMAIN main\t/* redefine to use your own main() */\n#endif\n\nint SOAP_DEFMAIN(int argc, char **argv)\n{\n\tstruct soap *soap = soap_new1(argc > 1 ? atoi(argv[1]) : 0);\n\tif (argc <= 2)\n\t\treturn %s_serve(soap);\n\tif (soap_valid_socket(soap_bind(soap, NULL, atoi(argv[2]), 100)))\n\t\twhile (soap_valid_socket(soap_accept(soap)))\n\t\t{\tif (%s_serve(soap))\n\t\t\t\tsoap_print_fault(soap, stderr);\n\t\t\tsoap_destroy(soap);\n\t\t\tsoap_end(soap);\n\t\t}\n\tsoap_destroy(soap);\n\tsoap_end(soap);\n\tsoap_free(soap);\n\treturn 0;\n}\n", dirpath, nflag?prefix:ns_cname(name, NULL), nflag?prefix:"soap", nflag?prefix:"soap"); for (method = t->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { Entry *p = NULL, *q = entry(t, method->sym); Table *r; if (q) p = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, method->sym); r = (Table*)q->info.typ->ref; if (iflag || jflag) fprintf(fd, "\n\n/** Auto-test server operation %s */\nint %s::%s(", method->sym->name, name1, ns_cname(method->sym->name, NULL)); else fprintf(fd, "\n\n/** Auto-test server operation %s */\nint %s(struct soap *soap", method->sym->name, ident(method->sym->name)); gen_params(fd, r, p, !iflag && !jflag); /* single param to single param echo */ if (p && r && r->list && r->list->info.typ == p->info.typ) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t*%s = *%s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Tpointer && r->list->info.typ == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t*%s = %s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Treference && r->list->info.typ == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t%s = %s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); else if (p && r && r->list && p->info.typ->type == Treference && r->list->info.typ->type == Tpointer && r->list->info.typ->ref == (Tnode*)p->info.typ->ref) fprintf(fd, "\n{\t/* Echo request-response parameter */\n\t%s = *%s;\n\treturn SOAP_OK;\n}\n", ident(p->sym->name), ident(r->list->sym->name)); /* params to wrapped params echo */ else { fprintf(fd, "\n{\t(void)soap; /* appease -Wall -Werror */"); if (r && p && p->info.typ->ref && ((Tnode*)p->info.typ->ref)->ref && (((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass)) { const char *s, *a; int d = 1; s = ident(p->sym->name); if (p->info.typ->type == Treference || p->info.typ->type == Trvalueref) a = "."; else a = "->"; for (p = ((Table*)((Tnode*)p->info.typ->ref)->ref)->list, q = r->list; p && q; p = p->next, q = q->next) { if (p->info.typ == q->info.typ) fprintf(fd, "\n\t%s%s%s = %s;", s, a, ident(p->sym->name), ident(q->sym->name)); else if (q->info.typ->type == Tpointer && p->info.typ == (Tnode*)q->info.typ->ref) fprintf(fd, "\n\t%s%s%s = *%s;", s, a, ident(p->sym->name), ident(q->sym->name)); else d = 0; } if (!d) fprintf(fd, "\n\t/* Returns incomplete response containing some default data values */"); } fprintf(fd, "\n\treturn SOAP_OK;\n}\n"); } fflush(fd); } } fclose(fd); } } } if (!wflag && !import) { sprintf(buf, "%s%s.xsd", dirpath, ns_cname(ns->name, NULL)); fprintf(fmsg, "Saving %s XML schema\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write schema file"); fprintf(fd, "\n"); if (t) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns->name, p->sym->name)) { gen_schema(fd, t, ns->name, ns->name, 0, style, encoding); break; } if (!t || !p) gen_schema(fd, t, ns->name, ns->name, 0, style, encoding); fclose(fd); } } if (!has_nsmap) { if (Tflag && !Cflag && !iflag && !jflag) fprintf(fmsg, "Warning: cannot save soapTester, need directive //gsoap service name\n"); for (ns = nslist; ns; ns = ns->next) if (strcmp(ns->name, "SOAP-ENV") && strcmp(ns->name, "SOAP-ENC") && strcmp(ns->name, "xsi") && strcmp(ns->name, "xsd")) break; if (nflag) sprintf(buf, "%s%s.nsmap", dirpath, prefix); else if (ns && ns->name) sprintf(buf, "%s%s.nsmap", dirpath, ns_cname(ns->name, NULL)); else sprintf(buf, "%ssoap.nsmap", dirpath); fprintf(fmsg, "Saving %s namespace mapping table\n", buf); fd = fopen(buf, "w"); if (!fd) execerror("Cannot write nsmap file"); fprintf(fd, "\n#include \"%sH.h\"", prefix); if (nflag) fprintf(fd, "\nSOAP_NMAC struct Namespace %s_namespaces[] =\n", prefix); else fprintf(fd, "\nSOAP_NMAC struct Namespace namespaces[] =\n"); gen_nsmap(fd); fclose(fd); } } int chkhdr(const char *part) { Entry *p; p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) for (p = ((Table*)p->info.typ->ref)->list; p; p = p->next) if (has_ns_eq(NULL, p->sym->name) && (!strcmp(part, p->sym->name) || is_eq_nons(part, p->sym->name))) return 1; sprintf(errbuf, "Cannot define method-header-part in WSDL: SOAP_ENV__Header \"%s\" member field is not qualified", part); semwarn(errbuf); return 0; } void gen_wsdl(FILE *fd, Table *t, const char *ns, const char *name, const char *URL, const char *executable, const char *URI, const char *style, const char *encoding, const char *protocol) { Entry *p, *q, *r; Symbol *s; Service *sp, *sp2; Method *m; const char *mimein = NULL, *mimeout = NULL; int prot, mask = 0x0; /* 0x1 = SOAP, 0x2 = GET, 0x4 = PUT, 0x8 = POST */ const char *action, *comment, *method_style = NULL, *method_encoding = NULL, *method_response_encoding = NULL; const char *portname; const char *binding; fprintf(fd, "\n"); for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns)) break; if (sp && sp->definitions) fprintf(fd, "definitions); else fprintf(fd, "WSDL) fprintf(fd, " targetNamespace=\"%s\"\n xmlns:tns=\"%s\"", sp->WSDL, sp->WSDL); else fprintf(fd, " targetNamespace=\"%s/%s.wsdl\"\n xmlns:tns=\"%s/%s.wsdl\"", URI, name, URI, name); if (sp && sp->binding) binding = ns_cname(sp->binding, NULL); else binding = name; if (sp && sp->portname) portname = ns_cname(sp->portname, NULL); else portname = name; for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (!tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp2->URI); else if (!strcmp(s->name, "SOAP-ENV")) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); else if (!strcmp(s->name, "SOAP-ENC")) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } if (is_soap12(encoding)) fprintf(fd, "\n xmlns:SOAP=\"http://schemas.xmlsoap.org/wsdl/soap12/\""); else fprintf(fd, "\n xmlns:SOAP=\"http://schemas.xmlsoap.org/wsdl/soap/\""); fprintf(fd, "\n xmlns:HTTP=\"http://schemas.xmlsoap.org/wsdl/http/\""); fprintf(fd, "\n xmlns:MIME=\"http://schemas.xmlsoap.org/wsdl/mime/\""); fprintf(fd, "\n xmlns:DIME=\"http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/\""); fprintf(fd, "\n xmlns:WSDL=\"http://schemas.xmlsoap.org/wsdl/\""); fprintf(fd, "\n xmlns=\"http://schemas.xmlsoap.org/wsdl/\">\n\n"); fprintf(fd, "\n\n"); for (s = nslist; s; s = s->next) gen_schema(fd, t, ns, s->name, !strcmp(s->name, ns), style, encoding); fprintf(fd, "\n\n"); fflush(fd); if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { mimein = NULL; mimeout = NULL; comment = NULL; method_style = style; method_encoding = encoding; method_response_encoding = NULL; if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess&MIMEIN) mimein = m->part; if (m->mess&MIMEOUT) mimeout = m->part; if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; else if (m->mess == COMMENT) comment = m->part; } } } if (!method_response_encoding) method_response_encoding = method_encoding; if (get_response(p->info.typ)) fprintf(fd, "\n", ns_remove(p->sym->name)); else fprintf(fd, "\n", ns_remove(p->sym->name)); fflush(fd); if (is_document(method_style)) { if (is_invisible(p->sym->name)) { q = entry(classtable, p->sym); if (q) { q = ((Table*)q->info.typ->ref)->list; if (q) { if (is_invisible(q->sym->name)) { r = entry(classtable, q->sym); if (r) { r = ((Table*)r->info.typ->ref)->list; if (r) { fprintf(fd, " sym, r, ns, 1)) fprintf(fd, " \n"); } } } else { fprintf(fd, " sym, q, ns, 1)) fprintf(fd, " \n"); } } } } else { fprintf(fd, " sym, p, ns, 1)) fprintf(fd, " \n"); } } else { q = entry(classtable, p->sym); if (q) { for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) { if (is_XML(q->info.typ) || is_stdXML(q->info.typ)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } } } } if (mimein) fprintf(fd, " \n"); fprintf(fd, "\n\n"); fflush(fd); q = (Entry*)p->info.typ->ref; for (r = t->list; r; r = r->next) if (r != p && r->info.typ->type == Tfun && !(r->info.sto & Sextern) && q == (Entry*)r->info.typ->ref) q = NULL; if (q && is_transient(q->info.typ)) ; else if (q && !is_response(q->info.typ)) { fprintf(fd, "\n", ns_remove(p->sym->name)); if (is_document(method_style)) fprintf(fd, " \n", ns_add(p, ns)); else if (is_literal(method_response_encoding)) { fprintf(fd, " sym->name), ns_add(q, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } else if (is_XML((Tnode*)q->info.typ->ref) || is_stdXML((Tnode*)q->info.typ->ref)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } if (mimeout) fprintf(fd, " \n"); fprintf(fd, "\n\n"); } else if (q && q->info.typ->wsdl == False) { q->info.typ->wsdl = True; fprintf(fd, "\n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); if (is_document(method_style)) { if (has_ns_eq(NULL, ((Entry*)p->info.typ->ref)->sym->name)) fprintf(fd, " \n", ns_convert(((Entry*)p->info.typ->ref)->sym->name)); else if (is_invisible(((Tnode*)q->info.typ->ref)->id->name)) { r = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; if (r) { fprintf(fd, " sym, r, ns, 1)) fprintf(fd, " \n"); } } else { fprintf(fd, " info.typ->ref)->id->name)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } else { if (((Tnode*)q->info.typ->ref)->ref) { for (q = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) { if (is_XML(q->info.typ) || is_stdXML(q->info.typ)) fprintf(fd, " \n"); else { fprintf(fd, " sym->name), wsdl_type(q->info.typ, ns)); if (gen_member_documentation(fd, p->sym, q, ns, 1)) fprintf(fd, " \n"); } } } } } if (mimeout) fprintf(fd, " \n"); fprintf(fd, "\n\n"); } fflush(fd); } } if (custom_header) { Table *r; fprintf(fd, "\n", name); r = (Table*)entry(classtable, lookup("SOAP_ENV__Header"))->info.typ->ref; if (r) { for (q = r->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && !is_repetition(q) && !is_anytype(q)) fprintf(fd, " \n", ns_remove(q->sym->name), ns_add(q, ns)); } } fprintf(fd, "\n\n"); } if (custom_fault) { Table *r; fprintf(fd, "\n", name); r = (Table*)entry(classtable, lookup("SOAP_ENV__Detail"))->info.typ->ref; if (r) for (q = r->list; q; q = q->next) if (!is_transient(q->info.typ) && !is_repetition(q) && !is_anytype(q) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && has_ns_eq(NULL, q->sym->name)) { fprintf(fd, " sym->name), ns_add(q, ns)); if (gen_member_documentation(fd, q->sym, q, ns, 1)) fprintf(fd, " \n"); } fprintf(fd, "\n\n"); } if (sp) { for (m = sp->list; m; m = m->next) { if (m->mess&FAULT && m->part) { Method *m2; int flag = 0; for (m2 = sp->list; m2 && m2 != m; m2 = m2->next) if (m2->mess&FAULT && !strcmp(m2->part, m->part)) flag = 1; if (!flag) { if (typetable) for (p = typetable->list; p; p = p->next) if ((m->mess&FAULT) && is_eq(m->part, p->info.typ->sym->name)) break; if (!p && classtable) for (p = classtable->list; p; p = p->next) if ((m->mess&FAULT) && is_eq(m->part, p->info.typ->id->name)) break; if (p) { fprintf(fd, "\n", ns_remove(m->part)); fprintf(fd, " \n", ns_convert(m->part)); fprintf(fd, "\n\n"); flag = 0; if (custom_fault) { Table *r; r = (Table*)entry(classtable, lookup("SOAP_ENV__Detail"))->info.typ->ref; if (r) for (q = r->list; q; q = q->next) if (!is_transient(q->info.typ) && !is_repetition(q) && !is_anytype(q) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun && (!strcmp(q->sym->name, m->part) || !strcmp(q->sym->name + 1, m->part))) { flag = 1; break; } } if (!flag) { sprintf(errbuf, "//gsoap %s method-fault %s %s directive does not refer to a member of struct SOAP_ENV__Detail: suggest to define struct SOAP_ENV__Detail with member %s", sp->ns, m->name, m->part, m->part); semwarn(errbuf); } } else { sprintf(errbuf, "//gsoap %s method-fault %s %s directive does not refer to struct/class or typedef: should globablly define fault %s as type (typedef or struct/class)", sp->ns, m->name, m->part, m->part); semwarn(errbuf); } } } } } fflush(fd); if (sp && sp->porttype) fprintf(fd, "\n", sp->porttype); else fprintf(fd, "\n", ns_cname(name, "PortType")); if (protocol) { if (strncmp(protocol, "SOAP", 4)) { if (strstr(protocol, "GET")) mask = 0x2; else if (strstr(protocol, "PUT")) mask = 0x4; else /* POST */ mask = 0x8; } else mask = 0x1; } for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { comment = NULL; if (sp) { for (m = sp->list; m; m = m->next) { if (m->mess == COMMENT && is_eq_nons(m->name, p->sym->name)) comment = m->part; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) { if (strstr(m->part, "GET")) mask |= 0x2; else if (strstr(m->part, "PUT")) mask |= 0x4; else /* POST */ mask |= 0x8; } else mask |= 0x1; } } } if (!mask) { if (soap_version < 0) mask = 0x8; /* -0 option: use POST */ else mask = 0x1; } fprintf(fd, " \n", ns_remove(p->sym->name)); if (comment) fprintf(fd, " %s\n", comment); else fprintf(fd, " Service definition of function %s\n", p->sym->name); if (get_response(p->info.typ)) fprintf(fd, " \n", ns_remove(p->sym->name)); else fprintf(fd, " \n", ns_remove(p->sym->name)); q = (Entry*)p->info.typ->ref; if (q && is_transient(q->info.typ)) ; else if (q && !is_response(q->info.typ)) fprintf(fd, " \n", ns_remove(p->sym->name)); else if (q) fprintf(fd, " \n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); if (sp) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && is_eq_nons(m->name, p->sym->name)) fprintf(fd, " \n", ns_remove(m->part), ns_remove(m->part)); fprintf(fd, " \n"); } } fprintf(fd, "\n\n"); for (prot = 0x1; prot <= 0x8; prot <<= 1) { if ((prot & mask)) { const char *v = "", *b = ""; switch (prot) { case 0x1: v = ""; b = "SOAP"; break; case 0x2: v = "GET"; b = "HTTP"; break; case 0x4: v = "PUT"; b = "HTTP"; break; case 0x8: v = "POST"; b = "HTTP"; break; } fprintf(fd, "porttype) fprintf(fd, "type=\"tns:%s\">\n porttype); else fprintf(fd, "type=\"tns:%s\">\n porttype) fprintf(fd, "type=\"tns:%s\">\n porttype); else fprintf(fd, "type=\"tns:%s\">\n transport) fprintf(fd, " transport=\"%s\"/>\n", sp->transport); else fprintf(fd, " transport=\"http://schemas.xmlsoap.org/soap/http\"/>\n"); } else { if (sp && sp->porttype) fprintf(fd, "type=\"tns:%s\">\n \n", sp->porttype, v); else fprintf(fd, "type=\"tns:%s\">\n \n", ns_cname(name, "PortType"), v); } fflush(fd); for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { action = ""; mimein = NULL; mimeout = NULL; method_style = style; method_encoding = encoding; method_response_encoding = NULL; if (sp) { int v = 0x1; if (sp->protocol) { if (strncmp(sp->protocol, "SOAP", 4)) { if (strstr(sp->protocol, "GET")) v = 0x2; else if (strstr(sp->protocol, "PUT")) v = 0x4; else /* POST */ v = 0x8; } } for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess&MIMEIN) mimein = m->part; if (m->mess&MIMEOUT) mimeout = m->part; if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; else if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; else if (m->mess == RESPONSE_ACTION) action = m->part; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) { if (strstr(m->part, "GET")) v = 0x2; else if (strstr(m->part, "PUT")) v = 0x4; else /* POST */ v = 0x8; } else v = 0x1; } } } if (soap_version < 0) v = 0x8; if (prot != v) continue; } if (!method_response_encoding) method_response_encoding = method_encoding; fprintf(fd, " \n", ns_remove(p->sym->name)); if (prot == 0x1) { if (is_document(style)) { if (is_document(method_style)) { if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else { if (is_document(method_style)) { if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } else if (is_soap12(encoding) && !*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } } else { if (!*action) fprintf(fd, " \n"); else if (*action == '"') fprintf(fd, " \n", action); else fprintf(fd, " \n", action); } fprintf(fd, " \n"); q = entry(classtable, p->sym); if (prot == 0x1) { if (mimein) fprintf(fd, " \n \n"); if (is_literal(method_encoding) || (q && (q = (((Table*)q->info.typ->ref)->list)) && q && is_XML(q->info.typ))) { if (is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", URI); } else { if (encoding && *encoding) fprintf(fd, " \n", URI, encoding); else if (method_encoding && *method_encoding) fprintf(fd, " \n", URI, method_encoding); else fprintf(fd, " \n", URI, encURI); if (!eflag) { sprintf(errbuf, "operation '%s' is not compliant with WS-I Basic Profile 1.0a, reason: uses SOAP encoding", p->sym->name); compliancewarn(errbuf); } } if (custom_header) { m = NULL; if (sp) { for (m = sp->list; m; m = m->next) if (is_eq_nons(m->name, p->sym->name) && (m->mess&HDRIN)) { if (chkhdr(m->part)) fprintf(fd, " \n", name, ns_remove(m->part)); } } } if (mimein) { if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name) && (m->mess&MIMEIN)) fprintf(fd, " \n \n \n", m->part); } } fprintf(fd, " \n \n"); } } else if (prot == 0x2) fprintf(fd, " \n"); else { if (mimein) fprintf(fd, " \n", mimein); else if (!q || is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", ns_remove(q->sym->name)); } fprintf(fd, " \n"); q = (Entry*)p->info.typ->ref; if (!q || !q->info.typ->ref) { fprintf(fd, " \n"); continue; } if (prot != 0x4) { fprintf(fd, " \n"); if (prot == 0x1) { if (mimeout) fprintf(fd, " \n \n"); if (is_literal(method_response_encoding) || is_XML((Tnode*)q->info.typ->ref)) { if (is_document(method_style)) fprintf(fd, " \n"); else fprintf(fd, " \n", URI); } else if (encoding && *encoding) fprintf(fd, " \n", URI, encoding); else if (method_response_encoding && *method_response_encoding) fprintf(fd, " \n", URI, method_response_encoding); else fprintf(fd, " \n", URI, encURI); if (custom_header) { if (sp) for (m = sp->list; m; m = m->next) if (is_eq_nons(m->name, p->sym->name) && (m->mess&HDROUT)) { if (chkhdr(m->part)) fprintf(fd, " \n", name, ns_remove(m->part)); } } if (mimeout) { if (sp) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name) && (m->mess&MIMEOUT)) fprintf(fd, " \n \n \n", m->part); } } fprintf(fd, " \n \n"); } } else { q = (Entry*)p->info.typ->ref; if (is_document(method_style)) fprintf(fd, " \n"); else if (q && !is_transient(q->info.typ) && !is_response(q->info.typ) && is_literal(method_response_encoding)) fprintf(fd, " \n", ns_remove(q->sym->name)); else fprintf(fd, " \n"); } fprintf(fd, " \n"); } if (sp) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && is_eq_nons(m->name, p->sym->name)) fprintf(fd, " \n \n \n", ns_remove(m->part), ns_remove(m->part)); fprintf(fd, " \n"); fflush(fd); } } fprintf(fd, "\n\n"); } } } fprintf(fd, "\n", name); if (sp && sp->documentation) fprintf(fd, " %s\n", sp->documentation); else fprintf(fd, " gSOAP " VERSION " generated service definition\n"); if (executable) fprintf(fd, " \n \n ", portname, binding, URL, executable); for (prot = 0x1; prot <= 0x8; prot <<= 1) { if ((prot & mask)) { const char *s, *t, *v = "", *b = ""; switch (prot) { case 0x1: v = ""; b = "SOAP"; break; case 0x2: v = "GET"; b = "HTTP"; break; case 0x4: v = "PUT"; b = "HTTP"; break; case 0x8: v = "POST"; b = "HTTP"; break; } fprintf(fd, " \n", portname, v, binding, v); for (s = URL; s; s = t) { int n; t = strchr(s, ' '); if (t) { n = (int)(t - s); t++; } else n = (int)strlen(s); fprintf(fd, " <%s:address location=\"%.*s\"/>\n", b, n, s); } fprintf(fd, " \n"); } } fprintf(fd, "\n\n\n"); } const char * default_value(Entry *e) { const char *a; Entry *q; static char buf[4096]; buf[0] = '\0'; if (e->info.sto & Sconst) a = "fixed"; else a = "default"; if (e->info.hasval) { switch (e->info.typ->type) { case Tchar: case Twchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Tlong: case Tllong: case Tulong: case Tullong: case Tsize: sprintf(buf, " %s=\"" SOAP_LONG_FORMAT "\"", a, e->info.val.i); break; case Tfloat: case Tdouble: case Tldouble: sprintf(buf, " %s=\"%g\"", a, e->info.val.r); break; case Ttime: break; /* should get value? */ case Tenum: case Tenumsc: for (q = ((Table*)e->info.typ->ref)->list; q; q = q->next) { if (q->info.val.i == e->info.val.i) { sprintf(buf, " %s=\"%s\"", a, ns_remove2(q->sym->name, c_ident(e->info.typ))); break; } } break; default: if (e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-12) sprintf(buf, " %s=\"%s\"", a, xstring(e->info.val.s)); break; } } return buf; } const char * nillable(Tnode *typ) { if (typ->type == Tpointer) return "true"; return "false"; } void gen_schema(FILE *fd, Table *t, const char *ns1, const char *ns, int all, const char *style, const char *encoding) { int i, d; char cbuf[4]; Entry *p, *q, *r; Tnode *n; Symbol *s; Service *sp, *sp2; Method *m; int flag; if (!strcmp(ns, "SOAP-ENV") || !strcmp(ns, "SOAP-ENC") || !strcmp(ns, "xsi") || !strcmp(ns, "xsd")) return; for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns) && sp->URI) break; if (sp && sp->import) return; fprintf(fd, " URI); else fprintf(fd, "targetNamespace=\"%s/%s.xsd\"", tmpURI, ns_convert(ns)); for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (!tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp2->URI); else if (!strcmp(s->name, "SOAP-ENV")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); } else if (!strcmp(s->name, "SOAP-ENC")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); } else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } fprintf(fd, "\n xmlns=\"%s\"\n", xsdURI); if (sp && (sp->elementForm || sp->attributeForm)) fprintf(fd, " elementFormDefault=\"%s\"\n attributeFormDefault=\"%s\">\n", sp->elementForm?sp->elementForm:"unqualified", sp->attributeForm?sp->attributeForm:"unqualified"); else if (style && !strcmp(style, "document")) fprintf(fd, " elementFormDefault=\"qualified\"\n attributeFormDefault=\"unqualified\">\n"); else fprintf(fd, " elementFormDefault=\"unqualified\"\n attributeFormDefault=\"unqualified\">\n"); fflush(fd); flag = 0; for (s = nslist; s; s = s->next) { for (sp2 = services; sp2; sp2 = sp2->next) if (sp2 != sp && !tagcmp(sp2->ns, s->name) && sp2->URI) break; if (sp2) { fprintf(fd, " URI); if (sp2->import) fprintf(fd, " schemaLocation=\"%s\"", sp2->import); fprintf(fd, "/>\n"); if (!strcmp(sp2->URI, encURI)) flag = 1; } } if (!flag) fprintf(fd, " ", encURI); fprintf(fd, "\n"); fflush(fd); if (typetable) { for (p = typetable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_invisible(p->sym->name) || p->info.typ->type == Ttemplate) continue; if (is_element(p->info.typ) && (p->info.typ->type == Tclass || p->info.typ->type == Tstruct) && !is_stdstr(p->info.typ)) continue; if ((!is_external(p->info.typ) || is_volatile(p->info.typ)) && ((has_ns_eq(ns, p->sym->name)))) { /* typedefs that are used for SOAP Fault details */ m = NULL; if (p->info.typ->type != Tstruct && p->info.typ->type != Tclass) { for (sp2 = services; sp2 && !m; sp2 = sp2->next) { for (m = sp2->list; m; m = m->next) { if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; } } } if (m) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); continue; } if (is_primitive_or_string(p->info.typ) || (p->info.typ->type == Tpointer && is_primitive_or_string((Tnode*)p->info.typ->ref))) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); if (p->info.typ->pattern && p->info.typ->pattern[0] == '%' && p->info.typ->pattern[1]) { unsigned int n = (unsigned int)strtoul(p->info.typ->pattern + 1, NULL, 10); unsigned int f = 0; const char *s = strchr(p->info.typ->pattern, '.'); if (s) f = (unsigned int)strtoul(s + 1, NULL, 10); if (s && f && (p->info.typ->type == Tfloat || p->info.typ->type == Tdouble || p->info.typ->type == Tldouble)) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (n) fprintf(fd, " \n", n); fprintf(fd, " \n", f); } else if (n && (p->info.typ->type == Tfloat || p->info.typ->type == Tdouble || p->info.typ->type == Tldouble)) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n", n); } else if (n && p->info.typ->type >= Tchar && p->info.typ->type <= Tullong) { fprintf(fd, " \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n", n); } else { fprintf(fd, " \n", base_type(p->info.typ, ns1)); } } else { fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (p->info.typ->pattern) fprintf(fd, " \n", p->info.typ->pattern); } if (is_primitive(p->info.typ) || (p->info.typ->type == Tpointer && is_primitive((Tnode*)p->info.typ->ref) && !is_string(p->info.typ) && !is_wstring(p->info.typ))) { if (p->info.typ->hasmin) { if (p->info.typ->type >= Tfloat && p->info.typ->type <= Tldouble) { if (p->info.typ->incmin) fprintf(fd, " \n", p->info.typ->min); else fprintf(fd, " \n", p->info.typ->min); } else { if (p->info.typ->incmin) fprintf(fd, " \n", (LONG64)p->info.typ->min); else fprintf(fd, " \n", (LONG64)p->info.typ->min); } } if (p->info.typ->hasmax) { if (p->info.typ->type >= Tfloat && p->info.typ->type <= Tldouble) { if (p->info.typ->incmax) fprintf(fd, " \n", p->info.typ->max); else fprintf(fd, " \n", p->info.typ->max); } else { if (p->info.typ->incmax) fprintf(fd, " \n", (LONG64)p->info.typ->max); else fprintf(fd, " \n", (LONG64)p->info.typ->max); } } } else { if (p->info.typ->hasmax && p->info.typ->max >= 0 && p->info.typ->incmin && p->info.typ->incmax && p->info.typ->min == p->info.typ->max) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else { if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } } } fprintf(fd, " \n \n"); } else if (is_fixedstring(p->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n", base_type(p->info.typ, ns1)); if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } else fprintf(fd, " \n", get_dimension(p->info.typ) - 1); fprintf(fd, " \n \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", base_type(p->info.typ, ns1)); fprintf(fd, " \n \n \n"); } } } } fflush(fd); if (enumtable) { for (p = enumtable->list; p; p = p->next) { if (!is_transient(p->info.typ) && !is_invisible(p->sym->name) && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { flag = 0; if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (!has_ns_eq(NULL, ns_remove2(q->sym->name, c_ident(p->info.typ)))) { flag = 1; break; } } if (flag == 1) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { const char *s = ns_remove2(q->sym->name, c_ident(p->info.typ)); while (*s && isdigit(*s)) s++; if (*s) { flag = 2; break; } } } } fprintf(fd, " ", wsdl_type(p->info.typ, NULL)); gen_type_documentation(fd, p, ns); if (is_mask(p->info.typ)) { fprintf(fd, " \n"); if (flag == 0) fprintf(fd, " \n"); else if (flag == 1) fprintf(fd, " \n"); else fprintf(fd, " \n"); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { fprintf(fd, " sym->name, c_ident(p->info.typ))); if (gen_member_documentation(fd, p->sym, q, ns, q->info.typ->type == Tenumsc)) fprintf(fd, " "); if (!uflag) fprintf(fd, " \n", q->info.val.i); } } fprintf(fd, " \n \n \n"); } else { if (flag == 0) fprintf(fd, " \n"); else if (flag == 1) fprintf(fd, " \n"); else fprintf(fd, " \n"); if ((Table*)p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { fprintf(fd, " sym->name, c_ident(p->info.typ))); if (gen_member_documentation(fd, p->sym, q, ns, q->info.typ->type == Tenumsc)) fprintf(fd, " "); if (!uflag) fprintf(fd, " \n", q->info.val.i); } } fprintf(fd, " \n \n"); } } } } fflush(fd); if (classtable) { for (p = classtable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_invisible(p->sym->name)) continue; for (q = t->list; q; q = q->next) if (q->info.typ->type == Tfun && !(q->info.sto & Sextern) && p == get_response(q->info.typ)) break; /* omit the auto-generated and user-defined response struct/class (when necessary) */ if (!q) for (q = t->list; q; q = q->next) if (q->info.typ->type == Tfun && !(q->info.sto & Sextern) && !has_ns_eq(NULL, ((Entry*)q->info.typ->ref)->sym->name)) { r = entry(t, q->sym); if (r && r->info.typ->ref && is_response(((Entry*)r->info.typ->ref)->info.typ) && p->info.typ == (Tnode*)((Entry*)r->info.typ->ref)->info.typ->ref) break; } if (q) continue; /* classes that are used for SOAP Fault details */ m = NULL; for (sp2 = services; sp2 && !m; sp2 = sp2->next) for (m = sp2->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (m) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); } } if (p->info.typ->ref && is_binary(p->info.typ)) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { if (is_attachment(p->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n"); if (!eflag) fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); if (p->info.typ->hasmax && p->info.typ->max >= 0 && p->info.typ->incmin && p->info.typ->incmax && p->info.typ->min == p->info.typ->max) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else { if (p->info.typ->hasmin && p->info.typ->min >= 0) { if (p->info.typ->incmin) fprintf(fd, " \n", (ULONG64)p->info.typ->min); else fprintf(fd, " \n", (ULONG64)p->info.typ->min + 1); } if (p->info.typ->hasmax && p->info.typ->max >= 0) { if (p->info.typ->incmax) fprintf(fd, " \n", (ULONG64)p->info.typ->max); else fprintf(fd, " \n", (ULONG64)p->info.typ->max - 1); } } fprintf(fd, " \n \n"); } } } else if (p->info.typ->ref && !is_transient(p->info.typ) && is_primclass(p->info.typ)) { if ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name)) { q = ((Table*)p->info.typ->ref)->list; if (q && strncmp(q->sym->name, "xsd__anyType", 12)) { if (is_string(q->info.typ) || is_wstring(q->info.typ) || is_stdstring(q->info.typ) || is_stdwstring(q->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else if (is_primitive(q->info.typ) && q->info.typ->type != Tenum && q->info.typ->type != Tenumsc) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } else if (!has_ns(q->info.typ)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1)); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); } } } } else if (p->info.typ->ref && !is_transient(p->info.typ)) { q = ((Table*)p->info.typ->ref)->list; if (entry(t, p->sym) && (!q || !is_XML(q->info.typ))) ; else if (is_dynamic_array(p->info.typ)) { if (eflag || (!has_ns(p->info.typ) && !is_untyped(p->info.typ))) { if (all) { d = get_Darraydims(p->info.typ)-1; for (i = 0; i < d; i++) cbuf[i] = ','; cbuf[i] = '\0'; if (q->info.maxOccurs == 1) { fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL)); if (!is_literal(encoding)) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), nillable((Tnode*)q->info.typ->ref)); if (!is_literal(encoding)) fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL), cbuf); fprintf(fd, " \n \n"); } else { fprintf(fd, " \n \n", wsdl_type(p->info.typ, NULL)); if (!is_literal(encoding)) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); if (!is_literal(encoding)) fprintf(fd, " \n \n", wsdl_type(q->info.typ, ns1), cbuf); fprintf(fd, " \n \n"); } } } else if (p->info.typ->ref && ((Table*)p->info.typ->ref)->prev && !is_transient(entry(classtable, ((Table*)p->info.typ->ref)->prev->sym)->info.typ) && strncmp(((Table*)p->info.typ->ref)->prev->sym->name, "xsd__anyType", 12)) { if (q->info.maxOccurs == 1) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); fprintf(fd, " \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1)); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); fprintf(fd, " \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else { if (q->info.maxOccurs == 1) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), nillable((Tnode*)q->info.typ->ref)); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n \n", q->sym->name[5]?ns_remove(q->sym->name+5):"item", wsdl_type(q->info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, nillable((Tnode*)q->info.typ->ref)); } } } else if (is_discriminant(p->info.typ) && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { fprintf(fd, " \n", ns_remove(p->sym->name)); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else if (p->info.typ->type == Tstruct && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } else if (p->info.typ->type == Tclass && ((!has_ns(p->info.typ) && all) || has_ns_eq(ns, p->sym->name))) { if (p->info.typ->ref) { if (((Table*)p->info.typ->ref)->prev && !is_transient(entry(classtable, ((Table*)p->info.typ->ref)->prev->sym)->info.typ) && strncmp(((Table*)p->info.typ->ref)->prev->sym->name, "xsd__anyType", 12)) { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n \n \n", ns_convert(((Table*)p->info.typ->ref)->prev->sym->name)); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n \n \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } else { fprintf(fd, " ", ns_remove(p->sym->name)); gen_type_documentation(fd, p, ns); fprintf(fd, " \n"); gen_schema_elements(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, p->info.typ, ns, ns1); fprintf(fd, " \n"); } } } } } } fflush(fd); for (n = Tptr[Tarray]; n; n = n->next) { if (is_transient(n) || is_fixedstring(n)) continue; if (is_literal(encoding)) fprintf(fd, " \n \n \n \n \n \n \n", c_ident(n), wsdl_type((Tnode*)n->ref, ns1), get_dimension(n)); else fprintf(fd, " \n \n \n \n \n \n \n", c_ident(n), xsi_type((Tnode*)n->ref), get_dimension(n)); fflush(fd); } gen_schema_elements_attributes(fd, t, ns, ns1, style, encoding); fprintf(fd, " \n\n"); } void gen_schema_elements(FILE *fd, Tnode *p, const char *ns, const char *ns1) { Entry *q; for (q = ((Table*)p->ref)->list; q; q = q->next) if (gen_schema_element(fd, p, q, ns, ns1)) q = q->next; } int gen_schema_element(FILE *fd, Tnode *p, Entry *q, const char *ns, const char *ns1) { const char *s, *t; if (is_transient(q->info.typ) || (q->info.sto & Sattribute) || q->info.typ->type == Tfun || q->info.typ->type == Tunion) return 0; if (is_repetition(q)) { if (is_sequence(q->next)) { fprintf(fd, " \n"); if (q->next->info.typ->ref) gen_schema_elements(fd, (Tnode*)q->next->info.typ->ref, ns, ns1); fprintf(fd, " \n"); return 1; } t = ns_convert(q->next->sym->name); if (*t == '-') fprintf(fd, " \n", q->next->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->next->sym->name+1, ':') || !has_ns_eq(ns, q->next->sym->name))) { if (((Tnode*)q->next->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (((Tnode*)q->next->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); } else if (q->info.maxOccurs == 1) fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " next->info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } return 1; } else if ((q->info.typ->type == Ttemplate && !is_smart(q->info.typ)) || (q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Ttemplate) || (q->info.typ->type == Treference && ((Tnode*)q->info.typ->ref)->type == Ttemplate) || (q->info.typ->type == Trvalueref && ((Tnode*)q->info.typ->ref)->type == Ttemplate)) { t = ns_convert(q->sym->name); if (*t == '-') fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (((Tnode*)q->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.minOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (((Tnode*)q->info.typ->ref)->type == Tpointer) { if (q->info.maxOccurs == 1) fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); } else if (q->info.maxOccurs == 1) fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, form); else fprintf(fd, " info.typ->ref, ns1), q->info.minOccurs, q->info.maxOccurs, form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } } else if (is_anytype(q)) /* ... maybe need to show all possible types rather than xsd:anyType */ { fprintf(fd, " \n", ns_convert(q->next->sym->name), q->info.minOccurs, q->info.maxOccurs); return 1; } else if (is_choice(q)) { if (q->info.minOccurs == 0) fprintf(fd, " \n"); else fprintf(fd, " \n"); if (q->next->info.typ->ref) gen_schema_elements(fd, q->next->info.typ, ns, ns1); fprintf(fd, " \n"); return 1; } else if (is_sequence(q)) { if (q->info.minOccurs == 0) fprintf(fd, " \n"); else fprintf(fd, " \n"); if (q->info.typ->type == Tpointer) gen_schema_elements(fd, (Tnode*)q->info.typ->ref, ns, ns1); else if (q->info.typ->ref) gen_schema_elements(fd, q->info.typ, ns, ns1); fprintf(fd, " \n"); return 0; } else { t = ns_convert(q->sym->name); if (*t == '-') fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (is_smart(q->info.typ) || q->info.typ->type == Tpointer || q->info.typ->type == Tarray || is_dynamic_array(q->info.typ)) fprintf(fd, " info.minOccurs, q->info.maxOccurs); else fprintf(fd, " info.minOccurs, q->info.maxOccurs); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (is_smart(q->info.typ) || q->info.typ->type == Tpointer || q->info.typ->type == Tarray || is_dynamic_array(q->info.typ)) fprintf(fd, " info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, default_value(q), form); else fprintf(fd, " info.typ, ns1), q->info.minOccurs, q->info.maxOccurs, default_value(q), form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } } fflush(fd); return 0; } void gen_schema_elements_attributes(FILE *fd, Table *t, const char *ns, const char *ns1, const char *style, const char *encoding) { Entry *p, *q, *e; Table *elt, *att; Service *sp; Method *m; Symbol *sym; const char *s, *method_style, *method_encoding, *method_response_encoding; int all = !strcmp(ns, ns1); elt = mktable(NULL); att = mktable(NULL); if (t && all) { for (p = t->list; p; p = p->next) { if (!eflag && p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { method_encoding = encoding; method_response_encoding = NULL; method_style = style; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == STYLE) method_style = m->part; } } } } if (!method_response_encoding) method_response_encoding = method_encoding; q = entry(classtable, p->sym); if (q) { if (is_document(method_style)) { if (!is_invisible(p->sym->name)) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n \n", ns_remove(p->sym->name)); gen_schema_elements(fd, q->info.typ, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, q->info.typ, ns, ns1); fprintf(fd, " \n \n"); e = enter(elt, sym); e->info = p->info; } } else { for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) { if (!(q->info.sto & Sextern) && !has_ns_eq(NULL, q->sym->name)) { sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) /* enter/entry w/o prefix is not useful to avoid clashes */ { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } } q = (Entry*)p->info.typ->ref; for (e = t->list; e; e = e->next) if (e != p && e->info.typ->type == Tfun && !(e->info.sto & Sextern) && q == (Entry*)e->info.typ->ref) q = NULL; if (q && !is_transient(q->info.typ)) { if (!is_response(q->info.typ)) { if (is_document(method_style)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n", ns_remove(p->sym->name)); fprintf(fd, " \n"); gen_schema_element(fd, p->info.typ, q, ns, ns1); fprintf(fd, " \n"); fprintf(fd, " \n \n"); } } else if (((Tnode*)q->info.typ->ref)->ref) { if (is_document(method_style)) { if (!has_ns_eq(NULL, q->sym->name)) { sym = ((Tnode*)q->info.typ->ref)->id; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n \n", ns_remove(((Tnode*)q->info.typ->ref)->id->name)); fprintf(fd, " \n"); gen_schema_elements(fd, (Tnode*)q->info.typ->ref, ns, ns1); fprintf(fd, " \n"); gen_schema_attributes(fd, (Tnode*)q->info.typ->ref, ns, ns1); fprintf(fd, " \n \n"); e = enter(elt, sym); e->info = q->info; } } } } } } } } } if (t && !eflag) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern)) { q = (Entry*)p->info.typ->ref; if (q && !is_transient(q->info.typ)) { if (is_response(q->info.typ)) { if (has_ns_eq(ns, q->sym->name)) { sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { if (!uflag) fprintf(fd, " \n"); fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } } } } for (p = typetable->list; p; p = p->next) { if (is_transient(p->info.typ) || is_primclass(p->info.typ) || is_dynamic_array(p->info.typ)) continue; if (is_element(p->info.typ) && has_ns_eq(ns, p->sym->name)) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (!m) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { fprintf(fd, " \n", ns_remove(p->sym->name), base_type(p->info.typ, ns1)); e = enter(elt, sym); e->info = p->info; } } } } for (p = classtable->list; p; p = p->next) { if (!p->info.typ->ref || /* is_invisible(p->info.typ->id->name) || */ is_transient(p->info.typ) || is_primclass(p->info.typ) || is_dynamic_array(p->info.typ)) continue; for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (!is_repetition(q) && !is_anytype(q) && (!strchr(q->sym->name+1, ':') || !eq_ns(p->sym->name, q->sym->name)) && has_ns_eq(ns, q->sym->name) && !is_transient(q->info.typ) && q->info.typ->type != Tfun) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, q->sym->name)) break; if (m) continue; /* already generated element for fault */ if (!(q->info.sto & Sattribute) && (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || is_typedef(q->info.typ))) if (is_element(q->info.typ) || is_eq(q->info.typ->id->name, q->sym->name)) continue; /* type is already an element or type name matches member name */ sym = q->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (q->info.sto & Sattribute) { e = entry(att, sym); if (e) { if ((!is_primitive(q->info.typ) || e->info.typ->type != q->info.typ->type) && reftype(e->info.typ) != reftype(q->info.typ)) { sprintf(errbuf, "Member '%s::%s' of type '%s' at line %d has a type that does not correspond to the required unique type '%s' defined for root-level attribute '%s'", p->sym->name, q->sym->name, c_type(q->info.typ), q->lineno, c_type(e->info.typ), ns_convert(q->sym->name)); semwarn(errbuf); } } else { fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(att, sym); e->info = q->info; } } else { e = entry(elt, sym); if (e) { if ((!is_primitive(q->info.typ) || e->info.typ->type != q->info.typ->type) && reftype(e->info.typ) != reftype(q->info.typ)) { sprintf(errbuf, "Member '%s::%s' of type '%s' at line %d has a type that does not correspond to the required unique type '%s' defined for root-level element '%s'", p->sym->name, q->sym->name, c_type(q->info.typ), q->lineno, c_type(e->info.typ), ns_convert(q->sym->name)); semwarn(errbuf); } } else { fprintf(fd, " \n", ns_remove(q->sym->name), wsdl_type(q->info.typ, ns1)); e = enter(elt, sym); e->info = q->info; } } } } if (is_element(p->info.typ) && has_ns_eq(ns, p->sym->name)) { m = NULL; for (sp = services; sp && !m; sp = sp->next) for (m = sp->list; m; m = m->next) if ((m->mess&FAULT) && m->part && is_eq(m->part, p->sym->name)) break; if (!m) { sym = p->sym; s = sym->name; if (*s == '_' && !(sym = lookup(s + 1))) sym = install(s + 1, ID); if (!entry(elt, sym)) { fprintf(fd, " \n", ns_remove(p->sym->name), wsdl_type(p->info.typ, ns1)); e = enter(elt, sym); e->info = p->info; } } } } freetable(elt); freetable(att); } void gen_schema_attributes(FILE *fd, Tnode *p, const char *ns, const char *ns1) { Entry *q; const char *t, *s, *r; for (q = ((Table*)p->ref)->list; q; q = q->next) { if (q->info.sto & Sattribute && !(q->info.sto & (Sprivate | Sprotected))) { r = default_value(q); t = ns_convert(q->sym->name); if (*t == '-' || is_anyAttribute(q->info.typ)) fprintf(fd, " \n", q->sym->name); else if ((s = strchr(t+1, ':')) && (!strchr(q->sym->name+1, ':') || !has_ns_eq(ns, q->sym->name))) { if (r && *r) fprintf(fd, " \n", t, r); else if ((!is_smart(q->info.typ) && q->info.typ->type != Tpointer) || q->info.minOccurs) fprintf(fd, " \n", t); else if (q->info.maxOccurs == 0) fprintf(fd, " \n", t); else fprintf(fd, " \n", t); } else { const char *form = ""; if (!s) { s = t; if (*s == ':') { s++; form = " form=\"unqualified\""; } } else { s++; form = " form=\"qualified\""; } if (r && *r) fprintf(fd, " info.typ, ns1), r, form); else if ((!is_smart(q->info.typ) && q->info.typ->type != Tpointer) || q->info.minOccurs) fprintf(fd, " info.typ, ns1), form); else if (q->info.maxOccurs == 0) fprintf(fd, " info.typ, ns1)); else fprintf(fd, " info.typ, ns1), form); if (gen_member_documentation(fd, p->id, q, ns, 1)) fprintf(fd, " \n"); } fflush(fd); } } } void gen_type_documentation(FILE *fd, Entry *type, const char *ns) { Service *sp; Data *d; if (!type->sym) { fprintf(fd, "\n"); return; } for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (d = sp->data; d; d = d->next) { if (!strstr(d->name, "::") && is_eq_nons(d->name, type->sym->name)) { fprintf(fd, "\n \n %s\n \n", d->text); return; } } } } if (!uflag) fprintf(fd, "", type->sym->name); fprintf(fd, "\n"); } int gen_member_documentation(FILE *fd, Symbol *type, Entry *member, const char *ns, int scope) { Service *sp; Data *d; const char *t; if (!type || !member->sym) { fprintf(fd, "/>\n"); return 0; } t = ns_remove(type->name); for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (d = sp->data; d; d = d->next) { const char *s = strstr(d->name, "::"); if (s && !strncmp(t, d->name, s-d->name) && !strcmp(s + 2, member->sym->name)) { fprintf(fd, ">\n \n %s\n \n", d->text); return 1; } } } } fprintf(fd, "/>"); if (!uflag) { if (scope) fprintf(fd, "", type->name, member->sym->name); else fprintf(fd, "", member->sym->name); } fprintf(fd, "\n"); return 0; } void gen_nsmap(FILE *fd) { Symbol *ns1; Service *sp; fprintf(fd, "{\n"); for (ns1 = nslist; ns1; ns1 = ns1->next) { for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns1->name) && sp->URI) break; if (sp) { if (!strcmp(ns1->name, "SOAP-ENV")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENV\", NULL, NULL, NULL},\n"); else fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2 ? sp->URI2 : envURI); } else if (!strcmp(ns1->name, "SOAP-ENC")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENC\", NULL, NULL, NULL},\n"); else fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2 ? sp->URI2 : encURI); } else if (sp->URI2) fprintf(fd, "\t{\"%s\", \"%s\", \"%s\", NULL},\n", ns_convert(ns1->name), sp->URI, sp->URI2); else fprintf(fd, "\t{\"%s\", \"%s\", NULL, NULL},\n", ns_convert(ns1->name), sp->URI); } else if (!strcmp(ns1->name, "SOAP-ENV")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENV\", NULL, NULL, NULL},\n"); else if (is_soap12(NULL)) fprintf(fd, "\t{\"SOAP-ENV\", \"%s\", \"http://schemas.xmlsoap.org/soap/envelope/\", NULL},\n", envURI); else fprintf(fd, "\t{\"SOAP-ENV\", \"%s\", \"http://www.w3.org/*/soap-envelope\", NULL},\n", envURI); } else if (!strcmp(ns1->name, "SOAP-ENC")) { if (soap_version < 0) fprintf(fd, "\t{\"SOAP-ENC\", NULL, NULL, NULL},\n"); else if (is_soap12(NULL)) fprintf(fd, "\t{\"SOAP-ENC\", \"%s\", \"http://schemas.xmlsoap.org/soap/encoding/\", NULL},\n", encURI); else fprintf(fd, "\t{\"SOAP-ENC\", \"%s\", \"http://www.w3.org/*/soap-encoding\", NULL},\n", encURI); } else if (!strcmp(ns1->name, "xsi")) fprintf(fd, "\t{\"xsi\", \"%s\", \"http://www.w3.org/*/XMLSchema-instance\", NULL},\n", xsiURI); else if (!strcmp(ns1->name, "xsd")) fprintf(fd, "\t{\"xsd\", \"%s\", \"http://www.w3.org/*/XMLSchema\", NULL},\n", xsdURI); else fprintf(fd, "\t{\"%s\", \"%s/%s.xsd\", NULL, NULL},\n", ns_convert(ns1->name), tmpURI, ns_convert(ns1->name)); } fprintf(fd, "\t{NULL, NULL, NULL, NULL}\n};\n"); } void gen_proxy(FILE *fd, Table *table, Symbol *ns, const char *name, const char *URL) { Entry *p, *q, *r; Table *t, *output; Service *sp; int flag; const char *name1; name1 = ns_cname(name, NULL); for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, ns->name)) break; fprintf(fd, "\n\n#ifndef %s%sProxy_H\n#define %s%sProxy_H\n#include \"%sH.h\"", prefix, name1, prefix, name1, prefix); if (nflag) fprintf(fd, "\nextern SOAP_NMAC struct Namespace %s_namespaces[];", prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); fprintf(fd, "\nclass %s\n{ public:\n\t/// Runtime engine context allocated in constructor\n\tstruct soap *soap;\n\t/// Endpoint URL of service '%s' (change as needed)\n\tconst char *endpoint;\n\t/// Constructor allocates soap engine context, sets default endpoint URL, and sets namespace mapping table\n", name1, name); if (nflag) fprintf(fd, "\t%s() { soap = soap_new(); if (soap) soap->namespaces = %s_namespaces; endpoint = \"%s\"; }\n", name1, prefix, URL); else { fprintf(fd, "\t%s()\n\t{ soap = soap_new(); endpoint = \"%s\"; if (soap && !soap->namespaces) { static const struct Namespace namespaces[] = \n", name1, URL); gen_nsmap(fd); fprintf(fd, "\tsoap->namespaces = namespaces; } }\n"); } fprintf(fd, "\t/// Destructor deletes deserialized data and engine context\n\tvirtual ~%s() { if (soap) { soap_destroy(soap); soap_end(soap); soap_free(soap); } }\n", name1); fflush(fd); for (r = table->list; r; r = r->next) { if (r->info.typ->type == Tfun && !(r->info.sto & Sextern) && has_ns_eq(ns->name, r->sym->name)) { p = entry(table, r->sym); if (p) q = (Entry*)p->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } p = entry(classtable, r->sym); if (!p) { fprintf(stderr, "Internal error: no parameter table entry\n"); return; } output = (Table*)p->info.typ->ref; fprintf(fd, "\t/// Invoke '%s' of service '%s' and return error code (or SOAP_OK)\n", ns_remove(r->sym->name), name); fprintf(fd, "\tvirtual int %s(", ident(r->sym->name)); flag = 0; for (t = output; t; t = t->prev) { p = t->list; if (p) { fprintf(fd, "%s%s", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); for (p = p->next; p; p = p->next) fprintf(fd, ", %s%s", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); flag = 1; } } if (is_transient(q->info.typ)) fprintf(fd, ") { return soap ? soap_send_%s(soap, endpoint, NULL", ident(r->sym->name)); else if (flag) fprintf(fd, ", %s%s) { return soap ? soap_call_%s(soap, endpoint, NULL", c_storage(q->info.sto), c_type_id(q->info.typ, q->sym->name), ident(r->sym->name)); else fprintf(fd, "%s%s) { return soap ? soap_call_%s(soap, endpoint, NULL", c_storage(q->info.sto), c_type_id(q->info.typ, q->sym->name), ident(r->sym->name)); /* the action is now handled by the soap_call/soap_send operation when we pass NULL */ #if 0 m = NULL; if (sp && (s = strstr(r->sym->name, "__"))) for (m = sp->list; m; m = m->next) if (m->part && m->mess == ACTION && !strcmp(m->name, s+2)) { if (*m->part == '"') fprintf(fd, "%s", m->part); else fprintf(fd, "\"%s\"", m->part); break; } if (!m) fprintf(fd, "NULL"); #endif for (t = output; t; t = t->prev) for (p = t->list; p; p = p->next) fprintf(fd, ", %s", ident(p->sym->name)); if (is_transient(q->info.typ)) fprintf(fd, ") : SOAP_EOM; }\n"); else fprintf(fd, ", %s) : SOAP_EOM; }\n", ident(q->sym->name)); fflush(fd); } } fprintf(fd, "};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_object(FILE *fd, Table *table, const char *name) { const char *name1; Entry *method; name1 = ns_cname(name, NULL); fprintf(fd, "\n\n#ifndef %s%sObject_H\n#define %s%sObject_H\n#include \"%sH.h\"", prefix, name1, prefix, name1, prefix); banner(fd, "Service Object"); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); fprintf(fd, "\nclass %sService : public soap\n{ public:", name1); fprintf(fd, "\n\t%sService()\n\t{ static const struct Namespace namespaces[] =\n", name1); gen_nsmap(fd); fprintf(fd, "\n\tsoap_init(this); this->namespaces = namespaces; };"); fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); fprintf(fd, "\n\tvirtual ~%sService() { soap_destroy(this); soap_end(this); };", name1); fprintf(fd, "\n\t/// Bind service to port (returns master socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET bind(const char *host, int port, int backlog) { return soap_bind(this, host, port, backlog); };"); fprintf(fd, "\n\t/// Accept next request (returns socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET accept() { return soap_accept(this); };"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Then accept SSL handshake, when SSL is used"); fprintf(fd, "\n\tvirtual\tint ssl_accept() { return soap_ssl_accept(this); };"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Serve this request (returns error code or SOAP_OK)"); if (nflag) fprintf(fd, "\n\tvirtual\tint serve() { return %s_serve(this); };", prefix); else fprintf(fd, "\n\tvirtual\tint serve() { return soap_serve(this); };"); fprintf(fd, "\n};"); banner(fd, "Service Operations (you should define these globally)"); for (method = table->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { Entry *p, *q = entry(table, method->sym); Table *output; if (q) p = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, method->sym); output = (Table*)q->info.typ->ref; fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 %s(struct soap*", ident(method->sym->name)); gen_params(fd, output, p, 1); fprintf(fd, ";"); } } if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n\n#endif\n"); } void gen_proxy_header(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method; Table *t; fprintf(fd, "\n\n#ifndef %s%s_H\n#define %s%s_H\n#include \"%sH.h\"", prefix, name, prefix, name, prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) fprintf(fd, "\n\nclass SOAP_CMAC %s : public soap\n{ public:", name); else fprintf(fd, "\n\nclass SOAP_CMAC %s\n{ public:", name); if (!iflag) fprintf(fd, "\n\tstruct soap *soap;\n\tbool soap_own;"); fprintf(fd, "\n\t/// Endpoint URL of service '%s' (change as needed)", name); fprintf(fd, "\n\tconst char *soap_endpoint;"); fprintf(fd, "\n\t/// Variables globally declared in %s (non-static)", filename); for (p = table->list; p; p = p->next) if (p->info.typ->type != Tfun && !(p->info.sto & Sstatic)) fprintf(fd, "\n\t%s%s;", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); fprintf(fd, "\n\t/// Constructor"); fprintf(fd, "\n\t%s();", name); fprintf(fd, "\n\t/// Copy constructor"); fprintf(fd, "\n\t%s(const %s& rhs);", name, name); if (iflag) { fprintf(fd, "\n\t/// Construct from another engine state"); fprintf(fd, "\n\t%s(const struct soap&);", name); } else { fprintf(fd, "\n\t/// Constructor to use/share an engine state"); fprintf(fd, "\n\t%s(struct soap*);", name); } fprintf(fd, "\n\t/// Constructor with endpoint URL"); fprintf(fd, "\n\t%s(const char *url);", name); fprintf(fd, "\n\t/// Constructor with engine input+output mode control"); fprintf(fd, "\n\t%s(soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with URL and input+output mode control"); fprintf(fd, "\n\t%s(const char *url, soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with engine input and output mode control"); fprintf(fd, "\n\t%s(soap_mode imode, soap_mode omode);", name); if (iflag) fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); else fprintf(fd, "\n\t/// Destructor deletes non-shared engine context only (use destroy() to delete deserialized data)"); fprintf(fd, "\n\tvirtual\t~%s();", name); fprintf(fd, "\n\t/// Initializer used by constructors"); fprintf(fd, "\n\tvirtual\tvoid %s_init(soap_mode imode, soap_mode omode);", name); fprintf(fd, "\n\t/// Create a new copy"); fprintf(fd, "\n\tvirtual\t%s *copy() SOAP_PURE_VIRTUAL;", name); fprintf(fd, "\n\t/// Copy assignment"); fprintf(fd, "\n\t%s& operator=(const %s&);", name, name); fprintf(fd, "\n\t/// Delete all deserialized data (with soap_destroy and soap_end)"); fprintf(fd, "\n\tvirtual\tvoid destroy();"); fprintf(fd, "\n\t/// Delete all deserialized data and reset to default"); fprintf(fd, "\n\tvirtual\tvoid reset();"); fprintf(fd, "\n\t/// Disables and removes SOAP Header from message"); fprintf(fd, "\n\tvirtual\tvoid soap_noheader();"); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\t/// Put SOAP Header in message"); fprintf(fd, "\n\tvirtual\tvoid soap_header("); gen_params(fd, t, NULL, 0); fprintf(fd, ";"); } } } fprintf(fd, "\n\t/// Get SOAP Header structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Header *soap_header();"); fprintf(fd, "\n\t/// Get SOAP Fault structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Fault *soap_fault();"); fprintf(fd, "\n\t/// Get SOAP Fault string (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst char *soap_fault_string();"); fprintf(fd, "\n\t/// Get SOAP Fault detail as string (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst char *soap_fault_detail();"); fprintf(fd, "\n\t/// Close connection (normally automatic, except for send_X ops)"); fprintf(fd, "\n\tvirtual\tint soap_close_socket();"); fprintf(fd, "\n\t/// Force close connection (can kill a thread blocked on IO)"); fprintf(fd, "\n\tvirtual\tint soap_force_close_socket();"); fprintf(fd, "\n\t/// Print fault"); fprintf(fd, "\n\tvirtual\tvoid soap_print_fault(FILE*);"); fprintf(fd, "\n#ifndef WITH_LEAN\n\t/// Print fault to stream"); fprintf(fd, "\n#ifndef WITH_COMPAT"); fprintf(fd, "\n\tvirtual\tvoid soap_stream_fault(std::ostream&);"); fprintf(fd, "\n#endif\n"); fprintf(fd, "\n\t/// Put fault into buffer"); fprintf(fd, "\n\tvirtual\tchar *soap_sprint_fault(char *buf, size_t len);\n#endif"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) gen_method(fd, method, 0); fprintf(fd, "\n};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_proxy_code(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method, *param; Table *t; const char *soap; if (iflag) soap = "this"; else soap = "this->soap"; fprintf(fd, "\n\n#include \"%s%s.h\"", prefix, name); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) { fprintf(fd, "\n\n%s::%s() : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\tthis->soap_endpoint = rhs.soap_endpoint;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const struct soap &_soap) : soap(_soap)\n{ }", name, name); fprintf(fd, "\n\n%s::%s(const char *url) : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url, soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode) : soap(imode, omode)\n{\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\n\tthis->destroy();\n\t}", name, name); } else { fprintf(fd, "\n\n%s::%s()\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\tthis->soap_endpoint = rhs.soap_endpoint;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(struct soap *_soap)\n{\tthis->soap = _soap;\n\tthis->soap_own = false;\n\t%s_init(_soap->imode, _soap->omode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const char *url, soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n\tsoap_endpoint = url;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n}", name, name); } fprintf(fd, "\n\nvoid %s::%s_init(soap_mode imode, soap_mode omode)\n{\tsoap_imode(%s, imode);\n\tsoap_omode(%s, omode);\n\tsoap_endpoint = NULL;\n\tstatic const struct Namespace namespaces[] =\n", name, name, soap, soap); gen_nsmap(fd); fprintf(fd, "\tsoap_set_namespaces(%s, namespaces);\n}", soap); if (iflag) { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s(*(struct soap*)%s));\n\treturn dup;\n}\n#endif", name, name, name, name, soap); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\tthis->soap_endpoint = rhs.soap_endpoint;\n\treturn *this;\n}", name, name, name); } else { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s);\n\tif (dup)\n\t\tsoap_copy_context(dup->soap, this->soap);\n\treturn dup;\n}\n#endif", name, name, name, name); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\tthis->soap_endpoint = rhs.soap_endpoint;\n\treturn *this;\n}", name, name, name); } fprintf(fd, "\n\nvoid %s::destroy()\n{\tsoap_destroy(%s);\n\tsoap_end(%s);\n}", name, soap, soap); fprintf(fd, "\n\nvoid %s::reset()\n{\tthis->destroy();\n\tsoap_done(%s);\n\tsoap_initialize(%s);\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, soap, soap, name); fprintf(fd, "\n\nvoid %s::soap_noheader()\n{\t%s->header = NULL;\n}", name, soap); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\nvoid %s::soap_header(", name); gen_params(fd, t, NULL, 0); fprintf(fd, "\n{\t::soap_header(%s);", soap); for (param = t->list; param; param = param->next) { if (namespaceid) fprintf(fd, "\n\t((%s::SOAP_ENV__Header*)%s->header)->%s = %s;", namespaceid, soap, ident(param->sym->name), ident(param->sym->name)); else fprintf(fd, "\n\t%s->header->%s = %s;", soap, ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n}"); } } } fprintf(fd, "\n\nconst SOAP_ENV__Header *%s::soap_header()\n{\treturn %s->header;\n}", name, soap); fprintf(fd, "\n\nconst SOAP_ENV__Fault *%s::soap_fault()\n{\treturn %s->fault;\n}", name, soap); fprintf(fd, "\n\nconst char *%s::soap_fault_string()\n{\treturn *soap_faultstring(%s);\n}", name, soap); fprintf(fd, "\n\nconst char *%s::soap_fault_detail()\n{\treturn *soap_faultdetail(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_close_socket()\n{\treturn soap_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_force_close_socket()\n{\treturn soap_force_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nvoid %s::soap_print_fault(FILE *fd)\n{\t::soap_print_fault(%s, fd);\n}", name, soap); fprintf(fd, "\n\n#ifndef WITH_LEAN\n#ifndef WITH_COMPAT\nvoid %s::soap_stream_fault(std::ostream& os)\n{\t::soap_stream_fault(%s, os);\n}\n#endif", name, soap); fprintf(fd, "\n\nchar *%s::soap_sprint_fault(char *buf, size_t len)\n{\treturn ::soap_sprint_fault(%s, buf, len);\n}\n#endif", name, soap); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ) && has_ns_eq(ns->name, method->sym->name)) gen_call_method(fd, method, name); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n/* End of client proxy code */\n"); } void gen_object_header(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method; Table *t; fprintf(fd, "\n\n#ifndef %s%s_H\n#define %s%s_H\n#include \"%sH.h\"", prefix, name, prefix, name, prefix); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) fprintf(fd, "\nclass SOAP_CMAC %s : public soap\n{ public:", name); else { fprintf(fd, "\nclass SOAP_CMAC %s\n{ public:", name); fprintf(fd, "\n\tstruct soap *soap;\n\tbool soap_own;"); } fprintf(fd, "\n\t/// Variables globally declared in %s (non-static)", filename); for (p = table->list; p; p = p->next) if (p->info.typ->type != Tfun && !(p->info.sto & Sstatic)) fprintf(fd, "\n\t%s%s;", c_storage(p->info.sto), c_type_id(p->info.typ, p->sym->name)); fprintf(fd, "\n\t/// Constructor"); fprintf(fd, "\n\t%s();", name); fprintf(fd, "\n\t/// Copy constructor"); fprintf(fd, "\n\t%s(const %s&);", name, name); if (iflag) { fprintf(fd, "\n\t/// Construct from another engine state"); fprintf(fd, "\n\t%s(const struct soap&);", name); } else { fprintf(fd, "\n\t/// Constructor to use/share an engine state"); fprintf(fd, "\n\t%s(struct soap*);", name); } fprintf(fd, "\n\t/// Constructor with engine input+output mode control"); fprintf(fd, "\n\t%s(soap_mode iomode);", name); fprintf(fd, "\n\t/// Constructor with engine input and output mode control"); fprintf(fd, "\n\t%s(soap_mode imode, soap_mode omode);", name); if (iflag) fprintf(fd, "\n\t/// Destructor deletes deserialized data and engine context"); else fprintf(fd, "\n\t/// Destructor deletes non-shared engine context only (use destroy() to delete deserialized data)"); fprintf(fd, "\n\tvirtual ~%s();", name); fprintf(fd, "\n\t/// Delete all deserialized data (with soap_destroy() and soap_end())"); fprintf(fd, "\n\tvirtual\tvoid destroy();"); fprintf(fd, "\n\t/// Delete all deserialized data and reset to defaults"); fprintf(fd, "\n\tvirtual\tvoid reset();"); fprintf(fd, "\n\t/// Initializer used by constructor"); fprintf(fd, "\n\tvirtual\tvoid %s_init(soap_mode imode, soap_mode omode);", name); fprintf(fd, "\n\t/// Create a new copy"); fprintf(fd, "\n\tvirtual\t%s *copy() SOAP_PURE_VIRTUAL;", name); fprintf(fd, "\n\t/// Copy assignment"); fprintf(fd, "\n\t%s& operator=(const %s&);", name, name); fprintf(fd, "\n\t/// Close connection (normally automatic)"); fprintf(fd, "\n\tvirtual\tint soap_close_socket();"); fprintf(fd, "\n\t/// Force close connection (can kill a thread blocked on IO)"); fprintf(fd, "\n\tvirtual\tint soap_force_close_socket();"); fprintf(fd, "\n\t/// Return sender-related fault to sender"); fprintf(fd, "\n\tvirtual\tint soap_senderfault(const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return sender-related fault with SOAP 1.2 subcode to sender"); fprintf(fd, "\n\tvirtual\tint soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return receiver-related fault to sender"); fprintf(fd, "\n\tvirtual\tint soap_receiverfault(const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Return receiver-related fault with SOAP 1.2 subcode to sender"); fprintf(fd, "\n\tvirtual\tint soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML);"); fprintf(fd, "\n\t/// Print fault"); fprintf(fd, "\n\tvirtual\tvoid soap_print_fault(FILE*);"); fprintf(fd, "\n#ifndef WITH_LEAN\n\t/// Print fault to stream"); fprintf(fd, "\n#ifndef WITH_COMPAT"); fprintf(fd, "\n\tvirtual\tvoid soap_stream_fault(std::ostream&);"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Put fault into buffer"); fprintf(fd, "\n\tvirtual\tchar *soap_sprint_fault(char *buf, size_t len);\n#endif"); fprintf(fd, "\n\t/// Disables and removes SOAP Header from message"); fprintf(fd, "\n\tvirtual\tvoid soap_noheader();"); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\t/// Put SOAP Header in message"); fprintf(fd, "\n\tvirtual\tvoid soap_header("); gen_params(fd, t, NULL, 0); fprintf(fd, ";"); } } } fprintf(fd, "\n\t/// Get SOAP Header structure (NULL when absent)"); fprintf(fd, "\n\tvirtual\tconst SOAP_ENV__Header *soap_header();"); fprintf(fd, "\n\t/// Run simple single-thread (iterative, non-SSL) service on port until a connection error occurs (returns error code or SOAP_OK), use this->bind_flag = SO_REUSEADDR to rebind for a rerun"); fprintf(fd, "\n\tvirtual\tint run(int port);"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Run simple single-thread SSL service on port until a connection error occurs (returns error code or SOAP_OK), use this->bind_flag = SO_REUSEADDR to rebind for a rerun"); fprintf(fd, "\n\tvirtual\tint ssl_run(int port);"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Bind service to port (returns master socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET bind(const char *host, int port, int backlog);"); fprintf(fd, "\n\t/// Accept next request (returns socket or SOAP_INVALID_SOCKET)"); fprintf(fd, "\n\tvirtual\tSOAP_SOCKET accept();"); fprintf(fd, "\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\n\t/// Then accept SSL handshake, when SSL is used"); fprintf(fd, "\n\tvirtual\tint ssl_accept();"); fprintf(fd, "\n#endif"); fprintf(fd, "\n\t/// Serve this request (returns error code or SOAP_OK)"); fprintf(fd, "\n\tvirtual\tint serve();"); fprintf(fd, "\n\t/// Used by serve() to dispatch a request (returns error or SOAP_OK)"); fprintf(fd, "\n\tvirtual\tint dispatch();"); if (jflag) fprintf(fd, "\n\tvirtual\tint dispatch(struct soap *soap);"); fprintf(fd, "\n\n\t///\n\t/// Service operations (you should define these):\n\t/// Note: compile with -DWITH_PURE_VIRTUAL for pure virtual methods\n\t///"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) gen_method(fd, method, 1); fprintf(fd, "\n};"); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n#endif\n"); } void gen_method(FILE *fd, Entry *method, int server) { Table *params; Entry *result, *p; const char *soap; if (iflag) soap = "this"; else soap = "this->soap"; result = (Entry*)method->info.typ->ref; p = entry(classtable, method->sym); if (!p) execerror("no table entry"); params = (Table*)p->info.typ->ref; if (server || !is_transient(result->info.typ)) { if (is_transient(result->info.typ)) fprintf(fd, "\n\n\t/// Web service one-way operation '%s' (return error code, SOAP_OK (no response), or send_%s_empty_response())", ns_remove(method->sym->name), ns_remove(method->sym->name)); else fprintf(fd, "\n\n\t/// Web service operation '%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint %s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); if (!server) { fprintf(fd, " { return this->%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint %s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); } if (server) fprintf(fd, " SOAP_PURE_VIRTUAL;"); else fprintf(fd, ";"); if (is_transient(result->info.typ)) fprintf(fd, "\n\tvirtual\tint send_%s_empty_response(int httpcode) { return soap_send_empty_response(%s, httpcode); }", ns_cname(method->sym->name, NULL), soap); } else { fprintf(fd, "\n\n\t/// Web service one-way send operation 'send_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint send_%s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); fprintf(fd, " { return this->send_%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint send_%s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); fprintf(fd, ";\n\t/// Web service one-way receive operation 'recv_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, ";\n\tvirtual\tint recv_%s(", ns_cname(method->sym->name, NULL)); fprintf(fd, "struct %s&);", ident(method->sym->name)); fprintf(fd, "\n\t/// Web service receive of HTTP Accept acknowledgment for one-way send operation 'send_%s' (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint recv_%s_empty_response() { return soap_recv_empty_response(%s); }", ns_cname(method->sym->name, NULL), soap); fprintf(fd, "\n\t/// Web service one-way synchronous send operation '%s' with HTTP Accept/OK response receive (returns error code or SOAP_OK)", ns_remove(method->sym->name)); fprintf(fd, "\n\tvirtual\tint %s(", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 0); fprintf(fd, " { return this->%s(NULL, NULL", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, "; }"); fprintf(fd, "\n\tvirtual\tint %s(const char *endpoint, const char *soap_action", ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); fprintf(fd, " { if (this->send_%s(endpoint, soap_action", ns_cname(method->sym->name, NULL)); gen_args(fd, params, result, 1); fprintf(fd, " || soap_recv_empty_response(%s)) return %s->error; return SOAP_OK; }", soap, soap); } } void gen_params(FILE *fd, Table *params, Entry *result, int flag) { Entry *param; for (param = params->list; param; param = param->next) fprintf(fd, "%s%s%s", flag || param != params->list ? ", " : "", c_storage(param->info.sto), c_type_id(param->info.typ, param->sym->name)); if (!result || is_transient(result->info.typ)) fprintf(fd, ")"); else fprintf(fd, "%s%s%s)", flag || params->list ? ", " : "", c_storage(result->info.sto), c_type_id(result->info.typ, result->sym->name)); } void gen_args(FILE *fd, Table *params, Entry *result, int flag) { Entry *param; for (param = params->list; param; param = param->next) fprintf(fd, "%s%s", flag || param != params->list ? ", " : "", param->sym->name); if (!result || is_transient(result->info.typ)) fprintf(fd, ")"); else fprintf(fd, "%s%s)", flag || params->list ? ", " : "", result->sym->name); } void gen_query_url(FILE *fd, Table *params) { Entry *param; int flag = 0; fprintf(fd, "\n\t(SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 0), \"%%s?"); for (param = params->list; param; param = param->next) if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) fprintf(fd, "%s%s=%s", flag++ ? "&" : "", ns_remove(param->sym->name), gen_format(param->info.typ)); fprintf(fd, "\", soap_endpoint"); for (param = params->list; param; param = param->next) { if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) { if (is_stdstring(param->info.typ)) fprintf(fd, ", soap_encode_url_string(soap, %s.c_str())", ident(param->sym->name)); else if (is_string(param->info.typ)) fprintf(fd, ", soap_encode_url_string(soap, %s)", ident(param->sym->name)); else if (is_primitive(param->info.typ)) fprintf(fd, ", %s", ident(param->sym->name)); } } fprintf(fd, ");"); } void gen_query_form(FILE *fd, Table *params) { Entry *param; int flag = 0; fprintf(fd, "\n\tif ("); for (param = params->list; param; param = param->next) { if (!is_transient(param->info.typ) && is_primitive_or_string(param->info.typ)) { fprintf(fd, "soap_send(soap, \"%s%s=\")", flag++ ? "&" : "", ns_remove(param->sym->name)); if (is_stdstring(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_encode_url_string(soap, %s.c_str()))\n\t || ", ident(param->sym->name)); else if (is_string(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_encode_url_string(soap, %s))\n\t || ", ident(param->sym->name)); else if (is_primitive(param->info.typ)) fprintf(fd, " || soap_send(soap, soap_%s2s(soap, %s))\n\t || ", c_ident(param->info.typ), ident(param->sym->name)); } } } const char* gen_format(Tnode *typ) { if (is_string(typ) || is_stdstring(typ)) return "%s"; switch (typ->type) { case Tchar: return "%hhd"; case Tshort: return "%hd"; case Tint: return "%d"; case Tlong: return "%ld"; case Tllong: return SOAP_LONG_FORMAT; case Tfloat: return "%.9G"; case Tdouble: return "%.17lG"; case Tuchar: return "%hhu"; case Tushort: return "%hu"; case Tuint: return "%u"; case Tulong: return "%lu"; case Tullong: return SOAP_ULONG_FORMAT; default: return ""; } } void gen_call_method(FILE *fd, Entry *method, const char *name) { Service *sp; Method *m; int soap = (soap_version >= 0); int version = soap_version; int get = 0; int put = 0; int post = 0; int mime = 0; const char *style, *encoding; const char *xtag; const char *action = NULL, *method_encoding = NULL, *method_response_encoding = NULL; Table *params; Entry *param, *result, *p, *response = NULL; result = (Entry*)method->info.typ->ref; p = entry(classtable, method->sym); if (!p) execerror("no table entry"); params = (Table*)p->info.typ->ref; if (!is_response(result->info.typ) && !is_XML(result->info.typ)) response = get_response(method->info.typ); if (name) { if (!is_transient(result->info.typ)) fprintf(fd, "\n\nint %s::%s(const char *endpoint, const char *soap_action", name, ns_cname(method->sym->name, NULL)); else fprintf(fd, "\n\nint %s::send_%s(const char *endpoint, const char *soap_action", name, ns_cname(method->sym->name, NULL)); gen_params(fd, params, result, 1); } else if (!is_transient(result->info.typ)) { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_call_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fheader, params, result, 1); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_call_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fd, params, result, 1); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_send_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fheader, params, result, 1); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_send_%s(struct soap *soap, const char *soap_endpoint, const char *soap_action", ident(method->sym->name)); gen_params(fd, params, result, 1); } if (name) { if (iflag) fprintf(fd, "\n{\tstruct soap *soap = this;\n"); else fprintf(fd, "\n{\tstruct soap *soap = this->soap;\n"); } else { fprintf(fheader, ";"); fprintf(fd, "\n{"); } for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { style = sp->style; encoding = sp->encoding; method_encoding = encoding; method_response_encoding = NULL; if (sp->protocol) { if (strstr(sp->protocol, "GET")) get = 1; else if (strstr(sp->protocol, "POST")) post = 1; else if (strstr(sp->protocol, "PUT")) put = 1; if (strncmp(sp->protocol, "SOAP", 4)) soap = 0; else if (strlen(sp->protocol) > 6) version = sp->protocol[6] - '0'; } for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; else if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess == PROTOCOL) { if (strstr(m->part, "GET")) get = 1; else if (strstr(m->part, "POST")) post = 1; else if (strstr(m->part, "PUT")) put = 1; if (strncmp(m->part, "SOAP", 4)) soap = 0; else if (strlen(m->part) > 6) version = m->part[6] - '0'; } else if (m->mess&MIMEIN && !strcmp(m->part, "application/x-www-form-urlencoded")) mime = 1; } } break; } } if (!get && !mime) fprintf(fd, "\tstruct %s soap_tmp_%s;", ident(method->sym->name), ident(method->sym->name)); if (response) fprintf(fd, "\n\tstruct %s *soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); if (name) fprintf(fd, "\n\tif (endpoint)\n\t\tsoap_endpoint = endpoint;"); if (sp && sp->URL) fprintf(fd, "\n\tif (soap_endpoint == NULL)\n\t\tsoap_endpoint = \"%s\";", sp->URL); if (action) { fprintf(fd, "\n\tif (soap_action == NULL)\n\t\tsoap_action = "); if (*action == '"') fprintf(fd, "%s;", action); else fprintf(fd, "\"%s\";", action); } if (!method_response_encoding) method_response_encoding = method_encoding; if (!get && !mime) { for (param = params->list; param; param = param->next) { if (param->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_memcpy(soap_tmp_%s.%s, sizeof(%s), %s, sizeof(%s));", ident(method->sym->name), ident(param->sym->name), c_type(param->info.typ), ident(param->sym->name), c_type(param->info.typ)); else fprintf(fd, "\n\tsoap_tmp_%s.%s = %s;", ident(method->sym->name), ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n\tsoap_begin(soap);"); if (!soap) fprintf(fd, "\n\tsoap_set_version(soap, 0); /* no SOAP */"); else if (version > 0) fprintf(fd, "\n\tsoap_set_version(soap, %d); /* SOAP1.%d */", version, version); if (soap && sp && sp->URI && method_encoding) { if (is_literal(method_encoding)) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); else if (method_encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", method_encoding); } else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); if (soap) fprintf(fd, "\n\tsoap_serializeheader(soap);"); fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", ident(method->sym->name), ident(method->sym->name)); fprintf(fd, "\n\tif (soap_begin_count(soap))\n\t\treturn soap->error;"); fprintf(fd, "\n\tif (soap->mode & SOAP_IO_LENGTH)"); fprintf(fd, "\n\t{\tif (soap_envelope_begin_out(soap)"); if (soap) { fprintf(fd, "\n\t\t || soap_putheader(soap)"); fprintf(fd, "\n\t\t || soap_body_begin_out(soap)"); } fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", ident(method->sym->name), ident(method->sym->name), ns_convert(method->sym->name)); if (soap) fprintf(fd, "\n\t\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t\t || soap_envelope_end_out(soap))"); fprintf(fd, "\n\t\t\t return soap->error;"); fprintf(fd, "\n\t}"); fprintf(fd, "\n\tif (soap_end_count(soap))\n\t\treturn soap->error;"); if (soap) fprintf(fd, "\n\tif (soap_connect(soap, soap_url(soap, soap_endpoint, NULL), soap_action)"); else { fprintf(fd, "\n\tsoap->http_content = \"text/xml\";"); if (put) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_PUT, soap_url(soap, soap_endpoint, soap_action), soap_action)"); else fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_POST_FILE, soap_url(soap, soap_endpoint, soap_action), soap_action)"); } fprintf(fd, "\n\t || soap_envelope_begin_out(soap)"); if (soap) { fprintf(fd, "\n\t || soap_putheader(soap)"); fprintf(fd, "\n\t || soap_body_begin_out(soap)"); } fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", ident(method->sym->name), ident(method->sym->name), ns_convert(method->sym->name)); if (soap) fprintf(fd, "\n\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t || soap_envelope_end_out(soap)"); fprintf(fd, "\n\t || soap_end_send(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); } else if (get) { if (params->list) { gen_query_url(fd, params); fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap->msgbuf, soap_action))"); } else if (soap) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap_url(soap, soap_endpoint, NULL), soap_action))"); else fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_GET, soap_url(soap, soap_endpoint, soap_action), soap_action))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); } else if (mime) { fprintf(fd, "\n\tsoap->http_content = \"application/x-www-form-urlencoded\";"); if (post) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_POST_FILE, soap_url(soap, soap_endpoint, soap_action), soap_action))"); else if (put) fprintf(fd, "\n\tif (soap_connect_command(soap, SOAP_PUT, soap_url(soap, soap_endpoint, soap_action), soap_action))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); gen_query_form(fd, params); fprintf(fd, "soap_end_send(soap))\n\t\treturn soap_closesock(soap);"); } if (is_transient(result->info.typ)) { fprintf(fd, "\n\treturn SOAP_OK;\n}"); if (name) { fprintf(fd, "\n\nint %s::recv_%s(", name, ns_cname(method->sym->name, NULL)); fprintf(fd, "struct %s& tmp)", ident(method->sym->name)); if (iflag) fprintf(fd, "\n{\tstruct soap *soap = this;\n"); else fprintf(fd, "\n{\tstruct soap *soap = this->soap;\n"); fprintf(fd, "\n\tstruct %s *%s = &tmp;", ident(method->sym->name), ident(result->sym->name)); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_recv_%s(struct soap *soap, ", ident(method->sym->name)); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_recv_%s(struct soap *soap, ", ident(method->sym->name)); fprintf(fheader, "struct %s *%s);\n", ident(method->sym->name), ident(result->sym->name)); fprintf(fd, "struct %s *%s)\n{", ident(method->sym->name), ident(result->sym->name)); } fprintf(fd, "\n\tsoap_default_%s(soap, %s);", ident(method->sym->name), ident(result->sym->name)); fprintf(fd, "\n\tsoap_begin(soap);"); } else if (result->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_default_%s(soap, %s);", c_ident(result->info.typ), ident(result->sym->name)); else if (result->info.typ->type == Treference && ((Tnode*)result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\tif (!&%s)\n\t\treturn soap_closesock(soap);\n\t%s.soap_default(soap);", ident(result->sym->name), ident(result->sym->name)); else if (((Tnode*)result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\t%s->soap_default(soap);", ident(result->sym->name), ident(result->sym->name)); else if (result->info.typ->type == Treference && ((Tnode*)result->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\t%s = NULL;", ident(result->sym->name)); else if (((Tnode*)result->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\t*%s = NULL;", ident(result->sym->name), ident(result->sym->name)); else if (result->info.typ->type == Treference) fprintf(fd, "\n\tif (!&%s)\n\t\treturn soap_closesock(soap);\n\tsoap_default_%s(soap, &%s);", ident(result->sym->name), c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name)); else if (!is_void(result->info.typ)) fprintf(fd, "\n\tif (!%s)\n\t\treturn soap_closesock(soap);\n\tsoap_default_%s(soap, %s);", ident(result->sym->name), c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name)); fprintf(fd, "\n\tif (soap_begin_recv(soap)"); fprintf(fd, "\n\t || soap_envelope_begin_in(soap)"); fprintf(fd, "\n\t || soap_recv_header(soap)"); fprintf(fd, "\n\t || soap_body_begin_in(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); if (is_transient(result->info.typ)) { if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", ident(method->sym->name), ident(result->sym->name), ns_convert(method->sym->name)); fprintf(fd, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap->level == 2)\n\t\tsoap->error = SOAP_OK;"); fprintf(fd, "\n\tif (soap->error"); fprintf(fd, "\n\t || soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); fprintf(fd, "\n\treturn soap_closesock(soap);\n}"); fflush(fd); return; } /* With RPC encoded responses, try to parse the fault first */ if (!is_literal(method_response_encoding)) { fprintf(fd, "\n\tif (soap_recv_fault(soap, 1))\n\t\treturn soap->error;"); xtag = ""; } else if ((wflag && !is_unmatched(result->sym)) || has_ns_eq(NULL, result->sym->name)) /* to ensure element name of response can be unqualified */ { if (response) xtag = xml_tag(response->info.typ); else xtag = ns_convert(result->sym->name); } else { if (response) xtag = xml_tag(response->info.typ); else xtag = xml_tag(result->info.typ); } if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); if (response) { fprintf(fd, "\n\tsoap_tmp_%s = soap_get_%s(soap, NULL, \"%s\", NULL);", c_ident(response->info.typ), c_ident(response->info.typ), xtag); fprintf(fd, "\n\tif (!soap_tmp_%s || soap->error)\n\t\treturn soap_recv_fault(soap, 0);", c_ident(response->info.typ)); } else if ((result->info.typ->type == Treference || result->info.typ->type == Tpointer) && !is_invisible_empty((Tnode*)result->info.typ->ref)) { if (result->info.typ->type == Treference && ((Tnode *) result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\t%s.soap_get(soap, \"%s\", NULL);", ident(result->sym->name), xtag); else if (result->info.typ->type == Tpointer && ((Tnode *) result->info.typ->ref)->type == Tclass && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) fprintf(fd, "\n\t%s->soap_get(soap, \"%s\", NULL);", ident(result->sym->name), xtag); else if (result->info.typ->type == Treference && ((Tnode *) result->info.typ->ref)->type == Tstruct && !is_external((Tnode*)result->info.typ->ref) && !is_volatile((Tnode*)result->info.typ->ref) && !is_dynamic_array((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_get_%s(soap, &%s, \"%s\", NULL);", c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name), xtag); } else if (result->info.typ->type == Tpointer && ((Tnode *) result->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", c_ident((Tnode*)result->info.typ->ref), ident(result->sym->name), xtag); } else if (result->info.typ->type == Tpointer && is_XML((Tnode*)result->info.typ->ref) && is_string((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inliteral(soap, NULL, (char**)%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference && is_XML((Tnode*)result->info.typ->ref) && is_string((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inliteral(soap, NULL, (char**)&%s);", ident(result->sym->name)); } else if (result->info.typ->type == Tpointer && is_XML((Tnode*)result->info.typ->ref) && is_wstring((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inwliteral(soap, NULL, (wchar_t**)%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference && is_XML((Tnode*)result->info.typ->ref) && is_wstring((Tnode*)result->info.typ->ref)) { fprintf(fd, "\n\tsoap_inwliteral(soap, NULL, (wchar_t**)&%s);", ident(result->sym->name)); } else if (result->info.typ->type == Treference) { fprintf(fd, "\n\tsoap_get_%s(soap, &%s, \"%s\", NULL);", c_ident(result->info.typ), ident(result->sym->name), xtag); } else { fprintf(fd, "\n\tsoap_get_%s(soap, %s, \"%s\", NULL);", c_ident(result->info.typ), ident(result->sym->name), xtag); } fprintf(fd, "\n\tif (soap->error)\n\t\treturn soap_recv_fault(soap, 0);"); } else if (is_literal(method_response_encoding)) { fprintf(fd, "\n\tif (soap_recv_fault(soap, 1))\n\t\treturn soap->error;"); } fflush(fd); fprintf(fd, "\n\tif (soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))"); fprintf(fd, "\n\t\treturn soap_closesock(soap);"); if (response) { if (result->info.typ->type == Tarray) fprintf(fd, "\n\tsoap_memcpy(%s, sizeof(%s), soap_tmp_%s->%s, sizeof(%s));", ident(result->sym->name), c_ident(response->info.typ), c_type(result->info.typ), ident(result->sym->name), c_type(result->info.typ)); else if (result->info.typ->type == Treference) fprintf(fd, "\n\t%s = soap_tmp_%s->%s;", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); else { fprintf(fd, "\n\tif (%s && soap_tmp_%s->%s)", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); fprintf(fd, "\n\t\t*%s = *soap_tmp_%s->%s;", ident(result->sym->name), c_ident(response->info.typ), ident(result->sym->name)); } } fprintf(fd, "\n\treturn soap_closesock(soap);"); fprintf(fd , "\n}"); fflush(fd); } void gen_serve_method(FILE *fd, Table *table, Entry *param, const char *name) { Service *sp = NULL; const char *style, *encoding; Entry *result, *p, *q, *pin, *pout, *response = NULL; Table *input; const char *xtag; Method *m; const char *method_encoding = NULL, *method_response_encoding = NULL; result = (Entry*)param->info.typ->ref; p = entry(classtable, param->sym); if (!p) execerror("no table entry"); if (!is_response(result->info.typ) && !is_XML(result->info.typ)) response = get_response(param->info.typ); q = entry(table, param->sym); if (!q) execerror("no table entry"); pout = (Entry*)q->info.typ->ref; if (name) { if (iflag) fprintf(fd, "\n\nstatic int serve_%s(%s *soap)\n{", ident(param->sym->name), name); else fprintf(fd, "\n\nstatic int serve_%s(struct soap *soap, %s *service)\n{", ident(param->sym->name), name); } else { fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_serve_%s(struct soap*);", ident(param->sym->name)); fprintf(fd, "\n\nSOAP_FMAC5 int SOAP_FMAC6 soap_serve_%s(struct soap *soap)\n{", ident(param->sym->name)); } fprintf(fd, "\tstruct %s soap_tmp_%s;", ident(param->sym->name), ident(param->sym->name)); for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, param->sym->name)) { style = sp->style; encoding = sp->encoding; method_encoding = encoding; method_response_encoding = NULL; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, param->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; } } break; } } if (!method_response_encoding) method_response_encoding = method_encoding; fflush(fd); if (!is_transient(pout->info.typ)) { if (pout->info.typ->type == Tarray && response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); } else if (pout->info.typ->type == Tpointer && !is_stdstring(pout->info.typ) && !is_stdwstring(pout->info.typ) && response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\t%s soap_tmp_%s;", c_type((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_external((Tnode*)pout->info.typ->ref) && !is_volatile((Tnode*)pout->info.typ->ref) && !is_typedef((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_tmp_%s.soap_default(soap);", c_ident((Tnode*)pout->info.typ->ref)); else if (((Tnode*)pout->info.typ->ref)->type == Tpointer) fprintf(fd, "\n\tsoap_tmp_%s = NULL;", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); fprintf(fd, "\n\tsoap_tmp_%s.%s = &soap_tmp_%s;", c_ident(response->info.typ), ident(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); } else if (response) { fprintf(fd, "\n\tstruct %s soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); } else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\tsoap_default_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); } else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\t%s.soap_default(soap);", ident(pout->sym->name)); } else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) { fprintf(fd, "\n\t%s %s;", c_type((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); fprintf(fd, "\n\tsoap_default_%s(soap, &%s);", c_ident((Tnode *)pout->info.typ->ref), ident(pout->sym->name)); } else { fprintf(fd, "\n\t%s soap_tmp_%s;", c_type((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); if (is_string((Tnode*)pout->info.typ->ref) || is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_tmp_%s = NULL;", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); } } fprintf(fd, "\n\tsoap_default_%s(soap, &soap_tmp_%s);", ident(param->sym->name), ident(param->sym->name)); fflush(fd); q = entry(classtable, param->sym); if (!is_invisible_empty(q->info.typ)) { fprintf(fd, "\n\tif (!soap_get_%s(soap, &soap_tmp_%s, \"%s\", NULL))", ident(param->sym->name), ident(param->sym->name), ns_convert(param->sym->name)); fprintf(fd, "\n\t\treturn soap->error;"); } fprintf(fd, "\n\tif (soap_body_end_in(soap)"); fprintf(fd, "\n\t || soap_envelope_end_in(soap)"); fprintf(fd, "\n\t || soap_end_recv(soap))\n\t\treturn soap->error;"); if (name) { if (iflag) fprintf(fd, "\n\tsoap->error = soap->%s(", ns_cname(param->sym->name, NULL)); else fprintf(fd, "\n\tsoap->error = service->%s(", ns_cname(param->sym->name, NULL)); } else fprintf(fd, "\n\tsoap->error = %s(soap", ident(param->sym->name)); fflush(fd); input = (Table*) q->info.typ->ref; for (pin = input->list; pin; pin = pin->next) { if (pin->info.typ->type == Trvalueref) fprintf(fd, "%sstd::move(soap_tmp_%s.%s)", !name || pin != input->list ? ", " : "", ident(param->sym->name), ident(pin->sym->name)); else fprintf(fd, "%ssoap_tmp_%s.%s", !name || pin != input->list ? ", " : "", ident(param->sym->name), ident(pin->sym->name)); } if (is_transient(pout->info.typ)) fprintf(fd, ");"); else { if (!name || input->list) fprintf(fd, ", "); if (response) fprintf(fd, "soap_tmp_%s.%s);", c_ident(response->info.typ), ident(pout->sym->name)); else if (pout->info.typ->type == Treference && (((Tnode*)pout->info.typ->ref)->type == Tstruct || ((Tnode*)pout->info.typ->ref)->type == Tclass) && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "%s);", ident(pout->sym->name)); else if ((((Tnode*)pout->info.typ->ref)->type == Tstruct || ((Tnode*)pout->info.typ->ref)->type == Tclass) && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "&%s);", ident(pout->sym->name)); else if (pout->info.typ->type == Treference) fprintf(fd, "soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "&soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref)); } fprintf(fd, "\n\tif (soap->error)\n\t\treturn soap->error;"); if (!is_transient(pout->info.typ)) { if (sp && sp->URI && method_response_encoding) { if (is_literal(method_response_encoding)) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); else if (sp->encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", sp->encoding); else if (method_response_encoding) fprintf(fd, "\n\tsoap->encodingStyle = \"%s\";", method_response_encoding); else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); } else if (!eflag) fprintf(fd, "\n\tsoap->encodingStyle = NULL;"); fprintf(fd, "\n\tsoap_serializeheader(soap);"); if (pout->info.typ->type == Tarray && response) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); else if (response) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident(response->info.typ), c_ident(response->info.typ)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t%s.soap_serialize(soap);", ident(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &%s);", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name)); else if (!is_XML((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\tsoap_serialize_%s(soap, &soap_tmp_%s);", c_ident((Tnode*)pout->info.typ->ref), c_ident((Tnode*)pout->info.typ->ref)); if (is_literal(method_response_encoding) && ((wflag && !is_unmatched(pout->sym)) || has_ns_eq(NULL, pout->sym->name))) /* to ensure element name of response can be unqualified */ xtag = ns_convert(pout->sym->name); else xtag = xml_tag(pout->info.typ); fprintf(fd, "\n\tif (soap_begin_count(soap))\n\t\treturn soap->error;"); fprintf(fd, "\n\tif (soap->mode & SOAP_IO_LENGTH)"); fprintf(fd, "\n\t{\tif (soap_envelope_begin_out(soap)"); fprintf(fd, "\n\t\t || soap_putheader(soap)"); fprintf(fd, "\n\t\t || soap_body_begin_out(soap)"); if (response) fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(response->info.typ), c_ident(response->info.typ), xml_tag(response->info.typ)); else if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), ns_convert(pout->sym->name)); else if (((Tnode*)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || %s.soap_put(soap, \"%s\", \"\")", ident(pout->sym->name), xtag); else if (((Tnode*)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), xtag); else if (is_XML((Tnode*)pout->info.typ->ref) && is_string((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_outliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else if (is_XML((Tnode*)pout->info.typ->ref) && is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t\t || soap_outwliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\t\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(pout->info.typ), c_ident((Tnode*)pout->info.typ->ref), ns_convert(pout->sym->name)); fprintf(fd, "\n\t\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t\t || soap_envelope_end_out(soap))"); fprintf(fd, "\n\t\t\t return soap->error;"); fprintf(fd, "\n\t};"); fprintf(fd, "\n\tif (soap_end_count(soap)"); fprintf(fd, "\n\t || soap_response(soap, SOAP_OK)"); fprintf(fd, "\n\t || soap_envelope_begin_out(soap)"); fprintf(fd, "\n\t || soap_putheader(soap)"); fprintf(fd, "\n\t || soap_body_begin_out(soap)"); if (response) fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(response->info.typ), c_ident(response->info.typ), xml_tag(response->info.typ)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && (is_external((Tnode*)pout->info.typ->ref) || is_volatile((Tnode*)pout->info.typ->ref) || is_typedef((Tnode*)pout->info.typ->ref)) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), ns_convert(pout->sym->name)); else if (((Tnode *)pout->info.typ->ref)->type == Tclass && !is_stdstring((Tnode*)pout->info.typ->ref) && !is_stdwstring((Tnode*)pout->info.typ->ref) && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || %s.soap_put(soap, \"%s\", \"\")", ident(pout->sym->name), xtag); else if (((Tnode *)pout->info.typ->ref)->type == Tstruct && !is_dynamic_array((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_put_%s(soap, &%s, \"%s\", NULL)", c_ident((Tnode*)pout->info.typ->ref), ident(pout->sym->name), xtag); else if (is_XML((Tnode*)pout->info.typ->ref) && is_string((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_outliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else if (is_XML((Tnode*)pout->info.typ->ref) && is_wstring((Tnode*)pout->info.typ->ref)) fprintf(fd, "\n\t || soap_outwliteral(soap, \"%s\", &soap_tmp_%s, NULL)", ns_convert(pout->sym->name), c_ident((Tnode*)pout->info.typ->ref)); else fprintf(fd, "\n\t || soap_put_%s(soap, &soap_tmp_%s, \"%s\", NULL)", c_ident(pout->info.typ), c_ident((Tnode*)pout->info.typ->ref), ns_convert(pout->sym->name)); fprintf(fd, "\n\t || soap_body_end_out(soap)"); fprintf(fd, "\n\t || soap_envelope_end_out(soap)"); fprintf(fd, "\n\t || soap_end_send(soap))"); fprintf(fd, "\n\t\treturn soap->error;"); } fprintf(fd, "\n\treturn soap_closesock(soap);"); fprintf(fd, "\n}"); fflush(fd); } void gen_object_code(FILE *fd, Table *table, Symbol *ns, const char *name) { Entry *p, *method, *catch_method, *param; Table *t; const char *soap, *catch_action; if (iflag) soap = "this"; else soap = "this->soap"; fprintf(fd, "\n\n#include \"%s%s.h\"", prefix, name); if (namespaceid) fprintf(fd, "\n\nnamespace %s {", namespaceid); if (iflag) { fprintf(fd, "\n\n%s::%s() : soap(SOAP_IO_DEFAULT)\n{\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const struct soap &_soap) : soap(_soap)\n{ }", name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode) : soap(iomode)\n{\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode) : soap(imode, omode)\n{\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\n\tthis->destroy();\n}", name, name); } else { fprintf(fd, "\n\n%s::%s()\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(const %s& rhs)\n{\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n}", name, name, name); fprintf(fd, "\n\n%s::%s(struct soap *_soap)\n{\tthis->soap = _soap;\n\tthis->soap_own = false;\n\t%s_init(_soap->imode, _soap->omode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode iomode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(iomode, iomode);\n}", name, name, name); fprintf(fd, "\n\n%s::%s(soap_mode imode, soap_mode omode)\n{\tthis->soap = soap_new();\n\tthis->soap_own = true;\n\t%s_init(imode, omode);\n}", name, name, name); fprintf(fd, "\n\n%s::~%s()\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n}", name, name); } fprintf(fd, "\n\nvoid %s::%s_init(soap_mode imode, soap_mode omode)\n{\tsoap_imode(%s, imode);\n\tsoap_omode(%s, omode);\n\tstatic const struct Namespace namespaces[] =\n", name, name, soap, soap); gen_nsmap(fd); fprintf(fd, "\tsoap_set_namespaces(%s, namespaces);\n}", soap); fprintf(fd, "\n\nvoid %s::destroy()\n{\tsoap_destroy(%s);\n\tsoap_end(%s);\n}", name, soap, soap); fprintf(fd, "\n\nvoid %s::reset()\n{\tthis->destroy();\n\tsoap_done(%s);\n\tsoap_initialize(%s);\n\t%s_init(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT);\n}", name, soap, soap, name); if (iflag) { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s(*(struct soap*)%s));\n\treturn dup;\n}\n#endif", name, name, name, name, soap); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tsoap_copy_context(this, &rhs);\n\treturn *this;\n}", name, name, name); } else { fprintf(fd, "\n\n#ifndef WITH_PURE_VIRTUAL\n%s *%s::copy()\n{\t%s *dup = SOAP_NEW_COPY(%s);\n\tif (dup)\n\t\tsoap_copy_context(dup->soap, this->soap);\n\treturn dup;\n}\n#endif", name, name, name, name); fprintf(fd, "\n\n%s& %s::operator=(const %s& rhs)\n{\tif (this->soap_own)\n\t\tsoap_free(this->soap);\n\tthis->soap = rhs.soap;\n\tthis->soap_own = false;\n\treturn *this;\n}", name, name, name); } fprintf(fd, "\n\nint %s::soap_close_socket()\n{\treturn soap_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_force_close_socket()\n{\treturn soap_force_closesock(%s);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_senderfault(const char *string, const char *detailXML)\n{\treturn ::soap_sender_fault(%s, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_senderfault(const char *subcodeQName, const char *string, const char *detailXML)\n{\treturn ::soap_sender_fault_subcode(%s, subcodeQName, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_receiverfault(const char *string, const char *detailXML)\n{\treturn ::soap_receiver_fault(%s, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nint %s::soap_receiverfault(const char *subcodeQName, const char *string, const char *detailXML)\n{\treturn ::soap_receiver_fault_subcode(%s, subcodeQName, string, detailXML);\n}", name, soap); fprintf(fd, "\n\nvoid %s::soap_print_fault(FILE *fd)\n{\t::soap_print_fault(%s, fd);\n}", name, soap); fprintf(fd, "\n\n#ifndef WITH_LEAN\n#ifndef WITH_COMPAT\nvoid %s::soap_stream_fault(std::ostream& os)\n{\t::soap_stream_fault(%s, os);\n}\n#endif", name, soap); fprintf(fd, "\n\nchar *%s::soap_sprint_fault(char *buf, size_t len)\n{\treturn ::soap_sprint_fault(%s, buf, len);\n}\n#endif", name, soap); fprintf(fd, "\n\nvoid %s::soap_noheader()\n{\t%s->header = NULL;\n}", name, soap); if (!namespaceid) { p = entry(classtable, lookup("SOAP_ENV__Header")); if (p) { t = (Table*)p->info.typ->ref; if (t && t->list && !is_void(t->list->info.typ)) { fprintf(fd, "\n\nvoid %s::soap_header(", name); gen_params(fd, t, NULL, 0); fprintf(fd, "\n{\t::soap_header(%s);", soap); for (param = t->list; param; param = param->next) { if (namespaceid) fprintf(fd, "\n\t((%s::SOAP_ENV__Header*)%s->header)->%s = %s;", namespaceid, soap, ident(param->sym->name), ident(param->sym->name)); else fprintf(fd, "\n\t%s->header->%s = %s;", soap, ident(param->sym->name), ident(param->sym->name)); } fprintf(fd, "\n}"); } } } fprintf(fd, "\n\nconst SOAP_ENV__Header *%s::soap_header()\n{\treturn %s->header;\n}", name, soap); fprintf(fd, "\n\nint %s::run(int port)\n{\tif (!soap_valid_socket(%s->master) && !soap_valid_socket(this->bind(NULL, port, 100)))\n\t\treturn %s->error;\n\tfor (;;)\n\t{\tif (!soap_valid_socket(this->accept()))\n\t\t{\tif (%s->errnum == 0) // timeout?\n\t\t\t\t%s->error = SOAP_OK;\n\t\t\tbreak;\n\t\t}\n\t\tif (this->serve())\n\t\t\tbreak;\n\t\tthis->destroy();\n\t}\n\treturn %s->error;\n}", name, soap, soap, soap, soap, soap); fprintf(fd, "\n\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\nint %s::ssl_run(int port)\n{\tif (!soap_valid_socket(%s->master) && !soap_valid_socket(this->bind(NULL, port, 100)))\n\t\treturn %s->error;\n\tfor (;;)\n\t{\tif (!soap_valid_socket(this->accept()))\n\t\t{\tif (%s->errnum == 0) // timeout?\n\t\t\t\t%s->error = SOAP_OK;\n\t\t\tbreak;\n\t\t}\n\t\tif (this->ssl_accept() || this->serve())\n\t\t\tbreak;\n\t\tthis->destroy();\n\t}\n\treturn %s->error;\n}", name, soap, soap, soap, soap, soap); fprintf(fd, "\n#endif"); fprintf(fd, "\n\nSOAP_SOCKET %s::bind(const char *host, int port, int backlog)\n{\treturn soap_bind(%s, host, port, backlog);\n}", name, soap); fprintf(fd, "\n\nSOAP_SOCKET %s::accept()\n{\treturn soap_accept(%s);\n}", name, soap); fprintf(fd, "\n\n#if defined(WITH_OPENSSL) || defined(WITH_GNUTLS)"); fprintf(fd, "\nint %s::ssl_accept()\n{\treturn soap_ssl_accept(%s);\n}", name, soap); fprintf(fd, "\n#endif"); fprintf(fd, "\n\nint %s::serve()", name); fprintf(fd, "\n{\n#ifndef WITH_FASTCGI\n\tunsigned int k = %s->max_keep_alive;\n#endif\n\tdo\n\t{", soap); fprintf(fd, "\n\n#ifndef WITH_FASTCGI\n\t\tif (%s->max_keep_alive > 0 && !--k)\n\t\t\t%s->keep_alive = 0;\n#endif", soap, soap); fprintf(fd, "\n\n\t\tif (soap_begin_serve(%s))\n\t\t{\tif (%s->error >= SOAP_STOP)\n\t\t\t\tcontinue;\n\t\t\treturn %s->error;\n\t\t}", soap, soap, soap); fprintf(fd, "\n\t\tif (dispatch() || (%s->fserveloop && %s->fserveloop(%s)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(%s);\n#else\n\t\t\treturn soap_send_fault(%s);\n#endif\n\t\t}", soap, soap, soap, soap, soap); fprintf(fd, "\n\n#ifdef WITH_FASTCGI\n\t\tsoap_destroy(%s);\n\t\tsoap_end(%s);\n\t} while (1);\n#else\n\t} while (%s->keep_alive);\n#endif", soap, soap, soap); fprintf(fd, "\n\treturn SOAP_OK;"); fprintf(fd, "\n}\n"); for (method = table->list; method; method = method->next) { if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) { if (jflag) fprintf(fd, "\nstatic int serve_%s(struct soap*, %s*);", ident(method->sym->name), name); else fprintf(fd, "\nstatic int serve_%s(%s*);", ident(method->sym->name), name); } } fprintf(fd, "\n\nint %s::dispatch()\n{", name); if (!iflag) { fprintf(fd, "\treturn dispatch(this->soap);\n}"); fprintf(fd, "\n\nint %s::dispatch(struct soap* soap)\n{", name); fprintf(fd, "\n\t%s_init(soap->imode, soap->omode);\n", name); soap = "soap"; } if (sflag) fprintf(fd, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fd, "\n\tsoap_peek_element(%s);", soap); catch_method = NULL; catch_action = NULL; for (method = table->list; method; method = method->next) { const char *action = NULL; if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && has_ns_eq(ns->name, method->sym->name)) { if (aflag) { Service *sp; for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { Method *m; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; } } } } } if (is_invisible(method->sym->name)) { Entry *param = entry(classtable, method->sym); if (param) param = ((Table*)param->info.typ->ref)->list; if (action) { if (*action == '"') { fprintf(fd, "\n\tif ("); if (param && !Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, action); } else { fprintf(fd, "\n\tif ("); if (param && !Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, action); } if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); if (param) { fprintf(fd, "\n\tif (!soap_match_tag(%s, %s->tag, \"%s\")", soap, soap, ns_convert(param->sym->name)); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } else { catch_method = method; catch_action = action; } } } else { if (action) { if (*action == '"') { fprintf(fd, "\n\tif ("); if (!Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(method->sym->name)); fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, action); } else { fprintf(fd, "\n\tif ("); if (!Aflag) fprintf(fd, "(!%s->action && !soap_match_tag(%s, %s->tag, \"%s\")) || ", soap, soap, soap, ns_convert(method->sym->name)); fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, action); } } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); fprintf(fd, "\n\tif (!soap_match_tag(%s, %s->tag, \"%s\")", soap, soap, ns_convert(method->sym->name)); } if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(method->sym->name), soap); } } } if (catch_method) { if (Aflag && catch_action) { if (*catch_action == '"') { fprintf(fd, "\n\tif ("); fprintf(fd, "(%s->action && !strcmp(%s->action, %s))", soap, soap, catch_action); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(catch_method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(catch_method->sym->name), soap); } else { fprintf(fd, "\n\tif ("); fprintf(fd, "(%s->action && !strcmp(%s->action, \"%s\"))", soap, soap, catch_action); if (iflag) fprintf(fd, ")\n\t\treturn serve_%s(this);", ident(catch_method->sym->name)); else fprintf(fd, ")\n\t\treturn serve_%s(%s, this);", ident(catch_method->sym->name), soap); } fprintf(fd, "\n\treturn %s->error = SOAP_NO_METHOD;", soap); } fprintf(fd, "\n\treturn serve_%s(this);\n}", ident(catch_method->sym->name)); } else fprintf(fd, "\n\treturn %s->error = SOAP_NO_METHOD;\n}", soap); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ) && has_ns_eq(ns->name, method->sym->name)) gen_serve_method(fd, table, method, name); if (namespaceid) fprintf(fd, "\n\n} // namespace %s\n", namespaceid); fprintf(fd, "\n/* End of server object code */\n"); } void gen_response_begin(FILE *fd, int n, const char *s) { if (!is_invisible(s)) { fprintf(fd, "%*s<%sResponse", n, "", s); if (soap_version < 0) gen_xmlns(fd); fprintf(fd, ">\n"); } } void gen_response_end(FILE *fd, int n, const char *s) { if (!is_invisible(s)) fprintf(fd, "%*s\n", n, "", s); } void gen_element_begin(FILE *fd, int n, const char *s, const char *t) { if (!is_invisible(s)) { if (tflag && t && *t) fprintf(fd, "%*s<%s xsi:type=\"%s\"", n, "", s, t); else fprintf(fd, "%*s<%s", n, "", s); } } void gen_element_end(FILE *fd, int n, const char *s) { if (!is_invisible(s)) fprintf(fd, "%*s\n", n, "", s); else fprintf(fd, "\n"); } void gen_data(const char *buf, Table *t, const char *ns, const char *encoding) { Entry *p, *q, *r; FILE *fd; const char *method_encoding = NULL; const char *method_response_encoding = NULL; if (t) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !(p->info.sto & Sextern) && has_ns_eq(ns, p->sym->name)) { int get = 0, soap = 1, mime = 0; Service *sp; Method *m; const char *nse = ns_qualifiedElement(p->info.typ); const char *nsa = ns_qualifiedAttribute(p->info.typ); method_encoding = encoding; method_response_encoding = NULL; for (sp = services; sp; sp = sp->next) { if (!tagcmp(sp->ns, ns)) { for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, p->sym->name)) { if (m->mess == ENCODING) method_encoding = m->part; else if (m->mess == RESPONSE_ENCODING) method_response_encoding = m->part; else if (m->mess&MIMEIN && !strcmp(m->part, "application/x-www-form-urlencoded")) mime = 1; else if (m->mess == PROTOCOL) { if (strncmp(m->part, "SOAP", 4)) soap = 0; if (strstr(m->part, "GET")) get = 1; } } } } } if (!method_response_encoding) method_response_encoding = method_encoding; /* request */ if (!get && !mime) { fd = gen_env(buf, ns_remove(p->sym->name), 0, method_encoding, soap); if (!fd) return; q = entry(classtable, p->sym); if (yflag) { fprintf(fd, "%*s\n"); } gen_element_begin(fd, 2, ns_convert(p->sym->name), NULL); if (q) { if (!is_invisible(p->sym->name)) { if (soap && soap_version < 0) gen_xmlns(fd); gen_atts(fd, (Table*)q->info.typ->ref, nsa); fprintf(fd, "\n"); } for (q = ((Table*)q->info.typ->ref)->list; q; q = q->next) gen_field(fd, 3, q, nse, nsa, method_encoding); } gen_element_end(fd, 2, ns_convert(p->sym->name)); if (soap && soap_version >= 0) fprintf(fd, " \n\n"); fclose(fd); } /* response */ q = (Entry*)p->info.typ->ref; if (!mime && q && !is_transient(q->info.typ)) { fd = gen_env(buf, ns_remove(p->sym->name), 1, method_response_encoding, soap); if (!fd) return; if (q && !is_response(q->info.typ)) { if (is_XML((Tnode*)q->info.typ->ref)) { gen_response_begin(fd, 2, ns_convert(p->sym->name)); gen_response_end(fd, 2, ns_convert(p->sym->name)); } else { gen_response_begin(fd, 2, ns_convert(p->sym->name)); gen_field(fd, 3, q, nse, nsa, method_response_encoding); gen_response_end(fd, 2, ns_convert(p->sym->name)); } } else if (q && q->info.typ->ref && ((Tnode*)q->info.typ->ref)->ref) { const char *xtag; nse = ns_qualifiedElement((Tnode*)q->info.typ->ref); nsa = ns_qualifiedAttribute((Tnode*)q->info.typ->ref); if ((wflag && !is_unmatched(q->sym)) || has_ns_eq(NULL, q->sym->name)) /* to ensure element name of response can be unqualified */ xtag = q->sym->name; else xtag = ((Tnode*)q->info.typ->ref)->id->name; if (yflag) fprintf(fd, "%*s\n", 2, "", ident(p->sym->name), c_type_id(q->info.typ, q->sym->name)); gen_element_begin(fd, 2, ns_addx(xtag, nse), NULL); if (!is_invisible(xtag)) { if (soap && soap_version < 0) gen_xmlns(fd); gen_atts(fd, (Table*)((Tnode*)q->info.typ->ref)->ref, nsa); fprintf(fd, "\n"); } for (r = ((Table*)((Tnode*)q->info.typ->ref)->ref)->list; r; r = r->next) gen_field(fd, 3, r, nse, nsa, method_response_encoding); gen_element_end(fd, 2, ns_addx(xtag, nse)); } fflush(fd); if (soap && soap_version >= 0) fprintf(fd, " \n\n"); fclose(fd); } } } } } void gen_field(FILE *fd, int n, Entry *p, const char *nse, const char *nsa, const char *encoding) { Entry *q; char tmp[32]; LONG64 i; int d; if (!(p->info.sto & (Sattribute | Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && p->info.typ->type != Tfun && strncmp(p->sym->name, "__size", 6) && strncmp(p->sym->name, "__type", 6) && !is_choice(p)) { if (is_soap12(encoding) && (p->info.sto & Sreturn) && (nse || has_ns_eq(NULL, p->sym->name)) && !is_literal(encoding)) fprintf(fd, "%*s%s\n", n, "", rpcURI, ns_add(p, nse)); if (is_XML(p->info.typ)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), NULL); if (!is_invisible(p->sym->name)) fprintf(fd, ">"); else fprintf(fd, "%*s\n", n, ""); gen_element_end(fd, n, ns_add(p, nse)); } else { if (n >= 8 && !is_string(p->info.typ) && p->info.minOccurs <= 0) { return; } else if (n >= 8 && p->info.typ->type == Tpointer && !is_string(p->info.typ)) { gen_element_begin(fd, n, ns_add(p, nse), NULL); fprintf(fd, " xsi:nil=\"true\"/>"); return; } else if (n >= 16) { fprintf(fd, "%*s\n", n, ""); return; } else if (is_external(p->info.typ) && p->info.typ->sym) { gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); fprintf(fd, ">"); if (!strcmp(p->info.typ->sym->name, "xsd__boolean")) fprintf(fd, "false"); else if (!strcmp(p->info.typ->sym->name, "xsd__date")) fprintf(fd, "1999-12-31"); else if (!strcmp(p->info.typ->sym->name, "xsd__dateTime")) { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } else if (!strcmp(p->info.typ->sym->name, "xsd__duration")) fprintf(fd, "PT0S"); else if (!strcmp(p->info.typ->sym->name, "xsd__time")) fprintf(fd, "12:34:56.789Z"); fflush(fd); } else if (is_fixedstring(p->info.typ)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); fprintf(fd, ">"); fflush(fd); if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if (p->info.typ->type == Tarray) { i = ((Tnode*) p->info.typ->ref)->width; if (i) { i = p->info.typ->width / i; if (i > 4) i = 2; } if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"" SOAP_LONG_FORMAT "\"", xsi_type_Tarray(p->info.typ), i); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "]\"", xsi_type_Tarray(p->info.typ), i); fprintf(fd, ">"); fflush(fd); gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if ((q = is_dynamic_array(p->info.typ)) && !is_binary(p->info.typ)) { if (!eflag && (has_ns(p->info.typ) || is_untyped(p->info.typ))) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type(p->info.typ)); gen_atts(fd, (Table*)p->info.typ->ref, nsa); } else { d = get_Darraydims(p->info.typ); if (d) { for (i = 0; i < d-1; i++) { if (is_soap12(encoding)) tmp[2*i] = ' '; else tmp[2*i] = ','; tmp[2*i+1] = '1'; } tmp[2*d-2] = '\0'; } else *tmp = '\0'; if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (q->info.minOccurs > 0) { if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"" SOAP_LONG_FORMAT "%s\"", wsdl_type(q->info.typ, ""), q->info.minOccurs, tmp); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "%s]\"", wsdl_type(q->info.typ, ""), q->info.minOccurs, tmp); fprintf(fd, ">"); } else { if (is_soap12(encoding)) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"1%s\"", wsdl_type(q->info.typ, ""), tmp); else if (!is_literal(encoding)) fprintf(fd, " SOAP-ENC:arrayType=\"%s[1%s]\"", wsdl_type(q->info.typ, ""), tmp); fprintf(fd, ">"); } } fflush(fd); gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else if ((p->info.typ->type == Tpointer || p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && is_dynamic_array((Tnode*)p->info.typ->ref) && !is_binary((Tnode*)p->info.typ->ref)) { if (!eflag && (has_ns((Tnode*)p->info.typ->ref) || is_untyped((Tnode*)p->info.typ->ref))) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type((Tnode*)p->info.typ->ref)); gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); } else { d = get_Darraydims((Tnode*)p->info.typ->ref); if (d) { for (i = 0; i < d-1; i++) { tmp[2*i] = ','; tmp[2*i+1] = '1'; } tmp[2*d-2] = '\0'; } else *tmp = '\0'; if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), "SOAP-ENC:Array"); if (is_soap12(encoding)) { if ((((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass) && ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs > 0) fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"[" SOAP_LONG_FORMAT "%s\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs, tmp); else fprintf(fd, " SOAP-ENC:itemType=\"%s\" SOAP-ENC:arraySize=\"1%s\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), tmp); } else if (!is_literal(encoding)) { if ((((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass) && ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs > 0) fprintf(fd, " SOAP-ENC:arrayType=\"%s[" SOAP_LONG_FORMAT "%s]\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), ((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.minOccurs, tmp); else fprintf(fd, " SOAP-ENC:arrayType=\"%s[1%s]\"", wsdl_type(((Table*)((Tnode*)p->info.typ->ref)->ref)->list->info.typ, ""), tmp); } fprintf(fd, ">"); } fflush(fd); gen_val(fd, n, (Tnode*)p->info.typ->ref, nse, nsa, encoding); } else if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { /* if (!is_primclass(p->info.typ)) { const char *nse1 = ns_qualifiedElement(p->info.typ); const char *nsa1 = ns_qualifiedAttribute(p->info.typ); if (nse1) nse = nse1; if (nsa1) nsa = nsa1; } */ if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); gen_atts(fd, (Table*)p->info.typ->ref, nsa); } else if (is_anyType(p->info.typ)) fprintf(fd, "%*s\n", n, ""); } else if ((p->info.typ->type == Tpointer || p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && (((Tnode*)p->info.typ->ref)->type == Tstruct || ((Tnode*)p->info.typ->ref)->type == Tclass)) { /* if (!is_primclass(p->info.typ->ref)) { const char *nse1 = ns_qualifiedElement(p->info.typ->ref); const char *nsa1 = ns_qualifiedAttribute(p->info.typ->ref); if (nse1) nse = nse1; if (nsa1) nsa = nsa1; } */ if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); } else if (is_anyType(p->info.typ)) fprintf(fd, "%*s\n", n, ""); } else if (p->info.typ->type != Tunion) { if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); if (p->info.typ->type == Ttemplate) { if (((Tnode*)p->info.typ->ref)->type == Tpointer && (((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tclass || ((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tstruct)) gen_atts(fd, (Table*)((Tnode*)((Tnode*)p->info.typ->ref)->ref)->ref, nsa); else if (((Tnode*)p->info.typ->ref)->type == Tclass || ((Tnode*)p->info.typ->ref)->type == Tstruct) gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); else fprintf(fd, ">"); } else fprintf(fd, ">"); } } if (!is_external(p->info.typ)) { switch (p->info.typ->type) { case Tchar: case Tshort: case Tint: case Tlong: case Tllong: case Tuchar: case Tushort: case Tuint: case Tulong: case Tullong: if (p->info.hasval) fprintf(fd, SOAP_LONG_FORMAT, p->info.val.i); else if (p->info.typ->hasmin) fprintf(fd, SOAP_LONG_FORMAT, (LONG64)p->info.typ->min + (p->info.typ->incmin == False)); else fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: if (p->info.hasval) fprintf(fd, "%g", p->info.val.r); else if (p->info.typ->hasmin && p->info.typ->min > 0) fprintf(fd, "%g", p->info.typ->min * (1 + (p->info.typ->incmin == False)/1000)); else if (p->info.typ->hasmax && p->info.typ->max > 0) fprintf(fd, "%g", p->info.typ->max * (1 - (p->info.typ->incmax == False)/1000)); else if (p->info.typ->hasmin && p->info.typ->min < 0) fprintf(fd, "%g", p->info.typ->min * (1 - (p->info.typ->incmin == False)/1000)); else if (p->info.typ->hasmax && p->info.typ->max < 0) fprintf(fd, "%g", p->info.typ->max * (1 + (p->info.typ->incmax == False)/1000)); else fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (p->info.hasval && p->info.typ->ref) { for (q = ((Table*)p->info.typ->ref)->list; q; q = q->next) { if (p->info.val.i == q->info.val.i) { fprintf(fd, "%s", ns_remove2(q->sym->name, c_ident(p->info.typ))); break; } } } else gen_val(fd, n+1, p->info.typ, nse, nsa, encoding); break; case Tpointer: case Treference: case Trvalueref: if (is_string(p->info.typ) || is_wstring(p->info.typ)) { if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); } else gen_val(fd, n, (Tnode*)p->info.typ->ref, nse, nsa, encoding); break; case Tclass: if (is_stdstr(p->info.typ)) { if (p->info.hasval && p->info.val.s) fprintf(fd, "%s", xstring(p->info.val.s)); else gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; } case Tstruct: if (!is_dynamic_array(p->info.typ)) gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; case Tunion: gen_val(fd, n, p->info.typ, nse, nsa, encoding); break; case Ttemplate: i = p->info.maxOccurs; if (i <= 1 || i > 4) i = p->info.minOccurs; if (i < 1) i = 1; do { /* a bit of a hack, with a copy of the code above */ { gen_val(fd, n, p->info.typ, nse, nsa, encoding); if (i > 1) { gen_element_end(fd, 0, ns_add(p, nse)); if (!is_invisible(p->sym->name)) { if (yflag) fprintf(fd, "%*s\n", n, "", c_type_id(p->info.typ, p->sym->name)); gen_element_begin(fd, n, ns_add(p, nse), xsi_type_u(p->info.typ)); if (p->info.typ->type == Ttemplate) { if (((Tnode*)p->info.typ->ref)->type == Tpointer && (((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tclass || ((Tnode*)((Tnode*)p->info.typ->ref)->ref)->type == Tstruct)) gen_atts(fd, (Table*)((Tnode*)((Tnode*)p->info.typ->ref)->ref)->ref, nsa); else if (((Tnode*)p->info.typ->ref)->type == Tclass || ((Tnode*)p->info.typ->ref)->type == Tstruct) gen_atts(fd, (Table*)((Tnode*)p->info.typ->ref)->ref, nsa); else fprintf(fd, ">"); } else fprintf(fd, ">"); } } fflush(fd); } } while (--i); break; default: break; } } if (p->info.typ->type != Tunion) gen_element_end(fd, 0, ns_add(p, nse)); fflush(fd); } } } void gen_atts(FILE *fd, Table *t, const char *nsa) { static unsigned long idnum = 0; Entry *q, *r; Tnode *p; int i; for (; t; t = t->prev) { for (q = t->list; q; q = q->next) { if (q->info.sto & Sattribute && !is_invisible(q->sym->name) && q->info.maxOccurs != 0) { fprintf(fd, " %s=\"", ns_add(q, nsa)); if ((q->info.typ->type == Tpointer || q->info.typ->type == Treference || q->info.typ->type == Trvalueref || q->info.typ->type == Ttemplate) && !is_string(q->info.typ)) p = (Tnode*)q->info.typ->ref; else p = q->info.typ; if (is_eq(q->sym->name, "id")) fprintf(fd, "%lu", ++idnum); /* id="#" should be unique */ else if (is_external(p) && p->sym) { if (!strcmp(p->sym->name, "xsd__boolean")) fprintf(fd, "false"); else if (!strcmp(p->sym->name, "xsd__date")) fprintf(fd, "1999-12-31"); else if (!strcmp(p->sym->name, "xsd__dateTime")) { char tmp[256]; time_t t = time(NULL), *p = &t; strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(p)); fprintf(fd, "%s", tmp); } else if (!strcmp(p->sym->name, "xsd__duration")) fprintf(fd, "PT0S"); else if (!strcmp(p->sym->name, "xsd__time")) fprintf(fd, "12:34:56.789Z"); fflush(fd); } else { switch (p->type) { case Tchar: case Tshort: case Tint: case Tuchar: case Tushort: case Tuint: case Tlong: case Tulong: case Tllong: case Tullong: if (q->info.hasval) fprintf(fd, SOAP_LONG_FORMAT, q->info.val.i); else if (q->info.typ->hasmin) fprintf(fd, SOAP_LONG_FORMAT, (LONG64)q->info.typ->min + (q->info.typ->incmin == False)); else fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: if (q->info.hasval) fprintf(fd, "%g", q->info.val.r); else if (q->info.typ->hasmin && q->info.typ->min > 0) fprintf(fd, "%g", q->info.typ->min * (1 + (q->info.typ->incmin == False)/1000)); else if (q->info.typ->hasmax && q->info.typ->max > 0) fprintf(fd, "%g", q->info.typ->max * (1 - (q->info.typ->incmax == False)/1000)); else if (q->info.typ->hasmin && q->info.typ->min < 0) fprintf(fd, "%g", q->info.typ->min * (1 - (q->info.typ->incmin == False)/1000)); else if (q->info.typ->hasmax && q->info.typ->max < 0) fprintf(fd, "%g", q->info.typ->max * (1 + (q->info.typ->incmax == False)/1000)); else fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t T = time(NULL); strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(&T)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (q->info.hasval && p->ref) { for (r = ((Table*)p->ref)->list; r; r = r->next) { if (r->info.val.i == q->info.val.i) { fprintf(fd, "%s", ns_remove2(r->sym->name, c_ident(p))); break; } } } else if (p->ref) fprintf(fd, "%s", ns_remove2((((Table*)p->ref)->list)->sym->name, c_ident(p))); else fprintf(fd, "0"); break; case Tpointer: case Treference: case Trvalueref: case Ttemplate: if (is_string(p) || is_wstring(p)) { if (q->info.hasval && q->info.val.s) fprintf(fd, "%s", xstring(q->info.val.s)); else if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } break; case Tclass: if (is_stdstr(p)) { if (q->info.hasval && q->info.val.s) fprintf(fd, "%s", xstring(q->info.val.s)); else if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } break; default: break; } } if (yflag) fprintf(fd, " // %s //", c_type_id(q->info.typ, q->sym->name)); fprintf(fd, "\""); } } } fprintf(fd, ">"); fflush(fd); } void gen_val(FILE *fd, int n, Tnode *p, const char *nse, const char *nsa, const char *encoding) { Entry *q; LONG64 i; if (!is_transient(p) && p->type != Tfun && !is_XML(p)) { if (is_fixedstring(p)) { for (i = 0; i < p->width / ((Tnode*)p->ref)->width - 1; i++) fprintf(fd, "X"); } else if (p->type == Tarray) { i = ((Tnode*) p->ref)->width; if (i) { i = p->width / i; if (i > 4) i = 2; fprintf(fd, "\n"); for (; i > 0; i--) { fprintf(fd, "%*s", n+1, ""); gen_val(fd, n+1, (Tnode*)p->ref, nse, nsa, encoding); fprintf(fd, "\n"); } fprintf(fd, "%*s", n, ""); } } else if ((q = is_dynamic_array(p))) { if (!is_binary(p)) { fprintf(fd, "\n"); fprintf(fd, "%*s<%s>", n+1, "", q->sym->name[5]?q->sym->name+5:"item"); gen_val(fd, n+1, q->info.typ, nse, nsa, encoding); fprintf(fd, "\n", q->sym->name[5]?q->sym->name+5:"item"); fprintf(fd, "%*s", n, ""); } } switch (p->type) { case Tchar: case Tshort: case Tint: case Tlong: case Tllong: case Tuchar: case Tushort: case Tuint: case Tulong: case Tullong: fprintf(fd, "0"); break; case Tfloat: case Tdouble: case Tldouble: fprintf(fd, "0.0"); break; case Ttime: { char tmp[256]; time_t T = time(NULL); strftime(tmp, 256, "%Y-%m-%dT%H:%M:%SZ", gmtime(&T)); fprintf(fd, "%s", tmp); } break; case Tenum: case Tenumsc: if (p->ref && (q = ((Table*)p->ref)->list)) fprintf(fd, "%s", ns_remove2(q->sym->name, c_ident(p))); else fprintf(fd, "0"); break; case Tpointer: case Treference: case Trvalueref: case Ttemplate: if (is_string(p) || is_wstring(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else gen_val(fd, n, (Tnode*)p->ref, nse, nsa, encoding); break; case Tclass: case Tstruct: nse = ns_qualifiedElement(p); nsa = ns_qualifiedAttribute(p); if (is_stdstr(p)) { if (p->min > 0 && p->min < 10000) for (i = 0; i < (int)p->min; i++) fprintf(fd, "X"); } else if (is_primclass(p)) { Table *t; for (t = (Table*)p->ref; t; t = t->prev) { Entry *r = entry(classtable, t->sym); r = t->list; while (r && !is_item(r)) r = r->next; if (r) { gen_val(fd, n, r->info.typ, nse, nsa, encoding); return; } } } else if (!is_dynamic_array(p) && p->ref) { Table *t; fprintf(fd, "\n"); for (t = (Table*)p->ref; t; t = t->prev) { for (q = t->list; q; q = q->next) { if (is_repetition(q)) { i = q->info.maxOccurs; if (i <= 1 || i > 4) i = q->info.minOccurs; if (i <= 1) i = 2; do gen_field(fd, n+1, q->next, nse, nsa, encoding); while (--i); q = q->next; } else gen_field(fd, n+1, q, nse, nsa, encoding); } } fprintf(fd, "%*s", n, ""); } break; case Tunion: if (((Table*)p->ref)->list) gen_field(fd, n, ((Table*)p->ref)->list, nse, nsa, encoding); break; break; default: break; } } } void gen_header(FILE *fd, const char *method, int response, const char *encoding) { if (custom_header) { Service *sp; Method *m = NULL; Entry *q; Table *r; if (yflag) { if (cflag) fprintf(fd, " \n"); else fprintf(fd, " \n"); } fprintf(fd, " \n"); q = entry(classtable, lookup("SOAP_ENV__Header")); if (q) { r = (Table*)q->info.typ->ref; if (r) { for (q = r->list; q; q = q->next) { if (!is_transient(q->info.typ) && !(q->info.sto & Sattribute) && q->info.typ->type != Tfun) { for (sp = services; sp; sp = sp->next) for (m = sp->list; m; m = m->next) if (is_eq(m->name, method) && (!strcmp(m->part, q->sym->name) || is_eq_nons(m->part, q->sym->name)) && ((!response && (m->mess&HDRIN)) || (response && (m->mess&HDROUT)))) { gen_field(fd, 2, q, NULL, NULL, encoding); break; } } } fprintf(fd, " \n"); } } } } FILE * gen_env(const char *buf, const char *method, int response, const char *encoding, int soap) { char tmp[1024]; FILE *fd; strcpy(tmp, buf); if (!soap) strcat(tmp, "REST."); #ifdef __vms if (!response) { sprintf(strrchr(tmp, '.'), "_%s_req.xml", method); fprintf(fmsg, "Saving %s sample SOAP/XML request\n", tmp); } else { sprintf(strrchr(tmp, '.'), "_%s_res.xml", method); fprintf(fmsg, "Saving %s sample SOAP/XML response\n", tmp); } #else strcpy(strrchr(tmp, '.')+1, method); if (!response) { strcat(tmp, ".req.xml"); fprintf(fmsg, "Saving %s sample SOAP/XML request\n", tmp); } else { strcat(tmp, ".res.xml"); fprintf(fmsg, "Saving %s sample SOAP/XML response\n", tmp); } #endif fd = fopen(tmp, "w"); if (!fd) execerror("Cannot write XML file"); fprintf(fd, "\n"); if (soap && soap_version >= 0) { fprintf(fd, "\n"); gen_header(fd, method, response, encoding); fprintf(fd, " \n"); } return fd; } void gen_xmlns(FILE *fd) { Symbol *s; Service *sp = NULL; for (s = nslist; s; s = s->next) { for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, s->name) && sp->URI) break; if (sp) fprintf(fd, "\n xmlns:%s=\"%s\"", ns_convert(s->name), sp->URI); else if (!strcmp(s->name, "SOAP-ENV")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENV=\"%s\"", envURI); } else if (!strcmp(s->name, "SOAP-ENC")) { if (soap_version >= 0) fprintf(fd, "\n xmlns:SOAP-ENC=\"%s\"", encURI); } else if (!strcmp(s->name, "xsi")) fprintf(fd, "\n xmlns:xsi=\"%s\"", xsiURI); else if (!strcmp(s->name, "xsd")) fprintf(fd, "\n xmlns:xsd=\"%s\"", xsdURI); else fprintf(fd, "\n xmlns:%s=\"%s/%s.xsd\"", ns_convert(s->name), tmpURI, ns_convert(s->name)); } } char * emalloc(size_t n) { char *p; if ((p = (char*)malloc(n)) == NULL) execerror("out of memory"); return p; } void soap_serve(Table *table) { Entry *method, *catch_method = NULL; const char *catch_action = NULL; if (!Cflag) { fprintf(fserver, "\n\n"); if (!cflag && !namespaceid) fprintf(fserver, "extern \"C\" "); fprintf(fserver, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve(struct soap *soap)", nflag?prefix:"soap"); fprintf(fserver, "\n{\n#ifndef WITH_FASTCGI\n\tunsigned int k = soap->max_keep_alive;\n#endif\n\tdo\n\t{"); fprintf(fserver, "\n#ifndef WITH_FASTCGI\n\t\tif (soap->max_keep_alive > 0 && !--k)\n\t\t\tsoap->keep_alive = 0;\n#endif"); fprintf(fserver, "\n\t\tif (soap_begin_serve(soap))\n\t\t{\tif (soap->error >= SOAP_STOP)\n\t\t\t\tcontinue;\n\t\t\treturn soap->error;\n\t\t}"); if (namespaceid) fprintf(fserver, "\n\t\tif (%s::%s_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(soap);\n#else\n\t\t\treturn soap_send_fault(soap);\n#endif\n\t\t}", namespaceid, nflag?prefix:"soap"); else fprintf(fserver, "\n\t\tif (%s_serve_request(soap) || (soap->fserveloop && soap->fserveloop(soap)))\n\t\t{\n#ifdef WITH_FASTCGI\n\t\t\tsoap_send_fault(soap);\n#else\n\t\t\treturn soap_send_fault(soap);\n#endif\n\t\t}", nflag?prefix:"soap"); fprintf(fserver, "\n\n#ifdef WITH_FASTCGI\n\t\tsoap_destroy(soap);\n\t\tsoap_end(soap);\n\t} while (1);\n#else\n\t} while (soap->keep_alive);\n#endif"); fprintf(fserver, "\n\treturn SOAP_OK;"); fprintf(fserver, "\n}"); fprintf(fserver, "\n\n#ifndef WITH_NOSERVEREQUEST\n"); if (!cflag && !namespaceid) fprintf(fserver, "extern \"C\" "); fprintf(fserver, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve_request(struct soap *soap)\n{", nflag?prefix:"soap"); if (sflag) fprintf(fserver, "\n\tsoap->mode |= SOAP_XML_STRICT;"); fprintf(fserver, "\n\tsoap_peek_element(soap);"); for (method = table->list; method; method = method->next) { const char *action = NULL; if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) { if (aflag) { Service *sp; for (sp = services; sp; sp = sp->next) { if (has_ns_eq(sp->ns, method->sym->name)) { Method *m; for (m = sp->list; m; m = m->next) { if (is_eq_nons(m->name, method->sym->name)) { if (m->mess == ACTION || m->mess == REQUEST_ACTION) action = m->part; } } } } } if (is_invisible(method->sym->name)) { Entry *param = entry(classtable, method->sym); if (param) param = ((Table*)param->info.typ->ref)->list; if (action) { if (*action == '"') { fprintf(fserver, "\n\tif ("); if (param && !Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", action); } else { fprintf(fserver, "\n\tif ("); if (param && !Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(param->sym->name)); else { catch_method = method; catch_action = action; } fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", action); } fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); if (param) { fprintf(fserver, "\n\tif (!soap_match_tag(soap, soap->tag, \"%s\")", ns_convert(param->sym->name)); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } else { catch_method = method; catch_action = action; } } } else { if (action) { if (*action == '"') { fprintf(fserver, "\n\tif ("); if (!Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(method->sym->name)); fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", action); } else { fprintf(fserver, "\n\tif ("); if (!Aflag) fprintf(fserver, "(soap->action == NULL && !soap_match_tag(soap, soap->tag, \"%s\")) || ", ns_convert(method->sym->name)); fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", action); } } else { if (Aflag) compliancewarn("Option -A requires a SOAPAction where none is defined"); fprintf(fserver, "\n\tif (!soap_match_tag(soap, soap->tag, \"%s\")", ns_convert(method->sym->name)); } fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(method->sym->name)); } } } if (catch_method) { if (Aflag && catch_action) { if (*catch_action == '"') { fprintf(fserver, "\n\tif ("); fprintf(fserver, "(soap->action && !strcmp(soap->action, %s))", catch_action); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } else { fprintf(fserver, "\n\tif ("); fprintf(fserver, "(soap->action && !strcmp(soap->action, \"%s\"))", catch_action); fprintf(fserver, ")\n\t\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } fprintf(fserver, "\n\treturn soap->error = SOAP_NO_METHOD;"); } else fprintf(fserver, "\n\treturn soap_serve_%s(soap);", ident(catch_method->sym->name)); } else fprintf(fserver, "\n\treturn soap->error = SOAP_NO_METHOD;"); fprintf(fserver, "\n}\n#endif"); banner(fheader, "Server-Side Operations"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern)) generate_proto(table, method); banner(fheader, "Server-Side Skeletons to Invoke Service Operations"); fprintf(fheader, "\n"); if (!cflag && !namespaceid) fprintf(fheader, "extern \"C\" "); fprintf(fheader, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve(struct soap*);", nflag?prefix:"soap"); fprintf(fheader, "\n\n"); if (!cflag && !namespaceid) fprintf(fheader, "extern \"C\" "); fprintf(fheader, "SOAP_FMAC5 int SOAP_FMAC6 %s_serve_request(struct soap*);", nflag?prefix:"soap"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ)) gen_serve_method(fserver, table, method, NULL); } if (!Sflag) { banner(fheader, "Client-Side Call Stubs"); for (method = table->list; method; method = method->next) if (method->info.typ->type == Tfun && !(method->info.sto & Sextern) && !is_imported(method->info.typ)) gen_call_method(fclient, method, NULL); } } void generate_proto(Table *table, Entry *param) { Entry *q, *pout; Table *output; q = entry(table, param->sym); if (q) pout = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q = entry(classtable, param->sym); output = (Table*)q->info.typ->ref; fprintf(fheader, "\n\nSOAP_FMAC5 int SOAP_FMAC6 %s(struct soap*", ident(param->sym->name)); gen_params(fheader, output, pout, 1); fprintf(fheader, ";"); } int tagcmp(const char *s, const char *t) { size_t i, n; n = strlen(s); for (i = 0; i < n; i++) { int c = t[i]; if (c == '_' && s[i] != '_') c = '-'; if (s[i] > c) return 1; if (s[i] < c) return -1; } return -(t[i] != 0); } int tagncmp(const char *s, const char *t, size_t n) { size_t i; for (i = 0; i < n; i++) { int c = t[i]; if (c == '_' && s[i] != '_') c = '-'; if (s[i] > c) return 1; if (s[i] < c) return -1; } return 0; } int is_qname(Tnode *p) { if (p->sym && is_string(p) && (is_eq(p->sym->name, "xsd__QName") || is_eq(p->sym->name, "QName"))) return 1; return p->id && is_string(p) && (is_eq(p->id->name, "xsd__QName") || is_eq(p->id->name, "QName")); } int is_stdqname(Tnode *p) { if (p->sym && p->type == Tclass && is_volatile(p) && (is_eq(p->sym->name, "xsd__QName") || is_eq(p->sym->name, "QName"))) return 1; return p->id && p->type == Tclass && is_volatile(p) && (is_eq(p->id->name, "xsd__QName") || is_eq(p->id->name, "QName")); } int is_XML(Tnode *p) { if (is_synonym(p)) return (is_string(p) || is_wstring(p)) && is_eq(p->synonym->name, "XML"); return (p->sym && (is_string(p) || is_wstring(p)) && is_eq(p->sym->name, "XML")) || ((p->type == Tpointer || p->type == Treference || p->type == Trvalueref) && is_XML((Tnode*)p->ref)); } int is_stdXML(Tnode *p) { return p->sym && (is_stdstring(p) || is_stdwstring(p)) && is_eq(p->sym->name, "XML"); } int is_response(Tnode *p) { return (p->type == Tpointer || p->type == Treference || p->type == Trvalueref) && p->ref && has_ns((Tnode*)p->ref) && ((((Tnode*)p->ref)->type == Tstruct || ((Tnode*)p->ref)->type == Tclass) && !is_external((Tnode*)p->ref) && !is_primclass((Tnode*)p->ref) && !is_dynamic_array((Tnode*)p->ref) && !is_stdstring((Tnode*)p->ref) && !is_stdwstring((Tnode*)p->ref)); } Entry* get_response(Tnode *p) { if (p->type == Tfun) return p->response; return 0; } int is_unmatched(Symbol *sym) { return sym->name[0] == '_' && sym->name[1] != '_' && strncmp(sym->name, "_DOT", 4) && strncmp(sym->name, "_USCORE", 7) && (strncmp(sym->name, "_x", 2) || !isxdigit(sym->name[2]) || !isxdigit(sym->name[3]) || !isxdigit(sym->name[4]) || !isxdigit(sym->name[5])); } int is_invisible(const char *name) { return name[0] == '-' || (name[0] == '_' && name[1] == '_' && strncmp(name, "__ptr", 5)); } int is_invisible_empty(Tnode *p) { if (p->type == Tstruct || p->type == Tclass) if (is_invisible(p->id->name)) if (!p->ref || !((Table*)p->ref)->list) return 1; return 0; } int is_element(Tnode *typ) { if (is_XML(typ) || is_stdXML(typ) || is_qname(typ) || is_stdqname(typ)) return 0; if (typ->sym) return is_unmatched(typ->sym); if (typ->type == Tstruct || typ->type == Tclass) return is_unmatched(typ->id); return 0; } int is_untyped(Tnode *typ) { Tnode *p; if (typ->sym) return is_unmatched(typ->sym); if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref || typ->type == Tarray) return is_untyped((Tnode*)typ->ref); if (typ->type == Tstruct || typ->type == Tclass) { if (is_dynamic_array(typ) && !has_ns(typ) && !is_binary(typ)) { p = (Tnode*)((Table*)typ->ref)->list->info.typ->ref; return is_untyped(p); } else return is_unmatched(typ->id); } return 0; } int is_primclass(Tnode *typ) { Table *t; if (typ->type == Tstruct || typ->type == Tclass) { if (!is_dynamic_array(typ)) { t = (Table*)typ->ref; while (t) { Entry *p = t->list; while (p && !is_item(p)) p = p->next; if (p) break; t = t->prev; } if (!t) return 0; t = (Table*)typ->ref; while (t) { Entry *p; for (p = t->list; p; p = p->next) if (!is_item(p) && p->info.typ->type != Tfun && !is_transient(p->info.typ) && p->info.sto != Sattribute && p->info.sto != Sprivate && p->info.sto != Sprotected) return 0; t = t->prev; } return 1; } } else if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref) return is_primclass((Tnode*)typ->ref); return 0; } int is_mask(Tnode *typ) { return ((typ->type == Tenum || typ->type == Tenumsc) && typ->width == 9); } int is_void(Tnode *typ) { if (!typ) return 1; if (typ->type == Tvoid) return 1; if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref || typ->type == Tarray || typ->type == Ttemplate) return is_void((Tnode*)typ->ref); return 0; } int is_transient(Tnode *typ) { if (!typ) return 1; if (typ->type == Tstruct && typ->id == lookup("soap")) return 1; if (is_external(typ) || is_volatile(typ)) return 0; if (typ->transient > 0) return 1; if (is_wstring(typ)) /* wchar_t* is serializable but wchar_t is transient */ return 0; switch (typ->type) { case Tpointer: case Treference: case Trvalueref: case Tarray: case Ttemplate: return is_transient((Tnode*)typ->ref); case Tnone: case Tvoid: case Twchar: /* wchar_t is transient */ case Tsize: /* size_t is transient */ return 1; default: break; } return 0; } int is_imported(Tnode* typ) { return typ->imported != NULL; } int is_external(Tnode* typ) { return typ->transient == -1 || typ->transient == -3; } int is_anyType(Tnode* typ) { if (!typ) return 0; if (typ->type == Tpointer || typ->type == Ttemplate) return is_anyType((Tnode*)typ->ref); return is_external(typ) && typ->type == Tstruct && !strcmp(typ->id->name, "soap_dom_element"); } int is_anyAttribute(Tnode* typ) { if (!typ) return 0; if (typ->type == Tpointer || typ->type == Ttemplate) return is_anyAttribute((Tnode*)typ->ref); return is_external(typ) && typ->type == Tstruct && !strcmp(typ->id->name, "soap_dom_attribute"); } int is_volatile(Tnode* typ) { return typ->transient == -2 || typ->transient == -3; } int is_smart(Tnode *p) { return p->type == Ttemplate && p->ref && is_volatile(p); } int is_smart_shared(Tnode *p) { if (is_smart(p)) { const char *s = strstr(p->id->name, "::"); if (s) return !strcmp(s, "::shared_ptr"); /* support shared_ptr STL and Boost */ } return 0; } const char * make_shared(Tnode *p) { const char *s = ""; /* should produce make_shared only if is_smart_shared(p) is true */ if (is_smart_shared(p)) { char *t; s = strstr(p->id->name, "::"); t = emalloc(s - p->id->name + 14); strncpy(t, p->id->name, s - p->id->name + 2); strcat(t, "make_shared"); s = t; } return s; } int is_container(Tnode *p) { if (p->type == Tpointer) return is_container((Tnode*)p->ref); return p->type == Ttemplate && !is_smart(p); } int is_template(Tnode *p) { if (p->type == Tpointer) return is_template((Tnode*)p->ref); return p->type == Ttemplate; } int is_repetition(Entry *p) { if (p) return p->next && p->next->info.typ->type == Tpointer && ((Tnode*)p->next->info.typ->ref)->type != Tvoid && (p->info.typ->type == Tint || p->info.typ->type == Tsize) && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__size", 6)); return 0; } int is_item(Entry *p) { if (p) return !strcmp(p->sym->name, "__item"); return 0; } int is_self(Entry *p) { if (p) return !strcmp(p->sym->name, "__self"); return 0; } int is_choice(Entry *p) { if (p) if (p->next && p->next->info.typ->type == Tunion && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__union", 7))) return 1; return 0; } int required_choice(Tnode *typ) { if (typ->type == Tunion) { Entry *p; for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && (!(p->info.sto & Sattribute)) && !is_repetition(p) && !is_anytype(p)) { if (p->info.minOccurs <= 0) return 0; } } } return -1; } int is_sequence(Entry *p) { if (p) { Tnode *q = p->info.typ; if (q->type == Tpointer) q = (Tnode*)q->ref; if (q->type == Tstruct && is_invisible(p->sym->name) && is_invisible(q->id->name) && !is_transient(q)) return 1; } return 0; } int is_anytype(Entry *p) { if (p) { if (p->next && p->next->info.typ->type == Tpointer && ((Tnode*)p->next->info.typ->ref)->type == Tvoid && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(p->sym->name, "__type", 6))) { is_anytype_flag = 1; return 1; } } return 0; } int is_keyword(const char *name) { Symbol *s = lookup(name); if (s) return s->token != ID; return 0; } int has_ptr(Tnode *typ) { Tnode *p; if (typ->type == Tpointer || typ->type == Treference || typ->type == Trvalueref) return 0; for (p = Tptr[Tpointer]; p; p = p->next) if ((Tnode*)p->ref == typ && p->transient != 1) return 1; return 0; } int has_detail_string(void) { Entry *p = entry(classtable, lookup("SOAP_ENV__Fault")); if (p && p->info.typ->ref && (p->info.typ->type == Tstruct || p->info.typ->type == Tclass)) { Entry *e = entry((Table*)p->info.typ->ref, lookup("detail")); if (e && e->info.typ->ref && e->info.typ->type == Tpointer && ((Tnode*)e->info.typ->ref)->type == Tstruct) { Entry *e2 = entry((Table*)((Tnode*)e->info.typ->ref)->ref, lookup("__any")); return e2 && is_string(e2->info.typ); } } return 0; } int has_Detail_string(void) { Entry *p = entry(classtable, lookup("SOAP_ENV__Fault")); if (p && p->info.typ->ref && (p->info.typ->type == Tstruct || p->info.typ->type == Tclass)) { Entry *e = entry((Table*)p->info.typ->ref, lookup("SOAP_ENV__Detail")); if (e && e->info.typ->ref && e->info.typ->type == Tpointer && ((Tnode*)e->info.typ->ref)->type == Tstruct) { Entry *e2 = entry((Table*)((Tnode*)e->info.typ->ref)->ref, lookup("__any")); return e2 && is_string(e2->info.typ); } } return 0; } int has_class(Tnode *typ) { Entry *p; if (!cflag && typ->type == Tstruct && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.sto & Stypedef) continue; if (p->info.typ->type == Tclass || p->info.typ->type == Ttemplate) return 1; if (p->info.typ->type == Tstruct && has_class(p->info.typ)) return 1; } } return 0; } int has_external(Tnode *typ) { Entry *p; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { if (is_external(p->info.typ) || has_external(p->info.typ)) return 1; } } } return 0; } int has_volatile(Tnode *typ) { Entry *p; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (p = ((Table*)typ->ref)->list; p; p = p->next) { if (p->info.typ->type == Tstruct || p->info.typ->type == Tclass) { if (is_volatile(p->info.typ) || has_volatile(p->info.typ)) if (!is_stdstr(p->info.typ)) return 1; } } } return 0; } int has_ns(Tnode *typ) { if (typ->type == Tstruct || typ->type == Tclass || typ->type == Tenum || typ->type == Tenumsc) return has_ns_eq(NULL, typ->id->name); return 0; } int has_ns_t(Tnode *typ) { if (typ->sym) return has_ns_eq(NULL, typ->sym->name); return has_ns(typ); } /* needs_lang adds xml:lang attribute to matching struct/class member name we should use an annotation for soapcpp2's input this in the future instead of a hard-coded member name */ void needs_lang(Entry *e) { if (!strcmp(e->sym->name, "SOAP_ENV__Text")) fprintf(fout, "\n\tif (soap->lang)\n\t\tsoap_set_attr(soap, \"xml:lang\", soap->lang, 1);"); } int is_eq_nons(const char *s, const char *t) { size_t n, m; const char *r; while (*s == '_' || *s == ':') s++; while (*t == '_' || *t == ':') t++; if (!*s || !*t) return 0; r = strstr(t, "__"); if (r) t = r + 2; n = strlen(s) - 1; m = strlen(t) - 1; #ifdef SOAP_OLD_DIRECTIVE_NAME_MATCHING while (n > 0 && s[n] == '_') n--; while (m > 0 && t[m] == '_') m--; #endif if (n != m) return 0; return !strncmp(s, t, n + 1); } int is_eq(const char *s, const char *t) { size_t n, m; while (*s == '_' || *s == ':') s++; while (*t == '_' || *t == ':') t++; if (!*s || !*t) return 0; for (n = strlen(s) - 1; n && s[n] == '_'; n--) ; for (m = strlen(t) - 1; m && t[m] == '_'; m--) ; if (n != m) return 0; return !strncmp(s, t, n + 1); } int has_ns_eq(const char *ns, const char *s) { size_t n; while (*s == '_' || *s == ':') s++; if (!ns) { const char *t = strstr(s + 1, "__"); if (!t || (t[2] == 'x' && isxdigit(t[3]) && isxdigit(t[4]) && isxdigit(t[5]) && isxdigit(t[6])) || !strncmp(t+2, "DOT", 3) || !strncmp(t+2, "USCORE", 6)) { t = strchr(s, ':'); if (t && t[1] == ':') t = NULL; } return t && t[1] && t[2] && t[2] != '_'; } if ((n = strlen(ns)) < strlen(s)) return ((s[n] == '_' && s[n+1] == '_') || (s[n] == ':' && s[n+1] != ':')) && !tagncmp(ns, s, n); return 0; } const char * strict_check(void) { if (sflag) return ""; return "(soap->mode & SOAP_XML_STRICT) && "; } const char * ns_of(const char *name) { Service *sp; for (sp = services; sp; sp = sp->next) if (has_ns_eq(sp->ns, name)) break; if (sp) return sp->URI; return NULL; } int eq_ns(const char *s, const char *t) { return ns_of(s) == ns_of(t); } const char * prefix_of(const char *s) { const char *t; while (*s == '_' || *s == ':') s++; t = strstr(s + 1, "__"); if (!t) { t = strchr(s, ':'); if (t && t[1] == ':') t = NULL; } if (t && t[1] && t[2] && t[2] != '_') { char *r = (char*)emalloc(t - s + 1); strncpy(r, s, t - s); r[t - s] = '\0'; return r; } return s; } const char * ns_add_overridden(Table *t, Entry *p, const char *ns) { Entry *q; Symbol *s = t->sym; if (s) { do { for (q = t->list; q; q = q->next) if (!strcmp(q->sym->name, p->sym->name)) return ns_add(p, ns ? prefix_of(t->sym->name) : NULL); } while ((t = t->prev) != NULL); } return ns_add(p, ns); } const char * c_ident(Tnode *typ) { if (typ->sym && strcmp(typ->sym->name, "/*?*/")) return res_remove(typ->sym->name); return t_ident(typ); } const char * soap_type(Tnode *typ) { const char *t = c_ident(typ); char *s; if (namespaceid && (Qflag || !is_external(typ))) { s = (char*)emalloc(strlen(t) + strlen(namespaceid) + 12); strcpy(s, "SOAP_TYPE_"); strcat(s, namespaceid); strcat(s, "_"); } else { s = (char*)emalloc(strlen(t) + 11); strcpy(s, "SOAP_TYPE_"); } strcat(s, t); return s; } const char * soap_union_member(Tnode *typ, Entry *p) { const char *t = c_ident(typ); const char *n = ident(p->sym->name); char *s; if (namespaceid) { s = (char*)emalloc(strlen(t) + strlen(n) + strlen(namespaceid) + 14); strcpy(s, "SOAP_UNION_"); strcat(s, namespaceid); strcat(s, "_"); } else { s = (char*)emalloc(strlen(t) + strlen(n) + 13); strcpy(s, "SOAP_UNION_"); } strcat(s, t); strcat(s, "_"); strcat(s, n); return s; } const char * ident(const char *name) { if (name) { const char *s = strrchr(name, ':'); if (s && *(s+1) && (s == name || *(s-1) != ':')) return s+1; } return name; } /*t_ident gives the base type name (e.g. when typedef'ed) of a type in identifier format*/ const char * t_ident(Tnode *typ) { char *p; const char *q; if (typ->extsym) return ident(typ->extsym->name); if (typ->synonym) return ident(typ->synonym->name); switch(typ->type) { case Tnone: return ""; case Tvoid: return "void"; case Tchar: return "byte"; case Twchar: return "wchar"; case Tshort: return "short"; case Tint: return "int"; case Tlong: return "long"; case Tllong: return "LONG64"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "decimal"; case Tuchar: return "unsignedByte"; case Tushort: return "unsignedShort"; case Tuint: return "unsignedInt"; case Tulong: return "unsignedLong"; case Tullong: return "ULONG64"; case Tsize: return "size_t"; case Ttime: return "dateTime"; case Tstruct: case Tclass: case Tunion: case Tenum: if (is_bool(typ)) return "bool"; case Tenumsc: return res_remove(typ->id->name); case Treference: case Trvalueref: return c_ident((Tnode*)typ->ref); case Tpointer: if (is_string(typ)) return "string"; if (is_wstring(typ)) return "wstring"; p = (char*)emalloc((10+strlen(q = c_ident((Tnode*)typ->ref))) * sizeof(char)); strcpy(p, "PointerTo"); strcat(p, q); return p; case Tarray: p = (char*)emalloc((16+strlen(c_ident((Tnode*)typ->ref))) * sizeof(char)); if (((Tnode*)typ->ref)->width) sprintf(p, "Array%dOf%s", typ->width / ((Tnode*) typ->ref)->width, c_ident((Tnode*)typ->ref)); else sprintf(p, "ArrayOf%s", c_ident((Tnode*)typ->ref)); return p; case Ttemplate: if (typ->ref) { p = (char*)emalloc((11+strlen(res_remove(typ->id->name))+strlen(q = c_ident((Tnode*)typ->ref))) * sizeof(char)); strcpy(p, res_remove(typ->id->name)); strcat(p, "TemplateOf"); strcat(p, q); return p; } case Tfun: return "Function"; } return "anyType"; } void utf8(char **t, long c) { if (c < 0x0080) *(*t)++ = (char)c; else { if (c < 0x0800) *(*t)++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *(*t)++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *(*t)++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *(*t)++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *(*t)++ = (char)(0xFC | ((c >> 30) & 0x01)); *(*t)++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *(*t)++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *(*t)++ = (char)(0x80 | (c & 0x3F)); } *(*t) = '\0'; } const char * ns_convert(const char *tag) { const char *t; char *s; size_t i, n; if (*tag == '_') { if (!strncmp(tag, "__ptr", 5)) { if (tag[5]) tag += 5; else tag = "item"; } else if (strncmp(tag, "_DOT", 4) && strncmp(tag, "_USCORE", 7) && (strncmp(tag, "_x", 2) || !isxdigit(tag[2]) || !isxdigit(tag[3]) || !isxdigit(tag[4]) || !isxdigit(tag[5]))) tag++; /* skip leading _ */ } for (n = strlen(tag); n > 0; n--) { if (tag[n-1] != '_') break; } t = s = (char*)emalloc(n+1); for (i = 0; i < n; i++) { if (tag[i] == '_') { if (tag[i+1] == '_' && !(tag[i+2] == 'x' && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5]) && isxdigit(tag[i+6]))) break; else if (!strncmp(tag+i, "_DOT", 4)) { *s++ = '.'; i += 3; } else if (!strncmp(tag+i, "_USCORE", 7)) { *s++ = '_'; i += 6; } else if (!strncmp(tag+i, "_x", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = '-'; } else if (!strncmp(tag+i, "\\u", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else if (tag[i] == ':' && tag[i+1] == ':') break; else *s++ = tag[i]; } if (i < n) { *s++ = ':'; for (i += 2; i < n; i++) { if (tag[i] == '_') { if (!strncmp(tag+i, "_DOT", 4)) { *s++ = '.'; i += 3; } else if (!strncmp(tag+i, "_USCORE", 7)) { *s++ = '_'; i += 6; } else if (!strncmp(tag+i, "_x", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = '-'; } else if (!strncmp(tag+i, "\\u", 2) && isxdigit(tag[i+2]) && isxdigit(tag[i+3]) && isxdigit(tag[i+4]) && isxdigit(tag[i+5])) { char d[5]; strncpy(d, tag+i+2, 4); d[4] = '\0'; utf8(&s, strtoul(d, NULL, 16)); i += 5; } else *s++ = tag[i]; } } *s = '\0'; return t; } const char * res_remove(const char *tag) { char *s; const char *t; if (!(t = strchr(tag, ':'))) return tag; if (t[1] != ':') tag = t + 1; if (!strchr(tag, ':')) return tag; s = (char*)emalloc(strlen(tag) + 1); t = strcpy(s, tag); while ((s = strchr(s, ':'))) *s = '_'; return t; } const char * ns_qualifiedElement(Tnode *typ) { Service *sp; const char *s = NULL; if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return NULL; for (sp = services; sp; sp = sp->next) { if (sp->elementForm && !tagcmp(sp->ns, s)) { if (!strcmp(sp->elementForm, "qualified")) return s; return NULL; } } for (sp = services; sp; sp = sp->next) if (!tagcmp(sp->ns, s)) if (sp->style && !strcmp(sp->style, "document")) return s; return NULL; } const char * ns_qualifiedAttribute(Tnode *typ) { Service *sp; const char *s = NULL; if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return NULL; for (sp = services; sp; sp = sp->next) { if (sp->attributeForm && !tagcmp(sp->ns, s)) { if (!strcmp(sp->attributeForm, "qualified")) return s; return NULL; } } return NULL; } const char * field(Entry *p, const char *ns) { const char *r; char *s; if (is_self(p)) return "tag"; r = ns_add(p, ns); s = (char*)emalloc(strlen(r) + 3); strcpy(s, "\""); strcat(s, r); strcat(s, "\""); return s; } const char * field_overridden(Table *t, Entry *p, const char *ns) { const char *r; char *s; if (is_self(p)) return "tag"; r = ns_add_overridden(t, p, ns); s = (char*)emalloc(strlen(r) + 3); strcpy(s, "\""); strcat(s, r); strcat(s, "\""); return s; } const char * ns_add(Entry *p, const char *ns) { if (p->tag) return ns_addx(p->tag, ns); return ns_addx(p->sym->name, ns); } const char * ns_addx(const char *tag, const char *ns) { const char *n; char *t; const char *s = ns_convert(tag); if (*s == ':') return s+1; if (!ns || *s == '-' || strchr(s, ':')) return s; n = ns_convert(ns); t = (char*)emalloc(strlen(n) + strlen(s) + 2); strcpy(t, n); strcat(t, ":"); strcat(t, s); return t; } const char * ns_name(const char *tag) { const char *t, *r, *s = tag; if (*s) { for (r = s+strlen(s)-1; r > s; r--) if (*r != '_') break; for (t = s + 1; t < r; t++) { if (t[0] == '_' && t[1] == '_') { s = t + 2; t++; } else if (t[0] == ':' && t[1] != ':') { s = t + 1; t++; } } } return s; } const char * ns_cname(const char *tag, const char *suffix) { char *s; const char *t; size_t i, n; if (!tag) return NULL; t = ns_name(tag); n = strlen(t); if (suffix) s = (char*)emalloc(n + strlen(suffix) + 2); else s = (char*)emalloc(n + 2); for (i = 0; i < n; i++) { if (!isalnum(t[i])) s[i] = '_'; else s[i] = t[i]; } s[i] = '\0'; if (suffix) strcat(s, suffix); if (is_keyword(t)) strcat(s, "_"); return s; } const char * ns_fname(const char *tag) { char *s; size_t i; s = (char*)emalloc(strlen(tag) + 1); strcpy(s, tag); for (i = 0; s[i]; i++) if (!isalnum(s[i])) s[i] = '_'; return s; } const char * ns_remove(const char *tag) { return ns_convert(ns_name(tag)); } const char * ns_remove1(const char *tag) { const char *t, *s = tag; int n = 2; if (*s) { for (t = s + 1; *t && n; t++) if (t[0] == '_' && t[1] == '_') { s = t + 2; t++; n--; } if (n || (s[0] == '_' && s[1] != 'x' && strncmp(s, "_USCORE", 7)) || !*s) s = tag; } return s; } const char * ns_remove2(const char *tag, const char *type) { size_t n; if (tag && type && !strncmp(tag, type, n = strlen(type)) && strlen(tag) > n + 2) return ns_convert(tag + n + 2); return ns_convert(tag); } const char * xsi_type_cond(Tnode *typ, int flag) { if (flag) return xsi_type(typ); return ""; } const char * xsi_type_cond_u(Tnode *typ, int flag) { if (flag) return xsi_type_u(typ); return ""; } const char * xsi_type_u(Tnode *typ) { Service *sp; const char *s = NULL; if (tflag) return xsi_type(typ); if (typ->sym) s = prefix_of(typ->sym->name); if (!s && typ->id) s = prefix_of(typ->id->name); if (!s) return ""; s = xsi_type(typ); for (sp = services; sp; sp = sp->next) if (sp->xsi_type && has_ns_eq(sp->ns, s)) return s; return ""; } const char * xsi_type(Tnode *typ) { if (!typ) return "NULL"; if (is_dynamic_array(typ) && !has_ns(typ) && !is_binary(typ)) return xsi_type_Darray(typ); if (typ->type == Tarray) return xsi_type_Tarray(typ); if (is_untyped(typ)) return ""; if (typ->sym) { if (!strncmp(typ->sym->name, "SOAP_ENV__", 10)) return ""; if (is_XML(typ)) return "xsd:anyType"; if (typ->type != Ttemplate) return ns_convert(typ->sym->name); } if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ)) return "xsd:string"; switch(typ->type) { case Tvoid: return "xsd:anyType"; case Tchar: return "xsd:byte"; case Twchar: return "wchar"; case Tshort: return "xsd:short"; case Tint: return "xsd:int"; case Tlong: case Tllong: return "xsd:long"; case Tfloat: return "xsd:float"; case Tdouble: return "xsd:double"; case Tldouble: return "xsd:decimal"; case Tuchar: return "xsd:unsignedByte"; case Tushort: return "xsd:unsignedShort"; case Tuint: return "xsd:unsignedInt"; case Tulong: case Tullong: return "xsd:unsignedLong"; case Ttime: return "xsd:dateTime"; case Tpointer: case Treference: case Trvalueref: return xsi_type((Tnode*)typ->ref); case Tenum: if (is_bool(typ)) return "xsd:boolean"; case Tenumsc: case Tstruct: case Tclass: if (!strncmp(typ->id->name, "SOAP_ENV__", 10)) return ""; return ns_convert(typ->id->name); case Ttemplate: if ((Tnode*)typ->ref) return xsi_type((Tnode*)typ->ref); break; default: break; } return ""; } const char * xml_tag(Tnode *typ) { if (!typ) return "NULL"; if ((typ->type == Tpointer && !is_string(typ) && !is_wstring(typ)) || typ->type == Treference || typ->type == Trvalueref) return xml_tag((Tnode*)typ->ref); if (typ->sym) return ns_convert(typ->sym->name); return the_type(typ); } const char * wsdl_type(Tnode *typ, const char *ns) { if (!typ) return "NULL"; if ((is_qname(typ) || is_stdqname(typ)) && ns) return "xsd:QName"; if (typ->sym) { if (is_XML(typ)) return "xsd:anyType"; else if (ns) return ns_convert(typ->sym->name); else return ns_remove(typ->sym->name); } return base_type(typ, ns); } const char * base_type(Tnode *typ, const char *ns) { int d; const char *s; char *t; if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ) || is_fixedstring(typ)) { if (ns) return "xsd:string"; return "string"; } if (is_dynamic_array(typ) && !is_binary(typ) && !has_ns(typ) && !is_untyped(typ)) { s = ns_remove(wsdl_type(((Table*)typ->ref)->list->info.typ, NULL)); if (ns && *ns) { t = (char*)emalloc(strlen(s)+strlen(ns_convert(ns))+13); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, "ArrayOf"); } else { t = (char*)emalloc(strlen(s)+12); strcpy(t, "ArrayOf"); } strcat(t, s); d = get_Darraydims(typ); if (d) sprintf(t+strlen(t), "%dD", d); return t; } if (is_synonym(typ)) { if (ns) return ns_convert(typ->synonym->name); else return ns_remove(typ->synonym->name); } switch (typ->type) { case Tvoid : if (ns) return "xsd:anyType"; return "anyType"; case Tchar : if (ns) return "xsd:byte"; return "byte"; case Tshort : if (ns) return "xsd:short"; return "short"; case Tint : if (ns) return "xsd:int"; return "int"; case Tlong : case Tllong : if (ns) return "xsd:long"; return "long"; case Tfloat: if (ns) return "xsd:float"; return "float"; case Tdouble: if (ns) return "xsd:double"; return "double"; case Tldouble: if (ns) return "xsd:decimal"; return "decimal"; case Tuchar: if (ns) return "xsd:unsignedByte"; return "unsignedByte"; case Tushort: if (ns) return "xsd:unsignedShort"; return "unsignedShort"; case Tuint: if (ns) return "xsd:unsignedInt"; return "unsignedInt"; case Tulong: case Tullong: if (ns) return "xsd:unsignedLong"; return "unsignedLong"; case Ttime: if (ns) return "xsd:dateTime"; return "dateTime"; case Tpointer: case Treference: case Trvalueref: return wsdl_type((Tnode*)typ->ref, ns); case Tarray: if (is_fixedstring(typ)) { if (typ->sym) { if (ns) return ns_convert(typ->sym->name); return ns_remove(typ->sym->name); } if (ns) return "xsd:string"; return "string"; } if (ns && *ns) { t = (char*)emalloc((strlen(ns_convert(ns))+strlen(c_ident(typ))+2) * sizeof(char)); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, c_ident(typ)); return t; } else return c_ident(typ); case Tenum: if (is_bool(typ)) { if (ns) return "xsd:boolean"; return "boolean"; } case Tenumsc: case Tstruct: case Tclass: if (!has_ns(typ) && ns && *ns) { t = (char*)emalloc((strlen(ns_convert(ns))+strlen(typ->id->name)+2) * sizeof(char)); strcpy(t, ns_convert(ns)); strcat(t, ":"); strcat(t, ns_convert(typ->id->name)); return t; } else if (ns) return ns_convert(typ->id->name); else return ns_remove(typ->id->name); case Tunion: if (ns) return "xsd:choice"; return "choice"; case Ttemplate: if ((Tnode*)typ->ref) return wsdl_type((Tnode*)typ->ref, ns); break; default: break; } return ""; } const char * the_type(Tnode *typ) { if (!typ) return "NULL"; if (typ->type == Tarray || (is_dynamic_array(typ) && !is_binary(typ) && (eflag || (!has_ns(typ) && !is_untyped(typ))))) return "SOAP-ENC:Array"; if (is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ)) return "string"; switch (typ->type) { case Tchar: return "byte"; case Twchar: return "wchar"; case Tshort: return "short"; case Tint : return "int"; case Tlong : case Tllong : return "long"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "decimal"; case Tuchar: return "unsignedByte"; case Tushort: return "unsignedShort"; case Tuint: return "unsignedInt"; case Tulong: case Tullong: return "unsignedLong"; case Ttime: return "dateTime"; case Tpointer: case Treference: case Trvalueref: return the_type((Tnode*)typ->ref); case Tarray: return "SOAP-ENC:Array"; case Tenum: if (is_bool(typ)) return "boolean"; case Tenumsc: case Tstruct: case Tclass: return ns_convert(typ->id->name); default: break; } return ""; } /* c_type returns the type to be used in parameter declaration*/ const char * c_type(Tnode *typ) { char *p = NULL; const char *q, *r; char tempBuf[10]; Tnode *temp; Entry *e; if (typ == NULL) return "NULL"; switch(typ->type) { case Tnone: return ""; case Tvoid: return "void"; case Tchar: return "char"; case Twchar: return "wchar_t"; case Tshort: return "short"; case Tint : return "int"; case Tlong : return "long"; case Tllong : return "LONG64"; case Tfloat: return "float"; case Tdouble: return "double"; case Tldouble: return "long double"; case Tuchar: return "unsigned char"; case Tushort: return "unsigned short"; case Tuint: return "unsigned int"; case Tulong: return "unsigned long"; case Tullong: return "ULONG64"; case Tsize: return "size_t"; case Ttime: return "time_t"; case Tstruct: q = ident(typ->id->name); p = (char*)emalloc((8+strlen(q)) * sizeof(char)); strcpy(p, "struct "); strcat(p, q); return p; case Tclass: return ident(typ->id->name); case Tunion: q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)) * sizeof(char)); strcpy(p, "union "); strcat(p, q); return p; case Tenum: if (is_bool(typ)) return "bool"; q = ident(typ->id->name); p = (char*)emalloc((6+strlen(q)) * sizeof(char)); strcpy(p, "enum "); strcat(p, q); return p; case Tenumsc: return ident(typ->id->name); case Tpointer: return c_type_id((Tnode*)typ->ref, "*"); case Treference: return c_type_id((Tnode*)typ->ref, "&"); case Trvalueref: return c_type_id((Tnode*)typ->ref, "&&"); case Tarray: temp = typ; while (((Tnode*) (typ->ref))->type == Tarray) typ = (Tnode*)typ->ref; p = (char*)emalloc((12 + strlen(q = c_type((Tnode*)typ->ref))) * sizeof(char)); if (((Tnode*)typ->ref)->type == Tpointer) sprintf(p, "%s", c_type((Tnode*)typ->ref)); else strcpy(p, q); typ = temp; while (typ->type == Tarray) { if (((Tnode*) typ->ref)->width) { sprintf(tempBuf, "[%d]", (typ->width / ((Tnode*) typ->ref)->width)); strcat(p, tempBuf); } typ = (Tnode*)typ->ref; } break; case Tfun: p = (char*)emalloc(1024); strcpy(p, c_type(((FNinfo*)typ->ref)->ret)); strcat(p, "("); for (e = ((FNinfo*)typ->ref)->args->list; e; e = e->next) { strcat(p, c_storage(e->info.sto)); if (e->info.typ->type != Tvoid) { strcat(p, c_type_id(e->info.typ, e->sym->name)); strcat(p, c_init(e)); } else strcat(p, "void"); if (e->next) strcat(p, ", "); } strcat(p, ")"); return p; case Ttemplate: if (typ->ref) { p = (char*)emalloc((strlen(q = c_type((Tnode*)typ->ref)) + strlen(r = ident(typ->id->name)) + 4) * sizeof(char)); strcpy(p, r); strcat(p, "<"); strcat(p, q); strcat(p, "> "); return p; } default: return "UnknownType"; } return p; } const char * c_storage(Storage sto) { static char buf[256]; buf[0] = '\0'; if (sto & Smutable) strcat(buf, "mutable "); if (sto & Sinline) strcat(buf, "inline "); if (sto & Sfriend) strcat(buf, "friend "); if (sto & Svirtual) strcat(buf, "virtual "); if (sto & Stypedef) strcat(buf, "typedef "); if (sto & Sexplicit) strcat(buf, "explicit "); if (sto & Sstatic) strcat(buf, "static "); if (sto & Sregister) strcat(buf, "register "); if (sto & Sauto) strcat(buf, "auto "); if (sto & Sconstptr) strcat(buf, "const "); if (sto & Sconst) strcat(buf, "const "); return buf; } const char * c_const(Storage sto) { if (sto & Sconst) return "const "; if (sto & Sconstptr) return "const "; return ""; } const char * c_init(Entry *e) { static char buf[4096]; buf[0] = '\0'; if (e && e->info.hasval) { switch (e->info.typ->type) { case Tchar: case Twchar: case Tuchar: case Tshort: case Tushort: case Tint: case Tuint: case Ttime: sprintf(buf, " = " SOAP_LONG_FORMAT, e->info.val.i); break; case Tlong: sprintf(buf, " = " SOAP_LONG_FORMAT "L", e->info.val.i); break; case Tulong: sprintf(buf, " = " SOAP_LONG_FORMAT "UL", e->info.val.i); break; case Tllong: sprintf(buf, " = " SOAP_LONG_FORMAT "LL", e->info.val.i); break; case Tullong: case Tsize: sprintf(buf, " = " SOAP_LONG_FORMAT "ULL", e->info.val.i); break; case Tfloat: case Tdouble: sprintf(buf, " = %g", e->info.val.r); break; case Tldouble: sprintf(buf, " = %gL", e->info.val.r); break; case Tenum: case Tenumsc: if (e->info.val.i <= 0x7FFFLL && e->info.val.i >= -0x8000LL) sprintf(buf, " = (%s)" SOAP_LONG_FORMAT, c_type(e->info.typ), e->info.val.i); else sprintf(buf, " = (%s)" SOAP_LONG_FORMAT "LL", c_type(e->info.typ), e->info.val.i); break; default: if (is_stdstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = \"%s\"", cstring(e->info.val.s, 0)); else if (is_stdwstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = L\"%s\"", cstring(e->info.val.s, 0)); else if (is_wstring(e->info.typ) && e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = (wchar_t*)L\"%s\"", cstring(e->info.val.s, 0)); else if (e->info.val.s && strlen(e->info.val.s) < sizeof(buf)-6) sprintf(buf, " = (char*)\"%s\"", cstring(e->info.val.s, 0)); else if (e->info.typ->type == Tpointer) sprintf(buf, " = NULL"); break; } } return buf; } /* c_type_constptr_id returns the const* type to be used in parameter declaration */ const char * c_type_constptr_id(Tnode *typ, const char *name) { return c_type_id(typ, name); } /* c_type_id returns the type to be used in parameter declaration */ const char * c_type_id(Tnode *typ, const char *name) { const char *id; char *p = NULL; const char *q; char tempBuf[10]; Tnode *temp; Entry *e; if (!typ) return "NULL"; id = ident(name); switch(typ->type) { case Tnone: return id; case Tvoid: p = (char*)emalloc(6+strlen(id)); strcpy(p, "void "); strcat(p, id); break; case Tchar: p = (char*)emalloc(6+strlen(id)); strcpy(p, "char "); strcat(p, id); break; case Twchar: p = (char*)emalloc(9+strlen(id)); strcpy(p, "wchar_t "); strcat(p, id); break; case Tshort: p = (char*)emalloc(7+strlen(id)); strcpy(p, "short "); strcat(p, id); break; case Tint : p = (char*)emalloc(5+strlen(id)); strcpy(p, "int "); strcat(p, id); break; case Tlong : p = (char*)emalloc(6+strlen(id)); strcpy(p, "long "); strcat(p, id); break; case Tllong : p = (char*)emalloc(8+strlen(id)); strcpy(p, "LONG64 "); strcat(p, id); break; case Tfloat: p = (char*)emalloc(7+strlen(id)); strcpy(p, "float "); strcat(p, id); break; case Tdouble: p = (char*)emalloc(8+strlen(id)); strcpy(p, "double "); strcat(p, id); break; case Tldouble: p = (char*)emalloc(13+strlen(id)); strcpy(p, "long double "); strcat(p, id); break; case Tuchar: p = (char*)emalloc(15+strlen(id)); strcpy(p, "unsigned char "); strcat(p, id); break; case Tushort: p = (char*)emalloc(16+strlen(id)); strcpy(p, "unsigned short "); strcat(p, id); break; case Tuint: p = (char*)emalloc(14+strlen(id)); strcpy(p, "unsigned int "); strcat(p, id); break; case Tulong: p = (char*)emalloc(15+strlen(id)); strcpy(p, "unsigned long "); strcat(p, id); break; case Tullong: p = (char*)emalloc(9+strlen(id)); strcpy(p, "ULONG64 "); strcat(p, id); break; case Tsize: p = (char*)emalloc(8+strlen(id)); strcpy(p, "size_t "); strcat(p, id); break; case Ttime: p = (char*)emalloc(8+strlen(id)); strcpy(p, "time_t "); strcat(p, id); break; case Tstruct: q = ident(typ->id->name); p = (char*)emalloc((9+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "struct "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tclass: q = ident(typ->id->name); p = (char*)emalloc((2+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, q); strcat(p, " "); strcat(p, id); break; case Tunion: q = ident(typ->id->name); p = (char*)emalloc((8+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "union "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tenum: if (is_bool(typ)) { p = (char*)emalloc((strlen(id)+6)* sizeof(char)); strcpy(p, "bool "); strcat(p, id); return p; } q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, "enum "); strcat(p, q); strcat(p, " "); strcat(p, id); break; case Tenumsc: q = ident(typ->id->name); p = (char*)emalloc((7+strlen(q)+strlen(id)) * sizeof(char)); strcpy(p, q); strcat(p, " "); strcat(p, id); break; case Tpointer: p = (char*)emalloc(strlen(id)+2); p[0] = '*'; strcpy(p+1, id); return c_type_id((Tnode*)typ->ref, p); case Treference: p = (char*)emalloc(strlen(id)+2); p[0] = '&'; strcpy(p+1, id); return c_type_id((Tnode*)typ->ref, p); case Trvalueref: p = (char*)emalloc(strlen(id)+3); p[0] = '&'; p[1] = '&'; strcpy(p+2, id); return c_type_id((Tnode*)typ->ref, p); case Tarray: temp = typ; while (((Tnode*) (typ->ref))->type == Tarray) typ = (Tnode*)typ->ref; p = (char*)emalloc((12+strlen(q = c_type_id((Tnode*)typ->ref, id))) * sizeof(char)); strcpy(p, q); typ = temp; while (typ->type == Tarray) { if (((Tnode*) typ->ref)->width) { sprintf(tempBuf, "[%d]", (typ->width / ((Tnode*) typ->ref)->width)); strcat(p, tempBuf); } typ = (Tnode*)typ->ref; } break; case Tfun: if (id && strncmp(id, "operator ", 9)) q = c_type_id(((FNinfo*)typ->ref)->ret, id); else q = id; p = (char*)emalloc(1024); if (q) strcpy(p, q); strcat(p, "("); for (e = ((FNinfo*)typ->ref)->args->list; e; e = e->next) { strcat(p, c_storage(e->info.sto)); if (e->info.typ->type != Tvoid) { strcat(p, c_type_id(e->info.typ, e->sym->name)); strcat(p, c_init(e)); } else strcat(p, "void"); if (e->next) strcat(p, ", "); } strcat(p, ")"); break; case Ttemplate: if (typ->ref) { p = (char*)emalloc((strlen(q = c_type((Tnode*)typ->ref))+strlen(ident(typ->id->name))+strlen(id)+4) * sizeof(char)); strcpy(p, ident(typ->id->name)); strcat(p, "<"); strcat(p, q); strcat(p, "> "); strcat(p, id); break; } default: return "UnknownType"; } return p; } /* c_type_synonym returns the typedef synonym name as a type (if present) to be used in parameter declaration */ const char * c_type_synonym(Tnode *typ, const char *name) { if (typ->synonym) { const char *synonym = ident(typ->synonym->name); const char *id = ident(name); char *p = (char*)emalloc(strlen(synonym) + strlen(id) + 2); strcpy(p, synonym); strcat(p, " "); strcat(p, id); return p; } return c_type_id(typ, name); } const char * xsi_type_Tarray(Tnode *typ) { Tnode *t; int cardinality; char *p; const char *s; t = (Tnode*)typ->ref; if (is_fixedstring(typ)) { if (typ->sym) return ns_convert(typ->sym->name); return "xsd:string"; } cardinality = 1; while (t->type == Tarray || (is_dynamic_array(t) && !has_ns(t) && !is_untyped(t) && !is_binary(t))) { if (t->type == Tarray) t = (Tnode*)t->ref; else t = (Tnode*)((Table*)t->ref)->list->info.typ->ref; cardinality++; } s = xsi_type(t); if (!*s) s = wsdl_type(t, ""); p = (char*)emalloc(strlen(s)+cardinality+3); strcpy(p, s); if (cardinality > 1) { strcat(p, "["); for (; cardinality > 2; cardinality--) strcat(p, ", "); strcat(p, "]"); } return p; } const char * xsi_type_Darray(Tnode *typ) { Tnode *t; Entry *q; int cardinality; char *p; const char *s; if (!typ->ref) return ""; q = ((Table*)typ->ref)->list; while (q && q->info.typ->type == Tfun) q = q->next; t = (Tnode*)q->info.typ->ref; cardinality = 1; while (t->type == Tarray || (is_dynamic_array(t) && !has_ns(t) && !is_untyped(t) && !is_binary(t))) { if (t->type == Tarray) t = (Tnode*)t->ref; else { q = ((Table*)t->ref)->list; while (q && q->info.typ->type == Tfun) q = q->next; t = (Tnode*)q->info.typ->ref; } cardinality++; } s = xsi_type(t); if (!*s) s = wsdl_type(t, ""); p = (char*)emalloc(strlen(s)+cardinality*2+1); strcpy(p, s); if (cardinality > 1) { strcat(p, "["); for (; cardinality > 2; cardinality--) strcat(p, ", "); strcat(p, "]"); } return p; } void generate_type(Tnode *typ) { if (Etflag && is_XML(typ)) { soap_traverse(typ); return; } if (is_transient(typ) || typ->type == Twchar || is_XML(typ) || is_void(typ)) return; if (lflag && typ->type == Tint && !typ->sym) { fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_int(struct soap*, int*);"); fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_int(struct soap*, const char*, int, const int*, const char*);"); fprintf(fhead, "\nSOAP_FMAC1 int* SOAP_FMAC2 soap_in_int(struct soap*, const char*, int*, const char*);"); return; /* do not generate int serializers in libs */ } else if (is_imported(typ) && (typ->type != Tint || typ->sym)) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) fprintf(fhead, "\n/* %s is a typedef synonym for %s */", c_ident(typ), t_ident(typ)); if (is_primitive(typ) || is_string(typ) || is_wstring(typ)) { if (!Qflag && is_external(typ) && namespaceid) { const char *id = namespaceid; fprintf(fhead, "\n\n}"); fprintf(fout, "\n\n}"); namespaceid = NULL; fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); namespaceid = id; } fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fflush(fhead); soap_default(typ); soap_serialize(typ); if (Etflag) soap_traverse(typ); soap_out(typ); soap_in(typ); if (!Qflag && is_external(typ) && namespaceid) { fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fout, "\n\nnamespace %s {", namespaceid); } if (is_string(typ) || is_wstring(typ)) { soap_dup(typ); soap_del(typ); } soap_put(typ); soap_get(typ); return; } switch(typ->type) { case Ttemplate: case Tenum: case Tenumsc: case Tpointer: case Tarray: case Tstruct: case Tclass: case Tunion: if (is_header_or_fault(typ) || is_body(typ)) { fprintf(fhead, "\n\n#ifndef WITH_NOGLOBAL"); fprintf(fout, "\n\n#ifndef WITH_NOGLOBAL"); } if (!Qflag && is_external(typ) && namespaceid) { const char *id = namespaceid; fprintf(fhead, "\n\n}"); fprintf(fout, "\n\n}"); namespaceid = NULL; fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); namespaceid = id; } fprintf(fhead, "\n\n#ifndef %s", soap_type(typ)); fprintf(fhead, "\n#define %s (%d)", soap_type(typ), typ->num); fprintf(fhead, "\n#endif"); fflush(fhead); soap_default(typ); soap_serialize(typ); if (Etflag) soap_traverse(typ); soap_out(typ); soap_in(typ); if (!Qflag && is_external(typ) && namespaceid) { fprintf(fhead, "\n\nnamespace %s {", namespaceid); fprintf(fout, "\n\nnamespace %s {", namespaceid); } soap_dup(typ); soap_del(typ); soap_instantiate(typ); soap_put(typ); soap_get(typ); if (is_header_or_fault(typ) || is_body(typ)) { fprintf(fhead, "\n\n#endif"); fprintf(fout, "\n\n#endif"); } break; default: break; } } void matlab_gen_sparseStruct(void) { fprintf(fmheader, "\nstruct soapSparseArray{\n"); fprintf(fmheader, " int *ir;\n"); fprintf(fmheader, " int *jc;\n"); fprintf(fmheader, " double *pr;\n"); fprintf(fmheader, " int num_columns;\n"); fprintf(fmheader, " int num_rows;\n"); fprintf(fmheader, " int nzmax;\n"); fprintf(fmheader, "};\n"); } void matlab_c_to_mx_sparse(void) { fprintf(fmheader, "\nmxArray* c_to_mx_soapSparseArray(struct soapSparseArray);\n"); fprintf(fmatlab, "\nmxArray* c_to_mx_soapSparseArray(struct soapSparseArray a)\n"); fprintf(fmatlab, "{\n"); fprintf(fmatlab, " mxArray *b;\n"); fprintf(fmatlab, " b = mxCreateSparse(a.num_rows, a.num_columns, a.nzmax, mxREAL);\n"); fprintf(fmatlab, " mxSetIr(b,a.ir);\n"); fprintf(fmatlab, " mxSetJc(b,a.jc);\n"); fprintf(fmatlab, " mxSetPr(b,a.pr);\n"); fprintf(fmatlab, " return b;\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_sparse(void) { fprintf(fmheader, "\nmxArray* mx_to_c_soapSparseArray(const mxArray *, struct soapSparseArray *);\n"); fprintf(fmatlab, "\nmxArray* mx_to_c_soapSparseArray(const mxArray *a, struct soapSparseArray *b)\n"); fprintf(fmatlab, "{\n"); fprintf(fmatlab, " if (!mxIsSparse(a))\n"); fprintf(fmatlab, " {\n"); fprintf(fmatlab, " mexErrMsgTxt(\"Input should be a sparse array.\");\n"); fprintf(fmatlab, " }\n"); fprintf(fmatlab, " /* Get the starting positions of the data in the sparse array. */ \n"); fprintf(fmatlab, " b->pr = mxGetPr(a);\n"); fprintf(fmatlab, " b->ir = mxGetIr(a);\n"); fprintf(fmatlab, " b->jc = mxGetJc(a);\n"); fprintf(fmatlab, " b->num_columns = mxGetN(a);\n"); fprintf(fmatlab, " b->num_rows = mxGetM(a);\n"); fprintf(fmatlab, " b->nzmax = mxGetNzmax(a);\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_dynamicArray(Tnode* typ) { int d; Entry *p; p = is_dynamic_array(typ); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tint i, numdims;\n"); fprintf(fmatlab, "\tconst int *dims;\n"); fprintf(fmatlab, "\tdouble *temp;\n"); fprintf(fmatlab, "\tint size = 1;\n"); fprintf(fmatlab, "\tint ret;\n"); fprintf(fmatlab, "\tnumdims = mxGetNumberOfDimensions(a);\n"); fprintf(fmatlab, "\tdims = mxGetDimensions(a);\n"); d = get_Darraydims(typ); fprintf(fmatlab, "\tif (numdims != %d)\n", d); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Incompatible array specifications in C and mx.\");\n"); /* fprintf(fmatlab, "\tfor (i=0;i__size[i] = dims[i];\n"); fprintf(fmatlab, "\t}\n"); */ if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\ttemp = (double*)mxGetPr(a);\n"); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"mx_to_c_ArrayOfdouble: Pointer to data is NULL\");\n"); } fprintf(fmatlab, "\tfor (i = 0; i < numdims; i++) {\n"); fprintf(fmatlab, "\t\tif (b->__size[i] < dims[i])\n"); fprintf(fmatlab, "\t\t\tmexErrMsgTxt(\"Incompatible array dimensions in C and mx.\");\n"); fprintf(fmatlab, "\t\tsize *= dims[i];\n"); fprintf(fmatlab, "\t}\n"); if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\tfor (i = 0; i < size; i++)\n"); fprintf(fmatlab, "\t\tb->__ptr[i] = (%s)*temp++;\n", c_type((Tnode*)p->info.typ->ref)); } else { fprintf(fmatlab, "\tret = mxGetString(a, b->__ptr, size + 1);\n"); fprintf(fmatlab, "\tmexPrintf(\"ret = %%d, b->__ptr = %%s, size = %%d\", ret, b->__ptr, size);\n"); } fprintf(fmatlab, "\n}\n"); fflush(fmatlab); } void matlab_c_to_mx_dynamicArray(Tnode* typ) { int d, i; Entry *p; p = is_dynamic_array(typ); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tmxArray *out;\n"); fprintf(fmatlab, "\t%s;\n", c_type_id((Tnode*)p->info.typ->ref, "*temp")); d = get_Darraydims(typ); fprintf(fmatlab, "\tint i;\n"); fprintf(fmatlab, "\tint ndim = %d, dims[%d] = {", d, d); for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "a.__size[%d]", i); else fprintf(fmatlab, ", a.__size[%d]", i); } fprintf(fmatlab, "};\n"); fprintf(fmatlab, "\tint size = "); for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "dims[%d]", i); else fprintf(fmatlab, "*dims[%d]", i); } fprintf(fmatlab, ";\n"); if ((((Tnode *)p->info.typ->ref)->type != Tchar) && (((Tnode *)p->info.typ->ref)->type != Tuchar)) { fprintf(fmatlab, "\tout = mxCreateNumericArray(ndim, dims, %s, mxREAL);\n", get_mxClassID((Tnode*)p->info.typ->ref)); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\ttemp = (%s) mxGetPr(out);\n", c_type_id((Tnode*)p->info.typ->ref, "*")); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\tfor (i = 0; i < size; i++)\n"); fprintf(fmatlab, "\t\t*temp++ = a.__ptr[i];\n"); } else { fprintf(fmatlab, "\tout = mxCreateString(a.__ptr);\n"); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); } fprintf(fmatlab, "\treturn out;\n}\n"); fflush(fmatlab); } const char* get_mxClassID(Tnode* typ) { switch(typ->type) { case Tdouble: return "mxDOUBLE_CLASS"; case Tfloat: return "mxSINGLE_CLASS"; case Tshort: return "mxINT16_CLASS"; case Tushort: return "mxUINT16_CLASS"; case Tint: return "mxINT32_CLASS"; case Tuint: return "mxUINT32_CLASS"; case Tlong: return "mxINT32_CLASS"; case Tulong: return "mxUINT32_CLASS"; case Tllong: return "mxINT64_CLASS"; case Tullong: return "mxUINT64_CLASS"; case Tchar: return "mxCHAR_CLASS"; case Tuchar: return "mxCHAR_CLASS"; default: return ""; } } /*Function not in use.*/ void matlab_array_c_to_mx(Tnode* typ) { Tnode* temp; int d, i; fprintf(fmatlab, "{\n\tint rows, r, cols, c;\n"); fprintf(fmatlab, "\tmxArray* out;\n"); fprintf(fmatlab, "\tdouble* temp;\n"); d = get_dimension(typ); fprintf(fmatlab, "\tint ndim = %d, dims[%d] = {", d, d); temp=typ; for (i = 0; i < d; i++) { if (i == 0) fprintf(fmatlab, "%d", temp->width / ((Tnode*) temp->ref)->width); else fprintf(fmatlab, ", %d", temp->width / ((Tnode*) temp->ref)->width); temp=(Tnode*)typ->ref; } fprintf(fmatlab, "};\n"); fprintf(fmatlab, "\tout = mxCreateNumericArray(ndim, dims, mxDOUBLE_CLASS, mxREAL);\n"); fprintf(fmatlab, "\ttemp = (double *) mxGetPr(out);\n"); fprintf(fmatlab, "\tif (!out)\n\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\tif (!temp)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\trows = mxGetM(out);\n"); fprintf(fmatlab, "\tif (!rows)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Data has zero rows\");\n"); fprintf(fmatlab, "\tcols = mxGetN(out);\n"); fprintf(fmatlab, "\tif (!cols)\n\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Data has zero columns\");\n"); fprintf(fmatlab, "\tfor (c = 0; c < cols; c++)\n"); fprintf(fmatlab, "\t\tfor (r = 0; r < rows; r++)\n"); fprintf(fmatlab, "\t\t\t*temp++ = z->a[r][c];\n"); fprintf(fmatlab, "\treturn out;\n}\n"); fflush(fmatlab); } void matlab_c_to_mx_pointer(Tnode* typ) { if (!typ->ref) return; fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); fprintf(fmatlab, "{\n"); fprintf(fmatlab, "\tmxArray *fout;\n"); fprintf(fmatlab, "\tfout = c_to_mx_%s(*a);\n", c_ident((Tnode*)typ->ref)); fprintf(fmatlab, "\treturn fout;\n"); fprintf(fmatlab, "}\n"); } void matlab_mx_to_c_pointer(Tnode* typ) { if (!typ->ref) return; fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); fprintf(fmatlab, "{\n\tmx_to_c_%s(a, *b);\n", c_ident((Tnode*)typ->ref)); fprintf(fmatlab, "\n}\n"); } void func2(Tnode* typ) { Table *table, *t; Entry *p; fprintf(fmatlab, "\tif (!mxIsStruct(a))\n\t\tmexErrMsgTxt(\"Input must be a structure.\");\n"); table=(Table*)typ->ref; for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fmatlab, "\t{mxArray *tmp = mxGetField(a, 0, \"%s\");\n", ident(p->sym->name)); fprintf(fmatlab, "\tif (!tmp) {\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Above member field is empty!\");\n\t}\n"); fprintf(fmatlab, "\tmx_to_c_%s(tmp, &b->%s);}\n", c_ident(p->info.typ), ident(p->sym->name)); } } } } void matlab_mx_to_c_struct(Tnode* typ) { if (!typ->ref) return; if (is_dynamic_array(typ)) { fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); matlab_mx_to_c_dynamicArray(typ); return; } else if (strstr(c_type_id(typ, ""), "soapSparseArray")) { return; } fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray*, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray* a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); fprintf(fmatlab, "{\n"); func2(typ); fprintf(fmatlab, "\n}\n"); return; } void matlab_c_to_mx_struct(Tnode* typ) { Table *table, *t; Entry *p; int number_of_fields=0; if (!typ->ref) return; if (is_dynamic_array(typ)) { fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); matlab_c_to_mx_dynamicArray(typ); return; } else if (strstr(c_type_id(typ, ""), "soapSparseArray")) return; fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);\n", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); table=(Table*)typ->ref; fprintf(fmatlab, "{\n\tconst char* fnames[] = {"); for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { if (number_of_fields) fprintf(fmatlab, ", \"%s\"", ident(p->sym->name)); else fprintf(fmatlab, "\"%s\"", ident(p->sym->name)); number_of_fields++; } } } fprintf(fmatlab, "}; /* pointers to member field names */\n"); fprintf(fmatlab, "\tint rows = 1, cols = 1;\n\tint index = 0;\n\tint number_of_fields = %d;\n\tmxArray *struct_array_ptr;\n", number_of_fields); fprintf(fmatlab, "\t/* Create a 1x1 struct matrix for output */\n"); fprintf(fmatlab, "\tstruct_array_ptr = mxCreateStructMatrix(rows, cols, number_of_fields, fnames);\n\tmexPrintf(\"6\");\n\tif (struct_array_ptr == NULL) {\n\t\tmexPrintf(\"COULDNT CREATE A MATRIX\");}\n\tmexPrintf(\"7\");\n"); for (t = table; t != (Table*)0; t = t->prev) { for (p = t->list; p != (Entry*)0; p = p->next) { if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fmatlab, "\t{mxArray *fout = c_to_mx_%s(a.%s);\n", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fmatlab, "\tmxSetField(struct_array_ptr, index, \"%s\" , fout);}\n", ident(p->sym->name)); } } } fprintf(fmatlab, "\treturn struct_array_ptr;\n}\n"); } void matlab_c_to_mx_primitive(Tnode *typ) { fprintf(fmheader, "\nmxArray* c_to_mx_%s(%s);", c_ident(typ), c_type_id(typ, "")); fprintf(fmatlab, "\nmxArray* c_to_mx_%s(%s)\n", c_ident(typ), c_type_id(typ, "a")); fprintf(fmatlab, "{\n\tmxArray *fout;\n"); if ((typ->type == Tchar) || (typ->type == Tuchar)) { fprintf(fmatlab, "\tchar buf[2];\n"); fprintf(fmatlab, "\tbuf[0] = a;\n"); fprintf(fmatlab, "\tbuf[1] = \'\\0\';\n"); fprintf(fmatlab, "\tfout = mxCreateString(buf);\n"); fprintf(fmatlab, "\tif (!fout)\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); } else { fprintf(fmatlab, "\tint ndim = 1, dims[1] = {1};\n"); fprintf(fmatlab, "\tfout = mxCreateNumericArray(ndim, dims, %s, mxREAL);\n", get_mxClassID(typ)); fprintf(fmatlab, "\t%s = (%s)mxGetPr(fout);\n", c_type_id(typ, "*temp"), c_type_id(typ, "*")); fprintf(fmatlab, "\tif (!fout)\n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"Could not create mxArray.\");\n"); fprintf(fmatlab, "\tif (!temp) \n"); fprintf(fmatlab, "\t\tmexErrMsgTxt(\"matlab_array_c_to_mx: Pointer to data is NULL\");\n"); fprintf(fmatlab, "\t*temp++= a;\n"); } fprintf(fmatlab, "\treturn fout;\n}\n"); } void matlab_mx_to_c_primitive(Tnode *typ) { fprintf(fmheader, "\nvoid mx_to_c_%s(const mxArray *, %s);\n", c_ident(typ), c_type_id(typ, "*")); fprintf(fmatlab, "\nvoid mx_to_c_%s(const mxArray *a, %s)\n", c_ident(typ), c_type_id(typ, "*b")); if ((typ->type == Tchar) || (typ->type == Tuchar)) { fprintf(fmatlab, "{\n\tint ret;\n"); fprintf(fmatlab, "\tchar buf[2];\n"); fprintf(fmatlab, "\tret = mxGetString(a, buf, 2);\n"); fprintf(fmatlab, "\tmexPrintf(\"ret = %%d, buf = %%s\", ret, buf);\n"); fprintf(fmatlab, "\t*b = buf[0];\n"); } else { fprintf(fmatlab, "{\n\tdouble* data = (double*)mxGetData(a);\n"); fprintf(fmatlab, "\t*b = (%s)*data;\n", c_type(typ)); } fprintf(fmatlab, "\n}\n"); } void matlab_out_generate(Tnode *typ) { if (is_transient(typ) || typ->type == Twchar || is_XML(typ)) return; /* typeNO++; if (typeNO>=1024) execerror("Too many user-defined data types"); */ if (is_primitive(typ)) { matlab_c_to_mx_primitive(typ); matlab_mx_to_c_primitive(typ); return; } switch(typ->type) { case Tstruct: matlab_c_to_mx_struct(typ); matlab_mx_to_c_struct(typ); break; case Tpointer: matlab_c_to_mx_pointer(typ); matlab_mx_to_c_pointer(typ); break; default: break; } } /*his function is called first it first generates all routines and then in the second pass calls all routines to generate matlab_out for the table*/ void func1(Table *table, Entry *param) { Entry *q, *pout, *response=NULL; q=entry(table, param->sym); if (q) pout = (Entry*)q->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } q=entry(classtable, param->sym); if (!is_response(pout->info.typ)) { response = get_response(param->info.typ); } fprintf(fmheader, "\n\toutside loop struct %s soap_tmp_%s;", param->sym->name, param->sym->name); if (!is_response(pout->info.typ) && response) { fprintf(fmheader, "\n\tif..inside loop struct %s *soap_tmp_%s;", c_ident(response->info.typ), c_ident(response->info.typ)); } fflush(fmheader); } void matlab_def_table(Table *table) { Entry *q, *pout, *e, *response=NULL; int i; Tnode *p; /* for (q1 = table->list; q1 != (Entry*) 0; q1 = q1->next) if (q1->info.typ->type == Tfun) func1(table, q1); */ /* Sparse matrix code will be present by default */ matlab_gen_sparseStruct(); matlab_c_to_mx_sparse(); matlab_mx_to_c_sparse(); for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p != (Tnode*)0 ; p = p->next) { /* This is generated for everything declared in the ".h" file. To make sure that it doesnt get generated for functions do a comparison with p->sym->name, so that its not generated for functions. */ if (is_XML(p)) continue; if (strstr(c_ident(p), "SOAP_ENV_") != NULL) continue; for (q = table->list; q != (Entry*) 0; q = q->next) { if (strcmp(c_ident(p), q->sym->name) == 0) break; e=entry(table, q->sym); if (e) pout = (Entry*)e->info.typ->ref; else { fprintf(stderr, "Internal error: no table entry\n"); return; } if (!is_response(pout->info.typ)) { response = get_response(q->info.typ); } if (!is_response(pout->info.typ) && response) { if (strcmp(c_ident(p), c_ident(response->info.typ)) == 0) break; } } if (q == (Entry*) 0) matlab_out_generate(p); } } } void detect_cycles(void) { Tnode *p; for (p = Tptr[Tclass]; p; p = p->next) detect_recursive_type(p); for (p = Tptr[Tstruct]; p; p = p->next) detect_recursive_type(p); } void detect_recursive_type(Tnode *p) { if (p->type == Tclass || p->type == Tstruct || p->type == Tunion) { if (!p->recursive) { if (!p->visited) { Table *t; Entry *e; p->visited = True; for (t = (Table*)p->ref; t; t = t->prev) for (e = t->list; e; e = e->next) detect_recursive_type(e->info.typ); if ((p->type == Tclass || p->type == Tstruct) && p->base && !is_transient(p)) { e = entry(classtable, p->base); if (e && e->info.typ->recursive) p->recursive = True; else if (e && !e->info.typ->visited) { e->info.typ->visited = True; detect_recursive_type(e->info.typ); e->info.typ->visited = False; if (e->info.typ->recursive) p->recursive = True; } } p->visited = False; } else p->recursive = True; } } else if (p->type == Tpointer || p->type == Treference || p->type == Trvalueref || p->type == Tarray || p->type == Ttemplate) detect_recursive_type(p->ref); } void generate_defs(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (!p->generated && !is_transient(p) && p->type != Twchar && !is_void(p)) { p->generated = True; generate_type(p); if (fflag) if (--partnum == 0) return; } } } } int no_of_var(Tnode *typ) { Entry *p; Table *t; int i=0; if (typ->type == Tstruct || typ->type == Tclass) { t = (Table*)typ->ref; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tpointer) i++; } } if ((((Tnode *)(typ->ref))->type == Tstruct) || (((Tnode *)(typ->ref))->type == Tclass) ) { t = (Table*)((Tnode*)(typ->ref))->ref; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tpointer) i++; } } return i; } void in_defs(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (!is_element(p) && !is_transient(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p) && !is_template(p)) { const char *s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t{\tchar **s;\n\t\ts = soap_in_%s(soap, NULL, NULL, \"%s\");\n\t\treturn s ? *s : NULL;\n\t}", soap_type(p), c_ident(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t{\twchar_t **s;\n\t\ts = soap_in_%s(soap, NULL, NULL, \"%s\");\n\t\treturn s ? *s : NULL;\n\t}", soap_type(p), c_ident(p), s); else fprintf(fout, "\n\tcase %s:\n\t\treturn soap_in_%s(soap, NULL, NULL, \"%s\");", soap_type(p), c_ident(p), s); } } } } void in_defs2(void) { int i, j; Tnode *p; const char *s; for (i = 0; i < TYPES; i++) { /* make sure (wrapper) classes are checked first */ if (i == 0) j = Tclass; else if (i == Tclass) continue; else j = i; for (p = Tptr[j]; p; p = p->next) { if (!is_element(p) && !is_transient(p) && !is_template(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p)) { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (*s) { if (is_dynamic_array(p) && !is_binary(p) && !has_ns(p) && !is_untyped(p)) fprintf(fout, "\n\t\tif (*soap->arrayType && !soap_match_array(soap, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_string(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\tchar **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_wstring(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\twchar_t **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (p->type != Tpointer) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); } } } } } void in_defs3(void) { int i; Tnode *p; const char *s; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_element(p) && !is_transient(p) && !is_template(p) && p->type != Twchar && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion && !is_XML(p) && !is_header_or_fault(p) && !is_body(p)) { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (*s) { if (is_dynamic_array(p) && !is_binary(p) && !has_ns(p) && !is_untyped(p)) fprintf(fout, "\n\t\tif (*soap->arrayType && !soap_match_array(soap, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_string(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\tchar **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (is_wstring(p)) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\twchar_t **s;\n\t\t\t*type = %s;\n\t\t\ts = soap_in_%s(soap, NULL, NULL, NULL);\n\t\t\treturn s ? *s : NULL;\n\t\t}", s, soap_type(p), c_ident(p)); else if (p->type != Tpointer) fprintf(fout, "\n\t\tif (!soap_match_tag(soap, t, \"%s\"))\n\t\t{\t*type = %s;\n\t\t\treturn soap_in_%s(soap, NULL, NULL, NULL);\n\t\t}", s, soap_type(p), c_ident(p)); } } } } } void out_defs(void) { int i; const char *s; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p)) continue; if (is_element(p)) { s = wsdl_type(p, ""); if (*s == '-') continue; if (p->type == Tarray) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (%s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_id((Tnode*)p->ref, "(*)")); else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn ((%s)ptr)->soap_out(soap, \"%s\", id, NULL);", soap_type(p), c_type_id(p, "*"), s); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_string(soap, \"%s\", id, (char*const*)(void*)&ptr, NULL);", soap_type(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_wstring(soap, \"%s\", id, (wchar_t*const*)(void*)&ptr, NULL);", soap_type(p), s); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (%s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_constptr_id(p, "const*")); else if (p->type != Tnone && p->type != Ttemplate && p->type != Twchar && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, \"%s\", id, (const %s)ptr, NULL);", soap_type(p), c_ident(p), s, c_type_id(p, "*")); } else { s = xsi_type(p); if (!*s) s = wsdl_type(p, ""); if (*s == '-') continue; if (p->type == Tarray) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (%s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_id((Tnode*)p->ref, "(*)"), s); else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn ((%s)ptr)->soap_out(soap, tag, id, \"%s\");", soap_type(p), c_type_id(p, "*"), s); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_string(soap, tag, id, (char*const*)(void*)&ptr, \"%s\");", soap_type(p), s); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_wstring(soap, tag, id, (wchar_t*const*)(void*)&ptr, \"%s\");", soap_type(p), s); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (%s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*"), s); else if (p->type != Tnone && p->type != Ttemplate && p->type != Twchar && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_out_%s(soap, tag, id, (const %s)ptr, \"%s\");", soap_type(p), c_ident(p), c_type_id(p, "*"), s); } } } } void mark_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\t((%s)ptr)->soap_serialize(soap);\n\t\tbreak;", soap_type(p), c_type_id(p, "*")); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_string(soap, (char*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_wstring(soap, (wchar_t*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (%s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\tsoap_serialize_%s(soap, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); } } } void dup_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)((%s)ptr)->soap_dup(soap);", soap_type(p), c_type_id(p, "*")); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_strdup(soap, (const char*)ptr);", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_wstrdup(soap, (const wchar_t*)ptr);", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (%s)ptr);", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (const %s)ptr);", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn (void*)soap_dup_%s(soap, NULL, (const %s)ptr);", soap_type(p), c_ident(p), c_type_id(p, "*")); else if (p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\treturn soap_memdup(soap, ptr, sizeof(%s));", soap_type(p), c_type(p)); } } } void del_defs() { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_transient(p) || is_template(p) || is_XML(p) || is_header_or_fault(p) || is_body(p) || is_void(p)) continue; if (p->type == Tarray) continue; else if (p->type == Tclass && !is_external(p) && !is_volatile(p) && !is_typedef(p)) fprintf(fout, "\n\tcase %s:\n\t\tstatic_cast(ptr)->soap_del();\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_type(p), c_type(p)); else if (is_string(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_string((char*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (is_wstring(p)) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_wstring((wchar_t*const*)(void*)&ptr);\n\t\tbreak;", soap_type(p)); else if (p->type == Tpointer) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((%s)ptr);\n\t\tSOAP_FREE(NULL, ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_constptr_id(p, "const*")); else if (p->type == Ttemplate && p->ref) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*"), c_type(p)); else if (!is_primitive(p) && p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) { if (!cflag && p->type == Tstruct) fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_DELETE(static_cast(ptr));\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*"), c_type(p)); else fprintf(fout, "\n\tcase %s:\n\t\tsoap_del_%s((const %s)ptr);\n\t\tSOAP_FREE(NULL, ptr);\n\t\tbreak;", soap_type(p), c_ident(p), c_type_id(p, "*")); } else if (p->type != Tnone && p->type != Ttemplate && !is_void(p) && p->type != Tfun && p->type != Treference && p->type != Trvalueref && p->type != Tunion) fprintf(fout, "\n\tcase %s:\n\t\tSOAP_FREE(NULL, (const %s)ptr);\n\t\tbreak;", soap_type(p), c_type_id(p, "*")); } } } void in_attach(void) { int i; Tnode *p; for (i = 0; i < TYPES; i++) { for (p = Tptr[i]; p; p = p->next) { if (is_attachment(p)) { if (p->type == Tclass) fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, %s_instantiate, %s_fbase);\n\t\t\tif (a)\n\t\t\t{\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\t\ta->__size = soap->dime.size;\n\t\t\t\ta->id = (char*)soap->dime.id;\n\t\t\t\ta->type = (char*)soap->dime.type;\n\t\t\t\ta->options = (char*)soap->dime.options;\n\t\t\t}\n\t\t\telse\n\t\t\t\treturn soap->error;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p), prefix, prefix); else fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, NULL, NULL);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\ta->id = (char*)soap->dime.id;\n\t\t\ta->type = (char*)soap->dime.type;\n\t\t\ta->options = (char*)soap->dime.options;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p)); } else if (is_binary(p) && !is_transient(p)) { if (p->type == Tclass) fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, %s_instantiate, %s_fbase);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p), prefix, prefix); else fprintf(fout, "\n\t\tcase %s:\n\t\t{\t%s a;\n\t\t\ta = (%s)soap_id_enter(soap, soap->dime.id, NULL, %s, sizeof(%s), NULL, NULL, NULL, NULL);\n\t\t\tif (!a)\n\t\t\t\treturn soap->error;\n\t\t\ta->__ptr = (unsigned char*)soap->dime.ptr;\n\t\t\ta->__size = soap->dime.size;\n\t\t\tbreak;\n\t\t}", soap_type(p), c_type_id(p, "*"), c_type_id(p, "*"), soap_type(p), c_type(p)); } } } } void soap_instantiate(Tnode *typ) { Table *Tptr; Entry *Eptr; int derclass = 0, flag = 0; const char *s; if (cflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate) return; if (typ->type != Tclass || !typ->sym || !is_eq(typ->sym->name, "xsd__QName") || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_instantiate_%s soap_instantiate_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_new_%s soap_new_%s\n", c_ident(typ), t_ident(typ)); if ((typ->type == Tclass || typ->type == Tstruct) && typ->ref) { fprintf(fhead, "\n\n#define soap_new_req_%s soap_new_req_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_new_set_%s soap_new_set_%s\n", c_ident(typ), t_ident(typ)); } return; } } fprintf(fhead, "\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap*, int, const char*, const char*, size_t*);", c_type(typ), c_ident(typ)); fprintf(fhead, "\n\ninline %s * soap_new_%s(struct soap *soap, int n = -1) { return soap_instantiate_%s(soap, n, NULL, NULL, NULL); }", c_type(typ), c_ident(typ), c_ident(typ)); if (typ->type == Tclass || typ->type == Tstruct) { fprintf(fhead, "\n\ninline %s * soap_new_req_%s(\n\tstruct soap *soap", c_type(typ), c_ident(typ)); if (!is_dynamic_array(typ)) { for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (is_repetition(Eptr) || is_anytype(Eptr)) flag = 2; if ((Eptr->info.minOccurs > 0 || flag) && !(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (flag) flag--; if (is_smart(Eptr->info.typ)) { if (is_smart_shared(Eptr->info.typ)) fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ, "&"), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ->ref, "*"), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (Eptr->info.typ->type == Tclass || Eptr->info.typ->type == Tstruct || Eptr->info.typ->type == Tunion || Eptr->info.typ->type == Ttemplate) fprintf(fhead, ",\n\tconst %s& %s", c_type(Eptr->info.typ), ident(Eptr->sym->name)); else if ((Eptr->info.sto & Sconstptr)) fprintf(fhead, ",\n\tconst %s", c_type_id(Eptr->info.typ, Eptr->sym->name)); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, ",\n\t%s const*%s", c_type(Eptr->info.typ->ref), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); } } } } fprintf(fhead, ")\n{\t%s = soap_new_%s(soap);\n\tif (_p)\n\t{\t", c_type_id(typ, "*_p"), c_ident(typ)); if (!is_external(typ)) { if (typ->type == Tclass && !is_volatile(typ)) fprintf(fhead, "_p->soap_default(soap);"); else fprintf(fhead, "soap_default_%s(soap, _p);", c_ident(typ)); } flag = 0; if (!is_dynamic_array(typ)) { for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (is_repetition(Eptr) || is_anytype(Eptr)) flag = 2; if ((Eptr->info.minOccurs > 0 || flag) && !(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (flag) flag--; if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ { if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s(%s", ident(Tptr->sym->name), ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s(%s", ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Tarray) { if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, "\n\t\tsoap_strcpy(_p->%s::%s, %d, %s", ident(Tptr->sym->name), ident(Eptr->sym->name), get_dimension(Eptr->info.typ), ident(Eptr->sym->name)); else if (typ->type == Tclass) fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s::%s[i] = %s", get_dimension(Eptr->info.typ), ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s[i] = %s", get_dimension(Eptr->info.typ), ident(Eptr->sym->name), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s", ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s", ident(Eptr->sym->name), ident(Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, ");"); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, "[i];"); else if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ fprintf(fhead, ");"); else fprintf(fhead, ";"); } } } } fprintf(fhead, "\n\t}\n\treturn _p;\n}"); fprintf(fhead, "\n\ninline %s * soap_new_set_%s(\n\tstruct soap *soap", c_type(typ), c_ident(typ)); for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (!(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (is_smart(Eptr->info.typ)) { if (is_smart_shared(Eptr->info.typ)) fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ, "&"), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s %s", c_type_id(Eptr->info.typ->ref, "*"), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (Eptr->info.typ->type == Tclass || Eptr->info.typ->type == Tstruct || Eptr->info.typ->type == Tunion || Eptr->info.typ->type == Ttemplate) fprintf(fhead, ",\n\tconst %s& %s", c_type(Eptr->info.typ), ident(Eptr->sym->name)); else if ((Eptr->info.sto & Sconstptr)) fprintf(fhead, ",\n\tconst %s", c_type_id(Eptr->info.typ, Eptr->sym->name)); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, ",\n\t%s const*%s", c_type(Eptr->info.typ->ref), ident(Eptr->sym->name)); else fprintf(fhead, ",\n\t%s", c_type_id(Eptr->info.typ, Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); } } } fprintf(fhead, ")\n{\t%s = soap_new_%s(soap);\n\tif (_p)\n\t{\t", c_type_id(typ, "*_p"), c_ident(typ)); if (!is_external(typ)) { if (typ->type == Tclass && !is_volatile(typ)) fprintf(fhead, "_p->soap_default(soap);"); else fprintf(fhead, "soap_default_%s(soap, _p);", c_ident(typ)); } for (Tptr = (Table*)typ->ref, derclass = 0; Tptr; Tptr = Tptr->prev, derclass++) { for (Eptr = Tptr->list; Eptr; Eptr = Eptr->next) { if (!(Eptr->info.sto & (Sprivate | Sprotected | Sconst | Sstatic | Stypedef)) && Eptr->info.typ->type != Tfun && strcmp(Eptr->sym->name, "soap")) { if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ { if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s(%s", ident(Tptr->sym->name), ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s(%s", ident(Eptr->sym->name), c_type(Eptr->info.typ), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Tarray) { if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, "\n\t\tsoap_strcpy(_p->%s::%s, %d, %s", ident(Tptr->sym->name), ident(Eptr->sym->name), get_dimension(Eptr->info.typ), ident(Eptr->sym->name)); else if (typ->type == Tclass) fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s::%s[i] = %s", get_dimension(Eptr->info.typ), ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\tfor (int i = 0; i < %d; i++) _p->%s[i] = %s", get_dimension(Eptr->info.typ), ident(Eptr->sym->name), ident(Eptr->sym->name)); } else if (Eptr->info.typ->type == Ttemplate && is_smart(Eptr->info.typ->ref) && !is_smart_shared(Eptr->info.typ->ref)) continue; else if (typ->type == Tclass) fprintf(fhead, "\n\t\t_p->%s::%s = %s", ident(Tptr->sym->name), ident(Eptr->sym->name), ident(Eptr->sym->name)); else fprintf(fhead, "\n\t\t_p->%s = %s", ident(Eptr->sym->name), ident(Eptr->sym->name)); if (derclass) fprintf(fhead, "%d", derclass); if (is_fixedstring(Eptr->info.typ)) fprintf(fhead, ");"); else if (Eptr->info.typ->type == Tarray) fprintf(fhead, "[i];"); else if (is_smart(Eptr->info.typ) && !is_smart_shared(Eptr->info.typ)) /* smart but not shared */ fprintf(fhead, ");"); else fprintf(fhead, ";"); } } } fprintf(fhead, "\n\t}\n\treturn _p;\n}"); } /* deprecated fprintf(fhead, "\n\ninline void soap_delete_%s(struct soap *soap, %s) { soap_delete(soap, p); }", c_ident(typ), c_type_id(typ, "*p")); */ fprintf(fout, "\n\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_instantiate_%s(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size)", c_type(typ), c_ident(typ)); fprintf(fout, "\n{"); fprintf(fout, "\n\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"soap_instantiate_%s(%%p, %%d, %%s, %%s)\\n\", soap, n, type?type:\"\", arrayType?arrayType:\"\"));", c_ident(typ)); fprintf(fout, "\n\t(void)type; (void)arrayType; /* appease -Wall -Werror */"); for (Eptr = classtable->list; Eptr; Eptr = Eptr->next) { Tptr = ((Table *) Eptr->info.typ->ref); if (Tptr == ((Table *) typ->ref)) { continue; } derclass = 0; while (Tptr) { if (Tptr == (Table*)typ->ref) { derclass = 1; } Tptr = Tptr->prev; } if (derclass == 1 && !is_transient(Eptr->info.typ)) { if (is_dynamic_array(Eptr->info.typ) && !is_binary(Eptr->info.typ) && !has_ns(Eptr->info.typ) && !is_untyped(Eptr->info.typ)) fprintf(fout, "\n\tif (soap && arrayType && !soap_match_tag(soap, arrayType, \"%s\"))", xsi_type(Eptr->info.typ)); else fprintf(fout, "\n\tif (soap && type && !soap_match_tag(soap, type, \"%s\"))", the_type(Eptr->info.typ)); fprintf(fout, "\n\t\treturn soap_instantiate_%s(soap, n, NULL, NULL, size);", c_ident(Eptr->info.typ)); derclass = 0; } } fprintf(fout, "\n\t%s;\n\tsize_t k = sizeof(%s);", c_type_id(typ, "*p"), c_type(typ)); fprintf(fout, "\n\tif (n < 0)"); fprintf(fout, "\n\t{\tp = SOAP_NEW(%s);", c_type(typ)); if ((s = has_soapref(typ))) fprintf(fout, "\n\t\tif (p)\n\t\t\t((%s*)p)->%s = soap;", c_type(typ), s); fprintf(fout, "\n\t}\n\telse"); fprintf(fout, "\n\t{\tp = SOAP_NEW_ARRAY(%s, n);", c_type(typ)); fprintf(fout, "\n\t\tk *= n;"); if (s) fprintf(fout, "\n\t\tif (p)\n\t\t\tfor (int i = 0; i < n; i++)\n\t\t\t\t((%s*)p)[i].%s = soap;", c_type(typ), s); fprintf(fout, "\n\t}"); fprintf(fout, "\n\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Instantiated %s location=%%p n=%%d\\n\", p, n));", c_type(typ)); fprintf(fout, "\n\tsoap_link(soap, p, %s, n, %s_fdelete);", soap_type(typ), prefix); fprintf(fout, "\n\tif (size)\n\t\t*size = k;"); fprintf(fout, "\n\treturn p;"); fprintf(fout, "\n}"); } void soap_dup(Tnode *typ) { if (!Ecflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate && typ->type != Tpointer) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_dup_%s soap_dup_%s\n", c_ident(typ), t_ident(typ)); return; } } if (typ->type == Tstruct && (is_anyType(typ) || is_anyAttribute(typ))) return; fprintf(fhead, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_dup_%s(struct soap*, %s*, %s);", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_dup_%s(struct soap *soap, %s *d, %s)\n{", c_type(typ), c_ident(typ), c_type(typ), c_type_constptr_id(typ, "const*a")); if (typ->type == Tclass || typ->type == Tstruct) { fprintf(fout, "\n\tstruct soap_plist *pp = NULL;"); if (typ->recursive) fprintf(fout, "\n\tchar *mark = NULL;"); } fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); if (typ->type == Tclass || typ->type == Tstruct) { if (typ->recursive) fprintf(fout, "\n\tif (!d && ((d = (%s*)soap_mark_lookup(soap, (const void*)a, %s, &pp, &mark)) || soap_mark_cycle(soap, pp)))\n\t\treturn d;", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\tif (!d && (d = (%s*)soap_mark_lookup(soap, (const void*)a, %s, &pp, NULL)))\n\t\treturn d;", c_type(typ), soap_type(typ)); } if (cflag) fprintf(fout, "\n\tif (!d && !(d = (%s*)soap_malloc(soap, sizeof(%s))))\n\t\treturn NULL; /* ERROR */", c_type(typ), c_type(typ)); else if (typ->type == Tpointer) fprintf(fout, "\n\tif (!d && !(d = (%s*)soap_malloc(soap, sizeof(%s))))\n\t\treturn NULL; /* ERROR */", c_type(typ), c_type(typ)); else fprintf(fout, "\n\tif (!d && !(d = soap_new_%s(soap)))\n\t\treturn NULL; /* ERROR */", c_ident(typ)); if (typ->type == Tclass || typ->type == Tstruct) fprintf(fout, "\n\tsoap_mark_dup(soap, (void*)d, pp);"); fflush(fout); if (is_string(typ)) { fprintf(fout, "\n\t*d = NULL;\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tif (!(*d = (%s)soap_mark_lookup(soap, (const void*)*a, %s, &pp, NULL)))", c_type(typ), soap_type(typ)); fprintf(fout, "\n\t\t\tsoap_mark_dup(soap, *d = soap_strdup(soap, *a), pp);\n\t}\n\telse\n\t\t*d = NULL;"); } else if (is_wstring(typ)) { fprintf(fout, "\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tif (!(*d = (%s)soap_mark_lookup(soap, (const void*)*a, %s, &pp, NULL)))", c_type(typ), soap_type(typ)); fprintf(fout, "\n\t\t\tsoap_mark_dup(soap, *d = soap_wstrdup(soap, *a), pp);\n\t}\n\telse\n\t\t*d = NULL;"); } else if (typ->type == Tpointer) { Tnode *ref = typ->ref; if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref)) { fprintf(fout, "\n\tif (*a)\n\t\t*d = (*a)->soap_dup(soap);\n\telse\n\t\t*d = NULL;"); } else if (is_XML(ref) && is_string(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_strdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_strdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); } else if (is_XML(ref) && is_wstring(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_wstrdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = soap_wstrdup(soap, **a);\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); } else if (is_primitive(ref) || is_external(typ) || is_volatile(ref) || is_transient(ref)) { if (cflag) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else if (is_primitive(ref)) fprintf(fout, "\n\tif (*a && (*d = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_type(typ), c_type(ref)); else fprintf(fout, "\n\tif (*a && (*d = soap_new_%s(soap)))\n\t\t**d = **a;\n\telse\n\t\t*d = NULL;", c_ident(ref)); if (!is_primitive(ref) && is_transient(ref)) fprintf(fout, " /* transient (shallow copy) */"); } else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) { fprintf(fout, "\n\tif (*a)\n\t\t*d = soap_dup_%s(soap, NULL, *a);\n\telse\n\t\t*d = NULL;", c_ident(ref)); } } else if (is_smart(typ)) { Tnode *ref = typ->ref; if (is_smart_shared(typ)) { fprintf(fout, "\n\tif (*a)\n\t{\tstruct soap_plist *pp = NULL;\n\t\tchar *mark = NULL;\n\t\t%s *sp = (%s*)soap_mark_lookup(soap, (const void*)a->get(), %s, &pp, &mark);\n\t\tif (sp)\n\t\t\t*d = *sp;\n\t\telse if (soap_mark_cycle(soap, pp))\n\t\t\treturn d;\n\t\telse\n\t\t{\t", c_type(typ), c_type(typ), soap_type(typ)); if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "*d = %s((*a)->soap_alloc());\n\t\t\tsoap_mark_dup(soap, (void*)d, pp);\n\t\t\t(*a)->soap_dup(soap, (void*)d->get());", c_type(typ)); else if (is_primitive(ref) || is_external(ref) || is_volatile(ref) || is_transient(ref)) fprintf(fout, "*d = %s<%s>(**a);", make_shared(typ), c_type(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "*d = %s<%s>();\n\t\t\tsoap_mark_dup(soap, (void*)d, pp);\n\t\t\tsoap_dup_%s(soap, d->get(), a->get());", make_shared(typ), c_type(ref), c_ident(ref)); fprintf(fout, "\n\t\t\tsoap_unmark(soap, mark);\n\t\t}\n\t}"); } else { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t*d = %s((*a)->soap_dup(soap, (void*)(*a)->soap_alloc()));", c_type(typ)); else if (is_primitive(ref) || is_transient(ref)) fprintf(fout, "\n\tif (*a && (*d = %s(SOAP_NEW(%s))))\n\t\t**d = **a;", c_type(typ), c_type(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\t*d = %s(soap_dup_%s(soap, SOAP_NEW(%s), a->get()));", c_type(typ), c_ident(ref), c_type(ref)); } } else if (typ->type == Ttemplate) { Tnode *ref = typ->ref; if (strcmp(typ->id->name, "std::set") || is_primitive(ref) || is_external(ref) || is_volatile(ref) || is_transient(ref)) fprintf(fout, "\n\t*d = *a;"); if (!is_primitive(ref) && !is_external(ref) && !is_volatile(ref) && !is_transient(ref)) { if (!strcmp(typ->id->name, "std::set")) { fprintf(fout, "\n\t%s v;\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)\n\t{\t", c_type(ref), c_type(typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "v = soap_strdup(soap, *i);\n\t\td->insert(v);"); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "v = soap_wstrdup(soap, *i);\n\t\td->insert(v);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "soap_dup_%s(soap, &v, &*i);\n\t\td->insert(v);", c_ident(ref)); else fprintf(fout, "\n\t\td->insert(*i);"); } else { fprintf(fout, "\n\t%s::iterator j = d->begin();\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i, ++j)\n\t{\t", c_type(typ), c_type(typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "*j = soap_strdup(soap, *i);"); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "*j = soap_wstrdup(soap, *i);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "soap_dup_%s(soap, &*j, &*i);", c_ident(ref)); } fprintf(fout, "\n\t}"); } } else if (typ->ref) { Entry *p = is_dynamic_array(typ); if (p) { if (is_binary(typ)) { if (cflag) fprintf(fout, "\n\td->__ptr = NULL;\n\td->__size = a->__size;\n\tif (a->__ptr && a->__size > 0)\n\t{\td->__ptr = (unsigned char*)soap_malloc(soap, a->__size);\n\t\tsoap_memcpy(d->__ptr, d->__size, a->__ptr, a->__size);\n\t}"); else fprintf(fout, "\n\td->__ptr = NULL;\n\td->__size = a->__size;\n\tif (a->__ptr && a->__size > 0)\n\t{\td->__ptr = (unsigned char*)soap_malloc(soap, a->__size);\n\t\tsoap_memcpy(d->__ptr, d->__size, a->__ptr, a->__size);\n\t}"); if (is_attachment(typ)) fprintf(fout, "\n\td->id = soap_strdup(soap, a->id);\n\td->type = soap_strdup(soap, a->type);\n\td->options = soap_strdup(soap, a->options); /* WARNING: cannot copy binary DIME attachment options correctly, MIME/MTOM is OK */"); } else { Tnode *ref = p->info.typ->ref; int dim = get_Darraydims(typ); const char *d = ident(p->sym->name); fprintf(fout, "\n\tif (a->%s)\n\t{", d); if (dim) fprintf(fout, "\tsize_t i, n = soap_size(a->__size, %d);", dim); else fprintf(fout, "\tint i, n = a->__size;"); if (cflag) fprintf(fout, "\n\t\td->%s = (%s)soap_malloc(soap, n * sizeof(%s));", d, c_type(p->info.typ), c_type(ref)); else if (is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\td->%s = (%s)soap_malloc(soap, n * sizeof(%s));", d, c_type(p->info.typ), c_type(ref)); else fprintf(fout, "\n\t\td->%s = soap_new_%s(soap, n);", d, c_ident(ref)); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s[i] = soap_strdup(soap, a->%s[i]);", d, d); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s[i] = soap_wstrdup(soap, a->%s[i]);", d, d); else if (is_primitive(ref) || is_transient(ref)) fprintf(fout, "\n\t\t\td->%s[i] = a->%s[i];", d, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s[i], &a->%s[i]);", c_ident(ref), d, d); fprintf(fout, "\n\t}\n\telse\n\t\td->%s = NULL;", d); if (dim) fprintf(fout, "\n\tsoap_memcpy(&d->__size, sizeof(d->__size), &a->__size, sizeof(a->__size));"); else fprintf(fout, "\n\td->__size = a->__size;"); if (has_offset(typ)) { if (dim) fprintf(fout, "\n\tsoap_memcpy(&d->__offset, sizeof(d->__offset), &a->__offset, sizeof(a->__offset));"); else fprintf(fout, "\n\td->__offset = a->__offset;"); } } } else { Table *t = (Table*)typ->ref; const char *b = ""; const char *c = ""; if (typ->type == Tclass) { b = ident(t->sym->name); c = "::"; } if (t->prev) fprintf(fout, "\n\tsoap_dup_%s(soap, d, a);", ident(t->prev->sym->name)); for (p = ((Table*)typ->ref)->list; p; p = p->next) { const char *d = ident(p->sym->name); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) { continue; } else if (p->info.sto & Sconst) { fprintf(fout, "\n\t/* const %s skipped */", d); } else if (p->info.sto & Sstatic) { fprintf(fout, "\n\t/* static %s skipped */", d); } else if (p->info.sto & Stypedef) { fprintf(fout, "\n\t/* typedef %s skipped */", d); } else if (is_repetition(p)) { Tnode *ref = p->next->info.typ->ref; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;\n\tif (a->%s%s%s > 0 && a->%s%s%s)", b, c, d, b, c, d, b, c, d, b, c, e); if (cflag) { if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (const %s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); else fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (%s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); } else if (is_primitive(ref) || ref->type == Tpointer) { if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (const %s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); else fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = (%s)soap_malloc(soap, a->%s%s%s * sizeof(%s));", b, c, e, c_type(p->next->info.typ), b, c, d, c_type(ref)); } else { fprintf(fout, "\n\t{\tint i;\n\t\td->%s%s%s = soap_new_%s(soap, a->%s%s%s);", b, c, e, c_ident(ref), b, c, d); } fprintf(fout, "\n\t\tfor (i = 0; i < (int)a->%s%s%s; i++)", b, c, d); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_strdup(soap, a->%s%s%s[i]);", b, c, e, b, c, e); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_wstrdup(soap, a->%s%s%s[i]);", b, c, e, b, c, e); else if (is_primitive(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i];", b, c, e, b, c, e); else if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, (%s)&d->%s%s%s[i], (%s)&a->%s%s%s[i]);", c_ident(ref), c_type_id(ref, "*"), b, c, e, c_type_id(ref, "const*"), b, c, e); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s[i], &a->%s%s%s[i]);", c_ident(ref), b, c, e, b, c, e); fprintf(fout, "\n\t}\n\telse\n\t\td->%s%s%s = NULL;", b, c, e); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s ? soap_dupelement(soap, a->%s%s%s, d->%s%s%s = a->%s%s%s) : NULL;", b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, d, b, c, d); p = p->next; } else if (is_choice(p)) { Entry *q; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;", b, c, d, b, c, d); fprintf(fout, "\n\tswitch (a->%s%s%s)\n\t{", b, c, d); t = (Table*)p->next->info.typ->ref; if (t) { for (q = t->list; q; q = q->next) { const char *f = ident(q->sym->name); fprintf(fout, "\n\t\tcase %s:", soap_union_member(p->next->info.typ, q)); if (is_XML(q->info.typ) && is_string(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = soap_strdup(soap, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (is_XML(q->info.typ) && is_wstring(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = soap_wstrdup(soap, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (is_primitive(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = a->%s%s%s.%s;", b, c, e, f, b, c, e, f); else if (is_transient(q->info.typ)) fprintf(fout, "\n\t\t\td->%s%s%s.%s = a->%s%s%s.%s; /* transient (shallow copy) */", b, c, e, f, b, c, e, f); else if (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || q->info.typ->type == Ttemplate || q->info.typ->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s.%s, &a->%s%s%s.%s);", c_ident(q->info.typ), b, c, e, f, b, c, e, f); fprintf(fout, "\n\t\t\tbreak;"); } } fprintf(fout, "\n\t}"); p = p->next; } else if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap_strdup(soap, (char*)a->%s%s%s);", b, c, d, b, c, d); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap_wstrdup(soap, (char*)a->%s%s%s);", b, c, d, b, c, d); } else if (is_soapref(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = soap;", b, c, d); } else if (is_primitive(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s;", b, c, d, b, c, d); } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\td->%s%s%s = a->%s%s%s; /* transient (shallow copy) */", b, c, d, b, c, d); } else if (p->info.typ->type == Tarray) { Tnode *ref = p->info.typ->ref; fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(p->info.typ)); if (is_XML(ref) && is_string(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_strdup(soap, a->%s%s%s[i]);", b, c, d, b, c, d); else if (is_XML(ref) && is_wstring(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = soap_wstrdup(soap, a->%s%s%s[i]);", b, c, d, b, c, d); else if (is_primitive(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i];", b, c, d, b, c, d); else if (is_transient(ref)) fprintf(fout, "\n\t\t\td->%s%s%s[i] = a->%s%s%s[i]; /* transient (shallow copy) */", b, c, d, b, c, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_dup_%s(soap, &d->%s%s%s[i], &a->%s%s%s[i]);", c_ident(ref), b, c, d, b, c, d); fprintf(fout, "\n\t}"); } else if (p->info.typ->type == Tpointer && (p->info.sto & Sconstptr)) { fprintf(fout, "\n\tsoap_dup_%s(soap, (%s)&d->%s%s%s, (%s)&a->%s%s%s);", c_ident(p->info.typ), c_type_id(p->info.typ, "*"), b, c, d, c_type_id(p->info.typ, "const*"), b, c, d); } else if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct || p->info.typ->type == Ttemplate || p->info.typ->type == Tpointer) { fprintf(fout, "\n\tsoap_dup_%s(soap, &d->%s%s%s, &a->%s%s%s);", c_ident(p->info.typ), b, c, d, b, c, d); } else { fprintf(fout, "\n\t/* %s skipped */", d); } } } } else { fprintf(fout, "\n\t*d = *a;"); } if ((typ->type == Tclass || typ->type == Tstruct) && typ->recursive) fprintf(fout, "\n\tsoap_unmark(soap, mark);"); fprintf(fout, "\n\treturn d;\n}"); fflush(fout); } void soap_del(Tnode *typ) { if (!Edflag) return; if (typ->type != Tstruct && typ->type != Tclass && typ->type != Ttemplate && typ->type != Tpointer) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if ((is_typedef(typ) && !is_external(typ)) || is_synonym(typ)) { fprintf(fhead, "\n\n#define soap_del_%s soap_del_%s\n", c_ident(typ), t_ident(typ)); return; } } if (typ->type == Tstruct && (is_anyType(typ) || is_anyAttribute(typ))) return; fprintf(fhead, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_del_%s(%s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_del_%s(%s)\n{", c_ident(typ), c_type_constptr_id(typ, "const*a")); fprintf(fout, "\n\tif (!a)\n\t\treturn;"); fflush(fout); if (is_string(typ) || is_wstring(typ)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); } else if (typ->type == Tpointer) { Tnode *ref = typ->ref; if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref)) fprintf(fout, "\n\tif (*a)\n\t{\t(*a)->soap_del();\n\t\tSOAP_DELETE(*a);\n\t}"); else if (is_XML(ref)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t{\tif (**a)\n\t\t\tSOAP_FREE(NULL, **a);\n\t\tSOAP_FREE(NULL, *a);\n\t}"); else fprintf(fout, "\n\tif (*a)\n\t{\tif (**a)\n\t\t\tSOAP_FREE(NULL, **a);\n\t\tSOAP_FREE(NULL, *a);\n\t}"); } else if (is_primitive(ref) || is_external(typ) || is_volatile(ref) || is_transient(ref)) { if (cflag) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else if (is_primitive(ref)) fprintf(fout, "\n\tif (*a)\n\t\tSOAP_FREE(NULL, *a);"); else fprintf(fout, "\n\tif (*a)\n\t\tSOAP_DELETE(*a);"); } else if (cflag) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_FREE(NULL, *a);\n\t}", c_ident(ref)); else if (ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_FREE(NULL, *a);\n\t}", c_ident(ref)); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate) fprintf(fout, "\n\tif (*a)\n\t{\tsoap_del_%s(*a);\n\t\tSOAP_DELETE(*a);\n\t}", c_ident(ref)); } else if (is_smart(typ)) { Tnode *ref = typ->ref; if (is_smart_shared(typ)) { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t(*a)->soap_del();"); else if (is_primitive(ref) || is_transient(ref)) ; else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\tsoap_del_%s(a->get());", c_ident(ref)); } else { if (ref->type == Tclass && !is_external(ref) && !is_volatile(ref) && !is_typedef(ref) && !is_transient(ref)) fprintf(fout, "\n\tif (*a)\n\t\t(*a)->soap_del();"); else if (is_primitive(ref) || is_transient(ref)) ; else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\tif (*a)\n\t\tsoap_del_%s(a->get());", c_ident(ref)); } } else if (typ->type == Ttemplate) { Tnode *ref = typ->ref; if (!is_primitive(ref) && !is_external(typ) && !is_volatile(ref) && !is_transient(ref)) { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (is_XML(ref)) fprintf(fout, "\n\t\tSOAP_FREE(NULL, *i);"); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\tsoap_del_%s(&*i);", c_ident(ref)); else fprintf(fout, "\n\t\t; /* skipped */"); } } else if (typ->ref) { Entry *p = is_dynamic_array(typ); if (p) { if (is_binary(typ)) { if (cflag) fprintf(fout, "\n\tif (a->__ptr)\n\t\tSOAP_FREE(NULL, a->__ptr);"); else fprintf(fout, "\n\tif (a->__ptr)\n\t\tSOAP_FREE(NULL, a->__ptr);"); if (is_attachment(typ)) { if (cflag) fprintf(fout, "\n\tif (a->id)\n\t\tSOAP_FREE(NULL, a->id);\n\tif (a->type)\n\t\tSOAP_FREE(NULL, a->type);\n\tif (a->options)\n\t\tSOAP_FREE(NULL, a->options);"); else fprintf(fout, "\n\tif (a->id)\n\t\tSOAP_FREE(NULL, a->id);\n\tif (a->type)\n\t\tSOAP_FREE(NULL, a->type);\n\tif (a->options)\n\t\tSOAP_FREE(NULL, a->options);"); } } else { Tnode *ref = p->info.typ->ref; int dim = get_Darraydims(typ); const char *d = ident(p->sym->name); fprintf(fout, "\n\tif (a->%s)\n\t{", d); if (!is_primitive(ref) && !is_transient(ref)) { if (dim) fprintf(fout, "\tsize_t i, n = soap_size(a->__size, %d);", dim); else fprintf(fout, "\tint i, n = a->__size;"); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); if (is_XML(ref)) fprintf(fout, "\n\t\t\tSOAP_FREE(NULL, a->%s[i]);", d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s[i]);", c_ident(ref), d); } if (cflag || is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s);\n\t}", d); else fprintf(fout, "\n\t\tSOAP_DELETE_ARRAY(a->%s);\n\t}", d); } } else { Table *t = (Table*)typ->ref; const char *b = ""; const char *c = ""; if (typ->type == Tclass) { b = ident(t->sym->name); c = "::"; } if (t->prev) fprintf(fout, "\n\tsoap_del_%s(a);", ident(t->prev->sym->name)); for (p = ((Table*)typ->ref)->list; p; p = p->next) { const char *d = ident(p->sym->name); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) { continue; } else if (p->info.sto & Sconst) { fprintf(fout, "\n\t/* const %s skipped */", d); } else if (p->info.sto & Sstatic) { fprintf(fout, "\n\t/* static %s skipped */", d); } else if (p->info.sto & Stypedef) { fprintf(fout, "\n\t/* typedef %s skipped */", d); } else if (is_repetition(p)) { Tnode *ref = p->next->info.typ->ref; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\tif (a->%s%s%s)\n\t{", b, c, e); if (!is_primitive(ref) && !is_transient(ref)) { fprintf(fout, "\tint i;\n\t\tfor (i = 0; i < (int)a->%s%s%s; i++)", b, c, d); if (is_XML(ref)) fprintf(fout, "\n\t\t\tSOAP_FREE(NULL, a->%s%s%s[i]);", b, c, e); else if (ref->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\tsoap_del_%s((%s)&a->%s%s%s[i]);", c_ident(ref), c_type_id(ref, "*"), b, c, e); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s[i]);", c_ident(ref), b, c, e); } if (cflag) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s%s%s);\n\t}", b, c, e); else if (is_primitive(ref) || ref->type == Tpointer) fprintf(fout, "\n\t\tSOAP_FREE(NULL, a->%s%s%s);\n\t}", b, c, e); else fprintf(fout, "\n\t\tSOAP_DELETE_ARRAY(a->%s%s%s);\n\t}", b, c, e); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (a->%s%s%s)\n\t\tsoap_delelement(a->%s%s%s, a->%s%s%s);", b, c, ident(p->next->sym->name), b, c, ident(p->next->sym->name), b, c, d); p = p->next; } else if (is_choice(p)) { Entry *q; const char *e = ident(p->next->sym->name); fprintf(fout, "\n\tswitch (a->%s%s%s)\n\t{", b, c, d); t = (Table*)p->next->info.typ->ref; if (t) { for (q = t->list; q; q = q->next) { if (!is_primitive(q->info.typ) && !is_transient(q->info.typ)) { const char *f = ident(q->sym->name); fprintf(fout, "\n\t\tcase %s:", soap_union_member(p->next->info.typ, q)); if (is_XML(q->info.typ)) fprintf(fout, "\n\t\t\tif (a->%s%s%s.%s)\n\t\t\t\tSOAP_FREE(NULL, a->%s%s%s.%s);", b, c, e, f, b, c, e, f); else if (q->info.typ->type == Tclass || q->info.typ->type == Tstruct || q->info.typ->type == Ttemplate || q->info.typ->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s.%s);", c_ident(q->info.typ), b, c, e, f); fprintf(fout, "\n\t\t\tbreak;"); } } } fprintf(fout, "\n\t}"); p = p->next; } else if (is_XML(p->info.typ)) { fprintf(fout, "\n\tif (a->%s%s%s)\n\t\tSOAP_FREE(NULL, a->%s%s%s);", b, c, d, b, c, d); } else if (p->info.typ->type == Tpointer && (p->info.sto & Sconstptr)) { fprintf(fout, "\n\tsoap_del_%s((%s)&a->%s%s%s);", c_ident(p->info.typ), c_type_id(p->info.typ, "*"), b, c, d); } else if (is_primitive(p->info.typ)) { fprintf(fout, "\n\t/* %s skipped */", d); } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", d); } else if (p->info.typ->type == Tarray) { Tnode *ref = p->info.typ->ref; if (!is_primitive(ref) && !is_transient(ref)) { fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(p->info.typ)); if (is_XML(ref)) fprintf(fout, "\n\t\t\tif (a->%s%s%s[i])\n\t\t\t\tSOAP_FREE(NULL, a->%s%s%s[i]);", b, c, d, b, c, d); else if (ref->type == Tclass || ref->type == Tstruct || ref->type == Ttemplate || ref->type == Tpointer) fprintf(fout, "\n\t\t\tsoap_del_%s(&a->%s%s%s[i]);", c_ident(ref), b, c, d); fprintf(fout, "\n\t}"); } } else if (p->info.typ->type == Tclass || p->info.typ->type == Tstruct || p->info.typ->type == Ttemplate || p->info.typ->type == Tpointer) { fprintf(fout, "\n\tsoap_del_%s(&a->%s%s%s);", c_ident(p->info.typ), b, c, d); } else { fprintf(fout, "\n\t/* %s skipped */", d); } } } } fprintf(fout, "\n}"); fflush(fout); } int get_dimension(Tnode *typ) { if (((Tnode*)typ->ref)->width) return typ->width / ((Tnode*) typ->ref)->width; return 0; } void soap_serialize(Tnode *typ) { int d; Table *table, *t; Entry *p; Tnode* temp; int cardinality; const char *self; if (is_primitive(typ)) return; if (is_typedef(typ) && (is_template(typ) || is_element(typ) || is_synonym(typ) || is_external(typ) || is_imported(typ)) && (!is_external(typ) || is_volatile(typ))) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_serialize_%s(soap, a) (a)->soap_serialize(soap)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_serialize_%s soap_serialize_%s\n", c_ident(typ), t_ident(typ)); return; } if ((p = is_dynamic_array(typ))) { if (typ->type == Tclass && !is_typedef(typ) && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_serialize(struct soap *soap) const\n{", c_ident(typ)); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); if (is_binary(typ)) { if (is_attachment(typ)) { fprintf(fout, "\n\tif (this->__ptr && !soap_array_reference(soap, this, this->__ptr, this->__size, %s))", soap_type(typ)); fprintf(fout, "\n\t\tif (this->id || this->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n#endif\n}"); } else fprintf(fout, "\n\tif (this->__ptr)\n\t\tsoap_array_reference(soap, this, this->__ptr, this->__size, %s);\n#endif\n}", soap_type(typ)); fflush(fout); return; } else { d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, %s, %s))", ident(p->sym->name), ident(p->sym->name), get_Darraysize("this", d), soap_type(typ)); fprintf(fout, "\n\t{\tsize_t i, n = soap_size(this->__size, %d);", d); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); } else { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t{\tfor (size_t i = 0; i < (size_t)this->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, this->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_XML((Tnode*)p->info.typ->ref) && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s[i].soap_serialize(soap);", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(this->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (is_wstring((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(this->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref) && !is_primitive((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, this->%s + i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t}\n#endif\n}"); return; } } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); if (is_attachment(typ)) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (a->id || a->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n#endif\n}"); } else fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_array_reference(soap, a, a->%s, a->__size, %s);\n#endif\n}", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fflush(fout); return; } else { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, %s, %s))", ident(p->sym->name), ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); fprintf(fout, "\n\t{\tsize_t i, n = soap_size(a->__size, %d);", d); fprintf(fout, "\n\t\tfor (i = 0; i < n; i++)"); } else { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < a->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, a->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_XML((Tnode*)p->info.typ->ref) && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_serialize(soap);", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(a->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (is_wstring((Tnode*)p->info.typ->ref) && !is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(a->%s + i));", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref) && !is_primitive((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, a->%s + i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t}\n#endif\n}"); fflush(fout); return; } } } if (is_stdstring(typ) || is_stdwstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\t(void)soap; (void)a; /* appease -Wall -Werror */\n}", c_ident(typ), c_type_id(typ, "*a")); return; } switch(typ->type) { case Tclass: if (!is_volatile(typ) && typ->ref) /* fall through to switch case Tstruct */ { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!is_typedef(typ)) { self = "this"; fprintf(fout, "\n\nvoid %s::soap_serialize(struct soap *soap) const\n{\n\t(void)soap; /* appease -Wall -Werror */", ident(typ->id->name)); } else { self = "p"; fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\n\t(void)soap; (void)p; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*p")); } fprintf(fout, "\n#ifndef WITH_NOIDREF"); table = (Table*)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (!is_XML(p->next->info.typ)) { fprintf(fout, "\n\tif (%s->%s::%s)", self, ident(table->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)%s->%s::%s; i++)\n\t\t{", self, ident(table->sym->name), ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, %s->%s::%s + i, %s);", self, ident(table->sym->name), ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t%s->%s::%s[i].soap_serialize(soap);", self, ident(table->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(%s->%s::%s + i));", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(%s->%s::%s + i));", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); else if (!is_primitive((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, %s->%s::%s + i);", c_ident((Tnode*)p->next->info.typ->ref), self, ident(table->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t}\n\t}"); } p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tsoap_markelement(soap, %s->%s, %s->%s);", self, ident(p->next->sym->name), self, ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, %s->%s::%s, &%s->%s::%s);", c_ident(p->next->info.typ), self, ident(table->sym->name), ident(p->sym->name), self, ident(table->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, %s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_serialize_%s(soap, %s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &%s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t%s->%s::%s.soap_serialize(soap);", self, ident(table->sym->name), ident(p->sym->name)); } else if (!is_void(p->info.typ) && !is_XML(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &%s->%s::%s, %s);", self, ident(table->sym->name), ident(p->sym->name), soap_type(p->info.typ)); if (is_string(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (char*const*)&%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (wchar_t*const*)&%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && ((Tnode*)(p->info.typ->ref))->type == Tclass && !is_external(p->info.typ->ref) && !is_volatile(p->info.typ->ref)) fprintf(fout, "\n\t%s->%s::%s.soap_serialize(soap);", self, ident(table->sym->name), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && !is_primitive(p->info.typ->ref)) fprintf(fout, "\n\tsoap_serialize_%s(soap, &%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (!is_primitive(p->info.typ) && p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_serialize_%s(soap, &%s->%s::%s);", c_ident(p->info.typ), self, ident(table->sym->name), ident(p->sym->name)); else if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } if (table && table->prev) fprintf(fout, "\n\t%s->%s::soap_serialize(soap);", self, ident(table->prev->sym->name)); fprintf(fout, "\n#endif\n}"); break; } /* fall through to next case when class is volatile, since serializers cannot be member functions */ case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (!is_XML(p->next->info.typ)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)\n\t\t{", ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, a->%s + i, %s);", ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_serialize(soap);", ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (char*const*)(a->%s + i));", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, (wchar_t*const*)(a->%s + i));", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else if (!is_primitive((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_serialize_%s(soap, a->%s + i);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); fprintf(fout, "\n\t\t}\n\t}"); } p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tsoap_markelement(soap, a->%s, a->%s);", ident(p->next->sym->name), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, a->%s, &a->%s);", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_serialize_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\ta->%s.soap_serialize(soap);", ident(p->sym->name)); } else if (!is_void(p->info.typ) && !is_XML(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); if (is_string(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (char*const*)&a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_serialize_%s(soap, (wchar_t*const*)&a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && ((Tnode*)(p->info.typ->ref))->type == Tclass && !is_external(p->info.typ->ref) && !is_volatile(p->info.typ->ref)) fprintf(fout, "\n\ta->%s.soap_serialize(soap);", ident(p->sym->name)); else if ((p->info.typ->type == Treference || p->info.typ->type == Trvalueref) && !is_primitive(p->info.typ->ref)) fprintf(fout, "\n\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (!is_primitive(p->info.typ) && p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n#endif\n}"); break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); if (!typ->ref) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, int choice, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)soap; (void)choice; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n\tswitch (choice)\n\t{"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_serialize_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\ta->%s.soap_serialize(soap);", ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_XML(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); if (!is_primitive(p->info.typ)) fprintf(fout, "\n\t\tsoap_serialize_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); fprintf(fout, "\n\t\tbreak;"); } } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}\n#endif\n}"); break; case Tpointer: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_constptr_id(typ, "const*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, %s)\n{\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF", c_ident(typ), c_type_constptr_id(typ, "const*a")); temp = (Tnode*)typ->ref; if (!temp) return; if (is_string(typ) || is_wstring(typ)) fprintf(fout, "\n\tsoap_reference(soap, *a, %s);", soap_type(typ)); else if (is_primitive(temp)) fprintf(fout, "\n\tsoap_reference(soap, *a, %s);", soap_type(temp)); else { if (is_dynamic_array(temp)) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type(temp)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*a)->soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, *a);", c_ident(temp)); } fprintf(fout, "\n#endif\n}"); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "const")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "const a")); if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tint i;"); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n#ifndef WITH_NOIDREF"); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp = (Tnode*)typ->ref;; cardinality = 1; while (temp->type == Tarray) { temp=(Tnode*)temp->ref; cardinality++; } fprintf(fout, "\n\t{"); if (has_ptr((Tnode*)typ->ref)) { fprintf(fout, "\tsoap_embedded(soap, a"); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", %s);", soap_type((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\ta[i].soap_serialize(soap)"); } else if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tsoap_serialize_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) { fprintf(fout, "[i])"); } else { fprintf(fout, "+i)"); } } fprintf(fout, ";\n\t}"); fprintf(fout, "\n#endif\n}"); } else fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap*, const %s);", c_ident(typ), c_type_id(typ, "*")); temp = (Tnode*)typ->ref; if (!temp) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_serialize_%s(struct soap *soap, const %s)\n{\n\t(void)soap; (void)a;/* appease -Wall -Werror */\n#ifndef WITH_NOIDREF", c_ident(typ), c_type_id(typ, "*a")); if (!is_XML(temp) && temp->type != Tfun && !is_void(temp)) { if (is_smart(typ)) { if (is_primitive(temp)) fprintf(fout, "\n\tsoap_reference(soap, a->get(), %s);", soap_type(temp)); else { if (is_dynamic_array(temp)) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (!soap_reference(soap, a->get(), %s))", soap_type(temp)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*a)->soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, a->get());", c_ident(temp)); } } else if (!is_primitive(temp)) { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*i).soap_serialize(soap);"); else fprintf(fout, "\n\t\tsoap_serialize_%s(soap, &(*i));", c_ident(temp)); } } fprintf(fout, "\n#endif\n}"); default: break; } } void soap_default(Tnode* typ) { int i, d; Table *table, *t; Entry *p; Tnode *temp; const char *s; int cardinality; if (typ->type == Tpointer && !is_string(typ)) return; if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_imported(typ)) { if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ))) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_default_%s(soap, a) (a)->%s::soap_default(soap)\n", c_ident(typ), t_ident(typ)); else if (typ->type == Tclass && is_eq(typ->sym->name, "xsd__QName")) fprintf(fhead, "\n\n#define soap_default_%s(soap, a) soap_default_std__string(soap, a)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_default_%s(soap, a) soap_default_%s(soap, a)\n", c_ident(typ), t_ident(typ)); return; } } p = is_dynamic_array(typ); if (p) { if (typ->type == Tclass && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_default(struct soap *soap)\n{", c_ident(typ)); if ((s = has_soapref(typ))) fprintf(fout, "\n\tthis->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); if (is_smart(p->info.typ)) fprintf(fout, "\n\tthis->%s.reset();", ident(p->sym->name)); else fprintf(fout, "\n\tthis->%s = NULL;", ident(p->sym->name)); d = get_Darraydims(typ); if (d) { for (i = 0; i < d; i++) { fprintf(fout, "\n\tthis->__size[%d] = 0;", i); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\tthis->__offset[%d] = 0;", i); } } else { fprintf(fout, "\n\tthis->__size = 0;"); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\tthis->__offset = 0;"); } if (is_attachment(typ)) fprintf(fout, "\n\tthis->id = NULL;\n\tthis->type = NULL;\n\tthis->options = NULL;"); fprintf(fout, "\n}"); } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!cflag && !is_volatile(typ) && !has_constructor(typ) && !union_member(typ)) fprintf(fout, "\n\n%s::%s()\n{\n\tsoap_default_%s(NULL, this);\n}", c_ident(typ), c_ident(typ), c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if ((s = has_soapref(typ))) fprintf(fout, "\n\ta->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); d = get_Darraydims(typ); if (d) { for (i = 0; i < d; i++) { fprintf(fout, "\n\ta->__size[%d] = 0;", i); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\ta->__offset[%d] = 0;", i); } } else { fprintf(fout, "\n\ta->__size = 0;"); if (has_offset(typ) && (((Table*)typ->ref)->list->next->next->info.sto & Sconst) == 0) fprintf(fout, "\n\ta->__offset = 0;"); } if (is_attachment(typ)) fprintf(fout, "\n\ta->id = NULL;\n\ta->type = NULL;\n\ta->options = NULL;"); fprintf(fout, "\n}"); } fflush(fout); return; } if (is_primitive(typ) || is_string(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{\n\t(void)soap; /* appease -Wall -Werror */\n#ifdef SOAP_DEFAULT_%s\n\t*a = SOAP_DEFAULT_%s;\n#else\n\t*a = (%s)0;\n#endif\n}", c_ident(typ), c_type_id(typ, "*a"), c_ident(typ), c_ident(typ), c_type(typ)); return; } if (is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, char[]);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, char a[])\n{\n\t(void)soap; /* appease -Wall -Werror */\n\ta[0] = '\\0';\n}", c_ident(typ)); return; } if (is_stdstring(typ) || is_stdwstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{\n\t(void)soap; /* appease -Wall -Werror */\n\tp->erase();\n}", c_ident(typ), c_type_id(typ, "*p")); return; } switch(typ->type) { case Tclass: if (!is_volatile(typ) && typ->ref) /* fall through to switch case Tstruct */ { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } table=(Table*)typ->ref; fprintf(fout, "\n\nvoid %s::soap_default(struct soap *soap)\n{", ident(typ->id->name)); if ((s = has_soapref(typ))) fprintf(fout, "\n\tthis->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fflush(fout); if (table) { if (table->prev) fprintf(fout, "\n\tthis->%s::soap_default(soap);", ident(table->prev->sym->name)); for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) continue; if (p->info.sto & Sconst) fprintf(fout, "\n\t/* const %s skipped */", ident(p->sym->name)); else if (is_choice(p)) { fprintf(fout, "\n\tthis->%s::%s = %d;", ident(table->sym->name), ident(p->sym->name), required_choice(p->next->info.typ)); p = p->next; } else if (is_repetition(p) || is_anytype(p)) { fprintf(fout, "\n\tthis->%s::%s = 0;\n\tthis->%s::%s = NULL;", ident(table->sym->name), ident(p->sym->name), ident(table->sym->name), ident(p->next->sym->name)); p = p->next; } else { if (is_fixedstring(p->info.typ)) { if (p->info.hasval) fprintf(fout, "\n\tsoap_strcpy(this->%s::%s, %d, \"%s\");", ident(table->sym->name), ident(p->sym->name), get_dimension(p->info.typ), cstring(p->info.val.s, 0)); else fprintf(fout, "\n\tthis->%s::%s[0] = '\\0';", ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tsoap_default_%s(soap, this->%s::%s);", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ) && !is_transient(p->info.typ)) fprintf(fout, "\n\tthis->%s::%s.%s::soap_default(soap);", ident(table->sym->name), ident(p->sym->name), c_ident(p->info.typ)); else if (p->info.hasval) { if (is_smart(p->info.typ)) { if (is_smart_shared(p->info.typ)) fprintf(fout, "\n\tthis->%s::%s = %s<%s>(%s\"%s\");", ident(table->sym->name), ident(p->sym->name), make_shared(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); else fprintf(fout, "\n\tthis->%s::%s = %s(SOAP_NEW(%s)(%s\"%s\"));", ident(table->sym->name), ident(p->sym->name), c_type(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); } else if (p->info.typ->type == Tpointer && is_stdstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstatic std::string soap_tmp_%s(\"%s\");\n\tthis->%s::%s = &soap_tmp_%s;", ident(p->sym->name), p->info.val.s, ident(table->sym->name), ident(p->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\tthis->%s::%s%s;", ident(table->sym->name), ident(p->sym->name), c_init(p)); } else if (is_transient(p->info.typ) || is_void(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tpointer && (!is_string(p->info.typ) || is_XML(p->info.typ) || (p->info.sto & Sconstptr))) fprintf(fout, "\n\tthis->%s::%s = NULL;", ident(table->sym->name), ident(p->sym->name)); else if (p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_default_%s(soap, &this->%s::%s);", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n}"); fflush(fout); break; } case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } if (!cflag && !is_volatile(typ) && !has_constructor(typ) && !union_member(typ)) fprintf(fout, "\n\n%s::%s()\n{\n\tsoap_default_%s(NULL, this);\n}", c_ident(typ), c_ident(typ), c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); fflush(fout); if ((s = has_soapref(typ))) fprintf(fout, "\n\ta->%s = soap;", s); else fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) continue; if (p->info.sto & Sconst) fprintf(fout, "\n\t/* const %s skipped */", ident(p->sym->name)); else if (p->info.sto & (Sprivate | Sprotected)) fprintf(fout, "\n\t/* private/protected %s skipped */", ident(p->sym->name)); else if (is_choice(p)) { fprintf(fout, "\n\ta->%s = %d;", ident(p->sym->name), required_choice(p->next->info.typ)); p = p->next; } else if (is_repetition(p) || is_anytype(p)) { fprintf(fout, "\n\ta->%s = 0;\n\ta->%s = NULL;", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else { if (is_fixedstring(p->info.typ)) { if (p->info.hasval) fprintf(fout, "\n\tsoap_strcpy(a->%s, %d, \"%s\");", ident(p->sym->name), get_dimension(p->info.typ), cstring(p->info.val.s, 0)); else fprintf(fout, "\n\ta->%s[0] = '\\0';", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_default_%s(soap, a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ) && !is_transient(p->info.typ)) fprintf(fout, "\n\ta->%s.%s::soap_default(soap);", ident(p->sym->name), c_ident(p->info.typ)); else if (p->info.hasval) { if (is_smart(p->info.typ)) { if (is_smart_shared(p->info.typ)) fprintf(fout, "\n\tthis->%s = %s<%s>(%s\"%s\");", ident(p->sym->name), make_shared(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); else fprintf(fout, "\n\tthis->%s = %s(SOAP_NEW(%s)(%s\"%s\"));", ident(p->sym->name), c_type(p->info.typ), c_type(p->info.typ->ref), is_stdwstring(p->info.typ->ref) ? "L" : "", p->info.val.s); } else if (p->info.typ->type == Tpointer && is_stdstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstatic std::string soap_tmp_%s(\"%s\");\n\ta->%s = &soap_tmp_%s;", ident(p->sym->name), p->info.val.s, ident(p->sym->name), ident(p->sym->name)); else fprintf(fout, "\n\ta->%s%s;", ident(p->sym->name), c_init(p)); } else if (is_transient(p->info.typ) || is_void(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tpointer && (!is_string(p->info.typ) || is_XML(p->info.typ) || (p->info.sto & Sconstptr))) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); else if (p->info.typ->type != Treference && p->info.typ->type != Trvalueref) fprintf(fout, "\n\tsoap_default_%s(soap, &a->%s);", c_ident(p->info.typ), ident(p->sym->name)); else fprintf(fout, "\n\t/* %s skipped */", ident(p->sym->name)); } } } fprintf(fout, "\n}"); fflush(fout); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n\tint i;"); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp = (Tnode*)typ->ref; cardinality = 1; while (temp->type == Tarray) { temp = (Tnode*)temp->ref; cardinality++; } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref)) { if (cardinality>1) fprintf(fout, "a[i].%s::soap_default(soap)", t_ident((Tnode*)typ->ref)); else fprintf(fout, "(a+i)->soap_default(soap)"); } else if (((Tnode*)typ->ref)->type == Tpointer) fprintf(fout, "\n\ta[i] = NULL"); else { fprintf(fout, "\n\tsoap_default_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality>1) fprintf(fout, "[i])"); else fprintf(fout, "+i)"); } fprintf(fout, ";\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_default_%s(struct soap *soap, %s)\n{", c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); if (is_smart(typ)) fprintf(fout, "\n\tp->reset();"); else fprintf(fout, "\n\tp->clear();"); fprintf(fout, "\n}"); fflush(fout); break; default: break; } } void soap_traverse(Tnode* typ) { int d; Table *table, *t; Entry *p; Tnode* temp; int cardinality; if (is_primitive_or_string(typ) || is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{\t(void)soap; (void)q; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");\n}", soap_type(typ), c_type(typ)); return; } if (typ->type != Tclass || !(typ->sym && (is_stdstring(typ) || is_stdwstring(typ)) && is_eq(typ->sym->name, "xsd__QName")) || is_external(typ) || is_imported(typ)) if (is_typedef(typ) && !is_external(typ)) { if (typ->type == Tclass && !is_stdstring(typ) && !is_stdwstring(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) (a)->soap_traverse(soap, s, p, q)\n", c_ident(typ)); else if (typ->type == Tclass && is_eq(typ->sym->name, "xsd__QName")) fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_std__string(soap, a, s, p, q)\n", c_ident(typ)); else fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_%s(soap, a, s, p, q)\n", c_ident(typ), t_ident(typ)); return; } if (is_XML(typ)) { fprintf(fhead, "\n\n#define soap_traverse_%s(soap, a, s, p, q) soap_traverse_%s(soap, a, s, p, q)\n", c_ident(typ), t_ident(typ)); return; } if ((p = is_dynamic_array(typ))) { if (typ->type == Tclass && !is_volatile(typ)) { if (is_external(typ)) return; fprintf(fout, "\n\nvoid %s::soap_traverse(struct soap *soap, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ)); if (is_binary(typ)) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); if (is_attachment(typ)) { fprintf(fout, "\n\t\tif (this->id || this->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n}"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this->options, 0, \"options\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->options, 0, \"options\", NULL);"); } fprintf(fout, "\n\t\tif (q) q(soap, (void*)this->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tif (q) q(soap, (void*)this, %s, s, \"%s\");\n\t}\n}", soap_type(typ), c_type(typ)); fflush(fout); return; } else { d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, %s, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), get_Darraysize("this", d), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (size_t i = 0; i < soap_size(this->__size, %d); i++)", d); } else { fprintf(fout, "\n\tif (this->%s && !soap_array_reference(soap, this, this->%s, this->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (size_t i = 0; i < (size_t)this->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, this->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, this->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t}\n\t\tif (q) q(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t}\n}"); return; } } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); if (is_attachment(typ)) { fprintf(fout, "\n\t\tif (a->id || a->type)\n\t\t\tsoap->mode |= SOAP_ENC_DIME;\n}"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->id, SOAP_TYPE_string, \"id\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->type, SOAP_TYPE_string, \"type\", NULL);"); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a->options, 0, \"options\", NULL);"); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->options, 0, \"options\", NULL);"); } fprintf(fout, "\n\t\tif (q) q(soap, (void*)a->%s, 0, \"%s\", NULL);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tif (q) q(soap, (void*)a, %s, s, \"%s\");\n\t}\n}", soap_type(typ), c_type(typ)); fflush(fout); return; } else { fprintf(fout, "\n\tsize_t i;"); d = get_Darraydims(typ); if (d) { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, %s, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (i = 0; i < soap_size(a->__size, %d); i++)", d); } else { fprintf(fout, "\n\tif (a->%s && !soap_array_reference(soap, a, a->%s, a->__size, %s))\n\t{", ident(p->sym->name), ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tfor (i = 0; i < (size_t)a->__size; i++)"); } fprintf(fout, "\n\t\t{"); if (has_ptr((Tnode*)p->info.typ->ref)) fprintf(fout, "\tsoap_embedded(soap, a->%s + i, %s);", ident(p->sym->name), soap_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, a->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\t}\n\t\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\t}\n}"); fflush(fout); return; } } } switch(typ->type) { case Tclass: if (!is_volatile(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } table=(Table*)typ->ref; fprintf(fout, "\n\nvoid %s::soap_traverse(struct soap *soap, const char *s, soap_walker p, soap_walker q)\n{", ident(typ->id->name)); fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (p) p(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (this->%s::%s)", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)this->%s::%s; i++)\n\t\t{", ident(t->sym->name), ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, this->%s::%s + i, %s);", ident(t->sym->name), ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tthis->%s::%s[i].soap_traverse(soap, \"%s\", p, q);", ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, this->%s::%s + i, \"%s\", p, q);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); fprintf(fout, "\n\t\t}\n\t}"); p = p->next; } else if (is_anytype(p)) { p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, this->%s::%s, &this->%s::%s, \"%s\", p, q);", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), p->next->sym->name); p = p->next; } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, this->%s::%s, \"%s\", p, q);", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tthis->%s::%s.soap_traverse(soap, \"%s\", p, q);", ident(t->sym->name), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &this->%s::%s, %s);", ident(t->sym->name), ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, &this->%s::%s, \"%s\", p, q);", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), p->sym->name); } } } fprintf(fout, "\n\tif (q) q(soap, (void*)this, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; } /* fall through to next case when class is volatile, since serializers cannot be member functions */ case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); if (!typ->ref) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); table=(Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)\n\t\t{", ident(p->sym->name)); if (!is_invisible(p->next->sym->name)) if (has_ptr((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_embedded(soap, a->%s + i, %s);", ident(p->next->sym->name), soap_type((Tnode*)p->next->info.typ->ref)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\ta->%s[i].soap_traverse(soap, \"%s\", p, q);", ident(p->next->sym->name), p->next->sym->name); else fprintf(fout, "\n\t\t\tsoap_traverse_%s(soap, a->%s + i, \"%s\", p, q);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), p->next->sym->name); fprintf(fout, "\n\t\t}\n\t}"); p = p->next; } else if (is_anytype(p)) { p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, a->%s, &a->%s, \"%s\", p, q);", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name), p->next->sym->name); p = p->next; } else if (p->info.typ->type == Tarray) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\ta->%s.soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (!is_template(p->info.typ)) if (has_ptr(p->info.typ)) fprintf(fout, "\n\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\tsoap_traverse_%s(soap, &a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); } } } fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, int, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } table = (Table*)typ->ref; fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, int, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, int choice, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tswitch (choice)\n\t{"); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\ta->%s.soap_traverse(soap, \"%s\", p, q);", ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); if (has_ptr(p->info.typ)) fprintf(fout, "\n\t\tsoap_embedded(soap, &a->%s, %s);", ident(p->sym->name), soap_type(p->info.typ)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, &a->%s, \"%s\", p, q);", c_ident(p->info.typ), ident(p->sym->name), p->sym->name); fprintf(fout, "\n\t\tbreak;"); } } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}"); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Tpointer: if (((Tnode*)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (*a)"); } else fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\t(*a)->soap_traverse(soap, s, p, q);\n}"); } else { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{", c_ident(typ), c_type_id(typ, "*a")); if (is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))\n\t{", soap_type(typ)); fprintf(fout, "\n\t\tif (p) p(soap, (void*)*a, %s, s, \"%s\");", soap_type((Tnode*)typ->ref), c_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\tif (q) q(soap, (void*)*a, %s, s, \"%s\");\n\t}\n}", soap_type((Tnode*)typ->ref), c_type((Tnode*)typ->ref)); } else if ((p = is_dynamic_array((Tnode*)typ->ref)) != NULL) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tif (*a)"); else fprintf(fout, "\n\tif (*a)"); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, *a, s, p, q);\n}", c_ident((Tnode*)typ->ref)); } else { fprintf(fout, "\n\tif (!soap_reference(soap, *a, %s))", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\tsoap_traverse_%s(soap, *a, s, p, q);\n}", c_ident((Tnode*)typ->ref)); } } break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)", c_ident(typ), c_type_id(typ, "a")); if (is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n{"); fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); } else { fprintf(fout, "\n{\tsize_t i;"); fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tfor (i = 0; i < %d; i++)", get_dimension(typ)); temp=(Tnode*)typ->ref;; cardinality = 1; while (temp->type == Tarray) { temp=(Tnode*)temp->ref; cardinality++; } fprintf(fout, "\n\t{"); if (has_ptr((Tnode*)typ->ref)) { fprintf(fout, "\tsoap_embedded(soap, a"); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", %s);", soap_type((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\ta[i].soap_traverse(soap, s, p, q)"); } else if (!is_primitive((Tnode*)typ->ref)) { fprintf(fout, "\n\tsoap_traverse_%s(soap, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) fprintf(fout, "[i], s, p, q)"); else fprintf(fout, "+i, s, p, q)"); } fprintf(fout, ";\n\t}"); } fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 void SOAP_FMAC2 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap*, %s, const char *s, soap_walker p, soap_walker q);", c_ident(typ), c_type_id(typ, "*")); temp = (Tnode*)typ->ref; if (!temp) return; fprintf(fout, "\n\nSOAP_FMAC3 void SOAP_FMAC4 soap_traverse_%s(struct soap *soap, %s, const char *s, soap_walker p, soap_walker q)\n{\n\t(void)soap; (void)a; (void)s; (void)p; (void)q; /* appease -Wall -Werror */", c_ident(typ), c_type_id(typ, "*a")); if (!is_primitive(temp) && temp->type != Tfun && !is_void(temp)) { fprintf(fout, "\n\tif (p) p(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); fprintf(fout, "\n\tfor (%s::iterator i = a->begin(); i != a->end(); ++i)", c_type(typ)); if (temp->type == Tclass && !is_external(temp) && !is_volatile(temp) && !is_typedef(temp)) fprintf(fout, "\n\t\t(*i).soap_traverse(soap, s, p, q);"); else fprintf(fout, "\n\t\tsoap_traverse_%s(soap, &(*i), s, p, q);", c_ident(temp)); fprintf(fout, "\n\tif (q) q(soap, (void*)a, %s, s, \"%s\");", soap_type(typ), c_type(typ)); } fprintf(fout, "\n}"); default: break; } } void soap_put(Tnode *typ) { const char *ci = c_ident(typ); const char *ct = c_type(typ); if (typ->type == Ttemplate || typ->type == Tunion) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) { fprintf(fhead, "\n\n#define soap_put_%s soap_put_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_write_%s soap_write_%s\n", c_ident(typ), t_ident(typ)); return; } if (typ->type == Tarray) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, %s, const char*, const char*);", ci, c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", ci, c_type_id(typ, "const a")); } else if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) fprintf(fout, "\n\nint %s::soap_put(struct soap *soap, const char *tag, const char *type) const\n{", ct); else if (typ->type == Tpointer) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, %s, const char*, const char*);", ci, c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", ci, c_type_constptr_id(typ, "const*a")); } else { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap*, const %s, const char*, const char*);", ci, c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_put_%s(struct soap *soap, const %s, const char *tag, const char *type)\n{", ci, c_type_id(typ, "*a")); } fflush(fout); if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) fprintf(fout, "\n\tif (this->soap_out(soap, tag?tag:\"%s\", -2, type))\n\t\treturn soap->error;", xml_tag(typ)); else fprintf(fout, "\n\tif (soap_out_%s(soap, tag?tag:\"%s\", -2, a, type))\n\t\treturn soap->error;", ci, xml_tag(typ)); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_putindependent(soap);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); #if 0 /* some compilers cannot handle this inlined function */ if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\n\ninline int soap_write_%s(struct soap *soap, %s) { if (p->soap_put(soap, \"%s\", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), xml_tag(typ)); else if (typ->type != Treference) fprintf(fhead, "\n\ninline int soap_write_%s(struct soap *soap, %s) { if (soap_begin_send(soap) || soap_put_%s(soap, p, \"%s\", NULL) || soap_end_send(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), c_ident(typ), xml_tag(typ)); #endif if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || ((data)->soap_serialize(soap), 0) || (data)->soap_put(soap, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), xml_tag(typ)); else if (is_primitive(typ)) { if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), xml_tag(typ)); } else if (typ->type != Treference) { if (namespaceid && (Qflag || !is_external(typ))) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (%s::soap_serialize_%s(soap, data), 0) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_%s(soap, data), 0) || %s::soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), xml_tag(typ)); else fprintf(fhead, "\n\n#ifndef soap_write_%s\n#define soap_write_%s(soap, data) ( soap_free_temp(soap), soap_begin_send(soap) || (soap_serialize_%s(soap, data), 0) || soap_put_%s(soap, data, \"%s\", NULL) || soap_end_send(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), c_ident(typ), xml_tag(typ)); } fflush(fout); } Entry * is_dynamic_array(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (t = (Table*)typ->ref; t; t = t->prev) { p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && !strncmp(ident(p->sym->name), "__ptr", 5)) if (p->next && (p->next->info.typ->type == Tint || (p->next->info.typ->type == Tarray && (((Tnode*)p->next->info.typ->ref)->type == Tint))) && !strcmp(ident(p->next->sym->name), "__size")) return p; } } return NULL; } Entry * is_discriminant(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { t = (Table*)typ->ref; /* only if this struct/class has a union and is not derived */ if (t && !t->prev) { p = t->list; if (p && p->info.typ->type == Tint && ((p->info.sto & Sspecial) || !strncmp(ident(p->sym->name), "__union", 7))) if (p->next && p->next->info.typ->type == Tunion) { Entry *q; for (q = p->next->next; q; q = q->next) { if (q->info.typ->type != Tfun && !is_void(q->info.typ) && !is_transient(q->info.typ)) return NULL; } return p; } } } return NULL; } int get_Darraydims(Tnode *typ) { Entry *p; Table *t; if ((typ->type == Tstruct || typ->type == Tclass) && typ->ref) { for (t = (Table*)typ->ref; t; t = t->prev) { p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && !strncmp(ident(p->sym->name), "__ptr", 5)) if (p->next && p->next->info.typ->type == Tarray && ((Tnode*)p->next->info.typ->ref)->type == Tint && !strcmp(ident(p->next->sym->name), "__size")) return get_dimension(p->next->info.typ); } } return 0; } const char* get_Darraysize(const char *a, int d) { int i; char *s = (char*)emalloc(d * (strlen(a) + 16) + 1); *s = '\0'; for (i = 0; i < d; i++) { size_t l = strlen(s); sprintf(s + l, "%s%s->__size[%d]", i ? " * " : "", a, i); } return s; } int has_offset(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tstruct || typ->type == Tclass) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if ((p->info.typ->type == Tint || (p->info.typ->type == Tarray && ((Tnode*)p->info.typ->ref)->type == Tint)) && !strcmp(ident(p->sym->name), "__offset")) return 1; } } } return 0; } int is_bool(Tnode *typ) { return (typ->type == Tenum && (Table*)typ->ref == booltable); } int is_boolean(Tnode *typ) { if (typ->type == Tenum) { if ((Table*)typ->ref == booltable) return 1; else { size_t n = strlen(ident(typ->id->name)); return n >= 7 && is_eq(ident(typ->id->name) + n - 7, "boolean"); } } return 0; } int is_hexBinary(Tnode *typ) { if (!is_binary(typ)) return 0; if (typ->sym) return typ->sym->name && strstr(typ->sym->name, "hex"); return typ->id && typ->id->name && strstr(typ->id->name, "hex"); } int is_binary(Tnode *typ) { if (!has_ns(typ) && !is_element(typ)) return 0; if (typ->type == Tstruct || typ->type == Tclass) { Table *t; for (t = (Table*)typ->ref; t; t = t->prev) { Entry *p; p = t->list; while (p && p->info.typ->type == Tfun) p = p->next; if (p && (p->info.typ->type == Tpointer || is_smart(p->info.typ)) && ((Tnode*)p->info.typ->ref)->type == Tuchar && !strcmp(ident(p->sym->name), "__ptr")) { p = p->next; return p && p->info.typ->type == Tint && !strcmp(ident(p->sym->name), "__size"); } } } return 0; } int is_attachment(Tnode *typ) { Entry *p; Table *t; if (!is_binary(typ) || is_transient(typ)) return 0; for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_string(p->info.typ) && !strcmp(p->sym->name, "id")) { p = p->next; if (!p || !is_string(p->info.typ) || strcmp(p->sym->name, "type")) break; p = p->next; if (!p || !is_string(p->info.typ) || strcmp(p->sym->name, "options")) break; return 1; } } } return 0; } int is_mutable(Entry *e) { return e->info.typ->transient == -4 || is_header_or_fault(e->info.typ); } int is_header_or_fault(Tnode *typ) { if (typ->type == Tpointer || typ->type == Treference) return is_header_or_fault((Tnode*)typ->ref); return (typ->type == Tstruct || typ->type == Tclass) && (!strcmp(ident(typ->id->name), "SOAP_ENV__Header") || !strcmp(ident(typ->id->name), "SOAP_ENV__Fault") || !strcmp(ident(typ->id->name), "SOAP_ENV__Code") || !strcmp(ident(typ->id->name), "SOAP_ENV__Detail") || !strcmp(ident(typ->id->name), "SOAP_ENV__Reason")); } int is_body(Tnode *typ) { if (typ->type == Tpointer || typ->type == Treference) return is_body((Tnode*)typ->ref); return (typ->type == Tstruct || typ->type == Tclass) && !strcmp(ident(typ->id->name), "SOAP_ENV__Body"); } long minlen(Tnode *typ) { if (!typ->hasmin || typ->min < 0 || typ->min > 2147483647) return 0; if (typ->incmin) return (long)typ->min; return (long)typ->min + 1; } long maxlen(Tnode *typ) { if (!typ->hasmax || typ->max < 0 || typ->max > 2147483647) return -1; if (typ->incmax) return (long)typ->max; return (long)typ->max - 1; } const char* pattern(Tnode *typ) { if (!typ->pattern || (typ->pattern[0] == '%' && typ->pattern[1])) return "NULL"; return cstring(typ->pattern, 1); } int is_soap12(const char *enc) { return !strcmp(envURI, "http://www.w3.org/2003/05/soap-envelope") || (enc && !strcmp(enc, "http://www.w3.org/2003/05/soap-encoding")); } int is_document(const char *style) { return soap_version < 0 || (!eflag && !style) || (style && !strcmp(style, "document")); } int is_literal(const char *encoding) { return soap_version < 0 || (!eflag && !encoding) || (encoding && !strcmp(encoding, "literal")); } const char * has_soapref(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tstruct || typ->type == Tclass) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (is_soapref(p->info.typ) && (t == (Table*)typ->ref || !(p->info.sto & Sprivate))) return ident(p->sym->name); return NULL; } int is_soapref(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Tstruct && ((Tnode*)typ->ref)->id == lookup("soap"); } const char * union_member(Tnode *typ) { Table *t; Entry *p, *q; for (p = classtable->list; p; p = p->next) if (p->info.typ->type == Tunion) for (t = (Table*)p->info.typ->ref; t; t = t->prev) for (q = t->list; q; q = q->next) if (typ == q->info.typ) return p->info.typ->id->name; return NULL; } int has_union(Tnode *typ) { Table *t; Entry *p; if (typ->type == Tclass || typ->type == Tstruct) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tunion) return 1; else if ((p->info.typ->type == Tstruct || p->info.typ->type == Tclass) && has_union(p->info.typ)) return 1; } } } return 0; } int has_constructor(Tnode *typ) { Table *t; Entry *p; if (typ->type == Tclass || typ->type == Tstruct) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && !strcmp(p->sym->name, typ->id->name) && ((FNinfo *)p->info.typ->ref)->ret->type == Tnone) if (!((FNinfo*)p->info.typ->ref)->args->list) return 1; return 0; } int has_destructor(Tnode *typ) { Entry *p; Table *t; if (typ->type == Tclass || typ->type == Tstruct) for (t = (Table*)typ->ref; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.typ->type == Tfun && strchr(p->sym->name, '~')) return 1; return 0; } int has_getter(Tnode *typ) { Entry *p, *q; Table *t; if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !strcmp(p->sym->name, "get") && ((FNinfo *)p->info.typ->ref)->ret->type == Tint) { q = ((FNinfo*)p->info.typ->ref)->args->list; if (q && q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Tstruct && ((Tnode*)q->info.typ->ref)->id == lookup("soap")) return 1; } } } } return 0; } int has_setter(Tnode *typ) { Entry *p, *q; Table *t; if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) { for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun && !strcmp(p->sym->name, "set") && ((FNinfo *)p->info.typ->ref)->ret->type == Tint) { q = ((FNinfo*)p->info.typ->ref)->args->list; if (q && q->info.typ->type == Tpointer && ((Tnode*)q->info.typ->ref)->type == Tstruct && ((Tnode*)q->info.typ->ref)->id == lookup("soap")) return 1; } } } } return 0; } int is_primitive_or_string(Tnode *typ) { return is_primitive(typ) || is_string(typ) || is_wstring(typ) || is_stdstring(typ) || is_stdwstring(typ) || is_qname(typ) || is_stdqname(typ); } int is_primitive(Tnode *typ) { return typ->type >= Tchar && typ->type <= Tenumsc; } int is_string(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Tchar && !((Tnode*)typ->ref)->sym; } int is_fixedstring(Tnode *typ) { return bflag && typ->type == Tarray && ((Tnode*)typ->ref)->type == Tchar; } int is_wstring(Tnode *typ) { return typ->type == Tpointer && ((Tnode*)typ->ref)->type == Twchar; } int is_stdstring(Tnode *typ) { return typ->type == Tclass && typ->id == lookup("std::string"); } int is_stdwstring(Tnode *typ) { return typ->type == Tclass && typ->id == lookup("std::wstring"); } int is_stdstr(Tnode *typ) { if (typ->type == Tpointer) return is_stdstring((Tnode*)typ->ref) || is_stdwstring((Tnode*)typ->ref); return is_stdstring(typ) || is_stdwstring(typ); } int is_typedef(Tnode *typ) { return typ->sym && !is_transient(typ); } /* synonym is a typedef of another typedef */ int is_synonym(Tnode *typ) { return is_typedef(typ) && typ->synonym != NULL; } int reflevel(Tnode *typ) { int level; for (level = 0; typ->type == Tpointer || is_smart(typ); level++) typ = (Tnode*)typ->ref; return level; } Tnode * reftype(Tnode *typ) { while ((typ->type == Tpointer && !is_string(typ) && !is_wstring(typ)) || typ->type == Treference || typ->type == Trvalueref || is_smart(typ)) typ = (Tnode*)typ->ref; return typ; } void soap_set_attr(Entry *p, const char *obj, const char *name, const char *tag) { Tnode *typ = p->info.typ; int flag = (p->info.minOccurs == 0 && !p->info.hasval); int pat = 0; if (p->info.sto & (Sconst | Sprivate | Sprotected)) return; if (typ->type == Treference || typ->type == Trvalueref) typ = typ->ref; if (p->info.typ->pattern && p->info.typ->pattern[0] == '%' && p->info.typ->pattern[1]) { if (typ->type == Tfloat) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->float_format;\n\t\tsoap->float_format = \"%s\";", name, p->info.typ->pattern); else if (typ->type == Tdouble) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->double_format;\n\t\tsoap->double_format = \"%s\";", name, p->info.typ->pattern); else if (typ->type == Tldouble) fprintf(fout, "\n\t{\tconst char *%s_tmp = soap->long_double_format;\n\t\tsoap->long_double_format = \"%s\";", name, p->info.typ->pattern); pat = 1; } if ((is_external(typ) || is_typedef(typ)) && !is_anyAttribute(typ) && !is_anyType(typ) && !is_smart(typ) && typ->type != Tpointer && !is_stdstr(typ) && !is_string(typ) && !is_wstring(typ) && !is_binary(typ)) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_ident(typ), obj, name); else if (is_qname(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, (char*)%s->%s), 1);", obj, name, tag, obj, name); else if (is_string(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", (char*)%s->%s, 1);", obj, name, tag, obj, name); else if (is_wstring(typ)) fprintf(fout, "\n\tif (%s->%s)\n\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, (wchar_t*)%s->%s), 2);", obj, name, tag, obj, name); else if (is_stdqname(typ)) fprintf(fout, "\n\tif (!%s->%s.empty())\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, %s->%s.c_str()), 1);", obj, name, tag, obj, name); else if (is_stdstring(typ)) { if (flag) fprintf(fout, "\n\tif (!%s->%s.empty())", obj, name); fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", %s->%s.c_str(), 1);", tag, obj, name); } else if (is_stdwstring(typ)) { if (flag) fprintf(fout, "\n\tif (!%s->%s.empty())", obj, name); fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, %s->%s.c_str()), 2);", tag, obj, name); } else if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_type(typ), obj, name); else if (typ->type == Tenum || typ->type == Tenumsc) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, c_ident(typ), obj, name); else if (is_smart(typ) || typ->type == Tpointer) { Tnode *ptr = (Tnode*)typ->ref; fprintf(fout, "\n\tif (%s->%s)", obj, name); if ((is_external(ptr) || is_typedef(ptr)) && !is_anyAttribute(ptr) && !is_anyType(ptr) && !is_stdstr(ptr) && !is_string(ptr) && !is_wstring(ptr) && !is_binary(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_ident(ptr), obj, name); else if (is_qname(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, *(char**)%s->%s), 1);", obj, name, tag, obj, name); else if (is_string(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", *(char**)%s->%s, 1);", obj, name, tag, obj, name); else if (is_wstring(ptr)) fprintf(fout, "\n\t\tif (*%s->%s)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, *(wchar_t**)%s->%s), 2);", obj, name, tag, obj, name); else if (ptr->type == Tllong || ptr->type == Tullong) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_type(ptr), obj, name); else if (ptr->type == Tenum || ptr->type == Tenumsc) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, c_ident(ptr), obj, name); else if (is_stdqname(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_QName2s(soap, %s->%s->c_str()), 1);", tag, obj, name); else if (is_stdstring(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", %s->%s->c_str(), 1);", tag, obj, name); else if (is_stdwstring(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_wchar2s(soap, %s->%s->c_str()), 2);", tag, obj, name); else if (is_primitive(ptr)) fprintf(fout, "\n\t\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, *%s->%s), 1);", tag, the_type(ptr), obj, name); else if (is_hexBinary(ptr)) fprintf(fout, "\n\t\tif (%s->%s->__ptr)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_s2hex(soap, %s->%s->__ptr, NULL, %s->%s->__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_binary(ptr)) fprintf(fout, "\n\t\tif (%s->%s->__ptr)\n\t\t\tsoap_set_attr(soap, \"%s\", soap_s2base64(soap, %s->%s->__ptr, NULL, %s->%s->__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_anyAttribute(ptr)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, \"%s\", -1, %s->%s, \"%s\"))\n\t\t\treturn soap->error;", c_ident(ptr), tag, obj, name, xsi_type_u(ptr)); else { sprintf(errbuf, "Member '%s' cannot be serialized as an XML attribute", name); semwarn(errbuf); } } else if (is_primitive(typ)) fprintf(fout, "\n\tsoap_set_attr(soap, \"%s\", soap_%s2s(soap, %s->%s), 1);", tag, the_type(typ), obj, name); else if (is_hexBinary(typ)) fprintf(fout, "\n\tif (%s->%s.__ptr)\n\t\tsoap_set_attr(soap, \"%s\", soap_s2hex(soap, %s->%s.__ptr, NULL, %s->%s.__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_binary(typ)) fprintf(fout, "\n\tif (%s->%s.__ptr)\n\t\tsoap_set_attr(soap, \"%s\", soap_s2base64(soap, %s->%s.__ptr, NULL, %s->%s.__size), 1);", obj, name, tag, obj, name, obj, name); else if (is_anyAttribute(typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, \"%s\", -1, &%s->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(typ), tag, obj, name, xsi_type_u(typ)); else { sprintf(errbuf, "Member '%s' cannot be serialized as an XML attribute", name); semwarn(errbuf); } if (pat) { if (typ->type == Tfloat) fprintf(fout, "\n\t\tsoap->float_format = %s_tmp;\n\t}", name); else if (typ->type == Tdouble) fprintf(fout, "\n\t\tsoap->double_format = %s_tmp;\n\t}", name); else if (typ->type == Tldouble) fprintf(fout, "\n\t\tsoap->long_double_format = %s_tmp;\n\t}", name); } } void soap_attr_value(Entry *p, const char *obj, const char *name, const char *tag) { int flag = 0; Tnode *typ = p->info.typ; if (p->info.sto & (Sconst | Sprivate | Sprotected)) return; if (typ->type == Treference || typ->type == Trvalueref) typ = typ->ref; if (p->info.maxOccurs == 0) flag = 2; /* prohibited */ else if (p->info.minOccurs >= 1 && !p->info.hasval) flag = 1; /* required */ if (sflag && flag) flag += 2; /* prohibited/required if SOAP_XML_STRICT */ if ((is_external(typ) || is_typedef(typ)) && !is_anyAttribute(typ) && !is_anyType(typ) && !is_smart(typ) && typ->type != Tpointer && !is_stdstr(typ) && !is_string(typ) && !is_wstring(typ) && !is_binary(typ)) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_ident(typ), tag, flag, obj, name); else if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_type(typ), tag, flag, obj, name); else if (typ->type == Tenum || typ->type == Tenumsc) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", c_ident(typ), tag, flag, obj, name); else if (is_qname(typ)) fprintf(fout, "\n\tif (soap_s2QName(soap, soap_attr_value(soap, \"%s\", %d), (char**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_string(typ)) fprintf(fout, "\n\tif (soap_s2string(soap, soap_attr_value(soap, \"%s\", %d), (char**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_wstring(typ)) fprintf(fout, "\n\tif (soap_s2wchar(soap, soap_attr_value(soap, \"%s\", %d), (wchar_t**)&%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdqname(typ)) fprintf(fout, "\n\tif (soap_s2std__QName(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdstring(typ)) fprintf(fout, "\n\tif (soap_s2std__string(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_stdwstring(typ)) fprintf(fout, "\n\tif (soap_s2std__wstring(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s, %ld, %ld))\n\t\treturn NULL;", tag, flag, obj, name, minlen(typ), maxlen(typ)); else if (is_smart(typ) || typ->type == Tpointer) { Tnode *ptr = (Tnode*)typ->ref; const char *get = ""; if (!is_anyAttribute(ptr) && !is_anyType(ptr)) fprintf(fout, "\n\t{\tconst char *t = soap_attr_value(soap, \"%s\", %d);\n\t\tif (t)\n\t\t{", tag, flag); if (is_smart(typ)) { fprintf(fout, "\n\t\t\t%s->%s = %s(SOAP_NEW(%s));", obj, name, c_type(typ), c_type(ptr)); get = ".get()"; } else if (is_stdstr(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s = soap_new_%s(soap)))\n\t\t\t{\tsoap->error = SOAP_EOM;\n\t\t\t\treturn NULL;\n\t\t\t}", obj, name, c_ident(ptr)); else fprintf(fout, "\n\t\t\tif (!(%s->%s = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\t{\tsoap->error = SOAP_EOM;\n\t\t\t\treturn NULL;\n\t\t\t}", obj, name, c_type(typ), c_type(ptr)); if ((is_external(ptr) || is_typedef(ptr)) && !is_anyAttribute(ptr) && !is_anyType(ptr) && !is_stdstr(ptr) && !is_string(ptr) && !is_wstring(ptr) && !is_binary(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_ident(ptr), obj, name, get); else if (ptr->type == Tllong || ptr->type == Tullong) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_type(ptr), obj, name, get); else if (ptr->type == Tenum || ptr->type == Tenumsc) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", c_ident(ptr), obj, name, get); else if (is_qname(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2QName(soap, t, (char**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_string(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2string(soap, t, (char**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_wstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2wchar(soap, t, (wchar_t**)%s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdqname(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__QName(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__string(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_stdwstring(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2std__wstring(soap, t, %s->%s%s, %ld, %ld))\n\t\t\t\treturn NULL;", obj, name, get, minlen(ptr), maxlen(ptr)); else if (is_hexBinary(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s->__ptr = (unsigned char*)soap_hex2s(soap, t, NULL, 0, &%s->%s->__size)))\n\t\t\t\treturn NULL;", obj, name, obj, name); else if (is_binary(ptr)) fprintf(fout, "\n\t\t\tif (!(%s->%s->__ptr = (unsigned char*)soap_base642s(soap, t, NULL, 0, &%s->%s->__size)))\n\t\t\t\treturn NULL;", obj, name, obj, name); else if (is_smart(typ) && is_anyAttribute(ptr)) fprintf(fout, "\n\t\t\tif (!soap_in_%s(soap, \"%s\", %s->%s%s, \"%s\")\n\t\t\t\t%s->%s.reset();", c_ident(ptr), tag, obj, name, get, xsi_type(ptr), obj, name); else if (is_anyAttribute(ptr)) fprintf(fout, "\n\t\t\t%s->%s = soap_in_%s(soap, \"%s\", %s->%s, \"%s\");", obj, name, c_ident(ptr), tag, obj, name, xsi_type(ptr)); else if (is_primitive(ptr)) fprintf(fout, "\n\t\t\tif (soap_s2%s(soap, t, %s->%s%s))\n\t\t\t\treturn NULL;", the_type(ptr), obj, name, get); if (!is_anyAttribute(ptr) && !is_anyType(ptr)) fprintf(fout, "\n\t\t}\n\t\telse if (soap->error)\n\t\t\treturn NULL;\n\t}"); } else if (is_hexBinary(typ)) fprintf(fout, "\n\tif (!(%s->%s.__ptr = (unsigned char*)soap_hex2s(soap, soap_attr_value(soap, \"%s\", %d), NULL, 0, &%s->%s.__size)))\n\t\treturn NULL;", obj, name, tag, flag, obj, name); else if (is_binary(typ)) fprintf(fout, "\n\tif (!(%s->%s.__ptr = (unsigned char*)soap_base642s(soap, soap_attr_value(soap, \"%s\", %d), NULL, 0, &%s->%s.__size)))\n\t\treturn NULL;", obj, name, tag, flag, obj, name); else if (is_anyAttribute(typ)) fprintf(fout, "\n\tsoap_in_%s(soap, \"%s\", &%s->%s, \"%s\");", c_ident(typ), tag, obj, name, xsi_type(typ)); else if (is_primitive(typ)) fprintf(fout, "\n\tif (soap_s2%s(soap, soap_attr_value(soap, \"%s\", %d), &%s->%s))\n\t\treturn NULL;", the_type(typ), tag, flag, obj, name); if (is_smart(typ) || typ->type == Tpointer) { if (!is_string(typ) && !is_wstring(typ)) { Tnode *ptr = (Tnode*)typ->ref; if (!is_string(ptr) && !is_wstring(ptr) && !is_stdstr(ptr)) { if (ptr->hasmin) { if ((ptr->type >= Tfloat && ptr->type <= Tldouble) || is_external(ptr)) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmin ? "<" : "<=", ptr->min); else if (ptr->min > 0 || ptr->type < Tuchar || ptr->type > Tullong) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmin ? "<" : "<=", (LONG64)ptr->min); } if (ptr->hasmax) { if ((ptr->type >= Tfloat && ptr->type <= Tldouble) || is_external(ptr)) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmax ? ">" : ">=", ptr->max); else if (ptr->max >= 0 || ptr->type < Tuchar || ptr->type > Tullong) fprintf(fout, "\n\tif (%s->%s && *%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, obj, name, ptr->incmax ? ">" : ">=", (LONG64)ptr->max); } } } } else if (!is_stdstr(typ)) { if (typ->hasmin) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmin ? "<" : "<=", typ->min); else if (typ->min > 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmin ? "<" : "<=", (LONG64)typ->min); } if (typ->hasmax) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (%s->%s %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmax ? ">" : ">=", typ->max); else if (typ->max >= 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (%s->%s %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", obj, name, typ->incmax ? ">" : ">=", (LONG64)typ->max); } } } const char * ptr_cast(Table *t, const char *name) { const char *type = ident(t->sym->name); char *s = (char*)emalloc(strlen(type) + strlen(name) + 6); sprintf(s, "((%s*)%s)", type, name); return s; } void soap_out(Tnode *typ) { Table *table, *t; Entry *p = NULL; int cardinality, i, j, d; Tnode *n; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); if (is_dynamic_array(typ)) { soap_out_Darray(typ); return; } if (is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap*, %s);", c_ident(typ), c_type(typ)); if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ)) && !is_qname(typ) && !is_stdqname(typ)) fprintf(fhead, "\n\n#define soap_%s2s soap_%s2s\n", c_ident(typ), t_ident(typ)); if (is_typedef(typ) && (is_element(typ) || is_synonym(typ) || is_external(typ)) && (!is_external(typ) || is_volatile(typ))) { fprintf(fhead, "\n\n#define soap_out_%s soap_out_%s\n", c_ident(typ), t_ident(typ)); return; } if (is_primitive(typ) && typ->type != Tenum && typ->type != Tenumsc) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (typ->pattern && typ->pattern[0] == '%' && typ->pattern[1]) { fprintf(fout, "\n\tint err;"); if (typ->type == Tfloat) fprintf(fout, "\n\tconst char *s = soap->float_format;\n\tsoap->float_format = \"%s\";", typ->pattern); else if (typ->type == Tdouble) fprintf(fout, "\n\tconst char *s = soap->double_format;\n\tsoap->double_format = \"%s\";", typ->pattern); else if (typ->type == Tldouble) fprintf(fout, "\n\tconst char *s = soap->long_double_format;\n\tsoap->long_double_format = \"%s\";", typ->pattern); if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\terr = soap_out%s(soap, tag, id, a, type, %s);", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\terr = soap_out%s(soap, tag, id, a, type, %s);", the_type(typ), soap_type(typ)); if (typ->type == Tfloat) fprintf(fout, "\n\tsoap->float_format = s;"); else if (typ->type == Tdouble) fprintf(fout, "\n\tsoap->double_format = s;"); else if (typ->type == Tldouble) fprintf(fout, "\n\tsoap->long_double_format = s;"); fprintf(fout, "\n\treturn err;\n}"); } else { if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\treturn soap_out%s(soap, tag, id, a, type, %s);\n}", c_type(typ), soap_type(typ)); else fprintf(fout, "\n\treturn soap_out%s(soap, tag, id, a, type, %s);\n}", the_type(typ), soap_type(typ)); } return; } if (is_fixedstring(typ)) { fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const char[], const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const char a[], const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outstring(soap, tag, id, (char*const*)(void*)&a, type, %s);\n}", soap_type(typ)); return; } if (is_string(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, char*const*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, char*const*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, char *const*a, const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outstring(soap, tag, id, a, type, %s);\n}", soap_type(typ)); return; } if (is_wstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, wchar_t*const*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, wchar_t*const*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, wchar_t *const*a, const char *type)\n{", c_ident(typ)); fprintf(fout, "\n\treturn soap_outwstring(soap, tag, id, a, type, %s);\n}", soap_type(typ)); return; } if (is_stdstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const std::string*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const std::string*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::string *s, const char *type)\n{\n\tconst char *t = s->c_str();\n\treturn soap_outliteral(soap, tag, (char*const*)(void*)&t, type);\n}", c_ident(typ)); else fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::string *s, const char *type)\n{\n\tif ((soap->mode & SOAP_C_NILSTRING) && s->empty())\n\t\treturn soap_element_null(soap, tag, id, type);\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, s, %s), type) || soap_string_out(soap, s->c_str(), 0) || soap_element_end_out(soap, tag))\n\t\treturn soap->error;\n\treturn SOAP_OK;\n}", c_ident(typ), soap_type(typ)); return; } if (is_stdwstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const std::wstring*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const std::wstring*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::wstring *s, const char *type)\n{\n\tconst wchar_t *t = s->c_str();\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)(void*)&t, type);\n}", c_ident(typ)); else fprintf(fout, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const std::wstring *s, const char *type)\n{\n\tif ((soap->mode & SOAP_C_NILSTRING) && s->empty())\n\t\treturn soap_element_null(soap, tag, id, type);\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, s, %s), type) || soap_wstring_out(soap, s->c_str(), 0) || soap_element_end_out(soap, tag))\n\t\treturn soap->error;\n\treturn SOAP_OK;\n}", c_ident(typ), soap_type(typ)); return; } switch(typ->type) { case Tstruct: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (has_setter(typ)) fprintf(fout, "\n\tif (((%s)a)->set(soap))\n\t\treturn soap->error;", c_type_id(typ, "*")); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_repetition(p)) p = p->next; else if (p->info.sto & Sattribute) soap_set_attr(p, "a", ident(p->sym->name), ns_add(p, nsa)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tstd::string soap_tmp_%s(soap_QName2s(soap, a->%s.c_str()));", ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tconst char *soap_tmp_%s = a->%s ? soap_QName2s(soap, *a->%s) : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstd::string soap_temp_%s(a->%s ? soap_QName2s(soap, a->%s->c_str()) : \"\"), *soap_tmp_%s = a->%s ? &soap_temp_%s : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); } } fprintf(fout, "\n\t(void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */"); if (!table) { fprintf(fout, "\n\treturn SOAP_OK;\n}"); } else if (is_primclass(typ)) { for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn a->%s.soap_out(soap, tag, id, \"%s\");", ident(p->sym->name), xsi_type_u(typ)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s, NULL);", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s, NULL);", ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); fprintf(fout, "\n}"); } else { if (!is_invisible(typ->id->name)) fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type))\n\t\treturn soap->error;", soap_type(typ)); fflush(fout); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sreturn) { if (nse || has_ns_eq(NULL, p->sym->name)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_element_result(soap, \"%s\");", ident(p->sym->name), ns_add(p, nse)); else fprintf(fout, "\n\tsoap_element_result(soap, \"%s\");", ns_add(p, nse)); } } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); needs_lang(p); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s)", ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s; i++)", ident(p->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tif (a->%s[i].soap_out(soap, \"%s\", -1, \"%s\"))\n\t\t\t\treturn soap->error;", ident(p->next->sym->name), ns_add(p->next, nse), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_qname((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s[i]);\n\t\t\tif (soap_out_%s(soap, \"%s\", -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\t\t\treturn soap->error;\n\t\t}", ident(p->next->sym->name), ident(p->next->sym->name), c_ident((Tnode*)p->next->info.typ->ref), ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outliteral(soap, \"%s\", (char*const*)(a->%s + i), NULL);", ns_add(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outwliteral(soap, \"%s\", (wchar_t*const*)(a->%s + i), NULL);", ns_add(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_string(soap, \"%s\", -1, (char*const*)(a->%s + i), \"%s\");", ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_wstring(soap, \"%s\", -1, (wchar_t*const*)(a->%s + i), \"%s\");", ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else fprintf(fout, "\n\t\t\tif (soap_out_%s(soap, \"%s\", -1, a->%s + i, \"%s\"))\n\t\t\t\treturn soap->error;", c_ident((Tnode*)p->next->info.typ->ref), ns_add(p->next, nse), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); fprintf(fout, "\n\t}"); p = p->next; } else if (is_anytype(p) && is_invisible(p->next->sym->name)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s, tag, -1, a->%s))\n\t\treturn soap->error;", ident(p->next->sym->name), ident(p->sym->name)); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s, \"%s\", -1, a->%s))\n\t\treturn soap->error;", ident(p->next->sym->name), ns_add(p->next, nse), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tif (soap_out_%s(soap, a->%s, &a->%s))\n\t\treturn soap->error;", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); } else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s, \"%s\");", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (a->%s.soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(p->sym->name), field(p, nse), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif (!a->%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(p->sym->name), field(p, nse)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tsoap_outliteral(soap, %s, (char*const*)&a->%s, NULL);", field(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tsoap_outwliteral(soap, %s, (wchar_t*const*)&a->%s, NULL);", field(p, nse), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } } if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); } fflush(fout); break; case Tclass: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } if (!is_volatile(typ) && !is_typedef(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fout, "\n\nint %s::soap_out(struct soap *soap, const char *tag, int id, const char *type) const", ident(typ->id->name)); fprintf(fout, "\n{\n\treturn soap_out_%s(soap, tag, id, this, type);\n}", c_ident(typ)); } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); fflush(fout); if (has_setter(typ)) fprintf(fout, "\n\tif (((%s)a)->set(soap))\n\t\treturn soap->error;", c_type_id(typ, "*")); table = (Table*)typ->ref; for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) { if (is_repetition(p)) p = p->next; else if (p->info.sto & Sattribute) soap_set_attr(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tstd::string soap_tmp_%s(soap_QName2s(soap, a->%s.c_str()));", ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tconst char *soap_tmp_%s = a->%s ? soap_QName2s(soap, *a->%s) : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tstd::string soap_temp_%s(a->%s ? soap_QName2s(soap, a->%s->c_str()) : \"\"), *soap_tmp_%s = a->%s ? &soap_temp_%s : NULL;", ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name), ident(p->sym->name)); } } fprintf(fout, "\n\t(void)soap; (void)tag; (void)id; (void)a; (void)type; /* appease -Wall -Werror */"); if (!table) { fprintf(fout, "\n\treturn SOAP_OK;\n}"); } else if (is_primclass(typ)) { for (t = table; t; t = t->prev) { p = t->list; while (p && !is_item(p)) p = p->next; if (p) break; } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); if (table && table->prev) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s::%s, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s::%s, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn (a->%s::%s).soap_out(soap, tag, id, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); } else { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_outliteral(soap, tag, (char*const*)&a->%s::%s, NULL);", ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_outwliteral(soap, tag, (wchar_t*const*)&a->%s::%s, NULL);", ident(t->sym->name), ident(p->sym->name)); else if (is_qname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (is_string(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (wchar_t*const*)&a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\treturn (a->%s::%s).soap_out(soap, tag, id, \"%s\");", ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident(p->info.typ), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &soap_tmp_%s, \"%s\");", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type_u(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, &a->%s::%s, \"%s\");", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type_u(typ)); else fprintf(fout, "\n\treturn SOAP_OK;"); } fprintf(fout, "\n}"); } else { if (!is_invisible(typ->id->name)) { if (table && table->prev) fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), \"%s\"))\n\t\treturn soap->error;", soap_type(typ), xsi_type(typ)); else fprintf(fout, "\n\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type))\n\t\treturn soap->error;", soap_type(typ)); } fflush(fout); i = 0; /* Get the depth of the inheritance hierarchy */ for (t = table; t; t = t->prev) i++; /* Call routines to output the member data of the class */ /* Data members of the Base Classes are outputed first followed by the data members of the Derived classes. Overridden data members are output twice once for the base class they are defined in and once for the derived class that overwrites them */ for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.sto & Sreturn) { if (nse1 || has_ns_eq(NULL, p->sym->name)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\tif (a->%s)\n\t\tsoap_element_result(soap, \"%s\");", ident(p->sym->name), ns_add(p, nse1)); else fprintf(fout, "\n\tsoap_element_result(soap, \"%s\");", ns_add(p, nse1)); } } if ((p->info.sto & SmustUnderstand) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && !is_transient(p->info.typ) && !is_void(p->info.typ) && p->info.typ->type != Tfun) fprintf(fout, "\n\tsoap->mustUnderstand = 1;"); needs_lang(p); if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { fprintf(fout, "\n\tif (a->%s::%s)", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < (int)a->%s::%s; i++)", ident(t->sym->name), ident(p->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tif (a->%s::%s[i].soap_out(soap, %s, -1, \"%s\"))\n\t\t\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), field_overridden(t, p->next, nse1), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_qname((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s[i]);\n\t\t\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\t\t\treturn soap->error;\n\t\t}", ident(p->next->sym->name), ident(p->next->sym->name), c_ident((Tnode*)p->next->info.typ->ref), field_overridden(t, p->next, nse1), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outliteral(soap, %s, (char*const*)(a->%s::%s + i), NULL);", field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_outwliteral(soap, %s, (wchar_t*const*)(a->%s::%s + i), NULL);", field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_string(soap, \"%s\", -1, (char*const*)(a->%s::%s + i), \"%s\");", ns_add(p->next, nse), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\tsoap_out_wstring(soap, \"%s\", -1, (wchar_t*const*)(a->%s::%s + i), \"%s\");", ns_add(p->next, nse), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); else fprintf(fout, "\n\t\t\tif (soap_out_%s(soap, %s, -1, a->%s::%s + i, \"%s\"))\n\t\t\t\treturn soap->error;", c_ident((Tnode*)p->next->info.typ->ref), field_overridden(t, p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type_cond_u((Tnode*)p->next->info.typ->ref, !has_ns_eq(NULL, p->next->sym->name))); fprintf(fout, "\n\t}"); p = p->next; } else if (is_anytype(p) && is_invisible(p->next->sym->name)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s::%s, tag, -1, a->%s::%s))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->sym->name)); p = p->next; } else if (is_anytype(p)) { fprintf(fout, "\n\tif (soap_putelement(soap, a->%s::%s, %s, -1, a->%s::%s))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->next->sym->name), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); p = p->next; } else if (is_choice(p)) { fprintf(fout, "\n\tif (soap_out_%s(soap, a->%s::%s, &a->%s::%s))\n\t\treturn soap->error;", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_item(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s::%s, \"%s\");", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif ((a->%s::%s).soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif (!a->%s::%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_outliteral(soap, %s, (char*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_outwliteral(soap, %s, (wchar_t*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } } i = 0; /* Get the depth of the inheritance hierarchy */ for (t = table; t; t = t->prev) i++; /* output __item(s) and inherited DOM at the end */ for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); if (!t->prev && e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) fprintf(fout, "\n\tif (soap_out_xsd__anyType(soap, NULL, -1, static_cast(a), NULL))\n\t\treturn soap->error;"); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p != (Entry*) 0; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected | Sattribute)) ; else if (is_repetition(p) || is_anytype(p) || is_choice(p)) p = p->next; else if (!is_item(p)) ; else if (is_transient(p->info.typ)) ; else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tsoap_out_%s(soap, %s, -1, a->%s::%s, \"%s\");", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif ((a->%s::%s).soap_out(soap, %s, -1, \"%s\"))\n\t\treturn soap->error;", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_stdqname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else { if (zflag != 2 && p->info.typ->type == Tpointer && !is_void(p->info.typ) && p->info.minOccurs > 0) fprintf(fout, "\n\tif(a->%s::%s)\n\t{\tif (soap_element_nil(soap, %s))\n\t\t\treturn soap->error;\n\t}\n\telse", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1)); if (is_qname(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_qname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)(void*)&soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident((Tnode*)p->info.typ->ref), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type == Tpointer && is_stdqname((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &soap_tmp_%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_outliteral(soap, %s, (char*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_outwliteral(soap, %s, (wchar_t*const*)&a->%s::%s, NULL))\n\t\treturn soap->error;", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (char*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, (wchar_t*const*)&a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (soap_out_%s(soap, %s, -1, &a->%s::%s, \"%s\"))\n\t\treturn soap->error;", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } fflush(fout); } } if (!is_invisible(typ->id->name)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\treturn SOAP_OK;\n}"); } fflush(fout); break; case Tunion: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, int, const %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, int choice, const %s)\n{", c_ident(typ), c_type_id(typ, "*a")); table = (Table*)typ->ref; fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tswitch (choice)\n\t{"); for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) ; else if (is_anytype(p)) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a->%s.soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), ns_add(p, nse), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_qname(p->info.typ) || is_stdqname(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t{\tconst char *soap_tmp_%s = soap_QName2s(soap, a->%s);", ident(p->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (char*const*)(void*)&soap_tmp_%s, \"%s\");\n\t}", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_outliteral(soap, \"%s\", (char*const*)&a->%s, NULL);", ns_add(p, nse), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_outwliteral(soap, \"%s\", (wchar_t*const*)&a->%s, NULL);", ns_add(p, nse), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\tcase %s:", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn soap_out_%s(soap, \"%s\", -1, &a->%s, \"%s\");", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type_cond_u(p->info.typ, !has_ns_eq(NULL, p->sym->name))); } } fprintf(fout, "\n\tdefault:\n\t\tbreak;\n\t}\n\treturn SOAP_OK;\n}"); fflush(fout); break; case Tpointer: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char *, int, %s, const char *);", c_ident(typ), c_type_constptr_id(typ, "const*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char *, int, %s, const char *);", c_ident(typ), c_type_constptr_id(typ, "const*")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, %s, const char *type)\n{", c_ident(typ), c_type_constptr_id(typ, "const*a")); if (is_template(typ)) { fprintf(fout, "\n\tif (!*a)"); fprintf(fout, "\n\t\treturn soap_element_null(soap, tag, id, type);"); fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, *a, type);", c_ident((Tnode*)typ->ref)); } else { p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, *s ? (*a)->%s : NULL, *s ? %s : 0, type, %s, NULL);", ident(p->sym->name), get_Darraysize("(*a)", d), soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, *a ? (*a)->%s : NULL, *a ? (*a)->__size : 0, type, %s, NULL);", ident(p->sym->name), soap_type((Tnode*)typ->ref)); } else { if (((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tchar *mark;\n\tid = soap_element_id(soap, tag, id, *a, NULL, 0, type, %s, &mark);", soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, *a, NULL, 0, type, %s, NULL);", soap_type((Tnode*)typ->ref)); } fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\t(*a)->soap_out(soap, tag, id, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;"); else fprintf(fout, "\n\treturn (*a)->soap_out(soap, tag, id, type);"); } else { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tsoap_out_%s(soap, tag, id, *a, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, *a, type);", c_ident((Tnode*)typ->ref)); } } fprintf(fout, "\n}"); break; case Tarray: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, %s, const char*);", c_ident(typ), c_type_id(typ, "const")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, %s, const char*);", c_ident(typ), c_type_id(typ, "const")); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "const a")); fprintf(fout, "\n\tsize_t i;\n\t(void)type;"); fprintf(fout, "\n\tsoap_array_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), \"%s[%d]\", 0);", soap_type(typ), xsi_type_Tarray(typ), get_dimension(typ)); n=(Tnode*)typ->ref; cardinality = 1; while (n->type == Tarray) { n = (Tnode*)n->ref; cardinality++; } fprintf(fout, "\n\tfor (i = 0; i < %d; i++)\n\t{", get_dimension(typ)); if (((Tnode *)typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (cardinality>1) fprintf(fout, "\n\t\ta[i].soap_out(soap, \"item\", -1, \"%s\")", xsi_type_u((Tnode*)typ->ref)); else fprintf(fout, "\n\t\t(a+i)->soap_out(soap, \"item\", -1, \"%s\")", xsi_type_u((Tnode*)typ->ref)); } else { if (((Tnode *)typ->ref)->type != Tarray) { if (((Tnode *)typ->ref)->type == Tpointer) fprintf(fout, "\n\t\tsoap->position = 1;\n\t\tsoap->positions[0] = i;\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); } else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"item\", -1, a", c_ident((Tnode*)typ->ref)); if (cardinality>1) fprintf(fout, "[i], \"%s\")", xsi_type_u((Tnode*)typ->ref)); else fprintf(fout, "+i, \"%s\")", xsi_type_u((Tnode*)typ->ref)); } if (((Tnode *)typ->ref)->type == Tpointer) fprintf(fout, ";\n\t}\n\tsoap->position = 0;\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, ";\n\t}\n\treturn soap_element_end_out(soap, tag);\n}"); break; case Tenum: case Tenumsc: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); if (!is_typedef(typ)) { fprintf(fout, "\n\nstatic const struct soap_code_map soap_codes_%s[] =\n{", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (typ->type == Tenumsc) fprintf(fout, "\t{ (LONG64)%s::%s, \"%s\" },\n", c_ident(typ), ident(p->sym->name), ns_remove2(p->sym->name, c_ident(typ))); else fprintf(fout, "\t{ (LONG64)%s, \"%s\" },\n", ident(p->sym->name), ns_remove2(p->sym->name, c_ident(typ))); } } fprintf(fout, "\t{ 0, NULL }\n"); fprintf(fout, "};"); } if (!is_typedef(typ)) { fprintf(fhead, "\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap*, %s);", c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3S const char* SOAP_FMAC4S soap_%s2s(struct soap *soap, %s)", c_ident(typ), c_type_id(typ, "n")); if (is_boolean(typ)) fprintf(fout, "\n{\n\t(void)soap; /* appease -Wall -Werror */\nreturn soap_code_str(soap_codes_%s, n != 0);\n}", c_ident(typ)); else if (!is_mask(typ)) { fprintf(fout, "\n{\tconst char *s = soap_code_str(soap_codes_%s, (long)n);", c_ident(typ)); fprintf(fout, "\n\tif (s)\n\t\treturn s;"); fprintf(fout, "\n\treturn soap_long2s(soap, (long)n);"); fprintf(fout, "\n}"); } else fprintf(fout, "\n{\n\treturn soap_code_list(soap, soap_codes_%s, (long)n);\n}", c_ident(typ)); } fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n{\tif (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, %s), type)", soap_type(typ)); fprintf(fout, " || soap_send(soap, soap_%s2s(soap, *a)))\n\t\treturn soap->error;", c_ident(typ)); fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); break; case Ttemplate: if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 int SOAP_FMAC2 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); return; } if (is_typedef(typ)) { fprintf(fhead, "\n\n#define soap_out_%s soap_out_%s\n", c_ident(typ), t_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); n = (Tnode*)typ->ref; if (!n) return; fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)id; (void)type; /* appease -Wall -Werror */"); if (is_smart(typ)) { p = is_dynamic_array((Tnode*)typ->ref); if (p) { d = get_Darraydims((Tnode*)typ->ref); if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), *a ? (*a)->%s : NULL, *a ? %s : 0, type, %s, NULL);", ident(p->sym->name), get_Darraysize("(*a)", d), soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), *a ? (*a)->%s : NULL, *a ? (*a)->__size : 0, type, %s, NULL);", ident(p->sym->name), soap_type((Tnode*)typ->ref)); } else if (((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tchar *mark;\n\tid = soap_element_id(soap, tag, id, a->get(), NULL, 0, type, %s, &mark);", soap_type((Tnode*)typ->ref)); else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a->get(), NULL, 0, type, %s, NULL);", soap_type((Tnode*)typ->ref)); fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\t(*a)->soap_out(soap, tag, id, type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;"); else fprintf(fout, "\n\treturn (*a)->soap_out(soap, tag, id, type);"); } else { if (!p && ((Tnode*)typ->ref)->recursive) fprintf(fout, "\n\tsoap_out_%s(soap, tag, id, a->get(), type);\n\tsoap_unmark(soap, mark);\n\treturn soap->error;", c_ident((Tnode*)typ->ref)); else fprintf(fout, "\n\treturn soap_out_%s(soap, tag, id, a->get(), type);", c_ident((Tnode*)typ->ref)); } fprintf(fout, "\n}"); } else { fprintf(fout, "\n\tfor (%s::const_iterator i = a->begin(); i != a->end(); ++i)\n\t{", c_type(typ)); if (n->type == Tarray) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, id, *i, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\n\t\tif ((*i).soap_out(soap, tag, id, \"%s\"))", xsi_type_u(typ)); else if (is_qname(n)) fprintf(fout, "\n\t\tconst char *soap_tmp = soap_QName2s(soap, *i);\n\t\tif (soap_out_%s(soap, tag, id, (char*const*)(void*)&soap_tmp, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_stdqname(n)) fprintf(fout, "\n\t\tstd::string soap_tmp(soap_QName2s(soap, (*i).c_str()));\n\t\tif (soap_out_%s(soap, tag, id, &soap_tmp, \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_XML(n) && is_string(n)) fprintf(fout, "\n\t\tif (soap_outliteral(soap, tag, (char*const*)&(*i), NULL))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "\n\t\tif (soap_outwliteral(soap, tag, (wchar_t*const*)&(*i), NULL))"); else if (is_string(n)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, -1, (char*const*)&(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_wstring(n)) fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, -1, (wchar_t*const*)&(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); else if (is_bool(n)) fprintf(fout, "\n\t\tbool b = (*i);\n\t\tif (soap_out_%s(soap, tag, id, &b, \"%s\"))", c_ident(n), xsi_type_u(typ)); else fprintf(fout, "\n\t\tif (soap_out_%s(soap, tag, id, &(*i), \"%s\"))", c_ident(n), xsi_type_u(typ)); fprintf(fout, "\n\t\t\treturn soap->error;"); fprintf(fout, "\n\t}\n\treturn SOAP_OK;\n}"); } break; default: break; } } void soap_out_Darray(Tnode *typ) { int i, j, d = 0; Table *t, *table; Entry *p; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); const char *item; table = (Table*)typ->ref; fprintf(fhead, "\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap*, const char*, int, const %s, const char*);", c_ident(typ), c_type_id(typ, "*")); if (is_external(typ)) return; if (typ->type == Tclass && !is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nint %s::soap_out(struct soap *soap, const char *tag, int id, const char *type) const", c_type(typ)); fprintf(fout, "\n{\treturn soap_out_%s(soap, tag, id, this, type);\n}", c_ident(typ)); } fflush(fout); fprintf(fout, "\n\nSOAP_FMAC3 int SOAP_FMAC4 soap_out_%s(struct soap *soap, const char *tag, int id, const %s, const char *type)\n{", c_ident(typ), c_type_id(typ, "*a")); if (has_setter(typ)) fprintf(fout, "\n\t((%s)a)->set(soap);", c_type_id(typ, "*")); if (!is_binary(typ)) { p = is_dynamic_array(typ); d = get_Darraydims(typ); if (d) fprintf(fout, "\n\tsize_t i, n = soap_size(a->__size, %d);", d); else fprintf(fout, "\n\tint i, n = a->__size;"); } if (typ->type == Tclass) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sattribute) soap_set_attr(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa)); } } } else { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.sto & Sattribute) soap_set_attr(p, "a", ident(p->sym->name), ns_add(p, nsa)); } } } p = is_dynamic_array(typ); if (p->sym->name[5]) item = ns_addx(p->sym->name + 5, nse); else item = ns_addx("item", nse); if (!has_ns(typ) && !is_untyped(typ) && !is_binary(typ)) { const char *s = xsi_type(typ); if (is_untyped(p->info.typ)) s = wsdl_type(p->info.typ, "xsd"); if (d) { if (has_offset(typ)) fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", a->__size, a->__offset, %d) : NULL;", ident(p->sym->name), s, d); else fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", a->__size, NULL, %d) : NULL;", ident(p->sym->name), s, d); } else { if (has_offset(typ)) fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", &a->__size, &a->__offset, 1) : NULL;", ident(p->sym->name), s); else fprintf(fout, "\n\tchar *t = a->%s ? soap_putsizesoffsets(soap, \"%s\", &a->__size, NULL, 1) : NULL;", ident(p->sym->name), s); } } if (d) fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a, a->%s, %s, type, %s, NULL);", ident(p->sym->name), get_Darraysize("a", d), soap_type(typ)); else if (is_attachment(typ)) { fprintf(fout, "\n#ifndef WITH_LEANER\n\tid = soap_attachment(soap, tag, id, a, a->%s, a->__size, a->id, a->type, a->options, type, %s);", ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n#else\n\tid = soap_element_id(soap, tag, id, a, a->%s, a->__size, type, %s, NULL);\n#endif", ident(p->sym->name), soap_type(typ)); } else fprintf(fout, "\n\tid = soap_element_id(soap, tag, id, a, a->%s, a->__size, type, %s, NULL);", ident(p->sym->name), soap_type(typ)); fprintf(fout, "\n\tif (id < 0)\n\t\treturn soap->error;"); fprintf(fout, "\n\tif ("); if (has_ns(typ) || is_untyped(typ) || is_binary(typ)) { if (table && table->prev) fprintf(fout, "soap_element_begin_out(soap, tag, id, \"%s\")", xsi_type(typ)); else fprintf(fout, "soap_element_begin_out(soap, tag, id, type)"); } else if (has_offset(typ)) { if (d) fprintf(fout, "soap_array_begin_out(soap, tag, id, t, soap_putoffsets(soap, a->__offset, %d))", d); else fprintf(fout, "soap_array_begin_out(soap, tag, id, t, soap_putoffsets(soap, &a->__offset, 1))"); } else fprintf(fout, "soap_array_begin_out(soap, tag, id, t, NULL)"); fprintf(fout, ")\n\t\treturn soap->error;"); if (is_hexBinary(typ)) fprintf(fout, "\n\tif (soap_puthex(soap, a->__ptr, a->__size))\n\t\treturn soap->error;"); else if (is_binary(typ)) fprintf(fout, "\n\tif (soap_putbase64(soap, a->__ptr, a->__size))\n\t\treturn soap->error;"); else { fprintf(fout, "\n\tfor (i = 0; i < n; i++)\n\t{"); if (!has_ns(typ) && !is_untyped(typ)) { if (d) { fprintf(fout, "\n\t\tsoap->position = %d;", d); for (i = 0; i < d; i++) { fprintf(fout, "\n\t\tsoap->positions[%d] = i", i); for (j = i+1; j < d; j++) fprintf(fout, "/a->__size[%d]", j); fprintf(fout, "%%a->__size[%d];", i); } if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", (char*const*)&a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", (wchar_t*const*)&a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } else { fprintf(fout, "\n\t\tsoap->position = 1;\n\t\tsoap->positions[0] = i;"); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } } else { if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_outwliteral(soap, \"%s\", &a->%s[i], NULL);", item, ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (char*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, (wchar_t*const*)&a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); else if (((Tnode *)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\ta->%s[i].soap_out(soap, \"%s\", -1, \"%s\");", ident(p->sym->name), item, xsi_type_u(((Tnode *)p->info.typ->ref))); else fprintf(fout, "\n\t\tsoap_out_%s(soap, \"%s\", -1, &a->%s[i], \"%s\");", c_ident(((Tnode *)p->info.typ->ref)), item, ident(p->sym->name), xsi_type_u(((Tnode *)p->info.typ->ref))); } } if (is_binary(typ)) fprintf(fout, "\n\treturn soap_element_end_out(soap, tag);\n}"); else if (!has_ns(typ) && !is_untyped(typ)) fprintf(fout, "\n\t}\n\tsoap->position = 0;\n\treturn soap_element_end_out(soap, tag);\n}"); else fprintf(fout, "\n\t}\n\treturn soap_element_end_out(soap, tag);\n}"); } void soap_get(Tnode *typ) { Tnode *temp; if (typ->type == Ttemplate || typ->type == Tunion) return; if (is_typedef(typ) && (is_element(typ) || is_synonym(typ))) { fprintf(fhead, "\n\n#define soap_get_%s soap_get_%s\n", c_ident(typ), t_ident(typ)); fprintf(fhead, "\n\n#define soap_read_%s soap_read_%s\n", c_ident(typ), t_ident(typ)); return; } if (typ->type == Tarray) { /* ARRAY */ temp = typ; while (temp->type == Tarray) { temp = (Tnode*)temp->ref; } fprintf(fhead, "\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type(temp), c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)", c_type(temp), c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n{\t%s;", c_type_id(temp, "(*p)")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, a, type)))", c_ident(typ)); } else if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) { /* CLASS */ fprintf(fout, "\n\nvoid *%s::soap_get(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\n\treturn soap_get_%s(soap, this, tag, type);\n}", c_ident(typ)); fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, p, type)))", c_ident(typ)); } else { fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap*, %s, const char*, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_get_%s(struct soap *soap, %s, const char *tag, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*p")); fprintf(fout, "\n\tif ((p = soap_in_%s(soap, tag, p, type)))", c_ident(typ)); } fprintf(fout, "\n\t\tif (soap_getindependent(soap))\n\t\t\treturn NULL;"); fprintf(fout, "\n\treturn p;\n}"); #if 0 /* some compilers cannot handle this inlined function */ if (typ->type != Treference) fprintf(fhead, "\n\ninline int soap_read_%s(struct soap *soap, %s) { if (soap_begin_recv(soap) || !soap_get_%s(soap, p, NULL, NULL) || soap_end_recv(soap)) return soap->error; return SOAP_OK; }\n", c_ident(typ), c_type_id(typ, "*p"), c_ident(typ)); #endif if (typ->type == Tclass && !is_external(typ) && !is_volatile(typ) && !is_typedef(typ)) { if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? ((data)->soap_default(soap), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ)); else fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? ((data)->soap_default(soap), 0) : 0) || soap_begin_recv(soap) || !soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ)); } else { if (namespaceid && (Qflag || !is_external(typ))) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (%s::soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), namespaceid, c_ident(typ), namespaceid, c_ident(typ)); else if (namespaceid) fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !%s::soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), namespaceid, c_ident(typ)); else fprintf(fhead, "\n\n#ifndef soap_read_%s\n#define soap_read_%s(soap, data) ( ((data) ? (soap_default_%s(soap, (data)), 0) : 0) || soap_begin_recv(soap) || !soap_get_%s(soap, (data), NULL, NULL) || soap_end_recv(soap), (soap)->error )\n#endif\n", c_ident(typ), c_ident(typ), c_ident(typ), c_ident(typ)); } fflush(fout); } void soap_in(Tnode *typ) { Entry *p = NULL; Table *table, *t; int total, strict, nonempty, flag, cardinality, i, j; long min, max; Tnode *n, *temp; const char *nse = ns_qualifiedElement(typ); const char *nsa = ns_qualifiedAttribute(typ); if (is_dynamic_array(typ)) { soap_in_Darray(typ); return; } if (is_external(typ) && !is_volatile(typ)) fprintf(fhead, "\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap*, const char*, %s);", c_ident(typ), c_type_id(typ, "*")); if (is_typedef(typ) && (!is_external(typ) || is_volatile(typ)) && !is_qname(typ) && !is_stdqname(typ)) fprintf(fhead, "\n\n#define soap_s2%s soap_s2%s\n", c_ident(typ), t_ident(typ)); if (is_typedef(typ) && (is_element(typ) || is_synonym(typ)) && (!is_external(typ) || is_volatile(typ))) { fprintf(fhead, "\n\n#define soap_in_%s soap_in_%s\n", c_ident(typ), t_ident(typ)); return; } if ((is_primitive_or_string(typ) && typ->type != Tenum && typ->type != Tenumsc) || (is_external(typ) && is_volatile(typ))) { if (is_stdqname(typ)) { fprintf(fhead, "\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC1 std::string * SOAP_FMAC2 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\tif (soap_element_begin_in(soap, tag, 1, type))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__string(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\tchar *t;\n\t\ts = (std::string*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_string_in(soap, 2, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::string*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::string), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); return; } if (is_stdstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 std::string * SOAP_FMAC2 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::string*, const char*);", c_ident(typ)); if (is_stdXML(typ)) fprintf(fout, "\n\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\tchar *t;\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_inliteral(soap, tag, &t))\n\t{\tif (!s)\n\t\t\ts = soap_new_std__string(soap, -1);\n\t\ts->assign(t);\n\t\treturn s;\n\t}\n\treturn NULL;\n}", c_ident(typ)); else { fprintf(fout, "\n\nSOAP_FMAC3 std::string * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::string *s, const char *type)\n{\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__string(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\tchar *t;\n\t\ts = (std::string*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_string_in(soap, 1, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::string*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::string), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::string), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); } return; } if (is_stdwstring(typ)) { if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::wstring*, const char*);", c_ident(typ)); return; } if (is_stdXML(typ)) fprintf(fout, "\n\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::wstring *s, const char *type)\n{\n\twchar_t *t;\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_inwliteral(soap, tag, &t))\n\t{\tif (!s)\n\t\t\ts = soap_new_std__wstring(soap, -1);\n\t\ts->assign(t);\n\t\treturn s;\n\t}\n\treturn NULL;\n}", c_ident(typ)); else { fprintf(fhead, "\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, std::wstring*, const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 std::wstring * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, std::wstring *s, const char *type)\n{\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;\n\tif (!s)\n\t\ts = soap_new_std__wstring(soap, -1);\n\tif (soap->null)\n\t\tif (s)\n\t\t\ts->erase();", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{\twchar_t *t;\n\t\ts = (std::wstring*)soap_id_enter(soap, soap->id, s, %s, sizeof(std::wstring), soap->type, soap->arrayType, %s_instantiate, %s_fbase);\n\t\tif (s)\n\t\t{\tif (!(t = soap_wstring_in(soap, 1, %ld, %ld, %s)))\n\t\t\t\treturn NULL;\n\t\t\ts->assign(t);\n\t\t}\n\t}\n\telse\n\t\ts = (std::wstring*)soap_id_forward(soap, soap->href, soap_id_enter(soap, soap->id, s, %s, sizeof(std::wstring), soap->type, soap->arrayType, %s_instantiate, %s_fbase), 0, %s, %s, sizeof(std::wstring), 0, %s_finsert, NULL);\n\tif (soap->body && soap_element_end_in(soap, tag))\n\t\treturn NULL;\n\treturn s;\n}", soap_type(typ), prefix, prefix, minlen(typ), maxlen(typ), pattern(typ), soap_type(typ), prefix, prefix, soap_type(typ), soap_type(typ), prefix); } return; } if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s * SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type(typ), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type(typ), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s * SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type(typ), c_ident(typ), c_type_id(typ, "*a")); if (is_wstring(typ)) fprintf(fout, "\n\ta = soap_inwstring(soap, tag, a, type, %s, %ld, %ld, %s);", soap_type(typ), minlen(typ), maxlen(typ), pattern(typ)); else if (is_string(typ)) fprintf(fout, "\n\ta = soap_instring(soap, tag, a, type, %s, %d, %ld, %ld, %s);", soap_type(typ), is_qname(typ)+1, minlen(typ), maxlen(typ), pattern(typ)); else { if (typ->type == Tllong || typ->type == Tullong) fprintf(fout, "\n\ta = soap_in%s(soap, tag, a, type, %s);", c_type(typ), soap_type(typ)); else if (is_primitive_or_string(typ)) fprintf(fout, "\n\ta = soap_in%s(soap, tag, a, type, %s);", the_type(typ), soap_type(typ)); else fprintf(fout, "\n\ta = soap_in_%s(soap, tag, a, type);", t_ident(typ)); if (typ->hasmin) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (a && *a %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmin ? "<" : "<=", typ->min); else if (typ->min > 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (a && *a %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmin ? "<" : "<=", (LONG64)typ->min); } if (typ->hasmax) { if ((typ->type >= Tfloat && typ->type <= Tldouble) || is_external(typ)) fprintf(fout, "\n\tif (a && *a %s %lG)\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmax ? ">" : ">=", typ->max); else if (typ->max >= 0 || typ->type < Tuchar || typ->type > Tullong) fprintf(fout, "\n\tif (a && *a %s " SOAP_LONG_FORMAT ")\n\t{\tsoap->error = SOAP_LENGTH;\n\t\treturn NULL;\n\t}", typ->incmax ? ">" : ">=", (LONG64)typ->max); } } fprintf(fout, "\n\treturn a;\n}"); fflush(fout); return; } if (is_fixedstring(typ)) { int n = typ->width / ((Tnode*)typ->ref)->width; fprintf(fhead, "\nSOAP_FMAC3 char* SOAP_FMAC4 soap_in_%s(struct soap*, const char*, char[], const char*);", c_ident(typ)); fprintf(fout, "\n\nSOAP_FMAC3 char* SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, char a[], const char *type)\n{\tchar *p = NULL;\n\tif (!soap_instring(soap, tag, &p, type, %s, 1, 0, %d, %s))\n\t\treturn NULL;\n\tif (!p)\n\t{\tif (*soap->href)\n\t\t\tsoap_id_nullify(soap, soap->href);\n\t\telse\n\t\t\tsoap->error = SOAP_NULL;\n\t\treturn NULL;\n\t}\n\tsoap_strncpy(a, %d, p, %d);\n\treturn a;\n}", c_ident(typ), soap_type(typ), n - 1, pattern(typ), n, n - 1); return; } switch(typ->type) { case Tstruct: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); table = (Table*)typ->ref; if (!typ->ref) { fprintf(fout, "\n\t(void)soap; (void)tag; (void)a; (void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (!a)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn a;\n}"); } else if (is_primclass(typ)) { fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); if (!cflag) fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase)))\n\t\treturn NULL;", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL)))\n\t\treturn NULL;", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tsoap_revert(soap);\n\t*soap->id = '\\0';"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } fflush(fout); for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_inliteral(soap, tag, (char**)&a->%s))", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_inwliteral(soap, tag, (wchar_t**)&a->%s))", ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (!a->%s.soap_in(soap, tag, \"%s\"))", ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(typ)); fprintf(fout, "\n\t\treturn NULL;"); if (has_getter(typ)) fprintf(fout, "\n\tif (a->get(soap))\n\t\treturn NULL;"); fprintf(fout, "\n\treturn a;\n}"); } else { table = (Table*)typ->ref; if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_anytype(p) || is_choice(p)) { p = p->next; fprintf(fout, "\n\tsize_t soap_flag_%s = " SOAP_LONG_FORMAT ";", ident(p->sym->name), p->info.maxOccurs); } else if (is_repetition(p)) { fprintf(fout, "\n\tstruct soap_blist *soap_blist_%s = NULL;", ident(p->next->sym->name)); p = p->next; } else if (!is_transient(p->info.typ) && !is_container(p->info.typ)) fprintf(fout, "\n\tsize_t soap_flag_%s = " SOAP_LONG_FORMAT ";", ident(p->sym->name), p->info.maxOccurs); } } } } if (!is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, type))\n\t\treturn NULL;"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); } else fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); if (has_class(typ)) { if (is_invisible(typ->id->name)) fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); } else if (is_invisible(typ->id->name)) fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } if (!is_invisible(typ->id->name)) { if (!is_discriminant(typ)) { fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\n\t\tfor (;;)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } else fprintf(fout, "\n\tif (!tag || *tag == '-' || (soap->body && !*soap->href))\n\t{"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\t\tfor (soap_flag = 0;; soap_flag = 1)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } flag = 0; for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name)) { p = p->next; continue; } flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); fprintf(fout, "!soap_element_begin_in(soap, %s, 1, NULL))", field(p->next, nse)); fprintf(fout, "\n\t\t\t{\tif (a->%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s == NULL)\n\t\t\t\t\t\tsoap_blist_%s = soap_new_block(soap);", ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s = soap_block<%s>::push(soap, soap_blist_%s);\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s = (const %s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s = (%s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s->soap_default(soap);", ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s = NULL;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\ta->%s++;\n\t\t\t\t\ta->%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_anytype(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\tif ((a->%s = soap_getelement(soap, &a->%s)))", ident(p->next->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s = 0;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_discriminant(typ) && p->next) { flag = 1; fprintf(fout, "\n\t\tif (!soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\treturn NULL;"); break; } else if (is_choice(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s = 0;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t\t\t/* transient %s skipped */", ident(p->sym->name)); } else { flag = 1; if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name)); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name)); } if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)&a->%s))", ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)&a->%s))", ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, NULL, \"%s\"))", ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } } else if (!is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s))", field(p, nse), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s))", field(p, nse), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, %s, \"%s\"))", ident(p->sym->name), field(p, nse), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } } if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s--;", ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } fflush(fout); } } if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (is_repetition(p) && (is_unmatched(p->next->sym) || (is_invisible(p->next->sym->name)))) { flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); if (is_unmatched(p->next->sym)) fprintf(fout, "!soap_element_begin_in(soap, NULL, 1, NULL))"); else if (is_invisible(p->next->sym->name)) fprintf(fout, "!soap_peek_element(soap))"); fprintf(fout, "\n\t\t\t{\tif (a->%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s == NULL)\n\t\t\t\t\t\tsoap_blist_%s = soap_new_block(soap);", ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s = soap_block<%s>::push(soap, soap_blist_%s);\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s = (const %s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s = (%s)soap_push_block(soap, soap_blist_%s, sizeof(%s));\n\t\t\t\t\tif (a->%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), c_type((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s->soap_default(soap);", ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s = NULL;", ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); if (!is_invisible(p->next->sym->name)) fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_unmatched(p->next->sym)) { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)a->%s))", ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)a->%s))", ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } else { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s))", field(p->next, nse), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } fprintf(fout, "\n\t\t\t\t{\ta->%s++;\n\t\t\t\t\ta->%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(p->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_repetition(p) || is_anytype(p) || is_choice(p)) { p = p->next; continue; } else if (is_invisible(p->sym->name) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !(p->info.sto & Sattribute)) { flag = 1; if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name)); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name)); if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s))", field(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s))", field(p, nse), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (a->%s.soap_in(soap, %s, \"%s\"))", ident(p->sym->name), field(p, nse), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s, \"%s\"))", c_ident(p->info.typ), field(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s--;", ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } } for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.sto & Sreturn) if (nse || has_ns_eq(NULL, p->sym->name)) fprintf(fout, "\n\t\t\tsoap_check_result(soap, \"%s\");", ns_add(p, nse)); if (!flag && is_invisible(typ->id->name)) fprintf(fout, "\n\tsoap->error = SOAP_TAG_MISMATCH;\n\ta = NULL;"); if (!is_invisible(typ->id->name) || (table && (table->prev || table->list))) { fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); if (!is_invisible(typ->id->name) || is_discriminant(typ)) fprintf(fout, "\n\t\t\t\tsoap->error = soap_ignore_element(soap);"); else fprintf(fout, "\n\t\t\t\tif (soap_flag)\n\t\t\t\t{\tsoap->error = SOAP_OK;\n\t\t\t\t\tbreak;\n\t\t\t\t}"); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_NO_TAG)"); else fprintf(fout, "\n\t\t\tif (soap_flag && soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\tif (soap->error)\n\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t}"); } } if (table && !is_discriminant(typ)) { for (p = table->list; p; p = p->next) { if (is_repetition(p)) { if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (((Tnode*)p->next->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\tif (a->%s)\n\t\t\tsoap_block<%s>::pop(soap, soap_blist_%s);", ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name)); fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = soap_new_%s(soap, a->%s);\n\t\t\tif (!a->%s)\n\t\t\t\treturn NULL;\n\t\t\tsoap_block<%s>::save(soap, soap_blist_%s, a->%s);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_block<%s>::end(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_ident(p->next->info.typ->ref), ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name)); } else { fprintf(fout, "\n\t\tif (a->%s)\n\t\t\tsoap_pop_block(soap, soap_blist_%s);", ident(p->next->sym->name), ident(p->next->sym->name)); if ((((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr))) fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = (const %s)soap_save_block(soap, soap_blist_%s, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\tif (a->%s)\n\t\t{\ta->%s = (%s)soap_save_block(soap, soap_blist_%s, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s = NULL;\n\t\t\tif (soap_blist_%s)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s);\n\t\t}", ident(p->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), ident(p->next->sym->name)); } p = p->next; } } } strict = 0; nonempty = 0; if (table && !is_discriminant(typ)) { for (p = table->list; p; p = p->next) { if (p->info.minOccurs > 0 && p->info.maxOccurs >= 0 && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_transient(p->info.typ) && !is_container(p->info.typ) && !is_repetition(p) && !is_choice(p) && p->info.hasval == False) { if (is_item(p)) continue; if (is_anytype(p)) p = p->next; if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s > " SOAP_LONG_FORMAT "", strict_check(), ident(p->sym->name), p->info.maxOccurs - p->info.minOccurs); strict = 1; } else fprintf(fout, " || soap_flag_%s > " SOAP_LONG_FORMAT "", ident(p->sym->name), p->info.maxOccurs - p->info.minOccurs); nonempty = 1; } else if (is_container(p->info.typ)) { if (p->info.minOccurs > 0) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(!a->%s || a->%s->size() < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || !a->%s || a->%s->size() < " SOAP_LONG_FORMAT, ident(p->sym->name), ident(p->sym->name), p->info.minOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s.size() < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s.size() < " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.minOccurs); } nonempty = 1; } if (p->info.maxOccurs > 1) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s((a->%s && a->%s->size() > " SOAP_LONG_FORMAT ")", strict_check(), ident(p->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || (a->%s && a->%s->size() > " SOAP_LONG_FORMAT ")", ident(p->sym->name), ident(p->sym->name), p->info.maxOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s.size() > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s.size() > " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.maxOccurs); } } } else if (is_repetition(p)) { if (p->info.minOccurs > 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s < " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s < " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.minOccurs); nonempty = 1; } if (p->info.maxOccurs > 1) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s > " SOAP_LONG_FORMAT, ident(p->sym->name), p->info.maxOccurs); } p = p->next; } else if (is_choice(p)) { if (p->info.minOccurs != 0 && required_choice(p->next->info.typ) < 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s", strict_check(), ident(p->next->sym->name)); strict = 1; } else fprintf(fout, " || soap_flag_%s", ident(p->next->sym->name)); nonempty = 1; } p = p->next; } } if (strict) fprintf(fout, "))\n\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\treturn NULL;\n\t\t}"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); if (!is_invisible(typ->id->name)) { if (is_discriminant(typ)) fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tsoap->error = soap_ignore_element(soap);\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH || soap_element_end_in(soap, tag))\n\t\t\t\treturn NULL;\n\t\t}"); else fprintf(fout, "\n\t\tif (soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); if (nonempty) fprintf(fout, "\n\t}\n\telse if (%s!*soap->href)\n\t{\tsoap->error = SOAP_OCCURS;\n\t\treturn NULL;", strict_check()); fprintf(fout, "\n\t}\n\telse\n\t{\t"); if (!cflag) fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix); else fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); } fprintf(fout, "\n\treturn a;\n}"); } break; case Tclass: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (!is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nvoid *%s::soap_in(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\treturn soap_in_%s(soap, tag, this, type);\n}", c_ident(typ)); fflush(fout); } fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)tag; (void)type; /* appease -Wall -Werror */"); if (!typ->ref) { fprintf(fout, "\n\t(void)soap; (void)a; /* appease -Wall -Werror */"); fprintf(fout, "\n\tif (!a)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn a;\n}"); } else if (is_primclass(typ)) { table = (Table*)typ->ref; fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); fprintf(fout, "\n\tif (!(a = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase)))\n\t{\tsoap->error = SOAP_TAG_MISMATCH;\n\t\treturn NULL;\n\t}", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tsoap_revert(soap);\n\t*soap->id = '\\0';"); if (table && table->prev) { fprintf(fout, "\n\tif (soap->alloced && soap->alloced != %s)", soap_type(typ)); fprintf(fout, "\n\t\treturn (%s)a->soap_in(soap, tag, type);", c_type_id(typ, "*")); } fprintf(fout, "\n\tif (soap->alloced)\n\t\ta->soap_default(soap);"); for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); } fflush(fout); for (table = (Table*)typ->ref; table; table = table->prev) { p = table->list; while (p && !is_item(p)) p = p->next; if (p) break; } if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_inliteral(soap, tag, (char**)&a->%s::%s))", ident(table->sym->name), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_inwliteral(soap, tag, (wchar_t**)&a->%s::%s))", ident(table->sym->name), ident(p->sym->name)); else if (is_string(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (is_wstring(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (!(a->%s::%s).soap_in(soap, tag, \"%s\"))", ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) fprintf(fout, "\n\tif (!soap_in_%s(soap, tag, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(table->sym->name), ident(p->sym->name), xsi_type(typ)); fprintf(fout, "\n\t\treturn NULL;"); if (has_getter(typ)) fprintf(fout, "\n\tif (a->get(soap))\n\t\treturn NULL;"); fprintf(fout, "\n\treturn a;\n}"); } else { if (!is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))\n\t\treturn NULL;"); fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); } else fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, \"\", a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); table = (Table*)typ->ref; if (!is_discriminant(typ)) { if (table && table->prev && !is_invisible(typ->id->name)) { fprintf(fout, "\n\tif (soap->alloced && soap->alloced != %s)", soap_type(typ)); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\t*soap->id = '\\0';"); if (is_volatile(typ) || is_typedef(typ)) fprintf(fout, "\n\t\treturn soap_in_%s(soap, tag, a, type);", c_ident(typ)); else fprintf(fout, "\n\t\treturn (%s)a->soap_in(soap, tag, type);", c_type_id(typ, "*")); fprintf(fout, "\n\t}"); } } fprintf(fout, "\n\tif (soap->alloced)"); if (is_volatile(typ) || is_typedef(typ)) fprintf(fout, "\n\t\tsoap_default_%s(soap, a);", c_ident(typ)); else fprintf(fout, "\n\t\ta->soap_default(soap);"); for (t = table; t; t = t->prev) { Entry *e = entry(classtable, t->sym); const char *nsa1 = e ? ns_qualifiedAttribute(e->info.typ) : nsa; for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa1)); } fflush(fout); i = 0; if (!is_discriminant(typ)) { for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; if (!t->prev) { Entry *e = entry(classtable, t->sym); if (e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) fprintf(fout, "\n\tsize_t soap_flag_soap_dom_element = 1;"); } for (p = t->list; p; p = p->next) { if (!(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_anytype(p) || is_choice(p)) { p = p->next; fprintf(fout, "\n\tsize_t soap_flag_%s%d = " SOAP_LONG_FORMAT ";", ident(p->sym->name), i, p->info.maxOccurs); } else if (is_repetition(p)) { fprintf(fout, "\n\tstruct soap_blist *soap_blist_%s%d = NULL;", ident(p->next->sym->name), i); p = p->next; } else if (!is_transient(p->info.typ) && !is_container(p->info.typ)) fprintf(fout, "\n\tsize_t soap_flag_%s%d = " SOAP_LONG_FORMAT ";", ident(p->sym->name), i, p->info.maxOccurs); } } } } fflush(fout); if (!is_invisible(typ->id->name)) { if (!is_discriminant(typ)) { fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\n\t\tfor (;;)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } else fprintf(fout, "\n\tif (!tag || *tag == '-' || (soap->body && !*soap->href))\n\t{"); } else if (!is_discriminant(typ)) { if (table && (table->prev || table->list)) fprintf(fout, "\n\t\tfor (short soap_flag = 0;; soap_flag = 1)\n\t\t{\tsoap->error = SOAP_TAG_MISMATCH;"); } table = (Table*)typ->ref; i = 0; flag = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { Entry *e; const char *nse1; t = table; for (j = 0; j < i-1; j++) t = t->prev; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion || is_soapref(p->info.typ)) ; else if (is_item(p)) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t\t\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_repetition(p)) { if (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name)) { p = p->next; continue; } flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); fprintf(fout, "!soap_element_begin_in(soap, %s, 1, NULL))", field(p->next, nse1)); fprintf(fout, "\n\t\t\t{\tif (a->%s::%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s%d == NULL)\n\t\t\t\t\t\tsoap_blist_%s%d = soap_new_block(soap);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = soap_block<%s>::push(soap, soap_blist_%s%d);\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (const %s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (%s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s->soap_default(soap);", ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s::%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s::%s = NULL;", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\ta->%s::%s++;\n\t\t\t\t\ta->%s::%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_anytype(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\tif ((a->%s::%s = soap_getelement(soap, &a->%s::%s)))", ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d = 0;", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_discriminant(typ) && p->next) { flag = 1; fprintf(fout, "\n\t\tif (!soap_in_%s(soap, &a->%s, &a->%s))", c_ident(p->next->info.typ), ident(p->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\treturn NULL;"); i = 0; break; } else if (is_choice(p)) { flag = 1; fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, &a->%s::%s, &a->%s::%s))", c_ident(p->next->info.typ), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d = 0;", ident(p->next->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); p = p->next; } else if (is_transient(p->info.typ)) { fprintf(fout, "\n\t\t\t/* transient %s skipped */", ident(p->sym->name)); } else { flag = 1; if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name), i); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name), i); } if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)&a->%s::%s))", ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)&a->%s::%s))", ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, NULL, \"%s\"))", ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } } else if (!is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, %s, \"%s\"))", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } } if (!is_invisible(p->sym->name) && !is_primclass(typ) && p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d--;", ident(p->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } fflush(fout); } } } if (!is_discriminant(typ)) { Entry *e; const char *nse1; i = 0; for (t = table; t; t = t->prev) { i++; e = entry(classtable, t->sym); nse1 = e ? ns_qualifiedElement(e->info.typ) : nse; for (p = t->list; p; p = p->next) { if (is_repetition(p) && (is_unmatched(p->next->sym) || is_invisible(p->next->sym->name))) { flag = 1; fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH && "); if (is_unmatched(p->next->sym)) fprintf(fout, "!soap_element_begin_in(soap, NULL, 1, NULL))"); else if (is_invisible(p->next->sym->name)) fprintf(fout, "!soap_peek_element(soap))"); fprintf(fout, "\n\t\t\t{\tif (a->%s::%s == NULL)\n\t\t\t\t{\tif (soap_blist_%s%d == NULL)\n\t\t\t\t\t\tsoap_blist_%s%d = soap_new_block(soap);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (!cflag && ((Tnode*)p->next->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = soap_block<%s>::push(soap, soap_blist_%s%d);\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (const %s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\ta->%s::%s = (%s)soap_push_block(soap, soap_blist_%s%d, sizeof(%s));\n\t\t\t\t\tif (a->%s::%s == NULL)\n\t\t\t\t\t\treturn NULL;", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, c_type((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); if (((Tnode*)p->next->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->next->info.typ->ref) && !is_volatile((Tnode*)p->next->info.typ->ref) && !is_typedef((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\ta->%s::%s->soap_default(soap);", ident(t->sym->name), ident(p->next->sym->name)); else if (((Tnode*)p->next->info.typ->ref)->type != Tpointer && !is_XML((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\t\tsoap_default_%s(soap, a->%s::%s);", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name)); else fprintf(fout, "\n\t\t\t\t\t*a->%s::%s = NULL;", ident(t->sym->name), ident(p->next->sym->name)); fprintf(fout, "\n\t\t\t\t}"); if (!is_invisible(p->next->sym->name)) fprintf(fout, "\n\t\t\t\tsoap_revert(soap);"); if (is_unmatched(p->next->sym)) { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, NULL, (char**)a->%s::%s))", ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, NULL, (wchar_t**)a->%s::%s))", ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, NULL, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } else { if (is_XML((Tnode*)p->next->info.typ->ref) && is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_XML((Tnode*)p->next->info.typ->ref) && is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)a->%s::%s))", field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name)); else if (is_string((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else if (is_wstring((Tnode*)p->next->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident((Tnode*)p->next->info.typ->ref), field(p->next, nse1), ident(t->sym->name), ident(p->next->sym->name), xsi_type((Tnode*)p->next->info.typ->ref)); } fprintf(fout, "\n\t\t\t\t{\ta->%s::%s++;\n\t\t\t\t\ta->%s::%s = NULL;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name)); p = p->next; } else if (is_repetition(p) || is_anytype(p) || is_choice(p)) { p = p->next; continue; } else if (is_invisible(p->sym->name) && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !is_transient(p->info.typ) && !(p->info.sto & Sattribute)) { flag = 1; if (is_string(p->info.typ) || is_wstring(p->info.typ) || is_stdstr(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))", ident(p->sym->name), i); else if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); else fprintf(fout, "\n\t\t\tif (soap_flag_%s%d && soap->error == SOAP_TAG_MISMATCH)", ident(p->sym->name), i); if (is_XML(p->info.typ) && is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inliteral(soap, %s, (char**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_inwliteral(soap, %s, (wchar_t**)&a->%s::%s))", field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name)); } else if (is_string(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (char**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (is_wstring(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, (wchar_t**)&a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tarray) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif ((a->%s::%s).soap_in(soap, %s, \"%s\"))", ident(t->sym->name), ident(p->sym->name), field_overridden(t, p, nse1), xsi_type(p->info.typ)); } else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { fprintf(fout, "\n\t\t\t\tif (soap_in_%s(soap, %s, &a->%s::%s, \"%s\"))", c_ident(p->info.typ), field_overridden(t, p, nse1), ident(t->sym->name), ident(p->sym->name), xsi_type(p->info.typ)); } if (is_container(p->info.typ)) fprintf(fout, "\n\t\t\t\t\tcontinue;"); else { fprintf(fout, "\n\t\t\t\t{\tsoap_flag_%s%d--;", ident(p->sym->name), i); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } } if (!t->prev && e && e->info.typ && e->info.typ->base && !strcmp(e->info.typ->base->name, "soap_dom_element")) { fprintf(fout, "\n\t\t\tif (soap_flag_soap_dom_element && soap->error == SOAP_TAG_MISMATCH)\n\t\t\t\tif (soap_in_xsd__anyType(soap, NULL, static_cast(a), NULL))"); fprintf(fout, "\n\t\t\t\t{\tsoap_flag_soap_dom_element = 0;"); fprintf(fout, "\n\t\t\t\t\tcontinue;"); fprintf(fout, "\n\t\t\t\t}"); } } for (t = table; t; t = t->prev) for (p = t->list; p; p = p->next) if (p->info.sto & Sreturn) if (nse || has_ns_eq(NULL, p->sym->name)) fprintf(fout, "\n\t\t\tsoap_check_result(soap, \"%s\");", ns_add(p, nse)); if (!flag && is_invisible(typ->id->name)) fprintf(fout, "\n\tsoap->error = SOAP_TAG_MISMATCH;\n\ta = NULL;"); if (!is_invisible(typ->id->name) || (table && (table->prev || table->list))) { fprintf(fout, "\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH)"); if (!is_invisible(typ->id->name) || is_discriminant(typ)) fprintf(fout, "\n\t\t\t\tsoap->error = soap_ignore_element(soap);"); else fprintf(fout, "\n\t\t\t\tif (soap_flag)\n\t\t\t\t{\n\t\t\t\t\tsoap->error = SOAP_OK;\n\t\t\t\t\tbreak;\n\t\t\t\t}"); if (!is_invisible(typ->id->name)) fprintf(fout, "\n\t\t\tif (soap->error == SOAP_NO_TAG)"); else fprintf(fout, "\n\t\t\tif (soap_flag && soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\tif (soap->error)\n\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t}"); } } if (!is_discriminant(typ)) { i = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; for (p = t->list; p; p = p->next) { if (is_repetition(p)) { if (((Tnode*)p->next->info.typ->ref)->type == Tclass || has_class((Tnode*)p->next->info.typ->ref) || (((Tnode*)p->next->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t\tsoap_block<%s>::pop(soap, soap_blist_%s%d);", ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i); fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = soap_new_%s(soap, a->%s::%s);\n\t\t\tif (!a->%s::%s)\n\t\t\t\treturn NULL;\n\t\t\tsoap_block<%s>::save(soap, soap_blist_%s%d, a->%s::%s);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_block<%s>::end(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_ident(p->next->info.typ->ref), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ->ref), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, c_type(p->next->info.typ->ref), ident(p->next->sym->name), i); } else { fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t\tsoap_pop_block(soap, soap_blist_%s%d);", ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i); if ((((Tnode*)p->next->info.typ->ref)->type == Tpointer && (p->next->info.sto & Sconstptr))) fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = (const %s)soap_save_block(soap, soap_blist_%s%d, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); else fprintf(fout, "\n\t\tif (a->%s::%s)\n\t\t{\ta->%s::%s = (%s)soap_save_block(soap, soap_blist_%s%d, NULL, 1);\n\t\t}\n\t\telse\n\t\t{\ta->%s::%s = NULL;\n\t\t\tif (soap_blist_%s%d)\n\t\t\t\tsoap_end_block(soap, soap_blist_%s%d);\n\t\t}", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->next->sym->name), c_type(p->next->info.typ), ident(p->next->sym->name), i, ident(t->sym->name), ident(p->next->sym->name), ident(p->next->sym->name), i, ident(p->next->sym->name), i); } p = p->next; } } } } strict = 0; nonempty = 0; if (!is_discriminant(typ)) { i = 0; for (t = table; t; t = t->prev) i++; for (; i > 0; i--) { t = table; for (j = 0; j < i-1; j++) t = t->prev; for (p = t->list; p; p = p->next) { if (p->info.minOccurs > 0 && p->info.maxOccurs >= 0 && !(p->info.sto & (Sconst | Sprivate | Sprotected)) && !(p->info.sto & Sattribute) && p->info.typ->type != Tfun && !is_void(p->info.typ) && !is_transient(p->info.typ) && !is_container(p->info.typ) && !is_repetition(p) && !is_choice(p) && p->info.hasval == False) { if (is_item(p)) continue; if (is_anytype(p)) p = p->next; if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s%d > " SOAP_LONG_FORMAT, strict_check(), ident(p->sym->name), i, p->info.maxOccurs - p->info.minOccurs); strict = 1; } else fprintf(fout, " || soap_flag_%s%d > " SOAP_LONG_FORMAT, ident(p->sym->name), i, p->info.maxOccurs - p->info.minOccurs); nonempty = 1; } else if (is_container(p->info.typ)) { if (p->info.minOccurs > 0) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(!a->%s::%s || a->%s::%s->size() < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || !a->%s::%s || a->%s::%s->size() < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s.size() < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s.size() < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); } nonempty = 1; } if (p->info.maxOccurs > 1) { if (p->info.typ->type == Tpointer) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s((a->%s::%s && a->%s::%s->size() > " SOAP_LONG_FORMAT ")", strict_check(), ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || (a->%s::%s && a->%s::%s->size() > " SOAP_LONG_FORMAT ")", ident(t->sym->name), ident(p->sym->name), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } else { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s.size() > " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s.size() > " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } } } else if (is_repetition(p)) { if (p->info.minOccurs > 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s < " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s < " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.minOccurs); nonempty = 1; } if (p->info.maxOccurs > 1) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(a->%s::%s > " SOAP_LONG_FORMAT, strict_check(), ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); strict = 1; } else fprintf(fout, " || a->%s::%s > " SOAP_LONG_FORMAT, ident(t->sym->name), ident(p->sym->name), p->info.maxOccurs); } p = p->next; } else if (is_choice(p)) { if (p->info.minOccurs != 0 && required_choice(p->next->info.typ) < 0) { if (strict == 0) { fprintf(fout, "\n\t\tif (%s(soap_flag_%s%d", strict_check(), ident(p->next->sym->name), i); strict = 1; } else fprintf(fout, " || soap_flag_%s%d", ident(p->next->sym->name), i); nonempty = 1; } p = p->next; } } } if (strict) fprintf(fout, "))\n\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\treturn NULL;\n\t\t}"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); if (!is_invisible(typ->id->name)) { if (is_discriminant(typ)) fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tsoap->error = soap_ignore_element(soap);\n\t\t\tif (soap->error == SOAP_TAG_MISMATCH || soap_element_end_in(soap, tag))\n\t\t\t\treturn NULL;\n\t\t}"); else fprintf(fout, "\n\t\tif (soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); if (nonempty) fprintf(fout, "\n\t}\n\telse if (%s!*soap->href)\n\t{\tsoap->error = SOAP_OCCURS;\n\t\treturn NULL;", strict_check()); fprintf(fout, "\n\t}\n\telse\n\t{"); fprintf(fout, "\ta = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); } fprintf(fout, "\n\treturn a;\n}"); } break; case Tunion: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, int*, %s);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, int*, %s);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, int *choice, %s)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)a; /* appease -Wall -Werror */"); fprintf(fout, "\tsoap->error = SOAP_TAG_MISMATCH;"); table = (Table *)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) fprintf(fout, "\n\t/* non-serializable %s skipped */", ident(p->sym->name)); else if (p->info.sto & Sattribute) ; else if (is_transient(p->info.typ)) fprintf(fout, "\n\t/* transient %s skipped */", ident(p->sym->name)); else if (!is_invisible(p->sym->name)) { if (is_unmatched(p->sym)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, NULL, (char**)&a->%s))", ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, NULL, (wchar_t**)&a->%s))", ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, NULL, a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, NULL, \"%s\"))", ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, NULL, &a->%s, \"%s\"))", c_ident(p->info.typ), ident(p->sym->name), xsi_type(p->info.typ)); } } else { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, \"%s\", (char**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, \"%s\", (wchar_t**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", a->%s, \"%s\"))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, \"%s\", \"%s\"))", ident(p->sym->name), ns_add(p, nse), xsi_type(p->info.typ)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", &a->%s, \"%s\"))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name), xsi_type(p->info.typ)); } } fprintf(fout, "\n\t{\t*choice = %s;", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a;"); fprintf(fout, "\n\t}"); fflush(fout); } } table = (Table *)typ->ref; for (p = table->list; p; p = p->next) { if (p->info.typ->type == Tfun || p->info.typ->type == Tunion) ; else if (p->info.sto & (Sconst | Sprivate | Sprotected)) ; else if (is_transient(p->info.typ)) ; else if (p->info.sto & Sattribute) ; else if (is_invisible(p->sym->name)) { if (is_XML(p->info.typ) && is_string(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inliteral(soap, \"%s\", (char**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (is_XML(p->info.typ) && is_wstring(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_inwliteral(soap, \"%s\", (wchar_t**)&a->%s))", ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tarray) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", a->%s, NULL))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name)); else if (p->info.typ->type == Tclass && !is_external(p->info.typ) && !is_volatile(p->info.typ) && !is_typedef(p->info.typ)) fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && a->%s.soap_in(soap, \"%s\", NULL))", ident(p->sym->name), ns_add(p, nse)); else if (p->info.typ->type != Tfun && !is_void(p->info.typ)) { if (p->info.typ->type == Tpointer) fprintf(fout, "\n\ta->%s = NULL;", ident(p->sym->name)); fprintf(fout, "\n\tif (soap->error == SOAP_TAG_MISMATCH && soap_in_%s(soap, \"%s\", &a->%s, NULL))", c_ident(p->info.typ), ns_add(p, nse), ident(p->sym->name)); } fprintf(fout, "\n\t{\t*choice = %s;", soap_union_member(typ, p)); fprintf(fout, "\n\t\treturn a;"); fprintf(fout, "\n\t}"); fflush(fout); } } fprintf(fout, "\n\t*choice = %d;", required_choice(typ)); fprintf(fout, "\n\tif (!soap->error)\n\t\tsoap->error = SOAP_TAG_MISMATCH;\n\treturn NULL;\n}"); break; case Tpointer: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */\n\tif (soap_element_begin_in(soap, tag, 1, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); if (is_template(typ->ref)) { fprintf(fout, "\n\tsoap_revert(soap);"); fprintf(fout, "\n\tif (!a)\n\t{\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;\n\t\t*a = NULL;\n\t}", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\tif (!(*a = soap_in_%s(soap, tag, *a, type)))\n\t\treturn NULL;", c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\treturn a;\n}"); } else if (((Tnode *) typ->ref)->type == Tclass && !is_external((Tnode*)typ->ref) && !is_volatile((Tnode*)typ->ref) && !is_typedef((Tnode*)typ->ref)) { fprintf(fout, "\n\tif (!a)\n\t\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\t*a = NULL;\n\tif (!soap->null && *soap->href != '#')"); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\tif (!(*a = (%s)soap_instantiate_%s(soap, -1, soap->type, soap->arrayType, NULL)))", c_type(typ), c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\treturn NULL;"); fprintf(fout, "\n\t\t(*a)->soap_default(soap);"); fprintf(fout, "\n\t\tif (!(*a)->soap_in(soap, tag, NULL))"); fprintf(fout, "\n\t\t{\t*a = NULL;\n\t\t\treturn NULL;\n\t\t}"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_lookup(soap, soap->href, (void**)a, %s, sizeof(%s), %d, %s_fbase);", c_type_id(typ, "*"), soap_type(reftype(typ->ref)), c_type(reftype(typ->ref)), reflevel(typ->ref), prefix); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } else { fprintf(fout, "\n\tif (!a)\n\t\tif (!(a = (%s)soap_malloc(soap, sizeof(%s))))\n\t\t\treturn NULL;", c_type_id(typ, "*"), c_type(typ)); fprintf(fout, "\n\t*a = NULL;\n\tif (!soap->null && *soap->href != '#')"); fprintf(fout, "\n\t{\tsoap_revert(soap);"); fprintf(fout, "\n\t\tif (!(*a = soap_in_%s(soap, tag, *a, type)))", c_ident((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_lookup(soap, soap->href, (void**)a, %s, sizeof(%s), %d, NULL);", c_type_id(typ, "*"), soap_type(reftype(typ->ref)), c_type(reftype(typ->ref)), reflevel(typ->ref)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } break; case Tarray: temp = typ; while (temp->type == Tarray) temp = (Tnode*)temp->ref; if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(temp, "*"), c_ident(typ), c_type(typ)); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(temp, "*"), c_ident(typ), c_type(typ)); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(temp, "*"), c_ident(typ), c_type_id(typ, "a")); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (soap_match_array(soap, type))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id((Tnode*)typ->ref, "(*)"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); fprintf(fout, "\n\tif (soap->body && !*soap->href)"); total = get_dimension(typ); n = (Tnode*)typ->ref; cardinality = 1; while (n->type == Tarray) { total=total*get_dimension(n); n = (Tnode*)n->ref; cardinality++; } fprintf(fout, "\n\t{\tint i;\n\t\tfor (i = 0; i < %d; i++)", get_dimension(typ)); fprintf(fout, "\n\t\t{\tsoap_peek_element(soap);\n\t\t\tif (soap->position)\n\t\t\t{\ti = soap->positions[0];\n\t\t\t\tif (i < 0 || i >= %d)\n\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\treturn NULL;\n\t\t\t\t}\n\t\t\t}", get_dimension(typ)); fprintf(fout, "\n\t\t\tif (!soap_in_%s(soap, NULL, a", c_ident((Tnode*)typ->ref)); if (cardinality > 1) fprintf(fout, "[i]"); else fprintf(fout, "+i"); fprintf(fout, ", \"%s\"))", xsi_type((Tnode*)typ->ref)); fprintf(fout, "\n\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t}"); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t\tif (soap->mode & SOAP_C_NOIOB)\n\t\t\twhile (soap_element_end_in(soap, tag) == SOAP_SYNTAX_ERROR)\n\t\t\t{\tsoap->peeked = 1;\n\t\t\t\tsoap_ignore_element(soap);\n\t\t\t}"); fprintf(fout, "\n\t\telse if (soap_element_end_in(soap, tag))\n\t\t{\tif (soap->error == SOAP_SYNTAX_ERROR)\n\t\t\t\tsoap->error = SOAP_IOB;\n\t\t\treturn NULL;\n\t\t}"); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_forward(soap, soap->href, (void*)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL), 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id((Tnode*)typ->ref, "(*)"), soap_type(typ), c_type(typ), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn (%s)a;\n}", c_type_id(temp, "*")); break; case Tenum: case Tenumsc: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (!is_typedef(typ)) { fprintf(fhead, "\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap*, const char*, %s);", c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3S int SOAP_FMAC4S soap_s2%s(struct soap *soap, const char *s, %s)\n{", c_ident(typ), c_type_id(typ, "*a")); if (!is_mask(typ)) { fprintf(fout, "\n\tconst struct soap_code_map *map;"); t = (Table*)typ->ref; if (t && t->list && has_ns_eq(NULL, ns_remove2(t->list->sym->name, c_ident(typ)))) { fprintf(fout, "\n\tchar *t;"); fprintf(fout, "\n\tif (!s)\n\t\treturn soap->error;"); fprintf(fout, "\n\tsoap_s2QName(soap, s, &t, %ld, %ld);", minlen(typ), maxlen(typ)); fprintf(fout, "\n\tmap = soap_code(soap_codes_%s, t);", c_ident(typ)); } else { fprintf(fout, "\n\tif (!s)\n\t\treturn soap->error;"); fprintf(fout, "\n\tmap = soap_code(soap_codes_%s, s);", c_ident(typ)); } min = 0; max = 0; for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) { if (p->info.val.i < min) min = (unsigned long)p->info.val.i; if (p->info.val.i > max) max = (unsigned long)p->info.val.i; } } if (is_boolean(typ)) fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)(map->code != 0);\n\telse\n\t{\tlong n;\n\t\tif (soap_s2long(soap, s, &n) || n < 0 || n > 1)\n\t\t\treturn soap->error = SOAP_TYPE;\n\t\t*a = (%s)(n != 0);\n\t}\n\treturn SOAP_OK;\n}", c_type(typ), c_type(typ)); else if (sflag) fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)map->code;\n\telse\n\t\treturn soap->error = SOAP_TYPE;\n\treturn SOAP_OK;\n}", c_type(typ)); else fprintf(fout, "\n\tif (map)\n\t\t*a = (%s)map->code;\n\telse\n\t{\tlong n;\n\t\tif (soap_s2long(soap, s, &n) || ((soap->mode & SOAP_XML_STRICT) && (n < %ld || n > %ld)))\n\t\t\treturn soap->error = SOAP_TYPE;\n\t\t*a = (%s)n;\n\t}\n\treturn SOAP_OK;\n}", c_type(typ), min, max, c_type(typ)); } else { t = (Table*)typ->ref; if (t && t->list && has_ns_eq(NULL, ns_remove1(t->list->sym->name))) { fprintf(fout, "\n\tchar *t;"); fprintf(fout, "\n\tsoap_s2QName(soap, s, &t, %ld, %ld);", minlen(typ), maxlen(typ)); fprintf(fout, "\n\t*a = (%s)soap_code_bits(soap_codes_%s, t);", c_type(typ), c_ident(typ)); } else fprintf(fout, "\n\t(void)soap; /* appease -Wall -Werror */\n\t*a = (%s)soap_code_bits(soap_codes_%s, s);", c_type(typ), c_ident(typ)); fprintf(fout, "\n\treturn SOAP_OK;\n}"); } } fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); if (is_boolean(typ)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":boolean\"))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); } else if (typ->sym) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \"%s\"))", base_type(typ, "")); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); } else { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 0, type))"); fprintf(fout, "\n\t\treturn NULL;"); } fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); fprintf(fout, "\tif (soap_s2%s(soap, soap_value(soap), a) || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\t}\n\telse\n\t{\ta = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); break; case Ttemplate: if (is_external(typ) && !is_volatile(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } if (is_typedef(typ)) { fprintf(fhead, "\n\n#define soap_in_%s soap_in_%s\n", c_ident(typ), t_ident(typ)); return; } n = (Tnode*)typ->ref; if (n->type == Tfun || is_void(n)) return; fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)\n{", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); fprintf(fout, "\n\t(void)type; /* appease -Wall -Werror */"); if (is_smart(typ)) { fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))"); fprintf(fout, "\n\t\treturn NULL;"); fprintf(fout, "\n\tif (!a && !(a = soap_new_%s(soap)))\n\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\tif (!soap->null && *soap->href != '#')\n\t{"); if (is_smart_shared(typ)) { fprintf(fout, "\tvoid **x = soap_id_smart(soap, soap->id, %s, sizeof(%s));", soap_type(n), c_type(n)); if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\n\t\tif (x && *x)\n\t\t\t*a = *(%s)(*x);\n\t\telse\n\t\t{\t*a = %s(soap_instantiate_%s(soap, SOAP_NO_LINK_TO_DELETE, soap->type, soap->arrayType, NULL));\n\t\t\tif (x)\n\t\t\t\t*x = (void*)a;\n\t\t}", c_type_id(typ, "*"), c_type(typ), c_ident(n)); else fprintf(fout, "\n\t\tif (x && *x)\n\t\t\t*a = *(%s)(*x);\n\t\telse\n\t\t{\t*a = %s<%s>();\n\t\t\tif (x)\n\t\t\t\t*x = (void*)a;\n\t\t}", c_type_id(typ, "*"), make_shared(typ), c_type(n)); } else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "\t*a = %s(soap_instantiate_%s(soap, SOAP_NO_LINK_TO_DELETE, soap->type, soap->arrayType, NULL));", c_type(typ), c_ident(n)); else fprintf(fout, "\t*a = %s(SOAP_NEW(%s));", c_type(typ), c_type(n)); fprintf(fout, "\n\t\tsoap_revert(soap);"); if (is_XML(n) && is_string(n)) fprintf(fout, "\n\t\tif (!soap_inliteral(soap, tag, (char*const*)a->get()))\n\t\t\treturn NULL;"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "\n\t\tif (!soap_inwliteral(soap, tag, (wchar_t*const*)a->get()))\n\t\t\treturn NULL;"); else if (n->type == Tarray) fprintf(fout, "\n\t\tif (!soap_in_%s(soap, tag, a->get(), \"%s\"))\n\t\t\treturn NULL;", c_ident(n), xsi_type(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) { fprintf(fout, "\n\t\t(*a)->soap_default(soap);"); fprintf(fout, "\n\t\tif (!(*a)->soap_in(soap, tag, NULL))\n\t\t\treturn NULL;"); } else { fprintf(fout, "\n\t\tsoap_default_%s(soap, a->get());", c_ident(n)); fprintf(fout, "\n\t\tif (!soap_in_%s(soap, tag, a->get(), \"%s\"))\n\t\t\treturn NULL;", c_ident(n), xsi_type(n)); } fprintf(fout, "\n\t}\n\telse\n\t{"); fprintf(fout, "\tif (!soap_id_forward(soap, soap->href, a, 0, %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\treturn NULL;", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n) + 1, prefix, prefix); /* reflevel + 1 since smart pointer accepts derived types */ fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\treturn a;\n}"); } else if (c11flag && (!strcmp(typ->id->name, "std::deque") || !strcmp(typ->id->name, "std::list") || (!strcmp(typ->id->name, "std::vector") && !is_bool(n)))) /* use C++11 emplace_back */ { fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\tfor (soap_flag = 0;; soap_flag = 1)\n\t{"); fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\t\t\tbreak;\n\t\t\tsoap_revert(soap);\n\t\t}"); fprintf(fout, "\n\t\tif (!a && !(a = soap_new_%s(soap)))\n\t\t\treturn NULL;", c_ident(typ)); if (!strcmp(typ->id->name, "std::vector") && !is_primitive(n) && n->type != Tpointer) { fprintf(fout, "\n\t\tif (!a->empty() && a->size() == a->capacity())\n\t\t{\tconst void *p = &a->front();"); fprintf(fout, "\n\t\t\ta->emplace_back();"); fprintf(fout, "\n\t\t\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Vector capacity increased to %%lu to fit %%lu items: updating pointers\\n\", a->capacity(), a->size()));"); fprintf(fout, "\n\t\t\tsoap_update_pointers(soap, (const char*)&a->front(), (const char*)p, (a->size() - 1) * sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t}\n\t\telse\n\t\t{\ta->emplace_back();\n\t\t}"); fprintf(fout, "\n\t\t%s *n = &a->back();\n\t\t", c_type(n)); } else { fprintf(fout, "\n\t\ta->emplace_back();\n\t\t%s *n = &a->back();\n\t\t", c_type(n)); } if (n->type == Tpointer) fprintf(fout, "*n = NULL;"); else if (n->type == Tarray) fprintf(fout, "soap_default_%s(soap, n);", c_ident(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "n->soap_default(soap);"); else if (n->type != Tfun && !is_void(n) && !is_XML(n)) fprintf(fout, "soap_default_%s(soap, n);", c_ident(n)); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tshort soap_shaky = soap_begin_shaky(soap);"); fprintf(fout, "\n\t\tif (tag && *tag != '-' && (*soap->id || *soap->href))\n\t\t{\tif ("); fprintf(fout, "!soap_id_forward(soap, *soap->id?soap->id:soap->href, a, (size_t)a->size() - 1, %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\t\tbreak;\n\t\t\tif (", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n), prefix, prefix); if (is_XML(n) && is_string(n)) fprintf(fout, "!soap_inliteral(soap, tag, NULL)"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "!soap_inwliteral(soap, tag, NULL)"); else if (n->type == Tarray) fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); else fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); fprintf(fout, ")\n\t\t\t\tbreak;\n\t\t}\n\t\telse\n\t\t{\t"); if (is_XML(n) && is_string(n)) fprintf(fout, "if (!soap_inliteral(soap, tag, n))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "if (!soap_inwliteral(soap, tag, n))"); else if (n->type == Tarray) fprintf(fout, "if (!soap_in_%s(soap, tag, n, \"%s\"))", c_ident(n), xsi_type(n)); else fprintf(fout, "if (!soap_in_%s(soap, tag, n, \"%s\"))", c_ident(n), xsi_type(n)); fprintf(fout, "\n\t\t\t{\ta->pop_back();\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}"); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tsoap_end_shaky(soap, soap_shaky);"); fprintf(fout, "\n\t\tif (!tag || *tag == '-')\n\t\t\treturn a;\n\t}\n\tif (soap_flag && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))\n\t{\tsoap->error = SOAP_OK;\n\t\treturn a;\n\t}\n\treturn NULL;\n}"); } else { fprintf(fout, "\n\tshort soap_flag;"); fprintf(fout, "\n\tfor (soap_flag = 0;; soap_flag = 1)\n\t{"); fprintf(fout, "\n\t\tif (tag && *tag != '-')\n\t\t{\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\t\t\tbreak;\n\t\t\tsoap_revert(soap);\n\t\t}"); fprintf(fout, "\n\t\tif (!a && !(a = soap_new_%s(soap)))\n\t\t\treturn NULL;", c_ident(typ)); fprintf(fout, "\n\t\t%s;\n\t\t", c_type_id(n, "n")); if (n->type == Tpointer) fprintf(fout, "n = NULL;"); else if (n->type == Tarray) fprintf(fout, "soap_default_%s(soap, &n);", c_ident(n)); else if (n->type == Tclass && !is_external(n) && !is_volatile(n) && !is_typedef(n)) fprintf(fout, "n.soap_default(soap);"); else if (n->type != Tfun && !is_void(n) && !is_XML(n)) fprintf(fout, "soap_default_%s(soap, &n);", c_ident(n)); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tshort soap_shaky = soap_begin_shaky(soap);"); fprintf(fout, "\n\t\tif (tag && *tag != '-' && (*soap->id || *soap->href))\n\t\t{\tif ("); fprintf(fout, "!soap_id_forward(soap, *soap->id?soap->id:soap->href, a, (size_t)a->size(), %s, %s, sizeof(%s), %d, %s_finsert, %s_fbase))\n\t\t\t\tbreak;\n\t\t\tif (", soap_type(reftype(n)), soap_type(typ), c_type(reftype(n)), reflevel(n), prefix, prefix); if (is_XML(n) && is_string(n)) fprintf(fout, "!soap_inliteral(soap, tag, NULL)"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "!soap_inwliteral(soap, tag, NULL)"); else if (n->type == Tarray) fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); else fprintf(fout, "!soap_in_%s(soap, tag, NULL, \"%s\")", c_ident(n), xsi_type(n)); fprintf(fout, ")\n\t\t\t\tbreak;\n\t\t}\n\t\telse\n\t\t{\t"); if (is_XML(n) && is_string(n)) fprintf(fout, "if (!soap_inliteral(soap, tag, &n))"); else if (is_XML(n) && is_wstring(n)) fprintf(fout, "if (!soap_inwliteral(soap, tag, &n))"); else if (n->type == Tarray) fprintf(fout, "if (!soap_in_%s(soap, tag, &n, \"%s\"))", c_ident(n), xsi_type(n)); else fprintf(fout, "if (!soap_in_%s(soap, tag, &n, \"%s\"))", c_ident(n), xsi_type(n)); fprintf(fout, "\n\t\t\t\tbreak;\n\t\t}"); if (!is_primitive(n) && n->type != Tpointer) fprintf(fout, "\n\t\tsoap_end_shaky(soap, soap_shaky);"); if (!(!strcmp(typ->id->name, "std::list") || !strcmp(typ->id->name, "std::deque") || !strcmp(typ->id->name, "std::set")) && !is_primitive(n) && n->type != Tpointer) { fprintf(fout, "\n\t\tif (a->size())\n\t\t{\tconst void *p = &*a->begin();\n\t\t\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t\tif (p != &*a->begin())\n\t\t\t{\tDBGLOG(TEST, SOAP_MESSAGE(fdebug, \"Container capacity increased: updating pointers\\n\"));"); fprintf(fout, "\n\t\t\t\tsoap_update_pointers(soap, (const char*)&*a->begin(), (const char*)p, (a->size() - 1) * sizeof(%s));\n\t\t\t}", c_type(n)); fprintf(fout, "\n\t\t}\n\t\telse\n\t\t{\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); fprintf(fout, "\n\t\t}"); } else { if (is_primitive(n) || n->type == Tpointer) fprintf(fout, "\n\t\ta->insert(a->end(), n);"); else fprintf(fout, "\n\t\tsoap_update_pointers(soap, (const char*)&(*a->insert(a->end(), n)), (const char*)&n, sizeof(%s));", c_type(n)); } fprintf(fout, "\n\t\tif (!tag || *tag == '-')\n\t\t\treturn a;\n\t}\n\tif (soap_flag && (soap->error == SOAP_TAG_MISMATCH || soap->error == SOAP_NO_TAG))\n\t{\tsoap->error = SOAP_OK;\n\t\treturn a;\n\t}\n\treturn NULL;\n}"); } break; default: break; } fflush(fout); } void soap_in_Darray(Tnode *typ) { int i, j, d; Entry *p; Table *t, *table; const char *nsa = ns_qualifiedAttribute(typ); table=(Table *)typ->ref; p = is_dynamic_array(typ); d = get_Darraydims(typ); if (is_external(typ)) { fprintf(fhead, "\nSOAP_FMAC1 %s SOAP_FMAC2 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); return; } fprintf(fhead, "\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap*, const char*, %s, const char*);", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*")); if (typ->type == Tclass && !is_volatile(typ) && !is_typedef(typ)) { fprintf(fout, "\n\nvoid *%s::soap_in(struct soap *soap, const char *tag, const char *type)", c_type(typ)); fprintf(fout, "\n{\treturn soap_in_%s(soap, tag, this, type);\n}", c_ident(typ)); } fflush(fout); fprintf(fout, "\n\nSOAP_FMAC3 %s SOAP_FMAC4 soap_in_%s(struct soap *soap, const char *tag, %s, const char *type)", c_type_id(typ, "*"), c_ident(typ), c_type_id(typ, "*a")); if (is_binary(typ)) fprintf(fout, "\n{"); else if (d) fprintf(fout, "\n{\tsize_t i, n;\n\tint j;\n\t%s;", c_type_id(p->info.typ, "p")); else fprintf(fout, "\n{\tint i, j;\n\t%s;", c_type_id(p->info.typ, "p")); fprintf(fout, "\n\tif (soap_element_begin_in(soap, tag, 1, NULL))\n\t\treturn NULL;"); if (is_hexBinary(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":hexBinary\"))"); else if (is_binary(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, \":base64Binary\") && soap_match_tag(soap, soap->type, \":base64\"))"); else if (has_ns(typ) || is_untyped(typ)) fprintf(fout, "\n\tif (*soap->type && soap_match_array(soap, \"%s\") && soap_match_tag(soap, soap->type, type))", xsi_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\tif (soap_match_array(soap, type))"); fprintf(fout, "\n\t{\tsoap->error = SOAP_TYPE;\n\t\treturn NULL;\n\t}"); if (typ->type == Tclass) { fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), soap->type, soap->arrayType, %s_instantiate, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), c_type(typ), prefix, prefix); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\ta->soap_default(soap);"); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, ptr_cast(t, "a"), ident(p->sym->name), ns_add(p, nsa)); } } else { fprintf(fout, "\n\ta = (%s)soap_id_enter(soap, soap->id, a, %s, sizeof(%s), NULL, NULL, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), c_type(typ)); fprintf(fout, "\n\tif (!a)\n\t\treturn NULL;"); fprintf(fout, "\n\tsoap_default_%s(soap, a);", c_ident(typ)); for (t = (Table*)typ->ref; t; t = t->prev) { for (p = t->list; p; p = p->next) if (p->info.sto & Sattribute) soap_attr_value(p, "a", ident(p->sym->name), ns_add(p, nsa)); } } fprintf(fout, "\n\tif (soap->body && !*soap->href)\n\t{"); p = is_dynamic_array(typ); if (is_binary(typ)) { if (is_hexBinary(typ)) fprintf(fout, "\n\t\ta->__ptr = soap_gethex(soap, &a->__size);"); else { fprintf(fout, "\n\t\ta->__ptr = soap_getbase64(soap, &a->__size, 0);"); if (is_attachment(typ)) fprintf(fout, "\n#ifndef WITH_LEANER\n\t\tif (soap_xop_forward(soap, &a->__ptr, &a->__size, &a->id, &a->type, &a->options))\n\t\t\treturn NULL;\n#endif"); } fprintf(fout, "\n\t\tif ((!a->__ptr && soap->error) || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); } else { fprintf(fout, "\n\t\tif (*soap->arraySize)\n\t\t{"); if (d) { fprintf(fout, "\n\t\t\tn = soap_getsizes(soap->arraySize, a->__size, %d);", d); if (has_offset(typ)) fprintf(fout, "\n\t\t\tn -= j = soap_getoffsets(soap->arrayOffset, a->__size, a->__offset, %d);", d); else fprintf(fout, "\n\t\t\tn -= j = soap_getoffsets(soap->arrayOffset, a->__size, NULL, %d);", d); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sn < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\t\tif (%sn > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); else fprintf(fout, "\n\t\t\tif (n > SOAP_MAXARRAYSIZE)\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, n);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); if (!is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref) && ((Tnode*)p->info.typ->ref)->type == Tclass) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\t(a->%s+i)->%s::soap_default(soap);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); else if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else if (has_class((Tnode*)p->info.typ->ref)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, n);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else { fprintf(fout, "\n\t\t\ta->%s = (%s)soap_malloc(soap, n * sizeof(%s));", ident(p->sym->name), c_type_id((Tnode*)p->info.typ->ref, "*"), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\ta->%s[i] = NULL;", ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } fprintf(fout, "\n\t\t\tfor (i = 0; i < n; i++)"); fprintf(fout, "\n\t\t\t{\tsoap_peek_element(soap);\n\t\t\t\tif (soap->position == %d)", d); fprintf(fout, "\n\t\t\t\t{\ti = (size_t)("); for (i = 0; i < d; i++) { fprintf(fout, "soap->positions[%d]", i); for (j = 1; j < d-i; j++) fprintf(fout, "*a->__size[%d]", j); if (i < d-1) fprintf(fout, "+"); } fprintf(fout, "-j);"); fprintf(fout, "\n\t\t\t\t\tif (i >= n)\n\t\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\t\treturn NULL;\n\t\t\t\t\t}\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, a->%s + i, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); } else { fprintf(fout, "\n\t\t\tsoap_getsizes(soap->arraySize, &a->__size, 1);"); if (has_offset(typ)) fprintf(fout, "\n\t\t\ta->__size -= j = soap_getoffsets(soap->arrayOffset, &a->__size, &a->__offset, 1);"); else fprintf(fout, "\n\t\t\ta->__size -= j = soap_getoffsets(soap->arrayOffset, &a->__size, NULL, 1);"); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sa->__size < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\tif (%sa->__size > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); else fprintf(fout, "\n\t\t\tif (a->__size > SOAP_MAXARRAYSIZE)\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, a->__size);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); if (!is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref) && ((Tnode*)p->info.typ->ref)->type == Tclass) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\t(a->%s+i)->%s::soap_default(soap);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else if (has_class((Tnode*)p->info.typ->ref)) { fprintf(fout, "\n\t\t\ta->%s = soap_new_%s(soap, a->__size);", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } else { fprintf(fout, "\n\t\t\ta->%s = (%s)soap_malloc(soap, sizeof(%s) * a->__size);", ident(p->sym->name), c_type_id((Tnode*)p->info.typ->ref, "*"), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\ta->%s[i] = NULL;", ident(p->sym->name)); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)\n\t\t\t\tsoap_default_%s(soap, a->%s+i);", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name)); } fprintf(fout, "\n\t\t\tfor (i = 0; i < a->__size; i++)"); fprintf(fout, "\n\t\t\t{\tsoap_peek_element(soap);\n\t\t\t\tif (soap->position)\n\t\t\t\t{\ti = soap->positions[0]-j;\n\t\t\t\t\tif (i < 0 || i >= a->__size)\n\t\t\t\t\t{\tsoap->error = SOAP_IOB;\n\t\t\t\t\t\treturn NULL;\n\t\t\t\t\t}\n\t\t\t\t}"); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inliteral(soap, NULL, (char**)(a->%s + i)))", ident(p->sym->name)); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inwliteral(soap, NULL, (wchar_t**)(a->%s + i)))", ident(p->sym->name)); else if (is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, (char**)(a->%s + i), \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); else if (is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, (wchar_t**)(a->%s + i), \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, a->%s + i, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), ident(p->sym->name), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error != SOAP_NO_TAG)\n\t\t\t\t\t\treturn NULL;"); fprintf(fout, "\n\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); } fprintf(fout, "\n\t\t\t}\n\t\t}\n\t\telse"); fprintf(fout, "\n\t\t{\tif (soap_new_block(soap) == NULL)\n\t\t\t\treturn NULL;"); if (p->info.maxOccurs > 1) { if (d) { for (i = 1; i < d; i++) fprintf(fout, "\n\t\t\ta->__size[%d] = 1;", i); fprintf(fout, "\n\t\t\tfor (a->__size[0] = 0; a->__size[0] <= " SOAP_LONG_FORMAT "; a->__size[0]++)", p->info.maxOccurs); } else fprintf(fout, "\n\t\t\tfor (a->__size = 0; a->__size <= " SOAP_LONG_FORMAT "; a->__size++)", p->info.maxOccurs); } else { if (d) { for (i = 1; i < d; i++) fprintf(fout, "\n\t\t\ta->__size[%d] = 1;", i); fprintf(fout, "\n\t\t\tfor (a->__size[0] = 0; a->__size[0] < SOAP_MAXARRAYSIZE; a->__size[0]++)"); } else fprintf(fout, "\n\t\t\tfor (a->__size = 0; a->__size < SOAP_MAXARRAYSIZE; a->__size++)"); } if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (!cflag && ((Tnode*)p->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\t{\tp = soap_block<%s>::push(soap, NULL);\n\t\t\t\tif (!p)\n\t\t\t\t\tbreak;", c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\t{\tp = (%s)soap_push_block(soap, NULL, sizeof(%s));\n\t\t\t\tif (!p)\n\t\t\t\t\tbreak;", c_type(p->info.typ), c_type((Tnode*)p->info.typ->ref)); if (((Tnode*)p->info.typ->ref)->type == Tclass && !is_external((Tnode*)p->info.typ->ref) && !is_volatile((Tnode*)p->info.typ->ref) && !is_typedef((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tp->soap_default(soap);"); else if (((Tnode*)p->info.typ->ref)->type == Tpointer) fprintf(fout, "\n\t\t\t\t*p = NULL;"); else if (!is_XML((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tsoap_default_%s(soap, p);", c_ident((Tnode*)p->info.typ->ref)); if (is_XML((Tnode*)p->info.typ->ref) && is_string((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inliteral(soap, NULL, p))"); else if (is_XML((Tnode*)p->info.typ->ref) && is_wstring((Tnode*)p->info.typ->ref)) fprintf(fout, "\n\t\t\t\tif (!soap_inwliteral(soap, NULL, p))"); else fprintf(fout, "\n\t\t\t\tif (!soap_in_%s(soap, NULL, p, \"%s\"))", c_ident((Tnode*)p->info.typ->ref), xsi_type((Tnode*)p->info.typ->ref)); fprintf(fout, "\n\t\t\t\t{\tif (soap->error == SOAP_NO_TAG)"); fprintf(fout, "\n\t\t\t\t\t\tsoap->error = SOAP_OK;"); fprintf(fout, "\n\t\t\t\t\tbreak;"); fprintf(fout, "\n\t\t\t\t}"); fprintf(fout, "\n\t\t\t}"); if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (!cflag && ((Tnode*)p->info.typ->ref)->type == Tstruct)) fprintf(fout, "\n\t\t\tsoap_block<%s>::pop(soap, NULL);", c_type((Tnode*)p->info.typ->ref)); else fprintf(fout, "\n\t\t\tsoap_pop_block(soap, NULL);"); if (p->info.minOccurs > 0) fprintf(fout, "\n\t\t\tif (%sa->__size < " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.minOccurs); if (p->info.maxOccurs > 1) fprintf(fout, "\n\t\t\tif (%sa->__size > " SOAP_LONG_FORMAT ")\n\t\t\t{\tsoap->error = SOAP_OCCURS;\n\t\t\t\treturn NULL;\n\t\t\t}", strict_check(), p->info.maxOccurs); if (((Tnode*)p->info.typ->ref)->type == Tclass || has_class((Tnode*)p->info.typ->ref) || (((Tnode*)p->info.typ->ref)->type == Tstruct && !cflag)) { fprintf(fout, "\n\t\t\tif (soap->blist->size)\n\t\t\t\ta->%s = soap_new_%s(soap, soap->blist->size/sizeof(%s));\n\t\t\telse\n\t\t\t\ta->%s = NULL;", ident(p->sym->name), c_ident((Tnode*)p->info.typ->ref), c_type((Tnode*)p->info.typ->ref), ident(p->sym->name)); fprintf(fout, "\n\t\t\tif (a->%s)\n\t\t\t\tsoap_block<%s>::save(soap, NULL, a->%s);\n\t\t\telse\n\t\t\t\tsoap_block<%s>::end(soap, NULL);", ident(p->sym->name), c_type((Tnode*)p->info.typ->ref), ident(p->sym->name), c_type((Tnode*)p->info.typ->ref)); } else fprintf(fout, "\n\t\t\ta->%s = (%s)soap_save_block(soap, NULL, NULL, 1);", ident(p->sym->name), c_type(p->info.typ)); fprintf(fout, "\n\t\t}"); fprintf(fout, "\n\t\tif (soap->error || soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); } if (has_getter(typ)) fprintf(fout, "\n\t\tif (a->get(soap))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}\n\telse\n\t{\t"); if (is_attachment(typ)) fprintf(fout, "\n#ifndef WITH_LEANER\n\t\tif (*soap->href != '#')\n\t\t{\tif (soap_attachment_forward(soap, &a->__ptr, &a->__size, &a->id, &a->type, &a->options))\n\t\t\t\treturn NULL;\n\t\t}\n\t\telse\n#endif\n\t\t\t"); if (typ->type == Tclass || (!cflag && typ->type == Tstruct)) fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, %s_finsert, %s_fbase);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ), prefix, prefix); else fprintf(fout, "a = (%s)soap_id_forward(soap, soap->href, (void*)a, 0, %s, %s, sizeof(%s), 0, NULL, NULL);", c_type_id(typ, "*"), soap_type(typ), soap_type(typ), c_type(typ)); fprintf(fout, "\n\t\tif (soap->body && soap_element_end_in(soap, tag))\n\t\t\treturn NULL;"); fprintf(fout, "\n\t}"); fprintf(fout, "\n\treturn a;\n}"); } const char * cstring(const char *s, int q) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r == '"' || *r == '\\') n++; else if (*r < 32) n += 3; } r = t = (char*)emalloc(n + 2*q + 1); if (q) *t++ = '"'; for (; *s; s++) { if (*s == '"' || *s == '\\') { *t++ = '\\'; *t++ = *s; } else if (*s < 32) { sprintf(t, "\\%03o", (unsigned int)(unsigned char)*s); t += 4; } else *t++ = *s; } if (q) *t++ = '"'; *t = '\0'; return r; } const char * xstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r < 32 || *r >= 127) n += 4; else if (*r == '<' || *r == '>') n += 3; else if (*r == '&') n += 4; else if (*r == '"') n += 5; else if (*r == '\\') n += 1; } r = t = (char*)emalloc(n + 1); for (; *s; s++) { if (*s < 32 || *s >= 127) { sprintf(t, "&#%.2x;", (unsigned char)*s); t += 5; } else if (*s == '<') { strcpy(t, "<"); t += 4; } else if (*s == '>') { strcpy(t, ">"); t += 4; } else if (*s == '&') { strcpy(t, "&"); t += 5; } else if (*s == '"') { strcpy(t, """); t += 6; } else if (*s == '\\') { strcpy(t, "\\\\"); t += 2; } else *t++ = *s; } *t = '\0'; return r; } gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/soapcpp2.sln0000755000175000017500000000157612653650160022353 0ustar ellertellert Microsoft Visual Studio Solution File, Format Version 9.00 # Visual C++ Express 2005 Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "soapcpp2", "soapcpp2\soapcpp2.vcproj", "{BDD1B293-CE39-4BEC-8E63-8B1621F3EB56}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution Debug|Win32 = Debug|Win32 Release|Win32 = Release|Win32 EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {BDD1B293-CE39-4BEC-8E63-8B1621F3EB56}.Debug|Win32.ActiveCfg = Debug|Win32 {BDD1B293-CE39-4BEC-8E63-8B1621F3EB56}.Debug|Win32.Build.0 = Debug|Win32 {BDD1B293-CE39-4BEC-8E63-8B1621F3EB56}.Release|Win32.ActiveCfg = Release|Win32 {BDD1B293-CE39-4BEC-8E63-8B1621F3EB56}.Release|Win32.Build.0 = Release|Win32 EndGlobalSection GlobalSection(SolutionProperties) = preSolution HideSolutionNode = FALSE EndGlobalSection EndGlobal gsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/debug/0000755000175000017500000000000012653650160021160 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/soapcpp2/release/0000755000175000017500000000000012653650160021512 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/README.html0000644000175000017500000000610612653650160020171 0ustar ellertellert

Flex and Bison for Windows

Visual Studio 2005 Solution files for soapcpp2 and wsdl2h are included.

If not already installed, install the Platform SDK (R2) for winsock2.h.

To build soapcpp2.exe, first install Bison and Flex (in the default dirs):

then add the FlexBison.rules as explained here:

http://msdn2.microsoft.com/en-us/library/aa730877(VS.80).aspx

These custom-build rules are used to build the scanner and parser for soapcpp2.exe.

To build wsdl2h.exe, you first need to build soapcpp2.exe and install it in Program Files or copy it to the wsdl directory. This is needed to execute the custom-build step on wsdl.h to generate wsdlStub.h, wsdlH.h, and wsdlC.cpp.

Build Rules for soapcpp2.exe VS 2008 and 2010

To build soapcpp2.exe you need to install Flex and Bison. To do so, you need to create custom build rules to compile .l and .y files with Flex and Bison.

Please see:

http://msdn.microsoft.com/en-us/library/aa730877(VS.80).aspx#vccustombr_topic3

In VS2008, there is UI available to help you create the custom build rule.

Make sure you have flex.exe, bison.exe, and m4.exe on the system search path.

  • Right click on the .l file and select properties
  • Configuration -> All Configurations
  • General -> Item Typ e-> Custom Build Tool
  • Apply
  • Custom Build Tool -> General -> Command Line -> flex -olexer.c lexer.l
  • Custom Build Tool -> General -> Outputs -> lexer.c
  • Custom Build Tool -> General -> Additional Dependencies -> parser.y parser.c
  • Apply
  • Select the .y file in the solution explorer
  • Configuration -> All Configurations
  • General -> Item Type -> Custom Build Tool
  • Apply
  • Custom Build Tool -> General -> Command Line -> bison -oparser.c parser.y
  • Custom Build Tool -> General -> Outputs -> parser.c parser.h

In VS2010, there may not be a UI available to create the custom build rules. To add or modify build rules in VS2010 you need to edit:

%ProgramFiles%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations

and/or

%ProgramFiles(x86)%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations

gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/0000755000175000017500000000000012653650160017546 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h.sln0000755000175000017500000000157012653650160021475 0ustar ellertellert Microsoft Visual Studio Solution File, Format Version 9.00 # Visual C++ Express 2005 Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "wsdl2h", "wsdl2h\wsdl2h.vcproj", "{6CBC554A-4FFB-461F-91D4-11B358802815}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution Debug|Win32 = Debug|Win32 Release|Win32 = Release|Win32 EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {6CBC554A-4FFB-461F-91D4-11B358802815}.Debug|Win32.ActiveCfg = Debug|Win32 {6CBC554A-4FFB-461F-91D4-11B358802815}.Debug|Win32.Build.0 = Debug|Win32 {6CBC554A-4FFB-461F-91D4-11B358802815}.Release|Win32.ActiveCfg = Release|Win32 {6CBC554A-4FFB-461F-91D4-11B358802815}.Release|Win32.Build.0 = Release|Win32 EndGlobalSection GlobalSection(SolutionProperties) = preSolution HideSolutionNode = FALSE EndGlobalSection EndGlobal gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/0000755000175000017500000000000012654077574020766 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/imports.h0000644000175000017500000000326612653650160022626 0ustar ellertellert/* imports.h Common XSD types and externs for gSOAP header file import -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "stlvector.h" typedef char *xsd__anyURI, *xsd__ID, *xsd__NCName, *xsd__NMTOKEN, *xsd__NMTOKENS, *xsd__QName, *xsd__string; typedef bool xsd__boolean; extern class ostream; extern class istream; #include "includes.h" extern class SetOfString; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/gwsdl.h0000644000175000017500000000505212653650160022244 0ustar ellertellert/* gwsdl.h OGSI GWSDL binding schema interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia, Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap gwsdl schema documentation: OGSI GWSDL binding schema //gsoap gwsdl schema namespace: http://www.gridforum.org/namespaces/2003/03/gridWSDLExtensions //gsoap sd schema namespace: http://www.gridforum.org/namespaces/2003/03/serviceData #import "schema.h" class wsdl__operation; enum sd__mutability { static_, constant, extendable, mutable_ }; class sd__serviceData { public: @xsd__NMTOKEN name; @xsd__QName type; @xsd__boolean nillable = false; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded @enum sd__mutability mutability = extendable; @xsd__boolean modifiable = false; /* has any content */ public: }; class sd__staticServiceDataValues { public: int __type; /* any content, probably should use DOM */ void* _any; }; class gwsdl__portType { public: @xsd__NMTOKEN name; @xsd__QName extends; // a list of QNames xsd__string documentation; // ? std::vector operation; // * std::vector sd__serviceData_; sd__staticServiceDataValues *sd__staticServiceDataValues_; public: }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/bpel.h0000644000175000017500000000630312653650160022046 0ustar ellertellert/* bpel.h BPEL 2.0 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "imports.h" //gsoap plnk schema documentation: Partner Link Type Schema for WS-BPEL 2.0 //gsoap plnk schema namespace: http://docs.oasis-open.org/wsbpel/2.0/plnktype //gsoap plnk schema elementForm: qualified //gsoap plnk schema attributeForm: unqualified //gsoap vprop schema documentation: Variable Properties Schema for WS-BPEL 2.0 //gsoap vprop schema namespace: http://docs.oasis-open.org/wsbpel/2.0/varprop //gsoap vprop schema elementForm: qualified //gsoap vprop schema attributeForm: unqualified class wsdl__definitions; class wsdl__portType; class plnk__tPartnerLinkType; class plnk__tRole { public: @xsd__NCName name; @xsd__QName portType; xsd__string documentation; private: wsdl__portType *portTypeRef; plnk__tPartnerLinkType *plnkRef; public: plnk__tRole(); int traverse(wsdl__definitions&); wsdl__portType *portTypePtr() const; void plnkPtr(plnk__tPartnerLinkType*); plnk__tPartnerLinkType *plnkPtr() const; }; class plnk__tPartnerLinkType { public: @xsd__NCName name; std::vector role; xsd__string documentation; public: int traverse(wsdl__definitions&); }; class vprop__tQuery { public: @xsd__anyURI queryLanguage = "urn:oasis:names:tc:wsbpel:2.0:sublang:xpath1.0"; xsd__QName __mixed; }; class vprop__tProperty { public: @xsd__NCName name; @xsd__QName type; @xsd__QName element; xsd__string documentation; public: int traverse(wsdl__definitions&); }; class vprop__tPropertyAlias { public: vprop__tQuery* query; @xsd__QName propertyName; @xsd__QName messageType; @xsd__NCName part; @xsd__QName type; @xsd__QName element; xsd__string documentation; private: vprop__tProperty *vpropRef; public: int traverse(wsdl__definitions&); vprop__tProperty *vpropPtr() const; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsdl2h.vcproj0000755000175000017500000001451112653650160023406 0ustar ellertellert gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsdl.h0000644000175000017500000003713012653650160022077 0ustar ellertellert/* wsdl.h WSDL 1.1 and WSDL 2.0 schemas -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoapopt w //gsoap wsdl schema documentation: WSDL 1.1/2.0 binding schema //gsoap wsdl schema namespace: http://schemas.xmlsoap.org/wsdl/ //gsoap wsdl schema namespace2: http://www.w3.org/ns/wsdl //gsoap wsdl schema elementForm: qualified //gsoap wsdl schema attributeForm: unqualified #import "imports.h" #import "schema.h" #import "soap.h" #import "mime.h" #import "dime.h" #import "http.h" #import "gwsdl.h" #import "wsam.h" #import "wsp.h" #import "bpel.h" class wsdl__definitions; // forward declaration class wsdl__import { public: @xsd__anyURI namespace_; @xsd__anyURI location; private: wsdl__definitions *definitionsRef; public: wsdl__import(); int preprocess(wsdl__definitions&); int traverse(wsdl__definitions&); void definitionsPtr(wsdl__definitions*); wsdl__definitions *definitionsPtr() const; }; class wsdl__types : public xs__schema // WSDL 2.0 inlined schema { public: xsd__string documentation; // ? std::vector xs__schema_; // * public: int preprocess(wsdl__definitions&); int traverse(wsdl__definitions&); }; class wsdl__part { public: @xsd__NMTOKEN name; @xsd__QName element; @xsd__QName type; xsd__string documentation; // ? private: xs__element *elementRef; // traverse() finds element xs__simpleType *simpleTypeRef; // traverse() finds simpleType xs__complexType *complexTypeRef; // traverse() finds complexType public: wsdl__part(); int traverse(wsdl__definitions&); void elementPtr(xs__element*); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__element *elementPtr() const; xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class wsdl__message { public: @xsd__NMTOKEN name; xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * std::vector part; // * public: int traverse(wsdl__definitions&); }; class wsdl__ioput { public: @xsd__NMTOKEN name; @xsd__QName message; @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName element; // WSDL 2.0 @xsd__anyURI wsa__Action; @xsd__anyURI wsam__Action; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? private: wsdl__message *messageRef; // traverse() finds message xs__element *elementRef; // traverse() finds element WSDL 2.0 public: wsdl__ioput(); int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); wsdl__message *messagePtr() const; void elementPtr(xs__element*); xs__element *elementPtr() const; }; class wsdl__fault { public: @xsd__NMTOKEN name; @xsd__QName message; @xsd__QName ref; // WSDL 2.0 @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName element; // WSDL 2.0 @xsd__anyURI wsa__Action; @xsd__anyURI wsam__Action; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? private: wsdl__message *messageRef; // traverse() finds message xs__element *elementRef; // traverse() finds element WSDL 2.0 public: wsdl__fault(); int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); wsdl__message *messagePtr() const; void elementPtr(xs__element*); xs__element *elementPtr() const; }; class wsdl__operation { public: @xsd__NMTOKEN name; @xsd__anyURI pattern; // WSDL 2.0 @xsd__anyURI style; // WSDL 2.0 @xsd__string wrpc__signature; // WSDL 2.0 @xsd__string parameterOrder; xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? $int __union1; union wsdl__union_ioput // | { wsdl__ioput *input; wsdl__ioput *output; } __ioput1; $int __union2; union wsdl__union_ioput __ioput2; // | std::vector fault; // * std::vector infault; // * WSDL 2.0 std::vector outfault; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__portType // ... and WSDL 2.0 interface { public: @xsd__NMTOKEN name; @xsd__QName extends; // WSDL 2.0 @xsd__anyURI styleDefault; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? std::vector fault; // * WSDL 2.0 std::vector operation; // * private: wsdl__definitions *definitionsRef; public: wsdl__portType(); int traverse(wsdl__definitions&); void definitionsPtr(wsdl__definitions*); wsdl__definitions *definitionsPtr() const; }; class wsdl__ext_ioput // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__NMTOKEN messageLabel; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? dime__message *dime__message_; // ? soap__body *soap__body_; // ? xsd__string http__urlEncoded; // ? mime__multipartRelated *mime__multipartRelated_;// ? mime__content *mime__content_; // ? mime__mimeXml *mime__mimeXml_; // ? std::vector soap__header_; // * std::vector wsoap__module_; // * WSDL 2.0 std::vector wsoap__header_; // * WSDL 2.0 std::vector whttp__header_; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__ext_fault // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__QName ref; // WSDL 2.0 @xsd__NMTOKEN messageLabel; // WSDL 2.0 @xsd__QName wsoap__code; // WSDL 2.0 @xsd__QName wsoap__subcodes; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? soap__fault *soap__fault_; // ? std::vector wsoap__module_; // * WSDL 2.0 private: wsdl__fault *faultRef; public: wsdl__ext_fault(); int traverse(wsdl__definitions&, wsdl__portType*); void faultPtr(wsdl__fault*); wsdl__fault *faultPtr() const; }; class wsdl__ext_operation // binding extensibility element { public: @xsd__NMTOKEN name; @xsd__QName ref; // WSDL 2.0 @xsd__anyURI wsoap__mep; // WSDL 2.0 @xsd__anyURI wsoap__action; // WSDL 2.0 @xsd__string whttp__method; // WSDL 2.0 @xsd__string whttp__location; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? soap__operation *soap__operation_; // ? http__operation *http__operation_; // ? wsdl__ext_ioput *input; // ? wsdl__ext_ioput *output; // ? std::vector fault; // * std::vector infault; // * WSDL 2.0 std::vector outfault; // * WSDL 2.0 private: wsdl__operation *operationRef; // traverse() finds operation public: wsdl__ext_operation(); int traverse(wsdl__definitions&, wsdl__portType*); void operationPtr(wsdl__operation*); wsdl__operation *operationPtr() const; }; class wsdl__binding { public: @xsd__NMTOKEN name; @xsd__QName type; @xsd__anyURI type_; // WSDL 2.0 @xsd__QName interface_; // WSDL 2.0 @xsd__boolean whttp__cookies = false; // WSDL 2.0 @xsd__string wsoap__version; // WSDL 2.0 @xsd__anyURI wsoap__protocol; // WSDL 2.0 @xsd__anyURI wsoap__mepDefault; // WSDL 2.0 @xsd__string whttp__methodDefault; // WSDL 2.0 xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * soap__binding *soap__binding_; // ? http__binding *http__binding_; // ? std::vector wsoap__module_; // * WSDL 2.0 std::vector fault; // * WSDL 2.0 std::vector operation; // * private: wsdl__portType *portTypeRef; // traverse() finds portType/interface public: wsdl__binding(); int traverse(wsdl__definitions&); void portTypePtr(wsdl__portType*); wsdl__portType *portTypePtr() const; }; class wsdl__port // ... and WSDL 2.0 endpoint { public: @xsd__NMTOKEN name; @xsd__QName binding; @xsd__anyURI address; // WSDL 2.0 @xsd__NMTOKEN whttp__authenticationScheme; // WSDL 2.0 @xsd__NMTOKEN whttp__authenticationRealm; // WSDL 2.0 xsd__string documentation; // ? wsp__Policy *wsp__Policy_; // ? wsp__PolicyReference *wsp__PolicyReference_; // ? wsa__EndpointReferenceType *wsa__EndpointReference;// ? soap__address *soap__address_; // ? http__address *http__address_; // ? private: wsdl__binding *bindingRef; // traverse() finds binding public: wsdl__port(); int traverse(wsdl__definitions&); void bindingPtr(wsdl__binding*); wsdl__binding *bindingPtr() const; }; class wsdl__service { public: @xsd__NMTOKEN name; @xsd__QName interface_; // WSDL 2.0 xsd__string documentation; // ? std::vector wsp__Policy_; // * std::vector wsp__PolicyReference_;// * std::vector port; // * WSDL 1.1 std::vector endpoint; // * WSDL 2.0 public: int traverse(wsdl__definitions&); }; class wsdl__definitions { public: @xsd__NMTOKEN name; @xsd__anyURI targetNamespace = ""; @xsd__NMTOKEN version; std::vector import; // * xsd__string documentation; // ? wsdl__types *types; // ? std::vector message; // * std::vector portType; // * WSDL 1.1 std::vector interface_; // * WSDL 2.0 std::vector binding; // * std::vector service; // * xsd__string wsp__UsingPolicy; // ? WS-Policy 1.2/1.5 std::vector wsp__Policy_; // * WS-Policy 1.2/1.5 std::vector plnk__partnerLinkType; // * BPEL 2.0 std::vector vprop__property; // * BPEL 2.0 std::vector vprop__propertyAlias; // * BPEL 2.0 std::vector gwsdl__portType_; // * struct soap *soap; private: bool soap12; bool updated; char* location; int redirs; SetOfString builtinTypeSet; SetOfString builtinElementSet; SetOfString builtinAttributeSet; public: wsdl__definitions(); wsdl__definitions(struct soap*); wsdl__definitions(struct soap*, const char*, const char*); virtual ~wsdl__definitions(); int get(struct soap*); // gSOAP getter is triggered after parsing int preprocess(); int traverse(); int read(int, char**); int read(const char *cwd, const char*); const char* sourceLocation(); int error(); bool is_updated(); void print_fault(); void builtinType(const char*); void builtinTypes(const SetOfString&); void builtinElement(const char*); void builtinElements(const SetOfString&); void builtinAttribute(const char*); void builtinAttributes(const SetOfString&); const SetOfString& builtinTypes() const; const SetOfString& builtinElements() const; const SetOfString& builtinAttributes() const; friend ostream& operator<<(ostream&, const wsdl__definitions&); friend istream& operator>>(istream&, wsdl__definitions&); }; extern ostream &operator<<(ostream &o, const wsdl__definitions &e); extern istream &operator>>(istream &i, wsdl__definitions &e); gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/soap.h0000644000175000017500000000736312653650160022075 0ustar ellertellert/* soap.h WSDL/SOAP binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap soap schema documentation: WSDL 1.1 SOAP binding schema //gsoap soap schema namespace: http://schemas.xmlsoap.org/wsdl/soap/ //gsoap wsoap schema documentation: WSDL 2.0 SOAP binding schema //gsoap wsoap schema namespace: http://www.w3.org/ns/wsdl/soap #import "imports.h" class wsdl__definitions; // forward declaration class wsdl__message; // forward declaration class wsdl__part; // forward declaration enum soap__styleChoice { rpc, document }; class soap__binding { public: @xsd__anyURI transport; @enum soap__styleChoice *style; }; class soap__operation { public: @xsd__anyURI soapAction; @xsd__boolean soapActionRequired = true; @enum soap__styleChoice *style; }; enum soap__useChoice { literal, encoded }; class soap__body { public: @xsd__anyURI encodingStyle; @xsd__NMTOKENS parts; @enum soap__useChoice use; @xsd__anyURI namespace_; }; class soap__fault { public: @xsd__NMTOKEN name; @xsd__anyURI encodingStyle; @enum soap__useChoice use; @xsd__anyURI namespace_; }; class soap__headerfault { public: @xsd__QName message; @xsd__NMTOKEN part; @enum soap__useChoice use; @xsd__anyURI encodingStyle; @xsd__anyURI namespace_; private: wsdl__message *messageRef; wsdl__part *partRef; public: int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); void partPtr(wsdl__part*); wsdl__message *messagePtr() const; wsdl__part *partPtr() const; }; class soap__header { public: @xsd__QName message; @xsd__NMTOKEN part; @enum soap__useChoice use; @xsd__anyURI encodingStyle; @xsd__anyURI namespace_; std::vector headerfault; // * private: wsdl__message *messageRef; wsdl__part *partRef; public: int traverse(wsdl__definitions&); void messagePtr(wsdl__message*); void partPtr(wsdl__part*); wsdl__message *messagePtr() const; wsdl__part *partPtr() const; }; class soap__address { public: @xsd__anyURI location; }; class wsoap__module { public: @xsd__anyURI ref; @xsd__boolean required = false; }; class wsoap__header { public: @xsd__QName element; @xsd__boolean mustUnderstand_ = false; @xsd__boolean required = false; private: xs__element *elementRef; public: int traverse(wsdl__definitions&); void elementPtr(xs__element*); xs__element *elementPtr() const; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/schema.h0000644000175000017500000004372112653650160022371 0ustar ellertellert/* schema.h schema of XSD schemas 1.0 and 1.1 -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap xs schema documentation: XSD binding schema //gsoap xs schema namespace: http://www.w3.org/2001/XMLSchema //gsoap xs schema elementForm: qualified //gsoap xs schema attributeForm: unqualified /* For the wsdl:arrayType attribute to support old style SOAP arrays: */ //gsoap wsdl schema namespace: http://schemas.xmlsoap.org/wsdl/ #import "imports.h" class xs__schema; // forward declaration class xs__simpleType; // forward declaration class xs__complexType; // forward declaration class xs__extension; // forward declaration class xs__restriction; // forward declaration class xs__seqchoice; // forward declaration class xs__group; // forward declaration class xs__list; // forward declaration class xs__union; // forward declaration class xs__annotation { public: char* documentation; }; class xs__assert { public: @xsd__string test; @xsd__anyURI xpathDefaultNamespace; xs__annotation *annotation; }; class xs__alternative { public: @xsd__string test; @xsd__QName type; @xsd__anyURI xpathDefaultNamespace; xs__annotation *annotation; }; enum xs__formChoice { unqualified, qualified }; class xs__element { public: @xsd__NCName name; @xsd__QName ref; @xsd__QName type; @xsd__string default_; @xsd__QName default__; // also get QName value if element type is QName @xsd__string fixed; @xsd__QName fixed_; // also get QName value if element type is QName @enum xs__formChoice *form; @xsd__boolean nillable = false; @xsd__boolean abstract = false; @xsd__QName substitutionGroup; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded @xsd__anyURI targetNamespace; // XSD 1.1 @xsd__string xmime__expectedContentTypes; xs__annotation *annotation; xs__simpleType *simpleType; // choice xs__complexType *complexType; // choice std::vector alternative; // XSD 1.1 (unused) xsd__string unique; // unused private: xs__schema *schemaRef; // schema to which this belongs xs__element *elementRef; // traverse() finds ref xs__simpleType *simpleTypeRef; // traverse() finds type or = simpleType above xs__complexType *complexTypeRef; // traverse() finds type or = complexType above std::vector substitutions; // traverse() finds substitutionGroup elements public: xs__element(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void elementPtr(xs__element*); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__schema *schemaPtr() const; xs__element *elementPtr() const; xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; const std::vector *substitutionsPtr() const; }; enum xs__attribute_use { optional, prohibited, required, default_, fixed_ }; class xs__attribute { public: @xsd__NCName name; @xsd__QName ref; @xsd__QName type; @enum xs__attribute_use use = optional; @xsd__string default_; @xsd__QName default__; // also get QName value if attribute type is QName @xsd__string fixed; @xsd__QName fixed_; // also get QName value if attribute type is QName @enum xs__formChoice *form; @xsd__boolean inheritable; // XSD 1.1 (unused) @xsd__anyURI targetNamespace; // XSD 1.1 @xsd__QName wsdl__arrayType; // extensibility attribute added to simplify WSDL parsing xs__annotation *annotation; xs__simpleType *simpleType; private: xs__schema *schemaRef; // schema to which this belongs xs__attribute *attributeRef; // traverse() finds ref xs__simpleType *simpleTypeRef; // traverse() finds type or = simpleType above public: xs__attribute(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void attributePtr(xs__attribute*); void simpleTypePtr(xs__simpleType*); xs__schema *schemaPtr() const; xs__attribute *attributePtr() const; xs__simpleType *simpleTypePtr() const; }; class xs__all { public: std::vector element; public: int traverse(xs__schema&); }; enum xs__processContents { strict, skip, lax }; typedef char *xs__namespaceList; // "##any" or "##other" or list of URI, "##targetNamespace", "##local" class xs__any { public: @xs__namespaceList namespace_ = "##any"; @enum xs__processContents processContents = strict; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded std::vector element; public: int traverse(xs__schema&); }; class xs__contents { public: $int __union; union xs__union_content { xs__element *element; xs__group *group; xs__seqchoice *choice; xs__seqchoice *sequence; xs__any *any; } __content; public: int traverse(xs__schema&); }; class xs__seqchoice { public: @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded xs__annotation *annotation; std::vector __contents; private: xs__schema *schemaRef; // schema to which this belongs public: xs__seqchoice(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__group { public: @xsd__NCName name; @xsd__QName ref; @xsd__string minOccurs; // xsd:nonNegativeInteger @xsd__string maxOccurs; // xsd:nonNegativeInteger|unbounded xs__annotation *annotation; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; private: xs__schema *schemaRef; // schema to which this belongs xs__group *groupRef; // traverse() finds ref public: xs__group(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void groupPtr(xs__group*); xs__schema *schemaPtr() const; xs__group *groupPtr() const; }; class xs__anyAttribute { public: @xs__namespaceList namespace_ = "##any"; @enum xs__processContents processContents = strict; }; class xs__attributeGroup { public: @xsd__NCName name; @xsd__QName ref; xs__annotation *annotation; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; private: xs__schema *schemaRef; xs__attributeGroup *attributeGroupRef; public: xs__attributeGroup(); int traverse(xs__schema&); void schemaPtr(xs__schema*); void attributeGroupPtr(xs__attributeGroup*); xs__schema *schemaPtr() const; xs__attributeGroup *attributeGroupPtr() const; }; class xs__enumeration { public: @xsd__string value; @xsd__QName value_; // also get QName value if base type is QName xs__annotation *annotation; public: int traverse(xs__schema&); }; class xs__pattern { public: @xsd__string value; public: int traverse(xs__schema&); }; class xs__simpleContent { public: xs__extension *extension; // choice xs__restriction *restriction; // choice public: int traverse(xs__schema&); }; class xs__simpleType { public: @xsd__NMTOKEN name; @xsd__string vc__minVersion; // XSD 1.1 (unused) @xsd__string vc__maxVersion; // XSD 1.1 (unused) xs__annotation *annotation; xs__restriction *restriction; // choice xs__list *list; // choice xs__union *union_; // choice private: xs__schema *schemaRef; int level; public: xs__simpleType(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; int baseLevel(); }; class xs__extension { public: @xsd__QName base; xs__group *group; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; xs__annotation *annotation; std::vector assert; // XSD 1.1 private: xs__simpleType *simpleTypeRef; // traverse() finds type xs__complexType *complexTypeRef; // traverse() finds type public: xs__extension(); int traverse(xs__schema&); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class xs__length { public: @xsd__string value; @xsd__boolean fixed; xs__annotation *annotation; }; class xs__whiteSpace { public: @xsd__string value; }; class xs__restriction { public: @xsd__QName base; xs__simpleType *simpleType; // used in xs__attributeGroup *attributeGroup; // not used in xs__group *group; // not used in xs__all *all; // not used in xs__seqchoice *choice; // not used in xs__seqchoice *sequence; // not used in std::vector attribute; // not used in xs__anyAttribute *anyAttribute; // not used in std::vector enumeration; std::vector pattern; xs__whiteSpace *whiteSpace; xs__length *length; xs__length *minLength; xs__length *maxLength; xs__length *precision; // 2000 XSD 1.0 xs__length *scale; // 2000 XSD 1.0 xs__length *totalDigits; // 2001 XSD 1.0 xs__length *fractionDigits; // 2001 XSD 1.0 xs__length *minInclusive; xs__length *maxInclusive; xs__length *minExclusive; xs__length *maxExclusive; xs__annotation *annotation; std::vector assert; // XSD 1.1 xs__assert *assertion; // XSD 1.1 private: xs__simpleType *simpleTypeRef; // traverse() finds type xs__complexType *complexTypeRef; // traverse() finds type public: xs__restriction(); int traverse(xs__schema&); void simpleTypePtr(xs__simpleType*); void complexTypePtr(xs__complexType*); xs__simpleType *simpleTypePtr() const; xs__complexType *complexTypePtr() const; }; class xs__list { public: @xsd__QName itemType; xs__restriction *restriction; // choice std::vector simpleType; // choice private: xs__simpleType *itemTypeRef; public: xs__list(); int traverse(xs__schema&); void itemTypePtr(xs__simpleType*); xs__simpleType *itemTypePtr() const; }; class xs__union { public: @xsd__NMTOKENS memberTypes; // check if NMTOKENS is ok??? std::vector simpleType; public: int traverse(xs__schema&); }; class xs__complexContent { public: @xsd__boolean mixed = false; xs__extension *extension; xs__restriction *restriction; xs__annotation *annotation; public: int traverse(xs__schema&); }; class xs__complexType { public: @xsd__NMTOKEN name; @xsd__boolean abstract = false; @xsd__boolean mixed = false; @xsd__boolean defaultAttributesApply = true; // XSD 1.1 @xsd__string vc__minVersion; // XSD 1.1 (unused) @xsd__string vc__maxVersion; // XSD 1.1 (unused) xs__annotation *annotation; xs__simpleContent *simpleContent; xs__complexContent *complexContent; xs__all *all; xs__seqchoice *choice; xs__seqchoice *sequence; xs__any *any; std::vector attribute; std::vector attributeGroup; xs__anyAttribute *anyAttribute; std::vector assert; // XSD 1.1 private: xs__schema *schemaRef; int level; public: xs__complexType(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; int baseLevel(); }; class xs__import { public: @xsd__anyURI namespace_; @xsd__anyURI schemaLocation; private: xs__schema *schemaRef; // set by WSDL parser or via schemaLocation public: xs__import(); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__include { public: @xsd__anyURI schemaLocation; private: xs__schema *schemaRef; public: xs__include(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__override { public: @xsd__anyURI schemaLocation; std::vector attribute; std::vector element; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; private: xs__schema *schemaRef; public: xs__override(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__redefine { public: @xsd__anyURI schemaLocation; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; private: xs__schema *schemaRef; public: xs__redefine(); int preprocess(xs__schema&); int traverse(xs__schema&); void schemaPtr(xs__schema*); xs__schema *schemaPtr() const; }; class xs__schema { public: @xsd__anyURI targetNamespace = ""; @xsd__string version; @xsd__NCName defaultAttributes; // XSD 1.1 @enum xs__formChoice attributeFormDefault = unqualified; @enum xs__formChoice elementFormDefault = unqualified; xs__annotation *annotation; std::vector include; std::vector override_; std::vector redefine; std::vector import; std::vector attribute; std::vector element; std::vector group; std::vector attributeGroup; std::vector simpleType; std::vector complexType; struct soap *soap; private: xs__attributeGroup *attributeGroupRef; // defaultAttributes group bool updated; char* location; int redirs; SetOfString builtinTypeSet; SetOfString builtinElementSet; SetOfString builtinAttributeSet; public: xs__schema(); xs__schema(struct soap*); xs__schema(struct soap*, const char*, const char*); virtual ~xs__schema(); int get(struct soap*); // gSOAP getter is triggered after parsing int preprocess(); int insert(xs__schema&); int traverse(); int read(const char*, const char*); void sourceLocation(const char*); const char* sourceLocation(); xs__attributeGroup *attributeGroupPtr() const; // defaultAttributes group int error(); void print_fault(); void builtinType(const char*); void builtinElement(const char*); void builtinAttribute(const char*); const SetOfString& builtinTypes() const; const SetOfString& builtinElements() const; const SetOfString& builtinAttributes() const; bool empty() const; friend ostream& operator<<(ostream&, const xs__schema&); friend istream& operator>>(istream&, xs__schema&); }; extern ostream &operator<<(ostream &o, const xs__schema &e); extern istream &operator>>(istream &i, xs__schema &e); gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/service.cpp0000644000175000017500000051232412653650160023124 0ustar ellertellert/* service.cpp Generate gSOAP service structures from WSDL. -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This part of the software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "types.h" #include "service.h" #include #define URI_CHAR(c) (((c) > 32 && (c) != '"' && (c) != '<' && (c) != '>' && (c) != '\\' && (c) != '^' && (c) != '`' && (c) <= 'z') || (c) == '~') static const char *urienc(struct soap*, const char*); static bool imported(const char *tag); static void comment(const char *start, const char *middle, const char *end, const char *text); static void page(const char *page, const char *title, const char *text); static void section(const char *section, const char *title, const char *text); static void banner(const char*, const char* = NULL); static void ident(); static void gen_policy(Service&, const vector&, const char*, Types&); static void gen_policy_enablers(const Service&); static void gen_plnk(const Service& service); static void gen_vprop(const wsdl__definitions& definitions, Types&); //////////////////////////////////////////////////////////////////////////////// // // Definitions methods // //////////////////////////////////////////////////////////////////////////////// Definitions::Definitions() { } void Definitions::collect(const wsdl__definitions& definitions) { // Collect information: analyze WSDL definitions and imported definitions analyze(definitions); for (vector::const_iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) if ((*import).definitionsPtr()) analyze(*(*import).definitionsPtr()); } void Definitions::analyze(const wsdl__definitions& definitions) { // Analyze WSDL and build Service information binding_count = 0; // Determine number of relevant service bindings (service prefix option only) for (vector::const_iterator i = definitions.binding.begin(); i != definitions.binding.end(); ++i) { for (vector::const_iterator j = (*i).operation.begin(); j != (*i).operation.end(); ++j) { if ((*j).operationPtr()) { binding_count++; break; } } } if (vflag && definitions.name) fprintf(stderr, "\nAnalyzing \"%s\" which has %d service binding(s)\n", definitions.name, binding_count); if (binding_count == 0 && definitions.import.empty() && definitions.name && (!definitions.portType.empty() || !definitions.interface_.empty())) fprintf(stderr, "\nWarning: WSDL \"%s\" has no bindings to implement operations\n", definitions.name); else if (binding_count > 1 && !service_prefix) { // This puts all operations under a single binding fprintf(stderr, "\nWarning: %d service bindings found, but collected as one service (use option -Nname to produce a separate service for each binding)\n", binding_count); } // Analyze and collect service data for (vector::const_iterator binding = definitions.binding.begin(); binding != definitions.binding.end(); ++binding) { // /definitions/binding/documentation const char *binding_documentation = (*binding).documentation; // /definitions/binding/soap:binding soap__binding *soap__binding_ = (*binding).soap__binding_; // /definitions/binding/soap:binding/@transport const char *soap__binding_transport = NULL; int version = 0; if (soap__binding_) soap__binding_transport = soap__binding_->transport; else if ((*binding).wsoap__version && strlen((*binding).wsoap__version) > 2) version = (*binding).wsoap__version[2]-'0'; // WSDL 2.0 else if (!(*binding).http__binding_) version = 2; // assume WSDL 2.0 if (version == 2) soap12 = true; // /definitions/binding/@soap:protocol if ((*binding).wsoap__protocol) soap__binding_transport = (*binding).wsoap__protocol; // /definitions/binding/@name const char *binding_name = ""; if ((*binding).name) binding_name = (*binding).name; else if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) { size_t l = strlen((*binding).portTypePtr()->name); char *s = (char*)soap_malloc(definitions.soap, l + 8); if (s) { soap_strcpy(s, l + 8, (*binding).portTypePtr()->name); soap_strcpy(s + l, 8, "Binding"); binding_name = s; } } if (!Rflag && (!soap__binding_transport || (strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") && strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/")))) { // -R not set: skip WSDL REST bindings if (!Wflag) fprintf(stderr, "\nWarning: ignoring RESTful binding \"%s\" because of non-SOAP transport \"%s\" (use option -R to enable REST)\n", binding_name, soap__binding_transport ? soap__binding_transport : ""); } else { // /definitions/binding/@type const char *binding_type = NULL; if ((*binding).type_) binding_type = (*binding).type_; // TODO: need to find the Policy of portType, though it is never used...? // const wsp__Policy *portType_policy = NULL; // /definitions/binding/wsp:Policy and wsp:PolicyReference /* const wsp__Policy *binding_policy = NULL; if ((*binding).wsp__Policy_) binding_policy = (*binding).wsp__Policy_; if ((*binding).wsp__PolicyReference_) binding_policy = (*binding).wsp__PolicyReference_->policyPtr(); */ // /definitions/binding/http:binding http__binding *http__binding_ = (*binding).http__binding_; const char *http__binding_verb = NULL; if (http__binding_) http__binding_verb = http__binding_->verb; // HTTP POST and GET else if ((*binding).whttp__methodDefault) http__binding_verb = (*binding).whttp__methodDefault; // HTTP POST and GET // /definitions/binding/soap:binding/@style soap__styleChoice soap__binding_style = document; if (soap__binding_ && soap__binding_->style) soap__binding_style = *soap__binding_->style; // /definitions/binding/operation* for (vector::const_iterator operation = (*binding).operation.begin(); operation != (*binding).operation.end(); ++operation) { // /definitions/portType/operation/ associated with /definitions/binding/operation wsdl__operation *wsdl__operation_ = (*operation).operationPtr(); // /definitions/binding/operation/soap:operation soap__operation *soap__operation_ = (*operation).soap__operation_; // /definitions/binding/operation/soap:operation/@style soap__styleChoice soap__operation_style = soap__binding_style; if (soap__operation_ && soap__operation_->style) soap__operation_style = *soap__operation_->style; // /definitions/binding/@wsoap:mepDefault const char *soap__operation_mep = (*binding).wsoap__mepDefault; // /definitions/binding/operation/@wsoap:mep if ((*operation).wsoap__mep) soap__operation_mep = (*operation).wsoap__mep; // /definitions/binding/operation/@whttp:method const char *http_method = http__binding_verb; if ((*operation).whttp__method) http_method = (*operation).whttp__method; // /definitions/binding/operation/@wsoap:action const char *soap__operation_action = NULL; if ((*operation).wsoap__action) soap__operation_action = (*operation).wsoap__action; // /definitions/binding/operation/http:operation http__operation *http__operation_ = (*operation).http__operation_; // /definitions/binding/wsp:Policy and wsp:PolicyReference const wsp__Policy *ext_operation_policy = NULL; if ((*operation).wsp__Policy_) ext_operation_policy = (*operation).wsp__Policy_; if ((*operation).wsp__PolicyReference_) ext_operation_policy = (*operation).wsp__PolicyReference_->policyPtr(); // /definitions/binding/operation/http:operation/@location const char *http__operation_location = NULL; if (http__operation_) http__operation_location = http__operation_->location; else if ((*operation).whttp__location) http__operation_location = (*operation).whttp__location; // /definitions/binding/operation/input and output wsdl__ext_ioput *ext_input, *ext_output; // /definitions/portType/operation if (wsdl__operation_ && wsdl__operation_->name) { bool reversed = false; wsdl__ioput *input = NULL; wsdl__ioput *output = NULL; // normalize input/output order for solicit-response operations if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_input) input = wsdl__operation_->__ioput1.input; else if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_output) { reversed = true; input = wsdl__operation_->__ioput1.output; } if (wsdl__operation_->__union2 == SOAP_UNION_wsdl__union_ioput_input) { reversed = true; output = wsdl__operation_->__ioput2.input; } else if (wsdl__operation_->__union2 == SOAP_UNION_wsdl__union_ioput_output) output = wsdl__operation_->__ioput2.output; else // one input only or one output only (or none) { reversed = false; input = NULL; output = NULL; if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_input) input = wsdl__operation_->__ioput1.input; else if (wsdl__operation_->__union1 == SOAP_UNION_wsdl__union_ioput_output) output = wsdl__operation_->__ioput1.output; } if (!reversed) { ext_input = (*operation).input; ext_output = (*operation).output; } else { ext_input = (*operation).output; ext_output = (*operation).input; } if ((http_method && !strcmp(http_method, "GET")) || (wsdl__operation_->pattern && !strstr(wsdl__operation_->pattern, "in"))) input = NULL; if (wsdl__operation_->pattern && !strstr(wsdl__operation_->pattern, "out")) output = NULL; if (wsdl__operation_->pattern) // WSDL 2.0 { soap__operation_style = document; if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/rpc")) soap__operation_style = rpc; else if ((*binding).portTypePtr() && (*binding).portTypePtr()->styleDefault && !strcmp( (*binding).portTypePtr()->styleDefault, "http://www.w3.org/ns/wsdl/rpc")) soap__operation_style = rpc; } // /definitions/binding/wsp:Policy and wsp:PolicyReference const wsp__Policy *operation_policy = NULL; if (wsdl__operation_->wsp__Policy_) operation_policy = wsdl__operation_->wsp__Policy_; if (wsdl__operation_->wsp__PolicyReference_) operation_policy = wsdl__operation_->wsp__PolicyReference_->policyPtr(); if (!Rflag && (http__operation_ || http__operation_location)) { // skip WSDL REST HTTP operations if (!Wflag) fprintf(stderr, "\nWarning: ignoring RESTful operation \"%s\" in binding \"%s\" (use option -R to enable REST)\n", wsdl__operation_->name, binding_name); } else if (input) { soap__body *input_body = NULL; mime__mimeXml *input_mime = NULL; mime__content *input_mime_content = NULL; if (!reversed && ext_input) { input_body = ext_input->soap__body_; input_mime = ext_input->mime__mimeXml_; input_mime_content = ext_input->mime__content_; if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { input_body = (*part).soap__body_; break; } } } else if (ext_output) { input_body = ext_output->soap__body_; input_mime = ext_output->mime__mimeXml_; input_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { input_body = (*part).soap__body_; break; } } } if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/style/iri")) { input_mime_content = soap_new_mime__content(definitions.soap); input_mime_content->soap_default(definitions.soap); input_mime_content->type = (char*)"application/x-www-form-urlencoded"; } // MUST have an input binding, otherwise can't generate a service operation if (input_body || input_mime || input_mime_content || input->element) { char *URI; if (input_body && soap__operation_style == rpc) URI = input_body->namespace_; else if (binding_count == 1 || !service_prefix) URI = definitions.targetNamespace; else { // multiple service bidings are used, each needs a unique new URI size_t l = strlen(definitions.targetNamespace) + strlen(binding_name); URI = (char*)soap_malloc(definitions.soap, l + 2); if (URI) { soap_strcpy(URI, l + 2, definitions.targetNamespace); size_t n = strlen(URI); if (n > 0 && URI[n-1] != '/') { soap_strcpy(URI + n, l + 2 - n, "/"); ++n; } soap_strcpy(URI + n, l + 2 - n, binding_name); } } if (URI) { const char *prefix = types.nsprefix(service_prefix, URI); const char *name = types.aname(NULL, NULL, binding_name); // name of service is binding name Service *service = services[prefix]; if (!service) { service = services[prefix] = new Service(); service->prefix = prefix; service->URI = urienc(definitions.soap, URI); service->name = name; service->transport = soap__binding_transport; if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) service->type = types.aname(NULL, NULL, (*binding).portTypePtr()->name); else service->type = NULL; // collect faults (TODO: this is not used anywhere) for (vector::const_iterator fault = (*binding).fault.begin(); fault != (*binding).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) service->fault[f->name] = f; } // collect policies for the bindings for (vector::const_iterator p = (*binding).wsp__Policy_.begin(); p != (*binding).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*binding).wsp__PolicyReference_.begin(); r != (*binding).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); // collect policies for the service endpoints for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator p = (*s).wsp__Policy_.begin(); p != (*s).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*s).wsp__PolicyReference_.begin(); r != (*s).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); } // collect BPEL 2.0 partner link roles for (vector::const_iterator p = definitions.plnk__partnerLinkType.begin(); p != definitions.plnk__partnerLinkType.end(); ++p) { for (vector::const_iterator r = (*p).role.begin(); r != (*p).role.end(); ++r) { if ((binding_count > 1 && !service_prefix) || (*r).portTypePtr() == (*binding).portTypePtr()) service->role.push_back(&(*r)); } } } for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator port = (*s).port.begin(); port != (*s).port.end(); ++port) { if ((*port).bindingPtr() == &(*binding)) { if ((*port).soap__address_ && (*port).soap__address_->location) service->location.insert(urienc(definitions.soap, (*port).soap__address_->location)); if ((*port).wsa__EndpointReference && (*port).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*port).wsa__EndpointReference->Address)); if ((*port).http__address_ && (*port).http__address_->location) service->location.insert(urienc(definitions.soap, (*port).http__address_->location)); // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*port).documentation && (*port).name) service->port_documentation[(*port).name] = (*port).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*port).wsp__Policy_) service->policy.push_back((*port).wsp__Policy_); if ((*port).wsp__PolicyReference_ && (*port).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*port).wsp__PolicyReference_->policyPtr()); } } for (vector::const_iterator endpoint = (*s).endpoint.begin(); endpoint != (*s).endpoint.end(); ++endpoint) { if ((*endpoint).bindingPtr() == &(*binding)) { if ((*endpoint).address) service->location.insert(urienc(definitions.soap, (*endpoint).address)); if ((*endpoint).wsa__EndpointReference && (*endpoint).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*endpoint).wsa__EndpointReference->Address)); if ((*endpoint).http__address_ && (*endpoint).http__address_->location) service->location.insert(urienc(definitions.soap, (*endpoint).http__address_->location)); // TODO: locations need auth // service->auth_scheme = (*endpoint).whttp__authenticationScheme; // service->auth_realm = (*endpoint).whttp__authenticationRealm; // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*endpoint).documentation && (*endpoint).name) service->port_documentation[(*endpoint).name] = (*endpoint).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*endpoint).wsp__Policy_) service->policy.push_back((*endpoint).wsp__Policy_); if ((*endpoint).wsp__PolicyReference_ && (*endpoint).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*endpoint).wsp__PolicyReference_->policyPtr()); } } } Operation *op = new Operation(); op->operation = wsdl__operation_; op->name = types.aname(NULL, NULL, wsdl__operation_->name); op->prefix = prefix; op->URI = urienc(definitions.soap, URI); op->style = soap__operation_style; op->mep = soap__operation_mep; if (soap__binding_transport && (!strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") || !strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/"))) { if ((op->mep && strstr(op->mep, "soap-response")) || (http_method && !strcmp(http_method, "GET"))) op->protocol = "SOAP-GET"; else if (version == 1) op->protocol = "SOAP1.1"; else if (version == 2) op->protocol = "SOAP1.2"; else op->protocol = "SOAP"; } else { if (http_method) op->protocol = http_method; else op->protocol = "HTTP"; } op->documentation = wsdl__operation_->documentation; op->operation_documentation = (*operation).documentation; op->parameterOrder = wsdl__operation_->parameterOrder; if (http__operation_location) op->action = http__operation_location; // TODO: for now, store HTTP location in action else { op->action = soap__operation_action; if ((*operation).soap__operation_) { if ((*operation).soap__operation_->soapActionRequired) op->action = (*operation).soap__operation_->soapAction; } else if (version != 2) op->action = ""; } if (operation_policy) op->policy.push_back(operation_policy); if (ext_operation_policy) op->policy.push_back(ext_operation_policy); op->input = new Message(); op->input->name = wsdl__operation_->name; if (input_body && soap__operation_style == rpc && !input_body->namespace_) { op->input->URI = ""; fprintf(stderr, "\nError: no soap:body namespace attribute\n"); } else if (input_body) op->input->URI = urienc(definitions.soap, input_body->namespace_); else op->input->URI = service->URI; op->input->style = soap__operation_style; if (input_body) { op->input->use = input_body->use; op->input->encodingStyle = input_body->encodingStyle; } if (input->wsa__Action) op->input->action = input->wsa__Action; else if (input->wsam__Action) op->input->action = input->wsam__Action; else if (op->action) op->input->action = op->action; else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = input->name ? input->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 3); if (tmp) { (SOAP_SNPRINTF(tmp, l + 3, l + 2), "%s/%s/%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name); op->input->action = tmp; } } op->input->message = input->messagePtr(); op->input->element = input->elementPtr(); op->input->part = NULL; op->input->mustUnderstand = false; op->input->multipartRelated = NULL; op->input->content = input_mime_content; op->input->body_parts = NULL; op->input->layout = NULL; op->input->ext_documentation = NULL; if (ext_input) { op->input->multipartRelated = ext_input->mime__multipartRelated_; if (ext_input->mime__multipartRelated_ && !ext_input->mime__multipartRelated_->part.empty()) op->input->header = ext_input->mime__multipartRelated_->part.front().soap__header_; else if (!ext_input->soap__header_.empty()) op->input->header = ext_input->soap__header_; else if (!ext_input->wsoap__header_.empty()) op->input->wheader = ext_input->wsoap__header_; if (ext_input->mime__multipartRelated_ && !ext_input->mime__multipartRelated_->part.empty() && ext_input->mime__multipartRelated_->part.front().soap__body_) op->input->body_parts = ext_input->mime__multipartRelated_->part.front().soap__body_->parts; else if (input_body) op->input->body_parts = input_body->parts; if (ext_input->dime__message_) op->input->layout = ext_input->dime__message_->layout; else op->input->layout = NULL; op->input->ext_documentation = ext_input->documentation; } op->input->documentation = input->documentation; // collect input message policies if (op->input->message) { for (vector::const_iterator p = op->input->message->wsp__Policy_.begin(); p != op->input->message->wsp__Policy_.end(); ++p) op->input->policy.push_back(&(*p)); for (vector::const_iterator r = op->input->message->wsp__PolicyReference_.begin(); r != op->input->message->wsp__PolicyReference_.end(); ++r) op->input->policy.push_back((*r).policyPtr()); } if (input->wsp__Policy_) op->input->policy.push_back(input->wsp__Policy_); if (input->wsp__PolicyReference_ && input->wsp__PolicyReference_->policyPtr()) op->input->policy.push_back(input->wsp__PolicyReference_->policyPtr()); if (ext_input) { if (ext_input->wsp__Policy_) op->input->policy.push_back(ext_input->wsp__Policy_); if (ext_input->wsp__PolicyReference_ && ext_input->wsp__PolicyReference_->policyPtr()) op->input->policy.push_back(ext_input->wsp__PolicyReference_->policyPtr()); } if (soap__operation_style == document) op->input_name = types.oname("__", op->URI, op->input->name); else op->input_name = types.oname(NULL, op->input->URI, op->input->name); if (output) { soap__body *output_body = NULL; mime__mimeXml *output_mime = NULL; mime__content *output_mime_content = NULL; if (ext_output) { output_body = ext_output->soap__body_; output_mime = ext_output->mime__mimeXml_; output_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } if (ext_output && ext_output->mime__content_) { op->output = new Message(); op->output->name = NULL; op->output->URI = NULL; op->output->style = soap__operation_style; op->output->use = literal; op->output->encodingStyle = NULL; op->output->action = NULL; op->output->body_parts = NULL; op->output->part = NULL; op->output->mustUnderstand = false; op->output->multipartRelated = NULL; op->output->content = output_mime_content; op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->layout = NULL; } else if (output_body || output_mime || output_mime_content || output->element) { op->output = new Message(); op->output->name = wsdl__operation_->name; // RPC uses operation/@name with suffix 'Response' as set below op->output->style = soap__operation_style; if (output_body) { op->output->use = output_body->use; // the code below is a hack around the RPC encoded response message element tag mismatch with Axis: if (!output_body->namespace_ || output_body->use == encoded) op->output->URI = op->input->URI; // encoded seems (?) to require the request's namespace else op->output->URI = urienc(definitions.soap, output_body->namespace_); op->output->encodingStyle = output_body->encodingStyle; } else op->output->URI = service->URI; if (output->wsa__Action) op->output->action = output->wsa__Action; else if (output->wsam__Action) op->output->action = output->wsam__Action; else if (http__operation_location) op->output->action = NULL; else if (op->action) { size_t l = strlen(op->action); char *tmp = (char*)soap_malloc(definitions.soap, l + 9); if (tmp) { (SOAP_SNPRINTF(tmp, l + 9, l + 8), "%sResponse", op->action); op->output->action = tmp; } } else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = output->name ? output->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 11); if (tmp) { (SOAP_SNPRINTF(tmp, l + 11, l + 10), "%s/%s/%s%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name, output->name ? "" : "Response"); op->output->action = tmp; } } op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->part = NULL; op->output->content = output_mime_content; op->output->body_parts = NULL; op->output->layout = NULL; op->output->ext_documentation = NULL; op->output->mustUnderstand = false; } if (ext_output) { op->output->multipartRelated = ext_output->mime__multipartRelated_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty()) op->output->header = ext_output->mime__multipartRelated_->part.front().soap__header_; else if (!ext_output->soap__header_.empty()) op->output->header = ext_output->soap__header_; else if (!ext_output->wsoap__header_.empty()) op->output->wheader = ext_output->wsoap__header_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty() && ext_output->mime__multipartRelated_->part.front().soap__body_) op->output->body_parts = ext_output->mime__multipartRelated_->part.front().soap__body_->parts; else if (output_body) op->output->body_parts = output_body->parts; if (ext_output->dime__message_) op->output->layout = ext_output->dime__message_->layout; else op->output->layout = NULL; op->output->ext_documentation = ext_output->documentation; } if (op->output->name) { size_t l = strlen(op->output->name); char *s = (char*)soap_malloc(definitions.soap, l + 9); if (s) { (SOAP_SNPRINTF(s, l + 9, l + 8), "%sResponse", op->output->name); if (soap__operation_style == document) op->output_name = types.oname("__", op->URI, s); else op->output_name = types.oname(NULL, op->output->URI, s); } } op->output->documentation = output->documentation; // collect output message policies if (op->output->message) { for (vector::const_iterator p = op->output->message->wsp__Policy_.begin(); p != op->output->message->wsp__Policy_.end(); ++p) op->output->policy.push_back(&(*p)); for (vector::const_iterator r = op->output->message->wsp__PolicyReference_.begin(); r != op->output->message->wsp__PolicyReference_.end(); ++r) op->output->policy.push_back((*r).policyPtr()); } if (output->wsp__Policy_) op->output->policy.push_back(output->wsp__Policy_); if (output->wsp__PolicyReference_ && output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(output->wsp__PolicyReference_->policyPtr()); if (ext_output) { if (ext_output->wsp__Policy_) op->output->policy.push_back(ext_output->wsp__Policy_); if (ext_output->wsp__PolicyReference_ && ext_output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(ext_output->wsp__PolicyReference_->policyPtr()); } } else { op->output_name = NULL; op->output = NULL; } analyze_headers(definitions, service, ext_input, ext_output); analyze_faults(definitions, service, op, operation); service->operation.push_back(op); } else { if (!Wflag) fprintf(stderr, "\nWarning: no SOAP RPC operation namespace, operations will be ignored\n"); } } else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/input\n"); } else if (output) { // This part is similar to the previous clause, limited to one-way output operations soap__body *output_body = NULL; mime__mimeXml *output_mime = NULL; mime__content *output_mime_content = NULL; if (!reversed && ext_output) { output_body = ext_output->soap__body_; output_mime = ext_output->mime__mimeXml_; output_mime_content = ext_output->mime__content_; if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } else if (ext_input) { output_body = ext_input->soap__body_; output_mime = ext_input->mime__mimeXml_; output_mime_content = ext_input->mime__content_; if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if ((*part).soap__body_) { output_body = (*part).soap__body_; break; } } } if (wsdl__operation_->style && !strcmp(wsdl__operation_->style, "http://www.w3.org/ns/wsdl/style/iri")) { output_mime_content = soap_new_mime__content(definitions.soap); output_mime_content->soap_default(definitions.soap); output_mime_content->type = (char*)"application/x-www-form-urlencoded"; } if (output_body || output_mime || output_mime_content || output->element) { char *URI; if (output_body && soap__operation_style == rpc) URI = output_body->namespace_; else if (binding_count == 1 || !service_prefix) URI = definitions.targetNamespace; else { // multiple service bidings are used, each needs a unique new URI size_t l = strlen(definitions.targetNamespace) + strlen(binding_name); URI = (char*)soap_malloc(definitions.soap, l + 2); if (URI) { soap_strcpy(URI, l + 2, definitions.targetNamespace); size_t n = strlen(URI); if (n > 0 && URI[n-1] != '/') { soap_strcpy(URI + n, l + 2 - n, "/"); ++n; } soap_strcpy(URI + n, l + 2 - n, binding_name); } } if (URI) { const char *prefix = types.nsprefix(service_prefix, URI); const char *name = types.aname(NULL, NULL, binding_name); // name of service is binding name Service *service = services[prefix]; if (!service) { service = services[prefix] = new Service(); service->prefix = prefix; service->URI = urienc(definitions.soap, URI); service->name = name; service->transport = soap__binding_transport; if ((*binding).portTypePtr() && (*binding).portTypePtr()->name) service->type = types.aname(NULL, NULL, (*binding).portTypePtr()->name); else service->type = NULL; // collect faults (TODO: this is not used anywhere) for (vector::const_iterator fault = (*binding).fault.begin(); fault != (*binding).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) service->fault[f->name] = f; } // collect policies for the bindings for (vector::const_iterator p = (*binding).wsp__Policy_.begin(); p != (*binding).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*binding).wsp__PolicyReference_.begin(); r != (*binding).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); // collect policies for the service endpoints for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator p = (*s).wsp__Policy_.begin(); p != (*s).wsp__Policy_.end(); ++p) service->policy.push_back(&(*p)); for (vector::const_iterator r = (*s).wsp__PolicyReference_.begin(); r != (*s).wsp__PolicyReference_.end(); ++r) service->policy.push_back((*r).policyPtr()); } // collect BPEL 2.0 partner link roles for (vector::const_iterator p = definitions.plnk__partnerLinkType.begin(); p != definitions.plnk__partnerLinkType.end(); ++p) { for (vector::const_iterator r = (*p).role.begin(); r != (*p).role.end(); ++r) { if ((binding_count > 1 && !service_prefix) || (*r).portTypePtr() == (*binding).portTypePtr()) service->role.push_back(&(*r)); } } } for (vector::const_iterator s = definitions.service.begin(); s != definitions.service.end(); ++s) { for (vector::const_iterator port = (*s).port.begin(); port != (*s).port.end(); ++port) { if ((*port).bindingPtr() == &(*binding)) { if ((*port).soap__address_ && (*port).soap__address_->location) service->location.insert(urienc(definitions.soap, (*port).soap__address_->location)); else if ((*port).wsa__EndpointReference && (*port).wsa__EndpointReference->Address) service->location.insert(urienc(definitions.soap, (*port).wsa__EndpointReference->Address)); // TODO: HTTP address for HTTP operations // if ((*port).http__address_) // http__address_location = http__address_->location; // collect service documentation if ((*s).documentation) service->service_documentation[(*service).name] = (*s).documentation; if ((*port).documentation && (*port).name) service->port_documentation[(*port).name] = (*port).documentation; if (binding_documentation) service->binding_documentation[binding_name] = binding_documentation; // collect policies for the service and endpoints if ((*port).wsp__Policy_) service->policy.push_back((*port).wsp__Policy_); if ((*port).wsp__PolicyReference_ && (*port).wsp__PolicyReference_->policyPtr()) service->policy.push_back((*port).wsp__PolicyReference_->policyPtr()); } } } Operation *op = new Operation(); op->operation = wsdl__operation_; op->input_name = NULL; op->input = NULL; op->name = types.aname(NULL, NULL, wsdl__operation_->name); op->prefix = prefix; op->URI = urienc(definitions.soap, URI); op->style = soap__operation_style; op->mep = soap__operation_mep; if (soap__binding_transport && (!strcmp(soap__binding_transport+strlen(soap__binding_transport)-4, "http") || !strcmp(soap__binding_transport+strlen(soap__binding_transport)-5, "HTTP/"))) { if ((op->mep && strstr(op->mep, "soap-response")) || (http_method && !strcmp(http_method, "GET"))) op->protocol = "SOAP-GET"; else if (version == 1) op->protocol = "SOAP1.1"; else if (version == 2) op->protocol = "SOAP1.2"; else op->protocol = "SOAP"; } else { if (http_method) op->protocol = http_method; else op->protocol = "HTTP"; } op->documentation = wsdl__operation_->documentation; op->operation_documentation = (*operation).documentation; op->parameterOrder = wsdl__operation_->parameterOrder; if (http__operation_location) op->action = http__operation_location; // TODO: for now, store HTTP location in action else { op->action = soap__operation_action; if ((*operation).soap__operation_) { if ((*operation).soap__operation_->soapActionRequired) op->action = (*operation).soap__operation_->soapAction; } else if (version != 2) op->action = ""; } if (operation_policy) op->policy.push_back(operation_policy); if (ext_operation_policy) op->policy.push_back(ext_operation_policy); op->output = new Message(); // one-way output operation op->output->name = wsdl__operation_->name; // RPC uses operation/@name if (output_body && soap__operation_style == rpc && !output_body->namespace_) { op->output->URI = ""; fprintf(stderr, "\nError: no soap:body namespace attribute\n"); } else if (output_body) op->output->URI = urienc(definitions.soap, output_body->namespace_); else op->output->URI = service->URI; op->output->style = soap__operation_style; if (output_body) { op->output->use = output_body->use; op->output->encodingStyle = output_body->encodingStyle; } if (output->wsa__Action) op->output->action = output->wsa__Action; else if (output->wsam__Action) op->output->action = output->wsam__Action; else if (op->action) op->output->action = op->action; else if (definitions.targetNamespace && (*binding).portTypePtr() && (*binding).portTypePtr()->name) { const char *name = output->name ? output->name : op->name; size_t l = strlen(definitions.targetNamespace) + strlen((*binding).portTypePtr()->name) + strlen(name); char *tmp = (char*)soap_malloc(definitions.soap, l + 3); if (tmp) { (SOAP_SNPRINTF(tmp, l + 3, l + 2), "%s/%s/%s", definitions.targetNamespace, (*binding).portTypePtr()->name, name); op->output->action = tmp; } } op->output->message = output->messagePtr(); op->output->element = output->elementPtr(); op->output->part = NULL; op->output->mustUnderstand = false; op->output->multipartRelated = NULL; op->output->content = output_mime_content; op->output->body_parts = NULL; op->output->layout = NULL; op->output->ext_documentation = NULL; if (ext_output) { op->output->multipartRelated = ext_output->mime__multipartRelated_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty()) op->output->header = ext_output->mime__multipartRelated_->part.front().soap__header_; else if (!ext_output->soap__header_.empty()) op->output->header = ext_output->soap__header_; else if (!ext_output->wsoap__header_.empty()) op->output->wheader = ext_output->wsoap__header_; if (ext_output->mime__multipartRelated_ && !ext_output->mime__multipartRelated_->part.empty() && ext_output->mime__multipartRelated_->part.front().soap__body_) op->output->body_parts = ext_output->mime__multipartRelated_->part.front().soap__body_->parts; else if (output_body) op->output->body_parts = output_body->parts; if (ext_output->dime__message_) op->output->layout = ext_output->dime__message_->layout; else op->output->layout = NULL; op->output->ext_documentation = ext_output->documentation; } op->output->documentation = output->documentation; // collect output message policies if (op->output->message) { for (vector::const_iterator p = op->output->message->wsp__Policy_.begin(); p != op->output->message->wsp__Policy_.end(); ++p) op->output->policy.push_back(&(*p)); for (vector::const_iterator r = op->output->message->wsp__PolicyReference_.begin(); r != op->output->message->wsp__PolicyReference_.end(); ++r) op->output->policy.push_back((*r).policyPtr()); } if (output->wsp__Policy_) op->output->policy.push_back(output->wsp__Policy_); if (output->wsp__PolicyReference_ && output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(output->wsp__PolicyReference_->policyPtr()); if (ext_output) { if (ext_output->wsp__Policy_) op->output->policy.push_back(ext_output->wsp__Policy_); if (ext_output->wsp__PolicyReference_ && ext_output->wsp__PolicyReference_->policyPtr()) op->output->policy.push_back(ext_output->wsp__PolicyReference_->policyPtr()); } if (soap__operation_style == document) op->input_name = types.oname("__", op->URI, op->output->name); else op->input_name = types.oname(NULL, op->output->URI, op->output->name); size_t l = strlen(op->output->name); char *s = (char*)soap_malloc(definitions.soap, l + 9); if (s) { (SOAP_SNPRINTF(s, l + 9, l + 8), "%sResponse", op->output->name); if (soap__operation_style == document) op->output_name = types.oname("__", op->URI, s); else op->output_name = types.oname(NULL, op->output->URI, s); } analyze_headers(definitions, service, ext_input, ext_output); analyze_faults(definitions, service, op, operation); service->operation.push_back(op); } else { if (!Wflag) fprintf(stderr, "\nWarning: no SOAP RPC operation namespace, operations will be ignored\n"); } } else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/output\n"); } else fprintf(stderr, "\nError: no wsdl:definitions/portType/operation/input and output\n"); } else fprintf(stderr, "\nError: no wsdl:definitions/portType/operation\n"); } } } } void Definitions::analyze_headers(const wsdl__definitions& definitions, Service *service, wsdl__ext_ioput *ext_input, wsdl__ext_ioput *ext_output) { // collect input headers and headerfaults if (ext_input) { const vector *soap__header_ = NULL; // check if soap header is in mime:multipartRelated if (ext_input->mime__multipartRelated_) { for (vector::const_iterator part = ext_input->mime__multipartRelated_->part.begin(); part != ext_input->mime__multipartRelated_->part.end(); ++part) if (!(*part).soap__header_.empty()) { soap__header_ = &(*part).soap__header_; break; } } if (!soap__header_) soap__header_ = &ext_input->soap__header_; for (vector::const_iterator header = soap__header_->begin(); header != soap__header_->end(); ++header) { Message *h = new Message(); h->message = (*header).messagePtr(); h->element = NULL; h->body_parts = NULL; h->part = (*header).partPtr(); if ((*header).namespace_) h->URI = urienc(definitions.soap, (*header).namespace_); else h->URI = service->URI; if (h->part && h->part->element) h->name = types.aname(NULL, NULL, h->part->element); else if (h->URI && h->part && h->part->name && h->part->type) h->name = types.aname(NULL, h->URI, h->part->name); else { fprintf(stderr, "\nError in SOAP Header part definition: input part \"%s\" missing?\n", h->part && h->part->name ? h->part->name : "?"); h->name = ""; } h->encodingStyle = (*header).encodingStyle; h->style = document; // irrelevant h->use = (*header).use; h->mustUnderstand = true; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may wanto to add document content h->documentation = NULL; // TODO: may wanto to add document content service->header[h->name] = h; for (vector::const_iterator headerfault = (*header).headerfault.begin(); headerfault != (*header).headerfault.end(); ++headerfault) { // TODO: headerfault processing. This is practically never used...! } } for (vector::const_iterator wheader = ext_input->wsoap__header_.begin(); wheader != ext_input->wsoap__header_.end(); ++wheader) { Message *h = new Message(); h->message = NULL; h->element = (*wheader).elementPtr(); h->body_parts = NULL; h->part = NULL; h->URI = NULL; h->mustUnderstand = (*wheader).mustUnderstand_; h->name = types.aname(NULL, NULL, (*wheader).element); h->encodingStyle = NULL; h->style = document; // irrelevant h->use = literal; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; } } // collect output headers and headerfaults if (ext_output) { const vector *soap__header_ = NULL; // check if soap header is in mime:multipartRelated if (ext_output->mime__multipartRelated_) { for (vector::const_iterator part = ext_output->mime__multipartRelated_->part.begin(); part != ext_output->mime__multipartRelated_->part.end(); ++part) if (!(*part).soap__header_.empty()) { soap__header_ = &(*part).soap__header_; break; } } if (!soap__header_) soap__header_ = &ext_output->soap__header_; for (vector::const_iterator header = soap__header_->begin(); header != soap__header_->end(); ++header) { Message *h = new Message(); h->message = (*header).messagePtr(); h->element = NULL; h->body_parts = NULL; h->part = (*header).partPtr(); h->URI = urienc(definitions.soap, (*header).namespace_); if (h->part && h->part->element) h->name = types.aname(NULL, NULL, h->part->element); else if (h->URI && h->part && h->part->name && h->part->type) h->name = types.aname(NULL, h->URI, h->part->name); else { fprintf(stderr, "\nError in SOAP Header part definition: output part \"%s\" missing?\n", h->part && h->part->name ? h->part->name : "?"); h->name = ""; } h->encodingStyle = (*header).encodingStyle; h->style = document; // irrelevant h->use = (*header).use; h->mustUnderstand = false; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; for (vector::const_iterator headerfault = (*header).headerfault.begin(); headerfault != (*header).headerfault.end(); ++headerfault) { // TODO: headerfault processing. This is practically never used...! } } for (vector::const_iterator wheader = ext_output->wsoap__header_.begin(); wheader != ext_output->wsoap__header_.end(); ++wheader) { Message *h = new Message(); h->message = NULL; h->element = (*wheader).elementPtr(); h->body_parts = NULL; h->part = NULL; h->URI = NULL; h->mustUnderstand = (*wheader).mustUnderstand_; h->name = types.aname(NULL, NULL, (*wheader).element); h->encodingStyle = NULL; h->style = document; // irrelevant h->use = literal; h->multipartRelated = NULL; h->content = NULL; h->layout = NULL; h->ext_documentation = NULL; // TODO: may want to add document content h->documentation = NULL; // TODO: may want to add document content service->header[h->name] = h; } } } void Definitions::analyze_faults(const wsdl__definitions& definitions, Service *service, Operation *op, vector::const_iterator& operation) { for (vector::const_iterator fault = (*operation).fault.begin(); fault != (*operation).fault.end(); ++fault) { Message *f = analyze_fault(definitions, service, *fault); if (f) { op->outfault.push_back(f); service->fault[f->name] = f; } } for (vector::const_iterator infault = (*operation).infault.begin(); infault != (*operation).infault.end(); ++infault) { Message *f = analyze_fault(definitions, service, *infault); if (f) { op->infault.push_back(f); service->fault[f->name] = f; } } for (vector::const_iterator outfault = (*operation).outfault.begin(); outfault != (*operation).outfault.end(); ++outfault) { Message *f = analyze_fault(definitions, service, *outfault); if (f) { op->outfault.push_back(f); service->fault[f->name] = f; } } } Message *Definitions::analyze_fault(const wsdl__definitions& definitions, Service *service, const wsdl__ext_fault& ext_fault) { Message *f = NULL; const wsdl__fault *fault = ext_fault.faultPtr(); if (fault && (fault->messagePtr() || fault->elementPtr())) { f = new Message(); f->message = fault->messagePtr(); f->element = fault->elementPtr(); f->body_parts = NULL; f->part = NULL; f->encodingStyle = NULL; if (ext_fault.soap__fault_) f->encodingStyle = ext_fault.soap__fault_->encodingStyle; f->action = NULL; if (fault->wsa__Action) f->action = fault->wsa__Action; else f->action = fault->wsam__Action; if (f->element && f->element->schemaPtr()) f->URI = urienc(definitions.soap, f->element->schemaPtr()->targetNamespace); else if (ext_fault.soap__fault_ && ext_fault.soap__fault_->namespace_) f->URI = urienc(definitions.soap, ext_fault.soap__fault_->namespace_); else f->URI = service->URI; // must have a unique URI f->style = document; // irrelevant f->use = literal; if (ext_fault.soap__fault_) f->use = ext_fault.soap__fault_->use; if (ext_fault.wsoap__code) { size_t l = strlen(ext_fault.wsoap__code); if (ext_fault.wsoap__subcodes) l += strlen(ext_fault.wsoap__subcodes); char *s = (char*)soap_malloc(definitions.soap, l + 40); if (s) { (SOAP_SNPRINTF(s, l + 40, l + 19), "\"%s\" with subcodes \"%s\"", ext_fault.wsoap__code, ext_fault.wsoap__subcodes ? ext_fault.wsoap__subcodes : ""); f->body_parts = s; } } else f->ext_documentation = ext_fault.documentation; f->mustUnderstand = false; f->multipartRelated = NULL; f->content = NULL; f->layout = NULL; if (f->message) { f->name = types.aname("_", f->URI, f->message->name); f->documentation = f->message->documentation; } else { f->name = types.aname(NULL, f->URI, fault->element); f->documentation = fault->documentation; } // collect fault message policies if (fault->wsp__Policy_) f->policy.push_back(fault->wsp__Policy_); if (fault->wsp__PolicyReference_ && fault->wsp__PolicyReference_->policyPtr()) f->policy.push_back(fault->wsp__PolicyReference_->policyPtr()); if (ext_fault.wsp__Policy_) f->policy.push_back(ext_fault.wsp__Policy_); if (ext_fault.wsp__PolicyReference_ && ext_fault.wsp__PolicyReference_->policyPtr()) f->policy.push_back(ext_fault.wsp__PolicyReference_->policyPtr()); } else if (ext_fault.soap__fault_ && ext_fault.soap__fault_->name) fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/fault/soap:fault \"%s\"\n", ext_fault.soap__fault_->name); else fprintf(stderr, "\nError: no wsdl:definitions/binding/operation/fault/soap:fault\n"); return f; } void Definitions::compile(const wsdl__definitions& definitions) { // compile the definitions and generate gSOAP header file const char *defs; if (definitions.name) defs = types.aname(NULL, NULL, definitions.name); else defs = "Service"; ident(); fprintf(stream, "/** @page page_notes Notes\n\n@note HINTS:\n - Run soapcpp2 on %s to generate the SOAP/XML processing logic.\n Use soapcpp2 -I to specify paths for #import\n To build with STL, 'stlvector.h' is imported from 'import' dir in package.\n Use soapcpp2 -j to generate improved proxy and server classes.\n - Use wsdl2h -c and -s to generate pure C code or C++ code without STL.\n - Use 'typemap.dat' to control namespace bindings and type mappings.\n It is strongly recommended to customize the names of the namespace prefixes\n generated by wsdl2h. To do so, modify the prefix bindings in the Namespaces\n section below and add the modified lines to 'typemap.dat' to rerun wsdl2h.\n - Use Doxygen (www.doxygen.org) on this file to generate documentation.\n - Use wsdl2h -R to generate REST operations.\n - Use wsdl2h -nname to use name as the base namespace prefix instead of 'ns'.\n - Use wsdl2h -Nname for service prefix and produce multiple service bindings\n - Use wsdl2h -d to enable DOM support for xsd:anyType.\n - Use wsdl2h -g to auto-generate readers and writers for root elements.\n - Use wsdl2h -b to auto-generate bi-directional operations (duplex ops).\n - Use wsdl2h -U to map XML names to C++ Unicode identifiers instead of _xNNNN.\n - Use wsdl2h -u to disable the generation of unions.\n - Struct/class members serialized as XML attributes are annotated with a '@'.\n - Struct/class members that have a special role are annotated with a '$'.\n\n@warning\n DO NOT INCLUDE THIS ANNOTATED FILE DIRECTLY IN YOUR PROJECT SOURCE CODE.\n USE THE FILES GENERATED BY soapcpp2 FOR YOUR PROJECT'S SOURCE CODE:\n THE soapStub.h FILE CONTAINS THIS CONTENT WITHOUT ANNOTATIONS.\n\n", outfile ? outfile : "this file"); fprintf(stream, "@copyright LICENSE:\n@verbatim\n%s@endverbatim\n\n*/\n\n", licensenotice); // gsoap compiler options: 'w' disables WSDL/schema output to avoid file collisions if (cflag) fprintf(stream, "\n//gsoapopt c,w\n"); else if (c11flag) fprintf(stream, "\n//gsoapopt c++11,w\n"); else fprintf(stream, "\n//gsoapopt c++,w\n"); banner("Definitions", definitions.targetNamespace ? definitions.targetNamespace : "targetNamespace"); // copy documentation from WSDL definitions if (definitions.documentation) { fprintf(stream, "/* WSDL Documentation:\n\n"); text(definitions.documentation); fprintf(stream, "*/\n\n"); } if (definitions.version) { banner("Version", definitions.version); fprintf(stream, "#define SOAP_WSDL_VERSION \"%s\"\n", definitions.version); } if (!cflag) { const char *s; if (!sflag) { s = types.vname("$CONTAINER"); if (s && *s != '*' && *s != '$') { banner("$CONTAINER", s); fprintf(stream, "template class %s;\n", s); } } s = types.vname("$POINTER"); if (s && *s != '*' && *s != '$') { banner("$POINTER", s); fprintf(stream, "volatile template class %s;\n", s); } } banner("Import"); if (!cflag && !sflag) { fprintf(stream, "#import \"stl.h\"\t// enable STL containers when used (option -s removes STL dependency)\n"); } if (dflag) { fprintf(stream, "\n// dom.h declares the DOM xsd__anyType object (compiler and link with dom.cpp)\n"); fprintf(stream, "#import \"dom.h\"\n"); } if (mflag) { fprintf(stream, "#import \""); fprintf(stream, "xsd.h\"\t// import primitive XSD types.\n"); } for (SetOfString::const_iterator u = exturis.begin(); u != exturis.end(); ++u) { bool found = false; size_t n = strlen(*u); for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { if (**i == '"' && !strncmp(*u, *i + 1, n) && (*i)[n+1] == '"') { found = true; break; } } if (!found) { for (SetOfString::const_iterator j = definitions.builtinElements().begin(); j != definitions.builtinElements().end(); ++j) { if (**j == '"' && !strncmp(*u, *j + 1, n) && (*j)[n+1] == '"') { found = true; break; } } } if (!found) { for (SetOfString::const_iterator k = definitions.builtinAttributes().begin(); k != definitions.builtinAttributes().end(); ++k) { if (**k == '"' && !strncmp(*u, *k + 1, n) && (*k)[n+1] == '"') { found = true; break; } } } if (found) { if (vflag) fprintf(stderr, "import %s\n", *u); fprintf(stream, "#import \"%s.h\"\t// %s = <%s>\n", types.nsprefix(NULL, *u), types.nsprefix(NULL, *u), *u); } } banner("Schema Namespaces"); // Determine if bindings use SOAP 1.2 soap12 = false; for (Namespace *p = definitions.soap->local_namespaces; p && p->id; p++) { if (p->out && !strcmp(p->id, "soap") && !strcmp(p->out, "http://schemas.xmlsoap.org/wsdl/soap12/")) { soap12 = true; break; } } if (!soap12) { for (vector::const_iterator i = definitions.import.begin(); i != definitions.import.end(); ++i) { if ((*i).definitionsPtr()) { for (Namespace *p = (*i).definitionsPtr()->soap->local_namespaces; p && p->id; p++) { if (p->out && !strcmp(p->id, "soap") && !strcmp(p->out, "http://schemas.xmlsoap.org/wsdl/soap12/")) { soap12 = true; break; } } } if (soap12) break; } } if (definitions.types) { fprintf(stream, "\n/* NOTE:\n\nIt is strongly recommended to customize the names of the namespace prefixes\ngenerated by wsdl2h. To do so, modify the prefix bindings below and add the\nmodified lines to typemap.dat to rerun wsdl2h:\n\n"); if (definitions.targetNamespace && *definitions.targetNamespace) fprintf(stream, "%s = \"%s\"\n", types.nsprefix(service_prefix, definitions.targetNamespace), definitions.targetNamespace); for (vector::const_iterator schema1 = definitions.types->xs__schema_.begin(); schema1 != definitions.types->xs__schema_.end(); ++schema1) if ((*schema1)->targetNamespace && *(*schema1)->targetNamespace && (!definitions.targetNamespace || strcmp((*schema1)->targetNamespace, definitions.targetNamespace))) fprintf(stream, "%s = \"%s\"\n", types.nsprefix(NULL, (*schema1)->targetNamespace), (*schema1)->targetNamespace); fprintf(stream, "\n*/\n"); for (vector::const_iterator schema2 = definitions.types->xs__schema_.begin(); schema2 != definitions.types->xs__schema_.end(); ++schema2) { const char *t = types.nsprefix(NULL, (*schema2)->targetNamespace); if (t) { fprintf(stream, "\n"); types.document((*schema2)->annotation); fprintf(stream, "#define SOAP_NAMESPACE_OF_%s\t\"%s\"\n", types.aname(NULL, NULL, t), urienc(definitions.soap, (*schema2)->targetNamespace)); fprintf(stream, schemaformat, t, "namespace", urienc(definitions.soap, (*schema2)->targetNamespace)); if ((*schema2)->elementFormDefault == (*schema2)->attributeFormDefault) fprintf(stream, schemaformat, t, "form", (*schema2)->elementFormDefault == qualified ? "qualified" : "unqualified"); else { fprintf(stream, schemaformat, t, "elementForm", (*schema2)->elementFormDefault == qualified ? "qualified" : "unqualified"); fprintf(stream, schemaformat, t, "attributeForm", (*schema2)->attributeFormDefault == qualified ? "qualified" : "unqualified"); } } } } // generate the prototypes first: these should allow use before def, e.g. class names then generate the defs // check if xsd:anyType is used if (!cflag && !pflag) { for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { if (!cflag && !strcmp(*i, "xs:anyType")) { pflag = 1; break; } } } // produce built-in primitive types, limited to the ones that are used only banner("Built-in Schema Types and Top-Level Elements and Attributes"); // define xsd:anyType first, if used if (!cflag && !dflag && pflag) { const char *s, *t; t = types.cname(NULL, NULL, "xs:anyType"); s = types.deftypemap[t]; if (s) { if (*s) { if (!mflag) fprintf(stream, "/// Built-in XSD type \"xs:anyType\".\n%s\n\n", s); } s = types.usetypemap[t]; if (s) { if (mflag) fprintf(stream, "// xsd.h: should define type %s\n\n", s); types.knames.insert(s); } } else { fprintf(stderr, "\nError: no xsd__anyType defined in type map\n"); pflag = 0; } } if (Pflag) pflag = 0; if (vflag) fprintf(stderr, "\nGenerating built-in types\n"); for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { const char *s, *t; if (!cflag && !strcmp(*i, "xs:anyType")) continue; t = types.cname(NULL, NULL, *i); s = types.deftypemap[t]; if (s) { if (*s) { if (**i == '"') fprintf(stream, "/// Imported XSD type \"%s\" from typemap \"%s\".\n", *i, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in XSD type \"%s\".\n", *i); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*i)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **i != '"') fprintf(stream, "// xsd.h: typemap override of XSD type %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } } for (SetOfString::const_iterator i = definitions.builtinTypes().begin(); i != definitions.builtinTypes().end(); ++i) { const char *s, *t; if (!cflag && !strcmp(*i, "xs:anyType")) continue; t = types.cname(NULL, NULL, *i); s = types.deftypemap[t]; if (!s) { if (!mflag) { if (**i == '"') fprintf(stream, "// Imported XSD type \"%s\" defined by %s.\n", *i, t); else if (!iflag) { s = types.tname(NULL, NULL, "xsd:string"); fprintf(stream, "/// Primitive built-in type \"%s\".\n", *i); fprintf(stream, "typedef %s %s;\n\n", s, t); types.deftname(TYPEDEF, false, types.is_ptr(NULL, NULL, "xsd:string"), NULL, NULL, *i); const char *u = types.uri(*i); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*i), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**i == '"') fprintf(stream, "// Imported XSD type \"%s\" defined by %s.\n", *i, t); else fprintf(stream, "// xsd.h: should define type %s\n", t); types.deftname(TYPEDEF, false, false, NULL, NULL, *i); } if (pflag && !strncmp(*i, "xs:", 3)) // only xsi types are polymorph { s = types.aname(NULL, NULL, *i); if (!mflag) { fprintf(stream, "/// Class wrapper for built-in type \"%s\" derived from xsd__anyType.\n/// Use virtual method soap_type() == SOAP_TYPE_%s to check runtime type (see soapStub.h).\n", *i, s); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, types.tname(NULL, NULL, *i), "__item;"); fprintf(stream, "\n};\n\n"); } types.knames.insert(s); } } // produce built-in primitive elements, limited to the ones that are used only if (vflag) fprintf(stderr, "\nGenerating built-in elements\n"); for (SetOfString::const_iterator j = definitions.builtinElements().begin(); j != definitions.builtinElements().end(); ++j) { const char *s, *t; t = types.cname("_", NULL, *j); s = types.deftypemap[t]; if (s) { if (*s) { if (**j == '"') fprintf(stream, "/// Imported element \"%s\" from typemap \"%s\".\n", *j, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in element \"%s\".\n", *j); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*j)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **j != '"') fprintf(stream, "// xsd.h: typemap override of element %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } else { if (!mflag) { if (**j == '"') fprintf(stream, "// Imported element \"%s\" declared as %s.\n", *j, t); else if (!iflag && !imported(*j)) { s = types.tname(NULL, NULL, "xsd:any"); fprintf(stream, "/// Built-in element \"%s\".\n", *j); fprintf(stream, "typedef %s %s;\n\n", s, t); types.deftname(TYPEDEF, false, true, "_", NULL, *j); // already pointer const char *u = types.uri(*j); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*j), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**j == '"') fprintf(stream, "// Imported element \"%s\" declared as %s.\n\n", *j, t); else fprintf(stream, "// xsd.h: should define element %s\n\n", t); types.deftname(TYPEDEF, false, false, "_", NULL, *j); } } // produce built-in primitive attributes, limited to the ones that are used only if (vflag) fprintf(stderr, "\nGenerating built-in attributes\n"); for (SetOfString::const_iterator k = definitions.builtinAttributes().begin(); k != definitions.builtinAttributes().end(); ++k) { const char *s, *t; t = types.cname("_", NULL, *k); s = types.deftypemap[t]; if (s) { if (*s) { if (**k == '"') fprintf(stream, "/// Imported attribute \"%s\" from typemap \"%s\".\n", *k, mapfile ? mapfile : ""); else fprintf(stream, "/// Built-in attribute \"%s\".\n", *k); if (mflag) fprintf(stream, "// (declaration of %s removed by option -m)\n\n", t); else if (!iflag && !imported(*k)) { types.format(s); fprintf(stream, "\n"); } } s = types.usetypemap[t]; if (s && *s) { if (mflag && **k != '"') fprintf(stream, "// xsd.h: typemap override of attribute %s with %s\n\n", t, s); if (types.knames.find(s) == types.knames.end()) types.knames.insert(s); } } else { s = types.tname(NULL, NULL, "xsd:string"); if (!mflag) { if (**k == '"') fprintf(stream, "// Imported attribute \"%s\" declared as %s.\n", *k, t); else if (!iflag && !imported(*k)) { fprintf(stream, "/// Built-in attribute \"%s\".\n", *k); fprintf(stream, "typedef %s %s;\n\n", s, t); const char *u = types.uri(*k); if (u && !types.uris[u]) { fprintf(stream, schemaformat, types.nsprefix(types.prefix(*k), u), "namespace", u); fprintf(stream, "\n"); } } } else if (**k == '"') fprintf(stream, "// Imported attribute \"%s\" declared as %s.\n\n", *k, t); else fprintf(stream, "// xsd.h: should define attribute %s\n\n", t); types.deftname(TYPEDEF, false, types.is_ptr(NULL, NULL, "xsd:string"), "_", NULL, *k); } } // produce types // define class/struct types first if (!cflag) banner("Forward Declarations"); if (definitions.types) { comment("Definitions", defs, "types", definitions.types->documentation); fprintf(stream, "\n"); for (vector::const_iterator schema4 = definitions.types->xs__schema_.begin(); schema4 != definitions.types->xs__schema_.end(); ++schema4) { if (vflag) fprintf(stderr, "\nDefining types in %s\n", (*schema4)->targetNamespace); for (vector::const_iterator complexType = (*schema4)->complexType.begin(); complexType != (*schema4)->complexType.end(); ++complexType) types.define((*schema4)->targetNamespace, NULL, *complexType); if (vflag) fprintf(stderr, "\nDefining elements in %s\n", (*schema4)->targetNamespace); for (vector::const_iterator element = (*schema4)->element.begin(); element != (*schema4)->element.end(); ++element) { if (!(*element).type && !(*element).abstract) { if ((*element).complexTypePtr()) types.define((*schema4)->targetNamespace, (*element).name, *(*element).complexTypePtr()); else if (!(*element).simpleTypePtr()) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s.\n", (*schema4)->targetNamespace, (*element).name); if (gflag) { const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema4)->targetNamespace, (*element).name); if (t) fprintf(stream, "typedef _XML %s;\n\n", t); else fprintf(stream, "// Element definition intentionally left blank.\n\n"); types.ptrtypemap[t] = types.usetypemap[t] = "_XML"; } else { const char *s = types.cname("_", (*schema4)->targetNamespace, (*element).name); types.ptrtypemap[s] = types.usetypemap[s] = "_XML"; fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code.\n\n"); } } } } } // visit types with lowest base level first int baseLevel = 1; bool found; do { found = (baseLevel == 1); for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (found) banner("Schema Types and Top-Level Elements and Attributes", (*schema)->targetNamespace); for (vector::iterator simpleType = (*schema)->simpleType.begin(); simpleType != (*schema)->simpleType.end(); ++simpleType) { if ((*simpleType).baseLevel() == baseLevel) { found = true; types.gen((*schema)->targetNamespace, NULL, *simpleType, false, false); } } for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if (!(*element).type && (*element).simpleTypePtr() && (*element).simpleTypePtr()->baseLevel() == baseLevel) { found = true; if ((*element).type) fprintf(stream, "/// @brief Top-level root element \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*element).name, (*element).type); types.document((*element).annotation); types.gen((*schema)->targetNamespace, (*element).name, *(*element).simpleTypePtr(), false, false); } if (!(*element).type && (*element).complexTypePtr() && (*element).complexTypePtr()->baseLevel() == baseLevel) found = true; } for (vector::const_iterator attribute = (*schema)->attribute.begin(); attribute != (*schema)->attribute.end(); ++attribute) { if (!(*attribute).type && (*attribute).simpleTypePtr() && (*attribute).simpleTypePtr()->baseLevel() == baseLevel) { found = true; if ((*attribute).type) fprintf(stream, "/// @brief Top-level attribute \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*attribute).name, (*attribute).type); types.document((*attribute).annotation); types.gen((*schema)->targetNamespace, (*attribute).name, *(*attribute).simpleTypePtr(), false, false); // URI = NULL won't generate type in schema (type without namespace qualifier) } } for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() == baseLevel) found = true; } } ++baseLevel; } while (found); // generate complex type defs. Problem: what if a simpleType restriction/extension depends on a complexType simpleContent restriction/extension? int maxLevel = baseLevel; for (baseLevel = 1; baseLevel < maxLevel; ++baseLevel) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (baseLevel == 1) banner("Schema Complex Types and Top-Level Elements", (*schema)->targetNamespace); for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() == baseLevel) types.gen((*schema)->targetNamespace, NULL, *complexType, false); } for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if (!(*element).type && (*element).complexTypePtr() && (*element).complexTypePtr()->baseLevel() == baseLevel) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s\n", (*schema)->targetNamespace, (*element).name); types.document((*element).annotation); types.gen((*schema)->targetNamespace, (*element).name, *(*element).complexTypePtr(), false); } } } } for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { for (vector::iterator simpleType = (*schema)->simpleType.begin(); simpleType != (*schema)->simpleType.end(); ++simpleType) { if ((*simpleType).baseLevel() <= 0) { const char *t = types.deftname(TYPEDEF, false, false, NULL, (*schema)->targetNamespace, (*simpleType).name); fprintf(stderr, "\nError: circular restriction/extension \n", (*simpleType).name ? (*simpleType).name : ""); fprintf(stream, "\n/// @todo !FIXME! @warning %s is a simpleType with circular restriction/extension.\n", (*simpleType).name ? (*simpleType).name : ""); fprintf(stream, "typedef _XML %s;\n\n", t); types.ptrtypemap[t] = types.usetypemap[t] = "_XML"; } } for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).baseLevel() <= 0) { fprintf(stderr, "\nError: circular restriction/extension \n", (*complexType).name ? (*complexType).name : ""); fprintf(stream, "\n\n/// @todo !FIXME! @warning %s is a complexType with circular restriction/extension.\n", (*complexType).name ? (*complexType).name : ""); if (cflag) fprintf(stream, "struct %s { };\n\n", types.cname(NULL, (*schema)->targetNamespace, (*complexType).name)); else fprintf(stream, "class %s { };\n\n", types.cname(NULL, (*schema)->targetNamespace, (*complexType).name)); } } } // option to consider: generate local complexTypes iteratively /* for (MapOfStringToType::const_iterator local = types.locals.begin(); local != types.locals.end(); ++local) { types.gen(NULL, (*local).first, *(*local).second); } */ for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if (vflag) fprintf(stderr, "\nGenerating elements in %s\n", (*schema)->targetNamespace); banner("Additional Top-Level Elements", (*schema)->targetNamespace); for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && (*element).type && !(*element).abstract) { fprintf(stream, "/// @brief Top-level root element \"%s\":%s of XSD type %s.\n", (*schema)->targetNamespace, (*element).name, (*element).type); types.document((*element).annotation); if (!types.is_defined("_", (*schema)->targetNamespace, (*element).name)) { if (gflag) { const char *s = types.tnamenoptr(NULL, (*schema)->targetNamespace, (*element).type); const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema)->targetNamespace, (*element).name); fprintf(stream, "typedef %s %s;\n\n", s, t); } else fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code.\n\n"); } else { const char *s = types.cname("_", (*schema)->targetNamespace, (*element).name); const char *t = types.deftypemap[s]; if (t && *t) { fprintf(stream, "/// Imported element \"%s\" from typemap \"%s\".\n", s, mapfile ? mapfile : ""); types.format(t); } else fprintf(stream, "// \"%s\" element definition intentionally left blank.\n", types.cname("_", (*schema)->targetNamespace, (*element).name)); } } } if (vflag) fprintf(stderr, "\nGenerating attributes in %s\n", (*schema)->targetNamespace); banner("Additional Top-Level Attributes", (*schema)->targetNamespace); for (vector::iterator attribute = (*schema)->attribute.begin(); attribute != (*schema)->attribute.end(); ++attribute) { if ((*attribute).name && (*attribute).type) { fprintf(stream, "/// @brief Top-level attribute \"%s\":%s of simpleType %s.\n", (*schema)->targetNamespace, (*attribute).name, (*attribute).type); types.document((*attribute).annotation); if (!types.is_defined("_", (*schema)->targetNamespace, (*attribute).name)) { if (gflag) { const char *s = types.tnamenoptr(NULL, (*schema)->targetNamespace, (*attribute).type); const char *t = types.deftname(TYPEDEF, false, false, "_", (*schema)->targetNamespace, (*attribute).name); fprintf(stream, "typedef %s %s;\n\n", s, t); } else fprintf(stream, "/// @note Use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code.\n\n"); } else { const char *s = types.cname("_", (*schema)->targetNamespace, (*attribute).name); const char *t = types.deftypemap[s]; if (t && *t) { fprintf(stream, "/// Imported attribute \"%s\" from typemap \"%s\".\n", s, mapfile ? mapfile : ""); types.format(t); } else fprintf(stream, "// \"%s\" attribute definition intentionally left blank.\n", types.cname("_", (*schema)->targetNamespace, (*attribute).name)); } } } } } if (vflag) fprintf(stderr, "\nCollecting service bindings\n"); collect(definitions); if (!services.empty()) { banner("Services"); if (soap12) fprintf(stream, "// This service supports SOAP 1.2 namespaces:\n#import \"soap12.h\"\n"); for (MapOfStringToService::const_iterator service1 = services.begin(); service1 != services.end(); ++service1) { Service *sv = (*service1).second; if (sv && sv->prefix) { fprintf(stream, "\n"); if (sv->name) fprintf(stream, serviceformat, sv->prefix, "name", sv->name, ""); if (sv->type) fprintf(stream, serviceformat, sv->prefix, "type", sv->type, ""); for (SetOfString::const_iterator port = sv->location.begin(); port != sv->location.end(); ++port) fprintf(stream, serviceformat, sv->prefix, "port", (*port), ""); if (sv->URI) fprintf(stream, serviceformat, sv->prefix, "namespace", sv->URI, ""); if (sv->transport) fprintf(stream, serviceformat, sv->prefix, "transport", sv->transport, ""); } } fprintf(stream, "\n/** @mainpage %s Definitions\n", defs); if (definitions.version) { section(defs, "_version Version", NULL); text(definitions.version); } if (definitions.documentation) { section(defs, "_documentation Documentation", NULL); text(definitions.documentation); } if (definitions.types && definitions.types->documentation) { section(defs, "_types Schema Type Information", NULL); text(definitions.types->documentation); } section(defs, "_bindings Service Bindings", NULL); for (MapOfStringToService::const_iterator service2 = services.begin(); service2 != services.end(); ++service2) { Service *sv = (*service2).second; if (sv && sv->name) fprintf(stream, "\n - @ref %s\n", sv->name); } section(defs, "_more More Information", NULL); fprintf(stream, "\n - @ref page_notes \"Notes\"\n"); if (!definitions.vprop__property.empty()) fprintf(stream, "\n - @ref page_bpel \"BPEL 2.0 Variables\"\n"); fprintf(stream, "\n - @ref page_XMLDataBinding \"XML Data Binding\"\n"); if (!jflag) fprintf(stream, "\n - @ref SOAP_ENV__Header \"SOAP Header Content\" (when applicable)\n"); if (!jflag) fprintf(stream, "\n - @ref SOAP_ENV__Detail \"SOAP Fault Detail Content\" (when applicable)\n"); fprintf(stream, "\n\n*/\n"); for (MapOfStringToService::const_iterator service3 = services.begin(); service3 != services.end(); ++service3) { Service *sv = (*service3).second; if (sv && sv->name) { fprintf(stream, "\n/**\n"); page(sv->name, " Binding", sv->name); for (MapOfStringToString::const_iterator service_doc = sv->service_documentation.begin(); service_doc != sv->service_documentation.end(); ++service_doc) { const char *name = types.aname(NULL, NULL, (*service_doc).first); section(name, "_service Service Documentation", (*service_doc).first); text((*service_doc).second); } for (MapOfStringToString::const_iterator port_doc = sv->port_documentation.begin(); port_doc != sv->port_documentation.end(); ++port_doc) { const char *name = types.aname(NULL, NULL, (*port_doc).first); section(name, "_port Port Documentation", (*port_doc).first); text((*port_doc).second); } for (MapOfStringToString::const_iterator binding_doc = sv->binding_documentation.begin(); binding_doc != sv->binding_documentation.end(); ++binding_doc) { const char *name = types.aname(NULL, NULL, (*binding_doc).first); section(name, "_binding Binding Documentation", (*binding_doc).first); text((*binding_doc).second); } section(sv->name, "_operations Operations of Binding", sv->name); for (vector::const_iterator op = sv->operation.begin(); op != sv->operation.end(); ++op) { if (*op && (*op)->input && (*op)->input_name) fprintf(stream, "\n - @ref %s\n", (*op)->input_name); else if (*op && (*op)->output_name) fprintf(stream, "\n - @ref %s\n", (*op)->output_name); } if (!sv->role.empty()) { section(sv->name, "_plnk BPEL 2.0 Partner Links for Binding", sv->name); gen_plnk(*sv); } section(sv->name, "_ports Endpoints of Binding", sv->name); for (SetOfString::const_iterator port = sv->location.begin(); port != sv->location.end(); ++port) fprintf(stream, "\n - %s\n", *port); if (!sv->policy.empty()) { section(sv->name, "_policy Policy of Binding", sv->name); fprintf(stream, "\nSee Section @ref %s_policy_enablers\n", sv->name); gen_policy(*sv, sv->policy, "service endpoint ports", types); } if (!service_prefix) { if (binding_count > 1) fprintf(stream, "\n@note Multiple service bindings collected as one, use wsdl2h option -Nname to produce a separate service for each binding\n"); else fprintf(stream, "\n@note Use wsdl2h option -Nname to change the service binding prefix name\n"); } fprintf(stream, "\n\n*/\n"); } } } generate(); if (definitions.types) { gen_vprop(definitions, types); banner("XML Data Binding"); fprintf(stream, "\n/**\n"); page("page_XMLDataBinding", " XML Data Binding", NULL); fprintf(stream, "\nSOAP/XML services use data bindings contractually bound by WSDL and auto-\ngenerated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings\nare adopted from XML schemas as part of the WSDL types section or when running\nwsdl2h on a set of schemas to produce non-SOAP-based XML data bindings.\n\nThe following readers and writers are C/C++ data type (de)serializers auto-\ngenerated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the\n(de)serialization code, which is stored in soapC.c[pp]. Include \"soapH.h\" in\nyour code to import these data type and function declarations. Only use the\nsoapcpp2-generated files in your project build. Do not include the wsdl2h-\ngenerated .h file in your code.\n\nData can be read and deserialized from:\n - an int file descriptor, using soap->recvfd = fd\n - a socket, using soap->socket = (int)...\n - a C++ stream (istream, stringstream), using soap->is = (istream*)...\n - a C string, using soap->is = (const char*)...\n - any input, using the soap->frecv() callback\n\nData can be serialized and written to:\n - an int file descriptor, using soap->sendfd = (int)...\n - a socket, using soap->socket = (int)...\n - a C++ stream (ostream, stringstream), using soap->os = (ostream*)...\n - a C string, using soap->os = (const char**)...\n - any output, using the soap->fsend() callback\n\nThe following options are available for (de)serialization control:\n - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle\n - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!)\n - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles)\n - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings\n\n"); for (vector::const_iterator schema5 = definitions.types->xs__schema_.begin(); schema5 != definitions.types->xs__schema_.end(); ++schema5) { const char *prefix = types.nsprefix(NULL, (*schema5)->targetNamespace); fprintf(stream, "\n@section %s Top-level root elements of schema \"%s\"\n", prefix ? prefix : "default", (*schema5)->targetNamespace); for (vector::const_iterator element = (*schema5)->element.begin(); element != (*schema5)->element.end(); ++element) { if (prefix) fprintf(stream, "\n - <%s:%s> ", prefix, (*element).name); else fprintf(stream, "\n - <%s> ", (*element).name); const char *cname = types.cname("_", (*schema5)->targetNamespace, (*element).name); if (types.is_defined("_", (*schema5)->targetNamespace, (*element).name)) { const char *pname = types.pname(true, false, "_", (*schema5)->targetNamespace, (*element).name); fprintf(stream, "@ref %s\n", cname); fprintf(stream, " @code\n // Reader (returns SOAP_OK on success):\n soap_read_%s(struct soap*, %s);\n // Writer (returns SOAP_OK on success):\n soap_write_%s(struct soap*, %s);\n @endcode\n", cname, pname, cname, pname); } else fprintf(stream, "(use wsdl2h option -g to auto-generate type %s)\n", cname); } } fprintf(stream, "\n*/\n"); } if (cppnamespace) fprintf(stream, "\n} // namespace %s\n", cppnamespace); fprintf(stream, "\n/* End of %s */\n", outfile ? outfile : "file"); } void Definitions::generate() { MapOfStringToMessage headers; MapOfStringToMessage faults; const char *t; for (MapOfStringToService::const_iterator service1 = services.begin(); service1 != services.end(); ++service1) { if ((*service1).second) { for (MapOfStringToMessage::const_iterator header = (*service1).second->header.begin(); header != (*service1).second->header.end(); ++header) headers[(*header).first] = (*header).second; for (MapOfStringToMessage::const_iterator fault = (*service1).second->fault.begin(); fault != (*service1).second->fault.end(); ++fault) faults[(*fault).first] = (*fault).second; } } // Generate SOAP Header definition t = types.deftypemap["SOAP_ENV__Header"]; if (t && *t) { banner("Custom SOAP Header"); types.format(t); } else if (!jflag && !headers.empty()) { banner("SOAP Header"); fprintf(stream, "/**\n\nThe SOAP Header is part of the gSOAP context and its content is accessed\nthrough the soap.header variable. You may have to set the soap.actor variable\nto serialize SOAP Headers with SOAP-ENV:actor or SOAP-ENV:role attributes.\nUse option -j to remove entire SOAP Header definition.\nUse option -k to remove the mustUnderstand qualifiers.\n\n*/\n"); fprintf(stream, "mutable struct SOAP_ENV__Header\n{\n"); for (MapOfStringToMessage::const_iterator header = headers.begin(); header != headers.end(); ++header) { if ((*header).second->use == encoded && (*header).second->URI && *(*header).second->URI) fprintf(stream, schemaformat, types.nsprefix(NULL, (*header).second->URI), "namespace", (*header).second->URI); comment("Header", (*header).first, "WSDL", (*header).second->ext_documentation); comment("Header", (*header).first, "SOAP", (*header).second->documentation); if ((*header).second->mustUnderstand && !kflag) { fprintf(stream, elementformat, "mustUnderstand", "// must be understood by receiver"); fprintf(stream, "\n"); } if ((*header).second->part && (*header).second->part->elementPtr()) { fprintf(stream, "/// \"%s\" SOAP Header part element.\n", (*header).second->part->name); if ((*header).second->part->elementPtr()->type && (*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*header).second->part->elementPtr()->type), types.aname(NULL, NULL, (*header).second->part->element)); else if ((*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->element), types.aname(NULL, NULL, (*header).second->part->element)); else fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->elementPtr()->name), (*header).first); fprintf(stream, ";\n"); } else if ((*header).second->part && (*header).second->part->type) { fprintf(stream, "/// \"%s\" SOAP Header part type.\n", (*header).second->part->type); fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*header).second->part->type), types.aname(NULL, (*header).second->URI, (*header).second->part->name)); fprintf(stream, ";\n"); } else if ((*header).second->element) { fprintf(stream, "/// \"%s\" SOAP Header element", (*header).second->name); (*header).second->generate(types, ";", false, true, false, true); fprintf(stream, "\n"); } else { if ((*header).second->part && (*header).second->part->element) fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*header).second->part->element), (*header).first); else fprintf(stream, pointerformat, (*header).first, (*header).first); fprintf(stream, ";\t///< @todo Please check element name and type (imported type)\n"); } } types.modify("SOAP_ENV__Header"); fprintf(stream, "\n};\n\n"); } // Generate Fault detail element definitions for (MapOfStringToMessage::const_iterator fault = faults.begin(); fault != faults.end(); ++fault) { if ((*fault).second->use == encoded) { fprintf(stream, schemaformat, types.nsprefix(NULL, (*fault).second->URI), "namespace", (*fault).second->URI); fprintf(stream, "/// SOAP Fault message \"%s\":%s.\n", (*fault).second->URI, (*fault).second->message->name); comment("Fault", (*fault).first, "WSDL", (*fault).second->ext_documentation); comment("Fault", (*fault).first, "SOAP", (*fault).second->documentation); if (cflag) fprintf(stream, "struct %s\n{", (*fault).first); else fprintf(stream, "class %s\n{ public:", (*fault).first); (*fault).second->generate(types, ";", false, true, false, true); if (!cflag) { fprintf(stream, "\n"); fprintf(stream, pointerformat, "struct soap", "soap"); fprintf(stream, ";"); } fprintf(stream, "\n};\n\n"); if (cflag) fprintf(stream, "typedef struct %s %s;\n\n", (*fault).first, (*fault).first); } } t = types.deftypemap["SOAP_ENV__Detail"]; if (t && *t) { banner("Custom SOAP Fault Detail"); types.format(t); } else if (!jflag && !faults.empty()) { SetOfString fault_elements; banner("SOAP Fault Detail"); fprintf(stream, "/**\n\nThe SOAP Fault is part of the gSOAP context and its content is accessed\nthrough the soap.fault->detail variable (SOAP 1.1) or the\nsoap.fault->SOAP_ENV__Detail variable (SOAP 1.2).\nUse wsdl2h option -j to omit these declarations.\n\n*/\n"); fprintf(stream, "mutable struct SOAP_ENV__Detail\n{\n"); if (dflag) { const char *t = types.tname(NULL, NULL, "xsd:anyAttribute"); fprintf(stream, attributeformat, t, "__anyAttribute"); fprintf(stream, ";\t///< Catch any attribute content in DOM.\n"); } else fprintf(stream, "/// xsd:anyAttribute omitted: to parse attribute content of the Detail element into DOM anyAttribute, use wsdl2h option -d.\n"); types.modify("SOAP_ENV__Detail"); /* See below */ /* The DOM representation is not desired since faultdetail is NULL. However, future options may reenable this feature (see keep code here). const char *t = types.tname(NULL, NULL, "xsd:any"); fprintf(stream, elementformat, t, "__any"); if (dflag) fprintf(stream, ";\t///< Catch any element content in DOM.\n"); else fprintf(stream, ";\t///< Catch any element content in XML string.\n"); */ for (MapOfStringToMessage::const_iterator fault = faults.begin(); fault != faults.end(); ++fault) { comment("Fault", (*fault).first, "WSDL", (*fault).second->ext_documentation); comment("Fault", (*fault).first, "SOAP", (*fault).second->documentation); if ((*fault).second->message) { const char *name = (*fault).second->message->name; if (!name) name = "?"; if ((*fault).second->use == literal) { for (vector::const_iterator part = (*fault).second->message->part.begin(); part != (*fault).second->message->part.end(); ++part) { if ((*part).elementPtr()) { if (fault_elements.find((*part).element) == fault_elements.end()) { fprintf(stream, "/// SOAP Fault message \"%s\" part \"%s\" element \"%s\".\n", name, (*part).name ? (*part).name : "", (*part).element ? (*part).element : ""); if ((*part).elementPtr()->type) fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*part).elementPtr()->type), types.aname(NULL, (*fault).second->URI, (*part).element)); else fprintf(stream, elementformat, types.pname(true, false, "_", NULL, (*part).element), types.aname(NULL, (*fault).second->URI, (*part).element)); fprintf(stream, ";\n"); fault_elements.insert((*part).element); } } else if ((*part).name && (*part).type) { if (fault_elements.find((*part).name) == fault_elements.end()) { fprintf(stream, schemaformat, types.nsprefix(NULL, (*fault).second->URI), "namespace", (*fault).second->URI); fprintf(stream, "/// SOAP Fault message \"%s\" part \"%s\" type \"%s\".\n", name, (*part).name, (*part).type); fprintf(stream, elementformat, types.pname(true, false, NULL, NULL, (*part).type), types.aname(NULL, (*fault).second->URI, (*part).name)); fprintf(stream, ";\n"); fault_elements.insert((*part).name); } } else fprintf(stream, "// Unknown SOAP Fault message \"%s\":%s part \"%s\"\n", (*fault).second->URI, name, (*part).name ? (*part).name : ""); } } else { fprintf(stream, "/// SOAP Fault message \"%s\":%s\n", (*fault).second->URI, name); fprintf(stream, pointerformat, (*fault).first, types.aname(NULL, (*fault).second->URI, (*fault).second->message->name)); fprintf(stream, ";\n"); } } else if ((*fault).second->element) { if (fault_elements.find((*fault).second->name) == fault_elements.end()) { fprintf(stream, "/// SOAP Fault message \"%s\":%s\n", (*fault).second->URI, (*fault).second->element->name); fprintf(stream, elementformat, types.pname(true, false, "_", (*fault).second->URI, (*fault).second->element->name), (*fault).second->name); fprintf(stream, ";\n"); fault_elements.insert((*fault).second->name); } } } fprintf(stream, elementformat, "int", "__type"); fprintf(stream, ";\t///< set to SOAP_TYPE_X for a serializable type X\n"); fprintf(stream, pointerformat, "void", "fault"); fprintf(stream, ";\t///< points to serializable object of type X or NULL\n"); fprintf(stream, elementformat, "_XML", "__any"); fprintf(stream, ";\t///< Catch any other content in XML string.\n"); fprintf(stream, "};\n\n"); } /* The SOAP Fault struct below is autogenerated by soapcpp2 (kept here for future mods) if (!mflag && !faults.empty()) { fprintf(stream, "struct SOAP_ENV__Code\n{\n"); fprintf(stream, elementformat, "_QName", "SOAP_ENV__Value"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Node"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Role"); fprintf(stream, ";\n};\n"); fprintf(stream, "struct SOAP_ENV__Detail\n{\n"); fprintf(stream, elementformat, "int", "__type"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "void", "fault"); fprintf(stream, ";\n"); fprintf(stream, elementformat, "_XML", "__any"); fprintf(stream, ";\n};\n"); fprintf(stream, "struct SOAP_ENV__Fault\n{\n"); fprintf(stream, elementformat, "_QName", "faultcode"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "faultstring"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "faultactor"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Detail", "detail"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Code", "SOAP_ENV__Code"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "char", "SOAP_ENV__Reason"); fprintf(stream, ";\n"); fprintf(stream, pointerformat, "struct SOAP_ENV__Detail", "SOAP_ENV__Detail"); fprintf(stream, ";\n};\n"); } */ for (MapOfStringToService::const_iterator service2 = services.begin(); service2 != services.end(); ++service2) if ((*service2).second) (*service2).second->generate(types); } //////////////////////////////////////////////////////////////////////////////// // // Service methods // //////////////////////////////////////////////////////////////////////////////// Service::Service() { prefix = NULL; URI = NULL; name = NULL; type = NULL; transport = NULL; } void Service::generate(Types& types) { const char *method_name; banner("Service Binding", name); for (vector::const_iterator op2 = operation.begin(); op2 != operation.end(); ++op2) { if (*op2 && ((*op2)->input || bflag)) { bool flag = false, anonymous = ((*op2)->style != document && (*op2)->parameterOrder != NULL); if (!(*op2)->input) method_name = (*op2)->output_name; else method_name = (*op2)->input_name; banner("Service Operation", method_name); if ((*op2)->output && (*op2)->output_name) { if ((*op2)->style == document) flag = ((*op2)->output->element || ((*op2)->output->message && (*op2)->output->message->part.size() == 1)); else if (!wflag) flag = ((*op2)->output->element || ((*op2)->output->message && (*op2)->output->use == encoded && (*op2)->output->message->part.size() == 1 && !(*(*op2)->output->message->part.begin()).simpleTypePtr() && !(*(*op2)->output->message->part.begin()).complexTypePtr())); if (flag && (*op2)->input && (*op2)->output && (*op2)->input->message && (*(*op2)->output->message->part.begin()).element) for (vector::const_iterator part = (*op2)->input->message->part.begin(); part != (*op2)->input->message->part.end(); ++part) if ((*part).element && !strcmp((*part).element, (*(*op2)->output->message->part.begin()).element)) flag = false; if (!flag) { if (bflag) fprintf(stream, "/* soapcpp2 generates the following struct automatically for your use:\n"); fprintf(stream, "/// Operation response struct \"%s\" of operation \"%s\".\n", (*op2)->output_name, method_name); fprintf(stream, "struct %s\n{", (*op2)->output_name); (*op2)->output->generate(types, ";", anonymous, false, false, false); fprintf(stream, "\n};\n"); if (bflag) fprintf(stream, "*/\n"); } } fprintf(stream, "\n/** Operation \"%s\" of service binding \"%s\".\n", method_name, name); if ((*op2)->documentation) text((*op2)->documentation); if ((*op2)->operation_documentation) text((*op2)->operation_documentation); if ((*op2)->input && (*op2)->input->documentation) { fprintf(stream, "Input request:\n"); text((*op2)->input->documentation); } if ((*op2)->input && (*op2)->input->ext_documentation) { fprintf(stream, "Input request:\n"); text((*op2)->input->ext_documentation); } if ((*op2)->output) { if ((*op2)->output->documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->documentation); } if ((*op2)->output->ext_documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->ext_documentation); } } gen_policy(*this, (*op2)->policy, "operation", types); if ((*op2)->input) { gen_policy(*this, (*op2)->input->policy, "request message", types); if ((*op2)->input->content) { fprintf(stream, "\n - Request message MIME content"); if ((*op2)->input->content->type) { fprintf(stream, " type=\""); text((*op2)->input->content->type); fprintf(stream, "\""); } if ((*op2)->input->content->type && !strcmp((*op2)->input->content->type, "application/x-www-form-urlencoded")) fprintf(stream, "\n Use the httpform.c plugin to retrieve key-value pairs from the REST request\n message form data at the server side (client side is automated).\n"); else fprintf(stream, "\n @todo This form of MIME content is not automatically handled.\n"); } } if ((*op2)->output) { gen_policy(*this, (*op2)->output->policy, "response message", types); if ((*op2)->output->content) { fprintf(stream, "\n - Response message MIME content"); if ((*op2)->output->content->type) { fprintf(stream, " type=\""); text((*op2)->output->content->type); fprintf(stream, "\""); } fprintf(stream, "\n @todo This form of MIME content response is not automatically handled.\n Use one-way request and implement code to parse response.\n"); } } else fprintf(stream, "\n - One-way service request message\n"); if ((*op2)->mep) fprintf(stream, "\n - SOAP MEP: \"%s\"\n", ((*op2)->mep)); if ((*op2)->style == document) fprintf(stream, "\n - %s %s messaging\n", (*op2)->protocol, (*op2)->input && (*op2)->input->content && (*op2)->input->content->type ? (*op2)->input->content->type : "document/literal style"); else if ((*op2)->input) { if ((*op2)->input->use == literal) fprintf(stream, "\n - %s literal messaging\n", (*op2)->protocol); else if ((*op2)->input->encodingStyle) fprintf(stream, "\n - %s RPC encodingStyle=\"%s\"\n", (*op2)->input->encodingStyle, (*op2)->protocol); else fprintf(stream, "\n - %s RPC encoded messaging\n", (*op2)->protocol); } if ((*op2)->output) { if (!(*op2)->input || (*op2)->input->use != (*op2)->output->use) { if ((*op2)->output->use == literal) fprintf(stream, "\n - %s literal response messages\n", (*op2)->protocol); else if ((*op2)->output->encodingStyle) fprintf(stream, "\n - %s RPC response encodingStyle=\"%s\"\n", (*op2)->protocol, (*op2)->output->encodingStyle); else fprintf(stream, "\n - %s RPC encoded response messages\n", (*op2)->protocol); } } if ((*op2)->action) { if (*(*op2)->action) fprintf(stream, "\n - Action: \"%s\"\n", (*op2)->action); } if ((*op2)->input) { if ((*op2)->input->action) fprintf(stream, "\n - Addressing input action: \"%s\"\n", (*op2)->input->action); } if ((*op2)->output) { if ((*op2)->output->action) fprintf(stream, "\n - Addressing output action: \"%s\"\n", (*op2)->output->action); } for (vector::const_iterator infault = (*op2)->infault.begin(); infault != (*op2)->infault.end(); ++infault) { if ((*infault)->message) { if ((*infault)->use == literal) { for (vector::const_iterator part = (*infault)->message->part.begin(); part != (*infault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*part).name); } } else if ((*infault)->message->name) fprintf(stream, "\n - SOAP Input Fault: %s\n", (*infault)->name); if ((*infault)->message->name && (*infault)->action) fprintf(stream, " - SOAP Input Fault addressing action: \"%s\"\n", (*infault)->action); } else if ((*infault)->name) fprintf(stream, "\n - SOAP Input Fault: %s (literal)\n", (*infault)->name); if ((*infault)->body_parts) fprintf(stream, " SOAP Input Fault code: %s\n", (*infault)->body_parts); text((*infault)->documentation); text((*infault)->ext_documentation); gen_policy(*this, (*infault)->policy, "fault message", types); } for (vector::const_iterator outfault = (*op2)->outfault.begin(); outfault != (*op2)->outfault.end(); ++outfault) { if ((*outfault)->message) { if ((*outfault)->use == literal) { for (vector::const_iterator part = (*outfault)->message->part.begin(); part != (*outfault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).name); } } else if ((*outfault)->message->name) fprintf(stream, "\n - SOAP Output Fault: %s\n", (*outfault)->name); if ((*outfault)->message->name && (*outfault)->action) fprintf(stream, " - SOAP Output Fault addressing action: \"%s\"\n", (*outfault)->action); } else if ((*outfault)->name) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*outfault)->name); if ((*outfault)->body_parts) fprintf(stream, " SOAP Output Fault code: %s\n", (*outfault)->body_parts); text((*outfault)->documentation); text((*outfault)->ext_documentation); gen_policy(*this, (*outfault)->policy, "fault message", types); } if ((*op2)->input) { if (!(*op2)->input->header.empty()) fprintf(stream, "\n - Request message has mandatory header part(s) (see @ref SOAP_ENV__Header):\n"); for (vector::const_iterator inputheader = (*op2)->input->header.begin(); inputheader != (*op2)->input->header.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } } if ((*op2)->input && (*op2)->input->multipartRelated) { int k = 2; fprintf(stream, "\n - Request message MIME multipart/related attachments:\n"); for (vector::const_iterator part = (*op2)->input->multipartRelated->part.begin(); part != (*op2)->input->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->input && (*op2)->input->layout) fprintf(stream, "\n - Request message has DIME attachments in compliance with %s\n", (*op2)->input->layout); if ((*op2)->output) { if (!(*op2)->output->header.empty()) fprintf(stream, "\n - Response message has mandatory header part(s): (see @ref SOAP_ENV__Header)\n"); for (vector::const_iterator outputheader = (*op2)->output->header.begin(); outputheader != (*op2)->output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } } if ((*op2)->output && (*op2)->output_name && (*op2)->output->multipartRelated) { int k = 2; fprintf(stream, "\n - Response message MIME multipart/related attachments\n"); for (vector::const_iterator part = (*op2)->output->multipartRelated->part.begin(); part != (*op2)->output->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->output && (*op2)->output_name && (*op2)->output->layout) fprintf(stream, "\n - Response message has DIME attachments in compliance with %s\n", (*op2)->output->layout); fprintf(stream, "\nC stub function (defined in soapClient.c[pp] generated by soapcpp2):\n@code\n int soap_%s_%s(\n struct soap *soap,\n NULL, // char *endpoint = NULL selects default endpoint for this operation\n NULL, // char *action = NULL selects default action for this operation\n // input parameters:", (*op2)->output ? "call" : "send", method_name); if ((*op2)->input) (*op2)->input->generate(types, ",", false, false, false, false); if ((*op2)->output && (*op2)->output_name) { fprintf(stream, "\n // output parameters:"); if (flag) { if ((*op2)->style == rpc && (*op2)->output->message && (*(*op2)->output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*(*op2)->output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*(*op2)->output->message->part.begin()).name), ""); } else (*op2)->output->generate(types, "", anonymous, false, true, false); } else fprintf(stream, "\n struct %s%s", (*op2)->output_name, cflag ? "*" : "&"); } fprintf(stream, "\n );\n@endcode\n\nC server function (called from the service dispatcher defined in soapServer.c[pp]):\n@code\n int %s(\n struct soap *soap,\n // input parameters:", method_name); if ((*op2)->input) (*op2)->input->generate(types, ",", false, false, false, false); fprintf(stream, "\n // output parameters:"); if ((*op2)->output && (*op2)->output_name) { if (flag) { if ((*op2)->style == rpc && (*op2)->output->message && (*(*op2)->output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*(*op2)->output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*(*op2)->output->message->part.begin()).name), ""); } else (*op2)->output->generate(types, "", anonymous, false, true, false); } else fprintf(stream, "\n struct %s%s", (*op2)->output_name, cflag ? "*" : "&"); } fprintf(stream, "\n );\n@endcode\n\n"); if (!cflag) { fprintf(stream, "C++ proxy class (defined in soap%sProxy.h):\n", name); fprintf(stream, "@code\n class %sProxy;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes;\n\n"); fprintf(stream, "C++ service class (defined in soap%sService.h):\n", name); fprintf(stream, "@code\n class %sService;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes;\n\n"); } fprintf(stream, "*/\n\n"); (*op2)->generate(types, *this); } else if (*op2 && (*op2)->output) { if (!(*op2)->input) method_name = (*op2)->output_name; else method_name = (*op2)->input_name; banner("Service Operation", method_name); fprintf(stream, "\n/** Operation \"%s\" of service binding \"%s\".\n", method_name, name); if ((*op2)->documentation) text((*op2)->documentation); if ((*op2)->operation_documentation) text((*op2)->operation_documentation); if ((*op2)->output->documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->documentation); } if ((*op2)->output->ext_documentation) { fprintf(stream, "Output response:\n"); text((*op2)->output->ext_documentation); } gen_policy(*this, (*op2)->policy, "operation", types); gen_policy(*this, (*op2)->output->policy, "response message", types); fprintf(stream, "\n - One-way service response message\n"); if ((*op2)->mep) fprintf(stream, "\n - SOAP MEP: \"%s\"\n", ((*op2)->mep)); if ((*op2)->style == document) fprintf(stream, "\n - %s document/literal style messaging\n", (*op2)->protocol); else { if ((*op2)->output->use == literal) fprintf(stream, "\n - %s RPC literal messaging\n", (*op2)->protocol); else if ((*op2)->output->encodingStyle) fprintf(stream, "\n - %s RPC encodingStyle=\"%s\"\n", (*op2)->output->encodingStyle, (*op2)->protocol); else fprintf(stream, "\n - %s RPC encoded messaging\n", (*op2)->protocol); } if ((*op2)->action) { if (*(*op2)->action) fprintf(stream, "\n - Action: \"%s\"\n", (*op2)->action); } if ((*op2)->output) { if ((*op2)->output->action) fprintf(stream, "\n - Addressing output action: \"%s\"\n", (*op2)->output->action); } for (vector::const_iterator outfault = (*op2)->outfault.begin(); outfault != (*op2)->outfault.end(); ++outfault) { if ((*outfault)->message) { if ((*outfault)->use == literal) { for (vector::const_iterator part = (*outfault)->message->part.begin(); part != (*outfault)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).element); else if ((*part).name && (*part).type) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*part).name); } } else if ((*outfault)->message->name) fprintf(stream, "\n - SOAP Output Fault: %s\n", (*outfault)->name); if ((*outfault)->message->name && (*outfault)->action) fprintf(stream, " - SOAP Output Fault addressing action: \"%s\"\n", (*outfault)->action); } else if ((*outfault)->name) fprintf(stream, "\n - SOAP Output Fault: %s (literal)\n", (*outfault)->name); gen_policy(*this, (*outfault)->policy, "fault message", types); } if (!(*op2)->output->header.empty()) fprintf(stream, "\n - Response message has mandatory header part(s) (see @ref SOAP_ENV__Header):\n"); for (vector::const_iterator outputheader = (*op2)->output->header.begin(); outputheader != (*op2)->output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } if ((*op2)->output->multipartRelated) { int k = 2; fprintf(stream, "\n - Response message MIME multipart/related attachments:\n"); for (vector::const_iterator part = (*op2)->output->multipartRelated->part.begin(); part != (*op2)->output->multipartRelated->part.end(); ++part) { if ((*part).soap__body_) { fprintf(stream, " -# MIME attachment with SOAP Body and mandatory header part(s):\n"); for (vector::const_iterator header = (*part).soap__header_.begin(); header != (*part).soap__header_.end(); ++header) { if ((*header).part) { if ((*header).use == encoded && (*header).namespace_) fprintf(stream, " - %s\n", types.aname(NULL, (*header).namespace_, (*header).part)); else if ((*header).partPtr() && (*header).partPtr()->element) fprintf(stream, " - %s\n", types.aname(NULL, NULL, (*header).partPtr()->element)); } } } else { fprintf(stream, " -# MIME attachment %d:\n", k++); for (vector::const_iterator content = (*part).content.begin(); content != (*part).content.end(); ++content) { fprintf(stream, " -"); if ((*content).part) { fprintf(stream, " part=\""); text((*content).part); fprintf(stream, "\""); } if ((*content).type) { fprintf(stream, " type=\""); text((*content).type); fprintf(stream, "\""); } fprintf(stream, "\n"); } } } } if ((*op2)->output->layout) fprintf(stream, "\n - Response message has DIME attachments in compliance with %s\n", (*op2)->output->layout); fprintf(stream, "\nC stub function (defined in soapClient.c[pp] generated by soapcpp2):\n@code\n int soap_call_%s(\n struct soap *soap,\n NULL, // char *endpoint = NULL selects default endpoint for this operation\n NULL, // char *action = NULL selects default action for this operation\n // parameters:", method_name); (*op2)->output->generate(types, ",", false, false, false, false); fprintf(stream, "\n );\n@endcode\n\nC server function (called from the service dispatcher defined in soapServer.c[pp]):\n@code\n int %s(\n struct soap *soap,\n // parameters:", method_name); (*op2)->output->generate(types, ",", false, false, false, false); fprintf(stream, "\n );\n@endcode\n\n"); if (!cflag) { fprintf(stream, "C++ proxy class (defined in soap%sProxy.h):\n", name); fprintf(stream, "@code\n class %sProxy;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use proxy classes;\n\n"); fprintf(stream, "C++ service class (defined in soap%sService.h):\n", name); fprintf(stream, "@code\n class %sService;\n@endcode\n", name); fprintf(stream, "Important: use soapcpp2 option '-j' (or '-i') to generate improved and easy-to-use service classes;\n\n"); } fprintf(stream, "*/\n\n"); (*op2)->generate(types, *this); } } gen_policy_enablers(*this); } void Service::add_import(const char *s) { if (find_if(imports.begin(), imports.end(), eqstr(s)) == imports.end()) imports.push_back(s); } void Service::del_import(const char *s) { VectorOfString::iterator i = find_if(imports.begin(), imports.end(), eqstr(s)); if (i != imports.end()) imports.erase(i); } //////////////////////////////////////////////////////////////////////////////// // // Operation methods // //////////////////////////////////////////////////////////////////////////////// void Operation::generate(Types& types, Service& service) { bool flag = false, anonymous = ((style != document) && parameterOrder != NULL); const char *method_name = NULL; if (output) { if (style == document) flag = (output->element || (output->message && output->message->part.size() == 1)); else if (!wflag) flag = (output->element || (output->message && output->use == encoded && output->message->part.size() == 1 && !(*output->message->part.begin()).simpleTypePtr() && !(*output->message->part.begin()).complexTypePtr())); if (flag && input && input->message && (*output->message->part.begin()).element) for (vector::const_iterator part = input->message->part.begin(); part != input->message->part.end(); ++part) if ((*part).element && !strcmp((*part).element, (*output->message->part.begin()).element)) flag = false; } if (output && output_name && bflag) // (output && (!input || bflag)) { if (input) { method_name = strstr(output_name + 1, "__"); if (method_name) method_name += 2; else method_name = output_name; } else { method_name = strstr(input_name + 1, "__"); if (method_name) method_name += 2; else method_name = input_name; } if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, output->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-action", method_name, output->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } if (input) { fprintf(stream, "/// Operation response \"%s\" of operation \"%s\".\n", output_name, input_name); fprintf(stream, "int %s(", output_name); } else fprintf(stream, "int %s(", input_name); output->generate(types, ",", anonymous, true, false, false); fprintf(stream, "\n void\t///< One-way message: no output parameter\n);\n"); } if (!input && output && output_name) // (!input && output && bflag) { method_name = strstr(output_name + 1, "__"); if (method_name) method_name += 2; else method_name = output_name; if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, output->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-action", method_name, output->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } fprintf(stream, "int %s(", output_name); if (flag) { if (style == rpc && output->message && (*output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*output->message->part.begin()).name), ""); fprintf(stream, "\t///< Output parameter"); } else output->generate(types, "", anonymous, true, true, false); } else { fprintf(stream, "\n struct %-28s%s", output_name, cflag ? "*" : "&"); fprintf(stream, "\t///< Output response struct parameter"); } fprintf(stream, "\n);\n"); } if (input && input_name) { method_name = strstr(input_name + 1, "__"); if (method_name) method_name += 2; else method_name = input_name; if (protocol) fprintf(stream, serviceformat, prefix, "method-protocol", method_name, protocol); if (input->content && input->content->type) fprintf(stream, serviceformat, prefix, "method-mime-type", method_name, input->content->type); else if (style == document) fprintf(stream, serviceformat, prefix, "method-style", method_name, "document"); else fprintf(stream, serviceformat, prefix, "method-style", method_name, "rpc"); if (output && output->content && output->content->type) fprintf(stream, serviceformat, prefix, "method-output-mime-type", method_name, output->content->type); if (!input || input->use == literal) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "literal"); else if (input->encodingStyle) fprintf(stream, serviceformat, prefix, "method-encoding", method_name, input->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-encoding", method_name, "encoded"); if (output) { if (!input || input->use != output->use) { if (output->use == literal) fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, "literal"); else if (output->encodingStyle) fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, output->encodingStyle); else fprintf(stream, serviceformat, prefix, "method-response-encoding", method_name, "encoded"); } if (style == rpc && (!input || (input->URI && output->URI && *output->URI && strcmp(input->URI, output->URI)))) fprintf(stream, schemaformat, types.nsprefix(NULL, output->URI), "namespace", output->URI); } if (input && input->action && *input->action) fprintf(stream, serviceformat, prefix, "method-input-action", method_name, input->action); else if (action) { if (*action) fprintf(stream, serviceformat, prefix, "method-action", method_name, action); else fprintf(stream, serviceformat, prefix, "method-action", method_name, "\"\""); } if (output && output->action && *output->action) fprintf(stream, serviceformat, prefix, "method-output-action", method_name, output->action); for (vector::const_iterator message = outfault.begin(); message != outfault.end(); ++message) { if ((*message)->message) { if ((*message)->use == literal) { for (vector::const_iterator part = (*message)->message->part.begin(); part != (*message)->message->part.end(); ++part) { if ((*part).element) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, NULL, (*part).element)); else if ((*part).type) fprintf(stream, serviceformat, prefix, "method-fault", method_name, types.aname(NULL, (*message)->URI, (*part).name)); } } else { if ((*message)->message->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if ((*message)->action) fprintf(stream, serviceformat, prefix, "method-fault-action", method_name, (*message)->action); } else if ((*message)->name) fprintf(stream, serviceformat, prefix, "method-fault", method_name, (*message)->name); } if (input) { if (input->multipartRelated) { for (vector::const_iterator inputmime = input->multipartRelated->part.begin(); inputmime != input->multipartRelated->part.end(); ++inputmime) { for (vector::const_iterator inputheader = (*inputmime).soap__header_.begin(); inputheader != (*inputmime).soap__header_.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } for (vector::const_iterator content = (*inputmime).content.begin(); content != (*inputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-input-mime-type", method_name, (*content).type); } } // TODO: add headerfault directives? for (vector::const_iterator inputheader = input->header.begin(); inputheader != input->header.end(); ++inputheader) { if ((*inputheader).part) { if ((*inputheader).use == encoded && (*inputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, (*inputheader).namespace_, (*inputheader).part)); else if ((*inputheader).partPtr() && (*inputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputheader).partPtr()->element)); } } for (vector::const_iterator inputwheader = input->wheader.begin(); inputwheader != input->wheader.end(); ++inputwheader) { if ((*inputwheader).element) fprintf(stream, serviceformat, prefix, "method-input-header-part", method_name, types.aname(NULL, NULL, (*inputwheader).element)); } } if (output) { if (output->multipartRelated) { for (vector::const_iterator outputmime = output->multipartRelated->part.begin(); outputmime != output->multipartRelated->part.end(); ++outputmime) { for (vector::const_iterator outputheader = (*outputmime).soap__header_.begin(); outputheader != (*outputmime).soap__header_.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator content = (*outputmime).content.begin(); content != (*outputmime).content.end(); ++content) if ((*content).type) fprintf(stream, serviceformat, prefix, "method-output-mime-type", method_name, (*content).type); } } for (vector::const_iterator outputheader = output->header.begin(); outputheader != output->header.end(); ++outputheader) { if ((*outputheader).part) { if ((*outputheader).use == encoded && (*outputheader).namespace_) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, (*outputheader).namespace_, (*outputheader).part)); else if ((*outputheader).partPtr() && (*outputheader).partPtr()->element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputheader).partPtr()->element)); } } for (vector::const_iterator outputwheader = output->wheader.begin(); outputwheader != output->wheader.end(); ++outputwheader) { if ((*outputwheader).element) fprintf(stream, serviceformat, prefix, "method-output-header-part", method_name, types.aname(NULL, NULL, (*outputwheader).element)); } } if (input) fprintf(stream, "int %s(", input_name); else fprintf(stream, "int %s(", output_name); if (input) input->generate(types, ",", anonymous, true, false, false); if (output) { if (flag) { if (style == rpc && output->message && (*output->message->part.begin()).name) { fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.tnamenoptr(NULL, NULL, (*output->message->part.begin()).type), cflag ? "*" : "&", types.aname(NULL, NULL, (*output->message->part.begin()).name), ""); fprintf(stream, "\t///< Output parameter"); } else output->generate(types, "", anonymous, true, true, false); } else { fprintf(stream, "\n struct %-28s%s", output_name, cflag ? "*" : "&"); fprintf(stream, "\t///< Output response struct parameter"); } fprintf(stream, "\n);\n"); } else fprintf(stream, "\n void\t///< One-way message: no output parameter\n);\n"); } } //////////////////////////////////////////////////////////////////////////////// // // Message methods // //////////////////////////////////////////////////////////////////////////////// void Message::generate(Types& types, const char *sep, bool anonymous, bool remark, bool response, bool optional) { if (message) { for (vector::const_iterator part = message->part.begin(); part != message->part.end(); ++part) { if (!(*part).name) fprintf(stderr, "\nError: no part name in message \"%s\"\n", message->name ? message->name : ""); else if (!body_parts || soap_tagsearch(body_parts, (*part).name)) { if (remark && (*part).documentation) comment("", (*part).name, "parameter", (*part).documentation); else fprintf(stream, "\n"); if ((*part).element) { if ((*part).elementPtr()) { const char *name, *type, *nameURI = NULL, *typeURI = NULL, *prefix = NULL; if (style == rpc && use == encoded) name = (*part).name; else { name = (*part).elementPtr()->name; if (style == document && (*part).elementPtr()->schemaPtr()) nameURI = (*part).elementPtr()->schemaPtr()->targetNamespace; } if ((*part).elementPtr()->type) type = (*part).elementPtr()->type; else { type = (*part).elementPtr()->name; prefix = "_"; if ((*part).elementPtr()->schemaPtr()) typeURI = (*part).elementPtr()->schemaPtr()->targetNamespace; } if ((*part).elementPtr()->xmime__expectedContentTypes) fprintf(stream, " /// MTOM attachment with content types %s\n", (*part).elementPtr()->xmime__expectedContentTypes); if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(prefix, typeURI, type); else { t = types.tname(prefix, typeURI, type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, anonymous ? anonformat : paraformat, t, flag ? " " : cflag ? "*" : "&", types.aname(NULL, nameURI, name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, typeURI, type), " ", types.aname(NULL, nameURI, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, NULL, NULL, (*part).element), " ", types.aname(NULL, NULL, (*part).element), sep); if (remark) fprintf(stream, "\t///< @todo Check element type (imported type)"); } } else if ((*part).type) { if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(NULL, NULL, (*part).type); else { t = types.tname(NULL, NULL, (*part).type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, anonymous ? anonformat : paraformat, t, flag ? " " : cflag ? "*" : "&", types.aname(NULL, NULL, (*part).name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else { fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, NULL, NULL, (*part).type), " ", types.aname(NULL, NULL, (*part).name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } else fprintf(stderr, "\nError: no wsdl:definitions/message/part/@type in part \"%s\"\n", (*part).name); } } } else if (element) // WSDL 2.0 { const char *prefix = NULL; const char *URI = NULL; const char *name = element->name; const char *type = element->type; if (!type) { type = name; prefix = "_"; } if (element->schemaPtr()) URI = element->schemaPtr()->targetNamespace; if (response) { const char *t; bool flag = false; if (!zflag || zflag > 6) t = types.tnamenoptr(prefix, URI, type); else { t = types.tname(prefix, URI, type); flag = (strchr(t, '*') && strcmp(t, "char*") && strcmp(t, "char *")); } fprintf(stream, "\n"); fprintf(stream, paraformat, t, flag ? " " : cflag ? "*" : "&", anonymous ? "" : types.aname(NULL, URI, name), sep); if (remark) fprintf(stream, "\t///< Output parameter"); } else if (style == document || element->simpleTypePtr()) { // WSDL 2.0 document style fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, URI, type), " ", types.aname(NULL, URI, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } else if (element->complexTypePtr()) { // WSDL 2.0 RPC style xs__seqchoice *seq = element->complexTypePtr()->sequence; for (vector::const_iterator i = seq->__contents.begin(); i != seq->__contents.end(); ++i) { if ((*i).__union == SOAP_UNION_xs__union_content_element) { name = (*i).__content.element->name; type = (*i).__content.element->type; if (!type) type = name; fprintf(stream, "\n"); fprintf(stream, anonymous ? anonformat : paraformat, types.pname(optional, false, prefix, URI, type), " ", types.aname(NULL, NULL, name), sep); if (remark && *sep == ',') fprintf(stream, "\t///< Input parameter"); } } } } } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// static const char *urienc(struct soap *soap, const char *uri) { const char *r, *s; char *t; size_t n = 0; if (!uri) return NULL; for (s = uri; *s; s++) if (!URI_CHAR(*s)) n++; if (!n) return uri; n = strlen(uri) + 2*n; r = t = (char*)soap_malloc(soap, n + 1); if (r) { for (s = uri; *s; s++) { if (URI_CHAR(*s)) *t++ = *s; else { (SOAP_SNPRINTF(t, n + 1 - (t - r), 3), "%%%2.2x", *s); t += 3; } } *t = '\0'; } return r; } static bool imported(const char *tag) { if (!tag || *tag != '"') return false; for (SetOfString::const_iterator u = exturis.begin(); u != exturis.end(); ++u) { size_t n = strlen(*u); if (!strncmp(*u, tag + 1, n) && tag[n+1] == '"') return true; } return false; } static void comment(const char *start, const char *middle, const char *end, const char *text) { if (text) { if (strchr(text, '\r') || strchr(text, '\n')) fprintf(stream, "\n/** %s %s %s documentation:\n%s\n*/\n\n", start, middle, end, text); else fprintf(stream, "\n/// %s %s %s: %s\n", start, middle, end, text); } } static void page(const char *page, const char *title, const char *text) { if (text) fprintf(stream, "\n@page %s%s \"%s\"\n", page, title, text); else fprintf(stream, "\n@page %s%s\n", page, title); } static void section(const char *section, const char *title, const char *text) { if (text) fprintf(stream, "\n@section %s%s \"%s\"\n", section, title, text); else fprintf(stream, "\n@section %s%s\n", section, title); } static void banner(const char *text1, const char *text2) { int i; if (!text1) return; fprintf(stream, "\n/"); for (i = 0; i < 78; i++) fputc('*', stream); if (text2) fprintf(stream, "\\\n *%76s*\n * %-75s*\n * %-73s*\n *%76s*\n\\", "", text1, text2, ""); else fprintf(stream, "\\\n *%76s*\n * %-75s*\n *%76s*\n\\", "", text1, ""); for (i = 0; i < 78; i++) fputc('*', stream); fprintf(stream, "/\n\n"); if (vflag) fprintf(stderr, "\n----<< %s: %s >>----\n\n", text1, text2 ? text2 : ""); } static void ident() { time_t t = time(NULL), *p = &t; char tmp[256]; int i; strftime(tmp, 256, "%Y-%m-%d %H:%M:%S GMT", gmtime(p)); fprintf(stream, "/* %s\n Generated by wsdl2h " WSDL2H_VERSION " from ", outfile ? outfile : ""); if (infiles) { for (i = 0; i < infiles; i++) fprintf(stream, "%s ", infile[i]); } else fprintf(stream, "(stdin) "); fprintf(stream, "and %s\n\ %s\n\n\ DO NOT INCLUDE THIS FILE DIRECTLY INTO YOUR PROJECT BUILDS\n\ USE THE soapcpp2-GENERATED SOURCE CODE FILES FOR YOUR PROJECT BUILDS\n\n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial use license is available from Genivia Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n\ */\n\n", mapfile, tmp); } void text(const char *text) { const char *s; if (!text) return; size_t k = 0; for (s = text; *s; s++, k++) { switch (*s) { case '\n': if (k) { fputc('\n', stream); k = 0; } break; case '\t': k = 8 * ((k + 8) / 8) - 1; fputc('\t', stream); break; case '/': fputc(*s, stream); if (s[1] == '*') fputc(' ', stream); break; case '*': fputc(*s, stream); if (s[1] == '/') fputc(' ', stream); break; case ' ': if (k >= 79) { fputc('\n', stream); k = 0; } else fputc(' ', stream); break; default: if (*s >= 32) fputc(*s, stream); } } if (k) fputc('\n', stream); } //////////////////////////////////////////////////////////////////////////////// // // WS-Policy // //////////////////////////////////////////////////////////////////////////////// static void gen_policy(Service& service, const vector& policy, const char *text, Types& types) { if (!policy.empty()) { fprintf(stream, "\n - WS-Policy applicable to the %s:\n", text); for (vector::const_iterator p = policy.begin(); p != policy.end(); ++p) if (*p) (*p)->generate(service, types, 0); } } static void gen_policy_enablers(const Service& service) { fprintf(stream, "\n/**\n"); page(service.name, " Binding", service.name); section(service.name, "_policy_enablers Policy Enablers of Binding", service.name); if (service.imports.empty()) { fprintf(stream, "\nNone specified.\n\n*/\n"); return; } fprintf(stream, "\nBased on policies and protocol requirements, this service requires importing"); for (VectorOfString::const_iterator i = service.imports.begin(); i != service.imports.end(); ++i) fprintf(stream, " \"%s\"", *i); fprintf(stream, "\n\n - WS-Policy reminders and enablers (when applicable):\n"); fprintf(stream, " - WS-Addressing 1.0 (2005/08, accepts 2004/08):\n\t@code\n\t#import \"wsa5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsaapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\t// See the user guide gsoap/doc/wsa/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Addressing (2004/08):\n\t@code\n\t#import \"wsa.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsaapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\t// See the user guide gsoap/doc/wsa/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-ReliableMessaging 1.0:\n\t@code\n\t#import \"wsrm5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsrmapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\tsoap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code\n\t// See the user guide gsoap/doc/wsrm/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-ReliableMessaging 1.1:\n\t@code\n\t#import \"wsrm.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsrmapi.h\"\n\tsoap_register_plugin(soap, soap_wsa); // register the wsa plugin in your code\n\tsoap_register_plugin(soap, soap_wsrm); // register the wsrm plugin in your code\n\t// See the user guide gsoap/doc/wsrm/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Discovery 1.0:\n\t@code\n\t#import \"wsrm5.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsddapi.h\" // See the user guide gsoap/doc/wsdd/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Discovery 1.1:\n\t@code\n\t#import \"wsrm.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsddapi.h\" // See the user guide gsoap/doc/wsdd/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Security (SOAP Message Security) 1.0 (accepts 1.1):\n\t@code\n\t#import \"wsse.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code\n\t// See the user guide gsoap/doc/wsse/html/index.html\n\t@endcode\n"); fprintf(stream, " - WS-Security (SOAP Message Security) 1.1 (accepts 1.0):\n\t@code\n\t#import \"wsse11.h\" // to be added to this header file for the soapcpp2 build step\n\t@endcode\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_register_plugin(soap, soap_wsse); // register the wsse plugin in your code\n\t// See the user guide gsoap/doc/wsse/html/index.html\n\t@endcode\n"); fprintf(stream, " - HTTP Digest Authentication:\n\t@code\n\t#include \"plugin/httpda.h\"\n\tsoap_register_plugin(soap, soap_http_da); // register the HTTP DA plugin in your code\n\t// See the user guide gsoap/doc/httpda/html/index.html\n\t@endcode\n"); fprintf(stream, "*/\n\n"); for (VectorOfString::const_iterator i = service.imports.begin(); i != service.imports.end(); ++i) fprintf(stream, "#import \"%s\"\n", *i); } //////////////////////////////////////////////////////////////////////////////// // // BPEL 2.0 // //////////////////////////////////////////////////////////////////////////////// static void gen_plnk(const Service& service) { if (!service.role.empty()) { for (vector::const_iterator r = service.role.begin(); r != service.role.end(); ++r) { if (*r && (*r)->portTypePtr() && (*r)->plnkPtr()) { fprintf(stream, "\n - \"%s\" role \"%s\" port type \"%s\" operations.\n", (*r)->plnkPtr()->name, (*r)->portTypePtr()->name, (*r)->name); text((*r)->documentation); text((*r)->plnkPtr()->documentation); } } } } static void gen_vprop(const wsdl__definitions& definitions, Types& types) { if (!definitions.vprop__property.empty()) { banner("BPEL 2.0 Variables"); fprintf(stream, "/**\n"); page("page_bpel", " BPEL 2.0 Variables", NULL); for (vector::const_iterator i1 = definitions.vprop__property.begin(); i1 != definitions.vprop__property.end(); ++i1) { if ((*i1).name) { fprintf(stream, "\nBPEL 2.0 Variable \"%s\"\n", (*i1).name); text((*i1).documentation); fprintf(stream, "\n"); for (vector::const_iterator j = definitions.vprop__propertyAlias.begin(); j != definitions.vprop__propertyAlias.end(); ++j) { if ((*j).vpropPtr() == &(*i1) && (*j).query && (*j).query->__mixed) { if ((*j).messageType) { if ((*j).type) fprintf(stream, " - Variable property alias for message %s/%s of type %s.\n", (*j).messageType, (*j).part, (*j).type); else if ((*j).element) fprintf(stream, " - Variable property alias for message %s/%s element %s.\n", (*j).messageType, (*j).part, (*j).element); } else fprintf(stream, " - Variable property alias.\n"); text((*j).documentation); if ((*j).type) fprintf(stream, " XPath %s: %s\n", types.tname(NULL, NULL, (*j).type), (*j).query->__mixed); else if ((*j).element) fprintf(stream, " XPath %s: %s\n", types.tname(NULL, NULL, (*j).element), (*j).query->__mixed); } } } } fprintf(stream, "*/\n\n"); for (vector::const_iterator i2 = definitions.vprop__property.begin(); i2 != definitions.vprop__property.end(); ++i2) { if ((*i2).name) { for (vector::const_iterator j = definitions.vprop__propertyAlias.begin(); j != definitions.vprop__propertyAlias.end(); ++j) { if ((*j).vpropPtr() == &(*i2) && (*j).query && (*j).query->__mixed) { if ((*j).type) fprintf(stream, "//xpath %s %s\n", types.tname(NULL, NULL, (*j).type), (*j).query->__mixed); else if ((*j).element) fprintf(stream, "//xpath %s %s\n", types.tname(NULL, NULL, (*j).element), (*j).query->__mixed); } } if ((*i2).type) fprintf(stream, elementformat, types.tname(NULL, NULL, (*i2).type), types.aname(NULL, NULL, (*i2).name)); else if ((*i2).element) fprintf(stream, elementformat, types.tname(NULL, NULL, (*i2).element), types.aname(NULL, NULL, (*i2).name)); fprintf(stream, ";\n"); } } fprintf(stream, "\n"); } } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsrmp.h0000644000175000017500000000401212653650160022267 0ustar ellertellert/* wsrmp.h WS-ReliableMessaging Policy -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsrmp schema documentation: WS-ReliableMessaging Policy binding //gsoap wsrmp schema namespace: http://schemas.xmlsoap.org/ws/2005/02/rm/policy //gsoap wsrmp schema elementForm: qualified //gsoap wsrmp schema attributeForm: unqualified #import "imports.h" class wsrmp__Timeout { public: @char *Milliseconds; }; class wsrmp__RMAssertion : public wsp__Assertion { public: wsrmp__Timeout *InactivityTimeout; wsrmp__Timeout *BaseRetransmissionInterval;; wsrmp__Timeout *AcknowledgementInterval; char *ExponentialBackoff; // TODO: WCF netrmp extension elements go here, as necessary }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wst.h0000644000175000017500000000323212653650160021737 0ustar ellertellert/* wst.h WS-Trust -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wst schema documentation: WS-Trust //gsoap wst schema namespace: http://docs.oasis-open.org/ws-sx/ws-trust/200512 //gsoap wst schema elementForm: qualified //gsoap wst schema attributeForm: unqualified class wst__Claims { public: @xsd__string Dialect; xsd__string __item; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/schema.cpp0000644000175000017500000020161712653650160022724 0ustar ellertellert/* schema.cpp XSD binding schema implementation -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern struct Namespace namespaces[]; extern "C" { extern int warn_ignore(struct soap*, const char*); } extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // schema // //////////////////////////////////////////////////////////////////////////////// xs__schema::xs__schema() { soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); #ifdef HTTPDA_H soap_register_plugin(soap, http_da); #endif #ifdef WITH_OPENSSL soap_ssl_client_context(soap, SOAP_SSL_NO_AUTHENTICATION, NULL, NULL, NULL, NULL, NULL); #endif soap_set_namespaces(soap, namespaces); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; soap->proxy_host = proxy_host; soap->proxy_port = proxy_port; soap->proxy_userid = proxy_userid; soap->proxy_passwd = proxy_passwd; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; } xs__schema::xs__schema(struct soap *copy) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; } xs__schema::xs__schema(struct soap *copy, const char *cwd, const char *loc) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; targetNamespace = NULL; version = NULL; attributeGroupRef = NULL; updated = false; location = NULL; redirs = 0; read(cwd, loc); } xs__schema::~xs__schema() { } int xs__schema::get(struct soap *soap) { (void)soap; return preprocess(); } int xs__schema::preprocess() { // process xs:include recursively // NOTE: includes are context sensitive (take context info), so keep including for (vector::iterator in = include.begin(); in != include.end(); ++in) { (*in).preprocess(*this); // read schema and recurse over if ((*in).schemaPtr()) insert(*(*in).schemaPtr()); } for (vector::iterator ov = override_.begin(); ov != override_.end(); ++ov) { (*ov).preprocess(*this); // read schema and recurse over if ((*ov).schemaPtr()) insert(*(*ov).schemaPtr()); } for (vector::iterator re = redefine.begin(); re != redefine.end(); ++re) { (*re).preprocess(*this); // read schema and recurse over if ((*re).schemaPtr()) insert(*(*re).schemaPtr()); } return SOAP_OK; } int xs__schema::insert(xs__schema& schema) { bool found; if (targetNamespace && (!schema.targetNamespace || strcmp(targetNamespace, schema.targetNamespace))) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching targetNamespace '%s' into schema namespace '%s', assuming chameleon schema targetNamespace '%s'\n", schema.sourceLocation() ? schema.sourceLocation() : "", schema.targetNamespace, targetNamespace, targetNamespace); schema.targetNamespace = targetNamespace; } if (elementFormDefault != schema.elementFormDefault) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching elementFormDefault into schema namespace '%s', assuming elementFormDefault '%squalified'\n", schema.sourceLocation() ? schema.sourceLocation() : "", targetNamespace ?targetNamespace : "(null)", elementFormDefault == qualified ? "" : "un"); schema.elementFormDefault = elementFormDefault; } if (attributeFormDefault != schema.attributeFormDefault) { if (!Wflag) fprintf(stderr, "\nWarning: attempt to include schema '%s' with mismatching attributeFormDefault into schema namespace '%s', assuming attributeFormDefault '%squalified'\n", schema.sourceLocation() ? schema.sourceLocation() : "", targetNamespace ? targetNamespace : "(null)", attributeFormDefault == qualified ? "" : "un"); schema.attributeFormDefault = attributeFormDefault; } // insert imports for (vector::const_iterator im = schema.import.begin(); im != schema.import.end(); ++im) { found = false; if ((*im).namespace_) { for (vector::const_iterator i = import.begin(); i != import.end(); ++i) { if ((*i).namespace_ && !strcmp((*im).namespace_, (*i).namespace_)) { found = true; break; } } } if (!found) import.push_back(*im); } // insert attributes, but only add attributes with new name (limited conflict check) for (vector::const_iterator at = schema.attribute.begin(); at != schema.attribute.end(); ++at) { found = false; if ((*at).name) { for (vector::const_iterator a = attribute.begin(); a != attribute.end(); ++a) { if ((*a).name && !strcmp((*at).name, (*a).name)) { found = true; if ((*at).type && (*a).type && strcmp((*at).type, (*a).type)) if (!Wflag) fprintf(stderr, "\nWarning: attempt to redefine attribute '%s' with type '%s' in schema '%s'\n", (*at).name, (*at).type, targetNamespace ? targetNamespace : "(null)"); break; } } } if (!found) { attribute.push_back(*at); attribute.back().schemaPtr(this); } } // insert elements, but only add elements with new name (limited conflict check) for (vector::const_iterator el = schema.element.begin(); el != schema.element.end(); ++el) { found = false; if ((*el).name) { for (vector::const_iterator e = element.begin(); e != element.end(); ++e) { if ((*e).name && !strcmp((*el).name, (*e).name)) { found = true; if ((*el).type && (*e).type && strcmp((*el).type, (*e).type)) if (!Wflag) fprintf(stderr, "\nWarning: attempt to redefine element '%s' with type '%s' in schema '%s'\n", (*el).name, (*el).type, targetNamespace ? targetNamespace : "(null)"); break; } } } if (!found) { element.push_back(*el); element.back().schemaPtr(this); } } // insert groups, but only add groups with new name (no conflict check) for (vector::const_iterator gp = schema.group.begin(); gp != schema.group.end(); ++gp) { found = false; if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { found = true; break; } } } if (!found) { group.push_back(*gp); group.back().schemaPtr(this); } } // insert attributeGroups, but only add attributeGroups with new name (no conflict check) for (vector::const_iterator ag = schema.attributeGroup.begin(); ag != schema.attributeGroup.end(); ++ag) { found = false; if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { found = true; break; } } } if (!found) { attributeGroup.push_back(*ag); attributeGroup.back().schemaPtr(this); } } // insert simpleTypes, but only add simpleTypes with new name (no conflict check) for (vector::const_iterator st = schema.simpleType.begin(); st != schema.simpleType.end(); ++st) { found = false; if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { found = true; break; } } } if (!found) { simpleType.push_back(*st); simpleType.back().schemaPtr(this); } } // insert complexTypes, but only add complexTypes with new name (no conflict check) for (vector::const_iterator ct = schema.complexType.begin(); ct != schema.complexType.end(); ++ct) { found = false; if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { found = true; break; } } } if (!found) { complexType.push_back(*ct); complexType.back().schemaPtr(this); } } return SOAP_OK; } int xs__schema::traverse() { if (updated) return SOAP_OK; if (vflag) cerr << " Analyzing schema '" << (targetNamespace ? targetNamespace : "(null)") << "' '" << (sourceLocation() ? sourceLocation() : "") << "'" << endl; updated = true; if (!targetNamespace) { if (vflag) fprintf(stderr, "\nWarning: Schema has no targetNamespace\n"); targetNamespace = soap_strdup(soap, ""); } else if (exturis.find(targetNamespace) != exturis.end()) { if (vflag) fprintf(stderr, "\nWarning: Built-in schema '%s' content encountered\n", targetNamespace); } // process import for (vector::iterator im = import.begin(); im != import.end(); ++im) (*im).traverse(*this); // process attributes for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(*this); // process elements for (vector::iterator el = element.begin(); el != element.end(); ++el) (*el).traverse(*this); // process simpleTypes, check conflicts with complexTypes for (vector::iterator st = simpleType.begin(); st != simpleType.end(); ++st) { (*st).traverse(*this); if ((*st).name) { for (vector::iterator ct = complexType.begin(); ct != complexType.end(); ++ct) { if ((*ct).name && !strcmp((*st).name, (*ct).name)) { if (!Wflag) fprintf(stderr, "\nWarning: top-level simpleType name and complexType name '%s' clash in schema '%s'\n", (*st).name, targetNamespace ? targetNamespace : "(null)"); } } } } // process complexTypes for (vector::iterator ct = complexType.begin(); ct != complexType.end(); ++ct) (*ct).traverse(*this); // process groups for (vector::iterator gp = group.begin(); gp != group.end(); ++gp) (*gp).traverse(*this); // process attributeGroups for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(*this); // XSD 1.1 defaultAttributes if (defaultAttributes) { for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) { if (!strcmp(defaultAttributes, (*ag).name)) { attributeGroupRef = &*ag; break; } } if (!attributeGroupRef) cerr << "\nWarning: could not find defaultAttributes attributeGroup '" << defaultAttributes << "' in schema '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; } if (vflag) cerr << " End of schema '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; return SOAP_OK; } int xs__schema::read(const char *cwd, const char *loc) { const char *cwd_temp; if (!cwd) cwd = cwd_path; if (vflag) fprintf(stderr, "\nOpening schema '%s' from '%s'\n", loc ? loc : "(stdin)", cwd ? cwd : "./"); if (loc) { if (soap->recvfd > 2) { soap_end_recv(soap); close(soap->recvfd); soap->recvfd = -1; } else if (soap_valid_socket(soap->socket)) { soap_end_recv(soap); soap_closesock(soap); } #ifdef WITH_OPENSSL if (!strncmp(loc, "http://", 7) || !strncmp(loc, "https://", 8)) #else if (!strncmp(loc, "https://", 8)) { fprintf(stderr, "\nCannot connect to https site: no SSL support, please rebuild with SSL (default) or download the files and rerun wsdl2h\n"); exit(1); } else if (!strncmp(loc, "http://", 7)) #endif { fprintf(stderr, "%*sConnecting to '%s' to retrieve schema...", 2*openfiles, "", loc); location = soap_strdup(soap, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else if (cwd && (!strncmp(cwd, "http://", 7) || !strncmp(cwd, "https://", 8))) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); fprintf(stderr, "%*sConnecting to '%s' to retrieve schema '%s'...", 2*openfiles, "", location, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else { soap->recvfd = open(loc, O_RDONLY, 0); if (soap->recvfd < 0) { if (cwd) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); #ifdef WIN32 if (!s) s = strrchr(location, '\\'); #endif if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0 && import_path) { size_t l = strlen(import_path) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, import_path); size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0) { fprintf(stderr, "\nCannot open '%s' to retrieve schema\n", loc); exit(1); } } else location = soap_strdup(soap, loc); fprintf(stderr, "%*sReading schema '%s'...\n", 2*openfiles, "", location); openfiles++; } } cwd_temp = cwd_path; cwd_path = location; if (!soap_begin_recv(soap)) this->soap_in(soap, "xs:schema", NULL); if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307) // HTTP redirect, socket was closed { int r = SOAP_ERR; fprintf(stderr, "Redirected to '%s'...\n", soap->endpoint); if (redirs++ < 10) r = read(cwd, soap->endpoint); else fprintf(stderr, "\nMax redirects exceeded\n"); redirs--; return r; } else if (soap->error == 401) { int r = SOAP_ERR; fprintf(stderr, "Authenticating to '%s' realm '%s'...\n", loc, soap->authrealm); if (auth_userid && auth_passwd && redirs++ < 1) { #ifdef HTTPDA_H struct http_da_info info; http_da_save(soap, &info, soap->authrealm, auth_userid, auth_passwd); #else soap->userid = auth_userid; soap->passwd = auth_passwd; #endif r = read(cwd, loc); #ifdef HTTPDA_H http_da_release(soap, &info); #endif redirs--; } else fprintf(stderr, "Authentication failed, use option -r:uid:pwd and (re)build with OpenSSL to enable digest authentication\n"); return r; } if (soap->error) { fprintf(stderr, "\nAn error occurred while parsing schema from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); fprintf(stderr, "\nIf this schema namespace is considered \"built-in\", then add\n namespaceprefix = \nto typemap.dat.\n"); exit(1); } openfiles--; fprintf(stderr, "%*sDone reading '%s'\n", 2*openfiles, "", loc ? loc : "(stdin)"); soap_end_recv(soap); if (soap->recvfd > 2) { close(soap->recvfd); soap->recvfd = -1; } else soap_closesock(soap); cwd_path = cwd_temp; return SOAP_OK; } void xs__schema::sourceLocation(const char *loc) { location = soap_strdup(soap, loc); } const char *xs__schema::sourceLocation() { return location; } xs__attributeGroup *xs__schema::attributeGroupPtr() const { return attributeGroupRef; } int xs__schema::error() { return soap->error; } void xs__schema::print_fault() { soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); } void xs__schema::builtinType(const char *type) { builtinTypeSet.insert(type); } void xs__schema::builtinElement(const char *element) { builtinElementSet.insert(element); } void xs__schema::builtinAttribute(const char *attribute) { builtinAttributeSet.insert(attribute); } const SetOfString& xs__schema::builtinTypes() const { return builtinTypeSet; } const SetOfString& xs__schema::builtinElements() const { return builtinElementSet; } const SetOfString& xs__schema::builtinAttributes() const { return builtinAttributeSet; } bool xs__schema::empty() const { return include.empty() && redefine.empty() && override_.empty() && attribute.empty() && element.empty() && group.empty() && attributeGroup.empty() && simpleType.empty() && complexType.empty(); // empty except for } xs__include::xs__include() { schemaLocation = NULL; schemaRef = NULL; } int xs__include::preprocess(xs__schema &schema) { if (!schemaRef && schemaLocation) { // only read from include locations not read already, uses static std::map static map included; map::iterator i = included.end(); if (schema.targetNamespace) { for (i = included.begin(); i != included.end(); ++i) { if ((*i).second->targetNamespace && !strcmp(schemaLocation, (*i).first) && !strcmp(schema.targetNamespace, (*i).second->targetNamespace)) break; } } if (i == included.end()) { if (vflag) cerr << "Preprocessing schema include '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; schemaRef = new xs__schema(schema.soap); if (!schemaRef) return SOAP_EOF; included[schemaLocation] = schemaRef; schemaRef->read(schema.sourceLocation(), schemaLocation); if (schema.targetNamespace && (!schemaRef->targetNamespace || strcmp(schema.targetNamespace, schemaRef->targetNamespace))) { if (!Wflag) { if (schemaRef->targetNamespace) fprintf(stderr, "\nWarning: attempt to include schema with mismatching targetNamespace '%s' in schema '%s', assigning targetNamespace '%s'\n", schemaRef->targetNamespace, schema.targetNamespace, schema.targetNamespace); else fprintf(stderr, "\nWarning: attempt to include chameleon schema with no targetNamespace in schema '%s', assigning targetNamespace '%s'\n", schema.targetNamespace, schema.targetNamespace); } schemaRef->targetNamespace = schema.targetNamespace; schemaRef->elementFormDefault = schema.elementFormDefault; schemaRef->attributeFormDefault = schema.attributeFormDefault; } } else { if (vflag) cerr << "Schema '" << (schemaLocation ? schemaLocation : "(null)") << "' already included into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; schemaRef = (*i).second; } } return SOAP_OK; } int xs__include::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__include::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__include::schemaPtr() const { return schemaRef; } xs__redefine::xs__redefine() { schemaLocation = NULL; schemaRef = NULL; } int xs__redefine::preprocess(xs__schema &schema) { if (vflag) cerr << "Preprocessing schema redefine '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; if (!schemaRef) { if (schemaLocation) { schemaRef = new xs__schema(schema.soap, schema.sourceLocation(), schemaLocation); // redefine xs:all, xs:choice, or xs:sequence in a group for (vector::iterator gp = schemaRef->group.begin(); gp != schemaRef->group.end(); ++gp) { if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { if ((*g).all) (*gp).all = (*g).all; if ((*g).choice) (*gp).choice = (*g).choice; if ((*g).sequence) (*gp).sequence = (*g).sequence; break; } } } } // redefine specified attributes in an attributeGroup for (vector::iterator ag = schemaRef->attributeGroup.begin(); ag != schemaRef->attributeGroup.end(); ++ag) { if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { for (std::vector::const_iterator ga = (*g).attribute.begin(); ga != (*g).attribute.end(); ++ga) { if ((*ga).name) { bool found = false; for (std::vector::iterator aga = (*ag).attribute.begin(); aga != (*ag).attribute.end(); ++aga) { if ((*aga).name && !strcmp((*aga).name, (*ga).name)) { *aga = *ga; found = true; break; } } if (!found) (*ag).attribute.push_back(*ga); } } } } } } // redefine simpleType for (vector::iterator st = schemaRef->simpleType.begin(); st != schemaRef->simpleType.end(); ++st) { if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { *st = *s; // TODO would it be too crude to simply replace all content? break; } } } } // redefine complexType by extension for (vector::iterator ct = schemaRef->complexType.begin(); ct != schemaRef->complexType.end(); ++ct) { if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { if ((*c).complexContent && (*c).complexContent->extension && (*c).complexContent->extension->sequence && qname_token((*c).complexContent->extension->base, schemaRef->targetNamespace)) { if (!(*ct).sequence) (*ct).sequence = (*c).complexContent->extension->sequence; else { for (std::vector::const_iterator e = (*c).complexContent->extension->sequence->__contents.begin(); e != (*c).complexContent->extension->sequence->__contents.end(); ++e) (*ct).sequence->__contents.push_back(*e); } } else if (!Wflag) fprintf(stderr, "\nWarning: redefining complexType \"%s\" in schema \"%s\" by extension requires an extension base\n", (*ct).name, schemaRef->targetNamespace ? schemaRef->targetNamespace : "(null)"); break; } } } } } } return SOAP_OK; } int xs__redefine::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__redefine::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__redefine::schemaPtr() const { return schemaRef; } xs__override::xs__override() { schemaLocation = NULL; schemaRef = NULL; } int xs__override::preprocess(xs__schema &schema) { if (vflag) cerr << "Preprocessing schema override '" << (schemaLocation ? schemaLocation : "(null)") << "' into schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; if (!schemaRef) { if (schemaLocation) { schemaRef = new xs__schema(schema.soap, schema.sourceLocation(), schemaLocation); for (vector::iterator el = schemaRef->element.begin(); el != schemaRef->element.end(); ++el) { if ((*el).name) { for (vector::const_iterator e = element.begin(); e != element.end(); ++e) { if ((*e).name && !strcmp((*el).name, (*e).name)) { *el = *e; break; } } } } for (vector::iterator at = schemaRef->attribute.begin(); at != schemaRef->attribute.end(); ++at) { if ((*at).name) { for (vector::const_iterator a = attribute.begin(); a != attribute.end(); ++a) { if ((*a).name && !strcmp((*at).name, (*a).name)) { *at = *a; break; } } } } for (vector::iterator gp = schemaRef->group.begin(); gp != schemaRef->group.end(); ++gp) { if ((*gp).name) { for (vector::const_iterator g = group.begin(); g != group.end(); ++g) { if ((*g).name && !strcmp((*gp).name, (*g).name)) { *gp = *g; break; } } } } for (vector::iterator ag = schemaRef->attributeGroup.begin(); ag != schemaRef->attributeGroup.end(); ++ag) { if ((*ag).name) { for (vector::const_iterator g = attributeGroup.begin(); g != attributeGroup.end(); ++g) { if ((*g).name && !strcmp((*ag).name, (*g).name)) { *ag = *g; break; } } } } for (vector::iterator st = schemaRef->simpleType.begin(); st != schemaRef->simpleType.end(); ++st) { if ((*st).name) { for (vector::const_iterator s = simpleType.begin(); s != simpleType.end(); ++s) { if ((*s).name && !strcmp((*st).name, (*s).name)) { *st = *s; break; } } } } for (vector::iterator ct = schemaRef->complexType.begin(); ct != schemaRef->complexType.end(); ++ct) { if ((*ct).name) { for (vector::const_iterator c = complexType.begin(); c != complexType.end(); ++c) { if ((*c).name && !strcmp((*ct).name, (*c).name)) { *ct = *c; break; } } } } } } return SOAP_OK; } int xs__override::traverse(xs__schema &schema) { (void)schema; return SOAP_OK; } void xs__override::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__override::schemaPtr() const { return schemaRef; } xs__import::xs__import() { namespace_ = NULL; schemaLocation = NULL; schemaRef = NULL; } int xs__import::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema import '" << (namespace_ ? namespace_ : "(null)") << "'" << endl; if (!schemaRef) { bool found = false; if (namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp(namespace_, *i)) { found = true; break; } } } else if (!Wflag) fprintf(stderr, "\nWarning: no namespace in \n"); if (!found && !iflag) // don't import any of the schemas in the .nsmap table (or when -i option is used) { const char *s = schemaLocation; if (!s) s = namespace_; // only read from import locations not read already, uses static std::map static map included; map::iterator i = included.find(s); if (i == included.end()) { included[s] = schemaRef = new xs__schema(schema.soap); schemaRef->read(schema.sourceLocation(), s); } else schemaRef = (*i).second; if (schemaRef) { if (!schemaRef->targetNamespace || !*schemaRef->targetNamespace) schemaRef->targetNamespace = namespace_; else if (!namespace_ || strcmp(schemaRef->targetNamespace, namespace_)) if (!Wflag) fprintf(stderr, "\nWarning: schema import '%s' with schema targetNamespace '%s' mismatch\n", namespace_ ? namespace_ : "(null)", schemaRef->targetNamespace); } } } if (schemaRef) schemaRef->traverse(); return SOAP_OK; } void xs__import::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__import::schemaPtr() const { return schemaRef; } xs__attribute::xs__attribute() { schemaRef = NULL; attributeRef = NULL; simpleTypeRef = NULL; } int xs__attribute::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema attribute '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; const char *token = qname_token(ref, schema.targetNamespace); attributeRef = NULL; if (token) { for (vector::iterator i = schema.attribute.begin(); i != schema.attribute.end(); ++i) if (!strcmp((*i).name, token)) { attributeRef = &(*i); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!attributeRef) { for (vector::iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->attribute.begin(); j != s->attribute.end(); ++j) { if (!strcmp((*j).name, token)) { attributeRef = &(*j); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (attributeRef) break; } } } } if (simpleType) { simpleType->traverse(schema); simpleTypeRef = simpleType; } else { token = qname_token(type, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found attribute '" << (name ? name : "(null)") << "' type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } } if (!attributeRef && !simpleTypeRef) { if (ref) { if (is_builtin_qname(ref)) schema.builtinAttribute(ref); else if (!Wflag) cerr << "\nWarning: could not find the referenced attribute '" << (name ? name : "") << "' ref '" << ref << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) schema.builtinType(type); else if (!Wflag) cerr << "\nWarning: could not find the type for attribute '" << (name ? name : "(null)") << "' type '" << type << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } } return SOAP_OK; } void xs__attribute::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__attribute::schemaPtr() const { return schemaRef; } void xs__attribute::attributePtr(xs__attribute *attribute) { attributeRef = attribute; } void xs__attribute::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } xs__attribute *xs__attribute::attributePtr() const { return attributeRef; } xs__simpleType *xs__attribute::simpleTypePtr() const { return simpleTypeRef; } xs__element::xs__element() { schemaRef = NULL; elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; name = NULL; ref = NULL; type = NULL; default_ = NULL; default__ = NULL; fixed = NULL; fixed_ = NULL; form = NULL; nillable = false; abstract = false; substitutionGroup = NULL; minOccurs = NULL; maxOccurs = NULL; xmime__expectedContentTypes = NULL; annotation = NULL; simpleType = NULL; complexType = NULL; unique = NULL; } int xs__element::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema element '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; const char *token = qname_token(ref, schema.targetNamespace); elementRef = NULL; if (token) { for (vector::iterator i = schema.element.begin(); i != schema.element.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { elementRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!elementRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->element.begin(); j != s->element.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { elementRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (elementRef) break; } } } } if (simpleType) { simpleType->traverse(schema); simpleTypeRef = simpleType; } else { token = qname_token(type, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } } if (complexType) { complexType->traverse(schema); complexTypeRef = complexType; } else { token = qname_token(type, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(type, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found element '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } } if (!abstract && substitutionGroup) { token = qname_token(substitutionGroup, schema.targetNamespace); if (token) { for (vector::iterator i = schema.element.begin(); i != schema.element.end(); ++i) { if (!strcmp((*i).name, token)) { xs__element *elt = this; if (!elementPtr()) { elt = soap_new_xs__element(schema.soap); elt->soap_default(schema.soap); elt->name = name; elt->form = form; elt->elementPtr(this); // create element ref in substitutionsGroup elt->schemaPtr(schemaPtr()); elt->targetNamespace = NULL; } (*i).substitutions.push_back(elt); if (vflag) cerr << " Found substitutionGroup element '" << (name ? name : "(null)") << "' for element '" << (token ? token : "(null)") << "'" << endl; break; } } } for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(substitutionGroup, s->targetNamespace); if (token) { for (vector::iterator j = s->element.begin(); j != s->element.end(); ++j) { if (!strcmp((*j).name, token)) { xs__element *elt = this; if (!elementPtr()) { elt = soap_new_xs__element(schema.soap); elt->soap_default(schema.soap); elt->name = name; elt->form = form; elt->elementPtr(this); // create element ref in substitutionsGroup elt->schemaPtr(schemaPtr()); elt->targetNamespace = NULL; } (*j).substitutions.push_back(elt); if (vflag) cerr << " Found substitutionGroup element '" << (name ? name : "(null)") << "' for element '" << (token ? token : "(null)") << "' in '" << s->targetNamespace << "'" << endl; break; } } } } } } if (!elementRef && !simpleTypeRef && !complexTypeRef) { if (ref) { if (is_builtin_qname(ref)) schema.builtinElement(ref); else if (!Wflag) cerr << "\nWarning: could not find the referenced element '" << (name ? name : "") << "' ref '" << ref << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) schema.builtinType(type); else if (!Wflag) cerr << "\nWarning: could not find the type for element '" << (name ? name : "(null)") << "' type '" << type << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } } return SOAP_OK; } void xs__element::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__element::schemaPtr() const { return schemaRef; } void xs__element::elementPtr(xs__element *element) { elementRef = element; } void xs__element::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__element::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__element *xs__element::elementPtr() const { return elementRef; } const std::vector* xs__element::substitutionsPtr() const { return &substitutions; } xs__simpleType *xs__element::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__element::complexTypePtr() const { return complexTypeRef; } xs__simpleType::xs__simpleType() { schemaRef = NULL; level = 0; } int xs__simpleType::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema simpleType '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; if (list) list->traverse(schema); else if (restriction) restriction->traverse(schema); else if (union_) union_->traverse(schema); return SOAP_OK; } void xs__simpleType::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__simpleType::schemaPtr() const { return schemaRef; } int xs__simpleType::baseLevel() { if (!level) { if (restriction) { level = -1; if (restriction->simpleTypePtr()) level = restriction->simpleTypePtr()->baseLevel() + 1; else level = 2; } else if (list && list->restriction) { level = -1; if (list->restriction->simpleTypePtr()) level = list->restriction->simpleTypePtr()->baseLevel() + 1; else level = 2; } else level = 1; } else if (level < 0) { cerr << "Error: cyclic simpleType restriction/extension base dependency in '" << (name ? name : "(null)") << "'" << endl; } return level; } xs__complexType::xs__complexType() { schemaRef = NULL; level = 0; } int xs__complexType::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema complexType '" << (name ? name : "(null)") << "'" << endl; schemaRef = &schema; if (simpleContent) simpleContent->traverse(schema); else if (complexContent) complexContent->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); else if (any) any->traverse(schema); for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); return SOAP_OK; } void xs__complexType::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__complexType::schemaPtr() const { return schemaRef; } int xs__complexType::baseLevel() { if (!level) { if (simpleContent) { if (simpleContent->restriction) { level = -1; if (simpleContent->restriction->simpleTypePtr()) level = simpleContent->restriction->simpleTypePtr()->baseLevel() + 1; else if (simpleContent->restriction->complexTypePtr()) level = simpleContent->restriction->complexTypePtr()->baseLevel() + 1; else level = 2; } else if (simpleContent->extension) { level = -1; if (simpleContent->extension->simpleTypePtr()) level = simpleContent->extension->simpleTypePtr()->baseLevel() + 1; else if (simpleContent->extension->complexTypePtr()) level = simpleContent->extension->complexTypePtr()->baseLevel() + 1; else level = 2; } } else if (complexContent) { if (complexContent->restriction) { level = -1; if (complexContent->restriction->simpleTypePtr()) level = complexContent->restriction->simpleTypePtr()->baseLevel() + 1; else if (complexContent->restriction->complexTypePtr()) level = complexContent->restriction->complexTypePtr()->baseLevel() + 1; else level = 2; } else if (complexContent->extension) { level = -1; if (complexContent->extension->simpleTypePtr()) level = complexContent->extension->simpleTypePtr()->baseLevel() + 1; else if (complexContent->extension->complexTypePtr()) level = complexContent->extension->complexTypePtr()->baseLevel() + 1; else level = 2; } } else level = 1; } else if (level < 0) { cerr << "Error: cyclic complexType restriction/extension base dependency in '" << (name ? name : "(null)") << "'" << endl; } return level; } int xs__simpleContent::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema simpleContent" << endl; if (extension) extension->traverse(schema); else if (restriction) restriction->traverse(schema); return SOAP_OK; } int xs__complexContent::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema complexContent" << endl; if (extension) extension->traverse(schema); else if (restriction) restriction->traverse(schema); return SOAP_OK; } xs__extension::xs__extension() { simpleTypeRef = NULL; complexTypeRef = NULL; } int xs__extension::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema extension '" << (base ? base : "(null)") << "'" << endl; if (group) group->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); const char *token = qname_token(base, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } token = qname_token(base, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found extension base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } if (!simpleTypeRef && !complexTypeRef) { if (base) { if (is_builtin_qname(base)) schema.builtinType(base); else if (!Wflag) cerr << "\nWarning: could not find extension base type '" << base << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else cerr << "Extension has no base" << endl; } return SOAP_OK; } void xs__extension::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__extension::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__simpleType *xs__extension::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__extension::complexTypePtr() const { return complexTypeRef; } xs__restriction::xs__restriction() { simpleTypeRef = NULL; complexTypeRef = NULL; } int xs__restriction::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema restriction '" << (base ? base : "(null)") << "'" << endl; if (simpleType) simpleType->traverse(schema); if (attributeGroup) attributeGroup->traverse(schema); if (group) group->traverse(schema); else if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); else { for (vector::iterator en = enumeration.begin(); en != enumeration.end(); ++en) (*en).traverse(schema); for (vector::iterator pn = pattern.begin(); pn != pattern.end(); ++pn) (*pn).traverse(schema); } for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); const char *token = qname_token(base, schema.targetNamespace); simpleTypeRef = NULL; if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { simpleTypeRef = &(*i); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!simpleTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { simpleTypeRef = &(*j); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (simpleTypeRef) break; } } } } token = qname_token(base, schema.targetNamespace); complexTypeRef = NULL; if (token) { for (vector::iterator i = schema.complexType.begin(); i != schema.complexType.end(); ++i) if ((*i).name && !strcmp((*i).name, token)) { complexTypeRef = &(*i); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (!complexTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(base, s->targetNamespace); if (token) { for (vector::iterator j = s->complexType.begin(); j != s->complexType.end(); ++j) { if ((*j).name && !strcmp((*j).name, token)) { complexTypeRef = &(*j); if (vflag) cerr << " Found restriction base type '" << (token ? token : "(null)") << "'" << endl; break; } } if (complexTypeRef) break; } } } } if (!simpleTypeRef && !complexTypeRef) { if (base) { if (is_builtin_qname(base)) schema.builtinType(base); else if (!Wflag) cerr << "\nWarning: could not find restriction base type '" << base << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } else if (!simpleType) cerr << "Restriction has no base" << endl; } return SOAP_OK; } void xs__restriction::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; } void xs__restriction::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; } xs__simpleType *xs__restriction::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *xs__restriction::complexTypePtr() const { return complexTypeRef; } xs__list::xs__list() { itemTypeRef = NULL; } int xs__list::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema list" << endl; if (restriction) restriction->traverse(schema); for (vector::iterator i = simpleType.begin(); i != simpleType.end(); ++i) (*i).traverse(schema); itemTypeRef = NULL; const char *token = qname_token(itemType, schema.targetNamespace); if (token) { for (vector::iterator i = schema.simpleType.begin(); i != schema.simpleType.end(); ++i) if (!strcmp((*i).name, token)) { itemTypeRef = &(*i); if (vflag) cerr << " Found list itemType '" << (token ? token : "(null)") << "'" << endl; break; } } if (!itemTypeRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(itemType, s->targetNamespace); if (token) { for (vector::iterator j = s->simpleType.begin(); j != s->simpleType.end(); ++j) { if (!strcmp((*j).name, token)) { itemTypeRef = &(*j); if (vflag) cerr << " Found list itemType '" << (token ? token : "(null)") << "'" << endl; break; } } if (itemTypeRef) break; } } } } if (itemType && !itemTypeRef) { if (is_builtin_qname(itemType)) schema.builtinType(itemType); else if (!Wflag) cerr << "\nWarning: could not find list itemType '" << itemType << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__list::itemTypePtr(xs__simpleType *simpleType) { itemTypeRef = simpleType; } xs__simpleType *xs__list::itemTypePtr() const { return itemTypeRef; } int xs__union::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema union" << endl; for (vector::iterator i = simpleType.begin(); i != simpleType.end(); ++i) (*i).traverse(schema); return SOAP_OK; } int xs__all::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema all" << endl; for (vector::iterator i = element.begin(); i != element.end(); ++i) (*i).traverse(schema); return SOAP_OK; } int xs__contents::traverse(xs__schema &schema) { switch (__union) { case SOAP_UNION_xs__union_content_element: if (__content.element) __content.element->traverse(schema); break; case SOAP_UNION_xs__union_content_group: if (__content.group) __content.group->traverse(schema); break; case SOAP_UNION_xs__union_content_choice: if (__content.choice) __content.choice->traverse(schema); break; case SOAP_UNION_xs__union_content_sequence: if (__content.sequence) __content.sequence->traverse(schema); break; case SOAP_UNION_xs__union_content_any: if (__content.any) __content.any->traverse(schema); break; } return SOAP_OK; } xs__seqchoice::xs__seqchoice() { schemaRef = NULL; } int xs__seqchoice::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema sequence/choice" << endl; schemaRef = &schema; for (vector::iterator c = __contents.begin(); c != __contents.end(); ++c) (*c).traverse(schema); return SOAP_OK; } void xs__seqchoice::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema *xs__seqchoice::schemaPtr() const { return schemaRef; } xs__attributeGroup::xs__attributeGroup() { schemaRef = NULL; attributeGroupRef = NULL; } int xs__attributeGroup::traverse(xs__schema& schema) { if (vflag) cerr << " Analyzing schema attributeGroup" << endl; schemaRef = &schema; for (vector::iterator at = attribute.begin(); at != attribute.end(); ++at) (*at).traverse(schema); for (vector::iterator ag = attributeGroup.begin(); ag != attributeGroup.end(); ++ag) (*ag).traverse(schema); attributeGroupRef = NULL; if (ref) { const char *token = qname_token(ref, schema.targetNamespace); if (token) { for (vector::iterator i = schema.attributeGroup.begin(); i != schema.attributeGroup.end(); ++i) if (!strcmp((*i).name, token)) { attributeGroupRef = &(*i); if (vflag) cerr << " Found attributeGroup '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!attributeGroupRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->attributeGroup.begin(); j != s->attributeGroup.end(); ++j) { if (!strcmp((*j).name, token)) { attributeGroupRef = &(*j); if (vflag) cerr << " Found attribute Group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (attributeGroupRef) break; } } } } if (!attributeGroupRef) if (!Wflag) cerr << "\nWarning: could not find the referenced attributeGroup '" << (name ? name : "") << "' ref '" << (ref ? ref : "(null)") << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__attributeGroup::schemaPtr(xs__schema *schema) { schemaRef = schema; } void xs__attributeGroup::attributeGroupPtr(xs__attributeGroup *attributeGroup) { attributeGroupRef = attributeGroup; } xs__schema *xs__attributeGroup::schemaPtr() const { return schemaRef; } xs__attributeGroup *xs__attributeGroup::attributeGroupPtr() const { return attributeGroupRef; } int xs__any::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema any" << endl; for (vector::iterator i = element.begin(); i != element.end(); ++i) (*i).traverse(schema); return SOAP_OK; } xs__group::xs__group() { schemaRef = NULL; groupRef = NULL; } int xs__group::traverse(xs__schema &schema) { if (vflag) cerr << " Analyzing schema group" << endl; schemaRef = &schema; if (all) all->traverse(schema); else if (choice) choice->traverse(schema); else if (sequence) sequence->traverse(schema); groupRef = NULL; if (ref) { const char *token = qname_token(ref, schema.targetNamespace); if (token) { for (vector::iterator i = schema.group.begin(); i != schema.group.end(); ++i) if (!strcmp((*i).name, token)) { groupRef = &(*i); if (vflag) cerr << " Found group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (!groupRef) { for (vector::const_iterator i = schema.import.begin(); i != schema.import.end(); ++i) { xs__schema *s = (*i).schemaPtr(); if (s) { token = qname_token(ref, s->targetNamespace); if (token) { for (vector::iterator j = s->group.begin(); j != s->group.end(); ++j) { if (!strcmp((*j).name, token)) { groupRef = &(*j); if (vflag) cerr << " Found group '" << (name ? name : "(null)") << "' ref '" << (token ? token : "(null)") << "'" << endl; break; } } if (groupRef) break; } } } } if (!groupRef) if (!Wflag) cerr << "\nWarning: could not find the referenced group '" << (name ? name : "") << "' ref '" << (ref ? ref : "(null)") << "' in schema '" << (schema.targetNamespace ? schema.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void xs__group::schemaPtr(xs__schema *schema) { schemaRef = schema; } xs__schema* xs__group::schemaPtr() const { return schemaRef; } void xs__group::groupPtr(xs__group *group) { groupRef = group; } xs__group* xs__group::groupPtr() const { return groupRef; } int xs__enumeration::traverse(xs__schema &schema) { (void)schema; if (vflag) cerr << " Analyzing schema enumeration '" << (value ? value : "(null)") << "'" << endl; return SOAP_OK; } int xs__pattern::traverse(xs__schema &schema) { (void)schema; if (vflag) cerr << " Analyzing schema pattern" << endl; return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // I/O // //////////////////////////////////////////////////////////////////////////////// ostream &operator<<(ostream &o, const xs__schema &e) { if (!e.soap) { struct soap soap; soap_init2(&soap, SOAP_IO_DEFAULT, SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(&soap, namespaces); e.soap_serialize(&soap); soap_begin_send(&soap); e.soap_out(&soap, "xs:schema", 0, NULL); soap_end_send(&soap); soap_end(&soap); soap_done(&soap); } else { ostream *os = e.soap->os; e.soap->os = &o; e.soap_serialize(e.soap); soap_begin_send(e.soap); e.soap_out(e.soap, "xs:schema", 0, NULL); soap_end_send(e.soap); e.soap->os = os; } return o; } istream &operator>>(istream &i, xs__schema &e) { if (!e.soap) { e.soap = soap_new(); soap_set_namespaces(e.soap, namespaces); } istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || !e.soap_in(e.soap, "xs:schema", NULL) || soap_end_recv(e.soap)) { // handle error? Note: e.soap->error is set and app should check } e.soap->is = is; return i; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsp.h0000644000175000017500000002014012653650160021730 0ustar ellertellert/* wsp.h WS-Policy 1.2 and 1.5 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsp schema documentation: WS-Policy binding //gsoap wsp schema namespace: http://www.w3.org/ns/ws-policy // 1.2 //gsoap wsp schema namespace: http://schemas.xmlsoap.org/ws/2004/09/policy //gsoap wsp schema elementForm: qualified //gsoap wsp schema attributeForm: unqualified #import "imports.h" #import "wsu.h" class wsp__Policy; class wsp__Content; extern class Service; extern class Types; class wsp__PolicyReference { public: @xsd__anyURI URI; @xsd__string Digest; @xsd__anyURI DigestAlgorithm; private: wsp__Policy *policyRef; public: int traverse(wsdl__definitions&); void policyPtr(wsp__Policy*); wsp__Policy *policyPtr() const; }; class wsp__Assertion { public: @bool Optional = false; @bool Ignorable = false; wsp__Content *Policy; }; #import "sp.h" #import "wsrmp.h" #import "wsam.h" class wsp__Content { public: wsp__Policy *Policy; wsp__PolicyReference *PolicyReference; std::vector All; std::vector ExactlyOne; std::vector sp__SignedParts; std::vector sp__EncryptedParts; std::vector sp__RequiredParts; sp__Elements *sp__SignedElements; sp__Elements *sp__EncryptedElements; sp__Elements *sp__ContentEncryptedElements; sp__Elements *sp__RequiredElements; sp__Token *sp__UsernameToken; sp__Token *sp__IssuedToken; sp__Token *sp__X509Token; sp__Token *sp__KerberosToken; sp__Token *sp__SpnegoContextToken; sp__Token *sp__SecurityContextToken; sp__Token *sp__SecureConversationToken; sp__Token *sp__SamlToken; sp__Token *sp__RelToken; sp__Token *sp__HttpsToken; sp__Token *sp__KeyValueToken; wsp__Assertion *sp__TransportBinding; wsp__Assertion *sp__TransportToken; wsp__Assertion *sp__AlgorithmSuite; wsp__Assertion *sp__Layout; wsp__Assertion *sp__SymmetricBinding; wsp__Assertion *sp__AsymmetricBinding; wsp__Assertion *sp__ProtectionToken; wsp__Assertion *sp__InitiatorToken; wsp__Assertion *sp__InitiatorSignatureToken; wsp__Assertion *sp__InitiatorEncryptionToken; wsp__Assertion *sp__RecipientToken; wsp__Assertion *sp__SupportingTokens; wsp__Assertion *sp__SignedSupportingTokens; wsp__Assertion *sp__EndorsingSupportingTokens; wsp__Assertion *sp__SignedEndorsingSupportingTokens; wsp__Assertion *sp__SignedEncryptedSupportingTokens; wsp__Assertion *sp__EncryptedSupportingTokens; wsp__Assertion *sp__EndorsingEncryptedSupportingTokens; wsp__Assertion *sp__SignedEndorsingEncryptedSupportingTokens; wsp__Assertion *sp__Wss10; wsp__Assertion *sp__Wss11; wsp__Assertion *sp__Trust10; wsp__Assertion *sp__Trust13; wsp__Content *sp__BootstrapPolicy; xsd__string wsaw__UsingAddressing; wsp__Assertion *wsam__Addressing; wsrmp__RMAssertion *wsrmp__RMAssertion_; wsrmp__RMAssertion *wsrmp__DeliveryAssurance; xsd__string wsrmp__AtLeastOnce; xsd__string wsrmp__AtMostOnce; xsd__string wsrmp__ExactlyOnce; xsd__string wsrmp__InOrder; wsp__Assertion *sp__NoPassword; wsp__Assertion *sp__HashPassword; wsp__Assertion *sp__IncludeTimestamp; wsp__Assertion *sp__EncryptBeforeSigning; wsp__Assertion *sp__EncryptSignature; wsp__Assertion *sp__ProtectTokens; wsp__Assertion *sp__OnlySignEntireHeadersAndBody; xsd__string sp__RequireDerivedKeys; xsd__string sp__RequireImpliedDerivedKeys; xsd__string sp__RequireExplicitDerivedKeys; xsd__string sp__WssUsernameToken10; xsd__string sp__WssUsernameToken11; xsd__string sp__RequireExternalReference; xsd__string sp__RequireInternalReference; xsd__string sp__RequireKeyIdentifierReference; xsd__string sp__RequireIssuerSerialReference; xsd__string sp__RequireEmbeddedTokenReference; xsd__string sp__RequireThumbprintReference; xsd__string sp__WssX509V3Token10; xsd__string sp__WssX509Pkcs7Token10; xsd__string sp__WssX509PkiPathV1Token10; xsd__string sp__WssX509V1Token11; xsd__string sp__WssX509V3Token11; xsd__string sp__WssX509Pkcs7Token11; xsd__string sp__WssX509PkiPathV1Token11; xsd__string sp__WssKerberosV5ApReqToken11; xsd__string sp__WssGssKerberosV5ApReqToken11; xsd__string sp__WssRelV10Token10; xsd__string sp__WssRelV20Token10; xsd__string sp__WssRelV10Token11; xsd__string sp__WssRelV20Token11; xsd__string sp__MustNotSendCancel; xsd__string sp__MustNotSendAmend; xsd__string sp__MustNotSendRenew; xsd__string sp__MustSupportRefKeyIdentifier; xsd__string sp__MustSupportRefIssuerSerial; xsd__string sp__MustSupportRefExternalURI; xsd__string sp__MustSupportRefEmbeddedToken; xsd__string sp__MustSupportRefThumbprint; xsd__string sp__MustSupportRefEncryptedKey; xsd__string sp__RequireSignatureConfirmation; xsd__string sp__MustSupportClientChallenge; xsd__string sp__MustSupportServerChallenge; xsd__string sp__RequireClientEntropy; xsd__string sp__RequireServerEntropy; xsd__string sp__MustSupportIssuedTokens; xsd__string sp__RequireRequestSecurityTokenCollection; xsd__string sp__RequireAppliesTo; xsd__string sp__RequireExternalUriReference; xsd__string sp__SC13SecurityContextToken; xsd__string sp__Strict; xsd__string sp__Lax; xsd__string sp__LaxTsFirst; xsd__string sp__LaxTsLast; xsd__string sp__HttpBasicAuthentication; xsd__string sp__HttpDigestAuthentication; xsd__string sp__RequireClientCertificate; xsd__string sp__Basic256; xsd__string sp__Basic192; xsd__string sp__Basic128; xsd__string sp__TripleDes; xsd__string sp__Basic256Rsa15; xsd__string sp__Basic192Rsa15; xsd__string sp__Basic128Rsa15; xsd__string sp__TripleDesRsa15; xsd__string sp__Basic256Sha256; xsd__string sp__Basic192Sha256; xsd__string sp__Basic128Sha256; xsd__string sp__TripleDesSha256; xsd__string sp__Basic256Sha256Rsa15; xsd__string sp__Basic192Sha256Rsa15; xsd__string sp__Basic128Sha256Rsa15; xsd__string sp__TripleDesSha256Rsa15; xsd__string sp__InclusiveC14N; xsd__string sp__SOAPNormalization10; xsd__string sp__STRTransform10; xsd__string sp__Path10; xsd__string sp__XPathFilter20; xsd__string sp__AbsXPath; xsd__string wsam__AnonymousResponses; xsd__string wsam__NonAnonymousResponses; std::vector<_XML> __any; public: int traverse(wsdl__definitions&); void generate(Service& service, Types& types, int indent) const; }; class wsp__Policy : public wsp__Content { public: @xsd__anyURI xml__base; @xsd__string wsu__Id; @xsd__anyURI TargetNamespace; }; class wsp__Attachment { public: wsp__Policy *Policy; wsp__PolicyReference *PolicyReference; }; class wsp__AppliesTo { public: _XML __any; }; class wsp__PolicyAttachment { public: wsp__AppliesTo *AppliesTo; std::vector Attachment; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsp.cpp0000644000175000017500000010340112653650160022265 0ustar ellertellert/* wsp.cpp WS-Policy 1.2 and 1.5 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" #include "types.h" #include "service.h" static wsp__Policy *search(const char *URI, wsdl__definitions& definitions); static wsp__Policy *search(const char *URI, wsp__Policy *policy); static wsp__Policy *search(const char *URI, wsp__Content *content); static void gen_parts(const sp__Parts& parts, Types& types, const char *what, const char *name, int indent); //////////////////////////////////////////////////////////////////////////////// // // wsp:OperatorContentType // //////////////////////////////////////////////////////////////////////////////// int wsp__Content::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing wsp Policy" << endl; if (Policy) Policy->traverse(definitions); if (PolicyReference) PolicyReference->traverse(definitions); for (vector::iterator i = All.begin(); i != All.end(); ++i) { if (*i) (*i)->traverse(definitions); } for (vector::iterator j = ExactlyOne.begin(); j != ExactlyOne.end(); ++j) { if (*j) (*j)->traverse(definitions); } return SOAP_OK; } void wsp__Content::generate(Service& service, Types& types, int indent) const { static const char stabs[] = "\t\t\t\t\t\t\t\t\t\t"; const char *tabs; if (indent > 8) indent = 8; tabs = stabs + 9 - indent; // Recursive policies and references if (Policy) Policy->generate(service, types, indent); if (PolicyReference && PolicyReference->policyPtr()) PolicyReference->policyPtr()->generate(service, types, indent); // WS-Policy All if (!All.empty()) { fprintf(stream, "%s- All of the following:\n", tabs); for (vector::const_iterator p = All.begin(); p != All.end(); ++p) if (*p) (*p)->generate(service, types, indent + 1); } // WS-Policy ExactlyOne if (!ExactlyOne.empty()) { fprintf(stream, "%s- Exactly one of the following:\n", tabs); for (vector::const_iterator p = ExactlyOne.begin(); p != ExactlyOne.end(); ++p) if (*p) (*p)->generate(service, types, indent + 1); } // WS-SecurityPolicy Parts (TODO: do we need vectors of these?) for (vector::const_iterator sp = sp__SignedParts.begin(); sp != sp__SignedParts.end(); ++sp) gen_parts(*sp, types, "sign", "[4.1.1] WS-Security Signed Parts", indent); for (vector::const_iterator ep = sp__EncryptedParts.begin(); ep != sp__EncryptedParts.end(); ++ep) gen_parts(*ep, types, "encrypt", "[4.2.1] Security Encrypted Parts", indent); for (vector::const_iterator rp = sp__RequiredParts.begin(); rp != sp__RequiredParts.end(); ++rp) { fprintf(stream, "%s- Required Header elements:", tabs); for (vector::const_iterator h = (*rp).Header.begin(); h != (*rp).Header.end(); ++h) if ((*h).Name) fprintf(stream, " %s", types.aname(NULL, (*h).Namespace, (*h).Name)); else if ((*h).Namespace) fprintf(stream, " %s", (*h).Namespace); } // WS-SecurityPolicy Elements sp__Elements *elts = NULL; const char *elts_name = NULL; if (sp__SignedElements) { elts = sp__SignedElements; elts_name = "[4.1.2] Signed"; } if (sp__EncryptedElements) { elts = sp__EncryptedElements; elts_name = "[4.2.2] Encrypted"; } if (sp__ContentEncryptedElements) { elts = sp__ContentEncryptedElements; elts_name = "[4.2.3] Content Encrypted"; } if (sp__RequiredElements) { elts = sp__RequiredElements; elts_name = "[4.3.1] Required"; } if (elts) { fprintf(stream, "%s- %s Elements requirements (XPath%s):\n%s @verbatim\n", tabs, elts_name, elts->XPathVersion?elts->XPathVersion:"", tabs); for (vector::const_iterator s = elts->XPath.begin(); s != elts->XPath.end(); ++s) { fprintf(stream, "%s ", tabs); text(*s); } fprintf(stream, "%s @endverbatim\n", tabs); service.add_import("wsse.h"); } // WS-SecurityPolicy Tokens sp__Token *token = NULL; const char *token_name = NULL; if (sp__UsernameToken) { token = sp__UsernameToken; token_name = "[5.4.1] WS-Security Username"; } else if (sp__IssuedToken) { token = sp__IssuedToken; token_name = "[5.4.2] WS-Trust Issued"; } else if (sp__X509Token) { token = sp__X509Token; token_name = "[5.4.3] WS-Security X509"; } else if (sp__KerberosToken) { token = sp__KerberosToken; token_name = "[5.4.4] WS-Security Kerberos"; } else if (sp__SpnegoContextToken) { token = sp__SpnegoContextToken; token_name = "[5.4.5] WS-Trust n-leg RST/RSTR SPNEGO binary negotiation protocol (SpnegoContext)"; } else if (sp__SecurityContextToken) { token = sp__SecurityContextToken; token_name = "[5.4.6] WS-SecureConversation SecurityContext"; } else if (sp__SecureConversationToken) { token = sp__SecureConversationToken; token_name = "[5.4.7] WS-SecureConversation"; } else if (sp__SamlToken) { token = sp__SamlToken; token_name = "[5.4.8] SAML"; } else if (sp__RelToken) { token = sp__RelToken; token_name = "[5.4.9] WSS-REL"; } else if (sp__HttpsToken) { token = sp__HttpsToken; token_name = "[5.4.10] HTTPS"; } else if (sp__KeyValueToken) { token = sp__KeyValueToken; token_name = "[5.4.11] XML Signature"; } if (token) { fprintf(stream, "%s- %s required:\n", tabs, token_name); if (token->IncludeToken) fprintf(stream, "%s -# IncludeToken = %s\n", tabs, token->IncludeToken); if (token->Issuer && token->Issuer->Address) fprintf(stream, "%s -# Issuer = %s\n", tabs, token->Issuer->Address); if (token->IssuerName) fprintf(stream, "%s -# Issuer Name = %s\n", tabs, token->IssuerName); if (token->Policy) token->Policy->generate(service, types, indent + 1); // TODO: add wst:Claims? service.add_import("wsse.h"); } // WS-SecurityPolicy if (sp__AlgorithmSuite) { fprintf(stream, "%s- [7.1] Security Binding Algorithm Suite requirements:\n", tabs); if (sp__AlgorithmSuite->Policy) sp__AlgorithmSuite->Policy->generate(service, types, indent + 1); } if (sp__Layout) { fprintf(stream, "%s- [7.2] WS-Security Header Layout requirements:\n", tabs); if (sp__Layout->Policy) sp__Layout->Policy->generate(service, types, indent + 1); } if (sp__TransportBinding) { fprintf(stream, "%s- [7.3] Transport Binding%s requirements:\n", tabs, sp__TransportBinding->Optional ? " (optional)" : sp__TransportBinding->Ignorable ? " (ignorable)" : ""); if (sp__TransportBinding->Policy) sp__TransportBinding->Policy->generate(service, types, indent + 1); } if (sp__TransportToken) { fprintf(stream, "%s- Transport%s requirements:\n", tabs, sp__TransportToken->Optional ? " (optional)" : sp__TransportToken->Ignorable ? " (ignorable)" : ""); if (sp__TransportToken->Policy) sp__TransportToken->Policy->generate(service, types, indent + 1); } if (sp__SymmetricBinding) { fprintf(stream, "%s- [7.4] WS-Security Symmetric Binding%s requirements:\n", tabs, sp__SymmetricBinding->Optional ? " (optional)" : sp__SymmetricBinding->Ignorable ? " (ignorable)" : ""); if (sp__SymmetricBinding->Policy) sp__SymmetricBinding->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__ProtectionToken) { fprintf(stream, "%s- Symmetric Protection%s requirements:\n", tabs, sp__ProtectionToken->Optional ? " (optional)" : sp__ProtectionToken->Ignorable ? " (ignorable)" : ""); if (sp__ProtectionToken->Policy) sp__ProtectionToken->Policy->generate(service, types, indent + 1); } if (sp__AsymmetricBinding) { fprintf(stream, "%s- [7.5] WS-Security Asymmetric Binding%s (public key) requirements:\n", tabs, sp__AsymmetricBinding->Optional ? " (optional)" : sp__AsymmetricBinding->Ignorable ? " (ignorable)" : ""); if (sp__AsymmetricBinding->Policy) sp__AsymmetricBinding->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__InitiatorToken) { fprintf(stream, "%s- Initiator%s requirements:\n", tabs, sp__InitiatorToken->Optional ? " (optional)" : sp__InitiatorToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorToken->Policy) sp__InitiatorToken->Policy->generate(service, types, indent + 1); } if (sp__InitiatorSignatureToken) { fprintf(stream, "%s- Initiator Signature%s requirements:\n", tabs, sp__InitiatorSignatureToken->Optional ? " (optional)" : sp__InitiatorSignatureToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorSignatureToken->Policy) sp__InitiatorSignatureToken->Policy->generate(service, types, indent + 1); } if (sp__InitiatorEncryptionToken) { fprintf(stream, "%s- Initiator Encryption%s requirements:\n", tabs, sp__InitiatorEncryptionToken->Optional ? " (optional)" : sp__InitiatorEncryptionToken->Ignorable ? " (ignorable)" : ""); if (sp__InitiatorEncryptionToken->Policy) sp__InitiatorEncryptionToken->Policy->generate(service, types, indent + 1); } if (sp__RecipientToken) { fprintf(stream, "%s- Recipient%s requirements:\n", tabs, sp__RecipientToken->Optional ? " (optional)" : sp__RecipientToken->Ignorable ? " (ignorable)" : ""); if (sp__RecipientToken->Policy) sp__RecipientToken->Policy->generate(service, types, indent + 1); } if (sp__SupportingTokens) { fprintf(stream, "%s- [8.1] Supporting Tokens%s requirements:\n", tabs, sp__SupportingTokens->Optional ? " (optional)" : sp__SupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SupportingTokens->Policy) sp__SupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedSupportingTokens) { fprintf(stream, "%s- [8.2] Signed Supporting Tokens%s requirements:\n", tabs, sp__SignedSupportingTokens->Optional ? " (optional)" : sp__SignedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedSupportingTokens->Policy) sp__SignedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EndorsingSupportingTokens) { fprintf(stream, "%s- [8.3] Endorsing Supporting Tokens%s requirements:\n", tabs, sp__EndorsingSupportingTokens->Optional ? " (optional)" : sp__EndorsingSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EndorsingSupportingTokens->Policy) sp__EndorsingSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEndorsingSupportingTokens) { fprintf(stream, "%s- [8.4] Signed Endorsing Supporting Tokens%s requirements:\n", tabs, sp__SignedEndorsingSupportingTokens->Optional ? " (optional)" : sp__SignedEndorsingSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEndorsingSupportingTokens->Policy) sp__SignedEndorsingSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEncryptedSupportingTokens) { fprintf(stream, "%s- [8.5] Signed Encrypted Supporting Tokens%s requirements:\n", tabs, sp__SignedEncryptedSupportingTokens->Optional ? " (optional)" : sp__SignedEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEncryptedSupportingTokens->Policy) sp__SignedEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EncryptedSupportingTokens) { fprintf(stream, "%s- [8.6] Encrypted Supporting Tokens%s requirements:\n", tabs, sp__EncryptedSupportingTokens->Optional ? " (optional)" : sp__EncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EncryptedSupportingTokens->Policy) sp__EncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__EndorsingEncryptedSupportingTokens) { fprintf(stream, "%s- [8.7] Endorsing Encrypted Supporting Tokens%s requirements:\n", tabs, sp__EndorsingEncryptedSupportingTokens->Optional ? " (optional)" : sp__EndorsingEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__EndorsingEncryptedSupportingTokens->Policy) sp__EndorsingEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } if (sp__SignedEndorsingEncryptedSupportingTokens) { fprintf(stream, "%s- [8.8] Signed Endorsing Encrypted Supporting Tokens%s requirements:\n", tabs, sp__SignedEndorsingEncryptedSupportingTokens->Optional ? " (optional)" : sp__SignedEndorsingEncryptedSupportingTokens->Ignorable ? " (ignorable)" : ""); if (sp__SignedEndorsingEncryptedSupportingTokens->Policy) sp__SignedEndorsingEncryptedSupportingTokens->Policy->generate(service, types, indent + 1); } // Wss10 or Wss11 if (sp__Wss10) { fprintf(stream, "%s- [9.1] WSS: SOAP Message Security 1.0%s options:\n", tabs, sp__Wss10->Optional ? " (optional)" : sp__Wss10->Ignorable ? " (ignorable)" : ""); if (sp__Wss10->Policy) sp__Wss10->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } else if (sp__Wss11) { fprintf(stream, "%s- [9.2] WSS: SOAP Message Security 1.1%s options:\n", tabs, sp__Wss11->Optional ? " (optional)" : sp__Wss11->Ignorable ? " (ignorable)" : ""); if (sp__Wss11->Policy) sp__Wss11->Policy->generate(service, types, indent + 1); service.add_import("wsse.h"); } if (sp__MustSupportRefKeyIdentifier) fprintf(stream, "%s- Key Identifier References\n", tabs); if (sp__MustSupportRefIssuerSerial) fprintf(stream, "%s- Issuer Serial References\n", tabs); if (sp__MustSupportRefExternalURI) fprintf(stream, "%s- External URI References\n", tabs); if (sp__MustSupportRefEmbeddedToken) fprintf(stream, "%s- Embedded Token References\n", tabs); if (sp__MustSupportRefThumbprint) fprintf(stream, "%s- Thumbprint References\n", tabs); if (sp__MustSupportRefEncryptedKey) fprintf(stream, "%s- EncryptedKey References\n", tabs); if (sp__RequireSignatureConfirmation) fprintf(stream, "%s- Signature Confirmation\n", tabs); // WS-SecureConversation if (sp__RequireDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireDerivedKeys\n", tabs); else if (sp__RequireImpliedDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireImpliedDerivedKeys\n", tabs); else if (sp__RequireExplicitDerivedKeys) fprintf(stream, "%s- Properties = WS-SecureConversation RequireExplicitDerivedKeys\n", tabs); if (sp__MustNotSendCancel) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Cancel RST messages", tabs); else if (sp__MustNotSendAmend) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Amend RST messages", tabs); else if (sp__MustNotSendRenew) fprintf(stream, "%s- WS-SecureConversation STS issuing the secure conversation token does not support SCT/Renew RST messages", tabs); if (sp__RequireExternalUriReference) fprintf(stream, "%s- WS-SecureConversation external URI reference is required", tabs); if (sp__SC13SecurityContextToken) fprintf(stream, "%s- WS-SecureConversation Security Context Token should be used", tabs); // WS-Security passwords if (sp__NoPassword) fprintf(stream, "%s- No WS-Security password%s required\n", tabs, sp__NoPassword->Optional ? " (optional)" : sp__NoPassword->Ignorable ? " (ignorable)" : ""); else if (sp__HashPassword) { fprintf(stream, "%s- Client-side WS-Security password%s should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs, sp__HashPassword->Optional ? " (optional)" : sp__HashPassword->Ignorable ? " (ignorable)" : ""); fprintf(stream, "%s- Server-side WS-Security password%s verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) ......\n\t@endcode\n", tabs, sp__HashPassword->Optional ? " (optional)" : sp__HashPassword->Ignorable ? " (ignorable)" : ""); service.add_import("wsse.h"); } if (sp__WssUsernameToken10) { fprintf(stream, "%s- Username token should be used as defined in UsernameTokenProfile1.0:\n", tabs); fprintf(stream, "%s - Client-side WS-Security password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Server-side WS-Security password verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) \n\t@endcode\n", tabs); service.add_import("wsse.h"); } else if (sp__WssUsernameToken11) { fprintf(stream, "%s- Username token should be used as defined in UsernameTokenProfile1.1:\n", tabs); fprintf(stream, "%s - Client-side WS-Security plain-text password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameToken(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Client-side WS-Security digest password should be set:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_UsernameTokenDigest(soap, \"User\", \"\", \"\");\n\t@endcode\n", tabs); fprintf(stream, "%s - Server-side WS-Security password verified with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tconst char *username = soap_wsse_get_Username(soap);\n\t...\n\tif (soap_wsse_verify_Password(soap, \"\")) ...\n\t@endcode\n", tabs); service.add_import("wsse.h"); } // WS-Trust if (sp__RequireExternalReference) fprintf(stream, "%s- WS-Trust external reference is required when referencing this token\n", tabs); else if (sp__RequireInternalReference) fprintf(stream, "%s- WS-Trust internal reference is required when referencing this token\n", tabs); // WS-Trust 1.0 and 1.3 if (sp__Trust10) { fprintf(stream, "%s- [10.1] WS-Trust 1.0%s options:\n", tabs, sp__Trust10->Optional ? " (optional)" : sp__Trust10->Ignorable ? " (ignorable)" : ""); if (sp__Trust10->Policy) sp__Trust10->Policy->generate(service, types, indent + 1); service.add_import("wst.h"); } else if (sp__Trust13) { fprintf(stream, "%s- [10.1] WS-Trust 1.3%s options:\n", tabs, sp__Trust13->Optional ? " (optional)" : sp__Trust13->Ignorable ? " (ignorable)" : ""); if (sp__Trust13->Policy) sp__Trust13->Policy->generate(service, types, indent + 1); service.add_import("wst.h"); } if (sp__MustSupportClientChallenge) { fprintf(stream, "%s- Client Challenge\n", tabs); service.add_import("wst.h"); } if (sp__MustSupportServerChallenge) { fprintf(stream, "%s- Server Challenge\n", tabs); service.add_import("wst.h"); } if (sp__RequireClientEntropy) { fprintf(stream, "%s- Client Entropy\n", tabs); service.add_import("wst.h"); } if (sp__RequireServerEntropy) { fprintf(stream, "%s- Server Entropy\n", tabs); service.add_import("wst.h"); } if (sp__MustSupportIssuedTokens) { fprintf(stream, "%s- Issued Tokens\n", tabs); service.add_import("wst.h"); } if (sp__RequireRequestSecurityTokenCollection) { fprintf(stream, "%s- Collection\n", tabs); service.add_import("wst.h"); } if (sp__RequireAppliesTo) { fprintf(stream, "%s- STS requires the requestor to specify the scope for the issued token using wsp:AppliesTo in the RST\n", tabs); service.add_import("wst.h"); } // WS-Security header layout if (sp__IncludeTimestamp) { fprintf(stream, "%s- WS-Security Timestamp%s should be set prior to send:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_Timestamp(soap, \"Timestamp\", );\n\t@endcode\n", tabs, sp__IncludeTimestamp->Optional ? " (optional)" : sp__IncludeTimestamp->Ignorable ? " (ignorable)" : ""); fprintf(stream, "%s- WS-Security Timestamp%s presence and expiration verified post-receive with:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tif (soap_wsse_verify_Timestamp(soap)) ......\n\t@endcode\n", tabs, sp__IncludeTimestamp->Optional ? " (optional)" : sp__IncludeTimestamp->Ignorable ? " (ignorable)" : ""); } if (sp__EncryptBeforeSigning) fprintf(stream, "%s- WS-Security Encrypt Before Signing%s (gSOAP unsupported)\n", tabs, sp__EncryptBeforeSigning->Optional ? " (optional)" : sp__EncryptBeforeSigning->Ignorable ? " (ignorable)" : ""); if (sp__EncryptSignature) fprintf(stream, "%s- WS-Security Encrypt Signature%s\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_add_EncryptedKey_encrypt_only(soap, , NULL, , NULL, , , \"ds:Signature SOAP-ENV:Body\");\n\t@endcode\n", tabs, sp__EncryptSignature->Optional ? " (optional)" : sp__EncryptSignature->Ignorable ? " (ignorable)" : ""); if (sp__ProtectTokens) fprintf(stream, "%s- WS-Security Token Protection%s required\n", tabs, sp__ProtectTokens->Optional ? " (optional)" : sp__ProtectTokens->Ignorable ? " (ignorable)" : ""); if (sp__OnlySignEntireHeadersAndBody) { fprintf(stream, "%s- WS-Security Sign Entire Headers and Body%s:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_set_wsu_id(soap, \" ...\"); // list each ns:tagname used in SOAP Header\n\tsoap_wsse_sign_body(soap, , , );\n\t@endcode\n", tabs, sp__OnlySignEntireHeadersAndBody->Optional ? " (optional)" : sp__OnlySignEntireHeadersAndBody->Ignorable ? " (ignorable)" : ""); } if (sp__Strict) fprintf(stream, "%s- WS-Security headers 'declare before use' required (gSOAP default)\n", tabs); else if (sp__Lax) fprintf(stream, "%s- WS-Security headers may occur in any order (gSOAP allows this)\n", tabs); else if (sp__LaxTsFirst) fprintf(stream, "%s- WS-Security Timestamp must appear first (gSOAP default)\n", tabs); else if (sp__LaxTsLast) fprintf(stream, "%s- WS-Security Timestamp must appear last (requires changing the placement of the Timestamp header in SOAP_ENV__Header defined in import/wsse.h)\n", tabs); // HTTP authentication if (sp__HttpBasicAuthentication) fprintf(stream, "%s- HTTP/S Basic Authentication required:\n\t@code\n\tsoap->userid = \"\"; soap->passwd = \"\";\nsoap_call_ns__method(...)\n\t@endcode\n", tabs); else if (sp__HttpDigestAuthentication) fprintf(stream, "%s- HTTP/S Digest Authentication required:\n%sSee plugin/httpda.c plugin for usage details\n", tabs, tabs); if (sp__RequireClientCertificate) fprintf(stream, "%s- HTTPS client must authenticate to server with a certificate:\n\t@code\n\tsoap_ssl_client_context(soap, , \"\", \"\", ...)\n\t@endcode\n", tabs); // Security token requirements if (sp__RequireKeyIdentifierReference) fprintf(stream, "%s- Key identifier reference is required\n", tabs); if (sp__RequireIssuerSerialReference) fprintf(stream, "%s- Issuer serial reference is required\n", tabs); if (sp__RequireEmbeddedTokenReference) fprintf(stream, "%s- An embedded token reference is required\n", tabs); if (sp__RequireThumbprintReference) fprintf(stream, "%s- A thumbprint reference is required\n", tabs); // Algorithm suite if (sp__Basic256) fprintf(stream, "%s- Basic256\n", tabs); else if (sp__Basic192) fprintf(stream, "%s- Basic192\n", tabs); else if (sp__Basic128) fprintf(stream, "%s- Basic128\n", tabs); else if (sp__TripleDes) fprintf(stream, "%s- TripleDes\n", tabs); else if (sp__Basic256Rsa15) fprintf(stream, "%s- Basic256Rsa15\n", tabs); else if (sp__Basic192Rsa15) fprintf(stream, "%s- Basic192Rsa15\n", tabs); else if (sp__Basic128Rsa15) fprintf(stream, "%s- Basic128Rsa15\n", tabs); else if (sp__TripleDesRsa15) fprintf(stream, "%s- TripleDesRsa15\n", tabs); else if (sp__Basic256Sha256) fprintf(stream, "%s- Basic256Sha256\n", tabs); else if (sp__Basic192Sha256) fprintf(stream, "%s- Basic192Sha256\n", tabs); else if (sp__Basic128Sha256) fprintf(stream, "%s- Basic128Sha256\n", tabs); else if (sp__TripleDesSha256) fprintf(stream, "%s- TripleDesSha256\n", tabs); else if (sp__Basic256Sha256Rsa15) fprintf(stream, "%s- Basic256Sha256Rsa15\n", tabs); else if (sp__Basic192Sha256Rsa15) fprintf(stream, "%s- Basic192Sha256Rsa15\n", tabs); else if (sp__Basic128Sha256Rsa15) fprintf(stream, "%s- Basic128Sha256Rsa15\n", tabs); else if (sp__TripleDesSha256Rsa15) fprintf(stream, "%s- TripleDesSha256Rsa15\n", tabs); if (sp__InclusiveC14N) fprintf(stream, "%s- InclusiveC14N\n", tabs); if (sp__SOAPNormalization10) fprintf(stream, "%s- SOAPNormalization10\n", tabs); if (sp__STRTransform10) fprintf(stream, "%s- STRTransform10\n", tabs); if (sp__Path10) fprintf(stream, "%s- Path10\n", tabs); else if (sp__XPathFilter20) fprintf(stream, "%s- XPathFilter20\n", tabs); else if (sp__AbsXPath) fprintf(stream, "%s- AbsXPath\n", tabs); // WSS if (sp__WssX509V3Token10) fprintf(stream, "%s- An X509 Version 3 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509Pkcs7Token10) fprintf(stream, "%s- An X509 PKCS7 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509PkiPathV1Token10) fprintf(stream, "%s- An X509 PKI Path Version 1 token should be used as defined in X509TokenProfile1.0\n", tabs); else if (sp__WssX509V1Token11) fprintf(stream, "%s- An X509 Version 1 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509V3Token11) fprintf(stream, "%s- An X509 Version 3 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509Pkcs7Token11) fprintf(stream, "%s- An X509 PKCS7 token should be used as defined in X509TokenProfile1.1\n", tabs); else if (sp__WssX509PkiPathV1Token11) fprintf(stream, "%s- An X509 PKI Path Version 1 token should be used as defined in X509TokenProfile1.1\n", tabs); if (sp__WssKerberosV5ApReqToken11) fprintf(stream, "%s- A Kerberos Version 5 AP-REQ X509 token should be used as defined in KerberosTokenProfile1.1\n", tabs); else if (sp__WssGssKerberosV5ApReqToken11) fprintf(stream, "%s- A GSS Kerberos Version 5 AP-REQ token should be used as defined in KerberosTokenProfile1.1\n", tabs); if (sp__WssRelV10Token10) fprintf(stream, "%s- A REL Version 1.0 token should be used as defined in RELTokenProfile1.0\n", tabs); else if (sp__WssRelV20Token10) fprintf(stream, "%s- A REL Version 2.0 token should be used as defined in RELTokenProfile1.0\n", tabs); else if (sp__WssRelV10Token11) fprintf(stream, "%s- A REL Version 1.0 token should be used as defined in RELTokenProfile1.1\n", tabs); else if (sp__WssRelV20Token11) fprintf(stream, "%s- A REL Version 2.0 token should be used as defined in RELTokenProfile1.1\n", tabs); if (sp__BootstrapPolicy) { fprintf(stream, "%s- SecureConversation BootstrapPolicy\n", tabs); sp__BootstrapPolicy->generate(service, types, indent + 1); } // WS-Addressing WSDL Policy if (wsaw__UsingAddressing) { fprintf(stream, "%s- WS-Addressing is used\n", tabs); service.add_import("wsa5.h"); } // WS-Addressing Metadata Policy if (wsam__Addressing) { fprintf(stream, "%s- WS-Addressing%s is used\n", tabs, wsam__Addressing->Optional ? " (optional)" : wsam__Addressing->Ignorable ? " (ignorable)" : ""); if (wsam__Addressing->Policy) wsam__Addressing->Policy->generate(service, types, indent + 1); service.add_import("wsa5.h"); } if (wsam__AnonymousResponses) fprintf(stream, "%s- WS-Addressing Anonymous Responses\n", tabs); else if (wsam__NonAnonymousResponses) fprintf(stream, "%s- WS-Addressing NonAnonymous Responses\n", tabs); // WS-ReliableMessaging Policy if (wsrmp__RMAssertion_) { fprintf(stream, "%s- WS-ReliableMessaging%s is used\n", tabs, wsrmp__RMAssertion_->Optional ? " (optional)" : wsrmp__RMAssertion_->Ignorable ? " (ignorable)" : ""); if (wsrmp__RMAssertion_->InactivityTimeout && wsrmp__RMAssertion_->InactivityTimeout->Milliseconds) fprintf(stream, "%s - Inactivity Timeout = %s (ms)\n", tabs, wsrmp__RMAssertion_->InactivityTimeout->Milliseconds); if (wsrmp__RMAssertion_->BaseRetransmissionInterval && wsrmp__RMAssertion_->BaseRetransmissionInterval->Milliseconds) fprintf(stream, "%s - Base Retransmission Interval = %s (ms)\n", tabs, wsrmp__RMAssertion_->BaseRetransmissionInterval->Milliseconds); if (wsrmp__RMAssertion_->AcknowledgementInterval && wsrmp__RMAssertion_->AcknowledgementInterval->Milliseconds) fprintf(stream, "%s - Acknowledgement Interval = %s (ms)\n", tabs, wsrmp__RMAssertion_->AcknowledgementInterval->Milliseconds); if (wsrmp__RMAssertion_->ExponentialBackoff) fprintf(stream, "%s - ExponentialBackoff\n", tabs); if (wsrmp__RMAssertion_->Policy) wsrmp__RMAssertion_->Policy->generate(service, types, indent + 1); service.add_import("wsrm.h"); } if (wsrmp__DeliveryAssurance) { fprintf(stream, "%s- WS-ReliableMessaging Delivery Assurance%s:\n", tabs, wsrmp__DeliveryAssurance->Optional ? " (optional)" : wsrmp__DeliveryAssurance->Ignorable ? " (ignorable)" : ""); if (wsrmp__DeliveryAssurance->Policy) wsrmp__DeliveryAssurance->Policy->generate(service, types, indent + 1); service.add_import("wsrm.h"); } if (wsrmp__AtLeastOnce) fprintf(stream, "%s- At Least Once\n", tabs); if (wsrmp__AtMostOnce) fprintf(stream, "%s- At Most Once\n", tabs); if (wsrmp__ExactlyOnce) fprintf(stream, "%s- Exactly Once\n", tabs); if (wsrmp__InOrder) fprintf(stream, "%s- In Order\n", tabs); // All else for (vector<_XML>::const_iterator x = __any.begin(); x != __any.end(); ++x) { if (*x && *(*x)) { fprintf(stream, "%s- Other policy requirements:\n\t@verbatim\n", tabs); text(*x); fprintf(stream, "\t@endverbatim\n"); } } } static void gen_parts(const sp__Parts& parts, Types& types, const char *what, const char *name, int indent) { static const char stabs[] = "\t\t\t\t\t\t\t\t\t\t"; const char *tabs; if (indent > 8) indent = 8; tabs = stabs + 9 - indent; fprintf(stream, "%s- %s requirements:\n", tabs, name); if (parts.Body) fprintf(stream, "%s -# Body:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_%s_body(soap, , , );\n\t@endcode\n", tabs, what); if (!parts.Header.empty()) { fprintf(stream, "%s -# Header elements:\n\t@code\n\t#include \"plugin/wsseapi.h\"\n\tsoap_wsse_set_wsu_id(soap, \"", tabs); for (vector::const_iterator h = parts.Header.begin(); h != parts.Header.end(); ++h) { if ((*h).Name) fprintf(stream, "%s ", types.aname(NULL, (*h).Namespace, (*h).Name)); else if ((*h).Namespace) fprintf(stream, "%s: ", types.nsprefix(NULL, (*h).Namespace)); } fprintf(stream, "\");\n\t@endcode\n"); } if (parts.Attachments) fprintf(stream, "%s -# Attachments as defined in SwAProfile1.1\n", tabs); } //////////////////////////////////////////////////////////////////////////////// // // wsp:PolicyReference // //////////////////////////////////////////////////////////////////////////////// int wsp__PolicyReference::traverse(wsdl__definitions& definitions) { policyRef = NULL; if (!URI || !*URI) { cerr << "PolicyReference has no URI" << endl; return SOAP_OK; } if (*URI == '#') { policyRef = search(URI + 1, definitions); if (!policyRef) { cerr << "PolicyReference URI=\"" << URI << "\" not found" << endl; return SOAP_OK; } } return SOAP_OK; } void wsp__PolicyReference::policyPtr(wsp__Policy *Policy) { policyRef = Policy; } wsp__Policy *wsp__PolicyReference::policyPtr() const { return policyRef; } static wsp__Policy *search(const char *URI, wsdl__definitions& definitions) { for (vector::iterator p = definitions.wsp__Policy_.begin(); p != definitions.wsp__Policy_.end(); ++p) { wsp__Policy *policy = search(URI, &(*p)); if (policy) return policy; } return NULL; } static wsp__Policy *search(const char *URI, wsp__Policy *policy) { if (!policy) return NULL; if (policy->wsu__Id && !strcmp(URI, policy->wsu__Id)) return policy; return search(URI, (wsp__Content*)policy); } static wsp__Policy *search(const char *URI, wsp__Content *content) { wsp__Policy *policy; policy = search(URI, content->Policy); if (policy) return policy; for (vector::iterator i = content->All.begin(); i != content->All.end(); ++i) { policy = search(URI, *i); if (policy) return policy; } for (vector::iterator j = content->ExactlyOne.begin(); j != content->ExactlyOne.end(); ++j) { policy = search(URI, *j); if (policy) return policy; } return NULL; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/types.cpp0000644000175000017500000043332212653650160022630 0ustar ellertellert/* types.cpp Generate gSOAP types from XML schemas (e.g. embedded in WSDL). -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "types.h" static char *getline(char *s, size_t n, FILE *fd); static const char *nonblank(const char *s); static const char *fill(char *t, int n, const char *s, int e); static const char *utf8(char **t, const char *s, bool start); static const char *cstring(const char *s); static const char *xstring(const char *s); static bool is_float(const char *s); static bool is_integer(const char *s); static LONG64 to_integer(const char *s); static void documentation(const char *text); static void operations(const char *t); static int comment_nest = 0; /* keep track of block comments to avoid nesting */ //////////////////////////////////////////////////////////////////////////////// // // Keywords and reserved words // //////////////////////////////////////////////////////////////////////////////// static const char *keywords[] = { "alignas", "alignof" "and", "and_eq", "asm", "auto", "bitand", "bitor", "bool", "break", "case", "catch", "char", "char16_t", "char32_t", "class", "compl", "const", "constexpr", "const_cast", "continue", "decltype", "default", "delete", "do", "double", "dynamic_cast", "else", "enum", "errno", "explicit", "export", "extern", "false", "FILE", "final", "float", "for", "friend", "goto", "if", "INFINITY", "inline", "int", "interface", "long", "LONG64", "max", "min", "mustUnderstand", "mutable", "namespace", "new", "not", "not_eq", "NULL", "nullptr", "nullptr_t", "operator", "or", "or_eq", "override", "private", "protected", "public", "_QName", "register", "reinterpret_cast", "restrict", "return", "short", "signed", "size_t", "sizeof", "soap", "static", "static_assert", "static_cast", "struct", "switch", "template", "this", "thread_local", "throw", "time_t", "true", "try", "typedef", "typeid", "typeof", "typename", "ULONG64", "union", "unsigned", "using", "virtual", "void", "volatile", "wchar_t", "while", "XML", "_XML", "xor", "xor_eq", }; //////////////////////////////////////////////////////////////////////////////// // // Types methods // //////////////////////////////////////////////////////////////////////////////// Types::Types() { init(); } int Types::read(const char *file) { FILE *fd; char buf[4096], xsd[4096], def[4096], use[4096], ptr[4096], uri[4096]; const char *s; short copy = 0; MapOfStringToString eqvtypemap; soap_strcpy(buf, sizeof(buf), file); fd = fopen(buf, "r"); if (!fd && import_path) { (SOAP_SNPRINTF(buf, sizeof(buf), strlen(import_path) + strlen(file) + 1), "%s/%s", import_path, file); fd = fopen(buf, "r"); } if (!fd) { fprintf(stderr, "Cannot open file \"%s\"\n", file); return SOAP_EOF; } fprintf(stderr, "Reading type definitions from type map \"%s\"\n", buf); while (getline(buf, sizeof(buf), fd)) { s = buf; if (copy) { if (*s == ']') copy = 0; else fprintf(stream, "%s\n", buf); } else if (*s == '[') { copy = 1; } else if (*s == '<') { s = fill(uri, sizeof(uri), s+1, -1); infile[infiles++] = estrdup(uri); if (infiles >= MAXINFILES) { fprintf(stderr, "wsdl2h: too many files\n"); exit(1); } } else if (*s == '>') { s = fill(uri, sizeof(uri), s+1, -1); if (!outfile) { outfile = estrdup(uri); stream = fopen(outfile, "w"); if (!stream) { fprintf(stderr, "Cannot write to %s\n", outfile); exit(1); } if (cppnamespace) fprintf(stream, "namespace %s {\n", cppnamespace); fprintf(stderr, "Saving %s\n\n", outfile); } } else if (*s && *s != '#') { s = fill(xsd, sizeof(xsd), s, '='); if (s && *s == '=') { s = fill(use, sizeof(use), s+1, '|'); if (*xsd && *use) { s = estrdup(xsd); eqvtypemap[s] = estrdup(use); deftypemap[s] = ""; if (usetypemap.find(use) != usetypemap.end()) usetypemap[s] = usetypemap[use]; else usetypemap[s] = estrdup(use); } } else if (strstr(xsd, "__")) { s = fill(def, sizeof(def), s, '|'); s = fill(use, sizeof(use), s, '|'); s = fill(ptr, sizeof(ptr), s, '|'); if (*xsd) { s = estrdup(xsd); if (*def == '$') { const char *t = modtypemap[s]; if (t) { size_t l = strlen(t) + strlen(def); char *r = (char*)emalloc(l + 1); (SOAP_SNPRINTF(r, l + 1, l), "%s%s", t, def); free((void*)modtypemap[s]); modtypemap[s] = r; } else modtypemap[s] = estrdup(def); } else { if (*def) { if (strcmp(def, "...")) deftypemap[s] = estrdup(def); } else deftypemap[s] = ""; if (*use) usetypemap[s] = estrdupf(use); else usetypemap[s] = estrdupf(xsd); if (*ptr) ptrtypemap[s] = estrdupf(ptr); } } } else if (*xsd == '$') { fill(use, sizeof(use), s, 0); if (*use) { s = estrdup(xsd); usetypemap[s] = estrdup(use); } } else if (*xsd) { s = fill(uri, sizeof(uri), s, 0); if (uri[0] == '"') { uri[strlen(uri) - 1] = '\0'; nsprefix(xsd, estrdup(uri + 1)); } else if (uri[0] == '<') { uri[strlen(uri) - 1] = '\0'; char *s = estrdup(uri + 1); nsprefix(xsd, s); exturis.insert(s); } else nsprefix(xsd, estrdup(uri)); } } } for (MapOfStringToString::const_iterator i = eqvtypemap.begin(); i != eqvtypemap.end(); ++i) { const char *s = (*i).first, *t = (*i).second; if (usetypemap.find(t) != usetypemap.end()) t = usetypemap[t]; deftypemap[s] = ""; usetypemap[s] = t; if (ptrtypemap.find((*i).second) != ptrtypemap.end()) ptrtypemap[s] = ptrtypemap[(*i).second]; else { MapOfStringToString::iterator j = ptrtypemap.find(s); if (j != ptrtypemap.end()) ptrtypemap.erase(j); } for (MapOfStringToString::iterator j = usetypemap.begin(); j != usetypemap.end(); ++j) if (!strcmp((*j).second, s)) (*j).second = t; for (MapOfStringToString::iterator k = ptrtypemap.begin(); k != ptrtypemap.end(); ++k) if (!strcmp((*k).second, s)) (*k).second = t; } fclose(fd); return SOAP_OK; } void Types::init() { snum = 1; unum = 1; gnum = 1; with_union = false; fake_union = false; knames.insert(keywords, keywords + sizeof(keywords)/sizeof(char*)); if (cflag) { deftypemap["xsd__ur_type"] = ""; if (dflag) { usetypemap["xsd__ur_type"] = "xsd__anyType"; } else { usetypemap["xsd__ur_type"] = "_XML"; ptrtypemap["xsd__ur_type"] = "_XML"; } } else { deftypemap["xsd__ur_type"] = "class xsd__ur_type { _XML __item; struct soap *soap; };"; usetypemap["xsd__ur_type"] = "xsd__ur_type"; } if (cflag) { deftypemap["xsd__anyType"] = ""; if (dflag) { usetypemap["xsd__anyType"] = "xsd__anyType"; } else { usetypemap["xsd__anyType"] = "_XML"; ptrtypemap["xsd__anyType"] = "_XML"; } } else { if (dflag) deftypemap["xsd__anyType"] = ""; else deftypemap["xsd__anyType"] = "class xsd__anyType { _XML __item; struct soap *soap; };"; usetypemap["xsd__anyType"] = "xsd__anyType"; } deftypemap["xsd__any"] = ""; if (dflag) { usetypemap["xsd__any"] = "xsd__anyType"; } else { usetypemap["xsd__any"] = "_XML"; ptrtypemap["xsd__any"] = "_XML"; } deftypemap["xsd__anyAttribute"] = ""; if (dflag) { usetypemap["xsd__anyAttribute"] = "xsd__anyAttribute"; } else { usetypemap["xsd__anyAttribute"] = "_XML"; ptrtypemap["xsd__anyAttribute"] = "_XML"; } if (cflag) { deftypemap["xsd__base64Binary"] = "struct xsd__base64Binary\n{\tunsigned char *__ptr;\n\tint __size;\n\tchar *id, *type, *options; // NOTE: non-NULL for DIME/MIME/MTOM XOP attachments only\n};"; usetypemap["xsd__base64Binary"] = "struct xsd__base64Binary"; ptrtypemap["xsd__base64Binary"] = "struct xsd__base64Binary"; } else { deftypemap["xsd__base64Binary"] = "class xsd__base64Binary\n{\tunsigned char *__ptr;\n\tint __size;\n\tchar *id, *type, *options; // NOTE: non-NULL for DIME/MIME/MTOM XOP attachments only\n\tstruct soap *soap;\n};"; usetypemap["xsd__base64Binary"] = "xsd__base64Binary"; } if (cflag) { if (eflag) deftypemap["xsd__boolean"] = "enum xsd__boolean { false_, true_ };"; else deftypemap["xsd__boolean"] = "enum xsd__boolean { xsd__boolean__false_, xsd__boolean__true_ };"; usetypemap["xsd__boolean"] = "enum xsd__boolean"; } else { deftypemap["xsd__boolean"] = ""; usetypemap["xsd__boolean"] = "bool"; } deftypemap["xsd__byte"] = "typedef char xsd__byte;"; usetypemap["xsd__byte"] = "xsd__byte"; deftypemap["xsd__dateTime"] = ""; usetypemap["xsd__dateTime"] = "time_t"; deftypemap["xsd__double"] = ""; usetypemap["xsd__double"] = "double"; deftypemap["xsd__float"] = ""; usetypemap["xsd__float"] = "float"; if (cflag) { deftypemap["xsd__hexBinary"] = "struct xsd__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["xsd__hexBinary"] = "struct xsd__hexBinary"; ptrtypemap["xsd__hexBinary"] = "struct xsd__hexBinary"; } else { deftypemap["xsd__hexBinary"] = "class xsd__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["xsd__hexBinary"] = "xsd__hexBinary"; } deftypemap["xsd__int"] = ""; usetypemap["xsd__int"] = "int"; deftypemap["xsd__long"] = ""; usetypemap["xsd__long"] = "LONG64"; deftypemap["xsd__short"] = ""; usetypemap["xsd__short"] = "short"; if (cflag || sflag) { deftypemap["xsd__string"] = ""; usetypemap["xsd__string"] = "char*"; ptrtypemap["xsd__string"] = "char*"; } else { deftypemap["xsd__string"] = ""; usetypemap["xsd__string"] = "std::string"; } if (cflag || sflag) { deftypemap["xsd__QName"] = ""; usetypemap["xsd__QName"] = "_QName"; ptrtypemap["xsd__QName"] = "_QName"; } else { deftypemap["xsd__QName"] = "typedef std::string xsd__QName;"; usetypemap["xsd__QName"] = "xsd__QName"; } deftypemap["xsd__unsignedByte"] = "typedef unsigned char xsd__unsignedByte;"; usetypemap["xsd__unsignedByte"] = "xsd__unsignedByte"; deftypemap["xsd__unsignedInt"] = ""; usetypemap["xsd__unsignedInt"] = "unsigned int"; deftypemap["xsd__unsignedLong"] = ""; usetypemap["xsd__unsignedLong"] = "ULONG64"; deftypemap["xsd__unsignedShort"] = ""; usetypemap["xsd__unsignedShort"] = "unsigned short"; if (cflag) { deftypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary"; ptrtypemap["SOAP_ENC__base64Binary"] = "struct SOAP_ENC__base64Binary"; deftypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64 { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64"; ptrtypemap["SOAP_ENC__base64"] = "struct SOAP_ENC__base64"; } else { deftypemap["SOAP_ENC__base64Binary"] = "class SOAP_ENC__base64Binary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64Binary"] = "SOAP_ENC__base64Binary"; deftypemap["SOAP_ENC__base64"] = "class SOAP_ENC__base64 { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__base64"] = "SOAP_ENC__base64"; } if (cflag) { deftypemap["SOAP_ENC__boolean"] = "enum SOAP_ENC__boolean { false_, true_ };"; usetypemap["SOAP_ENC__boolean"] = "enum SOAP_ENC__boolean"; } else { deftypemap["SOAP_ENC__boolean"] = "typedef bool SOAP_ENC__boolean;"; usetypemap["SOAP_ENC__boolean"] = "SOAP_ENC__boolean"; } deftypemap["SOAP_ENC__byte"] = "typedef char SOAP_ENC__byte;"; usetypemap["SOAP_ENC__byte"] = "SOAP_ENC__byte"; deftypemap["SOAP_ENC__dateTime"] = "typedef time_t SOAP_ENC__dateTime;"; usetypemap["SOAP_ENC__dateTime"] = "SOAP_ENC__dateTime"; deftypemap["SOAP_ENC__double"] = "typedef double SOAP_ENC__double;"; usetypemap["SOAP_ENC__double"] = "SOAP_ENC__double"; deftypemap["SOAP_ENC__float"] = "typedef float SOAP_ENC__float;"; usetypemap["SOAP_ENC__float"] = "SOAP_ENC__float"; if (cflag) { deftypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary"; ptrtypemap["SOAP_ENC__hexBinary"] = "struct SOAP_ENC__hexBinary"; } else { deftypemap["SOAP_ENC__hexBinary"] = "class SOAP_ENC__hexBinary { unsigned char *__ptr; int __size; };"; usetypemap["SOAP_ENC__hexBinary"] = "SOAP_ENC__hexBinary"; } deftypemap["SOAP_ENC__int"] = "typedef int SOAP_ENC__int;"; usetypemap["SOAP_ENC__int"] = "SOAP_ENC__int"; deftypemap["SOAP_ENC__long"] = "typedef LONG64 SOAP_ENC__long;"; usetypemap["SOAP_ENC__long"] = "SOAP_ENC__long"; deftypemap["SOAP_ENC__short"] = "typedef short SOAP_ENC__short;"; usetypemap["SOAP_ENC__short"] = "SOAP_ENC__short"; if (cflag || sflag) { deftypemap["SOAP_ENC__string"] = ""; usetypemap["SOAP_ENC__string"] = "char*"; ptrtypemap["SOAP_ENC__string"] = "char*"; } else { deftypemap["SOAP_ENC__string"] = ""; usetypemap["SOAP_ENC__string"] = "std::string"; } deftypemap["SOAP_ENC__unsignedByte"] = "typedef unsigned char SOAP_ENC__unsignedByte;"; usetypemap["SOAP_ENC__unsignedByte"] = "SOAP_ENC__unsignedByte"; deftypemap["SOAP_ENC__unsignedInt"] = "typedef unsigned int SOAP_ENC__unsignedInt;"; usetypemap["SOAP_ENC__unsignedInt"] = "SOAP_ENC__unsignedInt"; deftypemap["SOAP_ENC__unsignedLong"] = "typedef ULONG64 SOAP_ENC__unsignedLong;"; usetypemap["SOAP_ENC__unsignedLong"] = "SOAP_ENC__unsignedLong"; deftypemap["SOAP_ENC__unsignedShort"] = "typedef unsigned short SOAP_ENC__unsignedShort;"; usetypemap["SOAP_ENC__unsignedShort"] = "SOAP_ENC__unsignedShort"; deftypemap["SOAP_ENC__Array"] = ""; usetypemap["SOAP_ENC__Array"] = "struct { _XML *__ptr; int __size; }"; if (cflag) ptrtypemap["SOAP_ENC__Array"] = "struct { _XML *__ptr; int __size; }"; deftypemap["_SOAP_ENC__arrayType"] = ""; deftypemap["SOAP_ENV__Header"] = ""; usetypemap["SOAP_ENV__Header"] = "struct SOAP_ENV__Header"; deftypemap["_SOAP_ENV__mustUnderstand"] = ""; if (cflag || sflag) usetypemap["_SOAP_ENV__mustUnderstand"] = "char*"; else usetypemap["_SOAP_ENV__mustUnderstand"] = "std::string"; deftypemap["SOAP_ENV__Fault"] = ""; usetypemap["SOAP_ENV__Fault"] = "struct SOAP_ENV__Fault"; deftypemap["SOAP_ENV__detail"] = ""; usetypemap["SOAP_ENV__detail"] = "struct SOAP_ENV__Detail"; deftypemap["SOAP_ENV__Detail"] = ""; usetypemap["SOAP_ENV__Detail"] = "struct SOAP_ENV__Detail"; deftypemap["SOAP_ENV__Code"] = ""; usetypemap["SOAP_ENV__Code"] = "struct SOAP_ENV__Code"; deftypemap["SOAP_ENV__Reason"] = ""; usetypemap["SOAP_ENV__Reason"] = "struct SOAP_ENV__Reason"; usetypemap["$CONTAINER"] = "std::vector"; if (read(mapfile)) fprintf(stderr, "Problem reading type map file '%s'.\nUsing internal type definitions for %s instead.\n\n", mapfile, cflag ? "C" : "C++"); } const char *Types::nsprefix(const char *prefix, const char *URI) { if (URI && *URI) { const char *s = uris[URI]; if (!s) { size_t n; if (!prefix || !*prefix || *prefix == '_') s = schema_prefix; else s = estrdup(prefix); if (!syms[s]) n = syms[s] = 1; else n = ++syms[s]; if (n != 1 || !prefix || !*prefix || *prefix == '_') { size_t l = strlen(s); char *t = (char*)emalloc(l + 21); (SOAP_SNPRINTF(t, l + 21, l + 20), "%s%lu", s, (unsigned long)n); s = t; } uris[URI] = s; if (vflag) fprintf(stderr, "namespace prefix %s = \"%s\"\n", s, URI); } // if *prefix == '_', then add prefix string to s if (prefix && *prefix == '_') { size_t l = strlen(s); char *t = (char*)emalloc(l + 2); *t = '_'; soap_strcpy(t + 1, l + 1, s); s = t; } return s; } return NULL; } const char *Types::prefix(const char *name) { const char *s; char *t; if (*name == '"') { s = strchr(name + 1, '"'); t = (char*)emalloc(s - name); soap_strncpy(t, s - name, name + 1, s - name - 1); return nsprefix(NULL, t); } s = strchr(name, ':'); if (s) { t = (char*)emalloc(s - name + 1); soap_strncpy(t, s - name + 1, name, s - name); return t; } return NULL; } const char *Types::uri(const char *name) { const char *s; char *t; if (*name == '"') { s = strchr(name + 1, '"'); t = (char*)emalloc(s - name); soap_strncpy(t, s - name, name + 1, s - name - 1); return t; } s = strchr(name, ':'); if (s) { struct Namespace *p = namespaces; if (p) { for (p += 6; p->id; p++) { if (!strncmp(p->id, name, s - name) && !p->id[s - name]) { if (p->in && *p->in) return p->in; return p->ns; } } } } return NULL; } // Find a C name for a QName. If the name has no qualifier, use URI. Suggest prefix for URI const char *Types::fname(const char *prefix, const char *URI, const char *qname, SetOfString *reserved, enum Lookup lookup, bool isqname) { char buf[4096], *t; const char *p, *s, *name; if (!qname) { fprintf(stream, "// Warning: internal error, no QName in fname()\n"); if (vflag) fprintf(stderr, "Internal error, no QName in fname()\n"); qname = "?"; } name = qname; if (isqname) s = strrchr(name, ':'); else s = NULL; if (s) { name = s + 1; if (qname[0] == '"' && qname[1] == '"') { s = NULL; } else if (*qname == '"') { t = (char*)emalloc(s - qname - 1); soap_strncpy(t, s - qname - 1, qname + 1, s - qname - 2); URI = t; } else if (!strncmp(qname, "xs:", 3)) // this hack is necessary since the nsmap table defines "xs" for "xsd" { s = "xsd"; URI = NULL; } else { t = (char*)emalloc(s - qname + 1); soap_strncpy(t, s - qname + 1, qname, s - qname); s = t; URI = NULL; } } if (URI && *URI) p = nsprefix(prefix, URI); else if (s) p = s; else p = ""; s = NULL; if (lookup == LOOKUP) { if (qnames.find(Pair(p,name)) != qnames.end()) s = qnames[Pair(p,name)]; } if (!s) { t = buf; if (!prefix || *prefix) { s = p; // no longer add '_' when URI != NULL, since nsprefix() will do this if (prefix && *prefix == ':') *t++ = ':'; else if (prefix && *prefix == '_') { if (!URI) *t++ = '_'; if (prefix[1] == '_') // ensures ns prefix starts with __ { soap_strcpy(t, sizeof(buf) - (t - buf), prefix + 1); t += strlen(prefix + 1); } } if (s && *s) { for (; *s; s++) { if (t >= buf + sizeof(buf) - 8) break; if (isalnum(*s)) { *t++ = *s; } else if (*s == '-' && s[1] != '-' && s != p) { *t++ = '_'; } else if (*s == '_') { if (s == p) *t++ = '_'; else if (!_flag) { soap_strcpy(t, sizeof(buf) - (t - buf), "_USCORE"); t += 7; } else { s = utf8(&t, s, t == buf); } } else { s = utf8(&t, s, t == buf); } } if (!prefix || *prefix != '*') { *t++ = '_'; *t++ = '_'; } } else if (isdigit(*name)) { *t++ = '_'; } } for (s = name; *s; s++) { if (t >= buf + sizeof(buf) - 8) break; if (isalnum(*s)) { *t++ = *s; } else if (*s == '-' && s[1] != '-' && s[1] != '\0' && s != name) { *t++ = '_'; } else if (!_flag && *s == '_') { soap_strcpy(t, sizeof(buf) - (t - buf), "_USCORE"); t += 7; } else { s = utf8(&t, s, t == buf); } } *t = '\0'; s = strchr(buf, ':'); if (s) s++; else s = buf; while (knames.find(s) != knames.end() || (reserved && reserved->find(s) != reserved->end())) { *t++ = '_'; *t = '\0'; } if (isalpha(*buf) || *buf == '_' || *buf == ':') { size_t l = strlen(buf); t = (char*)emalloc(l + 1); soap_strcpy(t, l + 1, buf); } else { size_t l = strlen(buf); t = (char*)emalloc(l + 2); *t = '_'; soap_strcpy(t + 1, l + 1, buf); } s = t; if (lookup == LOOKUP) { qnames[Pair(p,name)] = s; if (vflag) { cerr << "Mapping '" << p << ":" << name << "' to '" << s << "'" << endl; #ifdef DEBUG for (MapOfPairToString::const_iterator i = qnames.begin(); i != qnames.end(); ++i) cerr << "Map[" << (*i).first.first << ":" << (*i).first.second << "]='" << (*i).second << "'" << endl; #endif } } } return s; } bool Types::is_defined(const char *prefix, const char *URI, const char *qname) { const char *t = fname(prefix, URI, qname, NULL, LOOKUP, true); return usetypemap.find(t) != usetypemap.end(); } const char *Types::aname(const char *prefix, const char *URI, const char *qname) { return fname(prefix, URI, qname, NULL, NOLOOKUP, true); } const char *Types::wname(const char *prefix, const char *URI, const char *qname) { const char *s = aname(prefix, URI, qname); SetOfString reserved; reserved.insert(s); s = fname(prefix, URI, qname, &reserved, NOLOOKUP, true); knames.insert(s); return s; } const char *Types::cname(const char *prefix, const char *URI, const char *qname) { return fname(prefix, URI, qname, NULL, LOOKUP, true); } const char *Types::tname(const char *prefix, const char *URI, const char *qname) { const char *s, *t; t = cname(prefix, URI, qname); if (usetypemap.find(t) != usetypemap.end()) { s = usetypemap[t]; if (vflag) cerr << "Mapping use of '" << t << "' to '" << s << "'" << endl; } else { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for type %s in namespace \"%s\", check WSDL and schema definitions.\n", qname ? qname : "", t, URI ? URI : "?"); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for type %s in namespace \"%s\"\n", qname ? qname : "", t, URI ? URI : "?"); } return s; } const char *Types::tnameptr(bool flag, const char *prefix, const char *URI, const char *qname) { const char *s = pname(flag, !flag, prefix, URI, qname); if (flag) { if (!strchr(s, '*') || !strncmp(s, "char", 4) || !strncmp(s, "const char", 10) || !strncmp(s, "wchar_t", 7) || !strncmp(s, "const wchar_t", 13)) { size_t l = strlen(s); char *r = (char*)emalloc(l + 2); soap_strcpy(r, l + 2, s); soap_strcpy(r + l, 2, "*"); return r; } } return s; } const char *Types::tnamenoptr(const char *prefix, const char *URI, const char *qname) { const char *s = tname(prefix, URI, qname); if (strchr(s, '*') && (!strncmp(s, "char", 4) || !strncmp(s, "const char", 10) || !strncmp(s, "wchar_t", 7) || !strncmp(s, "const wchar_t", 13))) return s; size_t n = strlen(s); if (s[n - 1] == '*') { char *r = (char*)emalloc(n); soap_strncpy(r, n, s, n - 1); return r; } return s; } const char *Types::pname(bool flag, bool smart, const char *prefix, const char *URI, const char *qname) { const char *s = NULL, *t; t = cname(prefix, URI, qname); if (flag) { const char *r = NULL; if (!cflag && smart && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if (smptypemap.find(t) != smptypemap.end()) s = smptypemap[t]; else { if (usetypemap.find(t) != usetypemap.end()) s = usetypemap[t]; if (!s) { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for pointer to type %s, check WSDL and schema definitions.\n", qname, t); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for pointer to type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } if (!is_ptr(prefix, URI, qname)) { size_t k = strlen(r); size_t l = strlen(s); char *p = (char*)emalloc(k + l + 4); soap_strcpy(p, k + l + 4, r); soap_strcpy(p + k, l + 4, "<"); soap_strcpy(p + k + 1, l + 3, s); soap_strcpy(p + k + l + 1, 3, "> "); s = p; } if (vflag) cerr << "Mapping \"smart\" pointer of '" << t << "' to '" << s << "'" << endl; smptypemap[t] = s; } } else if (ptrtypemap.find(t) != ptrtypemap.end()) { s = ptrtypemap[t]; } else { if (usetypemap.find(t) != usetypemap.end()) s = usetypemap[t]; if (!s) { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for pointer to type %s, check WSDL and schema definitions.\n", qname, t); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for pointer to type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } if (!is_ptr(prefix, URI, qname)) { size_t l = strlen(s); char *p = (char*)emalloc(l + 2); soap_strcpy(p, l + 2, s); soap_strcpy(p + l, 2, "*"); s = p; } if (vflag) cerr << "Mapping pointer of '" << t << "' to '" << s << "'" << endl; ptrtypemap[t] = s; } } else if (usetypemap.find(t) != usetypemap.end()) { if (!cflag && smart && smptypemap.find(t) != smptypemap.end() && ptrtypemap.find(t) != ptrtypemap.end() && usetypemap[t] == ptrtypemap[t]) s = smptypemap[t]; else s = usetypemap[t]; } else { s = t; fprintf(stream, "\n/// @todo !FIXME! @warning Undefined QName %s for type %s in namespace \"%s\", check WSDL and schema definitions.\n", qname, t, URI ? URI : "?"); if (vflag) fprintf(stderr, "\nWarning: undefined QName %s for type %s in namespace \"%s\"\n", qname, t, URI ? URI : "?"); } return s; } const char *Types::deftname(enum Type type, bool mk_pointer, bool is_pointer, const char *prefix, const char *URI, const char *qname) { char buf[4096]; const char *t = fname(prefix, URI, qname, NULL, LOOKUP, true); if (deftypemap[t]) { if (vflag) fprintf(stderr, "Name %s already defined (probably in typemap \"%s\")\n", qname, mapfile); return NULL; } if (usetypemap[t]) { if (vflag) fprintf(stderr, "Name %s is mapped\n", qname); return t; } const char *q = NULL; switch (type) { case ENUM: if (!c11flag) q = "enum"; if (c11flag || yflag) knames.insert(t); break; case STRUCT: q = "struct"; if (yflag) knames.insert(t); break; case CLASS: case TYPEDEF: knames.insert(t); default: break; } buf[0] = '\0'; size_t n = 0; if (q) { soap_strcpy(buf, sizeof(buf), q); n = strlen(buf); soap_strcpy(buf + n, sizeof(buf) - n, " "); ++n; } soap_strcpy(buf + n, sizeof(buf) - n, t); const char *r = vname("$POINTER"); if (!cflag && !is_pointer && r && *r != '*' && *r != '$') { n = strlen(buf); size_t l = strlen(r); char *s = (char*)emalloc(l + n + 4); soap_strcpy(s, l + n + 4, r); soap_strcpy(s + l, n + 4, "<"); soap_strcpy(s + l + 1, n + 3, buf); soap_strcpy(s + l + n + 1, 3, "> "); smptypemap[t] = s; } if (mk_pointer) { n = strlen(buf); soap_strcpy(buf + n, sizeof(buf) - n, "*"); } n = strlen(buf); char *s = (char*)emalloc(n + 1); soap_strcpy(s, n + 1, buf); usetypemap[t] = s; if (mk_pointer || is_pointer) ptrtypemap[t] = s; if (is_pointer) smptypemap[t] = s; if (vflag) cerr << "Defined '" << t << "' ('" << qname << "' in namespace '" << (URI ? URI : prefix ? prefix : "") << "') as '" << s << endl; return t; } // get enumeration value. URI/type refers to the enum simpleType. const char *Types::ename(const char *type, const char *value, bool isqname) { if (c11flag) return fname(NULL, NULL, value, NULL, NOLOOKUP, isqname); const char *s = enames[Pair(type,value)]; if (!s) { s = fname(NULL, NULL, value, &rnames, NOLOOKUP, isqname); if (!eflag && type && *type) { // Add prefix to enum if (!*s || (s[0] == '_' && s[1] == '\0')) s = "_x0000"; size_t l = strlen(type) + strlen(s); char *buf = (char*)emalloc(l + 3); // _xXXXX is OK here if (s[0] == '_' && s[1] != 'x' && strncmp(s, "_USCORE", 7)) (SOAP_SNPRINTF(buf, l + 3, l + 1), "%s_%s", type, s); else (SOAP_SNPRINTF(buf, l + 3, l + 2), "%s__%s", type, s); s = buf; } else rnames.insert(s); enames[Pair(type,value)] = s; } return s; } // get operation name const char *Types::oname(const char *prefix, const char *URI, const char *qname) { const char *s = fname(prefix, URI, qname, NULL, LOOKUP, true); if (s && usetypemap.find(s) != usetypemap.end()) { // Avoid name clash with structs/classes of the same name onames.insert(s); } s = fname(prefix, URI, qname, &onames, NOLOOKUP, true); onames.insert(s); return s; } // generate struct name const char *Types::sname(const char *URI, const char *name) { const char *s; char *t; if (!aflag && name) { size_t l = strlen(name) + 1; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l); size_t n = 0; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l - n, *j); n = strlen(t); soap_strcpy(t + n, l - n, "-"); ++n; if (n >= l) break; } soap_strcpy(t + n, l - n, name); s = fname("_", URI, t, &rnames, NOLOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__struct_%d", s, snum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "struct_%d", snum++); s = t; } return s; } // generate union name const char *Types::uname(const char *URI) { const char *s; char *t; if (!aflag) { size_t l = 0; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l + 6); soap_strcpy(t, l + 6, "union"); size_t n = 5; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l + 6 - n, "-"); soap_strcpy(t + n + 1, l + 5 - n, *j); n = strlen(t); } s = fname("_", URI, t, &rnames, NOLOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__union_%d", s, unum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "_union_%d", unum++); s = t; } return s; } // generate enum name const char *Types::gname(const char *URI, const char *name) { const char *s; char *t; if (!aflag && name) { size_t l = strlen(name) + 1; for (VectorOfString::const_iterator i = scope.begin(); i != scope.end(); ++i) l += strlen(*i) + 1; t = (char*)emalloc(l); size_t n = 0; for (VectorOfString::const_iterator j = scope.begin(); j != scope.end(); ++j) { soap_strcpy(t + n, l - n, *j); n = strlen(t); soap_strcpy(t + n, l - n, "-"); ++n; if (n >= l) break; } soap_strcpy(t + n, l - n, name); s = fname("_", URI, t, &rnames, LOOKUP, true); rnames.insert(s); } else if (URI && *URI) { s = nsprefix(NULL, URI); size_t l = strlen(s); t = (char*)emalloc(l + 30); (SOAP_SNPRINTF(t, l + 30, l + 29), "_%s__enum_%d", s, gnum++); s = t; } else { t = (char*)emalloc(28); (SOAP_SNPRINTF(t, 28, 27), "enum_%d", gnum++); s = t; } return s; } const char *Types::vname(const char *var) { MapOfStringToString::const_iterator i = usetypemap.find(var); if (i != usetypemap.end()) return (*i).second; return var; } // checks if nillable or minOccurs=0 bool Types::is_nillable(const xs__element& element) { return (element.nillable || (element.minOccurs && !strcmp(element.minOccurs, "0"))); } // checks if permitted as union member bool Types::is_choicetype(const char *prefix, const char *URI, const char *type) { // TODO: consider c11flag also safe, but classes containing unions must define assignment ops using the selector(s) if (cflag) return true; if (!strcmp(type, "xs:byte")) return true; const char *t = tname(prefix, URI, type); return ( !strncmp(t, "enum ", 5) || !strcmp(t, "bool") || !strcmp(t, "int8_t") || !strcmp(t, "int16_t") || !strcmp(t, "int32_t") || !strcmp(t, "int64_t") || !strcmp(t, "uint8_t") || !strcmp(t, "uint16_t") || !strcmp(t, "uint32_t") || !strcmp(t, "uint64_t") || !strcmp(t, "char") || !strcmp(t, "unsigned char") || !strcmp(t, "short") || !strcmp(t, "unsigned short") || !strcmp(t, "int") || !strcmp(t, "unsigned int") || !strcmp(t, "long") || !strcmp(t, "long long") || !strcmp(t, "unsigned long") || !strcmp(t, "unsigned long long") || !strcmp(t, "LONG64") || !strcmp(t, "ULONG64") || !strcmp(t, "float") || !strcmp(t, "double") || !strcmp(t, "long double") || !strcmp(t, "time_t") || !strcmp(t, "_QName") || !strcmp(t, "_XML") ); } bool Types::is_ptr(const char *prefix, const char *URI, const char *qname) { const char *t = cname(prefix, URI, qname); if (usetypemap.find(t) != usetypemap.end()) { if (ptrtypemap.find(t) != ptrtypemap.end()) return usetypemap[t] == ptrtypemap[t]; const char *s = usetypemap[t]; while (s && *s) { s = strchr(s + 1, '*'); if (s && *(s-1) != '/' && *(s+1) != '/') return true; } } return false; } void Types::dump(FILE *fd) { fprintf(fd, "\nTypes:\n"); for (MapOfStringToString::const_iterator i = usetypemap.begin(); i != usetypemap.end(); ++i) fprintf(fd, "%s=%s\n", (*i).first, (*i).second ? (*i).second : "(null)"); fprintf(fd, "\nPointers:\n"); for (MapOfStringToString::const_iterator j = ptrtypemap.begin(); j != ptrtypemap.end(); ++j) fprintf(fd, "%s=%s\n", (*j).first, (*j).second ? (*j).second : "(null)"); } void Types::define(const char *URI, const char *name, const xs__complexType& complexType) { // generate prototype for structs/classes and store name const char *prefix = NULL; if (complexType.name) name = complexType.name; else prefix = "_"; if (complexType.complexContent && complexType.complexContent->restriction && !strcmp(complexType.complexContent->restriction->base, "SOAP-ENC:Array")) { if (strcmp(schema_prefix, "ns")) prefix = "*"; else prefix = ""; } if (cflag) { const char *t = deftname(STRUCT, true, false, prefix, URI, name); if (t) { if (yflag) fprintf(stream, "/// @brief Typedef synonym for struct %s.\ntypedef struct %s %s;\n", t, t, t); } else if (name) { t = deftypemap[cname(prefix, URI, name)]; if (t) { fprintf(stream, "/// Imported complexType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(complexType.annotation); if (*t) format(t); else fprintf(stream, "// complexType definition intentionally left blank.\n"); fprintf(stream, "\n"); } } } else { const char *t = deftname(CLASS, true, false, prefix, URI, name); if (t) fprintf(stream, "// Forward declaration of class %s.\nclass %s;\n\n", t, t); else if (name) { t = deftypemap[cname(prefix, URI, name)]; if (t) { fprintf(stream, "/// Imported complexType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(complexType.annotation); if (*t) format(t); else fprintf(stream, "// complexType definition intentionally left blank.\n"); fprintf(stream, "\n"); } } } } void Types::gen(const char *URI, const char *name, const xs__simpleType& simpleType, bool anonymous, bool nested_restriction) { const char *t = NULL; const char *prefix = NULL; if (simpleType.name) name = simpleType.name; else if (!nested_restriction) prefix = "_"; if (!anonymous) { t = deftypemap[cname(NULL, URI, name)]; if (t) { fprintf(stream, "/// Imported simpleType \"%s\":%s from typemap \"%s\".\n", URI, name, mapfile ? mapfile : ""); document(simpleType.annotation); if (*t) format(t); else fprintf(stream, "// simpleType definition intentionally left blank.\n"); return; } } if (simpleType.restriction) { const char *base = simpleType.restriction->base; if (!base && simpleType.restriction->simpleType) { if (!anonymous) { if (simpleType.restriction->simpleType->list && simpleType.restriction->length && simpleType.restriction->length->value) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction list of length %s.\n///\n", URI ? URI : "", name, simpleType.restriction->length->value); document(simpleType.restriction->length->annotation); } else { const char *a = NULL, *b = "unbounded"; if (simpleType.restriction->minLength) { a = simpleType.restriction->minLength->value; document(simpleType.restriction->minLength->annotation); } if (simpleType.restriction->maxLength) { b = simpleType.restriction->maxLength->value; document(simpleType.restriction->maxLength->annotation); } if (a || b) fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction list of length %s..%s.\n", URI ? URI : "", name, a ? a : "0", b ? b : ""); else fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction.\n///\n", URI ? URI : "", name); } } gen(URI, name, *simpleType.restriction->simpleType, anonymous, true); } else { if (!base) base = "xsd:string"; const char *baseURI = NULL; if (simpleType.restriction->simpleTypePtr() && simpleType.restriction->simpleTypePtr()->schemaPtr()) baseURI = simpleType.restriction->simpleTypePtr()->schemaPtr()->targetNamespace; if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a simpleType restriction of XSD type %s.\n///\n", URI ? URI : "", name, base); document(simpleType.annotation); document(simpleType.restriction->annotation); if (simpleType.restriction->assertion && simpleType.restriction->assertion->test) { fprintf(stream, "/// Assertion:\n"); documentation(simpleType.restriction->assertion->test); } if (!simpleType.restriction->enumeration.empty()) { bool is_qname = !strcmp(base, "xs:QName"); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t && !eflag && !c11flag) fprintf(stream, "/// @note The enum values are prefixed with \"%s__\" to prevent name clashes: use wsdl2h option -e to omit this prefix or use option -c++11 for scoped enumerations\n", t); } if (!t) t = gname(URI, name); if (c11flag) { if (!anonymous) fprintf(stream, "enum class %s\n{\n", t); else fprintf(stream, " enum class %s\n {\n", t); } else { if (!anonymous) fprintf(stream, "enum %s\n{\n", t); else fprintf(stream, " enum %s\n {\n", t); } SetOfString enumvals; LONG64 enumval = 0; if (!is_qname) { bool letters_ok = true; for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { if (is_integer(s)) { document((*enumeration).annotation); fprintf(stream, "\t%s = %s,\t///< %s value=\"%s\"\n", ename(eflag ? "enum int" : t, s, false), s, base, s); // type="enum int" if eflag so all int enum consts get the same value assigned enumvals.insert(s); LONG64 n = soap_strtoll(s, NULL, 10); if (letters_ok) { if ((n >= 'A' && n <= 'Z') || (n >= 'a' && n <= 'z')) letters_ok = false; } if (n > enumval) enumval = n; } } } } if (letters_ok) { for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { if (isalpha(s[0]) && !s[1]) { document((*enumeration).annotation); fprintf(stream, "\t%s = '%c',\t///< %s value=\"%s\"\n", ename(eflag ? "enum char" : t, s, false), *s, base, s); // type="enum char" if eflag so all char enum consts get the same value assigned enumvals.insert(s); if (*s > enumval) enumval = *s; } } } } } } for (vector::const_iterator enumeration = simpleType.restriction->enumeration.begin(); enumeration != simpleType.restriction->enumeration.end(); ++enumeration) { const char *s; if ((s = (*enumeration).value)) { if (!enumvals.count(s)) { document((*enumeration).annotation); if (is_qname) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), base, (*enumeration).value_); else if (enumval) fprintf(stream, "\t%s = " SOAP_LONG_FORMAT ",\t///< %s value=\"%s\"\n", ename(t, s, false), ++enumval, base, s); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, s, false), base, s); enumvals.insert(s); } } else fprintf(stream, "//\tunrecognized: enumeration \"%s\" has no value\n", name ? name : ""); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, " }\n"); } else { if (simpleType.restriction->length && simpleType.restriction->length->value) { fprintf(stream, "/// Length of this string is %s.\n", simpleType.restriction->length->value); document(simpleType.restriction->length->annotation); } else { const char *a = NULL, *b = NULL; if (simpleType.restriction->minLength) { a = simpleType.restriction->minLength->value; document(simpleType.restriction->minLength->annotation); } if (simpleType.restriction->maxLength) { b = simpleType.restriction->maxLength->value; document(simpleType.restriction->maxLength->annotation); } if (a || b) { fprintf(stream, "/// Length of this string is %s to %s.\n", a ? a : "0", b ? b : "unbounded"); } } char format[16]; format[0] = '\0'; if (simpleType.restriction->precision && simpleType.restriction->precision->value) { soap_strcpy(format, sizeof(format), simpleType.restriction->precision->value); fprintf(stream, "/// %s is %s.\n", simpleType.restriction->precision->fixed ? "Fixed precision" : "Precision", simpleType.restriction->precision->value); } else if (simpleType.restriction->totalDigits && simpleType.restriction->totalDigits->value) { soap_strcpy(format, sizeof(format), simpleType.restriction->totalDigits->value); fprintf(stream, "/// %s of total digits is %s.\n", simpleType.restriction->totalDigits->fixed ? "Fixed number" : "Number", simpleType.restriction->totalDigits->value); } if (simpleType.restriction->scale && simpleType.restriction->scale->value) { size_t n = strlen(format); soap_strcpy(format + n, sizeof(format) - n, "."); soap_strcpy(format + n + 1, sizeof(format) - n - 1, simpleType.restriction->scale->value); fprintf(stream, "/// %s is %s.\n", simpleType.restriction->scale->fixed ? "Fixed scale" : "Scale", simpleType.restriction->scale->value); } else if (simpleType.restriction->fractionDigits && simpleType.restriction->fractionDigits->value) { size_t n = strlen(format); soap_strcpy(format + n, sizeof(format) - n, "."); soap_strcpy(format + n + 1, sizeof(format) - n - 1, simpleType.restriction->fractionDigits->value); fprintf(stream, "/// %s of fraction digits is %s.\n", simpleType.restriction->fractionDigits->fixed ? "Fixed number" : "Number", simpleType.restriction->fractionDigits->value); } for (vector::const_iterator pattern1 = simpleType.restriction->pattern.begin(); pattern1 != simpleType.restriction->pattern.end(); ++pattern1) fprintf(stream, "/// Content pattern is \"%s\".\n", xstring((*pattern1).value)); const char *ai = NULL, *ae = NULL, *bi = NULL, *be = NULL; if (simpleType.restriction->minInclusive) { ai = simpleType.restriction->minInclusive->value; document(simpleType.restriction->minInclusive->annotation); } else if (simpleType.restriction->minExclusive) { ae = simpleType.restriction->minExclusive->value; document(simpleType.restriction->minExclusive->annotation); } if (simpleType.restriction->maxInclusive) { bi = simpleType.restriction->maxInclusive->value; document(simpleType.restriction->maxInclusive->annotation); } else if (simpleType.restriction->maxExclusive) { be = simpleType.restriction->maxExclusive->value; document(simpleType.restriction->maxExclusive->annotation); } if (ai || ae || bi || be) { fprintf(stream, "/// Value range is "); if (ai) fprintf(stream, "%s", ai); else if (ae) fprintf(stream, "%s (exclusive)", ae); else fprintf(stream, "lowest"); fprintf(stream, " to "); if (bi) fprintf(stream, "%s.\n", bi); else if (be) fprintf(stream, "%s (exclusive).\n", be); else fprintf(stream, "highest.\n"); } if (!simpleType.restriction->attribute.empty()) { if (!Wflag) fprintf(stderr, "\nWarning: simpleType \"%s\" should not have attributes\n", name ? name : ""); } const char *s = tname(NULL, baseURI, base); if (!anonymous) { t = deftname(TYPEDEF, false, is_ptr(NULL, baseURI, base), prefix, URI, name); if (t) fprintf(stream, "typedef %s %s", s, t); } else { t = ""; fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } if (t) { if (!anonymous && !simpleType.restriction->pattern.empty()) { fprintf(stream, " \""); for (vector::const_iterator pattern2 = simpleType.restriction->pattern.begin(); pattern2 != simpleType.restriction->pattern.end(); ++pattern2) { if (pattern2 != simpleType.restriction->pattern.begin()) fprintf(stream, "|"); fprintf(stream, "%s", xstring((*pattern2).value)); } fprintf(stream, "\""); } // add range info only when type is numeric bool is_numeric_type = false, is_float_type = false; if (!strncmp(s, "signed ", 7)) s += 7; else if (!strncmp(s, "unsigned ", 9)) s += 9; if (!strncmp(s, "long ", 5)) s += 5; else if (!strncmp(s, "short ", 6)) s += 6; if (!strncmp(s, "xsd__unsigned", 13)) s += 13; else if (!strncmp(s, "xsd__", 5)) s += 5; if (!strcmp(s, "float") || !strcmp(s, "double")) is_numeric_type = is_float_type = true; else if (!strcmp(s, "bool") || !strcmp(s, "byte") || !strcmp(s, "Byte") || !strcmp(s, "char") || !strcmp(s, "int") || !strcmp(s, "Int") || !strcmp(s, "long") || !strcmp(s, "Long") || !strcmp(s, "LONG64") || !strcmp(s, "short") || !strcmp(s, "Short") || !strcmp(s, "ULONG64")) is_numeric_type = true; if (!anonymous && *format) { if (is_float_type) fprintf(stream, " \"%%%sf\"", format); else if (is_numeric_type) fprintf(stream, " \"%%%sd\"", format); } if (!anonymous && simpleType.restriction->minLength && simpleType.restriction->minLength->value) fprintf(stream, " %s ", simpleType.restriction->minLength->value); else if (is_float_type && !anonymous && simpleType.restriction->minInclusive && simpleType.restriction->minInclusive->value && is_float(simpleType.restriction->minInclusive->value)) fprintf(stream, " %s ", simpleType.restriction->minInclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->minInclusive && simpleType.restriction->minInclusive->value && is_integer(simpleType.restriction->minInclusive->value)) fprintf(stream, " %s ", simpleType.restriction->minInclusive->value); else if (is_float_type && !anonymous && simpleType.restriction->minExclusive && simpleType.restriction->minExclusive->value && is_float(simpleType.restriction->minExclusive->value)) fprintf(stream, " %s <", simpleType.restriction->minExclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->minExclusive && simpleType.restriction->minExclusive->value && is_integer(simpleType.restriction->minExclusive->value)) fprintf(stream, " " SOAP_LONG_FORMAT " ", to_integer(simpleType.restriction->minExclusive->value)+1); if (!anonymous && simpleType.restriction->maxLength && simpleType.restriction->maxLength->value) fprintf(stream, ": %s", simpleType.restriction->maxLength->value); else if (is_float_type && !anonymous && simpleType.restriction->maxInclusive && simpleType.restriction->maxInclusive->value && is_float(simpleType.restriction->maxInclusive->value)) fprintf(stream, ": %s", simpleType.restriction->maxInclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->maxInclusive && simpleType.restriction->maxInclusive->value && is_integer(simpleType.restriction->maxInclusive->value)) fprintf(stream, ": %s", simpleType.restriction->maxInclusive->value); else if (is_float_type && !anonymous && simpleType.restriction->maxExclusive && simpleType.restriction->maxExclusive->value && is_float(simpleType.restriction->maxExclusive->value)) fprintf(stream, ":< %s", simpleType.restriction->maxExclusive->value); else if (is_numeric_type && !anonymous && simpleType.restriction->maxExclusive && simpleType.restriction->maxExclusive->value && is_integer(simpleType.restriction->maxExclusive->value)) fprintf(stream, ": " SOAP_LONG_FORMAT, to_integer(simpleType.restriction->maxExclusive->value)-1); if (!anonymous) { fprintf(stream, ";\n\n"); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } } } } } else if (simpleType.list) { if (simpleType.list->restriction && simpleType.list->restriction->base) { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list restriction of XSD type %s.\n///\n", URI ? URI : "", name, simpleType.list->restriction->base); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t) { if (c11flag) fprintf(stream, "enum * class : int64_t %s\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); } } else { t = ""; fprintf(stream, "enum *\n{\n"); } if (t) { for (vector::const_iterator enumeration = simpleType.list->restriction->enumeration.begin(); enumeration != simpleType.list->restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp(simpleType.list->restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), simpleType.list->restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), simpleType.list->restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n"); } } else if (simpleType.list->itemType) { const xs__simpleType *p = simpleType.list->itemTypePtr(); if (p && p->restriction && p->restriction->base && !p->restriction->enumeration.empty() && p->restriction->enumeration.size() <= 64) { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list of %s.\n///\n", URI ? URI : "", name, simpleType.list->itemType); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t) { if (c11flag) fprintf(stream, "enum * class %s : int64_t\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); } } else { t = ""; fprintf(stream, "enum *\n{\n"); } if (t) { for (vector::const_iterator enumeration = p->restriction->enumeration.begin(); enumeration != p->restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp(p->restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), p->restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), p->restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n"); } } else { const char *base; if (!strcmp(simpleType.list->itemType, "xs:QName")) base = "xsd:QName"; else base = "xsd:string"; const char *s = tname(NULL, NULL, base); if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType containing a whitespace separated list of %s.\n///\n", URI ? URI : "", name, simpleType.list->itemType); t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, base), prefix, URI, name); } document(simpleType.annotation); if (t) fprintf(stream, "typedef %s %s;\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } fprintf(stream, "\n"); } } else { if (!anonymous) { fprintf(stream, "/// @brief \"%s\":%s is a simpleType list.\n///\n", URI ? URI : "", name); fprintf(stream, "/// @note This enumeration is a bitmask, so a set of values is supported (using | and & bit-ops on the bit vector).\n"); } document(simpleType.annotation); if (!anonymous) { t = deftname(ENUM, false, false, prefix, URI, name); if (t && !eflag && !c11flag) fprintf(stream, "/// @note The enum values are prefixed with \"%s__\" to prevent name clashes: use wsdl2h option -e to omit this prefix or use option -c++11 for scoped enumerations\n", t); } else t = ""; if (t) { if (c11flag) fprintf(stream, "enum * class %s : int64_t\n{\n", t); else fprintf(stream, "enum * %s\n{\n", t); for (vector::const_iterator simple = simpleType.list->simpleType.begin(); simple != simpleType.list->simpleType.end(); ++simple) { if ((*simple).restriction && (*simple).restriction->base) { for (vector::const_iterator enumeration = (*simple).restriction->enumeration.begin(); enumeration != (*simple).restriction->enumeration.end(); ++enumeration) { if ((*enumeration).value) { if (!strcmp((*simple).restriction->base, "xs:QName") && (*enumeration).value_) fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value_, true), (*simple).restriction->base, (*enumeration).value_); else fprintf(stream, "\t%s,\t///< %s value=\"%s\"\n", ename(t, (*enumeration).value, false), (*simple).restriction->base, (*enumeration).value); } else fprintf(stream, "//\tunrecognized: bitmask enumeration \"%s\" has no value\n", t); } } } if (!anonymous) { fprintf(stream, "};\n\n"); if (!c11flag && yflag) fprintf(stream, "/// @brief Typedef synonym for enum %s.\ntypedef enum %s %s;\n", t, t, t); if (pflag && simpleType.name) { const char *s = wname(prefix, URI, name); fprintf(stream, "/// @brief A class wrapper.\n///\n"); fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", s); fprintf(stream, elementformat, tname(prefix, URI, name), "__item;"); modify(s); fprintf(stream, "\n};\n\n"); } } else fprintf(stream, "}\n\n"); } } } else if (simpleType.union_) { if (simpleType.union_->memberTypes) { const char *s = tname(NULL, NULL, "xsd:string"); if (!anonymous) t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, "xsd:string"), prefix, URI, name); fprintf(stream, "/// @brief Union of values from member types \"%s\".\n", simpleType.union_->memberTypes); if (t) fprintf(stream, "typedef %s %s;\n\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } } else if (!simpleType.union_->simpleType.empty()) { const char *s = tname(NULL, NULL, "xsd:string"); if (!anonymous) t = deftname(TYPEDEF, false, is_ptr(NULL, NULL, "xsd:string"), prefix, URI, name); for (vector::const_iterator simpleType1 = simpleType.union_->simpleType.begin(); simpleType1 != simpleType.union_->simpleType.end(); ++simpleType1) { if ((*simpleType1).restriction) { fprintf(stream, "/// @brief Union of values from type \"%s\".\n", (*simpleType1).restriction->base); // TODO: are there any other types we should report here? } } if (t) fprintf(stream, "typedef %s %s;\n\n", s, t); else { fprintf(stream, elementformat, s, ""); fprintf(stream, "\n"); } } else fprintf(stream, "//\tunrecognized\n"); } else fprintf(stream, "//\tunrecognized simpleType\n"); } void Types::gen(const char *URI, const char *name, const xs__complexType& complexType, bool anonymous) { const char *t = NULL; const char *prefix = NULL; bool soapflag = false; if (complexType.name) name = complexType.name; else prefix = "_"; if (anonymous && name) t = sname(URI, name); else if (name) { t = cname(prefix, URI, name); if (deftypemap[t]) return; } if (name) scope.push_back(name); if (complexType.simpleContent) { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with simpleContent.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : ""); document(complexType.annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (complexType.simpleContent->restriction) { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); const char *base = "xs:string"; const char *baseURI = NULL; const xs__complexType *p = &complexType; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else { base = p->simpleContent->restriction->base; if (p->simpleContent->restriction->simpleTypePtr() && p->simpleContent->restriction->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else if (p->simpleContent->extension) { if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else { base = p->simpleContent->extension->base; if (p->simpleContent->extension->simpleTypePtr() && p->simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else break; } while (p); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); p = &complexType; bool flag = true; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { // TODO: should only generate attribute when name is different? gen(URI, p->simpleContent->restriction->attribute); if (p->simpleContent->restriction->anyAttribute && flag) { gen(URI, *p->simpleContent->restriction->anyAttribute); flag = false; } if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else break; } else if (p->simpleContent->extension) { gen(URI, p->simpleContent->extension->attribute); gen(URI, p->simpleContent->extension->attributeGroup); if (p->simpleContent->extension->anyAttribute && flag) { gen(URI, *p->simpleContent->extension->anyAttribute); flag = false; } if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else break; } else break; } while (p); } else if (complexType.simpleContent->extension) { const char *base = "xs:string"; const char *baseURI = NULL; if (cflag || fflag || anonymous) { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); const xs__complexType *p = &complexType; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { if (p->simpleContent->restriction->complexTypePtr()) p = p->simpleContent->restriction->complexTypePtr(); else { base = p->simpleContent->restriction->base; if (p->simpleContent->restriction->simpleTypePtr() && p->simpleContent->restriction->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else if (p->simpleContent->extension) { if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else { base = p->simpleContent->extension->base; if (p->simpleContent->extension->simpleTypePtr() && p->simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = p->simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; break; } } else break; } while (p); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); p = &complexType; bool flag = true; do { if (!p->simpleContent) break; if (p->simpleContent->restriction) { gen(URI, p->simpleContent->restriction->attribute); if (p->simpleContent->restriction->anyAttribute && flag) gen(URI, *p->simpleContent->restriction->anyAttribute); break; } else if (p->simpleContent->extension) { gen(URI, p->simpleContent->extension->attribute); gen(URI, p->simpleContent->extension->attributeGroup); if (p->simpleContent->extension->anyAttribute && flag) { gen(URI, *p->simpleContent->extension->anyAttribute); flag = false; } if (p->simpleContent->extension->complexTypePtr()) p = p->simpleContent->extension->complexTypePtr(); else break; } else break; } while (p); } else { base = complexType.simpleContent->extension->base; if ( /* TODO: in future, may want to add check here for base type == class complexType.simpleContent->extension->simpleTypePtr() || */ complexType.simpleContent->extension->complexTypePtr()) { if (complexType.simpleContent->extension->complexTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->complexTypePtr()->schemaPtr()->targetNamespace; fprintf(stream, "class %s : public %s\n{ public:\n", t, cname(NULL, baseURI, base)); soapflag = true; } else { if (complexType.simpleContent->extension->simpleTypePtr() && complexType.simpleContent->extension->simpleTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->simpleTypePtr()->schemaPtr()->targetNamespace; else if (complexType.simpleContent->extension->complexTypePtr() && complexType.simpleContent->extension->complexTypePtr()->schemaPtr()) baseURI = complexType.simpleContent->extension->complexTypePtr()->schemaPtr()->targetNamespace; if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); fprintf(stream, "/// __item wraps \"%s\" simpleContent.\n", base); fprintf(stream, elementformat, tname(NULL, baseURI, base), "__item"); fprintf(stream, ";\n"); } gen(URI, complexType.simpleContent->extension->attribute); gen(URI, complexType.simpleContent->extension->attributeGroup); if (complexType.simpleContent->extension->anyAttribute) gen(URI, *complexType.simpleContent->extension->anyAttribute); } } else fprintf(stream, "//\tunrecognized\n"); } else if (complexType.complexContent) { if (complexType.complexContent->restriction) { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with complexContent restriction of XSD type %s.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : "", complexType.complexContent->restriction->base); document(complexType.annotation); document(complexType.complexContent->annotation); document(complexType.complexContent->restriction->annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } if (!complexType.complexContent->restriction->assert.empty()) { fprintf(stream, "/// Assertions on restriction:\n"); for (std::vector::const_iterator a = complexType.complexContent->restriction->assert.begin(); a != complexType.complexContent->restriction->assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (!strcmp(complexType.complexContent->restriction->base, "SOAP-ENC:Array")) { char *item = NULL, *type = NULL; if (!complexType.complexContent->restriction->attribute.empty()) { xs__attribute& attribute = complexType.complexContent->restriction->attribute.front(); if (attribute.wsdl__arrayType) type = attribute.wsdl__arrayType; } xs__seqchoice *s = complexType.complexContent->restriction->sequence; if (s && !s->__contents.empty() && s->__contents.front().__union == SOAP_UNION_xs__union_content_element && s->__contents.front().__content.element) { xs__element& element = *s->__contents.front().__content.element; if (!type) { if (element.type) type = element.type; else if (element.simpleTypePtr()) { if (element.simpleTypePtr()->name) type = element.simpleTypePtr()->name; else if (element.simpleTypePtr()->restriction) type = element.simpleTypePtr()->restriction->base; } else if (element.complexTypePtr()) { if (element.complexTypePtr()->name) type = element.complexTypePtr()->name; else if (element.complexTypePtr()->complexContent && element.complexTypePtr()->complexContent->restriction) type = element.complexTypePtr()->complexContent->restriction->base; } } item = element.name; // } gen_soap_array(t, item, type); } else { if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (complexType.complexContent->restriction->group) gen(URI, *complexType.complexContent->restriction->group, NULL, NULL); if (complexType.complexContent->restriction->all) gen(URI, *complexType.complexContent->restriction->all, NULL, NULL); if (complexType.complexContent->restriction->sequence) gen(URI, *complexType.complexContent->restriction->sequence, NULL, NULL); if (complexType.complexContent->restriction->choice) gen(URI, name, *complexType.complexContent->restriction->choice, NULL, NULL); gen(URI, complexType.complexContent->restriction->attribute); bool flag = true; if (complexType.complexContent->restriction->anyAttribute) { gen(URI, *complexType.complexContent->restriction->anyAttribute); flag = false; } const xs__complexType *p = complexType.complexContent->restriction->complexTypePtr(); while (p) { const char *pURI; if (p->schemaPtr()) pURI = p->schemaPtr()->targetNamespace; else pURI = URI; const char *b = cname(NULL, pURI, p->name); if (zflag && zflag <= 5) fprintf(stream, "/// RESTRICTED FROM %s:\n", b); else if (comment_nest == 0) fprintf(stream, "/* RESTRICTED FROM %s:\n", b); else fprintf(stream, " RESTRICTED FROM %s:\n", b); comment_nest++; if (p->complexContent && p->complexContent->restriction) { gen(URI, p->complexContent->restriction->attribute); if (p->complexContent->restriction->anyAttribute && flag) { gen(URI, *p->complexContent->restriction->anyAttribute); flag = false; } p = p->complexContent->restriction->complexTypePtr(); } else if (p->complexContent && p->complexContent->extension) { gen(URI, p->complexContent->extension->attribute); gen(URI, p->complexContent->extension->attributeGroup); if (p->complexContent->extension->anyAttribute && flag) { gen(URI, *p->complexContent->extension->anyAttribute); flag = false; } p = p->complexContent->extension->complexTypePtr(); } else { gen(URI, p->attribute); gen(URI, p->attributeGroup); if (p->anyAttribute && flag) gen(URI, *p->anyAttribute); p = NULL; } comment_nest--; if (zflag && zflag <= 5) fprintf(stream, "// END OF RESTRICTED FROM %s\n", b); else if (comment_nest == 0) fprintf(stream, " END OF RESTRICTED FROM %s */\n", b); else fprintf(stream, " END OF RESTRICTED FROM %s\n", b); } } } else if (complexType.complexContent->extension) { const char *base = complexType.complexContent->extension->base; xs__complexType *p = complexType.complexContent->extension->complexTypePtr(); if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType with complexContent extension of XSD type %s.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : "", base); document(complexType.annotation); document(complexType.complexContent->annotation); document(complexType.complexContent->extension->annotation); if (!complexType.assert.empty()) { fprintf(stream, "/// Assertions:\n"); for (std::vector::const_iterator a = complexType.assert.begin(); a != complexType.assert.end(); ++a) if ((*a).test) documentation((*a).test); } if (!complexType.complexContent->extension->assert.empty()) { fprintf(stream, "/// Assertions on extension:\n"); for (std::vector::const_iterator a = complexType.complexContent->extension->assert.begin(); a != complexType.complexContent->extension->assert.end(); ++a) if ((*a).test) documentation((*a).test); } operations(t); if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (fflag) fprintf(stream, "class %s\n{ public:\n", t); else // TODO: what to do if base class is in another namespace and elements must be qualified in XML payload? { const char *baseURI = NULL; if (p && p->schemaPtr()) baseURI = p->schemaPtr()->targetNamespace; fprintf(stream, "class %s : public %s\n{ public:\n", t, cname(NULL, baseURI, base)); soapflag = true; } gen_inh(URI, p, anonymous); if (complexType.complexContent->extension->group) gen(URI, *complexType.complexContent->extension->group, NULL, NULL); if (complexType.complexContent->extension->all) gen(URI, *complexType.complexContent->extension->all, NULL, NULL); if (complexType.complexContent->extension->sequence) gen(URI, *complexType.complexContent->extension->sequence, NULL, NULL); if (complexType.complexContent->extension->choice) gen(URI, name, *complexType.complexContent->extension->choice, NULL, NULL); gen(URI, complexType.complexContent->extension->attribute); gen(URI, complexType.complexContent->extension->attributeGroup); if (complexType.complexContent->extension->anyAttribute) gen(URI, *complexType.complexContent->extension->anyAttribute); } else fprintf(stream, "//\tunrecognized\n"); } else { if (!anonymous) fprintf(stream, "/// @brief \"%s\":%s is a%s complexType.\n///\n", URI ? URI : "", name, complexType.abstract ? "n abstract" : ""); document(complexType.annotation); operations(t); if (anonymous) { if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && complexType.name) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (complexType.all) gen(URI, *complexType.all, NULL, NULL); else if (complexType.choice) gen(URI, name, *complexType.choice, NULL, NULL); else if (complexType.sequence) gen(URI, *complexType.sequence, NULL, NULL); else if (complexType.any) gen(URI, *complexType.any, NULL, NULL); } if (!(complexType.complexContent && complexType.complexContent->extension) && complexType.defaultAttributesApply && complexType.schemaPtr() && complexType.schemaPtr()->attributeGroupPtr()) { fprintf(stream, "/// Default attributes \"%s\"\n", complexType.schemaPtr()->defaultAttributes); xs__attributeGroup *a = complexType.schemaPtr()->attributeGroupPtr(); if (a->attributeGroupPtr()) a = a->attributeGroupPtr(); gen(URI, a->attribute); gen(URI, a->attributeGroup); if (a->anyAttribute) gen(URI, *a->anyAttribute); } gen(URI, complexType.attribute); gen(URI, complexType.attributeGroup); if (complexType.anyAttribute) gen(URI, *complexType.anyAttribute); if (complexType.mixed || ( complexType.complexContent && ( complexType.complexContent->mixed || ( complexType.complexContent->extension && complexType.complexContent->extension->complexTypePtr() && complexType.complexContent->extension->complexTypePtr()->mixed ) ) )) { fprintf(stream, "/// @todo This mixed content complexType is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element).\n"); if (dflag) { if (with_union) fprintf(stream, pointerformat, "xsd__anyType", "__mixed"); else fprintf(stream, elementformat, "xsd__anyType", "__mixed"); fprintf(stream, "0;\t///< Catch mixed content in DOM soap_dom_element linked node structure.\n"); } else { fprintf(stream, elementformat, "_XML", "__mixed"); fprintf(stream, "0;\t///< Catch mixed content in XML string.\n"); } } if (t) modify(t); if (!anonymous) { if (!cflag && !(pflag && complexType.name) && !soapflag) { if (!complexType.complexContent || !complexType.complexContent->extension || !complexType.complexContent->extension->complexTypePtr()) { fprintf(stream, "/// A handle to the soap struct context that manages this instance when instantiated by a context or NULL otherwise (automatically set).\n"); fprintf(stream, pointerformat, "struct soap", "soap"); fprintf(stream, ";\n"); } } fprintf(stream, "};\n\n"); } scope.pop_back(); } void Types::gen(const char *URI, const vector& attributes) { for (vector::const_iterator attribute = attributes.begin(); attribute != attributes.end(); ++attribute) gen(URI, *attribute); } void Types::gen(const char *URI, const xs__attribute& attribute) { const char *name = attribute.name; const char *type = attribute.type; const char *default_ = attribute.default_; const char *default__ = attribute.default__; const char *fixed = attribute.fixed; const char *fixed_ = attribute.fixed_; const char *nameURI = NULL, *typeURI = NULL, *nameprefix = NULL, *typeprefix = NULL; bool is_optional = attribute.use != required && !default_; document(attribute.annotation); if (!URI) URI = attribute.schemaPtr()->targetNamespace; if (attribute.targetNamespace) { if ((attribute.form && *attribute.form == qualified) || attribute.schemaPtr()->attributeFormDefault == qualified) nameURI = attribute.targetNamespace; else nameprefix = ":"; } else if (!attribute.ref && URI && attribute.schemaPtr() && attribute.schemaPtr()->targetNamespace && strcmp(URI, attribute.schemaPtr()->targetNamespace)) { if ((attribute.form && *attribute.form == qualified) || attribute.schemaPtr()->attributeFormDefault == qualified) nameURI = attribute.schemaPtr()->targetNamespace; // handles attributes defined in another namespace else nameprefix = ":"; } else if (attribute.form) { if (*attribute.form == qualified) nameURI = URI; else nameprefix = ":"; } if (attribute.attributePtr()) // attribute ref { name = attribute.attributePtr()->name; type = attribute.attributePtr()->type; if (!default_) { default_ = attribute.attributePtr()->default_; default__ = attribute.attributePtr()->default__; } if (!fixed) { fixed = attribute.attributePtr()->fixed; fixed_ = attribute.attributePtr()->fixed_; } if (default_) is_optional = false; else if (is_optional) is_optional = attribute.attributePtr()->use != required; if (!type) { type = name; typeprefix = "_"; } if (attribute.attributePtr()->schemaPtr()) { typeURI = attribute.attributePtr()->schemaPtr()->targetNamespace; if (attribute.form && *attribute.form == unqualified) nameprefix = ":"; else if (zflag != 3 && zflag != 2 && URI && typeURI && attribute.schemaPtr()->attributeFormDefault == qualified && !strcmp(URI, typeURI)) nameprefix = NULL; else if (zflag == 3 && URI && typeURI && attribute.schemaPtr()->attributeFormDefault == unqualified && !strcmp(URI, typeURI)) nameprefix = NULL; else nameURI = typeURI; } if (attribute.ref) fprintf(stream, "/// Attribute reference \"%s\":%s.\n", attribute.schemaPtr()->targetNamespace, attribute.ref); document(attribute.attributePtr()->annotation); fprintf(stream, attributeformat, pname(is_optional, true, typeprefix, typeURI, type), aname(nameprefix, nameURI, name)); // make sure no name - type clash } else if (name && type) { fprintf(stream, "/// Attribute \"%s\" of XSD type %s.\n", name, type); fprintf(stream, attributeformat, pname(is_optional, true, NULL, URI, type), aname(nameprefix, nameURI, name)); // make sure no name - type clash } else if (name && attribute.simpleTypePtr()) { const char *s = ""; const char *r = NULL; if (!cflag && is_optional && (r = vname("$POINTER")) && *r != '*' && *r != '$') { s = ">"; fprintf(stream, attrtemplateformat_open, r, "\n"); } else fprintf(stream, "@"); gen(URI, name, *attribute.simpleTypePtr(), true, false); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if (is_optional) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (attribute.ref) { fprintf(stream, "/// Imported attribute reference %s.\n", attribute.ref); fprintf(stream, attributeformat, pname(is_optional, true, "_", NULL, attribute.ref), aname(NULL, NULL, attribute.ref)); } else { fprintf(stream, "/// Attribute \"%s\" has no type or ref: assuming string content.\n", name ? name : ""); fprintf(stream, attributeformat, tname(NULL, NULL, "xs:string"), aname(NULL, nameURI, name)); } switch (attribute.use) { case prohibited: fprintf(stream, " 0:0"); break; case required: fprintf(stream, " 1"); break; default: if (is_optional || default_) fprintf(stream, " 0"); break; } if (default_) { const char *value, *QName; value = default_; QName = default__; const char *t = NULL; if (!type && attribute.simpleTypePtr()) { if (attribute.simpleTypePtr()->restriction && attribute.simpleTypePtr()->restriction->base) { if (!attribute.simpleTypePtr()->restriction->enumeration.empty()) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(gname(URI, name),value)])) fprintf(stream, " = %s", s); } else { const char *baseURI = NULL; if (attribute.simpleTypePtr()->restriction->simpleTypePtr() && attribute.simpleTypePtr()->restriction->simpleTypePtr()->schemaPtr()) baseURI = attribute.simpleTypePtr()->restriction->simpleTypePtr()->schemaPtr()->targetNamespace; t = tname(NULL, baseURI, attribute.simpleTypePtr()->restriction->base); } } } if (type && !t) t = tname(NULL, typeURI ? typeURI : URI, type); if (t) { if (!strncmp(t, "unsigned ", 9)) t += 9; else if (!strncmp(t, "xsd__unsigned", 13)) t += 13; else if (!strncmp(t, "xsd__", 5)) t += 5; if (!strcmp(t, "bool") || !strcmp(t, "byte") || !strcmp(t, "Byte") || !strcmp(t, "char") || !strcmp(t, "double") || !strcmp(t, "float") || !strcmp(t, "int") || !strcmp(t, "Int") || !strcmp(t, "long") || !strcmp(t, "Long") || !strcmp(t, "LONG64") || !strcmp(t, "short") || !strcmp(t, "Short") || !strcmp(t, "ULONG64")) fprintf(stream, " = %s", value); else if (!strncmp(t, "enum ", 5)) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(t + 5,value)])) fprintf(stream, " = %s", s); } else if (!strncmp(t, "char", 4) || !strncmp(t, "const char", 10) || !strncmp(t, "wchar_t", 7) || !strncmp(t, "const wchar_t", 13) || !strncmp(t, "std::string", 11)) fprintf(stream, " = \"%s\"", cstring(value)); else if (!strcmp(t, "xsd__QName") && QName) // QName fprintf(stream, " = \"%s\"", cstring(QName)); } fprintf(stream, ";\t///< Default attribute value=\"%s\".\n", value); } else if (fixed) fprintf(stream, ";\t///< Fixed attribute value=\"%s\".\n", fixed); else if (attribute.use == required) fprintf(stream, ";\t///< Required attribute.\n"); else if (attribute.use == prohibited) fprintf(stream, ";\t///< Prohibited attribute.\n"); else fprintf(stream, ";\t///< Optional attribute.\n"); } void Types::gen(const char *URI, const vector& attributeGroups) { for (vector::const_iterator attributeGroup = attributeGroups.begin(); attributeGroup != attributeGroups.end(); ++attributeGroup) { static set visited; const xs__attributeGroup *p = &*attributeGroup; if (visited.find(p) != visited.end()) { if (p->ref) fprintf(stderr, "\nWarning: circular attributeGroup \n", p->ref); else fprintf(stderr, "\nWarning: circular attributeGroup \n", p->name ? p->name : ""); fprintf(stream, "/// @todo !FIXME! @warning %s is an attributeGroup with a circular reference.\n", p->ref ? p->ref : p->name ? p->name : ""); return; } visited.insert(p); const char *pURI = URI; if (p->ref) // attributeGroup ref fprintf(stream, "// BEGIN ATTRIBUTEGROUP .\n", p->ref ? p->ref : ""); else fprintf(stream, "// BEGIN ATTRIBUTEGROUP .\n", p->name ? p->name : ""); if (p->attributeGroupPtr()) { gen(pURI, p->attributeGroupPtr()->attribute); gen(pURI, p->attributeGroupPtr()->attributeGroup); } else { gen(pURI, p->attribute); gen(pURI, p->attributeGroup); } if (p->anyAttribute) gen(pURI, *p->anyAttribute); fprintf(stream, "// END OF ATTRIBUTEGROUP\n"); visited.erase(p); } } void Types::gen(const char *URI, const vector& alls) { for (vector::const_iterator all = alls.begin(); all != alls.end(); ++all) gen(URI, *all, NULL, NULL); } void Types::gen(const char *URI, const xs__all& all, const char *minOccurs, const char *maxOccurs) { bool tmp_union1 = with_union; bool tmp_union2 = fake_union; with_union = false; fake_union = false; gen(URI, all.element, minOccurs, maxOccurs); with_union = tmp_union1; fake_union = tmp_union2; } void Types::gen(const char *URI, const vector& contents) { for (vector::const_iterator content = contents.begin(); content != contents.end(); ++content) { switch ((*content).__union) { case SOAP_UNION_xs__union_content_element: if ((*content).__content.element) gen(URI, *(*content).__content.element, true, NULL, NULL); break; case SOAP_UNION_xs__union_content_group: if ((*content).__content.group) gen(URI, *(*content).__content.group, NULL, NULL); break; case SOAP_UNION_xs__union_content_choice: if ((*content).__content.choice) gen(URI, NULL, *(*content).__content.choice, NULL, NULL); break; case SOAP_UNION_xs__union_content_sequence: if ((*content).__content.sequence) gen(URI, *(*content).__content.sequence, NULL, NULL); break; case SOAP_UNION_xs__union_content_any: if ((*content).__content.any) gen(URI, *(*content).__content.any, NULL, NULL); break; } } } void Types::gen(const char *URI, const xs__seqchoice& sequence, const char *minOccurs, const char *maxOccurs) { const char *s = NULL; const char *min = minOccurs; const char *max = maxOccurs; char *t = NULL; bool tmp_union = with_union; with_union = false; if (sequence.minOccurs) min = sequence.minOccurs; if (sequence.maxOccurs) max = sequence.maxOccurs; if ((min && strcmp(min, "1")) || (max && strcmp(max, "1"))) { fprintf(stream, "// BEGIN SEQUENCE \n"); document(sequence.annotation); s = sname(URI, "sequence"); size_t l = strlen(s); t = (char*)emalloc(l + 2); soap_strcpy(t, l + 2, "_"); soap_strcpy(t + 1, l + 1, s); s = strstr(s, "__"); if (!s) s = t; if (max && strcmp(max, "1")) { if (cflag || sflag || zflag == 2) { fprintf(stream, sizeformat, "int", s + 1); if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } if (cflag) fprintf(stream, " struct %s\n {\n", t); else fprintf(stream, " class %s\n {\n", t); } else { if (fake_union) fprintf(stream, "// BEGIN SEQUENCE \n"); document(sequence.annotation); } gen(URI, sequence.__contents); if (s) { if (max && strcmp(max, "1")) { if (cflag || sflag || zflag == 2) fprintf(stream, pointerformat, "}", s); else { fprintf(stream, elementformat, "}>", s); if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); } } else { fprintf(stream, pointerformat, "}", s); if (!fake_union && min) fprintf(stream, " %s", min); } fprintf(stream, ";\n"); } if (s || fake_union) fprintf(stream, "// END OF SEQUENCE\n"); with_union = tmp_union; } void Types::gen(const char *URI, const vector& elements, const char *minOccurs, const char *maxOccurs) { for (vector::const_iterator element = elements.begin(); element != elements.end(); ++element) gen(URI, *element, true, minOccurs, maxOccurs); } void Types::gen(const char *URI, const xs__element& element, bool substok, const char *minOccurs, const char *maxOccurs) { const char *name = element.name; const char *type = element.type; const char *default_ = element.default_; const char *default__ = element.default__; const char *fixed = element.fixed; const char *fixed_ = element.fixed_; const char *min = minOccurs; const char *max = maxOccurs; bool nillable = element.nillable; const char *nameURI = NULL, *typeURI = NULL, *nameprefix = NULL, *typeprefix = NULL; document(element.annotation); if (!URI) URI = element.schemaPtr()->targetNamespace; if (element.minOccurs) min = element.minOccurs; if (element.maxOccurs) max = element.maxOccurs; if (element.xmime__expectedContentTypes) fprintf(stream, "/// MTOM attachment with content types %s.\n", element.xmime__expectedContentTypes); if (element.targetNamespace) { if ((element.form && *element.form == qualified) || element.schemaPtr()->elementFormDefault == qualified) nameURI = element.targetNamespace; else nameprefix = ":"; } else if (!element.ref && URI && element.schemaPtr() && element.schemaPtr()->targetNamespace && strcmp(URI, element.schemaPtr()->targetNamespace)) { if ((element.form && *element.form == qualified) || element.schemaPtr()->elementFormDefault == qualified) nameURI = element.schemaPtr()->targetNamespace; // handles elements defined in another namespace else nameprefix = ":"; } else if (element.form) { if (*element.form == qualified) nameURI = URI; else nameprefix = ":"; } if (element.elementPtr()) // element ref (or ref to substitution element) { name = element.elementPtr()->name; type = element.elementPtr()->type; if (!default_) { default_ = element.elementPtr()->default_; default__ = element.elementPtr()->default__; } if (!fixed) { fixed = element.elementPtr()->fixed; fixed_ = element.elementPtr()->fixed_; } if (!nillable) nillable = element.elementPtr()->nillable; if (!type) { type = name; typeprefix = "_"; } if (element.elementPtr()->schemaPtr()) { typeURI = element.elementPtr()->schemaPtr()->targetNamespace; if (element.form && *element.form == unqualified) nameprefix = ":"; else if (zflag != 3 && zflag != 2 && URI && typeURI && element.schemaPtr()->elementFormDefault == qualified && !strcmp(URI, typeURI)) nameprefix = NULL; else if (zflag == 3 && URI && typeURI && element.schemaPtr()->elementFormDefault == unqualified && !strcmp(URI, typeURI)) nameprefix = NULL; else nameURI = typeURI; } document(element.elementPtr()->annotation); if (element.elementPtr()->xmime__expectedContentTypes) fprintf(stream, "/// MTOM attachment with content types %s.\n", element.elementPtr()->xmime__expectedContentTypes); if (substok && element.elementPtr()->abstract) { fprintf(stream, "/// Reference %s to abstract element.\n", element.ref); gen_substitutions(URI, element); } else if (substok && element.elementPtr()->substitutionsPtr() && !element.elementPtr()->substitutionsPtr()->empty()) { if (vflag) fprintf(stderr, "\nWarning: element ref \"%s\" stands as the head of a substitutionGroup but is not declared abstract\n", element.ref); gen_substitutions(URI, element); } else if (max && strcmp(max, "1")) // maxOccurs != "1" { const char *s = tnameptr(cflag && zflag != 1, typeprefix, typeURI, type); if (cflag || sflag) { fprintf(stream, "/// Size of the dynamic array of %s is %s..%s.\n", s, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag && zflag != 1) { fprintf(stream, "/// Array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else { fprintf(stream, "/// Pointer to array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Vector of %s element refs of length %s..%s.\n", s, min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); } } else { if (element.ref) fprintf(stream, "/// Element reference \"%s:\"%s.\n", element.schemaPtr()->targetNamespace, element.ref); else fprintf(stream, "/// Element \"%s\":%s.\n", element.schemaPtr()->targetNamespace, name); fprintf(stream, elementformat, pname((with_union && !is_choicetype(typeprefix, typeURI, type)) || ((fake_union || element.nillable || (is_nillable(element) && !(with_union && is_choicetype(typeprefix, typeURI, type)))) && !default_) || fixed, !with_union, typeprefix, typeURI, type), aname(nameprefix, nameURI, name)); } } else if (name && type) { if (substok && element.abstract) { fprintf(stream, "/// Abstract element %s of XSD type %s.\n", name, type); gen_substitutions(URI, element); } else if (substok && element.substitutionsPtr() && !element.substitutionsPtr()->empty()) { if (vflag) fprintf(stderr, "\nWarning: element \"%s\" stands as the head of a substitutionGroup but is not declared abstract\n", name); gen_substitutions(URI, element); } else if (max && strcmp(max, "1")) // maxOccurs != "1" { const char *s = tnameptr(cflag && zflag != 1, NULL, URI, type); if (cflag || sflag) { fprintf(stream, "/// Size of array of %s is %s..%s.\n", s, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag && zflag != 1) { fprintf(stream, "/// Array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else { fprintf(stream, "/// Pointer to array %s of size %s..%s.\n", s, min ? min : "1", max); fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Vector of %s of length %s..%s.\n", s, min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), s, aname(nameprefix, nameURI, name)); } } else { fprintf(stream, "/// Element \"%s\" of XSD type %s.\n", name, type); fprintf(stream, elementformat, pname((with_union && !is_choicetype(NULL, URI, type)) || ((fake_union || element.nillable || (is_nillable(element) && !(with_union && is_choicetype(NULL, URI, type)))) && !default_) || fixed, !with_union, NULL, URI, type), aname(nameprefix, nameURI, name)); } } else if (name && element.simpleTypePtr()) { const char *s = ""; const char *r = NULL; document(element.simpleTypePtr()->annotation); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", name, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { s = ">"; fprintf(stream, "/// Vector of %s of length %s..%s.\n", name, min ? min : "1", max); fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } else if (!cflag && !with_union && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if ((is_nillable(element) && !default_) || fixed || (fake_union && !default_)) { s = ">"; fprintf(stream, templateformat_open, r, "\n"); } } gen(URI, name, *element.simpleTypePtr(), true, false); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if ((is_nillable(element) && !default_) || fixed || ((cflag || sflag) && max && strcmp(max, "1")) // maxOccurs != "1" || (with_union && !cflag) || (fake_union && !default_)) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (name && element.complexTypePtr()) { const char *s = "}"; const char *r = NULL; document(element.complexTypePtr()->annotation); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", name, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); } else { s = "}>"; fprintf(stream, "/// Vector of %s of length %s..%s.\n", name, min ? min : "1", max); fprintf(stream, templateformat_open, vname("$CONTAINER"), "\n"); } } else if (!cflag && !with_union && (r = vname("$POINTER")) && *r != '*' && *r != '$') { if ((is_nillable(element) && !default_) || fixed || (fake_union && !default_)) { s = "}>"; fprintf(stream, templateformat_open, r, "\n"); } } gen(URI, name, *element.complexTypePtr(), true); if (r && *r != '*' && *r != '$') fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); else if ((is_nillable(element) && !default_) || fixed || ((cflag || sflag) && max && strcmp(max, "1")) // maxOccurs != "1" || (with_union && !cflag) || (fake_union && !default_)) fprintf(stream, pointerformat, s, aname(nameprefix, nameURI, name)); else fprintf(stream, elementformat, s, aname(nameprefix, nameURI, name)); } else if (element.ref) { fprintf(stream, "/// Imported element reference %s.\n", element.ref); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, "/// Size of %s array is %s..%s.\n", element.ref, min ? min : "1", max); fprintf(stream, sizeformat, "int", aname(NULL, NULL, element.ref)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); fprintf(stream, pointerformat, pname(true, true, "_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } else { fprintf(stream, "/// Vector of %s of length %s..%s.\n", element.ref, min ? min : "1", max); fprintf(stream, templateformat, vname("$CONTAINER"), tname("_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } } else fprintf(stream, elementformat, pname((with_union && !cflag) || ((fake_union || is_nillable(element)) && !default_) || fixed, !with_union, "_", NULL, element.ref), aname(nameprefix, nameURI, element.ref)); } else if (name) { fprintf(stream, "/// Element \"%s\" has no type or ref (empty or with XML content).\n", name ? name : ""); if (max && strcmp(max, "1")) // maxOccurs != "1" { if (cflag || sflag) { fprintf(stream, sizeformat, "int", aname(NULL, NULL, name)); fprintf(stream, " %s", fake_union ? "0" : min ? min : "1"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); fprintf(stream, "/// Pointer to array of XML.\n"); fprintf(stream, pointerformat, "_XML", aname(NULL, nameURI, name)); } else { fprintf(stream, "/// Vector of XML of length %s..%s.\n", min ? min : "1", max); if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), "_XML", aname(NULL, nameURI, name)); else fprintf(stream, templateformat, vname("$CONTAINER"), "_XML", aname(NULL, nameURI, name)); } } else fprintf(stream, elementformat, "_XML", aname(NULL, nameURI, name)); } else fprintf(stream, "/// Element has no name, type, or ref.\n"); if (!substok || ( !(element.elementPtr() && element.elementPtr()->abstract) && !(element.substitutionsPtr() && !element.substitutionsPtr()->empty()) && !(element.elementPtr() && element.elementPtr()->substitutionsPtr() && !element.elementPtr()->substitutionsPtr()->empty()) )) { if (!fake_union && !min && (default_ || fixed)) fprintf(stream, " 0"); else if (!fake_union && !min && !element.abstract) fprintf(stream, " 1"); else if (!fake_union && min) fprintf(stream, " %s", min); if (max && strcmp(max, "1") && is_integer(max)) fprintf(stream, ":%s", max); if (default_) { // determine whether the element can be assigned a default value, this is dependent on the choice of mapping for primitive types const char *value, *QName; value = default_; QName = default__; if (type) { const char *t = tname(NULL, typeURI ? typeURI : URI, type); if (!strncmp(t, "unsigned ", 9)) t += 9; else if (!strncmp(t, "xsd__unsigned", 13)) t += 13; else if (!strncmp(t, "xsd__", 5)) t += 5; if (!strcmp(t, "bool") || !strcmp(t, "byte") || !strcmp(t, "Byte") || !strcmp(t, "char") || !strcmp(t, "double") || !strcmp(t, "float") || !strcmp(t, "int") || !strcmp(t, "Int") || !strcmp(t, "long") || !strcmp(t, "Long") || !strcmp(t, "LONG64") || !strcmp(t, "short") || !strcmp(t, "Short") || !strcmp(t, "ULONG64")) fprintf(stream, " = %s", value); else if (!strncmp(t, "enum ", 5)) { const char *s; if (is_integer(value)) fprintf(stream, " = %s", value); else if (!*value) fprintf(stream, " = 0"); else if ((s = enames[Pair(t + 5, value)])) fprintf(stream, " = %s", s); } else if (!strncmp(t, "char", 4) || !strncmp(t, "const char", 10) || !strncmp(t, "wchar_t", 7) || !strncmp(t, "const wchar_t", 13) || !strncmp(t, "std::string", 11)) fprintf(stream, " = \"%s\"", cstring(value)); else if (!strcmp(t, "xsd__QName") && QName) // QName fprintf(stream, " = \"%s\"", cstring(QName)); } fprintf(stream, ";\t///< Default element value=\"%s\".\n", value); } else if (fixed) fprintf(stream, ";\t///< Fixed element value=\"%s\".\n", fixed); else if (nillable && (!min || !strcmp(min, "1")) && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Optional (xsi:nil when NULL) element.\n"); else if (!fake_union && (!min || !strcmp(min, "1")) && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Required element.\n"); else if (!fake_union && min && !strcmp(min, "0") && (!max || !strcmp(max, "1"))) fprintf(stream, ";\t///< Optional element.\n"); else fprintf(stream, ";\n"); } } void Types::gen(const char *URI, const vector& groups) { for (vector::const_iterator group = groups.begin(); group != groups.end(); ++group) gen(URI, *group, NULL, NULL); } void Types::gen(const char *URI, const xs__group& group, const char *minOccurs, const char *maxOccurs) { static set visited; const char *min = minOccurs; const char *max = maxOccurs; if (visited.find(&group) != visited.end()) { if (group.ref) fprintf(stderr, "\nWarning: circular group \n", group.ref); else fprintf(stderr, "\nWarning: circular group \n", group.name ? group.name : ""); fprintf(stream, "/// @todo !FIXME! @warning %s is a group with a circular reference.\n", group.ref ? group.ref : group.name ? group.name : ""); return; } visited.insert(&group); if (group.minOccurs) min = group.minOccurs; if (group.maxOccurs) max = group.maxOccurs; if (group.groupPtr()) { gen(URI, *group.groupPtr(), min, max); } else { fprintf(stream, "// BEGIN GROUP \n"); document(group.annotation); if (group.all) gen(URI, *group.all, min, max); else if (group.choice) gen(URI, NULL, *group.choice, min, max); else if (group.sequence) gen(URI, *group.sequence, min, max); fprintf(stream, "// END OF GROUP\n"); } visited.erase(&group); } void Types::gen(const char *URI, const char *name, const xs__seqchoice& choice, const char *minOccurs, const char *maxOccurs) { const char *r = NULL, *s = NULL, *t = NULL; const char *min = minOccurs; const char *max = maxOccurs; bool use_union = !uflag; bool wrap_union = false; bool tmp_union; if (!URI && choice.schemaPtr()) URI = choice.schemaPtr()->targetNamespace; fprintf(stream, "// BEGIN CHOICE \n"); document(choice.annotation); for (vector::const_iterator c1 = choice.__contents.begin(); c1 != choice.__contents.end(); ++c1) { if ((*c1).__union == SOAP_UNION_xs__union_content_group || (*c1).__union == SOAP_UNION_xs__union_content_sequence) { fprintf(stream, "/// @note with embedded or prevents the use of a union for . Instead of being members of a union, the following members are declared optional. Only one member should be non-NULL by choice.\n"); use_union = false; break; } } if (use_union && (cflag || sflag)) { for (vector::const_iterator c2 = choice.__contents.begin(); c2 != choice.__contents.end(); ++c2) { if ((*c2).__union == SOAP_UNION_xs__union_content_element && (*c2).__content.element && (*c2).__content.element->maxOccurs && strcmp((*c2).__content.element->maxOccurs, "1")) { fprintf(stream, "/// @note with one ore more elements with maxOccurs>1 (%s) prevents the use of a union. Instead of being members of a union, the following members are declared optional. Only one member should be non-NULL by choice.\n", (*c2).__content.element->name ? (*c2).__content.element->name : ""); use_union = false; break; } } } t = uname(URI); s = strstr(t, "__union"); #if 0 // Alternative name for choice selector (old style): r = aname(NULL, NULL, name); #else if (s) r = s + 7; if (!r || !*r) { if (strncmp(t, "union", 5) == 0) { r = t + 5; s = r; } else { r = t; s = t; } } #endif if (max && strcmp(max, "1")) { if (with_union) { // Generate a wrapper when we need a union within a union wrap_union = true; fprintf(stream, " struct __%s\n {\n", t); } fprintf(stream, sizeformat, "int", r); fprintf(stream, " %s", min ? min : "0"); if (is_integer(max)) fprintf(stream, ":%s", max); fprintf(stream, ";\n"); if (cflag) fprintf(stream, " struct _%s\n {\n", t); else fprintf(stream, " class _%s\n {\n", t); } if (use_union) { if (!with_union || wrap_union) { fprintf(stream, choiceformat, "int", r); if (min) fprintf(stream, " %s", min); fprintf(stream, ";\t///< Union %s selector: set to SOAP_UNION_%s_%s\n", t, t, min && !strcmp(min, "0") ? " or 0 to omit" : ""); if (name) fprintf(stream, "/// Union for choice in %s.\n", cname(NULL, URI, name)); fprintf(stream, " union %s\n {\n", t); } tmp_union = with_union; with_union = true; } else { tmp_union = fake_union; fake_union = true; } gen(URI, choice.__contents); if (use_union) { with_union = tmp_union; if (!with_union || wrap_union) { fprintf(stream, elementformat, "}", s[0] == '_' && s[1] == '_' ? s+2 : s); fprintf(stream, ";\n"); } } else fake_union = tmp_union; if (max && strcmp(max, "1")) { fprintf(stream, pointerformat, "}", s); fprintf(stream, ";\n"); } if (wrap_union) { fprintf(stream, elementformat, "}", s); fprintf(stream, ";\n"); } fprintf(stream, "// END OF CHOICE\n"); } void Types::gen(const char *URI, const vector& anys) { for (vector::const_iterator any = anys.begin(); any != anys.end(); ++any) gen(URI, *any, NULL, NULL); } void Types::gen(const char *URI, const xs__any& any, const char *minOccurs, const char *maxOccurs) { const char *min = minOccurs; const char *max = maxOccurs; (void)URI; fprintf(stream, "/// @todo \n/// @todo Schema extensibility is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -x to remove this element.\n/// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element):\n/// wsdl2h maps xsd:any to xsd__anyType, use typemap.dat to remap.\n"); if (!xflag) { if (max && strcmp(max, "1")) { fprintf(stream, "/// Size of the array of XML or DOM nodes is %s..%s.\n", min ? min : "1", max); if (cflag || sflag) { if (!with_union) { fprintf(stream, sizeformat, "int", ""); fprintf(stream, "0;\n"); fprintf(stream, elementformat, pname(true, false, NULL, NULL, "xsd:any"), "__any"); } else fprintf(stream, elementformat, tname(NULL, NULL, "xsd:any"), "__any"); } else if (with_union) fprintf(stream, pointertemplateformat, vname("$CONTAINER"), tname(NULL, NULL, "xsd:any"), "__any"); else fprintf(stream, templateformat, vname("$CONTAINER"), tname(NULL, NULL, "xsd:any"), "__any"); } else fprintf(stream, elementformat, pname(with_union, false, NULL, NULL, "xsd:any"), "__any"); if (dflag) fprintf(stream, "0;\t///< Catch any element content in DOM.\n"); else fprintf(stream, "0;\t///< Catch any element content in XML string.\n"); } } void Types::gen(const char *URI, const xs__anyAttribute& anyAttribute) { (void)URI; if (anyAttribute.namespace_) fprintf(stream, "/// @todo .\n", anyAttribute.namespace_); fprintf(stream, "/// @todo Schema extensibility is user-definable.\n/// Consult the protocol documentation to change or insert declarations.\n/// Use wsdl2h option -x to remove this attribute.\n/// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute).\n"); if (!xflag) { const char *t = tname(NULL, NULL, "xsd:anyAttribute"); fprintf(stream, attributeformat, t, "__anyAttribute"); if (dflag) fprintf(stream, ";\t///< Store anyAttribute content in DOM soap_dom_attribute linked node structure.\n"); else fprintf(stream, ";\t///< A placeholder that has no effect: please see comment.\n"); } } void Types::gen_inh(const char *URI, const xs__complexType *complexType, bool anonymous) { const xs__complexType *p = complexType; if (!p) return; const char *pURI; if (p->schemaPtr()) pURI = p->schemaPtr()->targetNamespace; else pURI = URI; const char *b = cname(NULL, pURI, p->name); if (p->complexContent && p->complexContent->extension) gen_inh(URI, p->complexContent->extension->complexTypePtr(), anonymous); if (cflag || fflag || anonymous) fprintf(stream, "/// INHERITED FROM %s:\n", b); else if (comment_nest == 0) fprintf(stream, "/* INHERITED FROM %s:\n", b); else fprintf(stream, " INHERITED FROM %s:\n", b); comment_nest++; if (cflag || fflag) pURI = URI; // if base ns != derived ns then qualify elts and atts if (p->complexContent && p->complexContent->extension) { if (p->complexContent->extension->group) gen(pURI, *p->complexContent->extension->group, NULL, NULL); if (p->complexContent->extension->all) gen(pURI, *p->complexContent->extension->all, NULL, NULL); if (p->complexContent->extension->sequence) gen(pURI, *p->complexContent->extension->sequence, NULL, NULL); if (p->complexContent->extension->choice) gen(pURI, p->name, *p->complexContent->extension->choice, NULL, NULL); gen(pURI, p->complexContent->extension->attribute); gen(pURI, p->complexContent->extension->attributeGroup); if (p->complexContent->extension->anyAttribute) gen(pURI, *p->complexContent->extension->anyAttribute); } else { if (p->all) gen(pURI, p->all->element, NULL, NULL); else if (p->all) gen(pURI, *p->all, NULL, NULL); else if (p->choice) gen(pURI, p->name, *p->choice, NULL, NULL); else if (p->sequence) gen(pURI, *p->sequence, NULL, NULL); else if (p->any) gen(pURI, *p->any, NULL, NULL); if (p->defaultAttributesApply && p->schemaPtr() && p->schemaPtr()->attributeGroupPtr()) { xs__attributeGroup *a = p->schemaPtr()->attributeGroupPtr(); if (a->attributeGroupPtr()) a = a->attributeGroupPtr(); gen(pURI, a->attribute); gen(pURI, a->attributeGroup); if (a->anyAttribute) gen(pURI, *a->anyAttribute); } gen(pURI, p->attribute); gen(pURI, p->attributeGroup); if (p->anyAttribute) gen(pURI, *p->anyAttribute); } modify(b); comment_nest--; if (cflag || fflag || anonymous) fprintf(stream, "// END OF INHERITED FROM %s\n", b); else if (comment_nest == 0) fprintf(stream, " END OF INHERITED FROM %s */\n", b); else fprintf(stream, " END OF INHERITED FROM %s\n", b); } void Types::gen_soap_array(const char *t, const char *item, const char *type) { char *tmp = NULL, *dims = NULL, size[24]; if (type) tmp = (char*)estrdup(type); *size = '\0'; if (tmp) dims = strrchr(tmp, '['); if (dims) *dims++ = '\0'; fprintf(stream, "/// SOAP encoded array of %s.\n", tmp ? tmp : "xs:anyType"); if (cflag) fprintf(stream, "struct %s\n{\n", t); else if (pflag && *t) fprintf(stream, "class %s : public xsd__anyType\n{ public:\n", t); else fprintf(stream, "class %s\n{ public:\n", t); if (dims) { char *s = strchr(dims, ']'); if (s && s != dims) (SOAP_SNPRINTF(size, 24, 23), "[%d]", (int)(s - dims + 1)); } if (tmp) { if (strchr(tmp, '[') != NULL) { size_t l = strlen(t); if (!strncmp(t, "ArrayOf", 7) && l > 7) gen_soap_array(t + 7, item, tmp); else if (!strncmp(t, "Array", 5) && l > 5) gen_soap_array(t + 5, item, tmp); else gen_soap_array("", item, tmp); fprintf(stream, arrayformat, "}", item ? aname(NULL, NULL, item) : ""); fprintf(stream, ";\n"); } else { const char *s = tname(NULL, NULL, tmp); fprintf(stream, "/// Pointer to array of %s.\n", s); fprintf(stream, arrayformat, s, item ? aname(NULL, NULL, item) : ""); fprintf(stream, ";\n"); } if (*size) fprintf(stream, "/// Size of the multidimensional dynamic array with dimensions=%s.\n", size); else fprintf(stream, "/// Size of the dynamic array.\n"); fprintf(stream, arraysizeformat, "int", size); fprintf(stream, ";\n/// Offset for partially transmitted arrays (uncomment only when required).\n"); fprintf(stream, arrayoffsetformat, "int", size); fprintf(stream, ";\n"); } else { // TODO: how to handle generic SOAP array? E.g. as an array of anyType? fprintf(stream, "// @todo Add declarations to handle generic SOAP-ENC:Array (array of anyType)\n"); } } void Types::gen_substitutions(const char *URI, const xs__element& element) { const std::vector *substitutions; const char *name; const char *r = NULL, *s = NULL, *t = NULL; bool use_union = !uflag; bool wrap_union = false; bool tmp_union; bool abstract = false; if (!URI && element.schemaPtr()) URI = element.schemaPtr()->targetNamespace; if (element.elementPtr()) { name = element.elementPtr()->name; substitutions = element.elementPtr()->substitutionsPtr(); abstract = element.elementPtr()->abstract; if (!abstract && element.elementPtr()->complexTypePtr()) abstract = element.elementPtr()->complexTypePtr()->abstract; } else { name = element.name; substitutions = element.substitutionsPtr(); abstract = element.abstract; if (!abstract && element.complexTypePtr()) abstract = element.complexTypePtr()->abstract; } fprintf(stream, "// BEGIN CHOICE OF SUBSTITUTIONS with global elements"); for (std::vector::const_iterator i1 = substitutions->begin(); i1 != substitutions->end(); ++i1) fprintf(stream, " <%s>", (*i1)->name); fprintf(stream, "\n"); t = uname(URI); s = strstr(t, "__union"); r = aname(NULL, NULL, name); if (element.maxOccurs && strcmp(element.maxOccurs, "1")) { if (with_union) { // Generate a wrapper when we need a union within a union wrap_union = true; fprintf(stream, " struct __%s\n {\n", t); } fprintf(stream, sizeformat, "int", r); fprintf(stream, " %s", element.minOccurs ? element.minOccurs : "0"); if (is_integer(element.maxOccurs)) fprintf(stream, ":%s", element.maxOccurs); fprintf(stream, ";\n"); if (cflag) fprintf(stream, " struct _%s\n {\n", t); else fprintf(stream, " class _%s\n {\n", t); } if (use_union) { if (!with_union || wrap_union) { fprintf(stream, choiceformat, "int", r); if (element.minOccurs) fprintf(stream, " %s", element.minOccurs); fprintf(stream, ";\t///< Union %s selector: set to SOAP_UNION_%s_%s\n", t, t, element.minOccurs && !strcmp(element.minOccurs, "0") ? " or 0 to omit" : ""); if (name) fprintf(stream, "/// Union for substitutionGroup %s.\n", cname(NULL, URI, name)); fprintf(stream, " union %s\n {\n", t); } tmp_union = with_union; with_union = true; } else { tmp_union = fake_union; fake_union = true; } if (!abstract) gen(URI, element, false, NULL, NULL); for (vector::const_iterator i2 = substitutions->begin(); i2 != substitutions->end(); ++i2) gen(URI, *(*i2), true, NULL, NULL); // substitutions can be recursive? if (use_union) { with_union = tmp_union; if (!with_union || wrap_union) { fprintf(stream, elementformat, "}", s[0] == '_' && s[1] == '_' ? s+2 : s); fprintf(stream, ";\n"); } } else fake_union = tmp_union; if (element.maxOccurs && strcmp(element.maxOccurs, "1")) { fprintf(stream, pointerformat, "}", s); fprintf(stream, ";\n"); } if (wrap_union) { fprintf(stream, elementformat, "}", s); fprintf(stream, ";\n"); } fprintf(stream, "// END OF SUBSTITUTIONS\n"); } void Types::document(const xs__annotation *annotation) { if (annotation && annotation->documentation) documentation(annotation->documentation); } void Types::modify(const char *name) { // TODO: consider support removal of elements/attributes with ns__X = $- Y const char *s = modtypemap[name]; if (s) { while (*s) { if (*s++ == '$') fprintf(stream, "/// Member declared in %s\n ", mapfile); s = format(s); } } } const char* Types::format(const char *text) { const char *s = text; if (!s) return NULL; while (*s && *s != '$') { if (*s == '\\') { switch (s[1]) { case 'n': fputc('\n', stream); break; case 't': fputc('\t', stream); break; default: fputc(s[1], stream); } s++; } else fputc(*s, stream); s++; } fputc('\n', stream); return s; } //////////////////////////////////////////////////////////////////////////////// // // Type map file parsing // //////////////////////////////////////////////////////////////////////////////// static char *getline(char *s, size_t n, FILE *fd) { int c; char *t = s; if (n) n--; for (;;) { c = fgetc(fd); if (c == '\r') continue; if (c == '\\') { c = fgetc(fd); if (c == '\r') c = fgetc(fd); if (c < ' ') continue; if (n) { *t++ = '\\'; n--; } } if (c == '\n' || c == EOF) break; if (n) { *t++ = c; n--; } } *t++ = '\0'; if (!*s && c == EOF) return NULL; return s; } static const char *nonblank(const char *s) { while (*s && isspace(*s)) s++; return s; } static const char *fill(char *t, int n, const char *s, int e) { int i = n; s = nonblank(s); while (*s && *s != e && --i) *t++ = *s++; while (*s && *s != e) s++; if (*s) s++; i = n - i; if (i == 0) *t = '\0'; else { while (isspace(*--t) && i--) ; t[1] = '\0'; } return s; } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// static const char *utf8(char **t, const char *s, bool start) { unsigned int c = 0; unsigned int c1, c2, c3, c4; const char *r = s; c = (unsigned char)*r; if (c >= 0x80) { c1 = (unsigned char)*++r; if (c1 < 0x80) r--; else { c1 &= 0x3F; if (c < 0xE0) c = ((c & 0x1F) << 6) | c1; else { c2 = (unsigned char)*++r & 0x3F; if (c < 0xF0) c = ((c & 0x0F) << 12) | (c1 << 6) | c2; else { c3 = (unsigned char)*++r & 0x3F; if (c < 0xF8) c = ((c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; else { c4 = (unsigned char)*++r & 0x3F; if (c < 0xFC) c = ((c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; else c = ((c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (*++r & 0x3F); } } } } } if (Uflag && // Universal character names for identifier characters // E.1 Ranges of characters allowed ( c == 0x00A8 || c == 0x00AA || c == 0x00AD || c == 0x00AF || (0x00B2 <= c && c <= 0x00B5) || (0x00B7 <= c && c <= 0x00BA) || (0x00BC <= c && c <= 0x00BE) || (0x00C0 <= c && c <= 0x00D6) || (0x00D8 <= c && c <= 0x00F6) || (0x00F8 <= c && c <= 0x00FF) || (0x0100 <= c && c <= 0x167F) || (0x1681 <= c && c <= 0x180D) || (0x180F <= c && c <= 0x1FFF) || (0x200B <= c && c <= 0x200D) || (0x202A <= c && c <= 0x202E) || (0x203F <= c && c <= 0x2040) || c == 0x2054 || (0x2060 <= c && c <= 0x206F) || (0x2070 <= c && c <= 0x218F) || (0x2460 <= c && c <= 0x24FF) || (0x2776 <= c && c <= 0x2793) || (0x2C00 <= c && c <= 0x2DFF) || (0x2E80 <= c && c <= 0x2FFF) || (0x3004 <= c && c <= 0x3007) || (0x3021 <= c && c <= 0x302F) || (0x3031 <= c && c <= 0x303F) || (0x3040 <= c && c <= 0xD7FF) || (0xF900 <= c && c <= 0xFD3D) || (0xFD40 <= c && c <= 0xFDCF) || (0xFDF0 <= c && c <= 0xFE44) || (0xFE47 <= c && c <= 0xFFFD) || (0x10000 <= c && c <= 0x1FFFD) || (0x20000 <= c && c <= 0x2FFFD) || (0x30000 <= c && c <= 0x3FFFD) || (0x40000 <= c && c <= 0x4FFFD) || (0x50000 <= c && c <= 0x5FFFD) || (0x60000 <= c && c <= 0x6FFFD) || (0x70000 <= c && c <= 0x7FFFD) || (0x80000 <= c && c <= 0x8FFFD) || (0x90000 <= c && c <= 0x9FFFD) || (0xA0000 <= c && c <= 0xAFFFD) || (0xB0000 <= c && c <= 0xBFFFD) || (0xC0000 <= c && c <= 0xCFFFD) || (0xD0000 <= c && c <= 0xDFFFD) || (0xE0000 <= c && c <= 0xEFFFD) ) && // E.2 Ranges of characters disallowed initially !(start && ( (0x0300 <= c && c <= 0x036F) || (0x1DC0 <= c && c <= 0x1DFF) || (0x20D0 <= c && c <= 0x20FF) || (0xFE20 <= c && c <= 0xFE2F) ) ) ) { soap_strncpy(*t, 7, s, r - s + 1); *t += r - s + 1; } else { // encode up to UCS4 only if (c > 0xFFFF) c = 0xFFFF; (SOAP_SNPRINTF(*t, 7, 6), "_x%4.4x", c); *t += 6; } return r; } static const char *cstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) if (*r == '"' || *r == '\\') n++; else if (*r < 32) n += 3; r = t = (char*)emalloc(n + 1); for (; *s; s++) { if (*s == '"' || *s == '\\') { *t++ = '\\'; *t++ = *s; } else if (*s < 32) { (SOAP_SNPRINTF(t, 5, 4), "\\%03o", (unsigned int)(unsigned char)*s); t += 4; } else *t++ = *s; } *t = '\0'; return r; } static const char *xstring(const char *s) { size_t n; char *t; const char *r; for (n = 0, r = s; *r; n++, r++) { if (*r < 32 || *r >= 127) n += 4; else if (*r == '<' || *r == '>') n += 3; else if (*r == '&') n += 4; else if (*r == '"') n += 5; else if (*r == '\\') n += 1; } r = t = (char*)emalloc(n + 1); for (; *s; s++) { if (*s < 32 || *s >= 127) { (SOAP_SNPRINTF(t, 5, 4), "&#%.2x;", (unsigned char)*s); t += 5; } else if (*s == '<') { soap_strcpy(t, 5, "<"); t += 4; } else if (*s == '>') { soap_strcpy(t, 5, ">"); t += 4; } else if (*s == '&') { soap_strcpy(t, 6, "&"); t += 5; } else if (*s == '"') { soap_strcpy(t, 7, """); t += 6; } else if (*s == '\\') { soap_strcpy(t, 3, "\\\\"); t += 2; } else *t++ = *s; } *t = '\0'; return r; } static bool is_float(const char *s) { if (*s == '-' || *s == '+') s++; if (!*s || strlen(s) > 20) return false; while (*s && isdigit(*s)) s++; if (*s == '.') s++; while (*s && isdigit(*s)) s++; if (*s == 'e' || *s == 'E') { s++; if (*s == '-' || *s == '+') s++; while (*s && isdigit(*s)) s++; } return *s == '\0'; } static bool is_integer(const char *s) { if (*s == '-' || *s == '+') s++; if (!*s || strlen(s) > 20) return false; while (*s && isdigit(*s)) s++; return *s == '\0'; } static LONG64 to_integer(const char *s) { char *r; return soap_strtoll(s, &r, 10); } static void documentation(const char *text) { const char *s = text; const char *sep = "/// 
\n///   ";
  if (!s)
    return;
  while (*s)
  {
    switch (*s)
    {
      case '\n':
        if (!sep)
          sep = "\n///   ";
        break;
      case '\t':
      case ' ':
        if (!sep)
          sep = " ";
        break;
      default:
        if (*s > 32)
        {
          if (sep)
          {
            fputs(sep, stream);
            sep = NULL;
          }
          fputc(*s, stream);
        }
    }
    s++;
  }
  fprintf(stream, "\n///
\n"); } static void operations(const char *t) { if (cflag) fprintf(stream, "/// struct %s operations:\n/// - soap_default_%s(soap*, %s*) reset members to default\n/// - int soap_read_%s(soap*, %s*) deserialize from a source\n/// - int soap_write_%s(soap*, %s*) serialize to a sink\n/// - %s* soap_dup_%s(soap*, %s* dst, %s *src) returns deep copy of %s src into dst, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec)\n/// - soap_del_%s(%s*) deep deletes %s data members, use only on dst after soap_dup_%s(NULL, %s *dst, %s *src) (use soapcpp2 -Ed)\n", t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t); else fprintf(stream, "/// class %s operations:\n/// - %s* soap_new_%s(soap*) allocate\n/// - %s* soap_new_%s(soap*, int num) allocate array\n/// - %s* soap_new_req_%s(soap*, ...) allocate, set required members\n/// - %s* soap_new_set_%s(soap*, ...) allocate, set all public members\n/// - %s::soap_default(soap*) reset members to default\n/// - int soap_read_%s(soap*, %s*) deserialize from a stream\n/// - int soap_write_%s(soap*, %s*) serialize to a stream\n/// - %s* %s::soap_dup(soap*) returns deep copy of %s, copies the (cyclic) graph structure when a context is provided, or (cycle-pruned) tree structure with soap_set_mode(soap, SOAP_XML_TREE) (use soapcpp2 -Ec)\n/// - %s::soap_del() deep deletes %s data members, use only after %s::soap_dup(NULL) (use soapcpp2 -Ed)\n", t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t, t); } //////////////////////////////////////////////////////////////////////////////// // // Allocation // //////////////////////////////////////////////////////////////////////////////// void *emalloc(size_t size) { void *p = malloc(size); if (!p) { fprintf(stderr, "\nError: Malloc failed\n"); exit(1); } return p; } char *estrdup(const char *s) { size_t l = strlen(s); char *t = (char*)emalloc(l + 1); soap_strcpy(t, l + 1, s); return t; } char *estrdupf(const char *s) { char *t = (char*)emalloc(strlen(s) + 1); char *p; for (p = t; *s; s++) { if (s[0] == '/' && s[1] == '*') { for (s += 2; s[0] && s[1]; s++) { if (s[0] == '*' && s[1] == '/') { s++; break; } } continue; } *p++ = *s; } *p = '\0'; return t; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/Release/0000755000175000017500000000000012653650160022331 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/types.h0000644000175000017500000001372612653650160022277 0ustar ellertellert/* types.h WSDL parser and converter to gSOAP header file format -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef TYPES_H #define TYPES_H #include "includes.h" #include "wsdlH.h" enum Type { NONE, CLASS, ENUM, STRUCT, TYPEDEF }; enum Lookup { NOLOOKUP, LOOKUP }; class Types { public: SetOfString knames; // keywords, reserved words, class names, and typedefs MapOfStringToString modtypemap; MapOfStringToString deftypemap; MapOfStringToString usetypemap; MapOfStringToString ptrtypemap; MapOfStringToString smptypemap; MapOfPairToString qnames; // (URI,name) -> name MapOfStringToString uris; // URI -> prefix MapOfStringToNum syms; // prefix -> count (ns1, ns2, ...) SetOfString rnames; // reserved symbolic names to avoid clashes SetOfString onames; // service operator names MapOfPairToString enames; // enum symbolic names VectorOfString scope; // de-anonymizer stack int snum; // struct name index, TODO: consider map of URI to count per URI int unum; // union name index, TODO: consider map of URI to count per URI int gnum; // enum name index, TODO: consider map of URI to count per URI bool with_union; bool fake_union; Types(); void init(); int read(const char *file); private: const char *fname(const char *prefix, const char *URI, const char *qname, SetOfString *reserved, enum Lookup lookup, bool isqname); public: const char *aname(const char *prefix, const char *URI, const char *qname); const char *wname(const char *prefix, const char *URI, const char *qname); const char *cname(const char *prefix, const char *URI, const char *qname); const char *tname(const char *prefix, const char *URI, const char *qname); const char *tnameptr(bool, const char *prefix, const char *URI, const char *qname); const char *tnamenoptr(const char *prefix, const char *URI, const char *qname); const char *pname(bool flag, bool smart, const char *prefix, const char *URI, const char *qname); const char *oname(const char *prefix, const char *URI, const char *qname); const char *ename(const char *type, const char *value, bool isqname); const char *sname(const char *URI, const char *name); const char *gname(const char *URI, const char *name); const char *uname(const char *URI); const char *vname(const char *var); const char *nsprefix(const char *prefix, const char *URI); const char *prefix(const char *name); const char *uri(const char *name); const char *deftname(enum Type type, bool mk_pointer, bool is_pointer, const char *prefix, const char *URI, const char *qname); bool is_defined(const char *prefix, const char *URI, const char *qname); bool is_nillable(const xs__element& element); bool is_choicetype(const char *prefix, const char *URI, const char *type); bool is_ptr(const char *prefix, const char *URI, const char *type); void dump(FILE*); void define(const char *URI, const char *name, const xs__complexType&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const vector&); void gen(const char *URI, const char *name, const xs__simpleType&, bool anonymous, bool nested_restriction); void gen(const char *URI, const char *name, const xs__complexType&, bool anonymous); void gen(const char *URI, const xs__attribute&); void gen(const char *URI, const xs__all&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__seqchoice&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const char *name, const xs__seqchoice&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__element&, bool substok, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__group&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__any&, const char *minOccurs, const char *maxOccurs); void gen(const char *URI, const xs__anyAttribute&); void gen_inh(const char *URI, const xs__complexType *complexType, bool anonymous); void gen_soap_array(const char *t, const char *item, const char *type); void gen_substitutions(const char *URI, const xs__element &element); void document(const xs__annotation*); void modify(const char *name); const char *format(const char *text); }; #endif gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsam.h0000644000175000017500000000417212653650160022075 0ustar ellertellert/* wsam.h WS-Addressing and WS-Addressing Metadata -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsa schema documentation: WS-Addressing //gsoap wsa schema namespace: http://www.w3.org/2005/08/addressing //gsoap wsa schema elementForm: qualified //gsoap wsa schema attributeForm: unqualified //gsoap wsam schema documentation: WS-Addressing Metadata //gsoap wsam schema namespace: http://www.w3.org/2007/05/addressing/metadata //gsoap wsam schema elementForm: qualified //gsoap wsam schema attributeForm: unqualified //gsoap wsaw schema documentation: WS-Addressing WSDL //gsoap wsaw schema namespace: http://www.w3.org/2006/05/addressing/wsdl //gsoap wsaw schema elementForm: qualified //gsoap wsaw schema attributeForm: unqualified class wsa__EndpointReferenceType { public: xsd__anyURI Address; _XML __any; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsu.h0000644000175000017500000000320112653650160021734 0ustar ellertellert/* wsu.h WS-Utility (namespace only) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap wsu schema documentation: WS-Utility //gsoap wsu schema namespace: http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd //gsoap wsu schema elementForm: qualified //gsoap wsu schema attributeForm: unqualified gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/Debug/0000755000175000017500000000000012653650160021777 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/soap.cpp0000644000175000017500000002177612653650160022434 0ustar ellertellert/* soap.cpp WSDL/SOAP binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // soap:header // //////////////////////////////////////////////////////////////////////////////// int soap__header::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap header in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; messageRef = NULL; partRef = NULL; const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap header part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap header part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { if (part) { for (vector::iterator pt = messageRef->part.begin(); pt != messageRef->part.end(); ++pt) if ((*pt).name && !strcmp((*pt).name, part)) { partRef = &(*pt); break; } } if (!partRef) cerr << "Warning: soap header has no matching part in message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else cerr << "Warning: could not find soap header part '" << (part?part:"") << "' message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; for (vector::iterator i = headerfault.begin(); i != headerfault.end(); ++i) (*i).traverse(definitions); return SOAP_OK; } void soap__header::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *soap__header::messagePtr() const { return messageRef; } void soap__header::partPtr(wsdl__part *part) { partRef = part; } wsdl__part *soap__header::partPtr() const { return partRef; } //////////////////////////////////////////////////////////////////////////////// // // soap:headerfault // //////////////////////////////////////////////////////////////////////////////// int soap__headerfault::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap headerfault in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; messageRef = NULL; partRef = NULL; const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap headerfault part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } else { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found soap headerfault part '" << (part?part:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { if (part) { for (vector::iterator pt = messageRef->part.begin(); pt != messageRef->part.end(); ++pt) if ((*pt).name && !strcmp((*pt).name, part)) { partRef = &(*pt); break; } } if (!partRef) cerr << "Warning: soap headerfault has no matching part in message '" << (message?message:"") << "' in wsdl definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else cerr << "Warning: could not find soap headerfault part '" << (part?part:"") << "' message '" << (message?message:"") << "' in wSDL definitions '" << definitions.name << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; return SOAP_OK; } void soap__headerfault::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *soap__headerfault::messagePtr() const { return messageRef; } void soap__headerfault::partPtr(wsdl__part *part) { partRef = part; } wsdl__part *soap__headerfault::partPtr() const { return partRef; } //////////////////////////////////////////////////////////////////////////////// // // wsoap:header // //////////////////////////////////////////////////////////////////////////////// int wsoap__header::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing soap header in wsdl namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; elementRef = NULL; // WSDL 2.0 if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found soap header element '" << (token?token:"") << "'" << endl; break; } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "Warning: no soap header element '" << element << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } } return SOAP_OK; } void wsoap__header::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsoap__header::elementPtr() const { return elementRef; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/service.h0000644000175000017500000001064712653650160022572 0ustar ellertellert/* service.h Service structures -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef SERVICE_H #define SERVICE_H #include "includes.h" #include "wsdlH.h" class Message { public: wsdl__message *message; const char *name; const char *URI; soap__styleChoice style; soap__useChoice use; const char *encodingStyle; const char *action; xs__element *element; const char *body_parts; wsdl__part *part; bool mustUnderstand; vector header; vector wheader; mime__multipartRelated *multipartRelated; // MIME mime__content *content; // REST/MIME const char *layout; // DIME const char *documentation; const char *ext_documentation; vector policy; void generate(Types&, const char *sep, bool anonymous, bool remark, bool response, bool optional); }; typedef map MapOfStringToMessage; class Operation { public: const wsdl__operation *operation; const char *prefix; const char *URI; const char *name; const char *mep; // WSDL 2.0 const char *protocol; soap__styleChoice style; const char *parameterOrder; const char *action; const char *input_name; const char *output_name; Message *input; // name, use, and parts Message *output; // name, use, and parts vector infault; vector outfault; const char *documentation; const char *operation_documentation; vector policy; void generate(Types&, Service&); }; class Service { public: const char *prefix; // a gSOAP service has a unique namespace const char *URI; const char *name; // binding name const char *type; // portType const char *transport; // binding transport SetOfString location; // WSDL may specify multiple locations via -> vector operation; MapOfStringToMessage header; MapOfStringToMessage headerfault; MapOfStringToMessage fault; MapOfStringToString service_documentation; MapOfStringToString port_documentation; MapOfStringToString binding_documentation; vector policy; // WS-Policy vector role; // BPEL 2.0 VectorOfString imports; Service(); void generate(Types&); void add_import(const char*); void del_import(const char*); }; typedef map MapOfStringToService; class Definitions { public: Types types; // to process schema type information MapOfStringToService services; // service information gathered bool soap12; int binding_count; Definitions(); void collect(const wsdl__definitions&); void compile(const wsdl__definitions&); private: void analyze(const wsdl__definitions&); void analyze_headers(const wsdl__definitions&, Service*, wsdl__ext_ioput*, wsdl__ext_ioput*); void analyze_faults(const wsdl__definitions&, Service*, Operation*, vector::const_iterator&); Message *analyze_fault(const wsdl__definitions&, Service*, const wsdl__ext_fault&); void generate(); }; #endif gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/bpel.cpp0000644000175000017500000003305612653650160022406 0ustar ellertellert/* bpel.cpp BPEL 2.0 binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); extern int is_builtin_qname(const char*); //////////////////////////////////////////////////////////////////////////////// // // plnk:tRole // //////////////////////////////////////////////////////////////////////////////// plnk__tRole::plnk__tRole() { portTypeRef = NULL; } wsdl__portType *plnk__tRole::portTypePtr() const { return portTypeRef; } int plnk__tRole::traverse(wsdl__definitions& definitions) { const char *token; if (vflag) cerr << " Analyzing BPEL Partner Link tRole" << endl; portTypeRef = NULL; token = qname_token(portType, definitions.targetNamespace); if (token) { for (vector::iterator portType = definitions.portType.begin(); portType != definitions.portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' portType '" << (token?token:"") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' interface '" << (token?token:"") << "'" << endl; break; } } } if (!portTypeRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(portType, importdefinitions->targetNamespace); if (token) { for (vector::iterator portType = importdefinitions->portType.begin(); portType != importdefinitions->portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' portType '" << (token?token:"") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found tRole '" << (name?name:"") << "' interface '" << (token?token:"") << "'" << endl; break; } } } } } } if (!portTypeRef) { if (!Wflag) cerr << "Warning: no tRole '" << (name?name:"") << "' portType '" << (portType?portType:"") << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } return SOAP_OK; } void plnk__tRole::plnkPtr(plnk__tPartnerLinkType *plnk) { plnkRef = plnk; } plnk__tPartnerLinkType* plnk__tRole::plnkPtr() const { return plnkRef; } //////////////////////////////////////////////////////////////////////////////// // // plnk:tPartnerLinkType // //////////////////////////////////////////////////////////////////////////////// int plnk__tPartnerLinkType::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Partner Link Type" << endl; for (vector::iterator i = role.begin(); i != role.end(); ++i) { (*i).plnkPtr(this); (*i).traverse(definitions); } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // vprop:property // //////////////////////////////////////////////////////////////////////////////// int vprop__tProperty::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Variable Properties" << endl; if (element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { type = (*element).type; if (vflag) cerr << " Found property '" << (name?name:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } if (element && !type) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "Warning: no BPEL Variable Properties '" << (name?name:"") << "' element '" << element << "' in wsdl definitions '" << (definitions.name?definitions.name:"") << "' namespace '" << (definitions.targetNamespace?definitions.targetNamespace:"") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); } return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // vprop:tPropertyAlias // //////////////////////////////////////////////////////////////////////////////// int vprop__tPropertyAlias::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing BPEL Variable Property Alias" << endl; vpropRef = NULL; for (vector::iterator vprop = definitions.vprop__property.begin(); vprop != definitions.vprop__property.end(); ++vprop) { const char *token = qname_token(propertyName, definitions.targetNamespace); if (token && !strcmp((*vprop).name, token)) { vpropRef = &(*vprop); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' variable" << endl; break; } } if (!vpropRef) { for (vector::iterator import = definitions.import.begin(); !vpropRef && import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { for (vector::iterator vprop = importdefinitions->vprop__property.begin(); vprop != importdefinitions->vprop__property.end(); ++vprop) { const char *token = qname_token(propertyName, importdefinitions->targetNamespace); if (token && !strcmp((*vprop).name, token)) { vpropRef = &(*vprop); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' variable" << endl; break; } } } } } xs__complexType *complexTypeRef = NULL; if (element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { if ((*element).type) type = (*element).type; else complexTypeRef = (*element).complexType; if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } else if (messageType && part) { wsdl__message *messageRef = NULL; const char *token = qname_token(messageType, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(messageType, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' message '" << (token?token:"") << "'" << endl; break; } } } } } } if (messageRef) { for (vector::iterator parti = messageRef->part.begin(); parti != messageRef->part.end(); ++parti) { if ((*parti).name && !strcmp(part, (*parti).name)) { if ((*parti).element && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { if ((*parti).type) type = (*parti).type; else { token = qname_token((*parti).element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { if ((*element).type) type = (*element).type; else complexTypeRef = (*element).complexType; if (vflag) cerr << " Found property alias '" << (propertyName?propertyName:"") << "' element '" << (token?token:"") << "'" << endl; break; } } } } } } } } } } if (type && !complexTypeRef && definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator complexType = (*schema)->complexType.begin(); complexType != (*schema)->complexType.end(); ++complexType) { if ((*complexType).name && !strcmp((*complexType).name, token)) { complexTypeRef = &(*complexType); break; } } } } } if (query && query->__mixed && complexTypeRef) { // TODO query is an XPath expression, most often just the name of an element const char *tag = strchr(query->__mixed, ':'); if (tag) ++tag; else tag = query->__mixed; if (complexTypeRef->all) { for (vector::iterator element = complexTypeRef->all->element.begin(); element != complexTypeRef->all->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, tag)) { // element = (*element).name; type = (*element).type; break; } } } else if (complexTypeRef->sequence) { for (vector::iterator content = complexTypeRef->sequence->__contents.begin(); content != complexTypeRef->sequence->__contents.end(); ++content) { if ((*content).__union == SOAP_UNION_xs__union_content_element && (*content).__content.element && (*content).__content.element->name && !strcmp((*content).__content.element->name, tag)) { element = (*content).__content.element->name; type = (*content).__content.element->type; break; } } } } if (element && !type) { if (is_builtin_qname(element)) definitions.builtinElement(element); } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); } return SOAP_OK; } vprop__tProperty *vprop__tPropertyAlias::vpropPtr() const { return vpropRef; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/mime.cpp0000644000175000017500000000464212653650160022412 0ustar ellertellert/* mime.cpp WSDL/MIME binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" // cannot include "schemaH.h" #include "includes.h" extern const char *qname_token(const char*, const char*); //////////////////////////////////////////////////////////////////////////////// // // mime:multipartRelated // //////////////////////////////////////////////////////////////////////////////// int mime__multipartRelated::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing mime multpartRelated " << endl; for (vector::iterator pt = part.begin(); pt != part.end(); ++pt) (*pt).traverse(definitions); return SOAP_OK; } //////////////////////////////////////////////////////////////////////////////// // // mime:part // //////////////////////////////////////////////////////////////////////////////// int mime__part::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing mime part " << endl; for (vector::iterator hd = soap__header_.begin(); hd != soap__header_.end(); ++hd) (*hd).traverse(definitions); return SOAP_OK; } gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/mime.h0000644000175000017500000000416412653650160022056 0ustar ellertellert/* mime.h mime and xmime binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap mime schema documentation: WSDL/MIME binding schema //gsoap mime schema namespace: http://schemas.xmlsoap.org/wsdl/mime/ //gsoap xmime schema documentation: xmime binding schema //gsoap xmime schema namespace: http://www.w3.org/2005/05/xmlmime #import "imports.h" #import "soap.h" class mime__content { public: @xsd__NMTOKEN part; @xsd__string type; }; class mime__part { public: soap__body *soap__body_; std::vector soap__header_; std::vector content; public: int traverse(wsdl__definitions&); }; class mime__multipartRelated { public: std::vector part; public: int traverse(wsdl__definitions&); }; class mime__mimeXml { public: @xsd__NMTOKEN part; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsdl2h.cpp0000644000175000017500000004541412653650160022670 0ustar ellertellert/* wsdl2h.cpp WSDL parser, translator, and generator (of the gSOAP header file format) -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- Build: soapcpp2 -ipwsdl wsdl.h g++ -o wsdl2h wsdl2h.cpp types.cpp service.cpp wsdl.cpp schema.cpp wsdlC.cpp stdsoap2.cpp TODO: Resolve relative versus absolute import paths for reading imported WSDL/schema (use URL local addresses) Do not generate abstract complexTypes, but include defs in derived types Handle simpleType derivation from base64 */ #include "includes.h" #include "types.h" #include "service.h" #ifndef WSDL2H_IMPORT_PATH #define WSDL2H_IMPORT_PATH (NULL) #endif #ifndef WSDL_TYPEMAP_FILE #define WSDL_TYPEMAP_FILE "typemap.dat" #endif static void init(); static void options(int argc, char **argv); int _flag = 0, aflag = 0, bflag = 0, cflag = 0, c11flag = 0, dflag = 0, eflag = 0, fflag = 0, gflag = 0, iflag = 0, jflag = 0, kflag = 0, mflag = 0, pflag = 0, Pflag = 0, Rflag = 0, sflag = 0, uflag = 0, Uflag = 0, vflag = 0, wflag = 0, Wflag = 0, xflag = 0, yflag = 0, zflag = 0; int openfiles = 0; int infiles = 0; char *infile[MAXINFILES], *outfile = NULL, *proxy_host = NULL, *proxy_userid = NULL, *proxy_passwd = NULL, *auth_userid = NULL, *auth_passwd = NULL; const char *mapfile = WSDL_TYPEMAP_FILE, *import_path = WSDL2H_IMPORT_PATH, *cwd_path = NULL, *cppnamespace = NULL; int proxy_port = 8080; FILE *stream = stdout; SetOfString exturis; extern struct Namespace namespaces[]; const char *service_prefix = NULL; const char *schema_prefix = "ns"; const char elementformat[] = " %-35s %-30s"; const char pointerformat[] = " %-35s *%-30s"; const char attributeformat[] = " @%-35s %-30s"; const char templateformat[] = " %s<%-23s> %-30s"; const char pointertemplateformat[] = " %s<%-22s> *%-30s"; const char templateformat_open[] = " %s<%s"; const char attrtemplateformat_open[] = " @%s<%s"; const char arrayformat[] = " %-35s *__ptr%-25s"; const char arraysizeformat[] = " %-35s __size%-24s"; const char arrayoffsetformat[] = "// %-35s __offset%-22s"; const char sizeformat[] = " $%-35s __size%-24s"; const char choiceformat[] = " $%-35s __union%-23s"; const char schemaformat[] = "//gsoap %-5s schema %s:\t%s\n"; const char serviceformat[] = "//gsoap %-4s service %s:\t%s %s\n"; const char paraformat[] = " %-35s%s%s%s"; const char anonformat[] = " %-35s%s_%s%s"; const char copyrightnotice[] = "\n** The gSOAP WSDL/Schema processor for C and C++, wsdl2h release " WSDL2H_VERSION "\n** Copyright (C) 2000-2016 Robert van Engelen, Genivia Inc.\n** All Rights Reserved. This product is provided \"as is\", without any warranty.\n** The wsdl2h tool and its generated software are released under the GPL.\n** ----------------------------------------------------------------------------\n** A commercial use license is available from Genivia Inc., contact@genivia.com\n** ----------------------------------------------------------------------------\n\n"; const char licensenotice[] = "\ --------------------------------------------------------------------------------\n\ gSOAP XML Web services tools\n\ Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved.\n\ The wsdl2h tool and its generated software are released under the GPL.\n\ This software is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ GPL license.\n\ \n\ This program is free software; you can redistribute it and/or modify it under\n\ the terms of the GNU General Public License as published by the Free Software\n\ Foundation; either version 2 of the License, or (at your option) any later\n\ version.\n\ \n\ This program is distributed in the hope that it will be useful, but WITHOUT ANY\n\ WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A\n\ PARTICULAR PURPOSE. See the GNU General Public License for more details.\n\ \n\ You should have received a copy of the GNU General Public License along with\n\ this program; if not, write to the Free Software Foundation, Inc., 59 Temple\n\ Place, Suite 330, Boston, MA 02111-1307 USA\n\ \n\ Author contact information:\n\ engelen@genivia.com / engelen@acm.org\n\ \n\ This program is released under the GPL with the additional exemption that\n\ compiling, linking, and/or using OpenSSL is allowed.\n\ --------------------------------------------------------------------------------\n\ A commercial-use license is available from Genivia, Inc., contact@genivia.com\n\ --------------------------------------------------------------------------------\n"; int main(int argc, char **argv) { fprintf(stderr, "%s", copyrightnotice); options(argc, argv); init(); if (cppnamespace) fprintf(stream, "namespace %s {\n", cppnamespace); Definitions def; wsdl__definitions definitions; definitions.read(infiles, infile); if (definitions.error()) { definitions.print_fault(); exit(1); } definitions.traverse(); def.compile(definitions); if (outfile) { fclose(stream); fprintf(stderr, "\nTo finalize code generation, execute:\n> soapcpp2 %s\n", outfile); if (!cflag) fprintf(stderr, "Or to generate C++ proxy and service classes:\n> soapcpp2 -j %s\n", outfile); fprintf(stderr, "\n"); } return 0; } //////////////////////////////////////////////////////////////////////////////// // // Initialization // //////////////////////////////////////////////////////////////////////////////// static void init() { struct Namespace *p = namespaces; if (p) { for (; p->id; p++) { if (p->in && *p->in) exturis.insert(p->in); if (p->ns && *p->ns) exturis.insert(p->ns); } } } //////////////////////////////////////////////////////////////////////////////// // // Parse command line options // //////////////////////////////////////////////////////////////////////////////// static void options(int argc, char **argv) { int i; infiles = 0; openfiles = 0; for (i = 1; i < argc; i++) { char *a = argv[i]; if (*a == '-' #ifdef WIN32 || *a == '/' #endif ) { int g = 1; while (g && *++a) { switch (*a) { case '_': _flag = 1; break; case 'a': aflag = 1; break; case 'b': bflag = 1; break; case 'c': if (a[1] == '+' && a[2] == '+') { a += 2; if (a[1] == '1' && a[2] == '1') { a += 2; c11flag = 1; } cflag = 0; } else { cflag = 1; if (cppnamespace) fprintf(stderr, "wsdl2h: Options -c and -q cannot be used together\n"); } break; case 'd': dflag = 1; break; case 'e': eflag = 1; break; case 'f': fflag = 1; break; case 'g': gflag = 1; break; case 'i': iflag = 1; break; case 'j': jflag = 1; break; case 'k': kflag = 1; break; case 'I': a++; g = 0; if (*a) import_path = a; else if (i < argc && argv[++i]) import_path = argv[i]; else fprintf(stderr, "wsdl2h: Option -I requires a path argument\n"); break; case 'l': fprintf(stderr, "%s", licensenotice); exit(0); break; case 'm': mflag = 1; break; case 'n': a++; g = 0; if (*a) schema_prefix = a; else if (i < argc && argv[++i]) schema_prefix = argv[i]; else fprintf(stderr, "wsdl2h: Option -n requires a prefix name argument\n"); break; case 'N': a++; g = 0; if (*a) service_prefix = a; else if (i < argc && argv[++i]) service_prefix = argv[i]; else fprintf(stderr, "wsdl2h: Option -N requires a prefix name argument\n"); break; case 'o': a++; g = 0; if (*a) outfile = a; else if (i < argc && argv[++i]) outfile = argv[i]; else fprintf(stderr, "wsdl2h: Option -o requires an output file argument\n"); break; case 'p': pflag = 1; break; case 'P': Pflag = 1; break; case 'q': a++; g = 0; if (*a) cppnamespace = a; else if (i < argc && argv[++i]) cppnamespace = argv[i]; else fprintf(stderr, "wsdl2h: Option -q requires a C++ namespace name argument\n"); if (cflag) fprintf(stderr, "wsdl2h: Options -c and -q cannot be used together\n"); break; case 'r': a++; g = 0; if (*a) proxy_host = a; else if (i < argc && argv[++i]) proxy_host = argv[i]; else fprintf(stderr, "wsdl2h: Option -r requires proxy host:port:userid:passwd or :userid:passwd authentication argument\n"); if (proxy_host) { size_t l = strlen(proxy_host); char *s = (char*)emalloc(l + 1); soap_strcpy(s, l + 2, proxy_host); proxy_host = s; s = strchr(proxy_host, ':'); if (s) { *s = '\0'; if (*proxy_host) { proxy_port = soap_strtol(s + 1, &s, 10); if (s && *s == ':') { *s = '\0'; proxy_userid = s + 1; s = strchr(proxy_userid, ':'); if (s && *s == ':') { *s = '\0'; proxy_passwd = s + 1; } } } else { s = proxy_host; proxy_host = NULL; auth_userid = s + 1; s = strchr(auth_userid, ':'); if (s && *s == ':') { *s = '\0'; auth_passwd = s + 1; } } } } break; case 'R': Rflag = 1; break; case 's': sflag = 1; break; case 't': a++; g = 0; if (*a) mapfile = a; else if (i < argc && argv[++i]) mapfile = argv[i]; else fprintf(stderr, "wsdl2h: Option -t requires a type map file argument\n"); break; case 'U': Uflag = 1; break; case 'u': uflag = 1; break; case 'v': vflag = 1; break; case 'w': wflag = 1; break; case 'W': Wflag = 1; break; case 'x': xflag = 1; break; case 'y': yflag = 1; break; case 'z': a++; g = 0; if (*a) zflag = soap_strtol(a, NULL, 10); else if (i < argc && argv[++i]) zflag = soap_strtol(argv[i], NULL, 10); else zflag = 1; break; case '?': case 'h': fprintf(stderr, "Usage: wsdl2h [-a] [-b] [-c|-c++|-c++11] [-d] [-e] [-f] [-g] [-h] [-I path] [-i] [-j] [-k] [-l] [-m] [-N name] [-n name] [-P|-p] [-q name] [-R] [-r proxyhost[:port[:uid:pwd]]] [-r:userid:passwd] [-s] [-t typemapfile] [-U] [-u] [-v] [-w] [-W] [-x] [-y] [-z#] [-_] [-o outfile.h] infile.wsdl infile.xsd http://www... ...\n\n"); fprintf(stderr, "\ -a generate indexed struct names for local elements with anonymous types\n\ -b bi-directional operations (duplex ops) added to serve one-way responses\n\ -c generate C source code\n\ -c++ generate C++ source code (default)\n\ -c++11 generate C++11 source code\n\ -d use DOM to populate xs:any, xs:anyType, and xs:anyAttribute\n\ -e don't qualify enum names\n\ -f generate flat C++ class hierarchy\n\ -g generate global top-level element declarations\n\ -h display help info\n\ -Ipath use path to find files\n\ -i don't import (advanced option)\n\ -j don't generate SOAP_ENV__Header and SOAP_ENV__Detail definitions\n\ -k don't generate SOAP_ENV__Header mustUnderstand qualifiers\n\ -l display license information\n\ -m use xsd.h module to import primitive types\n\ -Nname use name for service prefixes to produce a service for each binding\n\ -nname use name as the base namespace prefix instead of 'ns'\n\ -ofile output to file\n\ -P don't create polymorphic types inherited from xsd__anyType\n\ -p create polymorphic types inherited from base xsd__anyType\n\ -qname use name for the C++ namespace of all declarations\n\ -R generate REST operations for REST bindings in the WSDL\n\ -rhost[:port[:uid:pwd]]\n\ connect via proxy host, port, and proxy credentials\n\ -r:uid:pwd\n\ connect with authentication credentials (digest auth requires SSL)\n\ -s don't generate STL code (no std::string and no std::vector)\n\ -tfile use type map file instead of the default file typemap.dat\n\ -U allow UTF8-encoded Unicode C/C++ identifiers when mapping XML tag names\n\ -u don't generate unions\n\ -v verbose output\n\ -W suppress warnings\n\ -w always wrap response parameters in a response struct (<=1.1.4 behavior)\n\ -x don't generate _XML any/anyAttribute extensibility elements\n\ -y generate typedef synonyms for structs and enums\n\ -z1 compatibility with 2.7.6e: generate pointer-based arrays\n\ -z2 compatibility with 2.7.7 to 2.7.15: qualify element/attribute references\n\ -z3 compatibility with 2.7.16 to 2.8.7: qualify element/attribute references\n\ -z4 compatibility up to 2.8.11: don't generate union structs in std::vector\n\ -z5 compatibility up to 2.8.15\n\ -z6 compatibility up to 2.8.17\n\ -_ don't generate _USCORE (replace with UNICODE _x005f)\n\ infile.wsdl infile.xsd http://www... list of input sources (if none: use stdin)\n\ \n"); exit(0); default: fprintf(stderr, "wsdl2h: Unknown option %s\n", a); exit(1); } } } else { infile[infiles++] = argv[i]; if (infiles >= MAXINFILES) { fprintf(stderr, "wsdl2h: too many files\n"); exit(1); } } } if (infiles) { if (!outfile) { if (strncmp(infile[0], "http://", 7) && strncmp(infile[0], "https://", 8)) { const char *s = strrchr(infile[0], '.'); if (s && (!soap_tag_cmp(s, ".wsdl") || !soap_tag_cmp(s, ".gwsdl") || !soap_tag_cmp(s, ".xsd"))) { outfile = estrdup(infile[0]); outfile[s - infile[0] + 1] = 'h'; outfile[s - infile[0] + 2] = '\0'; } else { size_t l = strlen(infile[0]); outfile = (char*)emalloc(l + 3); soap_strcpy(outfile, l + 3, infile[0]); soap_strcpy(outfile + l, 3, ".h"); } } } if (outfile) { stream = fopen(outfile, "w"); if (!stream) { fprintf(stderr, "Cannot write to %s\n", outfile); exit(1); } fprintf(stderr, "Saving %s\n\n", outfile); } } } //////////////////////////////////////////////////////////////////////////////// // // Namespaces // //////////////////////////////////////////////////////////////////////////////// struct Namespace namespaces[] = { {"SOAP-ENV", "http://schemas.xmlsoap.org/soap/envelope/", "http://www.w3.org/*/soap-envelope"}, {"SOAP-ENC", "http://schemas.xmlsoap.org/soap/encoding/", "http://www.w3.org/*/soap-encoding"}, {"xsi", "http://www.w3.org/2001/XMLSchema-instance"}, {"xsd", "-"}, // http://www.w3.org/2001/XMLSchema"}, // don't use this, it might conflict with xs {"xml", "http://www.w3.org/XML/1998/namespace"}, {"xs", "http://www.w3.org/2001/XMLSchema", "http://www.w3.org/*/XMLSchema" }, {"vc", "http://www.w3.org/2007/XMLSchema-versioning" }, {"http", "http://schemas.xmlsoap.org/wsdl/http/"}, {"soap", "http://schemas.xmlsoap.org/wsdl/soap/", "http://schemas.xmlsoap.org/wsdl/soap*/"}, {"mime", "http://schemas.xmlsoap.org/wsdl/mime/"}, {"xmime", "http://www.w3.org/2005/05/xmlmime"}, {"dime", "http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/", "http://schemas.xmlsoap.org/ws/*/dime/wsdl/"}, {"wsdl", "http://schemas.xmlsoap.org/wsdl/", "http://www.w3.org/ns/wsdl"}, {"wsdli", "http://www.w3.org/ns/wsdl-instance"}, {"wsdlx", "http://www.w3.org/ns/wsdl-extensions"}, {"wsoap", "http://www.w3.org/ns/wsdl/soap"}, {"whttp", "http://www.w3.org/ns/wsdl/http"}, {"wrpc", "http://www.w3.org/ns/wsdl/rpc"}, {"wsaw", "http://www.w3.org/2006/05/addressing/wsdl"}, {"gwsdl", "http://www.gridforum.org/namespaces/2003/03/gridWSDLExtensions"}, {"wsa_", "http://www.w3.org/2005/08/addressing"}, {"wsam", "http://www.w3.org/2007/05/addressing/metadata"}, {"wsrmp", "http://schemas.xmlsoap.org/ws/2005/02/rm/policy", "http://docs.oasis-open.org/ws-rx/wsrmp/*"}, {"sp", "http://docs.oasis-open.org/ws-sx/ws-securitypolicy/200702", "http://schemas.xmlsoap.org/ws/2005/07/securitypolicy"}, {"wsp_", "http://www.w3.org/ns/ws-policy", "http://schemas.xmlsoap.org/ws/2004/09/policy"}, {"wst_", "http://docs.oasis-open.org/ws-sx/ws-trust/200512"}, {"wsu_", "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd"}, {"plnk","http://docs.oasis-open.org/wsbpel/2.0/plnktype"}, {"vprop","http://docs.oasis-open.org/wsbpel/2.0/varprop"}, #ifdef WITH_BPEL {"bpel","http://docs.oasis-open.org/wsbpel/2.0/process/executable"}, {"sref","http://docs.oasis-open.org/wsbpel/2.0/serviceref"}, #endif {NULL, NULL} }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/includes.h0000644000175000017500000000774312653650160022743 0ustar ellertellert/* includes.h Common project definitions -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #ifndef INCLUDES_H #define INCLUDES_H #include "stdsoap2.h" #ifdef WITH_OPENSSL #include "httpda.h" #endif #define WSDL2H_VERSION "2.8.28" #ifdef WIN32 # pragma warning(disable : 4996) #endif #include #include #include #include #include using namespace std; struct ltstr { bool operator()(const char *s1, const char *s2) const { return strcmp(s1, s2) < 0; } }; struct eqstr { const char *s; eqstr(const char *s) : s(s) { } bool operator()(const char *t) const { return strcmp(s, t) == 0; } }; typedef set SetOfString; typedef pair Pair; struct ltpair { bool operator()(Pair s1, Pair s2) const { int cmp = strcmp(s1.first, s2.first); if (cmp == 0) cmp = strcmp(s1.second, s2.second); return cmp < 0; } }; typedef map MapOfStringToString; typedef map MapOfPairToString; typedef map MapOfStringToNum; typedef vector VectorOfString; extern int _flag, aflag, bflag, cflag, c11flag, dflag, eflag, fflag, gflag, iflag, jflag, kflag, mflag, pflag, Pflag, Rflag, sflag, Uflag, uflag, vflag, wflag, Wflag, xflag, yflag, zflag; extern FILE *stream; extern SetOfString exturis; #define MAXINFILES (1000) extern int openfiles; extern int infiles; extern char *infile[MAXINFILES], *outfile, *proxy_host, *proxy_userid, *proxy_passwd, *auth_userid, *auth_passwd; extern const char *mapfile, *import_path, *cwd_path, *cppnamespace; extern int proxy_port; extern const char *service_prefix; extern const char *schema_prefix; extern const char elementformat[]; extern const char pointerformat[]; extern const char attributeformat[]; extern const char templateformat_open[]; extern const char attrtemplateformat_open[]; extern const char templateformat[]; extern const char pointertemplateformat[]; extern const char arrayformat[]; extern const char arraysizeformat[]; extern const char arrayoffsetformat[]; extern const char sizeformat[]; extern const char choiceformat[]; extern const char schemaformat[]; extern const char serviceformat[]; extern const char paraformat[]; extern const char anonformat[]; extern const char copyrightnotice[]; extern const char licensenotice[]; extern void *emalloc(size_t size); extern char *estrdup(const char *s); extern char *estrdupf(const char *s); extern void text(const char*); class Types; class Message; class Operation; class Service; class Definitions; #endif gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/wsdl.cpp0000644000175000017500000020115212653650160022427 0ustar ellertellert/* wsdl.cpp WSDL 1.1 and WSDL 2.0 binding schema implementation -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "wsdlH.h" #include "includes.h" extern struct Namespace namespaces[]; const char *qname_token(const char *QName, const char *URI) { if (QName && QName[0] == '"' && QName[1] == '"' && QName[2] == ':') return QName + 3; if (QName && URI && *QName == '"') // QNames are stored in the format "URI":name, unless the URI is in the nsmap { size_t n = strlen(URI); if (!strncmp(QName + 1, URI, n) && QName[n + 1] == '"') return QName + n + 3; } return NULL; } int is_builtin_qname(const char *QName) { if (iflag) return 1; if (QName) { if (*QName == '#') // reserved QNames return 0; if (*QName != '"') return 1; // if the QName does not start with a ", it must be in the nsmap const char *s = strchr(QName + 1, '"'); if (s) { size_t n = s - QName - 1; for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) if (strlen(*i) == n && !strncmp(QName + 1, *i, n)) return 1; // QName is in exturis } } return 0; } //////////////////////////////////////////////////////////////////////////////// // // wsdl // //////////////////////////////////////////////////////////////////////////////// extern "C" { int warn_ignore(struct soap*, const char*); int show_ignore(struct soap*, const char*); } wsdl__definitions::wsdl__definitions() { soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); #ifdef HTTPDA_H soap_register_plugin(soap, http_da); #endif #ifdef WITH_OPENSSL soap_ssl_client_context(soap, SOAP_SSL_NO_AUTHENTICATION, NULL, NULL, NULL, NULL, NULL); #endif soap_set_namespaces(soap, namespaces); soap_default(soap); if (vflag) soap->fignore = show_ignore; else soap->fignore = warn_ignore; soap->encodingStyle = NULL; soap->proxy_host = proxy_host; soap->proxy_port = proxy_port; soap->proxy_userid = proxy_userid; soap->proxy_passwd = proxy_passwd; name = NULL; targetNamespace = soap_strdup(soap, ""); documentation = NULL; types = NULL; updated = false; location = NULL; redirs = 0; } wsdl__definitions::wsdl__definitions(struct soap *copy) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_strcpy(soap->host, sizeof(soap->host), copy->host); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; updated = false; location = NULL; redirs = 0; } wsdl__definitions::wsdl__definitions(struct soap *copy, const char *cwd, const char *loc) { soap = soap_copy(copy); soap->socket = SOAP_INVALID_SOCKET; soap->recvfd = 0; soap->sendfd = 1; soap_strcpy(soap->host, sizeof(soap->host), copy->host); soap_default(soap); soap->fignore = warn_ignore; soap->encodingStyle = NULL; updated = false; location = NULL; redirs = 0; read(cwd, loc); } wsdl__definitions::~wsdl__definitions() { soap_destroy(soap); soap_end(soap); soap_done(soap); free(soap); } int wsdl__definitions::get(struct soap *soap) { (void)soap; return preprocess(); } int wsdl__definitions::read(int num, char **loc) { if (num <= 0) return read((const char*)NULL, (const char*)NULL); if (num == 1) return read((const char*)NULL, loc[0]); wsdl__import im; im.namespace_ = NULL; name = soap_strdup(soap, "WSDL"); targetNamespace = soap_strdup(soap, "");; for (int i = 0; i < num; i++) { im.location = loc[i]; import.push_back(im); } return preprocess(); } int wsdl__definitions::read(const char *cwd, const char *loc) { const char *cwd_temp; if (!cwd) cwd = cwd_path; if (vflag) fprintf(stderr, "\nOpening WSDL/XSD '%s' from '%s'\n", loc ? loc : "(stdin)", cwd ? cwd : "./"); if (loc) { if (soap->recvfd > 2) { soap_end_recv(soap); close(soap->recvfd); soap->recvfd = -1; } else if (soap_valid_socket(soap->socket)) { soap_end_recv(soap); soap_closesock(soap); } #ifdef WITH_OPENSSL if (!strncmp(loc, "http://", 7) || !strncmp(loc, "https://", 8)) #else if (!strncmp(loc, "https://", 8)) { fprintf(stderr, "\nCannot connect to https site: no SSL support, please rebuild wsdl2h with SSL or download the files and rerun wsdl2h\n"); exit(1); } else if (!strncmp(loc, "http://", 7)) #endif { fprintf(stderr, "%*sConnecting to '%s' to retrieve WSDL/XSD...", 2*openfiles, "", loc); location = soap_strdup(soap, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); soap_print_fault(soap, stderr); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else if (cwd && (!strncmp(cwd, "http://", 7) || !strncmp(cwd, "https://", 8))) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); fprintf(stderr, "%*sConnecting to '%s' to retrieve '%s'...", 2*openfiles, "", location, loc); if (soap_connect_command(soap, SOAP_GET, location, NULL)) { fprintf(stderr, "\n\nError: connection failed\n"); exit(1); } fprintf(stderr, " connected, receiving...\n"); openfiles++; } else { soap->recvfd = open(loc, O_RDONLY, 0); if (soap->recvfd < 0) { if (cwd) { size_t l = strlen(cwd) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, cwd); char *s = strrchr(location, '/'); #ifdef WIN32 if (!s) s = strrchr(location, '\\'); #endif if (s) *s = '\0'; size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0 && import_path) { size_t l = strlen(import_path) + strlen(loc); location = (char*)soap_malloc(soap, l + 2); soap_strcpy(location, l + 2, import_path); size_t n = strlen(location); soap_strcpy(location + n, l + 2 - n, "/"); ++n; soap_strcpy(location + n, l + 2 - n, loc); if (!strncmp(location, "file://", 7)) location += 7; soap->recvfd = open(location, O_RDONLY, 0); } if (soap->recvfd < 0) { fprintf(stderr, "\nCannot open '%s'\n", loc); exit(1); } } else location = soap_strdup(soap, loc); fprintf(stderr, "%*sReading '%s'...\n", 2*openfiles, "", location); openfiles++; } } cwd_temp = cwd_path; cwd_path = location; if (!soap_begin_recv(soap)) this->soap_in(soap, "wsdl:", NULL); if (soap->error) { // handle sloppy WSDLs that import schemas at the top level rather than // importing them in if (soap->error == SOAP_TAG_MISMATCH && soap->level == 0) { soap_retry(soap); xs__schema *schema = soap_new_xs__schema(soap); schema->soap_in(soap, "xs:schema", NULL); if (soap->error) { fprintf(stderr, "\nAn error occurred while parsing WSDL or XSD from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); exit(1); } name = NULL; targetNamespace = schema->targetNamespace; if (vflag) cerr << "Found schema '" << (targetNamespace ? targetNamespace : "(null)") << "' when expecting WSDL" << endl; types = soap_new_wsdl__types(soap); types->documentation = NULL; types->xs__schema_.push_back(schema); types->preprocess(*this); } // check HTTP redirect (socket was closed) else if ((soap->error >= 301 && soap->error <= 303) || soap->error == 307) { int r = SOAP_ERR; fprintf(stderr, "Redirected to '%s'...\n", soap->endpoint); if (redirs++ < 10) r = read(cwd, soap->endpoint); else fprintf(stderr, "\nMax redirects exceeded\n"); redirs--; return r; } else if (soap->error == 401) { int r = SOAP_ERR; fprintf(stderr, "Authenticating to '%s' realm '%s'...\n", loc, soap->authrealm); if (auth_userid && auth_passwd && redirs++ < 1) { #ifdef HTTPDA_H struct http_da_info info; http_da_save(soap, &info, soap->authrealm, auth_userid, auth_passwd); #else soap->userid = auth_userid; soap->passwd = auth_passwd; #endif r = read(cwd, loc); #ifdef HTTPDA_H http_da_release(soap, &info); #endif redirs--; } else fprintf(stderr, "Authentication failed, use option -r:uid:pwd and (re)build with OpenSSL to enable digest authentication\n"); return r; } else { fprintf(stderr, "\nAn error occurred while parsing WSDL from '%s'\n", loc ? loc : "(stdin)"); soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); exit(1); } } openfiles--; fprintf(stderr, "%*sDone reading '%s'\n", 2*openfiles, "", loc ? loc : "(stdin)"); soap_end_recv(soap); if (soap->recvfd > 2) { close(soap->recvfd); soap->recvfd = -1; } else soap_closesock(soap); cwd_path = cwd_temp; return SOAP_OK; } int wsdl__definitions::preprocess() { if (vflag) cerr << "Preprocessing wsdl definitions '" << (location ? location : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; // process import for (vector::iterator im1 = import.begin(); im1 != import.end(); ++im1) (*im1).preprocess(*this); // merge nested imported WSDLs into single import list again: for (vector::iterator im2 = import.begin(); im2 != import.end(); ++im2) { if ((*im2).definitionsPtr()) { for (vector::iterator i = (*im2).definitionsPtr()->import.begin(); i != (*im2).definitionsPtr()->import.end(); ++i) { if ((*i).definitionsPtr()) { bool found = false; if (vflag) cerr << "Import WSDL '" << ((*i).location ? (*i).location : "(null)") << endl; for (vector::iterator j = import.begin(); j != import.end(); ++j) { if ((*i).definitionsPtr() == (*j).definitionsPtr() || ((*i).location && (*j).location && !strcmp((*i).location, (*j).location))) { found = true; break; } } if (!found) { if (vflag) cerr << "Adding imported WSDL '" << ((*i).location ? (*i).location : "(null)") << "' to '" << (location ? location : "(null)") << "' ('" << (name ? name : "(null)") << "') namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; import.push_back(*i); goto again; } } } } } // merge for (vector::iterator im3 = import.begin(); im3 != import.end(); ++im3) { if ((*im3).definitionsPtr() && (*im3).definitionsPtr()->types) { if (!types) { types = soap_new_wsdl__types(soap); types->soap_default(soap); } // merge , check for duplicates, add namespaces for sloppy imports for (vector::const_iterator i = (*im3).definitionsPtr()->types->xs__schema_.begin(); i != (*im3).definitionsPtr()->types->xs__schema_.end(); ++i) { bool found = false; vector::const_iterator j; if (!(*i)->targetNamespace) { (*i)->targetNamespace = targetNamespace; if (!Wflag) cerr << "\nWarning: schema imported without namespace, assigning namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; } for (j = types->xs__schema_.begin(); j != types->xs__schema_.end(); ++j) { if ((*j)->targetNamespace && !strcmp((*i)->targetNamespace, (*j)->targetNamespace)) { found = true; break; } } // add new schema only if not already in , otherwise merge schema components if (found) { if (vflag) cerr << "\nSchemas with identical namespace '" << ((*i)->targetNamespace ? (*i)->targetNamespace : "(null)") << "' merged in WSDL '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; (*j)->insert(*(*i)); } else { if (vflag) cerr << "Adding schema with namespace '" << ((*i)->targetNamespace ? (*i)->targetNamespace : "(null)") << "' to types in WSDL '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; types->xs__schema_.push_back(*i); } } // make imported WSDL point to merged (*im3).definitionsPtr()->types = types; } } // process the types if (types) types->preprocess(*this); return SOAP_OK; } int wsdl__definitions::traverse() { if (updated) return SOAP_OK; if (vflag) cerr << "Analyzing definitions '" << (name ? name : "(null)") << "' in wsdl namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; updated = true; if (!targetNamespace) { if (vflag) cerr << "\nWarning: wsdl '" << (name ? name : "(null)") << "' has no targetNamespace" << endl; targetNamespace = soap_strdup(soap, ""); } // process import first for (vector::iterator im = import.begin(); im != import.end(); ++im) (*im).traverse(*this); // then process the types if (types) types->traverse(*this); // process messages before portType for (vector::iterator mg = message.begin(); mg != message.end(); ++mg) (*mg).traverse(*this); // process portType before binding for (vector::iterator pt = portType.begin(); pt != portType.end(); ++pt) (*pt).traverse(*this); // process interface before binding WSDL 2.0 for (vector::iterator in = interface_.begin(); in != interface_.end(); ++in) (*in).traverse(*this); // process binding for (vector::iterator bg = binding.begin(); bg != binding.end(); ++bg) (*bg).traverse(*this); // process service for (vector::iterator sv = service.begin(); sv != service.end(); ++sv) (*sv).traverse(*this); if (vflag) cerr << "End of definitions '" << (name ? name : "(null)") << "' namespace '" << (targetNamespace ? targetNamespace : "(null)") << "'" << endl; for (std::vector::iterator wsp = wsp__Policy_.begin(); wsp != wsp__Policy_.end(); ++wsp) (*wsp).traverse(*this); for (std::vector::iterator plt = plnk__partnerLinkType.begin(); plt != plnk__partnerLinkType.end(); ++plt) (*plt).traverse(*this); for (std::vector::iterator vp = vprop__property.begin(); vp != vprop__property.end(); ++vp) (*vp).traverse(*this); for (std::vector::iterator vpa = vprop__propertyAlias.begin(); vpa != vprop__propertyAlias.end(); ++vpa) (*vpa).traverse(*this); return SOAP_OK; } const char *wsdl__definitions::sourceLocation() { return location; } int wsdl__definitions::error() { return soap->error; } bool wsdl__definitions::is_updated() { return updated; } void wsdl__definitions::print_fault() { soap_print_fault(soap, stderr); if (soap->error < 200) soap_print_fault_location(soap, stderr); } void wsdl__definitions::builtinType(const char *type) { builtinTypeSet.insert(type); } void wsdl__definitions::builtinTypes(const SetOfString& types) { for (SetOfString::const_iterator tp = types.begin(); tp != types.end(); ++tp) builtinTypeSet.insert(*tp); } void wsdl__definitions::builtinElement(const char *element) { builtinElementSet.insert(element); } void wsdl__definitions::builtinElements(const SetOfString& elements) { for (SetOfString::const_iterator el = elements.begin(); el != elements.end(); ++el) builtinElementSet.insert(*el); } void wsdl__definitions::builtinAttribute(const char *attribute) { builtinAttributeSet.insert(attribute); } void wsdl__definitions::builtinAttributes(const SetOfString& attributes) { for (SetOfString::const_iterator at = attributes.begin(); at != attributes.end(); ++at) builtinAttributeSet.insert(*at); } const SetOfString& wsdl__definitions::builtinTypes() const { return builtinTypeSet; } const SetOfString& wsdl__definitions::builtinElements() const { return builtinElementSet; } const SetOfString& wsdl__definitions::builtinAttributes() const { return builtinAttributeSet; } int wsdl__service::traverse(wsdl__definitions& definitions) { if (vflag) cerr << "Analyzing service '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; // process ports for (vector::iterator pt = port.begin(); pt != port.end(); ++pt) (*pt).traverse(definitions); for (vector::iterator ep = endpoint.begin(); ep != endpoint.end(); ++ep) (*ep).traverse(definitions); for (vector::iterator py = wsp__Policy_.begin(); py != wsp__Policy_.end(); ++py) (*py).traverse(definitions); for (vector::iterator pr = wsp__PolicyReference_.begin(); pr != wsp__PolicyReference_.end(); ++pr) (*pr).traverse(definitions); return SOAP_OK; } wsdl__port::wsdl__port() { bindingRef = NULL; } int wsdl__port::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing service port/endpoint in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; // search binding name const char *token = qname_token(binding, definitions.targetNamespace); bindingRef = NULL; if (token) { for (vector::iterator binding = definitions.binding.begin(); binding != definitions.binding.end(); ++binding) { if ((*binding).name && !strcmp((*binding).name, token)) { bindingRef = &(*binding); if (vflag) cerr << " Found port/endpoint '" << (name ? name : "(null)") << "' binding '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!bindingRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(binding, importdefinitions->targetNamespace); if (token) { for (vector::iterator binding = importdefinitions->binding.begin(); binding != importdefinitions->binding.end(); ++binding) { if ((*binding).name && !strcmp((*binding).name, token)) { bindingRef = &(*binding); if (vflag) cerr << " Found port/endpoint '" << (name ? name : "(null)") << "' binding '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!bindingRef) if (!Wflag) cerr << "\nWarning: no port/endpoint '" << (name ? name : "(null)") << "' binding '" << (binding ? binding : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__port::bindingPtr(wsdl__binding *binding) { bindingRef = binding; if (!bindingRef && vflag) cerr << "\nWarning: wsdl__port binding set to NULL" << endl; } wsdl__binding *wsdl__port::bindingPtr() const { return bindingRef; } wsdl__binding::wsdl__binding() { portTypeRef = NULL; } int wsdl__binding::traverse(wsdl__definitions& definitions) { const char *token; if (vflag) cerr << " Analyzing binding '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; portTypeRef = NULL; if (interface_) // WSDL 2.0 token = qname_token(interface_, definitions.targetNamespace); else token = qname_token(type, definitions.targetNamespace); if (token) { for (vector::iterator portType = definitions.portType.begin(); portType != definitions.portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' portType '" << (token ? token : "(null)") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' interface '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!portTypeRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { if (interface_) // WSDL 2.0 token = qname_token(interface_, importdefinitions->targetNamespace); else token = qname_token(type, importdefinitions->targetNamespace); if (token) { for (vector::iterator portType = importdefinitions->portType.begin(); portType != importdefinitions->portType.end(); ++portType) { if ((*portType).name && !strcmp((*portType).name, token)) { portTypeRef = &(*portType); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' portType '" << (token ? token : "(null)") << "'" << endl; break; } } // WSDL 2.0 for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { if ((*i).name && !strcmp((*i).name, token)) { portTypeRef = &(*i); if (vflag) cerr << " Found binding '" << (name ? name : "(null)") << "' interface '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!portTypeRef) { if (!Wflag) { if (interface_) cerr << "\nWarning: no binding '" << (name ? name : "(null)") << "' interface '" << (interface_ ? interface_ : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; else cerr << "\nWarning: no binding '" << (name ? name : "(null)") << "' portType '" << (type ? type : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } // WSDL 2.0 for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions, portTypeRef); for (vector::iterator i = operation.begin(); i != operation.end(); ++i) (*i).traverse(definitions, portTypeRef); for (vector::iterator p = wsp__Policy_.begin(); p != wsp__Policy_.end(); ++p) (*p).traverse(definitions); for (vector::iterator r = wsp__PolicyReference_.begin(); r != wsp__PolicyReference_.end(); ++r) (*r).traverse(definitions); return SOAP_OK; } void wsdl__binding::portTypePtr(wsdl__portType *portType) { portTypeRef = portType; if (!portTypeRef && vflag) cerr << "\nWarning: wsdl__binding portType set to NULL" << endl; } wsdl__portType *wsdl__binding::portTypePtr() const { return portTypeRef; } wsdl__ext_operation::wsdl__ext_operation() { operationRef = NULL; } int wsdl__ext_operation::traverse(wsdl__definitions& definitions, wsdl__portType *portTypeRef) { if (vflag) cerr << " Analyzing binding operation '" << (name ? name : ref ? ref : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (input) input->traverse(definitions); if (output) output->traverse(definitions); for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions, portTypeRef); // WSDL 2.0 for (vector::iterator fi = infault.begin(); fi != infault.end(); ++fi) (*fi).traverse(definitions, portTypeRef); for (vector::iterator fo = outfault.begin(); fo != outfault.end(); ++fo) (*fo).traverse(definitions, portTypeRef); operationRef = NULL; if (portTypeRef) { // WSDL 2.0, assumption: ref refers to an operation in the interface for this binding const char *token = NULL; if (ref) token = qname_token(ref, portTypeRef->definitionsPtr()->targetNamespace); for (vector::iterator i = portTypeRef->operation.begin(); i != portTypeRef->operation.end(); ++i) { if (token) { if ((*i).name && !strcmp((*i).name, token)) { operationRef = &(*i); if (vflag) cerr << " Found operation '" << token << "' in interface '" << portTypeRef->name << "'" << endl; break; } } else if (name && (*i).name && !strcmp((*i).name, name)) { if ((!input || !input->name || ((*i).__union1 == SOAP_UNION_wsdl__union_ioput_input && (*i).__ioput1.input->name && !strcmp((*i).__ioput1.input->name, input->name)) || ((*i).__union2 == SOAP_UNION_wsdl__union_ioput_input && (*i).__ioput2.input->name && !strcmp((*i).__ioput2.input->name, input->name)) ) && (!output || !output->name || ((*i).__union1 == SOAP_UNION_wsdl__union_ioput_output && (*i).__ioput1.output->name && !strcmp((*i).__ioput1.output->name, output->name)) || ((*i).__union2 == SOAP_UNION_wsdl__union_ioput_output && (*i).__ioput2.output->name && !strcmp((*i).__ioput2.output->name, output->name)) )) { operationRef = &(*i); if (vflag) cerr << " Found operation '" << name << "' in portType '" << portTypeRef->name << "'" << endl; break; } } } if (name && !operationRef) { for (vector::iterator j = portTypeRef->operation.begin(); j != portTypeRef->operation.end(); ++j) { if ((*j).name && !strcmp((*j).name, name)) { if (input && input->name && (((*j).__union1 == SOAP_UNION_wsdl__union_ioput_input && (*j).__ioput1.input->name && !strcmp((*j).__ioput1.input->name, input->name)) || ((*j).__union2 == SOAP_UNION_wsdl__union_ioput_input && (*j).__ioput2.input->name && !strcmp((*j).__ioput2.input->name, input->name)) )) cerr << "\nWarning: no matching portType operation input name '" << input->name << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (output && output->name && (((*j).__union1 == SOAP_UNION_wsdl__union_ioput_output && (*j).__ioput1.output->name && !strcmp((*j).__ioput1.output->name, output->name)) || ((*j).__union2 == SOAP_UNION_wsdl__union_ioput_output && (*j).__ioput2.output->name && !strcmp((*j).__ioput2.output->name, output->name)) )) cerr << "\nWarning: no matching portType operation output name '" << output->name << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; operationRef = &(*j); if (vflag) cerr << " Found operation '" << name << "'" << endl; break; } } } } if (!operationRef) { if (!Wflag) { if (ref) cerr << "\nWarning: no matching interface operation '" << (ref ? ref : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; else cerr << "\nWarning: no matching portType operation '" << (name ? name : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { for (vector::iterator i = fault.begin(); i != fault.end(); ++i) { if ((*i).name) { for (vector::iterator j = operationRef->fault.begin(); j != operationRef->fault.end(); ++j) { if ((*j).name && !strcmp((*j).name, (*i).name)) { (*i).faultPtr(&(*j)); if (vflag) cerr << " Found fault '" << (*j).name << "' message" << endl; break; } } } else if ((*i).soap__fault_ && (*i).soap__fault_->name) // try the soap:fault name, this is not elegant, but neither is WSDL 1.1 { for (vector::iterator j = operationRef->fault.begin(); j != operationRef->fault.end(); ++j) { if ((*j).name && !strcmp((*j).name, (*i).soap__fault_->name)) { (*i).faultPtr(&(*j)); if (vflag) cerr << " Found fault '" << ((*j).name ? (*j).name : "(null)") << "' message" << endl; break; } } } if (!(*i).faultPtr()) if (!Wflag) cerr << "\nWarning: no soap:fault '" << ((*i).name ? (*i).name : "(null)") << "' message in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' operation '" << (name ? name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ext_operation::operationPtr(wsdl__operation *operation) { operationRef = operation; if (!operationRef && vflag) cerr << "\nWarning: wsdl__ext_operation operation set to NULL" << endl; } wsdl__operation *wsdl__ext_operation::operationPtr() const { return operationRef; } int wsdl__ext_ioput::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing binding operation input/output in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator hd = soap__header_.begin(); hd != soap__header_.end(); ++hd) (*hd).traverse(definitions); for (vector::iterator whd = wsoap__header_.begin(); whd != wsoap__header_.end(); ++whd) (*whd).traverse(definitions); if (mime__multipartRelated_) mime__multipartRelated_->traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } wsdl__ext_fault::wsdl__ext_fault() { faultRef = NULL; } int wsdl__ext_fault::traverse(wsdl__definitions& definitions, wsdl__portType *portTypeRef) { if (vflag) cerr << " Analyzing binding operation fault in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (ref && portTypeRef) { // WSDL 2.0, assumption: ref refers to a fault in the interface for this binding const char *token = qname_token(ref, portTypeRef->definitionsPtr()->targetNamespace); if (token) { for (vector::iterator fault = portTypeRef->fault.begin(); fault != portTypeRef->fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { faultRef = &(*fault); if (vflag) cerr << " Found fault '" << (*fault).name << endl; break; } } } if (!faultRef) if (!Wflag) cerr << "\nWarning: no fault '" << (ref ? ref : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' interface '" << (portTypeRef->name ? portTypeRef->name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ext_fault::faultPtr(wsdl__fault *fault) { faultRef = fault; if (!faultRef && vflag) cerr << "\nWarning: wsdl__ext_fault fault ref set to NULL" << endl; } wsdl__fault *wsdl__ext_fault::faultPtr() const { return faultRef; } wsdl__portType::wsdl__portType() { definitionsRef = NULL; } int wsdl__portType::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; definitionsRef = &definitions; // traverse faults before operations, WSDL 2.0 for (vector::iterator f = fault.begin(); f != fault.end(); ++f) (*f).traverse(definitions); for (vector::iterator i = operation.begin(); i != operation.end(); ++i) (*i).traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__portType::definitionsPtr(wsdl__definitions *definitions) { definitionsRef = definitions; } wsdl__definitions *wsdl__portType::definitionsPtr() const { return definitionsRef; } int wsdl__operation::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (__union1 == SOAP_UNION_wsdl__union_ioput_input) if (__ioput1.input) __ioput1.input->traverse(definitions); if (__union1 == SOAP_UNION_wsdl__union_ioput_output) if (__ioput1.output) __ioput1.output->traverse(definitions); if (__union2 == SOAP_UNION_wsdl__union_ioput_input) if (__ioput2.input) __ioput2.input->traverse(definitions); if (__union2 == SOAP_UNION_wsdl__union_ioput_output) if (__ioput2.output) __ioput2.output->traverse(definitions); for (vector::iterator i = fault.begin(); i != fault.end(); ++i) (*i).traverse(definitions); // WSDL 2.0 for (vector::iterator fi = infault.begin(); fi != infault.end(); ++fi) (*fi).traverse(definitions); for (vector::iterator fo = outfault.begin(); fo != outfault.end(); ++fo) (*fo).traverse(definitions); if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } wsdl__ioput::wsdl__ioput() { messageRef = NULL; elementRef = NULL; } int wsdl__ioput::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation input/output in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; messageRef = NULL; elementRef = NULL; // WSDL 2.0 if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found input/output '" << (messageLabel ? messageLabel : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (*element != '#' && !elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no input/output '" << (messageLabel ? messageLabel : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found input/output '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found input/output '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!messageRef) if (!Wflag) cerr << "\nWarning: no input/output '" << (name ? name : "(null)") << "' message '" << (message ? message : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__ioput::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *wsdl__ioput::messagePtr() const { return messageRef; } void wsdl__ioput::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsdl__ioput::elementPtr() const { return elementRef; } wsdl__fault::wsdl__fault() { messageRef = NULL; elementRef = NULL; } int wsdl__fault::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing portType/interface operation faults in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; messageRef = NULL; elementRef = NULL; // WSDL 2.0 if (ref) { const char *token = qname_token(ref, definitions.targetNamespace); if (token) { for (vector::iterator i = definitions.interface_.begin(); i != definitions.interface_.end(); ++i) { for (vector::iterator fault = (*i).fault.begin(); fault != (*i).fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { elementRef = (*fault).elementPtr(); if (vflag) cerr << " Found fault '" << (ref ? ref : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } if (!elementRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator i = importdefinitions->interface_.begin(); i != importdefinitions->interface_.end(); ++i) { for (vector::iterator fault = (*i).fault.begin(); fault != (*i).fault.end(); ++fault) { if ((*fault).name && !strcmp((*fault).name, token)) { elementRef = (*fault).elementPtr(); if (vflag) cerr << " Found fault '" << (ref ? ref : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no fault '" << (messageLabel ? messageLabel : "(null)") << "' ref '" << ref << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else if (element) { if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator element = (*schema)->element.begin(); element != (*schema)->element.end(); ++element) { if ((*element).name && !strcmp((*element).name, token)) { elementRef = &(*element); if (vflag) cerr << " Found fault '" << (messageLabel ? messageLabel : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (!elementRef) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no fault '" << (messageLabel ? messageLabel : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } } else { const char *token = qname_token(message, definitions.targetNamespace); if (token) { for (vector::iterator message = definitions.message.begin(); message != definitions.message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found operation fault '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } if (!messageRef) { for (vector::iterator import = definitions.import.begin(); import != definitions.import.end(); ++import) { wsdl__definitions *importdefinitions = (*import).definitionsPtr(); if (importdefinitions) { token = qname_token(message, importdefinitions->targetNamespace); if (token) { for (vector::iterator message = importdefinitions->message.begin(); message != importdefinitions->message.end(); ++message) { if ((*message).name && !strcmp((*message).name, token)) { messageRef = &(*message); if (vflag) cerr << " Found operation fault '" << (name ? name : "(null)") << "' message '" << (token ? token : "(null)") << "'" << endl; break; } } } } } } if (!messageRef) if (!Wflag) cerr << "\nWarning: no operation fault '" << (name ? name : "(null)") << "' message '" << (message ? message : "(null)") << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } if (wsp__Policy_) wsp__Policy_->traverse(definitions); if (wsp__PolicyReference_) wsp__PolicyReference_->traverse(definitions); return SOAP_OK; } void wsdl__fault::messagePtr(wsdl__message *message) { messageRef = message; } wsdl__message *wsdl__fault::messagePtr() const { return messageRef; } void wsdl__fault::elementPtr(xs__element *element) { elementRef = element; } xs__element *wsdl__fault::elementPtr() const { return elementRef; } int wsdl__message::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing message '" << (name ? name : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator i = part.begin(); i != part.end(); ++i) (*i).traverse(definitions); for (vector::iterator p = wsp__Policy_.begin(); p != wsp__Policy_.end(); ++p) (*p).traverse(definitions); for (vector::iterator r = wsp__PolicyReference_.begin(); r != wsp__PolicyReference_.end(); ++r) (*r).traverse(definitions); return SOAP_OK; } wsdl__part::wsdl__part() { elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; } int wsdl__part::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing message parts in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; elementRef = NULL; simpleTypeRef = NULL; complexTypeRef = NULL; if (definitions.types) { for (vector::iterator schema = definitions.types->xs__schema_.begin(); schema != definitions.types->xs__schema_.end(); ++schema) { const char *token = qname_token(element, (*schema)->targetNamespace); if (token) { for (vector::iterator el = (*schema)->element.begin(); el != (*schema)->element.end(); ++el) { if ((*el).name && !strcmp((*el).name, token)) { elementRef = &(*el); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' element '" << (token ? token : "(null)") << "'" << endl; break; } } } token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator st = (*schema)->simpleType.begin(); st != (*schema)->simpleType.end(); ++st) { if ((*st).name && !strcmp((*st).name, token)) { simpleTypeRef = &(*st); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' simpleType '" << (token ? token : "(null)") << "'" << endl; break; } } } token = qname_token(type, (*schema)->targetNamespace); if (token) { for (vector::iterator ct = (*schema)->complexType.begin(); ct != (*schema)->complexType.end(); ++ct) { if ((*ct).name && !strcmp((*ct).name, token)) { complexTypeRef = &(*ct); if (vflag) cerr << " Found message part '" << (name ? name : "(null)") << "' complexType '" << (token ? token : "(null)") << "'" << endl; break; } } } } } if (!elementRef && !simpleTypeRef && !complexTypeRef) { if (element) { if (is_builtin_qname(element)) definitions.builtinElement(element); else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' element '" << element << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } else if (type) { if (is_builtin_qname(type)) definitions.builtinType(type); else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' type '" << type << "' in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } else if (!Wflag) cerr << "\nWarning: no message part '" << (name ? name : "(null)") << "' element or type in wsdl definitions '" << (definitions.name ? definitions.name : "(null)") << "' namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; } return SOAP_OK; } void wsdl__part::elementPtr(xs__element *element) { elementRef = element; if (!elementRef && vflag) cerr << "\nWarning: wsdl__part element set to NULL" << endl; } void wsdl__part::simpleTypePtr(xs__simpleType *simpleType) { simpleTypeRef = simpleType; if (!simpleTypeRef && vflag) cerr << "\nWarning: wsdl__part simpleType set to NULL" << endl; } void wsdl__part::complexTypePtr(xs__complexType *complexType) { complexTypeRef = complexType; if (!complexTypeRef && vflag) cerr << "\nWarning: wsdl__part complexType set to NULL" << endl; } xs__element *wsdl__part::elementPtr() const { return elementRef; } xs__simpleType *wsdl__part::simpleTypePtr() const { return simpleTypeRef; } xs__complexType *wsdl__part::complexTypePtr() const { return complexTypeRef; } int wsdl__types::preprocess(wsdl__definitions& definitions) { if (vflag) cerr << "Preprocessing wsdl types" << endl; if (xs__schema_.empty()) // WSDL 2.0 w/o { targetNamespace = definitions.targetNamespace; xs__schema_.push_back(this); } again: // link imported schemas, need to repeat when is extended with new imported schema (from inside another schema, etc.) for (vector::iterator schema1 = xs__schema_.begin(); schema1 != xs__schema_.end(); ++schema1) { for (vector::iterator import = (*schema1)->import.begin(); import != (*schema1)->import.end(); ++import) { if ((*import).namespace_ && !(*import).schemaPtr()) { for (vector::const_iterator schema2 = xs__schema_.begin(); schema2 != xs__schema_.end(); ++schema2) { if (schema2 != schema1 && (*schema2)->targetNamespace && !strcmp((*import).namespace_, (*schema2)->targetNamespace)) { (*import).schemaPtr(*schema2); break; } } } } } // if a schema is imported but not in then get it for (vector::iterator schema2 = xs__schema_.begin(); schema2 != xs__schema_.end(); ++schema2) { for (vector::iterator import = (*schema2)->import.begin(); import != (*schema2)->import.end(); ++import) { bool found = false; if ((*import).schemaPtr()) found = true; if (vflag) cerr << "Preprocessing schema '" << (*schema2)->targetNamespace << "' import '" << ((*import).namespace_ ? (*import).namespace_ : "(null)") << "'" << endl; if (!found && (*import).namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp((*import).namespace_, *i)) { found = true; break; } } } if (!found && !iflag) // don't import any of the schemas in the .nsmap table (or when -i option is used) { xs__schema *importschema; importschema = (*import).schemaPtr(); if (!importschema) { const char *s = (*import).schemaLocation; if (!s) s = (*import).namespace_; if (!s) continue; importschema = new xs__schema(definitions.soap, (*schema2)->sourceLocation(), s); if (!(*import).namespace_) { if (importschema->targetNamespace) (*import).namespace_ = importschema->targetNamespace; else (*import).namespace_ = soap_strdup(definitions.soap, ""); } if (!importschema->targetNamespace || !*importschema->targetNamespace) importschema->targetNamespace = (*import).namespace_; else if ((*import).namespace_ && strcmp(importschema->targetNamespace, (*import).namespace_)) cerr << "Schema import namespace '" << ((*import).namespace_ ? (*import).namespace_ : "(null)") << "' does not correspond to imported namespace '" << importschema->targetNamespace << "'" << endl; for (vector::const_iterator schema3 = xs__schema_.begin(); schema3 != xs__schema_.end(); ++schema3) { if ((*schema3)->targetNamespace && !strcmp((*import).namespace_, (*schema3)->targetNamespace)) { (*import).schemaPtr(*schema3); if ((*schema3) == this || // WSDL 2.0 has no FormDefaults (*schema3)->empty()) // schema w/o components, only imports { (*schema3)->elementFormDefault = importschema->elementFormDefault; (*schema3)->attributeFormDefault = importschema->attributeFormDefault; } (*schema3)->insert(*importschema); // merge content goto again; } } } if (importschema) { (*import).schemaPtr(importschema); xs__schema_.push_back(importschema); if (vflag) cerr << "Adding schema '" << importschema->targetNamespace << "'" << endl; goto again; } } } } if (vflag) { for (vector::iterator schema4 = xs__schema_.begin(); schema4 != xs__schema_.end(); ++schema4) { cerr << endl << "Schema " << ((*schema4)->targetNamespace ? (*schema4)->targetNamespace : "") << " " << ((*schema4)->sourceLocation() ? (*schema4)->sourceLocation() : "") << endl; for (vector::iterator im = (*schema4)->import.begin(); im != (*schema4)->import.end(); ++im) cerr << " import " << ((*im).namespace_ ? (*im).namespace_ : "") << " " << ((*im).schemaLocation ? (*im).schemaLocation : "") << endl; for (vector::iterator st = (*schema4)->simpleType.begin(); st != (*schema4)->simpleType.end(); ++st) cerr << " simpleType " << ((*st).name ? (*st).name : "") << endl; for (vector::iterator ct = (*schema4)->complexType.begin(); ct != (*schema4)->complexType.end(); ++ct) cerr << " complexType " << ((*ct).name ? (*ct).name : "") << endl; for (vector::iterator el = (*schema4)->element.begin(); el != (*schema4)->element.end(); ++el) cerr << " element " << ((*el).name ? (*el).name : "") << endl; for (vector::iterator at = (*schema4)->attribute.begin(); at != (*schema4)->attribute.end(); ++at) cerr << " attribute " << ((*at).name ? (*at).name : "") << endl; } } return SOAP_OK; } int wsdl__types::traverse(wsdl__definitions& definitions) { if (vflag) cerr << " Analyzing types in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; for (vector::iterator schema3 = xs__schema_.begin(); schema3 != xs__schema_.end(); ++schema3) { // artificially extend the of each schema to include others so when we traverse schemas we can resolve references for (vector::iterator importschema = xs__schema_.begin(); importschema != xs__schema_.end(); ++importschema) { if (schema3 != importschema && (*importschema)->targetNamespace) { xs__import *import = soap_new_xs__import(definitions.soap); import->namespace_ = (*importschema)->targetNamespace; import->schemaPtr(*importschema); (*schema3)->import.push_back(*import); } } // check and report for (vector::iterator import = (*schema3)->import.begin(); import != (*schema3)->import.end(); ++import) { if ((*import).namespace_) { bool found = false; for (vector::const_iterator importschema = xs__schema_.begin(); importschema != xs__schema_.end(); ++importschema) { if ((*importschema)->targetNamespace && !strcmp((*import).namespace_, (*importschema)->targetNamespace)) { found = true; break; } } if (!found && vflag) cerr << "Schema import namespace '" << (*import).namespace_ << "' refers to an unknown Schema" << endl; } else if (!Wflag) cerr << "\nWarning: schema import '" << ((*import).schemaLocation ? (*import).schemaLocation : "") << "' has no namespace" << endl; } } // traverse the schemas for (vector::iterator schema4 = xs__schema_.begin(); schema4 != xs__schema_.end(); ++schema4) (*schema4)->traverse(); // find all built-in types, elements, and attributes for (vector::iterator schema5 = xs__schema_.begin(); schema5 != xs__schema_.end(); ++schema5) { if (vflag) for (SetOfString::const_iterator i = (*schema5)->builtinTypes().begin(); i != (*schema5)->builtinTypes().end(); ++i) cerr << " Built-in schema type '" << (*i) << "'" << endl; definitions.builtinTypes((*schema5)->builtinTypes()); definitions.builtinElements((*schema5)->builtinElements()); definitions.builtinAttributes((*schema5)->builtinAttributes()); } return SOAP_OK; } int wsdl__import::preprocess(wsdl__definitions& definitions) { static map included; bool found = false; if (vflag) cerr << "Preprocess wsdl import '" << (location ? location : "(null)") << "'" << endl; definitionsRef = NULL; if (namespace_) { for (SetOfString::const_iterator i = exturis.begin(); i != exturis.end(); ++i) { if (!soap_tag_cmp(namespace_, *i)) { found = true; break; } } } if (!found && location) { map::iterator i = included.find(location); if (i != included.end()) { if (vflag) fprintf(stderr, "\nWSDL/XSD '%s' already imported\n", location); found = true; definitionsRef = (*i).second; } } if (!found && location) { // parse imported definitions const char *source = definitions.sourceLocation(); if (vflag) cerr << "Importing '" << location << "' into '" << (source ? source : "(source location not set)") << "'" << endl; definitionsRef = new wsdl__definitions(definitions.soap); if (!definitionsRef) return SOAP_EOF; included[location] = definitionsRef; definitionsRef->read(source, location); if (!namespace_) namespace_ = definitionsRef->targetNamespace; else if (!definitionsRef->targetNamespace || !*definitionsRef->targetNamespace) definitionsRef->targetNamespace = namespace_; else if (strcmp(namespace_, definitionsRef->targetNamespace)) cerr << "Error: wsdl definitions/import '" << location << "' namespace '" << namespace_ << "' does not match imported targetNamespace '" << definitionsRef->targetNamespace << "'" << endl; } else if (!location) cerr << "\nWarning: wsdl definitions/import has no location attribute" << endl; return SOAP_OK; } int wsdl__import::traverse(wsdl__definitions& definitions) { if (definitionsRef) { if (vflag) cerr << " Analyzing imported wsdl namespace '" << (namespace_ ? namespace_ : "(null)") << "' in wsdl namespace '" << (definitions.targetNamespace ? definitions.targetNamespace : "(null)") << "'" << endl; if (!definitionsRef->targetNamespace) { if (namespace_) definitionsRef->targetNamespace = namespace_; else definitionsRef->targetNamespace = definitions.targetNamespace; } return definitionsRef->traverse(); } return SOAP_OK; } void wsdl__import::definitionsPtr(wsdl__definitions *definitions) { definitionsRef = definitions; if (!definitionsRef && vflag) cerr << "\nWarning: wsdl__import definitions set to NULL" << endl; } wsdl__definitions *wsdl__import::definitionsPtr() const { return definitionsRef; } wsdl__import::wsdl__import() { definitionsRef = NULL; } //////////////////////////////////////////////////////////////////////////////// // // streams // //////////////////////////////////////////////////////////////////////////////// ostream &operator<<(ostream &o, const wsdl__definitions &e) { if (!e.soap) { struct soap soap; soap_init2(&soap, SOAP_IO_DEFAULT, SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(&soap, namespaces); e.soap_serialize(&soap); soap_begin_send(&soap); e.soap_out(&soap, "wsdl:definitions", 0, NULL); soap_end_send(&soap); soap_destroy(&soap); soap_end(&soap); soap_done(&soap); } else { ostream *os = e.soap->os; e.soap->os = &o; e.soap_serialize(e.soap); soap_begin_send(e.soap); e.soap_out(e.soap, "wsdl:definitions", 0, NULL); soap_end_send(e.soap); e.soap->os = os; } return o; } istream &operator>>(istream &i, wsdl__definitions &e) { if (!e.soap) { e.soap = soap_new1(SOAP_XML_TREE | SOAP_C_UTFSTRING); soap_set_namespaces(e.soap, namespaces); } istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || !e.soap_in(e.soap, "wsdl:", NULL) || soap_end_recv(e.soap)) { // handle error? Note: e.soap->error is set and app should check } e.soap->is = is; return i; } //////////////////////////////////////////////////////////////////////////////// // // Miscellaneous // //////////////////////////////////////////////////////////////////////////////// extern "C" { int warn_ignore(struct soap *soap, const char *tag) { // We don't warn if the omitted element was an annotation or a documentation in an unexpected place if (soap->mustUnderstand) fprintf(stderr, "Error: element '%s' at level %d must be understood\n", tag, soap->level); if (!Wflag && soap_match_tag(soap, tag, "xs:annotation") && soap_match_tag(soap, tag, "xs:documentation") && soap_match_tag(soap, tag, "xs:appinfo")) fprintf(stderr, "\nWarning: unexpected element '%s' at level %d is skipped (safe to ignore)\n", tag, soap->level); if (soap->body && !soap_string_in(soap, 0, -1, -1, NULL)) return soap->error; return SOAP_OK; } int show_ignore(struct soap *soap, const char *tag) { warn_ignore(soap, tag); soap_print_fault_location(soap, stderr); return SOAP_OK; } } // end extern "C" gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/sp.h0000644000175000017500000000436712653650160021556 0ustar ellertellert/* sp.h WS-SecurityPolicy 1.2 binding schemas -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2010, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap sp schema documentation: WS-SecurityPolicy binding //gsoap sp schema namespace: http://docs.oasis-open.org/ws-sx/ws-securitypolicy/200702 // 1.1 //gsoap sp schema namespace: http://schemas.xmlsoap.org/ws/2005/07/securitypolicy //gsoap sp schema elementForm: qualified //gsoap sp schema attributeForm: unqualified #import "imports.h" #import "wsam.h" #import "wst.h" class sp__Header { public: @xsd__NCName Name; @xsd__anyURI Namespace; }; class sp__Parts { public: xsd__string Body; std::vector Header; xsd__string Attachments; }; class sp__Elements { public: @xsd__anyURI XPathVersion; std::vector XPath; }; class sp__Token : public wsp__Assertion { public: @xsd__anyURI IncludeToken; wsa__EndpointReferenceType *Issuer; xsd__anyURI IssuerName; wst__Claims *wst__Claims_; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/stdsoap2.cpp0000644000175000017500000203723112653650160023224 0ustar ellertellert/* stdsoap2.c[pp] 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20828 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) # include #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "Ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.28 2016-02-01 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.28 2016-02-01 00:00:00 GMT") #endif /* 8bit character representing unknown character entity or multibyte data */ #ifndef SOAP_UNKNOWN_CHAR # define SOAP_UNKNOWN_CHAR (0x7F) #endif /* unicode character representing unknown characters outside the XML 1.0 UTF8 unicode space */ #ifdef WITH_REPLACE_ILLEGAL_UTF8 # ifndef SOAP_UNKNOWN_UNICODE_CHAR # define SOAP_UNKNOWN_UNICODE_CHAR (0xFFFD) # endif #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t*, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static int soap_type_punned(struct soap*, const struct soap_ilist*); static int soap_is_shaky(struct soap*, void*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); #endif static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen); static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #ifdef WITH_SYSTEMSSL static int ssl_auth_init(struct soap*); static int ssl_recv(int sk, void *s, int n, char *user); static int ssl_send(int sk, void *s, int n, char *user); #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[21] = "\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[41] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { int nwritten, err; SOAP_SOCKET sk; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif sk = soap->sendsk; if (!soap_valid_socket(sk)) sk = soap->socket; while (n) { if (soap_valid_socket(sk)) { if (soap->send_timeout) { for (;;) { int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_write(soap->ssl, (char*)s, n, &nwritten); if (err != GSK_OK) nwritten = 0; } else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, sk, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } if (nwritten < 0) { err = soap_socket_errno(sk); if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(sk, s, (int)n, soap->socket_flags); #else nwritten = send(sk, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { int r = 0; err = soap_socket_errno(sk); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if ((soap->mode & SOAP_IO_LENGTH)) soap->count += n; else if (soap->mode & SOAP_IO) { size_t i = sizeof(soap->buf) - soap->bufidx; while (n >= i) { soap_memcpy((void*)(soap->buf + soap->bufidx), i, (const void*)s, i); soap->bufidx = sizeof(soap->buf); if (soap_flush(soap)) return soap->error; s += i; n -= i; i = sizeof(soap->buf); } soap_memcpy((void*)(soap->buf + soap->bufidx), sizeof(soap->buf) - soap->bufidx, (const void*)s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf))) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { void *t; if (!(t = soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; soap_memcpy(t, n, (const void*)s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[24]; (SOAP_SNPRINTF(t, sizeof(t), 20), &"\r\n%lX\r\n"[soap->chunksize ? 0 : 2], (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)n, soap->socket, soap->sendfd)); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { int r; int retries = 100; /* max 100 retries with non-blocking sockets */ SOAP_SOCKET sk; soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->is) /* recv from C++ stream */ { if (soap->is->good()) return (size_t)soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #else if (soap->is) /* recv from C buffer until NUL */ { size_t l = strlen(soap->is); if (l > n) l = n; soap_memcpy(s, n, soap->is, l); soap->is += l; return l; } #endif sk = soap->recvsk; if (!soap_valid_socket(sk)) sk = soap->socket; if (soap_valid_socket(sk)) { for (;;) { #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* OpenSSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_read(soap->ssl, s, n, &r); if (err == GSK_OK && r > 0) return (size_t)r; if (err != GSK_OK && err != GSK_WOULD_BLOCK && err != GSK_WOULD_BLOCK_WRITE) return 0; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); #endif } else #endif r = recv(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(sk); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_SYSTEMSSL) if (soap->ssl && err == GSK_WOULD_BLOCK_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(sk); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) int r; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; if (soap->count > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > sizeof(soap->buf) ? sizeof(soap->buf) : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket=%d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (soap->count + ret > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif if (ret) { soap->count += ret; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read count=%lu (+%lu)\n", (unsigned long)soap->count, (unsigned long)ret)); return SOAP_OK; } return EOF; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recverror = %d\n", soap->recverror)); if (soap->recverror) soap->bufidx = soap->buflen = 0; else { soap->recverror = soap_recv_raw(soap); /* do not call again after EOF */ soap->buflen -= soap->bufidx; /* chunked may set bufidx > 0 to skip hex chunk length */ } if ((err = soap->ffilterrecv(soap, soap->buf + soap->bufidx, &soap->buflen, sizeof(soap->buf) - soap->bufidx))) return soap->error = err; if (soap->buflen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filtered %lu\n", (unsigned long)soap->buflen)); soap->buflen += soap->bufidx; return SOAP_OK; } if (soap->recverror) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed EOF%d\n", soap->recverror)); return soap->recverror; } } return soap->recverror = soap_recv_raw(soap); #else return soap_recv_raw(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, LONG64 other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { LONG64 bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; int i; soap_wchar c; char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, (LONG64)SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; char *s = buf; int i = sizeof(buf); soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, size_t n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %lu bytes forward\n", (unsigned long)n)); for (; n; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, unsigned long c) { char tmp[24]; if ((c < 0x7F && c > 0x1F)) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifdef WITH_REPLACE_ILLEGAL_UTF8 if (!(c == 0x09 || c == 0x0A || c == 0x0D || (c >= 0x80 && c <= 0xD7FF) || (c >= 0xE000 && c <= 0xFFFD) || (c >= 0x10000 && c <= 0x10FFFF))) c = SOAP_UNKNOWN_UNICODE_CHAR; #endif #ifndef WITH_LEAN if (c > 0x9F) { char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } else #endif (SOAP_SNPRINTF(tmp, sizeof(tmp), 20), "&#x%lX;", c); return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c >= 0x80) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char *s) { size_t l = 0; while (*s) if ((*s++ & 0xC0) != 0x80) l++; return l; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_hex2s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { char *s; size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { char d1, d2; soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; size_t l = soap->lablen + i - k; soap_unget(soap, c); if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { char d1, d2; soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { int i; unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_base642s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { size_t i, k; char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (k > 2) { for (i = 0; i < k - 2; i += 3) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; size_t l; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } l = soap->lablen + i - k; if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_attachment_forward(soap, ptr, size, id, type, options) || (soap->body && soap_element_end_in(soap, "xop:Include"))) return soap->error; } } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_memdup(struct soap *soap, const void *s, size_t n) { void *t = NULL; if (s && (t = soap_malloc(soap, n))) soap_memcpy(t, n, s, n); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s) { size_t l = strlen(s) + 1; if ((t = (char*)soap_malloc(soap, l))) soap_memcpy((void*)t, l, (const void*)s, l); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; n = sizeof(wchar_t)*(n+1); if ((t = (wchar_t*)soap_malloc(soap, n))) soap_memcpy((void*)t, n, (const void*)s, n); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strtrim(struct soap *soap, char *s) { (void)soap; if (s) { char *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = '\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrtrim(struct soap *soap, wchar_t *s) { (void)soap; if (s) { wchar_t *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = L'\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->head = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { struct soap_bhead *p; if (!b) b = soap->blist; if (!(p = (struct soap_bhead*)SOAP_MALLOC(soap, sizeof(struct soap_bhead) + n))) { soap->error = SOAP_EOM; return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block %p of %u bytes (%u bytes total)\n", p, (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); p->next = b->head; b->head = p; p->size = n; b->size += n; return (void*)(p + 1); /* skip block header and point to n allocated bytes */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; if (!b->head) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->head; b->size -= p->size; b->head = p->next; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len) { const void *start = src, *end = src + len; #ifndef WITH_LEANER struct soap_xlist *xp; #endif #ifndef WITH_NOIDREF if ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update pointers %p (%lu bytes) -> %p\n", src, (unsigned long)len, dst)); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { struct soap_flist *fp; void *p, **q; if (ip->shaky) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update shaky id='%s'\n", ip->id)); if (ip->ptr && ip->ptr >= start && ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update ptr %p -> %p\n", ip->ptr, (const char*)ip->ptr + (dst-src))); ip->ptr = (void*)((const char*)ip->ptr + (dst-src)); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (fp = ip->flist; fp; fp = fp->next) { if (fp->ptr >= start && fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' target type=%d %p -> %p\n", ip->id, fp->type, fp->ptr, (char*)fp->ptr + (dst-src))); fp->ptr = (void*)((const char*)fp->ptr + (dst-src)); } } if (ip->smart && ip->smart >= start && ip->smart < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Smart shared pointer update %p -> %p\n", ip->smart, (const char*)ip->smart + (dst-src))); ip->smart = (void*)((const char*)ip->smart + (dst-src)); } } } } } #else (void)soap; (void)start; (void)end; (void)dst; (void)src; #endif #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (void*)xp->ptr >= start && (void*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update attachment id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (dst-src))); xp->ptr = (unsigned char**)((char*)xp->ptr + (dst-src)); xp->size = (int*)((char*)xp->size + (dst-src)); xp->type = (char**)((char*)xp->type + (dst-src)); xp->options = (char**)((char*)xp->options + (dst-src)); } } #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, const char *start, const char *end) { int i; struct soap_ilist *ip = NULL; struct soap_flist *fp = NULL; const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if (fp->type == ip->type && (const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { int i; short flag; const char *id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded refs\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { void **q; struct soap_flist *fp, **fpp = &ip->flist; if (ip->spine) ip->spine[0] = ip->ptr; q = (void**)ip->link; ip->link = NULL; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); while (q) { void *p = *q; *q = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, ip->ptr)); q = (void**)p; } while ((fp = *fpp)) { if (fp->level > 0 && fp->finsert) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... insert type=%d link %p -> %p\n", fp->type, fp->ptr, ip->ptr)); if (ip->spine && fp->level <= SOAP_MAXPTRS) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); else if (fp->level == 1) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->ptr, &ip->smart); else if (fp->level <= SOAP_MAXPTRS) { int i; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return soap->error = SOAP_EOM; ip->spine[0] = ip->ptr; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); } *fpp = fp->next; SOAP_FREE(soap, fp); } else fpp = &fp->next; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing id='%s'\n", ip->id)); soap_strcpy(soap->id, sizeof(soap->id), ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; id = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { struct soap_flist *fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving id='%s' type=%d ptr=%p size=%lu ...\n", ip->id, ip->type, ip->ptr, (unsigned long)ip->size)); if (ip->copy) { void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; soap_memcpy((void*)q, ip->size, (const void*)ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } while ((fp = ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d target type=%d location=%p level=%u id='%s'\n", ip->type, fp->type, ip->ptr, fp->level, ip->id)); if (fp->level == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%lu bytes)\n", ip->ptr, fp->ptr, (unsigned long)ip->size)); if (fp->finsert) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, ip->ptr, &ip->smart); else soap_memcpy((void*)fp->ptr, ip->size, (const void*)ip->ptr, ip->size); } ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } else id = ip->id; } } } } while (flag); if (id) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the gSOAP developers\n", id)); return soap_id_nullify(soap, id); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->head) { b->size -= b->head->size - n; b->head->size = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q, *r; if (!b) b = soap->blist; p = b->head; if (!p) return NULL; r = NULL; do { q = p->next; p->next = r; r = p; p = q; } while (p); b->head = r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block %p\n", r + 1)); return (char*)(r + 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; p = b->head; if (p) { b->head = p->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block %p, deleting current block\n", b->head + 1)); SOAP_FREE(soap, p); if (b->head) return (char*)(b->head + 1); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return b->head->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->head; p; p = q) { q = p->next; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restored previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { size_t n; char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->head, p)); if (p) { s = p; for (q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); if (flag) soap_update_pointers(soap, s, q, n); soap_memcpy((void*)s, n, (const void*)q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); #ifndef WITH_NOIDREF if (!soap->blist && ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH))) { int i; struct soap_ilist *ip = NULL; for (i = 0; i < SOAP_IDHASH; i++) for (ip = soap->iht[i]; ip; ip = ip->next) ip->shaky = 0; } #endif return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; const char *t = ",%d"; if (!type) return NULL; if (soap->version == 2) t = " %d"; if (soap->version != 2 && offset) { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i] + offset[i]); } } else { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i]); } } soap_strncat(soap->type, sizeof(soap->type), "]", 1); return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { int i; soap->arrayOffset[0] = '\0'; if (soap->version == 1) { (SOAP_SNPRINTF(soap->arrayOffset, sizeof(soap->arrayOffset) - 1, 20), "[%d", offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->arrayOffset); (SOAP_SNPRINTF(soap->arrayOffset + l, sizeof(soap->arrayOffset) - l - 1, 20), ",%d", offset[i]); } soap_strncat(soap->arrayOffset, sizeof(soap->arrayOffset), "]", 1); } return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *size, int dim) { int i; size_t n = 0; if (size[0] <= 0) return 0; n = (size_t)size[0]; for (i = 1; i < dim; i++) { if (size[i] <= 0) return 0; n *= (size_t)size[i]; } return (size_t)n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { size_t i, k, n; if (!*attr) return 0; i = strlen(attr); n = 1; do { for (; i > 0; i--) if (attr[i - 1] == '[' || attr[i - 1] == ',' || attr[i - 1] == ' ') break; n *= k = (size_t)soap_strtoul(attr + i, NULL, 10); size[--dim] = (int)k; if (n > SOAP_MAXARRAYSIZE) return 0; } while (dim > 0 && --i > 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { int i, j = 0; if (offset) { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } else { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { struct soap_nlist *np; struct Namespace *p; short i = -1; size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) break; if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) soap_strcpy(p->out, k, ns); break; } } } if (!p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; soap_strcpy((char*)np->id, n + 1, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s'='%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s' level=%u\n", soap->level, np->id, np->level)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS) && (n2 > 0 || !np->ns || *np->ns)) { if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; } return SOAP_OK; } if (n1 == 0) return n2 == 0 || (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { struct soap_nlist *np; const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns && *np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { int c1 = *s; int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { const char *s, *t; int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (!t[1]) { if ((soap->mode & SOAP_XML_IGNORENS) || soap_match_namespace(soap, tag1, tag2, 0, t - tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (!(soap->mode & SOAP_XML_IGNORENS) || SOAP_STRCMP(s + 1, tag2)) /* always fails (except when ignoring ns) */ return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2) || ((soap->mode & SOAP_XML_STRICT) && !(soap->mode & SOAP_XML_IGNORENS) && soap_match_namespace(soap, tag1, tag2, 0, 0))) /* strict checking: default namespace must be null namespace */ return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #else soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #endif { int err; soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = ssl_verify_callback; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS (void)randfile; (void)sid; if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; (void)sid; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile) #else soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) #endif { soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS (void)randfile; if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap *soap, const char *crlfile) { #ifdef WITH_OPENSSL if (crlfile && soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) X509_STORE *store = SSL_CTX_get_cert_store(soap->ctx); if (*crlfile) { int ret; X509_LOOKUP *lookup = X509_STORE_add_lookup(store, X509_LOOKUP_file()); if ((ret = X509_load_crl_file(lookup, crlfile, X509_FILETYPE_PEM)) <= 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "Can't read CRL file", SOAP_SSL_ERROR); } X509_VERIFY_PARAM *param = X509_VERIFY_PARAM_new(); X509_VERIFY_PARAM_set_flags(param, X509_V_FLAG_CRL_CHECK); X509_STORE_set1_param(store, param); X509_VERIFY_PARAM_free(param); #endif } else soap->crlfile = crlfile; /* activate later when store is available */ #endif #ifdef WITH_GNUTLS if (crlfile && soap->xcred) { if (*crlfile) if (gnutls_certificate_set_x509_crl_file(soap->xcred, crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } else soap->crlfile = crlfile; /* activate later when xcred is available */ #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* we keep ciphers and digests for the program's lifetime */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(msg) + 1), "%s\n", msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; while ((r = ERR_get_error())) { size_t l = strlen(soap->msgbuf); ERR_error_string_n(r, soap->msgbuf + l, sizeof(soap->msgbuf) - l); } } else { size_t l = strlen(soap->msgbuf); switch (ret) { case 0: soap_strcpy(soap->msgbuf + l, sizeof(soap->msgbuf) - l, "EOF was observed that violates the SSL/TLS protocol. The client probably provided invalid authentication information."); break; case -1: { const char *s = strerror(soap_errno); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, strlen(s) + 42), "Error observed by underlying SSL/TLS BIO: %s", s); } break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS (void)soap; return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_recv(int sk, void *s, int n, char *user) { (void)user; return recv(sk, s, n, 0); } #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_send(int sk, void *s, int n, char *user) { (void)user; return send(sk, s, n, 0); } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) EVP_PKEY* pkey; #endif if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x10100000L) /* TLS_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(TLS_method()); #else /* SSLv23_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(SSLv23_method()); #endif if (!soap->ctx) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } /* This code assumes a typical scenario with key and cert in one PEM file, see alternative code below */ #if 1 if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } #ifndef WM_SECURE_KEY_STORAGE if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); #endif } #else /* Suggested alternative approach to check the key file for cert only when cafile==NULL */ if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } else /* use cafile for (server) cert and keyfile for (server) key */ { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->keyfile) if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) if (NULL == (pkey = ipcom_key_db_pkey_get(soap->keyid))) return soap_set_receiver_error(soap, "SSL error", "Can't find key", SOAP_SSL_ERROR); if (0 == SSL_CTX_use_PrivateKey(soap->ctx, pkey)) return soap_set_receiver_error(soap, "SSL error", "Can't read key", SOAP_SSL_ERROR); #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') #if defined(VXWORKS) DH_generate_parameters_ex(dh, n, 2/*or 5*/, NULL); #else dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); #endif else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 by default */ if ((soap->ssl_flags & SOAP_SSLv3)) { #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; #else flags |= SSL_OP_NO_TLSv1; #endif } else { if (!(soap->ssl_flags & SOAP_SSLv3_TLSv1)) flags |= SSL_OP_NO_SSLv3; /* disable SSL v3 by default, unless SOAP_SSLv3 or SOAP_SSLv3_TLSv1 is set */ #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) if ((soap->ssl_flags & SOAP_TLSv1_0)) flags |= SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_1)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_2)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1; #endif } #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* Assumes that key and cert(s) are concatenated in the keyfile */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_SSLv3)) { int protocol_priority[] = { GNUTLS_SSL3, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_0)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.0 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_1)) { int protocol_priority[] = { GNUTLS_TLS1_1, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.1 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_2)) { int protocol_priority[] = { GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.2 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_SSLv3_TLSv1)) { int protocol_priority[] = { GNUTLS_SSL3, GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 & TLSv1 protocols", SOAP_SSL_ERROR); } else { int protocol_priority[] = { GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1 protocols", SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL if (!soap->ctx) { int err; err = gsk_environment_open(&soap->ctx); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV2, GSK_PROTOCOL_SSLV2_OFF); if (err == GSK_OK) { if ((soap->ssl_flags & SOAP_SSLv3) || (soap->ssl_flags & SOAP_SSLv3_TLSv1)) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_ON); else err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_OFF); } if (!(soap->ssl_flags & SOAP_SSLv3)) { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_ON); } else { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_OFF); } if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_FILE, soap->keyfile, 0); /* keyfile is a keyring .kdb file */ if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_PW, soap->password, 0); /* locked by password */ if (err == GSK_OK) err = gsk_environment_init(soap->ctx); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in ssl_auth_init()", SOAP_SSL_ERROR); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { (void)rwflag; if (!buf || !userdata) return 0; soap_strcpy(buf, (size_t)num, (char*)userdata); return (int)strlen(buf); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { (void)store; #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; int err = X509_STORE_CTX_get_error(store); X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "\nDEBUG mode TLS/SSL warnings:\nSSL verify error %d or warning with certificate at depth %d: %s\n", err, X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(err)); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate issuer: %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate subject: %s\n", buf); /* accept self-signed certificates and certificates out of date */ switch (err) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; fprintf(stderr, "Initialize soap_ssl_client_context with SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE to allow this verification error to pass without DEBUG mode enabled\n"); } } #endif /* Note: return 1 to try to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (!ok) { /* accept self signed certificates, expired certificates, and certficiates w/o CRL */ switch (X509_STORE_CTX_get_error(store)) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET sk = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; int err, s; int retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_SERVER_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in soap_ssl_accept()", SOAP_SSL_ERROR); while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (retries-- <= 0) break; if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in soap_ssl_accept()", SOAP_SSL_ERROR); #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 37), "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr((char*)addr); #endif #endif if (iadd != -1) { if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)&iadd, sizeof(iadd))) return soap->error = SOAP_EOM; return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) || defined(__ANDROID__) if (gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname((char*)addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)host->h_addr, (size_t)host->h_length)) return soap->error = SOAP_EOM; #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET sk; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err || !res) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: sk = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->error = SOAP_OK; soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) sk = socket(AF_INET, SOCK_DGRAM, 0); else #endif sk = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(sk)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if ((soap->connect_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(sk, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } if ((soap->connect_flags & ~SO_LINGER) && setsockopt(sk, SOL_SOCKET, soap->connect_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(sk, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(sk, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Opening socket=%d to host='%s' port=%d\n", sk, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return sk; #endif #else if ((soap->omode & SOAP_IO_UDP)) { if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)res->ai_addr, res->ai_addrlen)) { soap->error = SOAP_EOM; soap->fclosesocket(soap, sk); sk = SOAP_INVALID_SOCKET; } soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return sk; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(sk, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(sk, &soap->peer.addr, sizeof(soap->peer.in))) #endif { err = soap_socket_errno(sk); #ifdef WITH_IPV6 if (err == SOAP_ECONNREFUSED && res->ai_next) { soap->fclosesocket(soap, sk); res = res->ai_next; goto again; } #endif #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, sk); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { int r; r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum = soap_socket_errno(sk); if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(sk, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, sk); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = sk; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (endpoint && !soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifdef WITH_OPENSSL BIO *bio; #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server %s for destination endpoint %s\n", soap->proxy_http_version, soap->proxy_host, endpoint)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send_flush(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = status; /* restore */ soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (endpoint) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } #if (OPENSSL_VERSION_NUMBER >= 0x1000000aL) if (!(soap->ssl_flags & SOAP_SSLv3) && !SSL_set_tlsext_host_name(soap->ssl, host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #elif (OPENSSL_VERSION_NUMBER >= 0x0090800fL) && defined(SSL_CTRL_SET_TLSEXT_HOSTNAME) if (SSL_ctrl(soap->ssl, SSL_CTRL_SET_TLSEXT_HOSTNAME, TLSEXT_NAMETYPE_host_name, (void*)host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(sk) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; STACK_OF(CONF_VALUE) *val = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) GENERAL_NAMES *names = NULL; #else int ext_count; #endif int ok = 0; X509 *peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #if (OPENSSL_VERSION_NUMBER < 0x0090800fL) ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); unsigned char *data; if (!meth) break; data = ext->value->data; if (data) { #if (OPENSSL_VERSION_NUMBER > 0x00907000L) void *ext_data; if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { #if (OPENSSL_VERSION_NUMBER > 0x0090800fL) ext_data = meth->d2i(NULL, (const unsigned char **)&data, ext->value->length); #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif } if (ext_data) val = meth->i2v(meth, ext_data, NULL); else val = NULL; if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else void *ext_data = meth->d2i(NULL, &data, ext->value->length); if (ext_data) val = meth->i2v(meth, ext_data, NULL); meth->ext_free(ext_data); #endif if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } } } if (ok) break; } } #else names = (GENERAL_NAMES*)X509_get_ext_d2i(peer, NID_subject_alt_name, NULL, NULL); if (names) { val = i2v_GENERAL_NAMES(NULL, names, val); sk_GENERAL_NAME_pop_free(names, GENERAL_NAME_free); } if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #endif if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, sk); soap->error = soap_set_sender_error(soap, "SSL/TLS verify error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #ifdef WITH_SYSTEMSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); /* Certificate label */ if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_CLIENT_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) { soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in tcp_connect()", SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } /* Try connecting until success or timeout (when nonblocking) */ while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (r < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (r == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } #endif soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; #else soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET sk, int flags, int timeout) { int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; int retries = 0; int eintr = SOAP_MAXEINTR; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)sk >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; pollfd.fd = (int)sk; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout <= 0) timeout /= -1000; /* -usec -> ms */ else { retries = timeout - 1; timeout = 1000; } do { r = poll(&pollfd, 1, timeout); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif if (timeout > 0) retries = timeout - 1; do { rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(sk, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(sk, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(sk, efd); } if (timeout <= 0) { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } else { tv.tv_sec = 1; tv.tv_usec = 0; } r = select((int)sk + 1, rfd, sfd, efd, &tv); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(sk, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(sk, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(sk, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET sk; (void)soap; sk = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, FD_CLOEXEC); #endif #endif return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { soap_strcpy(soap->session_host, sizeof(soap->session_host), soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { gsk_secure_socket_shutdown(soap->ssl); gsk_secure_socket_close(&soap->ssl); } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET sk) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket=%d\n", (int)sk)); return soap_closesocket(sk); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET sk, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket=%d how=%d\n", (int)sk, how)); return shutdown(sk, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)addrinfo->ai_addr, addrinfo->ai_addrlen)) { soap->error = SOAP_EOM; return SOAP_INVALID_SOCKET; } soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = &soap->peer.addr; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->port = port; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && (!((soap->imode | soap->omode) & SOAP_IO_UDP)) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_FASTOPEN if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, SOL_TCP, TCP_FASTOPEN, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_FASTOPEN failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.in.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.in.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, &soap->peer.addr, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif { int t; if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, (char*)&t, 1, MSG_PEEK) > 0)) return SOAP_OK; } } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else (void)soap; return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); int err; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) n = (int)sizeof(soap->peer); soap->socket = soap->faccept(soap, soap->master, &soap->peer.addr, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 char *s = soap->host; char port[16]; int i; getnameinfo(&soap->peer.addr, n, soap->host, sizeof(soap->host), port, sizeof(port), NI_NUMERICHOST | NI_NUMERICSERV); soap->ip = 0; for (i = 0; i < 4 && *s; i++) { soap->ip = (soap->ip << 8) + (unsigned int)soap_strtoul(s, &s, 10); if (*s) s++; } soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); (SOAP_SNPRINTF(soap->host, sizeof(soap->host), 80), "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.in.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept socket=%d at port=%d from IP='%s'\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if ((soap->accept_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } if ((soap->accept_flags & ~SO_LINGER) && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (!(soap->mode & SOAP_MIME_POSTCHECK)) { if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; } #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context%s\n", soap->state == SOAP_COPY ? " copy" : "")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ if (soap->master == soap->socket) /* do not close twice */ soap->master = SOAP_INVALID_SOCKET; soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) gsk_secure_socket_close(&soap->ssl); if (soap->state == SOAP_INIT) if (soap->ctx) gsk_environment_close(&soap->ctx); #endif #ifdef WITH_C_LOCALE if (soap->c_locale) { # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif soap->c_locale = NULL; } #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; do { soap->length = 0; soap->http_content = NULL; soap->action = NULL; soap->status = 0; soap->body = 1; if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; /* HTTP 1.0 does not support chunked transfers */ } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m, n, k; while (soap_blank(soap->msgbuf[l])) l++; m = strlen(soap->endpoint); n = m + (s - soap->msgbuf) - l - 1; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; if (m > n) m = n; k = n - m + 1; if (k >= sizeof(soap->path)) k = sizeof(soap->path) - 1; while (k > 0 && soap_blank(soap->msgbuf[l + k - 1])) k--; soap_strncpy(soap->path, sizeof(soap->path), soap->msgbuf + l, k); if (*soap->path && *soap->path != '/') soap_strncpy(soap->endpoint, sizeof(soap->endpoint), soap->path, k); else soap_strncat(soap->endpoint, sizeof(soap->endpoint), soap->path, k); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Target endpoint='%s' path='%s'\n", soap->endpoint, soap->path)); if (httpcmd > 1) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; return SOAP_OK; } #if 0 if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) #endif if (soap->body) { if ((soap->status >= 200 && soap->status <= 299) /* OK, Accepted, etc */ || soap->status == 400 /* Bad Request */ || soap->status == 500) /* Internal Server Error */ return soap->error = SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap, NULL); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } else if (soap->status >= 200 && soap->status <= 299) return soap->error = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP error %d: %s\n", soap->status, soap->msgbuf)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "https://"); else #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "http://"); soap_strncat(soap->endpoint, sizeof(soap->endpoint), val, sizeof(soap->endpoint) - 9); } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); if (!soap->length) soap->body = 0; } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #if !defined(WITH_LEAN) || defined(WITH_NTLM) else if (!soap_tag_cmp(key, "Authorization") || !soap_tag_cmp(key, "Proxy-Authorization")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { soap_strcpy(soap->endpoint, sizeof(soap->endpoint), val); } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { const char *s = line; if (s) { while (*s) { short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; size_t i = len; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (len > 0) { if (*s == '"') { s++; while (*s && *s != '"' && --i) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --i) { if (*s == '%' && s[1] && s[2]) { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } buf[len - 1] = '\0'; /* appease */ } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { const char *msg = SOAP_STR_EOS; (void)soap; (void)status; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { (void)soap; return 405; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { const char *s; int err; size_t l; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && soap_tag_cmp(endpoint, "httpg:*"))) #endif return SOAP_OK; /* set l to prevent overruns ('host' and 'soap->host' are substrings of 'endpoint') */ l = strlen(endpoint) + strlen(soap->http_version) + 80; if (l > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s HTTP/%s", s, endpoint, soap->http_version); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]:%d", host, port); /* RFC 2732 */ else #endif (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s:%d", host, port); } else { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]", host); /* RFC 2732 */ else #endif soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), host); } if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) #ifdef WITH_NTLM if (soap->ntlm_challenge) { l = strlen(soap->ntlm_challenge); if (l) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l + 5), "NTLM %s", soap->ntlm_challenge); if (soap->proxy_host) { if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } else if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } } else { #endif if (soap->userid && soap->passwd) { l = strlen(soap->userid) + strlen(soap->passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd) { l = strlen(soap->proxy_userid) + strlen(soap->proxy_passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #ifdef WITH_NTLM } #endif #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(action) + 2), "\"%s\"", action); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { int err; char http[16]; int code = status; const char *line; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif (SOAP_SNPRINTF(http, sizeof(http), strlen(soap->http_version) + 5), "HTTP/%s", soap->http_version); else soap_strcpy(http, sizeof(http), "Status:"); if (!status || status == SOAP_HTML || status == SOAP_FILE) { if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) code = 200; else code = 202; } else if (status < 200 || status >= 600) { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) code = 405; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) code = 400; else code = 500; } line = http_error(soap, code); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP Status = %d %s\n", code, line)); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(http) + 22 + strlen(line)), "%s %d %s", http, code, line); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) + 14 < sizeof(soap->tmpbuf)) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char *s, const char *t) { if (!t || (*t != '/' && *t != '?')) return s; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t)), "%s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char *s, char *t, size_t len) { int c; size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap *soap, const char *s) { if (s) { size_t n = 3*strlen(s)+1; char *t = (char*)soap_malloc(soap, n); if (t) { soap_encode_url(s, t, n); return t; } } return SOAP_STR_EOS; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie='%s' domain='%s' path='%s'\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s='%s' domain='%s' path='%s' env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && ((!p->domain && !domain) || (p->domain && !strcmp(p->domain, domain))) && ((!p->path && !path) || (p->path && !strncmp(p->path, path, strlen(p->path))))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s='%s' domain='%s' path='%s'\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(name); if ((q->name = (char*)SOAP_MALLOC(soap, l + 1))) soap_strcpy(q->name, l + 1, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value) { size_t l = strlen(value); q->value = (char*)SOAP_MALLOC(soap, l + 1); if (q->value) soap_strcpy(q->value, l + 1, value); } if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain) { size_t l = strlen(domain); q->domain = (char*)SOAP_MALLOC(soap, l + 1); if (q->domain) soap_strcpy(q->domain, l + 1, domain); } if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path) { size_t l = strlen(path); q->path = (char*)SOAP_MALLOC(soap, l + 1); if (q->path) soap_strcpy(q->path, l + 1, path); } q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && (!q->domain || !strcmp(q->domain, domain)) && (!q->path || !strncmp(q->path, path, strlen(q->path)))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age=%ld: cookie='%s' domain='%s' path='%s'\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_url(p->name, s, 4064 - (s-tmp)); if (p->value && *p->value) { *s++ = '='; s += soap_encode_url(p->value, s, 4064 - (s-tmp)); } if (p->domain && (int)strlen(p->domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), soap->cookie_domain); } s += strlen(s); soap_strcpy(s, 4096 - (s-tmp), ";Path=/"); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < 4064 - (s-tmp)) { if (strchr(t, '%')) /* already URL encoded? */ { soap_strcpy(s, 4096 - (s-tmp), t); s += strlen(s); } else s += soap_encode_url(t, s, 4064 - (s-tmp)); } } if (p->version > 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) soap_strcpy(s, 4096 - (s-tmp), ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain='%s' path='%s'\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = hostent->h_name; if (*t == '.') { size_t k = strlen(hostent->h_name); if (k >= n) r = hostent->h_name + k - n; } flag = !strncmp(t, r, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Domain cookie %s host %s (match=%d)\n", t, r, flag)); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { *s++ = ' '; } if (q->version != version && s-tmp < 4060) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_url(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_url(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path && (s-tmp) + strlen(q->path) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain && (s-tmp) + strlen(q->domain) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)tmp, l); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)tmp, l); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(tmp) + 1; if ((p->name = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->name, l, (const void*)tmp, l); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { l = strlen(tmp) + 1; if ((p->value = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->value, l, (const void*)tmp, l); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { l = strlen(soap->host) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)soap->host, l); } else p->domain = NULL; if (path) p->path = path; else if (*soap->path) { l = strlen(soap->path) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)soap->path, l); } else { if ((p->path = (char*)SOAP_MALLOC(soap, 2))) soap_memcpy((void*)p->path, 2, (const void*)"/", 2); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { size_t l = strlen(p->name) + 1; if (((*q)->name = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->name, l, p->name, l); } if (p->value) { size_t l = strlen(p->value) + 1; if (((*q)->value = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->value, l, p->value, l); } if (p->domain) { size_t l = strlen(p->domain) + 1; if (((*q)->domain = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->domain, l, p->domain, l); } if (p->path) { size_t l = strlen(p->path) + 1; if (((*q)->path = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->path, l, p->path, l); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char *s) { size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap; #ifdef __cplusplus soap = SOAP_NEW(struct soap); #else soap = (struct soap*)malloc(sizeof(struct soap)); #endif if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); #ifdef __cplusplus SOAP_DELETE(soap); #else free(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { struct soap_pblk *pb, *next; int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int t) { int id; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (!p || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return 0; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return id; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { size_t h; struct soap_plist *pp; (void)n; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%lu type=%d id=%d\n", p, a, (unsigned long)n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->dup = NULL; pp->array = a; pp->size = n; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (!p || !a) return 0; for (pp = soap->pht[soap_hash_ptr(a)]; pp; pp = pp->next) { if (pp->type == type && pp->array == a && pp->size == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a, type, pp->id)); return pp->id; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; } if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #else (void)soap; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; if (soap->count > sizeof(soap->buf)) return soap->error = SOAP_UDP_ERROR; } #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #if !defined(__cplusplus) || defined(WITH_COMPAT) else if (soap->os != NULL) { *soap->os = NULL; soap->mode |= SOAP_IO_STORE; } #endif } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->os && soap->sendfd >= 0) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { if (soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)"\37\213\10\0\0\0\0\0\0\377", 10)) return soap->error = SOAP_EOM; soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = sizeof(soap->buf) - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const void *a, int n, int t) { struct soap_plist *pp; if (!p || !a || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_array_pointer_lookup(soap, p, a, n, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p n=%lu type=%d (%d %d)\n", p, a, (unsigned long)n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (id >= 0 || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (id < -1) return soap_embed(soap, p, NULL, 0, t); if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (soap->version == 1 && soap->part != SOAP_IN_HEADER) { if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } else if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *aid, const char *atype, const char *aoptions, const char *type, int t) { struct soap_plist *pp; int i; if (!p || !a || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->dime_id_format) + 20), soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a, n); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a, n); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { size_t l = strlen(aid) - 1; char *s = (char*)soap_malloc(soap, l); if (s) { s[0] = '<'; soap_strncpy(s + 1, l - 1, aid + 4, l - 3); s[l - 2] = '>'; s[l - 1] = '\0'; content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { int i; struct soap_ilist *ip = NULL, *p = NULL; struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id, int t, size_t n) { size_t h; struct soap_ilist *ip; size_t l = strlen(id); ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + l); if (ip) { ip->type = t; ip->size = n; ip->ptr = NULL; ip->spine = NULL; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->smart = NULL; ip->shaky = 0; soap_strcpy((char*)ip->id, l + 1, id); h = soap_hash(id); /* h = (HASH(id) % SOAP_IDHASH) so soap->iht[h] is safe */ ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { char *p; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if ((p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t))) == NULL) { soap->error = SOAP_EOM; return NULL; } /* set a canary word to detect memory overruns and data corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { int i; struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { void *p = malloc(size); if (soap) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { if (!soap) free(p); else { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } free(p); mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { char **q; for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { struct soap_clist *q = *cp; *cp = q->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Delete %p type=%d (cp=%p)\n", q->ptr, q->type, q)); if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* assume this was deallocated */ soap->header = NULL; /* assume this was deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { struct soap_clist *cp; char **q; #ifdef SOAP_MEM_DEBUG void *p; struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; #ifdef SOAP_MEM_DEBUG cp = soap->clist; while (cp) { h = soap_hash_ptr(cp); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == cp) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } cp = cp->next; } #endif cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { struct soap_clist *cp = NULL; if (soap && p && n != SOAP_NO_LINK_TO_DELETE) { if (!(cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) soap->error = SOAP_EOM; else { cp->next = soap->clist; cp->type = soap->alloced = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { char **q; struct soap_clist **cp; if (soap && p) { for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap *soap) { short f = soap->shaky; soap->shaky = 1; return f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap *soap, short f) { soap->shaky = f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF static int soap_is_shaky(struct soap *soap, void *p) { (void)p; if (!soap->blist && !soap->shaky) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shaky %p\n", p)); return 1; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); *p = NULL; if (k) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; *p = &ip->spine[k - 1]; } else { ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); } } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t)) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup type incompatibility: ref='%s' id-type=%d ref-type=%d\n", id, ip->type, t)); soap_id_nullify(soap, id); return NULL; } else if (k == 0 && ip->ptr && !ip->shaky) /* when block lists are in use, ip->ptr will change */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, ip->ptr, (unsigned int)n, k)); *p = ip->ptr; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } *p = NULL; if (k) { if (!ip->spine) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; } *p = &ip->spine[k - 1]; if (ip->ptr && !ip->shaky) ip->spine[0] = ip->ptr; } else { void *q = ip->link; ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); *p = q; } } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, t, (unsigned long)n, k, p)); } else if ((ip->type != t || ip->size != n) && k == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } if (finsert || n < sizeof(void*)) { struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->index = i; fp->finsert = finsert; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u index=%lu href='%s'\n", t, tt, (unsigned long)n, p, k, (unsigned long)i, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, t, href)); *(void**)p = ip->copy; ip->copy = p; } ip->shaky = soap_is_shaky(soap, p); return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif (void)id; (void)fbase; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d location=%p size=%lu\n", id, t, p, (unsigned long)n)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); /* alloced set in soap_link() */ else { p = soap_malloc(soap, n); soap->alloced = t; } } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup entry id='%s' for location=%p\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; ip->ptr = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu location=%p\n", id, t, (unsigned long)n, p)); if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); soap_strcpy(soap->id, sizeof(soap->id), id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter type incompatibility id='%s' expect type=%d size=%lu got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, t, (unsigned long)n)); soap_id_nullify(soap, id); return NULL; } else { ip->type = t; ip->size = n; ip->ptr = p; if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); if (soap->alloced || !ip->shaky) { void **q; /* ptr will not change later, so resolve links now */ if (ip->spine) ip->spine[0] = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); q = (void**)ip->link; while (q) { void *r = *q; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, p)); q = (void**)r; } ip->link = NULL; } } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char *id, int t, size_t n) { (void)soap; (void)id; (void)t; (void)n; #ifndef WITH_NOIDREF if (id && *id) { struct soap_ilist *ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New smart shared pointer entry id='%s' type=%d size=%lu smart=%p\n", id, t, (unsigned long)n, ip->smart)); return &ip->smart; } #endif return NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 static int soap_type_punned(struct soap *soap, const struct soap_ilist *ip) { const struct soap_flist *fp; (void)soap; if (ip->ptr || ip->copy) return 1; for (fp = ip->flist; fp; fp = fp->next) if (fp->level == 0) return 1; return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap *soap, const char *id) { int i; for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { void *p, *q; for (p = ip->link; p; p = q) { q = *(void**)p; *(void**)p = NULL; } ip->link = NULL; } } soap_strcpy(soap->id, sizeof(soap->id), id); return soap->error = SOAP_HREF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif return soap_end_send_flush(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != sizeof(soap->buf)) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf) - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { #if !defined(__cplusplus) || defined(WITH_COMPAT) if (soap->os) { char *b = (char*)soap_push_block(soap, NULL, 1); if (b) *soap->os = soap_save_block(soap, NULL, NULL, 0); } else #endif { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)soap_block_size(soap, NULL), soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; #endif } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send 7 bytes to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) if (!soap->ssl) #endif if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) soap->os->flush(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ soap->c14ninclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) continue; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { struct soap_attribute *tp, *tq; struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { SOAP_FREE(soap, ns->out); ns->out = NULL; } } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_iht(soap); #endif soap_free_pht(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, s); if (logfile) { size_t l = strlen(logfile) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)logfile, l); } soap->logfile[i] = t; } #endif /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); #endif } /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { struct soap *copy = soap_versioning(soap_new)(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); if (soap_copy_context(copy, soap) != NULL) return copy; soap_free(copy); return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); soap_memcpy((void*)copy, sizeof(struct soap), (const void*)soap, sizeof(struct soap)); copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = soap->local_namespaces; copy->local_namespaces = NULL; soap_set_local_namespaces(copy); /* copy content of soap->local_namespaces */ copy->namespaces = soap->namespaces; /* point to shared read-only namespaces table */ copy->c_locale = NULL; #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); #endif soap_init_pht(copy); copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not allocate plugin '%s'\n", p->id)); soap_end(copy); soap_done(copy); return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && (copy->error = p->fcopy(copy, q, p))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s' error = %d\n", p->id, copy->error)); SOAP_FREE(copy, q); soap_end(copy); soap_done(copy); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->header = soap->header; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->master = soap->master; copy->socket = soap->socket; copy->sendsk = soap->sendsk; copy->recvsk = soap->recvsk; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; copy->os = soap->os; copy->is = soap->is; copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; soap_memcpy((void*)copy->host, sizeof(copy->host), (const void*)soap->host, sizeof(soap->host)); soap_memcpy((void*)copy->endpoint, sizeof(copy->endpoint), (const void*)soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = soap->bio; copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_GNUTLS copy->session = soap->session; #endif #ifdef WITH_SYSTEMSSL copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (soap->d_stream && soap->zlib_state != SOAP_ZLIB_NONE) { if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) soap_memcpy((void*)copy->d_stream, sizeof(z_stream), (const void*)soap->d_stream, sizeof(z_stream)); } copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, sizeof(soap->buf)); if (copy->z_buf) soap_memcpy((void*)copy->z_buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif soap_memcpy((void*)copy->buf, sizeof(copy->buf), (const void*)soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); copy->version = soap->version; if (soap->nlist && soap->local_namespaces) { struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; soap_memcpy((void*)np, n, (const void*)nq, n); np->next = nr; } while (np) { const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } soap_memcpy((void*)copy->tag, sizeof(copy->tag), (const void*)soap->tag, sizeof(soap->tag)); soap_memcpy((void*)copy->id, sizeof(copy->id), (const void*)soap->id, sizeof(soap->id)); soap_memcpy((void*)copy->href, sizeof(copy->href), (const void*)soap->href, sizeof(soap->href)); soap_memcpy((void*)copy->type, sizeof(copy->type), (const void*)soap->type, sizeof(soap->type)); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); soap_memcpy((void*)tp, n, (const void*)tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) soap_memcpy((void*)tp->value, tp->size, (const void*)tq->value, tp->size); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; soap->ctx = NULL; soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->ctx = (gsk_handle)NULL; soap->ssl = (gsk_handle)NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap *soap) { soap_versioning(soap_init)(soap, SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; /* in_addr_t value */ soap->ipv4_multicast_if = NULL; /* points to struct in_addr or in_addr_t */ soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->long_double_format = NULL; /* Defined in custom serializer custom/long_double.c */ soap->dime_id_format = "cid:id%d"; /* default DIME id format for int id index */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = NULL; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->shaky = 0; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->path[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = "\n"; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->c14ninclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); #endif soap_init_pht(soap); #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = (gsk_handle)NULL; soap->ctx = (gsk_handle)NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif soap->c_locale = NULL; soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap *soap, short version) { soap_set_local_namespaces(soap); if (soap->version != version && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (version == 1) { soap->local_namespaces[0].ns = soap_env1; soap->local_namespaces[1].ns = soap_enc1; } else if (version == 2) { soap->local_namespaces[0].ns = soap_env2; soap->local_namespaces[1].ns = soap_enc2; } soap->version = version; } if (version == 0) soap->encodingStyle = SOAP_STR_EOS; else soap->encodingStyle = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap *soap) { struct Namespace *p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) soap_strncpy(p[1].out, sizeof(soap_enc1), soap_enc1, sizeof(soap_enc1) - 1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) soap_strncpy(p[1].out, sizeof(soap_enc2), soap_enc2, sizeof(soap_enc2) - 1); } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { struct Namespace *ns = soap->local_namespaces; struct soap_nlist *np, *nq, *nr; unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { const struct Namespace *ns1; struct Namespace *ns2; size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { soap_memcpy((void*)ns2, n, (const void*)soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else if (!strcmp(ns2[0].ns, soap_env2)) soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (big && little) { size_t n = strlen(little); const char *s = big; while (s) { const char *t = s; size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (!strncmp(np->id, tag, n) && !np->id[n]) return np; return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; soap_strcpy((char*)np->id, n + 1, id); if (ns) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k + 1, ns); } else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index <= 0) { if (np->level == soap->level) np->index = 1; else soap_push_ns(soap, np->id, np->ns, 1); } } else if (n && strncmp(tag, "xml", 3)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { int p = soap_tagsearch(soap->c14ninclude, np->id) != NULL; if (np->index == 2 || p) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1 && !p) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, tag); elt->lead = NULL; elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog)) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS)) { struct Namespace *ns = soap->local_namespaces; size_t n = 0; s = strchr(tag, ':'); if (s) n = s++ - tag; else s = tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s)) return soap->error; if (n) { if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && ns->ns && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else if (!soap->nlist || *soap->nlist->id) { soap_push_ns(soap, "", "", 0); if (soap_attribute(soap, "xmlns", "")) return soap->error; } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns = soap->local_namespaces; int k = -1; if (ns) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) { if (soap->version) k = 4; /* first four required entries */ else if (!(soap->mode & SOAP_XML_NOTYPE) || (soap->mode & SOAP_XML_NIL)) { ns += 2; k = 2; /* next two entries */ } else k = 0; /* no entries */ } #endif while (k-- && ns->id) { const char *t = ns->out; if (!t) t = ns->ns; if (*ns->id && t && *t) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(ns->id) + 6), "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, t)) return soap->error; } ns++; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, tag); #endif if (id > 0) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(SOAP_BASEREFNAME) + 20), SOAP_BASEREFNAME "%d", id); if (soap->version == 2) { if (soap_attribute(soap, "SOAP-ENC:id", soap->tmpbuf)) return soap->error; } else if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } else if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; } if (soap->null && soap->position > 0 && soap->version == 1) { int i; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf) - 1, 20), "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l - 1, 20), ",%d", soap->positions[i]); } soap_strncat(soap->tmpbuf, sizeof(soap->tmpbuf), "]", 1); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } else soap->encodingStyle = NULL; soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) { if (neg && n == 214748364 && c == '8') { if (t) *t = (char*)(s + 1); return -2147483648; } break; } n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type || soap->version == 0) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, NULL)) return soap->error; if (soap->version == 1) { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } else { const char *s; s = soap_strrchr(type, '['); if (s && (size_t)(s - type) < sizeof(soap->tmpbuf)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), type, s - type); if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; s++; if (*s) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); soap->tmpbuf[strlen(soap->tmpbuf) - 1] = '\0'; if (soap_attribute(soap, "SOAP-ENC:arraySize", soap->tmpbuf)) return soap->error; } } } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && *tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->ns && (np->index == 1 || (np->index == 0 && soap->event == SOAP_SEC_BEGIN && soap_tagsearch(soap->c14ninclude, np->id)))) { if (*(np->id)) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(np->id) + 6), "xmlns:%s", np->id); else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "xmlns"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s' c14ninclude='%s'\n", np->level, soap->tmpbuf, np->ns, soap->c14ninclude ? soap->c14ninclude : "(null)")); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Binding (level=%u) %s='%s' utilized=%d\n", np->level, np->id, np->ns, np->index)); } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->text = soap_strdup(soap, tp->value); (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send_raw(soap, " ", 1) || soap_send(soap, s)) return soap->error; } else #endif if (soap_send_raw(soap, " ", 1) || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) { if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; } else if (soap->mode & SOAP_XML_STRICT) { if (soap_send_raw(soap, "=\"\"", 3)) return soap->error; } tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif if (soap->nlist) soap_pop_namespace(soap); soap->level--; /* decrement level just before /> */ soap->body = 0; return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->nlist) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) tag = s + 1; #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { const char *s = "ref"; int n = 1; if (soap->version == 1) { s = "href"; n = 0; } else if (soap->version == 2) s = "SOAP-ENC:ref"; (SOAP_SNPRINTF(soap->href, sizeof(soap->href), sizeof(SOAP_BASEREFNAME) + 21), "#" SOAP_BASEREFNAME "%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true")) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; } else { soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || (soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark) { (void)a; (void)n; if (!p) { soap->error = soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element_id %p type=%d id=%d\n", p, t, id)); if ((!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return soap_check_and_mark(soap, p, t, mark); if (mark) *mark = NULL; if (id < -1) return soap_embed(soap, p, a, n, t); else if (id <= 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return soap_check_and_mark(soap, p, t, mark); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark) { if (mark) { struct soap_plist *pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check %p and mark %p\n", p, mark)); if (!soap_pointer_lookup(soap, p, t, &pp)) if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return -1; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 > 0) return -1; pp->mark1 = 1; *mark = &pp->mark1; } else { if (pp->mark2 > 0) return -1; pp->mark2 = 1; *mark = &pp->mark2; } } return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **ppp, char **mark) { if (!soap) return NULL; if (mark || !(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark lookup %p type %d\n", p, t)); if (!soap_pointer_lookup(soap, p, t, ppp)) { if (!soap_pointer_enter(soap, p, NULL, 0, t, ppp)) return NULL; } else if (!(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark found %p\n", (*ppp)->dup)); return (*ppp)->dup; } if (mark) { if ((*ppp)->mark1 > 0) (*ppp)->mark1 = 2; /* cycle */ else (*ppp)->mark1 = 1; /* cycle detection */ *mark = &(*ppp)->mark1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark cycle %d\n", (*ppp)->mark1)); } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp) { (void)soap; return pp && pp->mark1 == 2 && (soap->mode & SOAP_XML_TREE); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp) { (void)soap; if (pp) pp->dup = a; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark) { (void)soap; if (mark) *mark = 0; /* release detection */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { (void)tag; if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1, NULL); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->text = soap_strdup(soap, value); a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send_raw(soap, " ", 1) || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); soap->error = SOAP_OK; } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { soap_wchar c; char *s; int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, -1, -1, -1, NULL)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (!soap_match_tag(soap, tp->name, name)) break; } if (tp && tp->visible == 2) { if (flag == 4 || (flag == 2 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 3 || (flag == 1 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { struct soap_attribute *tp, *tq; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { size_t l = strlen(name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)); if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } soap_strcpy((char*)tp->name, l + 1, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } soap_strcpy(tp->value, tp->size, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; soap_strcpy(soap->id, sizeof(soap->id), value); } if ((soap->mode & SOAP_XML_CANONICAL)) { const char *s = strchr(name, ':'); if (s) /* should also check default namespace when 'type' is not qualified? */ { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np && np->ns && soap->local_namespaces) { if ((!strcmp(s + 1, "type") && !strcmp(np->ns, soap->local_namespaces[2].ns)) /* xsi:type QName */ || ((!strcmp(s + 1, "arrayType") || !strcmp(s + 1, "itemType")) && !strcmp(np->ns, soap->local_namespaces[1].ns))) /* SOAP-ENC:arrayType and SOAP-ENC:itemType QName */ soap_utilize_ns(soap, value); } } } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t *n, soap_wchar d) { char buf[8]; size_t i; size_t k = *n; size_t m = 0; char *t = buf; for (i = 0; i < k; i++) { soap_wchar c; if (m) { *s++ = *t++; m--; continue; } if ((soap->mode & SOAP_C_UTFSTRING)) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { t = buf; c &= 0x7FFFFFFF; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = t - buf - 1; if (i + m >= k) { soap_unget(soap, c | 0x80000000); *n = i; return soap->error = SOAP_EOM; } t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = (char)c; break; default: if ((int)c == EOF) { *s = '\0'; *n = i + 1; return soap->error = SOAP_CHK_EOF; } *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, size=%lu\n", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New look-aside buffer size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { soap_memcpy((void*)soap->labbuf, soap->lablen, (const void*)t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { soap_memcpy((void*)(soap->labbuf + soap->labidx), soap->lablen - soap->labidx, (const void*)s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM struct soap_dom_attribute **att = NULL; char *lead = NULL; #endif struct soap_attribute *tp, *tq = NULL; const char *t; char *s; soap_wchar c; int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading up to the start tag is significant for DOM as-is (but comments and PIs are removed from this lead) */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifdef WITH_DOM /* whitespace leading up to the end tag is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = SOAP_STR_EOS; /* body with closing tag instead of */ } #endif return soap->error = SOAP_NO_TAG; } do c = soap_get1(soap); while (soap_blank(c)); s = soap->tag; i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; while (soap_blank(c)) c = soap_get1(soap); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (lead && *lead) elt->lead = soap_strdup(soap, lead); else elt->lead = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->text = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { size_t l = strlen(soap->tmpbuf); tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l); if (!tp) return soap->error = SOAP_EOM; soap_strcpy((char*)tp->name, l + 1, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* append attribute to the end of the list */ if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { size_t k; do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } k = tp->size; if (soap_getattrval(soap, tp->value, &k, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, k)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); tp->value = NULL; for (;;) { k = soap->lablen - soap->labidx; if (soap_getattrval(soap, soap->labbuf + soap->labidx, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; soap_strcpy(tp->value, tp->size, soap->labbuf); #else tp->size = k; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; k = SOAP_BLKLEN; if (soap_getattrval(soap, s, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap_size_block(soap, NULL, k); } else break; } k = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, k))) return soap->error = SOAP_EOM; if (tp->value) { soap_memcpy((void*)s, k, (const void*)tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = k; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->text = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } } else if (!strcmp(tp->name, "href")) { if ((soap->version == 1 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH) || ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#')) soap_strcpy(soap->href, sizeof(soap->href), tp->value); } else if (!strcmp(tp->name, "ref")) { if ((soap->version == 2 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } } #else if (!strcmp(tp->name, "href")) { if ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#') soap_strcpy(soap->href, sizeof(soap->href), tp->value); } #endif else if (!soap_match_tag(soap, tp->name, "xsi:type")) { soap_strcpy(soap->type, sizeof(soap->type), tp->value); } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:encodingStyle")) { if (!soap->encodingStyle) soap->encodingStyle = SOAP_STR_EOS; soap_get_version(soap); } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { soap_strncpy(soap->arrayType, sizeof(soap->arrayType), tp->value, s - tp->value); soap_strcpy(soap->arraySize, sizeof(soap->arraySize), s); } else soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) soap_strcpy(soap->arrayOffset, sizeof(soap->arrayOffset), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!soap_match_tag(soap, tp->name, "SOAP-ENC:id")) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) soap_strcpy(soap->arraySize, sizeof(soap->arraySize), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { const char *t; soap_wchar c; soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || (soap->mode & SOAP_C_UTFSTRING)) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; case 0x7F: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "", 6)) return soap->error; s = t; break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned long)wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { char *s; char *t = NULL; size_t i; long l = 0; int n = 0, f = 0, m = 0; soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (flag <= 0) { int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if ((c & 0x7FFFFFFF) >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if ((c & 0x7FFFFFFF) >= 0x80 && (flag <= 0 || (soap->mode & SOAP_C_UTFSTRING))) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else if (c != ']') state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else if (c != '-') state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else if (c != '?') state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } #ifndef WITH_CDATA if (flag <= 0) c = soap_getchar(soap); else #endif { c = soap_getutf8(soap); if ((soap->mode & SOAP_C_UTFSTRING)) { if (c >= 0x80 || (c < SOAP_AP && c >= -0x7FFFFF80)) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } continue; } } } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { if (flag > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; } else { c = soap_getchar(soap); if (c == '>') n--; } soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag > 0) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag > 0) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag > 0) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag > 0) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag > 0) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_CDATA if (c == '<') { c = soap_getchar(soap); soap_unget(soap, c); if (c == '/') { c = SOAP_TT; if (n == 0) goto end; n--; } else n++; *s++ = '<'; break; } else #endif #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i + 1); t = soap_save_block(soap, NULL, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifndef WITH_LEANER if (pattern && soap->fsvalidate && (soap->error = soap->fsvalidate(soap, pattern, s))) return NULL; #else (void)pattern; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag > 0) soap->dom->text = t; else soap->dom->code = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_wchar2s(soap, s); return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else { /* check for UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && (c & 0xFC00) == 0xD800) { soap_wchar d = *s++; if ((d & 0xFC00) == 0xDC00) c = ((c - 0xD800) << 10) + (d - 0xDC00) + 0x10000; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { wchar_t *s; int i, n = 0, f = 0; long l = 0; soap_wchar c; char *t = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag > 0) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag > 0) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag > 0) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; /* use UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifndef WITH_LEANER if (pattern && soap->fwvalidate && (soap->error = soap->fwvalidate(soap, pattern, s))) return NULL; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_wchar2s(soap, s); #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), NULL, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(int), 0, NULL, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), NULL, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(long), 0, NULL, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOLL *p = soap_strtoll(s, &r, 10); #else *p = (LONG64)soap_strtol(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(LONG64), 0, NULL, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), NULL, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(char), 0, NULL, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), NULL, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(short), 0, NULL, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->float_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->float_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), soap->float_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = (float)strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, SOAP_LOCALE(soap)); if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) double n; if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #elif defined(HAVE_SSCANF) double n; if (sscanf(s, "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), NULL, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(float), 0, NULL, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->double_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->double_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 40), soap->double_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lf", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), NULL, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(double), 0, NULL, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned char), 0, NULL, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned short), 0, NULL, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned int), 0, NULL, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned long), 0, NULL, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOULL *p = soap_strtoull(s, &r, 10); #else *p = (ULONG64)soap_strtoul(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(ULONG64), 0, NULL, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } } return s; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { #ifndef WITH_FAST char *b; #endif if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } #ifdef WITH_FAST soap->labidx = 0; #else if (soap_new_block(soap) == NULL) return NULL; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; const char *p = NULL; short flag = 0; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "#" or "xml" then copy string */ if (!np || *s == '#' || !strncmp(s, "xml:", 4)) { r = s; m = n; } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') { r = q; m = k; } else { flag = 1; r = soap->local_namespaces[np->index].ns; m = strlen(r); } } else if (np->ns) { flag = 1; r = np->ns; m = strlen(r); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI='%s')\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); soap->error = SOAP_NAMESPACE; return NULL; } } else if (s[n]) /* no namespace, part of string */ { r = s; m = n; } else /* no namespace: assume "" namespace */ { flag = 1; } } #ifdef WITH_FAST if ((flag && soap_append_lab(soap, "\"", 1)) || (m && soap_append_lab(soap, r, m)) || (flag && soap_append_lab(soap, "\"", 1)) || (p && (soap_append_lab(soap, ":", 1) || soap_append_lab(soap, p, n - (p-s))))) return NULL; #else k = 2*flag + m + (p ? n - (p-s) + 1 : 0) + (s[n] != '\0'); b = (char*)soap_push_block(soap, NULL, k); if (!b) return NULL; if (flag) *b++ = '"'; if (m) { if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; } if (flag) *b++ = '"'; if (p) { *b++ = ':'; if (soap_memcpy((void*)b, k - m - flag - 1, (const void*)p, n - (p-s))) { soap->error = SOAP_EOM; return NULL; } b += n - (p-s); } #endif /* advance to next and add spacing */ s += n; if (*s) { #ifdef WITH_FAST if (soap_append_lab(soap, " ", 1)) return NULL; #else *b = ' '; #endif } } #ifdef WITH_FAST if (soap_append_lab(soap, SOAP_STR_EOS, 1)) return NULL; return soap->labbuf; #else b = (char*)soap_push_block(soap, NULL, 1); if (!b) return NULL; *b = '\0'; return (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { #ifdef WITH_FAST soap->labidx = 0; #else char *b; if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { size_t n; const char *q = NULL; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 0; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); if ((soap->mode & SOAP_XML_DEFAULTNS)) { r = strchr(s, ':'); if (r && soap->nlist && !strncmp(soap->nlist->id, s, r - s) && !soap->nlist->id[r - s]) { n -= r - s + 1; s = r + 1; } } #endif r = s; m = n + 1; } else /* URL-based string prefix */ { s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } q++; /* URL is in the namespace table? */ if (p && p->id) { r = p->id; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS) && soap->nlist && !strcmp(soap->nlist->id, r)) q++; else #endif m = strlen(r); } else /* not in namespace table: create xmlns binding */ { char *x = soap_strdup(soap, s); x[q - s - 1] = '\0'; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 27), "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, x, 1); r = soap->tmpbuf + 6; m = strlen(r); } } } /* copy normalized QName into buffer, including the ending blank or NUL */ #ifdef WITH_FAST if ((m && soap_append_lab(soap, r, m)) || (q && soap_append_lab(soap, q, n - (q - s)))) return NULL; #else k = m + (q ? n - (q - s) : 0); b = (char*)soap_push_block(soap, NULL, k); if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; if (q) { if (soap_memcpy((void*)b, k - m, (const void*)q, n - (q - s))) { soap->error = SOAP_EOM; return NULL; } b += n - (q - s); } #endif /* advance to next */ s += n; } #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else t = (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r && !(*t = soap_wstrdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap *soap, const char *s, std::wstring *t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { long l; wchar_t wc; soap->labidx = 0; if (soap->mode & SOAP_ENC_LATIN) { wchar_t *r; if (soap_append_lab(soap, NULL, sizeof(wchar_t) * (strlen(s) + 1))) return NULL; r = (wchar_t*)soap->labbuf; while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) wc = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) wc = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) wc = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) wc = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) wc = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else wc = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; } } l = (long)(soap->labidx / sizeof(wchar_t)); wc = L'\0'; if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; if ((maxlen >= 0 && l > maxlen) || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } return (wchar_t*)soap->labbuf; } return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { soap_wchar c; char *r, *t; const wchar_t *q = s; size_t n = 0; if (!s) return NULL; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen, pattern); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_strdup(soap, SOAP_STR_EOS); } if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen, pattern); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); } if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE mktime (based on the mingw-runtime, public domain) */ #define __FILETIME_to_ll(f) ((long long)(f).dwHighDateTime << 32 | (long long)(f).dwLowDateTime) static time_t mktime(struct tm *pt) { SYSTEMTIME s, s1, s2; FILETIME f, f1, f2; long long diff; GetSystemTime(&s1); GetLocalTime(&s2); SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s2, &f2); diff = (__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL; s.wYear = pt->tm_year + 1900; s.wMonth = pt->tm_mon + 1; s.wDayOfWeek = pt->tm_wday; s.wDay = pt->tm_mday; s.wHour = pt->tm_hour; s.wMinute = pt->tm_min; s.wSecond = pt->tm_sec; s.wMilliseconds = 0; SystemTimeToFileTime(&s, &f); return (time_t)((__FILETIME_to_ll(f) - 116444736000000000LL) / 10000000LL) - (time_t)diff; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE gmtime_r (based on the mingw-runtime, public domain) */ #define HAVE_GMTIME_R static struct tm* gmtime_r(const time_t *t, struct tm *pt) { FILETIME f, f1, f2; SYSTEMTIME s, s1 = {0}; long long time = (long long)(*t) * 10000000LL + 116444736000000000LL; f.dwHighDateTime = (DWORD)((time >> 32) & 0x00000000FFFFFFFF); f.dwLowDateTime = (DWORD)(time & 0x00000000FFFFFFFF); FileTimeToSystemTime(&f, &s); pt->tm_year = s.wYear - 1900; pt->tm_mon = s.wMonth - 1; pt->tm_wday = s.wDayOfWeek; pt->tm_mday = s.wDay; s1.wYear = s.wYear; s1.wMonth = 1; s1.wDayOfWeek = 1; s1.wDay = 1; SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s, &f2); pt->tm_yday = (((__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL) / (60 * 60 * 24)); pt->tm_hour = s.wHour; pt->tm_min = s.wMinute; pt->tm_sec = s.wSecond; pt->tm_isdst = 0; return pt; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE very simple strftime for format "%Y-%m-%dT%H:%M:%SZ", note: %F and %T not supported by MS */ static size_t strftime(char *buf, size_t len, const char *format, const struct tm *pT) { (void)len; (void)format; #ifndef WITH_NOZONE (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02dZ", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #else (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02d", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #endif return len; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; #ifndef HAVE_GMTIME_R struct tm *tp; #endif t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R if (gmtime_r(&t, &tm) == SOAP_FUNC_R_ERR) return (time_t)-1; #else tp = gmtime(&t); if (!tp) return (time_t)-1; tm = *tp; #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) && !defined(WITH_NOZONE) if (gmtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) && !defined(WITH_NOZONE) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif (defined(HAVE_TM_GMTOFF) || defined(HAVE_STRUCT_TM_TM_GMTOFF) || defined(HAVE_STRUCT_TM___TM_GMTOFF)) && !defined(WITH_NOZONE) #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #else if ((pT = localtime(&n))) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #endif #elif defined(HAVE_GETTIMEOFDAY) && !defined(WITH_NOZONE) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) && !defined(WITH_NOZONE) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { *p = 0; if (s) { char *t; unsigned long d; struct tm T; memset((void*)&T, 0, sizeof(T)); d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ T.tm_year = (int)d; T.tm_mon = (int)soap_strtoul(t + 1, &t, 10); T.tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ T.tm_year = (int)(d / 10000); T.tm_mon = (int)(d / 100 % 100); T.tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ T.tm_hour = (int)d; T.tm_min = (int)soap_strtoul(t + 1, &t, 10); T.tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ T.tm_hour = (int)(d / 10000); T.tm_min = (int)(d / 100 % 100); T.tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*t == '.') { for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), NULL, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(time_t), 0, NULL, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) /* send as-is */ return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { if (tag && *tag != '-') *p = soap_string_in(soap, -1, -1, -1, NULL); else *p = soap_string_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) /* send as-is in UTF8 */ return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { if (tag && *tag != '-') *p = soap_wstring_in(soap, -1, -1, -1, NULL); else *p = soap_wstring_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { size_t i; soap_wchar c = 0; char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; soap->tmpbuf[sizeof(soap->tmpbuf) - 1] = '\0'; /* appease */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *buf, int len) { char *s = buf; int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } *s = '\0'; if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { if (i + 1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i <= 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER struct soap_multipart *content; size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count=%lu\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); soap_strcpy(s + 4, n + 1, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { soap_wchar c; size_t i; char *s; char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; /* force NUL terminated */ if ((soap->error = soap_move(soap, (size_t)(-(long)n&3)))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { soap_wchar c; char *s; int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, soap->dime.size - soap_tell(soap))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id='%s', type='%s', options='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (size_t)(((soap->dime.size+3)&(~3)) - soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { soap_wchar c; size_t i; char *s; if (soap->dime.size > SOAP_MAXDIMESIZE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu exceeds SOAP_MAXDIMESIZE=%lu\n", (unsigned long)soap->dime.size, (unsigned long)SOAP_MAXDIMESIZE)); return soap->error = SOAP_DIME_ERROR; } s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more byte in blist for the terminating '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* make 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME header\n")); do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { char *key = soap->msgbuf; char *val; if (!*key) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!content->id && !soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (LONG64)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) continue; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { soap_wchar c = 0; size_t i, m = 0; char *s, *t = NULL; struct soap_multipart *content; short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME (%p)\n", content)); if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id='%s' type='%s'\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_getchar(soap); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { memset((void*)soap->msgbuf, 0, sizeof(soap->msgbuf)); soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "\n--"); if (soap->mime.boundary) soap_strncat(soap->msgbuf, sizeof(soap->msgbuf), soap->mime.boundary, sizeof(soap->msgbuf) - 4); t = soap->msgbuf; do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* make 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1) - 1; /* last block with '\0' */ content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id='%s'\n", content->id)); while (*xp) { struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment id='%s' for content id='%s'\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type='%s'\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New MIME attachment %p (%lu)\n", ptr, (unsigned long)size)); content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { char *s = soap->mime.boundary; size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } *s++ = '='; *s++ = '='; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } *s++ = '='; *s++ = '='; *s = '\0'; } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { struct soap_multipart *content; size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { const char *p = (const char*)content->ptr; size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input from socket=%d/fd=%d\n", soap->socket, soap->recvfd)); soap->error = SOAP_OK; #ifndef WITH_LEANER soap->recverror = SOAP_OK; #endif soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->shaky = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->body = 1; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->is && soap->recvfd >= 0) /* Set win32 stdin or soap->recvfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML/MIME/DIME/ZLIB, assume HTTP method or status line */ if (((c >= 'A' && c <= 'Z') || (c >= 'a' && c <= 'z')) && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB | SOAP_ENC_XML))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ #if 0 if (soap->status > 200 && soap->length == 0 && !(soap->http_content && (!soap->keep_alive || soap->recv_timeout)) && (soap->imode & SOAP_IO) != SOAP_IO_CHUNK) #endif if (soap->status && !soap->body) return soap->error = soap->status; #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == (int)EOF) return soap->error = SOAP_EOF; if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Invoking fpreparerecv\n")); if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap_get0(soap) == (int)EOF) { if (soap->status == 0) return soap->error = SOAP_NO_DATA; /* server side expects data */ return soap->error = soap->status; /* client side received HTTP status code */ } if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start) { const char *s; if (strlen(soap->mime.boundary) + strlen(soap->mime.start) + 140 > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ (SOAP_SNPRINTF(soap->id, sizeof(soap->id), strlen(soap->dime_id_format) + 20), soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap, size_t *len) { #ifndef WITH_LEAN size_t l = 0, n = 0; char *s; if (len) *len = 0; /* get HTTP body length */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing HTTP body (mode=0x%x,len=%lu)\n", soap->mode, (unsigned long)n)); #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_get1(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; if (len) *len = l - 1; /* len excludes terminating \0 */ #ifdef WITH_FAST if ((s = (char*)soap_malloc(soap, l))) soap_memcpy((void*)s, l, (const void*)soap->labbuf, l); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, NULL, 0); #endif return s; #else if (len) *len = 0; return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH) { if (!soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status == 0 || (soap->status >= 200 && soap->status <= 299)) return SOAP_OK; /* allow non-SOAP (REST) XML content to be captured */ soap->error = soap->status; } else if (soap->status) soap->error = soap->status; return soap->error; } soap_get_version(soap); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { const char *s; size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) soap_strcpy(soap->path, sizeof(soap->path), s + i); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { if (endpoints) { const char *s; s = strchr(endpoints, ' '); if (s) { size_t l = strlen(endpoints); char *endpoint = (char*)SOAP_MALLOC(soap, l + 1); for (;;) { soap_strncpy(endpoint, l + 1, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; soap_strcpy(host, sizeof(soap->host), soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); soap->action = soap_strdup(soap, action); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect/reconnect to '%s' host='%s' path='%s' port=%d\n", endpoint?endpoint:"(null)", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, soap->host, soap->port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send_flush(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); struct SOAP_ENV__Header *oldheader; if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; size_t c = soap->count; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; char *a = soap->action; short v = soap->version; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&req, NULL, SmbLength(&req)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, soap->path, soap->action, 0) || soap_end_send_flush(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); oldheader = soap->header; if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->header = oldheader; soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&res, NULL, SmbLength(&res)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->userid = NULL; soap->passwd = NULL; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->keep_alive = k; soap->length = l; soap->count = c; soap->mode = m; soap->omode = o; soap->status = s; soap->action = a; soap->version = v; } return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { int i; unsigned long m; char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) /* 0 < n <= 2 implies that t[0..4] is allocated (base64 scaling formula) */ { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { size_t i, j; soap_wchar c; unsigned long m; const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* space for raw binary and \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (i = 0; ; i += 3, l -= 3) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { if (l >= j - 1) { switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; l--; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; l -= 2; } } if (n) *n = (int)i; if (l) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n = (int)i; if (l) *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { const char *s = "text/xml; charset=utf-8"; int err = SOAP_OK; #ifndef WITH_LEANER const char *r = NULL; size_t n; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content && !strchr(s, 10) && !strchr(s, 13)) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { const char *t; size_t l; n = strlen(soap->mime.boundary); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), n + 53), "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); t = strchr(s, ';'); if (t) n = t - s; else n = strlen(s); l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > n) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, s, n); if (soap->mime.start) { l = strlen(soap->tmpbuf); n = strlen(soap->mime.start); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 10), "\"; start=\"%s", soap->mime.start); } if (r) { l = strlen(soap->tmpbuf); n = strlen(r); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 15), "\"; start-info=\"%s", r); } l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > 1) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, "\"", 1); } else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (status == SOAP_OK && soap->version == 2 && soap->action) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 11), "; action=\"%s\"", soap->action); } #endif if ((err = soap->fposthdr(soap, "Content-Type", soap->tmpbuf))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, (ULONG64)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (!t) t = SOAP_STR_EOS; if (*soap->tag) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + strlen(soap->tag) + 47), "Validation constraint violation: %s%s in element '%s'", s, t, soap->tag); else (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + 33), "Validation constraint violation: %s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else if (soap->version == 1) *c = "SOAP-ENV:Client"; else *c = "at source"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: if (*soap->type) *s = soap_set_validation_fault(soap, "type mismatch ", soap->type); else *s = soap_set_validation_fault(soap, "invalid value", NULL); break; case SOAP_SYNTAX_ERROR: *s = soap_set_validation_fault(soap, "syntax error", NULL); break; case SOAP_NO_TAG: if (soap->version == 0 && soap->level == 0) *s = soap_set_validation_fault(soap, "missing root element", NULL); else if (soap->version != 0 && soap->level < 3) *s = soap_set_validation_fault(soap, "missing SOAP message", NULL); else *s = soap_set_validation_fault(soap, "missing element", NULL); break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 65), "The data in element '%s' must be understood but cannot be processed", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data access error"; break; case SOAP_FATAL_ERROR: *s = "A fatal error has occurred"; break; case SOAP_NO_METHOD: (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 66), "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple elements (use the SOAP_XML_TREE flag) with duplicate id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type id-ref ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error or max DIME size exceeds SOAP_MAXDIMESIZE"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), (soap->d_stream && soap->d_stream->msg ? strlen(soap->d_stream->msg) : 0) + 19), "Zlib/gzip error: '%s'", soap->d_stream && soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "value range or content length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO *s = soap_strerror(soap); /* *s = soap->msgbuf */ #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { soap_memmove((void*)(soap->msgbuf + 25), sizeof(soap->tmpbuf) - 25, (const void*)soap->msgbuf, strlen(soap->msgbuf) + 1); if (soap->is) #if defined(__cplusplus) && !defined(WITH_COMPAT) soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End or bad std::istream: ", 25); #else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End at NUL buffer input: ", 25); #endif else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End of file or no input: ", 25); } #endif break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error >= 200 && soap->error < 600) { const char *t = http_error(soap, soap->error); (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(t) + 54), "Error %d: HTTP %d %s", soap->error, soap->error, t); *s = soap->msgbuf; } else #endif #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 26), "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { int status = soap->error; if (status == SOAP_OK || status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { int t; if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, (char*)&t, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap->encodingStyle = NULL; /* no encodingStyle in Faults */ soap_serializeheader(soap); soap_serializefault(soap); (void)soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); } (void)soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { int status = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check (%d) if receiving SOAP Fault (status = %d)\n", check, status)); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } else if (soap->version == 0) /* check == 1 but no SOAP: do not parse SOAP Fault */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Not a SOAP protocol\n")); return SOAP_OK; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); if (status) soap->error = status; else soap->error = status = SOAP_NO_DATA; soap_set_fault(soap); } else { const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { soap_mode m = soap->omode; if (!(m & SOAP_IO_UDP)) { soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; soap_response(soap, httpstatuscode); soap_end_send(soap); /* force end of sends */ soap->error = SOAP_STOP; /* stops the server (from returning another response */ soap->omode = m; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!(soap->omode & SOAP_IO_UDP)) { if (!soap_begin_recv(soap)) { if (soap->body) { if ((soap->status != 400 && soap->status != 500) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { #ifndef WITH_LEAN const char *s = soap_get_http_body(soap, NULL); #endif soap_end_recv(soap); #ifndef WITH_LEAN if (s) soap_set_receiver_error(soap, "HTTP Error", s, soap->status); #endif } else return soap_recv_fault(soap, 1); } else soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { int err = soap->errnum; *soap->msgbuf = '\0'; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R # ifdef _GNU_SOURCE return strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* GNU-specific */ # else strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* XSI-compliant */ # endif # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { int rt = soap->recv_timeout, st = soap->send_timeout; #ifndef WITH_LEAN int ru = ' ', su = ' '; #endif soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "message transfer interrupted"); if (rt || st) soap_strcpy(soap->msgbuf + 28, sizeof(soap->msgbuf) - 28, " or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs recv delay)", rt, ru); } if (st) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs send delay)", st, su); } #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized with soap_init\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized with soap_init\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) { soap_strcpy(buf, len, "Error: soap struct not initialized with soap_init"); } else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); (SOAP_SNPRINTF(buf, len, strlen(*c) + strlen(v) + strlen(s) + strlen(d) + 72), "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= sizeof(soap->buf)) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #else (void)soap; (void)fd; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { struct soap_plugin *p; int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); /* no logs to prevent leaks when user calls soap_init() on this context */ soap_set_test_logfile(this, NULL); soap_set_sent_logfile(this, NULL); soap_set_recv_logfile(this, NULL); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus struct soap& soap::operator=(const struct soap& soap) { soap_copy_context(this, &soap); return *this; } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/stdsoap2.h0000644000175000017500000042137712653650160022677 0ustar ellertellert/* stdsoap2.h 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems, Inc., for the following additions - vxWorks compatible -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_VERSION 20828 #ifdef WITH_SOAPDEFS_H # include "soapdefs.h" /* include user-defined stuff in soapdefs.h */ #endif #ifndef _THREAD_SAFE # define _THREAD_SAFE #endif #ifndef OPENSERVER # ifndef _REENTRANT # define _REENTRANT # endif #endif #ifndef SOAP_FMAC1 /* stdsoap2.h declaration macro */ # define SOAP_FMAC1 #endif #ifndef SOAP_FMAC2 /* stdsoap2.h declaration macro */ # define SOAP_FMAC2 #endif #ifndef SOAP_FMAC3 /* (de)serializer declaration macro */ # define SOAP_FMAC3 #endif #ifndef SOAP_FMAC3S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC3S SOAP_FMAC3 #endif #ifndef SOAP_FMAC4 /* (de)serializer declaration macro */ # define SOAP_FMAC4 #endif #ifndef SOAP_FMAC4S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC4S SOAP_FMAC4 #endif #ifndef SOAP_FMAC5 /* stub/skeleton declaration macro */ # define SOAP_FMAC5 #endif #ifndef SOAP_FMAC6 /* stub/skeleton declaration macro */ # define SOAP_FMAC6 #endif #ifndef SOAP_CMAC /* class declaration macro */ # define SOAP_CMAC #endif #ifndef SOAP_NMAC /* namespace table declaration macro */ # define SOAP_NMAC #endif #ifndef SOAP_SOURCE_STAMP # define SOAP_SOURCE_STAMP(str) #endif #ifndef STDSOAP_H #define STDSOAP_H #define SOAP_XSTRINGIFY(s) SOAP_STRINGIFY(s) #define SOAP_STRINGIFY(s) #s #ifdef SOAPDEFS_H # include SOAP_XSTRINGIFY(SOAPDEFS_H) /* include user-defined "SOAPDEFS_H" */ #endif #if defined(__vxworks) || defined(__VXWORKS__) # ifndef VXWORKS # define VXWORKS # endif #endif #ifdef _WIN32 # ifndef WIN32 # define WIN32 # endif #endif /* for legacy purposes we use WIN32 macro, even when WIN64 is supported */ #ifdef _WIN64 # ifndef WIN32 # define WIN32 # endif #endif #ifdef _WIN32_WCE # ifndef UNDER_CE # define UNDER_CE _WIN32_WCE # endif #endif #ifdef UNDER_CE # ifndef WIN32 # define WIN32 # endif #endif #ifdef __BORLANDC__ # ifdef __WIN32__ # ifndef WIN32 # define WIN32 # endif # endif #endif #ifdef __CYGWIN__ # ifndef CYGWIN # define CYGWIN # endif #endif #ifdef __SYMBIAN32__ # define SYMBIAN # undef WIN32 #endif #if defined(__palmos__) || defined(PALM_GCC) || defined(__PALMOS_TRAPS__) # ifndef PALM # define PALM # endif #endif #if defined(__hpux) # ifndef HP_UX # define HP_UX # endif #endif #if defined(__digital__) && defined(__unix__) # ifndef TRU64 # define TRU64 # endif #endif #ifdef __MVS__ # ifndef OS390 # define OS390 # endif #endif #if defined(__sun) && defined(__SVR4) # ifndef SUN_OS # define SUN_OS # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" # if defined(WITH_OPENSSL) # ifndef HAVE_OPENSSL_SSL_H # undef WITH_OPENSSL # endif # endif # if defined(WITH_GNUTLS) # ifndef HAVE_GNUTLS_GNUTLS_H # undef WITH_GNUTLS # endif # endif # if defined(WITH_ZLIB) || defined(WITH_GZIP) # ifndef HAVE_ZLIB_H # undef WITH_ZLIB # undef WITH_GZIP # endif # endif #else # if defined(UNDER_CE) # define SOAP_BUFLEN (2048) # define SOAP_PTRHASH (32) # define SOAP_IDHASH (19) # define SOAP_BLKLEN (32) # define SOAP_TAGLEN (128) # define SOAP_HDRLEN (1024) # define SOAP_MAXDIMS (4) # define HAVE_SSCANF # elif defined(WIN32) # if _MSC_VER >= 1400 # define HAVE_SNPRINTF # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # if _MSC_VER >= 1300 # define HAVE_STRTOLL /* use _strtoi64 */ # define HAVE_STRTOULL /* use _strtoui64 */ # endif # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_GMTIME # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # elif defined(CYGWIN) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__APPLE__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_TM_GMTOFF # define HAVE_GETTIMEOFDAY # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_INTTYPES_H # elif defined(_AIX43) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX41) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(HP_UX) # include extern intmax_t __strtoll(const char*, char**, int); extern intmax_t __strtoull(const char*, char**, int); # define strtoll __strtoll # define strtoull __strtoull # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # elif defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_GETTIMEOFDAY # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%qd" # define SOAP_ULONG_FORMAT "%qu" # define HAVE_ISNAN # define HAVE_ISINF # elif defined(__VMS) # include # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__GLIBC__) || defined(__GNU__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(TRU64) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GETTIMEOFDAY # define HAVE_SYS_TIMEB_H # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define __USE_STD_IOSTREAM # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(MAC_CARBON) # define WITH_NOIO # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(PALM) # define WITH_LEAN # define HAVE_STRTOD /* strtod() is defined in palmFunctions.h */ # include /* Needs to be included before unix headers */ # include # define IGNORE_STDIO_STUBS # include # define O_NONBLOCK FNONBIO # include # include "palmFunctions.h" # elif defined(SYMBIAN) # define WITH_LEAN # define WITH_NONAMESPACES # define HAVE_STRTOD /* use STRTOD since sscanf doesn't seem to work */ # include # include # elif defined(VXWORKS) # ifdef _WRS_KERNEL # define _POSIX_THREADS 1 # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GMTIME # define HAVE_LOCALTIME # define HAVE_MKTIME # elif defined(OS390) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(AS400) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__QNX__) || defined(QNX) /* QNX does not have a working version of strtof */ # undef HAVE_STRTOF # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(SUN_OS) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # else /* Default assumptions for supported library functions when not including config.h */ # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # ifdef MB_LEN_MAX # define HAVE_WCTOMB # define HAVE_MBTOWC # endif # endif #endif #ifdef WITH_LEANER # ifndef WITH_LEAN # define WITH_LEAN # endif #endif /* gSOAP 2.7.15 and higher: always use FAST and retain CDATA in literal XML, unless WITH_LEAN or WITH_NOCDATA */ #ifndef WITH_LEAN # ifndef WITH_FAST # define WITH_FAST # endif # ifndef WITH_NOCDATA # ifndef WITH_CDATA # define WITH_CDATA # endif # endif #endif #ifdef WITH_LEAN # ifdef WITH_COOKIES # error "Cannot build WITH_LEAN code WITH_COOKIES enabled" # endif #endif /* allowing empty struct/union in C is a GNU extension */ #if !defined(__GNU__) # define WITH_NOEMPTYSTRUCT #endif /* silence clang's C99 variadic macro warnings */ #ifdef __clang__ # pragma clang diagnostic ignored "-Wvariadic-macros" #endif #ifdef WITH_PURE_VIRTUAL # define SOAP_PURE_VIRTUAL = 0 #else # define SOAP_PURE_VIRTUAL #endif /* older OpenVMS TCP/IP stacks cannot handle 65536 bytes */ #ifdef __VMS # ifndef SOAP_BUFLEN # define SOAP_BUFLEN (65535) # endif #endif /* if we have xlocale.h then we can use it WITH_C_LOCALE enabled to avoid decimal point conversion issues */ #ifdef WITH_C_LOCALE # ifdef WIN32 # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = _create_locale(LC_ALL, "C"))) # else # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = newlocale(LC_ALL_MASK, "C", NULL))) # endif #else # undef HAVE_STRTOF_L # undef HAVE_STRTOD_L # undef HAVE_SSCANF_L # undef HAVE_SPRINTF_L #endif #ifdef TANDEM_NONSTOP /* Support for Guardian */ # define SOAP_BUFLEN (32767) /*# define WITH_NOSTDLIB */ /* uncommment to remove stdlib dependences */ # define WITH_NOIO /* no IO dependences, e.g. remove TCP/IP */ # define int32_t int # define int64_t long long # define LONG64 long long # define ULONG64 long long # define DBL_PINFTY (1.1579208923716189e77) # undef HAVE_WCTOMB # undef HAVE_MBTOWC # undef HAVE_GMTIME_R # undef HAVE_LOCALTIME_R # undef HAVE_SNPRINTF # define SOAP_BUFLEN (32767) # define SOAP_SOCKET short #pragma nolist # include # include # include # include # include # include # include # include # include # include # include # define INET_ERROR 4294967295 #pragma list #elif defined(__TANDEM) /* Support for OSS */ # define int32_t int # define SOAP_BUFLEN (32767) #endif #ifndef WITH_NOSTDLIB # include # ifndef PALM # include # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_CTYPE_H) # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_LIMITS_H) # include /* for MB_LEN_MAX */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_FLOAT_H) # include /* for INFINITY */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_MATH_H) # ifndef PALM # include /* for isnan() and isinf() */ # endif # endif #endif #ifdef WITH_NTLM # include #endif #ifdef HAVE_POLL # include #endif #if defined(__cplusplus) # include # include # if !defined(WITH_LEAN) && !defined(WITH_COMPAT) # include # include # endif #endif #ifdef WITH_NOHTTP # ifndef WITH_NOIO # define WITH_NOIO # undef WITH_COOKIES # endif #endif /* Suggestion when SOAP_FD_EXCEEDED error occurs: Some systems allow increasing FD_SETSIZE before including sys/types.h: #define FD_SETSIZE (2048) */ #ifndef UNDER_CE # ifndef PALM # ifndef WITH_NOIO # include # include # endif # ifndef WITH_LEAN # ifdef HAVE_SYS_TIMEB_H # include /* for ftime() */ # endif # include # endif # endif #endif #ifdef OPENSERVER # include # include # include extern int h_errno; #endif #ifndef WITH_NOIO # ifndef WIN32 # ifndef PALM # include # ifdef VXWORKS # include # include # ifndef _WRS_KERNEL # include # endif # else # ifndef SYMBIAN # include # endif # endif # ifdef SUN_OS # include /* SUN */ # include /* only needed with SUN < 2.8 ? */ # endif # ifdef VXWORKS # ifdef _WRS_KERNEL # include # endif # else # include # endif # include # ifdef OS390 # include # else # include /* TCP_NODELAY, TCP_FASTOPEN */ # endif # include # endif # endif #endif #ifdef WIN32 # define SOAP_WINSOCKINT int #else # define SOAP_WINSOCKINT size_t #endif #if defined(WITH_IPV6_V6ONLY) || defined(WITH_NO_IPV6_V6ONLY) # ifndef WITH_IPV6 # define WITH_IPV6 # endif #endif #ifdef WIN32 # ifndef UNDER_CE # include # include # endif // When you get macro redefinition errors when compiling the code below, then: // a) try arrange your includes so is included after "stdsoap2.h" // b) or define _WINSOCKAPI_ first: // #define _WINSOCKAPI_ // stops windows.h including winsock.h // #include // #include "stdsoap2.h" // c) or compile with the -DWIN32_LEAN_AND_MEAN switch # include // Visual Studio 2005 users: install Platform SDK (R2) # include // # define _WSPIAPI_COUNTOF // DEV NOTE: enble to fix problems with VC6 // # include # include // DEV NOTE: replaces older wspiapi.h above # ifdef WITH_IPV6 # define SOAP_GAI_STRERROR gai_strerrorA # endif #else # ifdef VXWORKS # include # include # include # endif # ifndef WITH_NOIO # ifndef PALM # include # include # include # include # ifdef _AIX41 # include # endif # endif # endif #endif #ifdef WITH_FASTCGI # include #endif #ifdef WITH_OPENSSL # ifdef __VMS # pragma names save # pragma names uppercase # endif # undef WITH_GNUTLS # define OPENSSL_NO_KRB5 # include # include # include # include # include # ifndef ALLOW_OLD_VERSIONS # if (OPENSSL_VERSION_NUMBER < 0x00905100L) # error "Must use OpenSSL 0.9.6 or later" # endif # endif # ifdef __VMS # pragma names restore # endif #endif #ifdef WITH_GNUTLS # include # include # include # ifndef HAVE_PTHREAD_H # ifdef _POSIX_THREADS # define HAVE_PTHREAD_H /* make GNUTLS thread safe */ # endif # endif #endif #ifdef WITH_SYSTEMSSL # include #endif #ifdef WITH_GZIP # ifndef WITH_ZLIB # define WITH_ZLIB # endif #endif #ifdef WITH_CASEINSENSITIVETAGS # define SOAP_STRCMP soap_tag_cmp /* case insensitve XML element/attribute names */ #else # define SOAP_STRCMP strcmp /* case sensitive XML element/attribute names */ #endif #ifdef WITH_ZLIB # include #endif /* #define DEBUG */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and internal operations (in file TEST.log) */ /* #define DEBUG_STAMP */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and time-stamped operations (in file TEST.log) */ #ifdef __cplusplus extern "C" { #endif /* Portability (X/Open, BSD sockets etc): define SOAP_SOCKLEN_T as socklen_t or int or ... */ #if defined(_AIX) || defined(AIX) # if defined(_AIX43) # define SOAP_SOCKLEN_T socklen_t # else # define SOAP_SOCKLEN_T int # endif #elif defined(SOCKLEN_T) # define SOAP_SOCKLEN_T SOCKLEN_T #elif defined(__socklen_t_defined) || defined(_SOCKLEN_T) || defined(CYGWIN) || defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) || defined(__QNX__) || defined(QNX) || defined(OS390) || defined(__ANDROID__) || defined(_XOPEN_SOURCE) # define SOAP_SOCKLEN_T socklen_t #elif defined(IRIX) || defined(WIN32) || defined(__APPLE__) || defined(SUN_OS) || defined(OPENSERVER) || defined(TRU64) || defined(VXWORKS) || defined(HP_UX) # define SOAP_SOCKLEN_T int #elif !defined(SOAP_SOCKLEN_T) # define SOAP_SOCKLEN_T size_t #endif /* AIX DCE threads portability: define SOAP_FUNC_R_ERR gmtime_r and localtime_r err ret val as -1 */ #ifdef _AIX32_THREADS # define SOAP_FUNC_R_ERR (-1) #elif !defined(SOAP_FUNC_R_ERR) # define SOAP_FUNC_R_ERR (NULL) #endif #ifndef SOAP_SOCKET # ifdef WIN32 # define SOAP_SOCKET SOCKET # define soap_closesocket(n) closesocket(n) # else # define SOAP_SOCKET int # define soap_closesocket(n) close(n) # endif #endif #define SOAP_INVALID_SOCKET ((SOAP_SOCKET)-1) #define soap_valid_socket(n) ((n) != SOAP_INVALID_SOCKET) #define SOAP_SHUT_WR (1) #define SOAP_SHUT_RDWR (2) #ifndef SOAP_GAI_STRERROR # define SOAP_GAI_STRERROR gai_strerror #endif #ifndef FD_SETSIZE # define FD_SETSIZE (1024) #endif #ifdef WITH_LEAN # define SOAP_CHK_EOF SOAP_EOF #else # define SOAP_CHK_EOF (soap->error ? soap->error : SOAP_EOF) #endif #ifdef __cplusplus # ifndef __STDC_FORMAT_MACROS # define __STDC_FORMAT_MACROS # endif #endif #if defined(SYMBIAN) # define LONG64 long # define ULONG64 unsigned LONG64 #elif !defined(__cplusplus) && defined(__STDC__) && !defined(__STDC_VERSION__) /* C90? */ # define LONG64 long # define ULONG64 unsigned LONG64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # undef HAVE_STRTOLL # undef HAVE_STRTOULL #elif !defined(WIN32) || defined(CYGWIN) || defined(__GLIBC__) || defined(__GNU__) # ifndef LONG64 # if defined(HAVE_INTTYPES_H) # ifdef HAVE_STDINT_H # include # endif # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_SYS_INTTYPES_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_STDINT_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(__GLIBC__) # include # if (__WORDSIZE == 64) # define LONG64 int64_t # define ULONG64 uint64_t # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # endif #elif defined(UNDER_CE) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #elif defined(__BORLANDC__) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #endif #ifdef PRId64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%" PRId64 # endif #endif #ifdef PRIu64 # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%" PRIu64 # endif #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #if defined(WIN32) && !defined(CYGWIN) # define soap_int32 __int32 #elif defined(SYMBIAN) # define soap_int32 long #elif defined(PALM) # define soap_int32 Int32 #elif defined(_AIX) || defined(AIX) # if defined(_AIX43) # define soap_int32 int32_t # else # define soap_int32 signed int # endif #else # define soap_int32 int32_t #endif #ifdef WIN32 # define SOAP_ERANGE ERANGE # define SOAP_EINTR WSAEINTR # define SOAP_EAGAIN WSAEWOULDBLOCK # define SOAP_EWOULDBLOCK WSAEWOULDBLOCK # define SOAP_EINPROGRESS WSAEINPROGRESS # define SOAP_EADDRINUSE WSAEADDRINUSE # define SOAP_ECONNREFUSED WSAECONNREFUSED #else # ifdef ERANGE # define SOAP_ERANGE ERANGE # else # define SOAP_ERANGE (34) # endif # define SOAP_EINTR EINTR # define SOAP_EAGAIN EAGAIN # define SOAP_EADDRINUSE EADDRINUSE # define SOAP_ECONNREFUSED ECONNREFUSED # ifdef SYMBIAN # define SOAP_EWOULDBLOCK 9898 # define SOAP_EINPROGRESS 9899 # else # define SOAP_EWOULDBLOCK EWOULDBLOCK # define SOAP_EINPROGRESS EINPROGRESS # endif #endif #ifdef WIN32 # ifdef UNDER_CE # define soap_errno GetLastError() # define soap_socket_errno(s) GetLastError() # define soap_reset_errno SetLastError(0) # else # define soap_errno GetLastError() # define soap_socket_errno(s) WSAGetLastError() # define soap_reset_errno SetLastError(0) # endif #else # ifndef WITH_NOIO # define soap_errno errno # define soap_socket_errno(s) errno # define soap_reset_errno (errno = 0) # else # define soap_errno 0 # define soap_socket_errno(s) 0 # define soap_reset_errno # endif #endif #ifndef SOAP_BUFLEN # if !defined(WITH_LEAN) # define SOAP_BUFLEN (65536) /* buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # else # define SOAP_BUFLEN (2048) /* lean size */ # endif #endif #ifndef SOAP_LABLEN # define SOAP_LABLEN (256) /* initial look-aside buffer length */ #endif #ifndef SOAP_PTRBLK # define SOAP_PTRBLK (32) /* block allocation for pointer hash table chains */ #endif #ifndef SOAP_PTRHASH # ifndef WITH_LEAN # define SOAP_PTRHASH (4096) /* size of pointer analysis hash table (must be power of 2) */ # else # define SOAP_PTRHASH (32) # endif #endif #ifndef SOAP_IDHASH # ifndef WITH_LEAN # define SOAP_IDHASH (1999) /* prime size of hash table for parsed id/ref */ # else # define SOAP_IDHASH (19) /* 19, 199 */ # endif #endif #ifndef SOAP_BLKLEN # ifndef WITH_LEAN # define SOAP_BLKLEN (256) /* to collect long strings and XML attributes */ # else # define SOAP_BLKLEN (32) # endif #endif #ifndef SOAP_TAGLEN # ifndef WITH_LEAN # define SOAP_TAGLEN (1024) /* maximum length of XML element tag/attribute name or host/path name + 1 */ # else # define SOAP_TAGLEN (128) # endif #endif #ifndef SOAP_HDRLEN # ifndef WITH_LEAN # define SOAP_HDRLEN (8192) /* maximum length of HTTP header line (must be >4096 to read cookies) */ # else # define SOAP_HDRLEN (1024) # endif #endif #ifndef SOAP_TMPLEN # ifndef WITH_LEAN # define SOAP_TMPLEN (1024) /* maximum length of msgbuf and tmpbuf short message buffers, must be >=1024 */ # else # define SOAP_TMPLEN (1024) # endif #endif #ifndef SOAP_MAXDIMS # ifndef WITH_LEAN # define SOAP_MAXDIMS (16) /* maximum array dimensions (array nestings) must be less than 64 to protect soap->tmpbuf */ # else # define SOAP_MAXDIMS (4) # endif #endif #ifndef SOAP_MAXPTRS # ifndef WITH_LEAN # define SOAP_MAXPTRS (4) /* maximum depth + 1 of id-ref deserialized pointer types (int* has depth 0, int*** has depth 2) */ # else # define SOAP_MAXPTRS (2) # endif #endif #ifndef SOAP_MAXLOGS # define SOAP_MAXLOGS (3) /* max number of debug logs per struct soap environment */ # define SOAP_INDEX_RECV (0) # define SOAP_INDEX_SENT (1) # define SOAP_INDEX_TEST (2) #endif /* Tag name of multiref elements in SOAP 1.1 encoding */ #ifndef SOAP_MULTIREFTAG # define SOAP_MULTIREFTAG "id" #endif /* href-id value base name in multiref SOAP encoding */ #ifndef SOAP_BASEREFNAME # define SOAP_BASEREFNAME "_" #endif /* Max number of EINTR while poll/select on a socket */ /* Each EINTR can lengthen the I/O blocking time by at most one second */ #ifndef SOAP_MAXEINTR # define SOAP_MAXEINTR (10) #endif /* SOAP_MAXKEEPALIVE: Max iterations in soap_serve() to keep server connection alive */ #ifndef SOAP_MAXKEEPALIVE # define SOAP_MAXKEEPALIVE (100) #endif /* SOAP_MAXARRAYSIZE: Trusted total max size of an inbound SOAP Array. Arrays of larger size are not pre-allocated, but deserialized on an element-by-element basis. */ #ifndef SOAP_MAXARRAYSIZE # define SOAP_MAXARRAYSIZE (100000) #endif /* SOAP_MAXDIMESIZE: Trusted max size of inbound DIME data. Increase if necessary to allow larger attachments, or decrease when server resources are limited. */ #ifndef SOAP_MAXDIMESIZE # define SOAP_MAXDIMESIZE (8*1048576) /* 8 MB */ #endif /* SOAP_MAXINFLATESIZE: Trusted inflated content size. Larger content is subject to the SOAP_MINDEFLATERATIO constraint. If SOAP_MINDEFLATERATIO is 1.0, SOAP_MAXINFLATESIZE is always the max size of uncompressed content. */ #ifndef SOAP_MAXINFLATESIZE # define SOAP_MAXINFLATESIZE (1*1048576) /* 1 MB */ #endif /* SOAP_MINDEFLATERATIO: Trusted deflation ratio after SOAP_MAXINFLATESIZE is reached. Trust when compressed / deflated > SOAP_MINDEFLATERATIO Sets a ratio > 0.00096899224806 (1032:1) According to the zlib site: the limit (1032:1) comes from the fact that one length/distance pair can represent at most 258 output bytes. A length requires at least one bit and a distance requires at least one bit, so two bits in can give 258 bytes out, or eight bits in give 1032 bytes out. A dynamic block has no length restriction, so you could get arbitrarily close to the limit of 1032:1. */ #ifndef SOAP_MINDEFLATERATIO # define SOAP_MINDEFLATERATIO (0.001) /* ratio of deflated/inflated > 0.1% */ #endif #ifdef VXWORKS # ifdef WMW_RPM_IO # include "httpLib.h" # endif # ifdef __INCmathh # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef soap_isnan # define soap_isnan(num) isNan(num) # endif # endif # ifdef WM_SECURE_KEY_STORAGE # include # endif #endif #ifdef WIN32 # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # define soap_isnan(n) _isnan(n) # ifndef HAVE_ISINF # define HAVE_ISINF # endif # define soap_isinf(n) (!_finite(n)) #endif #ifdef SUN_OS # define HAVE_ISNAN #endif #ifdef __APPLE__ # ifdef __cplusplus # ifndef isnan extern "C" int isnan(double); extern "C" int isinf(double); # endif # endif # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef HAVE_ISINF # define HAVE_ISINF # endif #endif #if !defined(HAVE_ISNAN) && (defined(_MATH_H) || defined(_MATH_INCLUDED)) # define HAVE_ISNAN #endif union soap_double_nan {struct {unsigned int n1, n2;} iv; double dv; float fv;}; extern const union soap_double_nan soap_double_nan; extern const char soap_base64o[], soap_base64i[]; #ifdef VXWORKS # ifndef FLT_MAX # define FLT_MAX _ARCH_FLT_MAX # endif # ifndef DBL_MAX # define DBL_MAX _ARCH_DBL_MAX # endif #endif #ifndef FLT_NAN # define FLT_NAN (soap_double_nan.fv) #endif #ifndef FLT_PINFTY # if defined(INFINITY) # define FLT_PINFTY INFINITY # elif defined(FLT_MAX) # define FLT_PINFTY FLT_MAX # elif defined(HUGE_VALF) # define FLT_PINFTY (float)HUGE_VALF # elif defined(HUGE_VAL) # define FLT_PINFTY (float)HUGE_VAL # elif defined(FLOAT_MAX) # define FLT_PINFTY FLOAT_MAX # else # define FLT_PINFTY (3.40282347e+38F) # endif #endif #ifndef FLT_NINFTY # define FLT_NINFTY (-FLT_PINFTY) #endif #ifndef DBL_NAN # define DBL_NAN (soap_double_nan.dv) #endif #ifndef DBL_PINFTY # if defined(INFINITY) # define DBL_PINFTY INFINITY # elif defined(DBL_MAX) # define DBL_PINFTY DBL_MAX # elif defined(HUGE_VALF) # define DBL_PINFTY (double)HUGE_VALF # elif defined(HUGE_VAL) # define DBL_PINFTY (double)HUGE_VAL # elif defined(DOUBLE_MAX) # define DBL_PINFTY DOUBLE_MAX # else # define DBL_PINFTY (1.7976931348623157e+308) # endif #endif #ifndef DBL_NINFTY # define DBL_NINFTY (-DBL_PINFTY) #endif #ifndef soap_isnan # ifdef HAVE_ISNAN # define soap_isnan(n) isnan(n) # else # define soap_isnan(n) ((n) != (n)) # endif #endif #ifndef soap_isinf # ifdef HAVE_ISINF # define soap_isinf(n) isinf(n) # else # define soap_isinf(n) (!soap_isnan(n) && soap_isnan((n) - (n))) # endif #endif #define soap_ispinfd(n) ((n) > 0 && soap_isinf(n)) #define soap_ispinff(n) ((n) > 0 && soap_isinf(n)) #define soap_isninfd(n) ((n) < 0 && soap_isinf(n)) #define soap_isninff(n) ((n) < 0 && soap_isinf(n)) /* Safer str & mem functions */ /* The gSOAP code uses guards to ensure that these functions are well behaved and do not raise errors. Therefore, the WIN _s functions should never execute the "invalid parameter handler". */ /* use safer snprintf if possible or guard sprintf against overrun (assumes no variadic macros) */ # ifdef HAVE_SNPRINTF # if _MSC_VER >= 1400 # define SOAP_SNPRINTF(buf, len, num) void)_snprintf_s((buf), (len), _TRUNCATE # define SOAP_SNPRINTF_SAFE(buf, len) void)_snprintf_s((buf), (len), _TRUNCATE # else # define SOAP_SNPRINTF(buf, len, num) void)snprintf((buf), (len) # define SOAP_SNPRINTF_SAFE(buf, len) void)snprintf((buf), (len) # endif # else # define SOAP_SNPRINTF(buf, len, num) (len) <= (num)) ? (void)((buf)[0] = '\0') : (void)sprintf((buf) # define SOAP_SNPRINTF_SAFE(buf, len) void)sprintf((buf) # endif /* copy string (truncating the result) */ #if _MSC_VER >= 1400 # define soap_strcpy(buf, len, src) (void)strncpy_s((buf), (len), (src), _TRUNCATE) #elif defined(HAVE_STRLCPY) # define soap_strcpy(buf, len, src) (void)strlcpy((buf), (src), (len)) #else # define soap_strcpy(buf, len, src) (void)((buf) && (size_t)(len) > 0 && (strncpy((buf), (src), (len) - 1), (buf)[(len) - 1] = '\0')) #endif /* copy string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncpy(buf, len, src, num) (void)strncpy_s((buf), (len), (src), (num)) #else # define soap_strncpy(buf, len, src, num) (void)((buf) && ((size_t)(len) > (size_t)(num) ? (strncpy((buf), (src), (num)), (buf)[(size_t)(num)] = '\0') : ((buf)[0] = '\0'))) #endif /* concat string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncat(buf, len, src, num) (void)strncat_s((buf), (len), (src), (num)) #else # define soap_strncat(buf, len, src, num) (void)((buf) && ((size_t)(len) > strlen((buf)) + (size_t)(num) ? (strncat((buf), (src), (num)), (buf)[(size_t)(len) - 1] = '\0') : ((buf)[0] = '\0'))) #endif /* copy memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memcpy_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memcpy((buf), (src), (num)) : SOAP_ERANGE) #endif /* move memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memmove_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memmove((buf), (src), (num)) : SOAP_ERANGE) #endif /* gSOAP status/error codes */ typedef soap_int32 soap_status; #define SOAP_EOF EOF #define SOAP_ERR EOF #define SOAP_OK 0 #define SOAP_CLI_FAULT 1 #define SOAP_SVR_FAULT 2 #define SOAP_TAG_MISMATCH 3 #define SOAP_TYPE 4 #define SOAP_SYNTAX_ERROR 5 #define SOAP_NO_TAG 6 #define SOAP_IOB 7 #define SOAP_MUSTUNDERSTAND 8 #define SOAP_NAMESPACE 9 #define SOAP_USER_ERROR 10 #define SOAP_FATAL_ERROR 11 #define SOAP_FAULT 12 #define SOAP_NO_METHOD 13 #define SOAP_NO_DATA 14 #define SOAP_GET_METHOD 15 #define SOAP_PUT_METHOD 16 #define SOAP_DEL_METHOD 17 /* deprecated */ #define SOAP_HEAD_METHOD 18 /* deprecated */ #define SOAP_HTTP_METHOD 19 #define SOAP_EOM 20 #define SOAP_MOE 21 #define SOAP_HDR 22 #define SOAP_NULL 23 #define SOAP_DUPLICATE_ID 24 #define SOAP_MISSING_ID 25 #define SOAP_HREF 26 #define SOAP_UDP_ERROR 27 #define SOAP_TCP_ERROR 28 #define SOAP_HTTP_ERROR 29 #define SOAP_SSL_ERROR 30 #define SOAP_ZLIB_ERROR 31 #define SOAP_DIME_ERROR 32 #define SOAP_DIME_HREF 33 #define SOAP_DIME_MISMATCH 34 #define SOAP_DIME_END 35 #define SOAP_MIME_ERROR 36 #define SOAP_MIME_HREF 37 #define SOAP_MIME_END 38 #define SOAP_VERSIONMISMATCH 39 #define SOAP_PLUGIN_ERROR 40 #define SOAP_DATAENCODINGUNKNOWN 41 #define SOAP_REQUIRED 42 #define SOAP_PROHIBITED 43 #define SOAP_OCCURS 44 #define SOAP_LENGTH 45 #define SOAP_PATTERN 46 #define SOAP_FD_EXCEEDED 47 #define SOAP_UTF_ERROR 48 #define SOAP_NTLM_ERROR 49 #define soap_xml_error_check(e) ((e) == SOAP_TAG_MISMATCH || (e) == SOAP_NO_TAG || (e) == SOAP_SYNTAX_ERROR || (e) == SOAP_NAMESPACE || (e) == SOAP_DUPLICATE_ID || (e) == SOAP_MISSING_ID || (e) == SOAP_REQUIRED || (e) == SOAP_PROHIBITED || (e) == SOAP_OCCURS || (e) == SOAP_LENGTH || (e) == SOAP_PATTERN || (e) == SOAP_NULL || (e) == SOAP_HREF) #define soap_soap_error_check(e) ((e) == SOAP_CLI_FAULT || (e) == SOAP_SVR_FAULT || (e) == SOAP_VERSIONMISMATCH || (e) == SOAP_MUSTUNDERSTAND || (e) == SOAP_FAULT || (e) == SOAP_NO_METHOD) #define soap_tcp_error_check(e) ((e) == SOAP_EOF || (e) == SOAP_TCP_ERROR) #define soap_ssl_error_check(e) ((e) == SOAP_SSL_ERROR) #define soap_zlib_error_check(e) ((e) == SOAP_ZLIB_ERROR) #define soap_http_error_check(e) ((e) == SOAP_HTTP_ERROR || (e) == SOAP_NO_DATA || ((e) >= SOAP_GET_METHOD && (e) <= SOAP_HTTP_METHOD) || ((e) >= 100 && (e) < 600)) /* gSOAP HTTP response status codes 100 to 599 are reserved */ /* Codes 600 to 999 are user definable */ /* Exceptional gSOAP HTTP server response status codes >= 1000 */ #define SOAP_STOP 1000 /* No HTTP response */ #define SOAP_FORM 1001 /* Request (form) data is present, no HTTP response */ #define SOAP_HTML 1002 /* Custom HTML response */ #define SOAP_FILE 1003 /* Custom file-based response */ /* gSOAP HTTP method codes (client) */ #define SOAP_POST 2000 /* POST request */ #define SOAP_POST_FILE 2001 /* Custom file-based POST request */ #define SOAP_GET 2002 /* GET request */ #define SOAP_PUT 2003 /* PUT request */ #define SOAP_DEL 2004 /* DELETE request */ #define SOAP_CONNECT 2005 /* CONNECT request */ /* gSOAP DIME */ #define SOAP_DIME_CF 0x01 #define SOAP_DIME_ME 0x02 #define SOAP_DIME_MB 0x04 #define SOAP_DIME_VERSION 0x08 /* DIME version 1 */ #define SOAP_DIME_MEDIA 0x10 #define SOAP_DIME_ABSURI 0x20 /* gSOAP ZLIB */ #define SOAP_ZLIB_NONE 0x00 #define SOAP_ZLIB_DEFLATE 0x01 #define SOAP_ZLIB_INFLATE 0x02 #define SOAP_ZLIB_GZIP 0x02 /* gSOAP transport, connection, and content encoding modes */ typedef soap_int32 soap_mode; #define SOAP_IO 0x00000003 /* IO mask */ #define SOAP_IO_FLUSH 0x00000000 /* flush output immediately, no buffering */ #define SOAP_IO_BUFFER 0x00000001 /* buffer output in packets of size SOAP_BUFLEN */ #define SOAP_IO_STORE 0x00000002 /* store entire output to determine length for transport */ #define SOAP_IO_CHUNK 0x00000003 /* use HTTP chunked transfer AND buffer packets */ #define SOAP_IO_UDP 0x00000004 /* TCP or UDP */ #define SOAP_IO_LENGTH 0x00000008 /* calc message length (internal) */ #define SOAP_IO_KEEPALIVE 0x00000010 /* keep connection alive */ #define SOAP_ENC 0x00000FFF /* IO and ENC mask */ #define SOAP_ENC_LATIN 0x00000020 /* in: accept iso-8859-1 */ #define SOAP_ENC_XML 0x00000040 /* out: plain (XML or other) body, no HTTP header */ #define SOAP_ENC_DIME 0x00000080 #define SOAP_ENC_MIME 0x00000100 #define SOAP_ENC_MTOM 0x00000200 #define SOAP_ENC_ZLIB 0x00000400 #define SOAP_ENC_SSL 0x00000800 #define SOAP_XML_STRICT 0x00001000 /* in: strict validation */ #define SOAP_XML_INDENT 0x00002000 /* out: emit indented XML */ #define SOAP_XML_IGNORENS 0x00004000 /* in: ignore namespaces */ #define SOAP_XML_DEFAULTNS 0x00008000 /* out: emit xmlns="..." */ #define SOAP_XML_CANONICAL 0x00010000 /* out: excC14N canonical XML */ #define SOAP_XML_TREE 0x00020000 /* in/out: XML tree (no id/ref) */ #define SOAP_XML_NIL 0x00040000 /* out: all NULLs as xsi:nil */ #define SOAP_XML_NOTYPE 0x00080000 /* out: do not add xsi:type */ #define SOAP_DOM_TREE 0x00100000 /* see DOM manual */ #define SOAP_DOM_NODE 0x00200000 #define SOAP_DOM_ASIS 0x00400000 #define SOAP_RESERVED 0x00800000 /* reserved for future use */ #define SOAP_C_NOIOB 0x01000000 /* don't fault on array index out of bounds (just ignore) */ #define SOAP_C_UTFSTRING 0x02000000 /* (de)serialize strings with UTF8 content */ #define SOAP_C_MBSTRING 0x04000000 /* (de)serialize strings with multi-byte content */ #define SOAP_C_NILSTRING 0x08000000 /* serialize empty strings as nil (omitted) */ #define SOAP_XML_DOM 0x10000000 /* enable internal DOM */ #define SOAP_XML_GRAPH 0x20000000 /* force id-ref XML graph */ #define SOAP_MIME_POSTCHECK 0x40000000 /* MIME flag (internal) */ #define SOAP_SEC_WSUID 0x80000000 /* Add Body wsu:Id flag (internal) */ /* WITH_XMLNS backward compatibility: always use XML default namespaces */ #ifdef WITH_XMLNS # define SOAP_IO_DEFAULT (SOAP_IO_FLUSH | SOAP_XML_DEFAULTNS) #else # define SOAP_IO_DEFAULT SOAP_IO_FLUSH #endif /* SSL client/server authentication settings */ #define SOAP_SSL_NO_AUTHENTICATION 0x0000 /* for testing purposes */ #define SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION 0x0001 /* client requires server to authenticate (default) */ #define SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION 0x0002 /* server requires client to authenticate */ #define SOAP_SSL_SKIP_HOST_CHECK 0x0004 /* client skips common name check against host name */ #define SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE 0x0008 /* allow self-signed and expired certificates and those w/o CRL */ #define SOAP_SSL_NO_DEFAULT_CA_PATH 0x0010 /* don't use default_verify_paths */ #define SOAP_SSL_RSA 0x0020 /* use RSA */ #define SOAP_TLSv1 0x0000 /* enable TLS v1.0/1.1/1.2 only (default) */ #define SOAP_SSLv3_TLSv1 0x0040 /* enable SSL v3 and TLS v1.0/1.1/1.2 */ #define SOAP_SSLv3 0x0080 /* only SSL v3 */ #define SOAP_TLSv1_0 0x0100 /* only TLS v1.0 */ #define SOAP_TLSv1_1 0x0200 /* only TLS v1.1 */ #define SOAP_TLSv1_2 0x0400 /* only TLS v1.2 */ #define SOAP_SSL_CLIENT 0x1000 /* client context */ #define SOAP_SSL_DEFAULT (SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION | SOAP_TLSv1) /* state */ #define SOAP_NONE 0 #define SOAP_INIT 1 #define SOAP_COPY 2 #define soap_check_state(soap) (!(soap) || ((soap)->state != SOAP_INIT && (soap)->state != SOAP_COPY)) /* parts */ #define SOAP_BEGIN 0 #define SOAP_IN_ENVELOPE 2 #define SOAP_IN_HEADER 3 #define SOAP_END_HEADER 4 #define SOAP_NO_BODY 5 #define SOAP_IN_BODY 6 #define SOAP_END_BODY 7 #define SOAP_END_ENVELOPE 8 #define SOAP_END 9 /* events */ #define SOAP_SEC_BEGIN 1 #define SOAP_SEC_SIGN 2 #define SOAP_SEC_DECRYPT 3 /* DEBUG macros */ #ifndef WITH_LEAN # ifdef DEBUG_STAMP # ifndef DEBUG # define DEBUG # endif # endif # ifdef DEBUG # ifndef SOAP_DEBUG # define SOAP_DEBUG # endif # ifndef SOAP_MEM_DEBUG # define SOAP_MEM_DEBUG # endif # endif #endif #ifdef SOAP_MEM_DEBUG # ifndef SOAP_MALLOC # define SOAP_MALLOC(soap, size) soap_track_malloc((soap), __FILE__, __LINE__, (size)) # endif # ifndef SOAP_FREE # define SOAP_FREE(soap, ptr) soap_track_free((soap), __FILE__, __LINE__, (void*)(ptr)) # endif #endif #ifndef SOAP_MALLOC /* use libc malloc */ # define SOAP_MALLOC(soap, size) malloc(size) #endif #ifndef SOAP_FREE /* use libc free */ # define SOAP_FREE(soap, ptr) free((void*)(ptr)) #endif #ifndef SOAP_NOTHROW # if defined(__GNUC__) && (__GNUC__ <= 2) # define SOAP_NOTHROW # elif defined(WITH_LEAN) || defined(WITH_COMPAT) # define SOAP_NOTHROW # else # define SOAP_NOTHROW (std::nothrow) # endif #endif #if (defined(__GNUC__) && (__GNUC__ <= 2) && !defined(__BORLANDC__)) || defined(__clang__) || defined(_AIX) || defined(AIX) /* old form w/o parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW type # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) type # endif #else /* new form with parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW (type) # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) (type) # endif #endif #ifndef SOAP_NEW_COPY /* use C++ new operator for ::copy() */ # define SOAP_NEW_COPY(clas) new SOAP_NOTHROW clas #endif #ifndef SOAP_DELETE /* use C++ delete operator */ # define SOAP_DELETE(obj) delete obj #endif #ifndef SOAP_DELETE_ARRAY /* use C++ delete[] operator */ # define SOAP_DELETE_ARRAY(obj) delete[] obj #endif #ifdef SOAP_DEBUG # ifndef SOAP_MESSAGE # define SOAP_MESSAGE fprintf # endif # ifndef DBGLOG # ifdef DEBUG_STAMP # ifdef WIN32 # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ SYSTEMTIME _localTime;\ ::GetLocalTime(&_localTime); \ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%03d|", _localTime.wYear%100, _localTime.wMonth, _localTime.wDay, _localTime.wHour, _localTime.wMinute, _localTime.wSecond, _localTime.wMilliseconds);\ CMD;\ fflush(fdebug);\ }\ }\ } # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ struct timeval _tv;\ struct tm _tm;\ gettimeofday(&_tv, NULL);\ localtime_r(&_tv.tv_sec, &_tm);\ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%06d|", _tm.tm_year%100, _tm.tm_mon+1, _tm.tm_mday, _tm.tm_hour, _tm.tm_min, _tm.tm_sec, _tv.tv_usec);\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # endif # ifndef DBGMSG # define DBGMSG(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { fwrite((void*)(MSG), 1, (size_t)(LEN), soap->fdebug[SOAP_INDEX_##DBGFILE]);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif # ifndef DBGFUN # define DBGFUN(FNAME) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s()\n", __FILE__, __LINE__, FNAME)) # define DBGFUN1(FNAME, FMT, ARG) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT ")\n", __FILE__, __LINE__, FNAME, (ARG))) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2))) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ", " FMT3 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2), (ARG3))) # endif # ifndef DBGHEX # define DBGHEX(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile(soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { int i; char *s;\ for (s = (char*)(MSG), i = (LEN); i; i--)\ fprintf(soap->fdebug[SOAP_INDEX_##DBGFILE], "%2.2X ", (int)*s++&0xFF);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif #else # define DBGLOG(DBGFILE, CMD) # define DBGMSG(DBGFILE, MSG, LEN) # define DBGFUN(FNAME) # define DBGFUN1(FNAME, FMT, ARG) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) # define DBGHEX(DBGFILE, MSG, LEN) #endif /* UCS-4 requires 32 bits (0-7FFFFFFF, the sign bit is used by gSOAP to distinguish XML entities) */ typedef soap_int32 soap_wchar; /* namespace table row */ struct Namespace { const char *id; const char *ns; const char *in; char *out; }; /* namespace stack */ struct soap_nlist { struct soap_nlist *next; unsigned int level; /* nesting depth level */ short index; /* corresponding entry in ns mapping table */ const char *ns; /* only set when parsed ns URI is not in the ns mapping table */ char id[1]; /* the actual string value flows into the allocated region id[0...] below this struct */ }; /* block header, the data flows into the allocated region below this struct */ struct soap_bhead { struct soap_bhead *next; size_t size; }; /* block stack for nested block allocations */ struct soap_blist { struct soap_blist *next; struct soap_bhead *head; size_t size; }; /* pointer serialization management */ struct soap_plist { struct soap_plist *next; const void *ptr; void *dup; const void *array; /* array pointer */ int size; /* array size */ int type; int id; char mark1; /* 0=single-ref, 1=embedded-multi-ref (SOAP1.1), 2=multi-ref, 3=attachment */ char mark2; }; /* block allocation for pointer serialization management */ struct soap_pblk { struct soap_pblk *next; struct soap_plist plist[SOAP_PTRBLK]; }; #ifdef SOAP_MEM_DEBUG /* malloc/free tracking for debugging */ struct soap_mlist { struct soap_mlist *next; const void *ptr; const char *file; int line; short live; }; #endif /* class allocation list */ struct soap_clist { struct soap_clist *next; void *ptr; int type; int size; /* array size */ int (*fdelete)(struct soap_clist*); }; /* attributes */ struct soap_attribute { struct soap_attribute *next; short flag; /* soap_set_attr: 1 = normal, 2 = utf content */ char *value; size_t size; const char *ns; short visible; char name[1]; /* the actual name string flows into the allocated region below this struct */ }; #ifndef WITH_LEAN struct soap_cookie { struct soap_cookie *next; char *name; char *value; char *domain; char *path; time_t expire; /* client-side: local time to expire */ long maxage; /* server-side: seconds to expire */ unsigned int version; short secure; short session; /* server-side */ short env; /* server-side: got cookie from client and should not be (re)send */ short modified; /* server-side: client cookie was modified and should be send */ }; #endif SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart*); #ifdef __cplusplus class soap_multipart_iterator { public: struct soap_multipart *content; bool operator==(const soap_multipart_iterator& iter) const { return (bool)(content == iter.content); } bool operator!=(const soap_multipart_iterator& iter) const { return (bool)(content != iter.content); } struct soap_multipart &operator*() const { return *content; } soap_multipart_iterator &operator++() { content = soap_next_multipart(content); return *this; } soap_multipart_iterator() : content(NULL) { } soap_multipart_iterator(struct soap_multipart *p) : content(p) { } }; #endif #ifndef WITH_LEANER struct soap_dime { size_t count; size_t size; size_t chunksize; size_t buflen; char flags; char *ptr; const char *id; const char *type; const char *options; struct soap_multipart *list; /* list of DIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER struct soap_mime { char *boundary; /* MIME boundary */ const char *start; /* MIME start ID */ struct soap_multipart *list; /* list of MIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER /* RFC2045 MIME content transfer encodings */ enum soap_mime_encoding { SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN }; #endif #ifndef WITH_LEANER /* DIME/MIME multipart list */ struct soap_multipart { struct soap_multipart *next; char *ptr; /* points to raw data content */ size_t size; /* size of data content */ const char *id; /* DIME/MIME content ID or form data name */ const char *type; /* DIME/MIME type (MIME type format) */ const char *options; /* DIME options */ enum soap_mime_encoding encoding; /* MIME Content-Transfer-Encoding */ const char *location; /* MIME Content-Location (optional) */ const char *description; /* MIME Content-Description (optional) */ #ifdef __cplusplus typedef soap_multipart_iterator iterator; #endif }; #endif #ifndef WITH_LEANER /* attachment DIME and MTOM XOP forwarding */ struct soap_xlist { struct soap_xlist *next; unsigned char **ptr; int *size; char *id; char **type; char **options; }; #endif /******************************************************************************/ #ifndef WITH_LEANER /* dom.c[pp] functions (optional, compile and link dom.c[pp] */ struct soap; struct soap_dom_element; struct soap_dom_attribute; /* soap_dom_element construction */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt(struct soap_dom_element *elt, const char *ns, const char *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth(struct soap_dom_element *elt, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_att(struct soap_dom_element *elt, const struct soap_dom_attribute *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elt(struct soap_dom_element *elt, const struct soap_dom_element *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_atts(struct soap_dom_element *elt, const struct soap_dom_attribute *atts); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elts(struct soap_dom_element *elt, const struct soap_dom_element *elts); /* soap_dom_element assignment */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_bool(struct soap_dom_element *elt, LONG64 b); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_int(struct soap_dom_element *elt, LONG64 n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_double(struct soap_dom_element *elt, double x); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text(struct soap_dom_element *elt, const char *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text_w(struct soap_dom_element *elt, const wchar_t *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_node(struct soap_dom_element *elt, const void *node, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_copy(struct soap_dom_element *elt, const struct soap_dom_element *node); /* soap_dom_element properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_ns(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_tag(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_true(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_false(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_int(const struct soap_dom_element *elt); SOAP_FMAC1 long SOAP_FMAC2 soap_elt_get_long(const struct soap_dom_element *elt); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_elt_get_LONG64(const struct soap_dom_element *elt); SOAP_FMAC1 double SOAP_FMAC2 soap_elt_get_double(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_text(const struct soap_dom_element *elt); SOAP_FMAC1 const void * SOAP_FMAC2 soap_elt_get_node(const struct soap_dom_element *elt, int type); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_type(const struct soap_dom_element *elt, const void **node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_parent(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_depth(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_index(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_len(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_nth(const struct soap_dom_element *elt); /* soap_dom_attribute construction */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); /* soap_dom_attribute assignment */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_bool(struct soap_dom_attribute *att, LONG64 b); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_int(struct soap_dom_attribute *att, LONG64 n); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_double(struct soap_dom_attribute *att, double x); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text(struct soap_dom_attribute *att, const char *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text_w(struct soap_dom_attribute *att, const wchar_t *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_copy(struct soap_dom_attribute *att, const struct soap_dom_attribute *node); /* soap_dom_attribute properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_att_match_w(const struct soap_dom_attribute *att, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_ns(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_tag(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_true(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_false(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_get_int(const struct soap_dom_attribute *att); SOAP_FMAC1 long SOAP_FMAC2 soap_att_get_long(const struct soap_dom_attribute *att); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_att_get_LONG64(const struct soap_dom_attribute *att); SOAP_FMAC1 double SOAP_FMAC2 soap_att_get_double(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_text(const struct soap_dom_attribute *att); /* DOM local traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_next(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_next(const struct soap_dom_element *elt); /* DOM local retrieval */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_next(const struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_nth(struct soap_dom_element *elt, size_t n); /* DOM local search */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find_next(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next_type(const struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM size of local search results */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_att_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM deep traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(const struct soap_dom_element *elt, const struct soap_dom_element *end); /* DOM deep search */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find(struct soap_dom_element *begin, const struct soap_dom_element *end, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find_next(const struct soap_dom_element *elt, const struct soap_dom_element *end, const char *ns, const char *patt, int type); #endif #if defined(__cplusplus) } #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_attribute_iterator { public: struct soap_dom_attribute *iter; const char *nstr; const char *name; bool operator==(const soap_dom_attribute_iterator&) const; bool operator!=(const soap_dom_attribute_iterator&) const; struct soap_dom_attribute& operator*() const; struct soap_dom_attribute *operator->() const; soap_dom_attribute_iterator& operator++(); soap_dom_attribute_iterator operator++(int); soap_dom_attribute_iterator(); soap_dom_attribute_iterator(struct soap_dom_attribute*); ~soap_dom_attribute_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_attribute { struct soap_dom_attribute *next; const char *nstr; const char *name; const char *text; struct soap *soap; #ifdef __cplusplus typedef soap_dom_attribute_iterator iterator; soap_dom_attribute(struct soap *soap = NULL); soap_dom_attribute(const soap_dom_attribute& att); soap_dom_attribute(struct soap *soap, const char *tag); soap_dom_attribute(struct soap *soap, const wchar_t *tag); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); ~soap_dom_attribute(); soap_dom_attribute& set(const char *ns, const char *tag) { return *soap_att_set(this, ns, tag); } soap_dom_attribute& set(const char *ns, const wchar_t *tag) { return *soap_att_set_w(this, ns, tag); } soap_dom_attribute& set(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& set(int n) { return *soap_att_int(this, n); } soap_dom_attribute& set(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& set(float x) { return *soap_att_double(this, x); } soap_dom_attribute& set(double x) { return *soap_att_double(this, x); } soap_dom_attribute& set(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& set(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& set(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& set(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& operator=(int n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(float x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(double x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& operator=(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& operator=(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& operator=(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(const soap_dom_attribute& att) { return *soap_att_copy(this, &att); } soap_dom_attribute& att(const char *tag) { return *soap_att_add(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_add_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att_add(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_add_w(this, ns, tag); } bool match(const char *patt) const { return soap_att_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_att_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_att_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_att_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } bool is_true() const { return soap_att_is_true(this) != 0; } bool is_false() const { return soap_att_is_false(this) != 0; } LONG64 get_int() const { return soap_att_get_LONG64(this); } double get_double() const { return soap_att_get_double(this); } const char *get_text() const { return this->text; } operator bool() const { return soap_att_is_true(this) != 0; } operator int() const { return soap_att_get_int(this); } operator LONG64() const { return soap_att_get_LONG64(this); } operator double() const { return soap_att_get_double(this); } operator const char*() const { return this->text; } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_element_iterator { public: struct soap_dom_element *iter; struct soap_dom_element *stop; const char *nstr; const char *name; int type; bool deep; bool operator==(const soap_dom_element_iterator&) const; bool operator!=(const soap_dom_element_iterator&) const; struct soap_dom_element& operator*() const; struct soap_dom_element *operator->() const; soap_dom_element_iterator& operator++(); soap_dom_element_iterator operator++(int); soap_dom_element_iterator(); soap_dom_element_iterator(struct soap_dom_element*); ~soap_dom_element_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_element { struct soap_dom_element *next; struct soap_dom_element *prnt; struct soap_dom_element *elts; struct soap_dom_attribute *atts; const char *nstr; const char *name; const char *lead; const char *text; const char *code; const char *tail; const void *node; int type; struct soap *soap; #ifdef __cplusplus typedef soap_dom_element_iterator iterator; soap_dom_element(struct soap *soap = NULL); soap_dom_element(const soap_dom_element& elt); soap_dom_element(struct soap *soap, const char *tag); soap_dom_element(struct soap *soap, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); #ifndef WITH_COMPAT soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); #endif soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type); ~soap_dom_element(); soap_dom_element& set(const char *ns, const char *tag) { return *soap_elt_set(this, ns, tag); } soap_dom_element& set(const char *ns, const wchar_t *tag) { return *soap_elt_set_w(this, ns, tag); } soap_dom_element& set(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& set(int n) { return *soap_elt_int(this, n); } soap_dom_element& set(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& set(float x) { return *soap_elt_double(this, x); } soap_dom_element& set(double x) { return *soap_elt_double(this, x); } soap_dom_element& set(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& set(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& set(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& set(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& set(const void *node, int type) { return *soap_elt_node(this, node, type); } soap_dom_element& add(soap_dom_element& elt) { return *soap_add_elt(this, &elt); } soap_dom_element& add(soap_dom_element *elt) { return *soap_add_elt(this, elt); } soap_dom_element& add(soap_dom_attribute& att) { return *soap_add_att(this, &att); } soap_dom_element& add(soap_dom_attribute *att) { return *soap_add_att(this, att); } soap_dom_element& adds(soap_dom_element& elts) { return *soap_add_elts(this, &elts); } soap_dom_element& adds(soap_dom_element *elts) { return *soap_add_elts(this, elts); } soap_dom_element& adds(soap_dom_attribute& atts) { return *soap_add_atts(this, &atts); } soap_dom_element& adds(soap_dom_attribute *atts) { return *soap_add_atts(this, atts); } soap_dom_element& operator=(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& operator=(int n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(float x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(double x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& operator=(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& operator=(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& operator=(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& operator=(const soap_dom_element& elt) { return *soap_elt_copy(this, &elt); } template soap_dom_element& operator=(const T& node) { return this->set(&node, node.soap_type()); } template soap_dom_element& operator=(const T *node) { return this->set(node, node->soap_type()); } template soap_dom_element& operator=(T *node) { return this->set(node, node->soap_type()); } soap_dom_attribute& att(const char *tag) { return *soap_att(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_w(this, ns, tag); } soap_dom_element& elt() { return *soap_elt(this, NULL, NULL); } soap_dom_element& elt(const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& elt(const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& elt(const char *ns, const char *tag) { return *soap_elt(this, ns, tag); } soap_dom_element& elt(const char *ns, const wchar_t *tag) { return *soap_elt_w(this, ns, tag); } soap_dom_element& operator[](const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& operator[](const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& operator[](size_t n) { return *soap_nth(this, n); } soap_dom_attribute *att_get(const char *tag) const { return soap_att_get(this, NULL, tag); } soap_dom_attribute *att_get(const wchar_t *tag) const { return soap_att_get_w(this, NULL, tag); } soap_dom_attribute *att_get(const char *ns, const char *tag) const { return soap_att_get(this, ns, tag); } soap_dom_attribute *att_get(const char *ns, const wchar_t *tag) const { return soap_att_get_w(this, ns, tag); } soap_dom_element *elt_get() const { return soap_elt_get(this, NULL, NULL); } soap_dom_element *elt_get(const char *tag) const { return soap_elt_get(this, NULL, tag); } soap_dom_element *elt_get(const wchar_t *tag) const { return soap_elt_get_w(this, NULL, tag); } soap_dom_element *elt_get(const char *ns, const char *tag) const { return soap_elt_get(this, ns, tag); } soap_dom_element *elt_get(const char *ns, const wchar_t *tag) const { return soap_elt_get_w(this, ns, tag); } soap_dom_element *get_next() const { return soap_elt_get_next(this); } soap_dom_element *get_nth(size_t n) { return soap_elt_get_nth(this, n); } bool match(const char *patt) const { return soap_elt_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_elt_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_elt_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_elt_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } soap_dom_element *parent() { return this->prnt; } size_t depth() const { return soap_elt_depth(this); } size_t index() const { return soap_elt_index(this); } size_t len() const { return soap_elt_len(this); } size_t nth() const { return soap_elt_nth(this); } size_t elt_size() { return soap_elt_size(this, NULL, NULL); } size_t elt_size(const char *patt, int type = 0) { return elt_size(NULL, patt, type); } size_t elt_size(const char *ns, const char *patt, int type = 0) { return soap_elt_size_type(this, ns, patt, type); } size_t att_size() { return soap_att_size(this, NULL, NULL); } size_t att_size(const char *patt) { return att_size(NULL, patt); } #ifndef WITH_COMPAT size_t att_size(const std::string& patt) { return att_size(NULL, patt); } #endif size_t att_size(const char *ns, const char *patt) { return soap_att_size(this, ns, patt); } #ifndef WITH_COMPAT size_t att_size(const char *ns, const std::string& patt) { return soap_att_size(this, ns, patt.c_str()); } #endif bool is_true() const { return soap_elt_is_true(this) != 0; } bool is_false() const { return soap_elt_is_false(this) != 0; } LONG64 get_int() const { return soap_elt_get_LONG64(this); } double get_double() const { return soap_elt_get_double(this); } const char *get_text() const { return this->text; } const void *get_node(int type) const { return soap_elt_get_node(this, type); } int get_type(const void **node) const { return soap_elt_get_type(this, node); } operator bool() const { return soap_elt_is_true(this) != 0; } operator int() const { return soap_elt_get_int(this); } operator LONG64() const { return soap_elt_get_LONG64(this); } operator double() const { return soap_elt_get_double(this); } operator const char*() const { return this->text; } soap_dom_element_iterator begin(); soap_dom_element_iterator end() { return soap_dom_element_iterator(NULL); } soap_dom_element_iterator elt_begin() { return soap_dom_element_iterator(this->elts); } soap_dom_element_iterator elt_end() { return soap_dom_element_iterator(NULL); } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this->atts); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_element_iterator find(const char *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const wchar_t *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator find(int type); soap_dom_element_iterator elt_find(const char *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const wchar_t *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator elt_find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator elt_find(int type); soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dup_xsd__anyType(struct soap *soap, struct soap_dom_element *d, const struct soap_dom_element *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyType(const struct soap_dom_element *a); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dup_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *d, const struct soap_dom_attribute *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyAttribute(const struct soap_dom_attribute *a); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element *out); #if defined(__cplusplus) && !defined(WITH_COMPAT) extern std::ostream &operator<<(std::ostream&, const struct soap_dom_element&); extern std::istream &operator>>(std::istream&, struct soap_dom_element&); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element *out); #endif #if defined(__cplusplus) extern "C" { #endif /******************************************************************************/ #ifdef WIN32 # ifdef SOAP_STD_EXPORTS # define SOAP_STD_API __declspec(dllexport) # else # define SOAP_STD_API # endif #else # define SOAP_STD_API #endif struct SOAP_STD_API soap { short state; /* 0 = uninitialized, 1 = initialized, 2 = copy of another soap struct */ short version; /* 1 = SOAP1.1 and 2 = SOAP1.2 (set automatically from namespace URI in nsmap table), 0 indicates non-SOAP content */ soap_mode mode; soap_mode imode; soap_mode omode; const char *float_format; /* user-definable format string for floats (<1024 chars) */ const char *double_format; /* user-definable format string for doubles (<1024 chars) */ const char *long_double_format; /* user-definable format string for long doubles (<1024 chars) */ const char *dime_id_format; /* user-definable format string for integer DIME id ( 0, gives socket recv timeout in seconds, < 0 in usec */ int send_timeout; /* when > 0, gives socket send timeout in seconds, < 0 in usec */ int connect_timeout; /* when > 0, gives socket connect() timeout in seconds, < 0 in usec */ int accept_timeout; /* when > 0, gives socket accept() timeout in seconds, < 0 in usec */ int socket_flags; /* socket recv() and send() flags, e.g. set to MSG_NOSIGNAL to disable sigpipe */ int connect_flags; /* connect() SOL_SOCKET sockopt flags, e.g. set to SO_DEBUG to debug socket */ int bind_flags; /* bind() SOL_SOCKET sockopt flags, e.g. set to SO_REUSEADDR to enable reuse */ int accept_flags; /* accept() SOL_SOCKET sockopt flags */ unsigned short linger_time; /* linger time for SO_LINGER option */ const struct Namespace *namespaces; /* Pointer to global namespace mapping table */ struct Namespace *local_namespaces; /* Local namespace mapping table */ struct soap_nlist *nlist; /* namespace stack */ struct soap_blist *blist; /* block allocation stack */ struct soap_clist *clist; /* class instance allocation list */ void *alist; /* memory allocation (malloc) list */ short shaky; /* objects in reallocatable containers are on shaky grounds */ #if !defined(WITH_LEANER) || !defined(WITH_NOIDREF) struct soap_ilist *iht[SOAP_IDHASH]; #endif struct soap_plist *pht[SOAP_PTRHASH]; struct soap_pblk *pblk; /* plist block allocation */ short pidx; /* plist block allocation */ struct SOAP_ENV__Header *header; struct SOAP_ENV__Fault *fault; int idnum; void *user; /* for user to pass user-defined data to callbacks */ void *data[4]; /* extension data = {smdevp, mecevp, ...} */ struct soap_plugin *plugins; /* linked list of plug-in data */ const char *userid; /* HTTP Basic authorization userid */ const char *passwd; /* HTTP Basic authorization passwd */ const char *authrealm; /* HTTP authentication realm (NTLM domain) */ #if !defined(WITH_LEAN) || defined(WITH_NTLM) const char *ntlm_challenge; /* HTTP NTLM challenge key string */ short ntlm_auth; /* HTTP NTLM authentication type */ short ntlm_stage; /* HTTP NTLM stage 0..3 */ #endif int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); int (*fget)(struct soap*); /* HTTP GET hook (not set by default) */ int (*fput)(struct soap*); /* HTTP PUT hook (handled as POST by default) */ int (*fdel)(struct soap*); /* HTTP DELETE hook (not set by default) */ int (*fopt)(struct soap*); /* HTTP OPTIONS hook (not set by default) */ int (*fhead)(struct soap*); /* HTTP HEAD hook (not set by default) */ int (*fform)(struct soap*); /* HTTP/HTML form handler for plugins */ int (*fposthdr)(struct soap*, const char*, const char*); int (*fresponse)(struct soap*, int, size_t); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fheader)(struct soap*); int (*fresolve)(struct soap*, const char*, struct in_addr* inaddr); int (*fconnect)(struct soap*, const char*, const char*, int); int (*fdisconnect)(struct soap*); int (*fclosesocket)(struct soap*, SOAP_SOCKET); int (*fshutdownsocket)(struct soap*, SOAP_SOCKET, int); SOAP_SOCKET (*fopen)(struct soap*, const char*, const char*, int); SOAP_SOCKET (*faccept)(struct soap*, SOAP_SOCKET, struct sockaddr*, int *n); int (*fclose)(struct soap*); int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); int (*fpoll)(struct soap*); void (*fseterror)(struct soap*, const char **c, const char **s); int (*fignore)(struct soap*, const char*); int (*fserveloop)(struct soap*); void *(*fplugin)(struct soap*, const char*); void *(*fmalloc)(struct soap*, size_t); #ifndef WITH_LEANER int (*fsvalidate)(struct soap*, const char*, const char*); int (*fwvalidate)(struct soap*, const char*, const wchar_t*); int (*feltbegin)(struct soap*, const char*); int (*feltendin)(struct soap*, const char*, const char*); int (*feltbegout)(struct soap*, const char*); int (*feltendout)(struct soap*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int recverror; /* last soap_recv_raw error code for filterrecv */ int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); void *(*fdimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fdimewriteopen)(struct soap*, const char*, const char*, const char*); void (*fdimereadclose)(struct soap*, void*); void (*fdimewriteclose)(struct soap*, void*); size_t (*fdimeread)(struct soap*, void*, char*, size_t); int (*fdimewrite)(struct soap*, void*, const char*, size_t); void *(*fmimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fmimewriteopen)(struct soap*, void*, const char*, const char*, const char*, enum soap_mime_encoding); void (*fmimereadclose)(struct soap*, void*); void (*fmimewriteclose)(struct soap*, void*); size_t (*fmimeread)(struct soap*, void*, char*, size_t); int (*fmimewrite)(struct soap*, void*, const char*, size_t); #endif SOAP_SOCKET master; /* socket bound to TCP/IP port */ SOAP_SOCKET socket; /* socket to send and receive */ SOAP_SOCKET sendsk; /* socket to send (overrides ::socket) */ SOAP_SOCKET recvsk; /* socket to receive (overrides ::socket) */ #if defined(__cplusplus) && !defined(WITH_COMPAT) std::ostream *os; /* C++ only: ostream to send */ std::istream *is; /* C++ only: istream to receive */ #else const char **os; /* C only: pointer to a const char*, will be set to point to the string output */ const char *is; /* C only: a const char* to read from (soap->is will advance) */ #endif #ifndef UNDER_CE int sendfd; /* int file descriptor for sending */ int recvfd; /* int file descriptor for receiving */ #else FILE *sendfd; /* WinCE FILE* to send */ FILE *recvfd; /* WinCE FILE* to receive */ #endif size_t bufidx; /* index in soap.buf[] */ size_t buflen; /* length of soap.buf[] content */ soap_wchar ahead; /* parser lookahead */ short cdata; /* CDATA parser state */ short body; /* HTTP or XML element has a body (1) or not (0) */ unsigned int level; /* XML nesting level */ size_t count; /* message length counter */ size_t length; /* message length as set by HTTP header */ char *labbuf; /* look-aside buffer */ size_t lablen; /* look-aside buffer allocated length */ size_t labidx; /* look-aside buffer index to available part */ char buf[SOAP_BUFLEN];/* send and receive buffer */ char msgbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers and short messages, must be >=1024 bytes */ char tmpbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers, simpleType values, element and attribute tag names, and DIME must be >=1024 bytes */ char tag[SOAP_TAGLEN]; char id[SOAP_TAGLEN]; char href[SOAP_TAGLEN]; char type[SOAP_TAGLEN]; char arrayType[SOAP_TAGLEN]; char arraySize[SOAP_TAGLEN]; char arrayOffset[SOAP_TAGLEN]; short other; short root; int position; int positions[SOAP_MAXDIMS]; struct soap_attribute *attributes; /* attribute list */ short encoding; /* when set, output encodingStyle */ short mustUnderstand; /* a mustUnderstand element was parsed or is output */ short null; /* parsed XML is xsi:nil */ short ns; /* zero to output all xmlns */ short part; /* SOAP part state (header or body) */ short event; /* engine events and states for use by plugins */ short peeked; unsigned int evlev; /* event level */ int alloced; size_t chunksize; size_t chunkbuflen; char endpoint[SOAP_TAGLEN]; char path[SOAP_TAGLEN]; char host[SOAP_TAGLEN]; char *action; const char *prolog; /* XML declaration prolog */ unsigned long ip; /* IP number */ int port; /* port number */ short keep_alive; /* connection should be kept open */ short tcp_keep_alive; /* enable SO_KEEPALIVE */ unsigned int tcp_keep_idle; /* set TCP_KEEPIDLE */ unsigned int tcp_keep_intvl; /* set TCP_KEEPINTVL */ unsigned int tcp_keep_cnt; /* set TCP_KEEPCNT */ unsigned int max_keep_alive; /* maximum keep-alive session (default=100) */ const char *proxy_http_version;/* HTTP version of proxy "1.0" or "1.1" */ const char *proxy_host; /* Proxy Server host name */ int proxy_port; /* Proxy Server port (default = 8080) */ const char *proxy_userid; /* Proxy Authorization user name */ const char *proxy_passwd; /* Proxy Authorization password */ const char *proxy_from; /* X-Forwarding-For header returned by proxy */ int status; /* -1 when request, else error code to be returned by server */ int error; int errmode; int errnum; #ifndef WITH_LEANER struct soap_dom_element *dom; struct soap_dime dime; struct soap_mime mime; struct soap_xlist *xlist; #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) const char *logfile[SOAP_MAXLOGS]; FILE *fdebug[SOAP_MAXLOGS]; struct soap_mlist *mht[SOAP_PTRHASH]; #endif #ifndef WITH_LEAN const char *wsuid; /* space-separated string of element tags */ const char *c14nexclude; /* space-separated string of prefixes for c14n exclusion */ const char *c14ninclude; /* space-separated string of prefixes for c14n inclusion */ struct soap_cookie *cookies; const char *cookie_domain; const char *cookie_path; int cookie_max; #endif #ifndef WITH_NOIO unsigned int ipv6_multicast_if; /* in_addr_t in6addr->sin6_scope_id IPv6 value */ char* ipv4_multicast_if; /* IP_MULTICAST_IF IPv4 setsockopt interface_addr */ unsigned char ipv4_multicast_ttl; /* IP_MULTICAST_TTL value 0..255 */ union { struct sockaddr addr; struct sockaddr_in in; struct sockaddr_storage storage; } peer; /* set by soap_connect/soap_accept and by UDP recv */ #endif size_t peerlen; #if defined(WITH_OPENSSL) /* OpenSSL */ int (*fsslauth)(struct soap*); int (*fsslverify)(int, X509_STORE_CTX*); BIO *bio; SSL *ssl; SSL_CTX *ctx; SSL_SESSION *session; const char *dhfile; const char *randfile; #elif defined(WITH_GNUTLS) /* GNUTLS */ int (*fsslauth)(struct soap*); void *fsslverify; gnutls_certificate_credentials_t xcred; /* cert pointer */ gnutls_anon_client_credentials_t acred; /* anon pointer */ gnutls_priority_t cache; /* priority cache pointer */ gnutls_session_t session; /* session pointer */ gnutls_dh_params_t dh_params; gnutls_rsa_params_t rsa_params; #elif defined(WITH_SYSTEMSSL) /* SYSTEM SSL */ int (*fsslauth)(struct soap*); void *fsslverify; /* N/A */ void *bio; /* N/A */ gsk_handle ctx; /* environment */ gsk_handle ssl; /* ssl socket */ void *session; /* N/A */ const char *dhfile; /* N/A */ const char *randfile; /* N/A */ #else /* No SSL/TLS */ void *fsslauth; /* dummy members, to preserve struct size */ void *fsslverify; void *bio; void *ssl; void *ctx; void *session; void *dh_params; void *rsa_params; #endif unsigned short ssl_flags; const char *keyfile; const char *keyid; const char *password; const char *cafile; const char *capath; const char *crlfile; char session_host[SOAP_TAGLEN]; int session_port; #ifdef WITH_C_LOCALE # ifdef WIN32 _locale_t c_locale; /* set to C locale by default */ # else locale_t c_locale; /* set to C locale by default */ # endif #else void *c_locale; #endif #ifdef WITH_ZLIB z_stream *d_stream; /* decompression stream */ uLong z_crc; /* internal gzip crc */ #else void *d_stream; /* dummy members, to preserve struct size */ soap_int32 z_crc; #endif const char *z_dict; /* support for zlib static dictionaries */ unsigned int z_dict_len; short zlib_state; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_INFLATE */ short zlib_in; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ short zlib_out; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ char *z_buf; /* buffer */ size_t z_buflen; unsigned short z_level; /* compression level to be used (0=none, 1=fast to 9=best) */ float z_ratio_in; /* detected compression ratio compressed_length/length of inbound message */ float z_ratio_out; /* detected compression ratio compressed_length/length of outbound message */ #ifdef WMW_RPM_IO /* VxWorks */ void *rpmreqid; #endif #ifdef __cplusplus soap(); soap(soap_mode); soap(soap_mode, soap_mode); soap(const struct soap&); struct soap& operator=(const struct soap&); ~soap(); /* no virtual methods, so sizeof(soap) is same in C and C++ */ #endif }; struct soap_code_map { LONG64 code; const char *string; }; /* forwarding list */ struct soap_flist { struct soap_flist *next; int type; void *ptr; unsigned int level; size_t index; void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**); }; /* id-ref forwarding list */ struct soap_ilist { struct soap_ilist *next; int type; size_t size; void *ptr; void **spine; void *link; void *copy; struct soap_flist *flist; void *smart; short shaky; char id[1]; /* the actual id string value flows into the allocated region below this struct */ }; struct soap_plugin { struct soap_plugin *next; const char *id; void *data; int (*fcopy)(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); void (*fdelete)(struct soap *soap, struct soap_plugin *p); /* should delete fields of plugin only and not free(p) */ }; extern SOAP_NMAC struct Namespace namespaces[]; #ifndef WITH_LEAN # define soap_get0(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx]) # define soap_get1(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx++]) #else soap_wchar soap_get0(struct soap*); soap_wchar soap_get1(struct soap*); #endif #define soap_versioning_paste(name, ext) name##_REQUIRE_lib_v##ext #define soap_versioning_ext(name, ext) soap_versioning_paste(name, ext) #define soap_versioning(name) soap_versioning_ext(name, GSOAP_VERSION) #define soap_init(soap) soap_init1(soap, SOAP_IO_DEFAULT) #define soap_init1(soap, mode) soap_init2(soap, mode, mode) #define soap_init2(soap, imode, omode) soap_versioning(soap_init)(soap, imode, omode) #define soap_new() soap_new1(SOAP_IO_DEFAULT) #define soap_new1(mode) soap_new2(mode, mode) #define soap_new2(imode, omode) soap_versioning(soap_new)(imode, omode) #define soap_revget1(soap) ((soap)->bufidx--) #define soap_unget(soap, c) ((soap)->ahead = c) #define soap_register_plugin(soap, plugin) soap_register_plugin_arg(soap, plugin, NULL) #define soap_mode(soap, n) ((soap)->mode = (soap)->imode = (soap)->omode = (n)) #define soap_imode(soap, n) ((soap)->imode = (n)) #define soap_omode(soap, n) ((soap)->omode = (n)) #define soap_set_imode(soap, n) ((soap)->imode |= (n)) #define soap_clr_imode(soap, n) ((soap)->imode &= ~(n)) #define soap_set_omode(soap, n) ((soap)->omode |= (n)) #define soap_clr_omode(soap, n) ((soap)->omode &= ~(n)) #define soap_set_mode(soap, n) ((soap)->mode |= (n), (soap)->imode |= (n), (soap)->omode |= (n)) #define soap_clr_mode(soap, n) ((soap)->mode &= ~(n), (soap)->imode &= ~(n), (soap)->omode &= ~(n)) #define soap_destroy(soap) soap_delete((soap), NULL) #define SOAP_NO_LINK_TO_DELETE (-2) /* pass to soap_link() as size n: do not manage, smart pointers are self-managing */ #ifdef HAVE_STRRCHR # define soap_strrchr(s, t) strrchr(s, t) #else SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t); #endif #ifdef HAVE_STRTOL # define soap_strtol(s, t, b) strtol(s, t, b) #else SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char*, char**, int); #endif #ifdef HAVE_STRTOUL # define soap_strtoul(s, t, b) strtoul(s, t, b) #else SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char*, char**, int); #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoll _strtoi64 #else # define soap_strtoll strtoll #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoull _strtoui64 #else # define soap_strtoull strtoull #endif #if defined(WITH_OPENSSL) # define soap_random soap_rand() SOAP_FMAC1 int SOAP_FMAC2 soap_rand(void); #elif defined(HAVE_RANDOM) # define soap_random (int)random() #else # define soap_random rand() #endif #ifdef WITH_NOIDREF # define soap_embedded(s, p, t) ((void)(s), 0) # define soap_id_lookup(s, i, p, t, n, k, fb) ((void)(s), (p)) # define soap_id_forward(s, h, p, i, t, tt, n, k, fi, fb) ((void)(s), (p)) # define soap_id_nullify(s, i) ((void)(s), (i)) # define soap_reference(s, a, t) ((void)(s), 1) # define soap_array_reference(s, p, a, n, t) ((void)(s), 1) # define soap_embed(s, p, a, n, t) ((void)(s), 0) # define soap_embedded_id(s, i, p, t) ((void)(s), (void)(t), i) # define soap_is_embedded(s, p) ((void)(s), 0) # define soap_is_single(s, p) ((void)(s), 1) # define soap_lookup_type(s, i) ((void)(s), 0) # define soap_getindependent(s) ((void)(s), 0) # define soap_putindependent(s) ((void)(s), 0) # define soap_markelement(s, p, t) ((void)(s), 0) # define soap_begin_shaky(s) ((void)(s), 0) # define soap_end_shaky(s, f) ((void)(s), (void)(f), 0) #endif /* soap_traverse() traversal/walker routines take walker function arguments */ typedef void soap_walker(struct soap*, void*, int, const char*, const char*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve(struct soap *soap); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_request(struct soap *soap); SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultsubcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultstring(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultdetail(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultsubcode(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultdetail(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializeheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getfault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putfault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init(void); SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap*, int, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap*, const char*, const char*); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap*, const char*, int, int); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap*, const char*); #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap*, int status, size_t count); SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char*, size_t, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char*, size_t, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap*, unsigned long); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap*, int*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap*, int*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap*, unsigned char**, int*, char**, char**, char**); SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap*, unsigned char**, int*, char**, char**, char**); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap*, const void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup_id(struct soap*, void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int type); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_lookup(struct soap*, const char*); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_enter(struct soap*, const char*, int, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap*, const void *p, const void *a, int n, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap*, int id, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap*, struct soap_plist*); SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap*, struct soap_plist*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap*, struct soap_plist*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark); SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **pp, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap*); SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map*, const char*); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map*, const char*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map*, long); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap*, const struct soap_code_map*, long); SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap*, char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap*, void*); SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap*, void*, int, int, int (*fdelete)(struct soap_clist*)); SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap*, const void*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap*, const char*, int, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap*, const char*, int, void*); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap*, const char *id); SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap*, short); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap*, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap*, const char *id, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void(*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)); SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap*, const char*); #endif SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap*, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)); SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char*, int, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *, int); SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *, const int *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *, int *); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizesoffsets(struct soap*, const char *, const int *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffsets(struct soap*, const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_versioning(soap_new)(soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy(const struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy_context(struct soap*, const struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap*, struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap*, soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap*, void*); SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap*, struct soap*); /* API functions available with DEBUG or SOAP_DEBUG defined: */ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap*, int); /* */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_value(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap*, const char*, const char *); SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap*, const char*, int, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap*, const char *tag, int id, const char *type, const char *offset); SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap*, const char *tag, int id, int href); SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap*, const char *tag, int id, const char *ref, const char *val); SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap*, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap*, const char *tag); SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap*, const char *tag, int nillable, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_memdup(struct soap*, const void*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_strdup(struct soap*, const char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrdup(struct soap*, const wchar_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_strtrim(struct soap*, char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrtrim(struct soap*, wchar_t*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little); SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap*, const char *s, int flag); SOAP_FMAC1 char* SOAP_FMAC2 soap_string_in(struct soap*, int, long, long, const char*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap*, const wchar_t *s, int flag); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstring_in(struct soap*, int, long, long, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap*, const char *, const char*, size_t n1, size_t n2); SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap*, short); SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap*, const struct Namespace*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap*); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_push_namespace(struct soap*, const char *,const char *); SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap*, const char*, size_t); SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap*, struct soap_blist*, char*, int); SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap*, struct soap_blist*); SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap*); SOAP_FMAC1 char * SOAP_FMAC2 soap_get_http_body(struct soap*, size_t *len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap*, int status); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap*, int check); #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap*, FILE*); SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap*, FILE*); # ifndef WITH_LEAN # ifndef WITH_COMPAT # ifdef __cplusplus SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap*, std::ostream&); # endif # endif SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap*, char*, size_t); # endif #endif SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap*, const char*, char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap*, const char*, short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap*, const char*, int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap*, const char*, long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap*, const char*, LONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap*, const char*, float*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap*, const char*, double*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap*, const char*, unsigned char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap*, const char*, unsigned short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap*, const char*, unsigned int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap*, const char*, unsigned long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap*, const char*, ULONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap*, const char*, char**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap*, const char*, char**, long minlen, long maxlen); #ifndef WITH_COMPAT #ifdef __cplusplus SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap*, const char*, std::wstring*, long minlen, long maxlen); #endif #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap*, const char*, wchar_t**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap*, const char*, time_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap*, const unsigned char*, char*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap*, const unsigned char*, char*, int); #endif SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap*, char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap*, short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap*, int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap*, float); SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap*, double); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap*, unsigned char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap*, unsigned short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap*, unsigned int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap*, unsigned long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap*, ULONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap*, const char*); #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap*, time_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap*, const char*, char*, size_t, int*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap*, const char*, char*, size_t, int*); #endif SOAP_FMAC1 int* SOAP_FMAC2 soap_inint(struct soap*, const char *tag, int *p, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_inbyte(struct soap*, const char *tag, char *p, const char *, int); SOAP_FMAC1 long* SOAP_FMAC2 soap_inlong(struct soap*, const char *tag, long *p, const char *, int); SOAP_FMAC1 LONG64* SOAP_FMAC2 soap_inLONG64(struct soap*, const char *tag, LONG64 *p, const char *, int); SOAP_FMAC1 short* SOAP_FMAC2 soap_inshort(struct soap*, const char *tag, short *p, const char *, int); SOAP_FMAC1 float* SOAP_FMAC2 soap_infloat(struct soap*, const char *tag, float *p, const char *, int); SOAP_FMAC1 double* SOAP_FMAC2 soap_indouble(struct soap*, const char *tag, double *p, const char *, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_inunsignedByte(struct soap*, const char *tag, unsigned char *p, const char *, int); SOAP_FMAC1 unsigned short* SOAP_FMAC2 soap_inunsignedShort(struct soap*, const char *tag, unsigned short *p, const char *, int); SOAP_FMAC1 unsigned int* SOAP_FMAC2 soap_inunsignedInt(struct soap*, const char *tag, unsigned int *p, const char *, int); SOAP_FMAC1 unsigned long* SOAP_FMAC2 soap_inunsignedLong(struct soap*, const char *tag, unsigned long *p, const char *, int); SOAP_FMAC1 ULONG64* SOAP_FMAC2 soap_inULONG64(struct soap*, const char *tag, ULONG64 *p, const char *, int); SOAP_FMAC1 char** SOAP_FMAC2 soap_instring(struct soap*, const char *tag, char **p, const char *, int, int, long, long, const char*); SOAP_FMAC1 char** SOAP_FMAC2 soap_inliteral(struct soap*, const char *tag, char **p); #ifndef WITH_LEAN SOAP_FMAC1 time_t* SOAP_FMAC2 soap_indateTime(struct soap*, const char *tag, time_t *p, const char *, int); SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm*); #endif #ifndef WITH_LEANER SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwstring(struct soap*, const char *tag, wchar_t **p, const char *, int, long, long, const char*); SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwliteral(struct soap*, const char *tag, wchar_t **p); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap*, const char *tag, int id, const char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap*, const char *tag, int id, const short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap*, const char *tag, int id, const int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap*, const char *tag, int id, const long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap*, const char *tag, int id, const LONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap*, const char *tag, int id, const float *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap*, const char *tag, int id, const double *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap*, const char *tag, int id, const unsigned char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap*, const char *tag, int id, const unsigned short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap*, const char *tag, int id, const unsigned int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap*, const char *tag, int id, const unsigned long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap*, const char *tag, int id, const ULONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap*, const char *tag, int id, char *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap*, const char *tag, char *const*p, const char *type); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap*, const char *tag, int id, const time_t *p, const char *, int); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap*, const char *tag, int id, wchar_t *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap*, const char *tag, wchar_t *const*p, const char *type); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *, const char*, int, const void*, const void*, int, const char*, const char*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap*, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_dime_option(struct soap*, unsigned short, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap*, struct soap_multipart*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap*, const char *boundary, const char *start); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap*, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option); SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap*, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description); SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap); SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle); SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap*, const char*, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap*, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void*); SOAP_FMAC1 void* SOAP_FMAC2 soap_lookup_plugin(struct soap*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag); SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap); SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char*, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char*, char*, size_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap*, const char*); #ifdef WITH_COOKIES SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap*, const char*, const char*, const char*, const char*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_env_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern time_t SOAP_FMAC2 soap_cookie_expire(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_expire(struct soap*, const char*, long, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_clr_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_clr_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_getenv_cookies(struct soap*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap*, const struct soap*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_free_cookies(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure); #endif #ifdef __cplusplus } /* extern "C" */ #endif #ifdef __cplusplus /* C++ templates (for generated C++ only, not needed nor used in generated C code) */ template struct soap_block { static T *push(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; if (!b) return NULL; T *p = (T*)soap_push_block(soap, b, sizeof(T)); if (p) SOAP_PLACEMENT_NEW(p, T); return p; } static void pop(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; if (!b || !b->head) return; ((T*)(b->head + 1))->T::~T(); soap_pop_block(soap, b); } static void save(struct soap *soap, struct soap_blist *b, T *p) { if (!b) b = soap->blist; for (T *q = (T*)soap_first_block(soap, b); q; q = (T*)soap_next_block(soap, b)) { soap_update_pointers(soap, (const char*)p, (const char*)q, sizeof(T)); *p++ = *q; q->T::~T(); } } static void end(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; for (T *p = (T*)soap_first_block(soap, b); p; p = (T*)soap_next_block(soap, b)) p->T::~T(); soap_end_block(soap, b); } }; #endif #endif /* STDSOAP_H */ gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/dime.h0000644000175000017500000000320712653650160022042 0ustar ellertellert/* dime.h WSDL/DIME binding schema -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2001-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap dime schema documentation: WSDL/DIME binding schema //gsoap dime schema namespace: http://schemas.xmlsoap.org/ws/2002/04/dime/wsdl/ #import "imports.h" class dime__message { public: @xsd__anyURI layout; // @xsd__boolean wsdl__required; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/stlvector.h0000644000175000017500000000455212653650160023155 0ustar ellertellert/* stlvector.h Use #import "stlvector.h" in a gSOAP header file to enable STL vectors. Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include template class std::vector; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/wsdl2h/http.h0000644000175000017500000000371312653650160022105 0ustar ellertellert/* http.h WSDL/HTTP binding schema interface -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap http schema documentation: WSDL 1.1 HTTP binding schema //gsoap http schema namespace: http://schemas.xmlsoap.org/wsdl/http/ //gsoap whttp schema documentation: WSDL 2.0 HTTP binding schema //gsoap whttp schema namespace: http://www.w3.org/ns/wsdl/http #import "imports.h" class http__address { public: @xsd__anyURI location; }; class http__binding { public: @xsd__NMTOKEN verb; }; class http__operation { public: @xsd__anyURI location; }; class whttp__header { public: @xsd__string name; @xsd__QName type; @xsd__boolean required = false; }; gsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/debug/0000755000175000017500000000000012653650160020634 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/wsdl2h/release/0000755000175000017500000000000012653650160021166 5ustar ellertellertgsoap-2.8.28/gsoap/VisualStudio2005/README.txt0000644000175000017500000000444112653650160020044 0ustar ellertellert Flex and Bison for Windows ========================== Visual Studio 2005 Solution files for soapcpp2 and wsdl2h are included. If not already installed, install the Platform SDK (R2) for `winsock2.h`. To build `soapcpp2.exe`, first install Bison and Flex (in the default dirs): then add the FlexBison.rules as explained here: These custom-build rules are used to build the scanner and parser for `soapcpp2.exe`. To build `wsdl2h.exe`, you first need to build `soapcpp2.exe` and install it in Program Files or copy it to the `wsdl` directory. This is needed to execute the custom-build step on `wsdl.h` to generate `wsdlStub.h`, `wsdlH.h`, and `wsdlC.cpp`. Build Rules for `soapcpp2.exe` VS 2008 and 2010 =============================================== To build `soapcpp2.exe` you need to install Flex and Bison. To do so, you need to create custom build rules to compile `.l` and `.y` files with Flex and Bison. Please see: In VS2008, there is UI available to help you create the custom build rule. Make sure you have `flex.exe`, `bison.exe`, and `m4.exe` on the system search path. - Right click on the `.l` file and select properties - Configuration -> All Configurations - General -> Item Typ e-> Custom Build Tool - Apply - Custom Build Tool -> General -> Command Line -> `flex -olexer.c lexer.l` - Custom Build Tool -> General -> Outputs -> `lexer.c` - Custom Build Tool -> General -> Additional Dependencies -> `parser.y parser.c` - Apply - Select the `.y` file in the solution explorer - Configuration -> All Configurations - General -> Item Type -> Custom Build Tool - Apply - Custom Build Tool -> General -> Command Line -> `bison -oparser.c parser.y` - Custom Build Tool -> General -> Outputs -> `parser.c parser.h` In VS2010, there may not be a UI available to create the custom build rules. To add or modify build rules in VS2010 you need to edit: `%ProgramFiles%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations` and/or `%ProgramFiles(x86)%\MSBuild\Microsoft.Cpp\v4.0\BuildCustomizations` gsoap-2.8.28/gsoap/dom.cpp0000644000175000017500000051361212653650146014700 0ustar ellertellert/* dom.c[pp] DOM API v5 gSOAP 2.8.28 See gsoap/doc/dom/html/index.html for the new DOM API v5 documentation Also located in /gsoap/samples/dom/README.md gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /** Compatibility requirement with gSOAP engine version */ #define GSOAP_LIB_VERSION 20828 #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_xsd__anyType(struct soap*, const struct soap_dom_element *); SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyType(struct soap*, struct soap_dom_element*, const char*, soap_walker, soap_walker); SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap*, struct soap_dom_element *); SOAP_FMAC3 int SOAP_FMAC4 soap_put_xsd__anyType(struct soap*, const struct soap_dom_element*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap*, const char*, int, const struct soap_dom_element*, const char*); SOAP_FMAC3 struct soap_dom_element * SOAP_FMAC4 soap_get_xsd__anyType(struct soap*, struct soap_dom_element*, const char*, const char*); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap*, const char*, struct soap_dom_element *, const char*); SOAP_FMAC3 void SOAP_FMAC4 soap_serialize_xsd__anyAttribute(struct soap*, const struct soap_dom_attribute*); SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*, const char*, soap_walker, soap_walker); SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*); SOAP_FMAC3 int SOAP_FMAC4 soap_put_xsd__anyAttribute(struct soap*, const struct soap_dom_attribute*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyAttribute(struct soap*, const char*, int, const struct soap_dom_attribute*, const char*); SOAP_FMAC3 struct soap_dom_attribute * SOAP_FMAC4 soap_get_xsd__anyAttribute(struct soap*, struct soap_dom_attribute*, const char*, const char*); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_in_xsd__anyAttribute(struct soap*, const char*, struct soap_dom_attribute *, const char*); #ifdef __cplusplus extern "C" { #endif #ifndef WITH_NOIDREF SOAP_FMAC1 void SOAP_FMAC2 soap_markelement(struct soap*, const void*, int); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_putelement(struct soap*, const void*, const char*, int, int); SOAP_FMAC1 void *SOAP_FMAC2 soap_getelement(struct soap*, int*); #ifdef __cplusplus } #endif /** Format string for generating DOM namespace prefixes (< 16 chars total) */ #ifndef SOAP_DOMID_FORMAT #define SOAP_DOMID_FORMAT "_%d" #endif static int out_element(struct soap*, const struct soap_dom_element*, const char*, const char*); static int out_attribute(struct soap*, const char*, const char*, const char*, int); /* namespace name (URI) lookup and store routines */ static const char *soap_push_prefix(struct soap*, const char*, size_t, const char*, int, int); static const char *soap_prefix_of(struct soap*, const char*); static const char *soap_ns_to_set(struct soap*, const char*); static const char *soap_ns_to_get(struct soap*, const char*); static const char *soap_ns_to_find(struct soap*, const char*); static struct soap_dom_element *new_element(struct soap*); static struct soap_dom_attribute *new_attribute(struct soap*); static int soap_tag_match(const char*, const char*); static int soap_patt_match(const char*, const char*); static int soap_name_match(const char*, const char*); /******************************************************************************\ * * DOM custom (de)serializers * \******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_serialize_xsd__anyType(struct soap *soap, const struct soap_dom_element *node) { if (node) { if (node->type && node->node) soap_markelement(soap, node->node, node->type); else { const struct soap_dom_element *elt; for (elt = node->elts; elt; elt = elt->next) soap_serialize_xsd__anyType(soap, elt); } } } SOAP_FMAC3 void SOAP_FMAC4 soap_traverse_xsd__anyType(struct soap *soap, struct soap_dom_element *node, const char *s, soap_walker p, soap_walker q) { (void)soap; (void)node; (void)s; (void)p; (void)q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_serialize_xsd__anyAttribute(struct soap *soap, const struct soap_dom_attribute *node) { (void)soap; (void)node; } SOAP_FMAC1 void SOAP_FMAC2 soap_traverse_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *node, const char *s, soap_walker p, soap_walker q) { (void)soap; (void)node; (void)s; (void)p; (void)q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyType(struct soap *soap, struct soap_dom_element *node) { node->next = NULL; node->prnt = NULL; node->elts = NULL; node->atts = NULL; node->nstr = NULL; node->name = NULL; node->lead = NULL; node->text = NULL; node->code = NULL; node->tail = NULL; node->node = NULL; node->type = 0; node->soap = soap; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_default_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *node) { node->next = NULL; node->nstr = NULL; node->name = NULL; node->text = NULL; node->soap = soap; } /******************************************************************************/ static int out_element(struct soap *soap, const struct soap_dom_element *node, const char *prefix, const char *name) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node lead '%s'\n", node->lead ? node->lead : "")); if (node->lead && soap_send(soap, node->lead)) return soap->error; if (node->type && node->node) { char *s = NULL; struct Namespace *p; if (prefix && *prefix) { size_t l = strlen(prefix) + strlen(name); s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, name); } for (p = soap->local_namespaces; p && p->id; p++) if (p->ns && soap_push_prefix(soap, p->id, strlen(p->id), p->ns, 1, 0) == NULL) return soap->error; (void)soap_putelement(soap, node->node, s ? s : name, 0, node->type); if (s) SOAP_FREE(soap, s); } else if (prefix && *prefix) { size_t l = strlen(prefix) + strlen(name); char *s; if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, name); (void)soap_element(soap, s, 0, NULL); if (s != soap->msgbuf) SOAP_FREE(soap, s); } else if (*name != '-') { soap_mode m = soap->mode; if ((soap->mode & SOAP_DOM_ASIS)) soap->mode &= ~SOAP_XML_INDENT; (void)soap_element(soap, name, 0, NULL); soap->mode = m; } return soap->error; } /******************************************************************************/ static int out_attribute(struct soap *soap, const char *prefix, const char *name, const char *text, int isearly) { char *s; const char *t; size_t l; int err; if (!text) text = ""; if (!prefix || !*prefix) { if ((soap->mode & SOAP_XML_CANONICAL) && !strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) return soap_attribute(soap, name, text); if (isearly) return soap_set_attr(soap, name, text, 2); return soap_attribute(soap, name, text); } t = strchr(name, ':'); if (t) t++; else t = name; l = strlen(prefix) + strlen(t); if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, t); if (isearly) err = soap_set_attr(soap, s, text, 2); else err = soap_attribute(soap, s, text); if (s != soap->msgbuf) SOAP_FREE(soap, s); return err; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyType(struct soap *soap, const char *tag, int id, const struct soap_dom_element *node, const char *type) { (void)id; (void)type; if (node) { const char *prefix; /* namespace prefix, if namespace is present */ if (!(soap->mode & SOAP_DOM_ASIS) && !(soap->mode & SOAP_XML_CANONICAL)) { const struct soap_dom_attribute *att; for (att = node->atts; att; att = att->next) { if (att->name && att->text && !strncmp(att->name, "xmlns:", 6)) { if (soap_push_namespace(soap, att->name + 6, att->text) == NULL) return soap->error; } else if (att->name && att->text && !strcmp(att->name, "xmlns")) { if (soap_push_namespace(soap, "", att->text) == NULL) return soap->error; } } } if (node->name) tag = node->name; else if (!tag) tag = "-"; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' start at level=%u\n", tag, soap->level)); prefix = NULL; if (!(soap->mode & SOAP_DOM_ASIS)) { const struct soap_nlist *np; size_t n = 0; if ((prefix = strchr(tag, ':'))) { n = prefix - tag; if (n && node->nstr) prefix = soap_prefix_of(soap, node->nstr); else prefix = NULL; } np = soap_lookup_ns(soap, tag, n); if (!prefix && ((n && !np) || (node->nstr && (!np || !np->ns || strcmp(node->nstr, np->ns))))) if (!(prefix = soap_push_prefix(soap, tag, n, node->nstr, 1, 1))) return soap->error; if (n && prefix && *prefix) tag += n + 1; } if (!soap->ns) soap->ns = 2; if (out_element(soap, node, prefix, tag)) return soap->error; if (!node->type || !node->node) { struct soap_dom_attribute *att; struct soap_dom_element *elt; for (att = node->atts; att; att = att->next) { if (att->name) { if (!(soap->mode & SOAP_DOM_ASIS)) { const char *p = NULL; if (strncmp(att->name, "xml", 3)) { if (att->nstr) p = soap_prefix_of(soap, att->nstr); if (!p) { const struct soap_nlist *np; size_t n = 0; p = strchr(att->name, ':'); if (p) n = p - att->name; p = NULL; np = soap_lookup_ns(soap, att->name, n); if ((n && !np) || (att->nstr && (!np || !np->ns || strcmp(att->nstr, np->ns)))) if (!(p = soap_push_prefix(soap, att->name, n, att->nstr, 0, 0))) return soap->error; } } if (out_attribute(soap, p, att->name, att->text, 0)) return soap->error; } else if (soap_attribute(soap, att->name, att->text)) return soap->error; } } if (!node->text && !node->code && !node->tail && !node->elts && !(soap->mode & SOAP_XML_CANONICAL)) { soap_mode m = soap->mode; soap->mode &= ~SOAP_XML_INDENT; if (*tag != '-' && soap_element_start_end_out(soap, tag)) return soap->error; soap->mode = m; } else { if (*tag != '-' && soap_element_start_end_out(soap, NULL)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node text '%s'\n", node->text ? node->text : "")); if (node->text && soap_string_out(soap, node->text, 0)) return soap->error; for (elt = node->elts; elt; elt = elt->next) if (soap_out_xsd__anyType(soap, NULL, 0, elt, NULL)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node code '%s'\n", node->code ? node->code : "")); if (node->code && soap_send(soap, node->code)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node tail '%s'\n", node->tail ? node->tail : "")); if (node->tail && soap_send(soap, node->tail)) return soap->error; if (!prefix || !*prefix) { soap_mode m = soap->mode; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end\n", tag)); if ((soap->mode & SOAP_DOM_ASIS)) soap->mode &= ~SOAP_XML_INDENT; if (soap_element_end_out(soap, tag)) return soap->error; soap->mode = m; } else { char *s; size_t l = strlen(prefix) + strlen(tag); if (l + 1 < sizeof(soap->msgbuf)) s = soap->msgbuf; else { s = (char*)SOAP_MALLOC(soap, l + 2); if (!s) return soap->error = SOAP_EOM; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end\n", tag)); (SOAP_SNPRINTF(s, l + 2, l + 1), "%s:%s", prefix, tag); if (soap_element_end_out(soap, s)) return soap->error; if (s != soap->msgbuf) SOAP_FREE(soap, s); } } } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_out_xsd__anyAttribute(struct soap *soap, const char *tag, int id, const struct soap_dom_attribute *node, const char *type) { const struct soap_dom_attribute *att; (void)tag; (void)id; (void)type; if (!(soap->mode & SOAP_DOM_ASIS) && !(soap->mode & SOAP_XML_CANONICAL)) { for (att = node; att; att = att->next) { if (att->name && att->text && !strncmp(att->name, "xmlns:", 6)) { if (soap_push_namespace(soap, att->name + 6, att->text) == NULL) return soap->error; } else if (att->name && att->text && !strcmp(att->name, "xmlns")) { if (soap_push_namespace(soap, "", att->text) == NULL) return soap->error; } } } for (att = node; att; att = att->next) { if (att->name) { if (!(soap->mode & SOAP_DOM_ASIS)) { const char *p = NULL; if (strncmp(att->name, "xml", 3)) { if (att->nstr) p = soap_prefix_of(soap, att->nstr); if (!p) { const struct soap_nlist *np; size_t n = 0; p = strchr(att->name, ':'); if (p) n = p - att->name; p = NULL; np = soap_lookup_ns(soap, att->name, n); if ((n && !np) || (att->nstr && (!np || !np->ns || strcmp(att->nstr, np->ns)))) if (!(p = soap_push_prefix(soap, att->name, n, att->nstr, 1, 0))) return soap->error; } } if (out_attribute(soap, p, att->name, att->text, 1)) return soap->error; } else if (soap_attribute(soap, att->name, att->text)) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_in_xsd__anyType(struct soap *soap, const char *tag, struct soap_dom_element *node, const char *type) { struct soap_attribute *tp; struct soap_dom_attribute **att; soap_mode m = soap->mode; soap->mode |= SOAP_C_UTFSTRING; (void)tag; (void)type; if (soap_peek_element(soap)) { const char *s; if (soap->error != SOAP_NO_TAG) return NULL; s = soap_strtrim(soap, soap_string_in(soap, 1, -1, -1, NULL)); if (!s || !*s) { soap->mode = m; return NULL; } soap->mode = m; if (!node) { node = new_element(soap); if (!node) { soap->error = SOAP_EOM; return NULL; } } node->text = s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node with cdata\n")); soap->error = SOAP_OK; soap->peeked = 0; return node; } if (!node) { node = new_element(soap); if (!node) { soap->error = SOAP_EOM; return NULL; } } else { soap_default_xsd__anyType(soap, node); } node->nstr = soap_current_namespace(soap, soap->tag); node->name = soap_strdup(soap, soap->tag); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node element='%s' start namespace='%s'\n", node->name, node->nstr?node->nstr:"")); if ((soap->mode & SOAP_DOM_NODE) || (!(soap->mode & SOAP_DOM_TREE) && *soap->id && (!type || strcmp(type, "xsd:anyType")))) { soap->mode = m; if ((node->node = soap_getelement(soap, &node->type)) && node->type) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node contains type %d from xsi:type or matching element tag name\n", node->type)); return node; } if (soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; else return NULL; soap->mode |= SOAP_C_UTFSTRING; } att = &node->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node attribute='%s'\n", tp->name)); *att = new_attribute(soap); if (!*att) { soap->error = SOAP_EOM; return NULL; } (*att)->next = NULL; (*att)->nstr = soap_current_namespace(soap, tp->name); (*att)->name = soap_strdup(soap, tp->name); if (tp->visible == 2) (*att)->text = soap_strdup(soap, tp->value); else (*att)->text = NULL; (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } if (soap_element_begin_in(soap, NULL, 1, NULL)) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' pulled (level=%u)\n", node->name, soap->level)); if (soap->body) { struct soap_dom_element **elt; if (soap_peek_element(soap)) { if (soap->error != SOAP_NO_TAG) return NULL; if (!(node->text = soap_strtrim(soap, soap_string_in(soap, 1, -1, -1, NULL)))) return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' has cdata\n", node->name)); soap->peeked = 0; } elt = &node->elts; soap->mode = m; for (;;) { if (!(*elt = soap_in_xsd__anyType(soap, NULL, NULL, NULL))) { if (soap->error && soap->error != SOAP_NO_TAG) return NULL; break; } (*elt)->prnt = node; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' has subelement '%s'\n", node->name, (*elt)->name)); if (node->text) { if (*node->text) { struct soap_dom_element *elts = new_element(soap); if (!elts) { soap->error = SOAP_EOM; return NULL; } elts->next = *elt; elts->prnt = node; elts->text = node->text; node->elts = elts; elt = &elts->next; } node->text = NULL; } elt = &(*elt)->next; } if (!node->text && !node->elts) node->tail = ""; /* has body so tail is non-NULL for non-empty element tag */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node '%s' end (level=%u)\n", node->name, soap->level)); if (soap_element_end_in(soap, NULL)) return NULL; if (strcmp(soap->tag, node->name)) { soap->error = SOAP_SYNTAX_ERROR; return NULL; } } soap->mode = m; return node; } /******************************************************************************/ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_in_xsd__anyAttribute(struct soap *soap, const char *tag, struct soap_dom_attribute *node, const char *type) { struct soap_attribute *tp; struct soap_dom_attribute *tmp = node; struct soap_dom_attribute *att = node; (void)tag; (void)type; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { if (!att) { att = new_attribute(soap); if (tmp) tmp->next = att; else node = att; tmp = att; } if (!att) { soap->error = SOAP_EOM; return NULL; } att->next = NULL; att->nstr = soap_current_namespace(soap, tp->name); att->name = soap_strdup(soap, tp->name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM node attribute='%s' namespace='%s'\n", att->name, att->nstr ? att->nstr : "(null)")); if (tp->visible == 2) att->text = soap_strdup(soap, tp->value); else att->text = NULL; att->soap = soap; att = NULL; } } return node; } SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dup_xsd__anyType(struct soap *soap, struct soap_dom_element *d, const struct soap_dom_element *a) { struct soap_dom_element *elt = NULL; if (!a) return NULL; if (!d && !(d = new_element(soap))) return NULL; d->next = NULL; d->nstr = soap_strdup(soap, a->nstr); d->name = soap_strdup(soap, a->name); d->lead = soap_strdup(soap, a->lead); d->text = soap_strdup(soap, a->text); d->code = soap_strdup(soap, a->code); d->tail = soap_strdup(soap, a->tail); d->node = NULL; d->type = 0; d->atts = soap_dup_xsd__anyAttribute(soap, NULL, a->atts); for (a = a->elts; a; a = a->next) { if (elt) elt = elt->next = soap_dup_xsd__anyType(soap, NULL, a); else elt = d->elts = soap_dup_xsd__anyType(soap, NULL, a); elt->prnt = d; } return d; } SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyType(const struct soap_dom_element *a) { while (a) { if (a->nstr) SOAP_FREE(NULL, a->nstr); if (a->name) SOAP_FREE(NULL, a->name); if (a->lead) SOAP_FREE(NULL, a->lead); if (a->text) SOAP_FREE(NULL, a->text); if (a->code) SOAP_FREE(NULL, a->code); if (a->tail) SOAP_FREE(NULL, a->tail); soap_del_xsd__anyAttribute(a->atts); soap_del_xsd__anyType(a->elts); a = a->next; } } SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dup_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *d, const struct soap_dom_attribute *a) { struct soap_dom_attribute *att; if (!a) return NULL; if (!d && !(d = new_attribute(soap))) return NULL; att = d; while (a) { att->nstr = soap_strdup(soap, a->nstr); att->name = soap_strdup(soap, a->name); att->text = soap_strdup(soap, a->text); a = a->next; if (a) { if (!(att->next = new_attribute(soap))) break; att = att->next; } } return d; } SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyAttribute(const struct soap_dom_attribute *a) { while (a) { if (a->nstr) SOAP_FREE(NULL, a->nstr); if (a->name) SOAP_FREE(NULL, a->name); if (a->text) SOAP_FREE(NULL, a->text); a = a->next; } } /******************************************************************************\ * * Namespace prefix lookup/store * \******************************************************************************/ static const char * soap_push_prefix(struct soap *soap, const char *id, size_t n, const char *ns, int isearly, int iselement) { struct Namespace *p, *ln = soap->local_namespaces; struct soap_nlist *np; if (!n) id = NULL; if (!ns) { for (p = ln; p && p->id; p++) if (!strncmp(p->id, id, n) && !p->id[n]) break; if (p && p->id) { id = p->id; ns = p->out; if (!ns) ns = p->ns; } if (!ns) return ""; } else if (!id) { if (iselement) { id = ""; /* gen xmlsn="ns" for elements with nstr but no prefix */ } else { for (p = ln; p && p->id; p++) if (p->ns && !strcmp(p->ns, ns)) break; if (p && p->id) id = p->id; else { int i = 0; for (np = soap->nlist; np; np = np->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DOM find binding %s = '%s' level = %d index = %d\n", np->id, np->ns, np->level, np->index)); i++; } (SOAP_SNPRINTF(soap->tag, sizeof(soap->tag), sizeof(SOAP_DOMID_FORMAT) + 20), SOAP_DOMID_FORMAT, i); id = soap->tag; } } } else { for (np = soap->nlist; np; np = np->next) { if (!strncmp(np->id, id, n) && !np->id[n]) { if (np->ns) { if (!strcmp(np->ns, ns)) return ""; /* xmlns:id="ns" already in scope */ } else { if (!strcmp(ln[np->index].ns, ns) || (ln[np->index].out && !strcmp(ln[np->index].out, ns))) return ""; /* xmlns:id="ns" already in scope */ } break; } } soap_strncpy(soap->tag, sizeof(soap->tag), id, n); id = soap->tag; soap->local_namespaces = NULL; /* do not permit a replacement id, when ns is in table */ } /* fix advance generation of xmlns, when element (at level) is not output yet */ if (isearly) soap->level++; np = soap_push_namespace(soap, id, ns); soap->local_namespaces = ln; if (isearly) soap->level--; if (!np) return NULL; if (!np->ns) { np->ns = ln[np->index].out; if (!np->ns) np->ns = ln[np->index].ns; } np->index = 0; /* for C14N visibly utilized mark */ /* gen xmlns:id="ns" */ if (*np->id) { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(np->id) + 6), "xmlns:%s", np->id); if (out_attribute(soap, NULL, soap->msgbuf, ns, isearly)) return NULL; } else { if (out_attribute(soap, NULL, "xmlns", ns, isearly)) return NULL; } return np->id; } /******************************************************************************/ static const char * soap_prefix_of(struct soap *soap, const char *ns) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (np->ns && !strcmp(np->ns, ns)) return np->id; return NULL; } /******************************************************************************/ static const char * soap_ns_to_set(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag) return NULL; s = strchr(tag, ':'); if (!s) return NULL; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->ns; return NULL; } /******************************************************************************/ static const char * soap_ns_to_get(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag) return ""; s = strchr(tag, ':'); if (!s) return ""; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->out ? p->out : p->ns; return ""; } /******************************************************************************/ static const char * soap_ns_to_find(struct soap *soap, const char *tag) { const char *s; size_t n; const struct Namespace *p; if (!tag || (tag[0] == '*' && !tag[1])) return NULL; s = strchr(tag, ':'); if (!s) return ""; if (*tag == '*') return NULL; n = s - tag; for (p = soap->namespaces; p && p->id; p++) if (!strncmp(p->id, tag, n) && !p->id[n]) return p->out ? p->out : p->ns; return NULL; } /******************************************************************************\ * * Tag matching * \******************************************************************************/ static int soap_tag_match(const char *name, const char *tag) { const char *s; if (!name) return !*tag; s = strchr(name, ':'); if (s) name = s + 1; s = strchr(tag, ':'); if (s) tag = s + 1; return !strcmp(name, tag); } /******************************************************************************/ static int soap_patt_match(const char *name, const char *patt) { const char *s; if (!name) return !*patt; s = strchr(name, ':'); if (s) name = s + 1; s = strchr(patt, ':'); if (s) patt = s + 1; return soap_name_match(name, patt); } /******************************************************************************/ static int soap_name_match(const char *name, const char *patt) { for (;;) { int c1 = *name; int c2 = *patt; if (!c1) break; if (c1 != c2) { if (c2 != '*') return 0; c2 = *++patt; if (!c2) return 1; for (;;) { c1 = *name; if (!c1) break; if (c1 == c2 && soap_name_match(name + 1, patt + 1)) return 1; name++; } break; } name++; patt++; } if (*patt == '*' && !patt[1]) return 1; return !*patt; } /******************************************************************************\ * * Memory * \******************************************************************************/ static struct soap_dom_element *new_element(struct soap *soap) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); #ifdef __cplusplus SOAP_PLACEMENT_NEW(elt, soap_dom_element); #endif if (elt) soap_default_xsd__anyType(soap, elt); return elt; } /******************************************************************************/ static struct soap_dom_attribute *new_attribute(struct soap *soap) { struct soap_dom_attribute *att; att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); #ifdef __cplusplus SOAP_PLACEMENT_NEW(att, soap_dom_attribute); #endif if (att) soap_default_xsd__anyAttribute(soap, att); return att; } /******************************************************************************\ * * soap_dom_element construction * \******************************************************************************/ /** @brief Returns pointer to new xsd__anyType DOM element node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return pointer to xsd__anyType DOM element node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new(struct soap *soap, const char *ns, const char *tag) { return soap_elt_set(new_element(soap), ns, tag); } /******************************************************************************/ /** @brief Returns pointer to new xsd__anyType DOM element node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return pointer to xsd__anyType DOM element node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new_w(struct soap *soap, const char *ns, const wchar_t *tag) { return soap_elt_set_w(new_element(soap), ns, tag); } /******************************************************************************/ /** @brief Set xsd__anyType DOM element namespace URI and tag name @param elt pointer to xsd__anyType DOM element to set @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set(struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt) { if (tag && !*tag) tag = NULL; elt->name = soap_strdup(elt->soap, tag); if (!ns) elt->nstr = soap_ns_to_set(elt->soap, tag); else elt->nstr = soap_strdup(elt->soap, ns); } return elt; } /******************************************************************************/ /** @brief Set xsd__anyType DOM element namespace URI and tag name @param elt pointer to xsd__anyType DOM element to set @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt) { if (tag && !*tag) tag = NULL; elt->name = soap_wchar2s(elt->soap, tag); if (!ns) elt->nstr = soap_ns_to_set(elt->soap, elt->name); else elt->nstr = soap_strdup(elt->soap, ns); } return elt; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an attribute node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att(struct soap_dom_element *elt, const char *ns, const char *tag) { if (!elt) return NULL; if (elt->atts) return soap_att_add(elt->atts, ns, tag); return elt->atts = soap_att_new(elt->soap, ns, tag); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an attribute node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (!elt) return NULL; if (elt->atts) return soap_att_add_w(elt->atts, ns, tag); return elt->atts = soap_att_new_w(elt->soap, ns, tag); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with a child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return pointer to child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt(struct soap_dom_element *elt, const char *ns, const char *tag) { struct soap_dom_element *node = NULL; if (elt) { struct soap_dom_element *last = NULL; const char *ns1 = ns; if (!ns1) ns1 = soap_ns_to_set(elt->soap, tag); for (node = elt->elts; node; node = node->next) { if (tag && soap_tag_match(node->name, tag) && (ns1 == node->nstr || (ns1 && node->nstr && !strcmp(node->nstr, ns1)))) return node; if (!node->next) last = node; } node = soap_elt_new(elt->soap, ns, tag); if (node) node->prnt = elt; if (last) last->next = node; else elt->elts = node; } return node; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with a child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { struct soap_dom_element *node = NULL; if (elt) { const char *name = soap_wchar2s(elt->soap, tag); struct soap_dom_element *last = NULL; const char *ns1 = ns; if (!ns1) ns1 = soap_ns_to_set(elt->soap, name); for (node = elt->elts; node; node = node->next) { if (name && soap_tag_match(node->name, name) && (ns1 == node->nstr || (ns1 && node->nstr && !strcmp(node->nstr, ns1)))) return node; if (!node->next) last = node; } node = soap_elt_new(elt->soap, ns, name); if (node) node->prnt = elt; if (last) last->next = node; else elt->elts = node; } return node; } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an N-th child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @param n child element position, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt(struct soap_dom_element *elt, const char *ns, const char *tag, size_t n) { return soap_nth(soap_elt(elt, ns, tag), n); } /******************************************************************************/ /** @brief Populate xsd__anyType DOM element node with an N-th child element node @param elt pointer to xsd__anyType DOM element to populate @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @param n child element position, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none matches) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag, size_t n) { return soap_nth(soap_elt_w(elt, ns, tag), n); } /******************************************************************************/ /** @brief Add a N-th child element with the same namespace and tag name as a xsd__anyType DOM child element node at position one (1) in a sibling list @param elt pointer to xsd__anyType DOM child element at position one (1) @param n additional child element position requested, counting from one (1) XPath style @return pointer to xsd__anyType child element node (new child element node if none exists at position n) */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth(struct soap_dom_element *elt, size_t n) { struct soap_dom_element *node; struct soap_dom_element *prev = elt; if (!elt || n <= 1) return elt; for (node = elt->next; node; node = node->next) { if ((elt->name == node->name || (elt->name && soap_tag_match(node->name, elt->name))) && (elt->nstr == node->nstr || (elt->nstr && node->nstr && !strcmp(node->nstr, elt->nstr)))) { if (--n <= 1) return node; } prev = node; } while (--n >= 1) { node = new_element(elt->soap); node->next = prev->next; node->prnt = elt->prnt; node->nstr = elt->nstr; node->name = elt->name; prev->next = node; prev = node; } return prev; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param node pointer to xsd__anyAttribute attribute node to copy and add to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_att(struct soap_dom_element *elt, const struct soap_dom_attribute *node) { if (elt && node) { struct soap_dom_attribute *last; struct soap_dom_attribute **next = &elt->atts; for (last = elt->atts; last; last = last->next) if (!last->next) next = &last->next; *next = new_attribute(elt->soap); if (*next) soap_att_copy(*next, node); } return elt; } /******************************************************************************/ /** @brief Add a child element node to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param node pointer to element node to copy and add as a child to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elt(struct soap_dom_element *elt, const struct soap_dom_element *node) { if (elt && node) { struct soap_dom_element *last; struct soap_dom_element **next = &elt->elts; for (last = elt->elts; last; last = last->next) if (!last->next) next = &last->next; *next = new_element(elt->soap); if (*next) { soap_elt_copy(*next, node); (*next)->prnt = elt; } } return elt; } /******************************************************************************/ /** @brief Copy list of attribute nodes to an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element to populate @param atts pointer to list of xsd__anyAttribute attribute nodes to copy and add to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_atts(struct soap_dom_element *elt, const struct soap_dom_attribute *atts) { if (elt && atts) { struct soap_dom_attribute *last; struct soap_dom_attribute **next = &elt->atts; for (last = elt->atts; last; last = last->next) if (!last->next) next = &last->next; for (; atts; atts = atts->next) { *next = new_attribute(elt->soap); if (*next) { soap_att_copy(*next, atts); next = &(*next)->next; } } } return elt; } /******************************************************************************/ /** @brief Copy list of element nodes to an xsd__anyType DOM element node as children @param elt pointer to xsd__anyType DOM element to populate @param elts pointer to list of xsd__anyType DOM element nodes to copy and add as children to DOM element elt @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elts(struct soap_dom_element *elt, const struct soap_dom_element *elts) { if (elt && elts) { struct soap_dom_element *last; struct soap_dom_element **next = &elt->elts; for (last = elt->elts; last; last = last->next) if (!last->next) next = &last->next; for (; elts; elts = elts->next) { *next = new_element(elt->soap); if (*next) { soap_elt_copy(*next, elts); (*next)->prnt = elt; next = &(*next)->next; } } } return elt; } /******************************************************************************\ * * soap_dom_element assignment * \******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to Boolean "false" or "true" @param elt pointer to xsd__anyType DOM element node to set @param b Boolean value (zero = false, nonzero = true) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_bool(struct soap_dom_element *elt, LONG64 b) { if (elt) elt->text = b ? "true" : "false"; return elt; } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to a 64 bit integer value @param elt pointer to xsd__anyType DOM element node to set @param n 64 bit integer value @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_int(struct soap_dom_element *elt, LONG64 n) { return soap_elt_text(elt, soap_LONG642s(elt->soap, n)); } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node to a double float value @param elt pointer to xsd__anyType DOM element node to set @param x double float value (NaN and +/-INF are also supported) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_double(struct soap_dom_element *elt, double x) { return soap_elt_text(elt, soap_double2s(elt->soap, x)); } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node to set @param text string or NULL @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text(struct soap_dom_element *elt, const char *text) { if (elt) elt->text = soap_strdup(elt->soap, text); return elt; } /******************************************************************************/ /** @brief Set text of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node to set @param text wide string or NULL @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text_w(struct soap_dom_element *elt, const wchar_t *text) { if (elt) elt->text = soap_wchar2s(elt->soap, text); return elt; } /******************************************************************************/ /** @brief Set an xsd__anyType DOM element node to point to a serializable object @param elt pointer to xsd__anyType DOM element node to set @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_node(struct soap_dom_element *elt, const void *node, int type) { if (elt) { elt->node = node; elt->type = type; } return elt; } /******************************************************************************/ /** @brief Copy an xsd__anyType DOM element node to another (not a deep copy) @param elt pointer to xsd__anyType DOM element node to copy to (destination) @param node pointer to xsd__anyType DOM element node to copy from (source) @return elt */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_copy(struct soap_dom_element *elt, const struct soap_dom_element *node) { elt->nstr = node->nstr; elt->name = node->name; elt->lead = node->lead; elt->text = node->text; elt->code = node->code; elt->tail = node->tail; elt->node = node->node; elt->type = node->type; soap_add_atts(elt, node->atts); return soap_add_elts(elt, node->elts); } /******************************************************************************\ * * soap_dom_element properties * \******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyType DOM element node against a pattern @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match(const struct soap_dom_element *elt, const char *ns, const char *patt) { if (!elt || !elt->name) return 0; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(elt->name, patt)) return 0; if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) return 0; return 1; } /******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyType DOM element node against a pattern @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *patt) { const char *s; int r = 1; if (!elt || !elt->name) return 0; s = soap_wchar2s(NULL, patt); if (!ns && s) ns = soap_ns_to_find(elt->soap, s); if (s && !soap_patt_match(elt->name, s)) r = 0; else if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) r = 0; if (s) free((void*)s); return r; } /******************************************************************************/ /** @brief Get the namespace URI of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return namespace URI string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_ns(const struct soap_dom_element *elt) { if (elt) return elt->nstr; return NULL; } /******************************************************************************/ /** @brief Get the tag name of an xsd__anyType DOM element node, if any @param elt pointer to xsd__anyType DOM element node @return tag name string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_tag(const struct soap_dom_element *elt) { if (elt) return elt->name; return NULL; } /******************************************************************************/ /** @brief Return nonzero if xsd__anyType DOM element node text is Boolean "true" or "1" @param elt pointer to xsd__anyType DOM element node @return zero (not "true" or "1") or nonzero ("true" or "1") */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_true(const struct soap_dom_element *elt) { return elt->text && (!strcmp(elt->text, "true") || !strcmp(elt->text, "1")); } /******************************************************************************/ /** @brief Return nonzero if xsd__anyType DOM element node text is Boolean "false" or "0" @param elt pointer to xsd__anyType DOM element node @return zero (not "false" or "0") or nonzero ("false" or "0") */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_false(const struct soap_dom_element *elt) { return elt->text && (!strcmp(elt->text, "false") || !strcmp(elt->text, "0")); } /******************************************************************************/ /** @brief Return integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return integer value or 0 if text is not numeric */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_int(const struct soap_dom_element *elt) { if (elt) { int n; if (elt->text && !soap_s2int(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return long integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return long integer value or 0 if text is not numeric */ SOAP_FMAC1 long SOAP_FMAC2 soap_elt_get_long(const struct soap_dom_element *elt) { if (elt) { long n; if (elt->text && !soap_s2long(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return 64 bit integer value of numeric text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return 64 bit integer value or 0 if text is not numeric */ SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_elt_get_LONG64(const struct soap_dom_element *elt) { if (elt) { LONG64 n; if (elt->text && !soap_s2LONG64(elt->soap, elt->text, &n)) return n; elt->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return double float value of decimal text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return double float value or NaN if text is not numeric */ SOAP_FMAC1 double SOAP_FMAC2 soap_elt_get_double(const struct soap_dom_element *elt) { if (elt) { double x; if (elt->text && !soap_s2double(elt->soap, elt->text, &x)) return x; elt->soap->error = SOAP_OK; } return DBL_NAN; } /******************************************************************************/ /** @brief Return text of xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_elt_get_text(const struct soap_dom_element *elt) { if (elt) return elt->text; return NULL; } /******************************************************************************/ /** @brief Get pointer to deserialized object stored in xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param type SOAP_TYPE_T requested type to match @return pointer to deserialized object or NULL if type mismatch or when no deserialized object is present */ SOAP_FMAC1 const void * SOAP_FMAC2 soap_elt_get_node(const struct soap_dom_element *elt, int type) { if (!elt || elt->type != type) return NULL; return elt->node; } /******************************************************************************/ /** @brief Get pointer to deserialized object stored in xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param node pointer to pointer to void, to be set to point to deserialized object @return SOAP_TYPE_T type of deserialized object, or zero (0) if none */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_type(const struct soap_dom_element *elt, const void **node) { if (!elt) return 0; *node = &elt->node; return elt->type; } /******************************************************************************/ /** @brief Return pointer to parent of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyType DOM element or NULL */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_parent(const struct soap_dom_element *elt) { if (!elt) return NULL; return elt->prnt; } /******************************************************************************/ /** @brief Return depth from the root node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @return depth from root node, zero if node is a root node and has no parent */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_depth(const struct soap_dom_element *elt) { size_t n = 0; while (elt) { elt = elt->prnt; n++; } return n; } /******************************************************************************/ /** @brief Return child index of an xsd__anyType DOM child element node in sibling list @param elt pointer to xsd__anyType DOM element node @return nonzero index of child among siblings, or 0 if node is a root node and has no parent */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_index(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; n++; for (node = elt->prnt->elts; node && node != elt; n++, node = node->next) continue; } return n; } /******************************************************************************/ /** @brief Return number of siblings of an xsd__anyType DOM child node that have the same namespace URI and tag name @param elt pointer to xsd__anyType DOM element node @return number of siblings plus one (for self) that have the same namespace URI and tag name */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_len(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; for (node = soap_elt_get(elt->prnt, elt->nstr, elt->name); node; n++, node = soap_elt_get_next(node)) continue; } return n; } /******************************************************************************/ /** @brief Return index of an xsd__anyType DOM child node among siblings that have the same namespace URI and tag name @param elt pointer to xsd__anyType DOM element node @return nonzero N-th index (1 <= nth <= len), or 0 if element is root or is singular (has no siblings with the same namespace URI and tag name) */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_nth(const struct soap_dom_element *elt) { size_t n = 0; if (elt && elt->prnt) { const struct soap_dom_element *node; for (node = soap_elt_get(elt->prnt, elt->nstr, elt->name); node && node != elt; n++, node = soap_elt_get_next(node)) continue; if (node && (n > 0 || soap_elt_get_next(node))) n++; } return n; } /******************************************************************************\ * * soap_dom_attribute construction * \******************************************************************************/ /** @brief Returns pointer to new xsd__anyAttribute DOM attribute node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return pointer to xsd__anyAttribute DOM attribute node */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new(struct soap *soap, const char *ns, const char *tag) { return soap_att_set(new_attribute(soap), ns, tag); } /******************************************************************************/ /** @brief Returns pointer to new xsd__anyAttribute DOM attribute node. @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @return pointer to xsd__anyAttribute DOM attribute node */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new_w(struct soap *soap, const char *ns, const wchar_t *tag) { return soap_att_set_w(new_attribute(soap), ns, tag); } /******************************************************************************/ /** @brief Set xsd__anyAttribute DOM attribute namespace URI and tag name @param att pointer to xsd__anyAttribute DOM attribute to set @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set(struct soap_dom_attribute *att, const char *ns, const char *tag) { if (att) { att->name = soap_strdup(att->soap, tag); if (!ns) att->nstr = soap_ns_to_set(att->soap, tag); else att->nstr = soap_strdup(att->soap, ns); } return att; } /******************************************************************************/ /** @brief Set xsd__anyAttribute DOM attribute namespace URI and tag name @param att pointer to xsd__anyAttribute DOM attribute to set @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag) { if (att) { att->name = soap_wchar2s(att->soap, tag); if (!ns) att->nstr = soap_ns_to_set(att->soap, att->name); else att->nstr = soap_strdup(att->soap, ns); } return att; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyAttribute DOM attribute node to create or extend an attribute list @param att pointer to xsd__anyAttribute DOM attribute @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add(struct soap_dom_attribute *att, const char *ns, const char *tag) { if (att && tag) { const char *ns1 = ns; if (!att->name) return soap_att_set(att, ns, tag); if (!ns1) ns1 = soap_ns_to_set(att->soap, tag); while (att) { if (att->name && soap_tag_match(att->name, tag) && (ns1 == att->nstr || (ns1 && att->nstr && !strcmp(ns1, att->nstr)))) return att; if (!att->next) return att->next = soap_att_new(att->soap, ns, tag); att = att->next; } } return att; } /******************************************************************************/ /** @brief Add an attribute node to an xsd__anyAttribute DOM attribute node to create or extend an attribute list @param att pointer to xsd__anyAttribute DOM attribute @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag) { if (att && tag) { const char *name = soap_wchar2s(att->soap, tag); const char *ns1 = ns; if (!att->name) return soap_att_set(att, ns, name); if (!ns1) ns1 = soap_ns_to_set(att->soap, name); while (att) { if (att->name && soap_tag_match(att->name, name) && (ns1 == att->nstr || (ns1 && att->nstr && !strcmp(ns1, att->nstr)))) return att; if (!att->next) { att->next = soap_att_new(att->soap, ns, NULL); if (att->next) att->next->name = name; return att->next; } att = att->next; } } return att; } /******************************************************************************\ * * soap_dom_attribute assignment * \******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to Boolean "false" or "true" @param att pointer to xsd__anyAttribute DOM attribute node to set @param b Boolean value (zero = false, nonzero = true) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_bool(struct soap_dom_attribute *att, LONG64 b) { if (att) att->text = b ? "true" : "false"; return att; } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to a 64 bit integer value @param att pointer to xsd__anyAttribute DOM attribute node to set @param n 64 bit integer value @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_int(struct soap_dom_attribute *att, LONG64 n) { return soap_att_text(att, soap_LONG642s(att->soap, n)); } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node to a double float value @param att pointer to xsd__anyAttribute DOM attribute node to set @param x double float value (NaN and +/-INF are also supported) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_double(struct soap_dom_attribute *att, double x) { return soap_att_text(att, soap_double2s(att->soap, x)); } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node to set @param text string or NULL @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text(struct soap_dom_attribute *att, const char *text) { if (att) att->text = soap_strdup(att->soap, text); return att; } /******************************************************************************/ /** @brief Set text of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node to set @param text wide string or NULL @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text_w(struct soap_dom_attribute *att, const wchar_t *text) { if (att) att->text = soap_wchar2s(att->soap, text); return att; } /******************************************************************************/ /** @brief Copy an xsd__anyAttribute DOM attribute node to another (not a deep copy) @param att pointer to xsd__anyAttribute DOM attribute node to copy to (destination) @param node pointer to xsd__anyAttribute DOM attribute node to copy from (source) @return att */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_copy(struct soap_dom_attribute *att, const struct soap_dom_attribute *node) { if (att) { att->nstr = node->nstr; att->name = node->name; att->text = node->text; } return att; } /******************************************************************************\ * * soap_dom_attribute properties * \******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyAttribute DOM attribute node against a pattern @param att pointer to xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match(const struct soap_dom_attribute *att, const char *ns, const char *patt) { if (!att || !att->name) return 0; if (!ns && patt) ns = soap_ns_to_find(att->soap, patt); if (patt && !soap_patt_match(att->name, patt)) return 0; if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) return 0; return 1; } /******************************************************************************/ /** @brief Match the namespace URI and tag name of an xsd__anyAttribute DOM attribute node against a pattern @param att pointer to xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return nonzero if match */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match_w(const struct soap_dom_attribute *att, const char *ns, const wchar_t *patt) { const char *s; int r = 1; if (!att || !att->name) return 0; s = soap_wchar2s(NULL, patt); if (!ns && s) ns = soap_ns_to_find(att->soap, s); if (s && !soap_patt_match(att->name, s)) r = 0; else if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) r = 0; if (s) free((void*)s); return r; } /******************************************************************************/ /** @brief Get the namespace URI of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return namespace URI string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_ns(const struct soap_dom_attribute *att) { if (att) return att->nstr; return NULL; } /******************************************************************************/ /** @brief Get the tag name of an xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return tag name string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_tag(const struct soap_dom_attribute *att) { if (att) return att->name; return NULL; } /******************************************************************************/ /** @brief Return nonzero if xsd__anyAttribute DOM attribute node text is Boolean "true" or "1" @param att pointer to xsd__anyAttribute DOM attribute node @return zero (not "true" or "1") or nonzero ("true" or "1") */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_true(const struct soap_dom_attribute *att) { return att->text && (!strcmp(att->text, "true") || !strcmp(att->text, "1")); } /******************************************************************************/ /** @brief Return nonzero if xsd__anyAttribute DOM attribute node text is Boolean "false" or "0" @param att pointer to xsd__anyAttribute DOM attribute node @return zero (not "false" or "0") or nonzero ("false" or "0") */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_false(const struct soap_dom_attribute *att) { return att->text && (!strcmp(att->text, "false") || !strcmp(att->text, "0")); } /******************************************************************************/ /** @brief Return integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return integer value or 0 if text is not numeric */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_get_int(const struct soap_dom_attribute *att) { if (att) { int n; if (att->text && !soap_s2int(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return long integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return long integer value or 0 if text is not numeric */ SOAP_FMAC1 long SOAP_FMAC2 soap_att_get_long(const struct soap_dom_attribute *att) { if (att) { long n; if (att->text && !soap_s2long(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return 64 bit integer value of numeric text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return 64 bit integer value or 0 if text is not numeric */ SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_att_get_LONG64(const struct soap_dom_attribute *att) { if (att) { LONG64 n; if (att->text && !soap_s2LONG64(att->soap, att->text, &n)) return n; att->soap->error = SOAP_OK; } return 0; } /******************************************************************************/ /** @brief Return double float value of decimal text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return double float value or NaN if text is not numeric */ SOAP_FMAC1 double SOAP_FMAC2 soap_att_get_double(const struct soap_dom_attribute *att) { if (att) { double x; if (att->text && !soap_s2double(att->soap, att->text, &x)) return x; att->soap->error = SOAP_OK; } return DBL_NAN; } /******************************************************************************/ /** @brief Return text of xsd__anyAttribute DOM attribute node @param att pointer to xsd__anyAttribute DOM attribute node @return string or NULL */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_att_get_text(const struct soap_dom_attribute *att) { if (att) return att->text; return NULL; } /******************************************************************************\ * * DOM local traversal * \******************************************************************************/ /** @brief Returns pointer to first xsd__anyAttribute DOM attribute node of xsd__anyType DOM element node, if any. @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyAttribute DOM attribute node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_first(struct soap_dom_element *elt) { return elt->atts; } /******************************************************************************/ /** @brief Returns pointer to next xsd__anyAttribute DOM attribute node, if any. @param att pointer to current xsd__anyAttribute DOM attribute node in attribute list @return pointer to xsd__anyAttribute DOM attribute node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_next(const struct soap_dom_attribute *att) { return att->next; } /******************************************************************************/ /** @brief Returns pointer to first child element node of xsd__anyType DOM element node, if any. @param elt pointer to xsd__anyType DOM element node @return pointer to xsd__anyType DOM child element node or NULL if none */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_first(struct soap_dom_element *elt) { return elt->elts; } /******************************************************************************/ /** @brief Returns pointer to next xsd__anyType DOM child element node, if any. @param elt pointer to current xsd__anyType DOM child element node in sibling list @return pointer to xsd__anyType DOM element node or NULL if none */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_next(const struct soap_dom_element *elt) { return elt->next; } /******************************************************************************\ * * DOM local retrieval * \******************************************************************************/ /** @brief Get attribute node of an xsd__anyType DOM element node, if attribute exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get(const struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt && tag) { struct soap_dom_attribute *att; if (!ns) ns = soap_ns_to_get(elt->soap, tag); for (att = elt->atts; att; att = att->next) if (att->name && soap_tag_match(att->name, tag) && ((!att->nstr && !*ns) || (att->nstr && !strcmp(att->nstr, ns)))) return att; } return NULL; } /******************************************************************************/ /** @brief Get attribute node of an xsd__anyType DOM element node, if attribute exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt && tag) { const char *name = soap_wchar2s(NULL, tag); struct soap_dom_attribute *att = NULL; if (!ns) ns = soap_ns_to_get(elt->soap, name); for (att = elt->atts; att; att = att->next) if (att->name && soap_tag_match(att->name, name) && ((!att->nstr && !*ns) || (att->nstr && !strcmp(att->nstr, ns)))) break; if (name) free((void*)name); return att; } return NULL; } /******************************************************************************/ /** @brief Get child element node of an xsd__anyType DOM element node, if child element exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get(const struct soap_dom_element *elt, const char *ns, const char *tag) { if (elt) { struct soap_dom_element *node; if (!ns) ns = soap_ns_to_get(elt->soap, tag); for (node = elt->elts; node; node = node->next) if ((tag == node->name || (tag && soap_tag_match(node->name, tag))) && ((!node->nstr && !*ns) || (node->nstr && !strcmp(node->nstr, ns)))) return node; } return NULL; } /******************************************************************************/ /** @brief Get child element node of an xsd__anyType DOM element node, if child element exists @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag) { if (elt) { const char *name = soap_wchar2s(NULL, tag); struct soap_dom_element *node; if (!ns) ns = soap_ns_to_get(elt->soap, name); for (node = elt->elts; node; node = node->next) if (((!name && !node->name) || (name && soap_tag_match(node->name, name))) && ((!node->nstr && !*ns) || (node->nstr && !strcmp(node->nstr, ns)))) break; if (name) free((void*)name); return node; } return NULL; } /******************************************************************************/ /** @brief Get next child element node that has the same namespace URI and tag name as the current child element node @param elt pointer to current xsd__anyType DOM child element node @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_next(const struct soap_dom_element *elt) { if (elt) { const char *ns = elt->nstr; const char *tag = elt->name; struct soap_dom_element *node; for (node = elt->next; node; node = node->next) if ((tag == node->name || (tag && soap_tag_match(node->name, tag))) && (ns == node->nstr || (ns && node->nstr && !strcmp(node->nstr, ns)))) return node; } return NULL; } /******************************************************************************/ /** @brief Get N-th child element node that has the same namespace URI and tag name as the current child element node at position one (1) in the sibling list @param elt pointer to current xsd__anyType DOM child element node at position one (1) in the sibling list @param n N-th element minus one located from the current element node at position one (1), 1 returns the current element (elt) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_nth(struct soap_dom_element *elt, size_t n) { while (n-- > 1) elt = soap_elt_get_next(elt); return elt; } /******************************************************************************\ * * DOM local search * \******************************************************************************/ /** @brief Find matching attribute node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find(struct soap_dom_element *elt, const char *ns, const char *patt) { struct soap_dom_attribute *att = NULL; if (elt) { att = elt->atts; if (att) { if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(att->name, patt)) return soap_att_find_next(att, ns, patt); if (ns && (att->nstr || *ns) && (!att->nstr || !soap_name_match(att->nstr, ns))) return soap_att_find_next(att, ns, patt); } } return att; } /******************************************************************************/ /** @brief Find next matching attribute node of an xsd__anyType DOM element node @param att pointer to current xsd__anyAttribute DOM attribute node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find_next(const struct soap_dom_attribute *att, const char *ns, const char *patt) { if (att) { struct soap_dom_attribute *node; if (!ns && patt) ns = soap_ns_to_find(att->soap, patt); for (node = att->next; node; node = node->next) { if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; return node; } } return NULL; } /******************************************************************************/ /** @brief Find matching child element node of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find(struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_find_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Find next matching child element node of an xsd__anyType DOM element node @param elt pointer to current xsd__anyType DOM child element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next(const struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_find_next_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Find matching child element node of an xsd__anyType DOM element node that has a deserialized object @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type) { if (elt) { elt = elt->elts; if (elt) { if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); if (patt && !soap_patt_match(elt->name, patt)) return soap_elt_find_next_type(elt, ns, patt, type); if (ns && (elt->nstr || *ns) && (!elt->nstr || !soap_name_match(elt->nstr, ns))) return soap_elt_find_next_type(elt, ns, patt, type); if (type && type != elt->type) return soap_elt_find_next_type(elt, ns, patt, type); } } return elt; } /******************************************************************************/ /** @brief Find next matching child element node of an xsd__anyType DOM element node that has a deserialized object @param elt pointer to current xsd__anyType DOM child element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM child element node or NULL if not exists */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next_type(const struct soap_dom_element *elt, const char *ns, const char *patt, int type) { if (elt) { struct soap_dom_element *node; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt); for (node = elt->next; node; node = node->next) { if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; if (type && type != node->type) continue; return node; } } return NULL; } /******************************************************************************\ * * DOM size of local search results * \******************************************************************************/ /** @brief Return number of matching attribute nodes of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_att_size(struct soap_dom_element *elt, const char *ns, const char *patt) { size_t n = 0; if (elt) { struct soap_dom_attribute *att = soap_att_find(elt, ns, patt); if (att) { n++; while ((att = soap_att_find_next(att, ns, patt))) n++; } } return n; } /******************************************************************************/ /** @brief Return number of matching child element nodes of an xsd__anyType DOM element node @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size(struct soap_dom_element *elt, const char *ns, const char *patt) { return soap_elt_size_type(elt, ns, patt, 0); } /******************************************************************************/ /** @brief Return number of matching child element nodes of an xsd__anyType DOM element node that have deserialized objects @param elt pointer to xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type) { size_t n = 0; if (elt) { elt = soap_elt_find_type(elt, ns, patt, type); if (elt) { n++; while ((elt = soap_elt_find_next_type(elt, ns, patt, type))) n++; } } return n; } /******************************************************************************\ * * DOM deep traversal * \******************************************************************************/ /** @brief Return next xsd__anyAttribute DOM attribute node in attribute list @param att pointer to current xsd__anyAttribute DOM attribute node @return pointer to xsd__anyAttribute DOM node or NULL if none */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(const struct soap_dom_attribute *att) { return att->next; } /******************************************************************************/ /** @brief Return next xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param elt pointer to current xsd__anyType DOM element node @param end pointer to the ending xsd__anyType DOM element node (exclusive), usually the starting node of the graph traversal @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(const struct soap_dom_element *elt, const struct soap_dom_element *end) { struct soap_dom_element *node; if (elt->elts) return elt->elts; if (elt == end) return NULL; if (elt->next) return elt->next; for (node = elt->prnt; node && !node->next; node = node->prnt) if (node == end) return NULL; if (node) node = node->next; return node; } /******************************************************************************\ * * DOM deep search * \******************************************************************************/ /** @brief Find matching xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param begin pointer to starting xsd__anyType DOM element node of node graph to search @param end pointer to the ending xsd__anyType DOM element node (exclusive), usually the starting node of the graph traversal @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*" and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find(struct soap_dom_element *begin, const struct soap_dom_element *end, const char *ns, const char *patt, int type) { if (begin) { if (patt && *patt == '@') { if (soap_att_find(begin, ns, patt + 1)) return begin; return soap_dom_find_next(begin, end, ns, patt, type); } if (!ns && patt) ns = soap_ns_to_find(begin->soap, patt); if (patt && !soap_patt_match(begin->name, patt)) return soap_dom_find_next(begin, end, ns, patt, type); if (ns && (begin->nstr || *ns) && (!begin->nstr || !soap_name_match(begin->nstr, ns))) return soap_dom_find_next(begin, end, ns, patt, type); if (type && type != begin->type) return soap_dom_find_next(begin, end, ns, patt, type); } return begin; } /******************************************************************************/ /** @brief Find next matching xsd__anyType DOM element node in depth-first traversal of node graph (XPath recursive descent) @param elt pointer to current xsd__anyType DOM element node of node graph to search @param end pointer to the ending xsd__anyType DOM element node, usually the starting node of the graph traversal @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*" and "*:*" match any, "" matches unnamed node) @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return pointer to xsd__anyType DOM node or NULL if none or if next node would be the ending node */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find_next(const struct soap_dom_element *elt, const struct soap_dom_element *end, const char *ns, const char *patt, int type) { if (elt) { struct soap_dom_element *node; if (!ns && patt) ns = soap_ns_to_find(elt->soap, patt + (*patt == '@')); for (node = soap_dom_next_element(elt, end); node; node = soap_dom_next_element(node, end)) { if (patt && *patt == '@') { if (soap_att_find(node, ns, patt + 1)) return node; continue; } if (patt && !soap_patt_match(node->name, patt)) continue; if (ns && (node->nstr || *ns) && (!node->nstr || !soap_name_match(node->nstr, ns))) continue; if (type && type != node->type) continue; return node; } } return NULL; } /******************************************************************************\ * * C REST POST, GET, PUT, DELETE server invocation * \******************************************************************************/ /* @brief REST POST, GET, PUT, DELETE server invocation with XML @param soap context to manage IO @param endpoint server URL @param optional SOAP Action or NULL @param in request XML to be send to server, or NULL for GET or DELETE (both in and out are NULL) @param out response to be populated with response XML received from server, or NULL for PUT or DELETE (both in and out are NULL) */ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element *out) { if (out) soap_default_xsd__anyType(soap, out); if (in) soap_serialize_xsd__anyType(soap, in); soap->http_content = "text/xml; charset=utf-8"; if (soap_begin_count(soap) || ((soap->mode & SOAP_IO_LENGTH) && soap_out_xsd__anyType(soap, NULL, 0, in, NULL)) || soap_end_count(soap) || soap_connect_command(soap, in && out ? SOAP_POST_FILE : out ? SOAP_GET : in ? SOAP_PUT : SOAP_DEL, endpoint, action) || soap_out_xsd__anyType(soap, NULL, 0, in, NULL) || soap_end_send(soap)) return soap_closesock(soap); if (!out) { if (!soap_begin_recv(soap)) { #ifndef WITH_LEAN (void)soap_get_http_body(soap, NULL); #endif (void)soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; return soap_closesock(soap); } if (soap_begin_recv(soap) || soap_in_xsd__anyType(soap, NULL, out, NULL) == NULL || soap_end_recv(soap)) return soap_closesock(soap); return soap_closesock(soap); } /******************************************************************************/ #ifdef __cplusplus /******************************************************************************\ * * C++ REST POST, GET, PUT, DELETE server invocation * \******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element& out) { return soap_dom_call(soap, endpoint, action, &in, &out); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element& out) { return soap_dom_call(soap, endpoint, action, in, &out); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element *out) { return soap_dom_call(soap, endpoint, action, &in, out); } /******************************************************************************\ * * C++ soap_dom_element and soap_dom_attribute classes * \******************************************************************************/ #if 0 // DOXYGEN PROCESSING ONLY /** @class soap_dom_attribute @brief The xsd__anyAttribute DOM attribute node structure (xsd__anyAttribute is a typedef of soap_dom_attribute) */ struct soap_dom_attribute { struct soap_dom_attribute *next; ///< next attribute node in list const char *nstr; ///< namespace string const char *name; ///< (un)qualified tag name const char *text; ///< text cdata in UTF-8 struct soap *soap; ///< context that manages this object /** iterator over attribute list */ typedef soap_dom_attribute_iterator iterator; /** @brief Construct new xsd__anyAttribute DOM attribute that is empty (must be set later) @param soap context that manages this object */ soap_dom_attribute(struct soap *soap = NULL); /** @brief Construct new xsd__anyAttribute DOM attribute by (shallow) copying another attribute @param att xsd__anyAttribute DOM attribute copied */ soap_dom_attribute(const soap_dom_attribute& att); /** @brief Construct new xsd__anyAttribute DOM attribute with (un)qualified tag name, same as xsd__anyAttribute(soap, NULL, tag, NULL) @param soap context that manages this object @param tag (un)qualified tag name string */ soap_dom_attribute(struct soap *soap, const char *tag); /** @brief Construct new xsd__anyAttribute DOM attribute with (un)qualified tag name, same as xsd__anyAttribute(soap, NULL, tag, NULL) @param soap context that manages this object @param tag (un)qualified tag name wide string */ soap_dom_attribute(struct soap *soap, const wchar_t *tag); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); /** @brief Construct new xsd__anyAttribute DOM attribute with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string @param text wide string */ soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); /** @brief Destructor (no-op, deletes are done by the managing context of this object) */ ~soap_dom_attribute(); /** @brief Set this xsd__anyAttribute DOM attribute namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return reference to *this */ soap_dom_attribute& set(const char *ns, const char *tag); /** @brief Set this xsd__anyAttribute DOM attribute namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string @return reference to *this */ soap_dom_attribute& set(const char *ns, const wchar_t *tag); /** @brief Set text of this xsd__anyAttribute DOM attribute node to Boolean "false" or "true" @param b Boolean value @return reference to *this */ soap_dom_attribute& set(bool b); /** @brief Set text of this xsd__anyAttribute DOM attribute node to an integer value @param n integer value @return reference to *this */ soap_dom_attribute& set(int n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a 64 bit integer value @param n 64 bit integer value @return reference to *this */ soap_dom_attribute& set(LONG64 n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a float value @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& set(float x); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a double float value @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& set(double x); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text string or NULL @return reference to *this */ soap_dom_attribute& set(const char *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text wide string or NULL @return reference to *this */ soap_dom_attribute& set(const wchar_t *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text string or NULL @return reference to *this */ soap_dom_attribute& set(const std::string& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node @param text wide string or NULL @return reference to *this */ soap_dom_attribute& set(const std::wstring& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node to Boolean "false" or "true", same as set(b) @param b Boolean value @return reference to *this */ soap_dom_attribute& operator=(bool b); /** @brief Set text of this xsd__anyAttribute DOM attribute node to an integer value, same as set(n) @param n integer value @return reference to *this */ soap_dom_attribute& operator=(int n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a 64 bit integer value, same as set(n) @param n 64 bit integer value @return reference to *this */ soap_dom_attribute& operator=(LONG64 n); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a float value, same as set(x) @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& operator=(float x); /** @brief Set text of this xsd__anyAttribute DOM attribute node to a double float value, same as set(x) @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_attribute& operator=(double x); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_attribute& operator=(const char *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_attribute& operator=(const wchar_t *text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_attribute& operator=(const std::string& text); /** @brief Set text of this xsd__anyAttribute DOM attribute node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_attribute& operator=(const std::wstring& text); /** @brief Copy an xsd__anyAttribute DOM attribute node to this node (not a deep copy) @param att pointer to xsd__anyAttribute DOM attribute node to copy from @return reference to *this */ soap_dom_attribute& operator=(const soap_dom_attribute& att); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list, same as att(NULL, tag) @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list, same as att(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const wchar_t *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *ns, const char *tag); /** @brief Add an attribute node to this xsd__anyAttribute DOM attribute node to create or extend an attribute list @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches in the list) */ soap_dom_attribute& att(const char *ns, const wchar_t *tag); /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const wchar_t *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *ns, const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyAttribute DOM attribute node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return true if match */ bool match(const char *ns, const wchar_t *patt) const; /** @brief Get the namespace URI of this xsd__anyAttribute DOM attribute node @return namespace URI string or NULL */ const char *ns() const; /** @brief Get the tag name of this xsd__anyAttribute DOM attribute node @return tag name string or NULL */ const char *tag() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "true" or "1" @return true if "true" or "1" */ bool is_true() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "false" or "0" @return true if "false" or "0" */ bool is_false() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyAttribute DOM attribute node @return 64 bit integer value or 0 if text is not numeric */ LONG64 get_int() const; /** @brief Return double float value of decimal text of this xsd__anyAttribute DOM attribute node @return double float value or NaN if text is not numeric */ double get_double() const; /** @brief Return text of this xsd__anyAttribute DOM attribute node @return string or NULL */ const char *get_text() const; /** @brief Return true if this xsd__anyAttribute DOM attribute node text is Boolean "true" or "1", same as is_true() @return true if "true" or "1" */ operator bool() const; /** @brief Return integer value of numeric text of this xsd__anyAttribute DOM attribute node, same as (int)get_int() @return integer value or 0 if text is not numeric */ operator int() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyAttribute DOM attribute node, same as get_int() @return 64 bit integer value or 0 if text is not numeric */ operator LONG64() const; /** @brief Return double float value of decimal text of this xsd__anyAttribute DOM attribute node, same as get_double() @return double float value or NaN if text is not numeric */ operator double() const; /** @brief Return text of this xsd__anyAttribute DOM attribute node, same as get_text() @return string or NULL */ operator const char*() const; /** @brief Return iterator to begin of attribute nodes starting with this attribute @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_begin(); /** @brief Return iterator to end of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_end(); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const wchar_t *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const char *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); }; /** @brief The xsd__anyAttribute DOM attribute node structure (xsd__anyAttribute is a typedef of soap_dom_attribute) */ typedef soap_dom_attribute xsd__anyAttribute; /** @class soap_dom_element @brief The xsd__anyType DOM element node structure (xsd__anyType is a typedef of soap_dom_element). */ struct soap_dom_element { struct soap_dom_element *next; ///< next sibling element node in list struct soap_dom_element *prnt; ///< pointer to parent node struct soap_dom_element *elts; ///< list of child element nodes struct soap_dom_attribute *atts; ///< list of attribute nodes const char *nstr; ///< namespace string const char *name; ///< (un)qualified tag name const char *lead; ///< leading XML content before start tag (used with WITH_DOM) const char *text; ///< text cdata in UTF-8 const char *code; ///< XML "code" (plain unconverted XML used with WTIH_DOM) const char *tail; ///< trailing XML content before end tag (used with WITH_DOM) const void *node; ///< pointer to serializable object int type; ///< SOAP_TYPE_T type of serializable object or 0 struct soap *soap; ///< soap context that manages this object /** iterator over sibling element node list */ typedef soap_dom_element_iterator iterator; /** @brief Construct new xsd__anyType DOM element "root" @param soap context that manages this object */ soap_dom_element(struct soap *soap = NULL); /** @brief Construct new xsd__anyType DOM element by (shallow) copying another element @param elt xsd__anyType DOM element copied */ soap_dom_element(const soap_dom_element& elt); /** @brief Construct new xsd__anyType DOM element with (un)qualified tag name, same as xsd__anyType(soap, NULL, tag) @param soap context that manages this object @param tag (un)qualified tag name string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *tag); /** @brief Construct new xsd__anyType DOM element with (un)qualified tag name, same as xsd__anyType(soap, NULL, tag) @param soap context that manages this object @param tag (un)qualified tag name wide string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const wchar_t *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns) and (un)qualified tag name @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *ns, const char *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns) and (un)qualified tag name @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param text string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param text wide string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param text string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param text wide string or NULL */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or "" (unnamed node) @param text string */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or "" (unnamed node) @param text string */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or "" (unnamed node) @param text wide string */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); /** @brief Construct new xsd__anyType DOM element with namespace URI (xmlns), (un)qualified tag name, and text @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or "" (unnamed node) @param text wide string */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); /** @brief Construct new xsd__anyType DOM element node with namespace URI (xmlns), (un)qualified tag name, and pointer to a serializable object @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T */ soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type); /** @brief Construct new xsd__anyType DOM element node with namespace URI (xmlns), (un)qualified tag name, and pointer to a serializable object @param soap context that manages this object @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T */ soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type); /** @brief Destructor (no-op, deletes are done by the managing context of this object) */ ~soap_dom_element(); /** @brief Set xsd__anyType DOM element namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name string or NULL (unnamed node) @return reference to *this */ soap_dom_element& set(const char *ns, const char *tag); /** @brief Set xsd__anyType DOM element namespace URI and tag name @param ns namespace URI string or NULL @param tag (un)qualified tag name wide string or NULL (unnamed node) @return reference to *this */ soap_dom_element& set(const char *ns, const wchar_t *tag); /** @brief Set text of this xsd__anyType DOM element node to Boolean "false" or "true" @param b Boolean value @return reference to *this */ soap_dom_element& set(bool b); /** @brief Set text of this xsd__anyType DOM element node to an integer value @param n integer value @return reference to *this */ soap_dom_element& set(int n); /** @brief Set text of this xsd__anyType DOM element node to an integer value @param n integer value @return reference to *this */ soap_dom_element& set(LONG64 n); /** @brief Set text of this xsd__anyType DOM element node to a float value @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& set(float x); /** @brief Set text of this xsd__anyType DOM element node to a double float value @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& set(double x); /** @brief Set text of this xsd__anyType DOM element node @param text string or NULL @return reference to *this */ soap_dom_element& set(const char *text); /** @brief Set text of this xsd__anyType DOM element node @param text wide string or NULL @return reference to *this */ soap_dom_element& set(const wchar_t *text); /** @brief Set text of this xsd__anyType DOM element node @param text string @return reference to *this */ soap_dom_element& set(const std::string& text); /** @brief Set text of this xsd__anyType DOM element node @param text wide string @return reference to *this */ soap_dom_element& set(const std::wstring& text); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param node pointer to serializable object @param type SOAP_TYPE_T type of the serializable object of type T @return reference to *this */ soap_dom_element& set(const void *node, int type); /** @brief Add a child element node to this xsd__anyType DOM element node @param elt reference to element node to copy and add as a child @return reference to *this */ soap_dom_element& add(soap_dom_element& elt); /** @brief Add a child element node to this xsd__anyType DOM element node @param elt pointer to element node to copy and add as a child @return reference to *this */ soap_dom_element& add(soap_dom_element *elt); /** @brief Add an attribute node to this xsd__anyType DOM element node @param att reference to xsd__anyAttribute attribute node to copy and add @return reference to *this */ soap_dom_element& add(soap_dom_attribute& att); /** @brief Add an attribute node to this xsd__anyType DOM element node @param att pointer to xsd__anyAttribute attribute node to copy and add @return reference to *this */ soap_dom_element& add(soap_dom_attribute *att); /** @brief Copy list of element nodes to this xsd__anyType DOM element node as children @param elts reference to list of xsd__anyType DOM element nodes to copy and add as children @return reference to *this */ soap_dom_element& adds(soap_dom_element& elts); /** @brief Copy list of element nodes to this xsd__anyType DOM element node as children @param elts pointer to list of xsd__anyType DOM element nodes to copy and add as children @return reference to *this */ soap_dom_element& adds(soap_dom_element *elts); /** @brief Copy list of attribute nodes to this xsd__anyType DOM element node @param atts reference to list of xsd__anyAttribute attribute nodes to copy and add @return reference to *this */ soap_dom_element& adds(soap_dom_attribute& atts); /** @brief Copy list of attribute nodes to this xsd__anyType DOM element node @param atts pointer to list of xsd__anyAttribute attribute nodes to copy and add @return reference to *this */ soap_dom_element& adds(soap_dom_attribute *atts); /** @brief Set text of this xsd__anyType DOM element node to Boolean "false" or "true", same as set(b) @param b Boolean value @return reference to *this */ soap_dom_element& operator=(bool b); /** @brief Set text of this xsd__anyType DOM element node to an integer value, same as set(n) @param n integer value @return reference to *this */ soap_dom_element& operator=(int n); /** @brief Set text of this xsd__anyType DOM element node to an integer value, same as set(n) @param n 64 bit integer value @return reference to *this */ soap_dom_element& operator=(LONG64 n); /** @brief Set text of this xsd__anyType DOM element node to a float value, same as set(x) @param x float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& operator=(float x); /** @brief Set text of this xsd__anyType DOM element node to a double float value, same as set(x) @param x double float value (NaN and +/-INF are also supported) @return reference to *this */ soap_dom_element& operator=(double x); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text string or NULL @return reference to *this */ soap_dom_element& operator=(const char *text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text wide string or NULL @return reference to *this */ soap_dom_element& operator=(const wchar_t *text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text string @return reference to *this */ soap_dom_element& operator=(const std::string& text); /** @brief Set text of this xsd__anyType DOM element node, same as set(text) @param text wide string @return reference to *this */ soap_dom_element& operator=(const std::wstring& text); /** @brief Copy an xsd__anyType DOM element node to this node (not a deep copy) @param elt reference to xsd__anyType DOM element node to copy from @return reference to *this */ soap_dom_element& operator=(const soap_dom_element& elt); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj reference to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(const T& obj); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj pointer to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(const T *obj); /** @brief Set this xsd__anyType DOM element node to point to a serializable object @param obj pointer to serializable object that has a soap_type() member @return reference to *this */ template soap_dom_element& operator=(T *obj); /** @brief Populate this xsd__anyType DOM element node with an attribute node, same as att(NULL, tag) @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node, same as att(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *ns, const char *tag); /** @brief Populate this xsd__anyType DOM element node with an attribute node @param ns namespace URI string or NULL of attribute @param tag (un)qualified tag name wide string of attribute @return reference to xsd__anyAttribute attribute node (new attribute node if none matches) */ soap_dom_attribute& att(const char *ns, const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with an unnamed (tagless) child element node, same as elt(NULL, "") @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *ns, const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node @param ns namespace URI string or NULL of child element @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& elt(const char *ns, const wchar_t *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& operator[](const char *tag); /** @brief Populate this xsd__anyType DOM element node with a child element node, same as elt(NULL, tag) @param tag (un)qualified tag name wide string of child element or NULL (unnamed node) @return reference to child element node (new child element node if none matches) */ soap_dom_element& operator[](const wchar_t *tag); /** @brief Add a N-th child element with the same namespace and tag name as this xsd__anyType DOM element node that is a child element node at position one (1) in a sibling list @param n additional child element position requested, counting from one (1) XPath style @return reference to xsd__anyType child element node (new child element node if none exists at position n) */ soap_dom_element& operator[](size_t n); /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists, same as att_get(NULL, tag) @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists, same as att_get(NULL, tag) @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const wchar_t *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *ns, const char *tag) const; /** @brief Get attribute node of this xsd__anyType DOM element node, if attribute exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of attribute @param tag (un)qualified tag name wide string of attribute @return pointer to xsd__anyAttribute DOM attribute node or NULL if not exists */ soap_dom_attribute *att_get(const char *ns, const wchar_t *tag) const; /** @brief Get unnamed (tagless) child element node of this xsd__anyType DOM element node, if child element exists, same as elt_get(NULL, NULL) or elt_get(NULL, ""); @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get() const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists, same as elt_get(NULL, tag) @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const wchar_t *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *ns, const char *tag) const; /** @brief Get child element node of this xsd__anyType DOM element node, if child element exists @param ns namespace URI string (NULL matches the null (empty) namespace if tag is unqualified) of child element @param tag (un)qualified tag name wide string (NULL matches unnamed node) of child element @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *elt_get(const char *ns, const wchar_t *tag) const; /** @brief Get next child element node that has the same namespace URI and tag name as this child element node in a sibling list @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *get_next() const; /** @brief Get N-th child element node that has the same namespace URI and tag name as this child element node at position one (1) in a sibling list @param n N-th element minus one located from the current element node at position one (1), 1 returns this element node @return pointer to xsd__anyType DOM child element node or NULL if not exists */ soap_dom_element *get_nth(size_t n); /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern, same as match(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const wchar_t *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern, same as match(NULL, patt) @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *ns, const char *patt) const; /** @brief Match the namespace URI and tag name of this xsd__anyType DOM element node against a pattern @param ns namespace URI string pattern ("*" matches any, NULL and "" match the null (empty) namespace) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return true if match */ bool match(const char *ns, const wchar_t *patt) const; /** @brief Get the namespace URI of this xsd__anyType DOM element node @return namespace URI string or NULL */ const char *ns() const; /** @brief Get the tag name of this xsd__anyType DOM element node @return tag name string or NULL */ const char *tag() const; /** @brief Return pointer to parent of this xsd__anyType DOM element node, if any @return pointer to xsd__anyType DOM element or NULL */ soap_dom_element *parent(); /** @brief Return depth from the root node of this xsd__anyType DOM element node @return depth from root node, zero if node is a root node and has no parent */ size_t depth() const; /** @brief Return child index of this xsd__anyType DOM child element node in its sibling list @return nonzero index of child among siblings, or 0 if node is a root node and has no parent */ size_t index() const; /** @brief Return number of siblings of this xsd__anyType DOM child node that have the same namespace URI and tag name @return number of siblings plus one (for self) that have the same namespace URI and tag name */ size_t len() const; /** @brief Return index of this xsd__anyType DOM child node among siblings that have the same namespace URI and tag name @return nonzero N-th index (1 <= nth <= len), or 0 if element is root or is singular (has no siblings with the same namespace URI and tag name) */ size_t nth() const; /** @brief Return number of child element nodes of this xsd__anyType DOM element node, same as elt_size(NULL, NULL) @return number of child elements */ size_t elt_size(); /** @brief Return number of matching child element nodes of this xsd__anyType DOM element node, same as elt_size(NULL, patt, type) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ size_t elt_size(const char *patt, int type = 0); /** @brief Return number of matching child element nodes of this xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return number of matches found */ size_t elt_size(const char *ns, const char *patt, int type = 0); /** @brief Return number of attribute nodes of this xsd__anyType DOM element node, same as att_size(NULL, NULL) @return number of attributes */ size_t att_size(); /** @brief Return number of matching attribute nodes of this xsd__anyType DOM element node, same as att_size(NULL, patt) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ size_t att_size(const char *patt); /** @brief Return number of matching attribute nodes of this xsd__anyType DOM element node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return number of matches found */ size_t att_size(const char *ns, const char *patt); /** @brief Return true if this xsd__anyType DOM element node text is Boolean "true" or "1" @return true if "true" or "1" */ bool is_true() const; /** @brief Return true if this xsd__anyType DOM element node text is Boolean "false" or "0" @return true if "false" or "0" */ bool is_false() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyType DOM element node @return 64 bit integer value or 0 if text is not numeric */ LONG64 get_int() const; /** @brief Return double float value of decimal text of this xsd__anyType DOM element node @return double float value or NaN if text is not numeric */ double get_double() const; /** @brief Return text of this xsd__anyType DOM element node @return string or NULL */ const char *get_text() const; /** @brief Return true if this xsd__anyType DOM element node text is Boolean "true" or "1", same as is_true() @return true if "true" or "1" */ operator bool() const; /** @brief Return integer value of numeric text of this xsd__anyType DOM element node, same as (int)get_int() @return integer value or 0 if text is not numeric */ operator int() const; /** @brief Return 64 bit integer value of numeric text of this xsd__anyType DOM element node, same as get_int() @return 64 bit integer value or 0 if text is not numeric */ operator LONG64() const; /** @brief Return double float value of decimal text of this xsd__anyType DOM element node, same as get_double() @return double float value or NaN if text is not numeric */ operator double() const; /** @brief Return text of this xsd__anyType DOM element node, same as get_text() @return string or NULL */ operator const char*() const; /** @brief Return iterator to begin of deep depth-first node graph traversal starting with this node @return xsd__anyType::iterator */ soap_dom_element_iterator begin(); /** @brief Return iterator to end of deep depth-first tnode graph traversal @return xsd__anyType::iterator */ soap_dom_element_iterator end(); /** @brief Return iterator to begin of child element nodes @return xsd__anyType::iterator */ soap_dom_element_iterator elt_begin(); /** @brief Return iterator to end of child element nodes @return xsd__anyType::iterator */ soap_dom_element_iterator elt_end(); /** @brief Return iterator to begin of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_begin(); /** @brief Return iterator to end of attribute nodes @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_end(); /** @brief Return iterator to search deep depth-first over node graph starting from this node, same as find(NULL, patt, type) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node, same as find(NULL, patt, type) @param patt (un)qualified tag name wide string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const wchar_t *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *ns, const char *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph starting from this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (use '@' to match attributes, NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(const char *ns, const wchar_t *patt, int type = 0); /** @brief Return iterator to search deep depth-first over node graph to find deserialized objects, starting from this node @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator find(int type); /** @brief Return iterator to search for matching child elements of this node, same as elt_find(NULL, patt, type) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node, same as elt_find(NULL, patt, type) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const wchar_t *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *ns, const char *patt, int type = 0); /** @brief Return iterator to search for matching child elements of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @param type optional SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(const char *ns, const wchar_t *patt, int type = 0); /** @brief Return iterator to search for child elements of this node that have deserialized objects @param type SOAP_TYPE_T type of deserialized object of type T to match or 0 @return xsd__anyType::iterator */ soap_dom_element_iterator elt_find(int type); /** @brief Return iterator to search for matching attributes of this node @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any, "" matches unnamed node) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const wchar_t *patt); /** @brief Return iterator to search for matching attributes of this node, same as att_find(NULL, patt) @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const char *patt); /** @brief Return iterator to search for matching attributes of this node @param ns namespace URI string pattern ("*" matches any, "" matches the null (empty) namespace, NULL matches the null (empty) namespace if tag is unqualified or the namespace from namespace table if tag is qualified) @param patt (un)qualified tag name wide string pattern (NULL, "*", and "*:*" match any) @return xsd__anyAttribute::iterator */ soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); }; /** @brief The xsd__anyType DOM element node structure (xsd__anyType is a typedef of soap_dom_element). */ typedef soap_dom_element xsd__anyType; /** @brief Write XML to current output (this is an auto-generted macro in soapH.h) @param soap context that manages IO @param dom root element node of the XML document @return SOAP_OK or an error code */ int soap_write_xsd__anyType(struct soap *soap, xsd__anyType *dom); /** @brief Parse XML from current input (this is an auto-generted macro in soapH.h) @param soap context that manages IO @param dom root element node of the XML document @return SOAP_OK or an error code */ int soap_read_xsd__anyType(struct soap *soap, xsd__anyType *dom); #endif /******************************************************************************\ * * soap_dom_element class * \******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap) { soap_default_xsd__anyType(soap, this); this->name = "root"; } /******************************************************************************/ soap_dom_element::soap_dom_element(const soap_dom_element& elt) { soap_default_xsd__anyType(elt.soap, this); (void)soap_elt_copy(this, &elt); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set(this, NULL, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const wchar_t *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set_w(this, NULL, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set(this, ns, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag) { soap_default_xsd__anyType(soap, this); (void)soap_elt_set_w(this, ns, tag); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set_w(this, ns, tag), text); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set_w(this, ns, tag), text); } /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text(soap_elt_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text) { soap_default_xsd__anyType(soap, this); (void)soap_elt_text_w(soap_elt_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type) { soap_default_xsd__anyType(soap, this); (void)soap_elt_node(soap_elt_set(this, ns, tag), node, type); } /******************************************************************************/ soap_dom_element::soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type) { soap_default_xsd__anyType(soap, this); (void)soap_elt_node(soap_elt_set_w(this, ns, tag), node, type); } /******************************************************************************/ soap_dom_element::~soap_dom_element() { } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::begin() { soap_dom_element_iterator iter = soap_dom_element_iterator(this); iter.stop = this; iter.deep = true; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(const char *ns, const char *patt, int type) { soap_dom_element_iterator iter(soap_dom_find(this, this, ns, patt, type)); iter.stop = this; iter.nstr = ns; iter.name = patt; iter.type = type; iter.deep = true; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(const char *ns, const wchar_t *tag, int type) { const char *s = soap_wchar2s(NULL, tag); soap_dom_element_iterator iter = this->find(ns, s, type); if (s) free((void*)s); return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::find(int type) { return this->find((const char*)NULL, (const char*)NULL, type); } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(const char *ns, const char *patt, int type) { soap_dom_element_iterator iter(soap_elt_find_type(this, ns, patt, type)); iter.nstr = ns; iter.name = patt; iter.type = type; return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(const char *ns, const wchar_t *patt, int type) { const char *s = soap_wchar2s(NULL, patt); soap_dom_element_iterator iter = this->elt_find(ns, s, type); if (s) free((void*)s); return iter; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element::elt_find(int type) { return this->elt_find((const char*)NULL, (const char*)NULL, type); } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_element::att_find(const char *ns, const char *patt) { soap_dom_attribute_iterator iter(soap_att_find(this, ns, patt)); iter.nstr = ns; iter.name = patt; return iter; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_element::att_find(const char *ns, const wchar_t *patt) { const char *s = soap_wchar2s(NULL, patt); soap_dom_attribute_iterator iter = this->att_find(ns, s); if (s) free((void*)s); return iter; } /******************************************************************************/ void soap_dom_element::unlink() { soap_unlink(soap, this); soap_unlink(soap, nstr); soap_unlink(soap, name); soap_unlink(soap, text); if (elts) elts->unlink(); if (atts) atts->unlink(); if (next) next->unlink(); node = NULL; type = 0; } /******************************************************************************\ * * soap_dom_attribute class * \******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap) { soap_default_xsd__anyAttribute(soap, this); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(const soap_dom_attribute& att) { soap_default_xsd__anyAttribute(att.soap, this); (void)soap_att_copy(this, &att); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *tag) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_set(this, NULL, tag); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const wchar_t *tag) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_set_w(this, NULL, tag); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set_w(this, ns, tag), text); } /******************************************************************************/ soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set_w(this, ns, tag), text); } /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text(soap_att_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ #ifndef WITH_COMPAT soap_dom_attribute::soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text) { soap_default_xsd__anyAttribute(soap, this); (void)soap_att_text_w(soap_att_set_w(this, ns, tag), text.c_str()); } #endif /******************************************************************************/ soap_dom_attribute::~soap_dom_attribute() { } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute::att_find(const char *ns, const char *patt) { soap_dom_attribute_iterator iter(this); iter.nstr = ns; iter.name = patt; if (patt) { if (!soap_patt_match(this->name, patt)) return ++iter; if (ns && (!this->nstr || strcmp(this->nstr, ns))) return ++iter; if (!ns && this->nstr) return ++iter; } return iter; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute::att_find(const char *ns, const wchar_t *patt) { const char *s = soap_wchar2s(NULL, patt); soap_dom_attribute_iterator iter = this->att_find(ns, s); if (s) free((void*)s); return iter; } /******************************************************************************/ void soap_dom_attribute::unlink() { soap_unlink(soap, this); soap_unlink(soap, nstr); soap_unlink(soap, name); soap_unlink(soap, text); if (next) next->unlink(); } /******************************************************************************\ * * soap_dom_element_iterator class * \******************************************************************************/ soap_dom_element_iterator::soap_dom_element_iterator() { iter = NULL; stop = NULL; nstr = NULL; name = NULL; type = 0; deep = false; } /******************************************************************************/ soap_dom_element_iterator::soap_dom_element_iterator(soap_dom_element *node) { iter = node; stop = NULL; nstr = NULL; name = NULL; type = 0; deep = false; } /******************************************************************************/ soap_dom_element_iterator::~soap_dom_element_iterator() { } /******************************************************************************/ bool soap_dom_element_iterator::operator==(const soap_dom_element_iterator &it) const { return this->iter == it.iter; } /******************************************************************************/ bool soap_dom_element_iterator::operator!=(const soap_dom_element_iterator &it) const { return this->iter != it.iter; } /******************************************************************************/ soap_dom_element& soap_dom_element_iterator::operator*() const { return *this->iter; } /******************************************************************************/ soap_dom_element *soap_dom_element_iterator::operator->() const { return this->iter; } /******************************************************************************/ soap_dom_element_iterator &soap_dom_element_iterator::operator++() { if (deep) this->iter = soap_dom_find_next(this->iter, this->stop, this->nstr, this->name, this->type); else this->iter = soap_elt_find_next_type(this->iter, this->nstr, this->name, this->type); return *this; } /******************************************************************************/ soap_dom_element_iterator soap_dom_element_iterator::operator++(int) { soap_dom_element_iterator iter(*this); ++*this; return iter; } /******************************************************************************\ * * soap_dom_attribute_iterator class * \******************************************************************************/ soap_dom_attribute_iterator::soap_dom_attribute_iterator() { iter = NULL; nstr = NULL; name = NULL; } /******************************************************************************/ soap_dom_attribute_iterator::soap_dom_attribute_iterator(soap_dom_attribute *node) { this->iter = node; nstr = NULL; name = NULL; } /******************************************************************************/ soap_dom_attribute_iterator::~soap_dom_attribute_iterator() { } /******************************************************************************/ bool soap_dom_attribute_iterator::operator==(const soap_dom_attribute_iterator &it) const { return this->iter == it.iter; } /******************************************************************************/ bool soap_dom_attribute_iterator::operator!=(const soap_dom_attribute_iterator &it) const { return this->iter != it.iter; } /******************************************************************************/ soap_dom_attribute& soap_dom_attribute_iterator::operator*() const { return *this->iter; } /******************************************************************************/ soap_dom_attribute *soap_dom_attribute_iterator::operator->() const { return this->iter; } /******************************************************************************/ soap_dom_attribute_iterator &soap_dom_attribute_iterator::operator++() { this->iter = soap_att_find_next(this->iter, this->nstr, this->name); return *this; } /******************************************************************************/ soap_dom_attribute_iterator soap_dom_attribute_iterator::operator++(int) { soap_dom_attribute_iterator iter(*this); ++*this; return iter; } /******************************************************************************\ * * I/O * \******************************************************************************/ #ifndef WITH_COMPAT std::ostream &operator<<(std::ostream &o, const struct soap_dom_element &e) { if (!e.soap) { struct soap soap; soap_init1(&soap, SOAP_IO_DEFAULT | SOAP_DOM_TREE); soap_serialize_xsd__anyType(&soap, &e); if (soap_begin_send(&soap) || soap_out_xsd__anyType(&soap, NULL, 0, &e, NULL) || soap_end_send(&soap)) { /* error */ } soap_end(&soap); soap_done(&soap); } else { std::ostream *os = e.soap->os; e.soap->os = &o; soap_serialize_xsd__anyType(e.soap, &e); if (soap_begin_send(e.soap) || soap_out_xsd__anyType(e.soap, NULL, 0, &e, NULL) || soap_end_send(e.soap)) { /* e.soap->error is now set and app should check */ } e.soap->os = os; } return o; } /******************************************************************************/ std::istream &operator>>(std::istream &i, struct soap_dom_element &e) { if (!e.soap) e.soap = soap_new(); std::istream *is = e.soap->is; e.soap->is = &i; if (soap_begin_recv(e.soap) || soap_in_xsd__anyType(e.soap, NULL, &e, NULL) == NULL || soap_end_recv(e.soap)) { /* e.soap->error is now set and app should check */ } e.soap->is = is; return i; } #endif #endif gsoap-2.8.28/gsoap/custom/0000755000175000017500000000000012653650144014715 5ustar ellertellertgsoap-2.8.28/gsoap/custom/duration.h0000644000175000017500000000757112653650144016725 0ustar ellertellert/* duration.h Custom serializer for xsd:duration stored in a LONG64 with millisecond (ms) precision. LONG64 is equivalent to long long int and int64_t Millisecond resolution (1/1000 sec) means 1 second = 1000. The `xsd__duration` type is a 64 bit signed integer that can represent 106751991167 days forward (positive) and backward (negative), with increments of 1 ms (1/1000 second). Durations that exceed a month are always output in days, rather than months to avoid days-per-month conversion inacurracies. Durations that are received in years and months instead of total number of days from a reference point are not well defined, since there is no accepted reference time point (it may or may not be the current time). The decoder simple assumes that there are 30 days per month. For example, conversion of "P4M" gives 120 days. Therefore, the durations "P4M" and "P120D" are assumed to be identical, which is not necessarily true depending on the reference point in time. Rescaling of the duration value by may be needed when adding the duration value to a `time_t` value, because `time_t` may or may not have a seconds resolution, depending on the platform and possible changes to `time_t`. #import this file into your gSOAP .h file To automate the wsdl2h-mapping of xsd:duration to LONG64, add this line to the typemap.dat file: xsd__duration = #import "custom/duration.h" | xsd__duration The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change duration.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/duration.c gSOAP XML Web services tools Copyright (C) 2000-2009, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2009, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern typedef long long xsd__duration; /* duration in ms (1/1000 sec) */ gsoap-2.8.28/gsoap/custom/struct_tm.h0000644000175000017500000001033612653650144017115 0ustar ellertellert/* struct_tm.h Custom serializer for struct tm as xsd:dateTime Because time_t is limited to dates between 1970 and 2038, struct tm should be used for wider date ranges. This custom serializer avoids storing date+time information in time_t values for this reason. #import this file into your gSOAP .h file to enable struct tm serialization and use the serializable xsd__dateTime type. struct tm { int tm_sec; // seconds (0 - 60) int tm_min; // minutes (0 - 59) int tm_hour; // hours (0 - 23) int tm_mday; // day of month (1 - 31) int tm_mon; // month of year (0 - 11) int tm_year; // year - 1900 int tm_wday; // day of week (Sunday = 0) int tm_yday; // day of year (0 - 365) int tm_isdst; // is summer time in effect? char *tm_zone; // abbreviation of timezone name }; Note that tm_wday is always set to 0 (Sunday) when receiving a xsd:dateTime value, because the struct tm content is not computed. To automate the wsdl2h-mapping of xsd:dateTime to struct tm, add this line to the typemap.dat file: xsd__dateTime = #import "custom/struct_tm.h" | xsd__dateTime The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change struct_tm.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/struct_tm.c gSOAP XML Web services tools Copyright (C) 2000-2007, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2007, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include /** externally declared ("volatila"e). Declared here for soapcpp2 to produce soap_dup_xsd__dateTime() */ extern typedef volatile struct tm { int tm_sec; ///< seconds (0 - 60) int tm_min; ///< minutes (0 - 59) int tm_hour; ///< hours (0 - 23) int tm_mday; ///< day of month (1 - 31) int tm_mon; ///< month of year (0 - 11) int tm_year; ///< year - 1900 // N/A: int tm_wday; ///< day of week (Sunday = 0) (NOT USED) // N/A: int tm_yday; ///< day of year (0 - 365) (NOT USED) int tm_isdst; ///< is summer time in effect? // N/A: char* tm_zone; ///< abbreviation of timezone (NOT USED) } xsd__dateTime; gsoap-2.8.28/gsoap/custom/int128.h0000644000175000017500000000520012653650144016110 0ustar ellertellert/* int128.h Custom serializer for __int128_t as xsd:integer (big int). #import this file into your gSOAP .h file. Add this line to typemap.dat to automate the mapping with wsdl2h: xsd__integer = #import "custom/int128.h" | xsd__integer When using soapcpp2 option -q or -p, you must change int128.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/int128.c gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern class __int128_t; extern typedef __int128_t xsd__integer; gsoap-2.8.28/gsoap/custom/float128.c0000644000175000017500000001071112653650144016421 0ustar ellertellert/* float128.c Custom serializer for the __float128 quad precision float type as xsd:decimal. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "float128.h" */ #include "soapH.h" void soap_default_xsd__decimal(struct soap *soap, __float128 *a) { (void)soap; *a = 0.0; } void soap_serialize_xsd__decimal(struct soap *soap, const __float128 *a) { (void)soap; (void)a; } int soap_s2xsd__decimal(struct soap *soap, const char *s, __float128 *a) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *a = (__float128)DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *a = (__float128)DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *a = (__float128)DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *a = (__float128)DBL_NAN; else { char *r; *a = strtoflt128(s, &r); if (*r) soap->error = SOAP_TYPE; } } return soap->error; } const char * soap_xsd__decimal2s(struct soap *soap, __float128 a) { char *s; if (isnanq(a)) return "NaN"; if (isinfq(a)) { if (a >= 0) return "INF"; return "-INF"; } quadmath_snprintf(soap->tmpbuf, sizeof(soap->tmpbuf), "%Qg", a); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; return soap->tmpbuf; } int soap_out_xsd__decimal(struct soap *soap, const char *tag, int id, const __float128 *p, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, SOAP_TYPE_xsd__decimal), type) || soap_string_out(soap, soap_xsd__decimal2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } __float128 * soap_in_xsd__decimal(struct soap *soap, const char *tag, __float128 *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (__float128*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__decimal, sizeof(__float128), NULL, NULL, NULL, NULL); if (*soap->href) a = (__float128*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__decimal, 0, sizeof(__float128), 0, NULL, NULL); else if (a) { if (soap_s2xsd__decimal(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/struct_tm_date.h0000644000175000017500000000611712653650144020114 0ustar ellertellert/* struct_tm_date.h Custom serializer for xsd:date Gregorian calendar date stored in a struct tm. Basically the same as the struct tm xsd:dateTime serializer, but without the time part, which is considered 00:00:00. Timezone offsets are taken into account to adjust the time part from 00:00:00 UTC. Note that tm_wday is always set to 0 (Sunday) when receiving a xsd:date value, because the tm content is not calculated. #import this file into your gSOAP .h file To automate the wsdl2h-mapping of xsd:date to int, add this line to the typemap.dat file: xsd__date = #import "custom/struct_tm_date.h" | xsd__date The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change date.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/struct_tm_date.c gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include extern typedef struct tm xsd__date; gsoap-2.8.28/gsoap/custom/struct_tm.c0000644000175000017500000001462512653650144017115 0ustar ellertellert/* struct_tm.c Custom serializer for struct tm as xsd:dateTime See struct_tm.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "struct_tm.h" */ #include "soapH.h" void soap_default_xsd__dateTime(struct soap *soap, struct tm *a) { (void)soap; memset((void*)a, 0, sizeof(struct tm)); } void soap_serialize_xsd__dateTime(struct soap *soap, struct tm const *a) { (void)soap; (void)a; } const char *soap_xsd__dateTime2s(struct soap *soap, const struct tm a) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", &a); return soap->tmpbuf; } int soap_out_xsd__dateTime(struct soap *soap, const char *tag, int id, const struct tm *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__dateTime), type) || soap_string_out(soap, soap_xsd__dateTime2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__dateTime(struct soap *soap, const char *s, struct tm *a) { memset((void*)a, 0, sizeof(struct tm)); if (s) { char *t; unsigned long d; d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ a->tm_year = (int)d; a->tm_mon = (int)soap_strtoul(t + 1, &t, 10); a->tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ a->tm_year = (int)(d / 10000); a->tm_mon = (int)(d / 100 % 100); a->tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ a->tm_hour = (int)d; a->tm_min = (int)soap_strtoul(t + 1, &t, 10); a->tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ a->tm_hour = (int)(d / 10000); a->tm_min = (int)(d / 100 % 100); a->tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (a->tm_year == 1) a->tm_year = 70; else a->tm_year -= 1900; a->tm_mon--; if (*t == '.') { for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; a->tm_min -= m; a->tm_hour -= h; /* put hour and min in range */ a->tm_hour += a->tm_min / 60; a->tm_min %= 60; if (a->tm_min < 0) { a->tm_min += 60; a->tm_hour--; } a->tm_mday += a->tm_hour / 24; a->tm_hour %= 24; if (a->tm_hour < 0) { a->tm_hour += 24; a->tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif } else /* no UTC or timezone, so assume we got a localtime */ a->tm_isdst = -1; } return soap->error; } struct tm *soap_in_xsd__dateTime(struct soap *soap, const char *tag, struct tm *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (struct tm*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__dateTime, sizeof(struct tm), NULL, NULL, NULL, NULL); if (*soap->href) a = (struct tm*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__dateTime, 0, sizeof(struct tm), 0, NULL, NULL); else if (a) { if (soap_s2xsd__dateTime(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/float128.h0000644000175000017500000000530012653650144016424 0ustar ellertellert/* float128.h Custom serializer for the __float128 quad precision float type as xsd:decimal. #import this file into your gSOAP .h file. Add this line to typemap.dat to automate the mapping with wsdl2h: xsd__decimal = #import "custom/float128.h" | xsd__decimal When using soapcpp2 option -q or -p, you must change float128.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/float128.c gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include extern class __float128; extern typedef __float128 xsd__decimal; gsoap-2.8.28/gsoap/custom/chrono_time_point.h0000644000175000017500000000563612653650144020617 0ustar ellertellert/* chrono_time_point.h Custom serializer for std::chrono::system_clock::time_point as xsd:dateTime Requires C++11 or higher (compile with -std=c++11). #import this file into your gSOAP .h file To automate the wsdl2h-mapping of xsd:dateTime to std::chrono::system_clock::time_point, add this line to the typemap.dat file: xsd__dateTime = #import "custom/chrono_time_point.h" | xsd__dateTime The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change chrono_time_point.cpp as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/chrono_time_point.cpp gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include extern typedef class std::chrono::system_clock::time_point xsd__dateTime; gsoap-2.8.28/gsoap/custom/long_time.c0000644000175000017500000001350512653650144017042 0ustar ellertellert/* long_time.c Custom serializer for xsd:time stored in an ULONG64 with usec (microsecond) precision See long_time.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "time.h" */ #include "soapH.h" void soap_default_xsd__time(struct soap *soap, ULONG64 *a) { (void)soap; /* appease -Wall -Werror */ *a = 0; } const char *soap_xsd__time2s(struct soap *soap, ULONG64 a) { unsigned int H, M, S, f; f = a % 1000000; a /= 1000000; S = a % 60; a /= 60; M = a % 60; a /= 60; H = a % 24; if (f) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 17), "%02u:%02u:%02u.%06uZ", H, M, S, f); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 10), "%02u:%02u:%02uZ", H, M, S); return soap->tmpbuf; } int soap_out_xsd__time(struct soap *soap, const char *tag, int id, const ULONG64 *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__time), type) || soap_string_out(soap, soap_xsd__time2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__time(struct soap *soap, const char *s, ULONG64 *a) { char *r; ULONG64 H = 0, M = 0, S = 0; float f = 0; *a = 0; if (s) { H = soap_strtoul(s, &r, 10); if (!r || *r != ':') return soap->error = SOAP_TYPE; s = r + 1; M = soap_strtoul(s, &r, 10); if (!r || *r != ':') return soap->error = SOAP_TYPE; s = r + 1; S = soap_strtoul(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; if (*s == '.') { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) # ifdef WIN32 f = (float)_strtod_l(s, NULL, SOAP_LOCALE(soap)); # else f = (float)strtod_l(s, NULL, SOAP_LOCALE(soap)); # endif #elif defined(HAVE_STRTOD) f = (float)strtod(s, NULL); #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) f = strtof_l((char*)s, NULL, SOAP_LOCALE(soap)); #elif defined(HAVE_STRTOF) f = strtof((char*)s, NULL); #endif for (s++; *s; s++) if (*s < '0' || *s > '9') break; } if (*s == ' ' && !(soap->mode & SOAP_XML_STRICT)) s++; if (*s == 'Z' || *s == 'z') { s++; } else if (*s == '+' || *s == '-') { int h = 0, m = 0; h = soap_strtol(s, &r, 10); if (!r || *r != ':') return soap->error = SOAP_TYPE; s = r + 1; m = soap_strtol(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; H += h; if (h < 0) { M += 60 - m; if (M >= 60) M -= 60; else H--; } else { M += m; if (M >= 60) { H++; M -= 60; } } if (H >= 24) return soap->error = SOAP_TYPE; } if (*s) return soap->error = SOAP_TYPE; /* convert H:M:S.f to unsigned long long int microseconds */ *a = ((((((H * 60) + M) * 60) + S) * 1000000) + (ULONG64)(f * 1000000.0 + 0.5)); } return soap->error; } ULONG64 *soap_in_xsd__time(struct soap *soap, const char *tag, ULONG64 *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":time")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (ULONG64*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__time, sizeof(ULONG64), NULL, NULL, NULL, NULL); if (*soap->href) a = (ULONG64*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__time, 0, sizeof(ULONG64), 0, NULL, NULL); else if (a) { if (soap_s2xsd__time(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/long_double.h0000644000175000017500000000567012653650144017367 0ustar ellertellert/* long_double.h Custom serializer for the long double (extended double) type as xsd:decimal. #import this file into your gSOAP .h file. Add this line to typemap.dat to automate the mapping with wsdl2h: xsd__decimal = #import "custom/long_double.h" | long double When using soapcpp2 option -q or -p, you must change long_double.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/long_double.c gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern int soap_s2decimal(struct soap *soap, const char *s, long double *p); extern const char *soap_decimal2s(struct soap *soap, long double n); extern int soap_outdecimal(struct soap*, const char*, int, const long double*, const char*, int); extern long double *soap_indecimal(struct soap*, const char*, long double*, const char*, int); gsoap-2.8.28/gsoap/custom/struct_tm_date.c0000644000175000017500000001363612653650144020113 0ustar ellertellert/* struct_tm_date.c Custom serializer for xsd:date Gregorian calendar date stored in a struct tm. Basically the same as the struct tm xsd:dateTime serializer, but without the time part, which is considered 00:00:00. See struct_tm_date.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "date.h" */ #include "soapH.h" void soap_default_xsd__date(struct soap *soap, struct tm *a) { (void)soap; /* appease -Wall -Werror */ memset((void*)a, 0, sizeof(struct tm)); } void soap_serialize_xsd__date(struct soap *soap, struct tm const *a) { (void)soap; (void)a; } const char *soap_xsd__date2s(struct soap *soap, struct tm a) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dZ", &a); return soap->tmpbuf; } int soap_out_xsd__date(struct soap *soap, const char *tag, int id, const struct tm *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__date), type) || soap_string_out(soap, soap_xsd__date2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__date(struct soap *soap, const char *s, struct tm *a) { memset((void*)a, 0, sizeof(struct tm)); if (s) { char *t; unsigned long d; d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ a->tm_year = (int)d; a->tm_mon = (int)soap_strtoul(t + 1, &t, 10); a->tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ a->tm_year = (int)(d / 10000); a->tm_mon = (int)(d / 100 % 100); a->tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (a->tm_year == 1) a->tm_year = 70; else a->tm_year -= 1900; a->tm_mon--; if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; a->tm_min -= m; a->tm_hour -= h; /* put hour and min in range */ a->tm_hour += a->tm_min / 60; a->tm_min %= 60; if (a->tm_min < 0) { a->tm_min += 60; a->tm_hour--; } a->tm_mday += a->tm_hour / 24; a->tm_hour %= 24; if (a->tm_hour < 0) { a->tm_hour += 24; a->tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif } else /* no UTC or timezone, so assume we got a localtime */ a->tm_isdst = -1; } return soap->error; } struct tm *soap_in_xsd__date(struct soap *soap, const char *tag, struct tm *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":date")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (struct tm*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__date, sizeof(struct tm), NULL, NULL, NULL, NULL); if (*soap->href) a = (struct tm*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__date, 0, sizeof(struct tm), 0, NULL, NULL); else if (a) { if (soap_s2xsd__date(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/long_time.h0000644000175000017500000000645512653650144017055 0ustar ellertellert/* long_time.h Custom serializer for xsd:time stored in an ULONG64 with usec (microsecond) precision - can represent 00:00:00 to 23:59:59.999999 (= 86399999999) UTC. - inbound value with timezone offset is converted to UTC. - ULONG64 is equivalent to unsigned long long int and uint64_t. - microsecond resolution (1/1000000 sec) means 1 second = 1000000. To obtain the current time and set the UTC time value accordingly: #include struct timeval tv; xsd__time t; // a ULONG64 custom serialized as xsd:time in UTC gettimeofday(&tv, NULL); t = tv.tv_usec + (tv.tv_sec % (24*60*60)) * 1000000; #import this file into your gSOAP .h file To automate the wsdl2h-mapping of xsd:time to ULONG64, add this line to the typemap.dat file: xsd__time = #import "custom/long_time.h" | xsd__time The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change time.c as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/long_time.c gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern typedef unsigned long long xsd__time; /* HH:MM:SS.uuuuuu time in usec (1/1000000 sec) */ gsoap-2.8.28/gsoap/custom/chrono_duration.cpp0000644000175000017500000002114212653650144020616 0ustar ellertellert/* chrono_duration.cpp See chrono_duration.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* When using soapcpp2 option -q or -p, change "soapH.h" in the line below. */ /* soapH.h generated by soapcpp2 from .h file containing #import "chrono_duration.h" */ #include "soapH.h" static void *instantiate_xsd__duration(struct soap*, int, const char*, const char*, size_t*); static int delete_xsd__duration(struct soap_clist*); static void copy_xsd__duration(struct soap*, int, int, void*, size_t, const void*, void**); void soap_default_xsd__duration(struct soap *soap, std::chrono::nanoseconds *a) { (void)soap; /* appease -Wall -Werror */ *a = a->zero(); } void soap_serialize_xsd__duration(struct soap *soap, const std::chrono::nanoseconds *a) { (void)soap; (void)a; /* appease -Wall -Werror */ } const char *soap_xsd__duration2s(struct soap *soap, std::chrono::nanoseconds a) { LONG64 n = a.count(); int k, h, m, s, f; if (n < 0) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "-P"); k = 2; n = -n; } else { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "P"); k = 1; } f = n % 1000000000LL; n /= 1000000000LL; s = n % 60; n /= 60; m = n % 60; n /= 60; h = n % 24; n /= 24; if (n) (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 21), SOAP_LONG_FORMAT "D", n); if (h || m || s || f) { if (n) k = strlen(soap->tmpbuf); if (f) (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 14), "T%02dH%02dM%02d.%09dS", h, m, s, f); else (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 10), "T%02dH%02dM%02dS", h, m, s); } else if (!n) soap_strcpy(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, "T0S"); return soap->tmpbuf; } int soap_out_xsd__duration(struct soap *soap, const char *tag, int id, const std::chrono::nanoseconds *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__duration), type) || soap_string_out(soap, soap_xsd__duration2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__duration(struct soap *soap, const char *s, std::chrono::nanoseconds *a) { LONG64 sign = 1, Y = 0, M = 0, D = 0, H = 0, N = 0, S = 0; double f = 0; *a = a->zero(); if (s) { if (*s == '-') { sign = -1; s++; } if (*s != 'P' && *s != 'p') return soap->error = SOAP_TYPE; s++; /* date part */ while (s && *s) { char *r = NULL; LONG64 n; if (*s == 'T' || *s == 't') { s++; break; } n = soap_strtol(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; switch (*s) { case 'Y': case 'y': Y = n; break; case 'M': case 'm': M = n; break; case 'D': case 'd': D = n; break; default: return soap->error = SOAP_TYPE; } s++; } /* time part */ while (s && *s) { char *r = NULL; LONG64 n; n = soap_strtol(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; switch (*s) { case 'H': case 'h': H = n; break; case 'M': case 'm': N = n; break; case '.': S = n; #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) # ifdef WIN32 f = _strtod_l(s, NULL, SOAP_LOCALE(soap)); # else f = strtod_l(s, NULL, SOAP_LOCALE(soap)); # endif #elif defined(HAVE_STRTOD) f = strtod(s, NULL); #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) f = (double)strtof_l((char*)s, NULL, SOAP_LOCALE(soap)); #elif defined(HAVE_STRTOF) f = (double)strtof((char*)s, NULL); #endif s = NULL; continue; case 'S': case 's': S = n; break; default: return soap->error = SOAP_TYPE; } s++; } /* convert Y-M-D H:N:S.f to std::chrono::nanoseconds */ std::chrono::hours hours(sign * ((((((Y * 12) + M) * 30) + D) * 24) + H)); std::chrono::seconds seconds(sign * ((N * 60) + S)); std::chrono::nanoseconds nanos(sign * (LONG64)(1e9 * f + 0.5)); *a = hours + seconds + nanos; } return soap->error; } std::chrono::nanoseconds *soap_in_xsd__duration(struct soap *soap, const char *tag, std::chrono::nanoseconds *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":duration")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (std::chrono::nanoseconds*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__duration, sizeof(std::chrono::nanoseconds), NULL, NULL, instantiate_xsd__duration, NULL); if (*soap->href) a = (std::chrono::nanoseconds*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__duration, 0, sizeof(std::chrono::nanoseconds), 0, copy_xsd__duration, NULL); else if (a) { if (soap_s2xsd__duration(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } static void *instantiate_xsd__duration(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_xsd__duration(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_xsd__duration, n, delete_xsd__duration); (void)type; (void)arrayType; /* appease -Wall -Werror */ if (!cp) return NULL; if (n < 0) { cp->ptr = SOAP_NEW(std::chrono::nanoseconds); if (size) *size = sizeof(std::chrono::nanoseconds); } else { cp->ptr = SOAP_NEW_ARRAY(std::chrono::nanoseconds, n); if (size) *size = n * sizeof(std::chrono::nanoseconds); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); if (!cp->ptr) soap->error = SOAP_EOM; return (std::chrono::nanoseconds*)cp->ptr; } static int delete_xsd__duration(struct soap_clist *p) { if (p->type == SOAP_TYPE_xsd__duration) { if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); return SOAP_OK; } return SOAP_ERR; } static void copy_xsd__duration(struct soap *soap, int st, int tt, void *p, size_t index, const void *q, void **x) { (void)soap; (void)st; (void)tt; (void)index; (void)x; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying std::chrono::nanoseconds %p -> %p\n", q, p)); *(std::chrono::nanoseconds*)p = *(std::chrono::nanoseconds*)q; } gsoap-2.8.28/gsoap/custom/README.txt0000644000175000017500000000701012653650144016411 0ustar ellertellert OVERVIEW -------- This directory contains custom serializers for common data types. CONTENTS -------- Custom serializers replace the soapcpp2-generated serialization routines. See the notes in the source files on specific usage. The following serializers are available: long_double.* Serializes long double (extended double) type as xsd:decimal float128.* Serializes __float128 type as xsd:decimal int128.* Serializes __int128_t as xsd:integer struct_tm.* Serializes struct tm as xsd:dateTime struct_timeval.* Serializes struct timeval as xsd:dateTime duration.* Serializes LONG64 milliseconds as xsd:duration struct_tm_date.* Serializes struct tm as xsd:date long_time.* Serializes LONG64 milliseconds as xsd:time chrono_duration.* Serializes C++11 std::chrono::nanoseconds as xsd:duration chrono_time_point.* Serializes C++11 std::chrono::system_clock as xsd:dateTime The xsd:dateTime parsers are more permissive to accept alternative ISO8601 formats. To restrict xsd:dateTime formats to the XSD standard, use the SOAP_XML_STRICT flag. C VERSUS C++ ------------ Only .c files are included for custom serializers that work both in C and in C++. Copy the .c files that you need to .cpp for compiling and linking in C++. THE 2038 PROBLEM ---------------- Because time_t is limited to dates between 1970 and 2038 (on 32 bit systems), struct tm should be used for wider date ranges. USAGE ----- To use a custom serializer add an import statement to your gSOAP header file, for example: #import "struct_tm.h" This replaces time_t for xsd__dateTime by struct tm to support a wider date range. You can use xsd__dateTime as XML elements and attributes: struct ns__example { @xsd__dateTime start; // attribute xsd__dateTime end; // element }; Then compile with soapcpp2 and cc and link struct_tm.c When using soapcpp2 option -q, -q, or -p, you must change struct_tm.c (and other custom serializer .c/.cpp files that you are using) by changing #include "soapH.h" as follows: #include "soapH.h" -> #include "nameH.h" HOW TO MODIFY TYPEMAP.DAT TO AUTOMATE THE MAPPING TO A CUSTOM TYPE WITH WSDL2H ------------------------------------------------------------------------------ The mapping is specified in typemap.dat as follows: xsd__dateTime = #import "custom/struct_tm.h" which maps xsd:dateTime to struct tm when wsdl2h is applied to a WSDL. xsd__decimal = #import "custom/long_double.h" | long double this maps xsd:decimal to long double (the column after | specifies usage). IMPLEMENTING YOUR OWN CUSTOM SERIALIZERS ---------------------------------------- To build your own custom serializers: a custom serializer is typically declared in the imported file as follows extern typedef Type X; To implement custom serializers you should implement the following routines: void soap_default_X(struct soap*, X*); sets default values for X void soap_serialize_X(struct soap*, const X*); analyzes X for id-ref serialization (maybe empty) int soap_out_X(struct soap*, const char *tag, int id, const X*, const char *type); emits X in XML as (type is optional) X *soap_in_X(struct soap*, const char *tag, X*, const char *type); parses X from XML as To support XML attribute serialization, you should also define: int soap_s2X(struct soap*, const char *value, X*); converts string to X and returns SOAP_OK const char *soap_X2s(struct soap*, X); converts X to string (or NULL when error) gsoap-2.8.28/gsoap/custom/chrono_time_point.cpp0000644000175000017500000001443312653650144021145 0ustar ellertellert/* chrono_time_point.cpp Custom serializer for std::chrono::system_clock::time_point as xsd:dateTime See chrono_time_point.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* When using soapcpp2 option -q or -p, change "soapH.h" in the line below. */ /* soapH.h generated by soapcpp2 from .h file containing #import "chrono_time_point.h" */ #include "soapH.h" static void *instantiate_xsd__dateTime(struct soap*, int, const char*, const char*, size_t*); static int delete_xsd__dateTime(struct soap_clist*); static void copy_xsd__dateTime(struct soap*, int, int, void*, size_t, const void*, void**); void soap_default_xsd__dateTime(struct soap *soap, std::chrono::system_clock::time_point *a) { (void)soap; (void)a; } void soap_serialize_xsd__dateTime(struct soap *soap, std::chrono::system_clock::time_point const *a) { (void)soap; (void)a; } const char *soap_xsd__dateTime2s(struct soap *soap, const std::chrono::system_clock::time_point a) { time_t t = std::chrono::system_clock::to_time_t(a); return soap_dateTime2s(soap, t); } int soap_out_xsd__dateTime(struct soap *soap, const char *tag, int id, const std::chrono::system_clock::time_point *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__dateTime), type) || soap_string_out(soap, soap_xsd__dateTime2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__dateTime(struct soap *soap, const char *s, std::chrono::system_clock::time_point *a) { time_t t; if (!soap_s2dateTime(soap, s, &t)) *a = std::chrono::system_clock::from_time_t(t); return soap->error; } std::chrono::system_clock::time_point *soap_in_xsd__dateTime(struct soap *soap, const char *tag, std::chrono::system_clock::time_point *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (std::chrono::system_clock::time_point*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__dateTime, sizeof(std::chrono::system_clock::time_point), NULL, NULL, instantiate_xsd__dateTime, NULL); if (*soap->href) a = (std::chrono::system_clock::time_point*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__dateTime, 0, sizeof(std::chrono::system_clock::time_point), 0, copy_xsd__dateTime, NULL); else if (a) { if (soap_s2xsd__dateTime(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } static void *instantiate_xsd__dateTime(struct soap *soap, int n, const char *type, const char *arrayType, size_t *size) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "soap_instantiate_xsd__dateTime(%d, %s, %s)\n", n, type?type:"", arrayType?arrayType:"")); struct soap_clist *cp = soap_link(soap, NULL, SOAP_TYPE_xsd__dateTime, n, delete_xsd__dateTime); (void)type; (void)arrayType; /* appease -Wall -Werror */ if (!cp) return NULL; if (n < 0) { cp->ptr = SOAP_NEW(std::chrono::nanoseconds); if (size) *size = sizeof(std::chrono::nanoseconds); } else { cp->ptr = SOAP_NEW_ARRAY(std::chrono::nanoseconds, n); if (size) *size = n * sizeof(std::chrono::nanoseconds); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Instantiated location=%p\n", cp->ptr)); if (!cp->ptr) soap->error = SOAP_EOM; return (std::chrono::nanoseconds*)cp->ptr; } static int delete_xsd__dateTime(struct soap_clist *p) { if (p->type == SOAP_TYPE_xsd__dateTime) { if (p->size < 0) SOAP_DELETE(static_cast(p->ptr)); else SOAP_DELETE_ARRAY(static_cast(p->ptr)); return SOAP_OK; } return SOAP_ERR; } static void copy_xsd__dateTime(struct soap *soap, int st, int tt, void *p, size_t index, const void *q, void **x) { (void)soap; (void)st; (void)tt; (void)index; (void)x; /* appease -Wall -Werror */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying std::chrono::system_clock::time_point %p -> %p\n", q, p)); *(std::chrono::nanoseconds*)p = *(std::chrono::nanoseconds*)q; } gsoap-2.8.28/gsoap/custom/int128.c0000644000175000017500000001333412653650144016112 0ustar ellertellert/* int128.c Custom serializer for __int128_t_t as xsd:integer (big int). Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "int128.h" */ #include "soapH.h" void soap_default_xsd__integer(struct soap *soap, __int128_t *a) { (void)soap; *a = 0; } void soap_serialize_xsd__integer(struct soap *soap, const __int128_t *a) { (void)soap; (void)a; } int soap_s2xsd__integer(struct soap *soap, const char *s, __int128_t *a) { if (s) { if (!*s) return soap->error = SOAP_TYPE; else { __int128_t bigint = 0; /* INT128_MIN = -170141183460469231731687303715884105728 */ __int128_t min128 = -(((__int128_t)UINT64_MAX + 1) * 0x7FFFFFFFFFFFFFFFULL + 0xFFFFFFFFFFFFFFFFULL) - 1; /* INT128_MAX/10 = 17014118346046923173168730371588410572 */ __int128_t max128over10 = ((__int128_t)UINT64_MAX + 1) * 0x0CCCCCCCCCCCCCCCULL + 0xCCCCCCCCCCCCCCCCULL; short len = 0, neg = 0; if (*s == '-') { neg = 1; s++; } else if (*s == '+') s++; while (isdigit(*s) && (len++ < 38 || bigint < max128over10 || (bigint == max128over10 && *s <= '7'))) bigint = 10*bigint + (*s++ - '0'); if (neg && len == 39 && bigint == max128over10 && *s == '8' && !*++s) *a = min128; else if (*s) soap->error = SOAP_TYPE; else if (neg) *a = -bigint; else *a = bigint; } } return soap->error; } const char * soap_xsd__integer2s(struct soap *soap, __int128_t a) { char *s = soap->tmpbuf; /* INT128_MIN = -170141183460469231731687303715884105728 */ __int128_t min128 = -(((__int128_t)UINT64_MAX + 1) * 0x7FFFFFFFFFFFFFFFULL + 0xFFFFFFFFFFFFFFFFULL) - 1; if (a < 0) { if (a == min128) return "-170141183460469231731687303715884105728"; *s++ = '-'; a = -a; } if (a > UINT64_MAX) { __int128_t l = a / 10000000000000000000ULL; /* leading digits */ uint64_t t = a % 10000000000000000000ULL; /* trailing 19 digits */ if (l > UINT64_MAX) { uint64_t ll = l / 10000000000000000000ULL; uint64_t tl = l % 10000000000000000000ULL; (SOAP_SNPRINTF(s, (s - soap->tmpbuf) + sizeof(soap->tmpbuf), 20), "%" PRIu64, ll); s += strlen(s); (SOAP_SNPRINTF(s, (s - soap->tmpbuf) + sizeof(soap->tmpbuf), 20), "%0.19" PRIu64, tl); } else { (SOAP_SNPRINTF(s, (s - soap->tmpbuf) + sizeof(soap->tmpbuf), 20), "%" PRIu64, (uint64_t)l); } s += strlen(s); (SOAP_SNPRINTF(s, (s - soap->tmpbuf) + sizeof(soap->tmpbuf), 20), "%0.19" PRIu64, t); } else { (SOAP_SNPRINTF(s, sizeof(soap->tmpbuf) - 1, 20), "%" PRIu64, (uint64_t)a); } return soap->tmpbuf; } int soap_out_xsd__integer(struct soap *soap, const char *tag, int id, const __int128_t *p, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, SOAP_TYPE_xsd__integer), type) || soap_string_out(soap, soap_xsd__integer2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } __int128_t * soap_in_xsd__integer(struct soap *soap, const char *tag, __int128_t *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; a = (__int128_t*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__integer, sizeof(__int128_t), NULL, NULL, NULL, NULL); if (*soap->href) a = (__int128_t*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__integer, 0, sizeof(__int128_t), 0, NULL, NULL); else if (a) { if (soap_s2xsd__integer(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/struct_timeval.c0000644000175000017500000001621612653650144020134 0ustar ellertellert/* struct_timeval.c Custom serializer for struct timeval as xsd:dateTime See struct_timeval.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "struct_timeval.h" */ #include "soapH.h" void soap_default_xsd__dateTime(struct soap *soap, struct timeval *a) { (void)soap; memset((void*)a, 0, sizeof(struct timeval)); } void soap_serialize_xsd__dateTime(struct soap *soap, struct timeval const *a) { (void)soap; (void)a; } const char *soap_xsd__dateTime2s(struct soap *soap, const struct timeval a) { size_t n; soap_dateTime2s(soap, a.tv_sec); /* assuming result is in tmpbuf! */ n = strlen(soap->tmpbuf); if (soap->tmpbuf[n-1] == 'Z') n--; (SOAP_SNPRINTF(soap->tmpbuf + n, sizeof(soap->tmpbuf) - n, 10), ".%.6dZ", a.tv_usec); return soap->tmpbuf; } int soap_out_xsd__dateTime(struct soap *soap, const char *tag, int id, const struct timeval *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__dateTime), type) || soap_string_out(soap, soap_xsd__dateTime2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__dateTime(struct soap *soap, const char *s, struct timeval *a) { memset((void*)a, 0, sizeof(struct timeval)); if (s) { char *t; unsigned long d; struct tm T; memset((void*)&T, 0, sizeof(T)); d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ T.tm_year = (int)d; T.tm_mon = (int)soap_strtoul(t + 1, &t, 10); T.tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ T.tm_year = (int)(d / 10000); T.tm_mon = (int)(d / 100 % 100); T.tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ T.tm_hour = (int)d; T.tm_min = (int)soap_strtoul(t + 1, &t, 10); T.tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ T.tm_hour = (int)(d / 10000); T.tm_min = (int)(d / 100 % 100); T.tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; a->tv_usec = 0; if (*t == '.') { float f; #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) # ifdef WIN32 f = (float)_strtod_l(t, NULL, SOAP_LOCALE(soap)); # else f = (float)strtod_l(t, NULL, SOAP_LOCALE(soap)); # endif #elif defined(HAVE_STRTOD) f = (float)strtod(t, NULL); #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) f = strtof_l((char*)t, NULL, SOAP_LOCALE(soap)); #elif defined(HAVE_STRTOF) f = strtof((char*)t, NULL); #endif a->tv_usec = (long)(1e6 * f + 0.5); for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif a->tv_sec = soap_timegm(&T); } else a->tv_sec = mktime(&T); } return soap->error; } struct timeval *soap_in_xsd__dateTime(struct soap *soap, const char *tag, struct timeval *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (struct timeval*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__dateTime, sizeof(struct timeval), NULL, NULL, NULL, NULL); if (*soap->href) a = (struct timeval*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__dateTime, 0, sizeof(struct timeval), 0, NULL, NULL); else if (a) { if (soap_s2xsd__dateTime(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/long_double.c0000644000175000017500000001264512653650144017362 0ustar ellertellert/* long_double.c Custom serializer for the long double (extended double) type as xsd:decimal. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "long_double.h" */ #include "soapH.h" #include int soap_s2decimal(struct soap *soap, const char *s, long double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = (long double)DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = (long double)DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = (long double)DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = (long double)DBL_NAN; else { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOLD_L) char *r; # ifdef WIN32 *p = _strtold_l(s, &r, SOAP_LOCALE(soap)); # else *p = strtold_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) #elif defined(HAVE_STRTOLD) char *r; *p = strtold(s, &r); if (*r) #endif #if defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) if (sscanf_l(s, SOAP_LOCALE(soap), "%Lf", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%Lf", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } const char *soap_decimal2s(struct soap *soap, long double n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 if (soap->long_double_format) _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->long_double_format, SOAP_LOCALE(soap), n); else _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), "%.*Lg", SOAP_LOCALE(soap), LDBL_DIG, n); # else if (soap->long_double_format) sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->long_double_format, n); else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), "%.*Lg", LDBL_DIG, n); # endif #else if (soap->long_double_format) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), LDBL_DIG + 8), soap->long_double_format, n); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), LDBL_DIG + 8), "%.*Lg", LDBL_DIG, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } int soap_outdecimal(struct soap *soap, const char *tag, int id, const long double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_decimal2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } long double * soap_indecimal(struct soap *soap, const char *tag, long double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, type)) return NULL; p = (long double*)soap_id_enter(soap, soap->id, p, t, sizeof(long double), NULL, NULL, NULL, NULL); if (*soap->href) p = (long double*)soap_id_forward(soap, soap->href, p, 0, t, 0, sizeof(long double), 0, NULL, NULL); else if (p) { if (soap_s2decimal(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } gsoap-2.8.28/gsoap/custom/chrono_duration.h0000644000175000017500000000755512653650144020277 0ustar ellertellert/* chrono_duration.h Custom serializer for xsd:duration stored in a std::chrono::nanoseconds object. Requires C++11 or higher (compile with -std=c++11). Can represent 384307168 days (2^63 nanoseconds) forward and backward. Durations that exceed a month are always output in days, rather than months to avoid days-per-month conversion inacurracies. Durations that are received in years and months instead of total number of days from a reference point are not well defined, since there is no accepted reference time point (it may or may not be the current time). The decoder simple assumes that there are 30 days per month. For example, conversion of "P4M" gives 120 days. Therefore, the durations "P4M" and "P120D" are assumed to be identical, which is not necessarily true depending on the reference point in time. Adding std::chrono::nanoseconds values to values of std::chrono::system_clock::time_point is safe. Rescaling of the duration value by may be needed when adding the duration value to a `time_t` value, because `time_t` may or may not have a seconds resolution, depending on the platform and possible changes to `time_t`. #import this file into your gSOAP .h file To automate the wsdl2h-mapping of xsd:duration to std::chrono::nanoseconds, add this line to the typemap.dat file: xsd__duration = #import "custom/chrono_nanoseconds.h" | xsd__duration The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change chrono_duration.cpp as follows: #include "soapH.h" -> #include "nameH.h" Compile and link your code with custom/chrono_duration.cpp gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include extern typedef class std::chrono::nanoseconds xsd__duration; gsoap-2.8.28/gsoap/custom/duration.c0000644000175000017500000001440112653650144016706 0ustar ellertellert/* duration.c See duration.h for documentation. Compile this file and link it with your code. gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ /* soapH.h generated by soapcpp2 from .h file containing #import "duration.h" */ #include "soapH.h" void soap_default_xsd__duration(struct soap *soap, LONG64 *a) { (void)soap; /* appease -Wall -Werror */ *a = 0; } const char *soap_xsd__duration2s(struct soap *soap, LONG64 a) { LONG64 d; int k, h, m, s, f; if (a < 0) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "-P"); k = 2; a = -a; } else { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "P"); k = 1; } f = a % 1000; a /= 1000; s = a % 60; a /= 60; m = a % 60; a /= 60; h = a % 24; d = a / 24; if (d) (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 21), SOAP_LONG_FORMAT "D", d); if (h || m || s || f) { if (d) k = strlen(soap->tmpbuf); if (f) (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 14), "T%02dH%02dM%02d.%03dS", h, m, s, f); else (SOAP_SNPRINTF(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, 10), "T%02dH%02dM%02dS", h, m, s); } else if (!d) soap_strcpy(soap->tmpbuf + k, sizeof(soap->tmpbuf) - k, "T0S"); return soap->tmpbuf; } int soap_out_xsd__duration(struct soap *soap, const char *tag, int id, const LONG64 *a, const char *type) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, a, SOAP_TYPE_xsd__duration), type) || soap_string_out(soap, soap_xsd__duration2s(soap, *a), 0)) return soap->error; return soap_element_end_out(soap, tag); } int soap_s2xsd__duration(struct soap *soap, const char *s, LONG64 *a) { LONG64 sign = 1, Y = 0, M = 0, D = 0, H = 0, N = 0, S = 0; float f = 0; *a = 0; if (s) { if (*s == '-') { sign = -1; s++; } if (*s != 'P' && *s != 'p') return soap->error = SOAP_TYPE; s++; /* date part */ while (s && *s) { char *r = NULL; LONG64 n; if (*s == 'T' || *s == 't') { s++; break; } n = soap_strtol(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; switch (*s) { case 'Y': case 'y': Y = n; break; case 'M': case 'm': M = n; break; case 'D': case 'd': D = n; break; default: return soap->error = SOAP_TYPE; } s++; } /* time part */ while (s && *s) { char *r = NULL; LONG64 n; n = soap_strtol(s, &r, 10); if (!r) return soap->error = SOAP_TYPE; s = r; switch (*s) { case 'H': case 'h': H = n; break; case 'M': case 'm': N = n; break; case '.': S = n; #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) # ifdef WIN32 f = (float)_strtod_l(s, NULL, SOAP_LOCALE(soap)); # else f = (float)strtod_l(s, NULL, SOAP_LOCALE(soap)); # endif #elif defined(HAVE_STRTOD) f = (float)strtod(s, NULL); #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) f = strtof_l((char*)s, NULL, SOAP_LOCALE(soap)); #elif defined(HAVE_STRTOF) f = strtof((char*)s, NULL); #endif s = NULL; continue; case 'S': case 's': S = n; break; default: return soap->error = SOAP_TYPE; } s++; } /* convert Y-M-D H:N:S.f to signed long long int milliseconds */ *a = sign * ((((((((((((Y * 12) + M) * 30) + D) * 24) + H) * 60) + N) * 60) + S) * 1000) + (LONG64)(1000.0 * f + 0.5)); } return soap->error; } LONG64 *soap_in_xsd__duration(struct soap *soap, const char *tag, LONG64 *a, const char *type) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":duration")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } a = (LONG64*)soap_id_enter(soap, soap->id, a, SOAP_TYPE_xsd__duration, sizeof(LONG64), NULL, NULL, NULL, NULL); if (*soap->href) a = (LONG64*)soap_id_forward(soap, soap->href, a, 0, SOAP_TYPE_xsd__duration, 0, sizeof(LONG64), 0, NULL, NULL); else if (a) { if (soap_s2xsd__duration(soap, soap_value(soap), a)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return a; } gsoap-2.8.28/gsoap/custom/struct_timeval.h0000644000175000017500000000624312653650144020140 0ustar ellertellert/* struct_timeval.h Custom serializer for struct timeval as xsd::dateTime Because time_t (binds to xsd:dateTime) lacks fractional seconds, struct timeval can be used to represent microseconds since 1970-01-01. #import this file into your gSOAP .h file to enable struct timeval serialization and use the serializable xsd__dateTime type. The struct timeval represents dates since 1970-01-01 with microsecond precision: struct timeval { time_t tv_sec; // seconds since Jan. 1, 1970 suseconds_t tv_usec; // and microseconds }; To automate the wsdl2h-mapping of xsd:dateTime to struct timeval, add this line to the typemap.dat file: xsd__dateTime = #import "custom/struct_timeval.h" | xsd__dateTime The typemap.dat file is used by wsdl2h to map types (wsdl2h option -t). When using soapcpp2 option -q or -p, you must change struct_timeval.c as follows: #include "soapH.h" -> #include "nameH.h" Compiler and link your code with struct_timeval.c gSOAP XML Web services tools Copyright (C) 2000-2007, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, the gSOAP public license, OR Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2007, Robert van Engelen, Genivia, Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ extern typedef struct timeval xsd__dateTime; gsoap-2.8.28/gsoap/Makefile.am0000644000175000017500000000563012653650150015440 0ustar ellertellert## This is the input file for automake, which will generate Makefile.in ## ## not a GNU package. You can remove this line, if ## you have all needed files, that a GNU package needs AUTOMAKE_OPTIONS = subdir-objects foreign 1.4 SUBDIRS = . src wsdl @SAMPLE_DIRS@ CLEANFILES = soapcpp2 wsdl2h stdsoap2_cpp.cpp stdsoap2_ck.c stdsoap2_ck_cpp.cpp stdsoap2_ssl.c stdsoap2_ssl_cpp.cpp dom_cpp.cpp ## *~ *.req.xml *.res.xml *.nsmap *.wsdl *.xsd *Proxy.h \ ## *.o soapH.h soapStub.h soapC.cpp soapC.c soapClient.cpp soapClient.c soapServer.cpp soapServer.c AM_CXXFLAGS = $(SOAPCPP2_DEBUG) -D$(platform) AM_CFLAGS = $(SOAPCPP2_DEBUG) -D$(platform) # Install all soapcpp2 and wsdl2h files into ${prefix}/share/gsoap nobase_pkgdata_DATA = $(srcdir)/import/* $(srcdir)/plugin/* $(srcdir)/WS/* $(srcdir)/custom/* $(srcdir)/extras/* ## we cannot build stdsoap2.o from 2 different sources (stdsoap2.cpp and stdsoap2.c), so we need an intermediate target: stdsoap2_ck.c: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ck.c stdsoap2_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_cpp.cpp stdsoap2_ck_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ck_cpp.cpp stdsoap2_ssl.c: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ssl.c stdsoap2_ssl_cpp.cpp: stdsoap2.cpp $(LN_S) -f $(srcdir)/stdsoap2.cpp stdsoap2_ssl_cpp.cpp ## do the same fo dom.cpp since we want to link it into the cpp libs and dom.c into the c libs dom_cpp.cpp: dom.cpp $(LN_S) -f $(srcdir)/dom.cpp dom_cpp.cpp lib_LIBRARIES = libgsoap.a libgsoap++.a libgsoapck.a libgsoapck++.a libgsoapssl.a libgsoapssl++.a libgsoap_a_SOURCES = stdsoap2.c dom.c libgsoap_a_CFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) libgsoap___a_SOURCES = stdsoap2_cpp.cpp dom_cpp.cpp libgsoap___a_CXXFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) libgsoapck_a_SOURCES = stdsoap2_ck.c dom.c libgsoapck_a_CFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) -DWITH_COOKIES libgsoapck___a_SOURCES = stdsoap2_ck_cpp.cpp dom_cpp.cpp libgsoapck___a_CXXFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) -DWITH_COOKIES libgsoapssl_a_SOURCES = stdsoap2_ssl.c dom.c libgsoapssl_a_CFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) $(WSDL2H_EXTRA_FLAGS) -DWITH_DOM -DWITH_COOKIES libgsoapssl___a_SOURCES = stdsoap2_ssl_cpp.cpp dom_cpp.cpp libgsoapssl___a_CXXFLAGS = $(SOAPCPP2_DEBUG) $(SOAPCPP2_NONAMESPACES) $(SOAPCPP2_IPV6) -D$(platform) $(WSDL2H_EXTRA_FLAGS) -DWITH_DOM -DWITH_COOKIES BUILT_SOURCES = stdsoap2_cpp.cpp dom_cpp.cpp $(lib_LIBRARIES) include_HEADERS = stdsoap2.h install-data-hook: $(LN_S) -f $(top_builddir)/gsoap/src/soapcpp2 $(top_builddir)/gsoap/soapcpp2 || echo "ok, link already exists". $(LN_S) -f $(top_builddir)/gsoap/wsdl/wsdl2h $(top_builddir)/gsoap/wsdl2h || echo "ok, link already exists". gsoap-2.8.28/gsoap/stdsoap2.c0000644000175000017500000203723112653650160015314 0ustar ellertellert/* stdsoap2.c[pp] 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20828 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) # include #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "Ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.28 2016-02-01 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.28 2016-02-01 00:00:00 GMT") #endif /* 8bit character representing unknown character entity or multibyte data */ #ifndef SOAP_UNKNOWN_CHAR # define SOAP_UNKNOWN_CHAR (0x7F) #endif /* unicode character representing unknown characters outside the XML 1.0 UTF8 unicode space */ #ifdef WITH_REPLACE_ILLEGAL_UTF8 # ifndef SOAP_UNKNOWN_UNICODE_CHAR # define SOAP_UNKNOWN_UNICODE_CHAR (0xFFFD) # endif #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t*, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static int soap_type_punned(struct soap*, const struct soap_ilist*); static int soap_is_shaky(struct soap*, void*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); #endif static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen); static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #ifdef WITH_SYSTEMSSL static int ssl_auth_init(struct soap*); static int ssl_recv(int sk, void *s, int n, char *user); static int ssl_send(int sk, void *s, int n, char *user); #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[21] = "\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[41] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { int nwritten, err; SOAP_SOCKET sk; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif sk = soap->sendsk; if (!soap_valid_socket(sk)) sk = soap->socket; while (n) { if (soap_valid_socket(sk)) { if (soap->send_timeout) { for (;;) { int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_write(soap->ssl, (char*)s, n, &nwritten); if (err != GSK_OK) nwritten = 0; } else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, sk, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } if (nwritten < 0) { err = soap_socket_errno(sk); if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(sk, s, (int)n, soap->socket_flags); #else nwritten = send(sk, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { int r = 0; err = soap_socket_errno(sk); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if ((soap->mode & SOAP_IO_LENGTH)) soap->count += n; else if (soap->mode & SOAP_IO) { size_t i = sizeof(soap->buf) - soap->bufidx; while (n >= i) { soap_memcpy((void*)(soap->buf + soap->bufidx), i, (const void*)s, i); soap->bufidx = sizeof(soap->buf); if (soap_flush(soap)) return soap->error; s += i; n -= i; i = sizeof(soap->buf); } soap_memcpy((void*)(soap->buf + soap->bufidx), sizeof(soap->buf) - soap->bufidx, (const void*)s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf))) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { void *t; if (!(t = soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; soap_memcpy(t, n, (const void*)s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[24]; (SOAP_SNPRINTF(t, sizeof(t), 20), &"\r\n%lX\r\n"[soap->chunksize ? 0 : 2], (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)n, soap->socket, soap->sendfd)); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { int r; int retries = 100; /* max 100 retries with non-blocking sockets */ SOAP_SOCKET sk; soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->is) /* recv from C++ stream */ { if (soap->is->good()) return (size_t)soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #else if (soap->is) /* recv from C buffer until NUL */ { size_t l = strlen(soap->is); if (l > n) l = n; soap_memcpy(s, n, soap->is, l); soap->is += l; return l; } #endif sk = soap->recvsk; if (!soap_valid_socket(sk)) sk = soap->socket; if (soap_valid_socket(sk)) { for (;;) { #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* OpenSSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_read(soap->ssl, s, n, &r); if (err == GSK_OK && r > 0) return (size_t)r; if (err != GSK_OK && err != GSK_WOULD_BLOCK && err != GSK_WOULD_BLOCK_WRITE) return 0; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); #endif } else #endif r = recv(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(sk); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_SYSTEMSSL) if (soap->ssl && err == GSK_WOULD_BLOCK_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(sk); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) int r; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; if (soap->count > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > sizeof(soap->buf) ? sizeof(soap->buf) : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket=%d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (soap->count + ret > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif if (ret) { soap->count += ret; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read count=%lu (+%lu)\n", (unsigned long)soap->count, (unsigned long)ret)); return SOAP_OK; } return EOF; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recverror = %d\n", soap->recverror)); if (soap->recverror) soap->bufidx = soap->buflen = 0; else { soap->recverror = soap_recv_raw(soap); /* do not call again after EOF */ soap->buflen -= soap->bufidx; /* chunked may set bufidx > 0 to skip hex chunk length */ } if ((err = soap->ffilterrecv(soap, soap->buf + soap->bufidx, &soap->buflen, sizeof(soap->buf) - soap->bufidx))) return soap->error = err; if (soap->buflen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filtered %lu\n", (unsigned long)soap->buflen)); soap->buflen += soap->bufidx; return SOAP_OK; } if (soap->recverror) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed EOF%d\n", soap->recverror)); return soap->recverror; } } return soap->recverror = soap_recv_raw(soap); #else return soap_recv_raw(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, LONG64 other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { LONG64 bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; int i; soap_wchar c; char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, (LONG64)SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; char *s = buf; int i = sizeof(buf); soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, size_t n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %lu bytes forward\n", (unsigned long)n)); for (; n; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, unsigned long c) { char tmp[24]; if ((c < 0x7F && c > 0x1F)) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifdef WITH_REPLACE_ILLEGAL_UTF8 if (!(c == 0x09 || c == 0x0A || c == 0x0D || (c >= 0x80 && c <= 0xD7FF) || (c >= 0xE000 && c <= 0xFFFD) || (c >= 0x10000 && c <= 0x10FFFF))) c = SOAP_UNKNOWN_UNICODE_CHAR; #endif #ifndef WITH_LEAN if (c > 0x9F) { char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } else #endif (SOAP_SNPRINTF(tmp, sizeof(tmp), 20), "&#x%lX;", c); return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c >= 0x80) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char *s) { size_t l = 0; while (*s) if ((*s++ & 0xC0) != 0x80) l++; return l; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_hex2s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { char *s; size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { char d1, d2; soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; size_t l = soap->lablen + i - k; soap_unget(soap, c); if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { char d1, d2; soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { int i; unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_base642s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { size_t i, k; char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (k > 2) { for (i = 0; i < k - 2; i += 3) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; size_t l; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } l = soap->lablen + i - k; if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_attachment_forward(soap, ptr, size, id, type, options) || (soap->body && soap_element_end_in(soap, "xop:Include"))) return soap->error; } } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_memdup(struct soap *soap, const void *s, size_t n) { void *t = NULL; if (s && (t = soap_malloc(soap, n))) soap_memcpy(t, n, s, n); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s) { size_t l = strlen(s) + 1; if ((t = (char*)soap_malloc(soap, l))) soap_memcpy((void*)t, l, (const void*)s, l); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; n = sizeof(wchar_t)*(n+1); if ((t = (wchar_t*)soap_malloc(soap, n))) soap_memcpy((void*)t, n, (const void*)s, n); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strtrim(struct soap *soap, char *s) { (void)soap; if (s) { char *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = '\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrtrim(struct soap *soap, wchar_t *s) { (void)soap; if (s) { wchar_t *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = L'\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->head = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { struct soap_bhead *p; if (!b) b = soap->blist; if (!(p = (struct soap_bhead*)SOAP_MALLOC(soap, sizeof(struct soap_bhead) + n))) { soap->error = SOAP_EOM; return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block %p of %u bytes (%u bytes total)\n", p, (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); p->next = b->head; b->head = p; p->size = n; b->size += n; return (void*)(p + 1); /* skip block header and point to n allocated bytes */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; if (!b->head) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->head; b->size -= p->size; b->head = p->next; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len) { const void *start = src, *end = src + len; #ifndef WITH_LEANER struct soap_xlist *xp; #endif #ifndef WITH_NOIDREF if ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update pointers %p (%lu bytes) -> %p\n", src, (unsigned long)len, dst)); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { struct soap_flist *fp; void *p, **q; if (ip->shaky) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update shaky id='%s'\n", ip->id)); if (ip->ptr && ip->ptr >= start && ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update ptr %p -> %p\n", ip->ptr, (const char*)ip->ptr + (dst-src))); ip->ptr = (void*)((const char*)ip->ptr + (dst-src)); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (fp = ip->flist; fp; fp = fp->next) { if (fp->ptr >= start && fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' target type=%d %p -> %p\n", ip->id, fp->type, fp->ptr, (char*)fp->ptr + (dst-src))); fp->ptr = (void*)((const char*)fp->ptr + (dst-src)); } } if (ip->smart && ip->smart >= start && ip->smart < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Smart shared pointer update %p -> %p\n", ip->smart, (const char*)ip->smart + (dst-src))); ip->smart = (void*)((const char*)ip->smart + (dst-src)); } } } } } #else (void)soap; (void)start; (void)end; (void)dst; (void)src; #endif #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (void*)xp->ptr >= start && (void*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update attachment id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (dst-src))); xp->ptr = (unsigned char**)((char*)xp->ptr + (dst-src)); xp->size = (int*)((char*)xp->size + (dst-src)); xp->type = (char**)((char*)xp->type + (dst-src)); xp->options = (char**)((char*)xp->options + (dst-src)); } } #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, const char *start, const char *end) { int i; struct soap_ilist *ip = NULL; struct soap_flist *fp = NULL; const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if (fp->type == ip->type && (const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { int i; short flag; const char *id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded refs\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { void **q; struct soap_flist *fp, **fpp = &ip->flist; if (ip->spine) ip->spine[0] = ip->ptr; q = (void**)ip->link; ip->link = NULL; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); while (q) { void *p = *q; *q = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, ip->ptr)); q = (void**)p; } while ((fp = *fpp)) { if (fp->level > 0 && fp->finsert) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... insert type=%d link %p -> %p\n", fp->type, fp->ptr, ip->ptr)); if (ip->spine && fp->level <= SOAP_MAXPTRS) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); else if (fp->level == 1) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->ptr, &ip->smart); else if (fp->level <= SOAP_MAXPTRS) { int i; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return soap->error = SOAP_EOM; ip->spine[0] = ip->ptr; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); } *fpp = fp->next; SOAP_FREE(soap, fp); } else fpp = &fp->next; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing id='%s'\n", ip->id)); soap_strcpy(soap->id, sizeof(soap->id), ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; id = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { struct soap_flist *fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving id='%s' type=%d ptr=%p size=%lu ...\n", ip->id, ip->type, ip->ptr, (unsigned long)ip->size)); if (ip->copy) { void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; soap_memcpy((void*)q, ip->size, (const void*)ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } while ((fp = ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d target type=%d location=%p level=%u id='%s'\n", ip->type, fp->type, ip->ptr, fp->level, ip->id)); if (fp->level == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%lu bytes)\n", ip->ptr, fp->ptr, (unsigned long)ip->size)); if (fp->finsert) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, ip->ptr, &ip->smart); else soap_memcpy((void*)fp->ptr, ip->size, (const void*)ip->ptr, ip->size); } ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } else id = ip->id; } } } } while (flag); if (id) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the gSOAP developers\n", id)); return soap_id_nullify(soap, id); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->head) { b->size -= b->head->size - n; b->head->size = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q, *r; if (!b) b = soap->blist; p = b->head; if (!p) return NULL; r = NULL; do { q = p->next; p->next = r; r = p; p = q; } while (p); b->head = r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block %p\n", r + 1)); return (char*)(r + 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; p = b->head; if (p) { b->head = p->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block %p, deleting current block\n", b->head + 1)); SOAP_FREE(soap, p); if (b->head) return (char*)(b->head + 1); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return b->head->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->head; p; p = q) { q = p->next; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restored previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { size_t n; char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->head, p)); if (p) { s = p; for (q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); if (flag) soap_update_pointers(soap, s, q, n); soap_memcpy((void*)s, n, (const void*)q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); #ifndef WITH_NOIDREF if (!soap->blist && ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH))) { int i; struct soap_ilist *ip = NULL; for (i = 0; i < SOAP_IDHASH; i++) for (ip = soap->iht[i]; ip; ip = ip->next) ip->shaky = 0; } #endif return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; const char *t = ",%d"; if (!type) return NULL; if (soap->version == 2) t = " %d"; if (soap->version != 2 && offset) { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i] + offset[i]); } } else { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i]); } } soap_strncat(soap->type, sizeof(soap->type), "]", 1); return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { int i; soap->arrayOffset[0] = '\0'; if (soap->version == 1) { (SOAP_SNPRINTF(soap->arrayOffset, sizeof(soap->arrayOffset) - 1, 20), "[%d", offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->arrayOffset); (SOAP_SNPRINTF(soap->arrayOffset + l, sizeof(soap->arrayOffset) - l - 1, 20), ",%d", offset[i]); } soap_strncat(soap->arrayOffset, sizeof(soap->arrayOffset), "]", 1); } return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *size, int dim) { int i; size_t n = 0; if (size[0] <= 0) return 0; n = (size_t)size[0]; for (i = 1; i < dim; i++) { if (size[i] <= 0) return 0; n *= (size_t)size[i]; } return (size_t)n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { size_t i, k, n; if (!*attr) return 0; i = strlen(attr); n = 1; do { for (; i > 0; i--) if (attr[i - 1] == '[' || attr[i - 1] == ',' || attr[i - 1] == ' ') break; n *= k = (size_t)soap_strtoul(attr + i, NULL, 10); size[--dim] = (int)k; if (n > SOAP_MAXARRAYSIZE) return 0; } while (dim > 0 && --i > 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { int i, j = 0; if (offset) { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } else { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { struct soap_nlist *np; struct Namespace *p; short i = -1; size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) break; if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) soap_strcpy(p->out, k, ns); break; } } } if (!p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; soap_strcpy((char*)np->id, n + 1, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s'='%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s' level=%u\n", soap->level, np->id, np->level)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS) && (n2 > 0 || !np->ns || *np->ns)) { if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; } return SOAP_OK; } if (n1 == 0) return n2 == 0 || (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { struct soap_nlist *np; const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns && *np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { int c1 = *s; int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { const char *s, *t; int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (!t[1]) { if ((soap->mode & SOAP_XML_IGNORENS) || soap_match_namespace(soap, tag1, tag2, 0, t - tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (!(soap->mode & SOAP_XML_IGNORENS) || SOAP_STRCMP(s + 1, tag2)) /* always fails (except when ignoring ns) */ return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2) || ((soap->mode & SOAP_XML_STRICT) && !(soap->mode & SOAP_XML_IGNORENS) && soap_match_namespace(soap, tag1, tag2, 0, 0))) /* strict checking: default namespace must be null namespace */ return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #else soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #endif { int err; soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = ssl_verify_callback; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS (void)randfile; (void)sid; if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; (void)sid; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile) #else soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) #endif { soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS (void)randfile; if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap *soap, const char *crlfile) { #ifdef WITH_OPENSSL if (crlfile && soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) X509_STORE *store = SSL_CTX_get_cert_store(soap->ctx); if (*crlfile) { int ret; X509_LOOKUP *lookup = X509_STORE_add_lookup(store, X509_LOOKUP_file()); if ((ret = X509_load_crl_file(lookup, crlfile, X509_FILETYPE_PEM)) <= 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "Can't read CRL file", SOAP_SSL_ERROR); } X509_VERIFY_PARAM *param = X509_VERIFY_PARAM_new(); X509_VERIFY_PARAM_set_flags(param, X509_V_FLAG_CRL_CHECK); X509_STORE_set1_param(store, param); X509_VERIFY_PARAM_free(param); #endif } else soap->crlfile = crlfile; /* activate later when store is available */ #endif #ifdef WITH_GNUTLS if (crlfile && soap->xcred) { if (*crlfile) if (gnutls_certificate_set_x509_crl_file(soap->xcred, crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } else soap->crlfile = crlfile; /* activate later when xcred is available */ #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* we keep ciphers and digests for the program's lifetime */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(msg) + 1), "%s\n", msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; while ((r = ERR_get_error())) { size_t l = strlen(soap->msgbuf); ERR_error_string_n(r, soap->msgbuf + l, sizeof(soap->msgbuf) - l); } } else { size_t l = strlen(soap->msgbuf); switch (ret) { case 0: soap_strcpy(soap->msgbuf + l, sizeof(soap->msgbuf) - l, "EOF was observed that violates the SSL/TLS protocol. The client probably provided invalid authentication information."); break; case -1: { const char *s = strerror(soap_errno); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, strlen(s) + 42), "Error observed by underlying SSL/TLS BIO: %s", s); } break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS (void)soap; return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_recv(int sk, void *s, int n, char *user) { (void)user; return recv(sk, s, n, 0); } #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_send(int sk, void *s, int n, char *user) { (void)user; return send(sk, s, n, 0); } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) EVP_PKEY* pkey; #endif if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x10100000L) /* TLS_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(TLS_method()); #else /* SSLv23_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(SSLv23_method()); #endif if (!soap->ctx) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } /* This code assumes a typical scenario with key and cert in one PEM file, see alternative code below */ #if 1 if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } #ifndef WM_SECURE_KEY_STORAGE if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); #endif } #else /* Suggested alternative approach to check the key file for cert only when cafile==NULL */ if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } else /* use cafile for (server) cert and keyfile for (server) key */ { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->keyfile) if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) if (NULL == (pkey = ipcom_key_db_pkey_get(soap->keyid))) return soap_set_receiver_error(soap, "SSL error", "Can't find key", SOAP_SSL_ERROR); if (0 == SSL_CTX_use_PrivateKey(soap->ctx, pkey)) return soap_set_receiver_error(soap, "SSL error", "Can't read key", SOAP_SSL_ERROR); #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') #if defined(VXWORKS) DH_generate_parameters_ex(dh, n, 2/*or 5*/, NULL); #else dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); #endif else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 by default */ if ((soap->ssl_flags & SOAP_SSLv3)) { #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; #else flags |= SSL_OP_NO_TLSv1; #endif } else { if (!(soap->ssl_flags & SOAP_SSLv3_TLSv1)) flags |= SSL_OP_NO_SSLv3; /* disable SSL v3 by default, unless SOAP_SSLv3 or SOAP_SSLv3_TLSv1 is set */ #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) if ((soap->ssl_flags & SOAP_TLSv1_0)) flags |= SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_1)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_2)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1; #endif } #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* Assumes that key and cert(s) are concatenated in the keyfile */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_SSLv3)) { int protocol_priority[] = { GNUTLS_SSL3, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_0)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.0 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_1)) { int protocol_priority[] = { GNUTLS_TLS1_1, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.1 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_2)) { int protocol_priority[] = { GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.2 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_SSLv3_TLSv1)) { int protocol_priority[] = { GNUTLS_SSL3, GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 & TLSv1 protocols", SOAP_SSL_ERROR); } else { int protocol_priority[] = { GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1 protocols", SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL if (!soap->ctx) { int err; err = gsk_environment_open(&soap->ctx); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV2, GSK_PROTOCOL_SSLV2_OFF); if (err == GSK_OK) { if ((soap->ssl_flags & SOAP_SSLv3) || (soap->ssl_flags & SOAP_SSLv3_TLSv1)) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_ON); else err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_OFF); } if (!(soap->ssl_flags & SOAP_SSLv3)) { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_ON); } else { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_OFF); } if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_FILE, soap->keyfile, 0); /* keyfile is a keyring .kdb file */ if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_PW, soap->password, 0); /* locked by password */ if (err == GSK_OK) err = gsk_environment_init(soap->ctx); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in ssl_auth_init()", SOAP_SSL_ERROR); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { (void)rwflag; if (!buf || !userdata) return 0; soap_strcpy(buf, (size_t)num, (char*)userdata); return (int)strlen(buf); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { (void)store; #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; int err = X509_STORE_CTX_get_error(store); X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "\nDEBUG mode TLS/SSL warnings:\nSSL verify error %d or warning with certificate at depth %d: %s\n", err, X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(err)); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate issuer: %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate subject: %s\n", buf); /* accept self-signed certificates and certificates out of date */ switch (err) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; fprintf(stderr, "Initialize soap_ssl_client_context with SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE to allow this verification error to pass without DEBUG mode enabled\n"); } } #endif /* Note: return 1 to try to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (!ok) { /* accept self signed certificates, expired certificates, and certficiates w/o CRL */ switch (X509_STORE_CTX_get_error(store)) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET sk = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; int err, s; int retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_SERVER_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in soap_ssl_accept()", SOAP_SSL_ERROR); while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (retries-- <= 0) break; if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in soap_ssl_accept()", SOAP_SSL_ERROR); #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 37), "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr((char*)addr); #endif #endif if (iadd != -1) { if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)&iadd, sizeof(iadd))) return soap->error = SOAP_EOM; return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) || defined(__ANDROID__) if (gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname((char*)addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)host->h_addr, (size_t)host->h_length)) return soap->error = SOAP_EOM; #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET sk; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err || !res) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: sk = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->error = SOAP_OK; soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) sk = socket(AF_INET, SOCK_DGRAM, 0); else #endif sk = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(sk)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if ((soap->connect_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(sk, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } if ((soap->connect_flags & ~SO_LINGER) && setsockopt(sk, SOL_SOCKET, soap->connect_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(sk, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(sk, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Opening socket=%d to host='%s' port=%d\n", sk, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return sk; #endif #else if ((soap->omode & SOAP_IO_UDP)) { if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)res->ai_addr, res->ai_addrlen)) { soap->error = SOAP_EOM; soap->fclosesocket(soap, sk); sk = SOAP_INVALID_SOCKET; } soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return sk; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(sk, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(sk, &soap->peer.addr, sizeof(soap->peer.in))) #endif { err = soap_socket_errno(sk); #ifdef WITH_IPV6 if (err == SOAP_ECONNREFUSED && res->ai_next) { soap->fclosesocket(soap, sk); res = res->ai_next; goto again; } #endif #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, sk); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { int r; r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum = soap_socket_errno(sk); if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(sk, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, sk); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = sk; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (endpoint && !soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifdef WITH_OPENSSL BIO *bio; #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server %s for destination endpoint %s\n", soap->proxy_http_version, soap->proxy_host, endpoint)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send_flush(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = status; /* restore */ soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (endpoint) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } #if (OPENSSL_VERSION_NUMBER >= 0x1000000aL) if (!(soap->ssl_flags & SOAP_SSLv3) && !SSL_set_tlsext_host_name(soap->ssl, host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #elif (OPENSSL_VERSION_NUMBER >= 0x0090800fL) && defined(SSL_CTRL_SET_TLSEXT_HOSTNAME) if (SSL_ctrl(soap->ssl, SSL_CTRL_SET_TLSEXT_HOSTNAME, TLSEXT_NAMETYPE_host_name, (void*)host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(sk) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; STACK_OF(CONF_VALUE) *val = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) GENERAL_NAMES *names = NULL; #else int ext_count; #endif int ok = 0; X509 *peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #if (OPENSSL_VERSION_NUMBER < 0x0090800fL) ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); unsigned char *data; if (!meth) break; data = ext->value->data; if (data) { #if (OPENSSL_VERSION_NUMBER > 0x00907000L) void *ext_data; if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { #if (OPENSSL_VERSION_NUMBER > 0x0090800fL) ext_data = meth->d2i(NULL, (const unsigned char **)&data, ext->value->length); #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif } if (ext_data) val = meth->i2v(meth, ext_data, NULL); else val = NULL; if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else void *ext_data = meth->d2i(NULL, &data, ext->value->length); if (ext_data) val = meth->i2v(meth, ext_data, NULL); meth->ext_free(ext_data); #endif if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } } } if (ok) break; } } #else names = (GENERAL_NAMES*)X509_get_ext_d2i(peer, NID_subject_alt_name, NULL, NULL); if (names) { val = i2v_GENERAL_NAMES(NULL, names, val); sk_GENERAL_NAME_pop_free(names, GENERAL_NAME_free); } if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #endif if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, sk); soap->error = soap_set_sender_error(soap, "SSL/TLS verify error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #ifdef WITH_SYSTEMSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); /* Certificate label */ if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_CLIENT_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) { soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in tcp_connect()", SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } /* Try connecting until success or timeout (when nonblocking) */ while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (r < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (r == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } #endif soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; #else soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET sk, int flags, int timeout) { int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; int retries = 0; int eintr = SOAP_MAXEINTR; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)sk >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; pollfd.fd = (int)sk; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout <= 0) timeout /= -1000; /* -usec -> ms */ else { retries = timeout - 1; timeout = 1000; } do { r = poll(&pollfd, 1, timeout); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif if (timeout > 0) retries = timeout - 1; do { rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(sk, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(sk, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(sk, efd); } if (timeout <= 0) { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } else { tv.tv_sec = 1; tv.tv_usec = 0; } r = select((int)sk + 1, rfd, sfd, efd, &tv); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(sk, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(sk, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(sk, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET sk; (void)soap; sk = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, FD_CLOEXEC); #endif #endif return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { soap_strcpy(soap->session_host, sizeof(soap->session_host), soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { gsk_secure_socket_shutdown(soap->ssl); gsk_secure_socket_close(&soap->ssl); } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET sk) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket=%d\n", (int)sk)); return soap_closesocket(sk); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET sk, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket=%d how=%d\n", (int)sk, how)); return shutdown(sk, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)addrinfo->ai_addr, addrinfo->ai_addrlen)) { soap->error = SOAP_EOM; return SOAP_INVALID_SOCKET; } soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = &soap->peer.addr; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->port = port; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && (!((soap->imode | soap->omode) & SOAP_IO_UDP)) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_FASTOPEN if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, SOL_TCP, TCP_FASTOPEN, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_FASTOPEN failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.in.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.in.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, &soap->peer.addr, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif { int t; if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, (char*)&t, 1, MSG_PEEK) > 0)) return SOAP_OK; } } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else (void)soap; return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); int err; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) n = (int)sizeof(soap->peer); soap->socket = soap->faccept(soap, soap->master, &soap->peer.addr, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 char *s = soap->host; char port[16]; int i; getnameinfo(&soap->peer.addr, n, soap->host, sizeof(soap->host), port, sizeof(port), NI_NUMERICHOST | NI_NUMERICSERV); soap->ip = 0; for (i = 0; i < 4 && *s; i++) { soap->ip = (soap->ip << 8) + (unsigned int)soap_strtoul(s, &s, 10); if (*s) s++; } soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); (SOAP_SNPRINTF(soap->host, sizeof(soap->host), 80), "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.in.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept socket=%d at port=%d from IP='%s'\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if ((soap->accept_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } if ((soap->accept_flags & ~SO_LINGER) && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (!(soap->mode & SOAP_MIME_POSTCHECK)) { if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; } #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context%s\n", soap->state == SOAP_COPY ? " copy" : "")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ if (soap->master == soap->socket) /* do not close twice */ soap->master = SOAP_INVALID_SOCKET; soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) gsk_secure_socket_close(&soap->ssl); if (soap->state == SOAP_INIT) if (soap->ctx) gsk_environment_close(&soap->ctx); #endif #ifdef WITH_C_LOCALE if (soap->c_locale) { # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif soap->c_locale = NULL; } #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; do { soap->length = 0; soap->http_content = NULL; soap->action = NULL; soap->status = 0; soap->body = 1; if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; /* HTTP 1.0 does not support chunked transfers */ } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m, n, k; while (soap_blank(soap->msgbuf[l])) l++; m = strlen(soap->endpoint); n = m + (s - soap->msgbuf) - l - 1; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; if (m > n) m = n; k = n - m + 1; if (k >= sizeof(soap->path)) k = sizeof(soap->path) - 1; while (k > 0 && soap_blank(soap->msgbuf[l + k - 1])) k--; soap_strncpy(soap->path, sizeof(soap->path), soap->msgbuf + l, k); if (*soap->path && *soap->path != '/') soap_strncpy(soap->endpoint, sizeof(soap->endpoint), soap->path, k); else soap_strncat(soap->endpoint, sizeof(soap->endpoint), soap->path, k); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Target endpoint='%s' path='%s'\n", soap->endpoint, soap->path)); if (httpcmd > 1) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; return SOAP_OK; } #if 0 if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) #endif if (soap->body) { if ((soap->status >= 200 && soap->status <= 299) /* OK, Accepted, etc */ || soap->status == 400 /* Bad Request */ || soap->status == 500) /* Internal Server Error */ return soap->error = SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap, NULL); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } else if (soap->status >= 200 && soap->status <= 299) return soap->error = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP error %d: %s\n", soap->status, soap->msgbuf)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "https://"); else #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "http://"); soap_strncat(soap->endpoint, sizeof(soap->endpoint), val, sizeof(soap->endpoint) - 9); } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); if (!soap->length) soap->body = 0; } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #if !defined(WITH_LEAN) || defined(WITH_NTLM) else if (!soap_tag_cmp(key, "Authorization") || !soap_tag_cmp(key, "Proxy-Authorization")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { soap_strcpy(soap->endpoint, sizeof(soap->endpoint), val); } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { const char *s = line; if (s) { while (*s) { short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; size_t i = len; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (len > 0) { if (*s == '"') { s++; while (*s && *s != '"' && --i) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --i) { if (*s == '%' && s[1] && s[2]) { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } buf[len - 1] = '\0'; /* appease */ } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { const char *msg = SOAP_STR_EOS; (void)soap; (void)status; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { (void)soap; return 405; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { const char *s; int err; size_t l; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && soap_tag_cmp(endpoint, "httpg:*"))) #endif return SOAP_OK; /* set l to prevent overruns ('host' and 'soap->host' are substrings of 'endpoint') */ l = strlen(endpoint) + strlen(soap->http_version) + 80; if (l > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s HTTP/%s", s, endpoint, soap->http_version); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]:%d", host, port); /* RFC 2732 */ else #endif (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s:%d", host, port); } else { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]", host); /* RFC 2732 */ else #endif soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), host); } if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) #ifdef WITH_NTLM if (soap->ntlm_challenge) { l = strlen(soap->ntlm_challenge); if (l) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l + 5), "NTLM %s", soap->ntlm_challenge); if (soap->proxy_host) { if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } else if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } } else { #endif if (soap->userid && soap->passwd) { l = strlen(soap->userid) + strlen(soap->passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd) { l = strlen(soap->proxy_userid) + strlen(soap->proxy_passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #ifdef WITH_NTLM } #endif #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(action) + 2), "\"%s\"", action); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { int err; char http[16]; int code = status; const char *line; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif (SOAP_SNPRINTF(http, sizeof(http), strlen(soap->http_version) + 5), "HTTP/%s", soap->http_version); else soap_strcpy(http, sizeof(http), "Status:"); if (!status || status == SOAP_HTML || status == SOAP_FILE) { if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) code = 200; else code = 202; } else if (status < 200 || status >= 600) { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) code = 405; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) code = 400; else code = 500; } line = http_error(soap, code); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP Status = %d %s\n", code, line)); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(http) + 22 + strlen(line)), "%s %d %s", http, code, line); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) + 14 < sizeof(soap->tmpbuf)) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char *s, const char *t) { if (!t || (*t != '/' && *t != '?')) return s; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t)), "%s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char *s, char *t, size_t len) { int c; size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap *soap, const char *s) { if (s) { size_t n = 3*strlen(s)+1; char *t = (char*)soap_malloc(soap, n); if (t) { soap_encode_url(s, t, n); return t; } } return SOAP_STR_EOS; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie='%s' domain='%s' path='%s'\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s='%s' domain='%s' path='%s' env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && ((!p->domain && !domain) || (p->domain && !strcmp(p->domain, domain))) && ((!p->path && !path) || (p->path && !strncmp(p->path, path, strlen(p->path))))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s='%s' domain='%s' path='%s'\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(name); if ((q->name = (char*)SOAP_MALLOC(soap, l + 1))) soap_strcpy(q->name, l + 1, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value) { size_t l = strlen(value); q->value = (char*)SOAP_MALLOC(soap, l + 1); if (q->value) soap_strcpy(q->value, l + 1, value); } if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain) { size_t l = strlen(domain); q->domain = (char*)SOAP_MALLOC(soap, l + 1); if (q->domain) soap_strcpy(q->domain, l + 1, domain); } if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path) { size_t l = strlen(path); q->path = (char*)SOAP_MALLOC(soap, l + 1); if (q->path) soap_strcpy(q->path, l + 1, path); } q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && (!q->domain || !strcmp(q->domain, domain)) && (!q->path || !strncmp(q->path, path, strlen(q->path)))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age=%ld: cookie='%s' domain='%s' path='%s'\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_url(p->name, s, 4064 - (s-tmp)); if (p->value && *p->value) { *s++ = '='; s += soap_encode_url(p->value, s, 4064 - (s-tmp)); } if (p->domain && (int)strlen(p->domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), soap->cookie_domain); } s += strlen(s); soap_strcpy(s, 4096 - (s-tmp), ";Path=/"); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < 4064 - (s-tmp)) { if (strchr(t, '%')) /* already URL encoded? */ { soap_strcpy(s, 4096 - (s-tmp), t); s += strlen(s); } else s += soap_encode_url(t, s, 4064 - (s-tmp)); } } if (p->version > 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) soap_strcpy(s, 4096 - (s-tmp), ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain='%s' path='%s'\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = hostent->h_name; if (*t == '.') { size_t k = strlen(hostent->h_name); if (k >= n) r = hostent->h_name + k - n; } flag = !strncmp(t, r, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Domain cookie %s host %s (match=%d)\n", t, r, flag)); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { *s++ = ' '; } if (q->version != version && s-tmp < 4060) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_url(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_url(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path && (s-tmp) + strlen(q->path) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain && (s-tmp) + strlen(q->domain) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)tmp, l); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)tmp, l); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(tmp) + 1; if ((p->name = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->name, l, (const void*)tmp, l); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { l = strlen(tmp) + 1; if ((p->value = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->value, l, (const void*)tmp, l); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { l = strlen(soap->host) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)soap->host, l); } else p->domain = NULL; if (path) p->path = path; else if (*soap->path) { l = strlen(soap->path) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)soap->path, l); } else { if ((p->path = (char*)SOAP_MALLOC(soap, 2))) soap_memcpy((void*)p->path, 2, (const void*)"/", 2); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { size_t l = strlen(p->name) + 1; if (((*q)->name = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->name, l, p->name, l); } if (p->value) { size_t l = strlen(p->value) + 1; if (((*q)->value = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->value, l, p->value, l); } if (p->domain) { size_t l = strlen(p->domain) + 1; if (((*q)->domain = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->domain, l, p->domain, l); } if (p->path) { size_t l = strlen(p->path) + 1; if (((*q)->path = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->path, l, p->path, l); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char *s) { size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap; #ifdef __cplusplus soap = SOAP_NEW(struct soap); #else soap = (struct soap*)malloc(sizeof(struct soap)); #endif if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); #ifdef __cplusplus SOAP_DELETE(soap); #else free(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { struct soap_pblk *pb, *next; int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int t) { int id; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (!p || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return 0; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return id; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { size_t h; struct soap_plist *pp; (void)n; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%lu type=%d id=%d\n", p, a, (unsigned long)n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->dup = NULL; pp->array = a; pp->size = n; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (!p || !a) return 0; for (pp = soap->pht[soap_hash_ptr(a)]; pp; pp = pp->next) { if (pp->type == type && pp->array == a && pp->size == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a, type, pp->id)); return pp->id; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; } if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #else (void)soap; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; if (soap->count > sizeof(soap->buf)) return soap->error = SOAP_UDP_ERROR; } #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #if !defined(__cplusplus) || defined(WITH_COMPAT) else if (soap->os != NULL) { *soap->os = NULL; soap->mode |= SOAP_IO_STORE; } #endif } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->os && soap->sendfd >= 0) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { if (soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)"\37\213\10\0\0\0\0\0\0\377", 10)) return soap->error = SOAP_EOM; soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = sizeof(soap->buf) - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const void *a, int n, int t) { struct soap_plist *pp; if (!p || !a || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_array_pointer_lookup(soap, p, a, n, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p n=%lu type=%d (%d %d)\n", p, a, (unsigned long)n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (id >= 0 || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (id < -1) return soap_embed(soap, p, NULL, 0, t); if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (soap->version == 1 && soap->part != SOAP_IN_HEADER) { if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } else if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *aid, const char *atype, const char *aoptions, const char *type, int t) { struct soap_plist *pp; int i; if (!p || !a || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->dime_id_format) + 20), soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a, n); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a, n); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { size_t l = strlen(aid) - 1; char *s = (char*)soap_malloc(soap, l); if (s) { s[0] = '<'; soap_strncpy(s + 1, l - 1, aid + 4, l - 3); s[l - 2] = '>'; s[l - 1] = '\0'; content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { int i; struct soap_ilist *ip = NULL, *p = NULL; struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id, int t, size_t n) { size_t h; struct soap_ilist *ip; size_t l = strlen(id); ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + l); if (ip) { ip->type = t; ip->size = n; ip->ptr = NULL; ip->spine = NULL; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->smart = NULL; ip->shaky = 0; soap_strcpy((char*)ip->id, l + 1, id); h = soap_hash(id); /* h = (HASH(id) % SOAP_IDHASH) so soap->iht[h] is safe */ ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { char *p; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if ((p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t))) == NULL) { soap->error = SOAP_EOM; return NULL; } /* set a canary word to detect memory overruns and data corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { int i; struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { void *p = malloc(size); if (soap) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { if (!soap) free(p); else { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } free(p); mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { char **q; for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { struct soap_clist *q = *cp; *cp = q->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Delete %p type=%d (cp=%p)\n", q->ptr, q->type, q)); if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* assume this was deallocated */ soap->header = NULL; /* assume this was deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { struct soap_clist *cp; char **q; #ifdef SOAP_MEM_DEBUG void *p; struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; #ifdef SOAP_MEM_DEBUG cp = soap->clist; while (cp) { h = soap_hash_ptr(cp); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == cp) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } cp = cp->next; } #endif cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { struct soap_clist *cp = NULL; if (soap && p && n != SOAP_NO_LINK_TO_DELETE) { if (!(cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) soap->error = SOAP_EOM; else { cp->next = soap->clist; cp->type = soap->alloced = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { char **q; struct soap_clist **cp; if (soap && p) { for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap *soap) { short f = soap->shaky; soap->shaky = 1; return f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap *soap, short f) { soap->shaky = f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF static int soap_is_shaky(struct soap *soap, void *p) { (void)p; if (!soap->blist && !soap->shaky) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shaky %p\n", p)); return 1; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); *p = NULL; if (k) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; *p = &ip->spine[k - 1]; } else { ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); } } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t)) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup type incompatibility: ref='%s' id-type=%d ref-type=%d\n", id, ip->type, t)); soap_id_nullify(soap, id); return NULL; } else if (k == 0 && ip->ptr && !ip->shaky) /* when block lists are in use, ip->ptr will change */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, ip->ptr, (unsigned int)n, k)); *p = ip->ptr; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } *p = NULL; if (k) { if (!ip->spine) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; } *p = &ip->spine[k - 1]; if (ip->ptr && !ip->shaky) ip->spine[0] = ip->ptr; } else { void *q = ip->link; ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); *p = q; } } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, t, (unsigned long)n, k, p)); } else if ((ip->type != t || ip->size != n) && k == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } if (finsert || n < sizeof(void*)) { struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->index = i; fp->finsert = finsert; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u index=%lu href='%s'\n", t, tt, (unsigned long)n, p, k, (unsigned long)i, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, t, href)); *(void**)p = ip->copy; ip->copy = p; } ip->shaky = soap_is_shaky(soap, p); return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif (void)id; (void)fbase; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d location=%p size=%lu\n", id, t, p, (unsigned long)n)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); /* alloced set in soap_link() */ else { p = soap_malloc(soap, n); soap->alloced = t; } } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup entry id='%s' for location=%p\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; ip->ptr = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu location=%p\n", id, t, (unsigned long)n, p)); if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); soap_strcpy(soap->id, sizeof(soap->id), id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter type incompatibility id='%s' expect type=%d size=%lu got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, t, (unsigned long)n)); soap_id_nullify(soap, id); return NULL; } else { ip->type = t; ip->size = n; ip->ptr = p; if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); if (soap->alloced || !ip->shaky) { void **q; /* ptr will not change later, so resolve links now */ if (ip->spine) ip->spine[0] = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); q = (void**)ip->link; while (q) { void *r = *q; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, p)); q = (void**)r; } ip->link = NULL; } } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char *id, int t, size_t n) { (void)soap; (void)id; (void)t; (void)n; #ifndef WITH_NOIDREF if (id && *id) { struct soap_ilist *ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New smart shared pointer entry id='%s' type=%d size=%lu smart=%p\n", id, t, (unsigned long)n, ip->smart)); return &ip->smart; } #endif return NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 static int soap_type_punned(struct soap *soap, const struct soap_ilist *ip) { const struct soap_flist *fp; (void)soap; if (ip->ptr || ip->copy) return 1; for (fp = ip->flist; fp; fp = fp->next) if (fp->level == 0) return 1; return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap *soap, const char *id) { int i; for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { void *p, *q; for (p = ip->link; p; p = q) { q = *(void**)p; *(void**)p = NULL; } ip->link = NULL; } } soap_strcpy(soap->id, sizeof(soap->id), id); return soap->error = SOAP_HREF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif return soap_end_send_flush(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != sizeof(soap->buf)) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf) - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { #if !defined(__cplusplus) || defined(WITH_COMPAT) if (soap->os) { char *b = (char*)soap_push_block(soap, NULL, 1); if (b) *soap->os = soap_save_block(soap, NULL, NULL, 0); } else #endif { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)soap_block_size(soap, NULL), soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; #endif } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send 7 bytes to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) if (!soap->ssl) #endif if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) soap->os->flush(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ soap->c14ninclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) continue; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { struct soap_attribute *tp, *tq; struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { SOAP_FREE(soap, ns->out); ns->out = NULL; } } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_iht(soap); #endif soap_free_pht(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, s); if (logfile) { size_t l = strlen(logfile) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)logfile, l); } soap->logfile[i] = t; } #endif /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); #endif } /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { struct soap *copy = soap_versioning(soap_new)(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); if (soap_copy_context(copy, soap) != NULL) return copy; soap_free(copy); return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); soap_memcpy((void*)copy, sizeof(struct soap), (const void*)soap, sizeof(struct soap)); copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = soap->local_namespaces; copy->local_namespaces = NULL; soap_set_local_namespaces(copy); /* copy content of soap->local_namespaces */ copy->namespaces = soap->namespaces; /* point to shared read-only namespaces table */ copy->c_locale = NULL; #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); #endif soap_init_pht(copy); copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not allocate plugin '%s'\n", p->id)); soap_end(copy); soap_done(copy); return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && (copy->error = p->fcopy(copy, q, p))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s' error = %d\n", p->id, copy->error)); SOAP_FREE(copy, q); soap_end(copy); soap_done(copy); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->header = soap->header; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->master = soap->master; copy->socket = soap->socket; copy->sendsk = soap->sendsk; copy->recvsk = soap->recvsk; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; copy->os = soap->os; copy->is = soap->is; copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; soap_memcpy((void*)copy->host, sizeof(copy->host), (const void*)soap->host, sizeof(soap->host)); soap_memcpy((void*)copy->endpoint, sizeof(copy->endpoint), (const void*)soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = soap->bio; copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_GNUTLS copy->session = soap->session; #endif #ifdef WITH_SYSTEMSSL copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (soap->d_stream && soap->zlib_state != SOAP_ZLIB_NONE) { if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) soap_memcpy((void*)copy->d_stream, sizeof(z_stream), (const void*)soap->d_stream, sizeof(z_stream)); } copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, sizeof(soap->buf)); if (copy->z_buf) soap_memcpy((void*)copy->z_buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif soap_memcpy((void*)copy->buf, sizeof(copy->buf), (const void*)soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); copy->version = soap->version; if (soap->nlist && soap->local_namespaces) { struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; soap_memcpy((void*)np, n, (const void*)nq, n); np->next = nr; } while (np) { const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } soap_memcpy((void*)copy->tag, sizeof(copy->tag), (const void*)soap->tag, sizeof(soap->tag)); soap_memcpy((void*)copy->id, sizeof(copy->id), (const void*)soap->id, sizeof(soap->id)); soap_memcpy((void*)copy->href, sizeof(copy->href), (const void*)soap->href, sizeof(soap->href)); soap_memcpy((void*)copy->type, sizeof(copy->type), (const void*)soap->type, sizeof(soap->type)); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); soap_memcpy((void*)tp, n, (const void*)tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) soap_memcpy((void*)tp->value, tp->size, (const void*)tq->value, tp->size); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; soap->ctx = NULL; soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->ctx = (gsk_handle)NULL; soap->ssl = (gsk_handle)NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap *soap) { soap_versioning(soap_init)(soap, SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; /* in_addr_t value */ soap->ipv4_multicast_if = NULL; /* points to struct in_addr or in_addr_t */ soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->long_double_format = NULL; /* Defined in custom serializer custom/long_double.c */ soap->dime_id_format = "cid:id%d"; /* default DIME id format for int id index */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = NULL; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->shaky = 0; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->path[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = "\n"; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->c14ninclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); #endif soap_init_pht(soap); #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = (gsk_handle)NULL; soap->ctx = (gsk_handle)NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif soap->c_locale = NULL; soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap *soap, short version) { soap_set_local_namespaces(soap); if (soap->version != version && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (version == 1) { soap->local_namespaces[0].ns = soap_env1; soap->local_namespaces[1].ns = soap_enc1; } else if (version == 2) { soap->local_namespaces[0].ns = soap_env2; soap->local_namespaces[1].ns = soap_enc2; } soap->version = version; } if (version == 0) soap->encodingStyle = SOAP_STR_EOS; else soap->encodingStyle = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap *soap) { struct Namespace *p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) soap_strncpy(p[1].out, sizeof(soap_enc1), soap_enc1, sizeof(soap_enc1) - 1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) soap_strncpy(p[1].out, sizeof(soap_enc2), soap_enc2, sizeof(soap_enc2) - 1); } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { struct Namespace *ns = soap->local_namespaces; struct soap_nlist *np, *nq, *nr; unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { const struct Namespace *ns1; struct Namespace *ns2; size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { soap_memcpy((void*)ns2, n, (const void*)soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else if (!strcmp(ns2[0].ns, soap_env2)) soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (big && little) { size_t n = strlen(little); const char *s = big; while (s) { const char *t = s; size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (!strncmp(np->id, tag, n) && !np->id[n]) return np; return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; soap_strcpy((char*)np->id, n + 1, id); if (ns) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k + 1, ns); } else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index <= 0) { if (np->level == soap->level) np->index = 1; else soap_push_ns(soap, np->id, np->ns, 1); } } else if (n && strncmp(tag, "xml", 3)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { int p = soap_tagsearch(soap->c14ninclude, np->id) != NULL; if (np->index == 2 || p) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1 && !p) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, tag); elt->lead = NULL; elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog)) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS)) { struct Namespace *ns = soap->local_namespaces; size_t n = 0; s = strchr(tag, ':'); if (s) n = s++ - tag; else s = tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s)) return soap->error; if (n) { if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && ns->ns && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else if (!soap->nlist || *soap->nlist->id) { soap_push_ns(soap, "", "", 0); if (soap_attribute(soap, "xmlns", "")) return soap->error; } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns = soap->local_namespaces; int k = -1; if (ns) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) { if (soap->version) k = 4; /* first four required entries */ else if (!(soap->mode & SOAP_XML_NOTYPE) || (soap->mode & SOAP_XML_NIL)) { ns += 2; k = 2; /* next two entries */ } else k = 0; /* no entries */ } #endif while (k-- && ns->id) { const char *t = ns->out; if (!t) t = ns->ns; if (*ns->id && t && *t) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(ns->id) + 6), "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, t)) return soap->error; } ns++; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, tag); #endif if (id > 0) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(SOAP_BASEREFNAME) + 20), SOAP_BASEREFNAME "%d", id); if (soap->version == 2) { if (soap_attribute(soap, "SOAP-ENC:id", soap->tmpbuf)) return soap->error; } else if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } else if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; } if (soap->null && soap->position > 0 && soap->version == 1) { int i; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf) - 1, 20), "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l - 1, 20), ",%d", soap->positions[i]); } soap_strncat(soap->tmpbuf, sizeof(soap->tmpbuf), "]", 1); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } else soap->encodingStyle = NULL; soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) { if (neg && n == 214748364 && c == '8') { if (t) *t = (char*)(s + 1); return -2147483648; } break; } n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type || soap->version == 0) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, NULL)) return soap->error; if (soap->version == 1) { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } else { const char *s; s = soap_strrchr(type, '['); if (s && (size_t)(s - type) < sizeof(soap->tmpbuf)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), type, s - type); if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; s++; if (*s) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); soap->tmpbuf[strlen(soap->tmpbuf) - 1] = '\0'; if (soap_attribute(soap, "SOAP-ENC:arraySize", soap->tmpbuf)) return soap->error; } } } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && *tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->ns && (np->index == 1 || (np->index == 0 && soap->event == SOAP_SEC_BEGIN && soap_tagsearch(soap->c14ninclude, np->id)))) { if (*(np->id)) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(np->id) + 6), "xmlns:%s", np->id); else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "xmlns"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s' c14ninclude='%s'\n", np->level, soap->tmpbuf, np->ns, soap->c14ninclude ? soap->c14ninclude : "(null)")); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Binding (level=%u) %s='%s' utilized=%d\n", np->level, np->id, np->ns, np->index)); } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->text = soap_strdup(soap, tp->value); (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send_raw(soap, " ", 1) || soap_send(soap, s)) return soap->error; } else #endif if (soap_send_raw(soap, " ", 1) || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) { if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; } else if (soap->mode & SOAP_XML_STRICT) { if (soap_send_raw(soap, "=\"\"", 3)) return soap->error; } tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif if (soap->nlist) soap_pop_namespace(soap); soap->level--; /* decrement level just before /> */ soap->body = 0; return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->nlist) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) tag = s + 1; #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { const char *s = "ref"; int n = 1; if (soap->version == 1) { s = "href"; n = 0; } else if (soap->version == 2) s = "SOAP-ENC:ref"; (SOAP_SNPRINTF(soap->href, sizeof(soap->href), sizeof(SOAP_BASEREFNAME) + 21), "#" SOAP_BASEREFNAME "%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true")) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; } else { soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || (soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark) { (void)a; (void)n; if (!p) { soap->error = soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element_id %p type=%d id=%d\n", p, t, id)); if ((!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return soap_check_and_mark(soap, p, t, mark); if (mark) *mark = NULL; if (id < -1) return soap_embed(soap, p, a, n, t); else if (id <= 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return soap_check_and_mark(soap, p, t, mark); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark) { if (mark) { struct soap_plist *pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check %p and mark %p\n", p, mark)); if (!soap_pointer_lookup(soap, p, t, &pp)) if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return -1; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 > 0) return -1; pp->mark1 = 1; *mark = &pp->mark1; } else { if (pp->mark2 > 0) return -1; pp->mark2 = 1; *mark = &pp->mark2; } } return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **ppp, char **mark) { if (!soap) return NULL; if (mark || !(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark lookup %p type %d\n", p, t)); if (!soap_pointer_lookup(soap, p, t, ppp)) { if (!soap_pointer_enter(soap, p, NULL, 0, t, ppp)) return NULL; } else if (!(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark found %p\n", (*ppp)->dup)); return (*ppp)->dup; } if (mark) { if ((*ppp)->mark1 > 0) (*ppp)->mark1 = 2; /* cycle */ else (*ppp)->mark1 = 1; /* cycle detection */ *mark = &(*ppp)->mark1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark cycle %d\n", (*ppp)->mark1)); } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp) { (void)soap; return pp && pp->mark1 == 2 && (soap->mode & SOAP_XML_TREE); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp) { (void)soap; if (pp) pp->dup = a; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark) { (void)soap; if (mark) *mark = 0; /* release detection */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { (void)tag; if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1, NULL); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->text = soap_strdup(soap, value); a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send_raw(soap, " ", 1) || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); soap->error = SOAP_OK; } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { soap_wchar c; char *s; int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, -1, -1, -1, NULL)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (!soap_match_tag(soap, tp->name, name)) break; } if (tp && tp->visible == 2) { if (flag == 4 || (flag == 2 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 3 || (flag == 1 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { struct soap_attribute *tp, *tq; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { size_t l = strlen(name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)); if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } soap_strcpy((char*)tp->name, l + 1, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } soap_strcpy(tp->value, tp->size, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; soap_strcpy(soap->id, sizeof(soap->id), value); } if ((soap->mode & SOAP_XML_CANONICAL)) { const char *s = strchr(name, ':'); if (s) /* should also check default namespace when 'type' is not qualified? */ { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np && np->ns && soap->local_namespaces) { if ((!strcmp(s + 1, "type") && !strcmp(np->ns, soap->local_namespaces[2].ns)) /* xsi:type QName */ || ((!strcmp(s + 1, "arrayType") || !strcmp(s + 1, "itemType")) && !strcmp(np->ns, soap->local_namespaces[1].ns))) /* SOAP-ENC:arrayType and SOAP-ENC:itemType QName */ soap_utilize_ns(soap, value); } } } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t *n, soap_wchar d) { char buf[8]; size_t i; size_t k = *n; size_t m = 0; char *t = buf; for (i = 0; i < k; i++) { soap_wchar c; if (m) { *s++ = *t++; m--; continue; } if ((soap->mode & SOAP_C_UTFSTRING)) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { t = buf; c &= 0x7FFFFFFF; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = t - buf - 1; if (i + m >= k) { soap_unget(soap, c | 0x80000000); *n = i; return soap->error = SOAP_EOM; } t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = (char)c; break; default: if ((int)c == EOF) { *s = '\0'; *n = i + 1; return soap->error = SOAP_CHK_EOF; } *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, size=%lu\n", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New look-aside buffer size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { soap_memcpy((void*)soap->labbuf, soap->lablen, (const void*)t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { soap_memcpy((void*)(soap->labbuf + soap->labidx), soap->lablen - soap->labidx, (const void*)s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM struct soap_dom_attribute **att = NULL; char *lead = NULL; #endif struct soap_attribute *tp, *tq = NULL; const char *t; char *s; soap_wchar c; int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading up to the start tag is significant for DOM as-is (but comments and PIs are removed from this lead) */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifdef WITH_DOM /* whitespace leading up to the end tag is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = SOAP_STR_EOS; /* body with closing tag instead of */ } #endif return soap->error = SOAP_NO_TAG; } do c = soap_get1(soap); while (soap_blank(c)); s = soap->tag; i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; while (soap_blank(c)) c = soap_get1(soap); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (lead && *lead) elt->lead = soap_strdup(soap, lead); else elt->lead = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->text = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { size_t l = strlen(soap->tmpbuf); tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l); if (!tp) return soap->error = SOAP_EOM; soap_strcpy((char*)tp->name, l + 1, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* append attribute to the end of the list */ if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { size_t k; do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } k = tp->size; if (soap_getattrval(soap, tp->value, &k, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, k)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); tp->value = NULL; for (;;) { k = soap->lablen - soap->labidx; if (soap_getattrval(soap, soap->labbuf + soap->labidx, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; soap_strcpy(tp->value, tp->size, soap->labbuf); #else tp->size = k; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; k = SOAP_BLKLEN; if (soap_getattrval(soap, s, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap_size_block(soap, NULL, k); } else break; } k = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, k))) return soap->error = SOAP_EOM; if (tp->value) { soap_memcpy((void*)s, k, (const void*)tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = k; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->text = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } } else if (!strcmp(tp->name, "href")) { if ((soap->version == 1 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH) || ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#')) soap_strcpy(soap->href, sizeof(soap->href), tp->value); } else if (!strcmp(tp->name, "ref")) { if ((soap->version == 2 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } } #else if (!strcmp(tp->name, "href")) { if ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#') soap_strcpy(soap->href, sizeof(soap->href), tp->value); } #endif else if (!soap_match_tag(soap, tp->name, "xsi:type")) { soap_strcpy(soap->type, sizeof(soap->type), tp->value); } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:encodingStyle")) { if (!soap->encodingStyle) soap->encodingStyle = SOAP_STR_EOS; soap_get_version(soap); } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { soap_strncpy(soap->arrayType, sizeof(soap->arrayType), tp->value, s - tp->value); soap_strcpy(soap->arraySize, sizeof(soap->arraySize), s); } else soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) soap_strcpy(soap->arrayOffset, sizeof(soap->arrayOffset), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!soap_match_tag(soap, tp->name, "SOAP-ENC:id")) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) soap_strcpy(soap->arraySize, sizeof(soap->arraySize), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { const char *t; soap_wchar c; soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || (soap->mode & SOAP_C_UTFSTRING)) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; case 0x7F: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "", 6)) return soap->error; s = t; break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned long)wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { char *s; char *t = NULL; size_t i; long l = 0; int n = 0, f = 0, m = 0; soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (flag <= 0) { int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if ((c & 0x7FFFFFFF) >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if ((c & 0x7FFFFFFF) >= 0x80 && (flag <= 0 || (soap->mode & SOAP_C_UTFSTRING))) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else if (c != ']') state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else if (c != '-') state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else if (c != '?') state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } #ifndef WITH_CDATA if (flag <= 0) c = soap_getchar(soap); else #endif { c = soap_getutf8(soap); if ((soap->mode & SOAP_C_UTFSTRING)) { if (c >= 0x80 || (c < SOAP_AP && c >= -0x7FFFFF80)) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } continue; } } } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { if (flag > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; } else { c = soap_getchar(soap); if (c == '>') n--; } soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag > 0) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag > 0) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag > 0) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag > 0) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag > 0) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_CDATA if (c == '<') { c = soap_getchar(soap); soap_unget(soap, c); if (c == '/') { c = SOAP_TT; if (n == 0) goto end; n--; } else n++; *s++ = '<'; break; } else #endif #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i + 1); t = soap_save_block(soap, NULL, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifndef WITH_LEANER if (pattern && soap->fsvalidate && (soap->error = soap->fsvalidate(soap, pattern, s))) return NULL; #else (void)pattern; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag > 0) soap->dom->text = t; else soap->dom->code = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_wchar2s(soap, s); return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else { /* check for UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && (c & 0xFC00) == 0xD800) { soap_wchar d = *s++; if ((d & 0xFC00) == 0xDC00) c = ((c - 0xD800) << 10) + (d - 0xDC00) + 0x10000; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { wchar_t *s; int i, n = 0, f = 0; long l = 0; soap_wchar c; char *t = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag > 0) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag > 0) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag > 0) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; /* use UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifndef WITH_LEANER if (pattern && soap->fwvalidate && (soap->error = soap->fwvalidate(soap, pattern, s))) return NULL; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_wchar2s(soap, s); #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), NULL, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(int), 0, NULL, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), NULL, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(long), 0, NULL, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOLL *p = soap_strtoll(s, &r, 10); #else *p = (LONG64)soap_strtol(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(LONG64), 0, NULL, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), NULL, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(char), 0, NULL, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), NULL, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(short), 0, NULL, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->float_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->float_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), soap->float_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = (float)strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, SOAP_LOCALE(soap)); if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) double n; if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #elif defined(HAVE_SSCANF) double n; if (sscanf(s, "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), NULL, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(float), 0, NULL, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->double_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->double_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 40), soap->double_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lf", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), NULL, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(double), 0, NULL, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned char), 0, NULL, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned short), 0, NULL, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned int), 0, NULL, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned long), 0, NULL, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOULL *p = soap_strtoull(s, &r, 10); #else *p = (ULONG64)soap_strtoul(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(ULONG64), 0, NULL, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } } return s; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { #ifndef WITH_FAST char *b; #endif if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } #ifdef WITH_FAST soap->labidx = 0; #else if (soap_new_block(soap) == NULL) return NULL; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; const char *p = NULL; short flag = 0; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "#" or "xml" then copy string */ if (!np || *s == '#' || !strncmp(s, "xml:", 4)) { r = s; m = n; } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') { r = q; m = k; } else { flag = 1; r = soap->local_namespaces[np->index].ns; m = strlen(r); } } else if (np->ns) { flag = 1; r = np->ns; m = strlen(r); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI='%s')\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); soap->error = SOAP_NAMESPACE; return NULL; } } else if (s[n]) /* no namespace, part of string */ { r = s; m = n; } else /* no namespace: assume "" namespace */ { flag = 1; } } #ifdef WITH_FAST if ((flag && soap_append_lab(soap, "\"", 1)) || (m && soap_append_lab(soap, r, m)) || (flag && soap_append_lab(soap, "\"", 1)) || (p && (soap_append_lab(soap, ":", 1) || soap_append_lab(soap, p, n - (p-s))))) return NULL; #else k = 2*flag + m + (p ? n - (p-s) + 1 : 0) + (s[n] != '\0'); b = (char*)soap_push_block(soap, NULL, k); if (!b) return NULL; if (flag) *b++ = '"'; if (m) { if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; } if (flag) *b++ = '"'; if (p) { *b++ = ':'; if (soap_memcpy((void*)b, k - m - flag - 1, (const void*)p, n - (p-s))) { soap->error = SOAP_EOM; return NULL; } b += n - (p-s); } #endif /* advance to next and add spacing */ s += n; if (*s) { #ifdef WITH_FAST if (soap_append_lab(soap, " ", 1)) return NULL; #else *b = ' '; #endif } } #ifdef WITH_FAST if (soap_append_lab(soap, SOAP_STR_EOS, 1)) return NULL; return soap->labbuf; #else b = (char*)soap_push_block(soap, NULL, 1); if (!b) return NULL; *b = '\0'; return (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { #ifdef WITH_FAST soap->labidx = 0; #else char *b; if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { size_t n; const char *q = NULL; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 0; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); if ((soap->mode & SOAP_XML_DEFAULTNS)) { r = strchr(s, ':'); if (r && soap->nlist && !strncmp(soap->nlist->id, s, r - s) && !soap->nlist->id[r - s]) { n -= r - s + 1; s = r + 1; } } #endif r = s; m = n + 1; } else /* URL-based string prefix */ { s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } q++; /* URL is in the namespace table? */ if (p && p->id) { r = p->id; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS) && soap->nlist && !strcmp(soap->nlist->id, r)) q++; else #endif m = strlen(r); } else /* not in namespace table: create xmlns binding */ { char *x = soap_strdup(soap, s); x[q - s - 1] = '\0'; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 27), "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, x, 1); r = soap->tmpbuf + 6; m = strlen(r); } } } /* copy normalized QName into buffer, including the ending blank or NUL */ #ifdef WITH_FAST if ((m && soap_append_lab(soap, r, m)) || (q && soap_append_lab(soap, q, n - (q - s)))) return NULL; #else k = m + (q ? n - (q - s) : 0); b = (char*)soap_push_block(soap, NULL, k); if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; if (q) { if (soap_memcpy((void*)b, k - m, (const void*)q, n - (q - s))) { soap->error = SOAP_EOM; return NULL; } b += n - (q - s); } #endif /* advance to next */ s += n; } #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else t = (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r && !(*t = soap_wstrdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap *soap, const char *s, std::wstring *t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { long l; wchar_t wc; soap->labidx = 0; if (soap->mode & SOAP_ENC_LATIN) { wchar_t *r; if (soap_append_lab(soap, NULL, sizeof(wchar_t) * (strlen(s) + 1))) return NULL; r = (wchar_t*)soap->labbuf; while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) wc = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) wc = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) wc = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) wc = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) wc = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else wc = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; } } l = (long)(soap->labidx / sizeof(wchar_t)); wc = L'\0'; if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; if ((maxlen >= 0 && l > maxlen) || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } return (wchar_t*)soap->labbuf; } return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { soap_wchar c; char *r, *t; const wchar_t *q = s; size_t n = 0; if (!s) return NULL; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen, pattern); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_strdup(soap, SOAP_STR_EOS); } if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen, pattern); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); } if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE mktime (based on the mingw-runtime, public domain) */ #define __FILETIME_to_ll(f) ((long long)(f).dwHighDateTime << 32 | (long long)(f).dwLowDateTime) static time_t mktime(struct tm *pt) { SYSTEMTIME s, s1, s2; FILETIME f, f1, f2; long long diff; GetSystemTime(&s1); GetLocalTime(&s2); SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s2, &f2); diff = (__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL; s.wYear = pt->tm_year + 1900; s.wMonth = pt->tm_mon + 1; s.wDayOfWeek = pt->tm_wday; s.wDay = pt->tm_mday; s.wHour = pt->tm_hour; s.wMinute = pt->tm_min; s.wSecond = pt->tm_sec; s.wMilliseconds = 0; SystemTimeToFileTime(&s, &f); return (time_t)((__FILETIME_to_ll(f) - 116444736000000000LL) / 10000000LL) - (time_t)diff; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE gmtime_r (based on the mingw-runtime, public domain) */ #define HAVE_GMTIME_R static struct tm* gmtime_r(const time_t *t, struct tm *pt) { FILETIME f, f1, f2; SYSTEMTIME s, s1 = {0}; long long time = (long long)(*t) * 10000000LL + 116444736000000000LL; f.dwHighDateTime = (DWORD)((time >> 32) & 0x00000000FFFFFFFF); f.dwLowDateTime = (DWORD)(time & 0x00000000FFFFFFFF); FileTimeToSystemTime(&f, &s); pt->tm_year = s.wYear - 1900; pt->tm_mon = s.wMonth - 1; pt->tm_wday = s.wDayOfWeek; pt->tm_mday = s.wDay; s1.wYear = s.wYear; s1.wMonth = 1; s1.wDayOfWeek = 1; s1.wDay = 1; SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s, &f2); pt->tm_yday = (((__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL) / (60 * 60 * 24)); pt->tm_hour = s.wHour; pt->tm_min = s.wMinute; pt->tm_sec = s.wSecond; pt->tm_isdst = 0; return pt; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE very simple strftime for format "%Y-%m-%dT%H:%M:%SZ", note: %F and %T not supported by MS */ static size_t strftime(char *buf, size_t len, const char *format, const struct tm *pT) { (void)len; (void)format; #ifndef WITH_NOZONE (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02dZ", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #else (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02d", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #endif return len; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; #ifndef HAVE_GMTIME_R struct tm *tp; #endif t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R if (gmtime_r(&t, &tm) == SOAP_FUNC_R_ERR) return (time_t)-1; #else tp = gmtime(&t); if (!tp) return (time_t)-1; tm = *tp; #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) && !defined(WITH_NOZONE) if (gmtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) && !defined(WITH_NOZONE) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif (defined(HAVE_TM_GMTOFF) || defined(HAVE_STRUCT_TM_TM_GMTOFF) || defined(HAVE_STRUCT_TM___TM_GMTOFF)) && !defined(WITH_NOZONE) #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #else if ((pT = localtime(&n))) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #endif #elif defined(HAVE_GETTIMEOFDAY) && !defined(WITH_NOZONE) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) && !defined(WITH_NOZONE) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { *p = 0; if (s) { char *t; unsigned long d; struct tm T; memset((void*)&T, 0, sizeof(T)); d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ T.tm_year = (int)d; T.tm_mon = (int)soap_strtoul(t + 1, &t, 10); T.tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ T.tm_year = (int)(d / 10000); T.tm_mon = (int)(d / 100 % 100); T.tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ T.tm_hour = (int)d; T.tm_min = (int)soap_strtoul(t + 1, &t, 10); T.tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ T.tm_hour = (int)(d / 10000); T.tm_min = (int)(d / 100 % 100); T.tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*t == '.') { for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), NULL, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(time_t), 0, NULL, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) /* send as-is */ return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { if (tag && *tag != '-') *p = soap_string_in(soap, -1, -1, -1, NULL); else *p = soap_string_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) /* send as-is in UTF8 */ return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { if (tag && *tag != '-') *p = soap_wstring_in(soap, -1, -1, -1, NULL); else *p = soap_wstring_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { size_t i; soap_wchar c = 0; char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; soap->tmpbuf[sizeof(soap->tmpbuf) - 1] = '\0'; /* appease */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *buf, int len) { char *s = buf; int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } *s = '\0'; if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { if (i + 1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i <= 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER struct soap_multipart *content; size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count=%lu\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); soap_strcpy(s + 4, n + 1, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { soap_wchar c; size_t i; char *s; char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; /* force NUL terminated */ if ((soap->error = soap_move(soap, (size_t)(-(long)n&3)))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { soap_wchar c; char *s; int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, soap->dime.size - soap_tell(soap))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id='%s', type='%s', options='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (size_t)(((soap->dime.size+3)&(~3)) - soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { soap_wchar c; size_t i; char *s; if (soap->dime.size > SOAP_MAXDIMESIZE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu exceeds SOAP_MAXDIMESIZE=%lu\n", (unsigned long)soap->dime.size, (unsigned long)SOAP_MAXDIMESIZE)); return soap->error = SOAP_DIME_ERROR; } s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more byte in blist for the terminating '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* make 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME header\n")); do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { char *key = soap->msgbuf; char *val; if (!*key) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!content->id && !soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (LONG64)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) continue; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { soap_wchar c = 0; size_t i, m = 0; char *s, *t = NULL; struct soap_multipart *content; short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME (%p)\n", content)); if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id='%s' type='%s'\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_getchar(soap); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { memset((void*)soap->msgbuf, 0, sizeof(soap->msgbuf)); soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "\n--"); if (soap->mime.boundary) soap_strncat(soap->msgbuf, sizeof(soap->msgbuf), soap->mime.boundary, sizeof(soap->msgbuf) - 4); t = soap->msgbuf; do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* make 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1) - 1; /* last block with '\0' */ content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id='%s'\n", content->id)); while (*xp) { struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment id='%s' for content id='%s'\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type='%s'\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New MIME attachment %p (%lu)\n", ptr, (unsigned long)size)); content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { char *s = soap->mime.boundary; size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } *s++ = '='; *s++ = '='; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } *s++ = '='; *s++ = '='; *s = '\0'; } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { struct soap_multipart *content; size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { const char *p = (const char*)content->ptr; size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input from socket=%d/fd=%d\n", soap->socket, soap->recvfd)); soap->error = SOAP_OK; #ifndef WITH_LEANER soap->recverror = SOAP_OK; #endif soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->shaky = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->body = 1; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->is && soap->recvfd >= 0) /* Set win32 stdin or soap->recvfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML/MIME/DIME/ZLIB, assume HTTP method or status line */ if (((c >= 'A' && c <= 'Z') || (c >= 'a' && c <= 'z')) && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB | SOAP_ENC_XML))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ #if 0 if (soap->status > 200 && soap->length == 0 && !(soap->http_content && (!soap->keep_alive || soap->recv_timeout)) && (soap->imode & SOAP_IO) != SOAP_IO_CHUNK) #endif if (soap->status && !soap->body) return soap->error = soap->status; #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == (int)EOF) return soap->error = SOAP_EOF; if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Invoking fpreparerecv\n")); if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap_get0(soap) == (int)EOF) { if (soap->status == 0) return soap->error = SOAP_NO_DATA; /* server side expects data */ return soap->error = soap->status; /* client side received HTTP status code */ } if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start) { const char *s; if (strlen(soap->mime.boundary) + strlen(soap->mime.start) + 140 > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ (SOAP_SNPRINTF(soap->id, sizeof(soap->id), strlen(soap->dime_id_format) + 20), soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap, size_t *len) { #ifndef WITH_LEAN size_t l = 0, n = 0; char *s; if (len) *len = 0; /* get HTTP body length */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing HTTP body (mode=0x%x,len=%lu)\n", soap->mode, (unsigned long)n)); #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_get1(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; if (len) *len = l - 1; /* len excludes terminating \0 */ #ifdef WITH_FAST if ((s = (char*)soap_malloc(soap, l))) soap_memcpy((void*)s, l, (const void*)soap->labbuf, l); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, NULL, 0); #endif return s; #else if (len) *len = 0; return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH) { if (!soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status == 0 || (soap->status >= 200 && soap->status <= 299)) return SOAP_OK; /* allow non-SOAP (REST) XML content to be captured */ soap->error = soap->status; } else if (soap->status) soap->error = soap->status; return soap->error; } soap_get_version(soap); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { const char *s; size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) soap_strcpy(soap->path, sizeof(soap->path), s + i); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { if (endpoints) { const char *s; s = strchr(endpoints, ' '); if (s) { size_t l = strlen(endpoints); char *endpoint = (char*)SOAP_MALLOC(soap, l + 1); for (;;) { soap_strncpy(endpoint, l + 1, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; soap_strcpy(host, sizeof(soap->host), soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); soap->action = soap_strdup(soap, action); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect/reconnect to '%s' host='%s' path='%s' port=%d\n", endpoint?endpoint:"(null)", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, soap->host, soap->port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send_flush(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); struct SOAP_ENV__Header *oldheader; if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; size_t c = soap->count; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; char *a = soap->action; short v = soap->version; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&req, NULL, SmbLength(&req)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, soap->path, soap->action, 0) || soap_end_send_flush(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); oldheader = soap->header; if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->header = oldheader; soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&res, NULL, SmbLength(&res)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->userid = NULL; soap->passwd = NULL; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->keep_alive = k; soap->length = l; soap->count = c; soap->mode = m; soap->omode = o; soap->status = s; soap->action = a; soap->version = v; } return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { int i; unsigned long m; char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) /* 0 < n <= 2 implies that t[0..4] is allocated (base64 scaling formula) */ { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { size_t i, j; soap_wchar c; unsigned long m; const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* space for raw binary and \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (i = 0; ; i += 3, l -= 3) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { if (l >= j - 1) { switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; l--; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; l -= 2; } } if (n) *n = (int)i; if (l) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n = (int)i; if (l) *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { const char *s = "text/xml; charset=utf-8"; int err = SOAP_OK; #ifndef WITH_LEANER const char *r = NULL; size_t n; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content && !strchr(s, 10) && !strchr(s, 13)) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { const char *t; size_t l; n = strlen(soap->mime.boundary); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), n + 53), "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); t = strchr(s, ';'); if (t) n = t - s; else n = strlen(s); l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > n) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, s, n); if (soap->mime.start) { l = strlen(soap->tmpbuf); n = strlen(soap->mime.start); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 10), "\"; start=\"%s", soap->mime.start); } if (r) { l = strlen(soap->tmpbuf); n = strlen(r); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 15), "\"; start-info=\"%s", r); } l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > 1) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, "\"", 1); } else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (status == SOAP_OK && soap->version == 2 && soap->action) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 11), "; action=\"%s\"", soap->action); } #endif if ((err = soap->fposthdr(soap, "Content-Type", soap->tmpbuf))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, (ULONG64)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (!t) t = SOAP_STR_EOS; if (*soap->tag) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + strlen(soap->tag) + 47), "Validation constraint violation: %s%s in element '%s'", s, t, soap->tag); else (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + 33), "Validation constraint violation: %s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else if (soap->version == 1) *c = "SOAP-ENV:Client"; else *c = "at source"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: if (*soap->type) *s = soap_set_validation_fault(soap, "type mismatch ", soap->type); else *s = soap_set_validation_fault(soap, "invalid value", NULL); break; case SOAP_SYNTAX_ERROR: *s = soap_set_validation_fault(soap, "syntax error", NULL); break; case SOAP_NO_TAG: if (soap->version == 0 && soap->level == 0) *s = soap_set_validation_fault(soap, "missing root element", NULL); else if (soap->version != 0 && soap->level < 3) *s = soap_set_validation_fault(soap, "missing SOAP message", NULL); else *s = soap_set_validation_fault(soap, "missing element", NULL); break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 65), "The data in element '%s' must be understood but cannot be processed", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data access error"; break; case SOAP_FATAL_ERROR: *s = "A fatal error has occurred"; break; case SOAP_NO_METHOD: (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 66), "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple elements (use the SOAP_XML_TREE flag) with duplicate id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type id-ref ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error or max DIME size exceeds SOAP_MAXDIMESIZE"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), (soap->d_stream && soap->d_stream->msg ? strlen(soap->d_stream->msg) : 0) + 19), "Zlib/gzip error: '%s'", soap->d_stream && soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "value range or content length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO *s = soap_strerror(soap); /* *s = soap->msgbuf */ #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { soap_memmove((void*)(soap->msgbuf + 25), sizeof(soap->tmpbuf) - 25, (const void*)soap->msgbuf, strlen(soap->msgbuf) + 1); if (soap->is) #if defined(__cplusplus) && !defined(WITH_COMPAT) soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End or bad std::istream: ", 25); #else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End at NUL buffer input: ", 25); #endif else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End of file or no input: ", 25); } #endif break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error >= 200 && soap->error < 600) { const char *t = http_error(soap, soap->error); (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(t) + 54), "Error %d: HTTP %d %s", soap->error, soap->error, t); *s = soap->msgbuf; } else #endif #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 26), "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { int status = soap->error; if (status == SOAP_OK || status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { int t; if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, (char*)&t, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap->encodingStyle = NULL; /* no encodingStyle in Faults */ soap_serializeheader(soap); soap_serializefault(soap); (void)soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); } (void)soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { int status = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check (%d) if receiving SOAP Fault (status = %d)\n", check, status)); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } else if (soap->version == 0) /* check == 1 but no SOAP: do not parse SOAP Fault */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Not a SOAP protocol\n")); return SOAP_OK; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); if (status) soap->error = status; else soap->error = status = SOAP_NO_DATA; soap_set_fault(soap); } else { const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { soap_mode m = soap->omode; if (!(m & SOAP_IO_UDP)) { soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; soap_response(soap, httpstatuscode); soap_end_send(soap); /* force end of sends */ soap->error = SOAP_STOP; /* stops the server (from returning another response */ soap->omode = m; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!(soap->omode & SOAP_IO_UDP)) { if (!soap_begin_recv(soap)) { if (soap->body) { if ((soap->status != 400 && soap->status != 500) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { #ifndef WITH_LEAN const char *s = soap_get_http_body(soap, NULL); #endif soap_end_recv(soap); #ifndef WITH_LEAN if (s) soap_set_receiver_error(soap, "HTTP Error", s, soap->status); #endif } else return soap_recv_fault(soap, 1); } else soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { int err = soap->errnum; *soap->msgbuf = '\0'; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R # ifdef _GNU_SOURCE return strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* GNU-specific */ # else strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* XSI-compliant */ # endif # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { int rt = soap->recv_timeout, st = soap->send_timeout; #ifndef WITH_LEAN int ru = ' ', su = ' '; #endif soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "message transfer interrupted"); if (rt || st) soap_strcpy(soap->msgbuf + 28, sizeof(soap->msgbuf) - 28, " or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs recv delay)", rt, ru); } if (st) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs send delay)", st, su); } #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized with soap_init\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized with soap_init\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) { soap_strcpy(buf, len, "Error: soap struct not initialized with soap_init"); } else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); (SOAP_SNPRINTF(buf, len, strlen(*c) + strlen(v) + strlen(s) + strlen(d) + 72), "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= sizeof(soap->buf)) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #else (void)soap; (void)fd; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { struct soap_plugin *p; int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); /* no logs to prevent leaks when user calls soap_init() on this context */ soap_set_test_logfile(this, NULL); soap_set_sent_logfile(this, NULL); soap_set_recv_logfile(this, NULL); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus struct soap& soap::operator=(const struct soap& soap) { soap_copy_context(this, &soap); return *this; } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/stdsoap2.cpp0000644000175000017500000203723112653650160015654 0ustar ellertellert/* stdsoap2.c[pp] 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems Inc., for the following additions under gSOAP public license: - vxWorks compatible options -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_LIB_VERSION 20828 #ifdef AS400 # pragma convert(819) /* EBCDIC to ASCII */ #endif #include "stdsoap2.h" #if GSOAP_VERSION != GSOAP_LIB_VERSION # error "GSOAP VERSION MISMATCH IN LIBRARY: PLEASE REINSTALL PACKAGE" #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) # include #endif #ifdef __BORLANDC__ # pragma warn -8060 #else # ifdef WIN32 # ifdef UNDER_CE # pragma comment(lib, "ws2.lib") /* WinCE */ # else # pragma comment(lib, "Ws2_32.lib") # endif # pragma warning(disable : 4996) /* disable deprecation warnings */ # endif #endif #ifdef __cplusplus SOAP_SOURCE_STAMP("@(#) stdsoap2.cpp ver 2.8.28 2016-02-01 00:00:00 GMT") extern "C" { #else SOAP_SOURCE_STAMP("@(#) stdsoap2.c ver 2.8.28 2016-02-01 00:00:00 GMT") #endif /* 8bit character representing unknown character entity or multibyte data */ #ifndef SOAP_UNKNOWN_CHAR # define SOAP_UNKNOWN_CHAR (0x7F) #endif /* unicode character representing unknown characters outside the XML 1.0 UTF8 unicode space */ #ifdef WITH_REPLACE_ILLEGAL_UTF8 # ifndef SOAP_UNKNOWN_UNICODE_CHAR # define SOAP_UNKNOWN_UNICODE_CHAR (0xFFFD) # endif #endif /* EOF=-1 */ #define SOAP_LT (soap_wchar)(-2) /* XML-specific '<' */ #define SOAP_TT (soap_wchar)(-3) /* XML-specific '' */ #define SOAP_QT (soap_wchar)(-5) /* XML-specific '"' */ #define SOAP_AP (soap_wchar)(-6) /* XML-specific ''' */ #define soap_blank(c) ((c)+1 > 0 && (c) <= 32) #define soap_notblank(c) ((c) > 32) #if defined(WIN32) && !defined(UNDER_CE) #define soap_hash_ptr(p) ((PtrToUlong(p) >> 3) & (SOAP_PTRHASH - 1)) #else #define soap_hash_ptr(p) ((size_t)(((unsigned long)(p) >> 3) & (SOAP_PTRHASH-1))) #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap*); #endif #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap*, int); static void soap_set_logfile(struct soap*, int, const char*); #endif #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap*); static void soap_free_mht(struct soap*); static void soap_track_unlink(struct soap*, const void*); #endif #ifndef PALM_2 static int soap_set_error(struct soap*, const char*, const char*, const char*, const char*, int); static int soap_copy_fault(struct soap*, const char*, const char*, const char*, const char*); static int soap_getattrval(struct soap*, char*, size_t*, soap_wchar); #endif #ifndef PALM_1 static void soap_free_ns(struct soap *soap); static soap_wchar soap_char(struct soap*); static soap_wchar soap_get_pi(struct soap*); static int soap_isxdigit(int); static void *fplugin(struct soap*, const char*); static size_t soap_count_attachments(struct soap *soap); static int soap_try_connect_command(struct soap*, int http_command, const char *endpoint, const char *action); #ifdef WITH_NTLM static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port); #endif #ifndef WITH_NOIDREF static int soap_has_copies(struct soap*, const char*, const char*); static int soap_type_punned(struct soap*, const struct soap_ilist*); static int soap_is_shaky(struct soap*, void*); static void soap_init_iht(struct soap*); static void soap_free_iht(struct soap*); #endif static void soap_init_pht(struct soap*); static void soap_free_pht(struct soap*); #endif #ifndef WITH_LEAN static const char *soap_set_validation_fault(struct soap*, const char*, const char*); static int soap_isnumeric(struct soap*, const char*); static struct soap_nlist *soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized); static void soap_utilize_ns(struct soap *soap, const char *tag); static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen); static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen); #endif #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart *soap_new_multipart(struct soap*, struct soap_multipart**, struct soap_multipart**, char*, size_t); static int soap_putdimefield(struct soap*, const char*, size_t); static char *soap_getdimefield(struct soap*, size_t); static void soap_select_mime_boundary(struct soap*); static int soap_valid_mime_boundary(struct soap*); static void soap_resolve_attachment(struct soap*, struct soap_multipart*); #endif #endif #ifdef WITH_GZIP static int soap_getgziphdr(struct soap*); #endif #ifdef WITH_OPENSSL # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static int ssl_verify_callback(int, X509_STORE_CTX*); static int ssl_verify_callback_allow_expired_certificate(int, X509_STORE_CTX*); static int ssl_password(char*, int, int, void *); #endif #ifdef WITH_GNUTLS # ifndef SOAP_SSL_RSA_BITS # define SOAP_SSL_RSA_BITS 2048 # endif static int soap_ssl_init_done = 0; static int ssl_auth_init(struct soap*); static const char *ssl_verify(struct soap *soap, const char *host); # if defined(HAVE_PTHREAD_H) # include /* make GNUTLS thread safe with pthreads */ GCRY_THREAD_OPTION_PTHREAD_IMPL; # elif defined(HAVE_PTH_H) #include /* make GNUTLS thread safe with PTH */ GCRY_THREAD_OPTION_PTH_IMPL; # endif #endif #ifdef WITH_SYSTEMSSL static int ssl_auth_init(struct soap*); static int ssl_recv(int sk, void *s, int n, char *user); static int ssl_send(int sk, void *s, int n, char *user); #endif #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char *soap_decode(char*, size_t, const char*, const char*); #endif #endif #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap*); static const char *http_error(struct soap*, int); static int http_get(struct soap*); static int http_405(struct soap*); static int http_200(struct soap*); static int http_post(struct soap*, const char*, const char*, int, const char*, const char*, size_t); static int http_send_header(struct soap*, const char*); static int http_post_header(struct soap*, const char*, const char*); static int http_response(struct soap*, int, size_t); static int http_parse(struct soap*); static int http_parse_header(struct soap*, const char*, const char*); #endif #endif #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap*, const char*, size_t); static size_t frecv(struct soap*, char*, size_t); static int tcp_init(struct soap*); static const char *tcp_error(struct soap*); #ifndef WITH_IPV6 static int tcp_gethost(struct soap*, const char *addr, struct in_addr *inaddr); #endif static SOAP_SOCKET tcp_connect(struct soap*, const char *endpoint, const char *host, int port); static SOAP_SOCKET tcp_accept(struct soap*, SOAP_SOCKET, struct sockaddr*, int*); static int tcp_select(struct soap*, SOAP_SOCKET, int, int); static int tcp_disconnect(struct soap*); static int tcp_closesocket(struct soap*, SOAP_SOCKET); static int tcp_shutdownsocket(struct soap*, SOAP_SOCKET, int); static const char *soap_strerror(struct soap*); #endif #define SOAP_TCP_SELECT_RCV 0x1 #define SOAP_TCP_SELECT_SND 0x2 #define SOAP_TCP_SELECT_ERR 0x4 #define SOAP_TCP_SELECT_ALL 0x7 #if defined(WIN32) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctlsocket(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctlsocket(fd, FIONBIO, &nonblocking); \ } #elif defined(VXWORKS) #define SOAP_SOCKBLOCK(fd) \ { u_long blocking = 0; \ ioctl(fd, FIONBIO, (int)(&blocking)); \ } #define SOAP_SOCKNONBLOCK(fd) \ { u_long nonblocking = 1; \ ioctl(fd, FIONBIO, (int)(&nonblocking)); \ } #elif defined(__VMS) #define SOAP_SOCKBLOCK(fd) \ { int blocking = 0; \ ioctl(fd, FIONBIO, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { int nonblocking = 1; \ ioctl(fd, FIONBIO, &nonblocking); \ } #elif defined(PALM) #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL, 0)|O_NONBLOCK); #elif defined(SYMBIAN) #define SOAP_SOCKBLOCK(fd) \ { long blocking = 0; \ ioctl(fd, 0/*FIONBIO*/, &blocking); \ } #define SOAP_SOCKNONBLOCK(fd) \ { long nonblocking = 1; \ ioctl(fd, 0/*FIONBIO*/, &nonblocking); \ } #else #define SOAP_SOCKBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)&~O_NONBLOCK); #define SOAP_SOCKNONBLOCK(fd) fcntl(fd, F_SETFL, fcntl(fd, F_GETFL)|O_NONBLOCK); #endif #endif #if defined(PALM) && !defined(PALM_2) unsigned short errno; #endif #ifndef PALM_1 static const char soap_env1[42] = "http://schemas.xmlsoap.org/soap/envelope/"; static const char soap_enc1[42] = "http://schemas.xmlsoap.org/soap/encoding/"; static const char soap_env2[40] = "http://www.w3.org/2003/05/soap-envelope"; static const char soap_enc2[40] = "http://www.w3.org/2003/05/soap-encoding"; static const char soap_rpc[35] = "http://www.w3.org/2003/05/soap-rpc"; #endif #ifndef PALM_1 const union soap_double_nan soap_double_nan = {{0xFFFFFFFF, 0xFFFFFFFF}}; const char soap_base64o[65] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; const char soap_base64i[81] = "\76XXX\77\64\65\66\67\70\71\72\73\74\75XXXXXXX\00\01\02\03\04\05\06\07\10\11\12\13\14\15\16\17\20\21\22\23\24\25\26\27\30\31XXXXXX\32\33\34\35\36\37\40\41\42\43\44\45\46\47\50\51\52\53\54\55\56\57\60\61\62\63"; #endif #ifndef WITH_LEAN static const char soap_indent[21] = "\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t"; /* Alternative indentation form for SOAP_XML_INDENT: static const char soap_indent[41] = "\n "; */ #endif #ifndef SOAP_CANARY # define SOAP_CANARY (0xC0DE) #endif static const char soap_padding[4] = "\0\0\0"; #define SOAP_STR_PADDING (soap_padding) #define SOAP_STR_EOS (soap_padding) #define SOAP_NON_NULL (soap_padding) #ifndef WITH_LEAN static const struct soap_code_map html_entity_codes[] = /* entities for XHTML parsing */ { { 160, "nbsp" }, { 161, "iexcl" }, { 162, "cent" }, { 163, "pound" }, { 164, "curren" }, { 165, "yen" }, { 166, "brvbar" }, { 167, "sect" }, { 168, "uml" }, { 169, "copy" }, { 170, "ordf" }, { 171, "laquo" }, { 172, "not" }, { 173, "shy" }, { 174, "reg" }, { 175, "macr" }, { 176, "deg" }, { 177, "plusmn" }, { 178, "sup2" }, { 179, "sup3" }, { 180, "acute" }, { 181, "micro" }, { 182, "para" }, { 183, "middot" }, { 184, "cedil" }, { 185, "sup1" }, { 186, "ordm" }, { 187, "raquo" }, { 188, "frac14" }, { 189, "frac12" }, { 190, "frac34" }, { 191, "iquest" }, { 192, "Agrave" }, { 193, "Aacute" }, { 194, "Acirc" }, { 195, "Atilde" }, { 196, "Auml" }, { 197, "Aring" }, { 198, "AElig" }, { 199, "Ccedil" }, { 200, "Egrave" }, { 201, "Eacute" }, { 202, "Ecirc" }, { 203, "Euml" }, { 204, "Igrave" }, { 205, "Iacute" }, { 206, "Icirc" }, { 207, "Iuml" }, { 208, "ETH" }, { 209, "Ntilde" }, { 210, "Ograve" }, { 211, "Oacute" }, { 212, "Ocirc" }, { 213, "Otilde" }, { 214, "Ouml" }, { 215, "times" }, { 216, "Oslash" }, { 217, "Ugrave" }, { 218, "Uacute" }, { 219, "Ucirc" }, { 220, "Uuml" }, { 221, "Yacute" }, { 222, "THORN" }, { 223, "szlig" }, { 224, "agrave" }, { 225, "aacute" }, { 226, "acirc" }, { 227, "atilde" }, { 228, "auml" }, { 229, "aring" }, { 230, "aelig" }, { 231, "ccedil" }, { 232, "egrave" }, { 233, "eacute" }, { 234, "ecirc" }, { 235, "euml" }, { 236, "igrave" }, { 237, "iacute" }, { 238, "icirc" }, { 239, "iuml" }, { 240, "eth" }, { 241, "ntilde" }, { 242, "ograve" }, { 243, "oacute" }, { 244, "ocirc" }, { 245, "otilde" }, { 246, "ouml" }, { 247, "divide" }, { 248, "oslash" }, { 249, "ugrave" }, { 250, "uacute" }, { 251, "ucirc" }, { 252, "uuml" }, { 253, "yacute" }, { 254, "thorn" }, { 255, "yuml" }, { 0, NULL } }; #endif #ifndef WITH_NOIO #ifndef WITH_LEAN static const struct soap_code_map h_error_codes[] = { #ifdef HOST_NOT_FOUND { HOST_NOT_FOUND, "Host not found" }, #endif #ifdef TRY_AGAIN { TRY_AGAIN, "Try Again" }, #endif #ifdef NO_RECOVERY { NO_RECOVERY, "No Recovery" }, #endif #ifdef NO_DATA { NO_DATA, "No Data" }, #endif #ifdef NO_ADDRESS { NO_ADDRESS, "No Address" }, #endif { 0, NULL } }; #endif #endif #ifndef WITH_NOHTTP #ifndef WITH_LEAN static const struct soap_code_map h_http_error_codes[] = { { 200, "OK" }, { 201, "Created" }, { 202, "Accepted" }, { 203, "Non-Authoritative Information" }, { 204, "No Content" }, { 205, "Reset Content" }, { 206, "Partial Content" }, { 300, "Multiple Choices" }, { 301, "Moved Permanently" }, { 302, "Found" }, { 303, "See Other" }, { 304, "Not Modified" }, { 305, "Use Proxy" }, { 307, "Temporary Redirect" }, { 400, "Bad Request" }, { 401, "Unauthorized" }, { 402, "Payment Required" }, { 403, "Forbidden" }, { 404, "Not Found" }, { 405, "Method Not Allowed" }, { 406, "Not Acceptable" }, { 407, "Proxy Authentication Required" }, { 408, "Request Time-out" }, { 409, "Conflict" }, { 410, "Gone" }, { 411, "Length Required" }, { 412, "Precondition Failed" }, { 413, "Request Entity Too Large" }, { 414, "Request-URI Too Large" }, { 415, "Unsupported Media Type" }, { 416, "Requested range not satisfiable" }, { 417, "Expectation Failed" }, { 500, "Internal Server Error" }, { 501, "Not Implemented" }, { 502, "Bad Gateway" }, { 503, "Service Unavailable" }, { 504, "Gateway Time-out" }, { 505, "HTTP Version not supported" }, { 0, NULL } }; #endif #endif #ifdef WITH_OPENSSL static const struct soap_code_map h_ssl_error_codes[] = { #define _SSL_ERROR(e) { e, #e } _SSL_ERROR(SSL_ERROR_SSL), _SSL_ERROR(SSL_ERROR_ZERO_RETURN), _SSL_ERROR(SSL_ERROR_WANT_READ), _SSL_ERROR(SSL_ERROR_WANT_WRITE), _SSL_ERROR(SSL_ERROR_WANT_CONNECT), _SSL_ERROR(SSL_ERROR_WANT_X509_LOOKUP), _SSL_ERROR(SSL_ERROR_SYSCALL), { 0, NULL } }; #endif #ifndef WITH_LEANER static const struct soap_code_map mime_codes[] = { { SOAP_MIME_7BIT, "7bit" }, { SOAP_MIME_8BIT, "8bit" }, { SOAP_MIME_BINARY, "binary" }, { SOAP_MIME_QUOTED_PRINTABLE, "quoted-printable" }, { SOAP_MIME_BASE64, "base64" }, { SOAP_MIME_IETF_TOKEN, "ietf-token" }, { SOAP_MIME_X_TOKEN, "x-token" }, { 0, NULL } }; #endif #ifdef WIN32 static int tcp_done = 0; #endif #if defined(HP_UX) && defined(HAVE_GETHOSTBYNAME_R) extern int h_errno; #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int fsend(struct soap *soap, const char *s, size_t n) { int nwritten, err; SOAP_SOCKET sk; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) { soap->os->write(s, (std::streamsize)n); if (soap->os->good()) return SOAP_OK; soap->errnum = 0; return SOAP_EOF; } #endif sk = soap->sendsk; if (!soap_valid_socket(sk)) sk = soap->socket; while (n) { if (soap_valid_socket(sk)) { if (soap->send_timeout) { for (;;) { int r; #ifdef WITH_OPENSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_GNUTLS if (soap->session) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) r = tcp_select(soap, sk, SOAP_TCP_SELECT_ALL, soap->send_timeout); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout); if (r > 0) break; if (!r) return SOAP_EOF; err = soap->errnum; if (!err) return soap->error; if (err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) return SOAP_EOF; } } #ifdef WITH_OPENSSL if (soap->ssl) nwritten = SSL_write(soap->ssl, s, (int)n); else if (soap->bio) nwritten = BIO_write(soap->bio, s, (int)n); else #endif #ifdef WITH_GNUTLS if (soap->session) nwritten = gnutls_record_send(soap->session, s, n); else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_write(soap->ssl, (char*)s, n, &nwritten); if (err != GSK_OK) nwritten = 0; } else #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); /* retry and back-off algorithm */ /* TODO: this is not very clear from specs so verify and limit conditions under which we should loop (e.g. ENOBUFS) */ if (nwritten < 0) { int udp_repeat; int udp_delay; if ((soap->connect_flags & SO_BROADCAST)) udp_repeat = 2; /* SOAP-over-UDP MULTICAST_UDP_REPEAT - 1 */ else udp_repeat = 1; /* SOAP-over-UDP UNICAST_UDP_REPEAT - 1 */ udp_delay = ((unsigned int)soap_random % 201) + 50; /* UDP_MIN_DELAY .. UDP_MAX_DELAY */ do { tcp_select(soap, sk, SOAP_TCP_SELECT_ERR, -1000 * udp_delay); if (soap->peerlen) nwritten = sendto(sk, (char*)s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, (SOAP_WINSOCKINT)soap->peerlen); else nwritten = send(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); udp_delay <<= 1; if (udp_delay > 500) /* UDP_UPPER_DELAY */ udp_delay = 500; } while (nwritten < 0 && --udp_repeat > 0); } if (nwritten < 0) { err = soap_socket_errno(sk); if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else #endif #if !defined(PALM) && !defined(AS400) nwritten = send(sk, s, (int)n, soap->socket_flags); #else nwritten = send(sk, (void*)s, n, soap->socket_flags); #endif if (nwritten <= 0) { int r = 0; err = soap_socket_errno(sk); #ifdef WITH_OPENSSL if (soap->ssl && (r = SSL_get_error(soap->ssl, nwritten)) != SSL_ERROR_NONE && r != SSL_ERROR_WANT_READ && r != SSL_ERROR_WANT_WRITE) { soap->errnum = err; return SOAP_EOF; } #endif #ifdef WITH_GNUTLS if (soap->session) { if (nwritten == GNUTLS_E_INTERRUPTED) err = SOAP_EINTR; else if (nwritten == GNUTLS_E_AGAIN) err = SOAP_EAGAIN; } #endif if (err == SOAP_EWOULDBLOCK || err == SOAP_EAGAIN) { #if defined(WITH_OPENSSL) if (soap->ssl && r == SSL_ERROR_WANT_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #elif defined(WITH_GNUTLS) if (soap->session && !gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->send_timeout ? soap->send_timeout : -10000); if (!r && soap->send_timeout) return SOAP_EOF; if (r < 0) return SOAP_EOF; } else if (err && err != SOAP_EINTR) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } else { #ifdef WITH_FASTCGI nwritten = fwrite((void*)s, 1, n, stdout); fflush(stdout); #else #ifdef UNDER_CE nwritten = fwrite(s, 1, n, soap->sendfd); #else #ifdef VXWORKS #ifdef WMW_RPM_IO if (soap->rpmreqid) nwritten = (httpBlockPut(soap->rpmreqid, (char*)s, n) == 0) ? n : -1; else #endif nwritten = fwrite(s, sizeof(char), n, fdopen(soap->sendfd, "w")); #else #ifdef WIN32 nwritten = _write(soap->sendfd, s, (unsigned int)n); #else nwritten = write(soap->sendfd, s, (unsigned int)n); #endif #endif #endif #endif if (nwritten <= 0) { #ifndef WITH_FASTCGI err = soap_errno; #else err = EOF; #endif if (err && err != SOAP_EINTR && err != SOAP_EWOULDBLOCK && err != SOAP_EAGAIN) { soap->errnum = err; return SOAP_EOF; } nwritten = 0; /* and call write() again */ } } n -= nwritten; s += nwritten; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap *soap, const char *s, size_t n) { if (!n) return SOAP_OK; #ifndef WITH_LEANER if (soap->fpreparesend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->mode & SOAP_IO_LENGTH) && (soap->error = soap->fpreparesend(soap, s, n))) return soap->error; if (soap->ffiltersend && (soap->error = soap->ffiltersend(soap, &s, &n))) return soap->error; #endif if ((soap->mode & SOAP_IO_LENGTH)) soap->count += n; else if (soap->mode & SOAP_IO) { size_t i = sizeof(soap->buf) - soap->bufidx; while (n >= i) { soap_memcpy((void*)(soap->buf + soap->bufidx), i, (const void*)s, i); soap->bufidx = sizeof(soap->buf); if (soap_flush(soap)) return soap->error; s += i; n -= i; i = sizeof(soap->buf); } soap_memcpy((void*)(soap->buf + soap->bufidx), sizeof(soap->buf) - soap->bufidx, (const void*)s, n); soap->bufidx += n; } else return soap_flush_raw(soap, s, n); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap *soap) { size_t n = soap->bufidx; if (n) { #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { int r; if (soap->fpreparesend && (r = soap->fpreparesend(soap, soap->buf, n))) return soap->error = r; } #endif soap->bufidx = 0; #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap->d_stream->next_in = (Byte*)soap->buf; soap->d_stream->avail_in = (unsigned int)n; #ifdef WITH_GZIP soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)n); #endif do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating %u bytes\n", soap->d_stream->avail_in)); if (deflate(soap->d_stream, Z_NO_FLUSH) != Z_OK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } if (!soap->d_stream->avail_out) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf))) return soap->error; soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (soap->d_stream->avail_in); } else #endif return soap_flush_raw(soap, soap->buf, n); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap *soap, const char *s, size_t n) { if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { void *t; if (!(t = soap_push_block(soap, NULL, n))) return soap->error = SOAP_EOM; soap_memcpy(t, n, (const void*)s, n); return SOAP_OK; } #ifndef WITH_LEANER if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { char t[24]; (SOAP_SNPRINTF(t, sizeof(t), 20), &"\r\n%lX\r\n"[soap->chunksize ? 0 : 2], (unsigned long)n); DBGMSG(SENT, t, strlen(t)); if ((soap->error = soap->fsend(soap, t, strlen(t)))) return soap->error; soap->chunksize += n; } DBGMSG(SENT, s, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)n, soap->socket, soap->sendfd)); #endif return soap->error = soap->fsend(soap, s, n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap *soap, const char *s) { if (s) return soap_send_raw(soap, s, strlen(s)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap *soap, const char *s1, const char *s2) { if (soap_send(soap, s1)) return soap->error; return soap_send(soap, s2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap *soap, const char *s1, const char *s2, const char *s3) { if (soap_send(soap, s1) || soap_send(soap, s2)) return soap->error; return soap_send(soap, s3); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static size_t frecv(struct soap *soap, char *s, size_t n) { int r; int retries = 100; /* max 100 retries with non-blocking sockets */ SOAP_SOCKET sk; soap->errnum = 0; #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->is) /* recv from C++ stream */ { if (soap->is->good()) return (size_t)soap->is->read(s, (std::streamsize)n).gcount(); return 0; } #else if (soap->is) /* recv from C buffer until NUL */ { size_t l = strlen(soap->is); if (l > n) l = n; soap_memcpy(s, n, soap->is, l); soap->is += l; return l; } #endif sk = soap->recvsk; if (!soap_valid_socket(sk)) sk = soap->socket; if (soap_valid_socket(sk)) { for (;;) { #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) int err = 0; #endif #ifdef WITH_OPENSSL if (soap->recv_timeout && !soap->ssl) /* OpenSSL: sockets are nonblocking */ #else if (soap->recv_timeout) #endif { for (;;) { r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout); if (r > 0) break; if (!r) return 0; r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } } #ifdef WITH_OPENSSL if (soap->ssl) { r = SSL_read(soap->ssl, s, (int)n); if (r > 0) return (size_t)r; err = SSL_get_error(soap->ssl, r); if (err != SSL_ERROR_NONE && err != SSL_ERROR_WANT_READ && err != SSL_ERROR_WANT_WRITE) return 0; } else if (soap->bio) { r = BIO_read(soap->bio, s, (int)n); if (r > 0) return (size_t)r; return 0; } else #endif #ifdef WITH_GNUTLS if (soap->session) { r = (int)gnutls_record_recv(soap->session, s, n); if (r >= 0) return (size_t)r; } else #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { err = gsk_secure_socket_read(soap->ssl, s, n, &r); if (err == GSK_OK && r > 0) return (size_t)r; if (err != GSK_OK && err != GSK_WOULD_BLOCK && err != GSK_WOULD_BLOCK_WRITE) return 0; } else #endif { #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) { SOAP_SOCKLEN_T k = (SOAP_SOCKLEN_T)sizeof(soap->peer); memset((void*)&soap->peer, 0, sizeof(soap->peer)); r = recvfrom(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags, &soap->peer.addr, &k); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ soap->peerlen = (size_t)k; #ifndef WITH_IPV6 soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); #endif } else #endif r = recv(sk, s, (SOAP_WINSOCKINT)n, soap->socket_flags); #ifdef PALM /* CycleSyncDisplay(curStatusMsg); */ #endif if (r >= 0) return (size_t)r; r = soap_socket_errno(sk); if (r != SOAP_EINTR && r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) { soap->errnum = r; return 0; } } #if defined(WITH_OPENSSL) if (soap->ssl && err == SSL_ERROR_WANT_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_GNUTLS) if (soap->session && gnutls_record_get_direction(soap->session)) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #elif defined(WITH_SYSTEMSSL) if (soap->ssl && err == GSK_WOULD_BLOCK_WRITE) r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); else #endif r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, soap->recv_timeout ? soap->recv_timeout : 5); if (!r && soap->recv_timeout) return 0; if (r < 0) { r = soap->errnum; if (r != SOAP_EAGAIN && r != SOAP_EWOULDBLOCK) return 0; } if (retries-- <= 0) return 0; #ifdef PALM r = soap_socket_errno(sk); if (r != SOAP_EINTR && retries-- <= 0) { soap->errnum = r; return 0; } #endif } } #ifdef WITH_FASTCGI return fread(s, 1, n, stdin); #else #ifdef UNDER_CE return fread(s, 1, n, soap->recvfd); #else #ifdef WMW_RPM_IO if (soap->rpmreqid) r = httpBlockRead(soap->rpmreqid, s, n); else #endif #ifdef WIN32 r = _read(soap->recvfd, s, (unsigned int)n); #else r = read(soap->recvfd, s, n); #endif if (r >= 0) return (size_t)r; soap->errnum = soap_errno; return 0; #endif #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static soap_wchar soap_getchunkchar(struct soap *soap) { if (soap->bufidx < soap->buflen) return soap->buf[soap->bufidx++]; soap->bufidx = 0; soap->buflen = soap->chunkbuflen = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)soap->buflen, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, soap->buflen); if (soap->buflen) return soap->buf[soap->bufidx++]; return EOF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static int soap_isxdigit(int c) { return (c >= '0' && c <= '9') || (c >= 'A' && c <= 'F') || (c >= 'a' && c <= 'f'); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap *soap) { size_t ret; #if !defined(WITH_LEANER) || defined(WITH_ZLIB) int r; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { if (soap->d_stream->next_out == Z_NULL) { soap->bufidx = soap->buflen = 0; return EOF; } if (soap->d_stream->avail_in || !soap->d_stream->avail_out) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflating\n")); soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; ret = soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)ret); if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (ret) { soap->count += ret; if (soap->count > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n----\n")); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif return SOAP_OK; } } else if (r != Z_BUF_ERROR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate error: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } zlib_again: if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK && !soap->chunksize) { soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->buflen = soap->z_buflen; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- compressed ----\n")); } #endif #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) /* read HTTP chunked transfer */ { for (;;) { soap_wchar c; char *t, tmp[17]; if (soap->chunksize) { soap->buflen = ret = soap->frecv(soap, soap->buf, soap->chunksize > sizeof(soap->buf) ? sizeof(soap->buf) : soap->chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk: read %u bytes\n", (unsigned int)ret)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; soap->chunksize -= ret; break; } t = tmp; if (!soap->chunkbuflen) { soap->chunkbuflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes (chunked) from socket=%d\n", (unsigned int)ret, soap->socket)); DBGMSG(RECV, soap->buf, ret); soap->bufidx = 0; if (!ret) { soap->ahead = EOF; return EOF; } } else soap->bufidx = soap->buflen; soap->buflen = soap->chunkbuflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Getting chunk size (idx=%u len=%u)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen)); while (!soap_isxdigit((int)(c = soap_getchunkchar(soap)))) { if ((int)c == EOF) { soap->ahead = EOF; return EOF; } } do *t++ = (char)c; while (soap_isxdigit((int)(c = soap_getchunkchar(soap))) && (size_t)(t - tmp) < sizeof(tmp)-1); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); if ((int)c == EOF) { soap->ahead = EOF; return EOF; } *t = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunk size = %s (hex)\n", tmp)); soap->chunksize = (size_t)soap_strtoul(tmp, &t, 16); if (!soap->chunksize) { soap->bufidx = soap->buflen = soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of chunked message\n")); while ((int)c != EOF && c != '\n') c = soap_getchunkchar(soap); ret = 0; soap->ahead = EOF; break; } soap->buflen = soap->bufidx + soap->chunksize; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving buf len to idx=%u len=%u (%s)\n", (unsigned int)soap->bufidx, (unsigned int)soap->buflen, tmp)); if (soap->buflen > soap->chunkbuflen) { soap->buflen = soap->chunkbuflen; soap->chunksize -= soap->buflen - soap->bufidx; soap->chunkbuflen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Passed end of buffer for chunked HTTP (%u bytes left)\n", (unsigned int)(soap->buflen - soap->bufidx))); } else if (soap->chunkbuflen) soap->chunksize = 0; ret = soap->buflen - soap->bufidx; if (ret) break; } } else #endif { soap->bufidx = 0; soap->buflen = ret = soap->frecv(soap, soap->buf, sizeof(soap->buf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read %u bytes from socket=%d/fd=%d\n", (unsigned int)ret, soap->socket, soap->recvfd)); DBGMSG(RECV, soap->buf, ret); } #ifdef WITH_ZLIB if (soap->mode & SOAP_ENC_ZLIB) { soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)ret; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); r = inflate(soap->d_stream, Z_NO_FLUSH); if (r == Z_NEED_DICT && soap->z_dict) r = inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len); if (r == Z_OK || r == Z_STREAM_END) { soap->bufidx = 0; soap->z_buflen = soap->buflen; soap->buflen = sizeof(soap->buf) - soap->d_stream->avail_out; if (soap->zlib_in == SOAP_ZLIB_GZIP) soap->z_crc = crc32(soap->z_crc, (Byte*)soap->buf, (unsigned int)soap->buflen); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated %u bytes\n", (unsigned int)soap->buflen)); if (ret && !soap->buflen && r != Z_STREAM_END) goto zlib_again; ret = soap->buflen; if (r == Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_in = (float)soap->d_stream->total_in / (float)soap->d_stream->total_out; soap->d_stream->next_out = Z_NULL; } if (soap->count + ret > SOAP_MAXINFLATESIZE && soap->z_ratio_in < SOAP_MINDEFLATERATIO) { soap->d_stream->msg = (char*)"caught SOAP_MINDEFLATERATIO explosive decompression guard (remedy: increase SOAP_MAXINFLATESIZE and/or decrease SOAP_MINDEFLATERATIO)"; return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(RECV, SOAP_MESSAGE(fdebug, "\n---- decompressed ----\n")); DBGMSG(RECV, soap->buf, ret); #ifndef WITH_LEANER if (soap->fpreparerecv && (r = soap->fpreparerecv(soap, soap->buf, ret))) return soap->error = r; #endif } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to inflate: (%d) %s\n", r, soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); soap->d_stream->next_out = Z_NULL; return soap->error = SOAP_ZLIB_ERROR; } } #endif #ifndef WITH_LEANER if (soap->fpreparerecv #ifdef WITH_ZLIB && soap->zlib_in == SOAP_ZLIB_NONE #endif && (r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, ret))) return soap->error = r; #endif if (ret) { soap->count += ret; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Read count=%lu (+%lu)\n", (unsigned long)soap->count, (unsigned long)ret)); return SOAP_OK; } return EOF; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap *soap) { #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_DIME) { if (soap->dime.buflen) { char *s; int i; unsigned char tmp[12]; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME hdr for chunked DIME is in buffer\n")); soap->count += soap->dime.buflen - soap->buflen; soap->buflen = soap->dime.buflen; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Skip padding (%ld bytes)\n", -(long)soap->dime.size&3)); for (i = -(long)soap->dime.size&3; i > 0; i--) { soap->bufidx++; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME hdr for next chunk\n")); s = (char*)tmp; for (i = 12; i > 0; i--) { *s++ = soap->buf[soap->bufidx++]; if (soap->bufidx >= soap->buflen) if (soap_recv_raw(soap)) return EOF; } soap->dime.flags = tmp[0] & 0x7; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME chunk (%u bytes)\n", (unsigned int)soap->dime.size)); if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "More chunking\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.size) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Last chunk\n")); soap->dime.buflen = 0; soap->dime.chunksize = 0; } soap->count = soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%u bytes remaining\n", (unsigned int)soap->count)); return SOAP_OK; } if (soap->dime.chunksize) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get next DIME hdr for chunked DIME (%u bytes chunk)\n", (unsigned int)soap->dime.chunksize)); if (soap_recv_raw(soap)) return EOF; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->count -= soap->buflen - soap->bufidx - soap->dime.chunksize; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%lu bytes remaining, count=%lu\n", (unsigned long)(soap->buflen-soap->bufidx), (unsigned long)soap->count)); return SOAP_OK; } } while (soap->ffilterrecv) { int err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filter recverror = %d\n", soap->recverror)); if (soap->recverror) soap->bufidx = soap->buflen = 0; else { soap->recverror = soap_recv_raw(soap); /* do not call again after EOF */ soap->buflen -= soap->bufidx; /* chunked may set bufidx > 0 to skip hex chunk length */ } if ((err = soap->ffilterrecv(soap, soap->buf + soap->bufidx, &soap->buflen, sizeof(soap->buf) - soap->bufidx))) return soap->error = err; if (soap->buflen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Filtered %lu\n", (unsigned long)soap->buflen)); soap->buflen += soap->bufidx; return SOAP_OK; } if (soap->recverror) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Returning postponed EOF%d\n", soap->recverror)); return soap->recverror; } } return soap->recverror = soap_recv_raw(soap); #else return soap_recv_raw(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if (c != EOF) soap->ahead = 0; return c; } return soap_get1(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map *code_map, const char *str) { if (code_map && str) { while (code_map->string) { if (!strcmp(str, code_map->string)) /* case sensitive */ return code_map; code_map++; } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map *code_map, const char *str, LONG64 other) { if (code_map) { while (code_map->string) { if (!soap_tag_cmp(str, code_map->string)) /* case insensitive */ return code_map->code; code_map++; } } return other; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map *code_map, long code) { if (!code_map) return NULL; while (code_map->code != code && code_map->string) code_map++; return code_map->string; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map *code_map, const char *str) { LONG64 bits = 0; if (code_map) { while (str && *str) { const struct soap_code_map *p; for (p = code_map; p->string; p++) { size_t n = strlen(p->string); if (!strncmp(p->string, str, n) && soap_blank((soap_wchar)str[n])) { bits |= p->code; str += n; while (*str > 0 && *str <= 32) str++; break; } } if (!p->string) return 0; } } return bits; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap *soap, const struct soap_code_map *code_map, long code) { char *t = soap->tmpbuf; if (code_map) { while (code_map->string) { if (code_map->code & code) { const char *s = code_map->string; if (t != soap->tmpbuf) *t++ = ' '; while (*s && t < soap->tmpbuf + sizeof(soap->tmpbuf) - 1) *t++ = *s++; if (t == soap->tmpbuf + sizeof(soap->tmpbuf) - 1) break; } code_map++; } } *t = '\0'; return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_char(struct soap *soap) { char tmp[8]; int i; soap_wchar c; char *s = tmp; for (i = 0; i < 7; i++) { c = soap_get1(soap); if (c == ';' || (int)c == EOF) break; *s++ = (char)c; } *s = '\0'; if (*tmp == '#') { if (tmp[1] == 'x' || tmp[1] == 'X') return (soap_wchar)soap_strtol(tmp + 2, NULL, 16); return (soap_wchar)soap_strtol(tmp + 1, NULL, 10); } if (!strcmp(tmp, "lt")) return '<'; if (!strcmp(tmp, "gt")) return '>'; if (!strcmp(tmp, "amp")) return '&'; if (!strcmp(tmp, "quot")) return '"'; if (!strcmp(tmp, "apos")) return '\''; #ifndef WITH_LEAN return (soap_wchar)soap_code_int(html_entity_codes, tmp, (LONG64)SOAP_UNKNOWN_CHAR); #else return SOAP_UNKNOWN_CHAR; /* use this to represent unknown code */ #endif } #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get0(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx]; } #endif #endif /******************************************************************************/ #ifdef WITH_LEAN #ifndef PALM_1 soap_wchar soap_get1(struct soap *soap) { if (soap->bufidx >= soap->buflen && soap_recv(soap)) return EOF; return (unsigned char)soap->buf[soap->bufidx++]; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap *soap) { soap_wchar c; c = soap->ahead; if (c) { if ((int)c != EOF) soap->ahead = 0; } else c = soap_get1(soap); while ((int)c != EOF) { if (soap->cdata) { if (c == ']') { c = soap_get1(soap); if (c == ']') { c = soap_get0(soap); if (c == '>') { soap->cdata = 0; c = soap_get1(soap); c = soap_get1(soap); } else { soap_unget(soap, ']'); return ']'; } } else { soap_revget1(soap); return ']'; } } else return c; } switch (c) { case '<': do c = soap_get1(soap); while (soap_blank(c)); if (c == '!' || c == '?' || c == '%') { int k = 1; if (c == '!') { c = soap_get1(soap); if (c == '[') { do c = soap_get1(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) break; soap->cdata = 1; c = soap_get1(soap); continue; } if (c == '-' && (c = soap_get1(soap)) == '-') { do { c = soap_get1(soap); if (c == '-' && (c = soap_get1(soap)) == '-') break; } while ((int)c != EOF); } } else if (c == '?') c = soap_get_pi(soap); while ((int)c != EOF) { if (c == '<') k++; else if (c == '>') { if (--k <= 0) break; } c = soap_get1(soap); } if ((int)c == EOF) break; c = soap_get1(soap); continue; } if (c == '/') return SOAP_TT; soap_revget1(soap); return SOAP_LT; case '>': return SOAP_GT; case '"': return SOAP_QT; case '\'': return SOAP_AP; case '&': return soap_char(soap) | 0x80000000; } break; } return c; } #endif /******************************************************************************/ #ifndef PALM_1 static soap_wchar soap_get_pi(struct soap *soap) { char buf[64]; char *s = buf; int i = sizeof(buf); soap_wchar c = soap_getchar(soap); /* This is a quick way to parse XML PI and we could use a callback instead to * enable applications to intercept processing instructions */ while ((int)c != EOF && c != '?') { if (--i > 0) { if (soap_blank(c)) c = ' '; *s++ = (char)c; } c = soap_getchar(soap); } *s = '\0'; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "XML PI \n", buf)); if (!strncmp(buf, "xml ", 4)) { s = strstr(buf, " encoding="); if (s && s[10]) { if (!soap_tag_cmp(s + 11, "iso-8859-1*") || !soap_tag_cmp(s + 11, "latin1*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to latin1 encoding\n")); soap->mode |= SOAP_ENC_LATIN; } else if (!soap_tag_cmp(s + 11, "utf-8*")) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Switching to utf-8 encoding\n")); soap->mode &= ~SOAP_ENC_LATIN; } } } if ((int)c != EOF) c = soap_getchar(soap); return c; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap *soap, size_t n) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Moving %lu bytes forward\n", (unsigned long)n)); for (; n; n--) if ((int)soap_getchar(soap) == EOF) return SOAP_EOF; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap *soap) { return soap->count - soap->buflen + soap->bufidx - (soap->ahead != 0); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap *soap, unsigned long c) { char tmp[24]; if ((c < 0x7F && c > 0x1F)) { *tmp = (char)c; return soap_send_raw(soap, tmp, 1); } #ifdef WITH_REPLACE_ILLEGAL_UTF8 if (!(c == 0x09 || c == 0x0A || c == 0x0D || (c >= 0x80 && c <= 0xD7FF) || (c >= 0xE000 && c <= 0xFFFD) || (c >= 0x10000 && c <= 0x10FFFF))) c = SOAP_UNKNOWN_UNICODE_CHAR; #endif #ifndef WITH_LEAN if (c > 0x9F) { char *t = tmp; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); *t = '\0'; } else #endif (SOAP_SNPRINTF(tmp, sizeof(tmp), 20), "&#x%lX;", c); return soap_send(soap, tmp); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap *soap) { soap_wchar c, c1, c2, c3, c4; c = soap->ahead; if (c >= 0x80) soap->ahead = 0; else c = soap_get(soap); if (c < 0x80 || c > 0xFF || (soap->mode & SOAP_ENC_LATIN)) return c; c1 = soap_get1(soap); if (c1 < 0x80) { soap_revget1(soap); /* doesn't look like this is UTF8 */ return c; } c1 &= 0x3F; if (c < 0xE0) return ((soap_wchar)(c & 0x1F) << 6) | c1; c2 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF0) return ((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2; c3 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xF8) return ((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3; c4 = (soap_wchar)soap_get1(soap) & 0x3F; if (c < 0xFC) return ((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4; return ((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(soap_get1(soap) & 0x3F); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char *s) { size_t l = 0; while (*s) if ((*s++ & 0xC0) != 0x80) l++; return l; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap *soap, const unsigned char *s, int n) { char d[2]; int i; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2hex(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (i = 0; i < n; i++) { int m = *s++; d[0] = (char)((m >> 4) + (m > 159 ? '7' : '0')); m &= 0x0F; d[1] = (char)(m + (m > 9 ? '7' : '0')); if (soap_send_raw(soap, d, 2)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap *soap, int *n) { #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_hex2s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { char *s; size_t i, k; if (soap_append_lab(soap, NULL, 0)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = soap->lablen; for (i = 0; i < k; i++) { char d1, d2; soap_wchar c; c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; size_t l = soap->lablen + i - k; soap_unget(soap, c); if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); return p; } *s++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN); if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { char d1, d2; soap_wchar c = soap_get(soap); if (soap_isxdigit(c)) { d1 = (char)c; c = soap_get(soap); if (soap_isxdigit(c)) d2 = (char)c; else { soap_end_block(soap, NULL); soap->error = SOAP_TYPE; return NULL; } } else { unsigned char *p; soap_unget(soap, c); if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); return p; } *s++ = ((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0'); } } #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap *soap, const unsigned char *s, int n) { int i; unsigned long m; char d[4]; if (!s) return SOAP_OK; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!(soap->dom->text = soap_s2base64(soap, s, NULL, n))) return soap->error; return SOAP_OK; } #endif for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; if (soap_send_raw(soap, d, 4)) return soap->error; } if (n > 0) { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i++; i > 0; m >>= 6) d[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) d[i] = '='; if (soap_send_raw(soap, d, 4)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap *soap, int *n, int malloc_flag) { (void)malloc_flag; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_string_in(soap, 0, -1, -1, NULL); return (unsigned char*)soap_base642s(soap, soap->dom->text, NULL, 0, n); } #endif #ifdef WITH_FAST soap->labidx = 0; for (;;) { size_t i, k; char *s; if (soap_append_lab(soap, NULL, 2)) return NULL; s = soap->labbuf + soap->labidx; k = soap->lablen - soap->labidx; soap->labidx = 3 * (soap->lablen / 3); if (k > 2) { for (i = 0; i < k - 2; i += 3) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c < SOAP_AP) c &= 0x7FFFFFFF; if (c == '=' || c < 0) { unsigned char *p; size_t l; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } l = soap->lablen + i - k; if (n) *n = (int)l; p = (unsigned char*)soap_malloc(soap, l); if (p) soap_memcpy((void*)p, l, (const void*)soap->labbuf, l); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } } #else if (soap_new_block(soap) == NULL) return NULL; for (;;) { int i; char *s = (char*)soap_push_block(soap, NULL, 3 * SOAP_BLKLEN); /* must be multiple of 3 */ if (!s) { soap_end_block(soap, NULL); return NULL; } for (i = 0; i < SOAP_BLKLEN; i++) { unsigned long m = 0; int j = 0; do { soap_wchar c = soap_get(soap); if (c == '=' || c < 0) { unsigned char *p; i *= 3; switch (j) { case 2: *s++ = (char)((m >> 4) & 0xFF); i++; break; case 3: *s++ = (char)((m >> 10) & 0xFF); *s++ = (char)((m >> 2) & 0xFF); i += 2; } if (n) *n = (int)soap_size_block(soap, NULL, i); p = (unsigned char*)soap_save_block(soap, NULL, NULL, 0); if (c >= 0) { while ((int)((c = soap_get(soap)) != EOF) && c != SOAP_LT && c != SOAP_TT) continue; } soap_unget(soap, c); return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c)) { soap->error = SOAP_TYPE; return NULL; } } while (j < 4); *s++ = (char)((m >> 16) & 0xFF); *s++ = (char)((m >> 8) & 0xFF); *s++ = (char)(m & 0xFF); } } #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { /* Check MTOM xop:Include element (within hex/base64Binary) */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ short body = soap->body; /* should save type too? */ if (!soap_peek_element(soap)) { if (!soap_element_begin_in(soap, "xop:Include", 0, NULL)) { if (soap_attachment_forward(soap, ptr, size, id, type, options) || (soap->body && soap_element_end_in(soap, "xop:Include"))) return soap->error; } } soap->body = body; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap *soap, unsigned char **ptr, int *size, char **id, char **type, char **options) { struct soap_xlist *xp; *ptr = NULL; *size = 0; *id = NULL; *type = NULL; *options = NULL; if (!*soap->href) return SOAP_OK; *id = soap_strdup(soap, soap->href); xp = (struct soap_xlist*)SOAP_MALLOC(soap, sizeof(struct soap_xlist)); if (!xp) return soap->error = SOAP_EOM; xp->next = soap->xlist; xp->ptr = ptr; xp->size = size; xp->id = *id; xp->type = type; xp->options = options; soap->xlist = xp; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_memdup(struct soap *soap, const void *s, size_t n) { void *t = NULL; if (s && (t = soap_malloc(soap, n))) soap_memcpy(t, n, s, n); return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strdup(struct soap *soap, const char *s) { char *t = NULL; if (s) { size_t l = strlen(s) + 1; if ((t = (char*)soap_malloc(soap, l))) soap_memcpy((void*)t, l, (const void*)s, l); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrdup(struct soap *soap, const wchar_t *s) { wchar_t *t = NULL; if (s) { size_t n = 0; while (s[n]) n++; n = sizeof(wchar_t)*(n+1); if ((t = (wchar_t*)soap_malloc(soap, n))) soap_memcpy((void*)t, n, (const void*)s, n); } return t; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_strtrim(struct soap *soap, char *s) { (void)soap; if (s) { char *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = '\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstrtrim(struct soap *soap, wchar_t *s) { (void)soap; if (s) { wchar_t *t; while ((*s >= 9 && *s <= 13) || *s == 32) s++; t = s; while (*t) t++; while (--t > s && ((*t >= 9 && *t <= 13) || *t == 32)) continue; t[1] = L'\0'; } return s; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap *soap) { struct soap_blist *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New block sequence (prev=%p)\n", soap->blist)); if (!(p = (struct soap_blist*)SOAP_MALLOC(soap, sizeof(struct soap_blist)))) { soap->error = SOAP_EOM; return NULL; } p->next = soap->blist; p->head = NULL; p->size = 0; soap->blist = p; return p; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap *soap, struct soap_blist *b, size_t n) { struct soap_bhead *p; if (!b) b = soap->blist; if (!(p = (struct soap_bhead*)SOAP_MALLOC(soap, sizeof(struct soap_bhead) + n))) { soap->error = SOAP_EOM; return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push block %p of %u bytes (%u bytes total)\n", p, (unsigned int)n, (unsigned int)b->size + (unsigned int)n)); p->next = b->head; b->head = p; p->size = n; b->size += n; return (void*)(p + 1); /* skip block header and point to n allocated bytes */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; if (!b->head) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop block\n")); p = b->head; b->size -= p->size; b->head = p->next; SOAP_FREE(soap, p); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len) { const void *start = src, *end = src + len; #ifndef WITH_LEANER struct soap_xlist *xp; #endif #ifndef WITH_NOIDREF if ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update pointers %p (%lu bytes) -> %p\n", src, (unsigned long)len, dst)); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { struct soap_flist *fp; void *p, **q; if (ip->shaky) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update shaky id='%s'\n", ip->id)); if (ip->ptr && ip->ptr >= start && ip->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update ptr %p -> %p\n", ip->ptr, (const char*)ip->ptr + (dst-src))); ip->ptr = (void*)((const char*)ip->ptr + (dst-src)); } for (q = &ip->link; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Link update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (q = &ip->copy; q; q = (void**)p) { p = *q; if (p && p >= start && p < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy chain update id='%s' %p -> %p\n", ip->id, p, (const char*)p + (dst-src))); *q = (void*)((const char*)p + (dst-src)); } } for (fp = ip->flist; fp; fp = fp->next) { if (fp->ptr >= start && fp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy list update id='%s' target type=%d %p -> %p\n", ip->id, fp->type, fp->ptr, (char*)fp->ptr + (dst-src))); fp->ptr = (void*)((const char*)fp->ptr + (dst-src)); } } if (ip->smart && ip->smart >= start && ip->smart < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Smart shared pointer update %p -> %p\n", ip->smart, (const char*)ip->smart + (dst-src))); ip->smart = (void*)((const char*)ip->smart + (dst-src)); } } } } } #else (void)soap; (void)start; (void)end; (void)dst; (void)src; #endif #ifndef WITH_LEANER for (xp = soap->xlist; xp; xp = xp->next) { if (xp->ptr && (void*)xp->ptr >= start && (void*)xp->ptr < end) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Update attachment id='%s' %p -> %p\n", xp->id ? xp->id : SOAP_STR_EOS, xp->ptr, (char*)xp->ptr + (dst-src))); xp->ptr = (unsigned char**)((char*)xp->ptr + (dst-src)); xp->size = (int*)((char*)xp->size + (dst-src)); xp->type = (char**)((char*)xp->type + (dst-src)); xp->options = (char**)((char*)xp->options + (dst-src)); } } #endif } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static int soap_has_copies(struct soap *soap, const char *start, const char *end) { int i; struct soap_ilist *ip = NULL; struct soap_flist *fp = NULL; const char *p; for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = ip->next) { for (p = (const char*)ip->copy; p; p = *(const char**)p) if (p >= start && p < end) return SOAP_ERR; for (fp = ip->flist; fp; fp = fp->next) if (fp->type == ip->type && (const char*)fp->ptr >= start && (const char*)fp->ptr < end) return SOAP_ERR; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap *soap) { int i; short flag; const char *id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded refs\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->ptr) { void **q; struct soap_flist *fp, **fpp = &ip->flist; if (ip->spine) ip->spine[0] = ip->ptr; q = (void**)ip->link; ip->link = NULL; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); while (q) { void *p = *q; *q = ip->ptr; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, ip->ptr)); q = (void**)p; } while ((fp = *fpp)) { if (fp->level > 0 && fp->finsert) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... insert type=%d link %p -> %p\n", fp->type, fp->ptr, ip->ptr)); if (ip->spine && fp->level <= SOAP_MAXPTRS) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); else if (fp->level == 1) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->ptr, &ip->smart); else if (fp->level <= SOAP_MAXPTRS) { int i; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return soap->error = SOAP_EOM; ip->spine[0] = ip->ptr; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, &ip->spine[fp->level - 1], &ip->smart); } *fpp = fp->next; SOAP_FREE(soap, fp); } else fpp = &fp->next; } } else if (*ip->id == '#') { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Missing id='%s'\n", ip->id)); soap_strcpy(soap->id, sizeof(soap->id), ip->id + 1); return soap->error = SOAP_MISSING_ID; } } } do { flag = 0; id = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution phase\n")); for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { if (ip->copy || ip->flist) { if (ip->ptr && !soap_has_copies(soap, (const char*)ip->ptr, (const char*)ip->ptr + ip->size)) { struct soap_flist *fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving id='%s' type=%d ptr=%p size=%lu ...\n", ip->id, ip->type, ip->ptr, (unsigned long)ip->size)); if (ip->copy) { void *p, **q = (void**)ip->copy; DBGLOG(TEST, if (q) SOAP_MESSAGE(fdebug, "Traversing copy chain to resolve id='%s'\n", ip->id)); ip->copy = NULL; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%u bytes)\n", ip->ptr, q, (unsigned int)ip->size)); p = *q; soap_memcpy((void*)q, ip->size, (const void*)ip->ptr, ip->size); q = (void**)p; } while (q); flag = 1; } while ((fp = ip->flist)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving forwarded data type=%d target type=%d location=%p level=%u id='%s'\n", ip->type, fp->type, ip->ptr, fp->level, ip->id)); if (fp->level == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... copy %p -> %p (%lu bytes)\n", ip->ptr, fp->ptr, (unsigned long)ip->size)); if (fp->finsert) fp->finsert(soap, ip->type, fp->type, fp->ptr, fp->index, ip->ptr, &ip->smart); else soap_memcpy((void*)fp->ptr, ip->size, (const void*)ip->ptr, ip->size); } ip->flist = fp->next; SOAP_FREE(soap, fp); flag = 1; } } else id = ip->id; } } } } while (flag); if (id) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution error: forwarded data for id='%s' could not be propagated, please report this problem to the gSOAP developers\n", id)); return soap_id_nullify(soap, id); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolution done\n")); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap *soap, struct soap_blist *b, size_t n) { if (!b) b = soap->blist; if (b->head) { b->size -= b->head->size - n; b->head->size = n; } return b->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q, *r; if (!b) b = soap->blist; p = b->head; if (!p) return NULL; r = NULL; do { q = p->next; p->next = r; r = p; p = q; } while (p); b->head = r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "First block %p\n", r + 1)); return (char*)(r + 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p; if (!b) b = soap->blist; p = b->head; if (p) { b->head = p->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Next block %p, deleting current block\n", b->head + 1)); SOAP_FREE(soap, p); if (b->head) return (char*)(b->head + 1); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; return b->head->size; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap *soap, struct soap_blist *b) { struct soap_bhead *p, *q; if (!b) b = soap->blist; if (b) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of block sequence, free all remaining blocks\n")); for (p = b->head; p; p = q) { q = p->next; SOAP_FREE(soap, p); } if (soap->blist == b) soap->blist = b->next; else { struct soap_blist *bp; for (bp = soap->blist; bp; bp = bp->next) { if (bp->next == b) { bp->next = b->next; break; } } } SOAP_FREE(soap, b); } DBGLOG(TEST, if (soap->blist) SOAP_MESSAGE(fdebug, "Restored previous block sequence\n")); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap *soap, struct soap_blist *b, char *p, int flag) { size_t n; char *q, *s; if (!b) b = soap->blist; if (b->size) { if (!p) p = (char*)soap_malloc(soap, b->size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Save all blocks in contiguous memory space of %u bytes (%p->%p)\n", (unsigned int)b->size, b->head, p)); if (p) { s = p; for (q = soap_first_block(soap, b); q; q = soap_next_block(soap, b)) { n = soap_block_size(soap, b); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copy %u bytes from %p to %p\n", (unsigned int)n, q, s)); if (flag) soap_update_pointers(soap, s, q, n); soap_memcpy((void*)s, n, (const void*)q, n); s += n; } } else soap->error = SOAP_EOM; } soap_end_block(soap, b); #ifndef WITH_NOIDREF if (!soap->blist && ((soap->version && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH))) { int i; struct soap_ilist *ip = NULL; for (i = 0; i < SOAP_IDHASH; i++) for (ip = soap->iht[i]; ip; ip = ip->next) ip->shaky = 0; } #endif return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putsizesoffsets(struct soap *soap, const char *type, const int *size, const int *offset, int dim) { int i; const char *t = ",%d"; if (!type) return NULL; if (soap->version == 2) t = " %d"; if (soap->version != 2 && offset) { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0] + offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i] + offset[i]); } } else { (SOAP_SNPRINTF(soap->type, sizeof(soap->type) - 1, strlen(type) + 20), "%s[%d", type, size[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->type); (SOAP_SNPRINTF(soap->type + l, sizeof(soap->type) - l - 1, 20), t, size[i]); } } soap_strncat(soap->type, sizeof(soap->type), "]", 1); return soap->type; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_putoffsets(struct soap *soap, const int *offset, int dim) { int i; soap->arrayOffset[0] = '\0'; if (soap->version == 1) { (SOAP_SNPRINTF(soap->arrayOffset, sizeof(soap->arrayOffset) - 1, 20), "[%d", offset[0]); for (i = 1; i < dim; i++) { size_t l = strlen(soap->arrayOffset); (SOAP_SNPRINTF(soap->arrayOffset + l, sizeof(soap->arrayOffset) - l - 1, 20), ",%d", offset[i]); } soap_strncat(soap->arrayOffset, sizeof(soap->arrayOffset), "]", 1); } return soap->arrayOffset; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *size, int dim) { int i; size_t n = 0; if (size[0] <= 0) return 0; n = (size_t)size[0]; for (i = 1; i < dim; i++) { if (size[i] <= 0) return 0; n *= (size_t)size[i]; } return (size_t)n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *attr, int *size, int dim) { size_t i, k, n; if (!*attr) return 0; i = strlen(attr); n = 1; do { for (; i > 0; i--) if (attr[i - 1] == '[' || attr[i - 1] == ',' || attr[i - 1] == ' ') break; n *= k = (size_t)soap_strtoul(attr + i, NULL, 10); size[--dim] = (int)k; if (n > SOAP_MAXARRAYSIZE) return 0; } while (dim > 0 && --i > 0 && attr[i] != '['); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *attr, const int *size, int *offset, int dim) { int i, j = 0; if (offset) { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += offset[i] = (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } else { for (i = 0; i < dim && attr && *attr; i++) { attr++; j *= size[i]; j += (int)soap_strtol(attr, NULL, 10); attr = strchr(attr, ','); } } return j; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *attr, int *pos) { int i, n; if (!*attr) return -1; n = 0; i = 1; do { pos[n++] = (int)soap_strtol(attr + i, NULL, 10); while (attr[i] && attr[i] != ',' && attr[i] != ']') i++; if (attr[i] == ',') i++; } while (n < SOAP_MAXDIMS && attr[i] && attr[i] != ']'); return n; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_push_namespace(struct soap *soap, const char *id, const char *ns) { struct soap_nlist *np; struct Namespace *p; short i = -1; size_t n, k; n = strlen(id); k = strlen(ns) + 1; p = soap->local_namespaces; if (p) { for (i = 0; p->id; p++, i++) { if (p->ns && !strcmp(ns, p->ns)) break; if (p->out) { if (!strcmp(ns, p->out)) break; } else if (p->in) { if (!soap_tag_cmp(ns, p->in)) { if ((p->out = (char*)SOAP_MALLOC(soap, k))) soap_strcpy(p->out, k, ns); break; } } } if (!p->id) i = -1; } if (i >= 0) k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; np->level = soap->level; np->index = i; soap_strcpy((char*)np->id, n + 1, id); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push namespace binding (level=%u) '%s'='%s'\n", soap->level, id, ns)); if (i < 0) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k, ns); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push NOT OK: no match found for '%s' in namespace mapping table (added to stack anyway)\n", ns)); } else { np->ns = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Push OK ('%s' matches '%s' in namespace table)\n", id, p->id)); } return np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap *soap) { struct soap_nlist *np, *nq; for (np = soap->nlist; np && np->level >= soap->level; np = nq) { nq = np->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pop namespace binding (level=%u) '%s' level=%u\n", soap->level, np->id, np->level)); SOAP_FREE(soap, np); } soap->nlist = np; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap *soap, const char *id1, const char *id2, size_t n1, size_t n2) { struct soap_nlist *np = soap->nlist; const char *s; while (np && (strncmp(np->id, id1, n1) || np->id[n1])) np = np->next; if (np) { if (!(soap->mode & SOAP_XML_IGNORENS) && (n2 > 0 || !np->ns || *np->ns)) { if (np->index < 0 || ((s = soap->local_namespaces[np->index].id) && (strncmp(s, id2, n2) || (s[n2] && s[n2] != '_')))) return SOAP_NAMESPACE; } return SOAP_OK; } if (n1 == 0) return n2 == 0 || (soap->mode & SOAP_XML_IGNORENS) ? SOAP_OK : SOAP_NAMESPACE; if ((n1 == 3 && n1 == n2 && !strncmp(id1, "xml", 3) && !strncmp(id1, id2, 3)) || (soap->mode & SOAP_XML_IGNORENS)) return SOAP_OK; return soap->error = SOAP_SYNTAX_ERROR; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag) { struct soap_nlist *np; const char *s; if (!tag || !strncmp(tag, "xml", 3)) return NULL; np = soap->nlist; if (!(s = strchr(tag, ':'))) { while (np && *np->id) /* find default namespace, if present */ np = np->next; } else { while (np && (strncmp(np->id, tag, s - tag) || np->id[s - tag])) np = np->next; if (!np) soap->error = SOAP_NAMESPACE; } if (np) { if (np->index >= 0) return soap->namespaces[np->index].ns; if (np->ns && *np->ns) return soap_strdup(soap, np->ns); } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char *s, const char *t) { for (;;) { int c1 = *s; int c2 = *t; if (!c1 || c1 == '"') break; if (c2 != '-') { if (c1 != c2) { if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; } if (c1 != c2) { if (c2 != '*') return 1; c2 = *++t; if (!c2) return 0; if (c2 >= 'A' && c2 <= 'Z') c2 += 'a' - 'A'; for (;;) { c1 = *s; if (!c1 || c1 == '"') break; if (c1 >= 'A' && c1 <= 'Z') c1 += 'a' - 'A'; if (c1 == c2 && !soap_tag_cmp(s + 1, t + 1)) return 0; s++; } break; } } s++; t++; } if (*t == '*' && !t[1]) return 0; return *t; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap *soap, const char *tag1, const char *tag2) { const char *s, *t; int err; if (!tag1 || !tag2 || !*tag2) return SOAP_OK; s = strchr(tag1, ':'); t = strchr(tag2, ':'); if (t) { if (s) { if (t[1] && SOAP_STRCMP(s + 1, t + 1)) return SOAP_TAG_MISMATCH; if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, s - tag1, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } } else if (!t[1]) { if ((soap->mode & SOAP_XML_IGNORENS) || soap_match_namespace(soap, tag1, tag2, 0, t - tag2)) return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, t + 1)) { return SOAP_TAG_MISMATCH; } else if (t != tag2 && (err = soap_match_namespace(soap, tag1, tag2, 0, t - tag2))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags '%s' and '%s' match but namespaces differ\n", tag1, tag2)); if (err == SOAP_NAMESPACE) return SOAP_TAG_MISMATCH; return err; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags and (default) namespaces match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } if (s) { if (!(soap->mode & SOAP_XML_IGNORENS) || SOAP_STRCMP(s + 1, tag2)) /* always fails (except when ignoring ns) */ return SOAP_TAG_MISMATCH; } else if (SOAP_STRCMP(tag1, tag2) || ((soap->mode & SOAP_XML_STRICT) && !(soap->mode & SOAP_XML_IGNORENS) && soap_match_namespace(soap, tag1, tag2, 0, 0))) /* strict checking: default namespace must be null namespace */ return SOAP_TAG_MISMATCH; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Tags match: '%s' '%s'\n", tag1, tag2)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap *soap, const char *type) { if (*soap->arrayType) if (soap_match_tag(soap, soap->arrayType, type) && soap_match_tag(soap, soap->arrayType, "xsd:anyType") && soap_match_tag(soap, soap->arrayType, "xsd:ur-type") ) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array type mismatch: '%s' '%s'\n", soap->arrayType, type)); return SOAP_TAG_MISMATCH; } return SOAP_OK; } #endif /******************************************************************************\ * * SSL/TLS * \******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_rand() { unsigned char buf[4]; if (!soap_ssl_init_done) soap_ssl_init(); RAND_pseudo_bytes(buf, 4); return *(int*)buf; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #else soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid) #endif { int err; soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; #ifdef WITH_OPENSSL soap->dhfile = dhfile; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = ssl_verify_callback; #endif soap->ssl_flags = flags | (dhfile == NULL ? SOAP_SSL_RSA : 0); #ifdef WITH_GNUTLS (void)randfile; (void)sid; if (dhfile) { char *s; int n = (int)soap_strtoul(dhfile, &s, 10); if (!soap->dh_params) gnutls_dh_params_init(&soap->dh_params); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') gnutls_dh_params_generate2(soap->dh_params, (unsigned int)n); else { unsigned int dparams_len; unsigned char dparams_buf[1024]; FILE *fd = fopen(dhfile, "r"); if (!fd) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); dparams_len = (unsigned int)fread(dparams_buf, 1, sizeof(dparams_buf), fd); fclose(fd); gnutls_datum_t dparams = { dparams_buf, dparams_len }; if (gnutls_dh_params_import_pkcs3(soap->dh_params, &dparams, GNUTLS_X509_FMT_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Invalid DH file", SOAP_SSL_ERROR); } } else { if (!soap->rsa_params) gnutls_rsa_params_init(&soap->rsa_params); gnutls_rsa_params_generate2(soap->rsa_params, SOAP_SSL_RSA_BITS); } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; (void)sid; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif err = soap->fsslauth(soap); #ifdef WITH_OPENSSL if (!err) { if (sid) SSL_CTX_set_session_id_context(soap->ctx, (unsigned char*)sid, (unsigned int)strlen(sid)); else SSL_CTX_set_session_cache_mode(soap->ctx, SSL_SESS_CACHE_OFF); } #endif return err; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile) #else soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile) #endif { soap->keyfile = keyfile; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) soap->keyid = keyid; #endif soap->password = password; soap->cafile = cafile; soap->capath = capath; soap->ssl_flags = SOAP_SSL_CLIENT | flags; #ifdef WITH_OPENSSL soap->dhfile = NULL; soap->randfile = randfile; if (!soap->fsslverify) soap->fsslverify = (flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) == 0 ? ssl_verify_callback : ssl_verify_callback_allow_expired_certificate; #endif #ifdef WITH_GNUTLS (void)randfile; if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } #endif #ifdef WITH_SYSTEMSSL (void)randfile; if (soap->ctx) gsk_environment_close(&soap->ctx); #endif return soap->fsslauth(soap); } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap *soap, const char *crlfile) { #ifdef WITH_OPENSSL if (crlfile && soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) X509_STORE *store = SSL_CTX_get_cert_store(soap->ctx); if (*crlfile) { int ret; X509_LOOKUP *lookup = X509_STORE_add_lookup(store, X509_LOOKUP_file()); if ((ret = X509_load_crl_file(lookup, crlfile, X509_FILETYPE_PEM)) <= 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "Can't read CRL file", SOAP_SSL_ERROR); } X509_VERIFY_PARAM *param = X509_VERIFY_PARAM_new(); X509_VERIFY_PARAM_set_flags(param, X509_V_FLAG_CRL_CHECK); X509_STORE_set1_param(store, param); X509_VERIFY_PARAM_free(param); #endif } else soap->crlfile = crlfile; /* activate later when store is available */ #endif #ifdef WITH_GNUTLS if (crlfile && soap->xcred) { if (*crlfile) if (gnutls_certificate_set_x509_crl_file(soap->xcred, crlfile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CRL file", SOAP_SSL_ERROR); } else soap->crlfile = crlfile; /* activate later when xcred is available */ #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init() { /* Note: for MT systems, the main program MUST call soap_ssl_init() before any threads are started */ if (!soap_ssl_init_done) { soap_ssl_init_done = 1; #ifdef WITH_OPENSSL SSL_library_init(); OpenSSL_add_all_algorithms(); /* we keep ciphers and digests for the program's lifetime */ #ifndef WITH_LEAN SSL_load_error_strings(); #endif if (!RAND_load_file("/dev/urandom", 1024)) { char buf[1024]; RAND_seed(buf, sizeof(buf)); while (!RAND_status()) { int r = rand(); RAND_seed(&r, sizeof(int)); } } #endif #ifdef WITH_GNUTLS # if defined(HAVE_PTHREAD_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pthread); # elif defined(HAVE_PTH_H) gcry_control(GCRYCTL_SET_THREAD_CBS, &gcry_threads_pth); # endif gcry_control(GCRYCTL_ENABLE_QUICK_RANDOM, 0); gcry_control(GCRYCTL_DISABLE_SECMEM, 0); gcry_control(GCRYCTL_INITIALIZATION_FINISHED, 0); /* libgcrypt init done */ gnutls_global_init(); #endif } } #endif #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap *soap, int ret) { #ifdef WITH_OPENSSL int err = SSL_get_error(soap->ssl, ret); const char *msg = soap_code_str(h_ssl_error_codes, err); if (msg) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(msg) + 1), "%s\n", msg); else return ERR_error_string(err, soap->msgbuf); if (ERR_peek_error()) { unsigned long r; while ((r = ERR_get_error())) { size_t l = strlen(soap->msgbuf); ERR_error_string_n(r, soap->msgbuf + l, sizeof(soap->msgbuf) - l); } } else { size_t l = strlen(soap->msgbuf); switch (ret) { case 0: soap_strcpy(soap->msgbuf + l, sizeof(soap->msgbuf) - l, "EOF was observed that violates the SSL/TLS protocol. The client probably provided invalid authentication information."); break; case -1: { const char *s = strerror(soap_errno); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, strlen(s) + 42), "Error observed by underlying SSL/TLS BIO: %s", s); } break; } } return soap->msgbuf; #endif #ifdef WITH_GNUTLS (void)soap; return gnutls_strerror(ret); #endif } #endif #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_recv(int sk, void *s, int n, char *user) { (void)user; return recv(sk, s, n, 0); } #endif /******************************************************************************/ #ifdef WITH_SYSTEMSSL static int ssl_send(int sk, void *s, int n, char *user) { (void)user; return send(sk, s, n, 0); } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifndef PALM_1 static int ssl_auth_init(struct soap *soap) { #ifdef WITH_OPENSSL long flags; int mode; #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) EVP_PKEY* pkey; #endif if (!soap_ssl_init_done) soap_ssl_init(); ERR_clear_error(); if (!soap->ctx) { #if (OPENSSL_VERSION_NUMBER >= 0x10100000L) /* TLS_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(TLS_method()); #else /* SSLv23_method: a TLS/SSL connection established may understand the SSLv3, TLSv1, TLSv1.1 and TLSv1.2 protocols. */ soap->ctx = SSL_CTX_new(SSLv23_method()); #endif if (!soap->ctx) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't setup context", SOAP_SSL_ERROR); /* The following alters the behavior of SSL read/write: */ #if 0 SSL_CTX_set_mode(soap->ctx, SSL_MODE_ENABLE_PARTIAL_WRITE | SSL_MODE_AUTO_RETRY); #endif } if (soap->randfile) { if (!RAND_load_file(soap->randfile, -1)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't load randomness", SOAP_SSL_ERROR); } if (soap->cafile || soap->capath) { if (!SSL_CTX_load_verify_locations(soap->ctx, soap->cafile, soap->capath)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->cafile && (soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) SSL_CTX_set_client_CA_list(soap->ctx, SSL_load_client_CA_file(soap->cafile)); } if (!(soap->ssl_flags & SOAP_SSL_NO_DEFAULT_CA_PATH)) { if (!SSL_CTX_set_default_verify_paths(soap->ctx)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read default CA file and/or directory", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } /* This code assumes a typical scenario with key and cert in one PEM file, see alternative code below */ #if 1 if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } #ifndef WM_SECURE_KEY_STORAGE if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); #endif } #else /* Suggested alternative approach to check the key file for cert only when cafile==NULL */ if (soap->password) { SSL_CTX_set_default_passwd_cb_userdata(soap->ctx, (void*)soap->password); SSL_CTX_set_default_passwd_cb(soap->ctx, ssl_password); } if (!soap->cafile) { if (soap->keyfile) { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->keyfile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't find or read certificate in key file", SOAP_SSL_ERROR); if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } else /* use cafile for (server) cert and keyfile for (server) key */ { if (!SSL_CTX_use_certificate_chain_file(soap->ctx, soap->cafile)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); if (soap->keyfile) if (!SSL_CTX_use_PrivateKey_file(soap->ctx, soap->keyfile, SSL_FILETYPE_PEM)) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) if (NULL == (pkey = ipcom_key_db_pkey_get(soap->keyid))) return soap_set_receiver_error(soap, "SSL error", "Can't find key", SOAP_SSL_ERROR); if (0 == SSL_CTX_use_PrivateKey(soap->ctx, pkey)) return soap_set_receiver_error(soap, "SSL error", "Can't read key", SOAP_SSL_ERROR); #endif if ((soap->ssl_flags & SOAP_SSL_RSA)) { RSA *rsa = RSA_generate_key(SOAP_SSL_RSA_BITS, RSA_F4, NULL, NULL); if (!SSL_CTX_set_tmp_rsa(soap->ctx, rsa)) { if (rsa) RSA_free(rsa); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set RSA key", SOAP_SSL_ERROR); } RSA_free(rsa); } else if (soap->dhfile) { DH *dh = 0; char *s; int n = (int)soap_strtoul(soap->dhfile, &s, 10); /* if dhfile is numeric, treat it as a key length to generate DH params which can take a while */ if (n >= 512 && s && *s == '\0') #if defined(VXWORKS) DH_generate_parameters_ex(dh, n, 2/*or 5*/, NULL); #else dh = DH_generate_parameters(n, 2/*or 5*/, NULL, NULL); #endif else { BIO *bio; bio = BIO_new_file(soap->dhfile, "r"); if (!bio) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read DH file", SOAP_SSL_ERROR); dh = PEM_read_bio_DHparams(bio, NULL, NULL, NULL); BIO_free(bio); } if (!dh || DH_check(dh, &n) != 1 || SSL_CTX_set_tmp_dh(soap->ctx, dh) < 0) { if (dh) DH_free(dh); return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set DH parameters", SOAP_SSL_ERROR); } DH_free(dh); } flags = (SSL_OP_ALL | SSL_OP_NO_SSLv2); /* disable SSL v2 by default */ if ((soap->ssl_flags & SOAP_SSLv3)) { #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; #else flags |= SSL_OP_NO_TLSv1; #endif } else { if (!(soap->ssl_flags & SOAP_SSLv3_TLSv1)) flags |= SSL_OP_NO_SSLv3; /* disable SSL v3 by default, unless SOAP_SSLv3 or SOAP_SSLv3_TLSv1 is set */ #if (OPENSSL_VERSION_NUMBER >= 0x10001000L) if ((soap->ssl_flags & SOAP_TLSv1_0)) flags |= SSL_OP_NO_TLSv1_1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_1)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_2; else if ((soap->ssl_flags & SOAP_TLSv1_2)) flags |= SSL_OP_NO_TLSv1 | SSL_OP_NO_TLSv1_1; #endif } #ifdef SSL_OP_NO_TICKET /* TLS extension is enabled by default in OPENSSL v0.9.8k Disable it by adding SSL_OP_NO_TICKET */ flags |= SSL_OP_NO_TICKET; #endif SSL_CTX_set_options(soap->ctx, flags); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) mode = (SSL_VERIFY_PEER | SSL_VERIFY_FAIL_IF_NO_PEER_CERT); else if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) mode = SSL_VERIFY_PEER; else mode = SSL_VERIFY_NONE; SSL_CTX_set_verify(soap->ctx, mode, soap->fsslverify); #if (OPENSSL_VERSION_NUMBER < 0x00905100L) SSL_CTX_set_verify_depth(soap->ctx, 1); #else SSL_CTX_set_verify_depth(soap->ctx, 9); #endif #endif #ifdef WITH_GNUTLS int ret; if (!soap_ssl_init_done) soap_ssl_init(); if (!soap->xcred) { gnutls_certificate_allocate_credentials(&soap->xcred); if (soap->cafile) { if (gnutls_certificate_set_x509_trust_file(soap->xcred, soap->cafile, GNUTLS_X509_FMT_PEM) < 0) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read CA file", SOAP_SSL_ERROR); } if (soap->crlfile) { if (soap_ssl_crl(soap, soap->crlfile)) return soap->error; } if (soap->keyfile) { if (gnutls_certificate_set_x509_key_file(soap->xcred, soap->keyfile, soap->keyfile, GNUTLS_X509_FMT_PEM) < 0) /* Assumes that key and cert(s) are concatenated in the keyfile */ return soap_set_receiver_error(soap, "SSL/TLS error", "Can't read key file", SOAP_SSL_ERROR); } } if ((soap->ssl_flags & SOAP_SSL_CLIENT)) { gnutls_init(&soap->session, GNUTLS_CLIENT); if (soap->cafile || soap->crlfile || soap->keyfile) { ret = gnutls_priority_set_direct(soap->session, "PERFORMANCE", NULL); if (ret < 0) return soap_set_receiver_error(soap, soap_ssl_error(soap, ret), "SSL/TLS set priority error", SOAP_SSL_ERROR); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); } else { if (!soap->acred) gnutls_anon_allocate_client_credentials(&soap->acred); gnutls_init(&soap->session, GNUTLS_CLIENT); gnutls_priority_set_direct(soap->session, "PERFORMANCE:+ANON-DH:!ARCFOUR-128", NULL); gnutls_credentials_set(soap->session, GNUTLS_CRD_ANON, soap->acred); } } else { if (!soap->keyfile) return soap_set_receiver_error(soap, "SSL/TLS error", "No key file: anonymous server authentication not supported in this release", SOAP_SSL_ERROR); if ((soap->ssl_flags & SOAP_SSL_RSA) && soap->rsa_params) gnutls_certificate_set_rsa_export_params(soap->xcred, soap->rsa_params); else if (soap->dh_params) gnutls_certificate_set_dh_params(soap->xcred, soap->dh_params); if (!soap->cache) gnutls_priority_init(&soap->cache, "NORMAL", NULL); gnutls_init(&soap->session, GNUTLS_SERVER); gnutls_priority_set(soap->session, soap->cache); gnutls_credentials_set(soap->session, GNUTLS_CRD_CERTIFICATE, soap->xcred); if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) gnutls_certificate_server_set_request(soap->session, GNUTLS_CERT_REQUEST); gnutls_session_enable_compatibility_mode(soap->session); if ((soap->ssl_flags & SOAP_SSLv3)) { int protocol_priority[] = { GNUTLS_SSL3, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_0)) { int protocol_priority[] = { GNUTLS_TLS1_0, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.0 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_1)) { int protocol_priority[] = { GNUTLS_TLS1_1, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.1 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_TLSv1_2)) { int protocol_priority[] = { GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1.2 protocol", SOAP_SSL_ERROR); } else if ((soap->ssl_flags & SOAP_SSLv3_TLSv1)) { int protocol_priority[] = { GNUTLS_SSL3, GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set SSLv3 & TLSv1 protocols", SOAP_SSL_ERROR); } else { int protocol_priority[] = { GNUTLS_TLS1_0, GNUTLS_TLS1_1, GNUTLS_TLS1_2, 0 }; if (gnutls_protocol_set_priority(soap->session, protocol_priority) != GNUTLS_E_SUCCESS) return soap_set_receiver_error(soap, "SSL/TLS error", "Can't set TLSv1 protocols", SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL if (!soap->ctx) { int err; err = gsk_environment_open(&soap->ctx); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV2, GSK_PROTOCOL_SSLV2_OFF); if (err == GSK_OK) { if ((soap->ssl_flags & SOAP_SSLv3) || (soap->ssl_flags & SOAP_SSLv3_TLSv1)) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_ON); else err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_SSLV3, GSK_PROTOCOL_SSLV3_OFF); } if (!(soap->ssl_flags & SOAP_SSLv3)) { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_ON); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_ON); } else { if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1, GSK_PROTOCOL_TLSV1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_1, GSK_PROTOCOL_TLSV1_1_OFF); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ctx, GSK_PROTOCOL_TLSV1_2, GSK_PROTOCOL_TLSV1_2_OFF); } if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_FILE, soap->keyfile, 0); /* keyfile is a keyring .kdb file */ if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ctx, GSK_KEYRING_PW, soap->password, 0); /* locked by password */ if (err == GSK_OK) err = gsk_environment_init(soap->ctx); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in ssl_auth_init()", SOAP_SSL_ERROR); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_password(char *buf, int num, int rwflag, void *userdata) { (void)rwflag; if (!buf || !userdata) return 0; soap_strcpy(buf, (size_t)num, (char*)userdata); return (int)strlen(buf); } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback(int ok, X509_STORE_CTX *store) { (void)store; #ifdef SOAP_DEBUG if (!ok) { char buf[1024]; int err = X509_STORE_CTX_get_error(store); X509 *cert = X509_STORE_CTX_get_current_cert(store); fprintf(stderr, "\nDEBUG mode TLS/SSL warnings:\nSSL verify error %d or warning with certificate at depth %d: %s\n", err, X509_STORE_CTX_get_error_depth(store), X509_verify_cert_error_string(err)); X509_NAME_oneline(X509_get_issuer_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate issuer: %s\n", buf); X509_NAME_oneline(X509_get_subject_name(cert), buf, sizeof(buf)); fprintf(stderr, " certificate subject: %s\n", buf); /* accept self-signed certificates and certificates out of date */ switch (err) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; fprintf(stderr, "Initialize soap_ssl_client_context with SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE to allow this verification error to pass without DEBUG mode enabled\n"); } } #endif /* Note: return 1 to try to continue, but unsafe progress will be terminated by OpenSSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_OPENSSL #ifndef PALM_1 static int ssl_verify_callback_allow_expired_certificate(int ok, X509_STORE_CTX *store) { ok = ssl_verify_callback(ok, store); if (!ok) { /* accept self signed certificates, expired certificates, and certficiates w/o CRL */ switch (X509_STORE_CTX_get_error(store)) { case X509_V_ERR_CERT_NOT_YET_VALID: case X509_V_ERR_CERT_HAS_EXPIRED: case X509_V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT: case X509_V_ERR_SELF_SIGNED_CERT_IN_CHAIN: case X509_V_ERR_UNABLE_TO_GET_CRL: case X509_V_ERR_CRL_NOT_YET_VALID: case X509_V_ERR_CRL_HAS_EXPIRED: X509_STORE_CTX_set_error(store, X509_V_OK); ok = 1; } } /* Note: return 1 to continue, but unsafe progress will be terminated by SSL */ return ok; } #endif #endif /******************************************************************************/ #ifdef WITH_GNUTLS static const char * ssl_verify(struct soap *soap, const char *host) { unsigned int status; const char *err = NULL; int r = gnutls_certificate_verify_peers2(soap->session, &status); if (r < 0) err = "Certificate verify error"; else if ((status & GNUTLS_CERT_INVALID)) err = "The certificate is not trusted"; else if ((status & GNUTLS_CERT_SIGNER_NOT_FOUND)) err = "The certificate hasn't got a known issuer"; else if ((status & GNUTLS_CERT_REVOKED)) err = "The certificate has been revoked"; else if (gnutls_certificate_type_get(soap->session) == GNUTLS_CRT_X509) { gnutls_x509_crt_t cert; const gnutls_datum_t *cert_list; unsigned int cert_list_size; if (gnutls_x509_crt_init(&cert) < 0) err = "Could not get X509 certificates"; else if ((cert_list = gnutls_certificate_get_peers(soap->session, &cert_list_size)) == NULL) err = "Could not get X509 certificates"; else if (gnutls_x509_crt_import(cert, &cert_list[0], GNUTLS_X509_FMT_DER) < 0) err = "Error parsing X509 certificate"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_expiration_time(cert) < time(NULL)) err = "The certificate has expired"; else if (!(soap->ssl_flags & SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE) && gnutls_x509_crt_get_activation_time(cert) > time(NULL)) err = "The certificate is not yet activated"; else if (host && !(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { if (!gnutls_x509_crt_check_hostname(cert, host)) err = "Certificate host name mismatch"; } gnutls_x509_crt_deinit(cert); } return err; } #endif /******************************************************************************/ #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap *soap) { SOAP_SOCKET sk = soap->socket; #ifdef WITH_OPENSSL BIO *bio; int retries, r, s; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) return soap->error; if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) return soap_set_receiver_error(soap, "SSL/TLS error", "SSL_new() failed in soap_ssl_accept()", SOAP_SSL_ERROR); } else SSL_clear(soap->ssl); bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Set SSL sockets to non-blocking */ retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = SSL_accept(soap->ssl)) <= 0) { int err; if (retries-- <= 0) break; err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_ACCEPT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r <= 0) { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_accept() failed in soap_ssl_accept()", SOAP_SSL_ERROR); soap_closesock(soap); return SOAP_SSL_ERROR; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { X509 *peer; int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_closesock(soap); return soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL certificate presented by peer cannot be verified in soap_ssl_accept()", SOAP_SSL_ERROR); } peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_closesock(soap); return soap_set_sender_error(soap, "SSL/TLS error", "No SSL certificate was presented by the peer in soap_ssl_accept()", SOAP_SSL_ERROR); } X509_free(peer); } #endif #ifdef WITH_GNUTLS int retries = 0, r; if (!soap_valid_socket(sk)) return soap_set_receiver_error(soap, "SSL/TLS error", "No socket in soap_ssl_accept()", SOAP_SSL_ERROR); soap->ssl_flags &= ~SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap_closesock(soap); return soap->error; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_closesock(soap); return soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION)) { const char *err = ssl_verify(soap, NULL); if (err) { soap_closesock(soap); return soap_set_receiver_error(soap, "SSL/TLS error", err, SOAP_SSL_ERROR); } } #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; int err, s; int retries = 0; if (soap->accept_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->accept_timeout; } if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_SERVER_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in soap_ssl_accept()", SOAP_SSL_ERROR); while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (retries-- <= 0) break; if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (err != GSK_OK) return soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in soap_ssl_accept()", SOAP_SSL_ERROR); #endif if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; return SOAP_OK; } #endif #endif #endif /******************************************************************************\ * * TCP/UDP [SSL/TLS] IPv4 and IPv6 * \******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_init(struct soap *soap) { soap->errmode = 1; #ifdef WIN32 if (tcp_done) return 0; else { WSADATA w; if (WSAStartup(MAKEWORD(1, 1), &w)) return -1; tcp_done = 1; } #endif return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* tcp_error(struct soap *soap) { const char *msg = NULL; switch (soap->errmode) { case 0: msg = soap_strerror(soap); break; case 1: msg = "WSAStartup failed"; break; case 2: { #ifndef WITH_LEAN msg = soap_code_str(h_error_codes, soap->errnum); if (!msg) #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 37), "TCP/UDP IP error %d", soap->errnum); msg = soap->msgbuf; } } } return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_IPV6 #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_gethost(struct soap *soap, const char *addr, struct in_addr *inaddr) { soap_int32 iadd = -1; struct hostent hostent, *host = &hostent; #ifdef VXWORKS int hostint; /* inet_addr(), and hostGetByName() expect "char *"; addr is a "const char *". */ iadd = inet_addr((char*)addr); #else #if defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) struct hostent_data ht_data; #endif #ifdef AS400 iadd = inet_addr((void*)addr); #else iadd = inet_addr((char*)addr); #endif #endif if (iadd != -1) { if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)&iadd, sizeof(iadd))) return soap->error = SOAP_EOM; return SOAP_OK; } #if defined(__GLIBC__) || (defined(HAVE_GETHOSTBYNAME_R) && (defined(FREEBSD) || defined(__FreeBSD__))) || defined(__ANDROID__) if (gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &host, &soap->errnum) < 0) host = NULL; #elif defined(_AIX43) || ((defined(TRU64) || defined(HP_UX)) && defined(HAVE_GETHOSTBYNAME_R)) memset((void*)&ht_data, 0, sizeof(ht_data)); if (gethostbyname_r(addr, &hostent, &ht_data) < 0) { host = NULL; soap->errnum = h_errno; } #elif defined(HAVE_GETHOSTBYNAME_R) host = gethostbyname_r(addr, &hostent, soap->buf, sizeof(soap->buf), &soap->errnum); #elif defined(VXWORKS) /* If the DNS resolver library resolvLib has been configured in the vxWorks * image, a query for the host IP address is sent to the DNS server, if the * name was not found in the local host table. */ hostint = hostGetByName((char*)addr); if (hostint == ERROR) { host = NULL; soap->errnum = soap_errno; } #else #ifdef AS400 if (!(host = gethostbyname((void*)addr))) soap->errnum = h_errno; #else if (!(host = gethostbyname((char*)addr))) soap->errnum = h_errno; #endif #endif if (!host) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Host name not found\n")); return SOAP_ERR; } #ifdef VXWORKS inaddr->s_addr = hostint; #else if (soap_memcpy((void*)inaddr, sizeof(struct in_addr), (const void*)host->h_addr, (size_t)host->h_length)) return soap->error = SOAP_EOM; #endif return SOAP_OK; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_connect(struct soap *soap, const char *endpoint, const char *host, int port) { #ifdef WITH_IPV6 struct addrinfo hints, *res, *ressave; #endif SOAP_SOCKET sk; int err = 0; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif #if !defined(WITH_LEAN) || defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) int retries; #endif if (soap_valid_socket(soap->socket)) soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; if (tcp_init(soap)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->errmode = 0; #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; soap->errmode = 2; if (soap->proxy_host) err = getaddrinfo(soap->proxy_host, soap_int2s(soap, soap->proxy_port), &hints, &res); else err = getaddrinfo(host, soap_int2s(soap, port), &hints, &res); if (err || !res) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in tcp_connect()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } ressave = res; again: sk = socket(res->ai_family, res->ai_socktype, res->ai_protocol); soap->error = SOAP_OK; soap->errmode = 0; #else #ifndef WITH_LEAN again: #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) sk = socket(AF_INET, SOCK_DGRAM, 0); else #endif sk = socket(AF_INET, SOCK_STREAM, 0); #endif if (!soap_valid_socket(sk)) { #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } #endif soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in tcp_connect()", SOAP_TCP_ERROR); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if ((soap->connect_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(sk, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } if ((soap->connect_flags & ~SO_LINGER) && setsockopt(sk, SOL_SOCKET, soap->connect_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if ((soap->keep_alive || soap->tcp_keep_alive) && setsockopt(sk, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } if (setsockopt(sk, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #ifdef TCP_KEEPIDLE if (soap->tcp_keep_idle && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPIDLE, (char*)&(soap->tcp_keep_idle), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPIDLE failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPINTVL if (soap->tcp_keep_intvl && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPINTVL, (char*)&(soap->tcp_keep_intvl), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPINTVL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_KEEPCNT if (soap->tcp_keep_cnt && setsockopt((SOAP_SOCKET)sk, IPPROTO_TCP, TCP_KEEPCNT, (char*)&(soap->tcp_keep_cnt), sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_KEEPCNT failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, (SOAP_SOCKET)sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(sk, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if ((soap->omode & SOAP_IO_UDP) && soap->ipv6_multicast_if) { struct sockaddr_in6 *in6addr = (struct sockaddr_in6*)res->ai_addr; in6addr->sin6_scope_id = soap->ipv6_multicast_if; } #endif #ifdef IP_MULTICAST_TTL if ((soap->omode & SOAP_IO_UDP)) { if (soap->ipv4_multicast_ttl) { unsigned char ttl = soap->ipv4_multicast_ttl; if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_TTL, (char*)&ttl, sizeof(ttl))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_TTL failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } if ((soap->omode & SOAP_IO_UDP) && soap->ipv4_multicast_if && !soap->ipv6_multicast_if) { if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) #ifndef WINDOWS { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #else #ifndef IP_MULTICAST_IF #define IP_MULTICAST_IF 2 #endif if (setsockopt(sk, IPPROTO_IP, IP_MULTICAST_IF, (char*)soap->ipv4_multicast_if, sizeof(struct in_addr))) { soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt IP_MULTICAST_IF failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif } } #endif #endif #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Opening socket=%d to host='%s' port=%d\n", sk, host, port)); #ifndef WITH_IPV6 soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (soap->proxy_host) { if (soap->fresolve(soap, soap->proxy_host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get proxy host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)soap->proxy_port); } else { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->peer.in.sin_port = htons((short)port); } soap->errmode = 0; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return sk; #endif #else if ((soap->omode & SOAP_IO_UDP)) { if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)res->ai_addr, res->ai_addrlen)) { soap->error = SOAP_EOM; soap->fclosesocket(soap, sk); sk = SOAP_INVALID_SOCKET; } soap->peerlen = res->ai_addrlen; freeaddrinfo(ressave); return sk; } #endif #ifndef WITH_LEAN if (soap->connect_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) retries = 10; #endif for (;;) { #ifdef WITH_IPV6 if (connect(sk, res->ai_addr, (int)res->ai_addrlen)) #else if (connect(sk, &soap->peer.addr, sizeof(soap->peer.in))) #endif { err = soap_socket_errno(sk); #ifdef WITH_IPV6 if (err == SOAP_ECONNREFUSED && res->ai_next) { soap->fclosesocket(soap, sk); res = res->ai_next; goto again; } #endif #ifndef WITH_LEAN if (err == SOAP_EADDRINUSE) { soap->fclosesocket(soap, sk); if (retries-- > 0) goto again; } else if (soap->connect_timeout && (err == SOAP_EINPROGRESS || err == SOAP_EAGAIN || err == SOAP_EWOULDBLOCK)) { SOAP_SOCKLEN_T k; for (;;) { int r; r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND, soap->connect_timeout); if (r > 0) break; if (!r) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } r = soap->errnum = soap_socket_errno(sk); if (r != SOAP_EINTR) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } k = (SOAP_SOCKLEN_T)sizeof(soap->errnum); if (!getsockopt(sk, SOL_SOCKET, SO_ERROR, (char*)&soap->errnum, &k) && !soap->errnum) /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); if (!soap->errnum) soap->errnum = soap_socket_errno(sk); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; goto again; } freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_IPV6 if (res->ai_next) { res = res->ai_next; soap->fclosesocket(soap, sk); goto again; } #endif if (err && err != SOAP_EINTR) { soap->errnum = err; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not connect to host\n")); soap_set_receiver_error(soap, tcp_error(soap), "connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); #ifdef WITH_IPV6 freeaddrinfo(ressave); #endif return SOAP_INVALID_SOCKET; } } else break; } #ifdef WITH_IPV6 soap->peerlen = 0; /* IPv6: already connected so use send() */ freeaddrinfo(ressave); #endif soap->socket = sk; soap->imode &= ~SOAP_ENC_SSL; soap->omode &= ~SOAP_ENC_SSL; if (endpoint && !soap_tag_cmp(endpoint, "https:*")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) || defined(WITH_SYSTEMSSL) #ifdef WITH_OPENSSL BIO *bio; #endif #ifdef WITH_SYSTEMSSL gsk_iocallback local_io = { ssl_recv, ssl_send, NULL, NULL, NULL, NULL }; #endif int r; if (soap->proxy_host) { soap_mode m = soap->mode; /* preserve settings */ soap_mode om = soap->omode; /* make sure we only parse HTTP */ size_t n = soap->count; /* save the content length */ const char *userid, *passwd; int status = soap->status; /* save the current status/command */ short keep_alive = soap->keep_alive; /* save the KA status */ soap->omode &= ~SOAP_ENC; /* mask IO and ENC */ soap->omode |= SOAP_IO_BUFFER; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connecting to %s proxy server %s for destination endpoint %s\n", soap->proxy_http_version, soap->proxy_host, endpoint)); #ifdef WITH_NTLM if (soap->ntlm_challenge) { if (soap_ntlm_handshake(soap, SOAP_CONNECT, endpoint, host, port)) return soap->error; } #endif if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = SOAP_CONNECT; soap->keep_alive = 1; if ((soap->error = soap->fpost(soap, endpoint, host, port, NULL, NULL, 0)) || soap_end_send_flush(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->keep_alive = keep_alive; soap->omode = om; om = soap->imode; soap->imode &= ~SOAP_ENC; /* mask IO and ENC */ userid = soap->userid; /* preserve */ passwd = soap->passwd; /* preserve */ if ((soap->error = soap->fparse(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } soap->status = status; /* restore */ soap->userid = userid; /* restore */ soap->passwd = passwd; /* restore */ soap->imode = om; /* restore */ soap->count = n; /* restore */ if (soap_begin_send(soap)) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (endpoint) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); /* restore */ soap->mode = m; } #ifdef WITH_OPENSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } if (!soap->ssl) { soap->ssl = SSL_new(soap->ctx); if (!soap->ssl) { soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } } else SSL_clear(soap->ssl); if (soap->session) { if (!strcmp(soap->session_host, host) && soap->session_port == port) SSL_set_session(soap->ssl, soap->session); SSL_SESSION_free(soap->session); soap->session = NULL; } #if (OPENSSL_VERSION_NUMBER >= 0x1000000aL) if (!(soap->ssl_flags & SOAP_SSLv3) && !SSL_set_tlsext_host_name(soap->ssl, host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #elif (OPENSSL_VERSION_NUMBER >= 0x0090800fL) && defined(SSL_CTRL_SET_TLSEXT_HOSTNAME) if (SSL_ctrl(soap->ssl, SSL_CTRL_SET_TLSEXT_HOSTNAME, TLSEXT_NAMETYPE_host_name, (void*)host)) { soap_set_receiver_error(soap, "SSL/TLS error", "SNI failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #endif bio = BIO_new_socket((int)sk, BIO_NOCLOSE); SSL_set_bio(soap->ssl, bio, bio); /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ /* Try connecting until success or timeout (when nonblocking) */ do { if ((r = SSL_connect(soap->ssl)) <= 0) { int err = SSL_get_error(soap->ssl, r); if (err == SSL_ERROR_WANT_CONNECT || err == SSL_ERROR_WANT_READ || err == SSL_ERROR_WANT_WRITE) { int s; if (err == SSL_ERROR_WANT_READ) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (s == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "SSL_connect failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, soap_ssl_error(soap, r), "SSL_connect error in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } while (!SSL_is_init_finished(soap->ssl)); /* Set SSL sockets to nonblocking */ SOAP_SOCKNONBLOCK(sk) /* Check server credentials when required */ if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { int err; if ((err = SSL_get_verify_result(soap->ssl)) != X509_V_OK) { soap_set_sender_error(soap, X509_verify_cert_error_string(err), "SSL/TLS certificate presented by peer cannot be verified in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (!(soap->ssl_flags & SOAP_SSL_SKIP_HOST_CHECK)) { X509_NAME *subj; STACK_OF(CONF_VALUE) *val = NULL; #if (OPENSSL_VERSION_NUMBER >= 0x0090800fL) GENERAL_NAMES *names = NULL; #else int ext_count; #endif int ok = 0; X509 *peer = SSL_get_peer_certificate(soap->ssl); if (!peer) { soap_set_sender_error(soap, "SSL/TLS error", "No SSL/TLS certificate was presented by the peer in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } #if (OPENSSL_VERSION_NUMBER < 0x0090800fL) ext_count = X509_get_ext_count(peer); if (ext_count > 0) { int i; for (i = 0; i < ext_count; i++) { X509_EXTENSION *ext = X509_get_ext(peer, i); const char *ext_str = OBJ_nid2sn(OBJ_obj2nid(X509_EXTENSION_get_object(ext))); if (ext_str && !strcmp(ext_str, "subjectAltName")) { X509V3_EXT_METHOD *meth = (X509V3_EXT_METHOD*)X509V3_EXT_get(ext); unsigned char *data; if (!meth) break; data = ext->value->data; if (data) { #if (OPENSSL_VERSION_NUMBER > 0x00907000L) void *ext_data; if (meth->it) ext_data = ASN1_item_d2i(NULL, &data, ext->value->length, ASN1_ITEM_ptr(meth->it)); else { #if (OPENSSL_VERSION_NUMBER > 0x0090800fL) ext_data = meth->d2i(NULL, (const unsigned char **)&data, ext->value->length); #else ext_data = meth->d2i(NULL, &data, ext->value->length); #endif } if (ext_data) val = meth->i2v(meth, ext_data, NULL); else val = NULL; if (meth->it) ASN1_item_free((ASN1_VALUE*)ext_data, ASN1_ITEM_ptr(meth->it)); else meth->ext_free(ext_data); #else void *ext_data = meth->d2i(NULL, &data, ext->value->length); if (ext_data) val = meth->i2v(meth, ext_data, NULL); meth->ext_free(ext_data); #endif if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } } } if (ok) break; } } #else names = (GENERAL_NAMES*)X509_get_ext_d2i(peer, NID_subject_alt_name, NULL, NULL); if (names) { val = i2v_GENERAL_NAMES(NULL, names, val); sk_GENERAL_NAME_pop_free(names, GENERAL_NAME_free); } if (val) { int j; for (j = 0; j < sk_CONF_VALUE_num(val); j++) { CONF_VALUE *nval = sk_CONF_VALUE_value(val, j); if (nval && !strcmp(nval->name, "DNS") && !strcmp(nval->value, host)) { ok = 1; break; } } sk_CONF_VALUE_pop_free(val, X509V3_conf_free); } #endif if (!ok && (subj = X509_get_subject_name(peer))) { int i = -1; do { ASN1_STRING *name; i = X509_NAME_get_index_by_NID(subj, NID_commonName, i); if (i == -1) break; name = X509_NAME_ENTRY_get_data(X509_NAME_get_entry(subj, i)); if (name) { if (!soap_tag_cmp(host, (const char*)M_ASN1_STRING_data(name))) ok = 1; else { unsigned char *tmp = NULL; ASN1_STRING_to_UTF8(&tmp, name); if (tmp) { if (!soap_tag_cmp(host, (const char*)tmp)) ok = 1; else if (tmp[0] == '*') /* wildcard domain */ { const char *t = strchr(host, '.'); if (t && !soap_tag_cmp(t, (const char*)tmp+1)) ok = 1; } OPENSSL_free(tmp); } } } } while (!ok); } X509_free(peer); if (!ok) { soap_set_sender_error(soap, "SSL/TLS error", "SSL/TLS certificate host name mismatch in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } } #endif #ifdef WITH_GNUTLS soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->session && (soap->error = soap->fsslauth(soap))) { soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } gnutls_transport_set_ptr(soap->session, (gnutls_transport_ptr_t)(long)sk); /* Set SSL sockets to non-blocking */ if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ while ((r = gnutls_handshake(soap->session))) { int s; /* GNUTLS repeat handhake when GNUTLS_E_AGAIN */ if (retries-- <= 0) break; if (r == GNUTLS_E_AGAIN || r == GNUTLS_E_INTERRUPTED) { if (!gnutls_record_get_direction(soap->session)) s = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else s = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (s < 0) break; } else { soap->errnum = soap_socket_errno(sk); break; } } if (r) { soap_set_sender_error(soap, soap_ssl_error(soap, r), "SSL/TLS handshake failed", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if ((soap->ssl_flags & SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION)) { const char *err = ssl_verify(soap, host); if (err) { soap->fclosesocket(soap, sk); soap->error = soap_set_sender_error(soap, "SSL/TLS verify error", err, SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } } #endif #ifdef WITH_SYSTEMSSL soap->ssl_flags |= SOAP_SSL_CLIENT; if (!soap->ctx && (soap->error = soap->fsslauth(soap))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL required, but no ctx set\n")); soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; } /* Connect timeout: set SSL sockets to non-blocking */ retries = 0; if (soap->connect_timeout) { SOAP_SOCKNONBLOCK(sk) retries = 10*soap->connect_timeout; } else SOAP_SOCKBLOCK(sk) if (retries <= 0) retries = 100; /* timeout: 10 sec retries, 100 times 0.1 sec */ err = gsk_secure_socket_open(soap->ctx, &soap->ssl); if (err == GSK_OK) err = gsk_attribute_set_numeric_value(soap->ssl, GSK_FD, sk); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_KEYRING_LABEL, soap->cafile, 0); /* Certificate label */ if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_SESSION_TYPE, GSK_CLIENT_SESSION); if (err == GSK_OK) err = gsk_attribute_set_buffer(soap->ssl, GSK_V3_CIPHER_SPECS_EXPANDED, "0035002F000A", 0); if (err == GSK_OK) err = gsk_attribute_set_enum(soap->ssl, GSK_V3_CIPHERS, GSK_V3_CIPHERS_CHAR4); if (err == GSK_OK) err = gsk_attribute_set_callback(soap->ssl, GSK_IO_CALLBACK, &local_io); if (err != GSK_OK) { soap_set_receiver_error(soap, gsk_strerror(err), "SYSTEM SSL error in tcp_connect()", SOAP_SSL_ERROR); return SOAP_INVALID_SOCKET; } /* Try connecting until success or timeout (when nonblocking) */ while ((err = gsk_secure_socket_init(soap->ssl)) != GSK_OK) { if (err == GSK_WOULD_BLOCK_READ || err == GSK_WOULD_BLOCK_WRITE) { if (err == GSK_WOULD_BLOCK_READ) r = tcp_select(soap, sk, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, -100000); else r = tcp_select(soap, sk, SOAP_TCP_SELECT_SND | SOAP_TCP_SELECT_ERR, -100000); if (r < 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL_connect/select error in tcp_connect\n")); soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init failed in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } if (r == 0 && retries-- <= 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "SSL/TLS connect timeout\n")); soap_set_receiver_error(soap, "Timeout", "in tcp_connect()", SOAP_TCP_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } else { soap_set_receiver_error(soap, gsk_strerror(err), "gsk_secure_socket_init() failed in tcp_connect()", SOAP_SSL_ERROR); soap->fclosesocket(soap, sk); return SOAP_INVALID_SOCKET; } } #endif soap->imode |= SOAP_ENC_SSL; soap->omode |= SOAP_ENC_SSL; #else soap->fclosesocket(soap, sk); soap->error = SOAP_SSL_ERROR; return SOAP_INVALID_SOCKET; #endif } if (soap->recv_timeout || soap->send_timeout) SOAP_SOCKNONBLOCK(sk) else SOAP_SOCKBLOCK(sk) return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_select(struct soap *soap, SOAP_SOCKET sk, int flags, int timeout) { int r; struct timeval tv; fd_set fd[3], *rfd, *sfd, *efd; int retries = 0; int eintr = SOAP_MAXEINTR; soap->errnum = 0; #ifndef WIN32 #if !defined(FD_SETSIZE) || defined(__QNX__) || defined(QNX) /* no FD_SETSIZE or select() is not MT safe on some QNX: always poll */ if (1) #else /* if fd max set size exceeded, use poll() */ if ((int)sk >= (int)FD_SETSIZE) #endif #ifdef HAVE_POLL { struct pollfd pollfd; pollfd.fd = (int)sk; pollfd.events = 0; if (flags & SOAP_TCP_SELECT_RCV) pollfd.events |= POLLIN; if (flags & SOAP_TCP_SELECT_SND) pollfd.events |= POLLOUT; if (flags & SOAP_TCP_SELECT_ERR) pollfd.events |= POLLERR; if (timeout <= 0) timeout /= -1000; /* -usec -> ms */ else { retries = timeout - 1; timeout = 1000; } do { r = poll(&pollfd, 1, timeout); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && (pollfd.revents & POLLIN)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && (pollfd.revents & POLLOUT)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && (pollfd.revents & POLLERR)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #else { soap->error = SOAP_FD_EXCEEDED; return -1; } #endif #endif if (timeout > 0) retries = timeout - 1; do { rfd = sfd = efd = NULL; if (flags & SOAP_TCP_SELECT_RCV) { rfd = &fd[0]; FD_ZERO(rfd); FD_SET(sk, rfd); } if (flags & SOAP_TCP_SELECT_SND) { sfd = &fd[1]; FD_ZERO(sfd); FD_SET(sk, sfd); } if (flags & SOAP_TCP_SELECT_ERR) { efd = &fd[2]; FD_ZERO(efd); FD_SET(sk, efd); } if (timeout <= 0) { tv.tv_sec = -timeout / 1000000; tv.tv_usec = -timeout % 1000000; } else { tv.tv_sec = 1; tv.tv_usec = 0; } r = select((int)sk + 1, rfd, sfd, efd, &tv); if (r < 0 && (soap->errnum = soap_socket_errno(sk)) == SOAP_EINTR && eintr-- > 0) r = 0; else if (retries-- <= 0) break; } while (r == 0); if (r > 0) { r = 0; if ((flags & SOAP_TCP_SELECT_RCV) && FD_ISSET(sk, rfd)) r |= SOAP_TCP_SELECT_RCV; if ((flags & SOAP_TCP_SELECT_SND) && FD_ISSET(sk, sfd)) r |= SOAP_TCP_SELECT_SND; if ((flags & SOAP_TCP_SELECT_ERR) && FD_ISSET(sk, efd)) r |= SOAP_TCP_SELECT_ERR; } else if (r == 0) soap->errnum = 0; return r; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static SOAP_SOCKET tcp_accept(struct soap *soap, SOAP_SOCKET s, struct sockaddr *a, int *n) { SOAP_SOCKET sk; (void)soap; sk = accept(s, a, (SOAP_SOCKLEN_T*)n); /* portability note: see SOAP_SOCKLEN_T definition in stdsoap2.h */ #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)sk, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(sk, F_SETFD, FD_CLOEXEC); #endif #endif return sk; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_disconnect(struct soap *soap) { #ifdef WITH_OPENSSL if (soap->ssl) { int r, s = 0; if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } if (*soap->host) { soap->session = SSL_get1_session(soap->ssl); if (soap->session) { soap_strcpy(soap->session_host, sizeof(soap->session_host), soap->host); soap->session_port = soap->port; } } r = SSL_shutdown(soap->ssl); /* SSL shutdown does not work when reads are pending, non-blocking */ if (r == 0) { while (SSL_want_read(soap->ssl)) { if (SSL_read(soap->ssl, NULL, 0) || soap_socket_errno(soap->socket) != SOAP_EAGAIN) { r = SSL_shutdown(soap->ssl); break; } } } if (r == 0) { if (soap_valid_socket(soap->socket)) { if (!soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR)) { #if !defined(WITH_LEAN) && !defined(WIN32) /* wait up to 5 seconds for close_notify to be sent by peer (if peer not present, this avoids calling SSL_shutdown() which has a lengthy return timeout) */ r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_ERR, 5); if (r <= 0) { soap->errnum = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connection lost...\n")); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; ERR_remove_state(0); SSL_free(soap->ssl); soap->ssl = NULL; return SOAP_OK; } #else r = SSL_shutdown(soap->ssl); #endif } } } if (r != 1) { s = ERR_get_error(); if (s) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown failed: %d\n", SSL_get_error(soap->ssl, r))); if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } } } SSL_free(soap->ssl); soap->ssl = NULL; if (s) return SOAP_SSL_ERROR; ERR_remove_state(0); } #endif #ifdef WITH_GNUTLS if (soap->session) { gnutls_bye(soap->session, GNUTLS_SHUT_RDWR); gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) { gsk_secure_socket_shutdown(soap->ssl); gsk_secure_socket_close(&soap->ssl); } #endif if (soap_valid_socket(soap->socket) && !(soap->omode & SOAP_IO_UDP)) { soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_RDWR); soap->fclosesocket(soap, soap->socket); soap->socket = SOAP_INVALID_SOCKET; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_closesocket(struct soap *soap, SOAP_SOCKET sk) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Close socket=%d\n", (int)sk)); return soap_closesocket(sk); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static int tcp_shutdownsocket(struct soap *soap, SOAP_SOCKET sk, int how) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shutdown socket=%d how=%d\n", (int)sk, how)); return shutdown(sk, how); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap *soap, const char *host, int port, int backlog) { #ifdef WITH_IPV6 struct addrinfo *addrinfo = NULL; struct addrinfo hints; struct addrinfo res; int err; #ifdef WITH_NO_IPV6_V6ONLY int unset = 0; #endif #endif #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 1; if (tcp_init(soap)) { soap_set_receiver_error(soap, tcp_error(soap), "TCP init failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef WITH_IPV6 memset((void*)&hints, 0, sizeof(hints)); #ifdef WITH_IPV6_V6ONLY hints.ai_family = PF_INET6; #else hints.ai_family = PF_UNSPEC; #endif #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) hints.ai_socktype = SOCK_DGRAM; else #endif hints.ai_socktype = SOCK_STREAM; hints.ai_flags = AI_PASSIVE; soap->errmode = 2; err = getaddrinfo(host, soap_int2s(soap, port), &hints, &addrinfo); if (err || !addrinfo) { soap_set_receiver_error(soap, SOAP_GAI_STRERROR(err), "getaddrinfo failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } res = *addrinfo; if (soap_memcpy((void*)&soap->peer.storage, sizeof(soap->peer.storage), (const void*)addrinfo->ai_addr, addrinfo->ai_addrlen)) { soap->error = SOAP_EOM; return SOAP_INVALID_SOCKET; } soap->peerlen = addrinfo->ai_addrlen; res.ai_addr = &soap->peer.addr; res.ai_addrlen = soap->peerlen; freeaddrinfo(addrinfo); soap->master = (int)socket(res.ai_family, res.ai_socktype, res.ai_protocol); #else #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->master = (int)socket(AF_INET, SOCK_DGRAM, 0); else #endif soap->master = (int)socket(AF_INET, SOCK_STREAM, 0); #endif soap->errmode = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "socket failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } soap->port = port; #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) soap->socket = soap->master; #endif #ifdef SOCKET_CLOSE_ON_EXIT #ifdef WIN32 #ifndef UNDER_CE SetHandleInformation((HANDLE)soap->master, HANDLE_FLAG_INHERIT, 0); #endif #else fcntl(soap->master, F_SETFD, 1); #endif #endif #ifndef WITH_LEAN if (soap->bind_flags && setsockopt(soap->master, SOL_SOCKET, soap->bind_flags, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && (!((soap->imode | soap->omode) & SOAP_IO_UDP)) && setsockopt(soap->master, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->master, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef TCP_FASTOPEN if (!(soap->omode & SOAP_IO_UDP) && setsockopt(soap->master, SOL_TCP, TCP_FASTOPEN, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_FASTOPEN failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #endif #endif #ifdef WITH_IPV6 #ifdef WITH_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt set IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif #ifdef WITH_NO_IPV6_V6ONLY if (res.ai_family == AF_INET6 && setsockopt(soap->master, IPPROTO_IPV6, IPV6_V6ONLY, (char*)&unset, sizeof(int))) { soap->errnum = soap_socket_errno(soap->master); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt unset IPV6_V6ONLY failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif soap->errmode = 0; if (bind(soap->master, res.ai_addr, (int)res.ai_addrlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #else soap->peerlen = sizeof(soap->peer.in); memset((void*)&soap->peer.in, 0, sizeof(soap->peer.in)); soap->peer.in.sin_family = AF_INET; soap->errmode = 2; if (host) { if (soap->fresolve(soap, host, &soap->peer.in.sin_addr)) { soap_set_receiver_error(soap, tcp_error(soap), "get host by name failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } else soap->peer.in.sin_addr.s_addr = htonl(INADDR_ANY); soap->peer.in.sin_port = htons((short)port); soap->errmode = 0; if (bind(soap->master, &soap->peer.addr, (int)soap->peerlen)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "bind failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #endif if (!(soap->omode & SOAP_IO_UDP) && listen(soap->master, backlog)) { soap->errnum = soap_socket_errno(soap->master); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not bind to host\n")); soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "listen failed in soap_bind()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } return soap->master; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap *soap) { #ifndef WITH_LEAN int r; if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_ALL, 0); if (r > 0 && (r & SOAP_TCP_SELECT_ERR)) r = -1; } else if (soap_valid_socket(soap->master)) r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_SND, 0); else return SOAP_OK; /* OK when no socket! */ if (r > 0) { #ifdef WITH_OPENSSL if (soap->imode & SOAP_ENC_SSL) { if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || SSL_peek(soap->ssl, soap->tmpbuf, 1) > 0)) return SOAP_OK; } else #endif { int t; if (soap_valid_socket(soap->socket) && (r & SOAP_TCP_SELECT_SND) && (!(r & SOAP_TCP_SELECT_RCV) || recv(soap->socket, (char*)&t, 1, MSG_PEEK) > 0)) return SOAP_OK; } } else if (r < 0) { if ((soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) && soap_socket_errno(soap->master) != SOAP_EINTR) { soap_set_receiver_error(soap, tcp_error(soap), "select failed in soap_poll()", SOAP_TCP_ERROR); return soap->error = SOAP_TCP_ERROR; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Polling: other end down on socket=%d select=%d\n", soap->socket, r)); return SOAP_EOF; #else (void)soap; return SOAP_OK; #endif } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap *soap) { int n = (int)sizeof(soap->peer); int err; #ifndef WITH_LEAN #ifndef WIN32 int len = sizeof(soap->buf); #else int len = sizeof(soap->buf) + 1; /* speeds up windows xfer */ #endif int set = 1; #endif soap->error = SOAP_OK; memset((void*)&soap->peer, 0, sizeof(soap->peer)); soap->socket = SOAP_INVALID_SOCKET; soap->errmode = 0; soap->keep_alive = 0; if (!soap_valid_socket(soap->master)) { soap->errnum = 0; soap_set_receiver_error(soap, tcp_error(soap), "no master socket in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } #ifndef WITH_LEAN if ((soap->omode & SOAP_IO_UDP)) return soap->socket = soap->master; #endif for (;;) { if (soap->accept_timeout || soap->send_timeout || soap->recv_timeout) { for (;;) { int r; r = tcp_select(soap, soap->master, SOAP_TCP_SELECT_ALL, soap->accept_timeout ? soap->accept_timeout : 60); if (r > 0) break; if (!r && soap->accept_timeout) { soap_set_receiver_error(soap, "Timeout", "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } if (r < 0) { r = soap->errnum; if (r != SOAP_EINTR) { soap_closesock(soap); soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); return SOAP_INVALID_SOCKET; } } } } if (soap->accept_timeout) SOAP_SOCKNONBLOCK(soap->master) else SOAP_SOCKBLOCK(soap->master) n = (int)sizeof(soap->peer); soap->socket = soap->faccept(soap, soap->master, &soap->peer.addr, &n); soap->peerlen = (size_t)n; if (soap_valid_socket(soap->socket)) { #ifdef WITH_IPV6 char *s = soap->host; char port[16]; int i; getnameinfo(&soap->peer.addr, n, soap->host, sizeof(soap->host), port, sizeof(port), NI_NUMERICHOST | NI_NUMERICSERV); soap->ip = 0; for (i = 0; i < 4 && *s; i++) { soap->ip = (soap->ip << 8) + (unsigned int)soap_strtoul(s, &s, 10); if (*s) s++; } soap->port = soap_strtol(port, NULL, 10); #else soap->ip = ntohl(soap->peer.in.sin_addr.s_addr); (SOAP_SNPRINTF(soap->host, sizeof(soap->host), 80), "%u.%u.%u.%u", (int)(soap->ip>>24)&0xFF, (int)(soap->ip>>16)&0xFF, (int)(soap->ip>>8)&0xFF, (int)soap->ip&0xFF); soap->port = (int)ntohs(soap->peer.in.sin_port); /* does not return port number on some systems */ #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept socket=%d at port=%d from IP='%s'\n", soap->socket, soap->port, soap->host)); #ifndef WITH_LEAN if ((soap->accept_flags & SO_LINGER)) { struct linger linger; memset((void*)&linger, 0, sizeof(linger)); linger.l_onoff = 1; linger.l_linger = soap->linger_time; if (setsockopt(soap->socket, SOL_SOCKET, SO_LINGER, (char*)&linger, sizeof(struct linger))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_LINGER failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } if ((soap->accept_flags & ~SO_LINGER) && setsockopt(soap->socket, SOL_SOCKET, soap->accept_flags & ~SO_LINGER, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifndef UNDER_CE if (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) && setsockopt(soap->socket, SOL_SOCKET, SO_KEEPALIVE, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_KEEPALIVE failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_SNDBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_SNDBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } if (setsockopt(soap->socket, SOL_SOCKET, SO_RCVBUF, (char*)&len, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt SO_RCVBUF failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #ifdef TCP_NODELAY if (setsockopt(soap->socket, IPPROTO_TCP, TCP_NODELAY, (char*)&set, sizeof(int))) { soap->errnum = soap_socket_errno(soap->socket); soap_set_receiver_error(soap, tcp_error(soap), "setsockopt TCP_NODELAY failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } #endif #endif #endif soap->keep_alive = (((soap->imode | soap->omode) & SOAP_IO_KEEPALIVE) != 0); if (soap->send_timeout || soap->recv_timeout) SOAP_SOCKNONBLOCK(soap->socket) else SOAP_SOCKBLOCK(soap->socket) return soap->socket; } err = soap_socket_errno(soap->socket); if (err != 0 && err != SOAP_EINTR && err != SOAP_EAGAIN && err != SOAP_EWOULDBLOCK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Accept failed from %s\n", soap->host)); soap->errnum = err; soap_set_receiver_error(soap, tcp_error(soap), "accept failed in soap_accept()", SOAP_TCP_ERROR); soap_closesock(soap); return SOAP_INVALID_SOCKET; } } } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap *soap) { int status = soap->error; #ifndef WITH_LEANER if (status) /* close on error: attachment state is not to be trusted */ { soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.first = NULL; soap->dime.last = NULL; } #endif if (soap->fdisconnect && (soap->error = soap->fdisconnect(soap))) return soap->error; if (status == SOAP_EOF || status == SOAP_TCP_ERROR || status == SOAP_SSL_ERROR || !soap->keep_alive) { if (soap->fclose && (soap->error = soap->fclose(soap))) return soap->error; soap->keep_alive = 0; } #ifdef WITH_ZLIB if (!(soap->mode & SOAP_MIME_POSTCHECK)) { if (soap->zlib_state == SOAP_ZLIB_DEFLATE) deflateEnd(soap->d_stream); else if (soap->zlib_state == SOAP_ZLIB_INFLATE) inflateEnd(soap->d_stream); soap->zlib_state = SOAP_ZLIB_NONE; } #endif return soap->error = status; } #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap *soap) { soap->keep_alive = 0; if (soap_valid_socket(soap->socket)) return soap_closesocket(soap->socket); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap *soap) { soap_done(soap); #ifdef WIN32 if (!tcp_done) return; tcp_done = 0; WSACleanup(); #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap *soap) { #ifdef SOAP_DEBUG int i; #endif if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Done with context%s\n", soap->state == SOAP_COPY ? " copy" : "")); soap_free_temp(soap); while (soap->clist) { struct soap_clist *p = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = p; } if (soap->state == SOAP_INIT) soap->omode &= ~SOAP_IO_UDP; /* to force close the socket */ soap->keep_alive = 0; /* to force close the socket */ if (soap->master == soap->socket) /* do not close twice */ soap->master = SOAP_INVALID_SOCKET; soap_closesock(soap); #ifdef WITH_COOKIES soap_free_cookies(soap); #endif while (soap->plugins) { struct soap_plugin *p = soap->plugins->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Removing plugin '%s'\n", soap->plugins->id)); if (soap->plugins->fcopy || soap->state == SOAP_INIT) soap->plugins->fdelete(soap, soap->plugins); SOAP_FREE(soap, soap->plugins); soap->plugins = p; } soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; #ifndef WITH_NOIO #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; #ifdef WITH_OPENSSL if (soap->session) { SSL_SESSION_free(soap->session); soap->session = NULL; } #endif if (soap->state == SOAP_INIT) { if (soap_valid_socket(soap->master)) { soap->fclosesocket(soap, soap->master); soap->master = SOAP_INVALID_SOCKET; } } #ifdef WITH_OPENSSL if (soap->ssl) { SSL_free(soap->ssl); soap->ssl = NULL; } if (soap->state == SOAP_INIT) { if (soap->ctx) { SSL_CTX_free(soap->ctx); soap->ctx = NULL; } } ERR_remove_state(0); #endif #ifdef WITH_GNUTLS if (soap->state == SOAP_INIT) { if (soap->xcred) { gnutls_certificate_free_credentials(soap->xcred); soap->xcred = NULL; } if (soap->acred) { gnutls_anon_free_client_credentials(soap->acred); soap->acred = NULL; } if (soap->cache) { gnutls_priority_deinit(soap->cache); soap->cache = NULL; } if (soap->dh_params) { gnutls_dh_params_deinit(soap->dh_params); soap->dh_params = NULL; } if (soap->rsa_params) { gnutls_rsa_params_deinit(soap->rsa_params); soap->rsa_params = NULL; } } if (soap->session) { gnutls_deinit(soap->session); soap->session = NULL; } #endif #ifdef WITH_SYSTEMSSL if (soap->ssl) gsk_secure_socket_close(&soap->ssl); if (soap->state == SOAP_INIT) if (soap->ctx) gsk_environment_close(&soap->ctx); #endif #ifdef WITH_C_LOCALE if (soap->c_locale) { # ifdef WIN32 _free_locale(soap->c_locale); # else freelocale(soap->c_locale); # endif soap->c_locale = NULL; } #endif #ifdef WITH_ZLIB if (soap->d_stream) { SOAP_FREE(soap, soap->d_stream); soap->d_stream = NULL; } if (soap->z_buf) { SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; } #endif #ifdef SOAP_DEBUG DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free logfiles\n")); for (i = 0; i < SOAP_MAXLOGS; i++) { if (soap->logfile[i]) { SOAP_FREE(soap, soap->logfile[i]); soap->logfile[i] = NULL; } soap_close_logfile(soap, i); } soap->state = SOAP_NONE; #endif #ifdef SOAP_MEM_DEBUG soap_free_mht(soap); #endif } #endif /******************************************************************************\ * * HTTP * \******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse(struct soap *soap) { char header[SOAP_HDRLEN], *s; unsigned short httpcmd = 0; int status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Waiting for HTTP request/response...\n")); *soap->endpoint = '\0'; #ifdef WITH_NTLM if (!soap->ntlm_challenge) #endif { soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; } #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif soap->proxy_from = NULL; do { soap->length = 0; soap->http_content = NULL; soap->action = NULL; soap->status = 0; soap->body = 1; if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) { if (soap->error == SOAP_EOF) return SOAP_EOF; return soap->error = 414; } if ((s = strchr(soap->msgbuf, ' '))) { soap->status = (unsigned short)soap_strtoul(s, &s, 10); if (!soap_blank((soap_wchar)*s)) soap->status = 0; } else soap->status = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP status: %s\n", soap->msgbuf)); for (;;) { if (soap_getline(soap, header, SOAP_HDRLEN)) { if (soap->error == SOAP_EOF) { soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "EOF in HTTP header, continue anyway\n")); break; } return soap->error; } if (!*header) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP header: %s\n", header)); s = strchr(header, ':'); if (s) { char *t; *s = '\0'; do s++; while (*s && *s <= 32); if (*s == '"') s++; t = s + strlen(s) - 1; while (t > s && *t <= 32) t--; if (t >= s && *t == '"') t--; t[1] = '\0'; if ((soap->error = soap->fparsehdr(soap, header, s))) { if (soap->error < SOAP_STOP) return soap->error; status = soap->error; soap->error = SOAP_OK; } } } } while (soap->status == 100); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Finished HTTP header parsing, status = %d\n", soap->status)); s = strstr(soap->msgbuf, "HTTP/"); if (s && s[7] != '1') { if (soap->keep_alive == 1) soap->keep_alive = 0; if (soap->status == 0 && (soap->omode & SOAP_IO) == SOAP_IO_CHUNK) /* soap->status == 0 for HTTP request */ soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; /* HTTP 1.0 does not support chunked transfers */ } if (soap->keep_alive < 0) soap->keep_alive = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Keep alive connection = %d\n", soap->keep_alive)); if (soap->status == 0) { size_t l = 0; if (s) { if (!strncmp(soap->msgbuf, "POST ", l = 5)) httpcmd = 1; else if (!strncmp(soap->msgbuf, "PUT ", l = 4)) httpcmd = 2; else if (!strncmp(soap->msgbuf, "GET ", l = 4)) httpcmd = 3; else if (!strncmp(soap->msgbuf, "DELETE ", l = 7)) httpcmd = 4; else if (!strncmp(soap->msgbuf, "OPTIONS ", l = 8)) httpcmd = 5; else if (!strncmp(soap->msgbuf, "HEAD ", l = 5)) httpcmd = 6; } if (s && httpcmd) { size_t m, n, k; while (soap_blank(soap->msgbuf[l])) l++; m = strlen(soap->endpoint); n = m + (s - soap->msgbuf) - l - 1; if (n >= sizeof(soap->endpoint)) n = sizeof(soap->endpoint) - 1; if (m > n) m = n; k = n - m + 1; if (k >= sizeof(soap->path)) k = sizeof(soap->path) - 1; while (k > 0 && soap_blank(soap->msgbuf[l + k - 1])) k--; soap_strncpy(soap->path, sizeof(soap->path), soap->msgbuf + l, k); if (*soap->path && *soap->path != '/') soap_strncpy(soap->endpoint, sizeof(soap->endpoint), soap->path, k); else soap_strncat(soap->endpoint, sizeof(soap->endpoint), soap->path, k); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Target endpoint='%s' path='%s'\n", soap->endpoint, soap->path)); if (httpcmd > 1) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s handler\n", soap->msgbuf)); switch (httpcmd) { case 2: soap->error = soap->fput(soap); break; case 3: soap->error = soap->fget(soap); break; case 4: soap->error = soap->fdel(soap); break; case 5: soap->error = soap->fopt(soap); break; case 6: soap->error = soap->fhead(soap); break; default: soap->error = 405; break; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP handler return = %d\n", soap->error)); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ return soap->error; } if (status) return soap->error = status; } else if (status) return soap->error = status; else if (s) return soap->error = 405; return SOAP_OK; } #if 0 if (soap->length > 0 || (soap->http_content && (!soap->keep_alive || soap->recv_timeout)) || (soap->imode & SOAP_IO) == SOAP_IO_CHUNK) #endif if (soap->body) { if ((soap->status >= 200 && soap->status <= 299) /* OK, Accepted, etc */ || soap->status == 400 /* Bad Request */ || soap->status == 500) /* Internal Server Error */ return soap->error = SOAP_OK; /* force close afterwards in soap_closesock() */ soap->keep_alive = 0; #ifndef WITH_LEAN /* read HTTP body for error details */ s = soap_get_http_body(soap, NULL); if (s) return soap_set_receiver_error(soap, soap->msgbuf, s, soap->status); #endif } else if (soap->status >= 200 && soap->status <= 299) return soap->error = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP error %d: %s\n", soap->status, soap->msgbuf)); return soap_set_receiver_error(soap, "HTTP Error", soap->msgbuf, soap->status); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_parse_header(struct soap *soap, const char *key, const char *val) { if (!soap_tag_cmp(key, "Host")) { #if defined(WITH_OPENSSL) || defined(WITH_GNUTLS) if (soap->imode & SOAP_ENC_SSL) soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "https://"); else #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), "http://"); soap_strncat(soap->endpoint, sizeof(soap->endpoint), val, sizeof(soap->endpoint) - 9); } #ifndef WITH_LEANER else if (!soap_tag_cmp(key, "Content-Type")) { const char *action; soap->http_content = soap_strdup(soap, val); if (soap_get_header_attribute(soap, val, "application/dime")) soap->imode |= SOAP_ENC_DIME; else if (soap_get_header_attribute(soap, val, "multipart/related") || soap_get_header_attribute(soap, val, "multipart/form-data")) { soap->mime.boundary = soap_strdup(soap, soap_get_header_attribute(soap, val, "boundary")); soap->mime.start = soap_strdup(soap, soap_get_header_attribute(soap, val, "start")); soap->imode |= SOAP_ENC_MIME; } action = soap_get_header_attribute(soap, val, "action"); if (action) { if (*action == '"') { soap->action = soap_strdup(soap, action + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, action); } } #endif else if (!soap_tag_cmp(key, "Content-Length")) { soap->length = soap_strtoul(val, NULL, 10); if (!soap->length) soap->body = 0; } else if (!soap_tag_cmp(key, "Content-Encoding")) { if (!soap_tag_cmp(val, "deflate")) #ifdef WITH_ZLIB soap->zlib_in = SOAP_ZLIB_DEFLATE; #else return SOAP_ZLIB_ERROR; #endif else if (!soap_tag_cmp(val, "gzip")) #ifdef WITH_GZIP soap->zlib_in = SOAP_ZLIB_GZIP; #else return SOAP_ZLIB_ERROR; #endif } #ifdef WITH_ZLIB else if (!soap_tag_cmp(key, "Accept-Encoding")) { #ifdef WITH_GZIP if (strchr(val, '*') || soap_get_header_attribute(soap, val, "gzip")) soap->zlib_out = SOAP_ZLIB_GZIP; else #endif if (strchr(val, '*') || soap_get_header_attribute(soap, val, "deflate")) soap->zlib_out = SOAP_ZLIB_DEFLATE; else soap->zlib_out = SOAP_ZLIB_NONE; } #endif else if (!soap_tag_cmp(key, "Transfer-Encoding")) { soap->imode &= ~SOAP_IO; if (!soap_tag_cmp(val, "chunked")) soap->imode |= SOAP_IO_CHUNK; } else if (!soap_tag_cmp(key, "Connection")) { if (!soap_tag_cmp(val, "keep-alive")) soap->keep_alive = -soap->keep_alive; else if (!soap_tag_cmp(val, "close")) soap->keep_alive = 0; } #if !defined(WITH_LEAN) || defined(WITH_NTLM) else if (!soap_tag_cmp(key, "Authorization") || !soap_tag_cmp(key, "Proxy-Authorization")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif if (!soap_tag_cmp(val, "Basic *")) { int n; char *s; soap_base642s(soap, val + 6, soap->tmpbuf, sizeof(soap->tmpbuf) - 1, &n); soap->tmpbuf[n] = '\0'; if ((s = strchr(soap->tmpbuf, ':'))) { *s = '\0'; soap->userid = soap_strdup(soap, soap->tmpbuf); soap->passwd = soap_strdup(soap, s + 1); } } } else if (!soap_tag_cmp(key, "WWW-Authenticate") || !soap_tag_cmp(key, "Proxy-Authenticate")) { #ifdef WITH_NTLM if (!soap_tag_cmp(val, "NTLM*")) soap->ntlm_challenge = soap_strdup(soap, val + 4); else #endif soap->authrealm = soap_strdup(soap, soap_get_header_attribute(soap, val + 6, "realm")); } else if (!soap_tag_cmp(key, "Expect")) { if (!soap_tag_cmp(val, "100-continue")) { if ((soap->error = soap->fposthdr(soap, "HTTP/1.1 100 Continue", NULL)) || (soap->error = soap->fposthdr(soap, NULL, NULL))) return soap->error; } } #endif else if (!soap_tag_cmp(key, "SOAPAction")) { if (*val == '"') { soap->action = soap_strdup(soap, val + 1); if (*soap->action) soap->action[strlen(soap->action) - 1] = '\0'; } else soap->action = soap_strdup(soap, val); } else if (!soap_tag_cmp(key, "Location")) { soap_strcpy(soap->endpoint, sizeof(soap->endpoint), val); } else if (!soap_tag_cmp(key, "X-Forwarded-For")) { soap->proxy_from = soap_strdup(soap, val); } #ifdef WITH_COOKIES else if (!soap_tag_cmp(key, "Cookie") || !soap_tag_cmp(key, "Cookie2") || !soap_tag_cmp(key, "Set-Cookie") || !soap_tag_cmp(key, "Set-Cookie2")) { soap_getcookies(soap, val); } #endif return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap *soap, const char *line, const char *key) { const char *s = line; if (s) { while (*s) { short flag; s = soap_decode_key(soap->tmpbuf, sizeof(soap->tmpbuf), s); flag = soap_tag_cmp(soap->tmpbuf, key); s = soap_decode_val(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (!flag) return soap->tmpbuf; } } return NULL; } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char *buf, size_t len, const char *val) { return soap_decode(buf, len, val, "=,;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char *buf, size_t len, const char *val) { if (*val != '=') { *buf = '\0'; return val; } return soap_decode(buf, len, val + 1, ",;"); } #endif #endif /******************************************************************************/ #if !defined(WITH_NOHTTP) || !defined(WITH_LEANER) #ifndef PALM_1 static const char* soap_decode(char *buf, size_t len, const char *val, const char *sep) { const char *s; char *t = buf; size_t i = len; for (s = val; *s; s++) if (*s != ' ' && *s != '\t' && !strchr(sep, *s)) break; if (len > 0) { if (*s == '"') { s++; while (*s && *s != '"' && --i) *t++ = *s++; } else { while (*s && !soap_blank((soap_wchar)*s) && !strchr(sep, *s) && --i) { if (*s == '%' && s[1] && s[2]) { *t++ = ((s[1] >= 'A' ? (s[1] & 0x7) + 9 : s[1] - '0') << 4) + (s[2] >= 'A' ? (s[2] & 0x7) + 9 : s[2] - '0'); s += 3; } else *t++ = *s++; } } buf[len - 1] = '\0'; /* appease */ } *t = '\0'; while (*s && !strchr(sep, *s)) s++; return s; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static const char* http_error(struct soap *soap, int status) { const char *msg = SOAP_STR_EOS; (void)soap; (void)status; #ifndef WITH_LEAN msg = soap_code_str(h_http_error_codes, status); if (!msg) msg = SOAP_STR_EOS; #endif return msg; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_get(struct soap *soap) { (void)soap; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP GET request\n")); return SOAP_GET_METHOD; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_405(struct soap *soap) { (void)soap; return 405; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_200(struct soap *soap) { return soap_send_empty_response(soap, 200); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post(struct soap *soap, const char *endpoint, const char *host, int port, const char *path, const char *action, size_t count) { const char *s; int err; size_t l; switch (soap->status) { case SOAP_GET: s = "GET"; break; case SOAP_PUT: s = "PUT"; break; case SOAP_DEL: s = "DELETE"; break; case SOAP_CONNECT: s = "CONNECT"; break; default: s = "POST"; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP %s to %s\n", s, endpoint ? endpoint : "(null)")); #ifdef PALM if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && strncmp(endpoint, "_beam:", 6) && strncmp(endpoint, "_local:", 7) && strncmp(endpoint, "_btobex:", 8)) #else if (!endpoint || (soap_tag_cmp(endpoint, "http:*") && soap_tag_cmp(endpoint, "https:*") && soap_tag_cmp(endpoint, "httpg:*"))) #endif return SOAP_OK; /* set l to prevent overruns ('host' and 'soap->host' are substrings of 'endpoint') */ l = strlen(endpoint) + strlen(soap->http_version) + 80; if (l > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if (soap->status == SOAP_CONNECT) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s:%d HTTP/%s", s, soap->host, soap->port, soap->http_version); else if (soap->proxy_host && endpoint) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s %s HTTP/%s", s, endpoint, soap->http_version); else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s /%s HTTP/%s", s, (*path == '/' ? path + 1 : path), soap->http_version); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifdef WITH_OPENSSL if ((soap->ssl && port != 443) || (!soap->ssl && port != 80)) #else if (port != 80) #endif { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]:%d", host, port); /* RFC 2732 */ else #endif (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "%s:%d", host, port); } else { #ifdef WITH_IPV6 if (*host != '[' && strchr(host, ':')) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l), "[%s]", host); /* RFC 2732 */ else #endif soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), host); } if ((err = soap->fposthdr(soap, "Host", soap->tmpbuf))) return err; if ((err = soap->fposthdr(soap, "User-Agent", "gSOAP/2.8"))) return err; if ((err = soap_puthttphdr(soap, SOAP_OK, count))) return err; #ifdef WITH_ZLIB #ifdef WITH_GZIP if ((err = soap->fposthdr(soap, "Accept-Encoding", "gzip, deflate"))) #else if ((err = soap->fposthdr(soap, "Accept-Encoding", "deflate"))) #endif return err; #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) #ifdef WITH_NTLM if (soap->ntlm_challenge) { l = strlen(soap->ntlm_challenge); if (l) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), l + 5), "NTLM %s", soap->ntlm_challenge); if (soap->proxy_host) { if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } else if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } } else { #endif if (soap->userid && soap->passwd) { l = strlen(soap->userid) + strlen(soap->passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->userid, soap->passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Authorization", soap->tmpbuf))) return err; } if (soap->proxy_userid && soap->proxy_passwd) { l = strlen(soap->proxy_userid) + strlen(soap->proxy_passwd); soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "Basic "); (SOAP_SNPRINTF(soap->tmpbuf + 262, sizeof(soap->tmpbuf) - 262, l + 1), "%s:%s", soap->proxy_userid, soap->proxy_passwd); soap_s2base64(soap, (const unsigned char*)(soap->tmpbuf + 262), soap->tmpbuf + 6, (int)strlen(soap->tmpbuf + 262)); if ((err = soap->fposthdr(soap, "Proxy-Authorization", soap->tmpbuf))) return err; } #ifdef WITH_NTLM } #endif #endif #ifdef WITH_COOKIES #ifdef WITH_OPENSSL if (soap_putcookies(soap, host, path, soap->ssl != NULL)) return soap->error; #else if (soap_putcookies(soap, host, path, 0)) return soap->error; #endif #endif if (action && soap->status != SOAP_GET && soap->status != SOAP_DEL) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(action) + 2), "\"%s\"", action); if ((err = soap->fposthdr(soap, "SOAPAction", soap->tmpbuf))) return err; } return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_send_header(struct soap *soap, const char *s) { const char *t; do { t = strchr(s, '\n'); /* disallow \n in HTTP headers */ if (!t) t = s + strlen(s); if (soap_send_raw(soap, s, t - s)) return soap->error; s = t + 1; } while (*t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_post_header(struct soap *soap, const char *key, const char *val) { if (key) { if (http_send_header(soap, key)) return soap->error; if (val && (soap_send_raw(soap, ": ", 2) || http_send_header(soap, val))) return soap->error; } return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 static int http_response(struct soap *soap, int status, size_t count) { int err; char http[16]; int code = status; const char *line; #ifdef WMW_RPM_IO if (soap->rpmreqid) httpOutputEnable(soap->rpmreqid); #endif #ifdef WMW_RPM_IO if (soap->rpmreqid || soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* RPM behaves as if standalone */ #else if (soap_valid_socket(soap->master) || soap_valid_socket(soap->socket)) /* standalone application (socket) or CGI (stdin/out)? */ #endif (SOAP_SNPRINTF(http, sizeof(http), strlen(soap->http_version) + 5), "HTTP/%s", soap->http_version); else soap_strcpy(http, sizeof(http), "Status:"); if (!status || status == SOAP_HTML || status == SOAP_FILE) { if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) code = 200; else code = 202; } else if (status < 200 || status >= 600) { const char *s = *soap_faultcode(soap); if (status >= SOAP_GET_METHOD && status <= SOAP_HTTP_METHOD) code = 405; else if (soap->version == 2 && (!s || !strcmp(s, "SOAP-ENV:Sender"))) code = 400; else code = 500; } line = http_error(soap, code); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "HTTP Status = %d %s\n", code, line)); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(http) + 22 + strlen(line)), "%s %d %s", http, code, line); if ((err = soap->fposthdr(soap, soap->tmpbuf, NULL))) return err; #ifndef WITH_LEAN if (status == 401) { (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "Basic realm=\"%s\"", (soap->authrealm && strlen(soap->authrealm) + 14 < sizeof(soap->tmpbuf)) ? soap->authrealm : "gSOAP Web Service"); if ((err = soap->fposthdr(soap, "WWW-Authenticate", soap->tmpbuf))) return err; } else if ((status >= 301 && status <= 303) || status == 307) { if ((err = soap->fposthdr(soap, "Location", soap->endpoint))) return err; } #endif if ((err = soap->fposthdr(soap, "Server", "gSOAP/2.8")) || (err = soap_puthttphdr(soap, status, count))) return err; #ifdef WITH_COOKIES if (soap_putsetcookies(soap)) return soap->error; #endif return soap->fposthdr(soap, NULL, NULL); } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap *soap, int status) { size_t count; if (!(soap->omode & (SOAP_ENC_XML | SOAP_IO_STORE /* this tests for chunking too */)) && (status == SOAP_HTML || status == SOAP_FILE)) soap->omode = (soap->omode & ~SOAP_IO) | SOAP_IO_STORE; soap->status = status; count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML)) { int n = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((n & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fresponse(soap, status, count))) return soap->error; #ifndef WITH_LEANER if ((n & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = n; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char *s, const char *t) { if (!t || (*t != '/' && *t != '?')) return s; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t)), "%s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char *s, char *t, size_t len) { int c; size_t n = len; while ((c = *s++) && --n > 0) { if (c > ' ' && c < 128 && !strchr("()<>@,;:\\\"/[]?={}#!$&'*+", c)) *t++ = c; else if (n > 2) { *t++ = '%'; *t++ = (c >> 4) + (c > 159 ? '7' : '0'); c &= 0xF; *t++ = c + (c > 9 ? '7' : '0'); n -= 2; } else break; } *t = '\0'; return len - n; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap *soap, const char *s) { if (s) { size_t n = 3*strlen(s)+1; char *t = (char*)soap_malloc(soap, n); if (t) { soap_encode_url(s, t, n); return t; } } return SOAP_STR_EOS; } #endif /******************************************************************************\ * * HTTP Cookies * \******************************************************************************/ #ifdef WITH_COOKIES SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Search cookie='%s' domain='%s' path='%s'\n", name, domain ? domain : "(null)", path ? path : "(null)")); for (p = soap->cookies; p; p = p->next) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie in database: %s='%s' domain='%s' path='%s' env=%hd\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->env)); if (!strcmp(p->name, name) && ((!p->domain && !domain) || (p->domain && !strcmp(p->domain, domain))) && ((!p->path && !path) || (p->path && !strncmp(p->path, path, strlen(p->path))))) break; } return p; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap *soap, const char *name, const char *value, const char *domain, const char *path) { struct soap_cookie **p, *q; int n; if (!domain) domain = soap->cookie_domain; if (!path) path = soap->cookie_path; if (!path) path = SOAP_STR_EOS; else if (*path == '/') path++; q = soap_cookie(soap, name, domain, path); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set %scookie: %s='%s' domain='%s' path='%s'\n", q ? SOAP_STR_EOS : "new ", name, value ? value : "(null)", domain ? domain : "(null)", path ? path : "(null)")); if (!q) { if ((q = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(name); if ((q->name = (char*)SOAP_MALLOC(soap, l + 1))) soap_strcpy(q->name, l + 1, name); q->value = NULL; q->domain = NULL; q->path = NULL; q->expire = 0; q->maxage = -1; q->version = 1; q->secure = 0; q->modified = 0; for (p = &soap->cookies, n = soap->cookie_max; *p && n; p = &(*p)->next, n--) if (!strcmp((*p)->name, name) && (*p)->path && path && strcmp((*p)->path, path) < 0) break; if (n) { q->next = *p; *p = q; } else { SOAP_FREE(soap, q->name); SOAP_FREE(soap, q); q = NULL; } } } else q->modified = 1; if (q) { if (q->value) { if (!value || strcmp(value, q->value)) { SOAP_FREE(soap, q->value); q->value = NULL; } } if (value && *value && !q->value) { size_t l = strlen(value); q->value = (char*)SOAP_MALLOC(soap, l + 1); if (q->value) soap_strcpy(q->value, l + 1, value); } if (q->domain) { if (!domain || strcmp(domain, q->domain)) { SOAP_FREE(soap, q->domain); q->domain = NULL; } } if (domain && !q->domain) { size_t l = strlen(domain); q->domain = (char*)SOAP_MALLOC(soap, l + 1); if (q->domain) soap_strcpy(q->domain, l + 1, domain); } if (q->path) { if (!path || strncmp(path, q->path, strlen(q->path))) { SOAP_FREE(soap, q->path); q->path = NULL; } } if (path && !q->path) { size_t l = strlen(path); q->path = (char*)SOAP_MALLOC(soap, l + 1); if (q->path) soap_strcpy(q->path, l + 1, path); } q->session = 1; q->env = 0; } return q; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_clr_cookie(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie **p, *q; if (!domain) domain = soap->cookie_domain; if (!domain) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie domain not set\n", name ? name : "(null)")); return; } if (!path) path = soap->cookie_path; if (!path) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error in clear cookie='%s': cookie path not set\n", name ? name : "(null)")); return; } if (*path == '/') path++; for (p = &soap->cookies, q = *p; q; q = *p) { if (!strcmp(q->name, name) && (!q->domain || !strcmp(q->domain, domain)) && (!q->path || !strncmp(q->path, path, strlen(q->path)))) { if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else p = &q->next; } } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 char * SOAP_FMAC2 soap_env_cookie_value(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path)) && p->env) return p->value; return NULL; } /******************************************************************************/ SOAP_FMAC1 time_t SOAP_FMAC2 soap_cookie_expire(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) return p->expire; return -1; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_expire(struct soap *soap, const char *name, long expire, const char *domain, const char *path) { struct soap_cookie *p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set cookie expiration max-age=%ld: cookie='%s' domain='%s' path='%s'\n", expire, name, domain ? domain : "(null)", path ? path : "(null)")); if ((p = soap_cookie(soap, name, domain, path))) { p->maxage = expire; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_set_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 1; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_clr_cookie_session(struct soap *soap, const char *name, const char *domain, const char *path) { struct soap_cookie *p; if ((p = soap_cookie(soap, name, domain, path))) { p->session = 0; p->modified = 1; return SOAP_OK; } return SOAP_ERR; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap) { struct soap_cookie *p; char *s, tmp[4096]; const char *t; for (p = soap->cookies; p; p = p->next) { if (p->modified #ifdef WITH_OPENSSL || (!p->env && !soap->ssl == !p->secure) #endif ) { s = tmp; if (p->name) s += soap_encode_url(p->name, s, 4064 - (s-tmp)); if (p->value && *p->value) { *s++ = '='; s += soap_encode_url(p->value, s, 4064 - (s-tmp)); } if (p->domain && (int)strlen(p->domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), p->domain); } else if (soap->cookie_domain && (int)strlen(soap->cookie_domain) < 4064 - (s-tmp)) { soap_strcpy(s, 4096 - (s-tmp), ";Domain="); soap_strcpy(s + 8, 4088 - (s-tmp), soap->cookie_domain); } s += strlen(s); soap_strcpy(s, 4096 - (s-tmp), ";Path=/"); if (p->path) t = p->path; else t = soap->cookie_path; if (t) { if (*t == '/') t++; if ((int)strlen(t) < 4064 - (s-tmp)) { if (strchr(t, '%')) /* already URL encoded? */ { soap_strcpy(s, 4096 - (s-tmp), t); s += strlen(s); } else s += soap_encode_url(t, s, 4064 - (s-tmp)); } } if (p->version > 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Version=%u", p->version); s += strlen(s); } if (p->maxage >= 0 && s-tmp < 4064) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), ";Max-Age=%ld", p->maxage); s += strlen(s); } if (s-tmp < 4073 && (p->secure #ifdef WITH_OPENSSL || soap->ssl #endif )) soap_strcpy(s, 4096 - (s-tmp), ";Secure"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set-Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Set-Cookie", tmp))) return soap->error; } } return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure) { struct soap_cookie **p, *q; unsigned int version = 0; time_t now = time(NULL); char *s, tmp[4096]; if (!domain || !path) return SOAP_OK; s = tmp; p = &soap->cookies; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending cookies for domain='%s' path='%s'\n", domain, path)); if (*path == '/') path++; while ((q = *p)) { if (q->expire && now > q->expire) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie %s expired\n", q->name)); SOAP_FREE(soap, q->name); if (q->value) SOAP_FREE(soap, q->value); if (q->domain) SOAP_FREE(soap, q->domain); if (q->path) SOAP_FREE(soap, q->path); *p = q->next; SOAP_FREE(soap, q); } else { int flag; char *t = q->domain; size_t n = 0; if (!t) flag = 1; else { const char *r = strchr(t, ':'); if (r) n = r - t; else n = strlen(t); flag = !strncmp(t, domain, n); } /* domain-level cookies, cannot compile when WITH_NOIO set */ #ifndef WITH_NOIO if (!flag) { struct hostent *hostent = gethostbyname((char*)domain); if (hostent) { const char *r = hostent->h_name; if (*t == '.') { size_t k = strlen(hostent->h_name); if (k >= n) r = hostent->h_name + k - n; } flag = !strncmp(t, r, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Domain cookie %s host %s (match=%d)\n", t, r, flag)); } } #endif if (flag && (!q->path || !strncmp(q->path, path, strlen(q->path))) && (!q->secure || secure)) { size_t n = 12; if (q->name) n += 3*strlen(q->name); if (q->value && *q->value) n += 3*strlen(q->value) + 1; if (q->path && *q->path) n += strlen(q->path) + 9; if (q->domain) n += strlen(q->domain) + 11; if (tmp - s + n > sizeof(tmp)) { if (s == tmp) return SOAP_OK; /* HTTP header size overflow */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Cookie: %s\n", tmp)); if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; s = tmp; } else if (s != tmp) { *s++ = ' '; } if (q->version != version && s-tmp < 4060) { (SOAP_SNPRINTF(s, 4096 - (s-tmp), 29), "$Version=%u;", q->version); version = q->version; s += strlen(s); } if (q->name) s += soap_encode_url(q->name, s, tmp+sizeof(tmp)-s-16); if (q->value && *q->value) { *s++ = '='; s += soap_encode_url(q->value, s, tmp+sizeof(tmp)-s-16); } if (q->path && (s-tmp) + strlen(q->path) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Path=\"/%s\"", (*q->path == '/' ? q->path + 1 : q->path)); s += strlen(s); } if (q->domain && (s-tmp) + strlen(q->domain) < 4060) { (SOAP_SNPRINTF_SAFE(s, 4096 - (s-tmp)), ";$Domain=\"%s\"", q->domain); s += strlen(s); } } p = &q->next; } } if (s != tmp) if ((soap->error = soap->fposthdr(soap, "Cookie", tmp))) return soap->error; return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val) { struct soap_cookie *p = NULL, *q; const char *s; char *t, tmp[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ char *domain = NULL; char *path = NULL; unsigned int version = 0; time_t now = time(NULL); if (!val) return; s = val; while (*s) { s = soap_decode_key(tmp, sizeof(tmp), s); if (!soap_tag_cmp(tmp, "$Version")) { if ((s = soap_decode_val(tmp, sizeof(tmp), s))) { if (p) p->version = (int)soap_strtol(tmp, NULL, 10); else version = (int)soap_strtol(tmp, NULL, 10); } } else if (!soap_tag_cmp(tmp, "$Path")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->path) SOAP_FREE(soap, p->path); p->path = t; } else { if (path) SOAP_FREE(soap, path); path = t; } } else if (!soap_tag_cmp(tmp, "$Domain")) { s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)tmp, l); } else t = NULL; if (p) { if (p->domain) SOAP_FREE(soap, p->domain); p->domain = t; } else { if (domain) SOAP_FREE(soap, domain); domain = t; } } else if (p && !soap_tag_cmp(tmp, "Path")) { if (p->path) SOAP_FREE(soap, p->path); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)tmp, l); } else p->path = NULL; } else if (p && !soap_tag_cmp(tmp, "Domain")) { if (p->domain) SOAP_FREE(soap, p->domain); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { size_t l = strlen(tmp) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)tmp, l); } else p->domain = NULL; } else if (p && !soap_tag_cmp(tmp, "Version")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->version = (unsigned int)soap_strtoul(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Max-Age")) { s = soap_decode_val(tmp, sizeof(tmp), s); p->expire = now + soap_strtol(tmp, NULL, 10); } else if (p && !soap_tag_cmp(tmp, "Expires")) { struct tm T; char a[3]; static const char mns[] = "anebarprayunulugepctovec"; s = soap_decode_val(tmp, sizeof(tmp), s); if (strlen(tmp) > 20) { memset((void*)&T, 0, sizeof(T)); a[0] = tmp[4]; a[1] = tmp[5]; a[2] = '\0'; T.tm_mday = (int)soap_strtol(a, NULL, 10); a[0] = tmp[8]; a[1] = tmp[9]; T.tm_mon = (int)(strstr(mns, a) - mns) / 2; a[0] = tmp[11]; a[1] = tmp[12]; T.tm_year = 100 + (int)soap_strtol(a, NULL, 10); a[0] = tmp[13]; a[1] = tmp[14]; T.tm_hour = (int)soap_strtol(a, NULL, 10); a[0] = tmp[16]; a[1] = tmp[17]; T.tm_min = (int)soap_strtol(a, NULL, 10); a[0] = tmp[19]; a[1] = tmp[20]; T.tm_sec = (int)soap_strtol(a, NULL, 10); p->expire = soap_timegm(&T); } } else if (p && !soap_tag_cmp(tmp, "Secure")) p->secure = 1; else { if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if ((p = (struct soap_cookie*)SOAP_MALLOC(soap, sizeof(struct soap_cookie)))) { size_t l = strlen(tmp) + 1; if ((p->name = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->name, l, (const void*)tmp, l); s = soap_decode_val(tmp, sizeof(tmp), s); if (*tmp) { l = strlen(tmp) + 1; if ((p->value = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->value, l, (const void*)tmp, l); } else p->value = NULL; if (domain) p->domain = domain; else if (*soap->host) { l = strlen(soap->host) + 1; if ((p->domain = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->domain, l, (const void*)soap->host, l); } else p->domain = NULL; if (path) p->path = path; else if (*soap->path) { l = strlen(soap->path) + 1; if ((p->path = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)p->path, l, (const void*)soap->path, l); } else { if ((p->path = (char*)SOAP_MALLOC(soap, 2))) soap_memcpy((void*)p->path, 2, (const void*)"/", 2); } p->expire = 0; p->secure = 0; p->version = version; } } } if (p) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Got environment cookie='%s' value='%s' domain='%s' path='%s' expire=%ld secure=%d\n", p->name, p->value ? p->value : "(null)", p->domain ? p->domain : "(null)", p->path ? p->path : "(null)", p->expire, p->secure)); if ((q = soap_set_cookie(soap, p->name, p->value, p->domain, p->path))) { q->version = p->version; q->expire = p->expire; q->secure = p->secure; q->env = 1; } if (p->name) SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } if (domain) SOAP_FREE(soap, domain); if (path) SOAP_FREE(soap, path); } /******************************************************************************/ SOAP_FMAC1 int SOAP_FMAC2 soap_getenv_cookies(struct soap *soap) { struct soap_cookie *p; const char *s; char key[4096], val[4096]; /* cookie size is up to 4096 bytes [RFC2109] */ if (!(s = getenv("HTTP_COOKIE"))) return SOAP_ERR; do { s = soap_decode_key(key, sizeof(key), s); s = soap_decode_val(val, sizeof(val), s); p = soap_set_cookie(soap, key, val, NULL, NULL); if (p) p->env = 1; } while (*s); return SOAP_OK; } /******************************************************************************/ SOAP_FMAC1 struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap *copy, const struct soap *soap) { struct soap_cookie *p, **q, *r; q = &r; for (p = soap->cookies; p; p = p->next) { if (!(*q = (struct soap_cookie*)SOAP_MALLOC(copy, sizeof(struct soap_cookie)))) return r; **q = *p; if (p->name) { size_t l = strlen(p->name) + 1; if (((*q)->name = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->name, l, p->name, l); } if (p->value) { size_t l = strlen(p->value) + 1; if (((*q)->value = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->value, l, p->value, l); } if (p->domain) { size_t l = strlen(p->domain) + 1; if (((*q)->domain = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->domain, l, p->domain, l); } if (p->path) { size_t l = strlen(p->path) + 1; if (((*q)->path = (char*)SOAP_MALLOC(copy, l))) soap_memcpy((*q)->path, l, p->path, l); } q = &(*q)->next; } *q = NULL; return r; } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_free_cookies(struct soap *soap) { struct soap_cookie *p; for (p = soap->cookies; p; p = soap->cookies) { soap->cookies = p->next; SOAP_FREE(soap, p->name); if (p->value) SOAP_FREE(soap, p->value); if (p->domain) SOAP_FREE(soap, p->domain); if (p->path) SOAP_FREE(soap, p->path); SOAP_FREE(soap, p); } } /******************************************************************************/ #endif /* WITH_COOKIES */ /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char *s) { size_t h = 0; while (*s) h = 65599*h + *s++; return h % SOAP_IDHASH; } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_init_pht(struct soap *soap) { int i; soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_versioning(soap_new)(soap_mode imode, soap_mode omode) { struct soap *soap; #ifdef __cplusplus soap = SOAP_NEW(struct soap); #else soap = (struct soap*)malloc(sizeof(struct soap)); #endif if (soap) soap_versioning(soap_init)(soap, imode, omode); return soap; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap *soap) { soap_done(soap); #ifdef __cplusplus SOAP_DELETE(soap); #else free(soap); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap *soap) { free(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_pht(struct soap *soap) { struct soap_pblk *pb, *next; int i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free pointer hashtable\n")); for (pb = soap->pblk; pb; pb = next) { next = pb->next; SOAP_FREE(soap, pb); } soap->pblk = NULL; soap->pidx = 0; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->pht[i] = NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int t) { int id; struct soap_plist *pp; if (soap->version == 2) soap->encoding = 1; if (!p || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return 0; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp) || soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } return id; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap *soap, const void *p, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (p) { for (pp = soap->pht[soap_hash_ptr(p)]; pp; pp = pp->next) { if (pp->ptr == p && pp->type == type) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d id=%d\n", p, type, pp->id)); return pp->id; } } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup location=%p type=%d: not found\n", p, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { size_t h; struct soap_plist *pp; (void)n; if (!soap->pblk || soap->pidx >= SOAP_PTRBLK) { struct soap_pblk *pb = (struct soap_pblk*)SOAP_MALLOC(soap, sizeof(struct soap_pblk)); if (!pb) { soap->error = SOAP_EOM; return 0; } pb->next = soap->pblk; soap->pblk = pb; soap->pidx = 0; } *ppp = pp = &soap->pblk->plist[soap->pidx++]; if (a) h = soap_hash_ptr(a); else h = soap_hash_ptr(p); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Pointer enter location=%p array=%p size=%lu type=%d id=%d\n", p, a, (unsigned long)n, type, soap->idnum+1)); pp->next = soap->pht[h]; pp->type = type; pp->mark1 = 0; pp->mark2 = 0; pp->ptr = p; pp->dup = NULL; pp->array = a; pp->size = n; soap->pht[h] = pp; pp->id = ++soap->idnum; return pp->id; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap *soap, const void *p, const void *a, int n, int type, struct soap_plist **ppp) { struct soap_plist *pp; *ppp = NULL; if (!p || !a) return 0; for (pp = soap->pht[soap_hash_ptr(a)]; pp; pp = pp->next) { if (pp->type == type && pp->array == a && pp->size == n) { *ppp = pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d id=%d\n", a, type, pp->id)); return pp->id; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array lookup location=%p type=%d: not found\n", a, type)); return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap *soap) { soap_free_ns(soap); #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_DIME) || (soap->omode & SOAP_ENC_DIME)) soap->mode = soap->omode | SOAP_IO_LENGTH | SOAP_ENC_DIME; else #endif { soap->mode = soap->omode; if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; } if ((soap->mode & SOAP_IO) == SOAP_IO_STORE || (((soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_ENC_XML)) #ifndef WITH_LEANER && !soap->fpreparesend #endif )) soap->mode &= ~SOAP_IO_LENGTH; else soap->mode |= SOAP_IO_LENGTH; } #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (!(soap->mode & SOAP_ENC_DIME)) soap->mode &= ~SOAP_IO_LENGTH; if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) soap->mode |= SOAP_ENC_MIME; else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); soap->dime.list = soap->dime.last; /* keep track of last DIME attachment */ #endif soap->count = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->part = SOAP_BEGIN; soap->event = 0; soap->evlev = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifndef WITH_LEANER soap->dime.count = 0; /* count # of attachments */ soap->dime.size = 0; /* accumulate total size of attachments */ if (soap->fprepareinitsend && (soap->mode & SOAP_IO) != SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin count phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, (unsigned int)soap->mode, (unsigned long)soap->count)); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of count phase\n")); #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH)) { if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; } #else (void)soap; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for output to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); soap_free_ns(soap); soap->error = SOAP_OK; soap->mode = soap->omode | (soap->mode & (SOAP_IO_LENGTH | SOAP_ENC_DIME)); #ifndef WITH_LEAN if ((soap->mode & SOAP_IO_UDP)) { soap->mode |= SOAP_ENC_XML; soap->mode &= ~SOAP_IO_CHUNK; if (soap->count > sizeof(soap->buf)) return soap->error = SOAP_UDP_ERROR; } #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap->mode & SOAP_ENC_XML) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_FLUSH) { if (soap_valid_socket(soap->socket)) { if (soap->count || (soap->mode & SOAP_IO_LENGTH) || (soap->mode & SOAP_ENC_XML)) soap->mode |= SOAP_IO_BUFFER; else soap->mode |= SOAP_IO_STORE; } #if !defined(__cplusplus) || defined(WITH_COMPAT) else if (soap->os != NULL) { *soap->os = NULL; soap->mode |= SOAP_IO_STORE; } #endif } soap->mode &= ~SOAP_IO_LENGTH; if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) if (soap_new_block(soap) == NULL) return soap->error; if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; #ifndef WITH_LEANER if ((soap->mode & SOAP_ENC_MTOM) && (soap->mode & SOAP_ENC_DIME)) { soap->mode |= SOAP_ENC_MIME; soap->mode &= ~SOAP_ENC_DIME; } else if (!(soap->mode & SOAP_ENC_MIME)) soap->mode &= ~SOAP_ENC_MTOM; if (soap->mode & SOAP_ENC_MIME) soap_select_mime_boundary(soap); #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->os && soap->sendfd >= 0) /* Set win32 stdout or soap->sendfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->sendfd, _O_BINARY); #else _setmode(soap->sendfd, _O_BINARY); #endif #endif #endif #endif #endif if (soap->mode & SOAP_IO) { soap->bufidx = 0; soap->buflen = 0; } soap->chunksize = 0; soap->ns = 0; soap->null = 0; soap->position = 0; soap->mustUnderstand = 0; soap->encoding = 0; soap->idnum = 0; soap->body = 1; soap->level = 0; soap_clr_attr(soap); soap_set_local_namespaces(soap); #ifdef WITH_ZLIB soap->z_ratio_out = 1.0; if ((soap->mode & SOAP_ENC_ZLIB) && soap->zlib_state != SOAP_ZLIB_DEFLATE) { if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { if (soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)"\37\213\10\0\0\0\0\0\0\377", 10)) return soap->error = SOAP_EOM; soap->d_stream->next_out = (Byte*)soap->z_buf + 10; soap->d_stream->avail_out = sizeof(soap->buf) - 10; soap->z_crc = crc32(0L, NULL, 0); soap->zlib_out = SOAP_ZLIB_GZIP; if (soap->z_dict) *((Byte*)soap->z_buf + 2) = 0xff; if (deflateInit2(soap->d_stream, soap->z_level, Z_DEFLATED, -MAX_WBITS, 8, Z_DEFAULT_STRATEGY) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } else #endif if (deflateInit(soap->d_stream, soap->z_level) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (deflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflate initialized\n")); soap->zlib_state = SOAP_ZLIB_DEFLATE; } #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin send phase (socket=%d mode=0x%x count=%lu)\n", soap->socket, soap->mode, (unsigned long)soap->count)); soap->part = SOAP_BEGIN; #ifndef WITH_LEANER if (soap->fprepareinitsend && (soap->mode & SOAP_IO) == SOAP_IO_STORE && (soap->error = soap->fprepareinitsend(soap))) return soap->error; #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (soap_pointer_lookup(soap, p, t, &pp)) { pp->mark1 = 1; pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded %p type=%d mark set to 1\n", p, t)); } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap *soap, const void *p, int t) { struct soap_plist *pp; if (!p || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_pointer_lookup(soap, p, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reference %p type=%d (%d %d)\n", p, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap *soap, const void *p, const void *a, int n, int t) { struct soap_plist *pp; if (!p || !a || (!soap->encodingStyle && !(soap->omode & (SOAP_ENC_DIME|SOAP_ENC_MIME|SOAP_ENC_MTOM|SOAP_XML_GRAPH))) || (soap->omode & SOAP_XML_TREE)) return 1; if (soap_array_pointer_lookup(soap, p, a, n, t, &pp)) { if (pp->mark1 == 0) { pp->mark1 = 2; pp->mark2 = 2; } } else if (!soap_pointer_enter(soap, p, a, n, t, &pp)) return 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Array reference %p ptr=%p n=%lu type=%d (%d %d)\n", p, a, (unsigned long)n, t, (int)pp->mark1, (int)pp->mark2)); return pp->mark1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap *soap, int id, const void *p, int t) { struct soap_plist *pp = NULL; if (id >= 0 || (!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return id; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id %p type=%d id=%d\n", p, t, id)); if (id < -1) return soap_embed(soap, p, NULL, 0, t); if (id < 0) { id = soap_pointer_lookup(soap, p, t, &pp); if (soap->version == 1 && soap->part != SOAP_IN_HEADER) { if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 2; else pp->mark2 = 2; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id multiref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } return -1; } else if (id) { if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Embedded_id embedded ref id=%d %p type=%d = (%d %d)\n", id, p, t, (int)pp->mark1, (int)pp->mark2)); } } return id; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Is embedded? %d %d\n", (int)pp->mark1, (int)pp->mark2)); if (soap->version == 1 && soap->encodingStyle && !(soap->mode & SOAP_XML_GRAPH) && soap->part != SOAP_IN_HEADER) { if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 != 0; return pp->mark2 != 0; } if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 1; return pp->mark2 == 1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap *soap, struct soap_plist *pp) { if (soap->part == SOAP_IN_HEADER) return 1; if (!pp) return 0; if (soap->mode & SOAP_IO_LENGTH) return pp->mark1 == 0; return pp->mark2 == 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap *soap, struct soap_plist *pp) { if (!pp) return; if (soap->mode & SOAP_IO_LENGTH) pp->mark1 = 1; else pp->mark2 = 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *aid, const char *atype, const char *aoptions, const char *type, int t) { struct soap_plist *pp; int i; if (!p || !a || (!aid && !atype)) return soap_element_id(soap, tag, id, p, a, n, type, t, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attachment tag='%s' id='%s' (%d) type='%s'\n", tag, aid ? aid : SOAP_STR_EOS, id, atype ? atype : SOAP_STR_EOS)); i = soap_array_pointer_lookup(soap, p, a, n, t, &pp); if (!i) { i = soap_pointer_enter(soap, p, a, n, t, &pp); if (!i) { soap->error = SOAP_EOM; return -1; } } if (id <= 0) id = i; if (!aid) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(soap->dime_id_format) + 20), soap->dime_id_format, id); aid = soap_strdup(soap, soap->tmpbuf); } /* Add MTOM xop:Include element when necessary */ /* TODO: this code to be obsoleted with new import/xop.h conventions */ if ((soap->mode & SOAP_ENC_MTOM) && strcmp(tag, "xop:Include")) { if (soap_element_begin_out(soap, tag, 0, type) || soap_element_href(soap, "xop:Include", 0, "xmlns:xop=\"http://www.w3.org/2004/08/xop/include\" href", aid) || soap_element_end_out(soap, tag)) return soap->error; } else if (soap_element_href(soap, tag, 0, "href", aid)) return soap->error; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 != 3) { struct soap_multipart *content; if (soap->mode & SOAP_ENC_MTOM) content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, (char*)a, n); else content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, (char*)a, n); if (!content) { soap->error = SOAP_EOM; return -1; } if (!strncmp(aid, "cid:", 4)) /* RFC 2111 */ { if (soap->mode & SOAP_ENC_MTOM) { size_t l = strlen(aid) - 1; char *s = (char*)soap_malloc(soap, l); if (s) { s[0] = '<'; soap_strncpy(s + 1, l - 1, aid + 4, l - 3); s[l - 2] = '>'; s[l - 1] = '\0'; content->id = s; } } else content->id = aid + 4; } else content->id = aid; content->type = atype; content->options = aoptions; content->encoding = SOAP_MIME_BINARY; pp->mark1 = 3; } } else pp->mark2 = 3; return -1; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_init_iht(struct soap *soap) { int i; for (i = 0; i < SOAP_IDHASH; i++) soap->iht[i] = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 static void soap_free_iht(struct soap *soap) { int i; struct soap_ilist *ip = NULL, *p = NULL; struct soap_flist *fp = NULL, *fq = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free ID hashtable\n")); for (i = 0; i < SOAP_IDHASH; i++) { for (ip = soap->iht[i]; ip; ip = p) { for (fp = ip->flist; fp; fp = fq) { fq = fp->next; SOAP_FREE(soap, fp); } p = ip->next; SOAP_FREE(soap, ip); } soap->iht[i] = NULL; } } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_lookup(struct soap *soap, const char *id) { struct soap_ilist *ip = NULL; for (ip = soap->iht[soap_hash(id)]; ip; ip = ip->next) if (!strcmp(ip->id, id)) return ip; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 struct soap_ilist * SOAP_FMAC2 soap_enter(struct soap *soap, const char *id, int t, size_t n) { size_t h; struct soap_ilist *ip; size_t l = strlen(id); ip = (struct soap_ilist*)SOAP_MALLOC(soap, sizeof(struct soap_ilist) + l); if (ip) { ip->type = t; ip->size = n; ip->ptr = NULL; ip->spine = NULL; ip->link = NULL; ip->copy = NULL; ip->flist = NULL; ip->smart = NULL; ip->shaky = 0; soap_strcpy((char*)ip->id, l + 1, id); h = soap_hash(id); /* h = (HASH(id) % SOAP_IDHASH) so soap->iht[h] is safe */ ip->next = soap->iht[h]; soap->iht[h] = ip; } return ip; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap *soap, size_t n) { char *p; if (!soap) return SOAP_MALLOC(soap, n); if (soap->fmalloc) p = (char*)soap->fmalloc(soap, n); else { n += sizeof(short); n += (-(long)n) & (sizeof(void*)-1); /* align at 4-, 8- or 16-byte boundary */ if ((p = (char*)SOAP_MALLOC(soap, n + sizeof(void*) + sizeof(size_t))) == NULL) { soap->error = SOAP_EOM; return NULL; } /* set a canary word to detect memory overruns and data corruption */ *(unsigned short*)(p + n - sizeof(unsigned short)) = (unsigned short)SOAP_CANARY; /* keep chain of alloced cells for destruction */ *(void**)(p + n) = soap->alist; *(size_t*)(p + n + sizeof(void*)) = n; soap->alist = p + n; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_init_mht(struct soap *soap) { int i; for (i = 0; i < (int)SOAP_PTRHASH; i++) soap->mht[i] = NULL; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_free_mht(struct soap *soap) { int i; struct soap_mlist *mp, *mq; for (i = 0; i < (int)SOAP_PTRHASH; i++) { for (mp = soap->mht[i]; mp; mp = mq) { mq = mp->next; if (mp->live) fprintf(stderr, "%s(%d): malloc() = %p not freed (memory leak or forgot to call soap_end()?)\n", mp->file, mp->line, mp->ptr); free(mp); } soap->mht[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap *soap, const char *file, int line, size_t size) { void *p = malloc(size); if (soap) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp = (struct soap_mlist*)malloc(sizeof(struct soap_mlist)); if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): malloc(%lu) = %p\n", file, line, (unsigned long)size, p)); } mp->next = soap->mht[h]; mp->ptr = p; mp->file = file; mp->line = line; mp->live = 1; soap->mht[h] = mp; } return p; } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap *soap, const char *file, int line, void *p) { if (!soap) free(p); else { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) { if (mp->live) { if (soap->fdebug[SOAP_INDEX_TEST]) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): free(%p)\n", file, line, p)); } free(p); mp->live = 0; } else fprintf(stderr, "%s(%d): free(%p) double free of pointer malloced at %s(%d)\n", file, line, p, mp->file, mp->line); } else fprintf(stderr, "%s(%d): free(%p) pointer not malloced\n", file, line, p); } } #endif /******************************************************************************/ #ifdef SOAP_MEM_DEBUG static void soap_track_unlink(struct soap *soap, const void *p) { size_t h = soap_hash_ptr(p); struct soap_mlist *mp; for (mp = soap->mht[h]; mp; mp = mp->next) if (mp->ptr == p) break; if (mp) mp->live = 0; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap *soap, void *p) { if (soap_check_state(soap)) return; if (p) { char **q; for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Freed data at %p\n", p)); SOAP_FREE(soap, p); return; } } soap_delete(soap, p); } else { char *q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free all soap_malloc() data\n")); while (soap->alist) { q = (char*)soap->alist; if (*(unsigned short*)(char*)(q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } soap->alist = *(void**)q; q -= *(size_t*)(q + sizeof(void*)); SOAP_FREE(soap, q); } /* assume these were deallocated: */ soap->http_content = NULL; soap->action = NULL; soap->fault = NULL; soap->header = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_LEANER soap_clr_mime(soap); #endif } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap *soap, void *p) { struct soap_clist **cp; if (soap_check_state(soap)) return; cp = &soap->clist; if (p) { while (*cp) { if (p == (*cp)->ptr) { struct soap_clist *q = *cp; *cp = q->next; if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); return; } cp = &(*cp)->next; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: address not in list\n", p)); } else { while (*cp) { struct soap_clist *q = *cp; *cp = q->next; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Delete %p type=%d (cp=%p)\n", q->ptr, q->type, q)); if (q->fdelete(q)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not dealloc data %p: deletion callback failed for object type %d\n", q->ptr, q->type)); #ifdef SOAP_MEM_DEBUG fprintf(stderr, "new(object type = %d) = %p not freed: deletion callback failed\n", q->type, q->ptr); #endif } SOAP_FREE(soap, q); } } soap->fault = NULL; /* assume this was deallocated */ soap->header = NULL; /* assume this was deallocated */ } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap *soap, struct soap *soap_to) { struct soap_clist *cp; char **q; #ifdef SOAP_MEM_DEBUG void *p; struct soap_mlist **mp, *mq; size_t h; #endif for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (*(unsigned short*)(char*)(*q - sizeof(unsigned short)) != (unsigned short)SOAP_CANARY) { #ifdef SOAP_MEM_DEBUG fprintf(stderr, "Data corruption in dynamic allocation (see logs)\n"); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Data corruption:\n")); DBGHEX(TEST, *q - 200, 200); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\n")); soap->error = SOAP_MOE; return; } #ifdef SOAP_MEM_DEBUG p = (void*)(*q - *(size_t*)(*q + sizeof(void*))); h = soap_hash_ptr(p); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == p) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } #endif } *q = (char*)soap_to->alist; soap_to->alist = soap->alist; soap->alist = NULL; #ifdef SOAP_MEM_DEBUG cp = soap->clist; while (cp) { h = soap_hash_ptr(cp); for (mp = &soap->mht[h]; *mp; mp = &(*mp)->next) { if ((*mp)->ptr == cp) { mq = *mp; *mp = mq->next; mq->next = soap_to->mht[h]; soap_to->mht[h] = mq; break; } } cp = cp->next; } #endif cp = soap_to->clist; if (cp) { while (cp->next) cp = cp->next; cp->next = soap->clist; } else soap_to->clist = soap->clist; soap->clist = NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap *soap, void *p, int t, int n, int (*fdelete)(struct soap_clist*)) { struct soap_clist *cp = NULL; if (soap && p && n != SOAP_NO_LINK_TO_DELETE) { if (!(cp = (struct soap_clist*)SOAP_MALLOC(soap, sizeof(struct soap_clist)))) soap->error = SOAP_EOM; else { cp->next = soap->clist; cp->type = soap->alloced = t; cp->size = n; cp->ptr = p; cp->fdelete = fdelete; soap->clist = cp; } } return cp; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap *soap, const void *p) { char **q; struct soap_clist **cp; if (soap && p) { for (q = (char**)(void*)&soap->alist; *q; q = *(char***)q) { if (p == (void*)(*q - *(size_t*)(*q + sizeof(void*)))) { *q = **(char***)q; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked data %p\n", p)); #ifdef SOAP_MEM_DEBUG soap_track_unlink(soap, p); #endif return SOAP_OK; /* found and removed from dealloc chain */ } } for (cp = &soap->clist; *cp; cp = &(*cp)->next) { if (p == (*cp)->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unlinked class instance %p\n", p)); q = (char**)*cp; *cp = (*cp)->next; SOAP_FREE(soap, q); return SOAP_OK; /* found and removed from dealloc chain */ } } } return SOAP_ERR; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap *soap, const char *id) { struct soap_ilist *ip; if (id && *id) { ip = soap_lookup(soap, id); if (ip) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup id='%s' type=%d\n", id, ip->type)); return ip->type; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "lookup type id='%s' NOT FOUND! Need to get it from xsi:type\n", id)); return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap *soap) { short f = soap->shaky; soap->shaky = 1; return f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap *soap, short f) { soap->shaky = f; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF static int soap_is_shaky(struct soap *soap, void *p) { (void)p; if (!soap->blist && !soap->shaky) return 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Shaky %p\n", p)); return 1; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap *soap, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !id || !*id) return p; ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding first href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); *p = NULL; if (k) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; *p = &ip->spine[k - 1]; } else { ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); } } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t)) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup type incompatibility: ref='%s' id-type=%d ref-type=%d\n", id, ip->type, t)); soap_id_nullify(soap, id); return NULL; } else if (k == 0 && ip->ptr && !ip->shaky) /* when block lists are in use, ip->ptr will change */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolved href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, ip->ptr, (unsigned int)n, k)); *p = ip->ptr; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarded href='%s' type=%d location=%p (%u bytes) level=%u\n", id, t, p, (unsigned int)n, k)); if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } *p = NULL; if (k) { if (!ip->spine) { int i; if (k > SOAP_MAXPTRS) return NULL; if (!(ip->spine = (void**)soap_malloc(soap, SOAP_MAXPTRS * sizeof(void*)))) return NULL; ip->spine[0] = NULL; for (i = 1; i < SOAP_MAXPTRS; i++) ip->spine[i] = &ip->spine[i - 1]; } *p = &ip->spine[k - 1]; if (ip->ptr && !ip->shaky) ip->spine[0] = ip->ptr; } else { void *q = ip->link; ip->link = p; ip->shaky = soap_is_shaky(soap, (void*)p); *p = q; } } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap *soap, const char *href, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)) { struct soap_ilist *ip; if (!p || !href || !*href) return p; ip = soap_lookup(soap, href); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, href, t, n))) /* new hash table entry for string id */ return NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry href='%s' type=%d size=%lu level=%d location=%p\n", href, t, (unsigned long)n, k, p)); } else if ((ip->type != t || ip->size != n) && k == 0) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } if (finsert || n < sizeof(void*)) { struct soap_flist *fp = (struct soap_flist*)SOAP_MALLOC(soap, sizeof(struct soap_flist)); if (!fp) { soap->error = SOAP_EOM; return NULL; } if (fbase && fbase(t, ip->type) && !soap_type_punned(soap, ip)) { ip->type = t; ip->size = n; } if ((ip->type != t || ip->size != n) && (!fbase || !fbase(ip->type, t))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forward type incompatibility id='%s' expect type=%d size=%lu level=%u got type=%d size=%lu\n", href, ip->type, (unsigned long)ip->size, k, t, (unsigned long)n)); soap_id_nullify(soap, href); return NULL; } fp->next = ip->flist; fp->type = tt; fp->ptr = p; fp->level = k; fp->index = i; fp->finsert = finsert; ip->flist = fp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding type=%d (target type=%d) size=%lu location=%p level=%u index=%lu href='%s'\n", t, tt, (unsigned long)n, p, k, (unsigned long)i, href)); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Forwarding copying address %p for type=%d href='%s'\n", p, t, href)); *(void**)p = ip->copy; ip->copy = p; } ip->shaky = soap_is_shaky(soap, p); return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap *soap, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)) { #ifndef WITH_NOIDREF struct soap_ilist *ip; #endif (void)id; (void)fbase; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter id='%s' type=%d location=%p size=%lu\n", id, t, p, (unsigned long)n)); soap->alloced = 0; if (!p) { if (finstantiate) p = finstantiate(soap, t, type, arrayType, &n); /* alloced set in soap_link() */ else { p = soap_malloc(soap, n); soap->alloced = t; } } #ifndef WITH_NOIDREF if (!id || !*id) #endif return p; #ifndef WITH_NOIDREF ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Lookup entry id='%s' for location=%p\n", id, p)); if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; ip->ptr = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New entry id='%s' type=%d size=%lu location=%p\n", id, t, (unsigned long)n, p)); if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); } else if (ip->ptr) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Multiply defined id='%s'\n", id)); soap_strcpy(soap->id, sizeof(soap->id), id); soap->error = SOAP_DUPLICATE_ID; return NULL; } else if ((ip->type != t || ip->size != n) && (!fbase || !fbase(t, ip->type) || soap_type_punned(soap, ip))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enter type incompatibility id='%s' expect type=%d size=%lu got type=%d size=%lu\n", id, ip->type, (unsigned long)ip->size, t, (unsigned long)n)); soap_id_nullify(soap, id); return NULL; } else { ip->type = t; ip->size = n; ip->ptr = p; if (!soap->alloced) ip->shaky = soap_is_shaky(soap, p); if (soap->alloced || !ip->shaky) { void **q; /* ptr will not change later, so resolve links now */ if (ip->spine) ip->spine[0] = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Traversing link chain to resolve id='%s' type=%d\n", ip->id, ip->type)); q = (void**)ip->link; while (q) { void *r = *q; *q = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... link %p -> %p\n", q, p)); q = (void**)r; } ip->link = NULL; } } return ip->ptr; #endif } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char *id, int t, size_t n) { (void)soap; (void)id; (void)t; (void)n; #ifndef WITH_NOIDREF if (id && *id) { struct soap_ilist *ip = soap_lookup(soap, id); /* lookup pointer to hash table entry for string id */ if (!ip) { if (!(ip = soap_enter(soap, id, t, n))) /* new hash table entry for string id */ return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New smart shared pointer entry id='%s' type=%d size=%lu smart=%p\n", id, t, (unsigned long)n, ip->smart)); return &ip->smart; } #endif return NULL; } #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 static int soap_type_punned(struct soap *soap, const struct soap_ilist *ip) { const struct soap_flist *fp; (void)soap; if (ip->ptr || ip->copy) return 1; for (fp = ip->flist; fp; fp = fp->next) if (fp->level == 0) return 1; return 0; } #endif #endif /******************************************************************************/ #ifndef WITH_NOIDREF #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap *soap, const char *id) { int i; for (i = 0; i < SOAP_IDHASH; i++) { struct soap_ilist *ip; for (ip = soap->iht[i]; ip; ip = ip->next) { void *p, *q; for (p = ip->link; p; p = q) { q = *(void**)p; *(void**)p = NULL; } ip->link = NULL; } } soap_strcpy(soap->id, sizeof(soap->id), id); return soap->error = SOAP_HREF; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap *soap) { #ifndef WITH_LEANER int err; if (soap->dime.list) { /* SOAP body referenced attachments must appear first */ soap->dime.last->next = soap->dime.first; soap->dime.first = soap->dime.list->next; soap->dime.list->next = NULL; soap->dime.last = soap->dime.list; } if (!(err = soap_putdime(soap))) err = soap_putmime(soap); soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; if (err) return err; #endif return soap_end_send_flush(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap *soap) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End send mode=0x%x\n", soap->mode)); if (soap->mode & SOAP_IO) /* need to flush the remaining data in buffer */ { if (soap_flush(soap)) #ifdef WITH_ZLIB { if (soap->mode & SOAP_ENC_ZLIB && soap->zlib_state == SOAP_ZLIB_DEFLATE) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); } return soap->error; } #else return soap->error; #endif #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { int r; soap->d_stream->avail_in = 0; do { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflating remainder\n")); r = deflate(soap->d_stream, Z_FINISH); if (soap->d_stream->avail_out != sizeof(soap->buf)) { if (soap_flush_raw(soap, soap->z_buf, sizeof(soap->buf) - soap->d_stream->avail_out)) { soap->zlib_state = SOAP_ZLIB_NONE; deflateEnd(soap->d_stream); return soap->error; } soap->d_stream->next_out = (Byte*)soap->z_buf; soap->d_stream->avail_out = sizeof(soap->buf); } } while (r == Z_OK); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Deflated total %lu->%lu bytes\n", soap->d_stream->total_in, soap->d_stream->total_out)); soap->z_ratio_out = (float)soap->d_stream->total_out / (float)soap->d_stream->total_in; soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_state = SOAP_ZLIB_NONE; if (deflateEnd(soap->d_stream) != Z_OK || r != Z_STREAM_END) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Unable to end deflate: %s\n", soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS)); return soap->error = SOAP_ZLIB_ERROR; } #ifdef WITH_GZIP if (soap->zlib_out != SOAP_ZLIB_DEFLATE) { soap->z_buf[0] = soap->z_crc & 0xFF; soap->z_buf[1] = (soap->z_crc >> 8) & 0xFF; soap->z_buf[2] = (soap->z_crc >> 16) & 0xFF; soap->z_buf[3] = (soap->z_crc >> 24) & 0xFF; soap->z_buf[4] = soap->d_stream->total_in & 0xFF; soap->z_buf[5] = (soap->d_stream->total_in >> 8) & 0xFF; soap->z_buf[6] = (soap->d_stream->total_in >> 16) & 0xFF; soap->z_buf[7] = (soap->d_stream->total_in >> 24) & 0xFF; if (soap_flush_raw(soap, soap->z_buf, 8)) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip crc32=%lu\n", (unsigned long)soap->z_crc)); } #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_STORE) { #if !defined(__cplusplus) || defined(WITH_COMPAT) if (soap->os) { char *b = (char*)soap_push_block(soap, NULL, 1); if (b) *soap->os = soap_save_block(soap, NULL, NULL, 0); } else #endif { char *p; #ifndef WITH_NOHTTP if (!(soap->mode & SOAP_ENC_XML)) { soap->mode--; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending buffered message of length %u\n", (unsigned int)soap->blist->size)); if (soap->status >= SOAP_POST) soap->error = soap->fpost(soap, soap->endpoint, soap->host, soap->port, soap->path, soap->action, soap->blist->size); else if (soap->status != SOAP_STOP) soap->error = soap->fresponse(soap, soap->status, soap->blist->size); if (soap->error || soap_flush(soap)) return soap->error; soap->mode++; } #endif for (p = soap_first_block(soap, NULL); p; p = soap_next_block(soap, NULL)) { DBGMSG(SENT, p, soap_block_size(soap, NULL)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send %u bytes to socket=%d/fd=%d\n", (unsigned int)soap_block_size(soap, NULL), soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, p, soap_block_size(soap, NULL)))) { soap_end_block(soap, NULL); return soap->error; } } soap_end_block(soap, NULL); } #ifndef WITH_LEANER if (soap->fpreparefinalsend && (soap->error = soap->fpreparefinalsend(soap))) return soap->error; #endif } #ifndef WITH_LEANER else if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { DBGMSG(SENT, "\r\n0\r\n\r\n", 7); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Send 7 bytes to socket=%d/fd=%d\n", soap->socket, soap->sendfd)); if ((soap->error = soap->fsend(soap, "\r\n0\r\n\r\n", 7))) return soap->error; } #endif } #ifdef WITH_TCPFIN #if defined(WITH_OPENSSL) || defined(WITH_SYSTEMSSL) if (!soap->ssl) #endif if (soap_valid_socket(soap->socket) && !soap->keep_alive && !(soap->omode & SOAP_IO_UDP)) soap->fshutdownsocket(soap, soap->socket, SOAP_SHUT_WR); /* Send TCP FIN */ #endif #if defined(__cplusplus) && !defined(WITH_COMPAT) if (soap->os) soap->os->flush(); #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of send phase\n")); soap->omode &= ~SOAP_SEC_WSUID; soap->count = 0; soap->part = SOAP_END; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap *soap) { soap->part = SOAP_END; #ifndef WITH_LEAN soap->wsuid = NULL; /* reset before next send */ soap->c14nexclude = NULL; /* reset before next send */ soap->c14ninclude = NULL; /* reset before next send */ #endif #ifndef WITH_LEANER soap->ffilterrecv = NULL; if ((soap->mode & SOAP_ENC_DIME) && soap_getdime(soap)) { soap->dime.first = NULL; soap->dime.last = NULL; return soap->error; } soap->dime.list = soap->dime.first; soap->dime.first = NULL; soap->dime.last = NULL; /* Check if MIME attachments and mime-post-check flag is set, if so call soap_resolve() and return */ if (soap->mode & SOAP_ENC_MIME) { if (soap->mode & SOAP_MIME_POSTCHECK) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Post checking MIME attachments\n")); if (!soap->keep_alive) soap->keep_alive = -1; #ifndef WITH_NOIDREF soap_resolve(soap); #endif return SOAP_OK; } if (soap_getmime(soap)) return soap->error; } soap->mime.list = soap->mime.first; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; if (soap->xlist) { struct soap_multipart *content; for (content = soap->mime.list; content; content = content->next) soap_resolve_attachment(soap, content); } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End of receive message ok\n")); #ifdef WITH_ZLIB if ((soap->mode & SOAP_ENC_ZLIB) && soap->d_stream) { /* Make sure end of compressed content is reached */ while (soap->d_stream->next_out != Z_NULL) if ((int)soap_get1(soap) == EOF) break; soap->mode &= ~SOAP_ENC_ZLIB; soap_memcpy((void*)soap->buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); soap->bufidx = (char*)soap->d_stream->next_in - soap->z_buf; soap->buflen = soap->z_buflen; soap->zlib_state = SOAP_ZLIB_NONE; if (inflateEnd(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate end ok\n")); #ifdef WITH_GZIP if (soap->zlib_in == SOAP_ZLIB_GZIP) { soap_wchar c; short i; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate gzip crc check\n")); for (i = 0; i < 8; i++) { if ((int)(c = soap_get1(soap)) == EOF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip error: unable to read crc value\n")); return soap->error = SOAP_ZLIB_ERROR; } soap->z_buf[i] = (char)c; } if (soap->z_crc != ((uLong)(unsigned char)soap->z_buf[0] | ((uLong)(unsigned char)soap->z_buf[1] << 8) | ((uLong)(unsigned char)soap->z_buf[2] << 16) | ((uLong)(unsigned char)soap->z_buf[3] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: crc check failed, message corrupted? (crc32=%lu)\n", (unsigned long)soap->z_crc)); return soap->error = SOAP_ZLIB_ERROR; } if (soap->d_stream->total_out != ((uLong)(unsigned char)soap->z_buf[4] | ((uLong)(unsigned char)soap->z_buf[5] << 8) | ((uLong)(unsigned char)soap->z_buf[6] << 16) | ((uLong)(unsigned char)soap->z_buf[7] << 24))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Gzip inflate error: incorrect message length\n")); return soap->error = SOAP_ZLIB_ERROR; } } soap->zlib_in = SOAP_ZLIB_NONE; #endif } #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) while (soap->ahead != EOF && !soap_recv_raw(soap)) continue; #ifndef WITH_NOIDREF if (soap_resolve(soap)) return soap->error; #endif #ifndef WITH_LEANER if (soap->xlist) { if (soap->mode & SOAP_ENC_MTOM) return soap->error = SOAP_MIME_HREF; return soap->error = SOAP_DIME_HREF; } #endif soap_free_ns(soap); #ifndef WITH_LEANER if (soap->fpreparefinalrecv) return soap->error = soap->fpreparefinalrecv(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap *soap) { struct soap_attribute *tp, *tq; struct Namespace *ns; soap_free_ns(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free any remaining temp blocks\n")); while (soap->blist) soap_end_block(soap, NULL); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute storage\n")); for (tp = soap->attributes; tp; tp = tq) { tq = tp->next; if (tp->value) SOAP_FREE(soap, tp->value); SOAP_FREE(soap, tp); } soap->attributes = NULL; #ifdef WITH_FAST if (soap->labbuf) SOAP_FREE(soap, soap->labbuf); soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; #endif ns = soap->local_namespaces; if (ns) { for (; ns->id; ns++) { if (ns->out) { SOAP_FREE(soap, ns->out); ns->out = NULL; } } SOAP_FREE(soap, soap->local_namespaces); soap->local_namespaces = NULL; } #ifndef WITH_LEANER while (soap->xlist) { struct soap_xlist *xp = soap->xlist->next; SOAP_FREE(soap, soap->xlist); soap->xlist = xp; } #endif #ifndef WITH_NOIDREF soap_free_iht(soap); #endif soap_free_pht(soap); } #endif /******************************************************************************/ #ifndef PALM_1 static void soap_free_ns(struct soap *soap) { struct soap_nlist *np, *nq; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free namespace stack\n")); for (np = soap->nlist; np; np = nq) { nq = np->next; SOAP_FREE(soap, np); } soap->nlist = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) static void soap_init_logs(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) { soap->logfile[i] = NULL; soap->fdebug[i] = NULL; } } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap *soap, int i) { if (soap->logfile[i]) soap->fdebug[i] = fopen(soap->logfile[i], i < 2 ? "ab" : "a"); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_close_logfile(struct soap *soap, int i) { if (soap->fdebug[i]) { fclose(soap->fdebug[i]); soap->fdebug[i] = NULL; } } #endif /******************************************************************************/ #ifdef SOAP_DEBUG SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap *soap) { int i; for (i = 0; i < SOAP_MAXLOGS; i++) soap_close_logfile(soap, i); } #endif /******************************************************************************/ #ifdef SOAP_DEBUG static void soap_set_logfile(struct soap *soap, int i, const char *logfile) { const char *s; char *t = NULL; soap_close_logfile(soap, i); s = soap->logfile[i]; soap->logfile[i] = logfile; if (s) SOAP_FREE(soap, s); if (logfile) { size_t l = strlen(logfile) + 1; if ((t = (char*)SOAP_MALLOC(soap, l))) soap_memcpy((void*)t, l, (const void*)logfile, l); } soap->logfile[i] = t; } #endif /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_RECV, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_SENT, logfile); #endif } /******************************************************************************/ SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap *soap, const char *logfile) { (void)soap; (void)logfile; #ifdef SOAP_DEBUG soap_set_logfile(soap, SOAP_INDEX_TEST, logfile); #endif } /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy(const struct soap *soap) { struct soap *copy = soap_versioning(soap_new)(SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); if (soap_copy_context(copy, soap) != NULL) return copy; soap_free(copy); return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap* SOAP_FMAC2 soap_copy_context(struct soap *copy, const struct soap *soap) { if (copy == soap) return copy; if (soap_check_state(soap)) return NULL; if (copy) { struct soap_plugin *p = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying context\n")); soap_memcpy((void*)copy, sizeof(struct soap), (const void*)soap, sizeof(struct soap)); copy->state = SOAP_COPY; copy->error = SOAP_OK; copy->userid = NULL; copy->passwd = NULL; #ifdef WITH_NTLM copy->ntlm_challenge = NULL; #endif copy->nlist = NULL; copy->blist = NULL; copy->clist = NULL; copy->alist = NULL; copy->attributes = NULL; copy->labbuf = NULL; copy->lablen = 0; copy->labidx = 0; #ifdef SOAP_MEM_DEBUG soap_init_mht(copy); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(copy); #endif #ifdef SOAP_DEBUG soap_set_test_logfile(copy, soap->logfile[SOAP_INDEX_TEST]); soap_set_sent_logfile(copy, soap->logfile[SOAP_INDEX_SENT]); soap_set_recv_logfile(copy, soap->logfile[SOAP_INDEX_RECV]); #endif copy->namespaces = soap->local_namespaces; copy->local_namespaces = NULL; soap_set_local_namespaces(copy); /* copy content of soap->local_namespaces */ copy->namespaces = soap->namespaces; /* point to shared read-only namespaces table */ copy->c_locale = NULL; #ifdef WITH_OPENSSL copy->bio = NULL; copy->ssl = NULL; copy->session = NULL; #endif #ifdef WITH_GNUTLS copy->session = NULL; #endif #ifdef WITH_ZLIB copy->d_stream = NULL; copy->z_buf = NULL; #endif #ifndef WITH_NOIDREF soap_init_iht(copy); #endif soap_init_pht(copy); copy->header = NULL; copy->fault = NULL; copy->action = NULL; #ifndef WITH_LEAN #ifdef WITH_COOKIES copy->cookies = soap_copy_cookies(copy, soap); #else copy->cookies = NULL; #endif #endif copy->plugins = NULL; for (p = soap->plugins; p; p = p->next) { struct soap_plugin *q = (struct soap_plugin*)SOAP_MALLOC(copy, sizeof(struct soap_plugin)); if (!q) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not allocate plugin '%s'\n", p->id)); soap_end(copy); soap_done(copy); return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Copying plugin '%s'\n", p->id)); *q = *p; if (p->fcopy && (copy->error = p->fcopy(copy, q, p))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not copy plugin '%s' error = %d\n", p->id, copy->error)); SOAP_FREE(copy, q); soap_end(copy); soap_done(copy); return NULL; } q->next = copy->plugins; copy->plugins = q; } } return copy; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap *copy, struct soap *soap) { struct soap_attribute *tp = NULL, *tq; if (copy == soap) return; copy->header = soap->header; copy->mode = soap->mode; copy->imode = soap->imode; copy->omode = soap->omode; copy->master = soap->master; copy->socket = soap->socket; copy->sendsk = soap->sendsk; copy->recvsk = soap->recvsk; copy->recv_timeout = soap->recv_timeout; copy->send_timeout = soap->send_timeout; copy->os = soap->os; copy->is = soap->is; copy->sendfd = soap->sendfd; copy->recvfd = soap->recvfd; copy->bufidx = soap->bufidx; copy->buflen = soap->buflen; copy->ahead = soap->ahead; copy->cdata = soap->cdata; copy->chunksize = soap->chunksize; copy->chunkbuflen = soap->chunkbuflen; copy->keep_alive = soap->keep_alive; copy->tcp_keep_alive = soap->tcp_keep_alive; copy->tcp_keep_idle = soap->tcp_keep_idle; copy->tcp_keep_intvl = soap->tcp_keep_intvl; copy->tcp_keep_cnt = soap->tcp_keep_cnt; copy->max_keep_alive = soap->max_keep_alive; #ifndef WITH_NOIO copy->peer = soap->peer; copy->peerlen = soap->peerlen; copy->ip = soap->ip; copy->port = soap->port; soap_memcpy((void*)copy->host, sizeof(copy->host), (const void*)soap->host, sizeof(soap->host)); soap_memcpy((void*)copy->endpoint, sizeof(copy->endpoint), (const void*)soap->endpoint, sizeof(soap->endpoint)); #endif #ifdef WITH_OPENSSL copy->bio = soap->bio; copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_GNUTLS copy->session = soap->session; #endif #ifdef WITH_SYSTEMSSL copy->ctx = soap->ctx; copy->ssl = soap->ssl; #endif #ifdef WITH_ZLIB copy->zlib_state = soap->zlib_state; copy->zlib_in = soap->zlib_in; copy->zlib_out = soap->zlib_out; if (soap->d_stream && soap->zlib_state != SOAP_ZLIB_NONE) { if (!copy->d_stream) copy->d_stream = (z_stream*)SOAP_MALLOC(copy, sizeof(z_stream)); if (copy->d_stream) soap_memcpy((void*)copy->d_stream, sizeof(z_stream), (const void*)soap->d_stream, sizeof(z_stream)); } copy->z_crc = soap->z_crc; copy->z_ratio_in = soap->z_ratio_in; copy->z_ratio_out = soap->z_ratio_out; copy->z_buf = NULL; copy->z_buflen = soap->z_buflen; copy->z_level = soap->z_level; if (soap->z_buf && soap->zlib_state != SOAP_ZLIB_NONE) { copy->z_buf = (char*)SOAP_MALLOC(copy, sizeof(soap->buf)); if (copy->z_buf) soap_memcpy((void*)copy->z_buf, sizeof(soap->buf), (const void*)soap->z_buf, sizeof(soap->buf)); } copy->z_dict = soap->z_dict; copy->z_dict_len = soap->z_dict_len; #endif soap_memcpy((void*)copy->buf, sizeof(copy->buf), (const void*)soap->buf, sizeof(soap->buf)); /* copy XML parser state */ soap_free_ns(copy); soap_set_local_namespaces(copy); copy->version = soap->version; if (soap->nlist && soap->local_namespaces) { struct soap_nlist *np = NULL, *nq; /* copy reversed nlist */ for (nq = soap->nlist; nq; nq = nq->next) { struct soap_nlist *nr = np; size_t n = sizeof(struct soap_nlist) + strlen(nq->id); np = (struct soap_nlist*)SOAP_MALLOC(copy, n); if (!np) break; soap_memcpy((void*)np, n, (const void*)nq, n); np->next = nr; } while (np) { const char *s = np->ns; copy->level = np->level; /* preserve element nesting level */ if (!s && np->index >= 0) { s = soap->local_namespaces[np->index].out; if (!s) s = soap->local_namespaces[np->index].ns; } if (s && soap_push_namespace(copy, np->id, s) == NULL) break; nq = np; np = np->next; SOAP_FREE(copy, nq); } } soap_memcpy((void*)copy->tag, sizeof(copy->tag), (const void*)soap->tag, sizeof(soap->tag)); soap_memcpy((void*)copy->id, sizeof(copy->id), (const void*)soap->id, sizeof(soap->id)); soap_memcpy((void*)copy->href, sizeof(copy->href), (const void*)soap->href, sizeof(soap->href)); soap_memcpy((void*)copy->type, sizeof(copy->type), (const void*)soap->type, sizeof(soap->type)); copy->other = soap->other; copy->root = soap->root; copy->null = soap->null; copy->body = soap->body; copy->part = soap->part; copy->mustUnderstand = soap->mustUnderstand; copy->level = soap->level; copy->peeked = soap->peeked; /* copy attributes */ for (tq = soap->attributes; tq; tq = tq->next) { struct soap_attribute *tr = tp; size_t n = sizeof(struct soap_attribute) + strlen(tq->name); tp = (struct soap_attribute*)SOAP_MALLOC(copy, n); soap_memcpy((void*)tp, n, (const void*)tq, n); if (tp->size) { tp->value = (char*)SOAP_MALLOC(copy, tp->size); if (tp->value) soap_memcpy((void*)tp->value, tp->size, (const void*)tq->value, tp->size); } tp->ns = NULL; tp->next = tr; } copy->attributes = tp; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap *soap) { soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; #ifdef WITH_OPENSSL soap->bio = NULL; soap->ctx = NULL; soap->ssl = NULL; #endif #ifdef WITH_GNUTLS soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->ctx = (gsk_handle)NULL; soap->ssl = (gsk_handle)NULL; #endif #ifdef WITH_ZLIB if (soap->z_buf) SOAP_FREE(soap, soap->z_buf); soap->z_buf = NULL; #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap *soap) { soap_versioning(soap_init)(soap, SOAP_IO_DEFAULT, SOAP_IO_DEFAULT); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap *soap, soap_mode imode, soap_mode omode) { size_t i; soap->state = SOAP_INIT; #ifdef SOAP_MEM_DEBUG soap_init_mht(soap); #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) soap_init_logs(soap); #endif #ifdef SOAP_DEBUG #ifdef TANDEM_NONSTOP soap_set_test_logfile(soap, "TESTLOG"); soap_set_sent_logfile(soap, "SENTLOG"); soap_set_recv_logfile(soap, "RECVLOG"); #else soap_set_test_logfile(soap, "TEST.log"); soap_set_sent_logfile(soap, "SENT.log"); soap_set_recv_logfile(soap, "RECV.log"); #endif #endif soap->version = 0; soap_mode(soap, imode); soap_imode(soap, imode); soap_omode(soap, omode); soap->plugins = NULL; soap->user = NULL; for (i = 0; i < sizeof(soap->data)/sizeof(*soap->data); i++) soap->data[i] = NULL; soap->userid = NULL; soap->passwd = NULL; soap->authrealm = NULL; #ifdef WITH_NTLM soap->ntlm_challenge = NULL; #endif #ifndef WITH_NOHTTP soap->fpost = http_post; soap->fget = http_get; soap->fput = http_405; soap->fdel = http_405; soap->fopt = http_200; soap->fhead = http_200; soap->fform = NULL; soap->fposthdr = http_post_header; soap->fresponse = http_response; soap->fparse = http_parse; soap->fparsehdr = http_parse_header; #endif soap->fheader = NULL; soap->fconnect = NULL; soap->fdisconnect = NULL; #ifndef WITH_NOIO soap->ipv6_multicast_if = 0; /* in_addr_t value */ soap->ipv4_multicast_if = NULL; /* points to struct in_addr or in_addr_t */ soap->ipv4_multicast_ttl = 0; /* 0: use default */ #ifndef WITH_IPV6 soap->fresolve = tcp_gethost; #else soap->fresolve = NULL; #endif soap->faccept = tcp_accept; soap->fopen = tcp_connect; soap->fclose = tcp_disconnect; soap->fclosesocket = tcp_closesocket; soap->fshutdownsocket = tcp_shutdownsocket; soap->fsend = fsend; soap->frecv = frecv; soap->fpoll = soap_poll; #else soap->fopen = NULL; soap->fclose = NULL; soap->fpoll = NULL; #endif soap->fseterror = NULL; soap->fignore = NULL; soap->fserveloop = NULL; soap->fplugin = fplugin; soap->fmalloc = NULL; #ifndef WITH_LEANER soap->fsvalidate = NULL; soap->fwvalidate = NULL; soap->feltbegin = NULL; soap->feltendin = NULL; soap->feltbegout = NULL; soap->feltendout = NULL; soap->fprepareinitsend = NULL; soap->fprepareinitrecv = NULL; soap->fpreparesend = NULL; soap->fpreparerecv = NULL; soap->fpreparefinalsend = NULL; soap->fpreparefinalrecv = NULL; soap->ffiltersend = NULL; soap->ffilterrecv = NULL; soap->fdimereadopen = NULL; soap->fdimewriteopen = NULL; soap->fdimereadclose = NULL; soap->fdimewriteclose = NULL; soap->fdimeread = NULL; soap->fdimewrite = NULL; soap->fmimereadopen = NULL; soap->fmimewriteopen = NULL; soap->fmimereadclose = NULL; soap->fmimewriteclose = NULL; soap->fmimeread = NULL; soap->fmimewrite = NULL; #endif soap->float_format = "%.9G"; /* Alternative: use "%G" */ soap->double_format = "%.17lG"; /* Alternative: use "%lG" */ soap->long_double_format = NULL; /* Defined in custom serializer custom/long_double.c */ soap->dime_id_format = "cid:id%d"; /* default DIME id format for int id index */ soap->http_version = "1.1"; soap->proxy_http_version = "1.0"; soap->http_content = NULL; soap->actor = NULL; soap->lang = "en"; soap->keep_alive = 0; soap->tcp_keep_alive = 0; soap->tcp_keep_idle = 0; soap->tcp_keep_intvl = 0; soap->tcp_keep_cnt = 0; soap->max_keep_alive = SOAP_MAXKEEPALIVE; soap->recv_timeout = 0; soap->send_timeout = 0; soap->connect_timeout = 0; soap->accept_timeout = 0; soap->socket_flags = 0; soap->connect_flags = 0; soap->bind_flags = 0; soap->accept_flags = 0; soap->linger_time = 0; soap->ip = 0; soap->labbuf = NULL; soap->lablen = 0; soap->labidx = 0; soap->encodingStyle = NULL; #ifndef WITH_NONAMESPACES soap->namespaces = namespaces; #else soap->namespaces = NULL; #endif soap->local_namespaces = NULL; soap->nlist = NULL; soap->blist = NULL; soap->clist = NULL; soap->alist = NULL; soap->shaky = 0; soap->attributes = NULL; soap->header = NULL; soap->fault = NULL; soap->master = SOAP_INVALID_SOCKET; soap->socket = SOAP_INVALID_SOCKET; soap->sendsk = SOAP_INVALID_SOCKET; soap->recvsk = SOAP_INVALID_SOCKET; soap->os = NULL; soap->is = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; soap->xlist = NULL; #endif #ifndef UNDER_CE soap->recvfd = 0; soap->sendfd = 1; #else soap->recvfd = stdin; soap->sendfd = stdout; #endif soap->host[0] = '\0'; soap->path[0] = '\0'; soap->port = 0; soap->action = NULL; soap->proxy_host = NULL; soap->proxy_port = 8080; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->prolog = "\n"; #ifdef WITH_ZLIB soap->zlib_state = SOAP_ZLIB_NONE; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; soap->d_stream = NULL; soap->z_buf = NULL; soap->z_level = 6; soap->z_dict = NULL; soap->z_dict_len = 0; #endif #ifndef WITH_LEAN soap->wsuid = NULL; soap->c14nexclude = NULL; soap->c14ninclude = NULL; soap->cookies = NULL; soap->cookie_domain = NULL; soap->cookie_path = NULL; soap->cookie_max = 32; #endif #ifdef WMW_RPM_IO soap->rpmreqid = NULL; #endif #ifdef PALM palmNetLibOpen(); #endif #ifndef WITH_NOIDREF soap_init_iht(soap); #endif soap_init_pht(soap); #ifdef WITH_OPENSSL if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = NULL; soap->ctx = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif #ifdef WITH_GNUTLS if (!soap_ssl_init_done) soap_ssl_init(); soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->xcred = NULL; soap->acred = NULL; soap->cache = NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dh_params = NULL; soap->rsa_params = NULL; #endif #ifdef WITH_SYSTEMSSL soap->fsslauth = ssl_auth_init; soap->fsslverify = NULL; soap->bio = NULL; soap->ssl = (gsk_handle)NULL; soap->ctx = (gsk_handle)NULL; soap->session = NULL; soap->ssl_flags = SOAP_SSL_DEFAULT; soap->keyfile = NULL; soap->keyid = NULL; soap->password = NULL; soap->cafile = NULL; soap->capath = NULL; soap->crlfile = NULL; soap->dhfile = NULL; soap->randfile = NULL; #endif soap->c_locale = NULL; soap->buflen = 0; soap->bufidx = 0; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->alloced = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap *soap) { if (soap_check_state(soap)) return; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reinitializing context\n")); if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } soap->null = 0; soap->position = 0; soap->encoding = 0; soap->mustUnderstand = 0; soap->mode = 0; soap->ns = 0; soap->part = SOAP_END; soap->event = 0; soap->evlev = 0; soap->count = 0; soap->length = 0; soap->cdata = 0; soap->error = SOAP_OK; soap->peeked = 0; soap->ahead = 0; soap->idnum = 0; soap->level = 0; soap->endpoint[0] = '\0'; soap->encodingStyle = SOAP_STR_EOS; #ifndef WITH_LEANER soap->dime.chunksize = 0; soap->dime.buflen = 0; #endif soap_free_temp(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap *soap) { if (soap_check_state(soap)) return; soap_free_temp(soap); soap_dealloc(soap, NULL); while (soap->clist) { struct soap_clist *cp = soap->clist->next; SOAP_FREE(soap, soap->clist); soap->clist = cp; } soap_closesock(soap); #ifdef SOAP_DEBUG soap_close_logfiles(soap); #endif #ifdef PALM palmNetLibClose(); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap *soap, short version) { soap_set_local_namespaces(soap); if (soap->version != version && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (version == 1) { soap->local_namespaces[0].ns = soap_env1; soap->local_namespaces[1].ns = soap_enc1; } else if (version == 2) { soap->local_namespaces[0].ns = soap_env2; soap->local_namespaces[1].ns = soap_enc2; } soap->version = version; } if (version == 0) soap->encodingStyle = SOAP_STR_EOS; else soap->encodingStyle = NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap *soap) { struct Namespace *p = soap->local_namespaces; if (p) { const char *ns = p[0].out; if (!ns) ns = p[0].ns; if (!strcmp(ns, soap_env1)) { soap->version = 1; /* make sure we use SOAP 1.1 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc1)))) soap_strncpy(p[1].out, sizeof(soap_enc1), soap_enc1, sizeof(soap_enc1) - 1); } else if (!strcmp(ns, soap_env2)) { soap->version = 2; /* make sure we use SOAP 1.2 */ if (p[1].out) SOAP_FREE(soap, p[1].out); if ((p[1].out = (char*)SOAP_MALLOC(soap, sizeof(soap_enc2)))) soap_strncpy(p[1].out, sizeof(soap_enc2), soap_enc2, sizeof(soap_enc2) - 1); } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap *soap, const struct Namespace *p) { struct Namespace *ns = soap->local_namespaces; struct soap_nlist *np, *nq, *nr; unsigned int level = soap->level; soap->namespaces = p; soap->local_namespaces = NULL; soap_set_local_namespaces(soap); /* reverse the namespace list */ np = soap->nlist; soap->nlist = NULL; if (np) { nq = np->next; np->next = NULL; while (nq) { nr = nq->next; nq->next = np; np = nq; nq = nr; } } /* then push on new stack */ while (np) { const char *s; soap->level = np->level; /* preserve element nesting level */ s = np->ns; if (!s && np->index >= 0 && ns) { s = ns[np->index].out; if (!s) s = ns[np->index].ns; } if (s && soap_push_namespace(soap, np->id, s) == NULL) return soap->error; nq = np; np = np->next; SOAP_FREE(soap, nq); } if (ns) { int i; for (i = 0; ns[i].id; i++) { if (ns[i].out) { SOAP_FREE(soap, ns[i].out); ns[i].out = NULL; } } SOAP_FREE(soap, ns); } soap->level = level; /* restore level */ return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap *soap) { if (soap->namespaces && !soap->local_namespaces) { const struct Namespace *ns1; struct Namespace *ns2; size_t n = 1; for (ns1 = soap->namespaces; ns1->id; ns1++) n++; n *= sizeof(struct Namespace); ns2 = (struct Namespace*)SOAP_MALLOC(soap, n); if (ns2) { soap_memcpy((void*)ns2, n, (const void*)soap->namespaces, n); if (ns2[0].ns) { if (!strcmp(ns2[0].ns, soap_env1)) soap->version = 1; else if (!strcmp(ns2[0].ns, soap_env2)) soap->version = 2; } soap->local_namespaces = ns2; for (; ns2->id; ns2++) ns2->out = NULL; } } } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little) { if (big && little) { size_t n = strlen(little); const char *s = big; while (s) { const char *t = s; size_t i; for (i = 0; i < n; i++, t++) { if (*t != little[i]) break; } if (*t == '\0' || *t == ' ') { if (i == n || (i && little[i-1] == ':')) return s; } s = strchr(t, ' '); if (s) s++; } } return NULL; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 struct soap_nlist * SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n) { struct soap_nlist *np; for (np = soap->nlist; np; np = np->next) if (!strncmp(np->id, tag, n) && !np->id[n]) return np; return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN static struct soap_nlist * soap_push_ns(struct soap *soap, const char *id, const char *ns, short utilized) { struct soap_nlist *np; size_t n, k; if (soap_tagsearch(soap->c14nexclude, id)) return NULL; if (!utilized) { for (np = soap->nlist; np; np = np->next) { if (!strcmp(np->id, id) && (!np->ns || !strcmp(np->ns, ns))) break; } if (np) { if ((np->level < soap->level || !np->ns) && np->index == 1) utilized = 1; else return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Adding namespace binding (level=%u) '%s' '%s' utilized=%d\n", soap->level, id, ns ? ns : "(null)", utilized)); n = strlen(id); if (ns) k = strlen(ns); else k = 0; np = (struct soap_nlist*)SOAP_MALLOC(soap, sizeof(struct soap_nlist) + n + k + 1); if (!np) { soap->error = SOAP_EOM; return NULL; } np->next = soap->nlist; soap->nlist = np; soap_strcpy((char*)np->id, n + 1, id); if (ns) { np->ns = np->id + n + 1; soap_strcpy((char*)np->ns, k + 1, ns); } else np->ns = NULL; np->level = soap->level; np->index = utilized; return np; } #endif /******************************************************************************/ #ifndef WITH_LEAN static void soap_utilize_ns(struct soap *soap, const char *tag) { struct soap_nlist *np; size_t n = 0; const char *t = strchr(tag, ':'); if (t) n = t - tag; np = soap_lookup_ns(soap, tag, n); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Utilizing namespace of '%s'\n", tag)); if (np) { if (np->index <= 0) { if (np->level == soap->level) np->index = 1; else soap_push_ns(soap, np->id, np->ns, 1); } } else if (n && strncmp(tag, "xml", 3)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); soap_push_ns(soap, soap->tmpbuf, NULL, 1); } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap *soap, const char *tag, int id, const char *type) { #ifndef WITH_LEAN const char *s; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element begin tag='%s' level='%u' id='%d' type='%s'\n", tag, soap->level, id, type ? type : SOAP_STR_EOS)); soap->level++; #ifdef WITH_DOM #ifndef WITH_LEAN if (soap_tagsearch(soap->wsuid, tag)) { size_t i; for (s = tag, i = 0; *s && i < sizeof(soap->tag) - 1; s++, i++) soap->tag[i] = *s == ':' ? '-' : *s; soap->tag[i] = '\0'; if (soap_set_attr(soap, "wsu:Id", soap->tag, 1)) return soap->error; } if ((soap->mode & SOAP_XML_CANONICAL) && !(soap->mode & SOAP_DOM_ASIS)) { if (soap->evlev >= soap->level) soap->evlev = 0; if (soap->event == SOAP_SEC_BEGIN && !soap->evlev) { struct soap_nlist *np; /* non-nested wsu:Id found: clear xmlns, re-emit them for exc-c14n */ for (np = soap->nlist; np; np = np->next) { int p = soap_tagsearch(soap->c14ninclude, np->id) != NULL; if (np->index == 2 || p) { struct soap_nlist *np1 = soap_push_ns(soap, np->id, np->ns, 1); if (np1 && !p) np1->index = 0; } } soap->evlev = soap->level; } } #endif if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->soap = soap; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, tag); elt->lead = NULL; elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; } else { #endif #ifndef WITH_LEAN if (!soap->ns) { if (!(soap->mode & SOAP_XML_CANONICAL) && soap_send(soap, soap->prolog)) return soap->error; } else if (soap->mode & SOAP_XML_INDENT) { if (soap->ns == 1 && soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; soap->body = 1; } if ((soap->mode & SOAP_XML_DEFAULTNS)) { struct Namespace *ns = soap->local_namespaces; size_t n = 0; s = strchr(tag, ':'); if (s) n = s++ - tag; else s = tag; if (soap_send_raw(soap, "<", 1) || soap_send(soap, s)) return soap->error; if (n) { if (soap->nlist && !strncmp(soap->nlist->id, tag, n) && !soap->nlist->id[n]) ns = NULL; for (; ns && ns->id; ns++) { if (*ns->id && ns->ns && !strncmp(ns->id, tag, n) && !ns->id[n]) { soap_push_ns(soap, ns->id, ns->out ? ns->out : ns->ns, 0); if (soap_attribute(soap, "xmlns", ns->out ? ns->out : ns->ns)) return soap->error; break; } } } else if (!soap->nlist || *soap->nlist->id) { soap_push_ns(soap, "", "", 0); if (soap_attribute(soap, "xmlns", "")) return soap->error; } } else #endif if (soap_send_raw(soap, "<", 1) || soap_send(soap, tag)) return soap->error; #ifdef WITH_DOM } #endif if (!soap->ns) { struct Namespace *ns = soap->local_namespaces; int k = -1; if (ns) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS)) { if (soap->version) k = 4; /* first four required entries */ else if (!(soap->mode & SOAP_XML_NOTYPE) || (soap->mode & SOAP_XML_NIL)) { ns += 2; k = 2; /* next two entries */ } else k = 0; /* no entries */ } #endif while (k-- && ns->id) { const char *t = ns->out; if (!t) t = ns->ns; if (*ns->id && t && *t) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(ns->id) + 6), "xmlns:%s", ns->id); if (soap_attribute(soap, soap->tmpbuf, t)) return soap->error; } ns++; } } } soap->ns = 1; /* namespace table control: ns = 0 or 2 to start, then 1 to stop dumping the table */ #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, tag); #endif if (id > 0) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), sizeof(SOAP_BASEREFNAME) + 20), SOAP_BASEREFNAME "%d", id); if (soap->version == 2) { if (soap_attribute(soap, "SOAP-ENC:id", soap->tmpbuf)) return soap->error; } else if (soap_attribute(soap, "id", soap->tmpbuf)) return soap->error; } if (type && *type && !(soap->mode & SOAP_XML_NOTYPE) && soap->part != SOAP_IN_HEADER) { const char *t = type; #ifndef WITH_LEAN if (soap->mode & SOAP_XML_DEFAULTNS) { t = strchr(type, ':'); if (t) t++; else t = type; } else if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif if (soap->attributes ? soap_set_attr(soap, "xsi:type", t, 1) : soap_attribute(soap, "xsi:type", t)) return soap->error; } if (soap->null && soap->position > 0 && soap->version == 1) { int i; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf) - 1, 20), "[%d", soap->positions[0]); for (i = 1; i < soap->position; i++) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l - 1, 20), ",%d", soap->positions[i]); } soap_strncat(soap->tmpbuf, sizeof(soap->tmpbuf), "]", 1); if (soap_attribute(soap, "SOAP-ENC:position", soap->tmpbuf)) return soap->error; } if (soap->mustUnderstand) { if (soap->actor && *soap->actor) { if (soap_attribute(soap, soap->version == 2 ? "SOAP-ENV:role" : "SOAP-ENV:actor", soap->actor)) return soap->error; } if (soap_attribute(soap, "SOAP-ENV:mustUnderstand", soap->version == 2 ? "true" : "1")) return soap->error; soap->mustUnderstand = 0; } if (soap->encoding) { if (soap->encodingStyle && soap->local_namespaces && soap->local_namespaces[0].id && soap->local_namespaces[1].id) { if (!*soap->encodingStyle) { if (soap->local_namespaces[1].out) soap->encodingStyle = soap->local_namespaces[1].out; else soap->encodingStyle = soap->local_namespaces[1].ns; } if (soap->encodingStyle && soap_attribute(soap, "SOAP-ENV:encodingStyle", soap->encodingStyle)) return soap->error; } else soap->encodingStyle = NULL; soap->encoding = 0; } soap->null = 0; soap->position = 0; if (soap->event == SOAP_SEC_BEGIN) soap->event = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap *soap, const char *tag, int id, const char *type) { if (*tag == '-') return SOAP_OK; if (soap_element(soap, tag, id, type)) return soap->error; #ifdef WITH_DOM if (soap_element_start_end_out(soap, NULL)) return soap->error; if (soap->feltbegout) return soap->error = soap->feltbegout(soap, tag); return SOAP_OK; #else return soap_element_start_end_out(soap, NULL); #endif } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRRCHR SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t) { char *r = NULL; while (*s) if (*s++ == t) r = (char*)s - 1; return r; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOL SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char *s, char **t, int b) { long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { short neg = 0; if (*s == '-') { s++; neg = 1; } else if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 214748364 && (n > 214748364 || c >= '8')) { if (neg && n == 214748364 && c == '8') { if (t) *t = (char*)(s + 1); return -2147483648; } break; } n *= 10; n += c - '0'; s++; } if (neg) n = -n; } else /* assume b == 16 and value is always positive */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x07FFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_2 #ifndef HAVE_STRTOUL SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char *s, char **t, int b) { unsigned long n = 0; int c; while (*s > 0 && *s <= 32) s++; if (b == 10) { if (*s == '+') s++; while ((c = *s) && c >= '0' && c <= '9') { if (n >= 429496729 && (n > 429496729 || c >= '6')) break; n *= 10; n += c - '0'; s++; } } else /* b == 16 */ { while ((c = *s)) { if (c >= '0' && c <= '9') c -= '0'; else if (c >= 'A' && c <= 'F') c -= 'A' - 10; else if (c >= 'a' && c <= 'f') c -= 'a' - 10; if (n > 0x0FFFFFFF) break; n <<= 4; n += c; s++; } } if (t) *t = (char*)s; return n; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap *soap, const char *tag, int id, const char *type, const char *offset) { if (!type || !*type || soap->version == 0) return soap_element_begin_out(soap, tag, id, NULL); if (soap_element(soap, tag, id, NULL)) return soap->error; if (soap->version == 1) { if (offset && soap_attribute(soap, "SOAP-ENC:offset", offset)) return soap->error; if (soap_attribute(soap, "SOAP-ENC:arrayType", type)) return soap->error; } else { const char *s; s = soap_strrchr(type, '['); if (s && (size_t)(s - type) < sizeof(soap->tmpbuf)) { soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), type, s - type); if (soap_attribute(soap, "SOAP-ENC:itemType", soap->tmpbuf)) return soap->error; s++; if (*s) { soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); soap->tmpbuf[strlen(soap->tmpbuf) - 1] = '\0'; if (soap_attribute(soap, "SOAP-ENC:arraySize", soap->tmpbuf)) return soap->error; } } } #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, type); #endif return soap_element_start_end_out(soap, NULL); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap *soap, const char *tag) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_nlist *np; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && *tp->name) soap_utilize_ns(soap, tp->name); } for (np = soap->nlist; np; np = np->next) { if (np->ns && (np->index == 1 || (np->index == 0 && soap->event == SOAP_SEC_BEGIN && soap_tagsearch(soap->c14ninclude, np->id)))) { if (*(np->id)) (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), strlen(np->id) + 6), "xmlns:%s", np->id); else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "xmlns"); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enabling utilized binding (level=%u) %s='%s' c14ninclude='%s'\n", np->level, soap->tmpbuf, np->ns, soap->c14ninclude ? soap->c14ninclude : "(null)")); soap_set_attr(soap, soap->tmpbuf, np->ns, 1); np->index = 2; } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Binding (level=%u) %s='%s' utilized=%d\n", np->level, np->id, np->ns, np->index)); } } } #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { struct soap_dom_attribute **att; att = &soap->dom->atts; for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, tp->name); (*att)->text = soap_strdup(soap, tp->value); (*att)->soap = soap; att = &(*att)->next; tp->visible = 0; } } return SOAP_OK; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { #ifndef WITH_LEAN const char *s; if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tp->name, ':'))) { size_t n = s - tp->name; if (soap->nlist && !strncmp(soap->nlist->id, tp->name, n) && !soap->nlist->id[n]) s++; else s = tp->name; if (soap_send_raw(soap, " ", 1) || soap_send(soap, s)) return soap->error; } else #endif if (soap_send_raw(soap, " ", 1) || soap_send(soap, tp->name)) return soap->error; if (tp->visible == 2 && tp->value) { if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, tp->value, tp->flag) || soap_send_raw(soap, "\"", 1)) return soap->error; } else if (soap->mode & SOAP_XML_STRICT) { if (soap_send_raw(soap, "=\"\"", 3)) return soap->error; } tp->visible = 0; } } if (tag) { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, ">", 1) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif if (soap->nlist) soap_pop_namespace(soap); soap->level--; /* decrement level just before /> */ soap->body = 0; return soap_send_raw(soap, "/>", 2); } return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap *soap, const char *tag) { #ifndef WITH_LEAN const char *s; #endif if (*tag == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element ending tag='%s'\n", tag)); #ifdef WITH_DOM if (soap->feltendout && (soap->error = soap->feltendout(soap, tag))) return soap->error; if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (soap->dom->prnt) soap->dom = soap->dom->prnt; return SOAP_OK; } #endif #ifndef WITH_LEAN if (soap->nlist) soap_pop_namespace(soap); if (soap->mode & SOAP_XML_INDENT) { if (!soap->body) { if (soap_send_raw(soap, soap_indent, soap->level < sizeof(soap_indent) ? soap->level : sizeof(soap_indent) - 1)) return soap->error; } soap->body = 0; } if ((soap->mode & SOAP_XML_DEFAULTNS) && (s = strchr(tag, ':'))) tag = s + 1; #endif if (soap_send_raw(soap, "error; soap->level--; /* decrement level just before > */ return soap_send_raw(soap, ">", 1); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap *soap, const char *tag, int id, int href) { const char *s = "ref"; int n = 1; if (soap->version == 1) { s = "href"; n = 0; } else if (soap->version == 2) s = "SOAP-ENC:ref"; (SOAP_SNPRINTF(soap->href, sizeof(soap->href), sizeof(SOAP_BASEREFNAME) + 21), "#" SOAP_BASEREFNAME "%d", href); return soap_element_href(soap, tag, id, s, soap->href + n); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap *soap, const char *tag, int id, const char *ref, const char *val) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element '%s' reference %s='%s'\n", tag, ref, val)); if (soap_element(soap, tag, id, NULL) || soap_attribute(soap, ref, val) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap *soap, const char *tag, int id, const char *type) { struct soap_attribute *tp = NULL; for (tp = soap->attributes; tp; tp = tp->next) if (tp->visible) break; if (tp || (soap->version == 2 && soap->position > 0) || id > 0 || (soap->mode & SOAP_XML_NIL)) { if (soap_element(soap, tag, id, type) || (!tp && soap_attribute(soap, "xsi:nil", "true")) || soap_element_start_end_out(soap, tag)) return soap->error; soap->body = 0; } else { soap->null = 1; soap->position = 0; soap->mustUnderstand = 0; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap *soap, const char *tag) { if (soap_element(soap, tag, -1, NULL) || (soap_attribute(soap, "xsi:nil", "true"))) return soap->error; return soap_element_start_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap *soap, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark) { (void)a; (void)n; if (!p) { soap->error = soap_element_null(soap, tag, id, type); return -1; } #ifndef WITH_NOIDREF DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element_id %p type=%d id=%d\n", p, t, id)); if ((!soap->encodingStyle && !(soap->omode & SOAP_XML_GRAPH)) || (soap->omode & SOAP_XML_TREE)) return soap_check_and_mark(soap, p, t, mark); if (mark) *mark = NULL; if (id < -1) return soap_embed(soap, p, a, n, t); else if (id <= 0) { struct soap_plist *pp; if (a) id = soap_array_pointer_lookup(soap, p, a, n, t, &pp); else id = soap_pointer_lookup(soap, p, t, &pp); if (id) { if (soap_is_embedded(soap, pp)) { soap_element_ref(soap, tag, 0, id); return -1; } if (soap_is_single(soap, pp)) return 0; soap_set_embedded(soap, pp); } } return id; #else return soap_check_and_mark(soap, p, t, mark); #endif } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark) { if (mark) { struct soap_plist *pp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check %p and mark %p\n", p, mark)); if (!soap_pointer_lookup(soap, p, t, &pp)) if (!soap_pointer_enter(soap, p, NULL, 0, t, &pp)) return -1; if (soap->mode & SOAP_IO_LENGTH) { if (pp->mark1 > 0) return -1; pp->mark1 = 1; *mark = &pp->mark1; } else { if (pp->mark2 > 0) return -1; pp->mark2 = 1; *mark = &pp->mark2; } } return 0; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **ppp, char **mark) { if (!soap) return NULL; if (mark || !(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark lookup %p type %d\n", p, t)); if (!soap_pointer_lookup(soap, p, t, ppp)) { if (!soap_pointer_enter(soap, p, NULL, 0, t, ppp)) return NULL; } else if (!(soap->mode & SOAP_XML_TREE)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark found %p\n", (*ppp)->dup)); return (*ppp)->dup; } if (mark) { if ((*ppp)->mark1 > 0) (*ppp)->mark1 = 2; /* cycle */ else (*ppp)->mark1 = 1; /* cycle detection */ *mark = &(*ppp)->mark1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Mark cycle %d\n", (*ppp)->mark1)); } } return NULL; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp) { (void)soap; return pp && pp->mark1 == 2 && (soap->mode & SOAP_XML_TREE); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp) { (void)soap; if (pp) pp->dup = a; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark) { (void)soap; if (mark) *mark = 0; /* release detection */ } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap *soap, const char *tag) { if (soap->version == 2 && soap->encodingStyle) { if (soap_element(soap, "SOAP-RPC:result", 0, NULL) || soap_attribute(soap, "xmlns:SOAP-RPC", soap_rpc) || soap_element_start_end_out(soap, NULL) || soap_string_out(soap, tag, 0) || soap_element_end_out(soap, "SOAP-RPC:result")) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap *soap, const char *tag) { (void)tag; if (soap->version == 2 && soap->encodingStyle) { soap_instring(soap, ":result", NULL, NULL, 0, 2, -1, -1, NULL); /* just ignore content for compliance reasons, but should compare tag to element's QName value? */ } } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap *soap, const char *name, const char *value) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Attribute '%s'='%s'\n", name, value)); #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && !(soap->mode & SOAP_XML_CANONICAL) && soap->dom) { struct soap_dom_attribute *a = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!a) return soap->error; a->next = soap->dom->atts; a->nstr = NULL; a->name = soap_strdup(soap, name); a->text = soap_strdup(soap, value); a->soap = soap; soap->dom->atts = a; return SOAP_OK; } #endif #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { /* push namespace */ if (!strncmp(name, "xmlns", 5) && (name[5] == ':' || name[5] == '\0')) soap_push_ns(soap, name + 5 + (name[5] == ':'), value, 0); else if (soap_set_attr(soap, name, value, 1)) return soap->error; } else #endif { if (soap_send_raw(soap, " ", 1) || soap_send(soap, name)) return soap->error; if (value) if (soap_send_raw(soap, "=\"", 2) || soap_string_out(soap, value, 1) || soap_send_raw(soap, "\"", 1)) return soap->error; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap *soap, const char *tag, int nillable, const char *type) { if (!soap_peek_element(soap)) { if (soap->other) return soap->error = SOAP_TAG_MISMATCH; if (tag && *tag == '-') return SOAP_OK; if (!(soap->error = soap_match_tag(soap, soap->tag, tag))) { soap->peeked = 0; if (type && *soap->type && soap_match_tag(soap, soap->type, type)) return soap->error = SOAP_TYPE; if (!nillable && soap->null && (soap->mode & SOAP_XML_STRICT)) return soap->error = SOAP_NULL; if (soap->body) soap->level++; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Begin tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS )); soap->error = SOAP_OK; } } else if (soap->error == SOAP_NO_TAG && tag && *tag == '-') soap->error = SOAP_OK; return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap *soap, const char *tag) { soap_wchar c; char *s; int n = 0; if (tag && *tag == '-') return SOAP_OK; if (soap->error == SOAP_NO_TAG) soap->error = SOAP_OK; #ifdef WITH_DOM /* this whitespace or mixed content is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (!soap->peeked && !soap_string_in(soap, -1, -1, -1, NULL)) return soap->error; if (soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif if (soap->peeked) { if (*soap->tag) n++; soap->peeked = 0; } do { while (((c = soap_get(soap)) != SOAP_TT)) { if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (c == SOAP_LT) n++; else if (c == '/') { c = soap_get(soap); if (c == SOAP_GT) n--; else soap_unget(soap, c); } } } while (n--); s = soap->tag; n = sizeof(soap->tag); while (soap_notblank(c = soap_get(soap))) { if (--n > 0) *s++ = (char)c; } *s = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; while (soap_blank(c)) c = soap_get(soap); if (c != SOAP_GT) return soap->error = SOAP_SYNTAX_ERROR; #ifndef WITH_LEAN #ifdef WITH_DOM if (soap->feltendin) { soap->level--; return soap->error = soap->feltendin(soap, soap->tag, tag); } #endif if (tag && (soap->mode & SOAP_XML_STRICT)) { soap_pop_namespace(soap); if (soap_match_tag(soap, soap->tag, tag)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag '%s' does not match '%s'\n", soap->tag, tag ? tag : SOAP_STR_EOS)); return soap->error = SOAP_SYNTAX_ERROR; } } #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "End tag found (level=%u) '%s'='%s'\n", soap->level, soap->tag, tag ? tag : SOAP_STR_EOS)); soap->level--; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag) { struct soap_attribute *tp; if (*name == '-') return SOAP_STR_EOS; for (tp = soap->attributes; tp; tp = tp->next) { if (!soap_match_tag(soap, tp->name, name)) break; } if (tp && tp->visible == 2) { if (flag == 4 || (flag == 2 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_PROHIBITED; else return tp->value; } else if (flag == 3 || (flag == 1 && (soap->mode & SOAP_XML_STRICT))) soap->error = SOAP_REQUIRED; else soap->error = SOAP_OK; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag) { struct soap_attribute *tp, *tq; if (*name == '-') return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Set attribute %s='%s'\n", name, value ? value : SOAP_STR_EOS)); tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!strcmp(tp->name, name)) break; } if (!tp) { size_t l = strlen(name); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute %s\n", name)); if (!(tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l))) return soap->error = SOAP_EOM; tp->ns = NULL; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { struct soap_attribute **tpp = &soap->attributes; const char *s = strchr(name, ':'); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inserting attribute %s for c14n\n", name)); if (!strncmp(name, "xmlns", 5)) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) || strcmp((*tpp)->name + 5, name + 5) > 0) break; } else if (!s) { for (; *tpp; tpp = &(*tpp)->next) if (strncmp((*tpp)->name, "xmlns", 5) && ((*tpp)->ns || strcmp((*tpp)->name, name) > 0)) break; } else { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np) tp->ns = np->ns; else { struct soap_attribute *tq; for (tq = soap->attributes; tq; tq = tq->next) { if (!strncmp(tq->name, "xmlns:", 6) && !strncmp(tq->name + 6, name, s - name) && !tq->name[6 + s - name]) { tp->ns = tq->ns; break; } } } for (; *tpp; tpp = &(*tpp)->next) { int k; if (strncmp((*tpp)->name, "xmlns", 5) && (*tpp)->ns && tp->ns && ((k = strcmp((*tpp)->ns, tp->ns)) > 0 || (!k && strcmp((*tpp)->name, name) > 0))) break; } } tp->next = *tpp; *tpp = tp; } else #endif if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } soap_strcpy((char*)tp->name, l + 1, name); tp->value = NULL; } else if (tp->visible) { return SOAP_OK; } else if (value && tp->value && tp->size <= strlen(value)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Free attribute value of %s (free %p)\n", name, tp->value)); SOAP_FREE(soap, tp->value); tp->value = NULL; tp->ns = NULL; } if (value) { if (!tp->value) { tp->size = strlen(value) + 1; if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Allocate attribute value for %s (%p)\n", tp->name, tp->value)); } soap_strcpy(tp->value, tp->size, value); if (!strncmp(tp->name, "xmlns:", 6)) tp->ns = tp->value; tp->visible = 2; tp->flag = (short)flag; #ifndef WITH_LEAN if (!strcmp(name, "wsu:Id")) { soap->event = SOAP_SEC_BEGIN; soap_strcpy(soap->id, sizeof(soap->id), value); } if ((soap->mode & SOAP_XML_CANONICAL)) { const char *s = strchr(name, ':'); if (s) /* should also check default namespace when 'type' is not qualified? */ { struct soap_nlist *np = soap_lookup_ns(soap, name, s - name); if (np && np->ns && soap->local_namespaces) { if ((!strcmp(s + 1, "type") && !strcmp(np->ns, soap->local_namespaces[2].ns)) /* xsi:type QName */ || ((!strcmp(s + 1, "arrayType") || !strcmp(s + 1, "itemType")) && !strcmp(np->ns, soap->local_namespaces[1].ns))) /* SOAP-ENC:arrayType and SOAP-ENC:itemType QName */ soap_utilize_ns(soap, value); } } } #endif } else tp->visible = 1; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap) { struct soap_attribute *tp; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) { while (soap->attributes) { tp = soap->attributes->next; if (soap->attributes->value) SOAP_FREE(soap, soap->attributes->value); SOAP_FREE(soap, soap->attributes); soap->attributes = tp; } } else #endif { for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; } } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_getattrval(struct soap *soap, char *s, size_t *n, soap_wchar d) { char buf[8]; size_t i; size_t k = *n; size_t m = 0; char *t = buf; for (i = 0; i < k; i++) { soap_wchar c; if (m) { *s++ = *t++; m--; continue; } if ((soap->mode & SOAP_C_UTFSTRING)) { if (((c = soap_get(soap)) & 0x80000000) && c >= -0x7FFFFF80 && c < SOAP_AP) { t = buf; c &= 0x7FFFFFFF; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = t - buf - 1; if (i + m >= k) { soap_unget(soap, c | 0x80000000); *n = i; return soap->error = SOAP_EOM; } t = buf; *s++ = *t++; continue; } } else c = soap_getutf8(soap); switch (c) { case SOAP_TT: *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: *s++ = '<'; break; case SOAP_GT: if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '>'; break; case SOAP_QT: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '"'; break; case SOAP_AP: if (c == d) { *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = '\''; break; case '\t': case '\n': case '\r': case ' ': case '/': if (d == ' ') { soap_unget(soap, c); *s = '\0'; *n = i + 1; return SOAP_OK; } *s++ = (char)c; break; default: if ((int)c == EOF) { *s = '\0'; *n = i + 1; return soap->error = SOAP_CHK_EOF; } *s++ = (char)c; } } return soap->error = SOAP_EOM; } #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap *soap, const char *s, size_t n) { soap->labidx = 0; return soap_append_lab(soap, s, n); } #endif #endif /******************************************************************************/ #ifdef WITH_FAST #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap *soap, const char *s, size_t n) { if (soap->labidx + n >= soap->lablen) { char *t = soap->labbuf; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Enlarging look-aside buffer to append data, size=%lu\n", (unsigned long)soap->lablen)); if (soap->lablen == 0) soap->lablen = SOAP_LABLEN; while (soap->labidx + n >= soap->lablen) soap->lablen <<= 1; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New look-aside buffer size=%lu\n", (unsigned long)soap->lablen)); soap->labbuf = (char*)SOAP_MALLOC(soap, soap->lablen); if (!soap->labbuf) { if (t) SOAP_FREE(soap, t); return soap->error = SOAP_EOM; } if (t) { soap_memcpy((void*)soap->labbuf, soap->lablen, (const void*)t, soap->labidx); SOAP_FREE(soap, t); } } if (s) { soap_memcpy((void*)(soap->labbuf + soap->labidx), soap->lablen - soap->labidx, (const void*)s, n); soap->labidx += n; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap *soap) { #ifdef WITH_DOM struct soap_dom_attribute **att = NULL; char *lead = NULL; #endif struct soap_attribute *tp, *tq = NULL; const char *t; char *s; soap_wchar c; int i; if (soap->peeked) { if (!*soap->tag) return soap->error = SOAP_NO_TAG; return SOAP_OK; } soap->peeked = 1; soap->id[0] = '\0'; soap->href[0] = '\0'; soap->type[0] = '\0'; soap->arrayType[0] = '\0'; soap->arraySize[0] = '\0'; soap->arrayOffset[0] = '\0'; soap->other = 0; soap->root = -1; soap->position = 0; soap->null = 0; soap->mustUnderstand = 0; /* UTF-8 BOM? */ c = soap_getchar(soap); if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) soap->mode &= ~SOAP_ENC_LATIN; else soap_unget(soap, (0x0F << 12) | (0xBB << 6) | (c & 0x3F)); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; else soap_unget(soap, c); c = soap_get(soap); #ifdef WITH_DOM /* whitespace leading up to the start tag is significant for DOM as-is (but comments and PIs are removed from this lead) */ if (soap_blank(c)) { soap->labidx = 0; do { if (soap_append_lab(soap, NULL, 0)) return soap->error; s = soap->labbuf + soap->labidx; i = soap->lablen - soap->labidx; soap->labidx = soap->lablen; while (soap_blank(c) && i--) { *s++ = c; c = soap_get(soap); } } while (soap_blank(c)); *s = '\0'; lead = soap->labbuf; } #else /* skip space */ while (soap_blank(c)) c = soap_get(soap); #endif if (c != SOAP_LT) { *soap->tag = '\0'; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifdef WITH_DOM /* whitespace leading up to the end tag is significant for DOM as-is */ if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (lead && *lead) soap->dom->tail = soap_strdup(soap, lead); else soap->dom->tail = SOAP_STR_EOS; /* body with closing tag instead of */ } #endif return soap->error = SOAP_NO_TAG; } do c = soap_get1(soap); while (soap_blank(c)); s = soap->tag; i = sizeof(soap->tag); while (c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; while (soap_blank(c)) c = soap_get1(soap); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { struct soap_dom_element *elt; elt = (struct soap_dom_element*)soap_malloc(soap, sizeof(struct soap_dom_element)); if (!elt) return soap->error; elt->next = NULL; elt->prnt = soap->dom; elt->elts = NULL; elt->atts = NULL; elt->nstr = NULL; elt->name = soap_strdup(soap, soap->tag); elt->text = NULL; elt->code = NULL; elt->tail = NULL; elt->node = NULL; elt->type = 0; if (lead && *lead) elt->lead = soap_strdup(soap, lead); else elt->lead = NULL; elt->soap = soap; if (soap->dom) { struct soap_dom_element *p = soap->dom->elts; if (p) { while (p->next) p = p->next; p->next = elt; } else soap->dom->elts = elt; } soap->dom = elt; att = &elt->atts; } #endif soap_pop_namespace(soap); for (tp = soap->attributes; tp; tp = tp->next) tp->visible = 0; while ((int)c != EOF && c != '>' && c != '/') { s = soap->tmpbuf; i = sizeof(soap->tmpbuf); while (c != '=' && c != '>' && c != '/' && soap_notblank(c) && (int)c != EOF) { if (--i > 0) *s++ = (char)c; c = soap_get1(soap); } *s = '\0'; if (i == sizeof(soap->tmpbuf)) return soap->error = SOAP_SYNTAX_ERROR; #ifdef WITH_DOM /* add attribute name to dom */ if (att) { *att = (struct soap_dom_attribute*)soap_malloc(soap, sizeof(struct soap_dom_attribute)); if (!*att) return soap->error; (*att)->next = NULL; (*att)->nstr = NULL; (*att)->name = soap_strdup(soap, soap->tmpbuf); (*att)->text = NULL; (*att)->soap = soap; } #endif if (!strncmp(soap->tmpbuf, "xmlns", 5)) { if (soap->tmpbuf[5] == ':') t = soap->tmpbuf + 6; else if (soap->tmpbuf[5]) t = NULL; else t = SOAP_STR_EOS; } else t = NULL; tq = NULL; for (tp = soap->attributes; tp; tq = tp, tp = tp->next) { if (!SOAP_STRCMP(tp->name, soap->tmpbuf)) break; } if (!tp) { size_t l = strlen(soap->tmpbuf); tp = (struct soap_attribute*)SOAP_MALLOC(soap, sizeof(struct soap_attribute) + l); if (!tp) return soap->error = SOAP_EOM; soap_strcpy((char*)tp->name, l + 1, soap->tmpbuf); tp->value = NULL; tp->size = 0; tp->ns = NULL; /* append attribute to the end of the list */ if (tq) { tq->next = tp; tp->next = NULL; } else { tp->next = soap->attributes; soap->attributes = tp; } } while (soap_blank(c)) c = soap_get1(soap); if (c == '=') { size_t k; do c = soap_getutf8(soap); while (soap_blank(c)); if (c != SOAP_QT && c != SOAP_AP) { soap_unget(soap, c); c = ' '; /* blank delimiter */ } k = tp->size; if (soap_getattrval(soap, tp->value, &k, c)) { #ifdef WITH_FAST if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_store_lab(soap, tp->value, k)) return soap->error; if (tp->value) SOAP_FREE(soap, tp->value); tp->value = NULL; for (;;) { k = soap->lablen - soap->labidx; if (soap_getattrval(soap, soap->labbuf + soap->labidx, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap->labidx = soap->lablen; if (soap_append_lab(soap, NULL, 0)) return soap->error; } else break; } if (soap->labidx) tp->size = soap->lablen; else { tp->size = strlen(soap->labbuf) + 1; if (tp->size < SOAP_LABLEN) tp->size = SOAP_LABLEN; } if (!(tp->value = (char*)SOAP_MALLOC(soap, tp->size))) return soap->error = SOAP_EOM; soap_strcpy(tp->value, tp->size, soap->labbuf); #else tp->size = k; if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; if (soap_new_block(soap) == NULL) return soap->error; for (;;) { if (!(s = (char*)soap_push_block(soap, NULL, SOAP_BLKLEN))) return soap->error; k = SOAP_BLKLEN; if (soap_getattrval(soap, s, &k, c)) { if (soap->error != SOAP_EOM) return soap->error; soap->error = SOAP_OK; soap_size_block(soap, NULL, k); } else break; } k = tp->size + soap->blist->size; if (!(s = (char*)SOAP_MALLOC(soap, k))) return soap->error = SOAP_EOM; if (tp->value) { soap_memcpy((void*)s, k, (const void*)tp->value, tp->size); SOAP_FREE(soap, tp->value); } soap_save_block(soap, NULL, s + tp->size, 0); tp->value = s; tp->size = k; #endif } do c = soap_get1(soap); while (soap_blank(c)); tp->visible = 2; /* seen this attribute w/ value */ #ifdef WITH_DOM if (att) (*att)->text = soap_strdup(soap, tp->value); #endif } else tp->visible = 1; /* seen this attribute w/o value */ #ifdef WITH_DOM if (att) att = &(*att)->next; #endif if (t && tp->value) { if (soap_push_namespace(soap, t, tp->value) == NULL) return soap->error; } } #ifdef WITH_DOM if (att) { soap->dom->nstr = soap_current_namespace(soap, soap->tag); for (att = &soap->dom->atts; *att; att = &(*att)->next) (*att)->nstr = soap_current_namespace(soap, (*att)->name); } #endif if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (!(soap->body = (c != '/'))) do c = soap_get1(soap); while (soap_blank(c)); #ifdef WITH_DOM if (soap->mode & SOAP_XML_DOM) { if (!soap->body && soap->dom->prnt) soap->dom = soap->dom->prnt; } #endif for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible && tp->value) { #ifndef WITH_NOIDREF if (!strcmp(tp->name, "id")) { if ((soap->version > 0 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } } else if (!strcmp(tp->name, "href")) { if ((soap->version == 1 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH) || ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#')) soap_strcpy(soap->href, sizeof(soap->href), tp->value); } else if (!strcmp(tp->name, "ref")) { if ((soap->version == 2 && !(soap->imode & SOAP_XML_TREE)) || (soap->mode & SOAP_XML_GRAPH)) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } } #else if (!strcmp(tp->name, "href")) { if ((soap->mode & (SOAP_ENC_MTOM | SOAP_ENC_DIME)) && *tp->value != '#') soap_strcpy(soap->href, sizeof(soap->href), tp->value); } #endif else if (!soap_match_tag(soap, tp->name, "xsi:type")) { soap_strcpy(soap->type, sizeof(soap->type), tp->value); } else if ((!soap_match_tag(soap, tp->name, "xsi:null") || !soap_match_tag(soap, tp->name, "xsi:nil")) && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) { soap->null = 1; } else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:encodingStyle")) { if (!soap->encodingStyle) soap->encodingStyle = SOAP_STR_EOS; soap_get_version(soap); } else if (soap->version == 1) { if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arrayType")) { s = soap_strrchr(tp->value, '['); if (s && (size_t)(s - tp->value) < sizeof(soap->arrayType)) { soap_strncpy(soap->arrayType, sizeof(soap->arrayType), tp->value, s - tp->value); soap_strcpy(soap->arraySize, sizeof(soap->arraySize), s); } else soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:offset")) soap_strcpy(soap->arrayOffset, sizeof(soap->arrayOffset), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:position")) soap->position = soap_getposition(tp->value, soap->positions); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:root")) soap->root = ((!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:actor")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://schemas.xmlsoap.org/soap/actor/next")) soap->other = 1; } } else if (soap->version == 2) { #ifndef WITH_NOIDREF if (!soap_match_tag(soap, tp->name, "SOAP-ENC:id")) { *soap->id = '#'; soap_strcpy(soap->id + 1, sizeof(soap->id) - 1, tp->value); } else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:ref")) { *soap->href = '#'; soap_strcpy(soap->href + (*tp->value != '#'), sizeof(soap->href) - 1, tp->value); } else #endif if (!soap_match_tag(soap, tp->name, "SOAP-ENC:itemType")) soap_strcpy(soap->arrayType, sizeof(soap->arrayType), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENC:arraySize")) soap_strcpy(soap->arraySize, sizeof(soap->arraySize), tp->value); else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:mustUnderstand") && (!strcmp(tp->value, "1") || !strcmp(tp->value, "true"))) soap->mustUnderstand = 1; else if (!soap_match_tag(soap, tp->name, "SOAP-ENV:role")) { if ((!soap->actor || strcmp(soap->actor, tp->value)) && strcmp(tp->value, "http://www.w3.org/2003/05/soap-envelope/role/next")) soap->other = 1; } } else { if (!soap_match_tag(soap, tp->name, "wsdl:required") && !strcmp(tp->value, "true")) soap->mustUnderstand = 1; } } } #ifdef WITH_DOM if (soap->feltbegin) return soap->error = soap->feltbegin(soap, soap->tag); #endif return soap->error = SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap *soap) { soap->error = SOAP_OK; soap_revert(soap); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap *soap) { if (!soap->peeked) { soap->peeked = 1; if (soap->body) soap->level--; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reverting to last element '%s' (level=%u)\n", soap->tag, soap->level)); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap *soap, const char *s, int flag) { const char *t; soap_wchar c; soap_wchar mask = (soap_wchar)0xFFFFFF80UL; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_strdup(soap, s); return SOAP_OK; } #endif if (flag == 2 || (soap->mode & SOAP_C_UTFSTRING)) mask = 0; t = s; while ((c = *t++)) { switch (c) { case 0x09: if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, " ", 5)) return soap->error; s = t; } break; case '&': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "&", 5)) return soap->error; s = t; break; case '<': if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "<", 4)) return soap->error; s = t; break; case '>': if (!flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, ">", 4)) return soap->error; s = t; } break; case '"': if (flag) { if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, """, 6)) return soap->error; s = t; } break; case 0x7F: if (soap_send_raw(soap, s, t - s - 1) || soap_send_raw(soap, "", 6)) return soap->error; s = t; break; default: #ifndef WITH_LEANER #ifdef HAVE_MBTOWC if (soap->mode & SOAP_C_MBSTRING) { wchar_t wc; int m = mbtowc(&wc, t - 1, MB_CUR_MAX); if (m > 0 && !((soap_wchar)wc == c && m == 1 && c < 0x80)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned long)wc)) return soap->error; s = t += m - 1; continue; } } #endif #endif #ifndef WITH_NOSTRINGTOUTF8 if ((c & mask) || !(c & 0xFFFFFFE0UL)) { if (soap_send_raw(soap, s, t - s - 1) || soap_pututf8(soap, (unsigned char)c)) return soap->error; s = t; } #endif } } return soap_send_raw(soap, s, t - s - 1); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_string_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { char *s; char *t = NULL; size_t i; long l = 0; int n = 0, f = 0, m = 0; soap_wchar c; #if !defined(WITH_LEANER) && defined(HAVE_WCTOMB) char buf[MB_LEN_MAX > 8 ? MB_LEN_MAX : 8]; #else char buf[8]; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading string content, flag=%d\n", flag)); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String content includes tag '%s' and attributes\n", soap->tag)); t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; /* too many or attribute values to large */ *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; m = (int)strlen(soap->tmpbuf); #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } #ifdef WITH_CDATA if (flag <= 0) { int state = 0; #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } c = soap_getchar(soap); if ((int)c == EOF) goto end; if ((c >= 0x80 || c < SOAP_AP) && state != 1 && !(soap->mode & SOAP_ENC_LATIN)) { if ((c & 0x7FFFFFFF) >= 0x80) { soap_unget(soap, c); c = soap_getutf8(soap); } if ((c & 0x7FFFFFFF) >= 0x80 && (flag <= 0 || (soap->mode & SOAP_C_UTFSTRING))) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; continue; } } switch (state) { case 1: if (c == ']') state = 4; *s++ = (char)c; continue; case 2: if (c == '-') state = 6; *s++ = (char)c; continue; case 3: if (c == '?') state = 8; *s++ = (char)c; continue; /* CDATA */ case 4: if (c == ']') state = 5; else state = 1; *s++ = (char)c; continue; case 5: if (c == '>') state = 0; else if (c != ']') state = 1; *s++ = (char)c; continue; /* comment */ case 6: if (c == '-') state = 7; else state = 2; *s++ = (char)c; continue; case 7: if (c == '>') state = 0; else if (c != '-') state = 2; *s++ = (char)c; continue; /* PI */ case 8: if (c == '>') state = 0; else if (c != '?') state = 3; *s++ = (char)c; continue; } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getchar(soap); if (c == '>') n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': c = soap_getchar(soap); if (c == '/') { if (n == 0) { c = SOAP_TT; goto end; } n--; } else if (c == '!') { c = soap_getchar(soap); if (c == '[') { do c = soap_getchar(soap); while ((int)c != EOF && c != '['); if ((int)c == EOF) goto end; t = (char*)"![CDATA["; m = 8; state = 1; } else if (c == '-') { if ((c = soap_getchar(soap)) == '-') state = 2; t = (char*)"!-"; m = 2; soap_unget(soap, c); } else { t = (char*)"!"; m = 1; soap_unget(soap, c); } *s++ = '<'; break; } else if (c == '?') state = 3; else if (f && n == 0) { soap_revget1(soap); c = '<'; goto end; } else n++; soap_unget(soap, c); *s++ = '<'; break; case '>': *s++ = '>'; break; case '"': *s++ = '"'; break; default: #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } } #endif #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { if (m > 0) { *s++ = *t++; /* copy multibyte characters */ m--; continue; } #ifndef WITH_CDATA if (flag <= 0) c = soap_getchar(soap); else #endif { c = soap_getutf8(soap); if ((soap->mode & SOAP_C_UTFSTRING)) { if (c >= 0x80 || (c < SOAP_AP && c >= -0x7FFFFF80)) { c &= 0x7FFFFFFF; t = buf; if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); m = (int)(t - buf) - 1; t = buf; *s++ = *t++; l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } continue; } } } switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; t = (char*)"/"; m = 1; break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { if (flag > 0) { c = soap_get(soap); if (c == SOAP_GT) n--; } else { c = soap_getchar(soap); if (c == '>') n--; } soap_unget(soap, c); } *s++ = '/'; break; case (soap_wchar)('<' | 0x80000000): if (flag > 0) *s++ = '<'; else { *s++ = '&'; t = (char*)"lt;"; m = 3; } break; case (soap_wchar)('>' | 0x80000000): if (flag > 0) *s++ = '>'; else { *s++ = '&'; t = (char*)"gt;"; m = 3; } break; case (soap_wchar)('&' | 0x80000000): if (flag > 0) *s++ = '&'; else { *s++ = '&'; t = (char*)"amp;"; m = 4; } break; case (soap_wchar)('"' | 0x80000000): if (flag > 0) *s++ = '"'; else { *s++ = '&'; t = (char*)"quot;"; m = 5; } break; case (soap_wchar)('\'' | 0x80000000): if (flag > 0) *s++ = '\''; else { *s++ = '&'; t = (char*)"apos;"; m = 5; } break; default: if ((int)c == EOF) goto end; #ifndef WITH_CDATA if (c == '<') { c = soap_getchar(soap); soap_unget(soap, c); if (c == '/') { c = SOAP_TT; if (n == 0) goto end; n--; } else n++; *s++ = '<'; break; } else #endif #ifndef WITH_LEANER #ifdef HAVE_WCTOMB if (soap->mode & SOAP_C_MBSTRING) { #ifdef WIN32 m = 0; wctomb_s(&m, buf, sizeof(buf), (wchar_t)(c & 0x7FFFFFFF)); #else m = wctomb(buf, (wchar_t)(c & 0x7FFFFFFF)); #endif if (m >= 1 && m <= (int)MB_CUR_MAX) { t = buf; *s++ = *t++; m--; } else { *s++ = SOAP_UNKNOWN_CHAR; m = 0; } } else #endif #endif *s++ = (char)(c & 0xFF); } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else soap_size_block(soap, NULL, i + 1); t = soap_save_block(soap, NULL, NULL, 0); #endif if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } #ifndef WITH_LEANER if (pattern && soap->fsvalidate && (soap->error = soap->fsvalidate(soap, pattern, s))) return NULL; #else (void)pattern; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { if (flag > 0) soap->dom->text = t; else soap->dom->code = t; } #endif if (flag == 2) if (soap_s2QName(soap, t, &t, minlen, maxlen)) return NULL; return t; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap *soap, const wchar_t *s, int flag) { const char *t; char tmp; soap_wchar c; #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) { soap->dom->text = soap_wchar2s(soap, s); return SOAP_OK; } #endif while ((c = *s++)) { switch (c) { case 0x09: if (flag) t = " "; else t = "\t"; break; case 0x0A: if (flag || !(soap->mode & SOAP_XML_CANONICAL)) t = " "; else t = "\n"; break; case 0x0D: t = " "; break; case '&': t = "&"; break; case '<': t = "<"; break; case '>': if (flag) t = ">"; else t = ">"; break; case '"': if (flag) t = """; else t = "\""; break; default: if (c >= 0x20 && c < 0x80) { tmp = (char)c; if (soap_send_raw(soap, &tmp, 1)) return soap->error; } else { /* check for UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && (c & 0xFC00) == 0xD800) { soap_wchar d = *s++; if ((d & 0xFC00) == 0xDC00) c = ((c - 0xD800) << 10) + (d - 0xDC00) + 0x10000; else c = 0xFFFD; /* Malformed */ } if (soap_pututf8(soap, (unsigned long)c)) return soap->error; } continue; } if (soap_send(soap, t)) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t * SOAP_FMAC2 soap_wstring_in(struct soap *soap, int flag, long minlen, long maxlen, const char *pattern) { wchar_t *s; int i, n = 0, f = 0; long l = 0; soap_wchar c; char *t = NULL; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Reading wide string content\n")); if (flag <= 0 && soap->peeked && *soap->tag) { #ifndef WITH_LEAN struct soap_attribute *tp; t = soap->tmpbuf; *t = '<'; soap_strcpy(t + 1, sizeof(soap->tmpbuf) - 1, soap->tag); t += strlen(t); for (tp = soap->attributes; tp; tp = tp->next) { if (tp->visible) { size_t l = strlen(tp->name); if (t + l + 1 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = ' '; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->name, l); t += l; if (tp->value) { l = strlen(tp->value); if (t + l + 3 >= soap->tmpbuf + sizeof(soap->tmpbuf)) break; *t++ = '='; *t++ = '"'; soap_strncpy(t, sizeof(soap->tmpbuf) - (t - soap->tmpbuf), tp->value, l); t += l; *t++ = '"'; } } } if (!soap->body) *t++ = '/'; *t++ = '>'; *t = '\0'; t = soap->tmpbuf; #endif if (soap->body) n = 1; f = 1; soap->peeked = 0; } if (soap_new_block(soap) == NULL) return NULL; for (;;) { if (!(s = (wchar_t*)soap_push_block(soap, NULL, sizeof(wchar_t)*SOAP_BLKLEN))) return NULL; for (i = 0; i < SOAP_BLKLEN; i++) { if (t) { *s++ = (wchar_t)*t++; if (!*t) t = NULL; continue; } c = soap_getutf8(soap); switch (c) { case SOAP_TT: if (n == 0) goto end; n--; *s++ = '<'; soap_unget(soap, '/'); break; case SOAP_LT: if ((!f && flag >= 0) || (f && n == 0)) goto end; n++; *s++ = '<'; break; case SOAP_GT: *s++ = '>'; break; case SOAP_QT: *s++ = '"'; break; case SOAP_AP: *s++ = '\''; break; case '/': if (n > 0) { c = soap_getutf8(soap); if (c == SOAP_GT) n--; soap_unget(soap, c); } *s++ = '/'; break; case '<': if (flag > 0) *s++ = (soap_wchar)'<'; else { *s++ = (soap_wchar)'&'; t = (char*)"lt;"; } break; case '>': if (flag > 0) *s++ = (soap_wchar)'>'; else { *s++ = (soap_wchar)'&'; t = (char*)"gt;"; } break; case '"': if (flag > 0) *s++ = (soap_wchar)'"'; else { *s++ = (soap_wchar)'&'; t = (char*)"quot;"; } break; default: if ((int)c == EOF) goto end; /* use UTF16 encoding when wchar_t is too small to hold UCS */ if (sizeof(wchar_t) < 4 && c > 0xFFFF) { soap_wchar c1, c2; c1 = 0xD800 - (0x10000 >> 10) + (c >> 10); c2 = 0xDC00 + (c & 0x3FF); c = c1; soap_unget(soap, c2); } *s++ = (wchar_t)c & 0x7FFFFFFF; } l++; if (maxlen >= 0 && l > maxlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too long: maxlen=%ld\n", maxlen)); soap->error = SOAP_LENGTH; return NULL; } } } end: soap_unget(soap, c); *s = '\0'; soap_size_block(soap, NULL, sizeof(wchar_t) * (i + 1)); if (l < minlen) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "String too short: %ld chars, minlen=%ld\n", l, minlen)); soap->error = SOAP_LENGTH; return NULL; } s = (wchar_t*)soap_save_block(soap, NULL, NULL, 0); #ifndef WITH_LEANER if (pattern && soap->fwvalidate && (soap->error = soap->fwvalidate(soap, pattern, s))) return NULL; #endif #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_wchar2s(soap, s); #endif return s; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap *soap, int n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap *soap, const char *tag, int id, const int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap *soap, const char *s, int *p) { if (s) { long n; char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif n = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_LEAN || n != (int)n #endif #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; *p = (int)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int * SOAP_FMAC2 soap_inint(struct soap *soap, const char *tag, int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (int*)soap_id_enter(soap, soap->id, p, t, sizeof(int), NULL, NULL, NULL, NULL); if (*soap->href) p = (int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(int), 0, NULL, NULL); else if (p) { if (soap_s2int(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap *soap, long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%ld", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap *soap, const char *tag, int id, const long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap *soap, const char *s, long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtol(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 long * SOAP_FMAC2 soap_inlong(struct soap *soap, const char *tag, long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (long*)soap_id_enter(soap, soap->id, p, t, sizeof(long), NULL, NULL, NULL, NULL); if (*soap->href) p = (long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(long), 0, NULL, NULL); else if (p) { if (soap_s2long(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap *soap, LONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_LONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap *soap, const char *tag, int id, const LONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_LONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap *soap, const char *s, LONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOLL *p = soap_strtoll(s, &r, 10); #else *p = (LONG64)soap_strtol(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 LONG64 * SOAP_FMAC2 soap_inLONG64(struct soap *soap, const char *tag, LONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #endif p = (LONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(LONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (LONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(LONG64), 0, NULL, NULL); else if (p) { if (soap_s2LONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap *soap, char n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap *soap, const char *tag, int id, const char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap *soap, const char *s, char *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -128 || n > 127) soap->error = SOAP_TYPE; *p = (char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char * SOAP_FMAC2 soap_inbyte(struct soap *soap, const char *tag, char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (char*)soap_id_enter(soap, soap->id, p, t, sizeof(char), NULL, NULL, NULL, NULL); if (*soap->href) p = (char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(char), 0, NULL, NULL); else if (p) { if (soap_s2byte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap *soap, short n) { return soap_long2s(soap, (long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap *soap, const char *tag, int id, const short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_long2s(soap, (long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap *soap, const char *s, short *p) { if (s) { long n; char *r; n = soap_strtol(s, &r, 10); if (s == r || *r || n < -32768 || n > 32767) soap->error = SOAP_TYPE; *p = (short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 short * SOAP_FMAC2 soap_inshort(struct soap *soap, const char *tag, short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (short*)soap_id_enter(soap, soap->id, p, t, sizeof(short), NULL, NULL, NULL, NULL); if (*soap->href) p = (short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(short), 0, NULL, NULL); else if (p) { if (soap_s2short(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap *soap, float n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan((double)n)) return "NaN"; if (soap_ispinff(n)) return "INF"; if (soap_isninff(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->float_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->float_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), soap->float_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap *soap, const char *tag, int id, const float *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_float2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap *soap, const char *s, float *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = FLT_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = FLT_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = FLT_NAN; else { /* On some systems strtof requires -std=c99 or does not even link: so we try to use strtod first */ #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = (float)_strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = (float)strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = (float)strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_STRTOF_L) char *r; *p = strtof_l((char*)s, &r, SOAP_LOCALE(soap)); if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOF) char *r; *p = strtof((char*)s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) double n; if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #elif defined(HAVE_SSCANF) double n; if (sscanf(s, "%lf", &n) != 1) soap->error = SOAP_TYPE; *p = (float)n; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN static int soap_isnumeric(struct soap *soap, const char *type) { if (soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":float") && soap_match_tag(soap, soap->type, ":double") && soap_match_tag(soap, soap->type, ":decimal") && soap_match_tag(soap, soap->type, ":integer") && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":negativeInteger") && soap_match_tag(soap, soap->type, ":nonPositiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":long") && soap_match_tag(soap, soap->type, ":int") && soap_match_tag(soap, soap->type, ":short") && soap_match_tag(soap, soap->type, ":byte") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return SOAP_ERR; } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 float * SOAP_FMAC2 soap_infloat(struct soap *soap, const char *tag, float *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (float*)soap_id_enter(soap, soap->id, p, t, sizeof(float), NULL, NULL, NULL, NULL); if (*soap->href) p = (float*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(float), 0, NULL, NULL); else if (p) { if (soap_s2float(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap *soap, double n) { #if !defined(WITH_C_LOCALE) || !defined(HAVE_SPRINTF_L) char *s; #endif if (soap_isnan(n)) return "NaN"; if (soap_ispinfd(n)) return "INF"; if (soap_isninfd(n)) return "-INF"; #if defined(WITH_C_LOCALE) && defined(HAVE_SPRINTF_L) # ifdef WIN32 _sprintf_s_l(soap->tmpbuf, _countof(soap->tmpbuf), soap->double_format, SOAP_LOCALE(soap), n); # else sprintf_l(soap->tmpbuf, SOAP_LOCALE(soap), soap->double_format, n); # endif #else (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 40), soap->double_format, n); s = strchr(soap->tmpbuf, ','); /* convert decimal comma to DP */ if (s) *s = '.'; #endif return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap *soap, const char *tag, int id, const double *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_double2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap *soap, const char *s, double *p) { if (s) { if (!*s) return soap->error = SOAP_TYPE; if (!soap_tag_cmp(s, "INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "+INF")) *p = DBL_PINFTY; else if (!soap_tag_cmp(s, "-INF")) *p = DBL_NINFTY; else if (!soap_tag_cmp(s, "NaN")) *p = DBL_NAN; else { #if defined(WITH_C_LOCALE) && defined(HAVE_STRTOD_L) char *r; # ifdef WIN32 *p = _strtod_l(s, &r, SOAP_LOCALE(soap)); # else *p = strtod_l(s, &r, SOAP_LOCALE(soap)); # endif if (*r) soap->error = SOAP_TYPE; #elif defined(HAVE_STRTOD) char *r; *p = strtod(s, &r); if (*r) soap->error = SOAP_TYPE; #elif defined(WITH_C_LOCALE) && defined(HAVE_SSCANF_L) && !defined(HAVE_STRTOF_L) && !defined(HAVE_STRTOD_L) if (sscanf_l(s, SOAP_LOCALE(soap), "%lf", p) != 1) soap->error = SOAP_TYPE; #elif defined(HAVE_SSCANF) if (sscanf(s, "%lf", p) != 1) soap->error = SOAP_TYPE; #else soap->error = SOAP_TYPE; #endif } } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 double * SOAP_FMAC2 soap_indouble(struct soap *soap, const char *tag, double *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type != '\0' && soap_isnumeric(soap, type)) return NULL; #else (void)type; #endif p = (double*)soap_id_enter(soap, soap->id, p, t, sizeof(double), NULL, NULL, NULL, NULL); if (*soap->href) p = (double*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(double), 0, NULL, NULL); else if (p) { if (soap_s2double(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap *soap, unsigned char n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap *soap, const char *tag, int id, const unsigned char *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap *soap, const char *s, unsigned char *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 255) soap->error = SOAP_TYPE; *p = (unsigned char)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned char * SOAP_FMAC2 soap_inunsignedByte(struct soap *soap, const char *tag, unsigned char *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned char*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned char), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned char*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned char), 0, NULL, NULL); else if (p) { if (soap_s2unsignedByte(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap *soap, unsigned short n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap *soap, const char *tag, int id, const unsigned short *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap *soap, const char *s, unsigned short *p) { if (s) { unsigned long n; char *r; n = soap_strtoul(s, &r, 10); if (s == r || *r || n > 65535) soap->error = SOAP_TYPE; *p = (unsigned short)n; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned short * SOAP_FMAC2 soap_inunsignedShort(struct soap *soap, const char *tag, unsigned short *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned short*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned short), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned short*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned short), 0, NULL, NULL); else if (p) { if (soap_s2unsignedShort(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap *soap, unsigned int n) { return soap_unsignedLong2s(soap, (unsigned long)n); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap *soap, const char *tag, int id, const unsigned int *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, (unsigned long)*p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap *soap, const char *s, unsigned int *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = (unsigned int)soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned int * SOAP_FMAC2 soap_inunsignedInt(struct soap *soap, const char *tag, unsigned int *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned int*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned int), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned int*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned int), 0, NULL, NULL); else if (p) { if (soap_s2unsignedInt(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap *soap, unsigned long n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), "%lu", n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap *soap, const char *tag, int id, const unsigned long *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_unsignedLong2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap *soap, const char *s, unsigned long *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif *p = soap_strtoul(s, &r, 10); if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 unsigned long * SOAP_FMAC2 soap_inunsignedLong(struct soap *soap, const char *tag, unsigned long *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; #ifndef WITH_LEAN if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } #else (void)type; #endif p = (unsigned long*)soap_id_enter(soap, soap->id, p, t, sizeof(unsigned long), NULL, NULL, NULL, NULL); if (*soap->href) p = (unsigned long*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(unsigned long), 0, NULL, NULL); else if (p) { if (soap_s2unsignedLong(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap *soap, ULONG64 n) { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, n); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap *soap, const char *tag, int id, const ULONG64 *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_ULONG642s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap *soap, const char *s, ULONG64 *p) { if (s) { char *r; #ifndef WITH_NOIO #ifndef WITH_LEAN soap_reset_errno; #endif #endif #ifdef HAVE_STRTOULL *p = soap_strtoull(s, &r, 10); #else *p = (ULONG64)soap_strtoul(s, &r, 10); #endif if (s == r || *r #ifndef WITH_NOIO #ifndef WITH_LEAN || soap_errno == SOAP_ERANGE #endif #endif ) soap->error = SOAP_TYPE; } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 ULONG64 * SOAP_FMAC2 soap_inULONG64(struct soap *soap, const char *tag, ULONG64 *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":positiveInteger") && soap_match_tag(soap, soap->type, ":nonNegativeInteger") && soap_match_tag(soap, soap->type, ":unsignedLong") && soap_match_tag(soap, soap->type, ":unsignedInt") && soap_match_tag(soap, soap->type, ":unsignedShort") && soap_match_tag(soap, soap->type, ":unsignedByte")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (ULONG64*)soap_id_enter(soap, soap->id, p, t, sizeof(ULONG64), NULL, NULL, NULL, NULL); if (*soap->href) p = (ULONG64*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(ULONG64), 0, NULL, NULL); else if (p) { if (soap_s2ULONG64(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_string(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_string(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } } return s; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap *soap, const char *s, char **t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r && !(*t = soap_strdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap *soap, const char *s, std::string *t, long minlen, long maxlen) { if (s) { const char *r = soap_QName(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef PALM_2 static const char* soap_QName(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { #ifndef WITH_FAST char *b; #endif if (minlen > 0 || maxlen >= 0) { long l; if ((soap->mode & SOAP_C_UTFSTRING)) l = (long)soap_utf8len(s); else l = (long)strlen(s); if (l > maxlen || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } } #ifdef WITH_FAST soap->labidx = 0; #else if (soap_new_block(soap) == NULL) return NULL; #endif DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Normalized namespace(s) of QNames '%s'", s)); /* convert (by prefix normalize prefix) all QNames in s */ for (;;) { size_t n; struct soap_nlist *np; const char *p = NULL; short flag = 0; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 1; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; np = soap->nlist; /* if there is no namespace stack, or prefix is "#" or "xml" then copy string */ if (!np || *s == '#' || !strncmp(s, "xml:", 4)) { r = s; m = n; } else /* we normalize the QName by replacing its prefix */ { const char *q; for (p = s; *p && p < s + n; p++) if (*p == ':') break; if (*p == ':') { size_t k = p - s; while (np && (strncmp(np->id, s, k) || np->id[k])) np = np->next; p++; } else { while (np && *np->id) np = np->next; p = s; } /* replace prefix */ if (np) { if (np->index >= 0 && soap->local_namespaces && (q = soap->local_namespaces[np->index].id)) { size_t k = strlen(q); if (q[k-1] != '_') { r = q; m = k; } else { flag = 1; r = soap->local_namespaces[np->index].ns; m = strlen(r); } } else if (np->ns) { flag = 1; r = np->ns; m = strlen(r); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "\nNamespace prefix of '%s' not defined (index=%d, URI='%s')\n", s, np->index, np->ns ? np->ns : SOAP_STR_EOS)); soap->error = SOAP_NAMESPACE; return NULL; } } else if (s[n]) /* no namespace, part of string */ { r = s; m = n; } else /* no namespace: assume "" namespace */ { flag = 1; } } #ifdef WITH_FAST if ((flag && soap_append_lab(soap, "\"", 1)) || (m && soap_append_lab(soap, r, m)) || (flag && soap_append_lab(soap, "\"", 1)) || (p && (soap_append_lab(soap, ":", 1) || soap_append_lab(soap, p, n - (p-s))))) return NULL; #else k = 2*flag + m + (p ? n - (p-s) + 1 : 0) + (s[n] != '\0'); b = (char*)soap_push_block(soap, NULL, k); if (!b) return NULL; if (flag) *b++ = '"'; if (m) { if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; } if (flag) *b++ = '"'; if (p) { *b++ = ':'; if (soap_memcpy((void*)b, k - m - flag - 1, (const void*)p, n - (p-s))) { soap->error = SOAP_EOM; return NULL; } b += n - (p-s); } #endif /* advance to next and add spacing */ s += n; if (*s) { #ifdef WITH_FAST if (soap_append_lab(soap, " ", 1)) return NULL; #else *b = ' '; #endif } } #ifdef WITH_FAST if (soap_append_lab(soap, SOAP_STR_EOS, 1)) return NULL; return soap->labbuf; #else b = (char*)soap_push_block(soap, NULL, 1); if (!b) return NULL; *b = '\0'; return (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap *soap, const char *s) { const char *t = NULL; if (s) { #ifdef WITH_FAST soap->labidx = 0; #else char *b; if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { size_t n; const char *q = NULL; const char *r = NULL; size_t m = 0; #ifndef WITH_FAST size_t k = 0; #endif /* skip blanks */ while (*s && soap_blank((soap_wchar)*s)) s++; if (!*s) break; /* find next QName */ n = 0; while (s[n] && !soap_blank((soap_wchar)s[n])) n++; /* normal prefix: pass string as is */ if (*s != '"') { #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_CANONICAL)) soap_utilize_ns(soap, s); if ((soap->mode & SOAP_XML_DEFAULTNS)) { r = strchr(s, ':'); if (r && soap->nlist && !strncmp(soap->nlist->id, s, r - s) && !soap->nlist->id[r - s]) { n -= r - s + 1; s = r + 1; } } #endif r = s; m = n + 1; } else /* URL-based string prefix */ { s++; q = strchr(s, '"'); if (q) { struct Namespace *p = soap->local_namespaces; if (p) { for (; p->id; p++) { if (p->ns) if (!soap_tag_cmp(s, p->ns)) break; if (p->in) if (!soap_tag_cmp(s, p->in)) break; } } q++; /* URL is in the namespace table? */ if (p && p->id) { r = p->id; #ifndef WITH_LEAN if ((soap->mode & SOAP_XML_DEFAULTNS) && soap->nlist && !strcmp(soap->nlist->id, r)) q++; else #endif m = strlen(r); } else /* not in namespace table: create xmlns binding */ { char *x = soap_strdup(soap, s); x[q - s - 1] = '\0'; (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 27), "xmlns:_%d", soap->idnum++); soap_set_attr(soap, soap->tmpbuf, x, 1); r = soap->tmpbuf + 6; m = strlen(r); } } } /* copy normalized QName into buffer, including the ending blank or NUL */ #ifdef WITH_FAST if ((m && soap_append_lab(soap, r, m)) || (q && soap_append_lab(soap, q, n - (q - s)))) return NULL; #else k = m + (q ? n - (q - s) : 0); b = (char*)soap_push_block(soap, NULL, k); if (soap_memcpy((void*)b, k, (const void*)r, m)) { soap->error = SOAP_EOM; return NULL; } b += m; if (q) { if (soap_memcpy((void*)b, k - m, (const void*)q, n - (q - s))) { soap->error = SOAP_EOM; return NULL; } b += n - (q - s); } #endif /* advance to next */ s += n; } #ifdef WITH_FAST t = soap_strdup(soap, soap->labbuf); #else t = (char*)soap_save_block(soap, NULL, NULL, 0); #endif } return t; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap *soap, const char *s, wchar_t **t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r && !(*t = soap_wstrdup(soap, r))) return soap->error = SOAP_EOM; } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_COMPAT #ifdef __cplusplus #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap *soap, const char *s, std::wstring *t, long minlen, long maxlen) { if (s) { const wchar_t *r = soap_wstring(soap, s, minlen, maxlen); if (r) t->assign(r); } return soap->error; } #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const wchar_t* soap_wstring(struct soap *soap, const char *s, long minlen, long maxlen) { if (s) { long l; wchar_t wc; soap->labidx = 0; if (soap->mode & SOAP_ENC_LATIN) { wchar_t *r; if (soap_append_lab(soap, NULL, sizeof(wchar_t) * (strlen(s) + 1))) return NULL; r = (wchar_t*)soap->labbuf; while (*s) *r++ = (wchar_t)*s++; } else { /* Convert UTF8 to wchar */ while (*s) { soap_wchar c, c1, c2, c3, c4; c = (unsigned char)*s++; if (c < 0x80) wc = (wchar_t)c; else { c1 = (soap_wchar)*s++ & 0x3F; if (c < 0xE0) wc = (wchar_t)(((soap_wchar)(c & 0x1F) << 6) | c1); else { c2 = (soap_wchar)*s++ & 0x3F; if (c < 0xF0) wc = (wchar_t)(((soap_wchar)(c & 0x0F) << 12) | (c1 << 6) | c2); else { c3 = (soap_wchar)*s++ & 0x3F; if (c < 0xF8) wc = (wchar_t)(((soap_wchar)(c & 0x07) << 18) | (c1 << 12) | (c2 << 6) | c3); else { c4 = (soap_wchar)*s++ & 0x3F; if (c < 0xFC) wc = (wchar_t)(((soap_wchar)(c & 0x03) << 24) | (c1 << 18) | (c2 << 12) | (c3 << 6) | c4); else wc = (wchar_t)(((soap_wchar)(c & 0x01) << 30) | (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | (soap_wchar)(*s++ & 0x3F)); } } } } if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; } } l = (long)(soap->labidx / sizeof(wchar_t)); wc = L'\0'; if (soap_append_lab(soap, (const char*)&wc, sizeof(wc))) return NULL; if ((maxlen >= 0 && l > maxlen) || l < minlen) { soap->error = SOAP_LENGTH; return NULL; } return (wchar_t*)soap->labbuf; } return NULL; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap *soap, const wchar_t *s) { soap_wchar c; char *r, *t; const wchar_t *q = s; size_t n = 0; if (!s) return NULL; while ((c = *q++)) { if (c > 0 && c < 0x80) n++; else n += 6; } r = t = (char*)soap_malloc(soap, n + 1); if (r) { /* Convert wchar to UTF8 */ while ((c = *s++)) { if (c > 0 && c < 0x80) *t++ = (char)c; else { if (c < 0x0800) *t++ = (char)(0xC0 | ((c >> 6) & 0x1F)); else { if (c < 0x010000) *t++ = (char)(0xE0 | ((c >> 12) & 0x0F)); else { if (c < 0x200000) *t++ = (char)(0xF0 | ((c >> 18) & 0x07)); else { if (c < 0x04000000) *t++ = (char)(0xF8 | ((c >> 24) & 0x03)); else { *t++ = (char)(0xFC | ((c >> 30) & 0x01)); *t++ = (char)(0x80 | ((c >> 24) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 18) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 12) & 0x3F)); } *t++ = (char)(0x80 | ((c >> 6) & 0x3F)); } *t++ = (char)(0x80 | (c & 0x3F)); } } *t = '\0'; } return r; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap *soap, const char *tag, int id, char *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_string_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_instring(struct soap *soap, const char *tag, char **p, const char *type, int t, int flag, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_string_in(soap, flag, minlen, maxlen, pattern); if (!*p || !(char*)soap_id_enter(soap, soap->id, *p, t, sizeof(char*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_strdup(soap, SOAP_STR_EOS); } if (*soap->href) p = (char**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(char**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap *soap, const char *tag, int id, wchar_t *const*p, const char *type, int n) { id = soap_element_id(soap, tag, id, *p, NULL, 0, type, n, NULL); if (id < 0) return soap->error; if (!**p && (soap->mode & SOAP_C_NILSTRING)) return soap_element_null(soap, tag, id, type); if (soap_element_begin_out(soap, tag, id, type) || soap_wstring_out(soap, *p, 0) || soap_element_end_out(soap, tag)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwstring(struct soap *soap, const char *tag, wchar_t **p, const char *type, int t, long minlen, long maxlen, const char *pattern) { (void)type; if (soap_element_begin_in(soap, tag, 1, NULL)) { if (!tag || *tag != '-' || soap->error != SOAP_NO_TAG) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->null) *p = NULL; else if (soap->body) { *p = soap_wstring_in(soap, 1, minlen, maxlen, pattern); if (!*p || !(wchar_t*)soap_id_enter(soap, soap->id, *p, t, sizeof(wchar_t*), NULL, NULL, NULL, NULL)) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (!*soap->href) { if (minlen > 0) { soap->error = SOAP_LENGTH; return NULL; } *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); } if (*soap->href) p = (wchar_t**)soap_id_lookup(soap, soap->href, (void**)p, t, sizeof(wchar_t**), 0, NULL); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE mktime (based on the mingw-runtime, public domain) */ #define __FILETIME_to_ll(f) ((long long)(f).dwHighDateTime << 32 | (long long)(f).dwLowDateTime) static time_t mktime(struct tm *pt) { SYSTEMTIME s, s1, s2; FILETIME f, f1, f2; long long diff; GetSystemTime(&s1); GetLocalTime(&s2); SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s2, &f2); diff = (__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL; s.wYear = pt->tm_year + 1900; s.wMonth = pt->tm_mon + 1; s.wDayOfWeek = pt->tm_wday; s.wDay = pt->tm_mday; s.wHour = pt->tm_hour; s.wMinute = pt->tm_min; s.wSecond = pt->tm_sec; s.wMilliseconds = 0; SystemTimeToFileTime(&s, &f); return (time_t)((__FILETIME_to_ll(f) - 116444736000000000LL) / 10000000LL) - (time_t)diff; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE gmtime_r (based on the mingw-runtime, public domain) */ #define HAVE_GMTIME_R static struct tm* gmtime_r(const time_t *t, struct tm *pt) { FILETIME f, f1, f2; SYSTEMTIME s, s1 = {0}; long long time = (long long)(*t) * 10000000LL + 116444736000000000LL; f.dwHighDateTime = (DWORD)((time >> 32) & 0x00000000FFFFFFFF); f.dwLowDateTime = (DWORD)(time & 0x00000000FFFFFFFF); FileTimeToSystemTime(&f, &s); pt->tm_year = s.wYear - 1900; pt->tm_mon = s.wMonth - 1; pt->tm_wday = s.wDayOfWeek; pt->tm_mday = s.wDay; s1.wYear = s.wYear; s1.wMonth = 1; s1.wDayOfWeek = 1; s1.wDay = 1; SystemTimeToFileTime(&s1, &f1); SystemTimeToFileTime(&s, &f2); pt->tm_yday = (((__FILETIME_to_ll(f2) - __FILETIME_to_ll(f1)) / 10000000LL) / (60 * 60 * 24)); pt->tm_hour = s.wHour; pt->tm_min = s.wMinute; pt->tm_sec = s.wSecond; pt->tm_isdst = 0; return pt; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifdef UNDER_CE /* WinCE very simple strftime for format "%Y-%m-%dT%H:%M:%SZ", note: %F and %T not supported by MS */ static size_t strftime(char *buf, size_t len, const char *format, const struct tm *pT) { (void)len; (void)format; #ifndef WITH_NOZONE (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02dZ", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #else (SOAP_SNPRINTF(buf, len, 20), "%04d-%02d-%02dT%02d:%02d:%02d", pT->tm_year + 1900, pT->tm_mon + 1, pT->tm_mday, pT->tm_hour, pT->tm_min, pT->tm_sec); #endif return len; } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm *T) { #if defined(HAVE_TIMEGM) return timegm(T); #else time_t t, g, z; struct tm tm; #ifndef HAVE_GMTIME_R struct tm *tp; #endif t = mktime(T); if (t == (time_t)-1) return (time_t)-1; #ifdef HAVE_GMTIME_R if (gmtime_r(&t, &tm) == SOAP_FUNC_R_ERR) return (time_t)-1; #else tp = gmtime(&t); if (!tp) return (time_t)-1; tm = *tp; #endif tm.tm_isdst = 0; g = mktime(&tm); if (g == (time_t)-1) return (time_t)-1; z = g - t; return t - z; #endif } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap *soap, time_t n) { struct tm T, *pT = &T; #if defined(HAVE_GMTIME_R) && !defined(WITH_NOZONE) if (gmtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif defined(HAVE_GMTIME) && !defined(WITH_NOZONE) if ((pT = gmtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%SZ", pT); #elif (defined(HAVE_TM_GMTOFF) || defined(HAVE_STRUCT_TM_TM_GMTOFF) || defined(HAVE_STRUCT_TM___TM_GMTOFF)) && !defined(WITH_NOZONE) #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #else if ((pT = localtime(&n))) { strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S%z", pT); soap_memmove(soap->tmpbuf + 23, sizeof(soap->tmpbuf) - 23, soap->tmpbuf + 22, 3); /* 2000-03-01T02:00:00+0300 */ soap->tmpbuf[22] = ':'; /* 2000-03-01T02:00:00+03:00 */ } #endif #elif defined(HAVE_GETTIMEOFDAY) && !defined(WITH_NOZONE) struct timezone tz; memset((void*)&tz, 0, sizeof(tz)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #else if ((pT = localtime(&n))) { struct timeval tv; size_t l; gettimeofday(&tv, &tz); strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -tz.tz_minuteswest/60+(pT->tm_isdst!=0), abs(tz.tz_minuteswest)%60); } #endif #elif defined(HAVE_FTIME) && !defined(WITH_NOZONE) struct timeb t; memset((void*)&t, 0, sizeof(t)); #if defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #else if ((pT = localtime(&n))) { size_t l; #ifdef __BORLANDC__ ::ftime(&t); #else ftime(&t); #endif strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, 7), "%+03d:%02d", -t.timezone/60+(pT->tm_isdst!=0), abs(t.timezone)%60); } #endif #elif defined(HAVE_LOCALTIME_R) if (localtime_r(&n, pT) != SOAP_FUNC_R_ERR) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #else if ((pT = localtime(&n))) strftime(soap->tmpbuf, sizeof(soap->tmpbuf), "%Y-%m-%dT%H:%M:%S", pT); #endif else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), "1969-12-31T23:59:59Z"); return soap->tmpbuf; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap *soap, const char *tag, int id, const time_t *p, const char *type, int n) { if (soap_element_begin_out(soap, tag, soap_embedded_id(soap, id, p, n), type) || soap_string_out(soap, soap_dateTime2s(soap, *p), 0)) return soap->error; return soap_element_end_out(soap, tag); } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap *soap, const char *s, time_t *p) { *p = 0; if (s) { char *t; unsigned long d; struct tm T; memset((void*)&T, 0, sizeof(T)); d = soap_strtoul(s, &t, 10); if (*t == '-') { /* YYYY-MM-DD */ T.tm_year = (int)d; T.tm_mon = (int)soap_strtoul(t + 1, &t, 10); T.tm_mday = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* YYYYMMDD */ T.tm_year = (int)(d / 10000); T.tm_mon = (int)(d / 100 % 100); T.tm_mday = (int)(d % 100); } else return soap->error = SOAP_TYPE; if (*t == 'T' || ((*t == 't' || *t == ' ') && !(soap->mode & SOAP_XML_STRICT))) { d = soap_strtoul(t + 1, &t, 10); if (*t == ':') { /* Thh:mm:ss */ T.tm_hour = (int)d; T.tm_min = (int)soap_strtoul(t + 1, &t, 10); T.tm_sec = (int)soap_strtoul(t + 1, &t, 10); } else if (!(soap->mode & SOAP_XML_STRICT)) { /* Thhmmss */ T.tm_hour = (int)(d / 10000); T.tm_min = (int)(d / 100 % 100); T.tm_sec = (int)(d % 100); } else return soap->error = SOAP_TYPE; } if (T.tm_year == 1) T.tm_year = 70; else T.tm_year -= 1900; T.tm_mon--; if (*t == '.') { for (t++; *t; t++) if (*t < '0' || *t > '9') break; } if (*t == ' ' && !(soap->mode & SOAP_XML_STRICT)) t++; if (*t) { #ifndef WITH_NOZONE if (*t == '+' || *t == '-') { int h, m; m = (int)soap_strtol(t, &t, 10); if (*t == ':') { /* +hh:mm */ h = m; m = (int)soap_strtol(t + 1, &t, 10); if (h < 0) m = -m; } else if (!(soap->mode & SOAP_XML_STRICT)) { /* +hhmm */ h = m / 100; m = m % 100; } else { /* +hh */ h = m; m = 0; } if (*t) return soap->error = SOAP_TYPE; T.tm_min -= m; T.tm_hour -= h; /* put hour and min in range */ T.tm_hour += T.tm_min / 60; T.tm_min %= 60; if (T.tm_min < 0) { T.tm_min += 60; T.tm_hour--; } T.tm_mday += T.tm_hour / 24; T.tm_hour %= 24; if (T.tm_hour < 0) { T.tm_hour += 24; T.tm_mday--; } /* note: day of the month may be out of range, timegm() handles it */ } else if (*t != 'Z') return soap->error = SOAP_TYPE; #endif *p = soap_timegm(&T); } else /* no UTC or timezone, so assume we got a localtime */ { T.tm_isdst = -1; *p = mktime(&T); } } return soap->error; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 time_t * SOAP_FMAC2 soap_indateTime(struct soap *soap, const char *tag, time_t *p, const char *type, int t) { if (soap_element_begin_in(soap, tag, 0, NULL)) return NULL; if (*soap->type && soap_match_tag(soap, soap->type, type) && soap_match_tag(soap, soap->type, ":dateTime")) { soap->error = SOAP_TYPE; soap_revert(soap); return NULL; } p = (time_t*)soap_id_enter(soap, soap->id, p, t, sizeof(time_t), NULL, NULL, NULL, NULL); if (*soap->href) p = (time_t*)soap_id_forward(soap, soap->href, p, 0, t, t, sizeof(time_t), 0, NULL, NULL); else if (p) { if (soap_s2dateTime(soap, soap_value(soap), p)) return NULL; } if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap *soap, const char *tag, char *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p && *p) { if (soap_send(soap, *p)) /* send as-is */ return soap->error; } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 char ** SOAP_FMAC2 soap_inliteral(struct soap *soap, const char *tag, char **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (char**)soap_malloc(soap, sizeof(char*)))) return NULL; } if (soap->body || (tag && *tag == '-')) { if (tag && *tag != '-') *p = soap_string_in(soap, -1, -1, -1, NULL); else *p = soap_string_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (soap->null) *p = NULL; else *p = soap_strdup(soap, SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap *soap, const char *tag, wchar_t *const*p, const char *type) { int i; const char *t = NULL; if (tag && *tag != '-') { if (soap->local_namespaces && (t = strchr(tag, ':'))) { size_t n = t - tag; if (n >= sizeof(soap->tmpbuf)) n = sizeof(soap->tmpbuf) - 1; soap_strncpy(soap->tmpbuf, sizeof(soap->tmpbuf), tag, n); for (i = 0; soap->local_namespaces[i].id; i++) if (!strcmp(soap->tmpbuf, soap->local_namespaces[i].id)) break; t++; if (soap_element(soap, t, 0, type) || soap_attribute(soap, "xmlns", soap->local_namespaces[i].ns ? soap->local_namespaces[i].ns : SOAP_STR_EOS) || soap_element_start_end_out(soap, NULL)) return soap->error; } else { t = tag; if (soap_element_begin_out(soap, t, 0, type)) return soap->error; } } if (p) { wchar_t c; const wchar_t *s = *p; while ((c = *s++)) { if (soap_pututf8(soap, (unsigned long)c)) /* send as-is in UTF8 */ return soap->error; } } if (t) return soap_element_end_out(soap, t); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_2 SOAP_FMAC1 wchar_t ** SOAP_FMAC2 soap_inwliteral(struct soap *soap, const char *tag, wchar_t **p) { if (soap_element_begin_in(soap, tag, 1, NULL)) { if (soap->error != SOAP_NO_TAG || soap_unget(soap, soap_get(soap)) == SOAP_TT) return NULL; soap->error = SOAP_OK; } if (!p) { if (!(p = (wchar_t**)soap_malloc(soap, sizeof(wchar_t*)))) return NULL; } if (soap->body) { if (tag && *tag != '-') *p = soap_wstring_in(soap, -1, -1, -1, NULL); else *p = soap_wstring_in(soap, 0, -1, -1, NULL); if (!*p) return NULL; if (!**p && tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } } else if (tag && *tag == '-') { soap->error = SOAP_NO_TAG; return NULL; } else if (soap->null) *p = NULL; else *p = soap_wstrdup(soap, (wchar_t*)SOAP_STR_EOS); if (soap->body && soap_element_end_in(soap, tag)) return NULL; return p; } #endif #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 const char * SOAP_FMAC2 soap_value(struct soap *soap) { size_t i; soap_wchar c = 0; char *s = soap->tmpbuf; if (!soap->body) return SOAP_STR_EOS; do c = soap_get(soap); while (soap_blank(c)); for (i = 0; i < sizeof(soap->tmpbuf) - 1; i++) { if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) break; *s++ = (char)c; c = soap_get(soap); } for (s--; i > 0; i--, s--) { if (!soap_blank((soap_wchar)*s)) break; } s[1] = '\0'; soap->tmpbuf[sizeof(soap->tmpbuf) - 1] = '\0'; /* appease */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Element content value='%s'\n", soap->tmpbuf)); if (c == SOAP_TT || c == SOAP_LT || (int)c == EOF) soap_unget(soap, c); else { soap->error = SOAP_LENGTH; return NULL; } #ifdef WITH_DOM if ((soap->mode & SOAP_XML_DOM) && soap->dom) soap->dom->text = soap_strdup(soap, soap->tmpbuf); #endif return soap->tmpbuf; /* return non-null pointer */ } #endif /******************************************************************************/ #if !defined(WITH_LEANER) || !defined(WITH_NOHTTP) #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap *soap, char *buf, int len) { char *s = buf; int i = len; soap_wchar c = 0; for (;;) { while (--i > 0) { c = soap_getchar(soap); if (c == '\r' || c == '\n') break; if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } *s = '\0'; if (c != '\n') c = soap_getchar(soap); /* got \r or something else, now get \n */ if (c == '\n') { if (i + 1 == len) /* empty line: end of HTTP/MIME header */ break; c = soap_get0(soap); if (c != ' ' && c != '\t') /* HTTP line continuation? */ break; } else if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; if (i <= 0) return soap->error = SOAP_HDR; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 static size_t soap_count_attachments(struct soap *soap) { #ifndef WITH_LEANER struct soap_multipart *content; size_t count = soap->count; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the message size with attachments, current count=%lu\n", (unsigned long)count)); if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of DIME attachments\n")); for (content = soap->dime.first; content; content = content->next) { count += 12 + ((content->size+3)&(~3)); if (content->id) count += ((strlen(content->id)+3)&(~3)); if (content->type) count += ((strlen(content->type)+3)&(~3)); if (content->options) count += ((((unsigned char)content->options[2] << 8) | ((unsigned char)content->options[3]))+7)&(~3); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of DIME attachment content is %lu bytes\n", (unsigned long)content->size)); } } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { size_t n = strlen(soap->mime.boundary); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Calculating the size of MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { const char *s; /* count \r\n--boundary\r\n */ count += 6 + n; /* count Content-Type: ...\r\n */ if (content->type) count += 16 + strlen(content->type); /* count Content-Transfer-Encoding: ...\r\n */ s = soap_code_str(mime_codes, content->encoding); if (s) count += 29 + strlen(s); /* count Content-ID: ...\r\n */ if (content->id) count += 14 + strlen(content->id); /* count Content-Location: ...\r\n */ if (content->location) count += 20 + strlen(content->location); /* count Content-Description: ...\r\n */ if (content->description) count += 23 + strlen(content->description); /* count \r\n...content */ count += 2 + content->size; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Size of MIME attachment content is %lu bytes\n", (unsigned long)content->size)); } /* count \r\n--boundary-- */ count += 6 + n; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New count=%lu\n", (unsigned long)count)); return count; #else return soap->count; #endif } #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_putdimefield(struct soap *soap, const char *s, size_t n) { if (soap_send_raw(soap, s, n)) return soap->error; return soap_send_raw(soap, SOAP_STR_PADDING, -(long)n&3); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 char * SOAP_FMAC2 soap_dime_option(struct soap *soap, unsigned short optype, const char *option) { size_t n; char *s = NULL; if (option) { n = strlen(option); s = (char*)soap_malloc(soap, n + 5); if (s) { s[0] = (char)(optype >> 8); s[1] = (char)(optype & 0xFF); s[2] = (char)(n >> 8); s[3] = (char)(n & 0xFF); soap_strcpy(s + 4, n + 1, option); } } return s; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap *soap) { unsigned char tmp[12]; size_t optlen = 0, idlen = 0, typelen = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Put DIME header id='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS)); if (soap->dime.options) optlen = (((unsigned char)soap->dime.options[2] << 8) | ((unsigned char)soap->dime.options[3])) + 4; if (soap->dime.id) { idlen = strlen(soap->dime.id); if (idlen > 0x0000FFFF) idlen = 0x0000FFFF; } if (soap->dime.type) { typelen = strlen(soap->dime.type); if (typelen > 0x0000FFFF) typelen = 0x0000FFFF; } tmp[0] = SOAP_DIME_VERSION | (soap->dime.flags & 0x7); tmp[1] = soap->dime.flags & 0xF0; tmp[2] = (char)(optlen >> 8); tmp[3] = (char)(optlen & 0xFF); tmp[4] = (char)(idlen >> 8); tmp[5] = (char)(idlen & 0xFF); tmp[6] = (char)(typelen >> 8); tmp[7] = (char)(typelen & 0xFF); tmp[8] = (char)(soap->dime.size >> 24); tmp[9] = (char)((soap->dime.size >> 16) & 0xFF); tmp[10] = (char)((soap->dime.size >> 8) & 0xFF); tmp[11] = (char)(soap->dime.size & 0xFF); if (soap_send_raw(soap, (char*)tmp, 12) || soap_putdimefield(soap, soap->dime.options, optlen) || soap_putdimefield(soap, soap->dime.id, idlen) || soap_putdimefield(soap, soap->dime.type, typelen)) return soap->error; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_DIME)) return SOAP_OK; for (content = soap->dime.first; content; content = content->next) { void *handle; soap->dime.size = content->size; soap->dime.id = content->id; soap->dime.type = content->type; soap->dime.options = content->options; soap->dime.flags = SOAP_DIME_VERSION | SOAP_DIME_MEDIA; if (soap->fdimereadopen && ((handle = soap->fdimereadopen(soap, (void*)content->ptr, content->id, content->type, content->options)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadopen failed\n")); return soap->error; } if (!size && ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE)) { size_t chunksize = sizeof(soap->tmpbuf); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming DIME\n")); do { size = soap->fdimeread(soap, handle, soap->tmpbuf, chunksize); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread returned %lu bytes\n", (unsigned long)size)); if (size < chunksize) { soap->dime.flags &= ~SOAP_DIME_CF; if (!content->next) soap->dime.flags |= SOAP_DIME_ME; } else soap->dime.flags |= SOAP_DIME_CF; soap->dime.size = size; if (soap_putdimehdr(soap) || soap_putdimefield(soap, soap->tmpbuf, size)) break; if (soap->dime.id) { soap->dime.flags &= ~(SOAP_DIME_MB | SOAP_DIME_MEDIA); soap->dime.id = NULL; soap->dime.type = NULL; soap->dime.options = NULL; } } while (size >= chunksize); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap)) return soap->error; do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fdimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_CHK_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fdimereadclose\n")); if (soap->fdimereadclose) soap->fdimereadclose(soap, handle); } else { if (!content->next) soap->dime.flags |= SOAP_DIME_ME; if (soap_putdimehdr(soap) || soap_putdimefield(soap, (char*)content->ptr, content->size)) return soap->error; } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static char * soap_getdimefield(struct soap *soap, size_t n) { soap_wchar c; size_t i; char *s; char *p = NULL; if (n) { p = (char*)soap_malloc(soap, n + 1); if (p) { s = p; for (i = n; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) { soap->error = SOAP_CHK_EOF; return NULL; } *s++ = (char)c; } *s = '\0'; /* force NUL terminated */ if ((soap->error = soap_move(soap, (size_t)(-(long)n&3)))) return NULL; } else soap->error = SOAP_EOM; } return p; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap *soap) { soap_wchar c; char *s; int i; unsigned char tmp[12]; size_t optlen, idlen, typelen; if (!(soap->mode & SOAP_ENC_DIME)) return soap->error = SOAP_DIME_END; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get DIME header\n")); if (soap->dime.buflen || soap->dime.chunksize) { if (soap_move(soap, soap->dime.size - soap_tell(soap))) return soap->error = SOAP_CHK_EOF; soap_unget(soap, soap_getchar(soap)); /* skip padding and get hdr */ DBGLOG(TEST, SOAP_MESSAGE(fdebug, "... From chunked\n")); return SOAP_OK; } s = (char*)tmp; for (i = 12; i > 0; i--) { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; *s++ = (char)c; } if ((tmp[0] & 0xF8) != SOAP_DIME_VERSION) return soap->error = SOAP_DIME_MISMATCH; soap->dime.flags = (tmp[0] & 0x7) | (tmp[1] & 0xF0); optlen = (tmp[2] << 8) | tmp[3]; idlen = (tmp[4] << 8) | tmp[5]; typelen = (tmp[6] << 8) | tmp[7]; soap->dime.size = ((size_t)tmp[8] << 24) | ((size_t)tmp[9] << 16) | ((size_t)tmp[10] << 8) | ((size_t)tmp[11]); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu flags=0x%X\n", (unsigned long)soap->dime.size, soap->dime.flags)); if (!(soap->dime.options = soap_getdimefield(soap, optlen)) && soap->error) return soap->error; if (!(soap->dime.id = soap_getdimefield(soap, idlen)) && soap->error) return soap->error; if (!(soap->dime.type = soap_getdimefield(soap, typelen)) && soap->error) return soap->error; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME id='%s', type='%s', options='%s'\n", soap->dime.id ? soap->dime.id : SOAP_STR_EOS, soap->dime.type ? soap->dime.type : "", soap->dime.options ? soap->dime.options+4 : SOAP_STR_EOS)); if (soap->dime.flags & SOAP_DIME_ME) soap->mode &= ~SOAP_ENC_DIME; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap *soap) { while (soap->dime.flags & SOAP_DIME_CF) { if (soap_getdimehdr(soap)) return soap->error; if (soap_move(soap, soap->dime.size)) return soap->error = SOAP_EOF; } if (soap_move(soap, (size_t)(((soap->dime.size+3)&(~3)) - soap_tell(soap)))) return soap->error = SOAP_EOF; for (;;) { struct soap_multipart *content; if (soap_getdimehdr(soap)) break; if (soap->fdimewriteopen && ((soap->dime.ptr = (char*)soap->fdimewriteopen(soap, soap->dime.id, soap->dime.type, soap->dime.options)) || soap->error)) { const char *id, *type, *options; size_t size, n; if (!soap->dime.ptr) return soap->error; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; for (;;) { size = soap->dime.size; for (;;) { n = soap->buflen - soap->bufidx; if (size < n) n = size; if ((soap->error = soap->fdimewrite(soap, (void*)soap->dime.ptr, soap->buf + soap->bufidx, n))) break; size -= n; if (!size) { soap->bufidx += n; break; } if (soap_recv(soap)) { soap->error = SOAP_EOF; goto end; } } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) { soap->error = SOAP_EOF; break; } if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) break; } end: if (soap->fdimewriteclose) soap->fdimewriteclose(soap, (void*)soap->dime.ptr); soap->dime.size = 0; soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else if (soap->dime.flags & SOAP_DIME_CF) { const char *id, *type, *options; id = soap->dime.id; type = soap->dime.type; options = soap->dime.options; if (soap_new_block(soap) == NULL) return SOAP_EOM; for (;;) { soap_wchar c; size_t i; char *s; if (soap->dime.size > SOAP_MAXDIMESIZE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "DIME size=%lu exceeds SOAP_MAXDIMESIZE=%lu\n", (unsigned long)soap->dime.size, (unsigned long)SOAP_MAXDIMESIZE)); return soap->error = SOAP_DIME_ERROR; } s = (char*)soap_push_block(soap, NULL, soap->dime.size); if (!s) return soap->error = SOAP_EOM; for (i = soap->dime.size; i > 0; i--) { if ((int)(c = soap_get1(soap)) == EOF) return soap->error = SOAP_EOF; *s++ = (char)c; } if (soap_move(soap, (size_t)(-(long)soap->dime.size&3))) return soap->error = SOAP_EOF; if (!(soap->dime.flags & SOAP_DIME_CF)) break; if (soap_getdimehdr(soap)) return soap->error; } soap->dime.size = soap->blist->size++; /* allocate one more byte in blist for the terminating '\0' */ if (!(soap->dime.ptr = soap_save_block(soap, NULL, NULL, 0))) return soap->error; soap->dime.ptr[soap->dime.size] = '\0'; /* make 0-terminated */ soap->dime.id = id; soap->dime.type = type; soap->dime.options = options; } else soap->dime.ptr = soap_getdimefield(soap, soap->dime.size); content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, soap->dime.ptr, soap->dime.size); if (!content) return soap->error = SOAP_EOM; content->id = soap->dime.id; content->type = soap->dime.type; content->options = soap->dime.options; if (soap->error) return soap->error; soap_resolve_attachment(soap, content); } if (soap->error != SOAP_DIME_END) return soap->error; return soap->error = SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap *soap) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME header\n")); do { if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } while (!*soap->msgbuf); if (soap->msgbuf[0] == '-' && soap->msgbuf[1] == '-') { char *s = soap->msgbuf + strlen(soap->msgbuf) - 1; /* remove white space */ while (soap_blank((soap_wchar)*s)) s--; s[1] = '\0'; if (soap->mime.boundary) { if (strcmp(soap->msgbuf + 2, soap->mime.boundary)) return soap->error = SOAP_MIME_ERROR; } else soap->mime.boundary = soap_strdup(soap, soap->msgbuf + 2); if (soap_getline(soap, soap->msgbuf, sizeof(soap->msgbuf))) return soap->error; } if (soap_set_mime_attachment(soap, NULL, 0, SOAP_MIME_NONE, NULL, NULL, NULL, NULL)) return soap->error = SOAP_EOM; content = soap->mime.last; for (;;) { char *key = soap->msgbuf; char *val; if (!*key) break; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME header: %s\n", key)); val = strchr(soap->msgbuf, ':'); if (val) { *val = '\0'; do val++; while (*val && *val <= 32); if (!soap_tag_cmp(key, "Content-ID")) content->id = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Location")) content->location = soap_strdup(soap, val); else if (!content->id && !soap_tag_cmp(key, "Content-Disposition")) content->id = soap_strdup(soap, soap_get_header_attribute(soap, val, "name")); else if (!soap_tag_cmp(key, "Content-Type")) content->type = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Description")) content->description = soap_strdup(soap, val); else if (!soap_tag_cmp(key, "Content-Transfer-Encoding")) content->encoding = (enum soap_mime_encoding)soap_code_int(mime_codes, val, (LONG64)SOAP_MIME_NONE); } if (soap_getline(soap, key, sizeof(soap->msgbuf))) return soap->error; } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap *soap) { while (soap_get_mime_attachment(soap, NULL)) continue; return soap->error; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap) { soap->imode |= SOAP_MIME_POSTCHECK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap) { if (soap->mode & SOAP_MIME_POSTCHECK) return soap_get_mime_attachment(soap, NULL) != NULL; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart * SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle) { soap_wchar c = 0; size_t i, m = 0; char *s, *t = NULL; struct soap_multipart *content; short flag = 0; if (!(soap->mode & SOAP_ENC_MIME)) return NULL; content = soap->mime.last; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get MIME (%p)\n", content)); if (!content) { if (soap_getmimehdr(soap)) return NULL; content = soap->mime.last; } else if (content != soap->mime.first) { if (soap->fmimewriteopen && ((content->ptr = (char*)soap->fmimewriteopen(soap, (void*)handle, content->id, content->type, content->description, content->encoding)) || soap->error)) { if (!content->ptr) return NULL; } } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing MIME content id='%s' type='%s'\n", content->id ? content->id : SOAP_STR_EOS, content->type ? content->type : SOAP_STR_EOS)); if (!content->ptr && soap_new_block(soap) == NULL) { soap->error = SOAP_EOM; return NULL; } for (;;) { if (content->ptr) s = soap->tmpbuf; else if (!(s = (char*)soap_push_block(soap, NULL, sizeof(soap->tmpbuf)))) { soap->error = SOAP_EOM; return NULL; } for (i = 0; i < sizeof(soap->tmpbuf); i++) { if (m > 0) { *s++ = *t++; m--; } else { if (!flag) { c = soap_getchar(soap); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } } if (flag || c == '\r') { memset((void*)soap->msgbuf, 0, sizeof(soap->msgbuf)); soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "\n--"); if (soap->mime.boundary) soap_strncat(soap->msgbuf, sizeof(soap->msgbuf), soap->mime.boundary, sizeof(soap->msgbuf) - 4); t = soap->msgbuf; do c = soap_getchar(soap); while (c == *t++); if ((int)c == EOF) { if (content->ptr && soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); soap->error = SOAP_CHK_EOF; return NULL; } if (!*--t) goto end; *t = (char)c; flag = (c == '\r'); m = t - soap->msgbuf + 1 - flag; t = soap->msgbuf; c = '\r'; } *s++ = (char)c; } } if (content->ptr && soap->fmimewrite) { if ((soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i))) break; } } end: *s = '\0'; /* make 0-terminated */ if (content->ptr) { if (!soap->error && soap->fmimewrite) soap->error = soap->fmimewrite(soap, (void*)content->ptr, soap->tmpbuf, i); if (soap->fmimewriteclose) soap->fmimewriteclose(soap, (void*)content->ptr); if (soap->error) return NULL; } else { content->size = soap_size_block(soap, NULL, i+1) - 1; /* last block with '\0' */ content->ptr = soap_save_block(soap, NULL, NULL, 0); } soap_resolve_attachment(soap, content); if (c == '-' && soap_getchar(soap) == '-') { soap->mode &= ~SOAP_ENC_MIME; if ((soap->mode & SOAP_MIME_POSTCHECK) && soap_end_recv(soap)) { if (soap->keep_alive < 0) soap->keep_alive = 0; soap_closesock(soap); return NULL; } } else { while (c != '\r' && (int)c != EOF && soap_blank(c)) c = soap_getchar(soap); if (c != '\r' || soap_getchar(soap) != '\n') { soap->error = SOAP_MIME_ERROR; return NULL; } if (soap_getmimehdr(soap)) return NULL; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap *soap, const char *s, const char *t) { size_t n; if (!s) return 1; if (!strcmp(s, t)) return 0; if (!strncmp(s, "cid:", 4)) s += 4; n = strlen(t); if (*t == '<') { t++; n -= 2; } if (!strncmp(s, t, n) && !s[n]) return 0; soap_decode(soap->tmpbuf, sizeof(soap->tmpbuf), s, SOAP_STR_EOS); if (!strncmp(soap->tmpbuf, t, n) && !soap->tmpbuf[n]) return 0; return 1; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_resolve_attachment(struct soap *soap, struct soap_multipart *content) { if (content->id) { struct soap_xlist **xp = &soap->xlist; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Resolving attachment data for id='%s'\n", content->id)); while (*xp) { struct soap_xlist *xq = *xp; if (!soap_match_cid(soap, xq->id, content->id)) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Found matching attachment id='%s' for content id='%s'\n", xq->id, content->id)); *xp = xq->next; *xq->ptr = (unsigned char*)content->ptr; *xq->size = (int)content->size; *xq->type = (char*)content->type; if (content->options) *xq->options = (char*)content->options; else *xq->options = (char*)content->description; SOAP_FREE(soap, xq); } else xp = &(*xp)->next; } } } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap *soap, struct soap_multipart *content) { const char *s; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "MIME attachment type='%s'\n", content->type ? content->type : SOAP_STR_EOS)); if (soap_send3(soap, "\r\n--", soap->mime.boundary, "\r\n")) return soap->error; if (content->type && soap_send3(soap, "Content-Type: ", content->type, "\r\n")) return soap->error; s = soap_code_str(mime_codes, content->encoding); if (s && soap_send3(soap, "Content-Transfer-Encoding: ", s, "\r\n")) return soap->error; if (content->id && soap_send3(soap, "Content-ID: ", content->id, "\r\n")) return soap->error; if (content->location && soap_send3(soap, "Content-Location: ", content->location, "\r\n")) return soap->error; if (content->description && soap_send3(soap, "Content-Description: ", content->description, "\r\n")) return soap->error; return soap_send_raw(soap, "\r\n", 2); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap *soap) { struct soap_multipart *content; if (!(soap->mode & SOAP_ENC_MIME) || !soap->mime.boundary) return SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending MIME attachments\n")); for (content = soap->mime.first; content; content = content->next) { void *handle; if (soap->fmimereadopen && ((handle = soap->fmimereadopen(soap, (void*)content->ptr, content->id, content->type, content->description)) || soap->error)) { size_t size = content->size; if (!handle) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimereadopen failed\n")); return soap->error; } if (soap_putmimehdr(soap, content)) return soap->error; if (!size) { if ((soap->mode & SOAP_ENC_XML) || (soap->mode & SOAP_IO) == SOAP_IO_CHUNK || (soap->mode & SOAP_IO) == SOAP_IO_STORE) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked streaming MIME\n")); do { size = soap->fmimeread(soap, handle, soap->tmpbuf, sizeof(soap->tmpbuf)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread returned %lu bytes\n", (unsigned long)size)); if (soap_send_raw(soap, soap->tmpbuf, size)) break; } while (size); } else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: cannot chunk streaming MIME (no HTTP chunking)\n")); } } else { do { size_t bufsize; if (size < sizeof(soap->tmpbuf)) bufsize = size; else bufsize = sizeof(soap->tmpbuf); if (!(bufsize = soap->fmimeread(soap, handle, soap->tmpbuf, bufsize))) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "fmimeread failed: insufficient data (%lu bytes remaining from %lu bytes)\n", (unsigned long)size, (unsigned long)content->size)); soap->error = SOAP_EOF; break; } if (soap_send_raw(soap, soap->tmpbuf, bufsize)) break; size -= bufsize; } while (size); } if (soap->fmimereadclose) soap->fmimereadclose(soap, handle); } else { if (soap_putmimehdr(soap, content) || soap_send_raw(soap, content->ptr, content->size)) return soap->error; } } return soap_send3(soap, "\r\n--", soap->mime.boundary, "--"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap *soap) { soap->omode |= SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap *soap, const char *boundary, const char *start) { soap->omode |= SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = soap_strdup(soap, boundary); soap->mime.start = soap_strdup(soap, start); } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap *soap) { soap->omode &= ~SOAP_ENC_DIME; soap->dime.first = NULL; soap->dime.last = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap *soap) { soap->omode &= ~SOAP_ENC_MIME; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static struct soap_multipart* soap_new_multipart(struct soap *soap, struct soap_multipart **first, struct soap_multipart **last, char *ptr, size_t size) { struct soap_multipart *content; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "New MIME attachment %p (%lu)\n", ptr, (unsigned long)size)); content = (struct soap_multipart*)soap_malloc(soap, sizeof(struct soap_multipart)); if (content) { content->next = NULL; content->ptr = ptr; content->size = size; content->id = NULL; content->type = NULL; content->options = NULL; content->encoding = SOAP_MIME_NONE; content->location = NULL; content->description = NULL; if (!*first) *first = content; if (*last) (*last)->next = content; *last = content; } return content; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap *soap, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option) { struct soap_multipart *content = soap_new_multipart(soap, &soap->dime.first, &soap->dime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->options = soap_dime_option(soap, optype, option); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap *soap, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description) { struct soap_multipart *content = soap_new_multipart(soap, &soap->mime.first, &soap->mime.last, ptr, size); if (!content) return SOAP_EOM; content->id = soap_strdup(soap, id); content->type = soap_strdup(soap, type); content->encoding = encoding; content->location = soap_strdup(soap, location); content->description = soap_strdup(soap, description); return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart *content) { if (content) return content->next; return NULL; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static void soap_select_mime_boundary(struct soap *soap) { while (!soap->mime.boundary || soap_valid_mime_boundary(soap)) { char *s = soap->mime.boundary; size_t n = 0; if (s) n = strlen(s); if (n < 16) { n = 64; s = soap->mime.boundary = (char*)soap_malloc(soap, n + 1); if (!s) return; } *s++ = '='; *s++ = '='; n -= 4; while (n) { *s++ = soap_base64o[soap_random & 0x3F]; n--; } *s++ = '='; *s++ = '='; *s = '\0'; } if (!soap->mime.start) soap->mime.start = ""; } #endif #endif /******************************************************************************/ #ifndef WITH_LEANER #ifndef PALM_1 static int soap_valid_mime_boundary(struct soap *soap) { struct soap_multipart *content; size_t k; if (soap->fmimeread) return SOAP_OK; k = strlen(soap->mime.boundary); for (content = soap->mime.first; content; content = content->next) { if (content->ptr && content->size >= k) { const char *p = (const char*)content->ptr; size_t i; for (i = 0; i < content->size - k; i++, p++) { if (!strncmp(p, soap->mime.boundary, k)) return SOAP_ERR; } } } return SOAP_OK; } #endif #endif /******************************************************************************/ #ifdef WITH_GZIP #ifndef PALM_1 static int soap_getgziphdr(struct soap *soap) { int i; soap_wchar c = 0, f = 0; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Get gzip header\n")); for (i = 0; i < 9; i++) { if ((int)(c = soap_get1(soap) == EOF)) return soap->error = SOAP_ZLIB_ERROR; if (i == 1 && c == 8) soap->z_dict = 0; if (i == 2) f = c; } if (f & 0x04) /* FEXTRA */ { for (i = soap_get1(soap) | (soap_get1(soap) << 8); i; i--) { if ((int)soap_get1(soap) == EOF) return soap->error = SOAP_ZLIB_ERROR; } } if (f & 0x08) /* skip FNAME */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x10)) /* skip FCOMMENT */ { do c = soap_get1(soap); while (c && (int)c != EOF); } if ((int)c != EOF && (f & 0x02)) /* skip FHCRC (CRC32 is used) */ { if ((int)(c = soap_get1(soap)) != EOF) c = soap_get1(soap); } if ((int)c == EOF) return soap->error = SOAP_ZLIB_ERROR; return SOAP_OK; } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap *soap) { #ifdef WITH_FASTCGI if (FCGI_Accept() < 0) { soap->error = SOAP_EOF; return soap_send_fault(soap); } #endif soap_begin(soap); if (soap_begin_recv(soap) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { if (soap->error < SOAP_STOP) { #ifdef WITH_FASTCGI soap_send_fault(soap); #else return soap_send_fault(soap); #endif } return soap_closesock(soap); } return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap *soap) { soap_wchar c; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Initializing for input from socket=%d/fd=%d\n", soap->socket, soap->recvfd)); soap->error = SOAP_OK; #ifndef WITH_LEANER soap->recverror = SOAP_OK; #endif soap_free_temp(soap); soap_set_local_namespaces(soap); soap->version = 0; /* don't assume we're parsing SOAP content by default */ #ifndef WITH_NOIDREF soap_free_iht(soap); #endif if ((soap->imode & SOAP_IO) == SOAP_IO_CHUNK) soap->omode |= SOAP_IO_CHUNK; soap->imode &= ~(SOAP_IO | SOAP_ENC_MIME); soap->mode = soap->imode; if (!soap->keep_alive) { soap->buflen = 0; soap->bufidx = 0; } if (!(soap->mode & SOAP_IO_KEEPALIVE)) soap->keep_alive = 0; soap->shaky = 0; soap->ahead = 0; soap->peeked = 0; soap->level = 0; soap->part = SOAP_BEGIN; soap->body = 1; soap->count = 0; soap->length = 0; soap->cdata = 0; *soap->endpoint = '\0'; soap->action = NULL; soap->header = NULL; soap->fault = NULL; soap->status = 0; soap->fform = NULL; #ifndef WITH_LEANER soap->dom = NULL; soap->dime.chunksize = 0; soap->dime.buflen = 0; soap->dime.list = NULL; soap->dime.first = NULL; soap->dime.last = NULL; soap->mime.list = NULL; soap->mime.first = NULL; soap->mime.last = NULL; soap->mime.boundary = NULL; soap->mime.start = NULL; #endif #ifdef WIN32 #ifndef UNDER_CE #ifndef WITH_FASTCGI if (!soap_valid_socket(soap->socket) && !soap->is && soap->recvfd >= 0) /* Set win32 stdin or soap->recvfd to BINARY, e.g. to support DIME */ #ifdef __BORLANDC__ setmode(soap->recvfd, _O_BINARY); #else _setmode(soap->recvfd, _O_BINARY); #endif #endif #endif #endif #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_NONE; soap->zlib_out = SOAP_ZLIB_NONE; if (!soap->d_stream) { soap->d_stream = (z_stream*)SOAP_MALLOC(soap, sizeof(z_stream)); soap->d_stream->zalloc = Z_NULL; soap->d_stream->zfree = Z_NULL; soap->d_stream->opaque = Z_NULL; soap->d_stream->next_in = Z_NULL; } soap->d_stream->avail_in = 0; soap->d_stream->next_out = (Byte*)soap->buf; soap->d_stream->avail_out = sizeof(soap->buf); soap->z_ratio_in = 1.0; #endif #ifdef WITH_OPENSSL if (soap->ssl) ERR_clear_error(); #endif #ifndef WITH_LEANER if (soap->fprepareinitrecv && (soap->error = soap->fprepareinitrecv(soap))) return soap->error; #endif c = soap_getchar(soap); #ifdef WITH_GZIP if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; soap->mode |= SOAP_ENC_ZLIB; soap->zlib_in = SOAP_ZLIB_GZIP; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); /* should not chunk over plain transport, so why bother to check? */ /* if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) */ /* soap->z_buflen = soap->bufidx; */ /* else */ soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; c = ' '; } #endif while (soap_blank(c)) c = soap_getchar(soap); #ifndef WITH_LEANER if (c == '-' && soap_get0(soap) == '-') soap->mode |= SOAP_ENC_MIME; else if ((c & 0xFFFC) == (SOAP_DIME_VERSION | SOAP_DIME_MB) && (soap_get0(soap) & 0xFFF0) == 0x20) soap->mode |= SOAP_ENC_DIME; else #endif { /* skip BOM */ if (c == 0xEF && soap_get0(soap) == 0xBB) { c = soap_get1(soap); if ((c = soap_get1(soap)) == 0xBF) { soap->mode &= ~SOAP_ENC_LATIN; c = soap_getchar(soap); } else c = (0x0F << 12) | (0xBB << 6) | (c & 0x3F); /* UTF-8 */ } else if ((c == 0xFE && soap_get0(soap) == 0xFF) /* UTF-16 BE */ || (c == 0xFF && soap_get0(soap) == 0xFE)) /* UTF-16 LE */ return soap->error = SOAP_UTF_ERROR; /* skip space */ while (soap_blank(c)) c = soap_getchar(soap); } if ((int)c == EOF) return soap->error = SOAP_CHK_EOF; soap_unget(soap, c); #ifndef WITH_NOHTTP /* if not XML/MIME/DIME/ZLIB, assume HTTP method or status line */ if (((c >= 'A' && c <= 'Z') || (c >= 'a' && c <= 'z')) && !(soap->mode & (SOAP_ENC_MIME | SOAP_ENC_DIME | SOAP_ENC_ZLIB | SOAP_ENC_XML))) { soap_mode m = soap->imode; soap->mode &= ~SOAP_IO; soap->error = soap->fparse(soap); if (soap->error && soap->error < SOAP_STOP) { soap->keep_alive = 0; /* force close later */ return soap->error; } if (soap->error == SOAP_STOP) { if (soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } soap->mode = soap->imode; /* if imode is changed, effectuate */ soap->imode = m; /* restore imode */ #ifdef WITH_ZLIB soap->mode &= ~SOAP_ENC_ZLIB; #endif if ((soap->mode & SOAP_IO) == SOAP_IO_CHUNK) { soap->chunkbuflen = soap->buflen; soap->buflen = soap->bufidx; soap->chunksize = 0; } /* Note: fparse should not use soap_unget to push back last char */ #if 0 if (soap->status > 200 && soap->length == 0 && !(soap->http_content && (!soap->keep_alive || soap->recv_timeout)) && (soap->imode & SOAP_IO) != SOAP_IO_CHUNK) #endif if (soap->status && !soap->body) return soap->error = soap->status; #ifdef WITH_ZLIB if (soap->zlib_in != SOAP_ZLIB_NONE) { #ifdef WITH_GZIP if (soap->zlib_in != SOAP_ZLIB_DEFLATE) { c = soap_get1(soap); if (c == (int)EOF) return soap->error = SOAP_EOF; if (c == 0x1F) { if (soap_getgziphdr(soap)) return soap->error; if (inflateInit2(soap->d_stream, -MAX_WBITS) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->z_crc = crc32(0L, NULL, 0); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "gzip initialized\n")); } else { soap_revget1(soap); if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; soap->zlib_in = SOAP_ZLIB_DEFLATE; } } else #endif if (inflateInit(soap->d_stream) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; if (soap->z_dict) { if (inflateSetDictionary(soap->d_stream, (const Bytef*)soap->z_dict, soap->z_dict_len) != Z_OK) return soap->error = SOAP_ZLIB_ERROR; } soap->zlib_state = SOAP_ZLIB_INFLATE; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Inflate initialized\n")); soap->mode |= SOAP_ENC_ZLIB; if (!soap->z_buf) soap->z_buf = (char*)SOAP_MALLOC(soap, sizeof(soap->buf)); soap_memcpy((void*)soap->z_buf, sizeof(soap->buf), (const void*)soap->buf, sizeof(soap->buf)); soap->d_stream->next_in = (Byte*)(soap->z_buf + soap->bufidx); soap->d_stream->avail_in = (unsigned int)(soap->buflen - soap->bufidx); soap->z_buflen = soap->buflen; soap->buflen = soap->bufidx; } #endif #ifndef WITH_LEANER if (soap->fpreparerecv && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK && soap->buflen > soap->bufidx) { int r; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Invoking fpreparerecv\n")); if ((r = soap->fpreparerecv(soap, soap->buf + soap->bufidx, soap->buflen - soap->bufidx))) return soap->error = r; } #endif if (soap_get0(soap) == (int)EOF) { if (soap->status == 0) return soap->error = SOAP_NO_DATA; /* server side expects data */ return soap->error = soap->status; /* client side received HTTP status code */ } if (soap->error) { if (soap->error == SOAP_FORM && soap->fform) { soap->error = soap->fform(soap); if (soap->error == SOAP_OK) soap->error = SOAP_STOP; /* prevents further processing */ } return soap->error; } } #endif #ifndef WITH_LEANER if (soap->mode & SOAP_ENC_MIME) { do /* skip preamble */ { if ((int)(c = soap_getchar(soap)) == EOF) return soap->error = SOAP_CHK_EOF; } while (c != '-' || soap_get0(soap) != '-'); soap_unget(soap, c); if (soap_getmimehdr(soap)) return soap->error; if (soap->mime.start) { do { if (!soap->mime.last->id) break; if (!soap_match_cid(soap, soap->mime.start, soap->mime.last->id)) break; } while (soap_get_mime_attachment(soap, NULL)); } if (soap_get_header_attribute(soap, soap->mime.first->type, "application/dime")) soap->mode |= SOAP_ENC_DIME; } if (soap->mode & SOAP_ENC_DIME) { if (soap_getdimehdr(soap)) return soap->error; if (soap->dime.flags & SOAP_DIME_CF) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Chunked DIME SOAP message\n")); soap->dime.chunksize = soap->dime.size; if (soap->buflen - soap->bufidx >= soap->dime.chunksize) { soap->dime.buflen = soap->buflen; soap->buflen = soap->bufidx + soap->dime.chunksize; } else soap->dime.chunksize -= soap->buflen - soap->bufidx; } soap->count = soap->buflen - soap->bufidx; } #endif return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap *soap) { #ifndef WITH_LEANER size_t n = 0; if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary && soap->mime.start) { const char *s; if (strlen(soap->mime.boundary) + strlen(soap->mime.start) + 140 > sizeof(soap->tmpbuf)) return soap->error = SOAP_EOM; if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) s = "application/dime"; else if (soap->version == 2) { if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"application/soap+xml\""; else s = "application/soap+xml; charset=utf-8"; } else if (soap->mode & SOAP_ENC_MTOM) s = "application/xop+xml; charset=utf-8; type=\"text/xml\""; else s = "text/xml; charset=utf-8"; (SOAP_SNPRINTF_SAFE(soap->tmpbuf, sizeof(soap->tmpbuf)), "--%s\r\nContent-Type: %s\r\nContent-Transfer-Encoding: binary\r\nContent-ID: %s\r\n\r\n", soap->mime.boundary, s, soap->mime.start); n = strlen(soap->tmpbuf); if (soap_send_raw(soap, soap->tmpbuf, n)) return soap->error; } if (soap->mode & SOAP_IO_LENGTH) soap->dime.size = soap->count; /* DIME in MIME correction */ if (!(soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME)) { if (soap_putdimehdr(soap)) return soap->error; } #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_ENVELOPE; return soap_element_begin_out(soap, "SOAP-ENV:Envelope", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Envelope") || soap_send_raw(soap, "\r\n", 2)) /* 2.8: always emit \r\n */ return soap->error; #ifndef WITH_LEANER if ((soap->mode & SOAP_IO_LENGTH) && (soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) { soap->dime.size = soap->count - soap->dime.size; /* DIME in MIME correction */ (SOAP_SNPRINTF(soap->id, sizeof(soap->id), strlen(soap->dime_id_format) + 20), soap->dime_id_format, 0); soap->dime.id = soap->id; if (soap->local_namespaces) { if (soap->local_namespaces[0].out) soap->dime.type = (char*)soap->local_namespaces[0].out; else soap->dime.type = (char*)soap->local_namespaces[0].ns; } soap->dime.options = NULL; soap->dime.flags = SOAP_DIME_MB | SOAP_DIME_ABSURI; if (!soap->dime.first) soap->dime.flags |= SOAP_DIME_ME; soap->count += 12 + ((strlen(soap->dime.id)+3)&(~3)) + (soap->dime.type ? ((strlen(soap->dime.type)+3)&(~3)) : 0); } if ((soap->mode & SOAP_ENC_DIME) && !(soap->mode & SOAP_ENC_MTOM)) return soap_send_raw(soap, SOAP_STR_PADDING, -(long)soap->dime.size&3); #endif soap->part = SOAP_END_ENVELOPE; return SOAP_OK; } #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef PALM_1 SOAP_FMAC1 char* SOAP_FMAC2 soap_get_http_body(struct soap *soap, size_t *len) { #ifndef WITH_LEAN size_t l = 0, n = 0; char *s; if (len) *len = 0; /* get HTTP body length */ if (!(soap->mode & SOAP_ENC_ZLIB) && (soap->mode & SOAP_IO) != SOAP_IO_CHUNK) { n = soap->length; if (!n) return NULL; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Parsing HTTP body (mode=0x%x,len=%lu)\n", soap->mode, (unsigned long)n)); #ifdef WITH_FAST soap->labidx = 0; /* use look-aside buffer */ #else if (soap_new_block(soap) == NULL) return NULL; #endif for (;;) { #ifdef WITH_FAST size_t i, k; if (soap_append_lab(soap, NULL, 0)) /* allocate more space in look-aside buffer if necessary */ return NULL; s = soap->labbuf + soap->labidx; /* space to populate */ k = soap->lablen - soap->labidx; /* number of bytes available */ soap->labidx = soap->lablen; /* claim this space */ #else size_t i, k = SOAP_BLKLEN; if (!(s = (char*)soap_push_block(soap, NULL, k))) return NULL; #endif for (i = 0; i < k; i++) { soap_wchar c; l++; if (n > 0 && l > n) goto end; c = soap_get1(soap); if ((int)c == EOF) goto end; *s++ = (char)(c & 0xFF); } } end: *s = '\0'; if (len) *len = l - 1; /* len excludes terminating \0 */ #ifdef WITH_FAST if ((s = (char*)soap_malloc(soap, l))) soap_memcpy((void*)s, l, (const void*)soap->labbuf, l); #else soap_size_block(soap, NULL, i+1); s = soap_save_block(soap, NULL, NULL, 0); #endif return s; #else if (len) *len = 0; return NULL; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap *soap) { soap->part = SOAP_IN_ENVELOPE; if (soap_element_begin_in(soap, "SOAP-ENV:Envelope", 0, NULL)) { if (soap->error == SOAP_TAG_MISMATCH) { if (!soap_element_begin_in(soap, "Envelope", 0, NULL)) soap->error = SOAP_VERSIONMISMATCH; else if (soap->status == 0 || (soap->status >= 200 && soap->status <= 299)) return SOAP_OK; /* allow non-SOAP (REST) XML content to be captured */ soap->error = soap->status; } else if (soap->status) soap->error = soap->status; return soap->error; } soap_get_version(soap); return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_END_ENVELOPE; return soap_element_end_in(soap, "SOAP-ENV:Envelope"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap *soap) { if (soap->version == 1) soap->encoding = 1; #ifndef WITH_LEAN if ((soap->mode & SOAP_SEC_WSUID) && soap_set_attr(soap, "wsu:Id", "Body", 1)) return soap->error; #endif if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; return soap_element_begin_out(soap, "SOAP-ENV:Body", 0, NULL); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap_element_end_out(soap, "SOAP-ENV:Body")) return soap->error; soap->part = SOAP_END_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; soap->part = SOAP_IN_BODY; if (soap_element_begin_in(soap, "SOAP-ENV:Body", 0, NULL)) return soap->error; if (!soap->body) soap->part = SOAP_NO_BODY; return SOAP_OK; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap *soap) { if (soap->version == 0) return SOAP_OK; if (soap->part == SOAP_NO_BODY) return soap->error = SOAP_OK; soap->part = SOAP_END_BODY; return soap_element_end_in(soap, "SOAP-ENV:Body"); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap *soap) { if (soap_getheader(soap) && soap->error == SOAP_TAG_MISMATCH) soap->error = SOAP_OK; if (soap->error == SOAP_OK && soap->fheader) soap->error = soap->fheader(soap); return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap *soap, const char *endpoint) { const char *s; size_t i, n; soap->endpoint[0] = '\0'; soap->host[0] = '\0'; soap->path[0] = '/'; soap->path[1] = '\0'; soap->port = 80; if (!endpoint || !*endpoint) return; #ifdef WITH_OPENSSL if (!soap_tag_cmp(endpoint, "https:*")) soap->port = 443; #endif soap_strcpy(soap->endpoint, sizeof(soap->endpoint), endpoint); s = strchr(endpoint, ':'); if (s && s[1] == '/' && s[2] == '/') s += 3; else s = endpoint; n = strlen(s); if (n >= sizeof(soap->host)) n = sizeof(soap->host) - 1; #ifdef WITH_IPV6 if (s[0] == '[') { s++; for (i = 0; i < n; i++) { if (s[i] == ']') { s++; --n; break; } soap->host[i] = s[i]; } } else { for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } } #else for (i = 0; i < n; i++) { soap->host[i] = s[i]; if (s[i] == '/' || s[i] == ':') break; } #endif soap->host[i] = '\0'; if (s[i] == ':') { soap->port = (int)soap_strtol(s + i + 1, NULL, 10); for (i++; i < n; i++) if (s[i] == '/') break; } if (i < n && s[i]) soap_strcpy(soap->path, sizeof(soap->path), s + i); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap *soap, const char *endpoint, const char *action) { return soap_connect_command(soap, SOAP_POST, endpoint, action); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap *soap, int http_command, const char *endpoints, const char *action) { if (endpoints) { const char *s; s = strchr(endpoints, ' '); if (s) { size_t l = strlen(endpoints); char *endpoint = (char*)SOAP_MALLOC(soap, l + 1); for (;;) { soap_strncpy(endpoint, l + 1, endpoints, s - endpoints); endpoint[s - endpoints] = '\0'; if (soap_try_connect_command(soap, http_command, endpoint, action) != SOAP_TCP_ERROR) break; if (!*s) break; soap->error = SOAP_OK; while (*s == ' ') s++; endpoints = s; s = strchr(endpoints, ' '); if (!s) s = endpoints + strlen(endpoints); } SOAP_FREE(soap, endpoint); } else soap_try_connect_command(soap, http_command, endpoints, action); } return soap->error; } #endif /******************************************************************************/ #ifndef PALM_1 static int soap_try_connect_command(struct soap *soap, int http_command, const char *endpoint, const char *action) { char host[sizeof(soap->host)]; int port; size_t count; soap->error = SOAP_OK; soap_strcpy(host, sizeof(soap->host), soap->host); /* save previous host name: if != then reconnect */ port = soap->port; /* save previous port to compare */ soap->status = http_command; soap_set_endpoint(soap, endpoint); soap->action = soap_strdup(soap, action); #ifndef WITH_LEANER if (soap->fconnect) { if ((soap->error = soap->fconnect(soap, endpoint, soap->host, soap->port))) return soap->error; } else #endif if (soap->fopen && *soap->host) { if (!soap->keep_alive || !soap_valid_socket(soap->socket) || strcmp(soap->host, host) || soap->port != port || !soap->fpoll || soap->fpoll(soap)) { soap->error = SOAP_OK; #ifndef WITH_LEAN if (!strncmp(endpoint, "soap.udp:", 9)) soap->omode |= SOAP_IO_UDP; else #endif { soap->keep_alive = 0; /* to force close */ soap->omode &= ~SOAP_IO_UDP; /* to force close */ } soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Connect/reconnect to '%s' host='%s' path='%s' port=%d\n", endpoint?endpoint:"(null)", soap->host, soap->path, soap->port)); if (!soap->keep_alive || !soap_valid_socket(soap->socket)) { soap->socket = soap->fopen(soap, endpoint, soap->host, soap->port); if (soap->error) return soap->error; soap->keep_alive = ((soap->omode & SOAP_IO_KEEPALIVE) != 0); } } } #ifdef WITH_NTLM if (soap_ntlm_handshake(soap, SOAP_GET, endpoint, soap->host, soap->port)) return soap->error; #endif count = soap_count_attachments(soap); if (soap_begin_send(soap)) return soap->error; if (http_command == SOAP_GET) { soap->mode &= ~SOAP_IO; soap->mode |= SOAP_IO_BUFFER; } #ifndef WITH_NOHTTP if ((soap->mode & SOAP_IO) != SOAP_IO_STORE && !(soap->mode & SOAP_ENC_XML) && endpoint) { unsigned int k = soap->mode; soap->mode &= ~(SOAP_IO | SOAP_ENC_ZLIB); if ((k & SOAP_IO) != SOAP_IO_FLUSH) soap->mode |= SOAP_IO_BUFFER; if ((soap->error = soap->fpost(soap, endpoint, soap->host, soap->port, soap->path, action, count))) return soap->error; #ifndef WITH_LEANER if ((k & SOAP_IO) == SOAP_IO_CHUNK) { if (soap_flush(soap)) return soap->error; } #endif soap->mode = k; } if (http_command == SOAP_GET || http_command == SOAP_DEL) return soap_end_send_flush(soap); #endif return SOAP_OK; } #endif /******************************************************************************/ #ifdef WITH_NTLM #ifndef PALM_1 static int soap_ntlm_handshake(struct soap *soap, int command, const char *endpoint, const char *host, int port) { /* requires libntlm from http://www.nongnu.org/libntlm/ */ const char *userid = (soap->proxy_userid ? soap->proxy_userid : soap->userid); const char *passwd = (soap->proxy_passwd ? soap->proxy_passwd : soap->passwd); struct SOAP_ENV__Header *oldheader; if (soap->ntlm_challenge && userid && passwd && soap->authrealm) { tSmbNtlmAuthRequest req; tSmbNtlmAuthResponse res; tSmbNtlmAuthChallenge ch; short k = soap->keep_alive; size_t l = soap->length; size_t c = soap->count; soap_mode m = soap->mode, o = soap->omode; int s = soap->status; char *a = soap->action; short v = soap->version; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM '%s'\n", soap->ntlm_challenge)); if (!*soap->ntlm_challenge) { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 1: received NTLM authentication challenge from server\n")); /* S -> C 401 Unauthorized WWW-Authenticate: NTLM */ buildSmbNtlmAuthRequest(&req, userid, soap->authrealm); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&req, NULL, SmbLength(&req)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 2: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAABAAAAA7IAAAoACgApAAAACQAJACAAAABMSUdIVENJVFlVUlNBLU1JTk9S */ soap->omode = SOAP_IO_BUFFER; if (soap_begin_send(soap)) return soap->error; soap->keep_alive = 1; soap->status = command; if (soap->fpost(soap, endpoint, host, port, soap->path, soap->action, 0) || soap_end_send_flush(soap)) return soap->error; soap->mode = m; soap->keep_alive = k; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM S->C Type 2: waiting on server NTLM response\n")); oldheader = soap->header; if (soap_begin_recv(soap)) if (soap->error == SOAP_EOF) return soap->error; soap_end_recv(soap); soap->header = oldheader; soap->length = l; if (soap->status != 401 && soap->status != 407) return soap->error = SOAP_NTLM_ERROR; soap->error = SOAP_OK; } /* S -> C 401 Unauthorized WWW-Authenticate: NTLM TlRMTVNTUAACAAAAAAAAACgAAAABggAAU3J2Tm9uY2UAAAAAAAAAAA== */ soap_base642s(soap, soap->ntlm_challenge, (char*)&ch, sizeof(tSmbNtlmAuthChallenge), NULL); buildSmbNtlmAuthResponse(&ch, &res, userid, passwd); soap->ntlm_challenge = soap_s2base64(soap, (unsigned char*)(void*)&res, NULL, SmbLength(&res)); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "NTLM C->S Type 3: sending NTLM authorization to server\nAuthorization: NTLM %s\n", soap->ntlm_challenge)); /* C -> S GET ... Authorization: NTLM TlRMTVNTUAADAAAAGAAYAHIAAAAYABgAigAAABQAFABAAAAADAAMAFQAAAASABIAYAAAAAAAAACiAAAAAYIAAFUAUgBTAEEALQBNAEkATgBPAFIAWgBhAHAAaABvAGQATABJAEcASABUAEMASQBUAFkArYfKbe/jRoW5xDxHeoxC1gBmfWiS5+iX4OAN4xBKG/IFPwfH3agtPEia6YnhsADT */ soap->userid = NULL; soap->passwd = NULL; soap->proxy_userid = NULL; soap->proxy_passwd = NULL; soap->keep_alive = k; soap->length = l; soap->count = c; soap->mode = m; soap->omode = o; soap->status = s; soap->action = a; soap->version = v; } return SOAP_OK; } #endif #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap *soap, const unsigned char *s, char *t, int n) { int i; unsigned long m; char *p; if (!t) t = (char*)soap_malloc(soap, (n + 2) / 3 * 4 + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (!s) return p; for (; n > 2; n -= 3, s += 3) { m = s[0]; m = (m << 8) | s[1]; m = (m << 8) | s[2]; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; t += 4; } t[0] = '\0'; if (n > 0) /* 0 < n <= 2 implies that t[0..4] is allocated (base64 scaling formula) */ { m = 0; for (i = 0; i < n; i++) m = (m << 8) | *s++; for (; i < 3; i++) m <<= 8; for (i = 4; i > 0; m >>= 6) t[--i] = soap_base64o[m & 0x3F]; for (i = 3; i > n; i--) t[i] = '='; t[4] = '\0'; } return p; } #endif /******************************************************************************/ #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap *soap, const char *s, char *t, size_t l, int *n) { size_t i, j; soap_wchar c; unsigned long m; const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = (strlen(s) + 3) / 4 * 3 + 1; /* space for raw binary and \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; if (n) *n = 0; for (i = 0; ; i += 3, l -= 3) { m = 0; j = 0; while (j < 4) { c = *s++; if (c == '=' || !c) { if (l >= j - 1) { switch (j) { case 2: *t++ = (char)((m >> 4) & 0xFF); i++; l--; break; case 3: *t++ = (char)((m >> 10) & 0xFF); *t++ = (char)((m >> 2) & 0xFF); i += 2; l -= 2; } } if (n) *n = (int)i; if (l) *t = '\0'; return p; } c -= '+'; if (c >= 0 && c <= 79) { int b = soap_base64i[c]; if (b >= 64) { soap->error = SOAP_TYPE; return NULL; } m = (m << 6) + b; j++; } else if (!soap_blank(c + '+')) { soap->error = SOAP_TYPE; return NULL; } } if (l < 3) { if (n) *n = (int)i; if (l) *t = '\0'; return p; } *t++ = (char)((m >> 16) & 0xFF); *t++ = (char)((m >> 8) & 0xFF); *t++ = (char)(m & 0xFF); } } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap *soap, const unsigned char *s, char *t, int n) { char *p; if (!t) t = (char*)soap_malloc(soap, 2 * n + 1); if (!t) return NULL; p = t; t[0] = '\0'; if (s) { for (; n > 0; n--) { int m = *s++; *t++ = (char)((m >> 4) + (m > 159 ? 'a' - 10 : '0')); m &= 0x0F; *t++ = (char)(m + (m > 9 ? 'a' - 10 : '0')); } } *t++ = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_LEAN SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap *soap, const char *s, char *t, size_t l, int *n) { const char *p; if (!s || !*s) { if (n) *n = 0; if (soap->error) return NULL; return SOAP_NON_NULL; } if (!t) { l = strlen(s) / 2 + 1; /* make sure enough space for \0 */ t = (char*)soap_malloc(soap, l); } if (!t) return NULL; p = t; while (l) { int d1, d2; d1 = *s++; if (!d1) break; d2 = *s++; if (!d2) break; *t++ = (char)(((d1 >= 'A' ? (d1 & 0x7) + 9 : d1 - '0') << 4) + (d2 >= 'A' ? (d2 & 0x7) + 9 : d2 - '0')); l--; } if (n) *n = (int)(t - p); if (l) *t = '\0'; return p; } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap *soap, int status, size_t count) { if (soap->status != SOAP_GET && soap->status != SOAP_DEL && soap->status != SOAP_CONNECT) { const char *s = "text/xml; charset=utf-8"; int err = SOAP_OK; #ifndef WITH_LEANER const char *r = NULL; size_t n; #endif if ((status == SOAP_FILE || soap->status == SOAP_PUT || soap->status == SOAP_POST_FILE) && soap->http_content && !strchr(s, 10) && !strchr(s, 13)) s = soap->http_content; else if (status == SOAP_HTML) s = "text/html; charset=utf-8"; else if (count || ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK)) { if (soap->version == 2) s = "application/soap+xml; charset=utf-8"; } #ifndef WITH_LEANER if (soap->mode & (SOAP_ENC_DIME | SOAP_ENC_MTOM)) { if (soap->mode & SOAP_ENC_MTOM) { if (soap->version == 2) r = "application/soap+xml"; else r = "text/xml"; s = "application/xop+xml"; } else s = "application/dime"; } if ((soap->mode & SOAP_ENC_MIME) && soap->mime.boundary) { const char *t; size_t l; n = strlen(soap->mime.boundary); (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), n + 53), "multipart/related; charset=utf-8; boundary=\"%s\"; type=\"", soap->mime.boundary); t = strchr(s, ';'); if (t) n = t - s; else n = strlen(s); l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > n) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, s, n); if (soap->mime.start) { l = strlen(soap->tmpbuf); n = strlen(soap->mime.start); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 10), "\"; start=\"%s", soap->mime.start); } if (r) { l = strlen(soap->tmpbuf); n = strlen(r); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 15), "\"; start-info=\"%s", r); } l = strlen(soap->tmpbuf); if (sizeof(soap->tmpbuf) - l > 1) soap_strncpy(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, "\"", 1); } else soap_strcpy(soap->tmpbuf, sizeof(soap->tmpbuf), s); if (status == SOAP_OK && soap->version == 2 && soap->action) { size_t l = strlen(soap->tmpbuf); (SOAP_SNPRINTF(soap->tmpbuf + l, sizeof(soap->tmpbuf) - l, n + 11), "; action=\"%s\"", soap->action); } #endif if ((err = soap->fposthdr(soap, "Content-Type", soap->tmpbuf))) return err; #ifdef WITH_ZLIB if ((soap->omode & SOAP_ENC_ZLIB)) { #ifdef WITH_GZIP err = soap->fposthdr(soap, "Content-Encoding", soap->zlib_out == SOAP_ZLIB_DEFLATE ? "deflate" : "gzip"); #else err = soap->fposthdr(soap, "Content-Encoding", "deflate"); #endif if (err) return err; } #endif #ifndef WITH_LEANER if ((soap->omode & SOAP_IO) == SOAP_IO_CHUNK) err = soap->fposthdr(soap, "Transfer-Encoding", "chunked"); else #endif { (SOAP_SNPRINTF(soap->tmpbuf, sizeof(soap->tmpbuf), 20), SOAP_ULONG_FORMAT, (ULONG64)count); err = soap->fposthdr(soap, "Content-Length", soap->tmpbuf); } if (err) return err; } return soap->fposthdr(soap, "Connection", soap->keep_alive ? "keep-alive" : "close"); } #endif #endif /******************************************************************************/ #ifndef WITH_LEAN static const char* soap_set_validation_fault(struct soap *soap, const char *s, const char *t) { if (!t) t = SOAP_STR_EOS; if (*soap->tag) (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + strlen(soap->tag) + 47), "Validation constraint violation: %s%s in element '%s'", s, t, soap->tag); else (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(s) + strlen(t) + 33), "Validation constraint violation: %s%s", s, t); return soap->msgbuf; } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap *soap) { const char **c = soap_faultcode(soap); const char **s = soap_faultstring(soap); if (soap->fseterror) soap->fseterror(soap, c, s); if (!*c) { if (soap->version == 2) *c = "SOAP-ENV:Sender"; else if (soap->version == 1) *c = "SOAP-ENV:Client"; else *c = "at source"; } if (*s) return; switch (soap->error) { #ifndef WITH_LEAN case SOAP_CLI_FAULT: *s = "Client fault"; break; case SOAP_SVR_FAULT: *s = "Server fault"; break; case SOAP_TAG_MISMATCH: *s = soap_set_validation_fault(soap, "tag name or namespace mismatch", NULL); break; case SOAP_TYPE: if (*soap->type) *s = soap_set_validation_fault(soap, "type mismatch ", soap->type); else *s = soap_set_validation_fault(soap, "invalid value", NULL); break; case SOAP_SYNTAX_ERROR: *s = soap_set_validation_fault(soap, "syntax error", NULL); break; case SOAP_NO_TAG: if (soap->version == 0 && soap->level == 0) *s = soap_set_validation_fault(soap, "missing root element", NULL); else if (soap->version != 0 && soap->level < 3) *s = soap_set_validation_fault(soap, "missing SOAP message", NULL); else *s = soap_set_validation_fault(soap, "missing element", NULL); break; case SOAP_MUSTUNDERSTAND: *c = "SOAP-ENV:MustUnderstand"; (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 65), "The data in element '%s' must be understood but cannot be processed", soap->tag); *s = soap->msgbuf; break; case SOAP_VERSIONMISMATCH: *c = "SOAP-ENV:VersionMismatch"; *s = "Invalid SOAP message or SOAP version mismatch"; break; case SOAP_DATAENCODINGUNKNOWN: *c = "SOAP-ENV:DataEncodingUnknown"; *s = "Unsupported SOAP data encoding"; break; case SOAP_NAMESPACE: *s = soap_set_validation_fault(soap, "namespace error", NULL); break; case SOAP_USER_ERROR: *s = "User data access error"; break; case SOAP_FATAL_ERROR: *s = "A fatal error has occurred"; break; case SOAP_NO_METHOD: (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(soap->tag) + 66), "Method '%s' not implemented: method name or namespace not recognized", soap->tag); *s = soap->msgbuf; break; case SOAP_NO_DATA: *s = "Data required for operation"; break; case SOAP_GET_METHOD: *s = "HTTP GET method not implemented"; break; case SOAP_PUT_METHOD: *s = "HTTP PUT method not implemented"; break; case SOAP_HTTP_METHOD: *s = "HTTP method not implemented"; break; case SOAP_EOM: *s = "Out of memory"; break; case SOAP_MOE: *s = "Memory overflow or memory corruption error"; break; case SOAP_HDR: *s = "Header line too long"; break; case SOAP_IOB: *s = "Array index out of bounds"; break; case SOAP_NULL: *s = soap_set_validation_fault(soap, "nil not allowed", NULL); break; case SOAP_DUPLICATE_ID: *s = soap_set_validation_fault(soap, "multiple elements (use the SOAP_XML_TREE flag) with duplicate id ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:DuplicateID"; break; case SOAP_MISSING_ID: *s = soap_set_validation_fault(soap, "missing id for ref ", soap->id); if (soap->version == 2) *soap_faultsubcode(soap) = "SOAP-ENC:MissingID"; break; case SOAP_HREF: *s = soap_set_validation_fault(soap, "incompatible object type id-ref ", soap->id); break; case SOAP_FAULT: break; #ifndef WITH_NOIO case SOAP_UDP_ERROR: *s = "Message too large for UDP packet"; break; case SOAP_TCP_ERROR: *s = tcp_error(soap); break; #endif case SOAP_HTTP_ERROR: *s = "An HTTP processing error occurred"; break; case SOAP_NTLM_ERROR: *s = "An HTTP NTLM authentication error occurred"; break; case SOAP_SSL_ERROR: #ifdef WITH_OPENSSL *s = "SSL/TLS error"; #else *s = "OpenSSL not installed: recompile with -DWITH_OPENSSL"; #endif break; case SOAP_PLUGIN_ERROR: *s = "Plugin registry error"; break; case SOAP_DIME_ERROR: *s = "DIME format error or max DIME size exceeds SOAP_MAXDIMESIZE"; break; case SOAP_DIME_HREF: *s = "DIME href to missing attachment"; break; case SOAP_DIME_MISMATCH: *s = "DIME version/transmission error"; break; case SOAP_DIME_END: *s = "End of DIME error"; break; case SOAP_MIME_ERROR: *s = "MIME format error"; break; case SOAP_MIME_HREF: *s = "MIME href to missing attachment"; break; case SOAP_MIME_END: *s = "End of MIME error"; break; case SOAP_ZLIB_ERROR: #ifdef WITH_ZLIB (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), (soap->d_stream && soap->d_stream->msg ? strlen(soap->d_stream->msg) : 0) + 19), "Zlib/gzip error: '%s'", soap->d_stream && soap->d_stream->msg ? soap->d_stream->msg : SOAP_STR_EOS); *s = soap->msgbuf; #else *s = "Zlib/gzip not installed for (de)compression: recompile with -DWITH_GZIP"; #endif break; case SOAP_REQUIRED: *s = soap_set_validation_fault(soap, "missing required attribute", NULL); break; case SOAP_PROHIBITED: *s = soap_set_validation_fault(soap, "prohibited attribute present", NULL); break; case SOAP_OCCURS: *s = soap_set_validation_fault(soap, "occurrence violation", NULL); break; case SOAP_LENGTH: *s = soap_set_validation_fault(soap, "value range or content length violation", NULL); break; case SOAP_FD_EXCEEDED: *s = "Maximum number of open connections was reached (no define HAVE_POLL): increase FD_SETSIZE"; break; case SOAP_UTF_ERROR: *s = "UTF content encoding error"; break; case SOAP_STOP: *s = "Stopped: no response sent or received (informative)"; break; #endif case SOAP_EOF: #ifndef WITH_NOIO *s = soap_strerror(soap); /* *s = soap->msgbuf */ #ifndef WITH_LEAN if (strlen(soap->msgbuf) + 25 < sizeof(soap->msgbuf)) { soap_memmove((void*)(soap->msgbuf + 25), sizeof(soap->tmpbuf) - 25, (const void*)soap->msgbuf, strlen(soap->msgbuf) + 1); if (soap->is) #if defined(__cplusplus) && !defined(WITH_COMPAT) soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End or bad std::istream: ", 25); #else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End at NUL buffer input: ", 25); #endif else soap_memcpy((void*)soap->msgbuf, sizeof(soap->msgbuf), (const void*)"End of file or no input: ", 25); } #endif break; #else *s = "End of file or no input"; break; #endif default: #ifndef WITH_NOHTTP #ifndef WITH_LEAN if (soap->error >= 200 && soap->error < 600) { const char *t = http_error(soap, soap->error); (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), strlen(t) + 54), "Error %d: HTTP %d %s", soap->error, soap->error, t); *s = soap->msgbuf; } else #endif #endif { (SOAP_SNPRINTF(soap->msgbuf, sizeof(soap->msgbuf), 26), "Error %d", soap->error); *s = soap->msgbuf; } } } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap *soap) { int status = soap->error; if (status == SOAP_OK || status == SOAP_STOP) return soap_closesock(soap); DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Sending back fault struct for error code %d\n", soap->error)); soap->keep_alive = 0; /* to terminate connection */ soap_set_fault(soap); if (soap->error < 200 && soap->error != SOAP_FAULT) soap->header = NULL; if (status != SOAP_EOF || (!soap->recv_timeout && !soap->send_timeout)) { int r = 1; #ifndef WITH_NOIO if (soap->fpoll && soap->fpoll(soap)) r = 0; #ifndef WITH_LEAN else if (soap_valid_socket(soap->socket)) { r = tcp_select(soap, soap->socket, SOAP_TCP_SELECT_RCV | SOAP_TCP_SELECT_SND, 0); if (r > 0) { int t; if (!(r & SOAP_TCP_SELECT_SND) || ((r & SOAP_TCP_SELECT_RCV) && recv(soap->socket, (char*)&t, 1, MSG_PEEK) < 0)) r = 0; } } #endif #endif if (r > 0) { soap->error = SOAP_OK; soap->encodingStyle = NULL; /* no encodingStyle in Faults */ soap_serializeheader(soap); soap_serializefault(soap); (void)soap_begin_count(soap); if (soap->mode & SOAP_IO_LENGTH) { if (soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap)) return soap_closesock(soap); } (void)soap_end_count(soap); if (soap_response(soap, status) || soap_envelope_begin_out(soap) || soap_putheader(soap) || soap_body_begin_out(soap) || soap_putfault(soap) || soap_body_end_out(soap) || soap_envelope_end_out(soap) || soap_end_send(soap)) return soap_closesock(soap); } } soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap *soap, int check) { int status = soap->status; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Check (%d) if receiving SOAP Fault (status = %d)\n", check, status)); if (!check) { /* try getfault when no tag or tag mismatched at level 2, otherwise ret */ if (soap->error != SOAP_NO_TAG && (soap->error != SOAP_TAG_MISMATCH || soap->level != 2)) return soap->error; } else if (soap->version == 0) /* check == 1 but no SOAP: do not parse SOAP Fault */ { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Not a SOAP protocol\n")); return SOAP_OK; } soap->error = SOAP_OK; if (soap_getfault(soap)) { /* check flag set: check if SOAP Fault is present, if not just return */ if (check && soap->error == SOAP_TAG_MISMATCH && soap->level == 2) return soap->error = SOAP_OK; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Error: soap_get_soapfault() failed at level %u tag '%s'\n", soap->level, soap->tag)); *soap_faultcode(soap) = (soap->version == 2 ? "SOAP-ENV:Sender" : "SOAP-ENV:Client"); if (status) soap->error = status; else soap->error = status = SOAP_NO_DATA; soap_set_fault(soap); } else { const char *s = *soap_faultcode(soap); if (!soap_match_tag(soap, s, "SOAP-ENV:Server") || !soap_match_tag(soap, s, "SOAP-ENV:Receiver")) status = SOAP_SVR_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:Client") || !soap_match_tag(soap, s, "SOAP-ENV:Sender")) status = SOAP_CLI_FAULT; else if (!soap_match_tag(soap, s, "SOAP-ENV:MustUnderstand")) status = SOAP_MUSTUNDERSTAND; else if (!soap_match_tag(soap, s, "SOAP-ENV:VersionMismatch")) status = SOAP_VERSIONMISMATCH; else { DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Received SOAP Fault code %s\n", s)); status = SOAP_FAULT; } if (!soap_body_end_in(soap)) soap_envelope_end_in(soap); } soap_end_recv(soap); soap->error = status; return soap_closesock(soap); } #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap *soap, int httpstatuscode) { soap_mode m = soap->omode; if (!(m & SOAP_IO_UDP)) { soap->count = 0; if ((m & SOAP_IO) == SOAP_IO_CHUNK) soap->omode = (m & ~SOAP_IO) | SOAP_IO_BUFFER; soap_response(soap, httpstatuscode); soap_end_send(soap); /* force end of sends */ soap->error = SOAP_STOP; /* stops the server (from returning another response */ soap->omode = m; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOHTTP #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap *soap) { if (!(soap->omode & SOAP_IO_UDP)) { if (!soap_begin_recv(soap)) { if (soap->body) { if ((soap->status != 400 && soap->status != 500) || soap_envelope_begin_in(soap) || soap_recv_header(soap) || soap_body_begin_in(soap)) { #ifndef WITH_LEAN const char *s = soap_get_http_body(soap, NULL); #endif soap_end_recv(soap); #ifndef WITH_LEAN if (s) soap_set_receiver_error(soap, "HTTP Error", s, soap->status); #endif } else return soap_recv_fault(soap, 1); } else soap_end_recv(soap); } else if (soap->error == SOAP_NO_DATA || soap->error == 200 || soap->error == 202) soap->error = SOAP_OK; } return soap_closesock(soap); } #endif #endif /******************************************************************************/ #ifndef WITH_NOIO #ifndef PALM_1 static const char* soap_strerror(struct soap *soap) { int err = soap->errnum; *soap->msgbuf = '\0'; if (err) { #ifndef WIN32 # ifdef HAVE_STRERROR_R # ifdef _GNU_SOURCE return strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* GNU-specific */ # else strerror_r(err, soap->msgbuf, sizeof(soap->msgbuf)); /* XSI-compliant */ # endif # else return strerror(err); # endif #else #ifndef UNDER_CE DWORD len; *soap->msgbuf = '\0'; len = FormatMessageA(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)soap->msgbuf, (DWORD)sizeof(soap->msgbuf), NULL); #else DWORD i, len; *soap->msgbuf = '\0'; len = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, NULL, err, 0, (LPTSTR)soap->msgbuf, (DWORD)(sizeof(soap->msgbuf)/sizeof(TCHAR)), NULL); for (i = 0; i <= len; i++) { if (((TCHAR*)soap->msgbuf)[i] < 0x80) soap->msgbuf[i] = (char)((TCHAR*)soap->msgbuf)[i]; else soap->msgbuf[i] = '?'; } #endif #endif } else { int rt = soap->recv_timeout, st = soap->send_timeout; #ifndef WITH_LEAN int ru = ' ', su = ' '; #endif soap_strcpy(soap->msgbuf, sizeof(soap->msgbuf), "message transfer interrupted"); if (rt || st) soap_strcpy(soap->msgbuf + 28, sizeof(soap->msgbuf) - 28, " or timed out"); #ifndef WITH_LEAN if (rt < 0) { rt = -rt; ru = 'u'; } if (st < 0) { st = -st; su = 'u'; } if (rt) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs recv delay)", rt, ru); } if (st) { size_t l = strlen(soap->msgbuf); (SOAP_SNPRINTF(soap->msgbuf + l, sizeof(soap->msgbuf) - l, 36), " (%d%cs send delay)", st, su); } #endif } return soap->msgbuf; } #endif #endif /******************************************************************************/ #ifndef PALM_2 static int soap_set_error(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML, int soaperror) { *soap_faultcode(soap) = faultcode; if (faultsubcodeQName) *soap_faultsubcode(soap) = faultsubcodeQName; *soap_faultstring(soap) = faultstring; if (faultdetailXML && *faultdetailXML) { const char **s = soap_faultdetail(soap); if (s) *s = faultdetailXML; } return soap->error = soaperror; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap *soap, const char *faultstring, const char *faultdetailXML, int soaperror) { return soap_set_error(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", NULL, faultstring, faultdetailXML, soaperror); } #endif /******************************************************************************/ #ifndef PALM_2 static int soap_copy_fault(struct soap *soap, const char *faultcode, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { char *r = NULL, *s = NULL, *t = NULL; if (faultsubcodeQName) r = soap_strdup(soap, faultsubcodeQName); if (faultstring) s = soap_strdup(soap, faultstring); if (faultdetailXML) t = soap_strdup(soap, faultdetailXML); return soap_set_error(soap, faultcode, r, s, t, SOAP_FAULT); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_sender_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Sender" : soap->version == 1 ? "SOAP-ENV:Client" : "at source", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap *soap, const char *faultstring, const char *faultdetailXML) { return soap_receiver_fault_subcode(soap, NULL, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap *soap, const char *faultsubcodeQName, const char *faultstring, const char *faultdetailXML) { return soap_copy_fault(soap, soap->version == 2 ? "SOAP-ENV:Receiver" : soap->version == 1 ? "SOAP-ENV:Server" : "is internal", faultsubcodeQName, faultstring, faultdetailXML); } #endif /******************************************************************************/ #ifndef PALM_2 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap *soap, FILE *fd) { if (soap_check_state(soap)) fprintf(fd, "Error: soap struct state not initialized with soap_init\n"); else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); fprintf(fd, "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } } #endif #endif /******************************************************************************/ #ifdef __cplusplus #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB #ifndef WITH_COMPAT SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap *soap, std::ostream& os) { if (soap_check_state(soap)) os << "Error: soap struct state not initialized with soap_init\n"; else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); os << (soap->version ? "SOAP 1." : "Error ") << (soap->version ? (int)soap->version : soap->error) << " fault " << *c << "[" << (v ? v : "no subcode") << "]" << std::endl << "\"" << (s ? s : "[no reason]") << "\"" << std::endl << "Detail: " << (d ? d : "[no detail]") << std::endl; } } #endif #endif #endif #endif /******************************************************************************/ #ifndef WITH_LEAN #ifndef WITH_NOSTDLIB SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap *soap, char *buf, size_t len) { if (soap_check_state(soap)) { soap_strcpy(buf, len, "Error: soap struct not initialized with soap_init"); } else if (soap->error) { const char **c, *v = NULL, *s, *d; c = soap_faultcode(soap); if (!*c) soap_set_fault(soap); if (soap->version == 2) v = soap_check_faultsubcode(soap); s = *soap_faultstring(soap); d = soap_check_faultdetail(soap); (SOAP_SNPRINTF(buf, len, strlen(*c) + strlen(v) + strlen(s) + strlen(d) + 72), "%s%d fault %s [%s]\n\"%s\"\nDetail: %s\n", soap->version ? "SOAP 1." : "Error ", soap->version ? (int)soap->version : soap->error, *c, v ? v : "no subcode", s ? s : "[no reason]", d ? d : "[no detail]"); } return buf; } #endif #endif /******************************************************************************/ #ifndef PALM_1 #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap *soap, FILE *fd) { #ifndef WITH_LEAN int i, j, c1, c2; if (soap->error && soap->error != SOAP_STOP && soap->bufidx <= soap->buflen && soap->buflen > 0 && soap->buflen <= sizeof(soap->buf)) { i = (int)soap->bufidx - 1; if (i <= 0) i = 0; c1 = soap->buf[i]; soap->buf[i] = '\0'; if ((int)soap->buflen >= i + 1024) j = i + 1023; else j = (int)soap->buflen - 1; c2 = soap->buf[j]; soap->buf[j] = '\0'; fprintf(fd, "%s%c\n\n", soap->buf, c1); if (soap->bufidx < soap->buflen) fprintf(fd, "%s\n", soap->buf + soap->bufidx); soap->buf[i] = (char)c1; soap->buf[j] = (char)c2; } #else (void)soap; (void)fd; #endif } #endif #endif /******************************************************************************/ #ifndef PALM_1 SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap *soap, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void *arg) { struct soap_plugin *p; int r; if (!(p = (struct soap_plugin*)SOAP_MALLOC(soap, sizeof(struct soap_plugin)))) return soap->error = SOAP_EOM; p->id = NULL; p->data = NULL; p->fcopy = NULL; p->fdelete = NULL; r = fcreate(soap, p, arg); if (!r && p->fdelete) { p->next = soap->plugins; soap->plugins = p; DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Registered '%s' plugin\n", p->id)); return SOAP_OK; } DBGLOG(TEST, SOAP_MESSAGE(fdebug, "Could not register plugin '%s': plugin returned error %d (or fdelete callback not set)\n", p->id ? p->id : "?", r)); SOAP_FREE(soap, p); return r; } #endif /******************************************************************************/ #ifndef PALM_1 static void * fplugin(struct soap *soap, const char *id) { struct soap_plugin *p; for (p = soap->plugins; p; p = p->next) if (p->id == id || !strcmp(p->id, id)) return p->data; return NULL; } #endif /******************************************************************************/ #ifndef PALM_2 SOAP_FMAC1 void * SOAP_FMAC2 soap_lookup_plugin(struct soap *soap, const char *id) { return soap->fplugin(soap, id); } #endif /******************************************************************************/ #ifdef __cplusplus } #endif /******************************************************************************\ * * C++ soap struct methods * \******************************************************************************/ #ifdef __cplusplus soap::soap() { soap_init(this); /* no logs to prevent leaks when user calls soap_init() on this context */ soap_set_test_logfile(this, NULL); soap_set_sent_logfile(this, NULL); soap_set_recv_logfile(this, NULL); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode m) { soap_init1(this, m); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(soap_mode im, soap_mode om) { soap_init2(this, im, om); } #endif /******************************************************************************/ #ifdef __cplusplus soap::soap(const struct soap& soap) { soap_copy_context(this, &soap); } #endif /******************************************************************************/ #ifdef __cplusplus struct soap& soap::operator=(const struct soap& soap) { soap_copy_context(this, &soap); return *this; } #endif /******************************************************************************/ #ifdef __cplusplus soap::~soap() { soap_done(this); } #endif /******************************************************************************/ gsoap-2.8.28/gsoap/Palm/0000755000175000017500000000000012653650150014271 5ustar ellertellertgsoap-2.8.28/gsoap/Palm/README.txt0000644000175000017500000000027412653650150015772 0ustar ellertellert Web services support for the Palm OS Platform is no longer available for gSOAP versions 2.7.9 and up. Please download gSOAP 2.7.8c for the most up-to-date release with Palm OS support. gsoap-2.8.28/gsoap/stdsoap2.h0000644000175000017500000042137712653650160015327 0ustar ellertellert/* stdsoap2.h 2.8.28 gSOAP runtime engine gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- Contributors: Wind River Systems, Inc., for the following additions - vxWorks compatible -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2014, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #define GSOAP_VERSION 20828 #ifdef WITH_SOAPDEFS_H # include "soapdefs.h" /* include user-defined stuff in soapdefs.h */ #endif #ifndef _THREAD_SAFE # define _THREAD_SAFE #endif #ifndef OPENSERVER # ifndef _REENTRANT # define _REENTRANT # endif #endif #ifndef SOAP_FMAC1 /* stdsoap2.h declaration macro */ # define SOAP_FMAC1 #endif #ifndef SOAP_FMAC2 /* stdsoap2.h declaration macro */ # define SOAP_FMAC2 #endif #ifndef SOAP_FMAC3 /* (de)serializer declaration macro */ # define SOAP_FMAC3 #endif #ifndef SOAP_FMAC3S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC3S SOAP_FMAC3 #endif #ifndef SOAP_FMAC4 /* (de)serializer declaration macro */ # define SOAP_FMAC4 #endif #ifndef SOAP_FMAC4S /* string converter for (de)serializer declaration macro */ # define SOAP_FMAC4S SOAP_FMAC4 #endif #ifndef SOAP_FMAC5 /* stub/skeleton declaration macro */ # define SOAP_FMAC5 #endif #ifndef SOAP_FMAC6 /* stub/skeleton declaration macro */ # define SOAP_FMAC6 #endif #ifndef SOAP_CMAC /* class declaration macro */ # define SOAP_CMAC #endif #ifndef SOAP_NMAC /* namespace table declaration macro */ # define SOAP_NMAC #endif #ifndef SOAP_SOURCE_STAMP # define SOAP_SOURCE_STAMP(str) #endif #ifndef STDSOAP_H #define STDSOAP_H #define SOAP_XSTRINGIFY(s) SOAP_STRINGIFY(s) #define SOAP_STRINGIFY(s) #s #ifdef SOAPDEFS_H # include SOAP_XSTRINGIFY(SOAPDEFS_H) /* include user-defined "SOAPDEFS_H" */ #endif #if defined(__vxworks) || defined(__VXWORKS__) # ifndef VXWORKS # define VXWORKS # endif #endif #ifdef _WIN32 # ifndef WIN32 # define WIN32 # endif #endif /* for legacy purposes we use WIN32 macro, even when WIN64 is supported */ #ifdef _WIN64 # ifndef WIN32 # define WIN32 # endif #endif #ifdef _WIN32_WCE # ifndef UNDER_CE # define UNDER_CE _WIN32_WCE # endif #endif #ifdef UNDER_CE # ifndef WIN32 # define WIN32 # endif #endif #ifdef __BORLANDC__ # ifdef __WIN32__ # ifndef WIN32 # define WIN32 # endif # endif #endif #ifdef __CYGWIN__ # ifndef CYGWIN # define CYGWIN # endif #endif #ifdef __SYMBIAN32__ # define SYMBIAN # undef WIN32 #endif #if defined(__palmos__) || defined(PALM_GCC) || defined(__PALMOS_TRAPS__) # ifndef PALM # define PALM # endif #endif #if defined(__hpux) # ifndef HP_UX # define HP_UX # endif #endif #if defined(__digital__) && defined(__unix__) # ifndef TRU64 # define TRU64 # endif #endif #ifdef __MVS__ # ifndef OS390 # define OS390 # endif #endif #if defined(__sun) && defined(__SVR4) # ifndef SUN_OS # define SUN_OS # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" # if defined(WITH_OPENSSL) # ifndef HAVE_OPENSSL_SSL_H # undef WITH_OPENSSL # endif # endif # if defined(WITH_GNUTLS) # ifndef HAVE_GNUTLS_GNUTLS_H # undef WITH_GNUTLS # endif # endif # if defined(WITH_ZLIB) || defined(WITH_GZIP) # ifndef HAVE_ZLIB_H # undef WITH_ZLIB # undef WITH_GZIP # endif # endif #else # if defined(UNDER_CE) # define SOAP_BUFLEN (2048) # define SOAP_PTRHASH (32) # define SOAP_IDHASH (19) # define SOAP_BLKLEN (32) # define SOAP_TAGLEN (128) # define SOAP_HDRLEN (1024) # define SOAP_MAXDIMS (4) # define HAVE_SSCANF # elif defined(WIN32) # if _MSC_VER >= 1400 # define HAVE_SNPRINTF # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # if _MSC_VER >= 1300 # define HAVE_STRTOLL /* use _strtoi64 */ # define HAVE_STRTOULL /* use _strtoui64 */ # endif # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_GMTIME # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%I64d" # define SOAP_ULONG_FORMAT "%I64u" # elif defined(CYGWIN) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__APPLE__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_TM_GMTOFF # define HAVE_GETTIMEOFDAY # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_INTTYPES_H # elif defined(_AIX43) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(_AIX41) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(HP_UX) # include extern intmax_t __strtoll(const char*, char**, int); extern intmax_t __strtoull(const char*, char**, int); # define strtoll __strtoll # define strtoull __strtoull # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # elif defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRLCPY # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_GETTIMEOFDAY # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%qd" # define SOAP_ULONG_FORMAT "%qu" # define HAVE_ISNAN # define HAVE_ISINF # elif defined(__VMS) # include # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__GLIBC__) || defined(__GNU__) # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_TIMEGM # define HAVE_WCTOMB # define HAVE_MBTOWC # define HAVE_ISNAN # define HAVE_ISINF # elif defined(TRU64) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GETTIMEOFDAY # define HAVE_SYS_TIMEB_H # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define __USE_STD_IOSTREAM # define HAVE_WCTOMB # define HAVE_MBTOWC # define SOAP_LONG_FORMAT "%ld" # define SOAP_ULONG_FORMAT "%lu" # elif defined(MAC_CARBON) # define WITH_NOIO # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOD_L # define HAVE_SSCANF_L # define HAVE_SPRINTF_L # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(PALM) # define WITH_LEAN # define HAVE_STRTOD /* strtod() is defined in palmFunctions.h */ # include /* Needs to be included before unix headers */ # include # define IGNORE_STDIO_STUBS # include # define O_NONBLOCK FNONBIO # include # include "palmFunctions.h" # elif defined(SYMBIAN) # define WITH_LEAN # define WITH_NONAMESPACES # define HAVE_STRTOD /* use STRTOD since sscanf doesn't seem to work */ # include # include # elif defined(VXWORKS) # ifdef _WRS_KERNEL # define _POSIX_THREADS 1 # endif # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_GMTIME # define HAVE_LOCALTIME # define HAVE_MKTIME # elif defined(OS390) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(AS400) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(__QNX__) || defined(QNX) /* QNX does not have a working version of strtof */ # undef HAVE_STRTOF # define HAVE_POLL # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # define HAVE_WCTOMB # define HAVE_MBTOWC # elif defined(SUN_OS) # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # else /* Default assumptions for supported library functions when not including config.h */ # define HAVE_SNPRINTF # define HAVE_STRRCHR # define HAVE_STRTOD # define HAVE_SSCANF # define HAVE_STRTOL # define HAVE_STRTOUL # define HAVE_STRTOLL # define HAVE_STRTOULL # define HAVE_SYS_TIMEB_H # define HAVE_FTIME # define HAVE_RAND_R # define HAVE_GETHOSTBYNAME_R # define HAVE_GMTIME_R # define HAVE_LOCALTIME_R # define HAVE_STRERROR_R # ifdef MB_LEN_MAX # define HAVE_WCTOMB # define HAVE_MBTOWC # endif # endif #endif #ifdef WITH_LEANER # ifndef WITH_LEAN # define WITH_LEAN # endif #endif /* gSOAP 2.7.15 and higher: always use FAST and retain CDATA in literal XML, unless WITH_LEAN or WITH_NOCDATA */ #ifndef WITH_LEAN # ifndef WITH_FAST # define WITH_FAST # endif # ifndef WITH_NOCDATA # ifndef WITH_CDATA # define WITH_CDATA # endif # endif #endif #ifdef WITH_LEAN # ifdef WITH_COOKIES # error "Cannot build WITH_LEAN code WITH_COOKIES enabled" # endif #endif /* allowing empty struct/union in C is a GNU extension */ #if !defined(__GNU__) # define WITH_NOEMPTYSTRUCT #endif /* silence clang's C99 variadic macro warnings */ #ifdef __clang__ # pragma clang diagnostic ignored "-Wvariadic-macros" #endif #ifdef WITH_PURE_VIRTUAL # define SOAP_PURE_VIRTUAL = 0 #else # define SOAP_PURE_VIRTUAL #endif /* older OpenVMS TCP/IP stacks cannot handle 65536 bytes */ #ifdef __VMS # ifndef SOAP_BUFLEN # define SOAP_BUFLEN (65535) # endif #endif /* if we have xlocale.h then we can use it WITH_C_LOCALE enabled to avoid decimal point conversion issues */ #ifdef WITH_C_LOCALE # ifdef WIN32 # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = _create_locale(LC_ALL, "C"))) # else # include # define SOAP_LOCALE(soap) ((soap)->c_locale ? (soap)->c_locale : ((soap)->c_locale = newlocale(LC_ALL_MASK, "C", NULL))) # endif #else # undef HAVE_STRTOF_L # undef HAVE_STRTOD_L # undef HAVE_SSCANF_L # undef HAVE_SPRINTF_L #endif #ifdef TANDEM_NONSTOP /* Support for Guardian */ # define SOAP_BUFLEN (32767) /*# define WITH_NOSTDLIB */ /* uncommment to remove stdlib dependences */ # define WITH_NOIO /* no IO dependences, e.g. remove TCP/IP */ # define int32_t int # define int64_t long long # define LONG64 long long # define ULONG64 long long # define DBL_PINFTY (1.1579208923716189e77) # undef HAVE_WCTOMB # undef HAVE_MBTOWC # undef HAVE_GMTIME_R # undef HAVE_LOCALTIME_R # undef HAVE_SNPRINTF # define SOAP_BUFLEN (32767) # define SOAP_SOCKET short #pragma nolist # include # include # include # include # include # include # include # include # include # include # include # define INET_ERROR 4294967295 #pragma list #elif defined(__TANDEM) /* Support for OSS */ # define int32_t int # define SOAP_BUFLEN (32767) #endif #ifndef WITH_NOSTDLIB # include # ifndef PALM # include # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_CTYPE_H) # include # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_LIMITS_H) # include /* for MB_LEN_MAX */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_FLOAT_H) # include /* for INFINITY */ # endif # if !defined(HAVE_CONFIG_H) || defined(HAVE_MATH_H) # ifndef PALM # include /* for isnan() and isinf() */ # endif # endif #endif #ifdef WITH_NTLM # include #endif #ifdef HAVE_POLL # include #endif #if defined(__cplusplus) # include # include # if !defined(WITH_LEAN) && !defined(WITH_COMPAT) # include # include # endif #endif #ifdef WITH_NOHTTP # ifndef WITH_NOIO # define WITH_NOIO # undef WITH_COOKIES # endif #endif /* Suggestion when SOAP_FD_EXCEEDED error occurs: Some systems allow increasing FD_SETSIZE before including sys/types.h: #define FD_SETSIZE (2048) */ #ifndef UNDER_CE # ifndef PALM # ifndef WITH_NOIO # include # include # endif # ifndef WITH_LEAN # ifdef HAVE_SYS_TIMEB_H # include /* for ftime() */ # endif # include # endif # endif #endif #ifdef OPENSERVER # include # include # include extern int h_errno; #endif #ifndef WITH_NOIO # ifndef WIN32 # ifndef PALM # include # ifdef VXWORKS # include # include # ifndef _WRS_KERNEL # include # endif # else # ifndef SYMBIAN # include # endif # endif # ifdef SUN_OS # include /* SUN */ # include /* only needed with SUN < 2.8 ? */ # endif # ifdef VXWORKS # ifdef _WRS_KERNEL # include # endif # else # include # endif # include # ifdef OS390 # include # else # include /* TCP_NODELAY, TCP_FASTOPEN */ # endif # include # endif # endif #endif #ifdef WIN32 # define SOAP_WINSOCKINT int #else # define SOAP_WINSOCKINT size_t #endif #if defined(WITH_IPV6_V6ONLY) || defined(WITH_NO_IPV6_V6ONLY) # ifndef WITH_IPV6 # define WITH_IPV6 # endif #endif #ifdef WIN32 # ifndef UNDER_CE # include # include # endif // When you get macro redefinition errors when compiling the code below, then: // a) try arrange your includes so is included after "stdsoap2.h" // b) or define _WINSOCKAPI_ first: // #define _WINSOCKAPI_ // stops windows.h including winsock.h // #include // #include "stdsoap2.h" // c) or compile with the -DWIN32_LEAN_AND_MEAN switch # include // Visual Studio 2005 users: install Platform SDK (R2) # include // # define _WSPIAPI_COUNTOF // DEV NOTE: enble to fix problems with VC6 // # include # include // DEV NOTE: replaces older wspiapi.h above # ifdef WITH_IPV6 # define SOAP_GAI_STRERROR gai_strerrorA # endif #else # ifdef VXWORKS # include # include # include # endif # ifndef WITH_NOIO # ifndef PALM # include # include # include # include # ifdef _AIX41 # include # endif # endif # endif #endif #ifdef WITH_FASTCGI # include #endif #ifdef WITH_OPENSSL # ifdef __VMS # pragma names save # pragma names uppercase # endif # undef WITH_GNUTLS # define OPENSSL_NO_KRB5 # include # include # include # include # include # ifndef ALLOW_OLD_VERSIONS # if (OPENSSL_VERSION_NUMBER < 0x00905100L) # error "Must use OpenSSL 0.9.6 or later" # endif # endif # ifdef __VMS # pragma names restore # endif #endif #ifdef WITH_GNUTLS # include # include # include # ifndef HAVE_PTHREAD_H # ifdef _POSIX_THREADS # define HAVE_PTHREAD_H /* make GNUTLS thread safe */ # endif # endif #endif #ifdef WITH_SYSTEMSSL # include #endif #ifdef WITH_GZIP # ifndef WITH_ZLIB # define WITH_ZLIB # endif #endif #ifdef WITH_CASEINSENSITIVETAGS # define SOAP_STRCMP soap_tag_cmp /* case insensitve XML element/attribute names */ #else # define SOAP_STRCMP strcmp /* case sensitive XML element/attribute names */ #endif #ifdef WITH_ZLIB # include #endif /* #define DEBUG */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and internal operations (in file TEST.log) */ /* #define DEBUG_STAMP */ /* Uncomment to debug sending (in file SENT.log) receiving (in file RECV.log) and time-stamped operations (in file TEST.log) */ #ifdef __cplusplus extern "C" { #endif /* Portability (X/Open, BSD sockets etc): define SOAP_SOCKLEN_T as socklen_t or int or ... */ #if defined(_AIX) || defined(AIX) # if defined(_AIX43) # define SOAP_SOCKLEN_T socklen_t # else # define SOAP_SOCKLEN_T int # endif #elif defined(SOCKLEN_T) # define SOAP_SOCKLEN_T SOCKLEN_T #elif defined(__socklen_t_defined) || defined(_SOCKLEN_T) || defined(CYGWIN) || defined(FREEBSD) || defined(__FreeBSD__) || defined(OPENBSD) || defined(__QNX__) || defined(QNX) || defined(OS390) || defined(__ANDROID__) || defined(_XOPEN_SOURCE) # define SOAP_SOCKLEN_T socklen_t #elif defined(IRIX) || defined(WIN32) || defined(__APPLE__) || defined(SUN_OS) || defined(OPENSERVER) || defined(TRU64) || defined(VXWORKS) || defined(HP_UX) # define SOAP_SOCKLEN_T int #elif !defined(SOAP_SOCKLEN_T) # define SOAP_SOCKLEN_T size_t #endif /* AIX DCE threads portability: define SOAP_FUNC_R_ERR gmtime_r and localtime_r err ret val as -1 */ #ifdef _AIX32_THREADS # define SOAP_FUNC_R_ERR (-1) #elif !defined(SOAP_FUNC_R_ERR) # define SOAP_FUNC_R_ERR (NULL) #endif #ifndef SOAP_SOCKET # ifdef WIN32 # define SOAP_SOCKET SOCKET # define soap_closesocket(n) closesocket(n) # else # define SOAP_SOCKET int # define soap_closesocket(n) close(n) # endif #endif #define SOAP_INVALID_SOCKET ((SOAP_SOCKET)-1) #define soap_valid_socket(n) ((n) != SOAP_INVALID_SOCKET) #define SOAP_SHUT_WR (1) #define SOAP_SHUT_RDWR (2) #ifndef SOAP_GAI_STRERROR # define SOAP_GAI_STRERROR gai_strerror #endif #ifndef FD_SETSIZE # define FD_SETSIZE (1024) #endif #ifdef WITH_LEAN # define SOAP_CHK_EOF SOAP_EOF #else # define SOAP_CHK_EOF (soap->error ? soap->error : SOAP_EOF) #endif #ifdef __cplusplus # ifndef __STDC_FORMAT_MACROS # define __STDC_FORMAT_MACROS # endif #endif #if defined(SYMBIAN) # define LONG64 long # define ULONG64 unsigned LONG64 #elif !defined(__cplusplus) && defined(__STDC__) && !defined(__STDC_VERSION__) /* C90? */ # define LONG64 long # define ULONG64 unsigned LONG64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # undef HAVE_STRTOLL # undef HAVE_STRTOULL #elif !defined(WIN32) || defined(CYGWIN) || defined(__GLIBC__) || defined(__GNU__) # ifndef LONG64 # if defined(HAVE_INTTYPES_H) # ifdef HAVE_STDINT_H # include # endif # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_SYS_INTTYPES_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(HAVE_STDINT_H) # include # define LONG64 int64_t # define ULONG64 uint64_t # elif defined(__GLIBC__) # include # if (__WORDSIZE == 64) # define LONG64 int64_t # define ULONG64 uint64_t # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%ld" # endif # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%lu" # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # else # define LONG64 long long # define ULONG64 unsigned LONG64 # endif # endif #elif defined(UNDER_CE) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #elif defined(__BORLANDC__) # define LONG64 __int64 # define ULONG64 unsigned LONG64 #endif #ifdef PRId64 # ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%" PRId64 # endif #endif #ifdef PRIu64 # ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%" PRIu64 # endif #endif #ifndef SOAP_LONG_FORMAT # define SOAP_LONG_FORMAT "%lld" /* printf format for 64 bit ints */ #endif #ifndef SOAP_ULONG_FORMAT # define SOAP_ULONG_FORMAT "%llu" /* printf format for unsigned 64 bit ints */ #endif #if defined(WIN32) && !defined(CYGWIN) # define soap_int32 __int32 #elif defined(SYMBIAN) # define soap_int32 long #elif defined(PALM) # define soap_int32 Int32 #elif defined(_AIX) || defined(AIX) # if defined(_AIX43) # define soap_int32 int32_t # else # define soap_int32 signed int # endif #else # define soap_int32 int32_t #endif #ifdef WIN32 # define SOAP_ERANGE ERANGE # define SOAP_EINTR WSAEINTR # define SOAP_EAGAIN WSAEWOULDBLOCK # define SOAP_EWOULDBLOCK WSAEWOULDBLOCK # define SOAP_EINPROGRESS WSAEINPROGRESS # define SOAP_EADDRINUSE WSAEADDRINUSE # define SOAP_ECONNREFUSED WSAECONNREFUSED #else # ifdef ERANGE # define SOAP_ERANGE ERANGE # else # define SOAP_ERANGE (34) # endif # define SOAP_EINTR EINTR # define SOAP_EAGAIN EAGAIN # define SOAP_EADDRINUSE EADDRINUSE # define SOAP_ECONNREFUSED ECONNREFUSED # ifdef SYMBIAN # define SOAP_EWOULDBLOCK 9898 # define SOAP_EINPROGRESS 9899 # else # define SOAP_EWOULDBLOCK EWOULDBLOCK # define SOAP_EINPROGRESS EINPROGRESS # endif #endif #ifdef WIN32 # ifdef UNDER_CE # define soap_errno GetLastError() # define soap_socket_errno(s) GetLastError() # define soap_reset_errno SetLastError(0) # else # define soap_errno GetLastError() # define soap_socket_errno(s) WSAGetLastError() # define soap_reset_errno SetLastError(0) # endif #else # ifndef WITH_NOIO # define soap_errno errno # define soap_socket_errno(s) errno # define soap_reset_errno (errno = 0) # else # define soap_errno 0 # define soap_socket_errno(s) 0 # define soap_reset_errno # endif #endif #ifndef SOAP_BUFLEN # if !defined(WITH_LEAN) # define SOAP_BUFLEN (65536) /* buffer length for socket packets, also used by gethostbyname_r and UDP messages, so don't make this too small */ # else # define SOAP_BUFLEN (2048) /* lean size */ # endif #endif #ifndef SOAP_LABLEN # define SOAP_LABLEN (256) /* initial look-aside buffer length */ #endif #ifndef SOAP_PTRBLK # define SOAP_PTRBLK (32) /* block allocation for pointer hash table chains */ #endif #ifndef SOAP_PTRHASH # ifndef WITH_LEAN # define SOAP_PTRHASH (4096) /* size of pointer analysis hash table (must be power of 2) */ # else # define SOAP_PTRHASH (32) # endif #endif #ifndef SOAP_IDHASH # ifndef WITH_LEAN # define SOAP_IDHASH (1999) /* prime size of hash table for parsed id/ref */ # else # define SOAP_IDHASH (19) /* 19, 199 */ # endif #endif #ifndef SOAP_BLKLEN # ifndef WITH_LEAN # define SOAP_BLKLEN (256) /* to collect long strings and XML attributes */ # else # define SOAP_BLKLEN (32) # endif #endif #ifndef SOAP_TAGLEN # ifndef WITH_LEAN # define SOAP_TAGLEN (1024) /* maximum length of XML element tag/attribute name or host/path name + 1 */ # else # define SOAP_TAGLEN (128) # endif #endif #ifndef SOAP_HDRLEN # ifndef WITH_LEAN # define SOAP_HDRLEN (8192) /* maximum length of HTTP header line (must be >4096 to read cookies) */ # else # define SOAP_HDRLEN (1024) # endif #endif #ifndef SOAP_TMPLEN # ifndef WITH_LEAN # define SOAP_TMPLEN (1024) /* maximum length of msgbuf and tmpbuf short message buffers, must be >=1024 */ # else # define SOAP_TMPLEN (1024) # endif #endif #ifndef SOAP_MAXDIMS # ifndef WITH_LEAN # define SOAP_MAXDIMS (16) /* maximum array dimensions (array nestings) must be less than 64 to protect soap->tmpbuf */ # else # define SOAP_MAXDIMS (4) # endif #endif #ifndef SOAP_MAXPTRS # ifndef WITH_LEAN # define SOAP_MAXPTRS (4) /* maximum depth + 1 of id-ref deserialized pointer types (int* has depth 0, int*** has depth 2) */ # else # define SOAP_MAXPTRS (2) # endif #endif #ifndef SOAP_MAXLOGS # define SOAP_MAXLOGS (3) /* max number of debug logs per struct soap environment */ # define SOAP_INDEX_RECV (0) # define SOAP_INDEX_SENT (1) # define SOAP_INDEX_TEST (2) #endif /* Tag name of multiref elements in SOAP 1.1 encoding */ #ifndef SOAP_MULTIREFTAG # define SOAP_MULTIREFTAG "id" #endif /* href-id value base name in multiref SOAP encoding */ #ifndef SOAP_BASEREFNAME # define SOAP_BASEREFNAME "_" #endif /* Max number of EINTR while poll/select on a socket */ /* Each EINTR can lengthen the I/O blocking time by at most one second */ #ifndef SOAP_MAXEINTR # define SOAP_MAXEINTR (10) #endif /* SOAP_MAXKEEPALIVE: Max iterations in soap_serve() to keep server connection alive */ #ifndef SOAP_MAXKEEPALIVE # define SOAP_MAXKEEPALIVE (100) #endif /* SOAP_MAXARRAYSIZE: Trusted total max size of an inbound SOAP Array. Arrays of larger size are not pre-allocated, but deserialized on an element-by-element basis. */ #ifndef SOAP_MAXARRAYSIZE # define SOAP_MAXARRAYSIZE (100000) #endif /* SOAP_MAXDIMESIZE: Trusted max size of inbound DIME data. Increase if necessary to allow larger attachments, or decrease when server resources are limited. */ #ifndef SOAP_MAXDIMESIZE # define SOAP_MAXDIMESIZE (8*1048576) /* 8 MB */ #endif /* SOAP_MAXINFLATESIZE: Trusted inflated content size. Larger content is subject to the SOAP_MINDEFLATERATIO constraint. If SOAP_MINDEFLATERATIO is 1.0, SOAP_MAXINFLATESIZE is always the max size of uncompressed content. */ #ifndef SOAP_MAXINFLATESIZE # define SOAP_MAXINFLATESIZE (1*1048576) /* 1 MB */ #endif /* SOAP_MINDEFLATERATIO: Trusted deflation ratio after SOAP_MAXINFLATESIZE is reached. Trust when compressed / deflated > SOAP_MINDEFLATERATIO Sets a ratio > 0.00096899224806 (1032:1) According to the zlib site: the limit (1032:1) comes from the fact that one length/distance pair can represent at most 258 output bytes. A length requires at least one bit and a distance requires at least one bit, so two bits in can give 258 bytes out, or eight bits in give 1032 bytes out. A dynamic block has no length restriction, so you could get arbitrarily close to the limit of 1032:1. */ #ifndef SOAP_MINDEFLATERATIO # define SOAP_MINDEFLATERATIO (0.001) /* ratio of deflated/inflated > 0.1% */ #endif #ifdef VXWORKS # ifdef WMW_RPM_IO # include "httpLib.h" # endif # ifdef __INCmathh # include # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef soap_isnan # define soap_isnan(num) isNan(num) # endif # endif # ifdef WM_SECURE_KEY_STORAGE # include # endif #endif #ifdef WIN32 # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # define soap_isnan(n) _isnan(n) # ifndef HAVE_ISINF # define HAVE_ISINF # endif # define soap_isinf(n) (!_finite(n)) #endif #ifdef SUN_OS # define HAVE_ISNAN #endif #ifdef __APPLE__ # ifdef __cplusplus # ifndef isnan extern "C" int isnan(double); extern "C" int isinf(double); # endif # endif # ifndef HAVE_ISNAN # define HAVE_ISNAN # endif # ifndef HAVE_ISINF # define HAVE_ISINF # endif #endif #if !defined(HAVE_ISNAN) && (defined(_MATH_H) || defined(_MATH_INCLUDED)) # define HAVE_ISNAN #endif union soap_double_nan {struct {unsigned int n1, n2;} iv; double dv; float fv;}; extern const union soap_double_nan soap_double_nan; extern const char soap_base64o[], soap_base64i[]; #ifdef VXWORKS # ifndef FLT_MAX # define FLT_MAX _ARCH_FLT_MAX # endif # ifndef DBL_MAX # define DBL_MAX _ARCH_DBL_MAX # endif #endif #ifndef FLT_NAN # define FLT_NAN (soap_double_nan.fv) #endif #ifndef FLT_PINFTY # if defined(INFINITY) # define FLT_PINFTY INFINITY # elif defined(FLT_MAX) # define FLT_PINFTY FLT_MAX # elif defined(HUGE_VALF) # define FLT_PINFTY (float)HUGE_VALF # elif defined(HUGE_VAL) # define FLT_PINFTY (float)HUGE_VAL # elif defined(FLOAT_MAX) # define FLT_PINFTY FLOAT_MAX # else # define FLT_PINFTY (3.40282347e+38F) # endif #endif #ifndef FLT_NINFTY # define FLT_NINFTY (-FLT_PINFTY) #endif #ifndef DBL_NAN # define DBL_NAN (soap_double_nan.dv) #endif #ifndef DBL_PINFTY # if defined(INFINITY) # define DBL_PINFTY INFINITY # elif defined(DBL_MAX) # define DBL_PINFTY DBL_MAX # elif defined(HUGE_VALF) # define DBL_PINFTY (double)HUGE_VALF # elif defined(HUGE_VAL) # define DBL_PINFTY (double)HUGE_VAL # elif defined(DOUBLE_MAX) # define DBL_PINFTY DOUBLE_MAX # else # define DBL_PINFTY (1.7976931348623157e+308) # endif #endif #ifndef DBL_NINFTY # define DBL_NINFTY (-DBL_PINFTY) #endif #ifndef soap_isnan # ifdef HAVE_ISNAN # define soap_isnan(n) isnan(n) # else # define soap_isnan(n) ((n) != (n)) # endif #endif #ifndef soap_isinf # ifdef HAVE_ISINF # define soap_isinf(n) isinf(n) # else # define soap_isinf(n) (!soap_isnan(n) && soap_isnan((n) - (n))) # endif #endif #define soap_ispinfd(n) ((n) > 0 && soap_isinf(n)) #define soap_ispinff(n) ((n) > 0 && soap_isinf(n)) #define soap_isninfd(n) ((n) < 0 && soap_isinf(n)) #define soap_isninff(n) ((n) < 0 && soap_isinf(n)) /* Safer str & mem functions */ /* The gSOAP code uses guards to ensure that these functions are well behaved and do not raise errors. Therefore, the WIN _s functions should never execute the "invalid parameter handler". */ /* use safer snprintf if possible or guard sprintf against overrun (assumes no variadic macros) */ # ifdef HAVE_SNPRINTF # if _MSC_VER >= 1400 # define SOAP_SNPRINTF(buf, len, num) void)_snprintf_s((buf), (len), _TRUNCATE # define SOAP_SNPRINTF_SAFE(buf, len) void)_snprintf_s((buf), (len), _TRUNCATE # else # define SOAP_SNPRINTF(buf, len, num) void)snprintf((buf), (len) # define SOAP_SNPRINTF_SAFE(buf, len) void)snprintf((buf), (len) # endif # else # define SOAP_SNPRINTF(buf, len, num) (len) <= (num)) ? (void)((buf)[0] = '\0') : (void)sprintf((buf) # define SOAP_SNPRINTF_SAFE(buf, len) void)sprintf((buf) # endif /* copy string (truncating the result) */ #if _MSC_VER >= 1400 # define soap_strcpy(buf, len, src) (void)strncpy_s((buf), (len), (src), _TRUNCATE) #elif defined(HAVE_STRLCPY) # define soap_strcpy(buf, len, src) (void)strlcpy((buf), (src), (len)) #else # define soap_strcpy(buf, len, src) (void)((buf) && (size_t)(len) > 0 && (strncpy((buf), (src), (len) - 1), (buf)[(len) - 1] = '\0')) #endif /* copy string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncpy(buf, len, src, num) (void)strncpy_s((buf), (len), (src), (num)) #else # define soap_strncpy(buf, len, src, num) (void)((buf) && ((size_t)(len) > (size_t)(num) ? (strncpy((buf), (src), (num)), (buf)[(size_t)(num)] = '\0') : ((buf)[0] = '\0'))) #endif /* concat string up to n chars (nul on overrun) */ #if _MSC_VER >= 1400 # define soap_strncat(buf, len, src, num) (void)strncat_s((buf), (len), (src), (num)) #else # define soap_strncat(buf, len, src, num) (void)((buf) && ((size_t)(len) > strlen((buf)) + (size_t)(num) ? (strncat((buf), (src), (num)), (buf)[(size_t)(len) - 1] = '\0') : ((buf)[0] = '\0'))) #endif /* copy memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memcpy_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memcpy(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memcpy((buf), (src), (num)) : SOAP_ERANGE) #endif /* move memory (error on overrun) */ #if _MSC_VER >= 1400 # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? memmove_s((buf), (len), (src), (num)) : SOAP_ERANGE) #else # define soap_memmove(buf, len, src, num) ((buf) && (size_t)(len) >= (size_t)(num) ? !memmove((buf), (src), (num)) : SOAP_ERANGE) #endif /* gSOAP status/error codes */ typedef soap_int32 soap_status; #define SOAP_EOF EOF #define SOAP_ERR EOF #define SOAP_OK 0 #define SOAP_CLI_FAULT 1 #define SOAP_SVR_FAULT 2 #define SOAP_TAG_MISMATCH 3 #define SOAP_TYPE 4 #define SOAP_SYNTAX_ERROR 5 #define SOAP_NO_TAG 6 #define SOAP_IOB 7 #define SOAP_MUSTUNDERSTAND 8 #define SOAP_NAMESPACE 9 #define SOAP_USER_ERROR 10 #define SOAP_FATAL_ERROR 11 #define SOAP_FAULT 12 #define SOAP_NO_METHOD 13 #define SOAP_NO_DATA 14 #define SOAP_GET_METHOD 15 #define SOAP_PUT_METHOD 16 #define SOAP_DEL_METHOD 17 /* deprecated */ #define SOAP_HEAD_METHOD 18 /* deprecated */ #define SOAP_HTTP_METHOD 19 #define SOAP_EOM 20 #define SOAP_MOE 21 #define SOAP_HDR 22 #define SOAP_NULL 23 #define SOAP_DUPLICATE_ID 24 #define SOAP_MISSING_ID 25 #define SOAP_HREF 26 #define SOAP_UDP_ERROR 27 #define SOAP_TCP_ERROR 28 #define SOAP_HTTP_ERROR 29 #define SOAP_SSL_ERROR 30 #define SOAP_ZLIB_ERROR 31 #define SOAP_DIME_ERROR 32 #define SOAP_DIME_HREF 33 #define SOAP_DIME_MISMATCH 34 #define SOAP_DIME_END 35 #define SOAP_MIME_ERROR 36 #define SOAP_MIME_HREF 37 #define SOAP_MIME_END 38 #define SOAP_VERSIONMISMATCH 39 #define SOAP_PLUGIN_ERROR 40 #define SOAP_DATAENCODINGUNKNOWN 41 #define SOAP_REQUIRED 42 #define SOAP_PROHIBITED 43 #define SOAP_OCCURS 44 #define SOAP_LENGTH 45 #define SOAP_PATTERN 46 #define SOAP_FD_EXCEEDED 47 #define SOAP_UTF_ERROR 48 #define SOAP_NTLM_ERROR 49 #define soap_xml_error_check(e) ((e) == SOAP_TAG_MISMATCH || (e) == SOAP_NO_TAG || (e) == SOAP_SYNTAX_ERROR || (e) == SOAP_NAMESPACE || (e) == SOAP_DUPLICATE_ID || (e) == SOAP_MISSING_ID || (e) == SOAP_REQUIRED || (e) == SOAP_PROHIBITED || (e) == SOAP_OCCURS || (e) == SOAP_LENGTH || (e) == SOAP_PATTERN || (e) == SOAP_NULL || (e) == SOAP_HREF) #define soap_soap_error_check(e) ((e) == SOAP_CLI_FAULT || (e) == SOAP_SVR_FAULT || (e) == SOAP_VERSIONMISMATCH || (e) == SOAP_MUSTUNDERSTAND || (e) == SOAP_FAULT || (e) == SOAP_NO_METHOD) #define soap_tcp_error_check(e) ((e) == SOAP_EOF || (e) == SOAP_TCP_ERROR) #define soap_ssl_error_check(e) ((e) == SOAP_SSL_ERROR) #define soap_zlib_error_check(e) ((e) == SOAP_ZLIB_ERROR) #define soap_http_error_check(e) ((e) == SOAP_HTTP_ERROR || (e) == SOAP_NO_DATA || ((e) >= SOAP_GET_METHOD && (e) <= SOAP_HTTP_METHOD) || ((e) >= 100 && (e) < 600)) /* gSOAP HTTP response status codes 100 to 599 are reserved */ /* Codes 600 to 999 are user definable */ /* Exceptional gSOAP HTTP server response status codes >= 1000 */ #define SOAP_STOP 1000 /* No HTTP response */ #define SOAP_FORM 1001 /* Request (form) data is present, no HTTP response */ #define SOAP_HTML 1002 /* Custom HTML response */ #define SOAP_FILE 1003 /* Custom file-based response */ /* gSOAP HTTP method codes (client) */ #define SOAP_POST 2000 /* POST request */ #define SOAP_POST_FILE 2001 /* Custom file-based POST request */ #define SOAP_GET 2002 /* GET request */ #define SOAP_PUT 2003 /* PUT request */ #define SOAP_DEL 2004 /* DELETE request */ #define SOAP_CONNECT 2005 /* CONNECT request */ /* gSOAP DIME */ #define SOAP_DIME_CF 0x01 #define SOAP_DIME_ME 0x02 #define SOAP_DIME_MB 0x04 #define SOAP_DIME_VERSION 0x08 /* DIME version 1 */ #define SOAP_DIME_MEDIA 0x10 #define SOAP_DIME_ABSURI 0x20 /* gSOAP ZLIB */ #define SOAP_ZLIB_NONE 0x00 #define SOAP_ZLIB_DEFLATE 0x01 #define SOAP_ZLIB_INFLATE 0x02 #define SOAP_ZLIB_GZIP 0x02 /* gSOAP transport, connection, and content encoding modes */ typedef soap_int32 soap_mode; #define SOAP_IO 0x00000003 /* IO mask */ #define SOAP_IO_FLUSH 0x00000000 /* flush output immediately, no buffering */ #define SOAP_IO_BUFFER 0x00000001 /* buffer output in packets of size SOAP_BUFLEN */ #define SOAP_IO_STORE 0x00000002 /* store entire output to determine length for transport */ #define SOAP_IO_CHUNK 0x00000003 /* use HTTP chunked transfer AND buffer packets */ #define SOAP_IO_UDP 0x00000004 /* TCP or UDP */ #define SOAP_IO_LENGTH 0x00000008 /* calc message length (internal) */ #define SOAP_IO_KEEPALIVE 0x00000010 /* keep connection alive */ #define SOAP_ENC 0x00000FFF /* IO and ENC mask */ #define SOAP_ENC_LATIN 0x00000020 /* in: accept iso-8859-1 */ #define SOAP_ENC_XML 0x00000040 /* out: plain (XML or other) body, no HTTP header */ #define SOAP_ENC_DIME 0x00000080 #define SOAP_ENC_MIME 0x00000100 #define SOAP_ENC_MTOM 0x00000200 #define SOAP_ENC_ZLIB 0x00000400 #define SOAP_ENC_SSL 0x00000800 #define SOAP_XML_STRICT 0x00001000 /* in: strict validation */ #define SOAP_XML_INDENT 0x00002000 /* out: emit indented XML */ #define SOAP_XML_IGNORENS 0x00004000 /* in: ignore namespaces */ #define SOAP_XML_DEFAULTNS 0x00008000 /* out: emit xmlns="..." */ #define SOAP_XML_CANONICAL 0x00010000 /* out: excC14N canonical XML */ #define SOAP_XML_TREE 0x00020000 /* in/out: XML tree (no id/ref) */ #define SOAP_XML_NIL 0x00040000 /* out: all NULLs as xsi:nil */ #define SOAP_XML_NOTYPE 0x00080000 /* out: do not add xsi:type */ #define SOAP_DOM_TREE 0x00100000 /* see DOM manual */ #define SOAP_DOM_NODE 0x00200000 #define SOAP_DOM_ASIS 0x00400000 #define SOAP_RESERVED 0x00800000 /* reserved for future use */ #define SOAP_C_NOIOB 0x01000000 /* don't fault on array index out of bounds (just ignore) */ #define SOAP_C_UTFSTRING 0x02000000 /* (de)serialize strings with UTF8 content */ #define SOAP_C_MBSTRING 0x04000000 /* (de)serialize strings with multi-byte content */ #define SOAP_C_NILSTRING 0x08000000 /* serialize empty strings as nil (omitted) */ #define SOAP_XML_DOM 0x10000000 /* enable internal DOM */ #define SOAP_XML_GRAPH 0x20000000 /* force id-ref XML graph */ #define SOAP_MIME_POSTCHECK 0x40000000 /* MIME flag (internal) */ #define SOAP_SEC_WSUID 0x80000000 /* Add Body wsu:Id flag (internal) */ /* WITH_XMLNS backward compatibility: always use XML default namespaces */ #ifdef WITH_XMLNS # define SOAP_IO_DEFAULT (SOAP_IO_FLUSH | SOAP_XML_DEFAULTNS) #else # define SOAP_IO_DEFAULT SOAP_IO_FLUSH #endif /* SSL client/server authentication settings */ #define SOAP_SSL_NO_AUTHENTICATION 0x0000 /* for testing purposes */ #define SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION 0x0001 /* client requires server to authenticate (default) */ #define SOAP_SSL_REQUIRE_CLIENT_AUTHENTICATION 0x0002 /* server requires client to authenticate */ #define SOAP_SSL_SKIP_HOST_CHECK 0x0004 /* client skips common name check against host name */ #define SOAP_SSL_ALLOW_EXPIRED_CERTIFICATE 0x0008 /* allow self-signed and expired certificates and those w/o CRL */ #define SOAP_SSL_NO_DEFAULT_CA_PATH 0x0010 /* don't use default_verify_paths */ #define SOAP_SSL_RSA 0x0020 /* use RSA */ #define SOAP_TLSv1 0x0000 /* enable TLS v1.0/1.1/1.2 only (default) */ #define SOAP_SSLv3_TLSv1 0x0040 /* enable SSL v3 and TLS v1.0/1.1/1.2 */ #define SOAP_SSLv3 0x0080 /* only SSL v3 */ #define SOAP_TLSv1_0 0x0100 /* only TLS v1.0 */ #define SOAP_TLSv1_1 0x0200 /* only TLS v1.1 */ #define SOAP_TLSv1_2 0x0400 /* only TLS v1.2 */ #define SOAP_SSL_CLIENT 0x1000 /* client context */ #define SOAP_SSL_DEFAULT (SOAP_SSL_REQUIRE_SERVER_AUTHENTICATION | SOAP_TLSv1) /* state */ #define SOAP_NONE 0 #define SOAP_INIT 1 #define SOAP_COPY 2 #define soap_check_state(soap) (!(soap) || ((soap)->state != SOAP_INIT && (soap)->state != SOAP_COPY)) /* parts */ #define SOAP_BEGIN 0 #define SOAP_IN_ENVELOPE 2 #define SOAP_IN_HEADER 3 #define SOAP_END_HEADER 4 #define SOAP_NO_BODY 5 #define SOAP_IN_BODY 6 #define SOAP_END_BODY 7 #define SOAP_END_ENVELOPE 8 #define SOAP_END 9 /* events */ #define SOAP_SEC_BEGIN 1 #define SOAP_SEC_SIGN 2 #define SOAP_SEC_DECRYPT 3 /* DEBUG macros */ #ifndef WITH_LEAN # ifdef DEBUG_STAMP # ifndef DEBUG # define DEBUG # endif # endif # ifdef DEBUG # ifndef SOAP_DEBUG # define SOAP_DEBUG # endif # ifndef SOAP_MEM_DEBUG # define SOAP_MEM_DEBUG # endif # endif #endif #ifdef SOAP_MEM_DEBUG # ifndef SOAP_MALLOC # define SOAP_MALLOC(soap, size) soap_track_malloc((soap), __FILE__, __LINE__, (size)) # endif # ifndef SOAP_FREE # define SOAP_FREE(soap, ptr) soap_track_free((soap), __FILE__, __LINE__, (void*)(ptr)) # endif #endif #ifndef SOAP_MALLOC /* use libc malloc */ # define SOAP_MALLOC(soap, size) malloc(size) #endif #ifndef SOAP_FREE /* use libc free */ # define SOAP_FREE(soap, ptr) free((void*)(ptr)) #endif #ifndef SOAP_NOTHROW # if defined(__GNUC__) && (__GNUC__ <= 2) # define SOAP_NOTHROW # elif defined(WITH_LEAN) || defined(WITH_COMPAT) # define SOAP_NOTHROW # else # define SOAP_NOTHROW (std::nothrow) # endif #endif #if (defined(__GNUC__) && (__GNUC__ <= 2) && !defined(__BORLANDC__)) || defined(__clang__) || defined(_AIX) || defined(AIX) /* old form w/o parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW type # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) type # endif #else /* new form with parenthesis */ # ifndef SOAP_NEW # define SOAP_NEW(type) new SOAP_NOTHROW (type) # endif # ifndef SOAP_NEW_ARRAY # define SOAP_NEW_ARRAY(type, n) new SOAP_NOTHROW type[n] # endif # ifndef SOAP_PLACEMENT_NEW # define SOAP_PLACEMENT_NEW(buf, type) new (buf) (type) # endif #endif #ifndef SOAP_NEW_COPY /* use C++ new operator for ::copy() */ # define SOAP_NEW_COPY(clas) new SOAP_NOTHROW clas #endif #ifndef SOAP_DELETE /* use C++ delete operator */ # define SOAP_DELETE(obj) delete obj #endif #ifndef SOAP_DELETE_ARRAY /* use C++ delete[] operator */ # define SOAP_DELETE_ARRAY(obj) delete[] obj #endif #ifdef SOAP_DEBUG # ifndef SOAP_MESSAGE # define SOAP_MESSAGE fprintf # endif # ifndef DBGLOG # ifdef DEBUG_STAMP # ifdef WIN32 # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ SYSTEMTIME _localTime;\ ::GetLocalTime(&_localTime); \ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%03d|", _localTime.wYear%100, _localTime.wMonth, _localTime.wDay, _localTime.wHour, _localTime.wMinute, _localTime.wSecond, _localTime.wMilliseconds);\ CMD;\ fflush(fdebug);\ }\ }\ } # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ struct timeval _tv;\ struct tm _tm;\ gettimeofday(&_tv, NULL);\ localtime_r(&_tv.tv_sec, &_tm);\ fprintf(fdebug, "%02d%02d%02d %02d:%02d:%02d.%06d|", _tm.tm_year%100, _tm.tm_mon+1, _tm.tm_mday, _tm.tm_hour, _tm.tm_min, _tm.tm_sec, _tv.tv_usec);\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # else # define DBGLOG(DBGFILE, CMD) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { FILE *fdebug = soap->fdebug[SOAP_INDEX_##DBGFILE];\ CMD;\ fflush(fdebug);\ }\ }\ } # endif # endif # ifndef DBGMSG # define DBGMSG(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile((struct soap*)soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { fwrite((void*)(MSG), 1, (size_t)(LEN), soap->fdebug[SOAP_INDEX_##DBGFILE]);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif # ifndef DBGFUN # define DBGFUN(FNAME) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s()\n", __FILE__, __LINE__, FNAME)) # define DBGFUN1(FNAME, FMT, ARG) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT ")\n", __FILE__, __LINE__, FNAME, (ARG))) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2))) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) DBGLOG(TEST, SOAP_MESSAGE(fdebug, "%s(%d): %s(" FMT1 ", " FMT2 ", " FMT3 ")\n", __FILE__, __LINE__, FNAME, (ARG1), (ARG2), (ARG3))) # endif # ifndef DBGHEX # define DBGHEX(DBGFILE, MSG, LEN) \ { if (soap)\ { if (!soap->fdebug[SOAP_INDEX_##DBGFILE])\ soap_open_logfile(soap, SOAP_INDEX_##DBGFILE);\ if (soap->fdebug[SOAP_INDEX_##DBGFILE])\ { int i; char *s;\ for (s = (char*)(MSG), i = (LEN); i; i--)\ fprintf(soap->fdebug[SOAP_INDEX_##DBGFILE], "%2.2X ", (int)*s++&0xFF);\ fflush(soap->fdebug[SOAP_INDEX_##DBGFILE]);\ }\ }\ } # endif #else # define DBGLOG(DBGFILE, CMD) # define DBGMSG(DBGFILE, MSG, LEN) # define DBGFUN(FNAME) # define DBGFUN1(FNAME, FMT, ARG) # define DBGFUN2(FNAME, FMT1, ARG1, FMT2, ARG2) # define DBGFUN3(FNAME, FMT1, ARG1, FMT2, ARG2, FMT3, ARG3) # define DBGHEX(DBGFILE, MSG, LEN) #endif /* UCS-4 requires 32 bits (0-7FFFFFFF, the sign bit is used by gSOAP to distinguish XML entities) */ typedef soap_int32 soap_wchar; /* namespace table row */ struct Namespace { const char *id; const char *ns; const char *in; char *out; }; /* namespace stack */ struct soap_nlist { struct soap_nlist *next; unsigned int level; /* nesting depth level */ short index; /* corresponding entry in ns mapping table */ const char *ns; /* only set when parsed ns URI is not in the ns mapping table */ char id[1]; /* the actual string value flows into the allocated region id[0...] below this struct */ }; /* block header, the data flows into the allocated region below this struct */ struct soap_bhead { struct soap_bhead *next; size_t size; }; /* block stack for nested block allocations */ struct soap_blist { struct soap_blist *next; struct soap_bhead *head; size_t size; }; /* pointer serialization management */ struct soap_plist { struct soap_plist *next; const void *ptr; void *dup; const void *array; /* array pointer */ int size; /* array size */ int type; int id; char mark1; /* 0=single-ref, 1=embedded-multi-ref (SOAP1.1), 2=multi-ref, 3=attachment */ char mark2; }; /* block allocation for pointer serialization management */ struct soap_pblk { struct soap_pblk *next; struct soap_plist plist[SOAP_PTRBLK]; }; #ifdef SOAP_MEM_DEBUG /* malloc/free tracking for debugging */ struct soap_mlist { struct soap_mlist *next; const void *ptr; const char *file; int line; short live; }; #endif /* class allocation list */ struct soap_clist { struct soap_clist *next; void *ptr; int type; int size; /* array size */ int (*fdelete)(struct soap_clist*); }; /* attributes */ struct soap_attribute { struct soap_attribute *next; short flag; /* soap_set_attr: 1 = normal, 2 = utf content */ char *value; size_t size; const char *ns; short visible; char name[1]; /* the actual name string flows into the allocated region below this struct */ }; #ifndef WITH_LEAN struct soap_cookie { struct soap_cookie *next; char *name; char *value; char *domain; char *path; time_t expire; /* client-side: local time to expire */ long maxage; /* server-side: seconds to expire */ unsigned int version; short secure; short session; /* server-side */ short env; /* server-side: got cookie from client and should not be (re)send */ short modified; /* server-side: client cookie was modified and should be send */ }; #endif SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_next_multipart(struct soap_multipart*); #ifdef __cplusplus class soap_multipart_iterator { public: struct soap_multipart *content; bool operator==(const soap_multipart_iterator& iter) const { return (bool)(content == iter.content); } bool operator!=(const soap_multipart_iterator& iter) const { return (bool)(content != iter.content); } struct soap_multipart &operator*() const { return *content; } soap_multipart_iterator &operator++() { content = soap_next_multipart(content); return *this; } soap_multipart_iterator() : content(NULL) { } soap_multipart_iterator(struct soap_multipart *p) : content(p) { } }; #endif #ifndef WITH_LEANER struct soap_dime { size_t count; size_t size; size_t chunksize; size_t buflen; char flags; char *ptr; const char *id; const char *type; const char *options; struct soap_multipart *list; /* list of DIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER struct soap_mime { char *boundary; /* MIME boundary */ const char *start; /* MIME start ID */ struct soap_multipart *list; /* list of MIME attachments received */ struct soap_multipart *first, *last; /* temporary in/out queue */ #ifdef __cplusplus soap_multipart_iterator begin() { soap_multipart_iterator iter(list); return iter; }; soap_multipart_iterator end() { soap_multipart_iterator iter(NULL); return iter; }; #endif }; #endif #ifndef WITH_LEANER /* RFC2045 MIME content transfer encodings */ enum soap_mime_encoding { SOAP_MIME_NONE, SOAP_MIME_7BIT, SOAP_MIME_8BIT, SOAP_MIME_BINARY, SOAP_MIME_QUOTED_PRINTABLE, SOAP_MIME_BASE64, SOAP_MIME_IETF_TOKEN, SOAP_MIME_X_TOKEN }; #endif #ifndef WITH_LEANER /* DIME/MIME multipart list */ struct soap_multipart { struct soap_multipart *next; char *ptr; /* points to raw data content */ size_t size; /* size of data content */ const char *id; /* DIME/MIME content ID or form data name */ const char *type; /* DIME/MIME type (MIME type format) */ const char *options; /* DIME options */ enum soap_mime_encoding encoding; /* MIME Content-Transfer-Encoding */ const char *location; /* MIME Content-Location (optional) */ const char *description; /* MIME Content-Description (optional) */ #ifdef __cplusplus typedef soap_multipart_iterator iterator; #endif }; #endif #ifndef WITH_LEANER /* attachment DIME and MTOM XOP forwarding */ struct soap_xlist { struct soap_xlist *next; unsigned char **ptr; int *size; char *id; char **type; char **options; }; #endif /******************************************************************************/ #ifndef WITH_LEANER /* dom.c[pp] functions (optional, compile and link dom.c[pp] */ struct soap; struct soap_dom_element; struct soap_dom_attribute; /* soap_dom_element construction */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_set_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt(struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt(struct soap_dom_element *elt, const char *ns, const char *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth_elt_w(struct soap_dom_element *elt, const char *ns, const wchar_t *tag, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_nth(struct soap_dom_element *elt, size_t n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_att(struct soap_dom_element *elt, const struct soap_dom_attribute *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elt(struct soap_dom_element *elt, const struct soap_dom_element *node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_atts(struct soap_dom_element *elt, const struct soap_dom_attribute *atts); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_add_elts(struct soap_dom_element *elt, const struct soap_dom_element *elts); /* soap_dom_element assignment */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_bool(struct soap_dom_element *elt, LONG64 b); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_int(struct soap_dom_element *elt, LONG64 n); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_double(struct soap_dom_element *elt, double x); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text(struct soap_dom_element *elt, const char *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_text_w(struct soap_dom_element *elt, const wchar_t *text); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_node(struct soap_dom_element *elt, const void *node, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_copy(struct soap_dom_element *elt, const struct soap_dom_element *node); /* soap_dom_element properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_match_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_ns(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_tag(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_true(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_is_false(const struct soap_dom_element *elt); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_int(const struct soap_dom_element *elt); SOAP_FMAC1 long SOAP_FMAC2 soap_elt_get_long(const struct soap_dom_element *elt); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_elt_get_LONG64(const struct soap_dom_element *elt); SOAP_FMAC1 double SOAP_FMAC2 soap_elt_get_double(const struct soap_dom_element *elt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_elt_get_text(const struct soap_dom_element *elt); SOAP_FMAC1 const void * SOAP_FMAC2 soap_elt_get_node(const struct soap_dom_element *elt, int type); SOAP_FMAC1 int SOAP_FMAC2 soap_elt_get_type(const struct soap_dom_element *elt, const void **node); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_parent(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_depth(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_index(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_len(const struct soap_dom_element *elt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_nth(const struct soap_dom_element *elt); /* soap_dom_attribute construction */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new(struct soap *soap, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_new_w(struct soap *soap, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_set_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add(struct soap_dom_attribute *att, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_add_w(struct soap_dom_attribute *att, const char *ns, const wchar_t *tag); /* soap_dom_attribute assignment */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_bool(struct soap_dom_attribute *att, LONG64 b); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_int(struct soap_dom_attribute *att, LONG64 n); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_double(struct soap_dom_attribute *att, double x); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text(struct soap_dom_attribute *att, const char *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_text_w(struct soap_dom_attribute *att, const wchar_t *text); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_copy(struct soap_dom_attribute *att, const struct soap_dom_attribute *node); /* soap_dom_attribute properties */ SOAP_FMAC1 int SOAP_FMAC2 soap_att_match(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 int SOAP_FMAC2 soap_att_match_w(const struct soap_dom_attribute *att, const char *ns, const wchar_t *patt); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_ns(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_tag(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_true(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_is_false(const struct soap_dom_attribute *att); SOAP_FMAC1 int SOAP_FMAC2 soap_att_get_int(const struct soap_dom_attribute *att); SOAP_FMAC1 long SOAP_FMAC2 soap_att_get_long(const struct soap_dom_attribute *att); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_att_get_LONG64(const struct soap_dom_attribute *att); SOAP_FMAC1 double SOAP_FMAC2 soap_att_get_double(const struct soap_dom_attribute *att); SOAP_FMAC1 const char * SOAP_FMAC2 soap_att_get_text(const struct soap_dom_attribute *att); /* DOM local traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_next(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_first(struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_next(const struct soap_dom_element *elt); /* DOM local retrieval */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get(const struct soap_dom_element *elt, const char *ns, const char *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_w(const struct soap_dom_element *elt, const char *ns, const wchar_t *tag); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_next(const struct soap_dom_element *elt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_get_nth(struct soap_dom_element *elt, size_t n); /* DOM local search */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_att_find_next(const struct soap_dom_attribute *att, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next(const struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_elt_find_next_type(const struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM size of local search results */ SOAP_FMAC1 size_t SOAP_FMAC2 soap_att_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size(struct soap_dom_element *elt, const char *ns, const char *patt); SOAP_FMAC1 size_t SOAP_FMAC2 soap_elt_size_type(struct soap_dom_element *elt, const char *ns, const char *patt, int type); /* DOM deep traversal */ SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dom_next_attribute(const struct soap_dom_attribute *att); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_next_element(const struct soap_dom_element *elt, const struct soap_dom_element *end); /* DOM deep search */ SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find(struct soap_dom_element *begin, const struct soap_dom_element *end, const char *ns, const char *patt, int type); SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dom_find_next(const struct soap_dom_element *elt, const struct soap_dom_element *end, const char *ns, const char *patt, int type); #endif #if defined(__cplusplus) } #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_attribute_iterator { public: struct soap_dom_attribute *iter; const char *nstr; const char *name; bool operator==(const soap_dom_attribute_iterator&) const; bool operator!=(const soap_dom_attribute_iterator&) const; struct soap_dom_attribute& operator*() const; struct soap_dom_attribute *operator->() const; soap_dom_attribute_iterator& operator++(); soap_dom_attribute_iterator operator++(int); soap_dom_attribute_iterator(); soap_dom_attribute_iterator(struct soap_dom_attribute*); ~soap_dom_attribute_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_attribute { struct soap_dom_attribute *next; const char *nstr; const char *name; const char *text; struct soap *soap; #ifdef __cplusplus typedef soap_dom_attribute_iterator iterator; soap_dom_attribute(struct soap *soap = NULL); soap_dom_attribute(const soap_dom_attribute& att); soap_dom_attribute(struct soap *soap, const char *tag); soap_dom_attribute(struct soap *soap, const wchar_t *tag); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_attribute(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); ~soap_dom_attribute(); soap_dom_attribute& set(const char *ns, const char *tag) { return *soap_att_set(this, ns, tag); } soap_dom_attribute& set(const char *ns, const wchar_t *tag) { return *soap_att_set_w(this, ns, tag); } soap_dom_attribute& set(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& set(int n) { return *soap_att_int(this, n); } soap_dom_attribute& set(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& set(float x) { return *soap_att_double(this, x); } soap_dom_attribute& set(double x) { return *soap_att_double(this, x); } soap_dom_attribute& set(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& set(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& set(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& set(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(bool b) { return *soap_att_bool(this, b); } soap_dom_attribute& operator=(int n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(LONG64 n) { return *soap_att_int(this, n); } soap_dom_attribute& operator=(float x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(double x) { return *soap_att_double(this, x); } soap_dom_attribute& operator=(const char *text) { return *soap_att_text(this, text); } soap_dom_attribute& operator=(const wchar_t *text) { return *soap_att_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_attribute& operator=(const std::string& text) { return *soap_att_text(this, text.c_str()); } soap_dom_attribute& operator=(const std::wstring& text) { return *soap_att_text_w(this, text.c_str()); } #endif soap_dom_attribute& operator=(const soap_dom_attribute& att) { return *soap_att_copy(this, &att); } soap_dom_attribute& att(const char *tag) { return *soap_att_add(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_add_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att_add(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_add_w(this, ns, tag); } bool match(const char *patt) const { return soap_att_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_att_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_att_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_att_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } bool is_true() const { return soap_att_is_true(this) != 0; } bool is_false() const { return soap_att_is_false(this) != 0; } LONG64 get_int() const { return soap_att_get_LONG64(this); } double get_double() const { return soap_att_get_double(this); } const char *get_text() const { return this->text; } operator bool() const { return soap_att_is_true(this) != 0; } operator int() const { return soap_att_get_int(this); } operator LONG64() const { return soap_att_get_LONG64(this); } operator double() const { return soap_att_get_double(this); } operator const char*() const { return this->text; } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif #ifndef WITH_LEANER #ifdef __cplusplus class soap_dom_element_iterator { public: struct soap_dom_element *iter; struct soap_dom_element *stop; const char *nstr; const char *name; int type; bool deep; bool operator==(const soap_dom_element_iterator&) const; bool operator!=(const soap_dom_element_iterator&) const; struct soap_dom_element& operator*() const; struct soap_dom_element *operator->() const; soap_dom_element_iterator& operator++(); soap_dom_element_iterator operator++(int); soap_dom_element_iterator(); soap_dom_element_iterator(struct soap_dom_element*); ~soap_dom_element_iterator(); }; #endif #endif #ifndef WITH_LEANER struct soap_dom_element { struct soap_dom_element *next; struct soap_dom_element *prnt; struct soap_dom_element *elts; struct soap_dom_attribute *atts; const char *nstr; const char *name; const char *lead; const char *text; const char *code; const char *tail; const void *node; int type; struct soap *soap; #ifdef __cplusplus typedef soap_dom_element_iterator iterator; soap_dom_element(struct soap *soap = NULL); soap_dom_element(const soap_dom_element& elt); soap_dom_element(struct soap *soap, const char *tag); soap_dom_element(struct soap *soap, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const wchar_t *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const char *text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const wchar_t *text); #ifndef WITH_COMPAT soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const char *tag, const std::wstring& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::string& text); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const std::wstring& text); #endif soap_dom_element(struct soap *soap, const char *ns, const char *tag, const void *node, int type); soap_dom_element(struct soap *soap, const char *ns, const wchar_t *tag, const void *node, int type); ~soap_dom_element(); soap_dom_element& set(const char *ns, const char *tag) { return *soap_elt_set(this, ns, tag); } soap_dom_element& set(const char *ns, const wchar_t *tag) { return *soap_elt_set_w(this, ns, tag); } soap_dom_element& set(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& set(int n) { return *soap_elt_int(this, n); } soap_dom_element& set(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& set(float x) { return *soap_elt_double(this, x); } soap_dom_element& set(double x) { return *soap_elt_double(this, x); } soap_dom_element& set(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& set(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& set(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& set(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& set(const void *node, int type) { return *soap_elt_node(this, node, type); } soap_dom_element& add(soap_dom_element& elt) { return *soap_add_elt(this, &elt); } soap_dom_element& add(soap_dom_element *elt) { return *soap_add_elt(this, elt); } soap_dom_element& add(soap_dom_attribute& att) { return *soap_add_att(this, &att); } soap_dom_element& add(soap_dom_attribute *att) { return *soap_add_att(this, att); } soap_dom_element& adds(soap_dom_element& elts) { return *soap_add_elts(this, &elts); } soap_dom_element& adds(soap_dom_element *elts) { return *soap_add_elts(this, elts); } soap_dom_element& adds(soap_dom_attribute& atts) { return *soap_add_atts(this, &atts); } soap_dom_element& adds(soap_dom_attribute *atts) { return *soap_add_atts(this, atts); } soap_dom_element& operator=(bool b) { return *soap_elt_bool(this, b); } soap_dom_element& operator=(int n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(LONG64 n) { return *soap_elt_int(this, n); } soap_dom_element& operator=(float x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(double x) { return *soap_elt_double(this, x); } soap_dom_element& operator=(const char *text) { return *soap_elt_text(this, text); } soap_dom_element& operator=(const wchar_t *text) { return *soap_elt_text_w(this, text); } #ifndef WITH_COMPAT soap_dom_element& operator=(const std::string& text) { return *soap_elt_text(this, text.c_str()); } soap_dom_element& operator=(const std::wstring& text) { return *soap_elt_text_w(this, text.c_str()); } #endif soap_dom_element& operator=(const soap_dom_element& elt) { return *soap_elt_copy(this, &elt); } template soap_dom_element& operator=(const T& node) { return this->set(&node, node.soap_type()); } template soap_dom_element& operator=(const T *node) { return this->set(node, node->soap_type()); } template soap_dom_element& operator=(T *node) { return this->set(node, node->soap_type()); } soap_dom_attribute& att(const char *tag) { return *soap_att(this, NULL, tag); } soap_dom_attribute& att(const wchar_t *tag) { return *soap_att_w(this, NULL, tag); } soap_dom_attribute& att(const char *ns, const char *tag) { return *soap_att(this, ns, tag); } soap_dom_attribute& att(const char *ns, const wchar_t *tag) { return *soap_att_w(this, ns, tag); } soap_dom_element& elt() { return *soap_elt(this, NULL, NULL); } soap_dom_element& elt(const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& elt(const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& elt(const char *ns, const char *tag) { return *soap_elt(this, ns, tag); } soap_dom_element& elt(const char *ns, const wchar_t *tag) { return *soap_elt_w(this, ns, tag); } soap_dom_element& operator[](const char *tag) { return *soap_elt(this, NULL, tag); } soap_dom_element& operator[](const wchar_t *tag) { return *soap_elt_w(this, NULL, tag); } soap_dom_element& operator[](size_t n) { return *soap_nth(this, n); } soap_dom_attribute *att_get(const char *tag) const { return soap_att_get(this, NULL, tag); } soap_dom_attribute *att_get(const wchar_t *tag) const { return soap_att_get_w(this, NULL, tag); } soap_dom_attribute *att_get(const char *ns, const char *tag) const { return soap_att_get(this, ns, tag); } soap_dom_attribute *att_get(const char *ns, const wchar_t *tag) const { return soap_att_get_w(this, ns, tag); } soap_dom_element *elt_get() const { return soap_elt_get(this, NULL, NULL); } soap_dom_element *elt_get(const char *tag) const { return soap_elt_get(this, NULL, tag); } soap_dom_element *elt_get(const wchar_t *tag) const { return soap_elt_get_w(this, NULL, tag); } soap_dom_element *elt_get(const char *ns, const char *tag) const { return soap_elt_get(this, ns, tag); } soap_dom_element *elt_get(const char *ns, const wchar_t *tag) const { return soap_elt_get_w(this, ns, tag); } soap_dom_element *get_next() const { return soap_elt_get_next(this); } soap_dom_element *get_nth(size_t n) { return soap_elt_get_nth(this, n); } bool match(const char *patt) const { return soap_elt_match(this, NULL, patt) != 0; } bool match(const wchar_t *patt) const { return soap_elt_match_w(this, NULL, patt) != 0; } bool match(const char *ns, const char *patt) const { return soap_elt_match(this, ns, patt) != 0; } bool match(const char *ns, const wchar_t *patt) const { return soap_elt_match_w(this, ns, patt) != 0; } const char *ns() const { return this->nstr; } const char *tag() const { return this->name; } soap_dom_element *parent() { return this->prnt; } size_t depth() const { return soap_elt_depth(this); } size_t index() const { return soap_elt_index(this); } size_t len() const { return soap_elt_len(this); } size_t nth() const { return soap_elt_nth(this); } size_t elt_size() { return soap_elt_size(this, NULL, NULL); } size_t elt_size(const char *patt, int type = 0) { return elt_size(NULL, patt, type); } size_t elt_size(const char *ns, const char *patt, int type = 0) { return soap_elt_size_type(this, ns, patt, type); } size_t att_size() { return soap_att_size(this, NULL, NULL); } size_t att_size(const char *patt) { return att_size(NULL, patt); } #ifndef WITH_COMPAT size_t att_size(const std::string& patt) { return att_size(NULL, patt); } #endif size_t att_size(const char *ns, const char *patt) { return soap_att_size(this, ns, patt); } #ifndef WITH_COMPAT size_t att_size(const char *ns, const std::string& patt) { return soap_att_size(this, ns, patt.c_str()); } #endif bool is_true() const { return soap_elt_is_true(this) != 0; } bool is_false() const { return soap_elt_is_false(this) != 0; } LONG64 get_int() const { return soap_elt_get_LONG64(this); } double get_double() const { return soap_elt_get_double(this); } const char *get_text() const { return this->text; } const void *get_node(int type) const { return soap_elt_get_node(this, type); } int get_type(const void **node) const { return soap_elt_get_type(this, node); } operator bool() const { return soap_elt_is_true(this) != 0; } operator int() const { return soap_elt_get_int(this); } operator LONG64() const { return soap_elt_get_LONG64(this); } operator double() const { return soap_elt_get_double(this); } operator const char*() const { return this->text; } soap_dom_element_iterator begin(); soap_dom_element_iterator end() { return soap_dom_element_iterator(NULL); } soap_dom_element_iterator elt_begin() { return soap_dom_element_iterator(this->elts); } soap_dom_element_iterator elt_end() { return soap_dom_element_iterator(NULL); } soap_dom_attribute_iterator att_begin() { return soap_dom_attribute_iterator(this->atts); } soap_dom_attribute_iterator att_end() { return soap_dom_attribute_iterator(NULL); } soap_dom_element_iterator find(const char *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const wchar_t *patt, int type = 0) { return find(NULL, patt, type); } soap_dom_element_iterator find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator find(int type); soap_dom_element_iterator elt_find(const char *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const wchar_t *patt, int type = 0) { return elt_find(NULL, patt, type); } soap_dom_element_iterator elt_find(const char *ns, const char *patt, int type = 0); soap_dom_element_iterator elt_find(const char *ns, const wchar_t *patt, int type = 0); soap_dom_element_iterator elt_find(int type); soap_dom_attribute_iterator att_find(const char *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const wchar_t *patt) { return att_find(NULL, patt); } soap_dom_attribute_iterator att_find(const char *ns, const char *patt); soap_dom_attribute_iterator att_find(const char *ns, const wchar_t *patt); void unlink(); #endif }; #endif SOAP_FMAC1 struct soap_dom_element * SOAP_FMAC2 soap_dup_xsd__anyType(struct soap *soap, struct soap_dom_element *d, const struct soap_dom_element *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyType(const struct soap_dom_element *a); SOAP_FMAC1 struct soap_dom_attribute * SOAP_FMAC2 soap_dup_xsd__anyAttribute(struct soap *soap, struct soap_dom_attribute *d, const struct soap_dom_attribute *a); SOAP_FMAC1 void SOAP_FMAC2 soap_del_xsd__anyAttribute(const struct soap_dom_attribute *a); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element *out); #if defined(__cplusplus) && !defined(WITH_COMPAT) extern std::ostream &operator<<(std::ostream&, const struct soap_dom_element&); extern std::istream &operator>>(std::istream&, struct soap_dom_element&); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element *in, struct soap_dom_element& out); SOAP_FMAC1 int SOAP_FMAC2 soap_dom_call(struct soap *soap, const char *endpoint, const char *action, const struct soap_dom_element& in, struct soap_dom_element *out); #endif #if defined(__cplusplus) extern "C" { #endif /******************************************************************************/ #ifdef WIN32 # ifdef SOAP_STD_EXPORTS # define SOAP_STD_API __declspec(dllexport) # else # define SOAP_STD_API # endif #else # define SOAP_STD_API #endif struct SOAP_STD_API soap { short state; /* 0 = uninitialized, 1 = initialized, 2 = copy of another soap struct */ short version; /* 1 = SOAP1.1 and 2 = SOAP1.2 (set automatically from namespace URI in nsmap table), 0 indicates non-SOAP content */ soap_mode mode; soap_mode imode; soap_mode omode; const char *float_format; /* user-definable format string for floats (<1024 chars) */ const char *double_format; /* user-definable format string for doubles (<1024 chars) */ const char *long_double_format; /* user-definable format string for long doubles (<1024 chars) */ const char *dime_id_format; /* user-definable format string for integer DIME id ( 0, gives socket recv timeout in seconds, < 0 in usec */ int send_timeout; /* when > 0, gives socket send timeout in seconds, < 0 in usec */ int connect_timeout; /* when > 0, gives socket connect() timeout in seconds, < 0 in usec */ int accept_timeout; /* when > 0, gives socket accept() timeout in seconds, < 0 in usec */ int socket_flags; /* socket recv() and send() flags, e.g. set to MSG_NOSIGNAL to disable sigpipe */ int connect_flags; /* connect() SOL_SOCKET sockopt flags, e.g. set to SO_DEBUG to debug socket */ int bind_flags; /* bind() SOL_SOCKET sockopt flags, e.g. set to SO_REUSEADDR to enable reuse */ int accept_flags; /* accept() SOL_SOCKET sockopt flags */ unsigned short linger_time; /* linger time for SO_LINGER option */ const struct Namespace *namespaces; /* Pointer to global namespace mapping table */ struct Namespace *local_namespaces; /* Local namespace mapping table */ struct soap_nlist *nlist; /* namespace stack */ struct soap_blist *blist; /* block allocation stack */ struct soap_clist *clist; /* class instance allocation list */ void *alist; /* memory allocation (malloc) list */ short shaky; /* objects in reallocatable containers are on shaky grounds */ #if !defined(WITH_LEANER) || !defined(WITH_NOIDREF) struct soap_ilist *iht[SOAP_IDHASH]; #endif struct soap_plist *pht[SOAP_PTRHASH]; struct soap_pblk *pblk; /* plist block allocation */ short pidx; /* plist block allocation */ struct SOAP_ENV__Header *header; struct SOAP_ENV__Fault *fault; int idnum; void *user; /* for user to pass user-defined data to callbacks */ void *data[4]; /* extension data = {smdevp, mecevp, ...} */ struct soap_plugin *plugins; /* linked list of plug-in data */ const char *userid; /* HTTP Basic authorization userid */ const char *passwd; /* HTTP Basic authorization passwd */ const char *authrealm; /* HTTP authentication realm (NTLM domain) */ #if !defined(WITH_LEAN) || defined(WITH_NTLM) const char *ntlm_challenge; /* HTTP NTLM challenge key string */ short ntlm_auth; /* HTTP NTLM authentication type */ short ntlm_stage; /* HTTP NTLM stage 0..3 */ #endif int (*fpost)(struct soap*, const char*, const char*, int, const char*, const char*, size_t); int (*fget)(struct soap*); /* HTTP GET hook (not set by default) */ int (*fput)(struct soap*); /* HTTP PUT hook (handled as POST by default) */ int (*fdel)(struct soap*); /* HTTP DELETE hook (not set by default) */ int (*fopt)(struct soap*); /* HTTP OPTIONS hook (not set by default) */ int (*fhead)(struct soap*); /* HTTP HEAD hook (not set by default) */ int (*fform)(struct soap*); /* HTTP/HTML form handler for plugins */ int (*fposthdr)(struct soap*, const char*, const char*); int (*fresponse)(struct soap*, int, size_t); int (*fparse)(struct soap*); int (*fparsehdr)(struct soap*, const char*, const char*); int (*fheader)(struct soap*); int (*fresolve)(struct soap*, const char*, struct in_addr* inaddr); int (*fconnect)(struct soap*, const char*, const char*, int); int (*fdisconnect)(struct soap*); int (*fclosesocket)(struct soap*, SOAP_SOCKET); int (*fshutdownsocket)(struct soap*, SOAP_SOCKET, int); SOAP_SOCKET (*fopen)(struct soap*, const char*, const char*, int); SOAP_SOCKET (*faccept)(struct soap*, SOAP_SOCKET, struct sockaddr*, int *n); int (*fclose)(struct soap*); int (*fsend)(struct soap*, const char*, size_t); size_t (*frecv)(struct soap*, char*, size_t); int (*fpoll)(struct soap*); void (*fseterror)(struct soap*, const char **c, const char **s); int (*fignore)(struct soap*, const char*); int (*fserveloop)(struct soap*); void *(*fplugin)(struct soap*, const char*); void *(*fmalloc)(struct soap*, size_t); #ifndef WITH_LEANER int (*fsvalidate)(struct soap*, const char*, const char*); int (*fwvalidate)(struct soap*, const char*, const wchar_t*); int (*feltbegin)(struct soap*, const char*); int (*feltendin)(struct soap*, const char*, const char*); int (*feltbegout)(struct soap*, const char*); int (*feltendout)(struct soap*, const char*); int (*fprepareinitsend)(struct soap*); int (*fprepareinitrecv)(struct soap*); int (*fpreparesend)(struct soap*, const char*, size_t); int (*fpreparerecv)(struct soap*, const char*, size_t); int (*fpreparefinalsend)(struct soap*); int (*fpreparefinalrecv)(struct soap*); int recverror; /* last soap_recv_raw error code for filterrecv */ int (*ffiltersend)(struct soap*, const char**, size_t*); int (*ffilterrecv)(struct soap*, char*, size_t*, size_t); void *(*fdimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fdimewriteopen)(struct soap*, const char*, const char*, const char*); void (*fdimereadclose)(struct soap*, void*); void (*fdimewriteclose)(struct soap*, void*); size_t (*fdimeread)(struct soap*, void*, char*, size_t); int (*fdimewrite)(struct soap*, void*, const char*, size_t); void *(*fmimereadopen)(struct soap*, void*, const char*, const char*, const char*); void *(*fmimewriteopen)(struct soap*, void*, const char*, const char*, const char*, enum soap_mime_encoding); void (*fmimereadclose)(struct soap*, void*); void (*fmimewriteclose)(struct soap*, void*); size_t (*fmimeread)(struct soap*, void*, char*, size_t); int (*fmimewrite)(struct soap*, void*, const char*, size_t); #endif SOAP_SOCKET master; /* socket bound to TCP/IP port */ SOAP_SOCKET socket; /* socket to send and receive */ SOAP_SOCKET sendsk; /* socket to send (overrides ::socket) */ SOAP_SOCKET recvsk; /* socket to receive (overrides ::socket) */ #if defined(__cplusplus) && !defined(WITH_COMPAT) std::ostream *os; /* C++ only: ostream to send */ std::istream *is; /* C++ only: istream to receive */ #else const char **os; /* C only: pointer to a const char*, will be set to point to the string output */ const char *is; /* C only: a const char* to read from (soap->is will advance) */ #endif #ifndef UNDER_CE int sendfd; /* int file descriptor for sending */ int recvfd; /* int file descriptor for receiving */ #else FILE *sendfd; /* WinCE FILE* to send */ FILE *recvfd; /* WinCE FILE* to receive */ #endif size_t bufidx; /* index in soap.buf[] */ size_t buflen; /* length of soap.buf[] content */ soap_wchar ahead; /* parser lookahead */ short cdata; /* CDATA parser state */ short body; /* HTTP or XML element has a body (1) or not (0) */ unsigned int level; /* XML nesting level */ size_t count; /* message length counter */ size_t length; /* message length as set by HTTP header */ char *labbuf; /* look-aside buffer */ size_t lablen; /* look-aside buffer allocated length */ size_t labidx; /* look-aside buffer index to available part */ char buf[SOAP_BUFLEN];/* send and receive buffer */ char msgbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers and short messages, must be >=1024 bytes */ char tmpbuf[SOAP_TMPLEN]; /* in/out buffer for HTTP/MIME headers, simpleType values, element and attribute tag names, and DIME must be >=1024 bytes */ char tag[SOAP_TAGLEN]; char id[SOAP_TAGLEN]; char href[SOAP_TAGLEN]; char type[SOAP_TAGLEN]; char arrayType[SOAP_TAGLEN]; char arraySize[SOAP_TAGLEN]; char arrayOffset[SOAP_TAGLEN]; short other; short root; int position; int positions[SOAP_MAXDIMS]; struct soap_attribute *attributes; /* attribute list */ short encoding; /* when set, output encodingStyle */ short mustUnderstand; /* a mustUnderstand element was parsed or is output */ short null; /* parsed XML is xsi:nil */ short ns; /* zero to output all xmlns */ short part; /* SOAP part state (header or body) */ short event; /* engine events and states for use by plugins */ short peeked; unsigned int evlev; /* event level */ int alloced; size_t chunksize; size_t chunkbuflen; char endpoint[SOAP_TAGLEN]; char path[SOAP_TAGLEN]; char host[SOAP_TAGLEN]; char *action; const char *prolog; /* XML declaration prolog */ unsigned long ip; /* IP number */ int port; /* port number */ short keep_alive; /* connection should be kept open */ short tcp_keep_alive; /* enable SO_KEEPALIVE */ unsigned int tcp_keep_idle; /* set TCP_KEEPIDLE */ unsigned int tcp_keep_intvl; /* set TCP_KEEPINTVL */ unsigned int tcp_keep_cnt; /* set TCP_KEEPCNT */ unsigned int max_keep_alive; /* maximum keep-alive session (default=100) */ const char *proxy_http_version;/* HTTP version of proxy "1.0" or "1.1" */ const char *proxy_host; /* Proxy Server host name */ int proxy_port; /* Proxy Server port (default = 8080) */ const char *proxy_userid; /* Proxy Authorization user name */ const char *proxy_passwd; /* Proxy Authorization password */ const char *proxy_from; /* X-Forwarding-For header returned by proxy */ int status; /* -1 when request, else error code to be returned by server */ int error; int errmode; int errnum; #ifndef WITH_LEANER struct soap_dom_element *dom; struct soap_dime dime; struct soap_mime mime; struct soap_xlist *xlist; #endif #if !defined(WITH_LEAN) || defined(SOAP_DEBUG) const char *logfile[SOAP_MAXLOGS]; FILE *fdebug[SOAP_MAXLOGS]; struct soap_mlist *mht[SOAP_PTRHASH]; #endif #ifndef WITH_LEAN const char *wsuid; /* space-separated string of element tags */ const char *c14nexclude; /* space-separated string of prefixes for c14n exclusion */ const char *c14ninclude; /* space-separated string of prefixes for c14n inclusion */ struct soap_cookie *cookies; const char *cookie_domain; const char *cookie_path; int cookie_max; #endif #ifndef WITH_NOIO unsigned int ipv6_multicast_if; /* in_addr_t in6addr->sin6_scope_id IPv6 value */ char* ipv4_multicast_if; /* IP_MULTICAST_IF IPv4 setsockopt interface_addr */ unsigned char ipv4_multicast_ttl; /* IP_MULTICAST_TTL value 0..255 */ union { struct sockaddr addr; struct sockaddr_in in; struct sockaddr_storage storage; } peer; /* set by soap_connect/soap_accept and by UDP recv */ #endif size_t peerlen; #if defined(WITH_OPENSSL) /* OpenSSL */ int (*fsslauth)(struct soap*); int (*fsslverify)(int, X509_STORE_CTX*); BIO *bio; SSL *ssl; SSL_CTX *ctx; SSL_SESSION *session; const char *dhfile; const char *randfile; #elif defined(WITH_GNUTLS) /* GNUTLS */ int (*fsslauth)(struct soap*); void *fsslverify; gnutls_certificate_credentials_t xcred; /* cert pointer */ gnutls_anon_client_credentials_t acred; /* anon pointer */ gnutls_priority_t cache; /* priority cache pointer */ gnutls_session_t session; /* session pointer */ gnutls_dh_params_t dh_params; gnutls_rsa_params_t rsa_params; #elif defined(WITH_SYSTEMSSL) /* SYSTEM SSL */ int (*fsslauth)(struct soap*); void *fsslverify; /* N/A */ void *bio; /* N/A */ gsk_handle ctx; /* environment */ gsk_handle ssl; /* ssl socket */ void *session; /* N/A */ const char *dhfile; /* N/A */ const char *randfile; /* N/A */ #else /* No SSL/TLS */ void *fsslauth; /* dummy members, to preserve struct size */ void *fsslverify; void *bio; void *ssl; void *ctx; void *session; void *dh_params; void *rsa_params; #endif unsigned short ssl_flags; const char *keyfile; const char *keyid; const char *password; const char *cafile; const char *capath; const char *crlfile; char session_host[SOAP_TAGLEN]; int session_port; #ifdef WITH_C_LOCALE # ifdef WIN32 _locale_t c_locale; /* set to C locale by default */ # else locale_t c_locale; /* set to C locale by default */ # endif #else void *c_locale; #endif #ifdef WITH_ZLIB z_stream *d_stream; /* decompression stream */ uLong z_crc; /* internal gzip crc */ #else void *d_stream; /* dummy members, to preserve struct size */ soap_int32 z_crc; #endif const char *z_dict; /* support for zlib static dictionaries */ unsigned int z_dict_len; short zlib_state; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_INFLATE */ short zlib_in; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ short zlib_out; /* SOAP_ZLIB_NONE, SOAP_ZLIB_DEFLATE, or SOAP_ZLIB_GZIP */ char *z_buf; /* buffer */ size_t z_buflen; unsigned short z_level; /* compression level to be used (0=none, 1=fast to 9=best) */ float z_ratio_in; /* detected compression ratio compressed_length/length of inbound message */ float z_ratio_out; /* detected compression ratio compressed_length/length of outbound message */ #ifdef WMW_RPM_IO /* VxWorks */ void *rpmreqid; #endif #ifdef __cplusplus soap(); soap(soap_mode); soap(soap_mode, soap_mode); soap(const struct soap&); struct soap& operator=(const struct soap&); ~soap(); /* no virtual methods, so sizeof(soap) is same in C and C++ */ #endif }; struct soap_code_map { LONG64 code; const char *string; }; /* forwarding list */ struct soap_flist { struct soap_flist *next; int type; void *ptr; unsigned int level; size_t index; void (*finsert)(struct soap*, int, int, void*, size_t, const void*, void**); }; /* id-ref forwarding list */ struct soap_ilist { struct soap_ilist *next; int type; size_t size; void *ptr; void **spine; void *link; void *copy; struct soap_flist *flist; void *smart; short shaky; char id[1]; /* the actual id string value flows into the allocated region below this struct */ }; struct soap_plugin { struct soap_plugin *next; const char *id; void *data; int (*fcopy)(struct soap *soap, struct soap_plugin *dst, struct soap_plugin *src); void (*fdelete)(struct soap *soap, struct soap_plugin *p); /* should delete fields of plugin only and not free(p) */ }; extern SOAP_NMAC struct Namespace namespaces[]; #ifndef WITH_LEAN # define soap_get0(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx]) # define soap_get1(soap) (((soap)->bufidx>=(soap)->buflen && soap_recv(soap)) ? EOF : (unsigned char)(soap)->buf[(soap)->bufidx++]) #else soap_wchar soap_get0(struct soap*); soap_wchar soap_get1(struct soap*); #endif #define soap_versioning_paste(name, ext) name##_REQUIRE_lib_v##ext #define soap_versioning_ext(name, ext) soap_versioning_paste(name, ext) #define soap_versioning(name) soap_versioning_ext(name, GSOAP_VERSION) #define soap_init(soap) soap_init1(soap, SOAP_IO_DEFAULT) #define soap_init1(soap, mode) soap_init2(soap, mode, mode) #define soap_init2(soap, imode, omode) soap_versioning(soap_init)(soap, imode, omode) #define soap_new() soap_new1(SOAP_IO_DEFAULT) #define soap_new1(mode) soap_new2(mode, mode) #define soap_new2(imode, omode) soap_versioning(soap_new)(imode, omode) #define soap_revget1(soap) ((soap)->bufidx--) #define soap_unget(soap, c) ((soap)->ahead = c) #define soap_register_plugin(soap, plugin) soap_register_plugin_arg(soap, plugin, NULL) #define soap_mode(soap, n) ((soap)->mode = (soap)->imode = (soap)->omode = (n)) #define soap_imode(soap, n) ((soap)->imode = (n)) #define soap_omode(soap, n) ((soap)->omode = (n)) #define soap_set_imode(soap, n) ((soap)->imode |= (n)) #define soap_clr_imode(soap, n) ((soap)->imode &= ~(n)) #define soap_set_omode(soap, n) ((soap)->omode |= (n)) #define soap_clr_omode(soap, n) ((soap)->omode &= ~(n)) #define soap_set_mode(soap, n) ((soap)->mode |= (n), (soap)->imode |= (n), (soap)->omode |= (n)) #define soap_clr_mode(soap, n) ((soap)->mode &= ~(n), (soap)->imode &= ~(n), (soap)->omode &= ~(n)) #define soap_destroy(soap) soap_delete((soap), NULL) #define SOAP_NO_LINK_TO_DELETE (-2) /* pass to soap_link() as size n: do not manage, smart pointers are self-managing */ #ifdef HAVE_STRRCHR # define soap_strrchr(s, t) strrchr(s, t) #else SOAP_FMAC1 char* SOAP_FMAC2 soap_strrchr(const char *s, int t); #endif #ifdef HAVE_STRTOL # define soap_strtol(s, t, b) strtol(s, t, b) #else SOAP_FMAC1 long SOAP_FMAC2 soap_strtol(const char*, char**, int); #endif #ifdef HAVE_STRTOUL # define soap_strtoul(s, t, b) strtoul(s, t, b) #else SOAP_FMAC1 unsigned long SOAP_FMAC2 soap_strtoul(const char*, char**, int); #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoll _strtoi64 #else # define soap_strtoll strtoll #endif #if defined(WIN32) && !defined(__MINGW32__) && !defined(__MINGW64__) # define soap_strtoull _strtoui64 #else # define soap_strtoull strtoull #endif #if defined(WITH_OPENSSL) # define soap_random soap_rand() SOAP_FMAC1 int SOAP_FMAC2 soap_rand(void); #elif defined(HAVE_RANDOM) # define soap_random (int)random() #else # define soap_random rand() #endif #ifdef WITH_NOIDREF # define soap_embedded(s, p, t) ((void)(s), 0) # define soap_id_lookup(s, i, p, t, n, k, fb) ((void)(s), (p)) # define soap_id_forward(s, h, p, i, t, tt, n, k, fi, fb) ((void)(s), (p)) # define soap_id_nullify(s, i) ((void)(s), (i)) # define soap_reference(s, a, t) ((void)(s), 1) # define soap_array_reference(s, p, a, n, t) ((void)(s), 1) # define soap_embed(s, p, a, n, t) ((void)(s), 0) # define soap_embedded_id(s, i, p, t) ((void)(s), (void)(t), i) # define soap_is_embedded(s, p) ((void)(s), 0) # define soap_is_single(s, p) ((void)(s), 1) # define soap_lookup_type(s, i) ((void)(s), 0) # define soap_getindependent(s) ((void)(s), 0) # define soap_putindependent(s) ((void)(s), 0) # define soap_markelement(s, p, t) ((void)(s), 0) # define soap_begin_shaky(s) ((void)(s), 0) # define soap_end_shaky(s, f) ((void)(s), (void)(f), 0) #endif /* soap_traverse() traversal/walker routines take walker function arguments */ typedef void soap_walker(struct soap*, void*, int, const char*, const char*); SOAP_FMAC5 int SOAP_FMAC6 soap_serve(struct soap *soap); SOAP_FMAC5 int SOAP_FMAC6 soap_serve_request(struct soap *soap); SOAP_FMAC3 void SOAP_FMAC4 soap_header(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_fault(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultsubcode(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultstring(struct soap*); SOAP_FMAC3 const char** SOAP_FMAC4 soap_faultdetail(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultsubcode(struct soap*); SOAP_FMAC3 const char* SOAP_FMAC4 soap_check_faultdetail(struct soap*); SOAP_FMAC3 void SOAP_FMAC4 soap_serializefault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_serializeheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putheader(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getfault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putfault(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_ssl_init(void); SOAP_FMAC1 int SOAP_FMAC2 soap_poll(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect_command(struct soap*, int, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_connect(struct soap*, const char*, const char*); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_bind(struct soap*, const char*, int, int); SOAP_FMAC1 SOAP_SOCKET SOAP_FMAC2 soap_accept(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_accept(struct soap*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_ssl_error(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_crl(struct soap*, const char*); #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_server_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *dhfile, const char *randfile, const char *sid); #endif #if defined(VXWORKS) && defined(WM_SECURE_KEY_STORAGE) SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *keyid, const char *password, const char *cafile, const char *capath, const char *randfile); #else SOAP_FMAC1 int SOAP_FMAC2 soap_ssl_client_context(struct soap *soap, unsigned short flags, const char *keyfile, const char *password, const char *cafile, const char *capath, const char *randfile); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_puthttphdr(struct soap*, int status, size_t count); SOAP_FMAC1 const char* SOAP_FMAC2 soap_get_header_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_key(char*, size_t, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_decode_val(char*, size_t, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_hash(const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_endpoint(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_flush_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_flush(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_get(struct soap*); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getchar(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_tag_cmp(const char*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_sender_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_receiver_fault_subcode(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_sender_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_set_receiver_error(struct soap*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_raw(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_raw(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send2(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_send3(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_pututf8(struct soap*, unsigned long); SOAP_FMAC1 soap_wchar SOAP_FMAC2 soap_getutf8(struct soap*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_utf8len(const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_putbase64(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_getbase64(struct soap*, int*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_puthex(struct soap*, const unsigned char*, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_gethex(struct soap*, int*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_xop_forward(struct soap*, unsigned char**, int*, char**, char**, char**); SOAP_FMAC1 int SOAP_FMAC2 soap_attachment_forward(struct soap*, unsigned char**, int*, char**, char**, char**); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup(struct soap*, const void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_enter(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_array_pointer_lookup(struct soap*, const void *p, const void *a, int n, int t, struct soap_plist**); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_pointer_lookup_id(struct soap*, void *p, int t, struct soap_plist**); SOAP_FMAC1 int SOAP_FMAC2 soap_embed(struct soap *soap, const void *p, const void *a, int n, int type); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_lookup(struct soap*, const char*); SOAP_FMAC1 struct soap_ilist* SOAP_FMAC2 soap_enter(struct soap*, const char*, int, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_resolve(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_embedded(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_reference(struct soap*, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_array_reference(struct soap*, const void *p, const void *a, int n, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_embedded_id(struct soap*, int id, const void *p, int t); SOAP_FMAC1 int SOAP_FMAC2 soap_is_embedded(struct soap*, struct soap_plist*); SOAP_FMAC1 int SOAP_FMAC2 soap_is_single(struct soap*, struct soap_plist*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_embedded(struct soap*, struct soap_plist*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_check_and_mark(struct soap *soap, const void *p, int t, char **mark); SOAP_FMAC1 void * SOAP_FMAC2 soap_mark_lookup(struct soap *soap, const void *p, int t, struct soap_plist **pp, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_mark_cycle(struct soap *soap, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_mark_dup(struct soap *soap, void *a, struct soap_plist *pp); SOAP_FMAC1 void SOAP_FMAC2 soap_unmark(struct soap *soap, char *mark); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_count(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_send_flush(struct soap*); SOAP_FMAC1 const struct soap_code_map* SOAP_FMAC2 soap_code(const struct soap_code_map*, const char*); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_int(const struct soap_code_map*, const char*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_str(const struct soap_code_map*, long); SOAP_FMAC1 LONG64 SOAP_FMAC2 soap_code_bits(const struct soap_code_map*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_code_list(struct soap*, const struct soap_code_map*, long); SOAP_FMAC1 int SOAP_FMAC2 soap_getline(struct soap*, char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_serve(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_begin_recv(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_end_recv(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_malloc(struct soap*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_dealloc(struct soap*, void*); SOAP_FMAC1 struct soap_clist * SOAP_FMAC2 soap_link(struct soap*, void*, int, int, int (*fdelete)(struct soap_clist*)); SOAP_FMAC1 int SOAP_FMAC2 soap_unlink(struct soap*, const void*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_temp(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_del(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_track_malloc(struct soap*, const char*, int, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_track_free(struct soap*, const char*, int, void*); #ifndef WITH_NOIDREF SOAP_FMAC1 int SOAP_FMAC2 soap_lookup_type(struct soap*, const char *id); SOAP_FMAC1 short SOAP_FMAC2 soap_begin_shaky(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end_shaky(struct soap*, short); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_lookup(struct soap*, const char *id, void **p, int t, size_t n, unsigned int k, int (*fbase)(int, int)); SOAP_FMAC1 void* SOAP_FMAC2 soap_id_forward(struct soap*, const char *id, void *p, size_t i, int t, int tt, size_t n, unsigned int k, void(*finsert)(struct soap*, int, int, void*, size_t, const void*, void**), int (*fbase)(int, int)); SOAP_FMAC1 int SOAP_FMAC2 soap_id_nullify(struct soap*, const char*); #endif SOAP_FMAC1 void* SOAP_FMAC2 soap_id_enter(struct soap*, const char *id, void *p, int t, size_t n, const char *type, const char *arrayType, void *(*finstantiate)(struct soap*, int, const char*, const char*, size_t*), int (*fbase)(int, int)); SOAP_FMAC1 void** SOAP_FMAC2 soap_id_smart(struct soap *soap, const char*, int, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size(const int *, int); SOAP_FMAC1 size_t SOAP_FMAC2 soap_getsizes(const char *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getoffsets(const char *, const int *, int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_getposition(const char *, int *); SOAP_FMAC1 char* SOAP_FMAC2 soap_putsizesoffsets(struct soap*, const char *, const int *, const int *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_putoffsets(struct soap*, const int *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_closesock(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_force_closesock(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_versioning(soap_new)(soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_free(struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy(const struct soap*); SOAP_FMAC1 struct soap *SOAP_FMAC2 soap_copy_context(struct soap*, const struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_copy_stream(struct soap*, struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_free_stream(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_versioning(soap_init)(struct soap*, soap_mode, soap_mode); SOAP_FMAC1 void SOAP_FMAC2 soap_initialize(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_done(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_cleanup(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_begin(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_end(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_delete(struct soap*, void*); SOAP_FMAC1 void SOAP_FMAC2 soap_delegate_deletion(struct soap*, struct soap*); /* API functions available with DEBUG or SOAP_DEBUG defined: */ SOAP_FMAC1 void SOAP_FMAC2 soap_set_recv_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_sent_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_test_logfile(struct soap*, const char*); SOAP_FMAC1 void SOAP_FMAC2 soap_close_logfiles(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_open_logfile(struct soap*, int); /* */ SOAP_FMAC1 const char* SOAP_FMAC2 soap_value(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_match_tag(struct soap*, const char*, const char *); SOAP_FMAC1 int SOAP_FMAC2 soap_match_array(struct soap*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element(struct soap*, const char*, int, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_out(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_array_begin_out(struct soap*, const char *tag, int id, const char *type, const char *offset); SOAP_FMAC1 int SOAP_FMAC2 soap_element_ref(struct soap*, const char *tag, int id, int href); SOAP_FMAC1 int SOAP_FMAC2 soap_element_href(struct soap*, const char *tag, int id, const char *ref, const char *val); SOAP_FMAC1 int SOAP_FMAC2 soap_element_null(struct soap*, const char *tag, int id, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_nil(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_id(struct soap*, const char *tag, int id, const void *p, const void *a, int n, const char *type, int t, char **mark); SOAP_FMAC1 int SOAP_FMAC2 soap_element_result(struct soap*, const char *tag); SOAP_FMAC1 void SOAP_FMAC2 soap_check_result(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_element_start_end_out(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_attribute(struct soap*, const char*, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_element_begin_in(struct soap*, const char *tag, int nillable, const char *type); SOAP_FMAC1 int SOAP_FMAC2 soap_element_end_in(struct soap*, const char *tag); SOAP_FMAC1 int SOAP_FMAC2 soap_peek_element(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_retry(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_revert(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_memdup(struct soap*, const void*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_strdup(struct soap*, const char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrdup(struct soap*, const wchar_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_strtrim(struct soap*, char*); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstrtrim(struct soap*, wchar_t*); SOAP_FMAC1 const char * SOAP_FMAC2 soap_tagsearch(const char *big, const char *little); SOAP_FMAC1 int SOAP_FMAC2 soap_string_out(struct soap*, const char *s, int flag); SOAP_FMAC1 char* SOAP_FMAC2 soap_string_in(struct soap*, int, long, long, const char*); #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_wstring_out(struct soap*, const wchar_t *s, int flag); SOAP_FMAC1 wchar_t* SOAP_FMAC2 soap_wstring_in(struct soap*, int, long, long, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_match_namespace(struct soap*, const char *, const char*, size_t n1, size_t n2); SOAP_FMAC1 void SOAP_FMAC2 soap_set_version(struct soap*, short); SOAP_FMAC1 void SOAP_FMAC2 soap_get_version(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_namespaces(struct soap*, const struct Namespace*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_local_namespaces(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_namespace(struct soap*); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_push_namespace(struct soap*, const char *,const char *); SOAP_FMAC1 const char* SOAP_FMAC2 soap_current_namespace(struct soap *soap, const char *tag); SOAP_FMAC1 struct soap_nlist* SOAP_FMAC2 soap_lookup_ns(struct soap *soap, const char *tag, size_t n); SOAP_FMAC1 int SOAP_FMAC2 soap_store_lab(struct soap*, const char*, size_t); SOAP_FMAC1 int SOAP_FMAC2 soap_append_lab(struct soap*, const char*, size_t); SOAP_FMAC1 struct soap_blist* SOAP_FMAC2 soap_new_block(struct soap*); SOAP_FMAC1 void* SOAP_FMAC2 soap_push_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 void SOAP_FMAC2 soap_pop_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_size_block(struct soap*, struct soap_blist*, size_t); SOAP_FMAC1 char* SOAP_FMAC2 soap_first_block(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_next_block(struct soap*, struct soap_blist*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_block_size(struct soap*, struct soap_blist*); SOAP_FMAC1 char* SOAP_FMAC2 soap_save_block(struct soap*, struct soap_blist*, char*, int); SOAP_FMAC1 void SOAP_FMAC2 soap_end_block(struct soap*, struct soap_blist*); SOAP_FMAC1 void SOAP_FMAC2 soap_update_pointers(struct soap *soap, const char *dst, const char *src, size_t len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_out(struct soap*); SOAP_FMAC1 char * SOAP_FMAC2 soap_get_http_body(struct soap*, size_t *len); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_envelope_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_out(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_begin_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_body_end_in(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_header(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_response(struct soap*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_send_empty_response(struct soap*, int status); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_empty_response(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_send_fault(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_recv_fault(struct soap*, int check); #ifndef WITH_NOSTDLIB SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault(struct soap*, FILE*); SOAP_FMAC1 void SOAP_FMAC2 soap_print_fault_location(struct soap*, FILE*); # ifndef WITH_LEAN # ifndef WITH_COMPAT # ifdef __cplusplus SOAP_FMAC1 void SOAP_FMAC2 soap_stream_fault(struct soap*, std::ostream&); # endif # endif SOAP_FMAC1 char* SOAP_FMAC2 soap_sprint_fault(struct soap*, char*, size_t); # endif #endif SOAP_FMAC1 int SOAP_FMAC2 soap_s2byte(struct soap*, const char*, char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2short(struct soap*, const char*, short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2int(struct soap*, const char*, int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2long(struct soap*, const char*, long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2LONG64(struct soap*, const char*, LONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2float(struct soap*, const char*, float*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2double(struct soap*, const char*, double*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedByte(struct soap*, const char*, unsigned char*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedShort(struct soap*, const char*, unsigned short*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedInt(struct soap*, const char*, unsigned int*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2unsignedLong(struct soap*, const char*, unsigned long*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2ULONG64(struct soap*, const char*, ULONG64*); SOAP_FMAC1 int SOAP_FMAC2 soap_s2string(struct soap*, const char*, char**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2QName(struct soap*, const char*, char**, long minlen, long maxlen); #ifndef WITH_COMPAT #ifdef __cplusplus SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__QName(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__string(struct soap*, const char*, std::string*, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2std__wstring(struct soap*, const char*, std::wstring*, long minlen, long maxlen); #endif #endif #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 int SOAP_FMAC2 soap_s2wchar(struct soap*, const char*, wchar_t**, long minlen, long maxlen); SOAP_FMAC1 int SOAP_FMAC2 soap_s2dateTime(struct soap*, const char*, time_t*); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2base64(struct soap*, const unsigned char*, char*, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_s2hex(struct soap*, const unsigned char*, char*, int); #endif SOAP_FMAC1 const char* SOAP_FMAC2 soap_byte2s(struct soap*, char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_short2s(struct soap*, short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_int2s(struct soap*, int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_long2s(struct soap*, long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_LONG642s(struct soap*, LONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_float2s(struct soap*, float); SOAP_FMAC1 const char* SOAP_FMAC2 soap_double2s(struct soap*, double); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedByte2s(struct soap*, unsigned char); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedShort2s(struct soap*, unsigned short); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedInt2s(struct soap*, unsigned int); SOAP_FMAC1 const char* SOAP_FMAC2 soap_unsignedLong2s(struct soap*, unsigned long); SOAP_FMAC1 const char* SOAP_FMAC2 soap_ULONG642s(struct soap*, ULONG64); SOAP_FMAC1 const char* SOAP_FMAC2 soap_QName2s(struct soap*, const char*); #if !defined(WITH_LEAN) || defined(WITH_NTLM) SOAP_FMAC1 const char* SOAP_FMAC2 soap_wchar2s(struct soap*, const wchar_t*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_dateTime2s(struct soap*, time_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_base642s(struct soap*, const char*, char*, size_t, int*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_hex2s(struct soap*, const char*, char*, size_t, int*); #endif SOAP_FMAC1 int* SOAP_FMAC2 soap_inint(struct soap*, const char *tag, int *p, const char *, int); SOAP_FMAC1 char* SOAP_FMAC2 soap_inbyte(struct soap*, const char *tag, char *p, const char *, int); SOAP_FMAC1 long* SOAP_FMAC2 soap_inlong(struct soap*, const char *tag, long *p, const char *, int); SOAP_FMAC1 LONG64* SOAP_FMAC2 soap_inLONG64(struct soap*, const char *tag, LONG64 *p, const char *, int); SOAP_FMAC1 short* SOAP_FMAC2 soap_inshort(struct soap*, const char *tag, short *p, const char *, int); SOAP_FMAC1 float* SOAP_FMAC2 soap_infloat(struct soap*, const char *tag, float *p, const char *, int); SOAP_FMAC1 double* SOAP_FMAC2 soap_indouble(struct soap*, const char *tag, double *p, const char *, int); SOAP_FMAC1 unsigned char* SOAP_FMAC2 soap_inunsignedByte(struct soap*, const char *tag, unsigned char *p, const char *, int); SOAP_FMAC1 unsigned short* SOAP_FMAC2 soap_inunsignedShort(struct soap*, const char *tag, unsigned short *p, const char *, int); SOAP_FMAC1 unsigned int* SOAP_FMAC2 soap_inunsignedInt(struct soap*, const char *tag, unsigned int *p, const char *, int); SOAP_FMAC1 unsigned long* SOAP_FMAC2 soap_inunsignedLong(struct soap*, const char *tag, unsigned long *p, const char *, int); SOAP_FMAC1 ULONG64* SOAP_FMAC2 soap_inULONG64(struct soap*, const char *tag, ULONG64 *p, const char *, int); SOAP_FMAC1 char** SOAP_FMAC2 soap_instring(struct soap*, const char *tag, char **p, const char *, int, int, long, long, const char*); SOAP_FMAC1 char** SOAP_FMAC2 soap_inliteral(struct soap*, const char *tag, char **p); #ifndef WITH_LEAN SOAP_FMAC1 time_t* SOAP_FMAC2 soap_indateTime(struct soap*, const char *tag, time_t *p, const char *, int); SOAP_FMAC1 time_t SOAP_FMAC2 soap_timegm(struct tm*); #endif #ifndef WITH_LEANER SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwstring(struct soap*, const char *tag, wchar_t **p, const char *, int, long, long, const char*); SOAP_FMAC1 wchar_t** SOAP_FMAC2 soap_inwliteral(struct soap*, const char *tag, wchar_t **p); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_outbyte(struct soap*, const char *tag, int id, const char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outshort(struct soap*, const char *tag, int id, const short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outint(struct soap*, const char *tag, int id, const int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outlong(struct soap*, const char *tag, int id, const long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outLONG64(struct soap*, const char *tag, int id, const LONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outfloat(struct soap*, const char *tag, int id, const float *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outdouble(struct soap*, const char *tag, int id, const double *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedByte(struct soap*, const char *tag, int id, const unsigned char *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedShort(struct soap*, const char *tag, int id, const unsigned short *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedInt(struct soap*, const char *tag, int id, const unsigned int *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outunsignedLong(struct soap*, const char *tag, int id, const unsigned long *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outULONG64(struct soap*, const char *tag, int id, const ULONG64 *p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outstring(struct soap*, const char *tag, int id, char *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outliteral(struct soap*, const char *tag, char *const*p, const char *type); #ifndef WITH_LEAN SOAP_FMAC1 int SOAP_FMAC2 soap_outdateTime(struct soap*, const char *tag, int id, const time_t *p, const char *, int); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_outwstring(struct soap*, const char *tag, int id, wchar_t *const*p, const char *, int); SOAP_FMAC1 int SOAP_FMAC2 soap_outwliteral(struct soap*, const char *tag, wchar_t *const*p, const char *type); #endif #ifndef WITH_LEANER SOAP_FMAC1 int SOAP_FMAC2 soap_attachment(struct soap *, const char*, int, const void*, const void*, int, const char*, const char*, const char*, const char*, int); SOAP_FMAC1 int SOAP_FMAC2 soap_move(struct soap*, size_t); SOAP_FMAC1 size_t SOAP_FMAC2 soap_tell(struct soap*); SOAP_FMAC1 char* SOAP_FMAC2 soap_dime_option(struct soap*, unsigned short, const char*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putdime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmimehdr(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_getmime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmimehdr(struct soap*, struct soap_multipart*); SOAP_FMAC1 int SOAP_FMAC2 soap_putmime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_set_mime(struct soap*, const char *boundary, const char *start); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_dime(struct soap*); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_mime(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_set_dime_attachment(struct soap*, char *ptr, size_t size, const char *type, const char *id, unsigned short optype, const char *option); SOAP_FMAC1 int SOAP_FMAC2 soap_set_mime_attachment(struct soap*, char *ptr, size_t size, enum soap_mime_encoding encoding, const char *type, const char *id, const char *location, const char *description); SOAP_FMAC1 void SOAP_FMAC2 soap_post_check_mime_attachments(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_check_mime_attachments(struct soap *soap); SOAP_FMAC1 struct soap_multipart* SOAP_FMAC2 soap_get_mime_attachment(struct soap *soap, void *handle); SOAP_FMAC1 int SOAP_FMAC2 soap_match_cid(struct soap*, const char*, const char*); #endif SOAP_FMAC1 int SOAP_FMAC2 soap_register_plugin_arg(struct soap*, int (*fcreate)(struct soap*, struct soap_plugin*, void*), void*); SOAP_FMAC1 void* SOAP_FMAC2 soap_lookup_plugin(struct soap*, const char*); SOAP_FMAC1 const char* SOAP_FMAC2 soap_attr_value(struct soap *soap, const char *name, int flag); SOAP_FMAC1 int SOAP_FMAC2 soap_set_attr(struct soap *soap, const char *name, const char *value, int flag); SOAP_FMAC1 void SOAP_FMAC2 soap_clr_attr(struct soap *soap); SOAP_FMAC1 const char* SOAP_FMAC2 soap_url(struct soap *soap, const char*, const char*); SOAP_FMAC1 size_t SOAP_FMAC2 soap_encode_url(const char*, char*, size_t); SOAP_FMAC1 const char* SOAP_FMAC2 soap_encode_url_string(struct soap*, const char*); #ifdef WITH_COOKIES SOAP_FMAC1 void SOAP_FMAC2 soap_getcookies(struct soap *soap, const char *val); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_set_cookie(struct soap*, const char*, const char*, const char*, const char*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern char* SOAP_FMAC2 soap_env_cookie_value(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern time_t SOAP_FMAC2 soap_cookie_expire(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_expire(struct soap*, const char*, long, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_set_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_clr_cookie_session(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_clr_cookie(struct soap*, const char*, const char*, const char*); SOAP_FMAC1 extern int SOAP_FMAC2 soap_getenv_cookies(struct soap*); SOAP_FMAC1 extern struct soap_cookie* SOAP_FMAC2 soap_copy_cookies(struct soap*, const struct soap*); SOAP_FMAC1 extern void SOAP_FMAC2 soap_free_cookies(struct soap*); SOAP_FMAC1 int SOAP_FMAC2 soap_putsetcookies(struct soap *soap); SOAP_FMAC1 int SOAP_FMAC2 soap_putcookies(struct soap *soap, const char *domain, const char *path, int secure); #endif #ifdef __cplusplus } /* extern "C" */ #endif #ifdef __cplusplus /* C++ templates (for generated C++ only, not needed nor used in generated C code) */ template struct soap_block { static T *push(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; if (!b) return NULL; T *p = (T*)soap_push_block(soap, b, sizeof(T)); if (p) SOAP_PLACEMENT_NEW(p, T); return p; } static void pop(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; if (!b || !b->head) return; ((T*)(b->head + 1))->T::~T(); soap_pop_block(soap, b); } static void save(struct soap *soap, struct soap_blist *b, T *p) { if (!b) b = soap->blist; for (T *q = (T*)soap_first_block(soap, b); q; q = (T*)soap_next_block(soap, b)) { soap_update_pointers(soap, (const char*)p, (const char*)q, sizeof(T)); *p++ = *q; q->T::~T(); } } static void end(struct soap *soap, struct soap_blist *b) { if (!b) b = soap->blist; for (T *p = (T*)soap_first_block(soap, b); p; p = (T*)soap_next_block(soap, b)) p->T::~T(); soap_end_block(soap, b); } }; #endif #endif /* STDSOAP_H */ gsoap-2.8.28/gsoap/import/0000755000175000017500000000000012653650146014717 5ustar ellertellertgsoap-2.8.28/gsoap/import/stllist.h0000644000175000017500000000454012653650146016571 0ustar ellertellert/* stllist.h Use #import "stllist.h" in a gSOAP header file to enable STL lists. Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include template class std::list; gsoap-2.8.28/gsoap/import/ds2.h0000644000175000017500000004612212653650146015565 0ustar ellertellert/* ds2.h Generated with: wsdl2h -cuxy -o ds.h -t WS/WS-typemap.dat WS/ds.xsd - Removed //gsoapopt - Added //gsoap ds schema import: http://www.w3.org/2000/09/xmldsig# */ /******************************************************************************\ * * * http://www.w3.org/2000/09/xmldsig# * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap ds schema import: http://www.w3.org/2000/09/xmldsig# //gsoap ds schema elementForm: qualified //gsoap ds schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignatureType from typemap WS/WS-typemap.dat. typedef struct ds__SignatureType { struct ds__SignedInfoType* SignedInfo; char* SignatureValue; struct ds__KeyInfoType* KeyInfo; @char* Id; } ds__SignatureType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignatureValueType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Typedef synonym for struct ds__SignedInfoType. typedef struct ds__SignedInfoType ds__SignedInfoType; /// Typedef synonym for struct ds__CanonicalizationMethodType. typedef struct ds__CanonicalizationMethodType ds__CanonicalizationMethodType; /// Typedef synonym for struct ds__SignatureMethodType. typedef struct ds__SignatureMethodType ds__SignatureMethodType; /// Typedef synonym for struct ds__ReferenceType. typedef struct ds__ReferenceType ds__ReferenceType; /// Typedef synonym for struct ds__TransformsType. typedef struct ds__TransformsType ds__TransformsType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":TransformType from typemap WS/WS-typemap.dat. #import "c14n.h" typedef struct ds__TransformType { _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces; _XML __any; @char* Algorithm; } ds__TransformType; /// Typedef synonym for struct ds__DigestMethodType. typedef struct ds__DigestMethodType ds__DigestMethodType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":KeyInfoType from typemap WS/WS-typemap.dat. typedef struct ds__KeyInfoType { char* KeyName; struct ds__KeyValueType* KeyValue; struct ds__RetrievalMethodType* RetrievalMethod; struct ds__X509DataType* X509Data; struct _wsse2__SecurityTokenReference* wsse2__SecurityTokenReference; @char* Id; } ds__KeyInfoType; /// Typedef synonym for struct ds__KeyValueType. typedef struct ds__KeyValueType ds__KeyValueType; /// Typedef synonym for struct ds__RetrievalMethodType. typedef struct ds__RetrievalMethodType ds__RetrievalMethodType; /// Typedef synonym for struct ds__X509DataType. typedef struct ds__X509DataType ds__X509DataType; /// Typedef synonym for struct ds__X509IssuerSerialType. typedef struct ds__X509IssuerSerialType ds__X509IssuerSerialType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":PGPDataType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SPKIDataType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":ObjectType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":ManifestType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertiesType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertyType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Typedef synonym for struct ds__DSAKeyValueType. typedef struct ds__DSAKeyValueType ds__DSAKeyValueType; /// Typedef synonym for struct ds__RSAKeyValueType. typedef struct ds__RSAKeyValueType ds__RSAKeyValueType; /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":CryptoBinary from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":DigestValueType from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":HMACOutputLengthType from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// "http://www.w3.org/2000/09/xmldsig#":SignedInfoType is a complexType. struct ds__SignedInfoType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethod. struct ds__CanonicalizationMethodType* CanonicalizationMethod 1; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":SignatureMethod. struct ds__SignatureMethodType* SignatureMethod 1; ///< Required element. /// Size of the dynamic array of struct ds__ReferenceType* is 0..unbounded int __sizeReference ; /// Pointer to array of struct ds__ReferenceType*. struct ds__ReferenceType* *Reference 1; /// Attribute Id of type xs:ID. @char* /*ID*/ Id 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethodType is a complexType. struct ds__CanonicalizationMethodType { /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. /// Member declared in WS/WS-typemap.dat _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces; }; /// "http://www.w3.org/2000/09/xmldsig#":SignatureMethodType is a complexType. struct ds__SignatureMethodType { /// Element HMACOutputLength of type "http://www.w3.org/2000/09/xmldsig#":HMACOutputLengthType. int* HMACOutputLength 0; ///< Optional element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":ReferenceType is a complexType. struct ds__ReferenceType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":Transforms. struct ds__TransformsType* Transforms 0; ///< Optional element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":DigestMethod. struct ds__DigestMethodType* DigestMethod 1; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":DigestValue. char* /*base64*/ DigestValue 1; ///< Required element. /// Attribute Id of type xs:ID. @char* /*ID*/ Id 0; ///< Optional attribute. /// Attribute URI of type xs:anyURI. @char* /*URI*/ URI 0; ///< Optional attribute. /// Attribute Type of type xs:anyURI. @char* /*URI*/ Type 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":TransformsType is a complexType. struct ds__TransformsType { /// Size of the dynamic array of ds__TransformType is 0..unbounded int __sizeTransform ; /// Pointer to array of ds__TransformType. ds__TransformType *Transform 1; }; /// "http://www.w3.org/2000/09/xmldsig#":DigestMethodType is a complexType. struct ds__DigestMethodType { /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":KeyValueType is a complexType. struct ds__KeyValueType { /// CHOICE OF ELEMENTS /// Element reference "http://www.w3.org/2000/09/xmldsig#":DSAKeyValue. struct ds__DSAKeyValueType* DSAKeyValue 1; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":RSAKeyValue. struct ds__RSAKeyValueType* RSAKeyValue 1; ///< Required element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. // END OF CHOICE }; /// "http://www.w3.org/2000/09/xmldsig#":RetrievalMethodType is a complexType. struct ds__RetrievalMethodType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":Transforms. struct ds__TransformsType* Transforms 0; ///< Optional element. /// Attribute URI of type xs:anyURI. @char* /*URI*/ URI 0; ///< Optional attribute. /// Attribute Type of type xs:anyURI. @char* /*URI*/ Type 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":X509DataType is a complexType. struct ds__X509DataType { /// CHOICE OF ELEMENTS /// Element X509IssuerSerial of type "http://www.w3.org/2000/09/xmldsig#":X509IssuerSerialType. struct ds__X509IssuerSerialType* X509IssuerSerial 1; ///< Required element. /// Element X509SKI of type xs:base64Binary. char* /*base64*/ X509SKI 1; ///< Required element. /// Element X509SubjectName of type xs:string. char* X509SubjectName 1; ///< Required element. /// Element X509Certificate of type xs:base64Binary. char* /*base64*/ X509Certificate 1; ///< Required element. /// Element X509CRL of type xs:base64Binary. char* /*base64*/ X509CRL 1; ///< Required element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. // END OF CHOICE }; /// "http://www.w3.org/2000/09/xmldsig#":X509IssuerSerialType is a complexType. struct ds__X509IssuerSerialType { /// Element X509IssuerName of type xs:string. char* X509IssuerName 1; ///< Required element. /// Element X509SerialNumber of type xs:integer. char* X509SerialNumber 1; ///< Required element. }; /// "http://www.w3.org/2000/09/xmldsig#":DSAKeyValueType is a complexType. struct ds__DSAKeyValueType { /// Element G of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ G 0; ///< Optional element. /// Element Y of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Y 1; ///< Required element. /// Element J of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ J 0; ///< Optional element. /// Element P of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ P 1; ///< Required element. /// Element Q of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Q 1; ///< Required element. /// Element Seed of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Seed 1; ///< Required element. /// Element PgenCounter of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ PgenCounter 1; ///< Required element. }; /// "http://www.w3.org/2000/09/xmldsig#":RSAKeyValueType is a complexType. struct ds__RSAKeyValueType { /// Element Modulus of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Modulus 1; ///< Required element. /// Element Exponent of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Exponent 1; ///< Required element. }; /// Element "http://www.w3.org/2000/09/xmldsig#":Signature of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureValue of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignedInfo of complexType "http://www.w3.org/2000/09/xmldsig#":SignedInfoType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethod of complexType "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureMethod of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Reference of complexType "http://www.w3.org/2000/09/xmldsig#":ReferenceType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Transforms of complexType "http://www.w3.org/2000/09/xmldsig#":TransformsType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Transform of complexType "http://www.w3.org/2000/09/xmldsig#":TransformType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DigestMethod of complexType "http://www.w3.org/2000/09/xmldsig#":DigestMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DigestValue of complexType "http://www.w3.org/2000/09/xmldsig#":DigestValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyInfo of complexType "http://www.w3.org/2000/09/xmldsig#":KeyInfoType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyName of complexType xs:string. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":MgmtData of complexType xs:string. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":KeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":RetrievalMethod of complexType "http://www.w3.org/2000/09/xmldsig#":RetrievalMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":X509Data of complexType "http://www.w3.org/2000/09/xmldsig#":X509DataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":PGPData of complexType "http://www.w3.org/2000/09/xmldsig#":PGPDataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SPKIData of complexType "http://www.w3.org/2000/09/xmldsig#":SPKIDataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Object of complexType "http://www.w3.org/2000/09/xmldsig#":ObjectType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Manifest of complexType "http://www.w3.org/2000/09/xmldsig#":ManifestType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureProperties of complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertiesType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureProperty of complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertyType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DSAKeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":DSAKeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":RSAKeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":RSAKeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /* End of ds.h */ gsoap-2.8.28/gsoap/import/wsse11.h0000644000175000017500000003117512653650146016222 0ustar ellertellert/* wsse.h 1.1 Generated with: wsdl2h -cegxy -o wsse.h -t WS/WS-typemap.dat WS/wsse.xsd - Removed //gsoapopt - Added //gsoap wsse schema import: http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.1.xsd - Changed namespace to v1.1 - Added mutable SOAP_ENV__Header struct */ /******************************************************************************\ * * * http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.1.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsu.h" // wsu = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap wsse schema import: http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.1.xsd //gsoap wsse schema namespace2: http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.0.xsd //gsoap wsse schema elementForm: qualified //gsoap wsse schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.1.xsd":AttributedString from typemap WS/WS-typemap.dat. /// @brief This type represents an element with arbitrary attributes. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":PasswordString from typemap WS/WS-typemap.dat. /// @brief This type is used for password elements per Section 4.1. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EncodedString from typemap WS/WS-typemap.dat. /// @brief This type is used for elements containing stringified binary data. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameTokenType from typemap WS/WS-typemap.dat. /// @brief This type represents a username token per Section 4.1 /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityTokenType from typemap WS/WS-typemap.dat. /// @brief A security token that is encoded in binary /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifierType from typemap WS/WS-typemap.dat. /// @brief A security token key identifier /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":ReferenceType from typemap WS/WS-typemap.dat. /// @brief This type represents a reference to an external security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EmbeddedType from typemap WS/WS-typemap.dat. /// @brief This type represents a reference to an embedded security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReferenceType from typemap WS/WS-typemap.dat. /// @brief This type is used reference a security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityHeaderType from typemap WS/WS-typemap.dat. /// @brief This complexType defines header block to use for security-relevant data directed at a specific SOAP actor. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParametersType from typemap WS/WS-typemap.dat. /// @brief This complexType defines a container for elements to be specified from any namespace as properties/parameters of a DSIG transformation. /// complexType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":tUsage from typemap WS/WS-typemap.dat. /// @brief Typedef to allow a list of usages (as URIs). /// simpleType definition intentionally left blank. /// "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FaultcodeEnum is a simpleType restriction of xs:QName. enum wsse__FaultcodeEnum { wsse__UnsupportedSecurityToken, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UnsupportedSecurityToken" wsse__UnsupportedAlgorithm, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UnsupportedAlgorithm" wsse__InvalidSecurity, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":InvalidSecurity" wsse__InvalidSecurityToken, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":InvalidSecurityToken" wsse__FailedAuthentication, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FailedAuthentication" wsse__FailedCheck, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FailedCheck" wsse__SecurityTokenUnavailable, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenUnavailable" }; /// Typedef synonym for enum wsse__FaultcodeEnum. typedef enum wsse__FaultcodeEnum wsse__FaultcodeEnum; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameToken of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameTokenType. /// @brief This element defines the wsse:UsernameToken element per Section 4.1. /// Imported element _wsse__UsernameToken from typemap WS/WS-typemap.dat. typedef struct _wsse__UsernameToken { char* Username; struct _wsse__Password* Password; char* Nonce; char* wsu__Created; @char* wsu__Id; } _wsse__UsernameToken; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityToken of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityTokenType. /// @brief This element defines the wsse:BinarySecurityToken element per Section 4.2. /// Imported element _wsse__BinarySecurityToken from typemap WS/WS-typemap.dat. typedef struct _wsse__BinarySecurityToken { char* __item; @char* wsu__Id; @char* ValueType; @char* EncodingType; } _wsse__BinarySecurityToken; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Reference of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":ReferenceType. /// @brief This element defines a security token reference /// Imported element _wsse__Reference from typemap WS/WS-typemap.dat. typedef struct _wsse__Reference { @char* URI; @char* ValueType; } _wsse__Reference; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Embedded of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EmbeddedType. /// @brief This element defines a security token embedded reference /// Imported element _wsse__Embedded from typemap WS/WS-typemap.dat. typedef struct _wsse__Embedded { /* Extensible with embedded tokens and assertions */ @char* wsu__Id; @char* ValueType; } _wsse__Embedded; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifier of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifierType. /// @brief This element defines a key identifier reference /// Imported element _wsse__KeyIdentifier from typemap WS/WS-typemap.dat. typedef struct _wsse__KeyIdentifier { char* __item; @char* wsu__Id; @char* ValueType; @char* EncodingType; } _wsse__KeyIdentifier; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReferenceType. /// @brief This element defines the wsse:SecurityTokenReference per Section 4.3. /// Imported element _wsse__SecurityTokenReference from typemap WS/WS-typemap.dat. typedef struct _wsse__SecurityTokenReference { struct _wsse__Reference* Reference; struct _wsse__KeyIdentifier* KeyIdentifier; struct _wsse__Embedded* Embedded; struct ds__X509DataType* X509Data; @char* wsu__Id; @char* wsc__Instance; @char* Usage; } _wsse__SecurityTokenReference; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Security of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityHeaderType. /// @brief This element defines the wsse:Security SOAP header element per Section 4. /// Imported element _wsse__Security from typemap WS/WS-typemap.dat. #import "xenc.h" #import "wsc.h" typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct _xenc__ReferenceList* xenc__ReferenceList; struct wsc__SecurityContextTokenType* wsc__SecurityContextToken; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParameters of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParametersType. /// @brief This element contains properties for transformations from any namespace, including DSIG. /// '_wsse__TransformationParameters' element definition intentionally left blank. /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Password of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":PasswordString. /// Imported element _wsse__Password from typemap WS/WS-typemap.dat. typedef struct _wsse__Password { char* __item; @char* Type; } _wsse__Password; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Nonce of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EncodedString. /// '_wsse__Nonce' element definition intentionally left blank. /// Attribute "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Usage of simpleType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":tUsage. /// @brief This global attribute is used to indicate the usage of a referenced or indicated token within the containing context /// '_wsse__Usage' attribute definition intentionally left blank. mutable struct SOAP_ENV__Header { mustUnderstand _wsse__Security *wsse__Security 0; }; /* End of wsse.h */ gsoap-2.8.28/gsoap/import/stl.h0000644000175000017500000000510712653650146015675 0ustar ellertellert/* stl.h #import "stl.h" in a gSOAP header file to enable STL vectors, deques, lists, and sets. You can now remap std::vector in wsdl2h's output to another container by defining the '$CONTAINER' variable in typemap.dat, for example to use std::list: $CONTAINER = std::list Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #import "stldeque.h" #import "stllist.h" #import "stlvector.h" #import "stlset.h" gsoap-2.8.28/gsoap/import/wsdd5.h0000644000175000017500000007172312653650146016130 0ustar ellertellert/* wsdd5.h WS-Discovery 1.0 2005 with WS-Addressing 2005/08 Generated with: wsdl2h -cyex -o wsdd5.h -t WS/WS-typemap.dat WS/discovery.xsd Modified by Robert van Engelen: - Removed //gsoapopt - Changed //gsoap wssd schema namespace directive to import directive - Changed namespace to WS-Discovery 2005/04 protocol with wsdd5 - Added #import "wsdx.h" at the end of these definitions - Added #define SOAP_WSDD_2005 */ #define SOAP_WSDD_2005 /******************************************************************************\ * * * Definitions * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsa5.h" // wsa5 = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ #define SOAP_NAMESPACE_OF_wsdd "http://schemas.xmlsoap.org/ws/2005/04/discovery" //gsoap wsdd schema import: http://schemas.xmlsoap.org/ws/2005/04/discovery //gsoap wsdd schema elementForm: qualified //gsoap wsdd schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ // Imported element ""http://www.w3.org/2005/08/addressing":EndpointReference" declared as _wsa5__EndpointReference. /// @brief Typedef synonym for struct wsdd__HelloType. typedef struct wsdd__HelloType wsdd__HelloType; /// @brief Typedef synonym for struct wsdd__ByeType. typedef struct wsdd__ByeType wsdd__ByeType; /// @brief Typedef synonym for struct wsdd__ProbeType. typedef struct wsdd__ProbeType wsdd__ProbeType; /// @brief Typedef synonym for struct wsdd__ProbeMatchesType. typedef struct wsdd__ProbeMatchesType wsdd__ProbeMatchesType; /// @brief Typedef synonym for struct wsdd__ProbeMatchType. typedef struct wsdd__ProbeMatchType wsdd__ProbeMatchType; /// @brief Typedef synonym for struct wsdd__ResolveType. typedef struct wsdd__ResolveType wsdd__ResolveType; /// @brief Typedef synonym for struct wsdd__ResolveMatchesType. typedef struct wsdd__ResolveMatchesType wsdd__ResolveMatchesType; /// @brief Typedef synonym for struct wsdd__ResolveMatchType. typedef struct wsdd__ResolveMatchType wsdd__ResolveMatchType; /// @brief Typedef synonym for struct wsdd__ScopesType. typedef struct wsdd__ScopesType wsdd__ScopesType; /// @brief Typedef synonym for struct wsdd__SecurityType. typedef struct wsdd__SecurityType wsdd__SecurityType; /// @brief Typedef synonym for struct wsdd__SigType. typedef struct wsdd__SigType wsdd__SigType; /// @brief Typedef synonym for struct wsdd__AppSequenceType. typedef struct wsdd__AppSequenceType wsdd__AppSequenceType; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":QNameListType is a simpleType containing a whitespace separated list of xs:QName. /// typedef _QName wsdd__QNameListType; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType is a simpleType containing a whitespace separated list of xs:anyURI. /// typedef char* wsdd__UriListType; /// @brief Union of values from member types "tns:FaultCodeType xs:QName". typedef char* wsdd__FaultCodeOpenType; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":FaultCodeType is a simpleType restriction of XSD type xs:QName. /// enum wsdd__FaultCodeType { wsdd__MatchingRuleNotSupported, ///< xs:QName value=""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MatchingRuleNotSupported" }; /// @brief Typedef synonym for enum wsdd__FaultCodeType. typedef enum wsdd__FaultCodeType wsdd__FaultCodeType; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":HelloType is a complexType. /// struct wsdd__HelloType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ByeType is a complexType. /// struct wsdd__ByeType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int* MetadataVersion 0; ///< Optional element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeType is a complexType. /// struct wsdd__ProbeType { /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchesType is a complexType. /// struct wsdd__ProbeMatchesType { /// Size of array of struct wsdd__ProbeMatchType* is 0..unbounded. $int __sizeProbeMatch 0; /// Array struct wsdd__ProbeMatchType* of size 0..unbounded. struct wsdd__ProbeMatchType* ProbeMatch 0; /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchType is a complexType. /// struct wsdd__ProbeMatchType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveType is a complexType. /// struct wsdd__ResolveType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchesType is a complexType. /// struct wsdd__ResolveMatchesType { /// Element "ResolveMatch" of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchType. struct wsdd__ResolveMatchType* ResolveMatch 0; ///< Optional element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchType is a complexType. /// struct wsdd__ResolveMatchType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SecurityType is a complexType. /// struct wsdd__SecurityType { /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01:""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Sig. struct wsdd__SigType* Sig 0; ///< Optional element. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SigType is a complexType. /// struct wsdd__SigType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute "Scheme" of XSD type xs:anyURI. @char* Scheme 1; ///< Required attribute. /// Attribute "KeyId" of XSD type xs:base64Binary. @char* KeyId 0; ///< Optional attribute. /// Attribute "Refs" of XSD type xs:IDREFS. @char* Refs 1; ///< Required attribute. /// Attribute "Sig" of XSD type xs:base64Binary. @char* Sig 1; ///< Required attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ScopesType is a complexType with simpleContent. /// struct wsdd__ScopesType { /// __item wraps ""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType" simpleContent. wsdd__UriListType __item ; /// Attribute "MatchBy" of XSD type xs:anyURI. @char* MatchBy 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequenceType is a complexType with complexContent restriction of XSD type xs:anyType. /// struct wsdd__AppSequenceType { /// Attribute "InstanceId" of XSD type xs:unsignedInt. @unsigned int InstanceId 1; ///< Required attribute. /// Attribute "SequenceId" of XSD type xs:anyURI. @char* SequenceId 0; ///< Optional attribute. /// Attribute "MessageNumber" of XSD type xs:unsignedInt. @unsigned int MessageNumber 1; ///< Required attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Hello of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":HelloType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Bye of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ByeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Probe of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatches of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchesType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Resolve of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatches of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchesType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":QNameListType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ScopesType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion of XSD type xs:unsignedInt. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SupportedMatchingRules of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Security of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SecurityType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Sig of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SigType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequence of XSD type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequenceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// @brief Top-level attribute "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Id of simpleType xs:ID. /// @note Use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code. /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section wsdd Top-level root elements of schema "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ #import "wsdx.h" /* End of wsdd5.h */ gsoap-2.8.28/gsoap/import/dom.h0000644000175000017500000000564012653650146015654 0ustar ellertellert/* dom.h gSOAP DOM API v5 Use #import "dom.h" in gSOAP header files to use DOM-based xsd__anyType for XML element and xsd__anyAttribute for XML attributes. This import is automatic with wsdl2h option -d. Compile with dom.c[pp] or link with libgsoapssl.a (for C) or libgsoapssl++.a (for C++) See gsoap/doc/dom/html/index.html for the new DOM API v5 documentation Also located in /gsoap/samples/dom/README.md gSOAP XML Web services tools Copyright (C) 2000-2016, Robert van Engelen, Genivia, Inc. All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2016, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ // The custom serializer for DOM element nodes is represented by xsd__anyType. extern typedef struct soap_dom_element xsd__anyType; // The custom serializer for DOM attribute nodes is represented by xsd__anyAttribute. extern typedef struct soap_dom_attribute xsd__anyAttribute; gsoap-2.8.28/gsoap/import/c14n.h0000644000175000017500000000207112653650146015635 0ustar ellertellert/* c14n.h */ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap c14n schema import: http://www.w3.org/2001/10/xml-exc-c14n# //gsoap c14n schema elementForm: qualified //gsoap c14n schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ typedef struct _c14n__InclusiveNamespaces { @char* PrefixList; } _c14n__InclusiveNamespaces; gsoap-2.8.28/gsoap/import/wsrm.h0000644000175000017500000010126112653650146016061 0ustar ellertellert/* wsrm.h WS-ReliableMessaging 1.1 2007/02 and WS-Addressing 2005/08 Usage: See import/wsrx.h and plugin/wsrmapi.c Generated with: wsdl2h -cyex -o wsrm.h -t WS/WS-typemap.dat WS/WS-ReliableMessaging.xsd Modified by Robert van Engelen: - Removed //gsoapopt - Changed //gsoap wsrm schema namespace directive to import directive - Added #import "wsrx.h" at the end of these definitions - Added #define SOAP_WSRM_2007 - Added //gsoap netrm schema namespace: http://schemas.microsoft.com/ws/2006/05/rm Int* netrm__BufferRemaining; - Added _XML __any; to struct _wsrm__SequenceAcknowledgement */ #define SOAP_WSRM_2007 /******************************************************************************\ * * * Definitions * * http://docs.oasis-open.org/ws-rx/wsrm/200702 * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsa5.h" // wsa5 = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ #define SOAP_NAMESPACE_OF_wsrm "http://docs.oasis-open.org/ws-rx/wsrm/200702" //gsoap wsrm schema import: http://docs.oasis-open.org/ws-rx/wsrm/200702 //gsoap wsrm schema elementForm: qualified //gsoap wsrm schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ // Imported type "http://www.w3.org/2005/08/addressing":EndpointReferenceType defined by wsa5__EndpointReferenceType /// Typedef synonym for struct wsrm__SequenceType. typedef struct wsrm__SequenceType wsrm__SequenceType; /// Typedef synonym for struct wsrm__AckRequestedType. typedef struct wsrm__AckRequestedType wsrm__AckRequestedType; /// Typedef synonym for struct wsrm__SequenceFaultType. typedef struct wsrm__SequenceFaultType wsrm__SequenceFaultType; /// Imported complexType "http://docs.oasis-open.org/ws-rx/wsrm/200702":DetailType from typemap /Users/engelen/Projects/gsoap/WS/WS-typemap.dat. // complexType definition intentionally left blank. /// Typedef synonym for struct wsrm__CreateSequenceType. typedef struct wsrm__CreateSequenceType wsrm__CreateSequenceType; /// Typedef synonym for struct wsrm__CreateSequenceResponseType. typedef struct wsrm__CreateSequenceResponseType wsrm__CreateSequenceResponseType; /// Typedef synonym for struct wsrm__CloseSequenceType. typedef struct wsrm__CloseSequenceType wsrm__CloseSequenceType; /// Typedef synonym for struct wsrm__CloseSequenceResponseType. typedef struct wsrm__CloseSequenceResponseType wsrm__CloseSequenceResponseType; /// Typedef synonym for struct wsrm__TerminateSequenceType. typedef struct wsrm__TerminateSequenceType wsrm__TerminateSequenceType; /// Typedef synonym for struct wsrm__TerminateSequenceResponseType. typedef struct wsrm__TerminateSequenceResponseType wsrm__TerminateSequenceResponseType; /// Typedef synonym for struct wsrm__OfferType. typedef struct wsrm__OfferType wsrm__OfferType; /// Typedef synonym for struct wsrm__AcceptType. typedef struct wsrm__AcceptType wsrm__AcceptType; /// Typedef synonym for struct _wsrm__SequenceAcknowledgement. typedef struct _wsrm__SequenceAcknowledgement _wsrm__SequenceAcknowledgement; /// Imported complexType "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier from typemap /Users/engelen/Projects/gsoap/WS/WS-typemap.dat. /// @brief This type is for elements whose [children] is an anyURI and can have arbitrary attributes. typedef char *_wsrm__Identifier; /// Imported complexType "http://docs.oasis-open.org/ws-rx/wsrm/200702":Address from typemap /Users/engelen/Projects/gsoap/WS/WS-typemap.dat. // complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/ws-rx/wsrm/200702":Expires from typemap /Users/engelen/Projects/gsoap/WS/WS-typemap.dat. #import "custom/duration.h" /// Typedef synonym for struct _wsrm__UsesSequenceSTR. typedef struct _wsrm__UsesSequenceSTR _wsrm__UsesSequenceSTR; /// Typedef synonym for struct _wsrm__UsesSequenceSSL. typedef struct _wsrm__UsesSequenceSSL _wsrm__UsesSequenceSSL; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://docs.oasis-open.org/ws-rx/wsrm/200702 * * * \******************************************************************************/ /// Imported simpleType "http://docs.oasis-open.org/ws-rx/wsrm/200702":MessageNumberType from typemap /Users/engelen/Projects/gsoap/WS/WS-typemap.dat. // simpleType definition intentionally left blank. /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":FaultCodes is a simpleType restriction of xs:QName. enum wsrm__FaultCodes { wsrm__SequenceTerminated, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceTerminated" wsrm__UnknownSequence, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":UnknownSequence" wsrm__InvalidAcknowledgement, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":InvalidAcknowledgement" wsrm__MessageNumberRollover, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":MessageNumberRollover" wsrm__CreateSequenceRefused, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceRefused" wsrm__SequenceClosed, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceClosed" wsrm__WSRMRequired, ///< xs:QName value=""http://docs.oasis-open.org/ws-rx/wsrm/200702":WSRMRequired" }; /// Typedef synonym for enum wsrm__FaultCodes. typedef enum wsrm__FaultCodes wsrm__FaultCodes; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":IncompleteSequenceBehaviorType is a simpleType restriction of xs:string. enum wsrm__IncompleteSequenceBehaviorType { DiscardEntireSequence, ///< xs:string value="DiscardEntireSequence" DiscardFollowingFirstGap, ///< xs:string value="DiscardFollowingFirstGap" NoDiscard, ///< xs:string value="NoDiscard" }; /// Typedef synonym for enum wsrm__IncompleteSequenceBehaviorType. typedef enum wsrm__IncompleteSequenceBehaviorType wsrm__IncompleteSequenceBehaviorType; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":UnsupportedElement is a simpleType restriction of xs:QName. /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://docs.oasis-open.org/ws-rx/wsrm/200702 * * * \******************************************************************************/ /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceType is a complexType. struct wsrm__SequenceType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// Element MessageNumber of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":MessageNumberType. ULONG64 MessageNumber 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":AckRequestedType is a complexType. struct wsrm__AckRequestedType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceFaultType is a complexType. struct wsrm__SequenceFaultType { /// Element FaultCode of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":FaultCodes. enum wsrm__FaultCodes FaultCode 1; ///< Required element. /// Element Detail of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":DetailType. struct SOAP_ENV__Detail* Detail 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceType is a complexType. struct wsrm__CreateSequenceType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":AcksTo. wsa5__EndpointReferenceType AcksTo 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Expires. xsd__duration* Expires 0; ///< Optional element. /// Element Offer of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":OfferType. struct wsrm__OfferType* Offer 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceResponseType is a complexType. struct wsrm__CreateSequenceResponseType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Expires. xsd__duration* Expires 0; ///< Optional element. /// Element IncompleteSequenceBehavior of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":IncompleteSequenceBehaviorType. enum wsrm__IncompleteSequenceBehaviorType* IncompleteSequenceBehavior 0; ///< Optional element. /// Element Accept of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":AcceptType. struct wsrm__AcceptType* Accept 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequenceType is a complexType. struct wsrm__CloseSequenceType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// Element LastMsgNumber of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":MessageNumberType. ULONG64* LastMsgNumber 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequenceResponseType is a complexType. struct wsrm__CloseSequenceResponseType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequenceType is a complexType. struct wsrm__TerminateSequenceType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// Element LastMsgNumber of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":MessageNumberType. ULONG64* LastMsgNumber 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequenceResponseType is a complexType. struct wsrm__TerminateSequenceResponseType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":OfferType is a complexType. struct wsrm__OfferType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// Element Endpoint of type "http://www.w3.org/2005/08/addressing":EndpointReferenceType. wsa5__EndpointReferenceType Endpoint 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Expires. xsd__duration* Expires 0; ///< Optional element. /// Element IncompleteSequenceBehavior of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":IncompleteSequenceBehaviorType. enum wsrm__IncompleteSequenceBehaviorType* IncompleteSequenceBehavior 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":AcceptType is a complexType. struct wsrm__AcceptType { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":AcksTo. wsa5__EndpointReferenceType AcksTo 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceAcknowledgement /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceAcknowledgement is a complexType. struct _wsrm__SequenceAcknowledgement { /// Element reference "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier. char* Identifier 1; ///< Required element. /// CHOICE OF ELEMENTS /// Note: with embedded or prevents the use of a union /// Size of array of ULONG64* is 1..unbounded $int __sizeNack 0; /// Array ULONG64* of length 1..unbounded ULONG64* Nack ; /// SEQUENCE OF ELEMENTS struct _wsrm__SequenceAcknowledgement_Final { /// SEQUENCE OF ELEMENTS // END OF SEQUENCE } *Final ; /// CHOICE OF ELEMENTS /// Note: of element with maxOccurs>1 prevents the use of a union /// Size of AcknowledgementRange array is 1..unbounded $int __sizeAcknowledgementRange 0; struct _wsrm__SequenceAcknowledgement_AcknowledgementRange { /// SEQUENCE OF ELEMENTS // END OF SEQUENCE /// Attribute Upper of type xs:unsignedLong. @ULONG64 Upper 1; ///< Required attribute. /// Attribute Lower of type xs:unsignedLong. @ULONG64 Lower 1; ///< Required attribute. /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). } *AcknowledgementRange ; struct _wsrm__SequenceAcknowledgement_None { /// SEQUENCE OF ELEMENTS // END OF SEQUENCE } *None ; // END OF CHOICE // END OF SEQUENCE // END OF CHOICE /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). //gsoap netrm schema namespace: http://schemas.microsoft.com/ws/2006/05/rm int *netrm__BufferRemaining; ///< WCF netrm BufferRemaining _XML __any; // extensibility /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":UsesSequenceSTR /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":UsesSequenceSTR is a complexType. struct _wsrm__UsesSequenceSTR { /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":UsesSequenceSSL /// "http://docs.oasis-open.org/ws-rx/wsrm/200702":UsesSequenceSSL is a complexType. struct _wsrm__UsesSequenceSSL { /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":Identifier /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":Address /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":Expires /******************************************************************************\ * * * Additional Top-Level Elements * * http://docs.oasis-open.org/ws-rx/wsrm/200702 * * * \******************************************************************************/ /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":Sequence of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":AckRequested of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":AckRequestedType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceFault of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":SequenceFaultType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequence of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceResponse of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":CreateSequenceResponseType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequence of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequenceResponse of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":CloseSequenceResponseType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequence of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequenceResponse of type "http://docs.oasis-open.org/ws-rx/wsrm/200702":TerminateSequenceResponseType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-rx/wsrm/200702":AcksTo of type "http://www.w3.org/2005/08/addressing":EndpointReferenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * http://docs.oasis-open.org/ws-rx/wsrm/200702 * * * \******************************************************************************/ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a FILE* fd, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a FILE* fd, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section wsrm Top-level root elements of schema "http://docs.oasis-open.org/ws-rx/wsrm/200702" - (use wsdl2h option -g to auto-generate) - @ref _wsrm__SequenceAcknowledgement @code // Reader (returns SOAP_OK on success): soap_read__wsrm__SequenceAcknowledgement(struct soap*, struct _wsrm__SequenceAcknowledgement*); // Writer (returns SOAP_OK on success): soap_write__wsrm__SequenceAcknowledgement(struct soap*, struct _wsrm__SequenceAcknowledgement*); @endcode - (use wsdl2h option -g to auto-generate) - @ref _wsrm__Identifier @code // Reader (returns SOAP_OK on success): soap_read__wsrm__Identifier(struct soap*, char*); // Writer (returns SOAP_OK on success): soap_write__wsrm__Identifier(struct soap*, char*); @endcode - @ref _wsrm__Address @code // Reader (returns SOAP_OK on success): soap_read__wsrm__Address(struct soap*, char*); // Writer (returns SOAP_OK on success): soap_write__wsrm__Address(struct soap*, char*); @endcode - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - @ref _wsrm__Expires @code // Reader (returns SOAP_OK on success): soap_read__wsrm__Expires(struct soap*, xsd__duration*); // Writer (returns SOAP_OK on success): soap_write__wsrm__Expires(struct soap*, xsd__duration*); @endcode - @ref _wsrm__UsesSequenceSTR @code // Reader (returns SOAP_OK on success): soap_read__wsrm__UsesSequenceSTR(struct soap*, struct _wsrm__UsesSequenceSTR*); // Writer (returns SOAP_OK on success): soap_write__wsrm__UsesSequenceSTR(struct soap*, struct _wsrm__UsesSequenceSTR*); @endcode - @ref _wsrm__UsesSequenceSSL @code // Reader (returns SOAP_OK on success): soap_read__wsrm__UsesSequenceSSL(struct soap*, struct _wsrm__UsesSequenceSSL*); // Writer (returns SOAP_OK on success): soap_write__wsrm__UsesSequenceSSL(struct soap*, struct _wsrm__UsesSequenceSSL*); @endcode - @ref _wsrm__UnsupportedElement @code // Reader (returns SOAP_OK on success): soap_read__wsrm__UnsupportedElement(struct soap*, _QName); // Writer (returns SOAP_OK on success): soap_write__wsrm__UnsupportedElement(struct soap*, _QName); @endcode */ #import "wsrx.h" /* End of wsrm.h */ gsoap-2.8.28/gsoap/import/xop.h0000644000175000017500000000551212653650146015701 0ustar ellertellert/* xop.h Use #import "xop.h" in a gSOAP header file to enable MTOM attachments. Use SOAP_ENC_MTOM flag in your code to switch to MTOM attachments, see the gSOAP documentation soapdoc2.html Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2008, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2008 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap xop schema import: http://www.w3.org/2004/08/xop/include struct _xop__Include { unsigned char *__ptr; ///< pointer to binary data int __size; ///< size of binary data char *id; ///< NULL to generate an id, or set to a unique UUID char *type; ///< MIME type of the data char *options; ///< optional description of MIME attachment }; typedef struct _xop__Include _xop__Include; gsoap-2.8.28/gsoap/import/wsrm4.h0000644000175000017500000004770112653650146016155 0ustar ellertellert/* wsrm4.h WS-ReliableMessaging 1.0 2004/06 THIS IS AN OBSOLETE SPECIFICATION superseded by WS-ReliableMessaging 2005/08. Support for this version has ceased. Generated with: wsdl2h -cgex -o wsrm4.h -t WS/WS-typemap.dat WS/ws-reliability-1.1.xsd Modified by Robert van Engelen: - Removed //gsoapopt - Changed the //gsoap schema namespace directives to imports */ /******************************************************************************\ * * * http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "ref.h" // ref = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap wsrm schema import: http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd //gsoap wsrm schema elementForm: qualified //gsoap wsrm schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ // Imported type "http://docs.oasis-open.org/wsrm/2004/06/reference-1.1.xsd":ServiceRefType defined by ref__ServiceRefType /// Built-in type "xs:boolean". enum xsd__boolean_ { _false, _true }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ReplyPatternTypeValues is a simpleType restriction of xs:string. enum wsrm__ReplyPatternTypeValues { Response, ///< xs:string value="Response" Callback, ///< xs:string value="Callback" Poll, ///< xs:string value="Poll" }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MIDType is a simpleType restriction of xs:anyURI. typedef char* /*URI*/ wsrm__MIDType; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":FaultCodeEnum is a simpleType restriction of xs:QName. enum wsrm__FaultCodeEnum { wsrm__InvalidMessageId, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidMessageId" wsrm__InvalidMessageParameters, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidMessageParameters" wsrm__InvalidPollRequest, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidPollRequest" wsrm__InvalidRequest, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidRequest" wsrm__InvalidExpiryTime, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidExpiryTime" wsrm__InvalidReplyPattern, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":InvalidReplyPattern" wsrm__FeatureNotSupported, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":FeatureNotSupported" wsrm__PermanentProcessingFailure, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":PermanentProcessingFailure" wsrm__MessageProcessingFailure, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MessageProcessingFailure" wsrm__GroupAborted, ///< xs:QName value=""http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":GroupAborted" }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":BareURIType is a simpleType restriction of xs:anyURI. typedef char* /*URI*/ wsrm__BareURIType; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":HeaderBaseType is a complexType. struct wsrm__HeaderBaseType { /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType is a complexType. struct wsrm__EmptyType { }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ExtensibleType is a complexType. struct wsrm__ExtensibleType { /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ReplyPatternType is a complexType. struct wsrm__ReplyPatternType { /// Element Value of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ReplyPatternTypeValues. enum wsrm__ReplyPatternTypeValues Value 1; ///< Required element. /// Element ReplyTo of type "http://docs.oasis-open.org/wsrm/2004/06/reference-1.1.xsd":ServiceRefType. ref__ServiceRefType* ReplyTo 0; ///< Optional element. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":RequestType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":HeaderBaseType. struct wsrm__RequestType { /// INHERITED FROM wsrm__HeaderBaseType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// Element MessageId of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MessageIdType. struct wsrm__MessageIdType* MessageId 1; ///< Required element. /// Element ExpiryTime of type xs:dateTime. time_t ExpiryTime 1; ///< Required element. /// Element ReplyPattern of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ReplyPatternType. struct wsrm__ReplyPatternType* ReplyPattern 1; ///< Required element. /// Element AckRequested of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__EmptyType* AckRequested 0; ///< Optional element. /// Element DuplicateElimination of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__EmptyType* DuplicateElimination 0; ///< Optional element. /// Element MessageOrder of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__EmptyType* MessageOrder 0; ///< Optional element. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MessageIdType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__MessageIdType { /// INHERITED FROM wsrm__EmptyType: // END OF INHERITED /// Element SequenceNum of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":SequenceNumType. struct wsrm__SequenceNumType* SequenceNum 0; ///< Optional element. /// Attribute groupId of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MIDType. @wsrm__MIDType groupId 1; ///< Required attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":SequenceNumType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__SequenceNumType { /// INHERITED FROM wsrm__EmptyType: // END OF INHERITED /// Attribute number of type xs:unsignedLong. @ULONG64 number 1; ///< Required attribute. /// Attribute last of type xs:boolean. @enum xsd__boolean_ last 0 = false_; ///< Default value="false". /// Attribute groupExpiryTime of type xs:dateTime. @time_t* groupExpiryTime 0; ///< Optional attribute. /// Attribute groupMaxIdleDuration of type xs:duration. @char* /*duration*/ groupMaxIdleDuration 0; ///< Optional attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ResponseType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":HeaderBaseType. struct wsrm__ResponseType { /// INHERITED FROM wsrm__HeaderBaseType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// CHOICE OF ELEMENTS FOR choice maxOccurs="unbounded" int __size_ResponseType ; struct __wsrm__union_ResponseType { int __union_ResponseType ; ///< Union _wsrm__union_ResponseType selector: set to SOAP_UNION__wsrm__union_ResponseType_ /// Union for choice in type wsrm__ResponseType union _wsrm__union_ResponseType { /// Element NonSequenceReply of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":NonSequenceReplyType. struct wsrm__NonSequenceReplyType* NonSequenceReply 1; ///< Required element. /// Element SequenceReplies of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":SequenceRepliesType. struct wsrm__SequenceRepliesType* SequenceReplies 1; ///< Required element. } union_ResponseType ; } *__union_ResponseType ; // END OF CHOICE }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":NonSequenceReplyType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ExtensibleType. struct wsrm__NonSequenceReplyType { /// INHERITED FROM wsrm__ExtensibleType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// Attribute groupId of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MIDType. @wsrm__MIDType groupId 1; ///< Required attribute. /// Attribute fault of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":FaultCodeEnum. @enum wsrm__FaultCodeEnum* fault 0; ///< Optional attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":SequenceRepliesType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ExtensibleType. struct wsrm__SequenceRepliesType { /// INHERITED FROM wsrm__ExtensibleType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// Size of array of struct wsrm__ReplyRangeType* is 1..unbounded int __sizeReplyRange ; /// Array of length 1..unbounded struct wsrm__ReplyRangeType* ReplyRange 1; /// Attribute groupId of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MIDType. @wsrm__MIDType groupId 1; ///< Required attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ReplyRangeType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ExtensibleType. struct wsrm__ReplyRangeType { /// INHERITED FROM wsrm__ExtensibleType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// Attribute from of type xs:unsignedLong. @ULONG64 from 1; ///< Required attribute. /// Attribute to of type xs:unsignedLong. @ULONG64 to 1; ///< Required attribute. /// Attribute fault of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":FaultCodeEnum. @enum wsrm__FaultCodeEnum* fault 0; ///< Optional attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":RefToMessageIdsType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__RefToMessageIdsType { /// INHERITED FROM wsrm__EmptyType: // END OF INHERITED /// Size of array of struct wsrm__SequenceNumRangeType* is 0..unbounded int __sizeSequenceNumRange ; /// Array of length 0..unbounded struct wsrm__SequenceNumRangeType* SequenceNumRange 0; /// Attribute groupId of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":MIDType. @wsrm__MIDType groupId 1; ///< Required attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":SequenceNumRangeType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":EmptyType. struct wsrm__SequenceNumRangeType { /// INHERITED FROM wsrm__EmptyType: // END OF INHERITED /// Attribute from of type xs:unsignedLong. @ULONG64 from 1; ///< Required attribute. /// Attribute to of type xs:unsignedLong. @ULONG64 to 1; ///< Required attribute. }; /// "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":PollRequestType is a complexType with complexContent extension of "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":HeaderBaseType. struct wsrm__PollRequestType { /// INHERITED FROM wsrm__HeaderBaseType: /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). // END OF INHERITED /// Size of array of struct wsrm__RefToMessageIdsType* is 1..unbounded int __sizeRefToMessageIds ; /// Array of length 1..unbounded struct wsrm__RefToMessageIdsType* RefToMessageIds 1; /// Element ReplyTo of type "http://docs.oasis-open.org/wsrm/2004/06/reference-1.1.xsd":ServiceRefType. ref__ServiceRefType* ReplyTo 0; ///< Optional element. }; /// Element "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":Request of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":RequestType. typedef struct wsrm__RequestType _wsrm__Request; /// Element "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":Response of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":ResponseType. typedef struct wsrm__ResponseType _wsrm__Response; /// Element "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":PollRequest of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":PollRequestType. typedef struct wsrm__PollRequestType _wsrm__PollRequest; /// Element "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":BareURI of type "http://docs.oasis-open.org/wsrm/2004/06/ws-reliability-1.1.xsd":BareURIType. typedef wsrm__BareURIType _wsrm__BareURI; /* End of wsrm1.h */ gsoap-2.8.28/gsoap/import/WS-example.c0000644000175000017500000000466212653650146017055 0ustar ellertellert/* WS-example.c Example to demonstrate WS-Header.h -------------------------------------------------------------------------------- gSOAP XML Web services tools Copyright (C) 2004-2008, Robert van Engelen, Genivia Inc. All Rights Reserved. This software is released under one of the following two licenses: GPL or Genivia's license for commercial use. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ #include "soapH.h" #include "calc.nsmap" int main() { struct soap soap; struct SOAP_ENV__Header header; struct wsa__EndpointReferenceType replyTo; double n; soap_init(&soap); soap_default_SOAP_ENV__Header(&soap, &header); soap_default_wsa__EndpointReferenceType(&soap, &replyTo); replyTo.Address = "http://websrv.cs.fsu.edu/~engelen/calcclient.cgi"; header.wsa__MessageID = "uuid:aaaabbbb-cccc-dddd-eeee-ffffffffffff"; header.wsa__ReplyTo = &replyTo; header.wsa__To = "http://websrv.cs.fsu.edu/~engelen/calcserver.cgi"; header.wsa__Action = "http://websrv.cs.fsu.edu/~engelen/result"; soap.header = &header; printf("Testing: the WS-Addressing request send to the calc server is not understood:\n"); if (soap_call_ns__add(&soap, NULL, NULL, 1, 2, &n)) soap_print_fault(&soap, stderr); else printf("1 + 2 = %g\n", n); soap_end(&soap); soap_done(&soap); return 0; } gsoap-2.8.28/gsoap/import/wst.h0000644000175000017500000014270312653650146015714 0ustar ellertellert/* wst.h WS-Trust 2005/12 Generated with: wsdl2h -cuyx -o wst.h -t WS/WS-typemap.dat WS/WS-Trust.xsd - Removed //gsoapopt - Changed http://docs.oasis-open.org/ws-sx/ws-trust/200512 to remove trailing / - Changed //gsoap wst schema namespace directive to import directive - Added #import "wstx.h" at the end of these definitions */ /******************************************************************************\ * * * Definitions * * http://docs.oasis-open.org/ws-sx/ws-trust/200512/ * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsse.h" // wsse = #import "wsu.h" // wsu = #import "wsa5.h" // wsa5 = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ #define SOAP_NAMESPACE_OF_wst "http://docs.oasis-open.org/ws-sx/ws-trust/200512" //gsoap wst schema import: http://docs.oasis-open.org/ws-sx/ws-trust/200512 //gsoap wst schema elementForm: qualified //gsoap wst schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ // Imported XSD type ""http://www.w3.org/2005/08/addressing":EndpointReferenceType" defined by wsa5__EndpointReferenceType. /// Imported element ""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference" from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". /// @brief Typedef synonym for struct wst__RequestSecurityTokenType. typedef struct wst__RequestSecurityTokenType wst__RequestSecurityTokenType; /// @brief Typedef synonym for struct wst__RequestSecurityTokenResponseType. typedef struct wst__RequestSecurityTokenResponseType wst__RequestSecurityTokenResponseType; /// Imported complexType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedSecurityTokenType from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". #import "saml1.h" typedef struct wst__RequestedSecurityTokenType { saml1__AssertionType *saml1__Assertion; _wsse__SecurityTokenReference *wsse__SecurityTokenReference; } wst__RequestedSecurityTokenType; /// @brief Typedef synonym for struct wst__BinarySecretType. typedef struct wst__BinarySecretType wst__BinarySecretType; /// @brief Typedef synonym for struct wst__ClaimsType. typedef struct wst__ClaimsType wst__ClaimsType; /// Imported complexType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EntropyType from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". typedef struct wst__EntropyType { struct wst__BinarySecretType *BinarySecret; } wst__EntropyType; /// @brief Typedef synonym for struct wst__LifetimeType. typedef struct wst__LifetimeType wst__LifetimeType; /// @brief Typedef synonym for struct wst__RequestSecurityTokenCollectionType. typedef struct wst__RequestSecurityTokenCollectionType wst__RequestSecurityTokenCollectionType; /// @brief Typedef synonym for struct wst__RequestSecurityTokenResponseCollectionType. typedef struct wst__RequestSecurityTokenResponseCollectionType wst__RequestSecurityTokenResponseCollectionType; /// @brief Typedef synonym for struct wst__RequestedReferenceType. typedef struct wst__RequestedReferenceType wst__RequestedReferenceType; /// @brief Typedef synonym for struct wst__RequestedProofTokenType. typedef struct wst__RequestedProofTokenType wst__RequestedProofTokenType; /// @brief Typedef synonym for struct wst__RenewTargetType. typedef struct wst__RenewTargetType wst__RenewTargetType; /// @brief Typedef synonym for struct wst__AllowPostdatingType. typedef struct wst__AllowPostdatingType wst__AllowPostdatingType; /// @brief Typedef synonym for struct wst__RenewingType. typedef struct wst__RenewingType wst__RenewingType; /// @brief Typedef synonym for struct wst__CancelTargetType. typedef struct wst__CancelTargetType wst__CancelTargetType; /// @brief Typedef synonym for struct wst__RequestedTokenCancelledType. typedef struct wst__RequestedTokenCancelledType wst__RequestedTokenCancelledType; /// @brief Typedef synonym for struct wst__ValidateTargetType. typedef struct wst__ValidateTargetType wst__ValidateTargetType; /// @brief Typedef synonym for struct wst__StatusType. typedef struct wst__StatusType wst__StatusType; /// @brief Typedef synonym for struct wst__SignChallengeType. typedef struct wst__SignChallengeType wst__SignChallengeType; /// @brief Typedef synonym for struct wst__BinaryExchangeType. typedef struct wst__BinaryExchangeType wst__BinaryExchangeType; /// @brief Typedef synonym for struct wst__RequestKETType. typedef struct wst__RequestKETType wst__RequestKETType; /// @brief Typedef synonym for struct wst__KeyExchangeTokenType. typedef struct wst__KeyExchangeTokenType wst__KeyExchangeTokenType; /// @brief Typedef synonym for struct wst__AuthenticatorType. typedef struct wst__AuthenticatorType wst__AuthenticatorType; /// @brief Typedef synonym for struct wst__OnBehalfOfType. typedef struct wst__OnBehalfOfType wst__OnBehalfOfType; /// @brief Typedef synonym for struct wst__EncryptionType. typedef struct wst__EncryptionType wst__EncryptionType; /// @brief Typedef synonym for struct wst__ProofEncryptionType. typedef struct wst__ProofEncryptionType wst__ProofEncryptionType; /// @brief Typedef synonym for struct wst__UseKeyType. typedef struct wst__UseKeyType wst__UseKeyType; /// @brief Typedef synonym for struct wst__DelegateToType. typedef struct wst__DelegateToType wst__DelegateToType; /// @brief Typedef synonym for struct wst__ParticipantsType. typedef struct wst__ParticipantsType wst__ParticipantsType; /// @brief Typedef synonym for struct wst__ParticipantType. typedef struct wst__ParticipantType wst__ParticipantType; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://docs.oasis-open.org/ws-sx/ws-trust/200512/ * * * \******************************************************************************/ /// @brief Union of values from member types "wst:RequestTypeEnum xs:anyURI". typedef char* wst__RequestTypeOpenEnum; /// @brief Union of values from member types "wst:BinarySecretTypeEnum xs:anyURI". typedef char* wst__BinarySecretTypeOpenEnum; /// @brief Union of values from member types "wst:ComputedKeyEnum xs:anyURI". typedef char* wst__ComputedKeyOpenEnum; /// @brief Union of values from member types "wst:StatusCodeEnum xs:anyURI". typedef char* wst__StatusCodeOpenEnum; /// @brief Union of values from member types "wst:KeyTypeEnum xs:anyURI". typedef char* wst__KeyTypeOpenEnum; /// Imported simpleType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestTypeEnum from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". // simpleType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinarySecretTypeEnum from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". // simpleType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ComputedKeyEnum from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". // simpleType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":StatusCodeEnum from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". // simpleType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyTypeEnum from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". // simpleType definition intentionally left blank. /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://docs.oasis-open.org/ws-sx/ws-trust/200512/ * * * \******************************************************************************/ /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenType is a complexType. /// /// 

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struct wst__RequestSecurityTokenType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute "Context" of XSD type xs:anyURI. @char* Context 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat char* TokenType; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat wst__RequestTypeOpenEnum RequestType; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat unsigned int* KeySize; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat struct wst__BinaryExchangeType* BinaryExhange; }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseType is a complexType. /// /// 

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struct wst__RequestSecurityTokenResponseType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute "Context" of XSD type xs:anyURI. @char* Context 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat char* TokenType; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat struct wst__RequestedSecurityTokenType* RequestedSecurityToken; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat struct wst__BinaryExchangeType* BinaryExhange; }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ClaimsType is a complexType. /// struct wst__ClaimsType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute "Dialect" of XSD type xs:anyURI. @char* Dialect 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":LifetimeType is a complexType. /// struct wst__LifetimeType { /// Imported element reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd":Created. char* wsu__Created 0; ///< Optional element. /// Imported element reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd":Expires. char* wsu__Expires 0; ///< Optional element. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenCollectionType is a complexType. /// /// 

///   The RequestSecurityTokenCollection (RSTC) element is used to provide multiple RST requests. One or more RSTR elements in an RSTRC element are returned in the response to the RequestSecurityTokenCollection.
///
struct wst__RequestSecurityTokenCollectionType { /// Size of array of struct wst__RequestSecurityTokenType* is 2..unbounded. $int __sizeRequestSecurityToken 2; /// Array struct wst__RequestSecurityTokenType* of size 2..unbounded. struct wst__RequestSecurityTokenType* RequestSecurityToken 2; }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseCollectionType is a complexType. /// /// 

///   The  element (RSTRC) MUST be used to return a security token or response to a security token request on the final response.
///
struct wst__RequestSecurityTokenResponseCollectionType { /// Size of the dynamic array of struct wst__RequestSecurityTokenResponseType* is 1..unbounded. $int __sizeRequestSecurityTokenResponse 1; /// Array struct wst__RequestSecurityTokenResponseType* of size 1..unbounded. struct wst__RequestSecurityTokenResponseType* RequestSecurityTokenResponse 1; /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedReferenceType is a complexType. /// struct wst__RequestedReferenceType { /// Imported element reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference. _wsse__SecurityTokenReference wsse__SecurityTokenReference 1; ///< Required element. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedProofTokenType is a complexType. /// struct wst__RequestedProofTokenType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RenewTargetType is a complexType. /// struct wst__RenewTargetType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AllowPostdatingType is a complexType. /// struct wst__AllowPostdatingType { }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RenewingType is a complexType. /// struct wst__RenewingType { /// Attribute "Allow" of XSD type xs:boolean. @char* Allow 0; ///< Optional attribute. /// Attribute "OK" of XSD type xs:boolean. @char* OK 0; ///< Optional attribute. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CancelTargetType is a complexType. /// struct wst__CancelTargetType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedTokenCancelledType is a complexType. /// struct wst__RequestedTokenCancelledType { }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ValidateTargetType is a complexType. /// struct wst__ValidateTargetType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":StatusType is a complexType. /// struct wst__StatusType { /// Element "Code" of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":StatusCodeOpenEnum. wst__StatusCodeOpenEnum Code 1; ///< Required element. /// Element "Reason" of XSD type xs:string. char* Reason 0; ///< Optional element. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignChallengeType is a complexType. /// struct wst__SignChallengeType { /// Element reference "http://docs.oasis-open.org/ws-sx/ws-trust/200512/:""http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Challenge. char* Challenge 1; ///< Required element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestKETType is a complexType. /// struct wst__RequestKETType { }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyExchangeTokenType is a complexType. /// struct wst__KeyExchangeTokenType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AuthenticatorType is a complexType. /// struct wst__AuthenticatorType { /// Element reference "http://docs.oasis-open.org/ws-sx/ws-trust/200512/:""http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CombinedHash. char* CombinedHash 0; ///< Optional element. /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":OnBehalfOfType is a complexType. /// struct wst__OnBehalfOfType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EncryptionType is a complexType. /// struct wst__EncryptionType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ProofEncryptionType is a complexType. /// struct wst__ProofEncryptionType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":UseKeyType is a complexType. /// struct wst__UseKeyType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute "Sig" of XSD type xs:anyURI. @char* Sig 0; ///< Optional attribute. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":DelegateToType is a complexType. /// struct wst__DelegateToType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ParticipantsType is a complexType. /// struct wst__ParticipantsType { /// Element "Primary" of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ParticipantType. struct wst__ParticipantType* Primary 0; ///< Optional element. /// Size of array of struct wst__ParticipantType* is 0..unbounded. $int __sizeParticipant 0; /// Array struct wst__ParticipantType* of size 0..unbounded. struct wst__ParticipantType* Participant 0; /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ParticipantType is a complexType. /// struct wst__ParticipantType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinarySecretType is a complexType with simpleContent. /// struct wst__BinarySecretType { /// __item wraps "xs:base64Binary" simpleContent. char* __item ; /// Attribute "Type" of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinarySecretTypeOpenEnum. @wst__BinarySecretTypeOpenEnum Type 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinaryExchangeType is a complexType with simpleContent. /// struct wst__BinaryExchangeType { /// __item wraps "xs:string" simpleContent. char* __item ; /// Attribute "ValueType" of XSD type xs:anyURI. @char* ValueType 1; ///< Required attribute. /// Attribute "EncodingType" of XSD type xs:anyURI. @char* EncodingType 1; ///< Required attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://docs.oasis-open.org/ws-sx/ws-trust/200512/ * * * \******************************************************************************/ /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":TokenType of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestType of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestTypeOpenEnum. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponse of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedSecurityToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedSecurityTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinarySecret of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinarySecretType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Claims of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ClaimsType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Entropy of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EntropyType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Lifetime of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":LifetimeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenCollection of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenCollectionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseCollection of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseCollectionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ComputedKey of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ComputedKeyOpenEnum. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedAttachedReference of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedReferenceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedUnattachedReference of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedReferenceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedProofToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedProofTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":IssuedTokens of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestSecurityTokenResponseCollectionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RenewTarget of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RenewTargetType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AllowPostdating of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AllowPostdatingType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Renewing of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RenewingType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CancelTarget of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CancelTargetType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedTokenCancelled of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestedTokenCancelledType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ValidateTarget of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ValidateTargetType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Status of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":StatusType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignChallenge of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignChallengeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignChallengeResponse of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignChallengeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Challenge of XSD type xs:string. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinaryExchange of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":BinaryExchangeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestKET of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":RequestKETType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyExchangeToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyExchangeTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Authenticator of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AuthenticatorType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CombinedHash of XSD type xs:base64Binary. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":OnBehalfOf of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":OnBehalfOfType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Issuer of XSD type "http://www.w3.org/2005/08/addressing":EndpointReferenceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":AuthenticationType of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyType of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyTypeOpenEnum. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeySize of XSD type xs:unsignedInt. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignatureAlgorithm of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EncryptionAlgorithm of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":CanonicalizationAlgorithm of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ComputedKeyAlgorithm of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Encryption of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EncryptionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ProofEncryption of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ProofEncryptionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":UseKey of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":UseKeyType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":KeyWrapAlgorithm of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":SignWith of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":EncryptWith of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":DelegateTo of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":DelegateToType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Forwardable of XSD type xs:boolean. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Delegatable of XSD type xs:boolean. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":Participants of XSD type "http://docs.oasis-open.org/ws-sx/ws-trust/200512/":ParticipantsType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * http://docs.oasis-open.org/ws-sx/ws-trust/200512/ * * * \******************************************************************************/ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section wst Top-level root elements of schema "http://docs.oasis-open.org/ws-sx/ws-trust/200512/" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ #import "wstx.h" /* End of wst.h */ gsoap-2.8.28/gsoap/import/wsdd.h0000644000175000017500000006575512653650146016053 0ustar ellertellert/* wsdd.h WS-Discovery 1.1 2009 with WS-Addressing 2005/08 Generated with: wsdl2h -cyex -o wsdd.h -t WS/WS-typemap.dat WS/discovery.xsd Modified by Robert van Engelen: - Removed //gsoapopt - Changed //gsoap wssd schema namespace directive to import directive - Added #import "wsdx.h" at the end of these definitions - Added #define SOAP_WSDD_2009 */ #define SOAP_WSDD_2009 /******************************************************************************\ * * * Definitions * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsa5.h" // wsa5 = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ #define SOAP_NAMESPACE_OF_wsdd "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01" //gsoap wsdd schema import: http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 //gsoap wsdd schema elementForm: qualified //gsoap wsdd schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ // Imported element "http://www.w3.org/2005/08/addressing":EndpointReference declared as _wsa5__EndpointReference /// Typedef synonym for struct wsdd__HelloType. typedef struct wsdd__HelloType wsdd__HelloType; /// Typedef synonym for struct wsdd__ByeType. typedef struct wsdd__ByeType wsdd__ByeType; /// Typedef synonym for struct wsdd__ProbeType. typedef struct wsdd__ProbeType wsdd__ProbeType; /// Typedef synonym for struct wsdd__ProbeMatchesType. typedef struct wsdd__ProbeMatchesType wsdd__ProbeMatchesType; /// Typedef synonym for struct wsdd__ProbeMatchType. typedef struct wsdd__ProbeMatchType wsdd__ProbeMatchType; /// Typedef synonym for struct wsdd__ResolveType. typedef struct wsdd__ResolveType wsdd__ResolveType; /// Typedef synonym for struct wsdd__ResolveMatchesType. typedef struct wsdd__ResolveMatchesType wsdd__ResolveMatchesType; /// Typedef synonym for struct wsdd__ResolveMatchType. typedef struct wsdd__ResolveMatchType wsdd__ResolveMatchType; /// Typedef synonym for struct wsdd__ScopesType. typedef struct wsdd__ScopesType wsdd__ScopesType; /// Typedef synonym for struct wsdd__SecurityType. typedef struct wsdd__SecurityType wsdd__SecurityType; /// Typedef synonym for struct wsdd__SigType. typedef struct wsdd__SigType wsdd__SigType; /// Typedef synonym for struct wsdd__AppSequenceType. typedef struct wsdd__AppSequenceType wsdd__AppSequenceType; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":QNameListType is a simpleType containing a whitespace separated list of xs:QName. typedef _QName wsdd__QNameListType; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType is a simpleType containing a whitespace separated list of xs:anyURI. typedef char* wsdd__UriListType; /// union of values "tns:FaultCodeType xs:QName" typedef char* wsdd__FaultCodeOpenType; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":FaultCodeType is a simpleType restriction of xs:QName. enum wsdd__FaultCodeType { wsdd__MatchingRuleNotSupported, ///< xs:QName value=""http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MatchingRuleNotSupported" }; /// Typedef synonym for enum wsdd__FaultCodeType. typedef enum wsdd__FaultCodeType wsdd__FaultCodeType; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":HelloType is a complexType. struct wsdd__HelloType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ByeType is a complexType. struct wsdd__ByeType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int* MetadataVersion 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeType is a complexType. struct wsdd__ProbeType { /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchesType is a complexType. struct wsdd__ProbeMatchesType { /// Size of array of struct wsdd__ProbeMatchType* is 0..unbounded $int __sizeProbeMatch 0; /// Array struct wsdd__ProbeMatchType* of length 0..unbounded struct wsdd__ProbeMatchType* ProbeMatch 0; /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchType is a complexType. struct wsdd__ProbeMatchType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveType is a complexType. struct wsdd__ResolveType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchesType is a complexType. struct wsdd__ResolveMatchesType { /// Element ResolveMatch of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchType. struct wsdd__ResolveMatchType* ResolveMatch 0; ///< Optional element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchType is a complexType. struct wsdd__ResolveMatchType { /// Imported element reference "http://www.w3.org/2005/08/addressing":EndpointReference. _wsa5__EndpointReference wsa5__EndpointReference 1; ///< Required element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types. wsdd__QNameListType Types 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes. struct wsdd__ScopesType* Scopes 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs. wsdd__UriListType XAddrs 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion. unsigned int MetadataVersion 1; ///< Required element. /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SecurityType is a complexType. struct wsdd__SecurityType { /// Element reference "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Sig. struct wsdd__SigType* Sig 0; ///< Optional element. /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SigType is a complexType. struct wsdd__SigType { /// TODO: /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Attribute Scheme of type xs:anyURI. @char* Scheme 1; ///< Required attribute. /// Attribute KeyId of type xs:base64Binary. @char* KeyId 0; ///< Optional attribute. /// Attribute Refs of type xs:IDREFS. @char* Refs 1; ///< Required attribute. /// Attribute Sig of type xs:base64Binary. @char* Sig 1; ///< Required attribute. /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ScopesType is a complexType with simpleContent. struct wsdd__ScopesType { /// __item wraps '"http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType' simpleContent. wsdd__UriListType __item ; /// Attribute MatchBy of type xs:anyURI. @char* MatchBy 0; ///< Optional attribute. /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /// "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequenceType is a complexType with complexContent restriction of xs:anyType. struct wsdd__AppSequenceType { /// Attribute InstanceId of type xs:unsignedInt. @unsigned int InstanceId 1; ///< Required attribute. /// Attribute SequenceId of type xs:anyURI. @char* SequenceId 0; ///< Optional attribute. /// Attribute MessageNumber of type xs:unsignedInt. @unsigned int MessageNumber 1; ///< Required attribute. /// /// TODO: Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Hello of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":HelloType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Bye of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ByeType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Probe of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatches of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ProbeMatchesType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Resolve of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatches of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ResolveMatchesType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Types of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":QNameListType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Scopes of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":ScopesType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":XAddrs of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":MetadataVersion of type xs:unsignedInt. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SupportedMatchingRules of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":UriListType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Security of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SecurityType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Sig of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":SigType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// Top-level root element "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequence of type "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":AppSequenceType. /// Note: use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01 * * * \******************************************************************************/ /// Top-level attribute "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01":Id of simpleType xs:ID. /// Note: use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code. /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. XML content can be retrieved from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback XML content can be stored to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback @section wsdd Top-level root elements of schema "http://docs.oasis-open.org/ws-dd/ns/discovery/2009/01" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ #import "wsdx.h" /* End of wsdd2.h */ gsoap-2.8.28/gsoap/import/xmime5.h0000644000175000017500000000561412653650146016302 0ustar ellertellert/* xmime5.h Use #import "xmime5.h" in a gSOAP header file to enable xmlmime 2005/05 bindings. The xmime5:contentType attribute can be used to associate a MIME type with binary content, as in: #import "xmime5.h" struct ns__myBinaryData { unsigned char *__ptr; int __size; @char *xmime5__contentType; }; Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap xmime5 schema import: http://www.w3.org/2005/05/xmlmime //gsoap xmime5 schema namespace2: http://www.w3.org/2004/11/xmlmime /** base64 type, can be used as MIME attachment (when id and type are set) */ struct xmime5__base64Binary { unsigned char *__ptr; int __size; char *id; char *type; char *options; }; typedef struct xmime5__base64Binary xmime5__base64Binary; gsoap-2.8.28/gsoap/import/wsrx5.h0000644000175000017500000002404412653650146016164 0ustar ellertellert/* wsrx5.h WS-ReliableMessaging definitions: SOAP Header definitions for WS-RM 1.0 2005 WS-RM Operations for CreateSequence, CloseSequence, TerminateSequence WS-RM SequenceAcknowledgement server operation (RM dest for AcksTo) Note: changed TerminateSequenceResponse to TerminateSequence Imported by import/wsrm5.h gSOAP XML Web services tools Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2012, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ struct SOAP_ENV__Header { struct wsrm__SequenceType *wsrm__Sequence 0; int __sizeAckRequested 0; struct wsrm__AckRequestedType *wsrm__AckRequested 0; int __sizeSequenceAcknowledgement 0; struct _wsrm__SequenceAcknowledgement *wsrm__SequenceAcknowledgement 0; struct wsrm__SequenceFaultType *wsrm__SequenceFault 0; }; //gsoap wsrm service name: wsrm //gsoap wsrm service method-header-part: CreateSequence wsa5__MessageID //gsoap wsrm service method-header-part: CreateSequence wsa5__RelatesTo //gsoap wsrm service method-header-part: CreateSequence wsa5__From //gsoap wsrm service method-header-part: CreateSequence wsa5__ReplyTo //gsoap wsrm service method-header-part: CreateSequence wsa5__FaultTo //gsoap wsrm service method-header-part: CreateSequence wsa5__To //gsoap wsrm service method-header-part: CreateSequence wsa5__Action //gsoap wsrm service method-action: CreateSequence http://schemas.xmlsoap.org/ws/2005/02/rm/CreateSequence //gsoap wsrm service method-output-action: CreateSequence http://schemas.xmlsoap.org/ws/2005/02/rm/CreateSequenceResponse int __wsrm__CreateSequence( struct wsrm__CreateSequenceType *wsrm__CreateSequence, struct wsrm__CreateSequenceResponseType *wsrm__CreateSequenceResponse); //gsoap wsrm service method-header-part: CloseSequence wsa5__MessageID //gsoap wsrm service method-header-part: CloseSequence wsa5__RelatesTo //gsoap wsrm service method-header-part: CloseSequence wsa5__From //gsoap wsrm service method-header-part: CloseSequence wsa5__ReplyTo //gsoap wsrm service method-header-part: CloseSequence wsa5__FaultTo //gsoap wsrm service method-header-part: CloseSequence wsa5__To //gsoap wsrm service method-header-part: CloseSequence wsa5__Action //gsoap wsrm service method-action: CloseSequence http://schemas.xmlsoap.org/ws/2005/02/rm/CloseSequence //gsoap wsrm service method-output-action: CloseSequence http://schemas.xmlsoap.org/ws/2005/02/rm/CloseSequenceResponse int __wsrm__CloseSequence( struct wsrm__CloseSequenceType *wsrm__CloseSequence, struct wsrm__CloseSequenceResponseType *wsrm__CloseSequenceResponse); //gsoap wsrm service method-header-part: TerminateSequence wsa5__MessageID //gsoap wsrm service method-header-part: TerminateSequence wsa5__RelatesTo //gsoap wsrm service method-header-part: TerminateSequence wsa5__From //gsoap wsrm service method-header-part: TerminateSequence wsa5__ReplyTo //gsoap wsrm service method-header-part: TerminateSequence wsa5__FaultTo //gsoap wsrm service method-header-part: TerminateSequence wsa5__To //gsoap wsrm service method-header-part: TerminateSequence wsa5__Action //gsoap wsrm service method-action: TerminateSequence http://schemas.xmlsoap.org/ws/2005/02/rm/TerminateSequence //gsoap wsrm service method-output-action: TerminateSequence http://schemas.xmlsoap.org/ws/2005/02/rm/TerminateSequence int __wsrm__TerminateSequence( struct wsrm__TerminateSequenceType *wsrm__TerminateSequence, struct wsrm__TerminateSequenceResponseType *wsrm__TerminateSequence_); //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__MessageID //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__RelatesTo //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__From //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__ReplyTo //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__FaultTo //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__To //gsoap wsrm service method-header-part: CreateSequenceResponse wsa5__Action //gsoap wsrm service method-action: CreateSequenceResponse http://schemas.xmlsoap.org/ws/2005/02/rm/CreateSequenceResponse int __wsrm__CreateSequenceResponse(struct wsrm__CreateSequenceResponseType *wsrm__CreateSequenceResponse, void); //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__MessageID //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__RelatesTo //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__From //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__ReplyTo //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__FaultTo //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__To //gsoap wsrm service method-header-part: CloseSequenceResponse wsa5__Action //gsoap wsrm service method-action: CloseSequenceResponse http://schemas.xmlsoap.org/ws/2005/02/rm/CloseSequenceResponse int __wsrm__CloseSequenceResponse(struct wsrm__CloseSequenceResponseType *wsrm__CloseSequenceResponse, void); //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__MessageID //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__RelatesTo //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__From //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__ReplyTo //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__FaultTo //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__To //gsoap wsrm service method-header-part: TerminateSequenceResponse wsa5__Action //gsoap wsrm service method-action: TerminateSequenceResponse http://schemas.xmlsoap.org/ws/2005/02/rm/TerminateSequenceResponse int __wsrm__TerminateSequenceResponse(struct wsrm__TerminateSequenceResponseType *wsrm__TerminateSequenceResponse, void); //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__MessageID //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__RelatesTo //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__From //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__ReplyTo //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__FaultTo //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__To //gsoap wsrm service method-header-part: SequenceAcknowledgement wsa5__Action //gsoap wsrm service method-action: SequenceAcknowledgement http://schemas.xmlsoap.org/ws/2005/02/rm/SequenceAcknowledgement int __wsrm__SequenceAcknowledgement(void); //gsoap wsrm service method-header-part: AckRequested wsa5__MessageID //gsoap wsrm service method-header-part: AckRequested wsa5__RelatesTo //gsoap wsrm service method-header-part: AckRequested wsa5__From //gsoap wsrm service method-header-part: AckRequested wsa5__ReplyTo //gsoap wsrm service method-header-part: AckRequested wsa5__FaultTo //gsoap wsrm service method-header-part: AckRequested wsa5__To //gsoap wsrm service method-header-part: AckRequested wsa5__Action //gsoap wsrm service method-action: AckRequested http://schemas.xmlsoap.org/ws/2005/02/rm/AckRequested int __wsrm__AckRequested(void); //gsoap wsrm service method-header-part: LastMessage wsa5__MessageID //gsoap wsrm service method-header-part: LastMessage wsa5__RelatesTo //gsoap wsrm service method-header-part: LastMessage wsa5__From //gsoap wsrm service method-header-part: LastMessage wsa5__ReplyTo //gsoap wsrm service method-header-part: LastMessage wsa5__FaultTo //gsoap wsrm service method-header-part: LastMessage wsa5__To //gsoap wsrm service method-header-part: LastMessage wsa5__Action //gsoap wsrm service method-action: LastMessage http://schemas.xmlsoap.org/ws/2005/02/rm/LastMessage int __wsrm__LastMessage(void); gsoap-2.8.28/gsoap/import/ds.h0000644000175000017500000004621612653650146015507 0ustar ellertellert/* ds.h Generated with: wsdl2h -cuxy -o ds.h -t WS/WS-typemap.dat WS/ds.xsd - Removed //gsoapopt - Added //gsoap ds schema import: http://www.w3.org/2000/09/xmldsig# */ /******************************************************************************\ * * * http://www.w3.org/2000/09/xmldsig# * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap ds schema import: http://www.w3.org/2000/09/xmldsig# //gsoap ds schema elementForm: qualified //gsoap ds schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignatureType from typemap WS/WS-typemap.dat. typedef struct ds__SignatureType { struct ds__SignedInfoType* SignedInfo; char* SignatureValue; struct ds__KeyInfoType* KeyInfo; @char* Id; } ds__SignatureType, _ds__Signature; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignatureValueType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Typedef synonym for struct ds__SignedInfoType. typedef struct ds__SignedInfoType ds__SignedInfoType; /// Typedef synonym for struct ds__CanonicalizationMethodType. typedef struct ds__CanonicalizationMethodType ds__CanonicalizationMethodType; /// Typedef synonym for struct ds__SignatureMethodType. typedef struct ds__SignatureMethodType ds__SignatureMethodType; /// Typedef synonym for struct ds__ReferenceType. typedef struct ds__ReferenceType ds__ReferenceType; /// Typedef synonym for struct ds__TransformsType. typedef struct ds__TransformsType ds__TransformsType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":TransformType from typemap WS/WS-typemap.dat. #import "c14n.h" typedef struct ds__TransformType { _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces; _XML __any; @char* Algorithm; } ds__TransformType, _ds__Transform; /// Typedef synonym for struct ds__DigestMethodType. typedef struct ds__DigestMethodType ds__DigestMethodType; #import "wsse.h" /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":KeyInfoType from typemap WS/WS-typemap.dat. typedef struct ds__KeyInfoType { char* KeyName; struct ds__KeyValueType* KeyValue; struct ds__RetrievalMethodType* RetrievalMethod; struct ds__X509DataType* X509Data; struct _wsse__SecurityTokenReference* wsse__SecurityTokenReference; @char* Id; } ds__KeyInfoType, _ds__KeyInfo; /// Typedef synonym for struct ds__KeyValueType. typedef struct ds__KeyValueType ds__KeyValueType; /// Typedef synonym for struct ds__RetrievalMethodType. typedef struct ds__RetrievalMethodType ds__RetrievalMethodType; /// Typedef synonym for struct ds__X509DataType. typedef struct ds__X509DataType ds__X509DataType; /// Typedef synonym for struct ds__X509IssuerSerialType. typedef struct ds__X509IssuerSerialType ds__X509IssuerSerialType; /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":PGPDataType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SPKIDataType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":ObjectType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":ManifestType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertiesType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Imported complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertyType from typemap WS/WS-typemap.dat. /// complexType definition intentionally left blank. /// Typedef synonym for struct ds__DSAKeyValueType. typedef struct ds__DSAKeyValueType ds__DSAKeyValueType; /// Typedef synonym for struct ds__RSAKeyValueType. typedef struct ds__RSAKeyValueType ds__RSAKeyValueType; /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":CryptoBinary from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":DigestValueType from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// Imported simpleType "http://www.w3.org/2000/09/xmldsig#":HMACOutputLengthType from typemap WS/WS-typemap.dat. /// simpleType definition intentionally left blank. /// "http://www.w3.org/2000/09/xmldsig#":SignedInfoType is a complexType. struct ds__SignedInfoType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethod. struct ds__CanonicalizationMethodType* CanonicalizationMethod 1; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":SignatureMethod. struct ds__SignatureMethodType* SignatureMethod 1; ///< Required element. /// Size of the dynamic array of struct ds__ReferenceType* is 0..unbounded int __sizeReference ; /// Pointer to array of struct ds__ReferenceType*. struct ds__ReferenceType* *Reference 1; /// Attribute Id of type xs:ID. @char* /*ID*/ Id 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethodType is a complexType. struct ds__CanonicalizationMethodType { /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. /// Member declared in WS/WS-typemap.dat _c14n__InclusiveNamespaces* c14n__InclusiveNamespaces; }; /// "http://www.w3.org/2000/09/xmldsig#":SignatureMethodType is a complexType. struct ds__SignatureMethodType { /// Element HMACOutputLength of type "http://www.w3.org/2000/09/xmldsig#":HMACOutputLengthType. int* HMACOutputLength 0; ///< Optional element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":ReferenceType is a complexType. struct ds__ReferenceType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":Transforms. struct ds__TransformsType* Transforms 0; ///< Optional element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":DigestMethod. struct ds__DigestMethodType* DigestMethod 1; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":DigestValue. char* /*base64*/ DigestValue 1; ///< Required element. /// Attribute Id of type xs:ID. @char* /*ID*/ Id 0; ///< Optional attribute. /// Attribute URI of type xs:anyURI. @char* /*URI*/ URI 0; ///< Optional attribute. /// Attribute Type of type xs:anyURI. @char* /*URI*/ Type 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":TransformsType is a complexType. struct ds__TransformsType { /// Size of the dynamic array of ds__TransformType is 0..unbounded int __sizeTransform ; /// Pointer to array of ds__TransformType. ds__TransformType *Transform 1; }; /// "http://www.w3.org/2000/09/xmldsig#":DigestMethodType is a complexType. struct ds__DigestMethodType { /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. /// Attribute Algorithm of type xs:anyURI. @char* /*URI*/ Algorithm 1; ///< Required attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":KeyValueType is a complexType. struct ds__KeyValueType { /// CHOICE OF ELEMENTS /// Element reference "http://www.w3.org/2000/09/xmldsig#":DSAKeyValue. struct ds__DSAKeyValueType* DSAKeyValue 0; ///< Required element. /// Element reference "http://www.w3.org/2000/09/xmldsig#":RSAKeyValue. struct ds__RSAKeyValueType* RSAKeyValue 0; ///< Required element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. // END OF CHOICE }; /// "http://www.w3.org/2000/09/xmldsig#":RetrievalMethodType is a complexType. struct ds__RetrievalMethodType { /// Element reference "http://www.w3.org/2000/09/xmldsig#":Transforms. struct ds__TransformsType* Transforms 0; ///< Optional element. /// Attribute URI of type xs:anyURI. @char* /*URI*/ URI 0; ///< Optional attribute. /// Attribute Type of type xs:anyURI. @char* /*URI*/ Type 0; ///< Optional attribute. }; /// "http://www.w3.org/2000/09/xmldsig#":X509DataType is a complexType. struct ds__X509DataType { /// CHOICE OF ELEMENTS /// Element X509IssuerSerial of type "http://www.w3.org/2000/09/xmldsig#":X509IssuerSerialType. struct ds__X509IssuerSerialType* X509IssuerSerial 0; ///< Required element. /// Element X509SKI of type xs:base64Binary. char* /*base64*/ X509SKI 0; ///< Required element. /// Element X509SubjectName of type xs:string. char* X509SubjectName 0; ///< Required element. /// Element X509Certificate of type xs:base64Binary. char* /*base64*/ X509Certificate 0; ///< Required element. /// Element X509CRL of type xs:base64Binary. char* /*base64*/ X509CRL 0; ///< Required element. /// TODO: /// Schema extensibility is user-definable. /// Consult the protocol documentation to change and/or insert declarations. /// Use wsdl2h option -x to remove this element. // END OF CHOICE }; /// "http://www.w3.org/2000/09/xmldsig#":X509IssuerSerialType is a complexType. struct ds__X509IssuerSerialType { /// Element X509IssuerName of type xs:string. char* X509IssuerName 1; ///< Required element. /// Element X509SerialNumber of type xs:integer. char* X509SerialNumber 1; ///< Required element. }; /// "http://www.w3.org/2000/09/xmldsig#":DSAKeyValueType is a complexType. struct ds__DSAKeyValueType { /// Element G of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ G 0; ///< Optional element. /// Element Y of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Y 1; ///< Required element. /// Element J of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ J 0; ///< Optional element. /// Element P of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ P 1; ///< Required element. /// Element Q of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Q 1; ///< Required element. /// Element Seed of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Seed 1; ///< Required element. /// Element PgenCounter of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ PgenCounter 1; ///< Required element. }; /// "http://www.w3.org/2000/09/xmldsig#":RSAKeyValueType is a complexType. struct ds__RSAKeyValueType { /// Element Modulus of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Modulus 1; ///< Required element. /// Element Exponent of type "http://www.w3.org/2000/09/xmldsig#":CryptoBinary. char* /*base64*/ Exponent 1; ///< Required element. }; /// Element "http://www.w3.org/2000/09/xmldsig#":Signature of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureValue of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignedInfo of complexType "http://www.w3.org/2000/09/xmldsig#":SignedInfoType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethod of complexType "http://www.w3.org/2000/09/xmldsig#":CanonicalizationMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureMethod of complexType "http://www.w3.org/2000/09/xmldsig#":SignatureMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Reference of complexType "http://www.w3.org/2000/09/xmldsig#":ReferenceType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Transforms of complexType "http://www.w3.org/2000/09/xmldsig#":TransformsType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Transform of complexType "http://www.w3.org/2000/09/xmldsig#":TransformType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DigestMethod of complexType "http://www.w3.org/2000/09/xmldsig#":DigestMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DigestValue of complexType "http://www.w3.org/2000/09/xmldsig#":DigestValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyInfo of complexType "http://www.w3.org/2000/09/xmldsig#":KeyInfoType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyName of complexType xs:string. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":MgmtData of complexType xs:string. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":KeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":KeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":RetrievalMethod of complexType "http://www.w3.org/2000/09/xmldsig#":RetrievalMethodType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":X509Data of complexType "http://www.w3.org/2000/09/xmldsig#":X509DataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":PGPData of complexType "http://www.w3.org/2000/09/xmldsig#":PGPDataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SPKIData of complexType "http://www.w3.org/2000/09/xmldsig#":SPKIDataType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Object of complexType "http://www.w3.org/2000/09/xmldsig#":ObjectType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":Manifest of complexType "http://www.w3.org/2000/09/xmldsig#":ManifestType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureProperties of complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertiesType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":SignatureProperty of complexType "http://www.w3.org/2000/09/xmldsig#":SignaturePropertyType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":DSAKeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":DSAKeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /// Element "http://www.w3.org/2000/09/xmldsig#":RSAKeyValue of complexType "http://www.w3.org/2000/09/xmldsig#":RSAKeyValueType. /// Note: use wsdl2h option -g to generate this global element declaration. /* End of ds.h */ gsoap-2.8.28/gsoap/import/xmime.h0000644000175000017500000000511112653650146016205 0ustar ellertellert/* xmime.h Use #import "xmime.h" in a gSOAP header file to enable xmlmime 2004/06 bindings. The xmime:contentType attribute can be used to associate a MIME type with binary content, as in: #import "xmime.h" struct ns__myBinaryData { unsigned char *__ptr; int __size; @char *xmime__contentType; }; Use soapcpp2 option -Ipath:path:... to specify the path(s) for #import gSOAP XML Web services tools Copyright (C) 2000-2005, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under one of the following licenses: GPL, the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2005 Robert A. van Engelen, Genivia inc. All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ //gsoap xmime schema import: http://www.w3.org/2004/06/xmlmime gsoap-2.8.28/gsoap/import/wsse.h0000644000175000017500000003137512653650146016062 0ustar ellertellert/* wsse.h 1.0 and 1.1 Generated with: wsdl2h -cegxy -o wsse.h -t WS/WS-typemap.dat WS/wsse.xsd - Removed //gsoapopt - Added //gsoap wsse schema import: http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd - Added //gsoap wsse schema namespace2: http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.1.xsd - Added mutable SOAP_ENV__Header struct */ /******************************************************************************\ * * * http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd* * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsu.h" // wsu = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ //gsoap wsse schema import: http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd //gsoap wsse schema namespace2: http://docs.oasis-open.org/wss/oasis-wss-wssecurity-secext-1.1.xsd //gsoap wsse schema elementForm: qualified //gsoap wsse schema attributeForm: unqualified /******************************************************************************\ * * * Schema Types * * * \******************************************************************************/ /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":AttributedString from typemap WS/WS-typemap.dat. /// @brief This type represents an element with arbitrary attributes. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":PasswordString from typemap WS/WS-typemap.dat. /// @brief This type is used for password elements per Section 4.1. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EncodedString from typemap WS/WS-typemap.dat. /// @brief This type is used for elements containing stringified binary data. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameTokenType from typemap WS/WS-typemap.dat. /// @brief This type represents a username token per Section 4.1 /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityTokenType from typemap WS/WS-typemap.dat. /// @brief A security token that is encoded in binary /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifierType from typemap WS/WS-typemap.dat. /// @brief A security token key identifier /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":ReferenceType from typemap WS/WS-typemap.dat. /// @brief This type represents a reference to an external security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EmbeddedType from typemap WS/WS-typemap.dat. /// @brief This type represents a reference to an embedded security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReferenceType from typemap WS/WS-typemap.dat. /// @brief This type is used reference a security token. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityHeaderType from typemap WS/WS-typemap.dat. /// @brief This complexType defines header block to use for security-relevant data directed at a specific SOAP actor. /// complexType definition intentionally left blank. /// Imported complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParametersType from typemap WS/WS-typemap.dat. /// @brief This complexType defines a container for elements to be specified from any namespace as properties/parameters of a DSIG transformation. /// complexType definition intentionally left blank. /// Imported simpleType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":tUsage from typemap WS/WS-typemap.dat. /// @brief Typedef to allow a list of usages (as URIs). /// simpleType definition intentionally left blank. /// "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FaultcodeEnum is a simpleType restriction of xs:QName. enum wsse__FaultcodeEnum { wsse__UnsupportedSecurityToken, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UnsupportedSecurityToken" wsse__UnsupportedAlgorithm, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UnsupportedAlgorithm" wsse__InvalidSecurity, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":InvalidSecurity" wsse__InvalidSecurityToken, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":InvalidSecurityToken" wsse__FailedAuthentication, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FailedAuthentication" wsse__FailedCheck, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":FailedCheck" wsse__SecurityTokenUnavailable, ///< xs:QName value=""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenUnavailable" }; /// Typedef synonym for enum wsse__FaultcodeEnum. typedef enum wsse__FaultcodeEnum wsse__FaultcodeEnum; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameToken of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":UsernameTokenType. /// @brief This element defines the wsse:UsernameToken element per Section 4.1. /// Imported element _wsse__UsernameToken from typemap WS/WS-typemap.dat. typedef struct _wsse__UsernameToken { char* Username; struct _wsse__Password* Password; char* Nonce; char* wsu__Created; @char* wsu__Id; } _wsse__UsernameToken; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityToken of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":BinarySecurityTokenType. /// @brief This element defines the wsse:BinarySecurityToken element per Section 4.2. /// Imported element _wsse__BinarySecurityToken from typemap WS/WS-typemap.dat. typedef struct _wsse__BinarySecurityToken { char* __item; @char* wsu__Id; @char* ValueType; @char* EncodingType; } _wsse__BinarySecurityToken; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Reference of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":ReferenceType. /// @brief This element defines a security token reference /// Imported element _wsse__Reference from typemap WS/WS-typemap.dat. typedef struct _wsse__Reference { @char* URI; @char* ValueType; } _wsse__Reference; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Embedded of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EmbeddedType. /// @brief This element defines a security token embedded reference /// Imported element _wsse__Embedded from typemap WS/WS-typemap.dat. typedef struct _wsse__Embedded { /* Extensible with embedded tokens and assertions */ @char* wsu__Id; @char* ValueType; } _wsse__Embedded; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifier of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":KeyIdentifierType. /// @brief This element defines a key identifier reference /// Imported element _wsse__KeyIdentifier from typemap WS/WS-typemap.dat. typedef struct _wsse__KeyIdentifier { char* __item; @char* wsu__Id; @char* ValueType; @char* EncodingType; } _wsse__KeyIdentifier; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReferenceType. /// @brief This element defines the wsse:SecurityTokenReference per Section 4.3. /// Imported element _wsse__SecurityTokenReference from typemap WS/WS-typemap.dat. typedef struct _wsse__SecurityTokenReference { struct _wsse__Reference* Reference; struct _wsse__KeyIdentifier* KeyIdentifier; struct _wsse__Embedded* Embedded; struct ds__X509DataType* ds__X509Data; @char* wsu__Id; @char* wsc__Instance; @char* Usage; } _wsse__SecurityTokenReference; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Security of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityHeaderType. /// @brief This element defines the wsse:Security SOAP header element per Section 4. /// Imported element _wsse__Security from typemap WS/WS-typemap.dat. #import "xenc.h" #import "wsc.h" typedef struct _wsse__Security { struct _wsu__Timestamp* wsu__Timestamp; struct _wsse__UsernameToken* UsernameToken; struct _wsse__BinarySecurityToken* BinarySecurityToken; struct xenc__EncryptedKeyType* xenc__EncryptedKey; struct _xenc__ReferenceList* xenc__ReferenceList; struct wsc__SecurityContextTokenType* wsc__SecurityContextToken; struct ds__SignatureType* ds__Signature; @char* SOAP_ENV__actor; @char* SOAP_ENV__role; } _wsse__Security; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParameters of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":TransformationParametersType. /// @brief This element contains properties for transformations from any namespace, including DSIG. /// '_wsse__TransformationParameters' element definition intentionally left blank. /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Password of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":PasswordString. /// Imported element _wsse__Password from typemap WS/WS-typemap.dat. typedef struct _wsse__Password { char* __item; @char* Type; } _wsse__Password; /// Element "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Nonce of complexType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":EncodedString. /// '_wsse__Nonce' element definition intentionally left blank. /// Attribute "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":Usage of simpleType "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":tUsage. /// @brief This global attribute is used to indicate the usage of a referenced or indicated token within the containing context /// '_wsse__Usage' attribute definition intentionally left blank. mutable struct SOAP_ENV__Header { mustUnderstand _wsse__Security *wsse__Security 0; }; /* End of wsse.h */ gsoap-2.8.28/gsoap/import/wstx.h0000644000175000017500000000745112653650146016104 0ustar ellertellert/* wstx.h WS-Trust definitions: SOAP Header definitions for WS-Trust 2005/12 WS-Trust operations Imported by import/wst.h gSOAP XML Web services tools Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. This part of the software is released under ONE of the following licenses: GPL, or the gSOAP public license, or Genivia's license for commercial use. -------------------------------------------------------------------------------- gSOAP public license. The contents of this file are subject to the gSOAP Public License Version 1.3 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.cs.fsu.edu/~engelen/soaplicense.html Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License. The Initial Developer of the Original Code is Robert A. van Engelen. Copyright (C) 2000-2015, Robert van Engelen, Genivia Inc., All Rights Reserved. -------------------------------------------------------------------------------- GPL license. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Author contact information: engelen@genivia.com / engelen@acm.org This program is released under the GPL with the additional exemption that compiling, linking, and/or using OpenSSL is allowed. -------------------------------------------------------------------------------- A commercial use license is available from Genivia, Inc., contact@genivia.com -------------------------------------------------------------------------------- */ mutable struct SOAP_ENV__Header { int __sizeIssuedTokens 0; ///< size of the array struct wst__RequestSecurityTokenResponseCollectionType *wst__IssuedTokens 0; ///< array of tokens wst__RequestTypeOpenEnum wst__RequestType 0; }; //gsoap wst service name: wst //gsoap wst service method-header-part: RequestSecurityToken wsa5__MessageID //gsoap wst service method-header-part: RequestSecurityToken wsa5__RelatesTo //gsoap wst service method-header-part: RequestSecurityToken wsa5__From //gsoap wst service method-header-part: RequestSecurityToken wsa5__ReplyTo //gsoap wst service method-header-part: RequestSecurityToken wsa5__FaultTo //gsoap wst service method-header-part: RequestSecurityToken wsa5__To //gsoap wst service method-header-part: RequestSecurityToken wsa5__Action //gsoap wst service method-header-part: RequestSecurityToken wst__RequestType //gsoap wst service method-action: RequestSecurityToken http://docs.oasis-open.org/ws-sx/ws-trust/200512/RST/Issue //gsoap wst service method-output-action: RequestSecurityToken http://docs.oasis-open.org/ws-sx/ws-trust/200512/RSTR/Issue //gsoap wst service method-output-action: RequestSecurityToken http://docs.oasis-open.org/ws-sx/ws-trust/200512/RSTRC/IssueFinal int __wst__RequestSecurityToken( struct wst__RequestSecurityTokenType *wst__RequestSecurityToken, ///< request message struct wst__RequestSecurityTokenResponseType *wst__RequestSecurityTokenResponse ///< response message ); gsoap-2.8.28/gsoap/import/saml1.h0000644000175000017500000010464112653650146016113 0ustar ellertellert/* saml1.h Generated with: wsdl2h -cuyx -o saml1.h -t WS/WS-typemap.dat WS/oasis-sstc-saml-schema-assertion-1.1.xsd - Removed //gsoapopt - Changed //gsoap saml1 schema namespace directive to import directive */ /******************************************************************************\ * * * Definitions * * urn:oasis:names:tc:SAML:1.0:assertion * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "ds.h" // ds = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ /// 

///   Document identifier: oasis-sstc-saml-schema-assertion-1.1
///   Location: http://www.oasis-open.org/committees/documents.php?wg_abbrev=security
///   Revision history:
///   V1.0 (November, 2002):
///   Initial standard schema.
///   V1.1 (September, 2003):
///   * Note that V1.1 of this schema has the same XML namespace as V1.0.
///   Rebased ID content directly on XML Schema types
///   Added DoNotCacheCondition element and DoNotCacheConditionType
///
#define SOAP_NAMESPACE_OF_saml1 "urn:oasis:names:tc:SAML:1.0:assertion" //gsoap saml1 schema import: urn:oasis:names:tc:SAML:1.0:assertion //gsoap saml1 schema form: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ // Imported element ""http://www.w3.org/2000/09/xmldsig#":KeyInfo" declared as _ds__KeyInfo. // Imported element ""http://www.w3.org/2000/09/xmldsig#":Signature" declared as _ds__Signature. /// @brief Typedef synonym for struct saml1__AssertionType. typedef struct saml1__AssertionType saml1__AssertionType; /// @brief Typedef synonym for struct saml1__ConditionsType. typedef struct saml1__ConditionsType saml1__ConditionsType; /// @brief Typedef synonym for struct saml1__ConditionAbstractType. typedef struct saml1__ConditionAbstractType saml1__ConditionAbstractType; /// @brief Typedef synonym for struct saml1__AudienceRestrictionConditionType. typedef struct saml1__AudienceRestrictionConditionType saml1__AudienceRestrictionConditionType; /// @brief Typedef synonym for struct saml1__DoNotCacheConditionType. typedef struct saml1__DoNotCacheConditionType saml1__DoNotCacheConditionType; /// @brief Typedef synonym for struct saml1__AdviceType. typedef struct saml1__AdviceType saml1__AdviceType; /// @brief Typedef synonym for struct saml1__StatementAbstractType. typedef struct saml1__StatementAbstractType saml1__StatementAbstractType; /// @brief Typedef synonym for struct saml1__SubjectStatementAbstractType. typedef struct saml1__SubjectStatementAbstractType saml1__SubjectStatementAbstractType; /// @brief Typedef synonym for struct saml1__SubjectType. typedef struct saml1__SubjectType saml1__SubjectType; /// @brief Typedef synonym for struct saml1__NameIdentifierType. typedef struct saml1__NameIdentifierType saml1__NameIdentifierType; /// @brief Typedef synonym for struct saml1__SubjectConfirmationType. typedef struct saml1__SubjectConfirmationType saml1__SubjectConfirmationType; /// @brief Typedef synonym for struct saml1__AuthenticationStatementType. typedef struct saml1__AuthenticationStatementType saml1__AuthenticationStatementType; /// @brief Typedef synonym for struct saml1__SubjectLocalityType. typedef struct saml1__SubjectLocalityType saml1__SubjectLocalityType; /// @brief Typedef synonym for struct saml1__AuthorityBindingType. typedef struct saml1__AuthorityBindingType saml1__AuthorityBindingType; /// @brief Typedef synonym for struct saml1__AuthorizationDecisionStatementType. typedef struct saml1__AuthorizationDecisionStatementType saml1__AuthorizationDecisionStatementType; /// @brief Typedef synonym for struct saml1__ActionType. typedef struct saml1__ActionType saml1__ActionType; /// @brief Typedef synonym for struct saml1__EvidenceType. typedef struct saml1__EvidenceType saml1__EvidenceType; /// @brief Typedef synonym for struct saml1__AttributeStatementType. typedef struct saml1__AttributeStatementType saml1__AttributeStatementType; /// @brief Typedef synonym for struct saml1__AttributeDesignatorType. typedef struct saml1__AttributeDesignatorType saml1__AttributeDesignatorType; /// @brief Typedef synonym for struct saml1__AttributeType. typedef struct saml1__AttributeType saml1__AttributeType; /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * urn:oasis:names:tc:SAML:1.0:assertion * * * \******************************************************************************/ /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":DecisionType is a simpleType restriction of XSD type xs:string. /// /// @note The enum values are prefixed with "saml1__DecisionType__" to avoid name clashes, please use wsdl2h option -e to omit this prefix enum saml1__DecisionType { saml1__DecisionType__Permit, ///< xs:string value="Permit" saml1__DecisionType__Deny, ///< xs:string value="Deny" saml1__DecisionType__Indeterminate, ///< xs:string value="Indeterminate" }; /// @brief Typedef synonym for enum saml1__DecisionType. typedef enum saml1__DecisionType saml1__DecisionType; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * urn:oasis:names:tc:SAML:1.0:assertion * * * \******************************************************************************/ /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AssertionType is a complexType. /// struct saml1__AssertionType { /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Conditions. struct saml1__ConditionsType* saml1__Conditions 0; ///< Optional element. /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Advice. struct saml1__AdviceType* saml1__Advice 0; ///< Optional element. // BEGIN CHOICE $int __size_AssertionType 0; struct __saml1__union_AssertionType { /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Statement. struct saml1__StatementAbstractType* saml1__Statement ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatement. struct saml1__SubjectStatementAbstractType* saml1__SubjectStatement ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AuthenticationStatement. struct saml1__AuthenticationStatementType* saml1__AuthenticationStatement; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AuthorizationDecisionStatement. struct saml1__AuthorizationDecisionStatementType* saml1__AuthorizationDecisionStatement; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AttributeStatement. struct saml1__AttributeStatementType* saml1__AttributeStatement ; } *__union_AssertionType ; // END OF CHOICE /// Imported element reference "http://www.w3.org/2000/09/xmldsig#":Signature. _ds__Signature* ds__Signature 0; ///< Optional element. /// Attribute "MajorVersion" of XSD type xs:integer. @char* MajorVersion 1; ///< Required attribute. /// Attribute "MinorVersion" of XSD type xs:integer. @char* MinorVersion 1; ///< Required attribute. /// Attribute "AssertionID" of XSD type xs:ID. @char* AssertionID 1; ///< Required attribute. /// Attribute "Issuer" of XSD type xs:string. @char* Issuer 1; ///< Required attribute. /// Attribute "IssueInstant" of XSD type xs:dateTime. @time_t IssueInstant 1; ///< Required attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":ConditionsType is a complexType. /// struct saml1__ConditionsType { // BEGIN CHOICE $int __size_ConditionsType 0; struct __saml1__union_ConditionsType { /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AudienceRestrictionCondition. struct saml1__AudienceRestrictionConditionType* saml1__AudienceRestrictionCondition; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":DoNotCacheCondition. struct saml1__DoNotCacheConditionType* saml1__DoNotCacheCondition ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Condition. struct saml1__ConditionAbstractType* saml1__Condition ; } *__union_ConditionsType ; // END OF CHOICE /// Attribute "NotBefore" of XSD type xs:dateTime. @time_t* NotBefore 0; ///< Optional attribute. /// Attribute "NotOnOrAfter" of XSD type xs:dateTime. @time_t* NotOnOrAfter 0; ///< Optional attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":ConditionAbstractType is an abstract complexType. /// struct saml1__ConditionAbstractType { }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AdviceType is a complexType. /// struct saml1__AdviceType { // BEGIN CHOICE $int __size_AdviceType 0; struct __saml1__union_AdviceType { /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AssertionIDReference. char* saml1__AssertionIDReference ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Assertion. struct saml1__AssertionType* saml1__Assertion ; /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). } *__union_AdviceType ; // END OF CHOICE }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":StatementAbstractType is an abstract complexType. /// struct saml1__StatementAbstractType { }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":SubjectType is a complexType. /// struct saml1__SubjectType { // BEGIN CHOICE /// @note with embedded or prevents the use of a union for . Instead of being members of a union, the following members are declared optional. Only one member should be non-NULL by choice. // BEGIN SEQUENCE /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":NameIdentifier. struct saml1__NameIdentifierType* saml1__NameIdentifier ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmation. struct saml1__SubjectConfirmationType* saml1__SubjectConfirmation ; // END OF SEQUENCE /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmation. struct saml1__SubjectConfirmationType* saml1__SubjectConfirmation ; // END OF CHOICE }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmationType is a complexType. /// struct saml1__SubjectConfirmationType { /// Size of the dynamic array of char** is 1..unbounded. $int __sizeConfirmationMethod 1; /// Array char** of size 1..unbounded. char** saml1__ConfirmationMethod 1; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmationData. _XML saml1__SubjectConfirmationData 0; ///< Optional element. /// Imported element reference "http://www.w3.org/2000/09/xmldsig#":KeyInfo. _ds__KeyInfo* ds__KeyInfo 0; ///< Optional element. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":SubjectLocalityType is a complexType. /// struct saml1__SubjectLocalityType { /// Attribute "IPAddress" of XSD type xs:string. @char* IPAddress 0; ///< Optional attribute. /// Attribute "DNSAddress" of XSD type xs:string. @char* DNSAddress 0; ///< Optional attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AuthorityBindingType is a complexType. /// struct saml1__AuthorityBindingType { /// Attribute "AuthorityKind" of XSD type xs:QName. @_QName AuthorityKind 1; ///< Required attribute. /// Attribute "Location" of XSD type xs:anyURI. @char* Location 1; ///< Required attribute. /// Attribute "Binding" of XSD type xs:anyURI. @char* Binding 1; ///< Required attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":EvidenceType is a complexType. /// struct saml1__EvidenceType { // BEGIN CHOICE $int __size_EvidenceType 0; struct __saml1__union_EvidenceType { /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":AssertionIDReference. char* saml1__AssertionIDReference ; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Assertion. struct saml1__AssertionType* saml1__Assertion ; } *__union_EvidenceType ; // END OF CHOICE }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AttributeDesignatorType is a complexType. /// struct saml1__AttributeDesignatorType { /// Attribute "AttributeName" of XSD type xs:string. @char* AttributeName 1; ///< Required attribute. /// Attribute "AttributeNamespace" of XSD type xs:anyURI. @char* AttributeNamespace 1; ///< Required attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AudienceRestrictionConditionType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":ConditionAbstractType. /// struct saml1__AudienceRestrictionConditionType { /// INHERITED FROM saml1__ConditionAbstractType: // END OF INHERITED FROM saml1__ConditionAbstractType /// Size of the dynamic array of char** is 1..unbounded. $int __sizeAudience 1; /// Array char** of size 1..unbounded. char** saml1__Audience 1; }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":DoNotCacheConditionType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":ConditionAbstractType. /// struct saml1__DoNotCacheConditionType { /// INHERITED FROM saml1__ConditionAbstractType: // END OF INHERITED FROM saml1__ConditionAbstractType }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatementAbstractType is an abstract complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":StatementAbstractType. /// struct saml1__SubjectStatementAbstractType { /// INHERITED FROM saml1__StatementAbstractType: // END OF INHERITED FROM saml1__StatementAbstractType /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Subject. struct saml1__SubjectType* saml1__Subject 1; ///< Required element. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":NameIdentifierType is a complexType with simpleContent. /// struct saml1__NameIdentifierType { /// __item wraps "xs:string" simpleContent. char* __item ; /// Attribute "NameQualifier" of XSD type xs:string. @char* NameQualifier 0; ///< Optional attribute. /// Attribute "Format" of XSD type xs:anyURI. @char* Format 0; ///< Optional attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":ActionType is a complexType with simpleContent. /// struct saml1__ActionType { /// __item wraps "xs:string" simpleContent. char* __item ; /// Attribute "Namespace" of XSD type xs:anyURI. @char* Namespace 0; ///< Optional attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AttributeType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AttributeDesignatorType. /// struct saml1__AttributeType { /// INHERITED FROM saml1__AttributeDesignatorType: /// Attribute "AttributeName" of XSD type xs:string. @char* AttributeName 1; ///< Required attribute. /// Attribute "AttributeNamespace" of XSD type xs:anyURI. @char* AttributeNamespace 1; ///< Required attribute. // END OF INHERITED FROM saml1__AttributeDesignatorType /// Size of the dynamic array of _XML* is 1..unbounded. $int __sizeAttributeValue 1; /// Array _XML* of size 1..unbounded. _XML* saml1__AttributeValue 1; }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AuthenticationStatementType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatementAbstractType. /// struct saml1__AuthenticationStatementType { /// INHERITED FROM saml1__StatementAbstractType: // END OF INHERITED FROM saml1__StatementAbstractType /// INHERITED FROM saml1__SubjectStatementAbstractType: /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Subject. struct saml1__SubjectType* saml1__Subject 1; ///< Required element. // END OF INHERITED FROM saml1__SubjectStatementAbstractType /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":SubjectLocality. struct saml1__SubjectLocalityType* saml1__SubjectLocality 0; ///< Optional element. /// Size of the dynamic array of struct saml1__AuthorityBindingType* is 0..unbounded. $int __sizeAuthorityBinding 0; /// Array struct saml1__AuthorityBindingType* of size 0..unbounded. struct saml1__AuthorityBindingType* saml1__AuthorityBinding 0; /// Attribute "AuthenticationMethod" of XSD type xs:anyURI. @char* AuthenticationMethod 1; ///< Required attribute. /// Attribute "AuthenticationInstant" of XSD type xs:dateTime. @time_t AuthenticationInstant 1; ///< Required attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AuthorizationDecisionStatementType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatementAbstractType. /// struct saml1__AuthorizationDecisionStatementType { /// INHERITED FROM saml1__StatementAbstractType: // END OF INHERITED FROM saml1__StatementAbstractType /// INHERITED FROM saml1__SubjectStatementAbstractType: /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Subject. struct saml1__SubjectType* saml1__Subject 1; ///< Required element. // END OF INHERITED FROM saml1__SubjectStatementAbstractType /// Size of the dynamic array of struct saml1__ActionType* is 1..unbounded. $int __sizeAction 1; /// Array struct saml1__ActionType* of size 1..unbounded. struct saml1__ActionType* saml1__Action 1; /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Evidence. struct saml1__EvidenceType* saml1__Evidence 0; ///< Optional element. /// Attribute "Resource" of XSD type xs:anyURI. @char* Resource 1; ///< Required attribute. /// Attribute "Decision" of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":DecisionType. @enum saml1__DecisionType Decision 1; ///< Required attribute. }; /// @brief "urn:oasis:names:tc:SAML:1.0:assertion":AttributeStatementType is a complexType with complexContent extension of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatementAbstractType. /// struct saml1__AttributeStatementType { /// INHERITED FROM saml1__StatementAbstractType: // END OF INHERITED FROM saml1__StatementAbstractType /// INHERITED FROM saml1__SubjectStatementAbstractType: /// Element reference "urn:oasis:names:tc:SAML:1.0:assertion:""urn:oasis:names:tc:SAML:1.0:assertion":Subject. struct saml1__SubjectType* saml1__Subject 1; ///< Required element. // END OF INHERITED FROM saml1__SubjectStatementAbstractType /// Size of the dynamic array of struct saml1__AttributeType* is 1..unbounded. $int __sizeAttribute 1; /// Array struct saml1__AttributeType* of size 1..unbounded. struct saml1__AttributeType* saml1__Attribute 1; }; /******************************************************************************\ * * * Additional Top-Level Elements * * urn:oasis:names:tc:SAML:1.0:assertion * * * \******************************************************************************/ /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AssertionIDReference of XSD type xs:NCName. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Assertion of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AssertionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Conditions of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":ConditionsType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Condition of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":ConditionAbstractType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AudienceRestrictionCondition of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AudienceRestrictionConditionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Audience of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":DoNotCacheCondition of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":DoNotCacheConditionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Advice of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AdviceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Statement of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":StatementAbstractType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatement of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectStatementAbstractType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Subject of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":NameIdentifier of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":NameIdentifierType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmation of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmationType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":SubjectConfirmationData of XSD type xs:anyType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":ConfirmationMethod of XSD type xs:anyURI. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AuthenticationStatement of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AuthenticationStatementType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":SubjectLocality of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":SubjectLocalityType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AuthorityBinding of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AuthorityBindingType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AuthorizationDecisionStatement of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AuthorizationDecisionStatementType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Action of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":ActionType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Evidence of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":EvidenceType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AttributeStatement of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AttributeStatementType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AttributeDesignator of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AttributeDesignatorType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":Attribute of XSD type "urn:oasis:names:tc:SAML:1.0:assertion":AttributeType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "urn:oasis:names:tc:SAML:1.0:assertion":AttributeValue of XSD type xs:anyType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /******************************************************************************\ * * * Additional Top-Level Attributes * * urn:oasis:names:tc:SAML:1.0:assertion * * * \******************************************************************************/ /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section saml1 Top-level root elements of schema "urn:oasis:names:tc:SAML:1.0:assertion" - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) - (use wsdl2h option -g to auto-generate) */ /* End of saml1.h */ gsoap-2.8.28/gsoap/import/wsc.h0000644000175000017500000003667412653650146015704 0ustar ellertellert/* wsc.h WS-SecureConversation 2005/12 Generated with: wsdl2h -cex -o wsc.h -t WS/WS-typemap.dat WS/WS-SecureConversation.xsd - Removed //gsoapopt - Changed //gsoap wsc schema namespace directive to import directive */ /******************************************************************************\ * * * Definitions * * http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 * * * \******************************************************************************/ /******************************************************************************\ * * * Import * * * \******************************************************************************/ #import "wsse.h" // wsse = #import "wsu.h" // wsu = /******************************************************************************\ * * * Schema Namespaces * * * \******************************************************************************/ #define SOAP_NAMESPACE_OF_wsc "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512" //gsoap wsc schema import: http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 //gsoap wsc schema elementForm: qualified //gsoap wsc schema attributeForm: unqualified /******************************************************************************\ * * * Built-in Schema Types and Top-Level Elements and Attributes * * * \******************************************************************************/ /// Imported element ""http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference" from typemap "/Users/engelen/Projects/gsoap/WS/WS-typemap.dat". /******************************************************************************\ * * * Schema Types and Top-Level Elements and Attributes * * http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 * * * \******************************************************************************/ /// @brief Union of values from member types "wsc:FaultCodeType xs:QName". typedef char* wsc__FaultCodeOpenEnumType; /// @brief "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":FaultCodeType is a simpleType restriction of XSD type xs:QName. /// enum wsc__FaultCodeType { wsc__BadContextToken, ///< xs:QName value=""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":BadContextToken" wsc__UnsupportedContextToken, ///< xs:QName value=""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":UnsupportedContextToken" wsc__UnknownDerivationSource, ///< xs:QName value=""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":UnknownDerivationSource" wsc__RenewNeeded, ///< xs:QName value=""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":RenewNeeded" wsc__UnableToRenew, ///< xs:QName value=""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":UnableToRenew" }; /******************************************************************************\ * * * Schema Complex Types and Top-Level Elements * * http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 * * * \******************************************************************************/ /// @brief "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":SecurityContextTokenType is a complexType. /// /// 

///   Actual content model is non-deterministic, hence wildcard. The following shows intended content model:
///   
///   
///   
///
struct wsc__SecurityContextTokenType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). /// Imported attribute reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd":Id. @char* wsu__Id 0; ///< Optional attribute. /// @todo . /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this attribute. /// Use wsdl2h option -d for xsd__anyAttribute DOM (soap_dom_attribute). /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat char* Identifier; /// Member declared in /Users/engelen/Projects/gsoap/WS/WS-typemap.dat char* Instance; }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":DerivedKeyTokenType is a complexType. /// struct wsc__DerivedKeyTokenType { /// Imported element reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd":SecurityTokenReference. _wsse__SecurityTokenReference* wsse__SecurityTokenReference 0; ///< Optional element. /// Element "Properties" of XSD type "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":PropertiesType. struct wsc__PropertiesType* Properties 0; ///< Optional element. // BEGIN SEQUENCE struct __wsc__DerivedKeyTokenType_sequence { // BEGIN CHOICE $int __union_DerivedKeyTokenType ; ///< Union _wsc__union_DerivedKeyTokenType selector: set to SOAP_UNION__wsc__union_DerivedKeyTokenType_ union _wsc__union_DerivedKeyTokenType { /// Element "Generation" of XSD type xs:unsignedLong. ULONG64 Generation 1; ///< Required element. /// Element "Offset" of XSD type xs:unsignedLong. ULONG64 Offset 1; ///< Required element. } union_DerivedKeyTokenType ; // END OF CHOICE /// Element "Length" of XSD type xs:unsignedLong. ULONG64* Length 0; ///< Optional element. } *__DerivedKeyTokenType_sequence 0; // END OF SEQUENCE /// Element reference "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512:""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Label. char* Label 0; ///< Optional element. /// Element reference "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512:""http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Nonce. char* Nonce 0; ///< Optional element. /// Imported attribute reference "http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-utility-1.0.xsd":Id. @char* wsu__Id 0; ///< Optional attribute. /// Attribute "Algorithm" of XSD type xs:anyURI. @char* Algorithm 0; ///< Optional attribute. }; /// @brief "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":PropertiesType is a complexType. /// struct wsc__PropertiesType { /// @todo /// @todo Schema extensibility is user-definable. /// Consult the protocol documentation to change or insert declarations. /// Use wsdl2h option -x to remove this element. /// Use wsdl2h option -d for xsd__anyType DOM (soap_dom_element). }; /******************************************************************************\ * * * Additional Top-Level Elements * * http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 * * * \******************************************************************************/ /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":SecurityContextToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":SecurityContextTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Identifier of XSD type xs:anyURI. // "_wsc__Identifier" element definition intentionally left blank. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Instance of XSD type xs:string. // "_wsc__Instance" element definition intentionally left blank. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":DerivedKeyToken of XSD type "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":DerivedKeyTokenType. /// @note Use wsdl2h option -g to auto-generate a top-level root element declaration and processing code. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Name of XSD type xs:anyURI. // "_wsc__Name" element definition intentionally left blank. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Label of XSD type xs:string. // "_wsc__Label" element definition intentionally left blank. /// @brief Top-level root element "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Nonce of XSD type xs:base64Binary. // "_wsc__Nonce" element definition intentionally left blank. /******************************************************************************\ * * * Additional Top-Level Attributes * * http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512 * * * \******************************************************************************/ /// @brief Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Instance of simpleType xs:string. // "_wsc__Instance" attribute definition intentionally left blank. /// @brief Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Nonce of simpleType xs:base64Binary. // "_wsc__Nonce" attribute definition intentionally left blank. /// @brief Top-level attribute "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512":Length of simpleType xs:unsignedLong. /// @note Use wsdl2h option -g to auto-generate a top-level attribute declaration and processing code. /******************************************************************************\ * * * XML Data Binding * * * \******************************************************************************/ /** @page page_XMLDataBinding XML Data Binding SOAP/XML services use data bindings contractually bound by WSDL and auto- generated by wsdl2h and soapcpp2 (see Service Bindings). Plain data bindings are adopted from XML schemas as part of the WSDL types section or when running wsdl2h on a set of schemas to produce non-SOAP-based XML data bindings. The following readers and writers are C/C++ data type (de)serializers auto- generated by wsdl2h and soapcpp2. Run soapcpp2 on this file to generate the (de)serialization code, which is stored in soapC.c[pp]. Include "soapH.h" in your code to import these data type and function declarations. Only use the soapcpp2-generated files in your project build. Do not include the wsdl2h- generated .h file in your code. Data can be read in XML and deserialized from: - a file descriptor, using soap->recvfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->is = ... - a buffer, using the soap->frecv() callback Data can be serialized in XML and written to: - a file descriptor, using soap->sendfd = fd - a socket, using soap->socket = ... - a C++ stream, using soap->os = ... - a buffer, using the soap->fsend() callback The following options are available for (de)serialization control: - soap->encodingStyle = NULL; to remove SOAP 1.1/1.2 encodingStyle - soap_mode(soap, SOAP_XML_TREE); XML without id-ref (no cycles!) - soap_mode(soap, SOAP_XML_GRAPH); XML with id-ref (including cycles) - soap_set_namespaces(soap, struct Namespace *nsmap); to set xmlns bindings @section wsc Top-level root elements of schema "http://docs.oasis-open.org/ws-sx/ws-secureconversation/200512" - (use wsdl2h option -g to auto-generate) - @ref _wsc__Identifier @code // Reader (returns SOAP_OK on success): soap_read__wsc__Identifier(struct soap*, char*); // Writer (returns SOAP_OK on success): soap_write__wsc__Identifier(struct soap*, char*); @endcode - @ref _wsc__Instance @code // Reader (returns SOAP_OK on success): soap_read__wsc__Instance(struct soap*, char*); // Writer (returns SOAP_OK on success): soap_write__wsc__Instance(struct soap*, char*); @endcode - (use wsdl2h option -g to auto-generate) - @ref _wsc__Name @code // Reader (returns SOAP_OK on success): soap_read__wsc__Name(struct soap*, char*); // Writer (returns SOAP_OK on success): soap_write__wsc__Name(struct soap*, char*); @endcode -

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